Test Run By root on Tue Jun 22 16:26:16 2010
Native configuration is powerpc64-suse-linux-gnu

		=== systemtap tests ===

Schedule of variations:
    unix

Running target unix
Using /usr/share/dejagnu/baseboards/unix.exp as board description file for target.
Using /usr/share/dejagnu/config/unix.exp as generic interface file for target.
Using /home/src/testsuite/config/unix.exp as tool-and-target-specific interface file.

Host: Linux p55alp2 2.6.35-rc3 #1 SMP Tue Jun 22 12:47:59 IST 2010 ppc64 ppc64 ppc64 GNU/Linux
Snapshot: 5042557516ef15848f9d8cb0e33644731e773b6a
GCC: 4.3.2 [gcc (SUSE Linux) 4.3.2 [gcc-4_3-branch revision 141291]]
Distro: SUSE Linux Enterprise Server 11 (ppc64)

Running /home/src/testsuite/systemtap/notest.exp ...
testcase /home/src/testsuite/systemtap/notest.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.apps/mysql.exp ...
UNTESTED: mysql sdt app
testcase /home/src/testsuite/systemtap.apps/mysql.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.apps/postgres.exp ...
UNTESTED: postgres sdt app
testcase /home/src/testsuite/systemtap.apps/postgres.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.apps/tcl.exp ...
UNTESTED: tcl sdt app
testcase /home/src/testsuite/systemtap.apps/tcl.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.apps/xulrunner.exp ...
UNTESTED: xulrunner sdt app
testcase /home/src/testsuite/systemtap.apps/xulrunner.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/add.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/add.stp
spawn stap -v /home/src/testsuite/systemtap.base/add.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/10sys/886real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 3 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/33real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/f9/stap_f94c7153a01669c45a369d80263bfb88_795.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/f9/stap_f94c7153a01669c45a369d80263bfb88_795.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/add.stp startup
PASS: systemtap.base/add.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/add.stp shutdown and output
Pass 5: run completed in 10usr/30sys/484real ms.
metric:	systemtap.base/add.stp 	430	10	886	10	0	33	0	0	0	0	0	0	10	30	484
testcase /home/src/testsuite/systemtap.base/add.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/alias-condition.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/alias-condition.stp
spawn stap -v /home/src/testsuite/systemtap.base/alias-condition.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/469real ms.
Pass 2: analyzed script: 4 probe(s), 1 function(s), 0 embed(s), 1 global(s) using 28608virt/25792res/4800shr kb, in 0usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/9e/stap_9e05212bbc25da0f694907deb8c9f3f9_1036.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/9e/stap_9e05212bbc25da0f694907deb8c9f3f9_1036.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/alias-condition.stp startup
PASS: systemtap.base/alias-condition.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/alias-condition.stp shutdown and output
Pass 5: run completed in 10usr/20sys/434real ms.
metric:	systemtap.base/alias-condition.stp 	430	0	469	0	0	10	0	0	0	0	0	0	10	20	434
testcase /home/src/testsuite/systemtap.base/alias-condition.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/alias_tapset.exp ...
running stap -p2 -I /home/src/testsuite/systemtap.base/alias_tapset /home/src/testsuite/systemtap.base/alias_tapset.stp
spawn stap -p2 -I /home/src/testsuite/systemtap.base/alias_tapset /home/src/testsuite/systemtap.base/alias_tapset.stp
# globals
_reads:long
# probes
never /* <- tapset_test.foo = never <- tapset_test.foo */
kernel.function("SyS_read@fs/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.read */
timer.s(5) /* <- timer.s(5) */
PASS: alias_tapset
testcase /home/src/testsuite/systemtap.base/alias_tapset.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/alternatives.exp ...
starting stap -u -p2 -e {
    probe kernel.function("vfs_write") { ret = $z; }
}
spawn stap -u -p2 -e 
    probe kernel.function("vfs_write") { ret = $z; }

semantic error: unable to find local 'z' near pc 0xc000000000154b04 in vfs_write(fs/read_write.c) (alternatives: file buf count pos ret): identifier '$z' at <input>:2:48
        source:     probe kernel.function("vfs_write") { ret = $z; }
                                                               ^
semantic error: unresolved type : identifier 'ret' at :2:42
        source:     probe kernel.function("vfs_write") { ret = $z; }
                                                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
ile buf count pos ret): identifier '$z' at <input>:2:48

        source:     probe kernel.function("vfs_write") { ret = $z; }

                                                               ^

semantic error: unresolved type : identifier 'ret' at :2:42

        source:     probe kernel.function("vfs_write") { ret = $z; }

                                                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
EOF
wait results: 2703 exp6 0 1
PASS: LOCAL1
starting stap -u -p2 -e {
    probe kernel.function("vfs_write") { f_pos = $file->f_po; }
}
spawn stap -u -p2 -e 
    probe kernel.function("vfs_write") { f_pos = $file->f_po; }

semantic error: unable to find member 'f_po' for struct file (alternatives: f_u f_path f_op f_lock f_count f_flags f_mode f_pos f_owner f_cred f_ra f_version f_security private_data f_ep_links f_mapping): operator '->' at <input>:2:55
        source:     probe kernel.function("vfs_write") { f_pos = $file->f_po; }
                                                                      ^
semantic error: unresolved type : identifier 'f_pos' at :2:42
        source:     probe kernel.function("vfs_write") { f_pos = $file->f_po; }
                                                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
_u f_path f_op f_lock f_count f_flags f_mode f_pos f_owner f_cred f_ra f_version f_security private_data f_ep_links f_mapping): operator '->' at <input>:2:55

        source:     probe kernel.function("vfs_write") { f_pos = $file->f_po; }

                                                                      ^

semantic error: unresolved type : identifier 'f_pos' at :2:42

        source:     probe kernel.function("vfs_write") { f_pos = $file->f_po; }

                                                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
EOF
wait results: 2707 exp6 0 1
PASS: STRUCT1
testcase /home/src/testsuite/systemtap.base/alternatives.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/arith.exp ...
spawn stap -DMAXNESTING=5 /home/src/testsuite/systemtap.base/arith.stp
test 1 [+]	pass
test 2 [+]	pass
test 3 [-]	pass
test 4 [==]	pass
test 5 [!=]	pass
test 6 [== s]	pass
test 7 [<= s]	pass
test 8 [> s]	pass
test 9 [<]	pass
test 10 [<]	pass
test 11 [*]	pass
test 12 [*]	pass
test 13 [/]	pass
test 14 [%]	pass
test 15 [/]	pass
test 16 [%]	pass
test 17 [/]	pass
test 18 [%]	pass
test 19 [/]	pass
test 20 [%]	pass
test 21 [%]	pass
test 22 [&]	pass
test 23 [|]	pass
test 24 [^]	pass
test 25 [&&]	pass
test 26 [||]	pass
test 27 [<<]	pass
test 28 [<<]	pass
test 29 [<<]	pass
test 30 [<<]	pass
test 31 [<<]	pass
test 32 [>>]	pass
test 33 [>>]	pass
test 34 [>>]	pass
test 35 [>>]	pass
test 36 [--i]	pass
test 37 [++i]	pass
test 38 [i--]	pass
test 39 [i++]	pass
test 40 [+=]	pass
test 41 [after +=]	pass
test 42 [/=]	pass
test 43 [after /=]	pass
test 44 [.=]	pass
test 45 [after .=]	pass
passes: 45 failures: 0
PASS: arith
testcase /home/src/testsuite/systemtap.base/arith.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/arith_limits.exp ...
spawn stap -DMAXNESTING=5 /home/src/testsuite/systemtap.base/arith_limits.stp
test 0 [string lmax]		pass
test 1 [hex lmax]		pass
test 2 [string lmin]		pass
test 3 [hex lmin]		pass
test 4 [lmax/-1]		pass
test 5 [lmin/-1]		pass
test 6 [lmax +1]		pass
test 7 [lmin -1]		pass
test 8 [string llmax]		pass
test 9 [hex llmax]		pass
test 10 [string llmin]		pass
test 11 [hex llmin]		pass
test 12 [llmax/-1]		pass
test 13 [llmax*-1]		pass
test 14 [llmin/-1]		pass
test 15 [llmin*-1]		pass
test 16 [llmax +1]		pass
test 17 [llmin -1]		pass
test 18 [llmax%1]		pass
test 19 [llmin%1]		pass
test 20 [0%1    ]		pass
test 21 [0%lmax]		pass
test 22 [1%lmax]		pass
test 23 [0%lmin]		pass
test 24 [1%lmin]		pass
passes: 25 failures: 0
PASS: arith_limits
testcase /home/src/testsuite/systemtap.base/arith_limits.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/array_size.exp ...
executing: stap -v -DMAXMAPENTRIES=1 /home/src/testsuite/systemtap.base/array_size.stp
spawn stap -v -DMAXMAPENTRIES=1 /home/src/testsuite/systemtap.base/array_size.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25216res/4544shr kb, in 430usr/0sys/473real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 28544virt/25920res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/ae/stap_aed91255bf76fec5b7d430cd19ae9dea_1052.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/ae/stap_aed91255bf76fec5b7d430cd19ae9dea_1052.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/array_size.stp startup
PASS: systemtap.base/array_size.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/array_size.stp shutdown and output
Pass 5: run completed in 10usr/30sys/430real ms.
metric:	systemtap.base/array_size.stp 	430	0	473	10	0	11	0	0	0	0	0	0	10	30	430
testcase /home/src/testsuite/systemtap.base/array_size.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/array_string.exp ...
executing: stap -v -DMAXSTRINGLEN=512 -e {
    global str
    global str_array[1]

    probe begin {
	str = "  0:123456789+123456789+123456789+123456789+123456789+123456789  1:123456789+123456789+123456789+123456789+123456789+123456789  2:123456789+123456789+123456789+123456789+123456789+123456789  3:123456789+123456789+123456789+123456789+123456789+123456789  4:123456789+123456789+123456789+123456789+123456789+123456789  5:123456789+123456789+123456789+123456789+123456789+123456789  6:123456789+123456789+123456789+123456789+123456789+123456789  7:123456789+123456789+123456789+123456789+123456789+123456789"	
	str_array[0] = str
        printf("systemtap starting probe\n")
    }

    probe end {
        printf("systemtap ending probe\n")
	if (strlen(str) < 500) {
	    printf("string str is too short: %d\n", strlen(str))
	    printf("%s\n", str)
	}
	if (strlen(str) == strlen(str_array[0])) {
	    printf("string lengths match\n")
	}
	else {
	    printf("string lengths *don't* match\n")
	    printf("str: %d\n", strlen(str))
	    printf("str_array[0]: %d\n", strlen(str_array[0]))
	}
	if (str_array[0] == str) {
	    printf("strings match\n")
	}
	else {
	    printf("strings *don't* match!\n")
	    printf("str: %s\n", str)
	    printf("str_array[0]: %s\n", str_array[0])
	}
    }
}
spawn stap -v -DMAXSTRINGLEN=512 -e 
    global str
    global str_array[1]

    probe begin {
	str = "  0:123456789+123456789+123456789+123456789+123456789+123456789  1:123456789+123456789+123456789+123456789+123456789+123456789  2:123456789+123456789+123456789+123456789+123456789+123456789  3:123456789+123456789+123456789+123456789+123456789+123456789  4:123456789+123456789+123456789+123456789+123456789+123456789  5:123456789+123456789+123456789+123456789+123456789+123456789  6:123456789+123456789+123456789+123456789+123456789+123456789  7:123456789+123456789+123456789+123456789+123456789+123456789"	
	str_array[0] = str
        printf("systemtap starting probe\n")
    }

    probe end {
        printf("systemtap ending probe\n")
	if (strlen(str) < 500) {
	    printf("string str is too short: %d\n", strlen(str))
	    printf("%s\n", str)
	}
	if (strlen(str) == strlen(str_array[0])) {
	    printf("string lengths match\n")
	}
	else {
	    printf("string lengths *don't* match\n")
	    printf("str: %d\n", strlen(str))
	    printf("str_array[0]: %d\n", strlen(str_array[0]))
	}
	if (str_array[0] == str) {
	    printf("strings match\n")
	}
	else {
	    printf("strings *don't* match!\n")
	    printf("str: %s\n", str)
	    printf("str_array[0]: %s\n", str_array[0])
	}
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 2 probe(s), 1 function(s), 0 embed(s), 2 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/3b/stap_3b4894d95dd455d471a85377f8a7e747_1843.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/3b/stap_3b4894d95dd455d471a85377f8a7e747_1843.ko
Pass 5: starting run.
systemtap starting probe
PASS: ARRAY_STRING startup
PASS: ARRAY_STRING load generation
systemtap ending probe
string lengths match
strings match
PASS: ARRAY_STRING shutdown and output
Pass 5: run completed in 10usr/20sys/512real ms.
metric:	ARRAY_STRING 	420	0	463	10	0	11	0	0	0	0	0	0	10	20	512
testcase /home/src/testsuite/systemtap.base/array_string.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/atomic.exp ...
executing: stap -v -e {
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(0))
    }
}
spawn stap -v -e 
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(0))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/458real ms.
Pass 2: analyzed script: 2 probe(s), 2 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/ff/stap_ff87fbc52f1744af89e983e36fec6628_1214.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/ff/stap_ff87fbc52f1744af89e983e36fec6628_1214.ko
Pass 5: starting run.
systemtap starting probe
ERROR: kernel read fault at 0x(null) (a) near identifier 'atomic_long_read' at /usr/local/share/systemtap/tapset/atomic.stp:21:10
WARNING: Number of errors: 1, skipped probes: 0
systemtap ending probe
PASS: atomic1 received expected error
executing: stap -v -e {
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(-1))
    }
}
spawn stap -v -e 
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(-1))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/463real ms.
Pass 2: analyzed script: 2 probe(s), 2 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/f9/stap_f9507c5fa6050a668c3cf182d9bffd12_1215.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/f9/stap_f9507c5fa6050a668c3cf182d9bffd12_1215.ko
Pass 5: starting run.
systemtap starting probe
ERROR: kernel read fault at 0xffffffffffffffff (a) near identifier 'atomic_long_read' at /usr/local/share/systemtap/tapset/atomic.stp:21:10
WARNING: Number of errors: 1, skipped probes: 0
systemtap ending probe
PASS: atomic2 received expected error
executing: stap -v -e {
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(3))
    }
}
spawn stap -v -e 
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(3))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/0sys/464real ms.
Pass 2: analyzed script: 2 probe(s), 2 function(s), 0 embed(s), 0 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/92/stap_921ce01e44a6cb63d7fba836771ba33d_1214.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/92/stap_921ce01e44a6cb63d7fba836771ba33d_1214.ko
Pass 5: starting run.
systemtap starting probe
ERROR: kernel read fault at 0x0000000000000003 (a) near identifier 'atomic_long_read' at /usr/local/share/systemtap/tapset/atomic.stp:21:10
WARNING: Number of errors: 1, skipped probes: 0
systemtap ending probe
PASS: atomic3 received expected error
executing: stap -v -ge {
    %{
    #include <asm/atomic.h>
    #ifdef ATOMIC_LONG_INIT
    struct {
        ulong barrier1;
        atomic_long_t a;
        ulong barrier2;
    } stp_atomic_struct = { ULONG_MAX, ATOMIC_LONG_INIT(5), ULONG_MAX };
    #else
    struct {
        ulong barrier1;
        long a;
        ulong barrier2;
    } stp_atomic_struct = { ULONG_MAX, 5, ULONG_MAX };
    #endif
    %}

    function get_atomic_long_addr:long()
    %{
	THIS->__retvalue = (long)&stp_atomic_struct.a;
    %}

    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(get_atomic_long_addr() + 0))
    }
}
spawn stap -v -ge 
    %{
    #include <asm/atomic.h>
    #ifdef ATOMIC_LONG_INIT
    struct {
        ulong barrier1;
        atomic_long_t a;
        ulong barrier2;
    } stp_atomic_struct = { ULONG_MAX, ATOMIC_LONG_INIT(5), ULONG_MAX };
    #else
    struct {
        ulong barrier1;
        long a;
        ulong barrier2;
    } stp_atomic_struct = { ULONG_MAX, 5, ULONG_MAX };
    #endif
    %}

    function get_atomic_long_addr:long()
    %{
	THIS->__retvalue = (long)&stp_atomic_struct.a;
    %}

    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_long_read(get_atomic_long_addr() + 0))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 2 probe(s), 3 function(s), 1 embed(s), 0 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/0c/stap_0c1678007310c2607def88ca11bdcfa6_1723.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/0c/stap_0c1678007310c2607def88ca11bdcfa6_1723.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
5
PASS: atomic4 didn't error
executing: stap -v -e {
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(0))
    }
}
spawn stap -v -e 
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(0))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 2 probe(s), 2 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/75/stap_75dd0ab55228993b556cd0e3e8b7ed6d_1158.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/75/stap_75dd0ab55228993b556cd0e3e8b7ed6d_1158.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
ERROR: kernel read fault at 0x(null) (a) near identifier 'atomic_read' at /usr/local/share/systemtap/tapset/atomic.stp:9:10
WARNING: Number of errors: 1, skipped probes: 0
PASS: atomic5 received expected error
executing: stap -v -e {
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(-1))
    }
}
spawn stap -v -e 
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(-1))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 2 probe(s), 2 function(s), 0 embed(s), 0 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/b3/stap_b31f77dd37c5a3a4cea39688e3245601_1159.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/b3/stap_b31f77dd37c5a3a4cea39688e3245601_1159.ko
Pass 5: starting run.
systemtap starting probe
ERROR: kernel read fault at 0xffffffffffffffff (a) near identifier 'atomic_read' at /usr/local/share/systemtap/tapset/atomic.stp:9:10
WARNING: Number of errors: 1, skipped probes: 0
systemtap ending probe
PASS: atomic6 received expected error
executing: stap -v -e {
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(3))
    }
}
spawn stap -v -e 
    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(3))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 2 probe(s), 2 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/58/stap_586904bfe1f8752aeb10f0fb1b613f5e_1158.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/58/stap_586904bfe1f8752aeb10f0fb1b613f5e_1158.ko
Pass 5: starting run.
systemtap starting probe
ERROR: kernel read fault at 0x0000000000000003 (a) near identifier 'atomic_read' at /usr/local/share/systemtap/tapset/atomic.stp:9:10
WARNING: Number of errors: 1, skipped probes: 0
systemtap ending probe
PASS: atomic7 received expected error
executing: stap -v -ge {
    %{
    #include <asm/atomic.h>
    struct {
        ulong barrier1;
        atomic_t a;
        ulong barrier2;
    } stp_atomic_struct = { ULONG_MAX, ATOMIC_INIT(5), ULONG_MAX };
    %}

    function get_atomic_addr:long()
    %{
	THIS->__retvalue = (long)&stp_atomic_struct.a;
    %}

    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(get_atomic_addr() + 0))
    }
}
spawn stap -v -ge 
    %{
    #include <asm/atomic.h>
    struct {
        ulong barrier1;
        atomic_t a;
        ulong barrier2;
    } stp_atomic_struct = { ULONG_MAX, ATOMIC_INIT(5), ULONG_MAX };
    %}

    function get_atomic_addr:long()
    %{
	THIS->__retvalue = (long)&stp_atomic_struct.a;
    %}

    probe begin {
	print("systemtap starting probe\n")
	exit()
    }

    probe end {
	print("systemtap ending probe\n")
	printf("%d\n", atomic_read(get_atomic_addr() + 0))
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/463real ms.
Pass 2: analyzed script: 2 probe(s), 3 function(s), 1 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/3e/stap_3e75103d78a3878cfb412bf1aa5ddf3a_1466.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/3e/stap_3e75103d78a3878cfb412bf1aa5ddf3a_1466.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
5
PASS: atomic8 didn't error
testcase /home/src/testsuite/systemtap.base/atomic.exp completed in 9 seconds
Running /home/src/testsuite/systemtap.base/backtrace.exp ...
spawn stap /home/src/testsuite/systemtap.base/backtrace.stp
XFAIL: backtrace (timeout) (PRMS 6961)
FAIL: backtrace (0 0)
spawn stap /home/src/testsuite/systemtap.base/backtrace.stp -d kernel
begin
Systemtap probe: begin
timer.ms(100)
Systemtap probe: timer.ms(100)
end
Systemtap probe: end
XFAIL: backtrace-unwindsyms (1 0) (PRMS 6961)
testcase /home/src/testsuite/systemtap.base/backtrace.exp completed in 40 seconds
Running /home/src/testsuite/systemtap.base/badkprobe.exp ...
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kernel.statement(-1).absolute
WARNING: probe kernel.statement(0xffffffffffffffff).absolute (address 0xffffffffffffffff) registration error (rc -22)
cleanup ok
PASS: bad kprobe registration: kernel.statement(-1).absolute
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kprobe.statement(-1).absolute
WARNING: probe kprobe.statement(0xffffffffffffffff).absolute (address 0xffffffffffffffff) registration error (rc -22)
cleanup ok
PASS: bad kprobe registration: kprobe.statement(-1).absolute
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kprobe.function("no_such_function")
WARNING: probe kprobe.function("no_such_function") (address 0x0) registration error (rc -22)
cleanup ok
PASS: bad kprobe registration: kprobe.function("no_such_function")
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kprobe.function("no_such_function").return
WARNING: probe kprobe.function("no_such_function").return (address 0x0) registration error (rc -22)
cleanup ok
PASS: bad kprobe registration: kprobe.function("no_such_function").return
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kernel.statement(-1).absolute ?
cleanup ok
PASS: bad optional kprobe registration: kernel.statement(-1).absolute
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kprobe.statement(-1).absolute ?
cleanup ok
PASS: bad optional kprobe registration: kprobe.statement(-1).absolute
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kprobe.function("no_such_function") ?
cleanup ok
PASS: bad optional kprobe registration: kprobe.function("no_such_function")
spawn stap -g -w -e 
    probe $1 {}
    probe timer.ms(100) { exit() }
    probe end { println("cleanup ok") }
 kprobe.function("no_such_function").return ?
cleanup ok
PASS: bad optional kprobe registration: kprobe.function("no_such_function").return
testcase /home/src/testsuite/systemtap.base/badkprobe.exp completed in 9 seconds
Running /home/src/testsuite/systemtap.base/be_order.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/be_order.stp
spawn stap -v /home/src/testsuite/systemtap.base/be_order.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 14 probe(s), 0 function(s), 0 embed(s), 2 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/ea/stap_ea06646c2614e477d113dd237f109872_1602.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/ea/stap_ea06646c2614e477d113dd237f109872_1602.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/be_order.stp startup
PASS: systemtap.base/be_order.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
PASS: systemtap.base/be_order.stp shutdown and output
Pass 5: run completed in 10usr/30sys/467real ms.
metric:	systemtap.base/be_order.stp 	430	0	465	10	0	10	0	0	0	0	0	0	10	30	467
testcase /home/src/testsuite/systemtap.base/be_order.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/beginenderror.exp ...
spawn stap /home/src/testsuite/systemtap.base/beginenderror.stp
ERROR: division by 0 near operator '/' at /home/src/testsuite/systemtap.base/beginenderror.stp:1:46
ok begin
ERROR: division by 0 near operator '/' at /home/src/testsuite/systemtap.base/beginenderror.stp:5:39
ERROR: division by 0 near operator '/' at /home/src/testsuite/systemtap.base/beginenderror.stp:5:39
WARNING: Number of errors: 3, skipped probes: 0
ok error
ok error(10)
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: beginenderror (4 3 0)
testcase /home/src/testsuite/systemtap.base/beginenderror.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/bench.exp ...
spawn stap -tu /home/src/testsuite/systemtap.base/bench.stp
gs=""
gnn[1]=0x1
gss["foo"]="bar"
probe test.null (/home/src/testsuite/systemtap.base/bench.stp:12:45), hits: 40, cycles: 20min/20avg/24max
probe test.intassmt (/home/src/testsuite/systemtap.base/bench.stp:13:45), hits: 40, cycles: 20min/21avg/38max
probe test.gintassmt (/home/src/testsuite/systemtap.base/bench.stp:14:45), hits: 40, cycles: 21min/22avg/39max
probe test.intincr (/home/src/testsuite/systemtap.base/bench.stp:15:45), hits: 40, cycles: 20min/21avg/40max
probe test.gintincr (/home/src/testsuite/systemtap.base/bench.stp:16:45), hits: 40, cycles: 21min/22avg/36max
probe test.strassmt (/home/src/testsuite/systemtap.base/bench.stp:18:45), hits: 40, cycles: 29min/31avg/61max
probe test.gstrassmt (/home/src/testsuite/systemtap.base/bench.stp:19:45), hits: 40, cycles: 28min/29avg/55max
probe test.forloop (/home/src/testsuite/systemtap.base/bench.stp:21:52), hits: 40, cycles: 51min/62avg/85max
probe test.ifgint (/home/src/testsuite/systemtap.base/bench.stp:22:52), hits: 40, cycles: 20min/21avg/25max
probe test.next (/home/src/testsuite/systemtap.base/bench.stp:23:52), hits: 40, cycles: 20min/24avg/145max
probe test.stataccum (/home/src/testsuite/systemtap.base/bench.stp:25:52), hits: 40, cycles: 23min/26avg/49max
probe test.statcount (/home/src/testsuite/systemtap.base/bench.stp:26:52), hits: 40, cycles: 254min/269avg/563max
probe test.nnarrassmt (/home/src/testsuite/systemtap.base/bench.stp:28:53), hits: 40, cycles: 22min/24avg/56max
probe test.ssarrassmt (/home/src/testsuite/systemtap.base/bench.stp:29:53), hits: 40, cycles: 59min/67avg/172max
probe begin(9999) (/home/src/testsuite/systemtap.base/bench.stp:31:1), hits: 1, cycles: 42min/42avg/42max
probe end (/home/src/testsuite/systemtap.base/bench.stp:19:81), hits: 1, cycles: 842min/842avg/842max
probe end (/home/src/testsuite/systemtap.base/bench.stp:28:86), hits: 1, cycles: 818min/818avg/818max
probe end (/home/src/testsuite/systemtap.base/bench.stp:29:86), hits: 1, cycles: 539min/539avg/539max
PASS: bench (18)
testcase /home/src/testsuite/systemtap.base/bench.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/bitfield.exp ...
executing: stap -v -g /home/src/testsuite/systemtap.base/bitfield.stp
spawn stap -v -g /home/src/testsuite/systemtap.base/bitfield.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4544shr kb, in 420usr/0sys/470real ms.
Pass 2: analyzed script: 1 probe(s), 9 function(s), 1 embed(s), 0 global(s) using 165376virt/139648res/66304shr kb, in 1830usr/20sys/2030real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/1c/stap_1c37c6ba5dc11a61a698c7699b79ff09_4359.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/1c/stap_1c37c6ba5dc11a61a698c7699b79ff09_4359.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
systemtap test success
PASS: systemtap.base/bitfield.stp startup
PASS: systemtap.base/bitfield.stp load generation
PASS: systemtap.base/bitfield.stp shutdown and output
Pass 5: run completed in 10usr/30sys/421real ms.
metric:	systemtap.base/bitfield.stp 	420	0	470	1830	20	2030	0	0	0	0	0	0	10	30	421
testcase /home/src/testsuite/systemtap.base/bitfield.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/bz10078.exp ...
PASS: bz10078 compile
UNTESTED: bz10078 -p4
UNTESTED: bz10078 -p5
testcase /home/src/testsuite/systemtap.base/bz10078.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/bz5274.exp ...
UNTESTED: ./bz5274 -p5
testcase /home/src/testsuite/systemtap.base/bz5274.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/bz6850.exp ...
PASS: bz6850 compile
UNTESTED: bz6850 -p4
UNTESTED: bz6850 -p5
testcase /home/src/testsuite/systemtap.base/bz6850.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/cache.exp ...
spawn stap -v -p4 -e probe begin { println(1) }
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 420usr/0sys/462real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapzB376z/stap_54fe6903be689f47bedf57a3053387ee_540.c" using 28544virt/26112res/5120shr kb, in 0usr/0sys/8real ms.
/home/src/testsuite/.cache_test-root/cache/54/stap_54fe6903be689f47bedf57a3053387ee_540.ko
Pass 4: compiled C into "stap_54fe6903be689f47bedf57a3053387ee_540.ko" in 8790usr/640sys/12526real ms.
PASS: BASIC1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) }
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/459real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
/home/src/testsuite/.cache_test-root/cache/54/stap_54fe6903be689f47bedf57a3053387ee_540.ko
Pass 3: using cached /home/src/testsuite/.cache_test-root/cache/54/stap_54fe6903be689f47bedf57a3053387ee_540.c
Pass 4: using cached /home/src/testsuite/.cache_test-root/cache/54/stap_54fe6903be689f47bedf57a3053387ee_540.ko
PASS: BASIC2 was cached
spawn stap -v -p4 -e probe begin { println(1) } -DFOO=1
Pass 1: parsed user script and 70 library script(s) using 27520virt/25152res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25920res/4800shr kb, in 20usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapqBt4tt/stap_5170867d8d739eabcba81d1f5825ad24_545.c" using 28608virt/26240res/5120shr kb, in 0usr/0sys/0real ms.
/home/src/testsuite/.cache_test-root/cache/51/stap_5170867d8d739eabcba81d1f5825ad24_545.ko
Pass 4: compiled C into "stap_5170867d8d739eabcba81d1f5825ad24_545.ko" in 3670usr/330sys/4185real ms.
PASS: OPTION1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) } -DFOO=1
Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/0sys/460real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
/home/src/testsuite/.cache_test-root/cache/51/stap_5170867d8d739eabcba81d1f5825ad24_545.ko
Pass 3: using cached /home/src/testsuite/.cache_test-root/cache/51/stap_5170867d8d739eabcba81d1f5825ad24_545.c
Pass 4: using cached /home/src/testsuite/.cache_test-root/cache/51/stap_5170867d8d739eabcba81d1f5825ad24_545.ko
PASS: OPTION2 was cached
spawn stap -v -p4 -e probe begin { println(1) } -b
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 430usr/0sys/464real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stap8ufUSJ/stap_a0309db8451e0eefc5f8baa0056f5509_540.c" using 28544virt/26112res/5120shr kb, in 0usr/0sys/0real ms.
/home/src/testsuite/.cache_test-root/cache/a0/stap_a0309db8451e0eefc5f8baa0056f5509_540.ko
Pass 4: compiled C into "stap_a0309db8451e0eefc5f8baa0056f5509_540.ko" in 3690usr/330sys/4207real ms.
PASS: BULK1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) } -b
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
/home/src/testsuite/.cache_test-root/cache/a0/stap_a0309db8451e0eefc5f8baa0056f5509_540.ko
Pass 3: using cached /home/src/testsuite/.cache_test-root/cache/a0/stap_a0309db8451e0eefc5f8baa0056f5509_540.c
Pass 4: using cached /home/src/testsuite/.cache_test-root/cache/a0/stap_a0309db8451e0eefc5f8baa0056f5509_540.ko
PASS: BULK2 was cached
spawn stap -v -p4 -e probe begin { println(1) } -t
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 430usr/0sys/461real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 0usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stap1lP4y9/stap_0ad77e8e9d783b25b26144df8ee13acf_540.c" using 28544virt/26112res/5120shr kb, in 0usr/0sys/0real ms.
/home/src/testsuite/.cache_test-root/cache/0a/stap_0ad77e8e9d783b25b26144df8ee13acf_540.ko
Pass 4: compiled C into "stap_0ad77e8e9d783b25b26144df8ee13acf_540.ko" in 3820usr/330sys/4347real ms.
PASS: TIMING1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) } -t
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
/home/src/testsuite/.cache_test-root/cache/0a/stap_0ad77e8e9d783b25b26144df8ee13acf_540.ko
Pass 3: using cached /home/src/testsuite/.cache_test-root/cache/0a/stap_0ad77e8e9d783b25b26144df8ee13acf_540.c
Pass 4: using cached /home/src/testsuite/.cache_test-root/cache/0a/stap_0ad77e8e9d783b25b26144df8ee13acf_540.ko
PASS: TIMING2 was cached
spawn stap -v -p4 -e probe begin { println(1) } -R /home/src/testsuite/.cache_test_runtime
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 420usr/0sys/462real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapOEDtRI/stap_485fa2fac7ee6e6efd2a545548023a58_545.c" using 28544virt/26112res/5120shr kb, in 0usr/0sys/0real ms.
/home/src/testsuite/.cache_test-root/cache/48/stap_485fa2fac7ee6e6efd2a545548023a58_545.ko
Pass 4: compiled C into "stap_485fa2fac7ee6e6efd2a545548023a58_545.ko" in 8790usr/620sys/10005real ms.
PASS: RUNTIME1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) } -R /home/src/testsuite/.cache_test_runtime
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/464real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
/home/src/testsuite/.cache_test-root/cache/48/stap_485fa2fac7ee6e6efd2a545548023a58_545.ko
Pass 3: using cached /home/src/testsuite/.cache_test-root/cache/48/stap_485fa2fac7ee6e6efd2a545548023a58_545.c
Pass 4: using cached /home/src/testsuite/.cache_test-root/cache/48/stap_485fa2fac7ee6e6efd2a545548023a58_545.ko
PASS: RUNTIME2 was cached
spawn stap -v -p4 -e probe begin { println(1) }
Warning: failed to create systemtap data directory ("/dev/null"): Not a directory, disabling cache support.
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stap5Qaxn2/stap_4745.c" using 28608virt/25984res/4992shr kb, in 0usr/0sys/0real ms.
stap_4745.ko
Pass 4: compiled C into "stap_4745.ko" in 8780usr/610sys/9984real ms.
PASS: DISABLED1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) }
Warning: failed to create systemtap data directory ("/dev/null"): Not a directory, disabling cache support.
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 420usr/0sys/459real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: translated to C into "/tmp/stapvRZYqx/stap_5038.c" using 28608virt/25984res/4992shr kb, in 10usr/0sys/7real ms.
stap_5038.ko
Pass 4: compiled C into "stap_5038.ko" in 8780usr/620sys/9987real ms.
PASS: DISABLED2 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) } -m modnam
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/461real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapmMU6Pg/modnam.c" using 28544virt/26048res/4992shr kb, in 0usr/0sys/0real ms.
modnam.ko
Pass 4: compiled C into "modnam.ko" in 3680usr/330sys/4187real ms.
PASS: MODNAM1 wasn't cached
spawn stap -v -p4 -e probe begin { println(1) } -m modnam
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 430usr/0sys/461real ms.
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: translated to C into "/tmp/stapN2nGwZ/modnam.c" using 28544virt/25984res/4992shr kb, in 0usr/0sys/0real ms.
modnam.ko
Pass 4: compiled C into "modnam.ko" in 3650usr/330sys/4172real ms.
PASS: MODNAM2 wasn't cached
spawn stap -v -p4 -e probe XbeginX { }
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 420usr/0sys/461real ms.
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue): identifier 'XbeginX' at <input>:1:7 while resolving probe point XbeginX
        source: probe XbeginX { }
                      ^
Pass 2: analyzed script: 0 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25856res/4864shr kb, in 10usr/0sys/10real ms.
Pass 2: analysis failed.  Try again with another '--vp 01' option.
PASS: ERROR1 wasn't cached
spawn stap -v -p4 -e probe XbeginX { }
Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/0sys/465real ms.
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue): identifier 'XbeginX' at <input>:1:7 while resolving probe point XbeginX
        source: probe XbeginX { }
                      ^
Pass 2: analyzed script: 0 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25920res/4864shr kb, in 10usr/0sys/10real ms.
Pass 2: analysis failed.  Try again with another '--vp 01' option.
PASS: ERROR2 wasn't cached
spawn stap -v -p4 -e probe begin, end { println(2) }
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/459real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapvuYODX/stap_b126e8cd789596f1f3246229a700c734_578.c" using 28544virt/26176res/5120shr kb, in 0usr/0sys/0real ms.
/home/src/testsuite/.cache_test-root/cache/b1/stap_b126e8cd789596f1f3246229a700c734_578.ko
Pass 4: compiled C into "stap_b126e8cd789596f1f3246229a700c734_578.ko" in 3690usr/330sys/4200real ms.
PASS: BASIC3 wasn't cached
spawn stap -v -p4 -e probe begin, end { println(2) }
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/461real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
/home/src/testsuite/.cache_test-root/cache/b1/stap_b126e8cd789596f1f3246229a700c734_578.ko
Pass 3: using cached /home/src/testsuite/.cache_test-root/cache/b1/stap_b126e8cd789596f1f3246229a700c734_578.c
Pass 4: using cached /home/src/testsuite/.cache_test-root/cache/b1/stap_b126e8cd789596f1f3246229a700c734_578.ko
PASS: BASIC4 was cached
testcase /home/src/testsuite/systemtap.base/cache.exp completed in 78 seconds
Running /home/src/testsuite/systemtap.base/cast.exp ...
executing: stap /home/src/testsuite/systemtap.base/cast.stp -g
PASS: systemtap.base/cast.stp
testcase /home/src/testsuite/systemtap.base/cast.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/cmd_parse.exp ...
spawn stap -c echo "hello world" -we probe begin {}
hello world
PASS: cmd_parse1
spawn stap -c echo "hello "\"world\" -we probe begin {}
hello "world"
PASS: cmd_parse2
spawn stap -c sh -c '(a="hello world"; echo $a)' -we probe begin {}
hello world
PASS: cmd_parse3
spawn stap -c sh -c '(a="hello "\"world\"; echo $a)' -we probe begin {}
hello "world"
PASS: cmd_parse4
spawn stap -c sh -c '(a="hello "world; echo $a)' -we probe begin {}
hello world
PASS: cmd_parse5
spawn stap -c bash -c '((a=42+7)); echo "The answer is $a"' -we probe begin {}
The answer is 49
PASS: cmd_parse6
spawn stap -c sh -c '(echo "Hello World" 1>&2) > /dev/null' -we probe begin {}
Hello World
PASS: cmd_parse7
spawn stap -l vm.*
vm.brk
vm.kfree
vm.kmalloc
vm.kmem_cache_alloc
vm.kmem_cache_alloc_node
vm.kmem_cache_free
vm.mmap
vm.munmap
vm.oom_kill
vm.pagefault
vm.write_shared
PASS: cmd_parse8
spawn stap -e probe begin { printf("%d %s\n", argc, argv[$1]) exit() } 1
1 1
PASS: cmd_parse9
spawn stap -e probe begin { printf("%d %s\n", argc, argv[$1]) exit() } 5 a b c d
5 d
PASS: cmd_parse10
spawn stap -e probe begin { printf("%d %s\n", argc, argv[$1]) exit() } 10 a b c d
5 
PASS: cmd_parse11
spawn stap -e probe begin { printf("%d %s\n", argc, argv[0]) exit() }
0 
PASS: cmd_parse12
spawn stap -L syscall.a*
syscall.accept flags:long flags_str:string name:string sockfd:long addr_uaddr:long addrlen_uaddr:long argstr:string $fd:long int $upeer_sockaddr:long int $upeer_addrlen:long int $flags:long int
syscall.access name:string pathname:string mode:long mode_str:string argstr:string $filename:long int $mode:long int
syscall.acct name:string filename:string argstr:string $name:long int
syscall.add_key name:string type_uaddr:long description_auddr:long payload_uaddr:long plen:long ringid:long argstr:string $_type:long int $_description:long int $_payload:long int $plen:long int $ringid:long int
syscall.adjtimex name:string argstr:string $txc_p:long int
syscall.alarm name:string seconds:long argstr:string $seconds:long int
PASS: cmd_parse13
spawn sh -c stap -v -v --vp 01020 -h 2>&1
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 5
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [23242]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_6342
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: cmd_parse14
spawn sh -c stap -m do_not_cache_me -B kernelrelease -p4 -e 'probe begin {exit()}'
2.6.35-rc3
PASS: cmd_parse15
spawn sh -c stap -m do_not_cache_me -a ppc64 -p4 -e 'probe begin {exit()}'
Makefile:538: /home/linux-2.6.35-rc3/arch/ppc64/Makefile: No such file or directory
make[2]: *** No rule to make target `/home/linux-2.6.35-rc3/arch/ppc64/Makefile'.  Stop.
Pass 4: compilation failed.  Try again with another '--vp 0001' option.
FAIL: cmd_parse16: eof
testcase /home/src/testsuite/systemtap.base/cmd_parse.exp completed in 21 seconds
Running /home/src/testsuite/systemtap.base/const_value.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/const_value.c  -g -O2 -I/home/src/testsuite/../includes  -lm   -o const_value.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/const_value.c -g -O2 -I/home/src/testsuite/../includes -lm -o const_value.exe
PASS: const_value.c compile
UNTESTED: const_value
Executing on host: gcc /home/src/testsuite/systemtap.base/const_value_func.c  -g -O2 -I/home/src/testsuite/../includes  -lm   -o const_value_func.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/const_value_func.c -g -O2 -I/home/src/testsuite/../includes -lm -o const_value_func.exe
PASS: const_value_func.c compile
UNTESTED: const_value_func
testcase /home/src/testsuite/systemtap.base/const_value.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/control_limits.exp ...
spawn stap -u -DMAXNESTING=5 /home/src/testsuite/systemtap.base/control_limits.stp
ERROR: MAXNESTING exceeded near identifier 'recurse' at /home/src/testsuite/systemtap.base/control_limits.stp:3:10
WARNING: Number of errors: 1, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: control_limits MAXNESTING (1)
spawn stap -u -DMAXACTION_INTERRUPTIBLE=500 /home/src/testsuite/systemtap.base/control_limits.stp
ERROR: MAXACTION exceeded near operator '{' at /home/src/testsuite/systemtap.base/control_limits.stp:12:25
WARNING: Number of errors: 1, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: control_limits MAXACTION (1)
spawn stap -u -DMAXSTRINGLEN=50 /home/src/testsuite/systemtap.base/control_limits.stp
ERROR: MAXSTRINGLEN reduced
WARNING: Number of errors: 1, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: control_limits MAXSTRINGLEN small (1)
spawn stap -u -DMAXSTRINGLEN=500 /home/src/testsuite/systemtap.base/control_limits.stp
ERROR: MAXSTRINGLEN enlarged
WARNING: Number of errors: 1, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: control_limits MAXSTRINGLEN large (1)
testcase /home/src/testsuite/systemtap.base/control_limits.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.base/crash.exp ...
UNTESTED: crash - no staplog.so
testcase /home/src/testsuite/systemtap.base/crash.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/ctime.exp ...
executing: stap /home/src/testsuite/systemtap.base/ctime.stp
PASS: systemtap.base/ctime.stp
testcase /home/src/testsuite/systemtap.base/ctime.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/cu-decl.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/cu-decl-1.c /home/src/testsuite/systemtap.base/cu-decl-2.c  -g  -lm   -o cu-decl    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/cu-decl-1.c /home/src/testsuite/systemtap.base/cu-decl-2.c -g -lm -o cu-decl
PASS: cu-decl target compilation
UNTESTED: cu-decl : no kernel utrace support found
testcase /home/src/testsuite/systemtap.base/cu-decl.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/cxxclass.exp ...
Executing on host: g++ /home/src/testsuite/systemtap.base/cxxclass.cxx  -g -O2 -I/home/src/testsuite/../includes  -lm   -o cxxclass.exe    (timeout = 300)
spawn g++ /home/src/testsuite/systemtap.base/cxxclass.cxx -g -O2 -I/home/src/testsuite/../includes -lm -o cxxclass.exe
PASS: cxxclass.c compile
UNTESTED: cxxclass
testcase /home/src/testsuite/systemtap.base/cxxclass.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/debugpath.exp ...
spawn env SYSTEMTAP_DEBUGINFO_PATH=/dev/null stap -e probe kernel.function("vfs_read") {} -wp4
semantic error: missing powerpc kernel/module debuginfo under '/lib/modules/2.6.35-rc3/build' while resolving probe point kernel.function("vfs_read")
Pass 2: analysis failed.  Try again with another '--vp 01' option.
PASS: debugpath-bad
spawn env SYSTEMTAP_DEBUGINFO_PATH=/lib/modules/2.6.35-rc3/build stap -e probe kernel.function("vfs_read") {} -wp2
semantic error: missing powerpc kernel/module debuginfo under '/lib/modules/2.6.35-rc3/build' while resolving probe point kernel.function("vfs_read")
Pass 2: analysis failed.  Try again with another '--vp 01' option.
FAIL: debugpath-good (eof)
testcase /home/src/testsuite/systemtap.base/debugpath.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/deref.exp ...
executing: stap -v -g /home/src/testsuite/systemtap.base/deref.stp
spawn stap -v -g /home/src/testsuite/systemtap.base/deref.stp
Pass 1: parsed user script and 70 library script(s) using 27584virt/25088res/4544shr kb, in 420usr/0sys/468real ms.
Pass 2: analyzed script: 3 probe(s), 16 function(s), 0 embed(s), 0 global(s) using 28672virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/04/stap_041e10733d49b4bdb30a34d3f7a15cc6_3481.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/04/stap_041e10733d49b4bdb30a34d3f7a15cc6_3481.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/deref.stp startup
PASS: systemtap.base/deref.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
PASS: systemtap.base/deref.stp shutdown and output
Pass 5: run completed in 10usr/20sys/435real ms.
metric:	systemtap.base/deref.stp 	420	0	468	10	0	10	0	0	0	0	0	0	10	20	435
testcase /home/src/testsuite/systemtap.base/deref.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/deref2.exp ...
UNTESTED: deref2
testcase /home/src/testsuite/systemtap.base/deref2.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/div0.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/div0.stp
spawn stap -v /home/src/testsuite/systemtap.base/div0.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 420usr/0sys/470real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 3 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/dd/stap_ddf5f38005e418ef752d50d6f937e857_798.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/dd/stap_ddf5f38005e418ef752d50d6f937e857_798.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: systemtap.base/div0.stp startup
PASS: systemtap.base/div0.stp load generation
ERROR: division by 0 near operator '/' at /home/src/testsuite/systemtap.base/div0.stp:26:10
WARNING: Number of errors: 1, skipped probes: 0
PASS: systemtap.base/div0.stp shutdown and output
Pass 5: run completed in 10usr/20sys/418real ms.
Pass 5: run failed.  Try again with another '--vp 00001' option.
metric:	systemtap.base/div0.stp 	420	0	470	10	0	11	0	0	0	0	0	0	10	20	418
testcase /home/src/testsuite/systemtap.base/div0.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/dtrace.exp ...
/usr/local/bin/dtrace -G -s /tmp/dtrace/test.d -o XXX.o
PASS: dtrace -G -o XXX.o
/usr/local/bin/dtrace -G -s /tmp/dtrace/test.d -o XXX
PASS: dtrace -G -o XXX
/usr/local/bin/dtrace -h -s /tmp/dtrace/test.d -o XXX.h
PASS: dtrace -h -o XXX.h
/usr/local/bin/dtrace -h -s /tmp/dtrace/test.d -o XXX
PASS: dtrace -h -o XXX
/usr/local/bin/dtrace -G -s /tmp/dtrace/test.d -o /tmp/XXX.o
PASS: dtrace -G -o /tmp/XXX.o
/usr/local/bin/dtrace -G -s /tmp/dtrace/test.d -o /tmp/XXX
PASS: dtrace -G -o /tmp/XXX.o
/usr/local/bin/dtrace -h -s /tmp/dtrace/test.d -o /tmp/XXX.h
PASS: dtrace -h -o /tmp/XXX.h
/usr/local/bin/dtrace -h -s /tmp/dtrace/test.d -o /tmp/XXX
PASS: dtrace -h -o /tmp/XXX
/usr/local/bin/dtrace -G -s /tmp/dtrace/test.d
PASS: dtrace -G
/usr/local/bin/dtrace -h -s /tmp/dtrace/test.d
PASS: dtrace -h
/usr/local/bin/dtrace -C -h -s /tmp/dtrace/test.d -o XXX.h
spawn cat XXX.h
/* Generated by the Systemtap dtrace wrapper */

#define STAP_HAS_SEMAPHORES 1


#include <sys/sdt.h>

/* TSTSYSCALL_TEST ( short arg1, int arg2, int arg3, int arg4, struct astruct arg5) */
#if defined STAP_SDT_V1 || ! defined STAP_SDT_V2
#define TSTSYSCALL_TEST_ENABLED() test_semaphore
#define tstsyscall_test_semaphore test_semaphore
#else
#define TSTSYSCALL_TEST_ENABLED() tstsyscall_test_semaphore
#endif
__extension__ extern unsigned short tstsyscall_test_semaphore __attribute__ ((unused)) __attribute__ ((section (".probes")));
#define TSTSYSCALL_TEST(arg1,arg2,arg3,arg4,arg5) \
STAP_PROBE5(tstsyscall,test,arg1,arg2,arg3,arg4,arg5)

PASS: dtrace -C -h -o XXX.h
/usr/local/bin/dtrace -C -I/tmp/dtrace_inc -h -s /tmp/dtrace/itest.d -o XXX.h
spawn cat XXX.h
/* Generated by the Systemtap dtrace wrapper */

#define STAP_HAS_SEMAPHORES 1


#include <sys/sdt.h>

/* TSTSYSCALL_TEST ( short arg1, int arg2, int arg3, int arg4, struct astruct arg5) */
#if defined STAP_SDT_V1 || ! defined STAP_SDT_V2
#define TSTSYSCALL_TEST_ENABLED() test_semaphore
#define tstsyscall_test_semaphore test_semaphore
#else
#define TSTSYSCALL_TEST_ENABLED() tstsyscall_test_semaphore
#endif
__extension__ extern unsigned short tstsyscall_test_semaphore __attribute__ ((unused)) __attribute__ ((section (".probes")));
#define TSTSYSCALL_TEST(arg1,arg2,arg3,arg4,arg5) \
STAP_PROBE5(tstsyscall,test,arg1,arg2,arg3,arg4,arg5)

PASS: dtrace -C -Iincpath -h -o XXX.h
/usr/local/bin/dtrace -I/tmp/dtrace_inc -G -s /tmp/dtrace/itest.d
PASS: dtrace -Iincpath -G
testcase /home/src/testsuite/systemtap.base/dtrace.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/equal.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/equal.stp
spawn stap -v /home/src/testsuite/systemtap.base/equal.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 3 probe(s), 0 function(s), 0 embed(s), 2 global(s) using 133056virt/107584res/65664shr kb, in 900usr/10sys/997real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/e4/stap_e41e2b3f14803f062280060cad0246db_1029.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/e4/stap_e41e2b3f14803f062280060cad0246db_1029.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/equal.stp startup
PASS: systemtap.base/equal.stp load generation
systemtap ending probe
count = 82
count2 = 82
systemtap test success
PASS: systemtap.base/equal.stp shutdown and output
Pass 5: run completed in 10usr/40sys/519real ms.
metric:	systemtap.base/equal.stp 	420	0	463	900	10	997	0	0	0	0	0	0	10	40	519
testcase /home/src/testsuite/systemtap.base/equal.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/error_fn.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/error_fn.stp
spawn stap -v /home/src/testsuite/systemtap.base/error_fn.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 430usr/0sys/467real ms.
Pass 2: analyzed script: 2 probe(s), 3 function(s), 0 embed(s), 0 global(s) using 28544virt/25792res/4800shr kb, in 0usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/a9/stap_a9d23faf72b6d58ab6422a2ccdd5a556_1238.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/a9/stap_a9d23faf72b6d58ab6422a2ccdd5a556_1238.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: systemtap.base/error_fn.stp startup
PASS: systemtap.base/error_fn.stp load generation
ERROR: synthetic error
WARNING: Number of errors: 1, skipped probes: 0
PASS: systemtap.base/error_fn.stp shutdown and output
Pass 5: run completed in 10usr/30sys/440real ms.
Pass 5: run failed.  Try again with another '--vp 00001' option.
metric:	systemtap.base/error_fn.stp 	430	0	467	0	0	10	0	0	0	0	0	0	10	30	440
testcase /home/src/testsuite/systemtap.base/error_fn.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/externalvar.exp ...
UNTESTED: externalvar
testcase /home/src/testsuite/systemtap.base/externalvar.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/finloop2.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/finloop2.stp
spawn stap -v /home/src/testsuite/systemtap.base/finloop2.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25152res/4544shr kb, in 420usr/0sys/463real ms.
Pass 2: analyzed script: 3 probe(s), 0 function(s), 0 embed(s), 2 global(s) using 133056virt/107584res/65664shr kb, in 890usr/10sys/979real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/48/stap_488cb0adf0a40bc14ddd7fa1f848e023_1042.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/48/stap_488cb0adf0a40bc14ddd7fa1f848e023_1042.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/finloop2.stp startup
PASS: systemtap.base/finloop2.stp load generation
systemtap ending probe
count = 88
loop_count = 880
systemtap test success
PASS: systemtap.base/finloop2.stp shutdown and output
Pass 5: run completed in 10usr/40sys/511real ms.
metric:	systemtap.base/finloop2.stp 	420	0	463	890	10	979	0	0	0	0	0	0	10	40	511
testcase /home/src/testsuite/systemtap.base/finloop2.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/flightrec1.exp ...
spawn stap -F -o flightrec1.out -we probe begin {}
7085
PASS: flightrec1 (flight recorder option)
spawn ps -o cmd hc 7085
stapio
PASS: flightrec1 (stapio in background)
PASS: flightrec1 (output file)
PASS: flightrec1 (switch output file)
testcase /home/src/testsuite/systemtap.base/flightrec1.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/flightrec2.exp ...
spawn stap -F -o flightlog.out -S 1,3 /home/src/testsuite/systemtap.base/flightrec2.stp
7125
PASS: flightrec2 (-S option)
spawn stat -c %s flightlog.out.3 flightlog.out.4 flightlog.out.2
1034000
253000
1034000
spawn stat -c %s flightlog.out.5 flightlog.out.7 flightlog.out.6
1034000
473000
1034000
PASS: flightrec2 (log file numbers limitation)
PASS: flightrec2 (log file size limitation)
testcase /home/src/testsuite/systemtap.base/flightrec2.exp completed in 8 seconds
Running /home/src/testsuite/systemtap.base/flightrec3.exp ...
spawn stap -F -o flightlog.out -S 1,3 -b /home/src/testsuite/systemtap.base/flightrec3.stp
7170
PASS: flightrec3 (-S option with bulk mode)
spawn stat -c %n %s flightlog.out_cpu4.0 flightlog.out_cpu16.0 flightlog.out_cpu14.0 flightlog.out_cpu7.0 flightlog.out_cpu1.0 flightlog.out_cpu3.0 flightlog.out_cpu19.0 flightlog.out_cpu0.0 flightlog.out_cpu10.0 flightlog.out_cpu5.0 flightlog.out_cpu2.0 flightlog.out_cpu9.0 flightlog.out_cpu12.0 flightlog.out_cpu6.0 flightlog.out_cpu13.0 flightlog.out_cpu17.0 flightlog.out_cpu8.0 flightlog.out_cpu18.0 flightlog.out_cpu15.0 flightlog.out_cpu11.0
flightlog.out_cpu4.0 0
flightlog.out_cpu16.0 0
flightlog.out_cpu14.0 0
flightlog.out_cpu7.0 0
flightlog.out_cpu1.0 262596
flightlog.out_cpu3.0 0
flightlog.out_cpu19.0 0
flightlog.out_cpu0.0 262596
flightlog.out_cpu10.0 0
flightlog.out_cpu5.0 0
flightlog.out_cpu2.0 0
flightlog.out_cpu9.0 0
flightlog.out_cpu12.0 0
flightlog.out_cpu6.0 0
flightlog.out_cpu13.0 0
flightlog.out_cpu17.0 0
flightlog.out_cpu8.0 0
flightlog.out_cpu18.0 0
flightlog.out_cpu15.0 0
flightlog.out_cpu11.0 262596
spawn stat -c %n %s flightlog.out_cpu4.0 flightlog.out_cpu16.0 flightlog.out_cpu14.0 flightlog.out_cpu7.0 flightlog.out_cpu1.0 flightlog.out_cpu3.0 flightlog.out_cpu19.0 flightlog.out_cpu0.0 flightlog.out_cpu10.0 flightlog.out_cpu5.0 flightlog.out_cpu2.0 flightlog.out_cpu9.0 flightlog.out_cpu12.0 flightlog.out_cpu6.0 flightlog.out_cpu13.0 flightlog.out_cpu17.0 flightlog.out_cpu8.0 flightlog.out_cpu18.0 flightlog.out_cpu15.0 flightlog.out_cpu11.0
flightlog.out_cpu4.0 0
flightlog.out_cpu16.0 0
flightlog.out_cpu14.0 0
flightlog.out_cpu7.0 0
flightlog.out_cpu1.0 785572
flightlog.out_cpu3.0 0
flightlog.out_cpu19.0 0
flightlog.out_cpu0.0 785572
flightlog.out_cpu10.0 0
flightlog.out_cpu5.0 0
flightlog.out_cpu2.0 263704
flightlog.out_cpu9.0 0
flightlog.out_cpu12.0 0
flightlog.out_cpu6.0 0
flightlog.out_cpu13.0 0
flightlog.out_cpu17.0 0
flightlog.out_cpu8.0 0
flightlog.out_cpu18.0 0
flightlog.out_cpu15.0 0
flightlog.out_cpu11.0 558432
PASS: flightrec3 (log file size limitation with bulk mode)
testcase /home/src/testsuite/systemtap.base/flightrec3.exp completed in 11 seconds
Running /home/src/testsuite/systemtap.base/flightrec4.exp ...
spawn stap -F -S 1,2 -o flightrec4.out -we probe begin {}
7238
PASS: flightrec4 (flight recorder option)
PASS: flightrec4 (output file)
PASS: flightrec4 (old output file is removed)
PASS: flightrec4 (switch output file)
testcase /home/src/testsuite/systemtap.base/flightrec4.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/flightrec5.exp ...
spawn stap -F -S 1,2 -b -o flightrec5.out -we probe begin {}
7277
PASS: flightrec5 (flight recorder option)
PASS: flightrec5 (output file)
PASS: flightrec5 (old output file is removed)
PASS: flightrec5 (switch output file)
testcase /home/src/testsuite/systemtap.base/flightrec5.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/foreach_value.exp ...
PASS: foreach_value
testcase /home/src/testsuite/systemtap.base/foreach_value.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/func_alias.exp ...
testing 64-bit func_alias
Executing on host: gcc /home/src/testsuite/systemtap.base/func_alias.c  -g -m64  -lm   -o /home/src/testsuite/func_alias.x64    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/func_alias.c -g -m64 -lm -o /home/src/testsuite/func_alias.x64
subtest 64-bit func_alias direct
Running stap -l process("/home/src/testsuite/func_alias.x64").function("func_alias")
spawn stap -l process("/home/src/testsuite/func_alias.x64").function("func_alias")
FAIL: 64-bit func_alias direct
subtest 64-bit func_alias wildcard
Running stap -l process("/home/src/testsuite/func_alias.x64").function("func_alias*")
spawn stap -l process("/home/src/testsuite/func_alias.x64").function("func_alias*")
FAIL: 64-bit func_alias wildcard
testing 32-bit func_alias
Executing on host: gcc /home/src/testsuite/systemtap.base/func_alias.c  -g -m32  -lm   -o /home/src/testsuite/func_alias.x32    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/func_alias.c -g -m32 -lm -o /home/src/testsuite/func_alias.x32
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../libm.so when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../libm.a when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/libm.so when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/libm.a when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: cannot find -lm
collect2: ld returned 1 exit status
compiler exited with status 1
output is:
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../libm.so when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../libm.a when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/libm.so when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: skipping incompatible /usr/lib64/libm.a when searching for -lm
/usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: cannot find -lm
collect2: ld returned 1 exit status

/home/src/testsuite/func_alias.x32 failed: /usr/lib64/gcc/powerpc64-suse-linux/4.3/../../../../powerpc64-suse-linux/bin/ld: cannot find -lm
collect2: ld returned 1 exit status

UNTESTED: 32-bit func_alias
testcase /home/src/testsuite/systemtap.base/func_alias.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/global_end.exp ...
spawn stap /home/src/testsuite/systemtap.base/global_end.stp
[one,0x1]=0x1 [one,0x2]=0x2 [two,0x1]=0x3 [two,0x2]=0x4 
alpha["two",2]=0x4
alpha["two",1]=0x3
alpha["one",2]=0x2
alpha["one",1]=0x1
gamma="abcdefghijklmnopqrstuvwxyz"
iota["two"]="twelve"
iota["one"]="eleven"
epsilon["one",1] @count=0x4 @min=0x1 @max=0x4 @sum=0xa @avg=0x2
epsilon["two",2] @count=0x4 @min=0xa @max=0x28 @sum=0x64 @avg=0x19
phi @count=0x4 @min=0x1 @max=0x4 @sum=0xa @avg=0x2
spawn stap /home/src/testsuite/systemtap.base/global_end2.stp
Avg time = 4
PASS: global_end (12)
spawn stap /home/src/testsuite/systemtap.base/global_end_var.stp
XFAIL: global_end_var (0) (PRMS 6954)
testcase /home/src/testsuite/systemtap.base/global_end.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/global_init.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/global_init.stp
spawn stap -v /home/src/testsuite/systemtap.base/global_init.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25152res/4544shr kb, in 420usr/0sys/466real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 4 global(s) using 28608virt/25920res/4800shr kb, in 20usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/6a/stap_6a20f5f383e1f09a37ef474ecfc86a97_1114.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/6a/stap_6a20f5f383e1f09a37ef474ecfc86a97_1114.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/global_init.stp startup
PASS: systemtap.base/global_init.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
PASS: systemtap.base/global_init.stp shutdown and output
Pass 5: run completed in 10usr/30sys/424real ms.
metric:	systemtap.base/global_init.stp 	420	0	466	20	0	10	0	0	0	0	0	0	10	30	424
testcase /home/src/testsuite/systemtap.base/global_init.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/global_stat.exp ...
spawn stap -e global var; probe never {var<<<1} probe begin {exit()}
var @count=0x0
PASS: global_stat
testcase /home/src/testsuite/systemtap.base/global_stat.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/global_vars.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/global_vars.stp
spawn stap -v /home/src/testsuite/systemtap.base/global_vars.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25216res/4544shr kb, in 430usr/0sys/469real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 8 global(s) using 28608virt/25920res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/18/stap_18901f39bba7b87276b6be7853d34d3c_1620.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/18/stap_18901f39bba7b87276b6be7853d34d3c_1620.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/global_vars.stp startup
PASS: systemtap.base/global_vars.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
PASS: systemtap.base/global_vars.stp shutdown and output
Pass 5: run completed in 10usr/30sys/422real ms.
metric:	systemtap.base/global_vars.stp 	430	0	469	10	0	11	0	0	0	0	0	0	10	30	422
testcase /home/src/testsuite/systemtap.base/global_vars.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/gtod.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/gtod.c   -lm   -o /home/src/testsuite/gtod    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/gtod.c -lm -o /home/src/testsuite/gtod
spawn /home/src/testsuite/systemtap.base/gtod.sh /home/src/testsuite/systemtap.base/gtod.stp /home/src/testsuite/gtod
1277204412686493 :00 kern
1277204412686506 :01 kern
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1277204412686556 :08 kern
1277204412686563 :09 kern
1277204412686570 :10 kern
1277204412686577 :11 kern
1277204412686581 :00 appl
1277204412686584 :12 kern
1277204412686591 :13 kern
1277204412686598 :14 kern
1277204412686604 :00 prog
1277204412686604 :01 appl
1277204412686605 :15 kern
1277204412686612 :01 prog
1277204412686612 :02 appl
1277204412686613 :16 kern
1277204412686618 :02 prog
1277204412686618 :03 appl
1277204412686620 :17 kern
1277204412686626 :03 prog
1277204412686626 :04 appl
1277204412686627 :18 kern
1277204412686633 :04 prog
1277204412686633 :05 appl
1277204412686634 :19 kern
1277204412686640 :05 prog
1277204412686640 :06 appl
1277204412686641 :20 kern
1277204412686647 :06 prog
1277204412686648 :07 appl
1277204412686648 :21 kern
1277204412686655 :07 prog
1277204412686655 :08 appl
1277204412686655 :22 kern
1277204412686662 :08 prog
1277204412686662 :09 appl
1277204412686662 :23 kern
1277204412686669 :09 prog
1277204412686669 :10 appl
1277204412686670 :24 kern
1277204412686676 :10 prog
1277204412686676 :11 appl
1277204412686677 :25 kern
1277204412686683 :11 prog
1277204412686684 :12 appl
1277204412686684 :26 kern
1277204412686691 :12 prog
1277204412686691 :13 appl
1277204412686691 :27 kern
1277204412686698 :13 prog
1277204412686698 :14 appl
1277204412686698 :28 kern
1277204412686705 :29 kern
1277204412686706 :14 prog
1277204412686706 :15 appl
1277204412686712 :30 kern
1277204412686713 :15 prog
1277204412686713 :16 appl
1277204412686719 :31 kern
1277204412686720 :16 prog
1277204412686720 :17 appl
1277204412686726 :32 kern
1277204412686728 :17 prog
1277204412686728 :18 appl
1277204412686734 :33 kern
1277204412686735 :18 prog
1277204412686735 :19 appl
1277204412686741 :34 kern
1277204412686742 :19 prog
1277204412686742 :20 appl
1277204412686748 :35 kern
1277204412686749 :20 prog
1277204412686750 :21 appl
1277204412686755 :36 kern
1277204412686757 :21 prog
1277204412686757 :22 appl
1277204412686762 :37 kern
1277204412686764 :22 prog
1277204412686764 :23 appl
1277204412686769 :38 kern
1277204412686772 :23 prog
1277204412686772 :24 appl
1277204412686776 :39 kern
1277204412686779 :24 prog
1277204412686779 :25 appl
1277204412686783 :40 kern
1277204412686786 :25 prog
1277204412686786 :26 appl
1277204412686791 :41 kern
1277204412686793 :26 prog
1277204412686793 :27 appl
1277204412686798 :42 kern
1277204412686800 :27 prog
1277204412686800 :28 appl
1277204412686805 :43 kern
1277204412686808 :28 prog
1277204412686808 :29 appl
1277204412686812 :44 kern
1277204412686815 :29 prog
1277204412686815 :30 appl
1277204412686819 :45 kern
1277204412686822 :30 prog
1277204412686822 :31 appl
1277204412686826 :46 kern
1277204412686830 :31 prog
1277204412686830 :32 appl
1277204412686833 :47 kern
1277204412686837 :32 prog
1277204412686837 :33 appl
1277204412686841 :48 kern
1277204412686844 :33 prog
1277204412686844 :34 appl
1277204412686848 :49 kern
1277204412686852 :34 prog
1277204412686852 :35 appl
1277204412686855 :50 kern
1277204412686859 :35 prog
1277204412686859 :36 appl
1277204412686862 :51 kern
1277204412686866 :36 prog
1277204412686866 :37 appl
1277204412686869 :52 kern
1277204412686874 :37 prog
1277204412686874 :38 appl
1277204412686876 :53 kern
1277204412686881 :38 prog
1277204412686881 :39 appl
1277204412686883 :54 kern
1277204412686888 :39 prog
1277204412686888 :40 appl
1277204412686890 :55 kern
1277204412686895 :40 prog
1277204412686896 :41 appl
1277204412686898 :56 kern
1277204412686902 :41 prog
1277204412686902 :42 appl
1277204412686905 :57 kern
1277204412686910 :42 prog
1277204412686910 :43 appl
1277204412686912 :58 kern
1277204412686917 :43 prog
1277204412686918 :44 appl
1277204412686919 :59 kern
1277204412686924 :44 prog
1277204412686924 :45 appl
1277204412686926 :60 kern
1277204412686932 :45 prog
1277204412686932 :46 appl
1277204412686933 :61 kern
1277204412686940 :46 prog
1277204412686940 :47 appl
1277204412686940 :62 kern
1277204412686946 :47 prog
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1277204412686947 :63 kern
1277204412686954 :48 prog
1277204412686954 :49 appl
1277204412686955 :64 kern
1277204412686962 :49 prog
1277204412686962 :50 appl
1277204412686962 :65 kern
1277204412686968 :50 prog
1277204412686968 :51 appl
1277204412686969 :66 kern
1277204412686976 :51 prog
1277204412686976 :52 appl
1277204412686976 :67 kern
1277204412686983 :52 prog
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1277204412686985 :68 kern
1277204412686990 :53 prog
1277204412686990 :54 appl
1277204412686992 :69 kern
1277204412686998 :54 prog
1277204412686998 :55 appl
1277204412686999 :70 kern
1277204412687005 :55 prog
1277204412687005 :56 appl
1277204412687006 :71 kern
1277204412687012 :56 prog
1277204412687012 :57 appl
1277204412687013 :72 kern
1277204412687020 :57 prog
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1277204412687021 :73 kern
1277204412687026 :58 prog
1277204412687026 :59 appl
1277204412687028 :74 kern
1277204412687034 :59 prog
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1277204412687035 :75 kern
1277204412687042 :60 prog
1277204412687042 :61 appl
1277204412687042 :76 kern
1277204412687048 :61 prog
1277204412687048 :62 appl
1277204412687049 :77 kern
1277204412687056 :62 prog
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1277204412687056 :78 kern
1277204412687063 :79 kern
1277204412687064 :63 prog
1277204412687064 :64 appl
1277204412687070 :64 prog
1277204412687071 :65 appl
1277204412687071 :80 kern
1277204412687078 :65 prog
1277204412687078 :66 appl
1277204412687078 :81 kern
1277204412687085 :82 kern
1277204412687086 :66 prog
1277204412687086 :67 appl
1277204412687092 :83 kern
1277204412687093 :67 prog
1277204412687093 :68 appl
1277204412687099 :84 kern
1277204412687102 :68 prog
1277204412687102 :69 appl
1277204412687106 :85 kern
1277204412687109 :69 prog
1277204412687109 :70 appl
1277204412687113 :86 kern
1277204412687116 :70 prog
1277204412687116 :71 appl
1277204412687120 :87 kern
1277204412687124 :71 prog
1277204412687124 :72 appl
1277204412687127 :88 kern
1277204412687131 :72 prog
1277204412687131 :73 appl
1277204412687135 :89 kern
1277204412687138 :73 prog
1277204412687138 :74 appl
1277204412687142 :90 kern
1277204412687146 :74 prog
1277204412687146 :75 appl
1277204412687149 :91 kern
1277204412687153 :75 prog
1277204412687153 :76 appl
1277204412687156 :92 kern
1277204412687160 :76 prog
1277204412687161 :77 appl
1277204412687163 :93 kern
1277204412687168 :77 prog
1277204412687168 :78 appl
1277204412687170 :94 kern
1277204412687175 :78 prog
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1277204412687226 :86 aspawn /home/src/testsuite/systemtap.base/gtod.sh /home/src/testsuite/systemtap.base/gtod.stp /home/src/testsuite/gtod 10000
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1277204416641601 :91 pspawn /home/src/testsuite/systemtap.base/gtod.sh /home/src/testsuite/systemtap.base/gtod.stp /home/src/testsuite/gtod 100000
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1277204428365118 :86 prog
1277204428404126 :95 kern
1277204428465186 :87 appl
1277204428465198 :87 prog
1277204428495148 :96 kFAIL: gtod (1)
testcase /home/src/testsuite/systemtap.base/gtod.exp completed in 20 seconds
Running /home/src/testsuite/systemtap.base/if.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/if.stp
spawn stap -v /home/src/testsuite/systemtap.base/if.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/0sys/468real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/fc/stap_fc2423047ed2024311efcbb6e2ef76aa_688.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/fc/stap_fc2423047ed2024311efcbb6e2ef76aa_688.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/if.stp startup
PASS: systemtap.base/if.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
PASS: systemtap.base/if.stp shutdown and output
Pass 5: run completed in 10usr/30sys/425real ms.
metric:	systemtap.base/if.stp 	430	0	468	10	0	11	0	0	0	0	0	0	10	30	425
testcase /home/src/testsuite/systemtap.base/if.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/inc.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/inc.stp
spawn stap -v /home/src/testsuite/systemtap.base/inc.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 420usr/0sys/464real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/6b/stap_6b744924caed652741193053cf0a0b8e_822.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/6b/stap_6b744924caed652741193053cf0a0b8e_822.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/inc.stp startup
PASS: systemtap.base/inc.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/inc.stp shutdown and output
Pass 5: run completed in 10usr/20sys/423real ms.
metric:	systemtap.base/inc.stp 	420	0	464	10	0	10	0	0	0	0	0	0	10	20	423
testcase /home/src/testsuite/systemtap.base/inc.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/inlinedvars.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/inlinedvars.c  -g -O0  -lm   -o inlinedvars.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/inlinedvars.c -g -O0 -lm -o inlinedvars.exe
PASS: inlinedvars.c compile -O0
UNTESTED: inlinedvars--O0
Executing on host: gcc /home/src/testsuite/systemtap.base/inlinedvars.c  -g -O1  -lm   -o inlinedvars.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/inlinedvars.c -g -O1 -lm -o inlinedvars.exe
PASS: inlinedvars.c compile -O1
UNTESTED: inlinedvars--O1
Executing on host: gcc /home/src/testsuite/systemtap.base/inlinedvars.c  -g -O2  -lm   -o inlinedvars.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/inlinedvars.c -g -O2 -lm -o inlinedvars.exe
PASS: inlinedvars.c compile -O2
UNTESTED: inlinedvars--O2
Executing on host: gcc /home/src/testsuite/systemtap.base/inlinedvars.c  -g -O3  -lm   -o inlinedvars.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/inlinedvars.c -g -O3 -lm -o inlinedvars.exe
PASS: inlinedvars.c compile -O3
UNTESTED: inlinedvars--O3
testcase /home/src/testsuite/systemtap.base/inlinedvars.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/itrace.exp ...
UNTESTED: itrace single step check : no kernel utrace support found
UNTESTED: itrace block step check : no kernel utrace support found
UNTESTED: itrace_single1 : no kernel utrace support found
UNTESTED: itrace_single2 : no kernel utrace support found
UNTESTED: itrace_block1 : no kernel utrace support found
UNTESTED: itrace_block2 : no kernel utrace support found
testcase /home/src/testsuite/systemtap.base/itrace.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/kfunct.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/kfunct.stp
spawn stap -v /home/src/testsuite/systemtap.base/kfunct.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 420usr/0sys/462real ms.
Pass 2: analyzed script: 3 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 132992virt/107456res/65664shr kb, in 900usr/10sys/981real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/c8/stap_c82192597fee9e6133732853122d3b37_798.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/c8/stap_c82192597fee9e6133732853122d3b37_798.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/kfunct.stp startup
PASS: systemtap.base/kfunct.stp load generation
systemtap ending probe
count = 85
PASS: systemtap.base/kfunct.stp shutdown and output
Pass 5: run completed in 10usr/40sys/516real ms.
metric:	systemtap.base/kfunct.stp 	420	0	462	900	10	981	0	0	0	0	0	0	10	40	516
testcase /home/src/testsuite/systemtap.base/kfunct.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/kmodule.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/kmodule.stp
spawn stap -v /home/src/testsuite/systemtap.base/kmodule.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 3 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 114176virt/27392res/5440shr kb, in 210usr/1570sys/2156real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/2b/stap_2be474a04cc582643bcc6663b223ab5a_832.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/2b/stap_2be474a04cc582643bcc6663b223ab5a_832.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/kmodule.stp startup
spawn sync
PASS: systemtap.base/kmodule.stp load generation
systemtap ending probe
count = 0
PASS: systemtap.base/kmodule.stp shutdown and output
Pass 5: run completed in 10usr/30sys/963real ms.
metric:	systemtap.base/kmodule.stp 	430	0	465	210	1570	2156	0	0	0	0	0	0	10	30	963
testcase /home/src/testsuite/systemtap.base/kmodule.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/kprobes.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/kprobes.stp
spawn stap -v /home/src/testsuite/systemtap.base/kprobes.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 420usr/0sys/466real ms.
Pass 2: analyzed script: 3 probe(s), 1 function(s), 0 embed(s), 1 global(s) using 28608virt/25856res/4864shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/96/stap_96dfc03cf819f28bd4b671d8f4b1ba6d_955.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/96/stap_96dfc03cf819f28bd4b671d8f4b1ba6d_955.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/kprobes.stp startup
PASS: systemtap.base/kprobes.stp load generation
systemtap ending probe
probe point hit
PASS: systemtap.base/kprobes.stp shutdown and output
Pass 5: run completed in 10usr/50sys/548real ms.
testcase /home/src/testsuite/systemtap.base/kprobes.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/kretprobe-vars.exp ...
executing: stap -v -c {cat /dev/null} /home/src/testsuite/systemtap.base/kretprobe-vars.stp
spawn stap -v -c cat /dev/null /home/src/testsuite/systemtap.base/kretprobe-vars.stp
Pass 1: parsed user script and 70 library script(s) using 27584virt/25152res/4544shr kb, in 420usr/0sys/513real ms.
Pass 2: analyzed script: 4 probe(s), 14 function(s), 3 embed(s), 7 global(s) using 134272virt/48576res/5824shr kb, in 1010usr/600sys/1842real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/fa/stap_fa19917b9916070c5b866f4d73603ca3_6878.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/fa/stap_fa19917b9916070c5b866f4d73603ca3_6878.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
systemtap test success
PASS: systemtap.base/kretprobe-vars.stp startup
PASS: systemtap.base/kretprobe-vars.stp load generation
PASS: systemtap.base/kretprobe-vars.stp shutdown and output
Pass 5: run completed in 10usr/30sys/354real ms.
metric:	systemtap.base/kretprobe-vars.stp 	420	0	513	1010	600	1842	0	0	0	0	0	0	10	30	354
testcase /home/src/testsuite/systemtap.base/kretprobe-vars.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/labels.exp ...
UNTESTED: labels
testcase /home/src/testsuite/systemtap.base/labels.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/limits.exp ...
executing: stap /home/src/testsuite/systemtap.base/limits.stp
PASS: systemtap.base/limits.stp
testcase /home/src/testsuite/systemtap.base/limits.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/logical_and.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/logical_and.stp
spawn stap -v /home/src/testsuite/systemtap.base/logical_and.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 430usr/0sys/469real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 4 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/6f/stap_6ff63a60f9995158329b269177c2c367_1110.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/6f/stap_6ff63a60f9995158329b269177c2c367_1110.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/logical_and.stp startup
PASS: systemtap.base/logical_and.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
systemtap test success
systemtap test success
PASS: systemtap.base/logical_and.stp shutdown and output
Pass 5: run completed in 10usr/30sys/436real ms.
metric:	systemtap.base/logical_and.stp 	430	0	469	10	0	11	0	0	0	0	0	0	10	30	436
testcase /home/src/testsuite/systemtap.base/logical_and.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/marker.exp ...
UNTESTED: K_MARKER01 : no kernel markers present
UNTESTED: K_MARKER02 : no kernel markers present
running stap -v -p4 -e "probe kernel.mark(\"X_marker_that_does_not_exist_X\") { }"
spawn stap -v -p4 -e probe kernel.mark("X_marker_that_does_not_exist_X") { }
Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 430usr/0sys/466real ms.
semantic error: no match while resolving probe point kernel.mark("X_marker_that_does_not_exist_X")
Pass 2: analyzed script: 0 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28544virt/25856res/4864shr kb, in 10usr/0sys/10real ms.
Pass 2: analysis failed.  Try again with another '--vp 01' option.
PASS: K_MARKER03 compilation failed correctly
UNTESTED: K_MARKER04 : no kernel markers present
UNTESTED: K_MARKER05 : no kernel markers present
UNTESTED: K_MARKER06 : no kernel markers present
UNTESTED: K_MARKER07 : no kernel markers present
UNTESTED: K_MARKER08 : no kernel markers present
UNTESTED: K_MARKER09 : no kernel markers present
UNTESTED: K_MARKER10 : no kernel markers present
UNTESTED: K_MARKER11 : no kernel markers present
UNTESTED: K_MARKER12 : no kernel markers present
UNTESTED: K_MARKER13 : no kernel markers present
UNTESTED: K_MARKER14 : no kernel markers present
UNTESTED: K_MARKER15 : no kernel markers present
UNTESTED: K_MARKER16 : no kernel markers present
UNTESTED: K_MARKER17 : no kernel markers present
UNTESTED: K_MARKER18 : no kernel markers present
UNTESTED: K_MARKER19 : no kernel markers present
UNTESTED: K_MARKER20 : no kernel markers present
UNTESTED: K_MARKER21 : no kernel markers present
UNTESTED: K_MARKER22 : no kernel markers present
UNTESTED: K_MARKER23 : no kernel markers present
testcase /home/src/testsuite/systemtap.base/marker.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/maxactive.exp ...
executing: stap -v -e {
    global foo
    probe kernel.function("vfs_read").return,
        kernel.function("do_select").return { foo++ }

    probe timer.ms(1000) { exit(); }
    probe begin { log("systemtap starting probe"); log("systemtap ending probe");}
}
spawn stap -v -e 
    global foo
    probe kernel.function("vfs_read").return,
        kernel.function("do_select").return { foo++ }

    probe timer.ms(1000) { exit(); }
    probe begin { log("systemtap starting probe"); log("systemtap ending probe");}

Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/0sys/461real ms.
Pass 2: analyzed script: 4 probe(s), 2 function(s), 0 embed(s), 1 global(s) using 132672virt/106816res/65728shr kb, in 880usr/10sys/981real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/be/stap_be65e58fdf8b7975af8ebc8e61c15887_1210.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/be/stap_be65e58fdf8b7975af8ebc8e61c15887_1210.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: MAXACTIVE01 startup
PASS: MAXACTIVE01 load generation
PASS: MAXACTIVE01 shutdown and output
Pass 5: run completed in 10usr/40sys/1508real ms.
metric:	MAXACTIVE01 	430	0	461	880	10	981	0	0	0	0	0	0	10	40	1508
executing: stap -v -e {
    global foo
    probe kernel.function("vfs_read").return.maxactive(1),
        kernel.function("do_select").return.maxactive(1) { foo++ }

    probe timer.ms(1000) { exit(); }
    probe begin { log("systemtap starting probe"); log("systemtap ending probe");}
}
spawn stap -v -e 
    global foo
    probe kernel.function("vfs_read").return.maxactive(1),
        kernel.function("do_select").return.maxactive(1) { foo++ }

    probe timer.ms(1000) { exit(); }
    probe begin { log("systemtap starting probe"); log("systemtap ending probe");}

Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 420usr/0sys/460real ms.
Pass 2: analyzed script: 4 probe(s), 2 function(s), 0 embed(s), 1 global(s) using 132672virt/106880res/65728shr kb, in 900usr/10sys/985real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/c4/stap_c4cc0589a776df726d529dab43d8e749_1288.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/c4/stap_c4cc0589a776df726d529dab43d8e749_1288.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: MAXACTIVE02 startup
PASS: MAXACTIVE02 load generation
PASS: MAXACTIVE02 shutdown and output
WARNING: Number of errors: 0, skipped probes: 24
skipped1: 0, skipped2: 24

PASS: MAXACTIVE03
testcase /home/src/testsuite/systemtap.base/maxactive.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.base/maxmemory.exp ...
executing: stap -v -u -e {
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }
}
spawn stap -v -u -e 
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/462real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 132672virt/106752res/65664shr kb, in 890usr/10sys/991real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/2d/stap_2d03c973e8c53aecf59a2851ac33ac20_986.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/2d/stap_2d03c973e8c53aecf59a2851ac33ac20_986.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: MAXMEMORY1 didn't error
executing: stap -v -u -DSTP_MAXMEMORY=200 -e {
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }
}
spawn stap -v -u -DSTP_MAXMEMORY=200 -e 
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4544shr kb, in 420usr/0sys/464real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 132608virt/106816res/65664shr kb, in 880usr/10sys/979real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/e2/stap_e2bd0dcc2164214ed2b0f06b01679d63_1003.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/e2/stap_e2bd0dcc2164214ed2b0f06b01679d63_1003.ko
Pass 5: starting run.
Error inserting module '/tmp/stapGCI5mp/stap_e2bd0dcc2164214ed2b0f06b01679d63_1003.ko': Operation not permitted
Retrying, after attempted removal of module stap_e2bd0dcc2164214ed2b0f06b01679d63_1003 (rc -1)
PASS: MAXMEMORY2 received expected insert module error
testcase /home/src/testsuite/systemtap.base/maxmemory.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/modargs.exp ...
PASS: modargs compilation
PASS: modargs execution
testcase /home/src/testsuite/systemtap.base/modargs.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/not.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/not.stp
spawn stap -v /home/src/testsuite/systemtap.base/not.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/468real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 2 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/f8/stap_f8fe9fdf72471b23f8e67a8e341c5b2a_804.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/f8/stap_f8fe9fdf72471b23f8e67a8e341c5b2a_804.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/not.stp startup
PASS: systemtap.base/not.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/not.stp shutdown and output
Pass 5: run completed in 10usr/30sys/421real ms.
metric:	systemtap.base/not.stp 	430	0	468	10	0	11	0	0	0	0	0	0	10	30	421
testcase /home/src/testsuite/systemtap.base/not.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/onoffprobe.exp ...
spawn stap /home/src/testsuite/systemtap.base/onoffprobe.stp
begin1 probed: stap_46efaed958f154a67af69b5139314886_3975
PASS: onoffprobe begin1 probed
function return probed
PASS: onoffprobe function return probed
function entry probed
PASS: onoffprobe function entry probed
timer probed
PASS: onoffprobe timer probed
profile probed
PASS: onoffprobe profile probed
alias.one.a and alias.one and alias.* probed
alias.one.a and alias.one and alias.* probed
PASS: onoffprobe alias.one.a and alias.one and alias.* probed
alias.one.a and alias.one and alias.* probed
alias.one.b and alias.one and alias.* probed
PASS: onoffprobe alias.one.b and alias.one and alias.* probed
alias.two and alias.* probed
PASS: onoffprobe alias.two and alias.* probed
testcase /home/src/testsuite/systemtap.base/onoffprobe.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/optim.exp ...
spawn stap /home/src/testsuite/systemtap.base/optim.stp
WARNING: eliding unused variable 'dummy': identifier 'dummy' at /home/src/testsuite/systemtap.base/optim.stp:7:20
 source: 	if (1) var=2 else dummy=0
         	                  ^
i=1
j=2
PASS: optim
testcase /home/src/testsuite/systemtap.base/optim.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/optim_arridx.exp ...
PASS: systemtap.base/optim_arridx.stp
testcase /home/src/testsuite/systemtap.base/optim_arridx.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/optim_voidstmt.exp ...
executing: stap -v -g /home/src/testsuite/systemtap.base/optim_voidstmt.stp
spawn stap -v -g /home/src/testsuite/systemtap.base/optim_voidstmt.stp
Pass 1: parsed user script and 70 library script(s) using 27584virt/25216res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 3 probe(s), 6 function(s), 0 embed(s), 0 global(s) using 28672virt/25984res/4800shr kb, in 10usr/0sys/13real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/82/stap_8240a9a39a73963d03ca294008512ce5_1371.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/82/stap_8240a9a39a73963d03ca294008512ce5_1371.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/optim_voidstmt.stp startup
PASS: systemtap.base/optim_voidstmt.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/optim_voidstmt.stp shutdown and output
Pass 5: run completed in 10usr/30sys/445real ms.
metric:	systemtap.base/optim_voidstmt.stp 	430	0	465	10	0	13	0	0	0	0	0	0	10	30	445
testcase /home/src/testsuite/systemtap.base/optim_voidstmt.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/optionalprobe.exp ...
spawn stap -p2 -w /home/src/testsuite/systemtap.base/optionalprobe.stp
# probes
begin /* <- foo?,process("/do/not/exist").function("main")!,kernel.mark("no such mark")?,kernel.trace("no trace")!,process.foo?,kernel.statement("no statement")!,module("no mod").function("*")?,kernel.function("no such func*")!,begin */
PASS: optionalprobe
testcase /home/src/testsuite/systemtap.base/optionalprobe.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/overcatcher.exp ...
PASS: overcatcher
testcase /home/src/testsuite/systemtap.base/overcatcher.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/overflow_error.exp ...
spawn stap -DMAXERRORS=1 /home/src/testsuite/systemtap.base/overflow_error.stp
ERROR: Array overflow, check size limit (3) near identifier 'overflow1' at /home/src/testsuite/systemtap.base/overflow_error.stp:10:7
ERROR: Array overflow, check size limit (5) near identifier 'overflow2' at /home/src/testsuite/systemtap.base/overflow_error.stp:14:7
WARNING: Number of errors: 2, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: overflow_error
testcase /home/src/testsuite/systemtap.base/overflow_error.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/overload.exp ...
executing: stap -v -u -e {
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }
}
spawn stap -v -u -e 
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 420usr/0sys/462real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 132672virt/106752res/65664shr kb, in 890usr/10sys/981real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/2d/stap_2d03c973e8c53aecf59a2851ac33ac20_986.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/2d/stap_2d03c973e8c53aecf59a2851ac33ac20_986.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: OVERLOAD1 didn't error
executing: stap -v -u -DSTP_OVERLOAD_INTERVAL=1000LL -DSTP_OVERLOAD_THRESHOLD=100LL -e {
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }
}
spawn stap -v -u -DSTP_OVERLOAD_INTERVAL=1000LL -DSTP_OVERLOAD_THRESHOLD=100LL -e 
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 430usr/0sys/470real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 132608virt/106816res/65664shr kb, in 900usr/10sys/990real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/73/stap_730fd7781e165bc1f2eba319ef5e4014_1042.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/73/stap_730fd7781e165bc1f2eba319ef5e4014_1042.ko
Pass 5: starting run.
ERROR: probe overhead exceeded threshold
PASS: OVERLOAD2 received expected error
executing: stap -v -u -DSTP_NO_OVERLOAD -DSTP_OVERLOAD_INTERVAL=1000LL -DSTP_OVERLOAD_THRESHOLD=100LL -e {
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }
}
spawn stap -v -u -DSTP_NO_OVERLOAD -DSTP_OVERLOAD_INTERVAL=1000LL -DSTP_OVERLOAD_THRESHOLD=100LL -e 
    global k

    probe begin {
	print("systemtap starting probe\n")
	k["foo"] = 0
    }

    probe kernel.function("vfs_read"), kernel.function("vfs_write") {
	k["foo"]++
    }
    probe end {
	print("systemtap ending probe\n")
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4544shr kb, in 420usr/0sys/459real ms.
Pass 2: analyzed script: 4 probe(s), 0 function(s), 0 embed(s), 1 global(s) using 132608virt/106816res/65664shr kb, in 880usr/10sys/986real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/51/stap_51df8100b384970c2fc8e830e0fa6af5_1057.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/51/stap_51df8100b384970c2fc8e830e0fa6af5_1057.ko
Pass 5: starting run.
systemtap starting probe
systemtap ending probe
PASS: OVERLOAD3 didn't error
testcase /home/src/testsuite/systemtap.base/overload.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.base/pointer_array.exp ...
executing: stap /home/src/testsuite/systemtap.base/pointer_array.stp -c/bin/true
PASS: systemtap.base/pointer_array.stp
testcase /home/src/testsuite/systemtap.base/pointer_array.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/poll_map.exp ...
spawn stap -g /home/src/testsuite/systemtap.base/poll_map.stp


syslog-ng called vfs_stat	4 times
syslog-ng called vfs_fstatat	4 times
syslog-ng called vfs_getattr	4 times
stapio called vfs_read	2 times
klogd called vfs_stat	1 times
klogd called vfs_fstatat	1 times
klogd called vfs_getattr	1 times
klogd called vfs_write	1 times
klogd called vfs_read	1 times
syslog-ng called vfs_write	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times


expect called vfs_read	1 times
expect called vfs_write	1 times
stapio called vfs_read	1 times


stapio called vfs_read	1 times


stapio called vfs_write	2 times
stapio called vfs_read	2 times
expect called vfs_read	1 times
expect called vfs_write	1 times


stapio called vfs_read	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times


stapio called vfs_read	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	3 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	3 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times


stapio called vfs_read	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times


stapio called vfs_read	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	3 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	3 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times


stapio called vfs_read	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times


stapio called vfs_read	1 times


stapio called vfs_read	2 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times




stapio called vfs_read	3 times
stapio called vfs_write	1 times
expect called vfs_read	1 times
expect called vfs_write	1 times
SUCCESS
PASS: poll_map (1)
testcase /home/src/testsuite/systemtap.base/poll_map.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.base/pr10854.exp ...
PASS: compiling pr10854.stp
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
spawn staprun /home/src/testsuite/.systemtap-root/cache/de/stap_decea77784d947369e7aa9123d04b139_816123.ko -o /dev/null
PASS: pr10854 runloop
testcase /home/src/testsuite/systemtap.base/pr10854.exp completed in 13 seconds
Running /home/src/testsuite/systemtap.base/prepost_optim.exp ...
spawn stap /home/src/testsuite/systemtap.base/prepost_optim.stp
5 7 7 5
PASS: prepost_optim (1)
testcase /home/src/testsuite/systemtap.base/prepost_optim.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/preprocessor.exp ...
spawn stap -p2 -e probe never {}
%( kernel_v == "2.6.35"   %? %: ERROR %)
%( kernel_v == "2?[0-9]*"   %? %: ERROR %)
%( kernel_v == "?noSuchKernel*"   %? ERROR %: %)
%( kernel_v != "2.6.35"   %? ERROR %: %)
%( kernel_v != "2?[0-9]*"   %? ERROR %: %)
%( kernel_v != "?noSuchKernel*"   %? %: ERROR %)
%( kernel_v < "9.9999"  %? %: ERROR %)
%( kernel_v <= "9.9999" %? %: ERROR %)
%( kernel_v > "9.9999"  %? ERROR %: %)
%( kernel_v >= "9.9999" %? ERROR %: %)
%( kernel_vr == "2.6.35-rc3"  %? %: ERROR %)
%( kernel_vr == "2?[0-9]*"  %? %: ERROR %)
%( kernel_vr == "?noSuchKernel*"  %? ERROR %: %)
%( kernel_vr != "2.6.35-rc3"  %? ERROR %: %)
%( kernel_vr != "2?[0-9]*"   %? ERROR %: %)
%( kernel_vr != "?noSuchKernel*"   %? %: ERROR %)
%( kernel_vr < "9.9999"  %? %: ERROR %)
%( kernel_vr <= "9.9999" %? %: ERROR %)
%( kernel_vr > "9.9999"  %? ERROR %: %)
%( kernel_vr >= "9.9999" %? ERROR %: %)
%( arch == "powerpc"      %? %: ERROR %)
%( arch == "?owerp?"        %? %: ERROR %)
%( arch == "?noSuchArch?"        %? ERROR %: %)
%( arch != "powerpc"      %? ERROR %: %)
%( arch != "?owerp?"        %? ERROR %: %)
%( arch != "?noSuchArch?"        %? %: ERROR %)

WARNING: side-effect-free probe 'probe_2082': keyword at <input>:1:1
 source: probe never {}
         ^
# probes
never /* <- never */
PASS: preprocessor basic ops
testcase /home/src/testsuite/systemtap.base/preprocessor.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/print.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/print.stp
spawn stap -v /home/src/testsuite/systemtap.base/print.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 430usr/0sys/467real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 3 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/be/stap_be34935ed08306dd026822e491d64acd_1179.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/be/stap_be34935ed08306dd026822e491d64acd_1179.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/print.stp startup
PASS: systemtap.base/print.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
systemtap test success
PASS: systemtap.base/print.stp shutdown and output
Pass 5: run completed in 10usr/30sys/518real ms.
metric:	systemtap.base/print.stp 	430	0	467	10	0	11	0	0	0	0	0	0	10	30	518
testcase /home/src/testsuite/systemtap.base/print.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/probe_list.exp ...
spawn stap -l begin { if (a) next }#
begin
PASS: probe list is correct
testcase /home/src/testsuite/systemtap.base/probe_list.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/probefunc.exp ...
executing: stap -v -g -e {
    global funcname 
    probe kernel.statement(0xc00000000008ab38).absolute {
        funcname = probefunc()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%s\n", funcname)
    }
}
spawn stap -v -g -e 
    global funcname 
    probe kernel.statement(0xc00000000008ab38).absolute {
        funcname = probefunc()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%s\n", funcname)
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 430usr/0sys/462real ms.
Pass 2: analyzed script: 3 probe(s), 2 function(s), 1 embed(s), 1 global(s) using 113024virt/26752res/5376shr kb, in 10usr/10sys/18real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/98/stap_983322f5c35673a5ddfd3e98425b5a02_1913.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/98/stap_983322f5c35673a5ddfd3e98425b5a02_1913.ko
Pass 5: starting run.
systemtap starting probe
PASS: probefunc:.statement.(0xaddr).absolute startup
PASS: probefunc:.statement.(0xaddr).absolute load generation
systemtap ending probe
scheduler_tick
PASS: probefunc:.statement.(0xaddr).absolute shutdown and output
Pass 5: run completed in 10usr/80sys/1600real ms.
metric:	probefunc:.statement.(0xaddr).absolute 	430	0	462	10	10	18	0	0	0	0	0	0	10	80	1600
executing: stap -v -e {
    global funcname 
    probe kernel.function("scheduler_tick") {
        funcname = probefunc()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%s\n", funcname)
    }
}
spawn stap -v -e 
    global funcname 
    probe kernel.function("scheduler_tick") {
        funcname = probefunc()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%s\n", funcname)
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 410usr/0sys/459real ms.
Pass 2: analyzed script: 3 probe(s), 2 function(s), 1 embed(s), 1 global(s) using 134080virt/107520res/65664shr kb, in 880usr/10sys/983real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/20/stap_20b5c78bf719b5428abeb217c6b7cab6_1902.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/20/stap_20b5c78bf719b5428abeb217c6b7cab6_1902.ko
Pass 5: starting run.
systemtap starting probe
PASS: probefunc:kernel.function("scheduler_tick") startup
PASS: probefunc:kernel.function("scheduler_tick") load generation
systemtap ending probe
scheduler_tick
PASS: probefunc:kernel.function("scheduler_tick") shutdown and output
Pass 5: run completed in 10usr/80sys/1638real ms.
metric:	probefunc:kernel.function("scheduler_tick") 	410	0	459	880	10	983	0	0	0	0	0	0	10	80	1638
executing: stap -v -e {
    global funcname 
    probe kernel.function("context_switch").inline {
        funcname = probefunc()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%s\n", funcname)
    }
}
spawn stap -v -e 
    global funcname 
    probe kernel.function("context_switch").inline {
        funcname = probefunc()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%s\n", funcname)
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25024res/4544shr kb, in 430usr/0sys/462real ms.
Pass 2: analyzed script: 3 probe(s), 2 function(s), 1 embed(s), 1 global(s) using 133952virt/107648res/65728shr kb, in 900usr/10sys/1031real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/18/stap_185ad451221a40c6199d12236f7cdc93_1917.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/18/stap_185ad451221a40c6199d12236f7cdc93_1917.ko
Pass 5: starting run.
systemtap starting probe
PASS: probefunc:kernel.function("context_switch").inline startup
PASS: probefunc:kernel.function("context_switch").inline load generation
systemtap ending probe
context_switch
PASS: probefunc:kernel.function("context_switch").inline shutdown and output
Pass 5: run completed in 10usr/80sys/1673real ms.
metric:	probefunc:kernel.function("context_switch").inline 	430	0	462	900	10	1031	0	0	0	0	0	0	10	80	1673
testcase /home/src/testsuite/systemtap.base/probefunc.exp completed in 9 seconds
Running /home/src/testsuite/systemtap.base/procfs.exp ...
executing: stap -v -e {
    global saved_value

    probe procfs("command").read {
        $value = saved_value
    }
    probe procfs("command").write {
	saved_value = $value
    }

    probe begin {
	saved_value = "100\n"
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	printf("final value = %s", saved_value)
    }
} -m PROCFS
spawn stap -v -e 
    global saved_value

    probe procfs("command").read {
        $value = saved_value
    }
    probe procfs("command").write {
	saved_value = $value
    }

    probe begin {
	saved_value = "100\n"
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	printf("final value = %s", saved_value)
    }
 -m PROCFS
Pass 1: parsed user script and 70 library script(s) using 27520virt/25088res/4544shr kb, in 430usr/0sys/465real ms.
Pass 2: analyzed script: 4 probe(s), 2 function(s), 1 embed(s), 1 global(s) using 28608virt/25856res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: translated to C into "/tmp/stapyQVsQ5/PROCFS.c" using 28608virt/26048res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS.ko" in 4220usr/340sys/4817real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS startup
PASS: PROCFS read 100
PASS: PROCFS received correct initial value
PASS: PROCFS wrote 200
PASS: PROCFS read 200
PASS: PROCFS received correct value
PASS: PROCFS read 200
PASS: PROCFS received correct value
PASS: PROCFS wrote hello
PASS: PROCFS read hello
PASS: PROCFS received correct value
PASS: PROCFS wrote goodbye
PASS: PROCFS read goodbye
PASS: PROCFS received correct value
PASS: PROCFS load generation
systemtap ending probe
final value = goodbye
PASS: PROCFS shutdown and output
Pass 5: run completed in 10usr/40sys/481real ms.
metric:	PROCFS 	430	0	465	10	0	11	0	0	2	4220	340	4817	10	40	481
testcase /home/src/testsuite/systemtap.base/procfs.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.base/procfs_maxsize.exp ...
executing: stap -v -DMAXSTRINGLEN=32 -e {
    global values[10]
    global idx = 0

    probe procfs.read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
} -m PROCFS_BUFFER1
spawn stap -v -DMAXSTRINGLEN=32 -e 
    global values[10]
    global idx = 0

    probe procfs.read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
 -m PROCFS_BUFFER1
Pass 1: parsed user script and 70 library script(s) using 27456virt/25216res/4544shr kb, in 420usr/0sys/464real ms.
Pass 2: analyzed script: 4 probe(s), 3 function(s), 1 embed(s), 2 global(s) using 28544virt/25920res/4800shr kb, in 10usr/0sys/12real ms.
Pass 3: translated to C into "/tmp/stapsQqdIZ/PROCFS_BUFFER1.c" using 28544virt/26176res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_BUFFER1.ko" in 4420usr/340sys/5003real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER1 startup
PASS: PROCFS_BUFFER1 read abcdefghijklmnoABCDEFGHIJKLMNOp
PASS: PROCFS_BUFFER1 received correct initial value
PASS: PROCFS_BUFFER1 wrote abcdefghijklmnoABCDEFGHIJKLMNOpqrstuvwxyz123456789
PASS: PROCFS_BUFFER1 load generation
systemtap ending probe
value0=abcdefghijklmnoABCDEFGHIJKLMNOp
value1=qrstuvwxyz123456789
PASS: PROCFS_BUFFER1 shutdown and output
Pass 5: run completed in 10usr/40sys/518real ms.
metric:	PROCFS_BUFFER1 	420	0	464	10	0	12	0	0	2	4420	340	5003	10	40	518
executing: stap -v -DMAXSTRINGLEN=32 -DSTP_PROCFS_BUFSIZE=16 -e {
    global values[10]
    global idx = 0

    probe procfs.read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
} -m PROCFS_BUFFER2
spawn stap -v -DMAXSTRINGLEN=32 -DSTP_PROCFS_BUFSIZE=16 -e 
    global values[10]
    global idx = 0

    probe procfs.read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
 -m PROCFS_BUFFER2
Pass 1: parsed user script and 70 library script(s) using 27456virt/25216res/4544shr kb, in 430usr/0sys/462real ms.
Pass 2: analyzed script: 4 probe(s), 3 function(s), 1 embed(s), 2 global(s) using 28544virt/25920res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapKzTRq6/PROCFS_BUFFER2.c" using 28544virt/26176res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_BUFFER2.ko" in 4450usr/340sys/5006real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER2 startup
PASS: PROCFS_BUFFER2 read abcdefghijklmno
PASS: PROCFS_BUFFER2 received correct initial value
PASS: PROCFS_BUFFER2 wrote abcdefghijklmnoABCDEFGHIJKLMNOpqrstuvwxyz123456789
PASS: PROCFS_BUFFER2 load generation
systemtap ending probe
value0=abcdefghijklmno
value1=ABCDEFGHIJKLMNO
value2=pqrstuvwxyz1234
value3=56789
PASS: PROCFS_BUFFER2 shutdown and output
Pass 5: run completed in 0usr/40sys/533real ms.
metric:	PROCFS_BUFFER2 	430	0	462	10	0	10	0	0	2	4450	340	5006	0	40	533
executing: stap -v -DMAXSTRINGLEN=16 -DSTP_PROCFS_BUFSIZE=32 -e {
    global values[10]
    global idx = 0

    probe procfs.read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
} -m PROCFS_BUFFER3
spawn stap -v -DMAXSTRINGLEN=16 -DSTP_PROCFS_BUFSIZE=32 -e 
    global values[10]
    global idx = 0

    probe procfs.read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
 -m PROCFS_BUFFER3
Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4544shr kb, in 420usr/0sys/462real ms.
Pass 2: analyzed script: 4 probe(s), 3 function(s), 1 embed(s), 2 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapbAshdh/PROCFS_BUFFER3.c" using 28544virt/26112res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_BUFFER3.ko" in 4440usr/340sys/5008real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER3 startup
PASS: PROCFS_BUFFER3 read abcdefghijklmnoABCDEFGHIJKLMNOp
PASS: PROCFS_BUFFER3 received correct initial value
PASS: PROCFS_BUFFER3 wrote abcdefghijklmnoABCDEFGHIJKLMNOpqrstuvwxyz123456789
PASS: PROCFS_BUFFER3 load generation
systemtap ending probe
value0=abcdefghijklmno
value1=ABCDEFGHIJKLMNO
value2=pqrstuvwxyz1234
value3=56789
PASS: PROCFS_BUFFER3 shutdown and output
Pass 5: run completed in 10usr/40sys/520real ms.
metric:	PROCFS_BUFFER3 	420	0	462	10	0	10	0	0	2	4440	340	5008	10	40	520
executing: stap -v -DMAXSTRINGLEN=16 -e {
    global values[10]
    global idx = 0

    probe procfs.read.maxsize(32) {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
} -m PROCFS_BUFFER4
spawn stap -v -DMAXSTRINGLEN=16 -e 
    global values[10]
    global idx = 0

    probe procfs.read.maxsize(32) {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
 -m PROCFS_BUFFER4
Pass 1: parsed user script and 70 library script(s) using 27456virt/25216res/4544shr kb, in 430usr/0sys/464real ms.
Pass 2: analyzed script: 4 probe(s), 3 function(s), 1 embed(s), 2 global(s) using 28544virt/25920res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: translated to C into "/tmp/stapjg6xmh/PROCFS_BUFFER4.c" using 28544virt/26176res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_BUFFER4.ko" in 4410usr/340sys/4984real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER4 startup
PASS: PROCFS_BUFFER4 read abcdefghijklmnoABCDEFGHIJKLMNOp
PASS: PROCFS_BUFFER4 received correct initial value
PASS: PROCFS_BUFFER4 wrote abcdefghijklmnoABCDEFGHIJKLMNOpqrstuvwxyz123456789
PASS: PROCFS_BUFFER4 load generation
systemtap ending probe
value0=abcdefghijklmno
value1=ABCDEFGHIJKLMNO
value2=pqrstuvwxyz1234
value3=56789
PASS: PROCFS_BUFFER4 shutdown and output
Pass 5: run completed in 10usr/40sys/476real ms.
metric:	PROCFS_BUFFER4 	430	0	464	10	0	11	0	0	2	4410	340	4984	10	40	476
executing: stap -v -DMAXSTRINGLEN=16 -DSTP_PROCFS_BUFSIZE=64 -e {
    global values[10]
    global idx = 0

    probe procfs.read.maxsize(32) {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
} -m PROCFS_BUFFER5
spawn stap -v -DMAXSTRINGLEN=16 -DSTP_PROCFS_BUFSIZE=64 -e 
    global values[10]
    global idx = 0

    probe procfs.read.maxsize(32) {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
 -m PROCFS_BUFFER5
Pass 1: parsed user script and 70 library script(s) using 27456virt/25216res/4544shr kb, in 430usr/0sys/459real ms.
Pass 2: analyzed script: 4 probe(s), 3 function(s), 1 embed(s), 2 global(s) using 28544virt/25920res/4800shr kb, in 0usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stap99iiJo/PROCFS_BUFFER5.c" using 28544virt/26176res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_BUFFER5.ko" in 4460usr/340sys/5012real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER5 startup
PASS: PROCFS_BUFFER5 read abcdefghijklmnoABCDEFGHIJKLMNOp
PASS: PROCFS_BUFFER5 received correct initial value
PASS: PROCFS_BUFFER5 wrote abcdefghijklmnoABCDEFGHIJKLMNOpqrstuvwxyz123456789
PASS: PROCFS_BUFFER5 load generation
systemtap ending probe
value0=abcdefghijklmno
value1=ABCDEFGHIJKLMNO
value2=pqrstuvwxyz1234
value3=56789
PASS: PROCFS_BUFFER5 shutdown and output
Pass 5: run completed in 10usr/40sys/471real ms.
metric:	PROCFS_BUFFER5 	430	0	459	0	0	10	0	0	2	4460	340	5012	10	40	471
executing: stap -v -DMAXSTRINGLEN=16 -e {
    global values[10]
    global idx = 0

    probe procfs("default").read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.read.maxsize(32) {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
} -m PROCFS_BUFFER6
spawn stap -v -DMAXSTRINGLEN=16 -e 
    global values[10]
    global idx = 0

    probe procfs("default").read {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.read.maxsize(32) {
	$value = "abcdefghijklmno"
	$value .= "ABCDEFGHIJKLMNO"
	$value .= "pqrstuvwxyz1234"
    }
    probe procfs.write {
	values[idx] = $value
	idx++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < idx; i++) {
	    printf("value%d=%s\n", i, values[i])
	}
    }
 -m PROCFS_BUFFER6
Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4544shr kb, in 430usr/0sys/462real ms.
Pass 2: analyzed script: 5 probe(s), 3 function(s), 1 embed(s), 2 global(s) using 28544virt/25920res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: translated to C into "/tmp/stapkEEqNu/PROCFS_BUFFER6.c" using 28544virt/26112res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_BUFFER6.ko" in 4480usr/340sys/5040real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER6 startup
PASS: PROCFS_BUFFER6 read abcdefghijklmno
PASS: PROCFS_BUFFER6 received correct initial value
PASS: PROCFS_BUFFER6 read abcdefghijklmnoABCDEFGHIJKLMNOp
PASS: PROCFS_BUFFER6 received correct initial value
PASS: PROCFS_BUFFER6 wrote abcdefghijklmnoABCDEFGHIJKLMNOpqrstuvwxyz123456789
PASS: PROCFS_BUFFER6 load generation
systemtap ending probe
value0=abcdefghijklmno
value1=ABCDEFGHIJKLMNO
value2=pqrstuvwxyz1234
value3=56789
PASS: PROCFS_BUFFER6 shutdown and output
Pass 5: run completed in 10usr/40sys/486real ms.
metric:	PROCFS_BUFFER6 	430	0	462	10	0	11	0	0	2	4480	340	5040	10	40	486
executing: stap -v -DMAXSTRINGLEN=512 -e {
    global large_strings[10]

    # Put more data than we can really handle into $value
    probe procfs.read.maxsize(2048) {
	$value = large_strings[0]
	for (i = 1; i < 10; i+=1) {
	    $value .= large_strings[i]
	}
    }

    probe begin {
	# build up several maximum length strings
	max = 512
	for (i = 0; i < max/64; i+=1) {
	    for (j = 0; j < 10; j++) {
		if (i < (max/64 - 1)) {
		    large_strings[j] .= sprintf("%3d:12345678901234567890123456789012345678901234567890123456789\n",
						i + (j * (max/64)))
		}
		else {
		    large_strings[j] .= sprintf("%3d:1234567890123456789012345678901234567890123456789012345678\n",
						i + (j * (max/64)))
		}
	    }
	}
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
    }
} -m PROCFS_BUFFER7
spawn stap -v -DMAXSTRINGLEN=512 -e 
    global large_strings[10]

    # Put more data than we can really handle into $value
    probe procfs.read.maxsize(2048) {
	$value = large_strings[0]
	for (i = 1; i < 10; i+=1) {
	    $value .= large_strings[i]
	}
    }

    probe begin {
	# build up several maximum length strings
	max = 512
	for (i = 0; i < max/64; i+=1) {
	    for (j = 0; j < 10; j++) {
		if (i < (max/64 - 1)) {
		    large_strings[j] .= sprintf("%3d:12345678901234567890123456789012345678901234567890123456789\n",
						i + (j * (max/64)))
		}
		else {
		    large_strings[j] .= sprintf("%3d:1234567890123456789012345678901234567890123456789012345678\n",
						i + (j * (max/64)))
		}
	    }
	}
        printf("systemtap starting probe\n")
    }
    probe end {
        printf("systemtap ending probe\n")
    }
 -m PROCFS_BUFFER7
Pass 1: parsed user script and 70 library script(s) using 27584virt/25088res/4544shr kb, in 420usr/0sys/461real ms.
Pass 2: analyzed script: 3 probe(s), 2 function(s), 1 embed(s), 1 global(s) using 28672virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapVZMzGE/PROCFS_BUFFER7.c" using 28672virt/26048res/4992shr kb, in 0usr/0sys/3real ms.
Pass 4: compiled C into "PROCFS_BUFFER7.ko" in 4300usr/340sys/4878real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_BUFFER7 startup
PASS: PROCFS_BUFFER7 read   0:12345678901234567890123456789012345678901234567890123456789
  1:12345678901234567890123456789012345678901234567890123456789
  2:12345678901234567890123456789012345678901234567890123456789
  3:12345678901234567890123456789012345678901234567890123456789
  4:12345678901234567890123456789012345678901234567890123456789
  5:12345678901234567890123456789012345678901234567890123456789
  6:12345678901234567890123456789012345678901234567890123456789
  7:1234567890123456789012345678901234567890123456789012345678
  8:12345678901234567890123456789012345678901234567890123456789
  9:12345678901234567890123456789012345678901234567890123456789
 10:12345678901234567890123456789012345678901234567890123456789
 11:12345678901234567890123456789012345678901234567890123456789
 12:12345678901234567890123456789012345678901234567890123456789
 13:12345678901234567890123456789012345678901234567890123456789
 14:12345678901234567890123456789012345678901234567890123456789
 15:1234567890123456789012345678901234567890123456789012345678
 16:12345678901234567890123456789012345678901234567890123456789
 17:12345678901234567890123456789012345678901234567890123456789
 18:12345678901234567890123456789012345678901234567890123456789
 19:12345678901234567890123456789012345678901234567890123456789
 20:12345678901234567890123456789012345678901234567890123456789
 21:12345678901234567890123456789012345678901234567890123456789
 22:12345678901234567890123456789012345678901234567890123456789
 23:1234567890123456789012345678901234567890123456789012345678
 24:12345678901234567890123456789012345678901234567890123456789
 25:12345678901234567890123456789012345678901234567890123456789
 26:12345678901234567890123456789012345678901234567890123456789
 27:12345678901234567890123456789012345678901234567890123456789
 28:12345678901234567890123456789012345678901234567890123456789
 29:12345678901234567890123456789012345678901234567890123456789
 30:12345678901234567890123456789012345678901234567890123456789
 31:1234567890123456789012345678901234567890123456789012345678
 32
PASS: PROCFS_BUFFER7 received correct initial value
PASS: PROCFS_BUFFER7 load generation
systemtap ending probe
PASS: PROCFS_BUFFER7 shutdown and output
Pass 5: run completed in 10usr/40sys/484real ms.
metric:	PROCFS_BUFFER7 	420	0	461	10	0	10	0	0	3	4300	340	4878	10	40	484
testcase /home/src/testsuite/systemtap.base/procfs_maxsize.exp completed in 43 seconds
Running /home/src/testsuite/systemtap.base/procfs_write.exp ...
executing: stap -v -DMAXSTRINGLEN=512 -e {
    global iteration = 0
    global saved_value[20]

    probe procfs("command").write {
	saved_value[iteration] = $value
	iteration++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }

    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < iteration; i++) {
	    printf("%s", saved_value[i])
	}
    }
} -m PROCFS_WRITE
spawn stap -v -DMAXSTRINGLEN=512 -e 
    global iteration = 0
    global saved_value[20]

    probe procfs("command").write {
	saved_value[iteration] = $value
	iteration++
    }

    probe begin {
        printf("systemtap starting probe\n")
    }

    probe end {
        printf("systemtap ending probe\n")
	for (i = 0; i < iteration; i++) {
	    printf("%s", saved_value[i])
	}
    }
 -m PROCFS_WRITE
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 430usr/0sys/462real ms.
Pass 2: analyzed script: 3 probe(s), 1 function(s), 1 embed(s), 2 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapfhqMIA/PROCFS_WRITE.c" using 28544virt/26112res/4992shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "PROCFS_WRITE.ko" in 4290usr/340sys/4842real ms.
Pass 5: starting run.
systemtap starting probe
PASS: PROCFS_WRITE startup
PASS: PROCFS_WRITE wrote   0:12345678901234567890123456789012345678901234567890123456789
  1:12345678901234567890123456789012345678901234567890123456789
  2:12345678901234567890123456789012345678901234567890123456789
  3:12345678901234567890123456789012345678901234567890123456789
  4:12345678901234567890123456789012345678901234567890123456789
  5:12345678901234567890123456789012345678901234567890123456789
  6:12345678901234567890123456789012345678901234567890123456789
  7:12345678901234567890123456789012345678901234567890123456789
  8:12345678901234567890123456789012345678901234567890123456789
  9:12345678901234567890123456789012345678901234567890123456789
 10:12345678901234567890123456789012345678901234567890123456789
 11:12345678901234567890123456789012345678901234567890123456789
 12:12345678901234567890123456789012345678901234567890123456789
 13:12345678901234567890123456789012345678901234567890123456789
 14:12345678901234567890123456789012345678901234567890123456789
 15:12345678901234567890123456789012345678901234567890123456789
 16:12345678901234567890123456789012345678901234567890123456789
 17:12345678901234567890123456789012345678901234567890123456789
 18:12345678901234567890123456789012345678901234567890123456789
 19:12345678901234567890123456789012345678901234567890123456789
 20:12345678901234567890123456789012345678901234567890123456789
 21:12345678901234567890123456789012345678901234567890123456789
 22:12345678901234567890123456789012345678901234567890123456789
 23:12345678901234567890123456789012345678901234567890123456789
 24:12345678901234567890123456789012345678901234567890123456789
 25:12345678901234567890123456789012345678901234567890123456789
 26:12345678901234567890123456789012345678901234567890123456789
 27:12345678901234567890123456789012345678901234567890123456789
 28:12345678901234567890123456789012345678901234567890123456789
 29:12345678901234567890123456789012345678901234567890123456789
 30:12345678901234567890123456789012345678901234567890123456789
 31:12345678901234567890123456789012345678901234567890123456789
 32:12345678901234567890123456789012345678901234567890123456789
 33:12345678901234567890123456789012345678901234567890123456789
 34:12345678901234567890123456789012345678901234567890123456789
 35:12345678901234567890123456789012345678901234567890123456789
 36:12345678901234567890123456789012345678901234567890123456789
 37:12345678901234567890123456789012345678901234567890123456789
 38:12345678901234567890123456789012345678901234567890123456789
 39:12345678901234567890123456789012345678901234567890123456789
 40:12345678901234567890123456789012345678901234567890123456789
 41:12345678901234567890123456789012345678901234567890123456789
 42:12345678901234567890123456789012345678901234567890123456789
 43:12345678901234567890123456789012345678901234567890123456789
 44:12345678901234567890123456789012345678901234567890123456789
 45:12345678901234567890123456789012345678901234567890123456789
 46:12345678901234567890123456789012345678901234567890123456789
 47:12345678901234567890123456789012345678901234567890123456789
 48:12345678901234567890123456789012345678901234567890123456789
 49:12345678901234567890123456789012345678901234567890123456789
 50:12345678901234567890123456789012345678901234567890123456789
 51:12345678901234567890123456789012345678901234567890123456789
 52:12345678901234567890123456789012345678901234567890123456789
 53:12345678901234567890123456789012345678901234567890123456789
 54:12345678901234567890123456789012345678901234567890123456789
 55:12345678901234567890123456789012345678901234567890123456789
 56:12345678901234567890123456789012345678901234567890123456789
 57:12345678901234567890123456789012345678901234567890123456789
 58:12345678901234567890123456789012345678901234567890123456789
 59:12345678901234567890123456789012345678901234567890123456789
 60:12345678901234567890123456789012345678901234567890123456789
 61:12345678901234567890123456789012345678901234567890123456789
 62:12345678901234567890123456789012345678901234567890123456789
 63:12345678901234567890123456789012345678901234567890123456789
 64:12345678901234567890123456789012345678901234567890123456789
 65:12345678901234567890123456789012345678901234567890123456789
 66:12345678901234567890123456789012345678901234567890123456789
PASS: PROCFS_WRITE load generation
systemtap ending probe
  0:12345678901234567890123456789012345678901234567890123456789
  1:12345678901234567890123456789012345678901234567890123456789
  2:12345678901234567890123456789012345678901234567890123456789
  3:12345678901234567890123456789012345678901234567890123456789
  4:12345678901234567890123456789012345678901234567890123456789
  5:12345678901234567890123456789012345678901234567890123456789
  6:12345678901234567890123456789012345678901234567890123456789
  7:12345678901234567890123456789012345678901234567890123456789
  8:12345678901234567890123456789012345678901234567890123456789
  9:12345678901234567890123456789012345678901234567890123456789
 10:12345678901234567890123456789012345678901234567890123456789
 11:12345678901234567890123456789012345678901234567890123456789
 12:12345678901234567890123456789012345678901234567890123456789
 13:12345678901234567890123456789012345678901234567890123456789
 14:12345678901234567890123456789012345678901234567890123456789
 15:12345678901234567890123456789012345678901234567890123456789
 16:12345678901234567890123456789012345678901234567890123456789
 17:12345678901234567890123456789012345678901234567890123456789
 18:12345678901234567890123456789012345678901234567890123456789
 19:12345678901234567890123456789012345678901234567890123456789
 20:12345678901234567890123456789012345678901234567890123456789
 21:12345678901234567890123456789012345678901234567890123456789
 22:12345678901234567890123456789012345678901234567890123456789
 23:12345678901234567890123456789012345678901234567890123456789
 24:12345678901234567890123456789012345678901234567890123456789
 25:12345678901234567890123456789012345678901234567890123456789
 26:12345678901234567890123456789012345678901234567890123456789
 27:12345678901234567890123456789012345678901234567890123456789
 28:12345678901234567890123456789012345678901234567890123456789
 29:12345678901234567890123456789012345678901234567890123456789
 30:12345678901234567890123456789012345678901234567890123456789
 31:12345678901234567890123456789012345678901234567890123456789
 32:12345678901234567890123456789012345678901234567890123456789
 33:12345678901234567890123456789012345678901234567890123456789
 34:12345678901234567890123456789012345678901234567890123456789
 35:12345678901234567890123456789012345678901234567890123456789
 36:12345678901234567890123456789012345678901234567890123456789
 37:12345678901234567890123456789012345678901234567890123456789
 38:12345678901234567890123456789012345678901234567890123456789
 39:12345678901234567890123456789012345678901234567890123456789
 40:12345678901234567890123456789012345678901234567890123456789
 41:12345678901234567890123456789012345678901234567890123456789
 42:12345678901234567890123456789012345678901234567890123456789
 43:12345678901234567890123456789012345678901234567890123456789
 44:12345678901234567890123456789012345678901234567890123456789
 45:12345678901234567890123456789012345678901234567890123456789
 46:12345678901234567890123456789012345678901234567890123456789
 47:12345678901234567890123456789012345678901234567890123456789
 48:12345678901234567890123456789012345678901234567890123456789
 49:12345678901234567890123456789012345678901234567890123456789
 50:12345678901234567890123456789012345678901234567890123456789
 51:12345678901234567890123456789012345678901234567890123456789
 52:12345678901234567890123456789012345678901234567890123456789
 53:12345678901234567890123456789012345678901234567890123456789
 54:12345678901234567890123456789012345678901234567890123456789
 55:12345678901234567890123456789012345678901234567890123456789
 56:12345678901234567890123456789012345678901234567890123456789
 57:12345678901234567890123456789012345678901234567890123456789
 58:12345678901234567890123456789012345678901234567890123456789
 59:12345678901234567890123456789012345678901234567890123456789
 60:12345678901234567890123456789012345678901234567890123456789
 61:12345678901234567890123456789012345678901234567890123456789
 62:12345678901234567890123456789012345678901234567890123456789
 63:12345678901234567890123456789012345678901234567890123456789
 64:12345678901234567890123456789012345678901234567890123456789
 65:12345678901234567890123456789012345678901234567890123456789
 66:12345678901234567890123456789012345678901234567890123456789
PASS: PROCFS_WRITE shutdown and output
Pass 5: run completed in 10usr/40sys/472real ms.
metric:	PROCFS_WRITE 	430	0	462	10	0	10	0	0	2	4290	340	4842	10	40	472
testcase /home/src/testsuite/systemtap.base/procfs_write.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.base/prologues.exp ...
spawn stap -P /home/src/testsuite/systemtap.base/prologues.stp
semantic error: failed to retrieve location attribute for local 'fd' (dieoffset: 0xee72b0): identifier '$fd' at /usr/local/share/systemtap/tapset/syscalls2.stp:646:33
        source: 	argstr = sprintf("%d, %p, %d", $fd, $buf, $count)
                	                               ^
semantic error: failed to retrieve location attribute for local 'fd' (dieoffset: 0xee6efd): identifier '$fd' at :3463:33
        source: 	argstr = sprintf("%d, %s, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $count)
                	                               ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
FAIL: prologues -P
spawn stap /home/src/testsuite/systemtap.base/prologues.stp
read (5, 0x00000fffd3d2b9e4, 8196)
read (5, 0x00000fffd3d2b9e4, 8196)
write (1, "<7>Jun 22 16:32:50 kernel: stap_63a6b00244e05"..., 175)
read (0, 0x0000000030d60010, 524287)
write (4, "Jun 22 16:32:50 p55alp2 kernel: stap_63a6b002"..., 180)
read (3, 0x00000fff98c80000, 1024)
read (3, 0x00000fff98c80000, 1024)
read (3, 0x00000fff98c80000, 1024)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
read (4, 0x00000fff98c80000, 65536)
PASS: prologues no-P
testcase /home/src/testsuite/systemtap.base/prologues.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/rand.exp ...
executing: stap /home/src/testsuite/systemtap.base/rand.stp
PASS: systemtap.base/rand.stp
testcase /home/src/testsuite/systemtap.base/rand.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/sdt.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror  -lm   -o sdt.c.exe.0    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -lm -o sdt.c.exe.0
PASS: compiling sdt.c "" uprobe
UNTESTED: sdt "" uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++  -lm   -o sdt.cxx.exe.0    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -lm -o sdt.cxx.exe.0
PASS: compiling sdt.c c++ "" uprobe
UNTESTED: sdt c++ "" uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -std=gnu89  -lm   -o sdt.c.exe.1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -std=gnu89 -lm -o sdt.c.exe.1
PASS: compiling sdt.c additional_flags=-std=gnu89 uprobe
UNTESTED: sdt additional_flags=-std=gnu89 uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -std=gnu89  -lm   -o sdt.cxx.exe.1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -std=gnu89 -lm -o sdt.cxx.exe.1
PASS: compiling sdt.c c++ additional_flags=-std=gnu89 uprobe
UNTESTED: sdt c++ additional_flags=-std=gnu89 uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -ansi  -lm   -o sdt.c.exe.2    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -ansi -lm -o sdt.c.exe.2
PASS: compiling sdt.c additional_flags=-ansi uprobe
UNTESTED: sdt additional_flags=-ansi uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -ansi  -lm   -o sdt.cxx.exe.2    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -ansi -lm -o sdt.cxx.exe.2
PASS: compiling sdt.c c++ additional_flags=-ansi uprobe
UNTESTED: sdt c++ additional_flags=-ansi uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -pedantic  -lm   -o sdt.c.exe.3    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -pedantic -lm -o sdt.c.exe.3
PASS: compiling sdt.c additional_flags=-pedantic uprobe
UNTESTED: sdt additional_flags=-pedantic uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -pedantic  -lm   -o sdt.cxx.exe.3    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -pedantic -lm -o sdt.cxx.exe.3
PASS: compiling sdt.c c++ additional_flags=-pedantic uprobe
UNTESTED: sdt c++ additional_flags=-pedantic uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -ansi -pedantic  -lm   -o sdt.c.exe.4    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -ansi -pedantic -lm -o sdt.c.exe.4
PASS: compiling sdt.c additional_flags=-ansi additional_flags=-pedantic uprobe
UNTESTED: sdt additional_flags=-ansi additional_flags=-pedantic uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -ansi -pedantic  -lm   -o sdt.cxx.exe.4    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -ansi -pedantic -lm -o sdt.cxx.exe.4
PASS: compiling sdt.c c++ additional_flags=-ansi additional_flags=-pedantic uprobe
UNTESTED: sdt c++ additional_flags=-ansi additional_flags=-pedantic uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -O2  -lm   -o sdt.c.exe.5    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -O2 -lm -o sdt.c.exe.5
PASS: compiling sdt.c additional_flags=-O2 uprobe
UNTESTED: sdt additional_flags=-O2 uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -O2  -lm   -o sdt.cxx.exe.5    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -O2 -lm -o sdt.cxx.exe.5
PASS: compiling sdt.c c++ additional_flags=-O2 uprobe
UNTESTED: sdt c++ additional_flags=-O2 uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror "-O3"  -lm   -o sdt.c.exe.6    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -O3 -lm -o sdt.c.exe.6
PASS: compiling sdt.c additional_flags="-O3" uprobe
UNTESTED: sdt additional_flags="-O3" uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ "-O3"  -lm   -o sdt.cxx.exe.6    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -O3 -lm -o sdt.cxx.exe.6
PASS: compiling sdt.c c++ additional_flags="-O3" uprobe
UNTESTED: sdt c++ additional_flags="-O3" uprobe uprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT  -lm   -o sdt.c.exe.0    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -lm -o sdt.c.exe.0
PASS: compiling sdt.c "" kprobe
UNTESTED: sdt "" kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT  -lm   -o sdt.cxx.exe.0    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -lm -o sdt.cxx.exe.0
PASS: compiling sdt.c c++ "" kprobe
UNTESTED: sdt c++ "" kprobe kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -std=gnu89  -lm   -o sdt.c.exe.1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -std=gnu89 -lm -o sdt.c.exe.1
PASS: compiling sdt.c additional_flags=-std=gnu89 kprobe
UNTESTED: sdt additional_flags=-std=gnu89 kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -std=gnu89  -lm   -o sdt.cxx.exe.1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -std=gnu89 -lm -o sdt.cxx.exe.1
PASS: compiling sdt.c c++ additional_flags=-std=gnu89 kprobe
UNTESTED: sdt c++ additional_flags=-std=gnu89 kprobe kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -ansi  -lm   -o sdt.c.exe.2    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -ansi -lm -o sdt.c.exe.2
PASS: compiling sdt.c additional_flags=-ansi kprobe
UNTESTED: sdt additional_flags=-ansi kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -ansi  -lm   -o sdt.cxx.exe.2    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -ansi -lm -o sdt.cxx.exe.2
PASS: compiling sdt.c c++ additional_flags=-ansi kprobe
UNTESTED: sdt c++ additional_flags=-ansi kprobe kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -pedantic  -lm   -o sdt.c.exe.3    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -pedantic -lm -o sdt.c.exe.3
PASS: compiling sdt.c additional_flags=-pedantic kprobe
UNTESTED: sdt additional_flags=-pedantic kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -pedantic  -lm   -o sdt.cxx.exe.3    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -pedantic -lm -o sdt.cxx.exe.3
PASS: compiling sdt.c c++ additional_flags=-pedantic kprobe
UNTESTED: sdt c++ additional_flags=-pedantic kprobe kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -ansi -pedantic  -lm   -o sdt.c.exe.4    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -ansi -pedantic -lm -o sdt.c.exe.4
PASS: compiling sdt.c additional_flags=-ansi additional_flags=-pedantic kprobe
UNTESTED: sdt additional_flags=-ansi additional_flags=-pedantic kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -ansi -pedantic  -lm   -o sdt.cxx.exe.4    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -ansi -pedantic -lm -o sdt.cxx.exe.4
PASS: compiling sdt.c c++ additional_flags=-ansi additional_flags=-pedantic kprobe
UNTESTED: sdt c++ additional_flags=-ansi additional_flags=-pedantic kprobe kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -O2  -lm   -o sdt.c.exe.5    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -O2 -lm -o sdt.c.exe.5
PASS: compiling sdt.c additional_flags=-O2 kprobe
UNTESTED: sdt additional_flags=-O2 kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -O2  -lm   -o sdt.cxx.exe.5    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -O2 -lm -o sdt.cxx.exe.5
PASS: compiling sdt.c c++ additional_flags=-O2 kprobe
UNTESTED: sdt c++ additional_flags=-O2 kprobe kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT "-O3"  -lm   -o sdt.c.exe.6    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Wextra -Werror -DEXPERIMENTAL_KPROBE_SDT -O3 -lm -o sdt.c.exe.6
PASS: compiling sdt.c additional_flags="-O3" kprobe
UNTESTED: sdt additional_flags="-O3" kprobe
Executing on host: gcc /home/src/testsuite/systemtap.base/sdt.c  -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT "-O3"  -lm   -o sdt.cxx.exe.6    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/sdt.c -g -I/home/src/testsuite/../includes -Wall -Werror -x c++ -DEXPERIMENTAL_KPROBE_SDT -O3 -lm -o sdt.cxx.exe.6
PASS: compiling sdt.c c++ additional_flags="-O3" kprobe
UNTESTED: sdt c++ additional_flags="-O3" kprobe kprobe
testcase /home/src/testsuite/systemtap.base/sdt.exp completed in 8 seconds
Running /home/src/testsuite/systemtap.base/sdt_misc.exp ...
PASS: sdt_misc dtrace 
Executing on host: gcc /home/src/testsuite/sdt_misc.c  -I/usr/local/include /home/src/testsuite/sdt_misc_.o -DSTAP_SDT_IMPLICIT_ENABLED -I. -g  -lm   -o /home/src/testsuite/sdt_misc_uprobe.x    (timeout = 300)
spawn gcc /home/src/testsuite/sdt_misc.c -I/usr/local/include /home/src/testsuite/sdt_misc_.o -DSTAP_SDT_IMPLICIT_ENABLED -I. -g -lm -o /home/src/testsuite/sdt_misc_uprobe.x
PASS: sdt_misc compiling uprobe
UNTESTED: sdt_misc
testcase /home/src/testsuite/systemtap.base/sdt_misc.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/set_kernel.exp ...
executing: stap -v -g /home/src/testsuite/systemtap.base/set_kernel.stp
spawn stap -v -g /home/src/testsuite/systemtap.base/set_kernel.stp
Pass 1: parsed user script and 70 library script(s) using 27584virt/25152res/4544shr kb, in 430usr/0sys/463real ms.
Pass 2: analyzed script: 3 probe(s), 15 function(s), 0 embed(s), 1 global(s) using 28672virt/25920res/4800shr kb, in 10usr/0sys/12real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/43/stap_43733bbf3808da9cad0de3c7f1ffd12c_7349.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/43/stap_43733bbf3808da9cad0de3c7f1ffd12c_7349.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/set_kernel.stp startup
PASS: systemtap.base/set_kernel.stp load generation
systemtap ending probe
systemtap test success
PASS: systemtap.base/set_kernel.stp shutdown and output
Pass 5: run completed in 10usr/20sys/432real ms.
metric:	systemtap.base/set_kernel.stp 	430	0	463	10	0	12	0	0	0	0	0	0	10	20	432
testcase /home/src/testsuite/systemtap.base/set_kernel.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/simple.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/simple.stp
spawn stap -v /home/src/testsuite/systemtap.base/simple.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25024res/4544shr kb, in 430usr/0sys/466real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25792res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/a7/stap_a7201e302b2795b0f92602b474808f28_616.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/a7/stap_a7201e302b2795b0f92602b474808f28_616.ko
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/simple.stp startup
systemtap ending probe
PASS: systemtap.base/simple.stp shutdown and output
Pass 5: run completed in 10usr/30sys/436real ms.
metric:	systemtap.base/simple.stp 	430	0	466	10	0	10	0	0	0	0	0	0	10	30	436
testcase /home/src/testsuite/systemtap.base/simple.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/skipped.exp ...
spawn stap -e 
global f
probe timer.profile { f++; snooze() }
function snooze() %{ udelay(10000); %}
 -DMAXTRYLOCK=0 -DSTP_NO_OVERLOAD -tug
ERROR: Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.
WARNING: Number of errors: 0, skipped probes: 101
WARNING: Skipped due to global 'f' lock timeout: 101
probe timer.profile (<input>:3:1), hits: 122, cycles: 48min/321974avg/1870323max
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: skip tracking (20 1 2 1)
testcase /home/src/testsuite/systemtap.base/skipped.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.base/statement.exp ...
PASS: bz6905 compile
spawn stap -p2 /home/src/testsuite/systemtap.base/bz6905.stp
# probes
never /* <- never */
UNTESTED: bz6905 -p2
PASS: bz10294 compile
spawn stap -p2 /home/src/testsuite/systemtap.base/bz10294.stp
# probes
never /* <- never */
UNTESTED: bz10294 -p2
spawn stap -p2 -we probe %( CONFIG_UTRACE == "y" %? process("./bz10294").statement("foo@bz10294.c:*") %: never %) {}
# probes
never /* <- never */
UNTESTED: stmtnofunc
testcase /home/src/testsuite/systemtap.base/statement.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/stmt_rel.exp ...
spawn stap -l kernel.statement("bio_init@fs/bio.c+2")
kernel.statement("bio_init@fs/bio.c:257")
spawn stap -l kernel.statement("bio_init@fs/bio.c+3")
kernel.statement("bio_init@fs/bio.c:258")
PASS: stmt_rel line numbers
spawn stap -l kernel.statement("bio_init@fs/bio.c:*")
kernel.statement("bio_init@fs/bio.c:257")
kernel.statement("bio_init@fs/bio.c:258")
kernel.statement("bio_init@fs/bio.c:260")
PASS: stmt_rel wildcard
testcase /home/src/testsuite/systemtap.base/stmt_rel.exp completed in 9 seconds
Running /home/src/testsuite/systemtap.base/stmtvars.exp ...
spawn stap -e probe kernel.function("do_sys_open") {$foo} -p4 -vv -u
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.
Session arch: powerpc release: 2.6.35-rc3
Created temporary directory "/tmp/stapJTSOaF"
Searched "/usr/local/share/systemtap/tapset/powerpc/*.stp", found 3
Searched "/usr/local/share/systemtap/tapset/*.stp", found 67
Pass 1: parsed user script and 70 library script(s) using 27456virt/25152res/4608shr kb, in 420usr/0sys/462real ms.
probe do_sys_open@fs/open.c:879 kernel reloc=.dynamic pc=0xc0000000001521f4
semantic error: unable to find local 'foo' near pc 0xc0000000001521f4 in do_sys_open(fs/open.c) (alternatives: dfd filename flags mode tmp fd): identifier '$foo' at <input>:1:39
        source: probe kernel.function("do_sys_open") {$foo}
                                                      ^
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 132608virt/106944res/65792shr kb, in 890usr/10sys/990real ms.
Pass 2: analysis failed.  Try again with another '--vp 01' option.
Running rm -rf /tmp/stapJTSOaF
pc=0xc0000000001521f4 vars=dfd filename flags mode tmp fd
PASS: stmtvars - .function
spawn stap -e probe kernel.statement(0xc0000000001521f4) {$foo} -p4 -vv -u
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.
Session arch: powerpc release: 2.6.35-rc3
Created temporary directory "/tmp/stapnmoljm"
Searched "/usr/local/share/systemtap/tapset/powerpc/*.stp", found 3
Searched "/usr/local/share/systemtap/tapset/*.stp", found 67
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4608shr kb, in 430usr/0sys/464real ms.
probe do_sys_open@fs/open.c:879 kernel reloc=.dynamic pc=0xc0000000001521f4
semantic error: unable to find local 'foo' near pc 0xc0000000001521f4 in do_sys_open(fs/open.c) (alternatives: dfd filename flags mode tmp fd): identifier '$foo' at <input>:1:45
        source: probe kernel.statement(0xc0000000001521f4) {$foo}
                                                            ^
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 120640virt/89664res/60544shr kb, in 130usr/10sys/159real ms.
Pass 2: analysis failed.  Try again with another '--vp 01' option.
Running rm -rf /tmp/stapnmoljm
pc2=0xc0000000001521f4 vars2=dfd filename flags mode tmp fd
PASS: stmtvars
testcase /home/src/testsuite/systemtap.base/stmtvars.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/strftime.exp ...

PASS: strftime (%S and %T)

PASS: strftime (except %S and %T)
testcase /home/src/testsuite/systemtap.base/strftime.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/system_func.exp ...
spawn stap /home/src/testsuite/systemtap.base/system_func.stp
root
do_sys_open
cat: __xyzzy123ABC__: No such file or directory
DONE
PASS: system_func
testcase /home/src/testsuite/systemtap.base/system_func.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/tapset_includes.exp ...
PASS: tapset include global
PASS: tapset include function
PASS: tapset include alias
testcase /home/src/testsuite/systemtap.base/tapset_includes.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.base/target_set.exp ...
spawn stap /home/src/testsuite/systemtap.base/target_set.stp 12345 -c ( ( /bin/sleep 12345 ) ; ( /bin/sleep 12345 ) ; ( /bin/sleep 12345 ) )
semantic error: invalid access '->tv_sec' vs. long int: operator '->' at /home/src/testsuite/systemtap.base/target_set.stp:9:36
        source: 	if (target_set_pid(pid()) && $rqtp->tv_sec == $1)
                	                                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
ERROR: tcl error sourcing /home/src/testsuite/systemtap.base/target_set.exp.
ERROR: expect: spawn id exp11 not open
    while executing
"expect {
			-re {^([0-9]+) begat ([0-9]+)\r\n} { set pid_array($expect_out(1,string)) $expect_out(2,string) }
			timeout { failtest; return -code retu..."
    (procedure "expect_target_set_pids" line 5)
    invoked from within
"expect_target_set_pids 1"
    (file "/home/src/testsuite/systemtap.base/target_set.exp" line 54)
    invoked from within
"source /home/src/testsuite/systemtap.base/target_set.exp"
    ("uplevel" body line 1)
    invoked from within
"uplevel #0 source /home/src/testsuite/systemtap.base/target_set.exp"
    invoked from within
"catch "uplevel #0 source $test_file_name""
testcase /home/src/testsuite/systemtap.base/target_set.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/timeofday.exp ...
executing: stap -v -e {
    global timeofday
    probe kernel.function("do_timer") {
        timeofday = gettimeofday_us()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%d\n", timeofday)
    }
}
spawn stap -v -e 
    global timeofday
    probe kernel.function("do_timer") {
        timeofday = gettimeofday_us()
    }
    probe begin {
        log("systemtap starting probe")
    }
    probe end {
        log("systemtap ending probe")
        printf("%d\n", timeofday)
    }

Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 430usr/0sys/463real ms.
Pass 2: analyzed script: 3 probe(s), 3 function(s), 1 embed(s), 1 global(s) using 132608virt/106816res/65664shr kb, in 890usr/10sys/986real ms.
Pass 3: using cached /home/src/testsuite/.systemtap-root/cache/57/stap_57e9ec6985c71270f55a935098226dcc_1362.c
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/57/stap_57e9ec6985c71270f55a935098226dcc_1362.ko
Pass 5: starting run.
systemtap starting probe
PASS: timeofday test startup
PASS: timeofday test load generation
systemtap ending probe
1277204609779655
PASS: timeofday test shutdown and output
Pass 5: run completed in 10usr/30sys/1671real ms.
metric:	timeofday test 	430	0	463	890	10	986	0	0	0	0	0	0	10	30	1671
testcase /home/src/testsuite/systemtap.base/timeofday.exp completed in 4 seconds
Running /home/src/testsuite/systemtap.base/timers.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/timers.stp
spawn stap -v /home/src/testsuite/systemtap.base/timers.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25216res/4544shr kb, in 420usr/0sys/468real ms.
Pass 2: analyzed script: 9 probe(s), 0 function(s), 0 embed(s), 7 global(s) using 28608virt/25984res/4800shr kb, in 10usr/0sys/11real ms.
Pass 3: translated to C into "/tmp/stapVNcyNH/stap_8c43faf31ae344db9edeaeef9d7bacd2_1941.c" using 117440virt/35520res/9152shr kb, in 1490usr/40sys/1697real ms.
Pass 4: compiled C into "stap_8c43faf31ae344db9edeaeef9d7bacd2_1941.ko" in 5360usr/340sys/5968real ms.
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/timers.stp startup
PASS: systemtap.base/timers.stp load generation
systemtap ending probe
p = 3471
j1 = 1025
j2 = 512
jmax = 0
ms1 = 10233
ms500 = 20
msmax = 0
systemtap test success
systemtap test success
systemtap test success
systemtap test success
PASS: systemtap.base/timers.stp shutdown and output
Pass 5: run completed in 10usr/30sys/10542real ms.
metric:	systemtap.base/timers.stp 	420	0	468	10	0	11	1490	40	1697	5360	340	5968	10	30	10542
testcase /home/src/testsuite/systemtap.base/timers.exp completed in 19 seconds
Running /home/src/testsuite/systemtap.base/tracepoints.exp ...
spawn stap -l kernel.trace("*")
Trying stap -w -p4 -e probe begin {}
PASS: tracepoints
executing: stap /home/src/testsuite/systemtap.base/tracepoints.stp
PASS: systemtap.base/tracepoints.stp
testcase /home/src/testsuite/systemtap.base/tracepoints.exp completed in 8 seconds
Running /home/src/testsuite/systemtap.base/tri.exp ...
executing: stap -v /home/src/testsuite/systemtap.base/tri.stp
spawn stap -v /home/src/testsuite/systemtap.base/tri.stp
Pass 1: parsed user script and 70 library script(s) using 27456virt/25088res/4544shr kb, in 420usr/0sys/469real ms.
Pass 2: analyzed script: 2 probe(s), 0 function(s), 0 embed(s), 6 global(s) using 28544virt/25856res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapTguoCB/stap_a4d79f296e7da672024c44dbcf8ff351_1068.c" using 28544virt/26240res/5120shr kb, in 0usr/0sys/2real ms.
Pass 4: compiled C into "stap_a4d79f296e7da672024c44dbcf8ff351_1068.ko" in 3770usr/340sys/4314real ms.
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.base/tri.stp startup
PASS: systemtap.base/tri.stp load generation
systemtap ending probe
systemtap test success
systemtap test success
systemtap test success
Pass 5: run completed in 10usr/20sys/419real ms.
FAIL: systemtap.base/tri.stp shutdown (eof)
testcase /home/src/testsuite/systemtap.base/tri.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.base/trycatch.exp ...
spawn stap /home/src/testsuite/buildok/fortyone.stp
ERROR: MAXACTION exceeded near keyword at /home/src/testsuite/buildok/fortyone.stp:34:3
OK 1
OK 2 bar
OK 3
OK 4
OK 5
OK 7
OK 7a
OK 8
OK 8a
WARNING: Number of errors: 1, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: trycatch
spawn stap -u /home/src/testsuite/buildok/fortyone.stp
ERROR: MAXACTION exceeded near keyword at /home/src/testsuite/buildok/fortyone.stp:34:3
OK 1
OK 2 bar
OK 3
OK 4
OK 5
OK 7
OK 7a
OK 8
OK 8a
WARNING: Number of errors: 1, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: trycatch -u
testcase /home/src/testsuite/systemtap.base/trycatch.exp completed in 11 seconds
Running /home/src/testsuite/systemtap.base/uprobes.exp ...
PASS: uprobes prep
PASS: uprobes compile
UNTESTED: uprobes -p4
UNTESTED: uprobes -p5
testcase /home/src/testsuite/systemtap.base/uprobes.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/utrace_p4.exp ...
UNTESTED: UTRACE_P4_01 : no kernel utrace support found
UNTESTED: UTRACE_P4_01_pid : no kernel utrace support found
UNTESTED: UTRACE_P4_02 : no kernel utrace support found
UNTESTED: UTRACE_P4_02_pid : no kernel utrace support found
UNTESTED: UTRACE_P4_03 : no kernel utrace support found
UNTESTED: UTRACE_P4_03_pid : no kernel utrace support found
UNTESTED: UTRACE_P4_04 : no kernel utrace support found
UNTESTED: UTRACE_P4_04_pid : no kernel utrace support found
UNTESTED: UTRACE_P4_05 : no kernel utrace support found
UNTESTED: UTRACE_P4_05_pid : no kernel utrace support found
UNTESTED: UTRACE_P4_06 : no kernel utrace support found
UNTESTED: UTRACE_P4_06_pid : no kernel utrace support found
UNTESTED: UTRACE_P4_07 : no kernel utrace support found
UNTESTED: UTRACE_P4_08 : no kernel utrace support found
UNTESTED: UTRACE_P4_09 : no kernel utrace support found
testcase /home/src/testsuite/systemtap.base/utrace_p4.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/utrace_p5.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/utrace_p5_multi.c   -lpthread -lm   -o /home/src/testsuite/utrace_p5_multi_2559    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/utrace_p5_multi.c -lpthread -lm -o /home/src/testsuite/utrace_p5_multi_2559
UNTESTED: UTRACE_P5_01 : no kernel utrace support found
UNTESTED: UTRACE_P5_02 : no kernel utrace support found
UNTESTED: UTRACE_P5_03 : no kernel utrace support found
UNTESTED: UTRACE_P5_04 : no kernel utrace support found
UNTESTED: UTRACE_P5_05 : no kernel utrace support found
UNTESTED: UTRACE_P5_06 : no kernel utrace support found
UNTESTED: UTRACE_P5_07 : no kernel utrace support found
UNTESTED: UTRACE_P5_08 : no kernel utrace support found
testcase /home/src/testsuite/systemtap.base/utrace_p5.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.base/utrace_syscall_args.exp ...
UNTESTED: 64_BIT_UTRACE_SYSCALL_ARGS
testcase /home/src/testsuite/systemtap.base/utrace_syscall_args.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/vars.exp ...
PASS: vars
PASS: vars parms/locals
testcase /home/src/testsuite/systemtap.base/vars.exp completed in 8 seconds
Running /home/src/testsuite/systemtap.base/vta-test.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.base/vta-test.c  -g -O2 -I/home/src/testsuite/../includes  -lm   -o vta-test.exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.base/vta-test.c -g -O2 -I/home/src/testsuite/../includes -lm -o vta-test.exe
PASS: vta-test.c compile
UNTESTED: vta-test
testcase /home/src/testsuite/systemtap.base/vta-test.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.base/warnings.exp ...
spawn stap -p4 /home/src/testsuite/systemtap.base/warnings.stp
WARNING: eliding unused function 'elide_me2': identifier 'elide_me2' at /home/src/testsuite/systemtap.base/warnings.stp:4:10
 source: function elide_me2 () {}
                  ^
WARNING: never-assigned local variable 'elide_me5' (alternatives: elide_me4 elide_me1): identifier 'elide_me5' at :7:31
 source: probe never { elide_me4 = 1; (elide_me5+5); print (foo()) }
                                       ^
WARNING: never-assigned local variable 'elide' (alternatives: me1 elide_me1): identifier 'elide' at :8:21
 source: probe never { print(elide+me1) bar () }
                             ^
WARNING: never-assigned local variable 'me1' (alternatives: elide elide_me1): identifier 'me1' at :8:27
 source: probe never { print(elide+me1) bar () }
                                   ^
WARNING: never-assigned local variable 'var' (alternatives: elide_me6 elide_me1): identifier 'var' at :14:54
 source: probe probea { printf("%d", funcb(2,3)); printf("%s",var) }
                                                              ^
WARNING: never-assigned local variable 'b' (alternatives: a elide_me7 elide_me1): identifier 'b' at :17:27
 source: function funca(a:long) {a=b; elide_me7=1; return a}
                                   ^
WARNING: eliding unused variable 'elide_me1': identifier 'elide_me1' at :3:8
 source: global elide_me1
                ^
WARNING: side-effect-free function 'foo': identifier 'foo' at :5:10
 source: function foo:long () { elide_me3 = 1 }
                  ^
WARNING: eliding unused variable 'elide_me4': identifier 'elide_me4' at :7:15
 source: probe never { elide_me4 = 1; (elide_me5+5); print (foo()) }
                       ^
WARNING: eliding unused variable 'elide_me5': identifier 'elide_me5' at :7:31
 source: probe never { elide_me4 = 1; (elide_me5+5); print (foo()) }
                                       ^
WARNING: eliding unused variable 'elide_me6': identifier 'elide_me6' at :13:42
 source:                { printf("%d", funca(2)); elide_me6="foo" }
                                                  ^
WARNING: eliding unused variable 'elide_me3': identifier 'elide_me3' at :5:24
 source: function foo:long () { elide_me3 = 1 }
                                ^
WARNING: eliding unused variable 'elide_me7': identifier 'elide_me7' at :17:30
 source: function funca(a:long) {a=b; elide_me7=1; return a}
                                      ^
/home/src/testsuite/.systemtap-root/cache/83/stap_8319a874f2e843608e4846f040764367_1074.ko
PASS: warnings
testcase /home/src/testsuite/systemtap.base/warnings.exp completed in 9 seconds
Running /home/src/testsuite/systemtap.base/x86_gs.exp ...
UNTESTED: x86_gs
testcase /home/src/testsuite/systemtap.base/x86_gs.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.context/context.exp ...
as_root cp staptestPkcFiS/systemtap_test_module2.ko /lib/modules/2.6.35-rc3/kernel
OUT 
RC 0
as_root cp staptestPkcFiS/systemtap_test_module1.ko /lib/modules/2.6.35-rc3/kernel
OUT 
RC 0
as_root /sbin/insmod staptestPkcFiS/systemtap_test_module2.ko
OUT 
RC 0
as_root /sbin/insmod staptestPkcFiS/systemtap_test_module1.ko
OUT 
RC 0
sourcing: /home/src/testsuite/systemtap.context/backtrace.tcl
spawn stap /home/src/testsuite/systemtap.context/backtrace.stp
ERROR: Build-id mismatch: "systemtap_test_module2" vs. "systemtap_test_module2.ko" byte 0 (0x3e vs 0x00) rc 0 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: backtrace of yyy_func*: unexpected EOF
FAIL: backtrace of yyy_func2 (0)
FAIL: print_stack of yyy_func2 (0)
FAIL: backtrace of yyy_func3 (0)
FAIL: print_stack of yyy_func3 (0)
FAIL: backtrace of yyy_func4 (0)
FAIL: print_stack of yyy_func4 (0)
sourcing: /home/src/testsuite/systemtap.context/args.tcl
spawn stap /home/src/testsuite/systemtap.context/args.stp
ERROR: Build-id mismatch: "systemtap_test_module2" vs. "systemtap_test_module2.ko" byte 0 (0x3e vs 0x00) rc 0 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: function arguments: unexpected timeout
sourcing: /home/src/testsuite/systemtap.context/pid.tcl
spawn stap /home/src/testsuite/systemtap.context/pid.stp
ERROR: Build-id mismatch: "systemtap_test_module2" vs. "systemtap_test_module2.ko" byte 0 (0x3e vs 0x00) rc 0 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: all pid tests - unexpected EOF
sourcing: /home/src/testsuite/systemtap.context/num_args.tcl
spawn stap /home/src/testsuite/systemtap.context/num_args.stp
ERROR: Build-id mismatch: "systemtap_test_module2" vs. "systemtap_test_module2.ko" byte 0 (0x3e vs 0x00) rc 0 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: function arguments -- numeric: unexpected timeout
spawn stap --kelf --ignore-dwarf /home/src/testsuite/systemtap.context/num_args.stp
ERROR: Build-id mismatch: "systemtap_test_module2" vs. "systemtap_test_module2.ko" byte 0 (0x3e vs 0x00) rc 0 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: function arguments -- numeric --kelf --ignore-dwarf: unexpected timeout
as_root /bin/rm -f /lib/modules/2.6.35-rc3/kernel/systemtap_test_module1.ko
OUT 
RC 0
as_root /sbin/rmmod systemtap_test_module1
OUT 
RC 0
as_root /bin/rm -f /lib/modules/2.6.35-rc3/kernel/systemtap_test_module2.ko
OUT 
RC 0
as_root /sbin/rmmod systemtap_test_module2
OUT 
RC 0
testcase /home/src/testsuite/systemtap.context/context.exp completed in 47 seconds
Running /home/src/testsuite/systemtap.context/fib.exp ...
UNTESTED: fib
testcase /home/src/testsuite/systemtap.context/fib.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.context/symbols.exp ...
spawn stap -g /home/src/testsuite/systemtap.context/symbols.stp
 0x0000000000000000
 0x0000000080000000
 0x00000000c0000000
 0x00000000e0000000
 0x00000000f0000000
 0x00000000ffffffff
 0xffffffff00000000
 0xffffffff80000000
 0xffffffff80120000
 0xffffffff88000000
 0xffffffffffffffff
PASS: symbols (11)
testcase /home/src/testsuite/systemtap.context/symbols.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.context/uprobe_stmt_num.exp ...
UNTESTED: uprobe_stmt_num
testcase /home/src/testsuite/systemtap.context/uprobe_stmt_num.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.context/uprobe_uaddr.exp ...
UNTESTED: uprobe_uaddr
testcase /home/src/testsuite/systemtap.context/uprobe_uaddr.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.context/usymbols.exp ...
UNTESTED: ./usymbols
testcase /home/src/testsuite/systemtap.context/usymbols.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.examples/check.exp ...
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 ansi_colors.stp' tag 'test_check' value 'stap -p4 ansi_colors.stp'
attempting command stap -p4 ansi_colors.stp
OUT /home/src/testsuite/.systemtap-root/cache/22/stap_22b3e7baac2baeffeb2c43672ce262bf_1400.ko
RC 0
PASS: systemtap.examples/general/ansi_colors build
meta taglines 'test_installcheck: stap ansi_colors.stp' tag 'test_installcheck' value 'stap ansi_colors.stp'
attempting command stap ansi_colors.stp
OUT fg,t \ bg |   40      41      42      43      44      45      46      47   
---------------------------------------------------------------------------
   30,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   30,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   31,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   31,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   32,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   32,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   33,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   33,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   34,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   34,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   35,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   35,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   36,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   36,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
   37,0   | Normal  Normal  Normal  Normal  Normal  Normal  Normal  Normal 
   37,1   | Bold    Bold    Bold    Bold    Bold    Bold    Bold    Bold   
RC 0
PASS: systemtap.examples/general/ansi_colors run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 ansi_colors2.stp' tag 'test_check' value 'stap -p4 ansi_colors2.stp'
attempting command stap -p4 ansi_colors2.stp
OUT /home/src/testsuite/.systemtap-root/cache/4b/stap_4bb611d98b2231228e02fd40b9608c9d_1396.ko
RC 0
PASS: systemtap.examples/general/ansi_colors2 build
meta taglines 'test_installcheck: stap ansi_colors2.stp' tag 'test_installcheck' value 'stap ansi_colors2.stp'
attempting command stap ansi_colors2.stp
OUT fg,t \ bg |   40      41      42      43      44      45      46      47   
---------------------------------------------------------------------------
   30,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   30,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   30,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   30,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   31,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   31,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   31,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   31,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   32,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   32,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   32,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   32,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   33,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   33,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   33,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   33,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   34,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   34,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   34,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   34,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   35,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   35,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   35,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   35,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   36,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   36,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   36,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   36,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   37,0   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   37,1   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   37,4   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
   37,7   | Colors  Colors  Colors  Colors  Colors  Colors  Colors  Colors 
RC 0
PASS: systemtap.examples/general/ansi_colors2 run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -g -p4 badname.stp' tag 'test_check' value 'stap -g -p4 badname.stp'
attempting command stap -g -p4 badname.stp
OUT semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf3fe58): identifier '$child' at badname.stp:16:7
        source:   if ($child->d_inode || $dir->i_flags & 16) next
                      ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf3fe58): identifier '$child' at :19:28
        source:   if (filter(kernel_string($child->d_name->name)))
                                           ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf3ff95): identifier '$child' at :16:7
        source:   if ($child->d_inode || $dir->i_flags & 16) next
                      ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf3ff95): identifier '$child' at :19:28
        source:   if (filter(kernel_string($child->d_name->name)))
                                           ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf400ac): identifier '$child' at :16:7
        source:   if ($child->d_inode || $dir->i_flags & 16) next
                      ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf400ac): identifier '$child' at :19:28
        source:   if (filter(kernel_string($child->d_name->name)))
                                           ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf401e7): identifier '$child' at :16:7
        source:   if ($child->d_inode || $dir->i_flags & 16) next
                      ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf401e7): identifier '$child' at :19:28
        source:   if (filter(kernel_string($child->d_name->name)))
                                           ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf4030d): identifier '$child' at :16:7
        source:   if ($child->d_inode || $dir->i_flags & 16) next
                      ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf4030d): identifier '$child' at :19:28
        source:   if (filter(kernel_string($child->d_name->name)))
                                           ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf40851): identifier '$child' at :16:7
        source:   if ($child->d_inode || $dir->i_flags & 16) next
                      ^
semantic error: failed to retrieve location attribute for local 'child' (dieoffset: 0xf40851): identifier '$child' at :19:28
        source:   if (filter(kernel_string($child->d_name->name)))
                                           ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
child process exited abnormally
RC 1
FAIL: systemtap.examples/general/badname build
meta taglines 'test_installcheck: stap -g badname.stp -c "touch /tmp/myXXXfile" 2>&1 | grep denied' tag 'test_installcheck' value 'stap -g badname.stp -c "touch /tmp/myXXXfile" 2>&1 | grep denied'
attempting command stap -g badname.stp -c "touch /tmp/myXXXfile" 2>&1 | grep denied
OUT child process exited abnormally
RC 1
FAIL: systemtap.examples/general/badname run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 graphs.stp' tag 'test_check' value 'stap -p4 graphs.stp'
attempting command stap -p4 graphs.stp
OUT /home/src/testsuite/.systemtap-root/cache/c4/stap_c4738992b487a6c7edaa7d6de9ec31c2_4636.ko
RC 0
PASS: systemtap.examples/general/graphs build
meta taglines 'test_installcheck: stap graphs.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap graphs.stp -c "sleep 0.2"'
attempting command stap graphs.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/general/graphs run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 helloworld.stp' tag 'test_check' value 'stap -p4 helloworld.stp'
attempting command stap -p4 helloworld.stp
OUT /home/src/testsuite/.systemtap-root/cache/a5/stap_a56b751c29689e8e559da9267ffd12e6_690.ko
RC 0
PASS: systemtap.examples/general/helloworld build
meta taglines 'test_installcheck: stap helloworld.stp' tag 'test_installcheck' value 'stap helloworld.stp'
attempting command stap helloworld.stp
OUT hello world
RC 0
PASS: systemtap.examples/general/helloworld run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 para-callgraph.stp 'kernel.function("*@fs/proc*.c")' 'kernel.function("vfs_read")'' tag 'test_check' value 'stap -p4 para-callgraph.stp 'kernel.function("*@fs/proc*.c")' 'kernel.function("vfs_read")''
attempting command stap -p4 para-callgraph.stp 'kernel.function("*@fs/proc*.c")' 'kernel.function("vfs_read")'
OUT /home/src/testsuite/.systemtap-root/cache/75/stap_7532318b6c080b85b66a0aea84250fe3_124696.ko
RC 0
PASS: systemtap.examples/general/para-callgraph build
meta taglines 'test_installcheck: stap para-callgraph.stp 'kernel.function("*@fs/proc*.c")' 'kernel.function("vfs_read")' -c "cat /proc/sys/vm/*"' tag 'test_installcheck' value 'stap para-callgraph.stp 'kernel.function("*@fs/proc*.c")' 'kernel.function("vfs_read")' -c "cat /proc/sys/vm/*"'
attempting command stap para-callgraph.stp 'kernel.function("*@fs/proc*.c")' 'kernel.function("vfs_read")' -c "cat /proc/sys/vm/*"
OUT 0
0
10
0
3000
20
500
0
0
0
0
0
256	32
65530
11397
5
1
4096
0
0
0
0
default
0
0
0
50
3
0
0
0
1
60
100
1
     0 cat(16149):->proc_sys_read filp=0xc000000109d54380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    20 cat(16149): ->proc_sys_call_handler filp=0xc000000109d54380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    34 cat(16149):  ->grab_header inode=0xc00000010d335460
    46 cat(16149):  <-grab_header return=0xc000000000948768
    73 cat(16149): <-proc_sys_call_handler return=0x2
    81 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d54380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d54380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d335460
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    66 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d56d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d56d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34ed80
    42 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x2
    64 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d56d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    19 cat(16149): ->proc_sys_call_handler filp=0xc000000109d56d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d34ed80
    46 cat(16149):  <-grab_header return=0xc000000000948768
    58 cat(16149): <-proc_sys_call_handler return=0x0
    66 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d55780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d55780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34c2a0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x3
    63 cat(16149):<-proc_sys_read return=0x3
     0 cat(16149):->proc_sys_read filp=0xc000000109d55780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d55780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    31 cat(16149):  ->grab_header inode=0xc00000010d34c2a0
    44 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d58a80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d58a80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    29 cat(16149):  ->grab_header inode=0xc00000010d34bc80
    41 cat(16149):  <-grab_header return=0xc000000000948768
    53 cat(16149): <-proc_sys_call_handler return=0x2
    61 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d58a80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d58a80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34bc80
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5d480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5d480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34e760
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x5
    62 cat(16149):<-proc_sys_read return=0x5
     0 cat(16149):->proc_sys_read filp=0xc000000109d5d480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5d480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34e760
    45 cat(16149):  <-grab_header return=0xc000000000948768
    58 cat(16149): <-proc_sys_call_handler return=0x0
    66 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d54480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d54480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34f090
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x3
    62 cat(16149):<-proc_sys_read return=0x3
     0 cat(16149):->proc_sys_read filp=0xc000000109d54480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d54480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34f090
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5a680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5a680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34db20
    42 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x4
    64 cat(16149):<-proc_sys_read return=0x4
     0 cat(16149):->proc_sys_read filp=0xc000000109d5a680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5a680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34db20
    44 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d55c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d55c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d332360
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d55c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d55c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d332360
    45 cat(16149):  <-grab_header return=0xc000000000948768
    57 cat(16149): <-proc_sys_call_handler return=0x0
    65 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5dd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5dd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d331100
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d5dd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5dd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d331100
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d58b80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d58b80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    31 cat(16149):  ->grab_header inode=0xc00000010d334b30
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d58b80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d58b80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d334b30
    44 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x0
    63 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5e680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5e680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d332fa0
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d5e680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5e680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d332fa0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d53980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d53980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    31 cat(16149):  ->grab_header inode=0xc00000010d778560
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d53980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d53980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d778560
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d50580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d50580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d33c2a0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    57 cat(16149): <-proc_sys_call_handler return=0x7
    65 cat(16149):<-proc_sys_read return=0x7
     0 cat(16149):->proc_sys_read filp=0xc000000109d50580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d50580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d33c2a0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    57 cat(16149): <-proc_sys_call_handler return=0x0
    65 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d56380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d56380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d333be0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x6
    62 cat(16149):<-proc_sys_read return=0x6
     0 cat(16149):->proc_sys_read filp=0xc000000109d56380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d56380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d333be0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    57 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d59980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d59980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    31 cat(16149):  ->grab_header inode=0xc00000010d337300
    42 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x6
    63 cat(16149):<-proc_sys_read return=0x6
     0 cat(16149):->proc_sys_read filp=0xc000000109d59980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d59980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d337300
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5b980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5b980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d778870
    42 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x2
    63 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d5b980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5b980 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d778870
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5a380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5a380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d7707d0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d5a380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5a380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d7707d0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d52880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d52880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d490ae0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x5
    63 cat(16149):<-proc_sys_read return=0x5
     0 cat(16149):->proc_sys_read filp=0xc000000109d52880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc000000109d52880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d490ae0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d54780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d54780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34fcd0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d54780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d54780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34fcd0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5fb80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5fb80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d337610
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d5fb80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5fb80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d337610
    44 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d55d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d55d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d332670
    43 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x2
    63 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d55d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d55d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d332670
    44 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d53480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc000000109d53480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34f9c0
    41 cat(16149):  <-grab_header return=0xc000000000948768
    53 cat(16149): <-proc_sys_call_handler return=0x2
    61 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d53480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d53480 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34f9c0
    44 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x0
    63 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d5a280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5a280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d490df0
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x8
    62 cat(16149):<-proc_sys_read return=0x8
     0 cat(16149):->proc_sys_read filp=0xc000000109d5a280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d5a280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d490df0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc000000109d58d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d58d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34d500
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc000000109d58d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc000000109d58d80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34d500
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c24d580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24d580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34de30
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c24d580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24d580 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34de30
    44 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    63 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c24cd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24cd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    31 cat(16149):  ->grab_header inode=0xc00000010d498e90
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c24cd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24cd80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d498e90
    44 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x0
    63 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c245c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c245c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34ea70
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x3
    62 cat(16149):<-proc_sys_read return=0x3
     0 cat(16149):->proc_sys_read filp=0xc00000010c245c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc00000010c245c80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d34ea70
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c24d780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24d780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d345150
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c24d780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24d780 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d345150
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c24ab80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24ab80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34b970
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c24ab80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24ab80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d34b970
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c24c280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24c280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d331410
    41 cat(16149):  <-grab_header return=0xc000000000948768
    53 cat(16149): <-proc_sys_call_handler return=0x2
    61 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c24c280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24c280 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d331410
    47 cat(16149):  <-grab_header return=0xc000000000948768
    58 cat(16149): <-proc_sys_call_handler return=0x0
    66 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c244680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc00000010c244680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d49e760
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c244680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc00000010c244680 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    33 cat(16149):  ->grab_header inode=0xc00000010d49e760
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c241880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c241880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d49d500
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x2
    62 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c241880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc00000010c241880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d49d500
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c24cf80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24cf80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d34e450
    42 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x3
    62 cat(16149):<-proc_sys_read return=0x3
     0 cat(16149):->proc_sys_read filp=0xc00000010c24cf80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    28 cat(16149): ->proc_sys_call_handler filp=0xc00000010c24cf80 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    42 cat(16149):  ->grab_header inode=0xc00000010d34e450
    54 cat(16149):  <-grab_header return=0xc000000000948768
    65 cat(16149): <-proc_sys_call_handler return=0x0
    73 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c246880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    16 cat(16149): ->proc_sys_call_handler filp=0xc00000010c246880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    30 cat(16149):  ->grab_header inode=0xc00000010d771410
    41 cat(16149):  <-grab_header return=0xc000000000948768
    54 cat(16149): <-proc_sys_call_handler return=0x4
    62 cat(16149):<-proc_sys_read return=0x4
     0 cat(16149):->proc_sys_read filp=0xc00000010c246880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    18 cat(16149): ->proc_sys_call_handler filp=0xc00000010c246880 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d771410
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
     0 cat(16149):->proc_sys_read filp=0xc00000010c243380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c243380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d7701b0
    43 cat(16149):  <-grab_header return=0xc000000000948768
    55 cat(16149): <-proc_sys_call_handler return=0x2
    63 cat(16149):<-proc_sys_read return=0x2
     0 cat(16149):->proc_sys_read filp=0xc00000010c243380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8
    17 cat(16149): ->proc_sys_call_handler filp=0xc00000010c243380 buf=0x10030000 count=0x10000 ppos=0xc0000001082a7df8 write=0x0
    32 cat(16149):  ->grab_header inode=0xc00000010d7701b0
    45 cat(16149):  <-grab_header return=0xc000000000948768
    56 cat(16149): <-proc_sys_call_handler return=0x0
    64 cat(16149):<-proc_sys_read return=0x0
RC 0
PASS: systemtap.examples/general/para-callgraph run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sizeof.stp task_struct 'kernel:<include/linux/sched.h>'' tag 'test_check' value 'stap -p4 sizeof.stp task_struct 'kernel:<include/linux/sched.h>''
attempting command stap -p4 sizeof.stp task_struct 'kernel:<include/linux/sched.h>'
OUT /home/src/testsuite/.systemtap-root/cache/77/stap_77a7fcc75bed71ee1cc4d4ffde31ab1f_1220.ko
RC 0
PASS: systemtap.examples/general/sizeof build
meta taglines 'test_installcheck: stap sizeof.stp FILE '</usr/include/stdio.h>'' tag 'test_installcheck' value 'stap sizeof.stp FILE '</usr/include/stdio.h>''
attempting command stap sizeof.stp FILE '</usr/include/stdio.h>'
OUT type FILE in </usr/include/stdio.h> byte-size: 216
RC 0
PASS: systemtap.examples/general/sizeof run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -wp4 varwatch.stp 'kernel.statement("do_sys_open@fs/open.c:*")' '$$vars'' tag 'test_check' value 'stap -wp4 varwatch.stp 'kernel.statement("do_sys_open@fs/open.c:*")' '$$vars''
attempting command stap -wp4 varwatch.stp 'kernel.statement("do_sys_open@fs/open.c:*")' '$$vars'
OUT /home/src/testsuite/.systemtap-root/cache/6d/stap_6d6dc1b785d3946a21516a6f35127243_11914.ko
RC 0
PASS: systemtap.examples/general/varwatch build
meta taglines 'test_installcheck: stap -w varwatch.stp 'kernel.statement("do_sys_open@fs/open.c:*")' '$$vars' -c "sleep 0.2"' tag 'test_installcheck' value 'stap -w varwatch.stp 'kernel.statement("do_sys_open@fs/open.c:*")' '$$vars' -c "sleep 0.2"'
attempting command stap -w varwatch.stp 'kernel.statement("do_sys_open@fs/open.c:*")' '$$vars' -c "sleep 0.2"
OUT kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from  to dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a6400 flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0x40000023ca8 flags=0x10000 mode=0x1 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x40000023ca8 flags=0x10000 mode=0x1 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x1 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x1 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd3957f8 filename=? flags=0x9f0b780 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xd3957f8 filename=? flags=0x9f0b780 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0x40000074b18 flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x40000074b18 flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd398678 filename=? flags=0x94dd780 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xd398678 filename=? flags=0x94dd780 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0xfffd03a63d0 flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a63d0 flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3b128 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0x4000007bb9e flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x4000007bb9e flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3b128 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd3940b8 filename=? flags=0x891f980 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xd3940b8 filename=? flags=0x891f980 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0xfffd03a6280 flags=0x10000 mode=0x3c288 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a6280 flags=0x10000 mode=0x3c288 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3c288 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x3c288 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0x40000075299 flags=0x10000 mode=0x3c288 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x40000075299 flags=0x10000 mode=0x3c288 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x3c288 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd39df98 filename=? flags=0x8161180 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xd39df98 filename=? flags=0x8161180 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0x400000229d8 flags=0x10000 mode=0x0 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x400000229d8 flags=0x10000 mode=0x0 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x0 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x0 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xbfbf4d8 filename=? flags=0x8169580 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xbfbf4d8 filename=? flags=0x8169580 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0x40000224118 flags=0x10000 mode=0x1 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x40000224118 flags=0x10000 mode=0x1 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x1 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x1 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x1 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x1 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0xfffd03a6cc0 flags=0x10000 mode=0x1b6 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0xfffd03a6cc0 flags=0x10000 mode=0x1b6 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1b6 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1b6 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1b6 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1b6 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1b6 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x1b6 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x1b6 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x1b6 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd203dd8 filename=? flags=0x8164080 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xd203dd8 filename=? flags=0x8164080 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0x100200e0 flags=0x10000 mode=0x0 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x100200e0 flags=0x10000 mode=0x0 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:888") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x0 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x0 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x0 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0xfffffffffffffffe mode=0x0 tmp=0xc00000010952bc80 fd=0xfffffffffffffffe to dfd=0xffffffffffffff9c filename=0x10021110 flags=0x10000 mode=0x58000482 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x10021110 flags=0x10000 mode=0x58000482 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x58000482 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x58000482 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x58000482 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x58000482 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x58000482 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x58000482 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x58000482 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x58000482 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd592518 filename=? flags=0x8161780 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:883") $$vars changed in thread 16809 from dfd=0xd592518 filename=? flags=0x8161780 mode=0x20 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=0x40000223b70 flags=0x10000 mode=0x0 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:881") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=0x40000223b70 flags=0x10000 mode=0x0 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=? fd=?
kernel.statement("do_sys_open@fs/open.c:884") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=? fd=? to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x952bc80
kernel.statement("do_sys_open@fs/open.c:886") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x952bc80 to dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:891") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=0x10000 mode=0x0 tmp=0xc00000010952bc80 fd=0x3 to dfd=0xffffffffffffff9c filename=? flags=? mode=0x0 tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:892") $$vars changed in thread 16809 from dfd=0xffffffffffffff9c filename=? flags=? mode=0x0 tmp=0xc00000010952bc80 fd=0x3 to dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3
kernel.statement("do_sys_open@fs/open.c:895") $$vars changed in thread 16809 from dfd=? filename=? flags=? mode=? tmp=0xc00000010952bc80 fd=0x3 to dfd=0xd61dcb8 filename=? flags=0x8161480 mode=0x20 tmp=0xc00000010952bc80 fd=0x3
RC 0
PASS: systemtap.examples/general/varwatch run
meta taglines 'test_support: stap -l 'kernel.trace("irq_handler_entry")'' tag 'test_support' value 'stap -l 'kernel.trace("irq_handler_entry")''
attempting command stap -l 'kernel.trace("irq_handler_entry")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/interrupt/interrupts-by-dev build
meta taglines 'test_installcheck: stap interrupts-by-dev.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap interrupts-by-dev.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/interrupt/interrupts-by-dev run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 scf.stp' tag 'test_check' value 'stap -p4 scf.stp'
attempting command stap -p4 scf.stp
OUT /home/src/testsuite/.systemtap-root/cache/95/stap_958cc62f286e7dd304f45c69ff5ff5a0_2521.ko
RC 0
PASS: systemtap.examples/interrupt/scf build
meta taglines 'test_installcheck: stap scf.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap scf.stp -c "sleep 0.2"'
attempting command stap scf.stp -c "sleep 0.2"
OUT Starting probe, type control-c to stop.
RC 0
PASS: systemtap.examples/interrupt/scf run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 disktop.stp' tag 'test_check' value 'stap -p4 disktop.stp'
attempting command stap -p4 disktop.stp
OUT /home/src/testsuite/.systemtap-root/cache/9a/stap_9a2b035da921332b96d9ad89e306f320_25209.ko
RC 0
PASS: systemtap.examples/io/disktop build
meta taglines 'test_installcheck: stap disktop.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap disktop.stp -c "sleep 0.2"'
attempting command stap disktop.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/io/disktop run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 io_submit.stp' tag 'test_check' value 'stap -p4 io_submit.stp'
attempting command stap -p4 io_submit.stp
OUT /home/src/testsuite/.systemtap-root/cache/dd/stap_ddb9bdb62820e12dfcfe57cd4a241d90_7656.ko
RC 0
PASS: systemtap.examples/io/io_submit build
meta taglines 'test_installcheck: stap io_submit.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap io_submit.stp -c "sleep 0.2"'
attempting command stap io_submit.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/io/io_submit run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 ioblktime.stp' tag 'test_check' value 'stap -p4 ioblktime.stp'
attempting command stap -p4 ioblktime.stp
OUT /home/src/testsuite/.systemtap-root/cache/7e/stap_7e6e0bfa36c001c02d7e16b84d07330a_9968.ko
RC 0
PASS: systemtap.examples/io/ioblktime build
meta taglines 'test_installcheck: stap ioblktime.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap ioblktime.stp -c "sleep 0.2"'
attempting command stap ioblktime.stp -c "sleep 0.2"
OUT     device  rw total (us)      count   avg (us)
RC 0
PASS: systemtap.examples/io/ioblktime run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 iodevstats.stp' tag 'test_check' value 'stap -p4 iodevstats.stp'
attempting command stap -p4 iodevstats.stp
OUT /home/src/testsuite/.systemtap-root/cache/92/stap_92163c36398de7bd3702d2b674790667_20839.ko
RC 0
PASS: systemtap.examples/io/iodevstats build
meta taglines 'test_installcheck: stap iodevstats.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap iodevstats.stp -c "sleep 0.2"'
attempting command stap iodevstats.stp -c "sleep 0.2"
OUT starting probe

                                       read     read             write    write
            name   device     read   KB tot    B avg    write   KB tot    B avg
           sleep   8,    5        6        5      890        0        0        0
          stapio   8,    5        4        0      180        0        0        0
       syslog-ng   8,    5        0        0        0        1        0      183
           klogd   0,    5        0        0        0        1        0      178
          stapio   0,    6        3        0        9        0        0        0
          stapio   0,    7        0        0        0        1        0       15
           sleep   0,   13        1        0        8        0        0        0
RC 0
PASS: systemtap.examples/io/iodevstats run
meta taglines 'test_support: stap -l 'module("st").function("st_do_scsi")!,kernel.function("st_do_scsi")'' tag 'test_support' value 'stap -l 'module("st").function("st_do_scsi")!,kernel.function("st_do_scsi")''
attempting command stap -l 'module("st").function("st_do_scsi")!,kernel.function("st_do_scsi")'
OUT module("st").function("st_do_scsi@drivers/scsi/st.c:524")!
RC 0
PASS: systemtap.examples/io/iostat-scsi support
meta taglines 'test_check: stap -g -p4 iostat-scsi.stp 1' tag 'test_check' value 'stap -g -p4 iostat-scsi.stp 1'
attempting command stap -g -p4 iostat-scsi.stp 1
OUT /home/src/testsuite/.systemtap-root/cache/ca/stap_ca51e2f8d3ca9d3a57028888299348d9_7697.ko
RC 0
PASS: systemtap.examples/io/iostat-scsi build
meta taglines 'test_installcheck: stap -g iostat-scsi.stp 1 -c "sleep 0.2"' tag 'test_installcheck' value 'stap -g iostat-scsi.stp 1 -c "sleep 0.2"'
attempting command stap -g iostat-scsi.stp 1 -c "sleep 0.2"
OUT ERROR: Build-id mismatch: "sd_mod" vs. "sd_mod.ko" byte 0 (0xc3 vs 0x00) rc 0 -14
Pass 5: run failed.  Try again with another '--vp 00001' option.
child process exited abnormally
RC 1
FAIL: systemtap.examples/io/iostat-scsi run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 iostats.stp' tag 'test_check' value 'stap -p4 iostats.stp'
attempting command stap -p4 iostats.stp
OUT /home/src/testsuite/.systemtap-root/cache/46/stap_464a19f35c08575ba961060a3d6c1a45_14902.ko
RC 0
PASS: systemtap.examples/io/iostats build
meta taglines 'test_installcheck: stap iostats.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap iostats.stp -c "sleep 0.2"'
attempting command stap iostats.stp -c "sleep 0.2"
OUT starting probe

                                       read     read             write    write
            name     open     read   KB tot    B avg    write   KB tot    B avg
           sleep       16        6        4      836        0        0        0
       syslog-ng        0        0        0        0        1        0      183
           klogd        0        0        0        0        1        0      178
          stapio        0        3        0        9        1        0       15
RC 0
PASS: systemtap.examples/io/iostats run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 iotime.stp' tag 'test_check' value 'stap -p4 iotime.stp'
attempting command stap -p4 iotime.stp
OUT /home/src/testsuite/.systemtap-root/cache/3b/stap_3b908dc3a58875d07b82c7b6fffb898b_18867.ko
RC 0
PASS: systemtap.examples/io/iotime build
meta taglines 'test_installcheck: stap iotime.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap iotime.stp -c "sleep 0.2"'
attempting command stap iotime.stp -c "sleep 0.2"
OUT 423 19021 (sleep) access /etc/ld.so.cache read: 0 write: 0
527 19021 (sleep) access /lib64/librt.so.1 read: 832 write: 0
535 19021 (sleep) iotime /lib64/librt.so.1 time: 7
670 19021 (sleep) access /lib64/libc.so.6 read: 832 write: 0
678 19021 (sleep) iotime /lib64/libc.so.6 time: 5
826 19021 (sleep) access /lib64/libpthread.so.0 read: 832 write: 0
834 19021 (sleep) iotime /lib64/libpthread.so.0 time: 7
903 19021 (sleep) access /dev/urandom read: 8 write: 0
910 19021 (sleep) iotime /dev/urandom time: 10
1502 19021 (sleep) access /usr/share/locale/locale.alias read: 8192 write: 0
1512 19021 (sleep) iotime /usr/share/locale/locale.alias time: 24
1614 19021 (sleep) access /usr/lib/locale/en_US.utf8/LC_CTYPE read: 0 write: 0
1666 19021 (sleep) access /usr/lib64/gconv/gconv-modules.cache read: 0 write: 0
RC 0
PASS: systemtap.examples/io/iotime run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 iotop.stp' tag 'test_check' value 'stap -p4 iotop.stp'
attempting command stap -p4 iotop.stp
OUT /home/src/testsuite/.systemtap-root/cache/92/stap_929c29946f862cf762a0089d791ae70c_12334.ko
RC 0
PASS: systemtap.examples/io/iotop build
meta taglines 'test_installcheck: stap iotop.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap iotop.stp -c "sleep 0.2"'
attempting command stap iotop.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/io/iotop run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 mbrwatch.stp' tag 'test_check' value 'stap -p4 mbrwatch.stp'
attempting command stap -p4 mbrwatch.stp
OUT /home/src/testsuite/.systemtap-root/cache/3c/stap_3cf79f43b4c503817a370434590103e5_11687.ko
RC 0
PASS: systemtap.examples/io/mbrwatch build
meta taglines 'test_installcheck: stap mbrwatch.stp -c "dd of=/dev/null count=1 if=/dev/`grep -v major /proc/partitions | grep . | awk '{print $4}' | head -1`"' tag 'test_installcheck' value 'stap mbrwatch.stp -c "dd of=/dev/null count=1 if=/dev/`grep -v major /proc/partitions | grep . | awk '{print $4}' | head -1`"'
attempting command stap mbrwatch.stp -c "dd of=/dev/null count=1 if=/dev/`grep -v major /proc/partitions | grep . | awk '{print $4}' | head -1`"
OUT 1+0 records in
1+0 records out
512 bytes (512 B) copied, 5.4755e-05 s, 9.4 MB/s
RC 0
PASS: systemtap.examples/io/mbrwatch run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 nfs_func_users.stp' tag 'test_check' value 'stap -p4 nfs_func_users.stp'
attempting command stap -p4 nfs_func_users.stp
OUT /home/src/testsuite/.systemtap-root/cache/fe/stap_fe6ffc410dc4f50fd0acf189ca3d1362_56312.ko
RC 0
PASS: systemtap.examples/io/nfs_func_users build
meta taglines 'test_installcheck: stap nfs_func_users.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap nfs_func_users.stp -c "sleep 0.2"'
attempting command stap nfs_func_users.stp -c "sleep 0.2"
OUT Collecting top NFSD procs...

name(pid) nfs ops
RC 0
PASS: systemtap.examples/io/nfs_func_users run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 traceio.stp' tag 'test_check' value 'stap -p4 traceio.stp'
attempting command stap -p4 traceio.stp
OUT /home/src/testsuite/.systemtap-root/cache/dc/stap_dcd3064320686ff548866fdef285ba8a_20449.ko
RC 0
PASS: systemtap.examples/io/traceio build
meta taglines 'test_installcheck: stap traceio.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap traceio.stp -c "sleep 0.2"'
attempting command stap traceio.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/io/traceio run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 traceio2.stp 0x0801' tag 'test_check' value 'stap -p4 traceio2.stp 0x0801'
attempting command stap -p4 traceio2.stp 0x0801
OUT /home/src/testsuite/.systemtap-root/cache/ac/stap_ac7c36bdbfd50883fe6e01cb6200825c_13099.ko
RC 0
PASS: systemtap.examples/io/traceio2 build
meta taglines 'test_installcheck: stap traceio2.stp 0x0801 -c "sleep 0.2"' tag 'test_installcheck' value 'stap traceio2.stp 0x0801 -c "sleep 0.2"'
attempting command stap traceio2.stp 0x0801 -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/io/traceio2 run
meta taglines 'test_support: stap -l 'kernel.function("tty_audit_add_data")'' tag 'test_support' value 'stap -l 'kernel.function("tty_audit_add_data")''
attempting command stap -l 'kernel.function("tty_audit_add_data")'
OUT kernel.function("tty_audit_add_data@drivers/char/tty_audit.c:268")
RC 0
PASS: systemtap.examples/io/ttyspy support
meta taglines 'test_check: stap -gp4 ttyspy.stp' tag 'test_check' value 'stap -gp4 ttyspy.stp'
attempting command stap -gp4 ttyspy.stp
OUT /home/src/testsuite/.systemtap-root/cache/e6/stap_e62844f740b4dc6c14294595f55187d0_7883.ko
RC 0
PASS: systemtap.examples/io/ttyspy build
meta taglines 'test_installcheck: stap --skip-badvars -g ttyspy.stp -c "sleep 1"' tag 'test_installcheck' value 'stap --skip-badvars -g ttyspy.stp -c "sleep 1"'
attempting command stap --skip-badvars -g ttyspy.stp -c "sleep 1"
OUT 
RC 0
PASS: systemtap.examples/io/ttyspy run
meta taglines 'test_support: stap -l 'kernel.function("lock_kernel").return'' tag 'test_support' value 'stap -l 'kernel.function("lock_kernel").return''
attempting command stap -l 'kernel.function("lock_kernel").return'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/locks/bkl build
meta taglines 'test_installcheck: stap bkl.stp -c "sleep 0.2" 1' tag 'test_installcheck' value 'stap bkl.stp -c "sleep 0.2" 1'
UNTESTED: systemtap.examples/locks/bkl run
meta taglines 'test_support: stap -l 'kernel.function("lock_kernel").return'' tag 'test_support' value 'stap -l 'kernel.function("lock_kernel").return''
attempting command stap -l 'kernel.function("lock_kernel").return'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/locks/bkl_stats build
meta taglines 'test_installcheck: stap bkl_stats.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap bkl_stats.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/locks/bkl_stats run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: ./kmalloc-top -o "-p4" -c "sleep 0"' tag 'test_check' value './kmalloc-top -o "-p4" -c "sleep 0"'
attempting command ./kmalloc-top -o "-p4" -c "sleep 0"
OUT Press Ctrl-C to stop.
Will print stacks with counts >= 1.

Num stacks before filtering: 0
Num stacks after filtering: 0
Total kmallocs (before filtering): 0
Total kmallocs (after filtering): 0
The filter stacks have 0 of the total kmallocs
RC 0
PASS: systemtap.examples/memory/kmalloc-top build
meta taglines 'test_installcheck: ./kmalloc-top -c "sleep 0.2"' tag 'test_installcheck' value './kmalloc-top -c "sleep 0.2"'
attempting command ./kmalloc-top -c "sleep 0.2"
OUT Press Ctrl-C to stop.
Will print stacks with counts >= 1.

This path seen 1 times:
 0xc00000000014394c : .__kmalloc+0x0/0x294 [kernel]
 0x00000000000001c0
 0xc0000000001a775c : .load_elf_binary+0x7c/0x16c0 [kernel]
 0xc00000000015ab1c : .search_binary_handler+0x11c/0x37c [kernel]
 0xc00000000015c430 : .do_execve+0x1c0/0x2ec [kernel]
 0xc0000000000126c4 : .sys_execve+0x70/0xac [kernel]
 0xc0000000000085b4 : syscall_exit+0x0/0x40 [kernel]
 0x00000400001affd8
 0x00000400001b0814

This path seen 1 times:
 0xc00000000014394c : .__kmalloc+0x0/0x294 [kernel]
 0x0000000000000011
 0xc0000000001a7850 : .load_elf_binary+0x170/0x16c0 [kernel]
 0xc00000000015ab1c : .search_binary_handler+0x11c/0x37c [kernel]
 0xc00000000015c430 : .do_execve+0x1c0/0x2ec [kernel]
 0xc0000000000126c4 : .sys_execve+0x70/0xac [kernel]
 0xc0000000000085b4 : syscall_exit+0x0/0x40 [kernel]
 0x00000400001affd8
 0x00000400001b0814

This path seen 1 times:
 0xc00000000014394c : .__kmalloc+0x0/0x294 [kernel]
 0x0000000000000150
 0xc0000000001a8014 : .load_elf_binary+0x934/0x16c0 [kernel]
 0xc00000000015ab1c : .search_binary_handler+0x11c/0x37c [kernel]
 0xc00000000015c430 : .do_execve+0x1c0/0x2ec [kernel]
 0xc0000000000126c4 : .sys_execve+0x70/0xac [kernel]
 0xc0000000000085b4 : syscall_exit+0x0/0x40 [kernel]
 0x00000400001affd8
 0x00000400001b0814

Num stacks before filtering: 3
Num stacks after filtering: 3
Total kmallocs (before filtering): 3
Total kmallocs (after filtering): 3
The filter stacks have 100 of the total kmallocs
RC 0
PASS: systemtap.examples/memory/kmalloc-top run
meta taglines 'test_support: stap -l 'kernel.trace("mm_page_allocation"),kernel.trace("mm_page_free"),kernel.trace("mm_anon_fault"),kernel.trace("mm_anon_pgin"),kernel.trace("mm_anon_cow"),kernel.trace("mm_anon_unmap"),kernel.trace("mm_anon_userfree")'' tag 'test_support' value 'stap -l 'kernel.trace("mm_page_allocation"),kernel.trace("mm_page_free"),kernel.trace("mm_anon_fault"),kernel.trace("mm_anon_pgin"),kernel.trace("mm_anon_cow"),kernel.trace("mm_anon_unmap"),kernel.trace("mm_anon_userfree")''
attempting command stap -l 'kernel.trace("mm_page_allocation"),kernel.trace("mm_page_free"),kernel.trace("mm_anon_fault"),kernel.trace("mm_anon_pgin"),kernel.trace("mm_anon_cow"),kernel.trace("mm_anon_unmap"),kernel.trace("mm_anon_userfree")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/memory/mmanonpage build
meta taglines 'test_installcheck: stap mmanonpage.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap mmanonpage.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/memory/mmanonpage run
meta taglines 'test_support: stap -l 'kernel.trace("mm_page_allocation"),kernel.trace("mm_page_free"),kernel.trace("mm_filemap_fault"),kernel.trace("mm_filemap_cow"),kernel.trace("mm_filemap_unmap"),kernel.trace("mm_filemap_userunmap")'' tag 'test_support' value 'stap -l 'kernel.trace("mm_page_allocation"),kernel.trace("mm_page_free"),kernel.trace("mm_filemap_fault"),kernel.trace("mm_filemap_cow"),kernel.trace("mm_filemap_unmap"),kernel.trace("mm_filemap_userunmap")''
attempting command stap -l 'kernel.trace("mm_page_allocation"),kernel.trace("mm_page_free"),kernel.trace("mm_filemap_fault"),kernel.trace("mm_filemap_cow"),kernel.trace("mm_filemap_unmap"),kernel.trace("mm_filemap_userunmap")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/memory/mmfilepage build
meta taglines 'test_installcheck: stap mmfilepage.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap mmfilepage.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/memory/mmfilepage run
meta taglines 'test_support: stap -l 'kernel.trace("mm_directreclaim_reclaimall"),kernel.trace("mm_pagereclaim_shrinkinactive"),kernel.trace("mm_pagereclaim_free"),kernel.trace("mm_pagereclaim_pgout"),kernel.trace("mm_pagereclaim_shrinkactive_a2a"),kernel.trace("mm_pagereclaim_shrinkinactive_i2a"),kernel.trace("mm_pagereclaim_shrinkactive_a2i"),kernel.trace("mm_pagereclaim_shrinkinactive_i2i")'' tag 'test_support' value 'stap -l 'kernel.trace("mm_directreclaim_reclaimall"),kernel.trace("mm_pagereclaim_shrinkinactive"),kernel.trace("mm_pagereclaim_free"),kernel.trace("mm_pagereclaim_pgout"),kernel.trace("mm_pagereclaim_shrinkactive_a2a"),kernel.trace("mm_pagereclaim_shrinkinactive_i2a"),kernel.trace("mm_pagereclaim_shrinkactive_a2i"),kernel.trace("mm_pagereclaim_shrinkinactive_i2i")''
attempting command stap -l 'kernel.trace("mm_directreclaim_reclaimall"),kernel.trace("mm_pagereclaim_shrinkinactive"),kernel.trace("mm_pagereclaim_free"),kernel.trace("mm_pagereclaim_pgout"),kernel.trace("mm_pagereclaim_shrinkactive_a2a"),kernel.trace("mm_pagereclaim_shrinkinactive_i2a"),kernel.trace("mm_pagereclaim_shrinkactive_a2i"),kernel.trace("mm_pagereclaim_shrinkinactive_i2i")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/memory/mmreclaim build
meta taglines 'test_installcheck: stap mmreclaim.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap mmreclaim.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/memory/mmreclaim run
meta taglines 'test_support: stap -l 'kernel.trace("mm_pdflush_bgwriteout"),kernel.trace("mm_pdflush_kupdate"),kernel.trace("mm_pagereclaim_pgout")'' tag 'test_support' value 'stap -l 'kernel.trace("mm_pdflush_bgwriteout"),kernel.trace("mm_pdflush_kupdate"),kernel.trace("mm_pagereclaim_pgout")''
attempting command stap -l 'kernel.trace("mm_pdflush_bgwriteout"),kernel.trace("mm_pdflush_kupdate"),kernel.trace("mm_pagereclaim_pgout")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/memory/mmwriteback build
meta taglines 'test_installcheck: stap mmwriteback.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap mmwriteback.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/memory/mmwriteback run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 numa_faults.stp' tag 'test_check' value 'stap -p4 numa_faults.stp'
attempting command stap -p4 numa_faults.stp
OUT /home/src/testsuite/.systemtap-root/cache/07/stap_07a6154e2b3ed10a2bc8481c1c28491e_3710.ko
RC 0
PASS: systemtap.examples/memory/numa_faults build
meta taglines 'test_installcheck: stap numa_faults.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap numa_faults.stp -c "sleep 0.2"'
attempting command stap numa_faults.stp -c "sleep 0.2"
OUT Starting pagefault counters 
Printing counters: 

Execname         PID     RD Faults  WR Faults Node:Faults         
======================= ========== ========== =============
sleep             21293         38         11 0:49 
expect             2559          0          1 0:1 

Done
RC 0
PASS: systemtap.examples/memory/numa_faults run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 overcommit.stp' tag 'test_check' value 'stap -p4 overcommit.stp'
attempting command stap -p4 overcommit.stp
OUT /home/src/testsuite/.systemtap-root/cache/ef/stap_ef72c3083a1d966aff89965ae14c218d_3072.ko
RC 0
PASS: systemtap.examples/memory/overcommit build
meta taglines 'test_installcheck: stap overcommit.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap overcommit.stp -c "sleep 0.2"'
attempting command stap overcommit.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/memory/overcommit run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 pfaults.stp' tag 'test_check' value 'stap -p4 pfaults.stp'
attempting command stap -p4 pfaults.stp
OUT /home/src/testsuite/.systemtap-root/cache/78/stap_7892871ade134926892d94fa46df51f3_4992.ko
RC 0
PASS: systemtap.examples/memory/pfaults build
meta taglines 'test_installcheck: stap pfaults.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap pfaults.stp -c "sleep 0.2"'
attempting command stap pfaults.stp -c "sleep 0.2"
OUT -172:21751:0x0000040000040418:r:minor:12
-10:21751:0x00000fffffffffed:w:minor:22
361:21751:0x0000040000040020:r:minor:6
1439:21751:0x0000000010020008:w:minor:14
1509:21751:0x0000040000060000:w:minor:14
1756:21751:0x0000040000050050:r:minor:7
RC 0
PASS: systemtap.examples/memory/pfaults run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 vm.tracepoints.stp' tag 'test_check' value 'stap -p4 vm.tracepoints.stp'
attempting command stap -p4 vm.tracepoints.stp
OUT /home/src/testsuite/.systemtap-root/cache/28/stap_28bea7fcf1a76d4620fa96fa5818bfb9_7304.ko
RC 0
PASS: systemtap.examples/memory/vm.tracepoints build
meta taglines 'test_installcheck: stap vm.tracepoints.stp -c "sleep 10"' tag 'test_installcheck' value 'stap vm.tracepoints.stp -c "sleep 10"'
attempting command stap vm.tracepoints.stp -c "sleep 10"
OUT 
Process:kjournald
Slab_size:128	Count:2
Slab_size:256	Count:18

Process:syslog-ng
Slab_size:4096	Count:4

Process:kjournald
Slab_size:112	Count:15
Slab_size:104	Count:29

Process:syslog-ng
Slab_size:24	Count:2

Process:kjournald
Slab_size:328	Count:2
Slab_size:512	Count:1

Process:swapper
Slab_size:128	Count:3
Slab_size:256	Count:4

Process:stapio
Slab_size:160	Count:1

Process:klogd
Slab_size:4096	Count:1

Process:swapper
Slab_size:2048	Count:1
Slab_size:1024	Count:1

Process:flush-8:0
Slab_size:256	Count:107
Slab_size:128	Count:4
Slab_size:24	Count:3
Slab_size:328	Count:7

Process:init
Slab_size:4096	Count:4

Process:stapio
Slab_size:176	Count:1

Process:sleep
Slab_size:32768	Count:2
Slab_size:176	Count:21

Process:stapio
Slab_size:32768	Count:1
Slab_size:1152	Count:1

Process:sleep
Slab_size:48	Count:15

Process:stapio
Slab_size:48	Count:2

Process:sleep
Slab_size:4096	Count:21

Process:stapio
Slab_size:128	Count:2

Process:sleep
Slab_size:256	Count:13

Process:stapio
Slab_size:256	Count:25
Slab_size:544	Count:1
Slab_size:64	Count:8
Slab_size:4096	Count:8

Process:irqbalance
Slab_size:48	Count:63
Slab_size:64	Count:64
Slab_size:784	Count:4
Slab_size:65536	Count:2
Slab_size:176	Count:63
Slab_size:256	Count:65
Slab_size:128	Count:63
Slab_size:216	Count:28
Slab_size:4096	Count:89

-------------------------------------------------------

RC 0
PASS: systemtap.examples/memory/vm.tracepoints run
meta taglines 'test_support: stap -l 'module("autofs4").function("autofs4_lookup"),module("autofs4").function("autofs4_follow_link"),module("autofs4").function("autofs4_expire_indirect").return,module("autofs4").function("autofs4_wait").return'' tag 'test_support' value 'stap -l 'module("autofs4").function("autofs4_lookup"),module("autofs4").function("autofs4_follow_link"),module("autofs4").function("autofs4_expire_indirect").return,module("autofs4").function("autofs4_wait").return''
attempting command stap -l 'module("autofs4").function("autofs4_lookup"),module("autofs4").function("autofs4_follow_link"),module("autofs4").function("autofs4_expire_indirect").return,module("autofs4").function("autofs4_wait").return'
OUT module("autofs4").function("autofs4_expire_indirect@fs/autofs4/expire.c:302").return
module("autofs4").function("autofs4_follow_link@fs/autofs4/root.c:213")
module("autofs4").function("autofs4_follow_link@fs/autofs4/symlink.c:16")
module("autofs4").function("autofs4_lookup@fs/autofs4/root.c:520")
module("autofs4").function("autofs4_wait@fs/autofs4/waitq.c:315").return
RC 0
PASS: systemtap.examples/network/autofs4 support
meta taglines 'test_check: stap -p4 autofs4.stp' tag 'test_check' value 'stap -p4 autofs4.stp'
attempting command stap -p4 autofs4.stp
OUT /home/src/testsuite/.systemtap-root/cache/83/stap_832b59ca0785617152c82ba048e31f90_20507.ko
RC 0
PASS: systemtap.examples/network/autofs4 build
meta taglines 'test_installcheck: stap autofs4.stp -c "sleep 1"' tag 'test_installcheck' value 'stap autofs4.stp -c "sleep 1"'
attempting command stap autofs4.stp -c "sleep 1"
OUT 
RC 0
PASS: systemtap.examples/network/autofs4 run
meta taglines 'test_support: stap -l 'kernel.trace("kfree_skb")'' tag 'test_support' value 'stap -l 'kernel.trace("kfree_skb")''
attempting command stap -l 'kernel.trace("kfree_skb")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/network/dropwatch build
meta taglines 'test_installcheck: stap dropwatch.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap dropwatch.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/network/dropwatch run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 netdev.stp' tag 'test_check' value 'stap -p4 netdev.stp'
attempting command stap -p4 netdev.stp
OUT semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db48ea): identifier '$dev' at /usr/local/share/systemtap/tapset/networking.stp:159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db48e5): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4a91): identifier '$dev' at :159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4a8c): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4b99): identifier '$dev' at :159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4b94): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
child process exited abnormally
RC 1
FAIL: systemtap.examples/network/netdev build
meta taglines 'test_installcheck: stap netdev.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap netdev.stp -c "sleep 0.2"'
attempting command stap netdev.stp -c "sleep 0.2"
OUT semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db48ea): identifier '$dev' at /usr/local/share/systemtap/tapset/networking.stp:159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db48e5): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4a91): identifier '$dev' at :159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4a8c): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4b99): identifier '$dev' at :159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4b94): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
child process exited abnormally
RC 1
FAIL: systemtap.examples/network/netdev run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 nettop.stp' tag 'test_check' value 'stap -p4 nettop.stp'
attempting command stap -p4 nettop.stp
OUT /home/src/testsuite/.systemtap-root/cache/33/stap_334df22a06cc76013e045c339e3db283_5100.ko
RC 0
PASS: systemtap.examples/network/nettop build
meta taglines 'test_installcheck: stap nettop.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap nettop.stp -c "sleep 0.2"'
attempting command stap nettop.stp -c "sleep 0.2"
OUT   PID   UID DEV     XMIT_PK RECV_PK XMIT_KB RECV_KB COMMAND        

RC 0
PASS: systemtap.examples/network/nettop run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sk_stream_wait_memory.stp' tag 'test_check' value 'stap -p4 sk_stream_wait_memory.stp'
attempting command stap -p4 sk_stream_wait_memory.stp
OUT /home/src/testsuite/.systemtap-root/cache/2f/stap_2f266f33f9c5d28834130e180c047fea_2116.ko
RC 0
PASS: systemtap.examples/network/sk_stream_wait_memory build
meta taglines 'test_installcheck: stap sk_stream_wait_memory.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap sk_stream_wait_memory.stp -c "sleep 0.2"'
attempting command stap sk_stream_wait_memory.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/network/sk_stream_wait_memory run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 socket-trace.stp' tag 'test_check' value 'stap -p4 socket-trace.stp'
attempting command stap -p4 socket-trace.stp
OUT /home/src/testsuite/.systemtap-root/cache/1e/stap_1e9a3f033c6a39c6f03d54b0ea93f9bf_32768.ko
RC 0
PASS: systemtap.examples/network/socket-trace build
meta taglines 'test_installcheck: stap socket-trace.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap socket-trace.stp -c "sleep 0.2"'
attempting command stap socket-trace.stp -c "sleep 0.2"
OUT      0 syslog-ng(1460): <- sock_poll
    44 syslog-ng(1460): -> SyS_socketcall
     0 syslog-ng(1460): -> SyS_recvfrom
     9 syslog-ng(1460):  -> sockfd_lookup_light
    18 syslog-ng(1460):  <- sockfd_lookup_light
    27 syslog-ng(1460):  -> sock_recvmsg
    42 syslog-ng(1460):  <- sock_recvmsg
    51 syslog-ng(1460):  -> move_addr_to_user
    60 syslog-ng(1460):  <- move_addr_to_user
    68 syslog-ng(1460): <- SyS_recvfrom
     0 syslog-ng(1460): <- SyS_socketcall
   163 syslog-ng(1460): -> SyS_socketcall
     0 syslog-ng(1460): -> SyS_recvfrom
     9 syslog-ng(1460):  -> sockfd_lookup_light
    18 syslog-ng(1460):  <- sockfd_lookup_light
    27 syslog-ng(1460):  -> sock_recvmsg
    37 syslog-ng(1460):  <- sock_recvmsg
    45 syslog-ng(1460): <- SyS_recvfrom
     0 syslog-ng(1460): <- SyS_socketcall
    25 syslog-ng(1460): -> sock_poll
     0 syslog-ng(1460): <- sock_poll
    81 syslog-ng(1460): -> sock_poll
     0 syslog-ng(1460): <- sock_poll
     0 swapper(0): -> wq_free_rcu
    12 swapper(0): <- wq_free_rcu
     0 swapper(0): -> wq_free_rcu
     9 swapper(0): <- wq_free_rcu
RC 0
PASS: systemtap.examples/network/socket-trace run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 tcp_connections.stp' tag 'test_check' value 'stap -p4 tcp_connections.stp'
attempting command stap -p4 tcp_connections.stp
OUT /home/src/testsuite/.systemtap-root/cache/9c/stap_9c18a4d0d58a5943cda71e94944b03f6_3867.ko
RC 0
PASS: systemtap.examples/network/tcp_connections build
meta taglines 'test_installcheck: stap tcp_connections.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap tcp_connections.stp -c "sleep 0.2"'
attempting command stap tcp_connections.stp -c "sleep 0.2"
OUT    UID              CMD    PID   PORT        IP_SOURCE
RC 0
PASS: systemtap.examples/network/tcp_connections run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 tcp_trace.stp' tag 'test_check' value 'stap -p4 tcp_trace.stp'
attempting command stap -p4 tcp_trace.stp
OUT /home/src/testsuite/.systemtap-root/cache/57/stap_5711771c6be628d80ff5f0b7ad2d77e0_32282.ko
RC 0
PASS: systemtap.examples/network/tcp_trace build
meta taglines 'test_installcheck: stap tcp_trace.stp 127.0.0.1:*-127.0.0.1:* timeout=1' tag 'test_installcheck' value 'stap tcp_trace.stp 127.0.0.1:*-127.0.0.1:* timeout=1'
attempting command stap tcp_trace.stp 127.0.0.1:*-127.0.0.1:* timeout=1
OUT Start TCP Probing.....

Source Address        Dest Address          State       Timer       Tx-Q    Rx-Q    PMTU SndCwnd  SndWnd  RcvWnd    SSRT   Ssthreshold  Rexmit  Length
RC 0
PASS: systemtap.examples/network/tcp_trace run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 tcpdumplike.stp' tag 'test_check' value 'stap -p4 tcpdumplike.stp'
attempting command stap -p4 tcpdumplike.stp
OUT /home/src/testsuite/.systemtap-root/cache/c0/stap_c0950d3c20dd8f45195542a3d0b8a6df_10345.ko
RC 0
PASS: systemtap.examples/network/tcpdumplike build
meta taglines 'test_installcheck: stap tcpdumplike.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap tcpdumplike.stp -c "sleep 0.2"'
attempting command stap tcpdumplike.stp -c "sleep 0.2"
OUT -----------------------------------------------------------------
       Source IP         Dest IP  SPort  DPort  U  A  P  R  S  F 
-----------------------------------------------------------------
RC 0
PASS: systemtap.examples/network/tcpdumplike run
meta taglines 'test_support: stap -l 'tcpmib.InSegs'' tag 'test_support' value 'stap -l 'tcpmib.InSegs''
attempting command stap -l 'tcpmib.InSegs'
OUT semantic error: unresolved arity-2 function: identifier 'tcpmib_filter_key' at /usr/local/share/systemtap/tapset/tcpmib.stp:210:9
        source: 		key = tcpmib_filter_key($return,op)
                		      ^
semantic error: unresolved arity-3 function: identifier 'ipmib_filter_key' at :215:9
        source: 		key = ipmib_filter_key($skb,op,0);
                		      ^
tcpmib.InSegs
child process exited abnormally
RC 1
UNTESTED: systemtap.examples/network/tcpipstat build
meta taglines 'test_installcheck: stap tcpipstat.stp timeout=1' tag 'test_installcheck' value 'stap tcpipstat.stp timeout=1'
UNTESTED: systemtap.examples/network/tcpipstat run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 chng_cpu.stp bash' tag 'test_check' value 'stap -p4 chng_cpu.stp bash'
attempting command stap -p4 chng_cpu.stp bash
OUT /home/src/testsuite/.systemtap-root/cache/a2/stap_a22cc34d5f531eec799603312d5dbc63_3132.ko
RC 0
PASS: systemtap.examples/process/chng_cpu build
meta taglines 'test_installcheck: stap chng_cpu.stp -c "sleep 0.2" bash' tag 'test_installcheck' value 'stap chng_cpu.stp -c "sleep 0.2" bash'
attempting command stap chng_cpu.stp -c "sleep 0.2" bash
OUT 
RC 0
PASS: systemtap.examples/process/chng_cpu run
meta taglines 'test_support: stap -l 'kernel.trace("sched_switch")' && stap -l 'kernel.trace("irq_handler_entry")!, kernel.trace("irq_entry")' && stap -l 'kernel.trace("irq_handler_exit")!, kernel.trace("irq_exit")'' tag 'test_support' value 'stap -l 'kernel.trace("sched_switch")' && stap -l 'kernel.trace("irq_handler_entry")!, kernel.trace("irq_entry")' && stap -l 'kernel.trace("irq_handler_exit")!, kernel.trace("irq_exit")''
attempting command stap -l 'kernel.trace("sched_switch")' && stap -l 'kernel.trace("irq_handler_entry")!, kernel.trace("irq_entry")' && stap -l 'kernel.trace("irq_handler_exit")!, kernel.trace("irq_exit")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/process/cycle_thief build
meta taglines 'test_installcheck: stap cycle_thief.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap cycle_thief.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/process/cycle_thief run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 dumpstack.stp' tag 'test_check' value 'stap -p4 dumpstack.stp'
attempting command stap -p4 dumpstack.stp
OUT /home/src/testsuite/.systemtap-root/cache/97/stap_9760a73860b48a15434f95e264d76677_3179.ko
RC 0
PASS: systemtap.examples/process/dumpstack build
meta taglines 'test_installcheck: stap dumpstack.stp -x $$' tag 'test_installcheck' value 'stap dumpstack.stp -x $$'
attempting command stap dumpstack.stp -x $$
OUT 
RC 0
PASS: systemtap.examples/process/dumpstack run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 errsnoop.stp' tag 'test_check' value 'stap -p4 errsnoop.stp'
attempting command stap -p4 errsnoop.stp
OUT semantic error: invalid access '[0]' vs. long int: operator '[' at /usr/local/share/systemtap/tapset/syscalls2.stp:312:29
        source: 			pipe0 = user_int(&$fildes[0]);
                			                         ^
semantic error: invalid access '[1]' vs. long int: operator '[' at :313:29
        source: 			pipe1 = user_int(&$fildes[1]);
                			                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
child process exited abnormally
RC 1
FAIL: systemtap.examples/process/errsnoop build
meta taglines 'test_installcheck: stap errsnoop.stp 1 10 -c "sleep 1"' tag 'test_installcheck' value 'stap errsnoop.stp 1 10 -c "sleep 1"'
attempting command stap errsnoop.stp 1 10 -c "sleep 1"
OUT semantic error: invalid access '[0]' vs. long int: operator '[' at /usr/local/share/systemtap/tapset/syscalls2.stp:312:29
        source: 			pipe0 = user_int(&$fildes[0]);
                			                         ^
semantic error: invalid access '[1]' vs. long int: operator '[' at :313:29
        source: 			pipe1 = user_int(&$fildes[1]);
                			                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
child process exited abnormally
RC 1
FAIL: systemtap.examples/process/errsnoop run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 forktracker.stp' tag 'test_check' value 'stap -p4 forktracker.stp'
attempting command stap -p4 forktracker.stp
OUT /home/src/testsuite/.systemtap-root/cache/bc/stap_bc0282b4ce655b6635b7b1aa98a503b4_7598.ko
RC 0
PASS: systemtap.examples/process/forktracker build
meta taglines 'test_installcheck: stap forktracker.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap forktracker.stp -c "sleep 0.2"'
attempting command stap forktracker.stp -c "sleep 0.2"
OUT Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /usr/local/bin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /sbin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /usr/sbin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /usr/local/sbin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /root/bin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /usr/local/bin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /usr/bin/sleep
Tue Jun 22 11:16:25 2010 : stapio (24690) is exec'ing /bin/sleep
RC 0
PASS: systemtap.examples/process/forktracker run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 futexes.stp' tag 'test_check' value 'stap -p4 futexes.stp'
attempting command stap -p4 futexes.stp
OUT /home/src/testsuite/.systemtap-root/cache/34/stap_34faa96102b2d0292c0f02f43cdaa254_14998.ko
RC 0
PASS: systemtap.examples/process/futexes build
meta taglines 'test_installcheck: stap futexes.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap futexes.stp -c "sleep 0.2"'
attempting command stap futexes.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/process/futexes run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 migrate.stp bash' tag 'test_check' value 'stap -p4 migrate.stp bash'
attempting command stap -p4 migrate.stp bash
OUT /home/src/testsuite/.systemtap-root/cache/8b/stap_8bb9c03ee3e793a8bd2173f6bfc97a18_3171.ko
RC 0
PASS: systemtap.examples/process/migrate build
meta taglines 'test_installcheck: stap migrate.stp -c "sleep 0.2" bash' tag 'test_installcheck' value 'stap migrate.stp -c "sleep 0.2" bash'
attempting command stap migrate.stp -c "sleep 0.2" bash
OUT 
RC 0
PASS: systemtap.examples/process/migrate run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -gp4 noptrace.stp -x $$' tag 'test_check' value 'stap -gp4 noptrace.stp -x $$'
attempting command stap -gp4 noptrace.stp -x $$
OUT /home/src/testsuite/.systemtap-root/cache/19/stap_19ed2e633451ba73b2f741fea9e82f27_18051.ko
RC 0
PASS: systemtap.examples/process/noptrace build
meta taglines 'test_installcheck: stap -g noptrace.stp -c 'strace ls'' tag 'test_installcheck' value 'stap -g noptrace.stp -c 'strace ls''
attempting command stap -g noptrace.stp -c 'strace ls'
OUT strace: ptrace(PTRACE_TRACEME, ...): No such process
strace[25380] ptrace(0) blocked: rc=-3
RC 0
PASS: systemtap.examples/process/noptrace run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 pf2.stp' tag 'test_check' value 'stap -p4 pf2.stp'
attempting command stap -p4 pf2.stp
OUT /home/src/testsuite/.systemtap-root/cache/5e/stap_5e2f4460a8bfc23d65a1b12f7442699f_1937.ko
RC 0
PASS: systemtap.examples/process/pf2 build
meta taglines 'test_installcheck: stap pf2.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap pf2.stp -c "sleep 0.2"'
attempting command stap pf2.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/process/pf2 run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -gp4 pfiles.stp -x $$' tag 'test_check' value 'stap -gp4 pfiles.stp -x $$'
attempting command stap -gp4 pfiles.stp -x $$
OUT /home/src/testsuite/.systemtap-root/cache/4d/stap_4d16b968bb0421fb88d9b5b93074a184_33489.ko
RC 0
PASS: systemtap.examples/process/pfiles build
meta taglines 'test_installcheck: stap -g pfiles.stp -x $$' tag 'test_installcheck' value 'stap -g pfiles.stp -x $$'
attempting command stap -g pfiles.stp -x $$
OUT  25813: stap
  Current rlimit: 64 file descriptors
   0: S_IFCHR mode:0620 dev:0,13 ino:2333 uid:0 gid:0 rdev:5,1
      O_RDWR|O_LARGEFILE 
      /dev/console
   1: S_IFIFO mode:0600 dev:0,7 ino:29697 uid:0 gid:0 rdev:0,0
      O_WRONLY 
      pipe:[29697]
   2: S_IFIFO mode:0600 dev:0,7 ino:29697 uid:0 gid:0 rdev:0,0
      O_WRONLY 
      pipe:[29697]
   3: S_IFREG mode:0755 dev:8,5 ino:1059145 uid:0 gid:0 rdev:0,0
      O_RDONLY|O_LARGEFILE 
      /home/linux-2.6.35-rc3/vmlinux
RC 0
PASS: systemtap.examples/process/pfiles run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -gp4 plimit.stp $$' tag 'test_check' value 'stap -gp4 plimit.stp $$'
attempting command stap -gp4 plimit.stp $$
OUT /home/src/testsuite/.systemtap-root/cache/a7/stap_a7f67dd7c5fa90c4a134182b5afd8db0_3070.ko
RC 0
PASS: systemtap.examples/process/plimit build
meta taglines 'test_installcheck: stap -g plimit.stp $$' tag 'test_installcheck' value 'stap -g plimit.stp $$'
attempting command stap -g plimit.stp $$
OUT 26041:  -stap
 resource                    current    maximum
coredump(blocks)            0          unlimited
data(bytes)                 unlimited  unlimited
max nice                    0          0        
file size(blocks)           unlimited  unlimited
pending signals             30532      30532    
max locked memory(bytes)    65536      262144   
max memory size(bytes)      6803914752  unlimited
open files                  1024       8192     
POSIX message queues(bytes) 819200     819200   
max rt priority             0          0        
stack size(bytes)           unlimited  unlimited
cpu time(seconds)           unlimited  unlimited
max user processes          30532      30532    
virtual memory(bytes)       13273415680  unlimited
file locks                  unlimited  unlimited
RC 0
PASS: systemtap.examples/process/plimit run
meta taglines 'test_support: stap -l 'kernel.trace("sched_switch"),kernel.trace("sched_wakeup")'' tag 'test_support' value 'stap -l 'kernel.trace("sched_switch"),kernel.trace("sched_wakeup")''
attempting command stap -l 'kernel.trace("sched_switch"),kernel.trace("sched_wakeup")'
OUT child process exited abnormally
RC 1
UNTESTED: systemtap.examples/process/schedtimes build
meta taglines 'test_installcheck: stap schedtimes.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap schedtimes.stp -c "sleep 0.2"'
UNTESTED: systemtap.examples/process/schedtimes run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sig_by_pid.stp' tag 'test_check' value 'stap -p4 sig_by_pid.stp'
attempting command stap -p4 sig_by_pid.stp
OUT /home/src/testsuite/.systemtap-root/cache/8e/stap_8ec082ee23fd7ed08d7cc4c5af4972bb_18459.ko
RC 0
PASS: systemtap.examples/process/sig_by_pid build
meta taglines 'test_installcheck: stap sig_by_pid.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap sig_by_pid.stp -c "sleep 0.2"'
attempting command stap sig_by_pid.stp -c "sleep 0.2"
OUT Collecting data... Type Ctrl-C to exit and display results
SPID     SENDER           RPID  RECEIVER         SIGNAME          COUNT
26469    stapio           26491 stapio           SIGUSR1          1
26491    stapio           26469 stapio           SIGCHLD          1
RC 0
PASS: systemtap.examples/process/sig_by_pid run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sig_by_proc.stp' tag 'test_check' value 'stap -p4 sig_by_proc.stp'
attempting command stap -p4 sig_by_proc.stp
OUT /home/src/testsuite/.systemtap-root/cache/7d/stap_7d967a13cd59811f7821707314a2e8cc_17185.ko
RC 0
PASS: systemtap.examples/process/sig_by_proc build
meta taglines 'test_installcheck: stap sig_by_proc.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap sig_by_proc.stp -c "sleep 0.2"'
attempting command stap sig_by_proc.stp -c "sleep 0.2"
OUT Collecting data... Type Ctrl-C to exit and display results
SENDER           RECEIVER         SIGNAL           COUNT
stapio           stapio           SIGUSR1          1
sleep            stapio           SIGCHLD          1
RC 0
PASS: systemtap.examples/process/sig_by_proc run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sigkill.stp' tag 'test_check' value 'stap -p4 sigkill.stp'
attempting command stap -p4 sigkill.stp
OUT /home/src/testsuite/.systemtap-root/cache/64/stap_641d37fcba2b3e736932dbfa7699c743_17653.ko
RC 0
PASS: systemtap.examples/process/sigkill build
meta taglines 'test_installcheck: stap sigkill.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap sigkill.stp -c "sleep 0.2"'
attempting command stap sigkill.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/process/sigkill run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sigmon.stp SIGKILL' tag 'test_check' value 'stap -p4 sigmon.stp SIGKILL'
attempting command stap -p4 sigmon.stp SIGKILL
OUT /home/src/testsuite/.systemtap-root/cache/c4/stap_c4a48d19e9610054a9543ec960ecc50b_17851.ko
RC 0
PASS: systemtap.examples/process/sigmon build
meta taglines 'test_installcheck: stap sigmon.stp -c "sleep 0.2" SIGKILL' tag 'test_installcheck' value 'stap sigmon.stp -c "sleep 0.2" SIGKILL'
attempting command stap sigmon.stp -c "sleep 0.2" SIGKILL
OUT SPID     SNAME            RPID  RNAME            SIGNUM SIGNAME         
RC 0
PASS: systemtap.examples/process/sigmon run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sleepingBeauties.stp' tag 'test_check' value 'stap -p4 sleepingBeauties.stp'
attempting command stap -p4 sleepingBeauties.stp
OUT /home/src/testsuite/.systemtap-root/cache/d4/stap_d4f1283dd5111b86f0c6d758eed5f17c_3523.ko
RC 0
PASS: systemtap.examples/process/sleepingBeauties build
meta taglines 'test_installcheck: stap sleepingBeauties.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap sleepingBeauties.stp -c "sleep 0.2"'
attempting command stap sleepingBeauties.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/process/sleepingBeauties run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sleeptime.stp' tag 'test_check' value 'stap -p4 sleeptime.stp'
attempting command stap -p4 sleeptime.stp
OUT /home/src/testsuite/.systemtap-root/cache/ba/stap_ba0b1cdfa643f2651b85199bc27c666d_14705.ko
RC 0
PASS: systemtap.examples/process/sleeptime build
meta taglines 'test_installcheck: stap sleeptime.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap sleeptime.stp -c "sleep 0.2"'
attempting command stap sleeptime.stp -c "sleep 0.2"
OUT 201869 27636 (sleep) nanosleep: 200294
201903 27614 (stapio) nanosleep: 201821
RC 0
PASS: systemtap.examples/process/sleeptime run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 syscalls_by_pid.stp' tag 'test_check' value 'stap -p4 syscalls_by_pid.stp'
attempting command stap -p4 syscalls_by_pid.stp
OUT /home/src/testsuite/.systemtap-root/cache/6e/stap_6e524d67f55e337ec59bb88e1af5a242_90210.ko
RC 0
PASS: systemtap.examples/process/syscalls_by_pid build
meta taglines 'test_installcheck: stap syscalls_by_pid.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap syscalls_by_pid.stp -c "sleep 0.2"'
attempting command stap syscalls_by_pid.stp -c "sleep 0.2"
OUT Collecting data... Type Ctrl-C to exit and display results
#SysCalls  PID
89         27865
14         27843
11         1460
4          1463
1          2559
RC 0
PASS: systemtap.examples/process/syscalls_by_pid run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 syscalls_by_proc.stp' tag 'test_check' value 'stap -p4 syscalls_by_proc.stp'
attempting command stap -p4 syscalls_by_proc.stp
OUT /home/src/testsuite/.systemtap-root/cache/39/stap_3970e1ab1922ea82b1fb4385af2616b5_92087.ko
RC 0
PASS: systemtap.examples/process/syscalls_by_proc build
meta taglines 'test_installcheck: stap syscalls_by_proc.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap syscalls_by_proc.stp -c "sleep 0.2"'
attempting command stap syscalls_by_proc.stp -c "sleep 0.2"
OUT Collecting data... Type Ctrl-C to exit and display results
#SysCalls  Process Name
78         sleep
25         stapio
11         syslog-ng
4          klogd
1          expect
RC 0
PASS: systemtap.examples/process/syscalls_by_proc run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 wait4time.stp' tag 'test_check' value 'stap -p4 wait4time.stp'
attempting command stap -p4 wait4time.stp
OUT /home/src/testsuite/.systemtap-root/cache/0b/stap_0be744e749c247ed3329b1a965f7004a_14350.ko
RC 0
PASS: systemtap.examples/process/wait4time build
meta taglines 'test_installcheck: stap wait4time.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap wait4time.stp -c "sleep 0.2"'
attempting command stap wait4time.stp -c "sleep 0.2"
OUT 201915 28301 (stapio) wait4: 18 -1
RC 0
PASS: systemtap.examples/process/wait4time run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 fntimes.stp 'kernel.function("sys_*")'' tag 'test_check' value 'stap -p4 fntimes.stp 'kernel.function("sys_*")''
attempting command stap -p4 fntimes.stp 'kernel.function("sys_*")'
OUT /home/src/testsuite/.systemtap-root/cache/df/stap_dfbe4abb36135ef30580e52cd84457d1_219118.ko
RC 0
PASS: systemtap.examples/profiling/fntimes build
meta taglines 'test_installcheck: stap fntimes.stp 'kernel.function("sys_*")' -c "sleep 7"' tag 'test_installcheck' value 'stap fntimes.stp 'kernel.function("sys_*")' -c "sleep 7"'
attempting command stap fntimes.stp 'kernel.function("sys_*")' -c "sleep 7"
OUT 
RC 0
PASS: systemtap.examples/profiling/fntimes run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 functioncallcount.stp "*@mm/*.c"' tag 'test_check' value 'stap -p4 functioncallcount.stp "*@mm/*.c"'
attempting command stap -p4 functioncallcount.stp "*@mm/*.c"
OUT /home/src/testsuite/.systemtap-root/cache/5e/stap_5ec8f13a49cdf6dc95d056194752abcb_172276.ko
RC 0
PASS: systemtap.examples/profiling/functioncallcount build
meta taglines 'test_installcheck: stap  functioncallcount.stp "*@mm/*.c" -c "sleep 0.2"' tag 'test_installcheck' value 'stap  functioncallcount.stp "*@mm/*.c" -c "sleep 0.2"'
attempting command stap  functioncallcount.stp "*@mm/*.c" -c "sleep 0.2"
OUT drain_array 1266
kmem_cache_free 545
should_failslab 128
kmem_cache_alloc 123
find_vma 101
get_slice_psize 98
vm_normal_page 78
lookup_page_cgroup 77
hpte_need_flush 75
page_remove_rmap 75
free_block 68
mark_page_accessed 63
__inc_zone_state 60
drain_freelist 54
hash_page 53
find_get_page 52
slice_range_to_mask 49
handle_mm_fault 49
update_mmu_cache 49
__dec_zone_state 47
hash_preload 45
__do_fault 44
unlock_page 44
page_waitqueue 44
filemap_fault 41
page_add_file_rmap 38
mem_cgroup_uncharge_end 34
mem_cgroup_uncharge_start 34
slice_mask_for_size 34
remove_vma 34
unlink_file_vma 34
unlink_anon_vmas 34
vma_prio_tree_remove 32
mem_cgroup_charge_statistics 31
__dec_zone_page_state 31
memcg_check_events 31
__flush_tlb_pending 30
next_zones_zonelist 30
__mod_zone_page_state 28
free_pages_prepare 25
free_hot_cold_page 25
get_pageblock_flags_group 25
put_page 24
next_zone 24
vma_prio_tree_insert 23
vm_stat_account 23
__vma_link_file 22
mem_cgroup_uncharge_page 20
__mem_cgroup_uncharge_common 20
free_pcppages_bulk 18
flush_hash_page 18
kfree 17
vma_link 17
mem_cgroup_del_lru_list 16
vma_merge 16
slice_get_unmapped_area 16
arch_get_unmapped_area 16
get_unmapped_area 16
zone_statistics 15
zone_watermark_ok 15
__inc_zone_page_state 15
vma_wants_writenotify 15
policy_nodemask 15
policy_zonelist 15
get_page_from_freelist 15
__alloc_pages_nodemask 15
lru_add_drain 14
reusable_anon_vma 14
flush_hash_range 14
mmap_region 14
do_mmap_pgoff 14
release_pages 14
free_pgd_range 13
pgtable_free_tlb 13
generic_file_mmap 13
vma_prio_tree_add 12
anon_vma_prepare 12
mem_cgroup_add_lru_list 11
mem_cgroup_get_reclaim_stat_from_page 11
mem_cgroup_charge_common 11
mem_cgroup_newpage_charge 11
alloc_page_vma 11
lru_cache_add_lru 11
get_vma_policy 11
__mem_cgroup_commit_charge 11
__mem_cgroup_try_charge 11
__lru_cache_add 11
page_evictable 11
page_add_new_anon_rmap 11
__rmqueue 10
SyS_mmap_pgoff 10
file_ra_state_init 10
generic_segment_checks 10
generic_file_aio_read 10
free_pages 9
slice_find_area_bottomup 9
slice_find_area 9
__free_pages 9
__vm_enough_memory 9
file_read_actor 9
mem_cgroup_update_file_mapped 8
free_pgtables 8
find_mergeable_anon_vma 8
copy_user_page 8
unmap_vmas 8
next_online_pgdat 8
____pagevec_lru_add 7
dec_zone_page_state 7
vma_adjust 7
cache_reap 7
arch_unmap_area 6
do_munmap 6
unmap_region 6
cache_alloc_refill 5
free_pages_and_swap_cache 5
pte_free_finish 5
anon_vma_clone 5
__pagevec_free 5
__split_vma 5
tlb_flush 5
inc_zone_page_state 4
__get_free_pages 4
alloc_pages_current 4
switch_slb 4
find_extend_vma 4
follow_huge_addr 4
follow_page 4
vmstat_update 4
first_online_pgdat 4
refresh_cpu_vm_stats 4
SyS_fadvise64_64 3
SyS_fadvise64 3
__get_user_pages 3
max_sane_readahead 3
pud_huge 3
pmd_huge 3
flush_dcache_page 3
__do_page_cache_readahead 3
SyS_brk 3
force_page_cache_readahead 3
clear_user_page 3
get_user_pages 3
__pmd_alloc 3
__kmalloc 3
mod_zone_page_state 3
pagevec_lookup_tag 2
find_get_pages_tag 2
kmem_cache_alloc_node 2
vm_get_page_prot 2
do_brk 2
mprotect_fixup 2
SyS_munmap 2
arch_pick_mmap_layout 2
insert_vm_struct 2
do_wp_page 2
exit_mmap 2
slab_destroy 2
kmem_freepages 2
write_cache_pages 1
do_writepages 1
mapping_tagged 1
__kmalloc_node 1
generic_writepages 1
move_page_tables 1
subpage_prot_init_new_context 1
init_new_context 1
__init_new_context 1
anon_vma_chain_link 1
is_hugepage_only_range 1
slice_set_user_psize 1
find_vma_prev 1
SyS_mprotect 1
__mem_cgroup_threshold 1
install_special_mapping 1
split_vma 1
expand_downwards 1
expand_stack 1
subpage_prot_free 1
destroy_context 1
__destroy_context 1
RC 0
PASS: systemtap.examples/profiling/functioncallcount run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 linetimes.stp kernel sys_nanosleep' tag 'test_check' value 'stap -p4 linetimes.stp kernel sys_nanosleep'
attempting command stap -p4 linetimes.stp kernel sys_nanosleep
OUT /home/src/testsuite/.systemtap-root/cache/99/stap_99f65fe52a0302b98650d705bcd9d35f_4324.ko
RC 0
PASS: systemtap.examples/profiling/linetimes build
meta taglines 'test_installcheck: stap linetimes.stp kernel sys_nanosleep -c "sleep 0.2"' tag 'test_installcheck' value 'stap linetimes.stp kernel sys_nanosleep -c "sleep 0.2"'
attempting command stap linetimes.stp kernel sys_nanosleep -c "sleep 0.2"
OUT 
sys_nanosleep called 2
region                                                        avg(us)    max(us)
kernel.statement("SyS_nanosleep@kernel/hrtimer.c:1611")             6          7
kernel.statement("SyS_nanosleep@kernel/hrtimer.c:1614")             9          9
kernel.statement("SyS_nanosleep@kernel/hrtimer.c:1617")        200944     201810

control flow graph information
from
	to
=======================
kernel.statement("SyS_nanosleep@kernel/hrtimer.c:1611") 2
kernel.statement("SyS_nanosleep@kernel/hrtimer.c:1614") 2
kernel.statement("SyS_nanosleep@kernel/hrtimer.c:1617") 2
RC 0
PASS: systemtap.examples/profiling/linetimes run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 sched_switch.stp' tag 'test_check' value 'stap -p4 sched_switch.stp'
attempting command stap -p4 sched_switch.stp
OUT /home/src/testsuite/.systemtap-root/cache/1c/stap_1c08b6a2a50423f78d6d89fd2c9d757e_11765.ko
RC 0
PASS: systemtap.examples/profiling/sched_switch build
meta taglines 'test_installcheck: stap  sched_switch.stp -c "sleep 1"' tag 'test_installcheck' value 'stap  sched_switch.stp -c "sleep 1"'
attempting command stap  sched_switch.stp -c "sleep 1"
OUT stapio              9127720571734988249429217:20:R + 29239:20:S           stapio
stapio              6127720571734995120129217:120:S ==> 0:120:R          swapper
swapper             912772057173494242140:120:R ==> 29239:120:R           stapio
stapio              9127720571734953117129239:20:R + 30:-100:S      migration/9
stapio              9127720571734955397329239:120:D ==> 30:0:R      migration/9
migration/9         9127720571734956799030:-100:R + 29239:20:D           stapio
migration/9         9127720571734959398130:0:S ==> 0:120:R          swapper
swapper             812772057173496007640:120:R ==> 29239:120:R           stapio
swapper             112772057173515226570:20:R + 1463:20:S            klogd
sleep               8127720571735075236229239:120:S ==> 0:120:R          swapper
swapper             612772057173515482890:20:R + 29225:20:S      systemtap/6
swapper             612772057173515736700:120:R ==> 1463:120:R            klogd
klogd               312772057173516770361463:20:R + 1460:20:S        syslog-ng
swapper             312772057173506919550:120:R ==> 1460:120:R        syslog-ng
klogd               612772057173517483961463:120:S ==> 29225:120:R      systemtap/6
systemtap/6         6127720571735178192129225:120:S ==> 0:120:R          swapper
syslog-ng           312772057173508968641460:120:S ==> 0:120:R          swapper
swapper             612772057173615168190:20:R + 29225:20:S      systemtap/6
swapper             612772057173615454400:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571736157391129225:120:S ==> 0:120:R          swapper
swapper             612772057173715164170:20:R + 29225:20:S      systemtap/6
swapper             612772057173715443430:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571737157215729225:120:S ==> 0:120:R          swapper
swapper             612772057173815254520:20:R + 29225:20:S      systemtap/6
swapper             612772057173815562930:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571738158709529225:120:S ==> 0:120:R          swapper
swapper             612772057173915218610:20:R + 29225:20:S      systemtap/6
swapper             612772057173915488190:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571739157750929225:120:S ==> 0:120:R          swapper
swapper             612772057174015226300:20:R + 29225:20:S      systemtap/6
swapper             612772057174015576680:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571740158999529225:120:S ==> 0:120:R          swapper
swapper             612772057174115186250:20:R + 29225:20:S      systemtap/6
swapper             612772057174115558620:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571741158502329225:120:S ==> 0:120:R          swapper
swapper             612772057174215255000:20:R + 29225:20:S      systemtap/6
swapper             612772057174215539980:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571742158230929225:120:S ==> 0:120:R          swapper
swapper             612772057174315305280:20:R + 29225:20:S      systemtap/6
swapper             612772057174315621970:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571743159268529225:120:S ==> 0:120:R          swapper
swapper             612772057174415237680:20:R + 29225:20:S      systemtap/6
swapper             612772057174415516730:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571744158003729225:120:S ==> 0:120:R          swapper
swapper             612772057174515306990:20:R + 29225:20:S      systemtap/6
swapper             612772057174515896630:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571745162003829225:120:S ==> 0:120:R          swapper
swapper             712772057174519306130:20:R + 25:20:S      ksoftirqd/7
swapper             712772057174519557140:120:R ==> 25:120:R      ksoftirqd/7
ksoftirqd/7         7127720571745202457325:120:S ==> 0:120:R          swapper
swapper            1912772057174601544490:20:R + 82:20:S        events/19
swapper            1912772057174601928860:120:R ==> 82:120:R        events/19
events/19          19127720571746033618782:120:S ==> 0:120:R          swapper
swapper             612772057174615243140:20:R + 29225:20:S      systemtap/6
swapper             612772057174615518970:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571746157929329225:120:S ==> 0:120:R          swapper
swapper             612772057174715308630:20:R + 29225:20:S      systemtap/6
swapper             612772057174715614730:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571747159084329225:120:S ==> 0:120:R          swapper
swapper             612772057174815314090:20:R + 29225:20:S      systemtap/6
swapper             612772057174815624740:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571748159370529225:120:S ==> 0:120:R          swapper
swapper            1812772057174901955430:20:R + 81:20:S        events/18
swapper            1812772057174902361020:120:R ==> 81:120:R        events/18
events/18          18127720571749035853381:120:S ==> 0:120:R          swapper
swapper             612772057174915187900:20:R + 29225:20:S      systemtap/6
swapper             612772057174915473470:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571749157520929225:120:S ==> 0:120:R          swapper
swapper             612772057175015261410:20:R + 29225:20:S      systemtap/6
swapper             612772057175015547830:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571750158414729225:120:S ==> 0:120:R          swapper
swapper             612772057175115256280:20:R + 29225:20:S      systemtap/6
swapper             612772057175115539490:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571751158217529225:120:S ==> 0:120:R          swapper
swapper             612772057175215247040:20:R + 29225:20:S      systemtap/6
swapper             612772057175215530040:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571752158126129225:120:S ==> 0:120:R          swapper
swapper             612772057175315247570:20:R + 29225:20:S      systemtap/6
swapper             612772057175315592390:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571753158710129225:120:S ==> 0:120:R          swapper
swapper             612772057175415289040:20:R + 29225:20:S      systemtap/6
swapper             612772057175415600170:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571754159062829225:120:S ==> 0:120:R          swapper
swapper             912772057175461407760:20:R + 29217:20:S           stapio
swapper             912772057175461613990:120:R ==> 29217:120:R           stapio
stapio              5127720571754620523229217:20:R + 2559:20:S           expect
swapper             812772057175148508080:120:R ==> 2559:120:R           expect
stapio              9127720571754624316829217:120:S ==> 0:120:R          swapper
expect              812772057175149924362559:120:S ==> 0:120:R          swapper
swapper             612772057175515290470:20:R + 29225:20:S      systemtap/6
swapper             612772057175515575550:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571755158601629225:120:S ==> 0:120:R          swapper
swapper             612772057175615241260:20:R + 29225:20:S      systemtap/6
swapper             612772057175615581110:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571756158500529225:120:S ==> 0:120:R          swapper
swapper             612772057175715228230:20:R + 29225:20:S      systemtap/6
swapper             612772057175715637120:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571757159178229225:120:S ==> 0:120:R          swapper
swapper             612772057175815240470:20:R + 29225:20:S      systemtap/6
swapper             612772057175815523200:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571758158042229225:120:S ==> 0:120:R          swapper
swapper             612772057175915276690:20:R + 29225:20:S      systemtap/6
swapper             612772057175915581030:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571759158794829225:120:S ==> 0:120:R          swapper
swapper             612772057175999918880:20:R + 29217:20:S           stapio
swapper             612772057176000168400:120:R ==> 29217:120:R           stapio
stapio              6127720571760005345629217:120:S ==> 0:120:R          swapper
swapper             612772057176015227420:20:R + 29225:20:S      systemtap/6
swapper             612772057176015493310:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571760157594129225:120:S ==> 0:120:R          swapper
swapper             612772057176115227960:20:R + 29225:20:S      systemtap/6
swapper             612772057176115603470:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571761158820429225:120:S ==> 0:120:R          swapper
swapper             612772057176215228710:20:R + 29225:20:S      systemtap/6
swapper             612772057176215509310:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571762157893629225:120:S ==> 0:120:R          swapper
swapper             612772057176315227100:20:R + 29225:20:S      systemtap/6
swapper             612772057176315502190:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571763157769029225:120:S ==> 0:120:R          swapper
swapper             612772057176415239660:20:R + 29225:20:S      systemtap/6
swapper             612772057176415516080:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571764157941129225:120:S ==> 0:120:R          swapper
swapper             612772057176515238220:20:R + 29225:20:S      systemtap/6
swapper             612772057176515614170:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571765158921929225:120:S ==> 0:120:R          swapper
swapper             612772057176615245160:20:R + 29225:20:S      systemtap/6
swapper             612772057176615523610:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571766158008429225:120:S ==> 0:120:R          swapper
swapper             612772057176715226730:20:R + 29225:20:S      systemtap/6
swapper             612772057176715501500:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571767157771229225:120:S ==> 0:120:R          swapper
swapper             612772057176815231860:20:R + 29225:20:S      systemtap/6
swapper             612772057176815509830:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571768157891529225:120:S ==> 0:120:R          swapper
swapper             612772057176915236670:20:R + 29225:20:S      systemtap/6
swapper             612772057176915582130:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571769158631029225:120:S ==> 0:120:R          swapper
swapper             612772057177015220000:20:R + 29225:20:S      systemtap/6
swapper             612772057177015494280:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571770157654129225:120:S ==> 0:120:R          swapper
swapper            1112772057177014857280:20:R + 74:20:S        events/11
swapper            1112772057177028524570:120:R ==> 74:120:R        events/11
events/11          11127720571770287993174:120:S ==> 0:120:R          swapper
swapper             612772057177115260650:20:R + 29225:20:S      systemtap/6
swapper             612772057177115535950:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571771158179329225:120:S ==> 0:120:R          swapper
swapper             612772057177215250400:20:R + 29225:20:S      systemtap/6
swapper             612772057177215536510:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571772158207429225:120:S ==> 0:120:R          swapper
swapper             612772057177315262110:20:R + 29225:20:S      systemtap/6
swapper             612772057177315557030:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571773158446929225:120:S ==> 0:120:R          swapper
swapper             612772057177415252210:20:R + 29225:20:S      systemtap/6
swapper             612772057177415532060:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571774158129729225:120:S ==> 0:120:R          swapper
swapper             912772057177464107020:20:R + 29217:20:S           stapio
swapper             912772057177464305400:120:R ==> 29217:120:R           stapio
stapio              8127720571774645403829217:20:R + 2559:20:S           expect
swapper             812772057176829966560:120:R ==> 2559:120:R           expect
stapio              9127720571774648927329217:120:S ==> 0:120:R          swapper
expect              812772057176830974612559:120:S ==> 0:120:R          swapper
swapper             612772057177515240040:20:R + 29225:20:S      systemtap/6
swapper             612772057177515518820:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571775157982929225:120:S ==> 0:120:R          swapper
swapper             612772057177615231650:20:R + 29225:20:S      systemtap/6
swapper             612772057177615508340:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571776157847629225:120:S ==> 0:120:R          swapper
swapper             912772057177606614630:20:R + 72:20:S         events/9
swapper             912772057177622918140:120:R ==> 72:120:R         events/9
events/9            9127720571776231794072:120:S ==> 0:120:R          swapper
swapper             612772057177715252220:20:R + 29225:20:S      systemtap/6
swapper             612772057177715530350:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571777158108429225:120:S ==> 0:120:R          swapper
swapper             612772057177815258460:20:R + 29225:20:S      systemtap/6
swapper             612772057177815538360:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571778158181529225:120:S ==> 0:120:R          swapper
swapper             612772057177915259370:20:R + 29225:20:S      systemtap/6
swapper             612772057177915537460:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571779158215829225:120:S ==> 0:120:R          swapper
swapper             612772057178015232980:20:R + 29225:20:S      systemtap/6
swapper             612772057178015507590:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571780157806929225:120:S ==> 0:120:R          swapper
swapper             612772057178115273320:20:R + 29225:20:S      systemtap/6
swapper             612772057178115566160:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571781158560629225:120:S ==> 0:120:R          swapper
swapper             612772057178215250620:20:R + 29225:20:S      systemtap/6
swapper             612772057178215590410:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571782158583329225:120:S ==> 0:120:R          swapper
swapper             712772057178223622120:20:R + 70:20:S         events/7
swapper             712772057178223887040:120:R ==> 70:120:R         events/7
events/7            7127720571782241890870:120:S ==> 0:120:R          swapper
swapper             612772057178315230320:20:R + 29225:20:S      systemtap/6
swapper             612772057178315508660:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571783157851929225:120:S ==> 0:120:R          swapper
swapper             612772057178415241960:20:R + 29225:20:S      systemtap/6
swapper             612772057178415528920:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571784158162029225:120:S ==> 0:120:R          swapper
swapper             612772057178501042940:20:R + 29217:20:S           stapio
swapper             612772057178501277280:120:R ==> 29217:120:R           stapio
stapio              6127720571785016310829217:120:S ==> 0:120:R          swapper
swapper             612772057178515329560:20:R + 69:20:S         events/6
swapper             612772057178515417060:20:R + 29225:20:S      systemtap/6
swapper             612772057178515667920:120:R ==> 69:120:R         events/6
events/6            6127720571785159161169:120:S ==> 29225:120:R      systemtap/6
systemtap/6         6127720571785161853129225:120:S ==> 0:120:R          swapper
swapper             612772057178615233250:20:R + 29225:20:S      systemtap/6
swapper             612772057178615513630:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571786157904829225:120:S ==> 0:120:R          swapper
swapper             612772057178715347910:20:R + 86:20:S      sync_supers
swapper             612772057178715461770:20:R + 29225:20:S      systemtap/6
swapper             612772057178715725360:120:R ==> 86:120:R      sync_supers
sync_supers         6127720571787159910386:120:S ==> 29225:120:R      systemtap/6
systemtap/6         6127720571787162731229225:120:S ==> 0:120:R          swapper
swapper             612772057178815229720:20:R + 29225:20:S      systemtap/6
swapper             612772057178815504800:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571788157799429225:120:S ==> 0:120:R          swapper
swapper             612772057178915231910:20:R + 29225:20:S      systemtap/6
swapper             612772057178915506310:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571789157842329225:120:S ==> 0:120:R          swapper
swapper             612772057179015267400:20:R + 29225:20:S      systemtap/6
swapper             612772057179015565320:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571790158542029225:120:S ==> 0:120:R          swapper
swapper             612772057179115326720:20:R + 29225:20:S      systemtap/6
swapper             612772057179115678220:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571791159949729225:120:S ==> 0:120:R          swapper
swapper             612772057179215257240:20:R + 29225:20:S      systemtap/6
swapper             612772057179215550290:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571792158421129225:120:S ==> 0:120:R          swapper
swapper             512772057178294536400:20:R + 1:20:S             init
swapper             512772057178294798040:120:R ==> 1:120:R             init
init                512772057178295352621:120:S ==> 0:120:R          swapper
swapper             612772057179315374540:20:R + 29225:20:S      systemtap/6
swapper             612772057179315750750:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571793160915629225:120:S ==> 0:120:R          swapper
swapper             612772057179415271670:20:R + 29225:20:S      systemtap/6
swapper             612772057179415564350:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571794158566629225:120:S ==> 0:120:R          swapper
swapper             912772057179466587200:20:R + 29217:20:S           stapio
swapper             912772057179466782490:120:R ==> 29217:120:R           stapio
stapio              8127720571794670219529217:20:R + 2559:20:S           expect
stapio              9127720571794673760529217:120:S ==> 0:120:R          swapper
swapper             812772057178511490570:120:R ==> 2559:120:R           expect
expect              812772057178512724102559:120:S ==> 0:120:R          swapper
swapper             612772057179515238010:20:R + 29225:20:S      systemtap/6
swapper             612772057179515519720:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571795158008529225:120:S ==> 0:120:R          swapper
swapper             612772057179615390390:20:R + 29225:20:S      systemtap/6
swapper             612772057179615751740:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571796160954429225:120:S ==> 0:120:R          swapper
swapper             612772057179715334880:20:R + 29225:20:S      systemtap/6
swapper             612772057179715651510:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571797159503429225:120:S ==> 0:120:R          swapper
swapper             612772057179815243780:20:R + 29225:20:S      systemtap/6
swapper             612772057179815532550:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571798158204229225:120:S ==> 0:120:R          swapper
swapper             612772057179915238590:20:R + 29225:20:S      systemtap/6
swapper             612772057179915517420:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571799158009129225:120:S ==> 0:120:R          swapper
swapper             612772057180015234380:20:R + 29225:20:S      systemtap/6
swapper             612772057180015524110:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571800158062129225:120:S ==> 0:120:R          swapper
swapper             612772057180115331830:20:R + 29225:20:S      systemtap/6
swapper             612772057180115646390:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571801159719029225:120:S ==> 0:120:R          swapper
swapper             612772057180215249390:20:R + 29225:20:S      systemtap/6
swapper             612772057180215528640:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571802158111629225:120:S ==> 0:120:R          swapper
swapper             612772057180315230260:20:R + 29225:20:S      systemtap/6
swapper             612772057180315508450:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571803157915029225:120:S ==> 0:120:R          swapper
swapper             612772057180415228710:20:R + 29225:20:S      systemtap/6
swapper             612772057180415506840:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571804157879229225:120:S ==> 0:120:R          swapper
swapper             612772057180515231210:20:R + 29225:20:S      systemtap/6
swapper             612772057180515504960:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571805157820829225:120:S ==> 0:120:R          swapper
swapper             612772057180615238860:20:R + 29225:20:S      systemtap/6
swapper             612772057180615519510:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571806158009629225:120:S ==> 0:120:R          swapper
swapper             612772057180715228820:20:R + 29225:20:S      systemtap/6
swapper             612772057180715501760:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571807157825729225:120:S ==> 0:120:R          swapper
swapper             612772057180815242160:20:R + 29225:20:S      systemtap/6
swapper             612772057180815575590:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571808158406829225:120:S ==> 0:120:R          swapper
swapper             612772057180915300640:20:R + 29225:20:S      systemtap/6
swapper             612772057180915618610:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571809159371229225:120:S ==> 0:120:R          swapper
swapper             612772057181002202500:20:R + 29217:20:S           stapio
swapper             612772057181002464640:120:R ==> 29217:120:R           stapio
stapio              6127720571810028679129217:120:S ==> 0:120:R          swapper
swapper             612772057181015270010:20:R + 29225:20:S      systemtap/6
swapper             612772057181015556430:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571810158325829225:120:S ==> 0:120:R          swapper
swapper             612772057181115257300:20:R + 29225:20:S      systemtap/6
swapper             612772057181115546820:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571811158341029225:120:S ==> 0:120:R          swapper
swapper             612772057181215247100:20:R + 29225:20:S      systemtap/6
swapper             612772057181215536140:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571812158273229225:120:S ==> 0:120:R          swapper
swapper             612772057181315228070:20:R + 29225:20:S      systemtap/6
swapper             612772057181315495670:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571813157738029225:120:S ==> 0:120:R          swapper
swapper             612772057181415224810:20:R + 29225:20:S      systemtap/6
swapper             612772057181415497650:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571814157714029225:120:S ==> 0:120:R          swapper
swapper             912772057181469117830:20:R + 29217:20:S           stapio
swapper             912772057181469382590:120:R ==> 29217:120:R           stapio
stapio              8127720571814696868229217:20:R + 2559:20:S           expect
stapio              9127720571814700771629217:120:S ==> 0:120:R          swapper
swapper             812772057180193218750:120:R ==> 2559:120:R           expect
expect              812772057180194272682559:120:S ==> 0:120:R          swapper
swapper             612772057181515235930:20:R + 29225:20:S      systemtap/6
swapper             612772057181515509190:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571815157917729225:120:S ==> 0:120:R          swapper
swapper             612772057181615248040:20:R + 29225:20:S      systemtap/6
swapper             612772057181615530620:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571816158104129225:120:S ==> 0:120:R          swapper
swapper             612772057181715254940:20:R + 29225:20:S      systemtap/6
swapper             612772057181715532590:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571817158114729225:120:S ==> 0:120:R          swapper
swapper             612772057181815234960:20:R + 29225:20:S      systemtap/6
swapper             612772057181815513620:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571818157963629225:120:S ==> 0:120:R          swapper
swapper             612772057181915227630:20:R + 29225:20:S      systemtap/6
swapper             612772057181915502190:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571819157801129225:120:S ==> 0:120:R          swapper
swapper             612772057182015303950:20:R + 29225:20:S      systemtap/6
swapper             612772057182015613470:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571820159248229225:120:S ==> 0:120:R          swapper
swapper             612772057182115369890:20:R + 29225:20:S      systemtap/6
swapper             612772057182115714170:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571821160501729225:120:S ==> 0:120:R          swapper
swapper             612772057182215232290:20:R + 29225:20:S      systemtap/6
swapper             612772057182215496730:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571822157823029225:120:S ==> 0:120:R          swapper
swapper             612772057182315366030:20:R + 29225:20:S      systemtap/6
swapper             612772057182315695930:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571823160155729225:120:S ==> 0:120:R          swapper
swapper             612772057182415305330:20:R + 29225:20:S      systemtap/6
swapper             612772057182415613300:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571824159205329225:120:S ==> 0:120:R          swapper
swapper             612772057182515310890:20:R + 29225:20:S      systemtap/6
swapper             612772057182515622240:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571825159302729225:120:S ==> 0:120:R          swapper
swapper             612772057182615238280:20:R + 29225:20:S      systemtap/6
swapper             612772057182615518280:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571826157997929225:120:S ==> 0:120:R          swapper
swapper             612772057182715289200:20:R + 29225:20:S      systemtap/6
swapper             612772057182715591670:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571827158967029225:120:S ==> 0:120:R          swapper
swapper             612772057182815253550:20:R + 29225:20:S      systemtap/6
swapper             612772057182815537720:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571828158204029225:120:S ==> 0:120:R          swapper
swapper             612772057182915362880:20:R + 29225:20:S      systemtap/6
swapper             612772057182915705830:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571829160364829225:120:S ==> 0:120:R          swapper
swapper             612772057183015331100:20:R + 29225:20:S      systemtap/6
swapper             612772057183015664580:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571830159707429225:120:S ==> 0:120:R          swapper
swapper             612772057183115362180:20:R + 29225:20:S      systemtap/6
swapper             612772057183115691870:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571831160051929225:120:S ==> 0:120:R          swapper
swapper             612772057183215325910:20:R + 29225:20:S      systemtap/6
swapper             612772057183215663510:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571832159722329225:120:S ==> 0:120:R          swapper
swapper             612772057183315342950:20:R + 29225:20:S      systemtap/6
swapper             612772057183315671620:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571833159961229225:120:S ==> 0:120:R          swapper
swapper             612772057183415304690:20:R + 29225:20:S      systemtap/6
swapper             612772057183415683850:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571834159693629225:120:S ==> 0:120:R          swapper
swapper             912772057183471761560:20:R + 29217:20:S           stapio
swapper             912772057183471975950:120:R ==> 29217:120:R           stapio
stapio              8127720571834722344329217:20:R + 2559:20:S           expect
stapio              9127720571834726025729217:120:S ==> 0:120:R          swapper
swapper             812772057181874751640:120:R ==> 2559:120:R           expect
expect              812772057181875892342559:120:S ==> 0:120:R          swapper
swapper             612772057183503348880:20:R + 29217:20:S           stapio
swapper             612772057183503577170:120:R ==> 29217:120:R           stapio
stapio              6127720571835039085729217:120:S ==> 0:120:R          swapper
swapper             612772057183515158190:20:R + 29225:20:S      systemtap/6
swapper             612772057183515421410:120:R ==> 29225:120:R      systemtap/6
systemtap/6         6127720571835156905629225:120:S ==> 0:120:R          swapper
swapper             812772057181903065740:20:R + 29239:20:S            sleep
swapper             812772057181903356030:120:R ==> 29239:120:R            sleep
sleep               6127720571819049673029239:20:R + 29217:20:S           stapio
swapper             612772057183518550190:120:R ==> 29217:120:R           stapio
sleep               8127720571819053456729239:120: ==> 0:120:R          swapper
RC 0
PASS: systemtap.examples/profiling/sched_switch run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 thread-times.stp' tag 'test_check' value 'stap -p4 thread-times.stp'
attempting command stap -p4 thread-times.stp
OUT /home/src/testsuite/.systemtap-root/cache/8e/stap_8e8317e63acc228d1fd4464df8b6a48d_3172.ko
RC 0
PASS: systemtap.examples/profiling/thread-times build
meta taglines 'test_installcheck: stap thread-times.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap thread-times.stp -c "sleep 0.2"'
attempting command stap thread-times.stp -c "sleep 0.2"
OUT             comm   tid   %user %kernel (of 4037 ticks)
         swapper     0   0.00%  99.92%
           sleep 29468   0.02%   0.02%
           klogd  1463   0.02%   0.00%

RC 0
PASS: systemtap.examples/profiling/thread-times run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 timeout.stp' tag 'test_check' value 'stap -p4 timeout.stp'
attempting command stap -p4 timeout.stp
OUT /home/src/testsuite/.systemtap-root/cache/1e/stap_1e72638da63e2fd60b29cb1fbc0ac859_12224.ko
RC 0
PASS: systemtap.examples/profiling/timeout build
meta taglines 'test_installcheck: stap timeout.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap timeout.stp -c "sleep 0.2"'
attempting command stap timeout.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/profiling/timeout run
meta taglines '' tag 'test_support' value ''
meta taglines 'test_check: stap -p4 topsys.stp' tag 'test_check' value 'stap -p4 topsys.stp'
attempting command stap -p4 topsys.stp
OUT /home/src/testsuite/.systemtap-root/cache/96/stap_960c65da1592dbb78ac85891d79a5eed_113423.ko
RC 0
PASS: systemtap.examples/profiling/topsys build
meta taglines 'test_installcheck: stap topsys.stp -c "sleep 0.2"' tag 'test_installcheck' value 'stap topsys.stp -c "sleep 0.2"'
attempting command stap topsys.stp -c "sleep 0.2"
OUT 
RC 0
PASS: systemtap.examples/profiling/topsys run
testcase /home/src/testsuite/systemtap.examples/check.exp completed in 1038 seconds
Running /home/src/testsuite/systemtap.exelib/exelib.exp ...
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c  -I/home/src/testsuite/../includes -g -O3 -fPIC -shared  -lm   -o ./libuprobeslibgcc-O3default-debug.so    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c -I/home/src/testsuite/../includes -g -O3 -fPIC -shared -lm -o ./libuprobeslibgcc-O3default-debug.so
PASS: uprobeslibgcc-O3default-debug compile uprobes_lib.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-debug_exe
PASS: uprobesgcc-O3default-debug-uprobeslibgcc-O3default-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe
PASS: uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe.debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-debug_exe
PASS: uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe
PASS: uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe.debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c  -I/home/src/testsuite/../includes -g -O3 -fPIC -shared  -lm   -o ./libuprobeslibgcc-O3default-sep-debug.so    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c -I/home/src/testsuite/../includes -g -O3 -fPIC -shared -lm -o ./libuprobeslibgcc-O3default-sep-debug.so
PASS: uprobeslibgcc-O3default-sep-debug compile uprobes_lib.c
Executing: objcopy --only-keep-debug ./libuprobeslibgcc-O3default-sep-debug.so ./libuprobeslibgcc-O3default-sep-debug.so.debug
Executing: objcopy --strip-debug ./libuprobeslibgcc-O3default-sep-debug.so
Executing: objcopy --add-gnu-debuglink=./libuprobeslibgcc-O3default-sep-debug.so.debug ./libuprobeslibgcc-O3default-sep-debug.so
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-sep-debug_exe
PASS: uprobesgcc-O3default-debug-uprobeslibgcc-O3default-sep-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe
PASS: uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe.debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-sep-debug_exe
PASS: uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-sep-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-sep-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe
PASS: uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe.debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c  -I/home/src/testsuite/../includes -g -O3 -fPIC -shared  -lm   -o ./libuprobeslibgcc-O3default-prelink-debug.so    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c -I/home/src/testsuite/../includes -g -O3 -fPIC -shared -lm -o ./libuprobeslibgcc-O3default-prelink-debug.so
PASS: uprobeslibgcc-O3default-prelink-debug compile uprobes_lib.c
Executing: /usr/sbin/prelink -vfNR -r 0x6400000 ./libuprobeslibgcc-O3default-prelink-debug.so
prelink failed: couldn't execute "/usr/sbin/prelink": no such file or directory
FAIL: uprobeslibgcc-O3default-prelink-debug prelink ./libuprobeslibgcc-O3default-prelink-debug.so
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-debug_exe
PASS: uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe
PASS: uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe.debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-debug_exe
PASS: uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe
PASS: uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe.debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c  -I/home/src/testsuite/../includes -g -O3 -fPIC -shared  -lm   -o ./libuprobeslibgcc-O3default-prelink-sep-debug.so    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c -I/home/src/testsuite/../includes -g -O3 -fPIC -shared -lm -o ./libuprobeslibgcc-O3default-prelink-sep-debug.so
PASS: uprobeslibgcc-O3default-prelink-sep-debug compile uprobes_lib.c
Executing: objcopy --only-keep-debug ./libuprobeslibgcc-O3default-prelink-sep-debug.so ./libuprobeslibgcc-O3default-prelink-sep-debug.so.debug
Executing: objcopy --strip-debug ./libuprobeslibgcc-O3default-prelink-sep-debug.so
Executing: objcopy --add-gnu-debuglink=./libuprobeslibgcc-O3default-prelink-sep-debug.so.debug ./libuprobeslibgcc-O3default-prelink-sep-debug.so
Executing: /usr/sbin/prelink -vfNR -r 0x6400000 ./libuprobeslibgcc-O3default-prelink-sep-debug.so
prelink failed: couldn't execute "/usr/sbin/prelink": no such file or directory
FAIL: uprobeslibgcc-O3default-prelink-sep-debug prelink ./libuprobeslibgcc-O3default-prelink-sep-debug.so
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
PASS: uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
PASS: uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe.debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
PASS: uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
PASS: uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe.debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c  -I/home/src/testsuite/../includes -g -O3 -fPIC -shared  -lm   -o ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_lib.c -I/home/src/testsuite/../includes -g -O3 -fPIC -shared -lm -o ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so
PASS: uprobeslibgcc-O3default-prelink-sep-debug-after compile uprobes_lib.c
Executing: /usr/sbin/prelink -vfNR -r 0x6400000 ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so
prelink failed: couldn't execute "/usr/sbin/prelink": no such file or directory
FAIL: uprobeslibgcc-O3default-prelink-sep-debug-after prelink ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so
Executing: objcopy --only-keep-debug ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so.debug
Executing: objcopy --strip-debug ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so
Executing: objcopy --add-gnu-debuglink=./libuprobeslibgcc-O3default-prelink-sep-debug-after.so.debug ./libuprobeslibgcc-O3default-prelink-sep-debug-after.so
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
PASS: uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug-after compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,.  -lm   -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,. -lm -o ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
PASS: uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe.debug ./uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
PASS: uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug-after compile uprobes_exe.c
Executing on host: gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c  -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,. -fPIE -pie  -lm   -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.exelib/uprobes_exe.c -I/home/src/testsuite/../includes -g -O3 -L. -luprobeslibgcc-O3default-prelink-sep-debug-after -Wl,-rpath,. -fPIE -pie -lm -o ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
PASS: uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after compile uprobes_exe.c
Executing: objcopy --only-keep-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe.debug
Executing: objcopy --strip-debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
Executing: objcopy --add-gnu-debuglink=./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe.debug ./uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_exe
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
UNTESTED: libmarkunamestack-uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
UNTESTED: libmarkunamestack-uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/libmarkunamestack.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
UNTESTED: libmarkunamestack-uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-debug_uprobeslibgcc-O3default-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-sep-debug_uprobeslibgcc-O3default-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-debug_uprobeslibgcc-O3default-prelink-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug_uprobeslibgcc-O3default-prelink-sep-debug
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
sourcing: /home/src/testsuite/systemtap.exelib/cleanup.tcl for uprobesgcc-O3default-pie-sep-debug-uprobeslibgcc-O3default-prelink-sep-debug-after_uprobeslibgcc-O3default-prelink-sep-debug-after
testcase /home/src/testsuite/systemtap.exelib/exelib.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/absentstats.exp ...
spawn stap -DMAXERRORS=20 /home/src/testsuite/systemtap.maps/absentstats.stp
WARNING: never-assigned global variable 'sc' (alternatives: ry): identifier 'sc' at /home/src/testsuite/systemtap.maps/absentstats.stp:7:8
 source: global sc
                ^
WARNING: never-assigned global variable 'ry' (alternatives: sc): identifier 'ry' at :16:8
 source: global ry
                ^
ERROR: empty aggregate near identifier '@sum' at /home/src/testsuite/systemtap.maps/absentstats.stp:9:21
ERROR: empty aggregate near identifier '@max' at /home/src/testsuite/systemtap.maps/absentstats.stp:10:21
ERROR: empty aggregate near identifier '@min' at /home/src/testsuite/systemtap.maps/absentstats.stp:11:21
ERROR: empty aggregate near identifier '@avg' at /home/src/testsuite/systemtap.maps/absentstats.stp:12:21
ERROR: empty aggregate near identifier 'print' at /home/src/testsuite/systemtap.maps/absentstats.stp:13:15
ERROR: empty aggregate near identifier '@hist_log' at /home/src/testsuite/systemtap.maps/absentstats.stp:14:17
ERROR: empty aggregate near identifier '@sum' at /home/src/testsuite/systemtap.maps/absentstats.stp:18:21
ERROR: empty aggregate near identifier '@max' at /home/src/testsuite/systemtap.maps/absentstats.stp:19:21
ERROR: empty aggregate near identifier '@min' at /home/src/testsuite/systemtap.maps/absentstats.stp:20:21
ERROR: empty aggregate near identifier '@avg' at /home/src/testsuite/systemtap.maps/absentstats.stp:21:21
ERROR: empty aggregate near identifier 'print' at /home/src/testsuite/systemtap.maps/absentstats.stp:22:15
ERROR: empty aggregate near identifier '@hist_log' at /home/src/testsuite/systemtap.maps/absentstats.stp:23:17
WARNING: Number of errors: 12, skipped probes: 0
0
0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: absentstats
testcase /home/src/testsuite/systemtap.maps/absentstats.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/elision.exp ...
PASS: elision-1
PASS: elision0
PASS: elision1
PASS: elision2
PASS: elision3
testcase /home/src/testsuite/systemtap.maps/elision.exp completed in 28 seconds
Running /home/src/testsuite/systemtap.maps/exists.exp ...
executing: stap /home/src/testsuite/systemtap.maps/exists.stp
PASS: systemtap.maps/exists.stp
testcase /home/src/testsuite/systemtap.maps/exists.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/foreach_fail.exp ...
spawn stap /home/src/testsuite/systemtap.maps/foreach_fail.stp
semantic error: variable 'foo' modified during 'foreach' iteration: identifier 'foo' at /home/src/testsuite/systemtap.maps/foreach_fail.stp:13:4
        source: 	 	foo[i]++
                	 	^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
PASS: foreach_fail correctly failed to compile
testcase /home/src/testsuite/systemtap.maps/foreach_fail.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.maps/foreach_foreach.exp ...
executing: stap /home/src/testsuite/systemtap.maps/foreach_foreach.stp
PASS: systemtap.maps/foreach_foreach.stp
testcase /home/src/testsuite/systemtap.maps/foreach_foreach.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/foreach_limit.exp ...
executing: stap /home/src/testsuite/systemtap.maps/foreach_limit.stp
PASS: systemtap.maps/foreach_limit.stp
testcase /home/src/testsuite/systemtap.maps/foreach_limit.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/foreach_limit2.exp ...
executing: stap /home/src/testsuite/systemtap.maps/foreach_limit2.stp
PASS: systemtap.maps/foreach_limit2.stp
testcase /home/src/testsuite/systemtap.maps/foreach_limit2.exp completed in 7 seconds
Running /home/src/testsuite/systemtap.maps/hist_in_string.exp ...
executing: stap /home/src/testsuite/systemtap.maps/hist_in_string.stp
PASS: systemtap.maps/hist_in_string.stp
testcase /home/src/testsuite/systemtap.maps/hist_in_string.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/ii.exp ...
executing: stap /home/src/testsuite/systemtap.maps/ii.stp
PASS: systemtap.maps/ii.stp
testcase /home/src/testsuite/systemtap.maps/ii.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/iiiiii.exp ...
executing: stap /home/src/testsuite/systemtap.maps/iiiiii.stp
PASS: systemtap.maps/iiiiii.stp
testcase /home/src/testsuite/systemtap.maps/iiiiii.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/is.exp ...
executing: stap /home/src/testsuite/systemtap.maps/is.stp
PASS: systemtap.maps/is.stp
testcase /home/src/testsuite/systemtap.maps/is.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/ix.exp ...
executing: stap /home/src/testsuite/systemtap.maps/ix.stp
PASS: systemtap.maps/ix.stp
testcase /home/src/testsuite/systemtap.maps/ix.exp completed in 7 seconds
Running /home/src/testsuite/systemtap.maps/ix_clear.exp ...
spawn stap /home/src/testsuite/systemtap.maps/ix_clear.stp
foo[1] = 1 1
ERROR: empty aggregate near identifier '@sum' at /home/src/testsuite/systemtap.maps/ix_clear.stp:14:45
WARNING: Number of errors: 1, skipped probes: 0
PASS: ix_clear passed
testcase /home/src/testsuite/systemtap.maps/ix_clear.exp completed in 7 seconds
Running /home/src/testsuite/systemtap.maps/ix_clear2.exp ...
spawn stap /home/src/testsuite/systemtap.maps/ix_clear2.stp
foo[1] = 1 1
ERROR: empty aggregate near identifier '@sum' at /home/src/testsuite/systemtap.maps/ix_clear2.stp:14:45
WARNING: Number of errors: 1, skipped probes: 0
PASS: ix_clear2 passed
testcase /home/src/testsuite/systemtap.maps/ix_clear2.exp completed in 7 seconds
Running /home/src/testsuite/systemtap.maps/ix_clear3.exp ...
spawn stap /home/src/testsuite/systemtap.maps/ix_clear3.stp
ERROR: empty aggregate near identifier '@sum' at /home/src/testsuite/systemtap.maps/ix_clear3.stp:7:45
PASS: ix_clear3 passed
testcase /home/src/testsuite/systemtap.maps/ix_clear3.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/ix_hist.exp ...
executing: stap /home/src/testsuite/systemtap.maps/ix_hist.stp -DMAXACTION=10000
PASS: systemtap.maps/ix_hist.stp
testcase /home/src/testsuite/systemtap.maps/ix_hist.exp completed in 7 seconds
Running /home/src/testsuite/systemtap.maps/linear.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear.stp
PASS: systemtap.maps/linear.stp
testcase /home/src/testsuite/systemtap.maps/linear.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/linear_0.exp ...
spawn stap -DMAXACTION=10000 /home/src/testsuite/systemtap.maps/linear_0.stp
WARNING: histogram: interval cannot be zero.
ERROR: global variable agg allocation failed
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: linear_0
testcase /home/src/testsuite/systemtap.maps/linear_0.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/linear_bad.exp ...
spawn stap -DMAXACTION=10000 /home/src/testsuite/systemtap.maps/linear_bad.stp
WARNING: histogram: Number of buckets must be between 1 and 126
Number_of_buckets = (stop - start) / interval.
Please adjust your start, stop, and interval values.
ERROR: global variable agg allocation failed
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: linear_bad
testcase /home/src/testsuite/systemtap.maps/linear_bad.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/linear_empty.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_empty.stp -w
PASS: systemtap.maps/linear_empty.stp
testcase /home/src/testsuite/systemtap.maps/linear_empty.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/linear_large.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_large.stp
PASS: systemtap.maps/linear_large.stp
testcase /home/src/testsuite/systemtap.maps/linear_large.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/linear_large_neg.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_large_neg.stp
PASS: systemtap.maps/linear_large_neg.stp
testcase /home/src/testsuite/systemtap.maps/linear_large_neg.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/linear_nearlyempty.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_nearlyempty.stp
PASS: systemtap.maps/linear_nearlyempty.stp
testcase /home/src/testsuite/systemtap.maps/linear_nearlyempty.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/linear_neg.exp ...
spawn stap -DMAXACTION=10000 /home/src/testsuite/systemtap.maps/linear_neg.stp
WARNING: histogram: Number of buckets must be between 1 and 126
Number_of_buckets = (stop - start) / interval.
Please adjust your start, stop, and interval values.
ERROR: global variable agg allocation failed
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: linear_neg
testcase /home/src/testsuite/systemtap.maps/linear_neg.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/linear_over.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_over.stp -DMAXACTION=10000
PASS: systemtap.maps/linear_over.stp
testcase /home/src/testsuite/systemtap.maps/linear_over.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/linear_overunder.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_overunder.stp
PASS: systemtap.maps/linear_overunder.stp
testcase /home/src/testsuite/systemtap.maps/linear_overunder.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/linear_under.exp ...
executing: stap /home/src/testsuite/systemtap.maps/linear_under.stp -DMAXACTION=10000
PASS: systemtap.maps/linear_under.stp
testcase /home/src/testsuite/systemtap.maps/linear_under.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/log.exp ...
executing: stap /home/src/testsuite/systemtap.maps/log.stp
PASS: systemtap.maps/log.stp
testcase /home/src/testsuite/systemtap.maps/log.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.maps/log_edge.exp ...
executing: stap /home/src/testsuite/systemtap.maps/log_edge.stp
PASS: systemtap.maps/log_edge.stp
testcase /home/src/testsuite/systemtap.maps/log_edge.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/pmap_agg_overflow.exp ...
spawn stap -DMAXERRORS=1 -g /home/src/testsuite/systemtap.maps/pmap_agg_overflow.stp
ERROR: aggregation overflow in global.s_stat near keyword at /home/src/testsuite/systemtap.maps/pmap_agg_overflow.stp:28:5
ERROR: aggregation overflow in global.s_stat near keyword at /home/src/testsuite/systemtap.maps/pmap_agg_overflow.stp:34:5
WARNING: Number of errors: 2, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
PASS: pmap_agg_overflow
testcase /home/src/testsuite/systemtap.maps/pmap_agg_overflow.exp completed in 20 seconds
Running /home/src/testsuite/systemtap.maps/si.exp ...
executing: stap /home/src/testsuite/systemtap.maps/si.stp
PASS: systemtap.maps/si.stp
testcase /home/src/testsuite/systemtap.maps/si.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.maps/ss.exp ...
executing: stap /home/src/testsuite/systemtap.maps/ss.stp
PASS: systemtap.maps/ss.stp
testcase /home/src/testsuite/systemtap.maps/ss.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.pass1-4/buildko.exp ...
Running /home/src/testsuite/buildko/one.stp
starting /home/src/testsuite/buildko/one.stp
spawn2 /home/src/testsuite/buildko/one.stp
spawn /home/src/testsuite/buildko/one.stp
/tmp/stapuL3KcO/stap_1e51405209f3fa15f1bec003dedd89b6_840.c: In function ‘function_get_release’:
/tmp/stapuL3KcO/stap_1e51405209f3fa15f1bec003dedd89b6_840.c:157: error: incompatible types in assignment
/tmp/stapuL3KcO/stap_1e51405209f3fa15f1bec003dedd89b6_840.c: In function ‘function_get_release’:

/tmp/stapuL3KcO/stap_1e51405209f3fa15f1bec003dedd89b6_840.c:157: error: incompatible types in assignment
make[3]: *** [/tmp/stapuL3KcO/stap_1e51405209f3fa15f1bec003dedd89b6_840.o] Error 1
make[2]: *** [_module_/tmp/stapuL3KcO] Error 2
Pass 4: compilation failed.  Try again with another '--vp 0001' option.

make[3]: *** [/tmp/stapuL3KcO/stap_1e51405209f3fa15f1bec003dedd89b6_840.o] Error 1

make[2]: *** [_module_/tmp/stapuL3KcO] Error 2

Pass 4: compilation failed.  Try again with another '--vp 0001' option.
wait results: 5977 exp12 0 1
XFAIL: buildko/one.stp
Running /home/src/testsuite/buildko/three.stp
starting /home/src/testsuite/buildko/three.stp
spawn1 stap -gp4 /home/src/testsuite/buildko/three.stp
spawn stap -gp4 /home/src/testsuite/buildko/three.stp
/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c: In function ‘probe_2082’:
/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: ‘SYNTAX’ undeclared (first use in this function)
/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: (Each undeclared identifier is reported only once
/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: for each function it appears in.)
/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: expected ‘)’ before ‘ERROR’
/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c: In function ‘probe_2082’:

/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: ‘SYNTAX’ undeclared (first use in this function)

/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: (Each undeclared identifier is reported only once

/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: for each function it appears in.)

/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.c:133: error: expected ‘)’ before ‘ERROR’
make[3]: *** [/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.o] Error 1
make[2]: *** [_module_/tmp/stapPXEgPD] Error 2
Pass 4: compilation failed.  Try again with another '--vp 0001' option.

make[3]: *** [/tmp/stapPXEgPD/stap_37090c279afd72aac184ac4118155dba_565.o] Error 1

make[2]: *** [_module_/tmp/stapPXEgPD] Error 2

Pass 4: compilation failed.  Try again with another '--vp 0001' option.
wait results: 6140 exp12 0 1
XFAIL: buildko/three.stp
Running /home/src/testsuite/buildko/two.stp
starting /home/src/testsuite/buildko/two.stp
spawn1 stap -p4 /home/src/testsuite/buildko/two.stp
spawn stap -p4 /home/src/testsuite/buildko/two.stp
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:289:
/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:289:

/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:312:
/usr/local/share/systemtap/runtime/pmap-gen.c:275:2: error: #error "excessive key arity == too many array indexes"

In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:312:

/usr/local/share/systemtap/runtime/pmap-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:335:
/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"

In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:335:

/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:358:
/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"

In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:358:

/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:381:
/usr/local/share/systemtap/runtime/pmap-gen.c:275:2: error: #error "excessive key arity == too many array indexes"

In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:381:

/usr/local/share/systemtap/runtime/pmap-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:404:
/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"

In file included from /tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:404:

/usr/local/share/systemtap/runtime/map-gen.c:275:2: error: #error "excessive key arity == too many array indexes"
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c: In function ‘probe_2082’:
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:478: error: implicit declaration of function ‘_stp_map_set_isisisisiss’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:486: error: implicit declaration of function ‘_stp_map_set_sisisisisii’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:493: error: implicit declaration of function ‘_stp_pmap_add_isisisisisx’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:500: error: implicit declaration of function ‘_stp_pmap_add_sisisisisix’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c: In function ‘probe_2082’:

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:478: error: implicit declaration of function ‘_stp_map_set_isisisisiss’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:486: error: implicit declaration of function ‘_stp_map_set_sisisisisii’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:493: error: implicit declaration of function ‘_stp_pmap_add_isisisisisx’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:500: error: implicit declaration of function ‘_stp_pmap_add_sisisisisix’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c: In function ‘systemtap_module_init’:
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1096: error: implicit declaration of function ‘_stp_map_new_isisisisiss’
cc1: warnings being treated as errors
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1096: error: assignment makes pointer from integer without a cast
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1102: error: implicit declaration of function ‘_stp_map_new_sisisisisii’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1102: error: assignment makes pointer from integer without a cast
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1108: error: implicit declaration of function ‘_stp_pmap_new_isisisisisx’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1108: error: assignment makes pointer from integer without a cast
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1114: error: implicit declaration of function ‘_stp_pmap_new_sisisisisix’
/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1114: error: assignment makes pointer from integer without a cast

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c: In function ‘systemtap_module_init’:

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1096: error: implicit declaration of function ‘_stp_map_new_isisisisiss’

cc1: warnings being treated as errors

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1096: error: assignment makes pointer from integer without a cast

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1102: error: implicit declaration of function ‘_stp_map_new_sisisisisii’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1102: error: assignment makes pointer from integer without a cast

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1108: error: implicit declaration of function ‘_stp_pmap_new_isisisisisx’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1108: error: assignment makes pointer from integer without a cast

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1114: error: implicit declaration of function ‘_stp_pmap_new_sisisisisix’

/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.c:1114: error: assignment makes pointer from integer without a cast
make[3]: *** [/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.o] Error 1
make[2]: *** [_module_/tmp/stapZIue7w] Error 2
Pass 4: compilation failed.  Try again with another '--vp 0001' option.

make[3]: *** [/tmp/stapZIue7w/stap_3e9ee49b797286077853b6f5768c5686_3463.o] Error 1

make[2]: *** [_module_/tmp/stapZIue7w] Error 2

Pass 4: compilation failed.  Try again with another '--vp 0001' option.
wait results: 6302 exp12 0 1
XFAIL: buildko/two.stp
testcase /home/src/testsuite/systemtap.pass1-4/buildko.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.pass1-4/buildok.exp ...
Running /home/src/testsuite/buildok/array_size.stp
starting /home/src/testsuite/buildok/array_size.stp
spawn1 stap -p4 /home/src/testsuite/buildok/array_size.stp
spawn stap -p4 /home/src/testsuite/buildok/array_size.stp
/home/src/testsuite/.systemtap-root/cache/15/stap_153fb08bd11e37986b1d9a46d227e506_806.ko
/home/src/testsuite/.systemtap-root/cache/15/stap_153fb08bd11e37986b1d9a46d227e506_806.ko
wait results: 6464 exp12 0 0
PASS: buildok/array_size.stp
Running /home/src/testsuite/buildok/atomic.stp
starting /home/src/testsuite/buildok/atomic.stp
spawn1 stap -p4 /home/src/testsuite/buildok/atomic.stp
spawn stap -p4 /home/src/testsuite/buildok/atomic.stp
/home/src/testsuite/.systemtap-root/cache/d5/stap_d5ffc7141b810c179b559d73a92d2227_1523.ko
/home/src/testsuite/.systemtap-root/cache/d5/stap_d5ffc7141b810c179b559d73a92d2227_1523.ko
wait results: 6667 exp12 0 0
PASS: buildok/atomic.stp
Running /home/src/testsuite/buildok/aux_syscalls-embedded.stp
starting /home/src/testsuite/buildok/aux_syscalls-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/aux_syscalls-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/aux_syscalls-embedded.stp
/home/src/testsuite/.systemtap-root/cache/15/stap_158c281d3576608ca1804cb20d110094_64069.ko
/home/src/testsuite/.systemtap-root/cache/15/stap_158c281d3576608ca1804cb20d110094_64069.ko
wait results: 6868 exp12 0 0
PASS: buildok/aux_syscalls-embedded.stp
Running /home/src/testsuite/buildok/cmdline01.stp
starting /home/src/testsuite/buildok/cmdline01.stp
spawn2 /home/src/testsuite/buildok/cmdline01.stp
spawn /home/src/testsuite/buildok/cmdline01.stp
/home/src/testsuite/.systemtap-root/cache/43/stap_43b3d96bfe83d54cea501debb890f678_831.ko
/home/src/testsuite/.systemtap-root/cache/43/stap_43b3d96bfe83d54cea501debb890f678_831.ko
wait results: 7069 exp12 0 0
PASS: buildok/cmdline01.stp
Running /home/src/testsuite/buildok/context-embedded.stp
starting /home/src/testsuite/buildok/context-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/context-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/context-embedded.stp
/home/src/testsuite/.systemtap-root/cache/32/stap_329261c10bc02aab61ecb18c52f5c0a1_11314.ko
/home/src/testsuite/.systemtap-root/cache/32/stap_329261c10bc02aab61ecb18c52f5c0a1_11314.ko
wait results: 7271 exp12 0 0
PASS: buildok/context-embedded.stp
Running /home/src/testsuite/buildok/context-symbols-embedded.stp
starting /home/src/testsuite/buildok/context-symbols-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/context-symbols-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/context-symbols-embedded.stp
/home/src/testsuite/.systemtap-root/cache/88/stap_88a86a003e26892b98ce1a9a179fe9f3_3461.ko
/home/src/testsuite/.systemtap-root/cache/88/stap_88a86a003e26892b98ce1a9a179fe9f3_3461.ko
wait results: 7472 exp12 0 0
PASS: buildok/context-symbols-embedded.stp
Running /home/src/testsuite/buildok/context-unwind-embedded.stp
starting /home/src/testsuite/buildok/context-unwind-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/context-unwind-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/context-unwind-embedded.stp
/home/src/testsuite/.systemtap-root/cache/a2/stap_a2a406095bb27a4983193456c25affba_1891.ko
/home/src/testsuite/.systemtap-root/cache/a2/stap_a2a406095bb27a4983193456c25affba_1891.ko
wait results: 7673 exp12 0 0
PASS: buildok/context-unwind-embedded.stp
Running /home/src/testsuite/buildok/conversions-embedded.stp
starting /home/src/testsuite/buildok/conversions-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/conversions-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/conversions-embedded.stp
/home/src/testsuite/.systemtap-root/cache/b8/stap_b895569ce8325df7ec08b80180e47792_9718.ko
/home/src/testsuite/.systemtap-root/cache/b8/stap_b895569ce8325df7ec08b80180e47792_9718.ko
wait results: 7874 exp12 0 0
PASS: buildok/conversions-embedded.stp
Running /home/src/testsuite/buildok/conversions-guru-embedded.stp
starting /home/src/testsuite/buildok/conversions-guru-embedded.stp
spawn1 stap -gup4 /home/src/testsuite/buildok/conversions-guru-embedded.stp
spawn stap -gup4 /home/src/testsuite/buildok/conversions-guru-embedded.stp
/home/src/testsuite/.systemtap-root/cache/12/stap_126eecc1c83cc069aa83a4e4ef8de3bc_3513.ko
/home/src/testsuite/.systemtap-root/cache/12/stap_126eecc1c83cc069aa83a4e4ef8de3bc_3513.ko
wait results: 8075 exp12 0 0
PASS: buildok/conversions-guru-embedded.stp
Running /home/src/testsuite/buildok/conversions.stp
starting /home/src/testsuite/buildok/conversions.stp
spawn1 stap -p4 /home/src/testsuite/buildok/conversions.stp
spawn stap -p4 /home/src/testsuite/buildok/conversions.stp
/home/src/testsuite/.systemtap-root/cache/87/stap_8762dd4afdf99000305628264b1b3305_9793.ko
/home/src/testsuite/.systemtap-root/cache/87/stap_8762dd4afdf99000305628264b1b3305_9793.ko
wait results: 8276 exp12 0 0
PASS: buildok/conversions.stp
Running /home/src/testsuite/buildok/ctime-embedded.stp
starting /home/src/testsuite/buildok/ctime-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ctime-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/ctime-embedded.stp
/home/src/testsuite/.systemtap-root/cache/2d/stap_2d81926f7f4d0399398f2af16dc791ba_3821.ko
/home/src/testsuite/.systemtap-root/cache/2d/stap_2d81926f7f4d0399398f2af16dc791ba_3821.ko
wait results: 8477 exp12 0 0
PASS: buildok/ctime-embedded.stp
Running /home/src/testsuite/buildok/delete.stp
starting /home/src/testsuite/buildok/delete.stp
spawn1 stap -p4 /home/src/testsuite/buildok/delete.stp
spawn stap -p4 /home/src/testsuite/buildok/delete.stp
/home/src/testsuite/.systemtap-root/cache/ea/stap_eac3aeddc04d4f2a1b2290243713be36_850.ko
/home/src/testsuite/.systemtap-root/cache/ea/stap_eac3aeddc04d4f2a1b2290243713be36_850.ko
wait results: 8678 exp12 0 0
PASS: buildok/delete.stp
Running /home/src/testsuite/buildok/dentry-embedded.stp
starting /home/src/testsuite/buildok/dentry-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/dentry-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/dentry-embedded.stp
/home/src/testsuite/.systemtap-root/cache/e2/stap_e218844f5f9b6fd8b602fca4da5fd9bb_10589.ko
/home/src/testsuite/.systemtap-root/cache/e2/stap_e218844f5f9b6fd8b602fca4da5fd9bb_10589.ko
wait results: 8879 exp12 0 0
PASS: buildok/dentry-embedded.stp
Running /home/src/testsuite/buildok/dev-embedded.stp
starting /home/src/testsuite/buildok/dev-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/dev-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/dev-embedded.stp
/home/src/testsuite/.systemtap-root/cache/62/stap_62e1c5877a210ea623b51ebb332ff9fa_6478.ko
/home/src/testsuite/.systemtap-root/cache/62/stap_62e1c5877a210ea623b51ebb332ff9fa_6478.ko
wait results: 9080 exp12 0 0
PASS: buildok/dev-embedded.stp
Running /home/src/testsuite/buildok/eight.stp
starting /home/src/testsuite/buildok/eight.stp
spawn1 stap -p4 /home/src/testsuite/buildok/eight.stp
spawn stap -p4 /home/src/testsuite/buildok/eight.stp
/home/src/testsuite/.systemtap-root/cache/65/stap_65c6a47a317a9f77c57f44b836f3a111_628.ko
/home/src/testsuite/.systemtap-root/cache/65/stap_65c6a47a317a9f77c57f44b836f3a111_628.ko
wait results: 9281 exp12 0 0
PASS: buildok/eight.stp
Running /home/src/testsuite/buildok/eighteen.stp
starting /home/src/testsuite/buildok/eighteen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/eighteen.stp
spawn stap -p4 /home/src/testsuite/buildok/eighteen.stp
/home/src/testsuite/.systemtap-root/cache/45/stap_45f4df405ace0ec467bd461ee66b66b6_1613.ko
/home/src/testsuite/.systemtap-root/cache/45/stap_45f4df405ace0ec467bd461ee66b66b6_1613.ko
wait results: 9482 exp12 0 0
PASS: buildok/eighteen.stp
Running /home/src/testsuite/buildok/eleven.stp
starting /home/src/testsuite/buildok/eleven.stp
spawn1 stap -p4 /home/src/testsuite/buildok/eleven.stp
spawn stap -p4 /home/src/testsuite/buildok/eleven.stp
/home/src/testsuite/.systemtap-root/cache/dc/stap_dc98a4828ca8dff6cdb9057634c1d6ea_874.ko
/home/src/testsuite/.systemtap-root/cache/dc/stap_dc98a4828ca8dff6cdb9057634c1d6ea_874.ko
wait results: 9683 exp12 0 0
PASS: buildok/eleven.stp
Running /home/src/testsuite/buildok/endian-embedded.stp
starting /home/src/testsuite/buildok/endian-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/endian-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/endian-embedded.stp
/home/src/testsuite/.systemtap-root/cache/90/stap_90eb9449a1c8ed0a5d9c123fa112be9f_1229.ko
/home/src/testsuite/.systemtap-root/cache/90/stap_90eb9449a1c8ed0a5d9c123fa112be9f_1229.ko
wait results: 9884 exp12 0 0
PASS: buildok/endian-embedded.stp
Running /home/src/testsuite/buildok/errno-embedded.stp
starting /home/src/testsuite/buildok/errno-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/errno-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/errno-embedded.stp
/home/src/testsuite/.systemtap-root/cache/98/stap_983191f4f58401fbd0e957de7d414e87_7076.ko
/home/src/testsuite/.systemtap-root/cache/98/stap_983191f4f58401fbd0e957de7d414e87_7076.ko
wait results: 10085 exp12 0 0
PASS: buildok/errno-embedded.stp
Running /home/src/testsuite/buildok/fifteen.stp
starting /home/src/testsuite/buildok/fifteen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/fifteen.stp
spawn stap -p4 /home/src/testsuite/buildok/fifteen.stp
/home/src/testsuite/.systemtap-root/cache/2c/stap_2c65b27e7f7dc93e7331e9401b5d8c54_1115.ko
/home/src/testsuite/.systemtap-root/cache/2c/stap_2c65b27e7f7dc93e7331e9401b5d8c54_1115.ko
wait results: 10286 exp12 0 0
PASS: buildok/fifteen.stp
Running /home/src/testsuite/buildok/five.stp
starting /home/src/testsuite/buildok/five.stp
spawn1 stap -p4 /home/src/testsuite/buildok/five.stp
spawn stap -p4 /home/src/testsuite/buildok/five.stp
/home/src/testsuite/.systemtap-root/cache/58/stap_588c2301ea8605a4d1092454c5274cb4_876.ko
/home/src/testsuite/.systemtap-root/cache/58/stap_588c2301ea8605a4d1092454c5274cb4_876.ko
wait results: 10487 exp12 0 0
PASS: buildok/five.stp
Running /home/src/testsuite/buildok/fortyfive.stp
starting /home/src/testsuite/buildok/fortyfive.stp
spawn1 stap -p4 /home/src/testsuite/buildok/fortyfive.stp
spawn stap -p4 /home/src/testsuite/buildok/fortyfive.stp
/home/src/testsuite/.systemtap-root/cache/0f/stap_0f2a7f3184b2b146177e65abf5e843dd_11915.ko
/home/src/testsuite/.systemtap-root/cache/0f/stap_0f2a7f3184b2b146177e65abf5e843dd_11915.ko
wait results: 10688 exp12 0 0
PASS: buildok/fortyfive.stp
Running /home/src/testsuite/buildok/fortyone.stp
starting /home/src/testsuite/buildok/fortyone.stp
spawn1 stap -p4 /home/src/testsuite/buildok/fortyone.stp
spawn stap -p4 /home/src/testsuite/buildok/fortyone.stp
/home/src/testsuite/.systemtap-root/cache/5e/stap_5ef5ed489a26cc9ccf2779768633159e_2170.ko
/home/src/testsuite/.systemtap-root/cache/5e/stap_5ef5ed489a26cc9ccf2779768633159e_2170.ko
wait results: 10889 exp12 0 0
PASS: buildok/fortyone.stp
Running /home/src/testsuite/buildok/fortysix.stp
starting /home/src/testsuite/buildok/fortysix.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/fortysix.stp
spawn stap -wp4 /home/src/testsuite/buildok/fortysix.stp
/home/src/testsuite/.systemtap-root/cache/bf/stap_bf6cddb7e0bc828760ed9b44de2c9b44_172144.ko
/home/src/testsuite/.systemtap-root/cache/bf/stap_bf6cddb7e0bc828760ed9b44de2c9b44_172144.ko
wait results: 11090 exp12 0 0
PASS: buildok/fortysix.stp
Running /home/src/testsuite/buildok/fortytwo.stp
starting /home/src/testsuite/buildok/fortytwo.stp
spawn2 /home/src/testsuite/buildok/fortytwo.stp
spawn /home/src/testsuite/buildok/fortytwo.stp
/home/src/testsuite/buildok/fortytwo.stp: do_readv_writev@fs/read_write.c found, starting line 635
/home/src/testsuite/buildok/fortytwo.stp: do_readv_writev@fs/read_write.c found, starting line 635
probe kernel.statement("do_readv_writev@fs/read_write.c:635") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:635") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:636") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:636") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:637") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:637") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:639") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:639") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:641") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:641") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:645") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:645") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:650") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:650") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:655") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:655") {$file} # OK
probe kernel.statement("do_readv_writev@fs/read_write.c:660") {$file} # OK

probe kernel.statement("do_readv_writev@fs/read_write.c:660") {$file} # OK
wait results: 11291 exp12 0 0
PASS: buildok/fortytwo.stp
Running /home/src/testsuite/buildok/four.stp
starting /home/src/testsuite/buildok/four.stp
spawn1 stap -p4 /home/src/testsuite/buildok/four.stp
spawn stap -p4 /home/src/testsuite/buildok/four.stp
/home/src/testsuite/.systemtap-root/cache/0d/stap_0d48fc7cc537a7cf4c1f33dd115f6ef9_638.ko
/home/src/testsuite/.systemtap-root/cache/0d/stap_0d48fc7cc537a7cf4c1f33dd115f6ef9_638.ko
wait results: 13103 exp12 0 0
PASS: buildok/four.stp
Running /home/src/testsuite/buildok/fourteen-plus.stp
starting /home/src/testsuite/buildok/fourteen-plus.stp
spawn1 stap -tp4 /home/src/testsuite/buildok/fourteen-plus.stp
spawn stap -tp4 /home/src/testsuite/buildok/fourteen-plus.stp
/home/src/testsuite/.systemtap-root/cache/e4/stap_e4a69d37e6c9354fc93b48c511078a05_1782.ko
/home/src/testsuite/.systemtap-root/cache/e4/stap_e4a69d37e6c9354fc93b48c511078a05_1782.ko
wait results: 13304 exp12 0 0
PASS: buildok/fourteen-plus.stp
Running /home/src/testsuite/buildok/fourteen.stp
starting /home/src/testsuite/buildok/fourteen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/fourteen.stp
spawn stap -p4 /home/src/testsuite/buildok/fourteen.stp
/home/src/testsuite/.systemtap-root/cache/65/stap_655f0c14efb6c7fd24c7672a8d91bec5_1782.ko
/home/src/testsuite/.systemtap-root/cache/65/stap_655f0c14efb6c7fd24c7672a8d91bec5_1782.ko
wait results: 13505 exp12 0 0
PASS: buildok/fourteen.stp
Running /home/src/testsuite/buildok/gtod_init.stp
starting /home/src/testsuite/buildok/gtod_init.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/gtod_init.stp
spawn stap -gp4 /home/src/testsuite/buildok/gtod_init.stp
/home/src/testsuite/.systemtap-root/cache/48/stap_4805f6580ec220ec188af9bfb592095b_1158.ko
/home/src/testsuite/.systemtap-root/cache/48/stap_4805f6580ec220ec188af9bfb592095b_1158.ko
wait results: 13706 exp12 0 0
PASS: buildok/gtod_init.stp
Running /home/src/testsuite/buildok/gtod_noinit.stp
starting /home/src/testsuite/buildok/gtod_noinit.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/gtod_noinit.stp
spawn stap -gp4 /home/src/testsuite/buildok/gtod_noinit.stp
/home/src/testsuite/.systemtap-root/cache/e5/stap_e5d6ea2ad3e74d36d48a20e711086e6c_808.ko
/home/src/testsuite/.systemtap-root/cache/e5/stap_e5d6ea2ad3e74d36d48a20e711086e6c_808.ko
wait results: 13907 exp12 0 0
PASS: buildok/gtod_noinit.stp
Running /home/src/testsuite/buildok/histogram_operator_in.stp
starting /home/src/testsuite/buildok/histogram_operator_in.stp
spawn1 stap -p4 /home/src/testsuite/buildok/histogram_operator_in.stp
spawn stap -p4 /home/src/testsuite/buildok/histogram_operator_in.stp
/home/src/testsuite/.systemtap-root/cache/ce/stap_cecff05206f70ad633d732a5002e4354_1034.ko
/home/src/testsuite/.systemtap-root/cache/ce/stap_cecff05206f70ad633d732a5002e4354_1034.ko
wait results: 14108 exp12 0 0
PASS: buildok/histogram_operator_in.stp
Running /home/src/testsuite/buildok/hwbkpt.stp
starting /home/src/testsuite/buildok/hwbkpt.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/hwbkpt.stp
spawn stap -wp4 /home/src/testsuite/buildok/hwbkpt.stp
/home/src/testsuite/.systemtap-root/cache/4a/stap_4a79f14a742300850ba8c98be34eb6b6_554.ko
/home/src/testsuite/.systemtap-root/cache/4a/stap_4a79f14a742300850ba8c98be34eb6b6_554.ko
wait results: 14309 exp12 0 0
PASS: buildok/hwbkpt.stp
Running /home/src/testsuite/buildok/indent.stp
starting /home/src/testsuite/buildok/indent.stp
spawn1 stap -p4 /home/src/testsuite/buildok/indent.stp
spawn stap -p4 /home/src/testsuite/buildok/indent.stp
/home/src/testsuite/.systemtap-root/cache/c0/stap_c00268830f89f6b8ab2eb28b605ac0f8_2479.ko
/home/src/testsuite/.systemtap-root/cache/c0/stap_c00268830f89f6b8ab2eb28b605ac0f8_2479.ko
wait results: 14510 exp12 0 0
PASS: buildok/indent.stp
Running /home/src/testsuite/buildok/inet-embedded.stp
starting /home/src/testsuite/buildok/inet-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/inet-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/inet-embedded.stp
/home/src/testsuite/.systemtap-root/cache/7e/stap_7e111ac8d9743eeb9206b39ec881dc0d_1265.ko
/home/src/testsuite/.systemtap-root/cache/7e/stap_7e111ac8d9743eeb9206b39ec881dc0d_1265.ko
wait results: 14711 exp12 0 0
PASS: buildok/inet-embedded.stp
Running /home/src/testsuite/buildok/inet_sock-embedded.stp
starting /home/src/testsuite/buildok/inet_sock-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/inet_sock-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/inet_sock-embedded.stp
/home/src/testsuite/.systemtap-root/cache/ba/stap_baeaae9830d486b8cbda22425503ea98_2222.ko
/home/src/testsuite/.systemtap-root/cache/ba/stap_baeaae9830d486b8cbda22425503ea98_2222.ko
wait results: 14912 exp12 0 0
PASS: buildok/inet_sock-embedded.stp
Running /home/src/testsuite/buildok/ioblock-all-probes.stp
starting /home/src/testsuite/buildok/ioblock-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/ioblock-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/ioblock-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/47/stap_4713dfcc7c006e409e9ebcf83838a456_961.ko
/home/src/testsuite/.systemtap-root/cache/47/stap_4713dfcc7c006e409e9ebcf83838a456_961.ko
wait results: 15113 exp12 0 0
PASS: buildok/ioblock-all-probes.stp
Running /home/src/testsuite/buildok/ioblock-detailed.stp
starting /home/src/testsuite/buildok/ioblock-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ioblock-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/ioblock-detailed.stp
/home/src/testsuite/.systemtap-root/cache/39/stap_39ab0d67b15c89b7d8f1546c8c8ab591_17142.ko
/home/src/testsuite/.systemtap-root/cache/39/stap_39ab0d67b15c89b7d8f1546c8c8ab591_17142.ko
wait results: 15502 exp12 0 0
PASS: buildok/ioblock-detailed.stp
Running /home/src/testsuite/buildok/ioblock-embedded.stp
starting /home/src/testsuite/buildok/ioblock-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ioblock-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/ioblock-embedded.stp
/home/src/testsuite/.systemtap-root/cache/e6/stap_e6388100b3cadc6b24d2e70aacd2a98d_8594.ko
/home/src/testsuite/.systemtap-root/cache/e6/stap_e6388100b3cadc6b24d2e70aacd2a98d_8594.ko
wait results: 15703 exp12 0 0
PASS: buildok/ioblock-embedded.stp
Running /home/src/testsuite/buildok/ioscheduler-all-probes.stp
starting /home/src/testsuite/buildok/ioscheduler-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/ioscheduler-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/ioscheduler-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/be/stap_be2f5d07de89688f3073ec5896310d08_1639.ko
/home/src/testsuite/.systemtap-root/cache/be/stap_be2f5d07de89688f3073ec5896310d08_1639.ko
wait results: 15904 exp12 0 0
PASS: buildok/ioscheduler-all-probes.stp
Running /home/src/testsuite/buildok/ioscheduler-detailed.stp
starting /home/src/testsuite/buildok/ioscheduler-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ioscheduler-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/ioscheduler-detailed.stp
/home/src/testsuite/.systemtap-root/cache/2f/stap_2fe5764323acf60ab82a45306c8f6e63_12897.ko
/home/src/testsuite/.systemtap-root/cache/2f/stap_2fe5764323acf60ab82a45306c8f6e63_12897.ko
wait results: 16105 exp12 0 0
PASS: buildok/ioscheduler-detailed.stp
Running /home/src/testsuite/buildok/ioscheduler-embedded.stp
starting /home/src/testsuite/buildok/ioscheduler-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ioscheduler-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/ioscheduler-embedded.stp
/home/src/testsuite/.systemtap-root/cache/7e/stap_7e82342b3b88ccb4c41a3c4c70cd09c2_2323.ko
/home/src/testsuite/.systemtap-root/cache/7e/stap_7e82342b3b88ccb4c41a3c4c70cd09c2_2323.ko
wait results: 16306 exp12 0 0
PASS: buildok/ioscheduler-embedded.stp
Running /home/src/testsuite/buildok/ipmib-all-probes.stp
starting /home/src/testsuite/buildok/ipmib-all-probes.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ipmib-all-probes.stp
spawn stap -p4 /home/src/testsuite/buildok/ipmib-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/16/stap_160f3990e4ae5c2d76d50a2e43a0ff70_15932.ko
/home/src/testsuite/.systemtap-root/cache/16/stap_160f3990e4ae5c2d76d50a2e43a0ff70_15932.ko
wait results: 16507 exp12 0 0
PASS: buildok/ipmib-all-probes.stp
Running /home/src/testsuite/buildok/irq.stp
starting /home/src/testsuite/buildok/irq.stp
spawn1 stap -p4 /home/src/testsuite/buildok/irq.stp
spawn stap -p4 /home/src/testsuite/buildok/irq.stp
WARNING: side-effect-free probe 'probe_2088': keyword at /home/src/testsuite/buildok/irq.stp:5:1
 source: probe workqueue.* !, never {}
         ^
WARNING: side-effect-free probe 'probe_2091': keyword at :6:1
 source: probe irq_handler.* !, never {}
         ^
WARNING: side-effect-free probe 'probe_2094': keyword at :7:1
 source: probe softirq.* !, never {}
         ^
WARNING: side-effect-free probe 'probe_2088': keyword at /home/src/testsuite/buildok/irq.stp:5:1

 source: probe workqueue.* !, never {}

         ^

WARNING: side-effect-free probe 'probe_2091': keyword at :6:1

 source: probe irq_handler.* !, never {}

         ^

WARNING: side-effect-free probe 'probe_2094': keyword at :7:1

 source: probe softirq.* !, never {}

         ^
/home/src/testsuite/.systemtap-root/cache/a7/stap_a7cbaabc8cfbee024c3c8184a9cb473f_616.ko

/home/src/testsuite/.systemtap-root/cache/a7/stap_a7cbaabc8cfbee024c3c8184a9cb473f_616.ko
wait results: 16896 exp12 0 0
PASS: buildok/irq.stp
Running /home/src/testsuite/buildok/iterate_histogram_buckets.stp
starting /home/src/testsuite/buildok/iterate_histogram_buckets.stp
spawn1 stap -p4 /home/src/testsuite/buildok/iterate_histogram_buckets.stp
spawn stap -p4 /home/src/testsuite/buildok/iterate_histogram_buckets.stp
/home/src/testsuite/.systemtap-root/cache/26/stap_2684678aba71a16e8a20aad2b6570b7a_1114.ko
/home/src/testsuite/.systemtap-root/cache/26/stap_2684678aba71a16e8a20aad2b6570b7a_1114.ko
wait results: 17097 exp12 0 0
PASS: buildok/iterate_histogram_buckets.stp
Running /home/src/testsuite/buildok/linuxmib-all-probes.stp
starting /home/src/testsuite/buildok/linuxmib-all-probes.stp
spawn1 stap -p4 /home/src/testsuite/buildok/linuxmib-all-probes.stp
spawn stap -p4 /home/src/testsuite/buildok/linuxmib-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/75/stap_759a1f78e12b1579241dabbfe75bd21e_7180.ko
/home/src/testsuite/.systemtap-root/cache/75/stap_759a1f78e12b1579241dabbfe75bd21e_7180.ko
wait results: 17298 exp12 0 0
PASS: buildok/linuxmib-all-probes.stp
Running /home/src/testsuite/buildok/logging.stp
starting /home/src/testsuite/buildok/logging.stp
spawn1 stap -p4 /home/src/testsuite/buildok/logging.stp
spawn stap -p4 /home/src/testsuite/buildok/logging.stp
/home/src/testsuite/.systemtap-root/cache/bc/stap_bc21129aeaf745a15aac73b93f9871ff_1762.ko
/home/src/testsuite/.systemtap-root/cache/bc/stap_bc21129aeaf745a15aac73b93f9871ff_1762.ko
wait results: 17499 exp12 0 0
PASS: buildok/logging.stp
Running /home/src/testsuite/buildok/maxactive01.stp
starting /home/src/testsuite/buildok/maxactive01.stp
spawn1 stap -p4 /home/src/testsuite/buildok/maxactive01.stp
spawn stap -p4 /home/src/testsuite/buildok/maxactive01.stp
/home/src/testsuite/.systemtap-root/cache/ea/stap_eab17959717e1ec690fd61d5e9c567dd_676.ko
/home/src/testsuite/.systemtap-root/cache/ea/stap_eab17959717e1ec690fd61d5e9c567dd_676.ko
wait results: 17700 exp12 0 0
PASS: buildok/maxactive01.stp
Running /home/src/testsuite/buildok/memory-all-probes.stp
starting /home/src/testsuite/buildok/memory-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/memory-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/memory-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/0e/stap_0ea7338473d612dd1a1b412d57e13f34_12529.ko
/home/src/testsuite/.systemtap-root/cache/0e/stap_0ea7338473d612dd1a1b412d57e13f34_12529.ko
wait results: 17901 exp12 0 0
PASS: buildok/memory-all-probes.stp
Running /home/src/testsuite/buildok/memory-detailed.stp
starting /home/src/testsuite/buildok/memory-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/memory-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/memory-detailed.stp
WARNING: cannot probe .return of 1 inlined function(s): kmem_cache_alloc_notrace
WARNING: cannot probe .return of 1 inlined function(s): kmem_cache_alloc_notrace
WARNING: cannot probe .return of 1 inlined function(s): kmalloc_node

WARNING: cannot probe .return of 1 inlined function(s): kmalloc_node
/home/src/testsuite/.systemtap-root/cache/a1/stap_a10f5e9d9b55286b2b6c4ade53dcda3a_20591.ko

/home/src/testsuite/.systemtap-root/cache/a1/stap_a10f5e9d9b55286b2b6c4ade53dcda3a_20591.ko
wait results: 18105 exp12 0 0
PASS: buildok/memory-detailed.stp
Running /home/src/testsuite/buildok/memory-embedded.stp
starting /home/src/testsuite/buildok/memory-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/memory-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/memory-embedded.stp
/home/src/testsuite/.systemtap-root/cache/40/stap_40dac38f2bfbdb374f62c3bb2e1241b3_5386.ko
/home/src/testsuite/.systemtap-root/cache/40/stap_40dac38f2bfbdb374f62c3bb2e1241b3_5386.ko
wait results: 18308 exp12 0 0
PASS: buildok/memory-embedded.stp
Running /home/src/testsuite/buildok/memory-mmap.stp
starting /home/src/testsuite/buildok/memory-mmap.stp
spawn1 stap -p4 /home/src/testsuite/buildok/memory-mmap.stp
spawn stap -p4 /home/src/testsuite/buildok/memory-mmap.stp
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b19c5): identifier '$addr' at /usr/local/share/systemtap/tapset/memory.stp:174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b19c0): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b1bae): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b1ba9): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b1cc5): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b1cc0): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b3da6): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b3da1): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c0598): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c0593): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c0781): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c077c): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c0898): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c0893): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c29ad): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c29a8): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x186e509): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x186e504): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x1153f19): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x1153f14): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x6734d): identifier '$addr' at :174:15
        source:     address = $addr
                    semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b19c5): identifier '$addr' at /usr/local/share/systemtap/tapset/memory.stp:174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b19c0): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b1bae): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b1ba9): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b1cc5): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b1cc0): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11b3da6): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11b3da1): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c0598): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c0593): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c0781): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c077c): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c0898): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c0893): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x11c29ad): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x11c29a8): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x186e509): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x186e504): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x1153f19): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x1153f14): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x6734d): identifier '$addr' at :174:15

        source:     address = $addr
          ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x67348): identifier '$len' at :175:14
        source:     length = $len
                             ^
semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x67445): identifier '$addr' at :174:15
        source:     address = $addr
                              ^
semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x67440): identifier '$len' at :175:14
        source:     length = $len
                             ^

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x67348): identifier '$len' at :175:14

        source:     length = $len

                             ^

semantic error: failed to retrieve location attribute for local 'addr' (dieoffset: 0x67445): identifier '$addr' at :174:15

        source:     address = $addr

                              ^

semantic error: failed to retrieve location attribute for local 'len' (dieoffset: 0x67440): identifier '$len' at :175:14

        source:     length = $len

                             ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 18509 exp12 0 1
KFAIL: buildok/memory-mmap.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/memory-write_shared_copy.stp
starting /home/src/testsuite/buildok/memory-write_shared_copy.stp
spawn1 stap -p4 /home/src/testsuite/buildok/memory-write_shared_copy.stp
spawn stap -p4 /home/src/testsuite/buildok/memory-write_shared_copy.stp
/home/src/testsuite/.systemtap-root/cache/12/stap_12c8e21a836e14a1d58d7f5aa83b0f12_548.ko
/home/src/testsuite/.systemtap-root/cache/12/stap_12c8e21a836e14a1d58d7f5aa83b0f12_548.ko
wait results: 18513 exp12 0 0
PASS: buildok/memory-write_shared_copy.stp
Running /home/src/testsuite/buildok/memory.stp
starting /home/src/testsuite/buildok/memory.stp
spawn1 stap -p4 /home/src/testsuite/buildok/memory.stp
spawn stap -p4 /home/src/testsuite/buildok/memory.stp
/home/src/testsuite/.systemtap-root/cache/43/stap_433dbf91ea8269a3f2f413362695bf0c_3418.ko
/home/src/testsuite/.systemtap-root/cache/43/stap_433dbf91ea8269a3f2f413362695bf0c_3418.ko
wait results: 18714 exp12 0 0
PASS: buildok/memory.stp
Running /home/src/testsuite/buildok/networking-all-probes.stp
starting /home/src/testsuite/buildok/networking-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/networking-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/networking-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/6a/stap_6a33d22bea84d920896e9ae3c8a5fb2a_3269.ko
/home/src/testsuite/.systemtap-root/cache/6a/stap_6a33d22bea84d920896e9ae3c8a5fb2a_3269.ko
wait results: 18915 exp12 0 0
PASS: buildok/networking-all-probes.stp
Running /home/src/testsuite/buildok/networking-change_rx_flag.stp
starting /home/src/testsuite/buildok/networking-change_rx_flag.stp
spawn1 stap -p4 /home/src/testsuite/buildok/networking-change_rx_flag.stp
spawn stap -p4 /home/src/testsuite/buildok/networking-change_rx_flag.stp
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db48ea): identifier '$dev' at /usr/local/share/systemtap/tapset/networking.stp:159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db48e5): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4a91): identifier '$dev' at :159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4a8c): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4b99): identifier '$dev' at :159:29
        source: 	dev_name = get_netdev_name($dev)
                	                           ^
semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4b94): identifier '$flags' at :160:10
        source: 	flags = $flags
                	        ^
semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db48ea): identifier '$dev' at /usr/local/share/systemtap/tapset/networking.stp:159:29

        source: 	dev_name = get_netdev_name($dev)

                	                           ^

semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db48e5): identifier '$flags' at :160:10

        source: 	flags = $flags

                	        ^

semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4a91): identifier '$dev' at :159:29

        source: 	dev_name = get_netdev_name($dev)

                	                           ^

semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4a8c): identifier '$flags' at :160:10

        source: 	flags = $flags

                	        ^

semantic error: failed to retrieve location attribute for local 'dev' (dieoffset: 0x2db4b99): identifier '$dev' at :159:29

        source: 	dev_name = get_netdev_name($dev)

                	                           ^

semantic error: failed to retrieve location attribute for local 'flags' (dieoffset: 0x2db4b94): identifier '$flags' at :160:10

        source: 	flags = $flags

                	        ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 19116 exp12 0 1
KFAIL: buildok/networking-change_rx_flag.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/networking-detailed.stp
starting /home/src/testsuite/buildok/networking-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/networking-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/networking-detailed.stp
/home/src/testsuite/.systemtap-root/cache/ff/stap_ff8f890fb7280530b5fe5cf21f2e3366_22212.ko
/home/src/testsuite/.systemtap-root/cache/ff/stap_ff8f890fb7280530b5fe5cf21f2e3366_22212.ko
wait results: 19120 exp12 0 0
PASS: buildok/networking-detailed.stp
Running /home/src/testsuite/buildok/networking-embedded.stp
starting /home/src/testsuite/buildok/networking-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/networking-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/networking-embedded.stp
/home/src/testsuite/.systemtap-root/cache/1c/stap_1cffb57492e5320fe44c5c043288eb7e_1640.ko
/home/src/testsuite/.systemtap-root/cache/1c/stap_1cffb57492e5320fe44c5c043288eb7e_1640.ko
wait results: 19321 exp12 0 0
PASS: buildok/networking-embedded.stp
Running /home/src/testsuite/buildok/nfs-all-probes.stp
starting /home/src/testsuite/buildok/nfs-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/nfs-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/nfs-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/f8/stap_f8af8c6a4620df345428a3210d87824d_120167.ko
/home/src/testsuite/.systemtap-root/cache/f8/stap_f8af8c6a4620df345428a3210d87824d_120167.ko
wait results: 19522 exp12 0 0
PASS: buildok/nfs-all-probes.stp
Running /home/src/testsuite/buildok/nfs-detailed.stp
starting /home/src/testsuite/buildok/nfs-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfs-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/nfs-detailed.stp
/home/src/testsuite/.systemtap-root/cache/02/stap_02d8fcb74ae645382dee42460cdf8d66_108303.ko
/home/src/testsuite/.systemtap-root/cache/02/stap_02d8fcb74ae645382dee42460cdf8d66_108303.ko
wait results: 19723 exp12 0 0
PASS: buildok/nfs-detailed.stp
Running /home/src/testsuite/buildok/nfs-embedded.stp
starting /home/src/testsuite/buildok/nfs-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfs-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/nfs-embedded.stp
/home/src/testsuite/.systemtap-root/cache/4f/stap_4f8a62c4b9cf9dd6c52a81106fa54207_19134.ko
/home/src/testsuite/.systemtap-root/cache/4f/stap_4f8a62c4b9cf9dd6c52a81106fa54207_19134.ko
wait results: 19924 exp12 0 0
PASS: buildok/nfs-embedded.stp
Running /home/src/testsuite/buildok/nfs-fop.check_flags.stp
starting /home/src/testsuite/buildok/nfs-fop.check_flags.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfs-fop.check_flags.stp
spawn stap -p4 /home/src/testsuite/buildok/nfs-fop.check_flags.stp
semantic error: not accessible at this address (0xa8498): identifier '$flags' at /usr/local/share/systemtap/tapset/nfs.stp:746:16
        source:         flag = $flags
                               ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: not accessible at this address (0xa8498): identifier '$flags' at /usr/local/share/systemtap/tapset/nfs.stp:746:16

        source:         flag = $flags

                               ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 20125 exp12 0 1
KFAIL: buildok/nfs-fop.check_flags.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/nfs_proc-detailed.stp
starting /home/src/testsuite/buildok/nfs_proc-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfs_proc-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/nfs_proc-detailed.stp
/home/src/testsuite/.systemtap-root/cache/31/stap_3145c98e7edcd1497593c40291ec3623_78135.ko
/home/src/testsuite/.systemtap-root/cache/31/stap_3145c98e7edcd1497593c40291ec3623_78135.ko
wait results: 20129 exp12 0 0
PASS: buildok/nfs_proc-detailed.stp
Running /home/src/testsuite/buildok/nfs_proc-embedded.stp
starting /home/src/testsuite/buildok/nfs_proc-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfs_proc-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/nfs_proc-embedded.stp
/home/src/testsuite/.systemtap-root/cache/ef/stap_ef9abff470330aa94e37c89a773a81f8_13853.ko
/home/src/testsuite/.systemtap-root/cache/ef/stap_ef9abff470330aa94e37c89a773a81f8_13853.ko
wait results: 20330 exp12 0 0
PASS: buildok/nfs_proc-embedded.stp
Running /home/src/testsuite/buildok/nfsd-all-probes.stp
starting /home/src/testsuite/buildok/nfsd-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/nfsd-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/nfsd-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/0f/stap_0ffdd9f3d3ae80ee82d63b76a16c4c11_110571.ko
/home/src/testsuite/.systemtap-root/cache/0f/stap_0ffdd9f3d3ae80ee82d63b76a16c4c11_110571.ko
wait results: 20531 exp12 0 0
PASS: buildok/nfsd-all-probes.stp
Running /home/src/testsuite/buildok/nfsd-detailed.stp
starting /home/src/testsuite/buildok/nfsd-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfsd-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/nfsd-detailed.stp
semantic error: not accessible at this address (0x95a84): identifier '$filp' at /usr/local/share/systemtap/tapset/nfsd.stp:1046:29
        source: 	filename = __file_filename($filp)
                	                           ^
semantic error: not accessible at this address (0x95b84): identifier '$filp' at :1046:29
        source: 	filename = __file_filename($filp)
                	                           ^
semantic error: not accessible at this address (0x95a84): identifier '$filp' at /usr/local/share/systemtap/tapset/nfsd.stp:1046:29

        source: 	filename = __file_filename($filp)

                	                           ^

semantic error: not accessible at this address (0x95b84): identifier '$filp' at :1046:29

        source: 	filename = __file_filename($filp)

                	                           ^
semantic error: not accessible at this address (0x95ca0): identifier '$filp' at :1046:29
        source: 	filename = __file_filename($filp)
                	                           ^
semantic error: not accessible at this address (0x95dac): identifier '$filp' at :1046:29

semantic error: not accessible at this address (0x95ca0): identifier '$filp' at :1046:29

        source: 	filename = __file_filename($filp)

                	                           ^

semantic error: not accessible at this address (0x95dac): identifier '$filp' at :1046:29
        source: 	filename = __file_filename($filp)
                	                           ^

        source: 	filename = __file_filename($filp)

                	                           ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 20732 exp12 0 1
FAIL: buildok/nfsd-detailed.stp
Running /home/src/testsuite/buildok/nfsd-embedded.stp
starting /home/src/testsuite/buildok/nfsd-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfsd-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/nfsd-embedded.stp
/home/src/testsuite/.systemtap-root/cache/ad/stap_ad6175c3610678ac0a82aaabf35ff329_3623.ko
/home/src/testsuite/.systemtap-root/cache/ad/stap_ad6175c3610678ac0a82aaabf35ff329_3623.ko
wait results: 20736 exp12 0 0
PASS: buildok/nfsd-embedded.stp
Running /home/src/testsuite/buildok/nfsderrno-embedded.stp
starting /home/src/testsuite/buildok/nfsderrno-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nfsderrno-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/nfsderrno-embedded.stp
/home/src/testsuite/.systemtap-root/cache/a2/stap_a2f4472e3e6e2b410edbb2f39ef8362f_12083.ko
/home/src/testsuite/.systemtap-root/cache/a2/stap_a2f4472e3e6e2b410edbb2f39ef8362f_12083.ko
wait results: 20937 exp12 0 0
PASS: buildok/nfsderrno-embedded.stp
Running /home/src/testsuite/buildok/nine.stp
starting /home/src/testsuite/buildok/nine.stp
spawn1 stap -wp2 /home/src/testsuite/buildok/nine.stp
spawn stap -wp2 /home/src/testsuite/buildok/nine.stp
# probes
begin /* <- begin */
# probes

begin /* <- begin */
wait results: 21138 exp12 0 0
PASS: buildok/nine.stp
Running /home/src/testsuite/buildok/nineteen.stp
starting /home/src/testsuite/buildok/nineteen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/nineteen.stp
spawn stap -p4 /home/src/testsuite/buildok/nineteen.stp
/home/src/testsuite/.systemtap-root/cache/5e/stap_5e50bfc02e39eb2f25fc6bc0516de47c_941.ko
/home/src/testsuite/.systemtap-root/cache/5e/stap_5e50bfc02e39eb2f25fc6bc0516de47c_941.ko
wait results: 21142 exp12 0 0
PASS: buildok/nineteen.stp
Running /home/src/testsuite/buildok/null.stp
starting /home/src/testsuite/buildok/null.stp
spawn1 stap -p4 /home/src/testsuite/buildok/null.stp
spawn stap -p4 /home/src/testsuite/buildok/null.stp
/home/src/testsuite/.systemtap-root/cache/3e/stap_3e4add114e2d3afa40d9060e876b48a8_697.ko
/home/src/testsuite/.systemtap-root/cache/3e/stap_3e4add114e2d3afa40d9060e876b48a8_697.ko
wait results: 21343 exp12 0 0
PASS: buildok/null.stp
Running /home/src/testsuite/buildok/one.stp
starting /home/src/testsuite/buildok/one.stp
spawn1 stap -p4 /home/src/testsuite/buildok/one.stp
spawn stap -p4 /home/src/testsuite/buildok/one.stp
/home/src/testsuite/.systemtap-root/cache/a8/stap_a836c8f44bdbc25f50bf9d5d3762107e_970.ko
/home/src/testsuite/.systemtap-root/cache/a8/stap_a836c8f44bdbc25f50bf9d5d3762107e_970.ko
wait results: 21548 exp12 0 0
PASS: buildok/one.stp
Running /home/src/testsuite/buildok/per-process-syscall.stp
starting /home/src/testsuite/buildok/per-process-syscall.stp
spawn1 stap -p4 /home/src/testsuite/buildok/per-process-syscall.stp
spawn stap -p4 /home/src/testsuite/buildok/per-process-syscall.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process.syscall
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process.syscall.return
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process.syscall

semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process.syscall.return

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 21749 exp12 0 1
KFAIL: buildok/per-process-syscall.stp (PRMS: 9999)
Running /home/src/testsuite/buildok/perfmon01.stp
starting /home/src/testsuite/buildok/perfmon01.stp
spawn1 stap -p4 /home/src/testsuite/buildok/perfmon01.stp
spawn stap -p4 /home/src/testsuite/buildok/perfmon01.stp
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue): identifier 'perfmon' at /home/src/testsuite/buildok/perfmon01.stp:12:7 while resolving probe point perfmon.counter("cycles")
        source: probe perfmon.counter("cycles") { h1=$counter; }
                      ^
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue): identifier 'perfmon' at :13:7 while resolving probe point perfmon.counter("instructions")
        source: probe perfmon.counter("instructions") { h2=$counter; }
                      ^
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue): identifier 'perfmon' at /home/src/testsuite/buildok/perfmon01.stp:12:7 while resolving probe point perfmon.counter("cycles")

        source: probe perfmon.counter("cycles") { h1=$counter; }

                      ^

semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue): identifier 'perfmon' at :13:7 while resolving probe point perfmon.counter("instructions")

        source: probe perfmon.counter("instructions") { h2=$counter; }

                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 21754 exp12 0 1
KFAIL: buildok/perfmon01.stp (PRMS: 909)
Running /home/src/testsuite/buildok/pmap_foreach.stp
starting /home/src/testsuite/buildok/pmap_foreach.stp
spawn1 stap -p4 /home/src/testsuite/buildok/pmap_foreach.stp
spawn stap -p4 /home/src/testsuite/buildok/pmap_foreach.stp
/home/src/testsuite/.systemtap-root/cache/64/stap_6480b37a082c7a07a95f69a7b2d91422_1709.ko
/home/src/testsuite/.systemtap-root/cache/64/stap_6480b37a082c7a07a95f69a7b2d91422_1709.ko
wait results: 21758 exp12 0 0
PASS: buildok/pmap_foreach.stp
Running /home/src/testsuite/buildok/pr10678.stp
starting /home/src/testsuite/buildok/pr10678.stp
spawn1 stap -p4 /home/src/testsuite/buildok/pr10678.stp
spawn stap -p4 /home/src/testsuite/buildok/pr10678.stp
semantic error: no match while resolving probe point module("ne2k_pci").function("ne2k_pci_open")
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: no match while resolving probe point module("ne2k_pci").function("ne2k_pci_open")

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 21959 exp12 0 1
FAIL: buildok/pr10678.stp
Running /home/src/testsuite/buildok/pretty.stp
starting /home/src/testsuite/buildok/pretty.stp
spawn1 stap -p4 /home/src/testsuite/buildok/pretty.stp
spawn stap -p4 /home/src/testsuite/buildok/pretty.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("stap").function("parse_cmdline")
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("stap").function("parse_cmdline")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 21963 exp12 0 1
FAIL: buildok/pretty.stp
Running /home/src/testsuite/buildok/print_histogram_entry.stp
starting /home/src/testsuite/buildok/print_histogram_entry.stp
spawn1 stap -p4 /home/src/testsuite/buildok/print_histogram_entry.stp
spawn stap -p4 /home/src/testsuite/buildok/print_histogram_entry.stp
/home/src/testsuite/.systemtap-root/cache/ce/stap_ce2df931cb1616ace4d3b8840e440e3e_1190.ko
/home/src/testsuite/.systemtap-root/cache/ce/stap_ce2df931cb1616ace4d3b8840e440e3e_1190.ko
wait results: 21967 exp12 0 0
PASS: buildok/print_histogram_entry.stp
Running /home/src/testsuite/buildok/print_histograms.stp
starting /home/src/testsuite/buildok/print_histograms.stp
spawn1 stap -p4 /home/src/testsuite/buildok/print_histograms.stp
spawn stap -p4 /home/src/testsuite/buildok/print_histograms.stp
/home/src/testsuite/.systemtap-root/cache/54/stap_546a634ee5efa7f53dbddefbd22df3f9_1301.ko
/home/src/testsuite/.systemtap-root/cache/54/stap_546a634ee5efa7f53dbddefbd22df3f9_1301.ko
wait results: 22168 exp12 0 0
PASS: buildok/print_histograms.stp
Running /home/src/testsuite/buildok/printf.stp
starting /home/src/testsuite/buildok/printf.stp
spawn1 stap -p4 /home/src/testsuite/buildok/printf.stp
spawn stap -p4 /home/src/testsuite/buildok/printf.stp
/home/src/testsuite/.systemtap-root/cache/f7/stap_f73e45840c8752969e4bbab23c306c77_1686.ko
/home/src/testsuite/.systemtap-root/cache/f7/stap_f73e45840c8752969e4bbab23c306c77_1686.ko
wait results: 22369 exp12 0 0
PASS: buildok/printf.stp
Running /home/src/testsuite/buildok/proc_mem-embedded.stp
starting /home/src/testsuite/buildok/proc_mem-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/proc_mem-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/proc_mem-embedded.stp
/home/src/testsuite/.systemtap-root/cache/30/stap_307ed9530ba594aa6f7f09532d5f3c5c_11430.ko
/home/src/testsuite/.systemtap-root/cache/30/stap_307ed9530ba594aa6f7f09532d5f3c5c_11430.ko
wait results: 22570 exp12 0 0
PASS: buildok/proc_mem-embedded.stp
Running /home/src/testsuite/buildok/process-all-probes.stp
starting /home/src/testsuite/buildok/process-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/process-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/process-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/b9/stap_b969b0322e64f6998051bcb3477940e7_3442.ko
/home/src/testsuite/.systemtap-root/cache/b9/stap_b969b0322e64f6998051bcb3477940e7_3442.ko
wait results: 22771 exp12 0 0
PASS: buildok/process-all-probes.stp
Running /home/src/testsuite/buildok/process_test.stp
starting /home/src/testsuite/buildok/process_test.stp
spawn1 stap -p4 /home/src/testsuite/buildok/process_test.stp
spawn stap -p4 /home/src/testsuite/buildok/process_test.stp
semantic error: no match while resolving probe point kernel.function("handle_signal")
semantic error: no match while resolving probe point signal.handle
semantic error: no match while resolving probe point kernel.function("handle_signal")

semantic error: no match while resolving probe point signal.handle
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 22972 exp12 0 1
FAIL: buildok/process_test.stp
Running /home/src/testsuite/buildok/procfs01.stp
starting /home/src/testsuite/buildok/procfs01.stp
spawn1 stap -p4 /home/src/testsuite/buildok/procfs01.stp
spawn stap -p4 /home/src/testsuite/buildok/procfs01.stp
/home/src/testsuite/.systemtap-root/cache/06/stap_06bb001d14268afd7e8edbcbe7f2b28b_1392.ko
/home/src/testsuite/.systemtap-root/cache/06/stap_06bb001d14268afd7e8edbcbe7f2b28b_1392.ko
wait results: 22976 exp12 0 0
PASS: buildok/procfs01.stp
Running /home/src/testsuite/buildok/queue_stats-embedded.stp
starting /home/src/testsuite/buildok/queue_stats-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/queue_stats-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/queue_stats-embedded.stp
/home/src/testsuite/.systemtap-root/cache/93/stap_934fa166d29f360d712cb931989dcaa1_4227.ko
/home/src/testsuite/.systemtap-root/cache/93/stap_934fa166d29f360d712cb931989dcaa1_4227.ko
wait results: 23177 exp12 0 0
PASS: buildok/queue_stats-embedded.stp
Running /home/src/testsuite/buildok/rpc-all-probes.stp
starting /home/src/testsuite/buildok/rpc-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/rpc-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/rpc-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/2c/stap_2c527f1c7d88aac01e39f7c12852c540_54788.ko
/home/src/testsuite/.systemtap-root/cache/2c/stap_2c527f1c7d88aac01e39f7c12852c540_54788.ko
wait results: 23378 exp12 0 0
PASS: buildok/rpc-all-probes.stp
Running /home/src/testsuite/buildok/rpc-detailed.stp
starting /home/src/testsuite/buildok/rpc-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/rpc-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/rpc-detailed.stp
WARNING: cannot probe .return of 1 inlined function(s): rpc_release_task
WARNING: cannot probe .return of 1 inlined function(s): rpc_release_task
/home/src/testsuite/.systemtap-root/cache/05/stap_05347ae95eea388c7e78cff9fb18d751_116775.ko

/home/src/testsuite/.systemtap-root/cache/05/stap_05347ae95eea388c7e78cff9fb18d751_116775.ko
wait results: 23579 exp12 0 0
PASS: buildok/rpc-detailed.stp
Running /home/src/testsuite/buildok/rpc-embedded.stp
starting /home/src/testsuite/buildok/rpc-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/rpc-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/rpc-embedded.stp
/home/src/testsuite/.systemtap-root/cache/9f/stap_9f84bd66f43273e52681e73ff047a0ac_11146.ko
/home/src/testsuite/.systemtap-root/cache/9f/stap_9f84bd66f43273e52681e73ff047a0ac_11146.ko
wait results: 23780 exp12 0 0
PASS: buildok/rpc-embedded.stp
Running /home/src/testsuite/buildok/scheduler-all-probes.stp
starting /home/src/testsuite/buildok/scheduler-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/scheduler-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/scheduler-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/20/stap_204ddff5e8a67d1e6c63dc22314cc764_4096.ko
/home/src/testsuite/.systemtap-root/cache/20/stap_204ddff5e8a67d1e6c63dc22314cc764_4096.ko
wait results: 23981 exp12 0 0
PASS: buildok/scheduler-all-probes.stp
Running /home/src/testsuite/buildok/scheduler-cpu_off.stp
starting /home/src/testsuite/buildok/scheduler-cpu_off.stp
spawn1 stap -p4 /home/src/testsuite/buildok/scheduler-cpu_off.stp
spawn stap -p4 /home/src/testsuite/buildok/scheduler-cpu_off.stp
semantic error: not accessible at this address (0xc00000000053b8d8): identifier '$prev' at /usr/local/share/systemtap/tapset/scheduler.stp:42:17
        source:     task_prev = $prev
                                ^
semantic error: failed to retrieve location attribute for local 'next' (dieoffset: 0x7fce1c): identifier '$next' at :43:17
        source:     task_next = $next
                                ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: not accessible at this address (0xc00000000053b8d8): identifier '$prev' at /usr/local/share/systemtap/tapset/scheduler.stp:42:17

        source:     task_prev = $prev

                                ^

semantic error: failed to retrieve location attribute for local 'next' (dieoffset: 0x7fce1c): identifier '$next' at :43:17

        source:     task_next = $next

                                ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 24182 exp12 0 1
KFAIL: buildok/scheduler-cpu_off.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/scheduler-ctxswitch.stp
starting /home/src/testsuite/buildok/scheduler-ctxswitch.stp
spawn1 stap -p4 /home/src/testsuite/buildok/scheduler-ctxswitch.stp
spawn stap -p4 /home/src/testsuite/buildok/scheduler-ctxswitch.stp
/home/src/testsuite/.systemtap-root/cache/ec/stap_ecbdc0ee481b3732ab336f5ad8954011_9752.ko
/home/src/testsuite/.systemtap-root/cache/ec/stap_ecbdc0ee481b3732ab336f5ad8954011_9752.ko
wait results: 24186 exp12 0 0
PASS: buildok/scheduler-ctxswitch.stp
Running /home/src/testsuite/buildok/scheduler-detailed.stp
starting /home/src/testsuite/buildok/scheduler-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/scheduler-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/scheduler-detailed.stp
/home/src/testsuite/.systemtap-root/cache/f5/stap_f59c48da479388e04bdf31d948a866eb_20377.ko
/home/src/testsuite/.systemtap-root/cache/f5/stap_f59c48da479388e04bdf31d948a866eb_20377.ko
wait results: 24387 exp12 0 0
PASS: buildok/scheduler-detailed.stp
Running /home/src/testsuite/buildok/scheduler-embedded.stp
starting /home/src/testsuite/buildok/scheduler-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/scheduler-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/scheduler-embedded.stp
/home/src/testsuite/.systemtap-root/cache/8c/stap_8c35409b13a96b4b2255c868c7d1839e_1540.ko
/home/src/testsuite/.systemtap-root/cache/8c/stap_8c35409b13a96b4b2255c868c7d1839e_1540.ko
wait results: 24588 exp12 0 0
PASS: buildok/scheduler-embedded.stp
Running /home/src/testsuite/buildok/scheduler-migrate.stp
starting /home/src/testsuite/buildok/scheduler-migrate.stp
spawn1 stap -p4 /home/src/testsuite/buildok/scheduler-migrate.stp
spawn stap -p4 /home/src/testsuite/buildok/scheduler-migrate.stp
WARNING: never-assigned local variable 'pid' (alternatives: cpu_to priority task cpu_from): identifier 'pid' at /home/src/testsuite/buildok/scheduler-migrate.stp:11:38
 source: 	printf("pid = %d, priority = %d\n", pid, priority)
         	                                    ^
WARNING: never-assigned local variable 'priority' (alternatives: cpu_to pid task cpu_from): identifier 'priority' at :11:43
 source: 	printf("pid = %d, priority = %d\n", pid, priority)
         	                                         ^
WARNING: never-assigned local variable 'task' (alternatives: cpu_to pid priority cpu_from): identifier 'task' at :12:23
 source: 	printf("%p %d/%d\n", task, cpu_from, cpu_to)	
         	                     ^
WARNING: never-assigned local variable 'cpu_from' (alternatives: cpu_to pid priority task): identifier 'cpu_from' at :12:29
 source: 	printf("%p %d/%d\n", task, cpu_from, cpu_to)	
         	                           ^
WARNING: never-assigned local variable 'pid' (alternatives: cpu_to priority task cpu_from): identifier 'pid' at /home/src/testsuite/buildok/scheduler-migrate.stp:11:38

 source: 	printf("pid = %d, priority = %d\n", pid, priority)

         	                                    ^

WARNING: never-assigned local variable 'priority' (alternatives: cpu_to pid task cpu_from): identifier 'priority' at :11:43

 source: 	printf("pid = %d, priority = %d\n", pid, priority)

         	                                         ^

WARNING: never-assigned local variable 'task' (alternatives: cpu_to pid priority cpu_from): identifier 'task' at :12:23

 source: 	printf("%p %d/%d\n", task, cpu_from, cpu_to)	

         	                     ^

WARNING: never-assigned local variable 'cpu_from' (alternatives: cpu_to pid priority task): identifier 'cpu_from' at :12:29

 source: 	printf("%p %d/%d\n", task, cpu_from, cpu_to)	

         	                           ^
/home/src/testsuite/.systemtap-root/cache/4a/stap_4a7227541c4888e07448f773c178229e_5122.ko

/home/src/testsuite/.systemtap-root/cache/4a/stap_4a7227541c4888e07448f773c178229e_5122.ko
wait results: 24789 exp12 0 0
PASS: buildok/scheduler-migrate.stp
Running /home/src/testsuite/buildok/scsi-all-probes.stp
starting /home/src/testsuite/buildok/scsi-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/scsi-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/scsi-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/cd/stap_cd0d762b63f95015ff47b196ab7b0ecf_3465.ko
/home/src/testsuite/.systemtap-root/cache/cd/stap_cd0d762b63f95015ff47b196ab7b0ecf_3465.ko
wait results: 24990 exp12 0 0
PASS: buildok/scsi-all-probes.stp
Running /home/src/testsuite/buildok/scsi-embedded.stp
starting /home/src/testsuite/buildok/scsi-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/scsi-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/scsi-embedded.stp
/home/src/testsuite/.systemtap-root/cache/87/stap_87c8d1d197422e7e85716324a016c2f3_3986.ko
/home/src/testsuite/.systemtap-root/cache/87/stap_87c8d1d197422e7e85716324a016c2f3_3986.ko
wait results: 25191 exp12 0 0
PASS: buildok/scsi-embedded.stp
Running /home/src/testsuite/buildok/scsi.stp
starting /home/src/testsuite/buildok/scsi.stp
spawn2 /home/src/testsuite/buildok/scsi.stp
spawn /home/src/testsuite/buildok/scsi.stp
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at /usr/local/share/systemtap/tapset/scsi.stp:130:12
        source: 	host_no = $cmd->device->host->host_no
                	          ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :131:12
        source: 	channel = $cmd->device->channel
                	          ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :132:8
        source: 	lun = $cmd->device->lun
                	      ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :133:11
        source: 	dev_id = $cmd->device->id
                	         ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :134:17
        source: 	device_state = $cmd->device->sdev_state
                	               ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :136:19
        source: 	data_direction = $cmd->sc_data_direction
                	                 ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at /usr/local/share/systemtap/tapset/scsi.stp:130:12

        source: 	host_no = $cmd->device->host->host_no

                	          ^

semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :131:12

        source: 	channel = $cmd->device->channel

                	          ^

semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :132:8

        source: 	lun = $cmd->device->lun

                	      ^

semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :133:11

        source: 	dev_id = $cmd->device->id

                	         ^

semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :134:17

        source: 	device_state = $cmd->device->sdev_state

                	               ^

semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :136:19

        source: 	data_direction = $cmd->sc_data_direction

                	                 ^
semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :139:42
        source: 	scsi_timer_pending = scsi_timer_pending($cmd);
                	                                        ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :130:12
        source: 	host_no = $cmd->device->host->host_no
                	          ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :131:12
        source: 	channel = $cmd->device->channel
                	          ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :132:8
        source: 	lun = $cmd->device->lun
                	      ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :133:11
        source: 	dev_id = $cmd->device->id
                	         ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :134:17
        source: 	device_state = $cmd->device->sdev_state
                	               ^

semantic error: not accessible at this address (0x10d7c): identifier '$cmd' at :139:42

        source: 	scsi_timer_pending = scsi_timer_pending($cmd);

                	                                        ^

semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :130:12

        source: 	host_no = $cmd->device->host->host_no

                	          ^

semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :131:12

        source: 	channel = $cmd->device->channel

                	          ^

semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :132:8

        source: 	lun = $cmd->device->lun

                	      ^

semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :133:11

        source: 	dev_id = $cmd->device->id

                	         ^

semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :134:17

        source: 	device_state = $cmd->device->sdev_state

                	               ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :136:19
        source: 	data_direction = $cmd->sc_data_direction
                	                 ^
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :139:42
        source: 	scsi_timer_pending = scsi_timer_pending($cmd);
                	                                        ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :130:12
        source: 	host_no = $cmd->device->host->host_no
                	          ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :131:12
        source: 	channel = $cmd->device->channel
                	          ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :132:8
        source: 	lun = $cmd->device->lun
                	      ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :133:11
        source: 	dev_id = $cmd->device->id
                	 
semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :136:19

        source: 	data_direction = $cmd->sc_data_direction

                	                 ^

semantic error: not accessible at this address (0x10e90): identifier '$cmd' at :139:42

        source: 	scsi_timer_pending = scsi_timer_pending($cmd);

                	                                        ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :130:12

        source: 	host_no = $cmd->device->host->host_no

                	          ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :131:12

        source: 	channel = $cmd->device->channel

                	          ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :132:8

        source: 	lun = $cmd->device->lun

                	      ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :133:11

        source: 	dev_id = $cmd->device->id
        ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :134:17
        source: 	device_state = $cmd->device->sdev_state
                	               ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :136:19
        source: 	data_direction = $cmd->sc_data_direction
                	                 ^
semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :139:42
        source: 	scsi_timer_pending = scsi_timer_pending($cmd);
                	                                        ^

                	         ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :134:17

        source: 	device_state = $cmd->device->sdev_state

                	               ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :136:19

        source: 	data_direction = $cmd->sc_data_direction

                	                 ^

semantic error: not accessible at this address (0x10ef4): identifier '$cmd' at :139:42

        source: 	scsi_timer_pending = scsi_timer_pending($cmd);

                	                                        ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 25392 exp12 0 1
FAIL: buildok/scsi.stp
Running /home/src/testsuite/buildok/semicolon.stp
starting /home/src/testsuite/buildok/semicolon.stp
spawn1 stap -p4 /home/src/testsuite/buildok/semicolon.stp
spawn stap -p4 /home/src/testsuite/buildok/semicolon.stp
/home/src/testsuite/.systemtap-root/cache/f6/stap_f62ae0b86c3ff4e1f96b6500d20a1b7a_829.ko
/home/src/testsuite/.systemtap-root/cache/f6/stap_f62ae0b86c3ff4e1f96b6500d20a1b7a_829.ko
wait results: 25398 exp12 0 0
PASS: buildok/semicolon.stp
Running /home/src/testsuite/buildok/seven.stp
starting /home/src/testsuite/buildok/seven.stp
spawn1 stap -p4 /home/src/testsuite/buildok/seven.stp
spawn stap -p4 /home/src/testsuite/buildok/seven.stp
/home/src/testsuite/.systemtap-root/cache/1a/stap_1a68c0cdc823062220864c2bfd1323eb_1593.ko
/home/src/testsuite/.systemtap-root/cache/1a/stap_1a68c0cdc823062220864c2bfd1323eb_1593.ko
wait results: 25599 exp12 0 0
PASS: buildok/seven.stp
Running /home/src/testsuite/buildok/seventeen.stp
starting /home/src/testsuite/buildok/seventeen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/seventeen.stp
spawn stap -p4 /home/src/testsuite/buildok/seventeen.stp
/home/src/testsuite/.systemtap-root/cache/ea/stap_ea67d9993fd02281d97d13bb9d9b03ac_3079.ko
/home/src/testsuite/.systemtap-root/cache/ea/stap_ea67d9993fd02281d97d13bb9d9b03ac_3079.ko
wait results: 25800 exp12 0 0
PASS: buildok/seventeen.stp
Running /home/src/testsuite/buildok/signal-all-probes.stp
starting /home/src/testsuite/buildok/signal-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/signal-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/signal-all-probes.stp
semantic error: no match while resolving probe point kernel.function("handle_signal")
semantic error: no match while resolving probe point kernel.function("handle_signal")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 26001 exp12 0 1
FAIL: buildok/signal-all-probes.stp
Running /home/src/testsuite/buildok/signal-check_ignored.stp
starting /home/src/testsuite/buildok/signal-check_ignored.stp
spawn1 stap -p4 /home/src/testsuite/buildok/signal-check_ignored.stp
spawn stap -p4 /home/src/testsuite/buildok/signal-check_ignored.stp
semantic error: failed to retrieve location attribute for local 't' (dieoffset: 0x8e4883): identifier '$t' at /usr/local/share/systemtap/tapset/signal.stp:324:15
        source:     sig_pid = $t->pid
                              ^
semantic error: failed to retrieve location attribute for local 't' (dieoffset: 0x8e4883): identifier '$t' at :325:30
        source:     pid_name = kernel_string($t->comm)
                                             ^
semantic error: failed to retrieve location attribute for local 'sig' (dieoffset: 0x8e487e): identifier '$sig' at :326:11
        source:     sig = $sig
                          ^
semantic error: failed to retrieve location attribute for local 'sig' (dieoffset: 0x8e487e): identifier '$sig' at :327:29
        source:     sig_name = _signal_name($sig)
                                            ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: failed to retrieve location attribute for local 't' (dieoffset: 0x8e4883): identifier '$t' at /usr/local/share/systemtap/tapset/signal.stp:324:15

        source:     sig_pid = $t->pid

                              ^

semantic error: failed to retrieve location attribute for local 't' (dieoffset: 0x8e4883): identifier '$t' at :325:30

        source:     pid_name = kernel_string($t->comm)

                                             ^

semantic error: failed to retrieve location attribute for local 'sig' (dieoffset: 0x8e487e): identifier '$sig' at :326:11

        source:     sig = $sig

                          ^

semantic error: failed to retrieve location attribute for local 'sig' (dieoffset: 0x8e487e): identifier '$sig' at :327:29

        source:     sig_name = _signal_name($sig)

                                            ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 26005 exp12 0 1
KFAIL: buildok/signal-check_ignored.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/signal-detailed.stp
starting /home/src/testsuite/buildok/signal-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/signal-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/signal-detailed.stp
WARNING: cannot probe .return of 1 inlined function(s): sig_ignored
WARNING: cannot probe .return of 1 inlined function(s): sig_ignored
/home/src/testsuite/.systemtap-root/cache/6f/stap_6f8273cb0fb27ede68283168c9738b78_38029.ko

/home/src/testsuite/.systemtap-root/cache/6f/stap_6f8273cb0fb27ede68283168c9738b78_38029.ko
wait results: 26009 exp12 0 0
PASS: buildok/signal-detailed.stp
Running /home/src/testsuite/buildok/signal-embedded.stp
starting /home/src/testsuite/buildok/signal-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/signal-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/signal-embedded.stp
/home/src/testsuite/.systemtap-root/cache/2e/stap_2e1bf84da423af1309d0d21e12cdfcdc_3941.ko
/home/src/testsuite/.systemtap-root/cache/2e/stap_2e1bf84da423af1309d0d21e12cdfcdc_3941.ko
wait results: 26210 exp12 0 0
PASS: buildok/signal-embedded.stp
Running /home/src/testsuite/buildok/signal-handle.stp
starting /home/src/testsuite/buildok/signal-handle.stp
spawn1 stap -p4 /home/src/testsuite/buildok/signal-handle.stp
spawn stap -p4 /home/src/testsuite/buildok/signal-handle.stp
semantic error: no match while resolving probe point kernel.function("handle_signal")
semantic error: no match while resolving probe point signal.handle
semantic error: no match while resolving probe point kernel.function("handle_signal")

semantic error: no match while resolving probe point signal.handle
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 26411 exp12 0 1
KFAIL: buildok/signal-handle.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/six.stp
starting /home/src/testsuite/buildok/six.stp
spawn1 stap -p4 /home/src/testsuite/buildok/six.stp
spawn stap -p4 /home/src/testsuite/buildok/six.stp
/home/src/testsuite/.systemtap-root/cache/31/stap_31e2e10043a7d0dac7f9fc7a142dff8c_819.ko
/home/src/testsuite/.systemtap-root/cache/31/stap_31e2e10043a7d0dac7f9fc7a142dff8c_819.ko
wait results: 26415 exp12 0 0
PASS: buildok/six.stp
Running /home/src/testsuite/buildok/sixteen.stp
starting /home/src/testsuite/buildok/sixteen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/sixteen.stp
spawn stap -p4 /home/src/testsuite/buildok/sixteen.stp
/home/src/testsuite/.systemtap-root/cache/19/stap_1903de463cee019aa0100f7a823f2dda_974.ko
/home/src/testsuite/.systemtap-root/cache/19/stap_1903de463cee019aa0100f7a823f2dda_974.ko
wait results: 26616 exp12 0 0
PASS: buildok/sixteen.stp
Running /home/src/testsuite/buildok/socket-all-probes.stp
starting /home/src/testsuite/buildok/socket-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/socket-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/socket-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/64/stap_64765206a5f546144c7b1d8d6033fffe_19253.ko
/home/src/testsuite/.systemtap-root/cache/64/stap_64765206a5f546144c7b1d8d6033fffe_19253.ko
wait results: 26817 exp12 0 0
PASS: buildok/socket-all-probes.stp
Running /home/src/testsuite/buildok/socket-detailed.stp
starting /home/src/testsuite/buildok/socket-detailed.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/socket-detailed.stp
spawn stap -wp4 /home/src/testsuite/buildok/socket-detailed.stp
/home/src/testsuite/.systemtap-root/cache/be/stap_be7aa3b8b33e9196eac52424c2c7333c_50362.ko
/home/src/testsuite/.systemtap-root/cache/be/stap_be7aa3b8b33e9196eac52424c2c7333c_50362.ko
wait results: 27018 exp12 0 0
PASS: buildok/socket-detailed.stp
Running /home/src/testsuite/buildok/socket-embedded.stp
starting /home/src/testsuite/buildok/socket-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/socket-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/socket-embedded.stp
/home/src/testsuite/.systemtap-root/cache/dd/stap_dd62c1b6bc58ca2e187270c73c003e75_15593.ko
/home/src/testsuite/.systemtap-root/cache/dd/stap_dd62c1b6bc58ca2e187270c73c003e75_15593.ko
wait results: 27219 exp12 0 0
PASS: buildok/socket-embedded.stp
Running /home/src/testsuite/buildok/stat_extract.stp
starting /home/src/testsuite/buildok/stat_extract.stp
spawn1 stap -p4 /home/src/testsuite/buildok/stat_extract.stp
spawn stap -p4 /home/src/testsuite/buildok/stat_extract.stp
/home/src/testsuite/.systemtap-root/cache/60/stap_60ece5effd11d303545653287424b2f2_1277.ko
/home/src/testsuite/.systemtap-root/cache/60/stap_60ece5effd11d303545653287424b2f2_1277.ko
wait results: 27420 exp12 0 0
PASS: buildok/stat_extract.stp
Running /home/src/testsuite/buildok/stat_insert.stp
starting /home/src/testsuite/buildok/stat_insert.stp
spawn1 stap -p4 /home/src/testsuite/buildok/stat_insert.stp
spawn stap -p4 /home/src/testsuite/buildok/stat_insert.stp
/home/src/testsuite/.systemtap-root/cache/28/stap_283f075289f93363f25144a2a72c13ea_2637.ko
/home/src/testsuite/.systemtap-root/cache/28/stap_283f075289f93363f25144a2a72c13ea_2637.ko
wait results: 27621 exp12 0 0
PASS: buildok/stat_insert.stp
Running /home/src/testsuite/buildok/syscall.stp
starting /home/src/testsuite/buildok/syscall.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/syscall.stp
spawn stap -wp4 /home/src/testsuite/buildok/syscall.stp
semantic error: invalid access '[0]' vs. long int: operator '[' at /usr/local/share/systemtap/tapset/syscalls2.stp:312:29
        source: 			pipe0 = user_int(&$fildes[0]);
                			                         ^
semantic error: invalid access '[1]' vs. long int: operator '[' at :313:29
        source: 			pipe1 = user_int(&$fildes[1]);
                			                         ^
semantic error: invalid access '[0]' vs. long int: operator '[' at /usr/local/share/systemtap/tapset/syscalls2.stp:312:29

        source: 			pipe0 = user_int(&$fildes[0]);

                			                         ^

semantic error: invalid access '[1]' vs. long int: operator '[' at :313:29

        source: 			pipe1 = user_int(&$fildes[1]);

                			                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 27822 exp12 0 1
FAIL: buildok/syscall.stp
Running /home/src/testsuite/buildok/task-embedded.stp
starting /home/src/testsuite/buildok/task-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/task-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/task-embedded.stp
/home/src/testsuite/.systemtap-root/cache/0c/stap_0cfc4cc3f870b8551ad8f43ce97904c4_9675.ko
/home/src/testsuite/.systemtap-root/cache/0c/stap_0cfc4cc3f870b8551ad8f43ce97904c4_9675.ko
wait results: 27826 exp12 0 0
PASS: buildok/task-embedded.stp
Running /home/src/testsuite/buildok/task_test.stp
starting /home/src/testsuite/buildok/task_test.stp
spawn1 stap -p4 /home/src/testsuite/buildok/task_test.stp
spawn stap -p4 /home/src/testsuite/buildok/task_test.stp
/home/src/testsuite/.systemtap-root/cache/61/stap_61a686b051ff9c0253883dda3a5ec57b_13202.ko
/home/src/testsuite/.systemtap-root/cache/61/stap_61a686b051ff9c0253883dda3a5ec57b_13202.ko
wait results: 28027 exp12 0 0
PASS: buildok/task_test.stp
Running /home/src/testsuite/buildok/task_time-embedded.stp
starting /home/src/testsuite/buildok/task_time-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/task_time-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/task_time-embedded.stp
/home/src/testsuite/.systemtap-root/cache/fd/stap_fde995a54d6c5dd1cbbca7fd8eb69286_3933.ko
/home/src/testsuite/.systemtap-root/cache/fd/stap_fde995a54d6c5dd1cbbca7fd8eb69286_3933.ko
wait results: 28228 exp12 0 0
PASS: buildok/task_time-embedded.stp
Running /home/src/testsuite/buildok/tcp-all-probes.stp
starting /home/src/testsuite/buildok/tcp-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/tcp-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/tcp-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/80/stap_804db6efbe61f498cd7f71e38dfaffc4_8513.ko
/home/src/testsuite/.systemtap-root/cache/80/stap_804db6efbe61f498cd7f71e38dfaffc4_8513.ko
wait results: 28429 exp12 0 0
PASS: buildok/tcp-all-probes.stp
Running /home/src/testsuite/buildok/tcp-detailed.stp
starting /home/src/testsuite/buildok/tcp-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tcp-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/tcp-detailed.stp
/home/src/testsuite/.systemtap-root/cache/7f/stap_7fe2b3259a6ed498d103ae52a92d2a9f_20668.ko
/home/src/testsuite/.systemtap-root/cache/7f/stap_7fe2b3259a6ed498d103ae52a92d2a9f_20668.ko
wait results: 28630 exp12 0 0
PASS: buildok/tcp-detailed.stp
Running /home/src/testsuite/buildok/tcp-embedded.stp
starting /home/src/testsuite/buildok/tcp-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tcp-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/tcp-embedded.stp
/home/src/testsuite/.systemtap-root/cache/dd/stap_dd2293f3386143b8b46ad62e94563a79_3192.ko
/home/src/testsuite/.systemtap-root/cache/dd/stap_dd2293f3386143b8b46ad62e94563a79_3192.ko
wait results: 28831 exp12 0 0
PASS: buildok/tcp-embedded.stp
Running /home/src/testsuite/buildok/tcp_test.stp
starting /home/src/testsuite/buildok/tcp_test.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tcp_test.stp
spawn stap -p4 /home/src/testsuite/buildok/tcp_test.stp
/home/src/testsuite/.systemtap-root/cache/cc/stap_cc49844ac777d00dd7185e885554efa6_8946.ko
/home/src/testsuite/.systemtap-root/cache/cc/stap_cc49844ac777d00dd7185e885554efa6_8946.ko
wait results: 29032 exp12 0 0
PASS: buildok/tcp_test.stp
Running /home/src/testsuite/buildok/tcpmib-all-probes.stp
starting /home/src/testsuite/buildok/tcpmib-all-probes.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tcpmib-all-probes.stp
spawn stap -p4 /home/src/testsuite/buildok/tcpmib-all-probes.stp
WARNING: eliding unused function 'ipmib_filter_key': identifier 'ipmib_filter_key' at /home/src/testsuite/buildok/tcpmib-all-probes.stp:17:10
 source: function ipmib_filter_key:long (skb:long, op:long, SourceIsLocal:long) {
                  ^
WARNING: eliding unused function 'ipmib_filter_key': identifier 'ipmib_filter_key' at /home/src/testsuite/buildok/tcpmib-all-probes.stp:17:10

 source: function ipmib_filter_key:long (skb:long, op:long, SourceIsLocal:long) {

                  ^
/home/src/testsuite/.systemtap-root/cache/34/stap_34c639ac55dc8abf65008ceddfedf00f_15616.ko

/home/src/testsuite/.systemtap-root/cache/34/stap_34c639ac55dc8abf65008ceddfedf00f_15616.ko
wait results: 29233 exp12 0 0
PASS: buildok/tcpmib-all-probes.stp
Running /home/src/testsuite/buildok/tcpmib-detailed.stp
starting /home/src/testsuite/buildok/tcpmib-detailed.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/tcpmib-detailed.stp
spawn stap -wp4 /home/src/testsuite/buildok/tcpmib-detailed.stp
/home/src/testsuite/.systemtap-root/cache/05/stap_051c35fdebc55c92719ec07e85ecfead_14170.ko
/home/src/testsuite/.systemtap-root/cache/05/stap_051c35fdebc55c92719ec07e85ecfead_14170.ko
wait results: 29434 exp12 0 0
PASS: buildok/tcpmib-detailed.stp
Running /home/src/testsuite/buildok/ten.stp
starting /home/src/testsuite/buildok/ten.stp
spawn1 stap -up4 /home/src/testsuite/buildok/ten.stp
spawn stap -up4 /home/src/testsuite/buildok/ten.stp
/home/src/testsuite/.systemtap-root/cache/ac/stap_ac326cab8965da0f84e9b8d264bb2b12_1090.ko
/home/src/testsuite/.systemtap-root/cache/ac/stap_ac326cab8965da0f84e9b8d264bb2b12_1090.ko
wait results: 29635 exp12 0 0
PASS: buildok/ten.stp
Running /home/src/testsuite/buildok/thirteen.stp
starting /home/src/testsuite/buildok/thirteen.stp
spawn1 stap -p4 /home/src/testsuite/buildok/thirteen.stp
spawn stap -p4 /home/src/testsuite/buildok/thirteen.stp
/home/src/testsuite/.systemtap-root/cache/2c/stap_2cee07b3f7d4459873fc9b515ecf3943_1022.ko
/home/src/testsuite/.systemtap-root/cache/2c/stap_2cee07b3f7d4459873fc9b515ecf3943_1022.ko
wait results: 29836 exp12 0 0
PASS: buildok/thirteen.stp
Running /home/src/testsuite/buildok/thirty.stp
starting /home/src/testsuite/buildok/thirty.stp
spawn1 stap -p4 /home/src/testsuite/buildok/thirty.stp
spawn stap -p4 /home/src/testsuite/buildok/thirty.stp
/home/src/testsuite/.systemtap-root/cache/95/stap_95e82ac832ad2bc8d406a4c4963d5bb3_16329.ko
/home/src/testsuite/.systemtap-root/cache/95/stap_95e82ac832ad2bc8d406a4c4963d5bb3_16329.ko
wait results: 30037 exp12 0 0
PASS: buildok/thirty.stp
Running /home/src/testsuite/buildok/thirtyfour.stp
starting /home/src/testsuite/buildok/thirtyfour.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/thirtyfour.stp
spawn stap -gp4 /home/src/testsuite/buildok/thirtyfour.stp
/home/src/testsuite/.systemtap-root/cache/b3/stap_b36e6dc46f5318c5f0fbb79c4eb6ea20_763.ko
/home/src/testsuite/.systemtap-root/cache/b3/stap_b36e6dc46f5318c5f0fbb79c4eb6ea20_763.ko
wait results: 30238 exp12 0 0
PASS: buildok/thirtyfour.stp
Running /home/src/testsuite/buildok/thirtyone.stp
starting /home/src/testsuite/buildok/thirtyone.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/thirtyone.stp
spawn stap -wp4 /home/src/testsuite/buildok/thirtyone.stp
/home/src/testsuite/.systemtap-root/cache/ad/stap_adca1fcb26bf783551149c4091005787_811.ko
/home/src/testsuite/.systemtap-root/cache/ad/stap_adca1fcb26bf783551149c4091005787_811.ko
wait results: 30439 exp12 0 0
PASS: buildok/thirtyone.stp
Running /home/src/testsuite/buildok/thirtythree.stp
starting /home/src/testsuite/buildok/thirtythree.stp
spawn2 /home/src/testsuite/buildok/thirtythree.stp
spawn /home/src/testsuite/buildok/thirtythree.stp
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.
Session arch: powerpc release: 2.6.35-rc3
Created temporary directory "/tmp/stapCMOQHT"
SystemTap translator/driver (version 1.2/0.147 non-git sources)

Copyright (C) 2005-2010 Red Hat, Inc. and others

This is free software; see the source for copying conditions.

Session arch: powerpc release: 2.6.35-rc3

Created temporary directory "/tmp/stapCMOQHT"
Parsed kernel "/lib/modules/2.6.35-rc3/build/.config", number of tuples: 1942

Parsed kernel "/lib/modules/2.6.35-rc3/build/.config", number of tuples: 1942
Parsed kernel "/lib/modules/2.6.35-rc3/build/Module.symvers", number of vmlinux exports: 4701
Searched "/usr/local/share/systemtap/tapset/powerpc/*.stp", found 3

Parsed kernel "/lib/modules/2.6.35-rc3/build/Module.symvers", number of vmlinux exports: 4701

Searched "/usr/local/share/systemtap/tapset/powerpc/*.stp", found 3
Searched "/usr/local/share/systemtap/tapset/*.stp", found 67

Searched "/usr/local/share/systemtap/tapset/*.stp", found 67
Pass 1: parsed user script and 70 library script(s) using 27520virt/25152res/4672shr kb, in 430usr/0sys/461real ms.

Pass 1: parsed user script and 70 library script(s) using 27520virt/25152res/4672shr kb, in 430usr/0sys/461real ms.
Eliding side-effect-free empty block operator '{' at <input>:1:13
Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25920res/4928shr kb, in 10usr/0sys/10real ms.
function recursion-analysis: max-nesting 0 non-recursive
WARNING: /usr/bin/ldd may not be safe to run on untrustworthy executables
Running '/usr/bin/ldd /bin/ls'

Eliding side-effect-free empty block operator '{' at <input>:1:13

Pass 2: analyzed script: 1 probe(s), 0 function(s), 0 embed(s), 0 global(s) using 28608virt/25920res/4928shr kb, in 10usr/0sys/10real ms.

function recursion-analysis: max-nesting 0 non-recursive

WARNING: /usr/bin/ldd may not be safe to run on untrustworthy executables

Running '/usr/bin/ldd /bin/ls'
Added -d '/lib64/librt.so.1' due to 'librt.so.1'
Added -d '/lib64/libselinux.so.1' due to 'libselinux.so.1'
Added -d '/lib64/libacl.so.1' due to 'libacl.so.1'
Added -d '/lib64/libc.so.6' due to 'libc.so.6'
Added -d '/lib64/libpthread.so.0' due to 'libpthread.so.0'
Added -d '/lib64/ld64.so.1'
Added -d '/lib64/libdl.so.2' due to 'libdl.so.2'
Added -d '/lib64/libattr.so.1' due to 'libattr.so.1'

Added -d '/lib64/librt.so.1' due to 'librt.so.1'

Added -d '/lib64/libselinux.so.1' due to 'libselinux.so.1'

Added -d '/lib64/libacl.so.1' due to 'libacl.so.1'

Added -d '/lib64/libc.so.6' due to 'libc.so.6'

Added -d '/lib64/libpthread.so.0' due to 'libpthread.so.0'

Added -d '/lib64/ld64.so.1'

Added -d '/lib64/libdl.so.2' due to 'libdl.so.2'

Added -d '/lib64/libattr.so.1' due to 'libattr.so.1'
dump_unwindsyms /bin/ls index=0 base=0x10000000
Found build-id in /bin/ls, length 20, end at 0x10000270

dump_unwindsyms /bin/ls index=0 base=0x10000000

Found build-id in /bin/ls, length 20, end at 0x10000270
dump_unwindsyms /lib64/ld64.so.1 index=1 base=0x10000
Found build-id in /lib64/ld64.so.1, length 20, end at 0x101b4

dump_unwindsyms /lib64/ld64.so.1 index=1 base=0x10000

Found build-id in /lib64/ld64.so.1, length 20, end at 0x101b4
dump_unwindsyms /lib64/libacl.so.1 index=2 base=0x10000
Found build-id in /lib64/libacl.so.1, length 20, end at 0x101b4
dump_unwindsyms /lib64/libattr.so.1 index=3 base=0x10000
Found build-id in /lib64/libattr.so.1, length 20, end at 0x101b4

dump_unwindsyms /lib64/libacl.so.1 index=2 base=0x10000

Found build-id in /lib64/libacl.so.1, length 20, end at 0x101b4

dump_unwindsyms /lib64/libattr.so.1 index=3 base=0x10000

Found build-id in /lib64/libattr.so.1, length 20, end at 0x101b4
dump_unwindsyms /lib64/libc.so.6 index=4 base=0x10000
Found build-id in /lib64/libc.so.6, length 20, end at 0x1025c

dump_unwindsyms /lib64/libc.so.6 index=4 base=0x10000

Found build-id in /lib64/libc.so.6, length 20, end at 0x1025c
dump_unwindsyms /lib64/libdl.so.2 index=5 base=0x10000
Found build-id in /lib64/libdl.so.2, length 20, end at 0x10224
dump_unwindsyms /lib64/libpthread.so.0 index=6 base=0x10000
Found build-id in /lib64/libpthread.so.0, length 20, end at 0x10224

dump_unwindsyms /lib64/libdl.so.2 index=5 base=0x10000

Found build-id in /lib64/libdl.so.2, length 20, end at 0x10224

dump_unwindsyms /lib64/libpthread.so.0 index=6 base=0x10000

Found build-id in /lib64/libpthread.so.0, length 20, end at 0x10224
dump_unwindsyms /lib64/librt.so.1 index=7 base=0x10000
Found build-id in /lib64/librt.so.1, length 20, end at 0x10224
dump_unwindsyms /lib64/libselinux.so.1 index=8 base=0x10000
Found build-id in /lib64/libselinux.so.1, length 20, end at 0x101ec

dump_unwindsyms /lib64/librt.so.1 index=7 base=0x10000

Found build-id in /lib64/librt.so.1, length 20, end at 0x10224

dump_unwindsyms /lib64/libselinux.so.1 index=8 base=0x10000

Found build-id in /lib64/libselinux.so.1, length 20, end at 0x101ec
Pass 3: translated to C into "/tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.c" using 113280virt/26688res/5504shr kb, in 240usr/590sys/1004real ms.
Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/f3/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h
Running make -C "/lib/modules/2.6.35-rc3/build" M="/tmp/stapCMOQHT" ARCH="powerpc" modules V=1

Pass 3: translated to C into "/tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.c" using 113280virt/26688res/5504shr kb, in 240usr/590sys/1004real ms.

Pass 4: using cached /home/src/testsuite/.systemtap-root/cache/f3/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h

Running make -C "/lib/modules/2.6.35-rc3/build" M="/tmp/stapCMOQHT" ARCH="powerpc" modules V=1
make[2]: Entering directory `/home/linux-2.6.35-rc3'
test -e include/generated/autoconf.h -a -e include/config/auto.conf || (		\
	echo;								\
	echo "  ERROR: Kernel configuration is invalid.";		\
	echo "         include/generated/autoconf.h or include/config/auto.conf are missing.";\
	echo "         Run 'make oldconfig && make prepare' on kernel src to fix it.";	\
	echo;								\
	/bin/false)

make[2]: Entering directory `/home/linux-2.6.35-rc3'

test -e include/generated/autoconf.h -a -e include/config/auto.conf || (		\

	echo;								\

	echo "  ERROR: Kernel configuration is invalid.";		\

	echo "         include/generated/autoconf.h or include/config/auto.conf are missing.";\

	echo "         Run 'make oldconfig && make prepare' on kernel src to fix it.";	\

	echo;								\

	/bin/false)
mkdir -p /tmp/stapCMOQHT/.tmp_versions ; rm -f /tmp/stapCMOQHT/.tmp_versions/*

mkdir -p /tmp/stapCMOQHT/.tmp_versions ; rm -f /tmp/stapCMOQHT/.tmp_versions/*
make -f scripts/Makefile.build obj=/tmp/stapCMOQHT

make -f scripts/Makefile.build obj=/tmp/stapCMOQHT
  gcc -m64 -Wp,-MD,/tmp/stapCMOQHT/.stap_6a1544304a26ad626a95c94af425b1e5_538.o.d  -nostdinc -isystem /usr/lib64/gcc/powerpc64-suse-linux/4.3/include -I/home/linux-2.6.35-rc3/arch/powerpc/include -Iinclude  -include include/generated/autoconf.h -D__KERNEL__ -Iarch/powerpc -Wall -Wundef -Wstrict-prototypes -Wno-trigraphs -fno-strict-aliasing -fno-common -Werror-implicit-function-declaration -Wno-format-security -fno-delete-null-pointer-checks -Os -msoft-float -pipe -Iarch/powerpc -mminimal-toc -mtraceback=none -mcall-aixdesc -mcpu=power4 -mtune=cell -mno-altivec -mno-spe -mspe=no -funit-at-a-time -mno-string -Wa,-maltivec -fno-stack-protector -fomit-frame-pointer -g -Wdeclaration-after-statement -Wno-pointer-sign -fno-strict-overflow -Iinclude2/asm/mach-default -include /tmp/stapCMOQHT/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h -freorder-blocks -Wno-unused -Werror -I"/usr/local/share/systemtap/runtime"  -DMODULE -D"KBUILD_STR(s)=#s" -D"KBUILD_BASENAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538)"  -D"KBUILD_MODNAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538)"  -c -o /tmp/stapCMOQHT/.tmp_stap_6a1544304a26ad626a95c94af425b1e5_538.o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.c

  gcc -m64 -Wp,-MD,/tmp/stapCMOQHT/.stap_6a1544304a26ad626a95c94af425b1e5_538.o.d  -nostdinc -isystem /usr/lib64/gcc/powerpc64-suse-linux/4.3/include -I/home/linux-2.6.35-rc3/arch/powerpc/include -Iinclude  -include include/generated/autoconf.h -D__KERNEL__ -Iarch/powerpc -Wall -Wundef -Wstrict-prototypes -Wno-trigraphs -fno-strict-aliasing -fno-common -Werror-implicit-function-declaration -Wno-format-security -fno-delete-null-pointer-checks -Os -msoft-float -pipe -Iarch/powerpc -mminimal-toc -mtraceback=none -mcall-aixdesc -mcpu=power4 -mtune=cell -mno-altivec -mno-spe -mspe=no -funit-at-a-time -mno-string -Wa,-maltivec -fno-stack-protector -fomit-frame-pointer -g -Wdeclaration-after-statement -Wno-pointer-sign -fno-strict-overflow -Iinclude2/asm/mach-default -include /tmp/stapCMOQHT/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h -freorder-blocks -Wno-unused -Werror -I"/usr/local/share/systemtap/runtime"  -DMODULE -D"KBUILD_STR(s)=#s" -D"KBUILD_BASENAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538)"  -D"KBUILD_MODNAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538)"  -c -o /tmp/stapCMOQHT/.tmp_stap_6a1544304a26ad626a95c94af425b1e5_538.o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.c
(cat /dev/null;   echo kernel//tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.ko;) > /tmp/stapCMOQHT/modules.order

(cat /dev/null;   echo kernel//tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.ko;) > /tmp/stapCMOQHT/modules.order
make -f /home/linux-2.6.35-rc3/scripts/Makefile.modpost

make -f /home/linux-2.6.35-rc3/scripts/Makefile.modpost
  scripts/mod/modpost -m -a -i /home/linux-2.6.35-rc3/Module.symvers -I /tmp/stapCMOQHT/Module.symvers  -o /tmp/stapCMOQHT/Module.symvers -S -w  -s

  scripts/mod/modpost -m -a -i /home/linux-2.6.35-rc3/Module.symvers -I /tmp/stapCMOQHT/Module.symvers  -o /tmp/stapCMOQHT/Module.symvers -S -w  -s
  gcc -m64 -Wp,-MD,/tmp/stapCMOQHT/.stap_6a1544304a26ad626a95c94af425b1e5_538.mod.o.d  -nostdinc -isystem /usr/lib64/gcc/powerpc64-suse-linux/4.3/include -I/home/linux-2.6.35-rc3/arch/powerpc/include -Iinclude  -include include/generated/autoconf.h -D__KERNEL__ -Iarch/powerpc -Wall -Wundef -Wstrict-prototypes -Wno-trigraphs -fno-strict-aliasing -fno-common -Werror-implicit-function-declaration -Wno-format-security -fno-delete-null-pointer-checks -Os -msoft-float -pipe -Iarch/powerpc -mminimal-toc -mtraceback=none -mcall-aixdesc -mcpu=power4 -mtune=cell -mno-altivec -mno-spe -mspe=no -funit-at-a-time -mno-string -Wa,-maltivec -fno-stack-protector -fomit-frame-pointer -g -Wdeclaration-after-statement -Wno-pointer-sign -fno-strict-overflow -Iinclude2/asm/mach-default -include /tmp/stapCMOQHT/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h -freorder-blocks -Wno-unused -Werror -I"/usr/local/share/systemtap/runtime"  -D"KBUILD_STR(s)=#s" -D"KBUILD_BASENAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538.mod)"  -D"KBUILD_MODNAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538)"  -DMODULE -c -o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.mod.o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.mod.c

  gcc -m64 -Wp,-MD,/tmp/stapCMOQHT/.stap_6a1544304a26ad626a95c94af425b1e5_538.mod.o.d  -nostdinc -isystem /usr/lib64/gcc/powerpc64-suse-linux/4.3/include -I/home/linux-2.6.35-rc3/arch/powerpc/include -Iinclude  -include include/generated/autoconf.h -D__KERNEL__ -Iarch/powerpc -Wall -Wundef -Wstrict-prototypes -Wno-trigraphs -fno-strict-aliasing -fno-common -Werror-implicit-function-declaration -Wno-format-security -fno-delete-null-pointer-checks -Os -msoft-float -pipe -Iarch/powerpc -mminimal-toc -mtraceback=none -mcall-aixdesc -mcpu=power4 -mtune=cell -mno-altivec -mno-spe -mspe=no -funit-at-a-time -mno-string -Wa,-maltivec -fno-stack-protector -fomit-frame-pointer -g -Wdeclaration-after-statement -Wno-pointer-sign -fno-strict-overflow -Iinclude2/asm/mach-default -include /tmp/stapCMOQHT/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h -freorder-blocks -Wno-unused -Werror -I"/usr/local/share/systemtap/runtime"  -D"KBUILD_STR(s)=#s" -D"KBUILD_BASENAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538.mod)"  -D"KBUILD_MODNAME=KBUILD_STR(stap_6a1544304a26ad626a95c94af425b1e5_538)"  -DMODULE -c -o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.mod.o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.mod.c
  ld -m elf64ppc -r  -T /home/linux-2.6.35-rc3/scripts/module-common.lds --build-id -o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.ko /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.mod.o

  ld -m elf64ppc -r  -T /home/linux-2.6.35-rc3/scripts/module-common.lds --build-id -o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.ko /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.o /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.mod.o
make[2]: Leaving directory `/home/linux-2.6.35-rc3'
Spawn waitpid result (0x802): 0
/home/src/testsuite/.systemtap-root/cache/6a/stap_6a1544304a26ad626a95c94af425b1e5_538.ko
Pass 4: compiled C into "stap_6a1544304a26ad626a95c94af425b1e5_538.ko" in 4090usr/350sys/4643real ms.

make[2]: Leaving directory `/home/linux-2.6.35-rc3'

Spawn waitpid result (0x802): 0

/home/src/testsuite/.systemtap-root/cache/6a/stap_6a1544304a26ad626a95c94af425b1e5_538.ko

Pass 4: compiled C into "stap_6a1544304a26ad626a95c94af425b1e5_538.ko" in 4090usr/350sys/4643real ms.
Copying /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.ko to /home/src/testsuite/.systemtap-root/cache/6a/stap_6a1544304a26ad626a95c94af425b1e5_538.ko
Copying /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.c to /home/src/testsuite/.systemtap-root/cache/6a/stap_6a1544304a26ad626a95c94af425b1e5_538.c
Copying /tmp/stapCMOQHT/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h to /home/src/testsuite/.systemtap-root/cache/f3/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h
Running rm -rf /tmp/stapCMOQHT

Copying /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.ko to /home/src/testsuite/.systemtap-root/cache/6a/stap_6a1544304a26ad626a95c94af425b1e5_538.ko

Copying /tmp/stapCMOQHT/stap_6a1544304a26ad626a95c94af425b1e5_538.c to /home/src/testsuite/.systemtap-root/cache/6a/stap_6a1544304a26ad626a95c94af425b1e5_538.c

Copying /tmp/stapCMOQHT/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h to /home/src/testsuite/.systemtap-root/cache/f3/stapconf_f3efa490b18d0d9392e3f02f9e95a2bb_459.h

Running rm -rf /tmp/stapCMOQHT
Spawn waitpid result (0x802): 0

Spawn waitpid result (0x802): 0
wait results: 30640 exp12 0 0
PASS: buildok/thirtythree.stp
Running /home/src/testsuite/buildok/thirtytwo.stp
starting /home/src/testsuite/buildok/thirtytwo.stp
spawn2 /home/src/testsuite/buildok/thirtytwo.stp
spawn /home/src/testsuite/buildok/thirtytwo.stp
/home/src/testsuite/.systemtap-root/cache/96/stap_96e2c92f385d0eeb5f0cd70dc0ff15c4_93312.ko
/home/src/testsuite/.systemtap-root/cache/96/stap_96e2c92f385d0eeb5f0cd70dc0ff15c4_93312.ko
wait results: 30849 exp12 0 0
PASS: buildok/thirtytwo.stp
Running /home/src/testsuite/buildok/three.stp
starting /home/src/testsuite/buildok/three.stp
spawn1 stap -p4 /home/src/testsuite/buildok/three.stp
spawn stap -p4 /home/src/testsuite/buildok/three.stp
/home/src/testsuite/.systemtap-root/cache/59/stap_59b9ddbdb5b3e6d337b7306ac551a69d_1326.ko
/home/src/testsuite/.systemtap-root/cache/59/stap_59b9ddbdb5b3e6d337b7306ac551a69d_1326.ko
wait results: 31051 exp12 0 0
PASS: buildok/three.stp
Running /home/src/testsuite/buildok/timestamp.stp
starting /home/src/testsuite/buildok/timestamp.stp
spawn1 stap -p4 /home/src/testsuite/buildok/timestamp.stp
spawn stap -p4 /home/src/testsuite/buildok/timestamp.stp
/home/src/testsuite/.systemtap-root/cache/f6/stap_f6bb11d0688f7f8239b2dcba3902a7e2_1445.ko
/home/src/testsuite/.systemtap-root/cache/f6/stap_f6bb11d0688f7f8239b2dcba3902a7e2_1445.ko
wait results: 31252 exp12 0 0
PASS: buildok/timestamp.stp
Running /home/src/testsuite/buildok/tty-detailed.stp
starting /home/src/testsuite/buildok/tty-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tty-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/tty-detailed.stp
/home/src/testsuite/.systemtap-root/cache/73/stap_73399b6177cb11cd814643e80d74f93b_22248.ko
/home/src/testsuite/.systemtap-root/cache/73/stap_73399b6177cb11cd814643e80d74f93b_22248.ko
wait results: 31453 exp12 0 0
PASS: buildok/tty-detailed.stp
Running /home/src/testsuite/buildok/tty-embedded.stp
starting /home/src/testsuite/buildok/tty-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tty-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/tty-embedded.stp
/home/src/testsuite/.systemtap-root/cache/46/stap_46d4271cb5a817822e47807bf6c61c2c_1243.ko
/home/src/testsuite/.systemtap-root/cache/46/stap_46d4271cb5a817822e47807bf6c61c2c_1243.ko
wait results: 31654 exp12 0 0
PASS: buildok/tty-embedded.stp
Running /home/src/testsuite/buildok/tty-resize.stp
starting /home/src/testsuite/buildok/tty-resize.stp
spawn1 stap -p4 /home/src/testsuite/buildok/tty-resize.stp
spawn stap -p4 /home/src/testsuite/buildok/tty-resize.stp
semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at /usr/local/share/systemtap/tapset/tty.stp:113:23
        source: 	name = kernel_string($tty->name)
                	                     ^
semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :114:12
        source: 	old_row = $tty->winsize->ws_row
                	          ^
semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :115:12
        source: 	old_col = $tty->winsize->ws_col
                	          ^
semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :116:15
        source: 	old_ypixel = $tty->winsize->ws_ypixel
                	             ^
semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :117:15
        source: 	old_xpixel = $tty->winsize->ws_xpixel
                	             ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at /usr/local/share/systemtap/tapset/tty.stp:113:23

        source: 	name = kernel_string($tty->name)

                	                     ^

semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :114:12

        source: 	old_row = $tty->winsize->ws_row

                	          ^

semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :115:12

        source: 	old_col = $tty->winsize->ws_col

                	          ^

semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :116:15

        source: 	old_ypixel = $tty->winsize->ws_ypixel

                	             ^

semantic error: failed to retrieve location attribute for local 'tty' (dieoffset: 0x233c824): identifier '$tty' at :117:15

        source: 	old_xpixel = $tty->winsize->ws_xpixel

                	             ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 31855 exp12 0 1
KFAIL: buildok/tty-resize.stp (PRMS: 1155)
Running /home/src/testsuite/buildok/twelve.stp
starting /home/src/testsuite/buildok/twelve.stp
spawn1 stap -p4 /home/src/testsuite/buildok/twelve.stp
spawn stap -p4 /home/src/testsuite/buildok/twelve.stp
/home/src/testsuite/.systemtap-root/cache/dc/stap_dce5e66ff9fcb00487d9946152e87df6_1030.ko
/home/src/testsuite/.systemtap-root/cache/dc/stap_dce5e66ff9fcb00487d9946152e87df6_1030.ko
wait results: 31859 exp12 0 0
PASS: buildok/twelve.stp
Running /home/src/testsuite/buildok/twenty.stp
starting /home/src/testsuite/buildok/twenty.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/twenty.stp
spawn stap -gp4 /home/src/testsuite/buildok/twenty.stp
/home/src/testsuite/.systemtap-root/cache/d6/stap_d6f1b08c670c0443908d5f6d6a154527_1733.ko
/home/src/testsuite/.systemtap-root/cache/d6/stap_d6f1b08c670c0443908d5f6d6a154527_1733.ko
wait results: 32080 exp12 0 0
PASS: buildok/twenty.stp
Running /home/src/testsuite/buildok/twentyeight.stp
starting /home/src/testsuite/buildok/twentyeight.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/twentyeight.stp
spawn stap -gp4 /home/src/testsuite/buildok/twentyeight.stp
/home/src/testsuite/.systemtap-root/cache/18/stap_186d418a85f2c8d1922eeb76083141ef_720.ko
/home/src/testsuite/.systemtap-root/cache/18/stap_186d418a85f2c8d1922eeb76083141ef_720.ko
wait results: 32281 exp12 0 0
PASS: buildok/twentyeight.stp
Running /home/src/testsuite/buildok/twentyfive.stp
starting /home/src/testsuite/buildok/twentyfive.stp
spawn1 stap -p4 /home/src/testsuite/buildok/twentyfive.stp
spawn stap -p4 /home/src/testsuite/buildok/twentyfive.stp
/home/src/testsuite/.systemtap-root/cache/86/stap_865e798b45be4bd2ec7cd920271cfa99_673.ko
/home/src/testsuite/.systemtap-root/cache/86/stap_865e798b45be4bd2ec7cd920271cfa99_673.ko
wait results: 32482 exp12 0 0
PASS: buildok/twentyfive.stp
Running /home/src/testsuite/buildok/twentyfour.stp
starting /home/src/testsuite/buildok/twentyfour.stp
spawn1 stap -wgp4 /home/src/testsuite/buildok/twentyfour.stp
spawn stap -wgp4 /home/src/testsuite/buildok/twentyfour.stp
/home/src/testsuite/.systemtap-root/cache/a8/stap_a89c6ff5492b498e993440937791dcc0_531.ko
/home/src/testsuite/.systemtap-root/cache/a8/stap_a89c6ff5492b498e993440937791dcc0_531.ko
wait results: 32683 exp12 0 0
PASS: buildok/twentyfour.stp
Running /home/src/testsuite/buildok/twentynine.stp
starting /home/src/testsuite/buildok/twentynine.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/twentynine.stp
spawn stap -gp4 /home/src/testsuite/buildok/twentynine.stp
/home/src/testsuite/.systemtap-root/cache/b0/stap_b02d16c22678ce7a9b7a0b5ac9da16b4_1422.ko
/home/src/testsuite/.systemtap-root/cache/b0/stap_b02d16c22678ce7a9b7a0b5ac9da16b4_1422.ko
wait results: 416 exp12 0 0
PASS: buildok/twentynine.stp
Running /home/src/testsuite/buildok/twentyone.stp
starting /home/src/testsuite/buildok/twentyone.stp
spawn1 stap -p4 /home/src/testsuite/buildok/twentyone.stp
spawn stap -p4 /home/src/testsuite/buildok/twentyone.stp
/home/src/testsuite/.systemtap-root/cache/8b/stap_8b2c6df271739205a8579d60e3842446_1259.ko
/home/src/testsuite/.systemtap-root/cache/8b/stap_8b2c6df271739205a8579d60e3842446_1259.ko
wait results: 620 exp12 0 0
PASS: buildok/twentyone.stp
Running /home/src/testsuite/buildok/twentyseven.stp
starting /home/src/testsuite/buildok/twentyseven.stp
spawn1 stap -up4 /home/src/testsuite/buildok/twentyseven.stp
spawn stap -up4 /home/src/testsuite/buildok/twentyseven.stp
/home/src/testsuite/.systemtap-root/cache/82/stap_82bdc1a3678539a1d9507673f6790909_75623.ko
/home/src/testsuite/.systemtap-root/cache/82/stap_82bdc1a3678539a1d9507673f6790909_75623.ko
wait results: 821 exp12 0 0
PASS: buildok/twentyseven.stp
Running /home/src/testsuite/buildok/twentythree.stp
starting /home/src/testsuite/buildok/twentythree.stp
spawn1 stap -gp4 /home/src/testsuite/buildok/twentythree.stp
spawn stap -gp4 /home/src/testsuite/buildok/twentythree.stp
/home/src/testsuite/.systemtap-root/cache/e2/stap_e25fad5de98f6a7cd09dfdca7f19716b_1875.ko
/home/src/testsuite/.systemtap-root/cache/e2/stap_e25fad5de98f6a7cd09dfdca7f19716b_1875.ko
wait results: 1025 exp12 0 0
PASS: buildok/twentythree.stp
Running /home/src/testsuite/buildok/twentytwo.stp
starting /home/src/testsuite/buildok/twentytwo.stp
spawn1 stap -p4 /home/src/testsuite/buildok/twentytwo.stp
spawn stap -p4 /home/src/testsuite/buildok/twentytwo.stp
/home/src/testsuite/.systemtap-root/cache/a5/stap_a5be00d542ee4a7a79a1999dbc9d4409_1786.ko
/home/src/testsuite/.systemtap-root/cache/a5/stap_a5be00d542ee4a7a79a1999dbc9d4409_1786.ko
wait results: 1226 exp12 0 0
PASS: buildok/twentytwo.stp
Running /home/src/testsuite/buildok/two.stp
starting /home/src/testsuite/buildok/two.stp
spawn2 /home/src/testsuite/buildok/two.stp
spawn /home/src/testsuite/buildok/two.stp
/home/src/testsuite/.systemtap-root/cache/90/stap_9009068cd401b1038e8d6d6cf904ef65_1003.ko
/home/src/testsuite/.systemtap-root/cache/90/stap_9009068cd401b1038e8d6d6cf904ef65_1003.ko
wait results: 1427 exp12 0 0
PASS: buildok/two.stp
Running /home/src/testsuite/buildok/ucontext-symbols-embedded.stp
starting /home/src/testsuite/buildok/ucontext-symbols-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ucontext-symbols-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/ucontext-symbols-embedded.stp
/home/src/testsuite/.systemtap-root/cache/f2/stap_f2fb6e118f7728a790ed75c12fe154fe_1153.ko
/home/src/testsuite/.systemtap-root/cache/f2/stap_f2fb6e118f7728a790ed75c12fe154fe_1153.ko
wait results: 1632 exp12 0 0
PASS: buildok/ucontext-symbols-embedded.stp
Running /home/src/testsuite/buildok/ucontext-unwind-embedded.stp
starting /home/src/testsuite/buildok/ucontext-unwind-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ucontext-unwind-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/ucontext-unwind-embedded.stp
/home/src/testsuite/.systemtap-root/cache/e9/stap_e9660540f5e1e611e4fdbac27c519fe9_543.ko
/home/src/testsuite/.systemtap-root/cache/e9/stap_e9660540f5e1e611e4fdbac27c519fe9_543.ko
wait results: 1898 exp12 0 0
PASS: buildok/ucontext-unwind-embedded.stp
Running /home/src/testsuite/buildok/ucontext.stp
starting /home/src/testsuite/buildok/ucontext.stp
spawn1 stap -p4 /home/src/testsuite/buildok/ucontext.stp
spawn stap -p4 /home/src/testsuite/buildok/ucontext.stp
/home/src/testsuite/.systemtap-root/cache/f8/stap_f8763eeb4125b6caa0156049d15fe16f_1752.ko
/home/src/testsuite/.systemtap-root/cache/f8/stap_f8763eeb4125b6caa0156049d15fe16f_1752.ko
wait results: 2101 exp12 0 0
PASS: buildok/ucontext.stp
Running /home/src/testsuite/buildok/udp-all-probes.stp
starting /home/src/testsuite/buildok/udp-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/udp-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/udp-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/52/stap_52260613907e0e03aef4998e7194fe41_1487.ko
/home/src/testsuite/.systemtap-root/cache/52/stap_52260613907e0e03aef4998e7194fe41_1487.ko
wait results: 2303 exp12 0 0
PASS: buildok/udp-all-probes.stp
Running /home/src/testsuite/buildok/udp-detailed.stp
starting /home/src/testsuite/buildok/udp-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/udp-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/udp-detailed.stp
/home/src/testsuite/.systemtap-root/cache/62/stap_6297cbd39eb1bc73418893bd20b91d32_4362.ko
/home/src/testsuite/.systemtap-root/cache/62/stap_6297cbd39eb1bc73418893bd20b91d32_4362.ko
wait results: 2542 exp12 0 0
PASS: buildok/udp-detailed.stp
Running /home/src/testsuite/buildok/udp_test.stp
starting /home/src/testsuite/buildok/udp_test.stp
spawn1 stap -p4 /home/src/testsuite/buildok/udp_test.stp
spawn stap -p4 /home/src/testsuite/buildok/udp_test.stp
/home/src/testsuite/.systemtap-root/cache/95/stap_956d88d55de74ee3923e1d69e87a40c1_4210.ko
/home/src/testsuite/.systemtap-root/cache/95/stap_956d88d55de74ee3923e1d69e87a40c1_4210.ko
wait results: 2745 exp12 0 0
PASS: buildok/udp_test.stp
Running /home/src/testsuite/buildok/utrace.stp
starting /home/src/testsuite/buildok/utrace.stp
spawn1 stap -p4 /home/src/testsuite/buildok/utrace.stp
spawn stap -p4 /home/src/testsuite/buildok/utrace.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/buildok/utrace.stp:3:1
 source: probe   %( CONFIG_UTRACE == "y" %? process.begin %: never %)    { }
         ^
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/buildok/utrace.stp:3:1

 source: probe   %( CONFIG_UTRACE == "y" %? process.begin %: never %)    { }

         ^
/home/src/testsuite/.systemtap-root/cache/fa/stap_fa24f6ee91080e798eb9b59a52554dc7_531.ko

/home/src/testsuite/.systemtap-root/cache/fa/stap_fa24f6ee91080e798eb9b59a52554dc7_531.ko
wait results: 2946 exp12 0 0
PASS: buildok/utrace.stp
Running /home/src/testsuite/buildok/vfs-all-probes.stp
starting /home/src/testsuite/buildok/vfs-all-probes.stp
spawn1 stap -wp4 /home/src/testsuite/buildok/vfs-all-probes.stp
spawn stap -wp4 /home/src/testsuite/buildok/vfs-all-probes.stp
/home/src/testsuite/.systemtap-root/cache/7b/stap_7bce203bf1c37e19e562968e55afde05_39818.ko
/home/src/testsuite/.systemtap-root/cache/7b/stap_7bce203bf1c37e19e562968e55afde05_39818.ko
wait results: 3147 exp12 0 0
PASS: buildok/vfs-all-probes.stp
Running /home/src/testsuite/buildok/vfs-detailed.stp
starting /home/src/testsuite/buildok/vfs-detailed.stp
spawn1 stap -p4 /home/src/testsuite/buildok/vfs-detailed.stp
spawn stap -p4 /home/src/testsuite/buildok/vfs-detailed.stp
/home/src/testsuite/.systemtap-root/cache/ef/stap_ef2b71e804ada9c3138ed4f9be36906b_82509.ko
/home/src/testsuite/.systemtap-root/cache/ef/stap_ef2b71e804ada9c3138ed4f9be36906b_82509.ko
wait results: 3348 exp12 0 0
PASS: buildok/vfs-detailed.stp
Running /home/src/testsuite/buildok/vfs-embedded.stp
starting /home/src/testsuite/buildok/vfs-embedded.stp
spawn1 stap -p4 /home/src/testsuite/buildok/vfs-embedded.stp
spawn stap -p4 /home/src/testsuite/buildok/vfs-embedded.stp
/home/src/testsuite/.systemtap-root/cache/84/stap_84d10443705d402ad030748b8465b8f7_10724.ko
/home/src/testsuite/.systemtap-root/cache/84/stap_84d10443705d402ad030748b8465b8f7_10724.ko
wait results: 3549 exp12 0 0
PASS: buildok/vfs-embedded.stp
Running /home/src/testsuite/buildok/xtime.stp
starting /home/src/testsuite/buildok/xtime.stp
spawn1 stap -p4 /home/src/testsuite/buildok/xtime.stp
spawn stap -p4 /home/src/testsuite/buildok/xtime.stp
/home/src/testsuite/.systemtap-root/cache/e0/stap_e0bac16171488226edc87576a2679793_1581.ko
/home/src/testsuite/.systemtap-root/cache/e0/stap_e0bac16171488226edc87576a2679793_1581.ko
wait results: 3750 exp12 0 0
PASS: buildok/xtime.stp
testcase /home/src/testsuite/systemtap.pass1-4/buildok.exp completed in 1286 seconds
Running /home/src/testsuite/systemtap.pass1-4/parseko.exp ...
Running /home/src/testsuite/parseko/array01.stp
starting /home/src/testsuite/parseko/array01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/array01.stp
spawn stap -p1 /home/src/testsuite/parseko/array01.stp
parse error: array size out of range
	saw: number '0' at /home/src/testsuite/parseko/array01.stp:4:10
     source: global a[0]
                      ^
1 parse error(s).
parse error: array size out of range

	saw: number '0' at /home/src/testsuite/parseko/array01.stp:4:10

     source: global a[0]

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 3951 exp12 0 1
XFAIL: parseko/array01.stp
Running /home/src/testsuite/parseko/array02.stp
starting /home/src/testsuite/parseko/array02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/array02.stp
spawn stap -p1 /home/src/testsuite/parseko/array02.stp
parse error: array size out of range
	saw: number '1000000000' at /home/src/testsuite/parseko/array02.stp:4:10
     source: global a[1000000000]
                      ^
1 parse error(s).
parse error: array size out of range

	saw: number '1000000000' at /home/src/testsuite/parseko/array02.stp:4:10

     source: global a[1000000000]

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 3955 exp12 0 1
XFAIL: parseko/array02.stp
Running /home/src/testsuite/parseko/array03.stp
starting /home/src/testsuite/parseko/array03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/array03.stp
spawn stap -p1 /home/src/testsuite/parseko/array03.stp
parse error: only scalar globals can be initialized
	saw: operator '=' at /home/src/testsuite/parseko/array03.stp:4:14
     source: global a[10] = 42
                          ^
1 parse error(s).
parse error: only scalar globals can be initialized

	saw: operator '=' at /home/src/testsuite/parseko/array03.stp:4:14

     source: global a[10] = 42

                          ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 3959 exp12 0 1
XFAIL: parseko/array03.stp
Running /home/src/testsuite/parseko/array04.stp
starting /home/src/testsuite/parseko/array04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/array04.stp
spawn stap -p1 /home/src/testsuite/parseko/array04.stp
parse error: only scalar globals can be initialized
	saw: operator '=' at /home/src/testsuite/parseko/array04.stp:4:14
     source: global a[10] = "foobar"
                          ^
1 parse error(s).
parse error: only scalar globals can be initialized

	saw: operator '=' at /home/src/testsuite/parseko/array04.stp:4:14

     source: global a[10] = "foobar"

                          ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 3963 exp12 0 1
XFAIL: parseko/array04.stp
Running /home/src/testsuite/parseko/bad_tapset.stp
starting /home/src/testsuite/parseko/bad_tapset.stp
spawn2 /home/src/testsuite/parseko/bad_tapset.stp
spawn /home/src/testsuite/parseko/bad_tapset.stp
parse error: expected identifier or '*'
	saw: operator '.' at /home/src/testsuite/parseko/bad_tapset//foo.stp:2:13
     source: probe foo = .bar {}
                         ^
1 parse error(s).
WARNING: tapset '/home/src/testsuite/parseko/bad_tapset//foo.stp' has errors, and will be skipped.
Pass 1: parse failed.  Try again with another '--vp 1' option.
parse error: expected identifier or '*'

	saw: operator '.' at /home/src/testsuite/parseko/bad_tapset//foo.stp:2:13

     source: probe foo = .bar {}

                         ^

1 parse error(s).

WARNING: tapset '/home/src/testsuite/parseko/bad_tapset//foo.stp' has errors, and will be skipped.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 3967 exp12 0 1
XFAIL: parseko/bad_tapset.stp
Running /home/src/testsuite/parseko/cmdline02.stp
starting /home/src/testsuite/parseko/cmdline02.stp
spawn2 /home/src/testsuite/parseko/cmdline02.stp
spawn /home/src/testsuite/parseko/cmdline02.stp
Invalid buffer size (should be 1-4095).
Invalid buffer size (should be 1-4095).
wait results: 3973 exp12 0 1
XFAIL: parseko/cmdline02.stp
Running /home/src/testsuite/parseko/cmdline03.stp
starting /home/src/testsuite/parseko/cmdline03.stp
spawn2 /home/src/testsuite/parseko/cmdline03.stp
spawn /home/src/testsuite/parseko/cmdline03.stp
Invalid pass number (should be 1-5).
Invalid pass number (should be 1-5).
wait results: 3977 exp12 0 1
XFAIL: parseko/cmdline03.stp
Running /home/src/testsuite/parseko/cmdline04.stp
starting /home/src/testsuite/parseko/cmdline04.stp
spawn2 /home/src/testsuite/parseko/cmdline04.stp
spawn /home/src/testsuite/parseko/cmdline04.stp
Only one script can be given on the command line.
Only one script can be given on the command line.
wait results: 3981 exp12 0 1
XFAIL: parseko/cmdline04.stp
Running /home/src/testsuite/parseko/cmdline06.stp
starting /home/src/testsuite/parseko/cmdline06.stp
spawn2 /home/src/testsuite/parseko/cmdline06.stp
spawn /home/src/testsuite/parseko/cmdline06.stp
ERROR: cannot create temporary directory ("/dev/null/BADTMPDIR/stap7VDZQu"): Not a directory
ERROR: cannot create temporary directory ("/dev/null/BADTMPDIR/stap7VDZQu"): Not a directory
wait results: 3985 exp12 0 1
XFAIL: parseko/cmdline06.stp
Running /home/src/testsuite/parseko/cmdline07.stp
starting /home/src/testsuite/parseko/cmdline07.stp
spawn2 /home/src/testsuite/parseko/cmdline07.stp
spawn /home/src/testsuite/parseko/cmdline07.stp
Module name cannot be empty.
Module name cannot be empty.
wait results: 3989 exp12 0 1
XFAIL: parseko/cmdline07.stp
Running /home/src/testsuite/parseko/cmdline08.stp
starting /home/src/testsuite/parseko/cmdline08.stp
spawn2 /home/src/testsuite/parseko/cmdline08.stp
spawn /home/src/testsuite/parseko/cmdline08.stp
Invalid module name (must only be composed of characters [_a-zA-Z0-9]).
Invalid module name (must only be composed of characters [_a-zA-Z0-9]).
wait results: 3993 exp12 0 1
XFAIL: parseko/cmdline08.stp
Running /home/src/testsuite/parseko/cmdline09.stp
starting /home/src/testsuite/parseko/cmdline09.stp
spawn2 /home/src/testsuite/parseko/cmdline09.stp
spawn /home/src/testsuite/parseko/cmdline09.stp
ERROR: Module name ('stap_123456789012345678901234567890123456789012345678901234567890') is too long.
ERROR: Module name ('stap_123456789012345678901234567890123456789012345678901234567890') is too long.
wait results: 3997 exp12 0 1
XFAIL: parseko/cmdline09.stp
Running /home/src/testsuite/parseko/cmdline10.stp
starting /home/src/testsuite/parseko/cmdline10.stp
spawn2 /home/src/testsuite/parseko/cmdline10.stp
spawn /home/src/testsuite/parseko/cmdline10.stp
Invalid buffer size '0' (should be 1-4095).

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
Invalid buffer size '0' (should be 1-4095).



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4001 exp12 0 1
XFAIL: parseko/cmdline10.stp
Running /home/src/testsuite/parseko/cmdline11.stp
starting /home/src/testsuite/parseko/cmdline11.stp
spawn2 /home/src/testsuite/parseko/cmdline11.stp
spawn /home/src/testsuite/parseko/cmdline11.stp
You can't specify the '-A' and '-L' options together.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-A' and '-L' options together.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4005 exp12 0 1
XFAIL: parseko/cmdline11.stp
Running /home/src/testsuite/parseko/cmdline12.stp
starting /home/src/testsuite/parseko/cmdline12.stp
spawn2 /home/src/testsuite/parseko/cmdline12.stp
spawn /home/src/testsuite/parseko/cmdline12.stp
You can't specify the '-A' and '-b' options together.  The '-b'
buffer size option only has an effect when the module is inserted.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-A' and '-b' options together.  The '-b'

buffer size option only has an effect when the module is inserted.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4009 exp12 0 1
XFAIL: parseko/cmdline12.stp
Running /home/src/testsuite/parseko/cmdline13.stp
starting /home/src/testsuite/parseko/cmdline13.stp
spawn2 /home/src/testsuite/parseko/cmdline13.stp
spawn /home/src/testsuite/parseko/cmdline13.stp
You can't specify the '-A' and '-c' options together.  The '-c cmd'
option used to start a command only has an effect when the module
is inserted.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-A' and '-c' options together.  The '-c cmd'

option used to start a command only has an effect when the module

is inserted.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4013 exp12 0 1
XFAIL: parseko/cmdline13.stp
Running /home/src/testsuite/parseko/cmdline14.stp
starting /home/src/testsuite/parseko/cmdline14.stp
spawn2 /home/src/testsuite/parseko/cmdline14.stp
spawn /home/src/testsuite/parseko/cmdline14.stp
You can't specify the '-A' and '-x' options together.  The '-x pid'
option only has an effect when the module is inserted.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-A' and '-x' options together.  The '-x pid'

option only has an effect when the module is inserted.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4017 exp12 0 1
XFAIL: parseko/cmdline14.stp
Running /home/src/testsuite/parseko/cmdline15.stp
starting /home/src/testsuite/parseko/cmdline15.stp
spawn2 /home/src/testsuite/parseko/cmdline15.stp
spawn /home/src/testsuite/parseko/cmdline15.stp
You can't specify -c and -x options together.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_4024
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

You can't specify -c and -x options together.

SystemTap translator/driver (version 1.2/0.147 non-git sources)

Copyright (C) 2005-2010 Red Hat, Inc. and others

This is free software; see the source for copying conditions.



Usage: stap [options] FILE         Run script in file.

   or: stap [options] -            Run script on stdin.

   or: stap [options] -e SCRIPT    Run given script.

   or: stap [options] -l PROBE     List matching probes.

   or: stap [options] -L PROBE     List matching probes and local variables.



Options:

   --         end of translator options, script options follow

   -h --help  show help

   -V         show version

   -p NUM     stop after pass NUM 1-5, instead of 1

              (parse, elaborate, translate, compile, run)

   -v         add verbosity to all passes

   --vp {N}+  add per-pass verbosity [00000]

   -k         keep temporary directory

   -u         unoptimized translation

   -w         suppress warnings

   -W         turn warnings into errors

   -g         guru mode

   -P         prologue-searching for function probes

   -b         bulk (percpu file) mode

   -s NUM     buffer size in megabytes, instead of 0

   -I DIR     look in DIR for additional .stp script files, in addition to

              /usr/share/systemtap/tapset

              /etc/opt/kde3/share/systemtap/tapset

              /opt/kde3/share/systemtap/tapset

              /usr/local/share/systemtap/tapset

   -D NM=VAL  emit macro definition into generated C code

   -B NM=VAL  pass option to kbuild make

   -R DIR     look in DIR for runtime, instead of

              /usr/local/share/systemtap/runtime

   -r DIR     cross-compile to kernel with given build tree; or else

   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of

              /lib/modules/2.6.35-rc3/build

   -a ARCH    cross-compile to given architecture, instead of powerpc

   -m MODULE  set probe module name, instead of 

              stap_4024

   -o FILE    send script output to file, instead of stdout. This supports

              strftime(3) formats for FILE

   -c CMD     start the probes, run CMD, and exit when it finishes

   -x PID     sets target() to PID

   -F         run as on-file flight recorder with -o.

              run as on-memory flight recorder without -o.

   -S size[,n] set maximum of the size and the number of files.

   -d OBJECT  add unwind/symbol data for OBJECT file

   --ldd      add unwind/symbol data for all referenced OBJECT files.

   --all-modules

              add unwind/symbol data for all loaded kernel objects.

   -t         collect probe timing information

   --unprivileged

              restrict usage to features available to unprivileged users

   --compatible=VERSION

              suppress incompatible language/tapset changes beyond VERSION,

              instead of 1.2

   --skip-badvars

              substitute zero for bad context $variables


wait results: 4021 exp12 0 1
XFAIL: parseko/cmdline15.stp
Running /home/src/testsuite/parseko/cmdline16.stp
starting /home/src/testsuite/parseko/cmdline16.stp
spawn2 /home/src/testsuite/parseko/cmdline16.stp
spawn /home/src/testsuite/parseko/cmdline16.stp
You can't specify the '-c' and '-x' options together.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-c' and '-x' options together.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4025 exp12 0 1
XFAIL: parseko/cmdline16.stp
Running /home/src/testsuite/parseko/cmdline17.stp
starting /home/src/testsuite/parseko/cmdline17.stp
spawn2 /home/src/testsuite/parseko/cmdline17.stp
spawn /home/src/testsuite/parseko/cmdline17.stp
You can't specify the '-D' and '-L' options together.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-D' and '-L' options together.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4029 exp12 0 1
XFAIL: parseko/cmdline17.stp
Running /home/src/testsuite/parseko/cmdline18.stp
starting /home/src/testsuite/parseko/cmdline18.stp
spawn2 /home/src/testsuite/parseko/cmdline18.stp
spawn /home/src/testsuite/parseko/cmdline18.stp
You can't specify the '-D' and '-d' options together.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-D' and '-d' options together.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4033 exp12 0 1
XFAIL: parseko/cmdline18.stp
Running /home/src/testsuite/parseko/cmdline19.stp
starting /home/src/testsuite/parseko/cmdline19.stp
spawn2 /home/src/testsuite/parseko/cmdline19.stp
spawn /home/src/testsuite/parseko/cmdline19.stp
You can't specify the '-D' and '-c' options together.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You can't specify the '-D' and '-c' options together.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4037 exp12 0 1
XFAIL: parseko/cmdline19.stp
Running /home/src/testsuite/parseko/cmdline20.stp
starting /home/src/testsuite/parseko/cmdline20.stp
spawn2 /home/src/testsuite/parseko/cmdline20.stp
spawn /home/src/testsuite/parseko/cmdline20.stp
You have to specify output FILE with '-D' option.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You have to specify output FILE with '-D' option.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4041 exp12 0 1
XFAIL: parseko/cmdline20.stp
Running /home/src/testsuite/parseko/cmdline21.stp
starting /home/src/testsuite/parseko/cmdline21.stp
spawn2 /home/src/testsuite/parseko/cmdline21.stp
spawn /home/src/testsuite/parseko/cmdline21.stp
You have to specify output FILE with '-S' option.

staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]
	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]
-v              Increase verbosity.
-c cmd          Command 'cmd' will be run and staprun will
                exit when it does.  The '_stp_target' variable
                will contain the pid for the command.
-x pid          Sets the '_stp_target' variable to pid.
-o FILE         Send output to FILE. This supports strftime(3)
                formats for FILE.
-b buffer size  The systemtap module specifies a buffer size.
                Setting one here will override that value.  The
                value should be an integer between 1 and 4095 
                which be assumed to be the buffer size in MB.
                That value will be per-cpu in bulk mode.
-L              Load module and start probes, then detach.
-A              Attach to loaded systemtap module.
-d              Delete a module.  Only detached or unused modules
                the user has permission to access will be deleted. Use "*"
                (quoted) to delete all unused modules.
-D              Run in background. This requires '-o' option.
-S size[,N]     Switches output file to next file when the size
                of file reaches the specified size. The value
                should be an integer greater than 1 which is
                assumed to be the maximum file size in MB.
                When the number of output files reaches N, it
                switches to the first output file. You can omit
                the second argument.
MODULE can be either a module name or a module path.  If a
module name is used, it is looked for in the following
directory: /lib/modules/`uname -r`/systemtap
You have to specify output FILE with '-S' option.



staprun [-v]  [-c cmd ] [-x pid] [-u user] [-A|-L|-d]

	[-b bufsize] [-o FILE [-D] [-S size[,N]]] MODULE [module-options]

-v              Increase verbosity.

-c cmd          Command 'cmd' will be run and staprun will

                exit when it does.  The '_stp_target' variable

                will contain the pid for the command.

-x pid          Sets the '_stp_target' variable to pid.

-o FILE         Send output to FILE. This supports strftime(3)

                formats for FILE.

-b buffer size  The systemtap module specifies a buffer size.

                Setting one here will override that value.  The

                value should be an integer between 1 and 4095 

                which be assumed to be the buffer size in MB.

                That value will be per-cpu in bulk mode.

-L              Load module and start probes, then detach.

-A              Attach to loaded systemtap module.

-d              Delete a module.  Only detached or unused modules

                the user has permission to access will be deleted. Use "*"

                (quoted) to delete all unused modules.

-D              Run in background. This requires '-o' option.

-S size[,N]     Switches output file to next file when the size

                of file reaches the specified size. The value

                should be an integer greater than 1 which is

                assumed to be the maximum file size in MB.

                When the number of output files reaches N, it

                switches to the first output file. You can omit

                the second argument.

MODULE can be either a module name or a module path.  If a

module name is used, it is looked for in the following

directory: /lib/modules/`uname -r`/systemtap
wait results: 4045 exp12 0 1
XFAIL: parseko/cmdline21.stp
Running /home/src/testsuite/parseko/cmdlinearg01.stp
starting /home/src/testsuite/parseko/cmdlinearg01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/cmdlinearg01.stp
spawn stap -p1 /home/src/testsuite/parseko/cmdlinearg01.stp
parse error: command line argument index 0 out of range [1-0]
	at: unknown token '$0' at /home/src/testsuite/parseko/cmdlinearg01.stp:5:9
     source:   arg = $0
                     ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/cmdlinearg01.stp EOF
2 parse error(s).
parse error: command line argument index 0 out of range [1-0]

	at: unknown token '$0' at /home/src/testsuite/parseko/cmdlinearg01.stp:5:9

     source:   arg = $0

                     ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/cmdlinearg01.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4049 exp12 0 1
XFAIL: parseko/cmdlinearg01.stp
Running /home/src/testsuite/parseko/cmdlinearg02.stp
starting /home/src/testsuite/parseko/cmdlinearg02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/cmdlinearg02.stp
spawn stap -p1 /home/src/testsuite/parseko/cmdlinearg02.stp
parse error: command line argument index 1 out of range [1-0]
	at: unknown token '$1' at /home/src/testsuite/parseko/cmdlinearg02.stp:5:9
     source:   arg = $12A3
                     ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/cmdlinearg02.stp EOF
2 parse error(s).
parse error: command line argument index 1 out of range [1-0]

	at: unknown token '$1' at /home/src/testsuite/parseko/cmdlinearg02.stp:5:9

     source:   arg = $12A3

                     ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/cmdlinearg02.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4053 exp12 0 1
XFAIL: parseko/cmdlinearg02.stp
Running /home/src/testsuite/parseko/conditional.stp
starting /home/src/testsuite/parseko/conditional.stp
spawn1 stap -p2 /home/src/testsuite/parseko/conditional.stp
spawn stap -p2 /home/src/testsuite/parseko/conditional.stp
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/conditional.stp:4:24
     source:  %( 1 == 0 %? print(1) %? print(2) %)
                                    ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/conditional.stp EOF
2 parse error(s).
parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/conditional.stp:4:24

     source:  %( 1 == 0 %? print(1) %? print(2) %)

                                    ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/conditional.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4057 exp12 0 1
XFAIL: parseko/conditional.stp
Running /home/src/testsuite/parseko/eight.stp
starting /home/src/testsuite/parseko/eight.stp
spawn1 stap -p1 /home/src/testsuite/parseko/eight.stp
spawn stap -p1 /home/src/testsuite/parseko/eight.stp
parse error: expected identifier
	saw: operator ')' at /home/src/testsuite/parseko/eight.stp:3:24
     source:   foreach ([a, b, c] in) ;
                                    ^
1 parse error(s).
parse error: expected identifier

	saw: operator ')' at /home/src/testsuite/parseko/eight.stp:3:24

     source:   foreach ([a, b, c] in) ;

                                    ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4061 exp12 0 1
XFAIL: parseko/eight.stp
Running /home/src/testsuite/parseko/eighteen.stp
starting /home/src/testsuite/parseko/eighteen.stp
spawn1 stap -p1 /home/src/testsuite/parseko/eighteen.stp
spawn stap -p1 /home/src/testsuite/parseko/eighteen.stp
parse error: expected identifier
	saw: number '123' at /home/src/testsuite/parseko/eighteen.stp:4:8
     source: global 123
                    ^
1 parse error(s).
parse error: expected identifier

	saw: number '123' at /home/src/testsuite/parseko/eighteen.stp:4:8

     source: global 123

                    ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4065 exp12 0 1
XFAIL: parseko/eighteen.stp
Running /home/src/testsuite/parseko/eleven.stp
starting /home/src/testsuite/parseko/eleven.stp
spawn1 stap -p1 /home/src/testsuite/parseko/eleven.stp
spawn stap -p1 /home/src/testsuite/parseko/eleven.stp
parse error: duplicate function name
	saw: identifier 'foo' at /home/src/testsuite/parseko/eleven.stp:4:10
     source: function foo () {}
                      ^
1 parse error(s).
parse error: duplicate function name

	saw: identifier 'foo' at /home/src/testsuite/parseko/eleven.stp:4:10

     source: function foo () {}

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4069 exp12 0 1
XFAIL: parseko/eleven.stp
Running /home/src/testsuite/parseko/fifteen.stp
starting /home/src/testsuite/parseko/fifteen.stp
spawn1 stap -p1 /home/src/testsuite/parseko/fifteen.stp
spawn stap -p1 /home/src/testsuite/parseko/fifteen.stp
parse error: multiple sort directives
	saw: operator '-' at /home/src/testsuite/parseko/fifteen.stp:5:17
     source:   foreach ([x+,y-] in a) {}
                             ^
1 parse error(s).
parse error: multiple sort directives

	saw: operator '-' at /home/src/testsuite/parseko/fifteen.stp:5:17

     source:   foreach ([x+,y-] in a) {}

                             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4073 exp12 0 1
XFAIL: parseko/fifteen.stp
Running /home/src/testsuite/parseko/five.stp
starting /home/src/testsuite/parseko/five.stp
spawn1 stap -p1 /home/src/testsuite/parseko/five.stp
spawn stap -p1 /home/src/testsuite/parseko/five.stp
parse error: expected literal string or number
	saw: operator '{' at /home/src/testsuite/parseko/five.stp:3:12
     source: probe foo( {
                        ^
parse error: expected literal string or number
	saw: operator ')' at /home/src/testsuite/parseko/five.stp:6:11
     source: probe bar() {
                       ^
parse error: expected identifier or '*'
	saw: operator '(' at /home/src/testsuite/parseko/five.stp:9:11
     source: probe baz.(1) {
                       ^
parse error: expected identifier or '*'
	saw: operator '{' at /home/src/testsuite/parseko/five.stp:12:15
     source: probe faz(2), {
                           ^
parse error: expected identifier or '*'
	saw: operator '{' at /home/src/testsuite/parseko/five.stp:15:16
     source: probe kaz,goo. {
                            ^
5 parse error(s).
parse error: expected literal string or number

	saw: operator '{' at /home/src/testsuite/parseko/five.stp:3:12

     source: probe foo( {

                        ^

parse error: expected literal string or number

	saw: operator ')' at /home/src/testsuite/parseko/five.stp:6:11

     source: probe bar() {

                       ^

parse error: expected identifier or '*'

	saw: operator '(' at /home/src/testsuite/parseko/five.stp:9:11

     source: probe baz.(1) {

                       ^

parse error: expected identifier or '*'

	saw: operator '{' at /home/src/testsuite/parseko/five.stp:12:15

     source: probe faz(2), {

                           ^

parse error: expected identifier or '*'

	saw: operator '{' at /home/src/testsuite/parseko/five.stp:15:16

     source: probe kaz,goo. {

                            ^

5 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4077 exp12 0 1
XFAIL: parseko/five.stp
Running /home/src/testsuite/parseko/foreachstmt01.stp
starting /home/src/testsuite/parseko/foreachstmt01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt01.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt01.stp
parse error: expected '('
	saw: identifier 'key' at /home/src/testsuite/parseko/foreachstmt01.stp:10:13
     source:     foreach key in array
                         ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt01.stp EOF
2 parse error(s).
parse error: expected '('

	saw: identifier 'key' at /home/src/testsuite/parseko/foreachstmt01.stp:10:13

     source:     foreach key in array

                         ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt01.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4081 exp12 0 1
XFAIL: parseko/foreachstmt01.stp
Running /home/src/testsuite/parseko/foreachstmt02.stp
starting /home/src/testsuite/parseko/foreachstmt02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt02.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt02.stp
parse error: expected identifier
	saw: operator '*' at /home/src/testsuite/parseko/foreachstmt02.stp:10:14
     source:     foreach (* in array)
                          ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt02.stp EOF
2 parse error(s).
parse error: expected identifier

	saw: operator '*' at /home/src/testsuite/parseko/foreachstmt02.stp:10:14

     source:     foreach (* in array)

                          ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt02.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4085 exp12 0 1
XFAIL: parseko/foreachstmt02.stp
Running /home/src/testsuite/parseko/foreachstmt03.stp
starting /home/src/testsuite/parseko/foreachstmt03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt03.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt03.stp
parse error: expected ',' or ']'
	saw: keyword at /home/src/testsuite/parseko/foreachstmt03.stp:10:19
     source:     foreach ([key in array)
                               ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt03.stp EOF
2 parse error(s).
parse error: expected ',' or ']'

	saw: keyword at /home/src/testsuite/parseko/foreachstmt03.stp:10:19

     source:     foreach ([key in array)

                               ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt03.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4089 exp12 0 1
XFAIL: parseko/foreachstmt03.stp
Running /home/src/testsuite/parseko/foreachstmt04.stp
starting /home/src/testsuite/parseko/foreachstmt04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt04.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt04.stp
parse error: multiple sort directives
	saw: operator '-' at /home/src/testsuite/parseko/foreachstmt04.stp:10:27
     source:     foreach (key- in array-)
                                       ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt04.stp EOF
2 parse error(s).
parse error: multiple sort directives

	saw: operator '-' at /home/src/testsuite/parseko/foreachstmt04.stp:10:27

     source:     foreach (key- in array-)

                                       ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt04.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4093 exp12 0 1
XFAIL: parseko/foreachstmt04.stp
Running /home/src/testsuite/parseko/foreachstmt05.stp
starting /home/src/testsuite/parseko/foreachstmt05.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt05.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt05.stp
parse error: expected ')'
	saw: identifier 'printf' at /home/src/testsuite/parseko/foreachstmt05.stp:11:9
     source:         printf("key %d, value %d\n", key, array[key])
                     ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt05.stp EOF
2 parse error(s).
parse error: expected ')'

	saw: identifier 'printf' at /home/src/testsuite/parseko/foreachstmt05.stp:11:9

     source:         printf("key %d, value %d\n", key, array[key])

                     ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt05.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4097 exp12 0 1
XFAIL: parseko/foreachstmt05.stp
Running /home/src/testsuite/parseko/foreachstmt06.stp
starting /home/src/testsuite/parseko/foreachstmt06.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt06.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt06.stp
parse error: expected literal string or number
	saw: operator ')' at /home/src/testsuite/parseko/foreachstmt06.stp:10:32
     source:     foreach (key in array limit)
                                            ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt06.stp EOF
2 parse error(s).
parse error: expected literal string or number

	saw: operator ')' at /home/src/testsuite/parseko/foreachstmt06.stp:10:32

     source:     foreach (key in array limit)

                                            ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt06.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4101 exp12 0 1
XFAIL: parseko/foreachstmt06.stp
Running /home/src/testsuite/parseko/foreachstmt07.stp
starting /home/src/testsuite/parseko/foreachstmt07.stp
spawn1 stap -p1 /home/src/testsuite/parseko/foreachstmt07.stp
spawn stap -p1 /home/src/testsuite/parseko/foreachstmt07.stp
parse error: expected ')'
	saw: number '5' at /home/src/testsuite/parseko/foreachstmt07.stp:10:27
     source:     foreach (key in array 5)
                                       ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/foreachstmt07.stp EOF
2 parse error(s).
parse error: expected ')'

	saw: number '5' at /home/src/testsuite/parseko/foreachstmt07.stp:10:27

     source:     foreach (key in array 5)

                                       ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/foreachstmt07.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4105 exp12 0 1
XFAIL: parseko/foreachstmt07.stp
Running /home/src/testsuite/parseko/forstmt01.stp
starting /home/src/testsuite/parseko/forstmt01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/forstmt01.stp
spawn stap -p1 /home/src/testsuite/parseko/forstmt01.stp
parse error: expected '('
	saw: identifier 'i' at /home/src/testsuite/parseko/forstmt01.stp:7:9
     source:     for i = 0; i < 10; i++
                     ^
1 parse error(s).
parse error: expected '('

	saw: identifier 'i' at /home/src/testsuite/parseko/forstmt01.stp:7:9

     source:     for i = 0; i < 10; i++

                     ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4109 exp12 0 1
XFAIL: parseko/forstmt01.stp
Running /home/src/testsuite/parseko/forstmt02.stp
starting /home/src/testsuite/parseko/forstmt02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/forstmt02.stp
spawn stap -p1 /home/src/testsuite/parseko/forstmt02.stp
parse error: expected ';'
	saw: operator ')' at /home/src/testsuite/parseko/forstmt02.stp:7:15
     source:     for (i = 0)
                           ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/forstmt02.stp EOF
2 parse error(s).
parse error: expected ';'

	saw: operator ')' at /home/src/testsuite/parseko/forstmt02.stp:7:15

     source:     for (i = 0)

                           ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/forstmt02.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4113 exp12 0 1
XFAIL: parseko/forstmt02.stp
Running /home/src/testsuite/parseko/forstmt03.stp
starting /home/src/testsuite/parseko/forstmt03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/forstmt03.stp
spawn stap -p1 /home/src/testsuite/parseko/forstmt03.stp
parse error: expected ';'
	saw: operator ')' at /home/src/testsuite/parseko/forstmt03.stp:7:22
     source:     for (i = 0; i < 5)
                                  ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/forstmt03.stp EOF
2 parse error(s).
parse error: expected ';'

	saw: operator ')' at /home/src/testsuite/parseko/forstmt03.stp:7:22

     source:     for (i = 0; i < 5)

                                  ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/forstmt03.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4117 exp12 0 1
XFAIL: parseko/forstmt03.stp
Running /home/src/testsuite/parseko/forstmt04.stp
starting /home/src/testsuite/parseko/forstmt04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/forstmt04.stp
spawn stap -p1 /home/src/testsuite/parseko/forstmt04.stp
parse error: expected ')'
	saw: identifier 'j' at /home/src/testsuite/parseko/forstmt04.stp:8:9
     source:         j = i
                     ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/forstmt04.stp EOF
2 parse error(s).
parse error: expected ')'

	saw: identifier 'j' at /home/src/testsuite/parseko/forstmt04.stp:8:9

     source:         j = i

                     ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/forstmt04.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4121 exp12 0 1
XFAIL: parseko/forstmt04.stp
Running /home/src/testsuite/parseko/four.stp
starting /home/src/testsuite/parseko/four.stp
spawn1 stap -p1 /home/src/testsuite/parseko/four.stp
spawn stap -p1 /home/src/testsuite/parseko/four.stp
parse error: expected literal string or number
	saw: operator '->' at /home/src/testsuite/parseko/four.stp:4:17
     source:   somethingawful->foo = 1;
                             ^
1 parse error(s).
parse error: expected literal string or number

	saw: operator '->' at /home/src/testsuite/parseko/four.stp:4:17

     source:   somethingawful->foo = 1;

                             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4125 exp12 0 1
XFAIL: parseko/four.stp
Running /home/src/testsuite/parseko/fourteen.stp
starting /home/src/testsuite/parseko/fourteen.stp
spawn1 stap -p1 /home/src/testsuite/parseko/fourteen.stp
spawn stap -p1 /home/src/testsuite/parseko/fourteen.stp
parse error: embedded code in unprivileged script
	saw: embedded-code at /home/src/testsuite/parseko/fourteen.stp:3:17
     source: function zoo () %{ /* invalid embedded code */ %}
                             ^
1 parse error(s).
parse error: embedded code in unprivileged script

	saw: embedded-code at /home/src/testsuite/parseko/fourteen.stp:3:17

     source: function zoo () %{ /* invalid embedded code */ %}

                             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4129 exp12 0 1
XFAIL: parseko/fourteen.stp
Running /home/src/testsuite/parseko/functiondecl01.stp
starting /home/src/testsuite/parseko/functiondecl01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl01.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl01.stp
parse error: expected identifier
	saw: number '123' at /home/src/testsuite/parseko/functiondecl01.stp:4:10
     source: function 123 (arg1, arg2)
                      ^
1 parse error(s).
parse error: expected identifier

	saw: number '123' at /home/src/testsuite/parseko/functiondecl01.stp:4:10

     source: function 123 (arg1, arg2)

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4133 exp12 0 1
XFAIL: parseko/functiondecl01.stp
Running /home/src/testsuite/parseko/functiondecl02.stp
starting /home/src/testsuite/parseko/functiondecl02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl02.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl02.stp
parse error: expected identifier
	saw: keyword at /home/src/testsuite/parseko/functiondecl02.stp:4:10
     source: function function (arg1, arg2)
                      ^
1 parse error(s).
parse error: expected identifier

	saw: keyword at /home/src/testsuite/parseko/functiondecl02.stp:4:10

     source: function function (arg1, arg2)

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4137 exp12 0 1
XFAIL: parseko/functiondecl02.stp
Running /home/src/testsuite/parseko/functiondecl03.stp
starting /home/src/testsuite/parseko/functiondecl03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl03.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl03.stp
parse error: expected 'string' or 'long'
	saw: identifier 'foo' at /home/src/testsuite/parseko/functiondecl03.stp:5:15
     source: function decl:foo (arg1, arg2)
                           ^
1 parse error(s).
parse error: expected 'string' or 'long'

	saw: identifier 'foo' at /home/src/testsuite/parseko/functiondecl03.stp:5:15

     source: function decl:foo (arg1, arg2)

                           ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4141 exp12 0 1
XFAIL: parseko/functiondecl03.stp
Running /home/src/testsuite/parseko/functiondecl04.stp
starting /home/src/testsuite/parseko/functiondecl04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl04.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl04.stp
parse error: expected '('
	saw: operator '{' at /home/src/testsuite/parseko/functiondecl04.stp:5:1
     source: {
             ^
1 parse error(s).
parse error: expected '('

	saw: operator '{' at /home/src/testsuite/parseko/functiondecl04.stp:5:1

     source: {

             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4145 exp12 0 1
XFAIL: parseko/functiondecl04.stp
Running /home/src/testsuite/parseko/functiondecl05.stp
starting /home/src/testsuite/parseko/functiondecl05.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl05.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl05.stp
parse error: expected identifier
	saw: operator '*' at /home/src/testsuite/parseko/functiondecl05.stp:4:15
     source: function decl(*)
                           ^
1 parse error(s).
parse error: expected identifier

	saw: operator '*' at /home/src/testsuite/parseko/functiondecl05.stp:4:15

     source: function decl(*)

                           ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4149 exp12 0 1
XFAIL: parseko/functiondecl05.stp
Running /home/src/testsuite/parseko/functiondecl06.stp
starting /home/src/testsuite/parseko/functiondecl06.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl06.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl06.stp
parse error: expected 'string' or 'long'
	saw: identifier 'foo' at /home/src/testsuite/parseko/functiondecl06.stp:4:17
     source: function decl(a:foo)
                             ^
1 parse error(s).
parse error: expected 'string' or 'long'

	saw: identifier 'foo' at /home/src/testsuite/parseko/functiondecl06.stp:4:17

     source: function decl(a:foo)

                             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4153 exp12 0 1
XFAIL: parseko/functiondecl06.stp
Running /home/src/testsuite/parseko/functiondecl07.stp
starting /home/src/testsuite/parseko/functiondecl07.stp
spawn1 stap -p1 /home/src/testsuite/parseko/functiondecl07.stp
spawn stap -p1 /home/src/testsuite/parseko/functiondecl07.stp
parse error: expected ',' or ')'
	saw: identifier 'b' at /home/src/testsuite/parseko/functiondecl07.stp:4:17
     source: function decl(a b)
                             ^
1 parse error(s).
parse error: expected ',' or ')'

	saw: identifier 'b' at /home/src/testsuite/parseko/functiondecl07.stp:4:17

     source: function decl(a b)

                             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4157 exp12 0 1
XFAIL: parseko/functiondecl07.stp
Running /home/src/testsuite/parseko/ifstmt01.stp
starting /home/src/testsuite/parseko/ifstmt01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/ifstmt01.stp
spawn stap -p1 /home/src/testsuite/parseko/ifstmt01.stp
parse error: expected '('
	saw: identifier 'a' at /home/src/testsuite/parseko/ifstmt01.stp:7:8
     source:     if a == b
                    ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/ifstmt01.stp EOF
2 parse error(s).
parse error: expected '('

	saw: identifier 'a' at /home/src/testsuite/parseko/ifstmt01.stp:7:8

     source:     if a == b

                    ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/ifstmt01.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4161 exp12 0 1
XFAIL: parseko/ifstmt01.stp
Running /home/src/testsuite/parseko/ifstmt02.stp
starting /home/src/testsuite/parseko/ifstmt02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/ifstmt02.stp
spawn stap -p1 /home/src/testsuite/parseko/ifstmt02.stp
parse error: expected ')'
	saw: identifier 'printf' at /home/src/testsuite/parseko/ifstmt02.stp:8:9
     source:         printf("in decl\n")
                     ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/ifstmt02.stp EOF
2 parse error(s).
parse error: expected ')'

	saw: identifier 'printf' at /home/src/testsuite/parseko/ifstmt02.stp:8:9

     source:         printf("in decl\n")

                     ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/ifstmt02.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4165 exp12 0 1
XFAIL: parseko/ifstmt02.stp
Running /home/src/testsuite/parseko/maxactive01.stp
starting /home/src/testsuite/parseko/maxactive01.stp
spawn1 stap -p2 /home/src/testsuite/parseko/maxactive01.stp
spawn stap -p2 /home/src/testsuite/parseko/maxactive01.stp
semantic error: probe point mismatch at position 1: identifier 'maxactive' at /home/src/testsuite/parseko/maxactive01.stp:5:13 while resolving probe point begin.maxactive(3)
        source: probe begin.maxactive(3)
                            ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 1: identifier 'maxactive' at /home/src/testsuite/parseko/maxactive01.stp:5:13 while resolving probe point begin.maxactive(3)

        source: probe begin.maxactive(3)

                            ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 4169 exp12 0 1
XFAIL: parseko/maxactive01.stp
Running /home/src/testsuite/parseko/maxactive02.stp
starting /home/src/testsuite/parseko/maxactive02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/maxactive02.stp
spawn stap -p1 /home/src/testsuite/parseko/maxactive02.stp
parse error: expected literal string or number
	saw: identifier 'N' at /home/src/testsuite/parseko/maxactive02.stp:7:45
     source: probe kernel.function("*").return.maxactive(N)
                                                         ^
1 parse error(s).
parse error: expected literal string or number

	saw: identifier 'N' at /home/src/testsuite/parseko/maxactive02.stp:7:45

     source: probe kernel.function("*").return.maxactive(N)

                                                         ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4173 exp12 0 1
XFAIL: parseko/maxactive02.stp
Running /home/src/testsuite/parseko/maxactive03.stp
starting /home/src/testsuite/parseko/maxactive03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/maxactive03.stp
spawn stap -p1 /home/src/testsuite/parseko/maxactive03.stp
parse error: expected literal string or number
	saw: identifier 'four' at /home/src/testsuite/parseko/maxactive03.stp:7:45
     source: probe kernel.function("*").return.maxactive(four())
                                                         ^
1 parse error(s).
parse error: expected literal string or number

	saw: identifier 'four' at /home/src/testsuite/parseko/maxactive03.stp:7:45

     source: probe kernel.function("*").return.maxactive(four())

                                                         ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4177 exp12 0 1
XFAIL: parseko/maxactive03.stp
Running /home/src/testsuite/parseko/maxactive04.stp
starting /home/src/testsuite/parseko/maxactive04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/maxactive04.stp
spawn stap -p1 /home/src/testsuite/parseko/maxactive04.stp
parse error: expected ')'
	saw: operator '+' at /home/src/testsuite/parseko/maxactive04.stp:5:47
     source: probe kernel.function("*").return.maxactive(3 + 2)
                                                           ^
1 parse error(s).
parse error: expected ')'

	saw: operator '+' at /home/src/testsuite/parseko/maxactive04.stp:5:47

     source: probe kernel.function("*").return.maxactive(3 + 2)

                                                           ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4181 exp12 0 1
XFAIL: parseko/maxactive04.stp
Running /home/src/testsuite/parseko/nine.stp
starting /home/src/testsuite/parseko/nine.stp
spawn1 stap -p1 /home/src/testsuite/parseko/nine.stp
spawn stap -p1 /home/src/testsuite/parseko/nine.stp
parse error: expected statement
	saw: /home/src/testsuite/parseko/nine.stp EOF
1 parse error(s).
parse error: expected statement

	saw: /home/src/testsuite/parseko/nine.stp EOF

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4185 exp12 0 1
XFAIL: parseko/nine.stp
Running /home/src/testsuite/parseko/nineteen.stp
starting /home/src/testsuite/parseko/nineteen.stp
spawn1 stap -p1 /home/src/testsuite/parseko/nineteen.stp
spawn stap -p1 /home/src/testsuite/parseko/nineteen.stp
parse error: found 'next' not in probe context
	saw: keyword at /home/src/testsuite/parseko/nineteen.stp:7:5
     source:     next
                 ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/nineteen.stp EOF
2 parse error(s).
parse error: found 'next' not in probe context

	saw: keyword at /home/src/testsuite/parseko/nineteen.stp:7:5

     source:     next

                 ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/nineteen.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4189 exp12 0 1
XFAIL: parseko/nineteen.stp
Running /home/src/testsuite/parseko/one.stp
starting /home/src/testsuite/parseko/one.stp
spawn1 stap -p1 /home/src/testsuite/parseko/one.stp
spawn stap -p1 /home/src/testsuite/parseko/one.stp
parse error: expected 'probe', 'global', 'function', or '%{'
	saw: string 'not a probe' at /home/src/testsuite/parseko/one.stp:2:1
     source: "not a probe"
             ^
1 parse error(s).
parse error: expected 'probe', 'global', 'function', or '%{'

	saw: string 'not a probe' at /home/src/testsuite/parseko/one.stp:2:1

     source: "not a probe"

             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4193 exp12 0 1
XFAIL: parseko/one.stp
Running /home/src/testsuite/parseko/preprocess01.stp
starting /home/src/testsuite/parseko/preprocess01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess01.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess01.stp
parse error: expected string literal
	at: number '2' at /home/src/testsuite/parseko/preprocess01.stp:4:16
     source: %( kernel_v <= 2.6 %?
                            ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess01.stp:4:20
     source: %( kernel_v <= 2.6 %?
                                ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess01.stp:6:1
     source: %)
             ^
3 parse error(s).
parse error: expected string literal

	at: number '2' at /home/src/testsuite/parseko/preprocess01.stp:4:16

     source: %( kernel_v <= 2.6 %?

                            ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess01.stp:4:20

     source: %( kernel_v <= 2.6 %?

                                ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess01.stp:6:1

     source: %)

             ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4197 exp12 0 1
XFAIL: parseko/preprocess01.stp
Running /home/src/testsuite/parseko/preprocess02.stp
starting /home/src/testsuite/parseko/preprocess02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess02.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess02.stp
parse error: expected comparison operator
	at: operator '*' at /home/src/testsuite/parseko/preprocess02.stp:4:13
     source: %( kernel_v * "2.6" %?
                         ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess02.stp:4:21
     source: %( kernel_v * "2.6" %?
                                 ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess02.stp:6:1
     source: %)
             ^
3 parse error(s).
parse error: expected comparison operator

	at: operator '*' at /home/src/testsuite/parseko/preprocess02.stp:4:13

     source: %( kernel_v * "2.6" %?

                         ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess02.stp:4:21

     source: %( kernel_v * "2.6" %?

                                 ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess02.stp:6:1

     source: %)

             ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4201 exp12 0 1
XFAIL: parseko/preprocess02.stp
Running /home/src/testsuite/parseko/preprocess03.stp
starting /home/src/testsuite/parseko/preprocess03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess03.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess03.stp
parse error: expected string literal
	at: identifier 'foo' at /home/src/testsuite/parseko/preprocess03.stp:4:12
     source: %( arch == foo %?
                        ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess03.stp:4:16
     source: %( arch == foo %?
                            ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess03.stp:6:1
     source: %)
             ^
3 parse error(s).
parse error: expected string literal

	at: identifier 'foo' at /home/src/testsuite/parseko/preprocess03.stp:4:12

     source: %( arch == foo %?

                        ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess03.stp:4:16

     source: %( arch == foo %?

                            ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess03.stp:6:1

     source: %)

             ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4205 exp12 0 1
XFAIL: parseko/preprocess03.stp
Running /home/src/testsuite/parseko/preprocess04.stp
starting /home/src/testsuite/parseko/preprocess04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess04.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess04.stp
parse error: expected '==' or '!='
	at: operator '>=' at /home/src/testsuite/parseko/preprocess04.stp:4:9
     source: %( arch >= "foo" %?
                     ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess04.stp:4:18
     source: %( arch >= "foo" %?
                              ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess04.stp:6:1
     source: %)
             ^
3 parse error(s).
parse error: expected '==' or '!='

	at: operator '>=' at /home/src/testsuite/parseko/preprocess04.stp:4:9

     source: %( arch >= "foo" %?

                     ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess04.stp:4:18

     source: %( arch >= "foo" %?

                              ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess04.stp:6:1

     source: %)

             ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4209 exp12 0 1
XFAIL: parseko/preprocess04.stp
Running /home/src/testsuite/parseko/preprocess05.stp
starting /home/src/testsuite/parseko/preprocess05.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess05.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess05.stp
parse error: expected 'arch' or 'kernel_v' or 'kernel_vr' or 'CONFIG_...'
             or comparison between strings or integers
	at: identifier 'foo' at /home/src/testsuite/parseko/preprocess05.stp:4:4
     source: %( foo == "2.6" %?
                ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess05.stp:4:17
     source: %( foo == "2.6" %?
                             ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess05.stp:6:1
     source: %)
             ^
3 parse error(s).
parse error: expected 'arch' or 'kernel_v' or 'kernel_vr' or 'CONFIG_...'

             or comparison between strings or integers

	at: identifier 'foo' at /home/src/testsuite/parseko/preprocess05.stp:4:4

     source: %( foo == "2.6" %?

                ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess05.stp:4:17

     source: %( foo == "2.6" %?

                             ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess05.stp:6:1

     source: %)

             ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4213 exp12 0 1
XFAIL: parseko/preprocess05.stp
Running /home/src/testsuite/parseko/preprocess06.stp
starting /home/src/testsuite/parseko/preprocess06.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess06.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess06.stp
parse error: expected '%?' marker for conditional
	at: operator '%(' at /home/src/testsuite/parseko/preprocess06.stp:4:1
     source: %( arch == "2.6" %)
             ^
Input file '/home/src/testsuite/parseko/preprocess06.stp' is empty or missing.
parse error: expected '%?' marker for conditional

	at: operator '%(' at /home/src/testsuite/parseko/preprocess06.stp:4:1

     source: %( arch == "2.6" %)

             ^

Input file '/home/src/testsuite/parseko/preprocess06.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4217 exp12 0 1
XFAIL: parseko/preprocess06.stp
Running /home/src/testsuite/parseko/preprocess07.stp
starting /home/src/testsuite/parseko/preprocess07.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess07.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess07.stp
parse error: incomplete condition after '%('
	at: operator '%(' at /home/src/testsuite/parseko/preprocess07.stp:4:1
     source: %( arch == 
             ^
Input file '/home/src/testsuite/parseko/preprocess07.stp' is empty or missing.
parse error: incomplete condition after '%('

	at: operator '%(' at /home/src/testsuite/parseko/preprocess07.stp:4:1

     source: %( arch == 

             ^

Input file '/home/src/testsuite/parseko/preprocess07.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4221 exp12 0 1
XFAIL: parseko/preprocess07.stp
Running /home/src/testsuite/parseko/preprocess08.stp
starting /home/src/testsuite/parseko/preprocess08.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess08.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess08.stp
parse error: incomplete conditional at end of file
	at: operator '%(' at /home/src/testsuite/parseko/preprocess08.stp:4:1
     source: %( 0 == 0 %?
             ^
Input file '/home/src/testsuite/parseko/preprocess08.stp' is empty or missing.
parse error: incomplete conditional at end of file

	at: operator '%(' at /home/src/testsuite/parseko/preprocess08.stp:4:1

     source: %( 0 == 0 %?

             ^

Input file '/home/src/testsuite/parseko/preprocess08.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4225 exp12 0 1
XFAIL: parseko/preprocess08.stp
Running /home/src/testsuite/parseko/preprocess08b.stp
starting /home/src/testsuite/parseko/preprocess08b.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess08b.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess08b.stp
parse error: incomplete conditional at end of file
	at: operator '%(' at /home/src/testsuite/parseko/preprocess08b.stp:4:1
     source: %( 0 == 1 %? %:
             ^
Input file '/home/src/testsuite/parseko/preprocess08b.stp' is empty or missing.
parse error: incomplete conditional at end of file

	at: operator '%(' at /home/src/testsuite/parseko/preprocess08b.stp:4:1

     source: %( 0 == 1 %? %:

             ^

Input file '/home/src/testsuite/parseko/preprocess08b.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4229 exp12 0 1
XFAIL: parseko/preprocess08b.stp
Running /home/src/testsuite/parseko/preprocess09.stp
starting /home/src/testsuite/parseko/preprocess09.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess09.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess09.stp
parse error: incomplete conditional at end of file
	at: operator '%(' at /home/src/testsuite/parseko/preprocess09.stp:4:1
     source: %( arch == "2.6" %? probe begin { } %:
             ^
Input file '/home/src/testsuite/parseko/preprocess09.stp' is empty or missing.
parse error: incomplete conditional at end of file

	at: operator '%(' at /home/src/testsuite/parseko/preprocess09.stp:4:1

     source: %( arch == "2.6" %? probe begin { } %:

             ^

Input file '/home/src/testsuite/parseko/preprocess09.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4233 exp12 0 1
XFAIL: parseko/preprocess09.stp
Running /home/src/testsuite/parseko/preprocess10.stp
starting /home/src/testsuite/parseko/preprocess10.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess10.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess10.stp
parse error: expected number literal as right value
	at: string '2' at /home/src/testsuite/parseko/preprocess10.stp:4:10
     source: %( $# != "2" %? probe begin { } %)
                      ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess10.stp:4:14
     source: %( $# != "2" %? probe begin { } %)
                          ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess10.stp:4:33
     source: %( $# != "2" %? probe begin { } %)
                                             ^
3 parse error(s).
parse error: expected number literal as right value

	at: string '2' at /home/src/testsuite/parseko/preprocess10.stp:4:10

     source: %( $# != "2" %? probe begin { } %)

                      ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess10.stp:4:14

     source: %( $# != "2" %? probe begin { } %)

                          ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess10.stp:4:33

     source: %( $# != "2" %? probe begin { } %)

                                             ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4237 exp12 0 1
XFAIL: parseko/preprocess10.stp
Running /home/src/testsuite/parseko/preprocess11.stp
starting /home/src/testsuite/parseko/preprocess11.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess11.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess11.stp
parse error: expected string literal as right value
	at: number '2' at /home/src/testsuite/parseko/preprocess11.stp:4:10
     source: %( @# != 2 %? probe begin { } %)
                      ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess11.stp:4:12
     source: %( @# != 2 %? probe begin { } %)
                        ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess11.stp:4:31
     source: %( @# != 2 %? probe begin { } %)
                                           ^
3 parse error(s).
parse error: expected string literal as right value

	at: number '2' at /home/src/testsuite/parseko/preprocess11.stp:4:10

     source: %( @# != 2 %? probe begin { } %)

                      ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess11.stp:4:12

     source: %( @# != 2 %? probe begin { } %)

                        ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess11.stp:4:31

     source: %( @# != 2 %? probe begin { } %)

                                           ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4241 exp12 0 1
XFAIL: parseko/preprocess11.stp
Running /home/src/testsuite/parseko/preprocess12.stp
starting /home/src/testsuite/parseko/preprocess12.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess12.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess12.stp
parse error: command line argument index 1 out of range [1-0]
	at: unknown token '@1' at /home/src/testsuite/parseko/preprocess12.stp:5:34
     source: %( $# < 2 %? probe begin { print @1 } %)
                                              ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/preprocess12.stp EOF
2 parse error(s).
parse error: command line argument index 1 out of range [1-0]

	at: unknown token '@1' at /home/src/testsuite/parseko/preprocess12.stp:5:34

     source: %( $# < 2 %? probe begin { print @1 } %)

                                              ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/preprocess12.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4245 exp12 0 1
XFAIL: parseko/preprocess12.stp
Running /home/src/testsuite/parseko/preprocess13.stp
starting /home/src/testsuite/parseko/preprocess13.stp
spawn2 /home/src/testsuite/parseko/preprocess13.stp
spawn /home/src/testsuite/parseko/preprocess13.stp
parse error: invalid nested substitution of command line arguments
	at: junk '$1' at <input>:1:1
     source: $1
             ^
Input file '<input>' is empty or missing.
parse error: invalid nested substitution of command line arguments

	at: junk '$1' at <input>:1:1

     source: $1

             ^

Input file '<input>' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4249 exp12 0 1
XFAIL: parseko/preprocess13.stp
Running /home/src/testsuite/parseko/preprocess14.stp
starting /home/src/testsuite/parseko/preprocess14.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess14.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess14.stp
parse error: expected 'arch' or 'kernel_v' or 'kernel_vr' or 'CONFIG_...'
             or comparison between strings or integers
	at: operator '%?' at /home/src/testsuite/parseko/preprocess14.stp:4:21
     source: %( arch == "2.6" && %? probe begin() { } %)
                                 ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess14.stp:4:42
     source: %( arch == "2.6" && %? probe begin() { } %)
                                                      ^
Input file '/home/src/testsuite/parseko/preprocess14.stp' is empty or missing.
parse error: expected 'arch' or 'kernel_v' or 'kernel_vr' or 'CONFIG_...'

             or comparison between strings or integers

	at: operator '%?' at /home/src/testsuite/parseko/preprocess14.stp:4:21

     source: %( arch == "2.6" && %? probe begin() { } %)

                                 ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess14.stp:4:42

     source: %( arch == "2.6" && %? probe begin() { } %)

                                                      ^

Input file '/home/src/testsuite/parseko/preprocess14.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4254 exp12 0 1
XFAIL: parseko/preprocess14.stp
Running /home/src/testsuite/parseko/preprocess15.stp
starting /home/src/testsuite/parseko/preprocess15.stp
spawn1 stap -p1 /home/src/testsuite/parseko/preprocess15.stp
spawn stap -p1 /home/src/testsuite/parseko/preprocess15.stp
parse error: expected 'arch' or 'kernel_v' or 'kernel_vr' or 'CONFIG_...'
             or comparison between strings or integers
	at: operator '||' at /home/src/testsuite/parseko/preprocess15.stp:4:21
     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)
                                 ^
parse error: incomplete conditional - missing '%('
	at: operator '%?' at /home/src/testsuite/parseko/preprocess15.stp:4:39
     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)
                                                   ^
parse error: expected literal string or number
	saw: operator ')' at /home/src/testsuite/parseko/preprocess15.stp:4:54
     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)
                                                                  ^
parse error: incomplete conditional - missing '%('
	at: operator '%)' at /home/src/testsuite/parseko/preprocess15.stp:4:60
     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)
                                                                        ^
4 parse error(s).
parse error: expected 'arch' or 'kernel_v' or 'kernel_vr' or 'CONFIG_...'

             or comparison between strings or integers

	at: operator '||' at /home/src/testsuite/parseko/preprocess15.stp:4:21

     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)

                                 ^

parse error: incomplete conditional - missing '%('

	at: operator '%?' at /home/src/testsuite/parseko/preprocess15.stp:4:39

     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)

                                                   ^

parse error: expected literal string or number

	saw: operator ')' at /home/src/testsuite/parseko/preprocess15.stp:4:54

     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)

                                                                  ^

parse error: incomplete conditional - missing '%('

	at: operator '%)' at /home/src/testsuite/parseko/preprocess15.stp:4:60

     source: %( arch == "2.6" && || arch == "2.66" %? probe begin() { } %)

                                                                        ^

4 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4258 exp12 0 1
XFAIL: parseko/preprocess15.stp
Running /home/src/testsuite/parseko/preprocess16.stp
starting /home/src/testsuite/parseko/preprocess16.stp
spawn2 /home/src/testsuite/parseko/preprocess16.stp
spawn /home/src/testsuite/parseko/preprocess16.stp
parse error: invalid nested substitution of command line arguments
	at: unknown token '$1' at <input>:1:14
     source: probe begin {$1}
                          ^
parse error: expected statement
	saw: <input> EOF
2 parse error(s).
parse error: invalid nested substitution of command line arguments

	at: unknown token '$1' at <input>:1:14

     source: probe begin {$1}

                          ^

parse error: expected statement

	saw: <input> EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4262 exp12 0 1
XFAIL: parseko/preprocess16.stp
Running /home/src/testsuite/parseko/preprocess17.stp
starting /home/src/testsuite/parseko/preprocess17.stp
spawn2 /home/src/testsuite/parseko/preprocess17.stp
spawn /home/src/testsuite/parseko/preprocess17.stp
parse error: expected identifier
	saw: string 'FAIL' at <input>:1:43
     source: global %( systemtap_v >= "1.2" %? PASS %: "FAIL" %)
                                                       ^
1 parse error(s).
parse error: expected identifier

	saw: string 'FAIL' at <input>:1:43

     source: global %( systemtap_v >= "1.2" %? PASS %: "FAIL" %)

                                                       ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4267 exp12 0 1
XFAIL: parseko/preprocess17.stp
Running /home/src/testsuite/parseko/printd01.stp
starting /home/src/testsuite/parseko/printd01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/printd01.stp
spawn stap -p1 /home/src/testsuite/parseko/printd01.stp
parse error: expected string
	saw: number '1' at /home/src/testsuite/parseko/printd01.stp:5:12
     source:     printd(1, 2, 3, 4, 5)
                        ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/printd01.stp EOF
2 parse error(s).
parse error: expected string

	saw: number '1' at /home/src/testsuite/parseko/printd01.stp:5:12

     source:     printd(1, 2, 3, 4, 5)

                        ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/printd01.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4272 exp12 0 1
XFAIL: parseko/printd01.stp
Running /home/src/testsuite/parseko/printd02.stp
starting /home/src/testsuite/parseko/printd02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/printd02.stp
spawn stap -p1 /home/src/testsuite/parseko/printd02.stp
parse error: expected string
	saw: number '1' at /home/src/testsuite/parseko/printd02.stp:5:14
     source:     printdln(1, 2, 3, 4, 5)
                          ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/printd02.stp EOF
2 parse error(s).
parse error: expected string

	saw: number '1' at /home/src/testsuite/parseko/printd02.stp:5:14

     source:     printdln(1, 2, 3, 4, 5)

                          ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/printd02.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4276 exp12 0 1
XFAIL: parseko/printd02.stp
Running /home/src/testsuite/parseko/printd03.stp
starting /home/src/testsuite/parseko/printd03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/printd03.stp
spawn stap -p1 /home/src/testsuite/parseko/printd03.stp
parse error: expected ','
	saw: operator ')' at /home/src/testsuite/parseko/printd03.stp:5:19
     source:     printd(", ", 1)
                               ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/printd03.stp EOF
2 parse error(s).
parse error: expected ','

	saw: operator ')' at /home/src/testsuite/parseko/printd03.stp:5:19

     source:     printd(", ", 1)

                               ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/printd03.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4280 exp12 0 1
XFAIL: parseko/printd03.stp
Running /home/src/testsuite/parseko/printd04.stp
starting /home/src/testsuite/parseko/printd04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/printd04.stp
spawn stap -p1 /home/src/testsuite/parseko/printd04.stp
parse error: expected ','
	saw: operator ')' at /home/src/testsuite/parseko/printd04.stp:5:21
     source:     printdln(", ", 1)
                                 ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/printd04.stp EOF
2 parse error(s).
parse error: expected ','

	saw: operator ')' at /home/src/testsuite/parseko/printd04.stp:5:21

     source:     printdln(", ", 1)

                                 ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/printd04.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4284 exp12 0 1
XFAIL: parseko/printd04.stp
Running /home/src/testsuite/parseko/probepoint01.stp
starting /home/src/testsuite/parseko/probepoint01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint01.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint01.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: identifier 'bar' at /home/src/testsuite/parseko/probepoint01.stp:4:11
     source: probe foo bar
                       ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: identifier 'bar' at /home/src/testsuite/parseko/probepoint01.stp:4:11

     source: probe foo bar

                       ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4288 exp12 0 1
XFAIL: parseko/probepoint01.stp
Running /home/src/testsuite/parseko/probepoint02.stp
starting /home/src/testsuite/parseko/probepoint02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint02.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint02.stp
parse error: expected ')'
	saw: operator '(' at /home/src/testsuite/parseko/probepoint02.stp:4:12
     source: probe foo(5(
                        ^
1 parse error(s).
parse error: expected ')'

	saw: operator '(' at /home/src/testsuite/parseko/probepoint02.stp:4:12

     source: probe foo(5(

                        ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4292 exp12 0 1
XFAIL: parseko/probepoint02.stp
Running /home/src/testsuite/parseko/probepoint03.stp
starting /home/src/testsuite/parseko/probepoint03.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint03.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint03.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: operator '(' at /home/src/testsuite/parseko/probepoint03.stp:4:13
     source: probe foo(5)(6)
                         ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: operator '(' at /home/src/testsuite/parseko/probepoint03.stp:4:13

     source: probe foo(5)(6)

                         ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4296 exp12 0 1
XFAIL: parseko/probepoint03.stp
Running /home/src/testsuite/parseko/probepoint04.stp
starting /home/src/testsuite/parseko/probepoint04.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint04.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint04.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: operator '?' at /home/src/testsuite/parseko/probepoint04.stp:4:20
     source: probe foo(5) if (1)?
                                ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: operator '?' at /home/src/testsuite/parseko/probepoint04.stp:4:20

     source: probe foo(5) if (1)?

                                ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4300 exp12 0 1
XFAIL: parseko/probepoint04.stp
Running /home/src/testsuite/parseko/probepoint05.stp
starting /home/src/testsuite/parseko/probepoint05.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint05.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint05.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: operator '(' at /home/src/testsuite/parseko/probepoint05.stp:4:20
     source: probe foo(5) if (1)(10)
                                ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: operator '(' at /home/src/testsuite/parseko/probepoint05.stp:4:20

     source: probe foo(5) if (1)(10)

                                ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4304 exp12 0 1
XFAIL: parseko/probepoint05.stp
Running /home/src/testsuite/parseko/probepoint06.stp
starting /home/src/testsuite/parseko/probepoint06.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint06.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint06.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: identifier 'foo' at /home/src/testsuite/parseko/probepoint06.stp:4:14
     source: probe if (1) foo(5)
                          ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: identifier 'foo' at /home/src/testsuite/parseko/probepoint06.stp:4:14

     source: probe if (1) foo(5)

                          ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4308 exp12 0 1
XFAIL: parseko/probepoint06.stp
Running /home/src/testsuite/parseko/probepoint07.stp
starting /home/src/testsuite/parseko/probepoint07.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint07.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint07.stp
parse error: expected ')'
	saw: operator '(' at /home/src/testsuite/parseko/probepoint07.stp:4:19
     source: probe foo(5) if (1(
                               ^
1 parse error(s).
parse error: expected ')'

	saw: operator '(' at /home/src/testsuite/parseko/probepoint07.stp:4:19

     source: probe foo(5) if (1(

                               ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4312 exp12 0 1
XFAIL: parseko/probepoint07.stp
Running /home/src/testsuite/parseko/probepoint08.stp
starting /home/src/testsuite/parseko/probepoint08.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint08.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint08.stp
parse error: unexpected end-of-file
	saw: /home/src/testsuite/parseko/probepoint08.stp EOF
1 parse error(s).
parse error: unexpected end-of-file

	saw: /home/src/testsuite/parseko/probepoint08.stp EOF

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4316 exp12 0 1
XFAIL: parseko/probepoint08.stp
Running /home/src/testsuite/parseko/probepoint09.stp
starting /home/src/testsuite/parseko/probepoint09.stp
spawn1 stap -p1 /home/src/testsuite/parseko/probepoint09.stp
spawn stap -p1 /home/src/testsuite/parseko/probepoint09.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: identifier 'bar' at /home/src/testsuite/parseko/probepoint09.stp:4:20
     source: probe foo(5) if(1) bar(2)
                                ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: identifier 'bar' at /home/src/testsuite/parseko/probepoint09.stp:4:20

     source: probe foo(5) if(1) bar(2)

                                ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4320 exp12 0 1
XFAIL: parseko/probepoint09.stp
Running /home/src/testsuite/parseko/seven.stp
starting /home/src/testsuite/parseko/seven.stp
spawn1 stap -p1 /home/src/testsuite/parseko/seven.stp
spawn stap -p1 /home/src/testsuite/parseko/seven.stp
parse error: expected literal string or number
	saw: operator ']' at /home/src/testsuite/parseko/seven.stp:4:6
     source:   [a,] in b;
                  ^
parse error: expected literal string or number
	saw: operator ',' at /home/src/testsuite/parseko/seven.stp:5:4
     source:   [,c] in d;
                ^
parse error: expected literal string or number
	saw: operator ']' at /home/src/testsuite/parseko/seven.stp:6:4
     source:   [] in e;
                ^
3 parse error(s).
parse error: expected literal string or number

	saw: operator ']' at /home/src/testsuite/parseko/seven.stp:4:6

     source:   [a,] in b;

                  ^

parse error: expected literal string or number

	saw: operator ',' at /home/src/testsuite/parseko/seven.stp:5:4

     source:   [,c] in d;

                ^

parse error: expected literal string or number

	saw: operator ']' at /home/src/testsuite/parseko/seven.stp:6:4

     source:   [] in e;

                ^

3 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4324 exp12 0 1
XFAIL: parseko/seven.stp
Running /home/src/testsuite/parseko/seventeen.stp
starting /home/src/testsuite/parseko/seventeen.stp
spawn1 stap -p1 /home/src/testsuite/parseko/seventeen.stp
spawn stap -p1 /home/src/testsuite/parseko/seventeen.stp
Input file '/home/src/testsuite/parseko/seventeen.stp' is empty or missing.
Input file '/home/src/testsuite/parseko/seventeen.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4328 exp12 0 1
XFAIL: parseko/seventeen.stp
Running /home/src/testsuite/parseko/six.stp
starting /home/src/testsuite/parseko/six.stp
spawn1 stap -p1 /home/src/testsuite/parseko/six.stp
spawn stap -p1 /home/src/testsuite/parseko/six.stp
parse error: number invalid or out of range
	saw: number '9999999999999999999999999' at /home/src/testsuite/parseko/six.stp:4:8
     source:   a = -9999999999999999999999999;
                    ^
parse error: number invalid or out of range
	saw: number '0xzoopoo' at /home/src/testsuite/parseko/six.stp:5:7
     source:   b = 0xzoopoo;
                   ^
parse error: number invalid or out of range
	saw: number '00011122233344455566677788' at /home/src/testsuite/parseko/six.stp:6:7
     source:   c = 00011122233344455566677788;
                   ^
parse error: number invalid or out of range
	saw: number '07777777777777777777777777' at /home/src/testsuite/parseko/six.stp:7:7
     source:   d = 07777777777777777777777777;
                   ^
parse error: number invalid or out of range
	saw: number '18446744073709551616' at /home/src/testsuite/parseko/six.stp:8:7
     source:   e = 18446744073709551616; # ULLONG_MAX+1
                   ^
5 parse error(s).
parse error: number invalid or out of range

	saw: number '9999999999999999999999999' at /home/src/testsuite/parseko/six.stp:4:8

     source:   a = -9999999999999999999999999;

                    ^

parse error: number invalid or out of range

	saw: number '0xzoopoo' at /home/src/testsuite/parseko/six.stp:5:7

     source:   b = 0xzoopoo;

                   ^

parse error: number invalid or out of range

	saw: number '00011122233344455566677788' at /home/src/testsuite/parseko/six.stp:6:7

     source:   c = 00011122233344455566677788;

                   ^

parse error: number invalid or out of range

	saw: number '07777777777777777777777777' at /home/src/testsuite/parseko/six.stp:7:7

     source:   d = 07777777777777777777777777;

                   ^

parse error: number invalid or out of range

	saw: number '18446744073709551616' at /home/src/testsuite/parseko/six.stp:8:7

     source:   e = 18446744073709551616; # ULLONG_MAX+1

                   ^

5 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4332 exp12 0 1
XFAIL: parseko/six.stp
Running /home/src/testsuite/parseko/sixteen.stp
starting /home/src/testsuite/parseko/sixteen.stp
spawn1 stap -gp1 /home/src/testsuite/parseko/sixteen.stp
spawn stap -gp1 /home/src/testsuite/parseko/sixteen.stp
parse error: Could not find matching '%}' to close embedded function block
	at: embedded-code at /home/src/testsuite/parseko/sixteen.stp:3:1
     source: %{
             ^
Input file '/home/src/testsuite/parseko/sixteen.stp' is empty or missing.
parse error: Could not find matching '%}' to close embedded function block

	at: embedded-code at /home/src/testsuite/parseko/sixteen.stp:3:1

     source: %{

             ^

Input file '/home/src/testsuite/parseko/sixteen.stp' is empty or missing.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4336 exp12 0 1
XFAIL: parseko/sixteen.stp
Running /home/src/testsuite/parseko/source_context.stp
starting /home/src/testsuite/parseko/source_context.stp
spawn2 /home/src/testsuite/parseko/source_context.stp
spawn /home/src/testsuite/parseko/source_context.stp
/home/src/testsuite/parseko/source_context.stp: line 1: syntax error near unexpected token `('
/home/src/testsuite/parseko/source_context.stp: line 1: `probe timer.ms(123)'
/home/src/testsuite/parseko/source_context.stp: line 1: syntax error near unexpected token `('

/home/src/testsuite/parseko/source_context.stp: line 1: `probe timer.ms(123)'
wait results: 4340 exp12 0 2
XFAIL: parseko/source_context.stp
Running /home/src/testsuite/parseko/ternarystmt01.stp
starting /home/src/testsuite/parseko/ternarystmt01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/ternarystmt01.stp
spawn stap -p1 /home/src/testsuite/parseko/ternarystmt01.stp
parse error: expected ':'
	saw: operator '}' at /home/src/testsuite/parseko/ternarystmt01.stp:8:1
     source: }
             ^
1 parse error(s).
parse error: expected ':'

	saw: operator '}' at /home/src/testsuite/parseko/ternarystmt01.stp:8:1

     source: }

             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4343 exp12 0 1
XFAIL: parseko/ternarystmt01.stp
Running /home/src/testsuite/parseko/thirteen.stp
starting /home/src/testsuite/parseko/thirteen.stp
spawn1 stap -p2 /home/src/testsuite/parseko/thirteen.stp
spawn stap -p2 /home/src/testsuite/parseko/thirteen.stp
parse error: embedded code in unprivileged script
	saw: embedded-code at /home/src/testsuite/parseko/thirteen.stp:3:1
     source: %{ /* embedded code not permitted since -g not supplied */ %}
             ^
1 parse error(s).
parse error: embedded code in unprivileged script

	saw: embedded-code at /home/src/testsuite/parseko/thirteen.stp:3:1

     source: %{ /* embedded code not permitted since -g not supplied */ %}

             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4347 exp12 0 1
XFAIL: parseko/thirteen.stp
Running /home/src/testsuite/parseko/three.stp
starting /home/src/testsuite/parseko/three.stp
spawn1 stap -p1 /home/src/testsuite/parseko/three.stp
spawn stap -p1 /home/src/testsuite/parseko/three.stp
parse error: expected 'in'
	saw: operator ')' at /home/src/testsuite/parseko/three.stp:3:13
     source:   foreach (a) ;
                         ^
1 parse error(s).
parse error: expected 'in'

	saw: operator ')' at /home/src/testsuite/parseko/three.stp:3:13

     source:   foreach (a) ;

                         ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4351 exp12 0 1
XFAIL: parseko/three.stp
Running /home/src/testsuite/parseko/twelve.stp
starting /home/src/testsuite/parseko/twelve.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twelve.stp
spawn stap -p1 /home/src/testsuite/parseko/twelve.stp
parse error: duplicate global name
	saw: identifier 'foo' at /home/src/testsuite/parseko/twelve.stp:4:8
     source: global foo
                    ^
1 parse error(s).
parse error: duplicate global name

	saw: identifier 'foo' at /home/src/testsuite/parseko/twelve.stp:4:8

     source: global foo

                    ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4355 exp12 0 1
XFAIL: parseko/twelve.stp
Running /home/src/testsuite/parseko/twenty.stp
starting /home/src/testsuite/parseko/twenty.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twenty.stp
spawn stap -p1 /home/src/testsuite/parseko/twenty.stp
parse error: found 'return' not in function context
	saw: keyword at /home/src/testsuite/parseko/twenty.stp:7:5
     source:     return
                 ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/twenty.stp EOF
2 parse error(s).
parse error: found 'return' not in function context

	saw: keyword at /home/src/testsuite/parseko/twenty.stp:7:5

     source:     return

                 ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/twenty.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4359 exp12 0 1
XFAIL: parseko/twenty.stp
Running /home/src/testsuite/parseko/twentyfive.stp
starting /home/src/testsuite/parseko/twentyfive.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twentyfive.stp
spawn stap -p1 /home/src/testsuite/parseko/twentyfive.stp
parse error: expected identifier
	saw: operator ';' at /home/src/testsuite/parseko/twentyfive.stp:3:10
     source: global a,;b
                      ^
1 parse error(s).
parse error: expected identifier

	saw: operator ';' at /home/src/testsuite/parseko/twentyfive.stp:3:10

     source: global a,;b

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4363 exp12 0 1
XFAIL: parseko/twentyfive.stp
Running /home/src/testsuite/parseko/twentyfour.stp
starting /home/src/testsuite/parseko/twentyfour.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twentyfour.stp
spawn stap -p1 /home/src/testsuite/parseko/twentyfour.stp
parse error: expected 'probe', 'global', 'function', or '%{'
	saw: operator ',' at /home/src/testsuite/parseko/twentyfour.stp:3:10
     source: global a;,b
                      ^
1 parse error(s).
parse error: expected 'probe', 'global', 'function', or '%{'

	saw: operator ',' at /home/src/testsuite/parseko/twentyfour.stp:3:10

     source: global a;,b

                      ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4367 exp12 0 1
XFAIL: parseko/twentyfour.stp
Running /home/src/testsuite/parseko/twentyone.stp
starting /home/src/testsuite/parseko/twentyone.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twentyone.stp
spawn stap -p1 /home/src/testsuite/parseko/twentyone.stp
parse error: unknown statistic operator @foo
	saw: identifier '@foo' at /home/src/testsuite/parseko/twentyone.stp:8:24
     source:     printf("foo %d\n", @foo(v))
                                    ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/twentyone.stp EOF
2 parse error(s).
parse error: unknown statistic operator @foo

	saw: identifier '@foo' at /home/src/testsuite/parseko/twentyone.stp:8:24

     source:     printf("foo %d\n", @foo(v))

                                    ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/twentyone.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4371 exp12 0 1
XFAIL: parseko/twentyone.stp
Running /home/src/testsuite/parseko/twentyseven.stp
starting /home/src/testsuite/parseko/twentyseven.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twentyseven.stp
spawn stap -p1 /home/src/testsuite/parseko/twentyseven.stp
parse error: expected ')'
	saw: string 'open' at /home/src/testsuite/parseko/twentyseven.stp:4:73
     source: probe kernel.function ("sys_" /* this comment prevents string gluing */ "open") {}
                                                                                     ^
1 parse error(s).
parse error: expected ')'

	saw: string 'open' at /home/src/testsuite/parseko/twentyseven.stp:4:73

     source: probe kernel.function ("sys_" /* this comment prevents string gluing */ "open") {}

                                                                                     ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4375 exp12 0 1
XFAIL: parseko/twentyseven.stp
Running /home/src/testsuite/parseko/twentysix.stp
starting /home/src/testsuite/parseko/twentysix.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twentysix.stp
spawn stap -p1 /home/src/testsuite/parseko/twentysix.stp
parse error: probe point alias name cannot be optional nor sufficient
	at: identifier 'foo' at /home/src/testsuite/parseko/twentysix.stp:4:7
     source: probe foo ? = begin { }
                   ^
1 parse error(s).
parse error: probe point alias name cannot be optional nor sufficient

	at: identifier 'foo' at /home/src/testsuite/parseko/twentysix.stp:4:7

     source: probe foo ? = begin { }

                   ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4379 exp12 0 1
XFAIL: parseko/twentysix.stp
Running /home/src/testsuite/parseko/twentythree.stp
starting /home/src/testsuite/parseko/twentythree.stp
spawn2 /home/src/testsuite/parseko/twentythree.stp
spawn /home/src/testsuite/parseko/twentythree.stp
usage error: tapset file '/usr/local/share/systemtap/tapset/indent.stp' cannot be run directly as a session script.
usage error: tapset file '/usr/local/share/systemtap/tapset/indent.stp' cannot be run directly as a session script.
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4383 exp12 0 1
XFAIL: parseko/twentythree.stp
Running /home/src/testsuite/parseko/twentytwo.stp
starting /home/src/testsuite/parseko/twentytwo.stp
spawn1 stap -p1 /home/src/testsuite/parseko/twentytwo.stp
spawn stap -p1 /home/src/testsuite/parseko/twentytwo.stp
parse error: expected one of '. , ( ? ! { = +='
	saw: operator '*' at /home/src/testsuite/parseko/twentytwo.stp:5:9
     source: probe a * b { }
                     ^
1 parse error(s).
parse error: expected one of '. , ( ? ! { = +='

	saw: operator '*' at /home/src/testsuite/parseko/twentytwo.stp:5:9

     source: probe a * b { }

                     ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4388 exp12 0 1
XFAIL: parseko/twentytwo.stp
Running /home/src/testsuite/parseko/two.stp
starting /home/src/testsuite/parseko/two.stp
spawn1 stap -p1 /home/src/testsuite/parseko/two.stp
spawn stap -p1 /home/src/testsuite/parseko/two.stp
parse error: expected literal string or number
	saw: operator '}' at /home/src/testsuite/parseko/two.stp:4:1
     source: }
             ^
1 parse error(s).
parse error: expected literal string or number

	saw: operator '}' at /home/src/testsuite/parseko/two.stp:4:1

     source: }

             ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4392 exp12 0 1
XFAIL: parseko/two.stp
Running /home/src/testsuite/parseko/utrace01.stp
starting /home/src/testsuite/parseko/utrace01.stp
spawn1 stap -p2 /home/src/testsuite/parseko/utrace01.stp
spawn stap -p2 /home/src/testsuite/parseko/utrace01.stp
parse error: expected literal string or number
	saw: operator '/' at /home/src/testsuite/parseko/utrace01.stp:4:15
     source: probe process(/bin/cat).end { }
                           ^
1 parse error(s).
parse error: expected literal string or number

	saw: operator '/' at /home/src/testsuite/parseko/utrace01.stp:4:15

     source: probe process(/bin/cat).end { }

                           ^

1 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4396 exp12 0 1
XFAIL: parseko/utrace01.stp
Running /home/src/testsuite/parseko/whilestmt01.stp
starting /home/src/testsuite/parseko/whilestmt01.stp
spawn1 stap -p1 /home/src/testsuite/parseko/whilestmt01.stp
spawn stap -p1 /home/src/testsuite/parseko/whilestmt01.stp
parse error: expected '('
	saw: number '0' at /home/src/testsuite/parseko/whilestmt01.stp:7:11
     source:     while 0 == 1
                       ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/whilestmt01.stp EOF
2 parse error(s).
parse error: expected '('

	saw: number '0' at /home/src/testsuite/parseko/whilestmt01.stp:7:11

     source:     while 0 == 1

                       ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/whilestmt01.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4400 exp12 0 1
XFAIL: parseko/whilestmt01.stp
Running /home/src/testsuite/parseko/whilestmt02.stp
starting /home/src/testsuite/parseko/whilestmt02.stp
spawn1 stap -p1 /home/src/testsuite/parseko/whilestmt02.stp
spawn stap -p1 /home/src/testsuite/parseko/whilestmt02.stp
parse error: expected ')'
	saw: identifier 'printf' at /home/src/testsuite/parseko/whilestmt02.stp:8:9
     source:         printf("here\n")
                     ^
parse error: expected statement
	saw: /home/src/testsuite/parseko/whilestmt02.stp EOF
2 parse error(s).
parse error: expected ')'

	saw: identifier 'printf' at /home/src/testsuite/parseko/whilestmt02.stp:8:9

     source:         printf("here\n")

                     ^

parse error: expected statement

	saw: /home/src/testsuite/parseko/whilestmt02.stp EOF

2 parse error(s).
Pass 1: parse failed.  Try again with another '--vp 1' option.

Pass 1: parse failed.  Try again with another '--vp 1' option.
wait results: 4404 exp12 0 1
XFAIL: parseko/whilestmt02.stp
testcase /home/src/testsuite/systemtap.pass1-4/parseko.exp completed in 56 seconds
Running /home/src/testsuite/systemtap.pass1-4/parseok.exp ...
Running /home/src/testsuite/parseok/all_tapsets.stp
starting /home/src/testsuite/parseok/all_tapsets.stp
spawn2 /home/src/testsuite/parseok/all_tapsets.stp
spawn /home/src/testsuite/parseok/all_tapsets.stp
# parse tree dump
# file <input>
probe begin{
}

# parse tree dump

# file <input>

probe begin{

}


wait results: 4408 exp12 0 0
PASS: parseok/all_tapsets.stp
Running /home/src/testsuite/parseok/bad_tapset.stp
starting /home/src/testsuite/parseok/bad_tapset.stp
spawn2 /home/src/testsuite/parseok/bad_tapset.stp
spawn /home/src/testsuite/parseok/bad_tapset.stp
parse error: expected identifier or '*'
	saw: operator '.' at /home/src/testsuite/parseok/../parseko/bad_tapset//foo.stp:2:13
     source: probe foo = .bar {}
                         ^
1 parse error(s).
WARNING: tapset '/home/src/testsuite/parseok/../parseko/bad_tapset//foo.stp' has errors, and will be skipped.
# parse tree dump
# file <input>
probe begin{
}

parse error: expected identifier or '*'

	saw: operator '.' at /home/src/testsuite/parseok/../parseko/bad_tapset//foo.stp:2:13

     source: probe foo = .bar {}

                         ^

1 parse error(s).

WARNING: tapset '/home/src/testsuite/parseok/../parseko/bad_tapset//foo.stp' has errors, and will be skipped.

# parse tree dump

# file <input>

probe begin{

}


wait results: 4413 exp12 0 0
PASS: parseok/bad_tapset.stp
Running /home/src/testsuite/parseok/cmdline01.stp
starting /home/src/testsuite/parseok/cmdline01.stp
spawn2 /home/src/testsuite/parseok/cmdline01.stp
spawn /home/src/testsuite/parseok/cmdline01.stp
output version
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.
output version and help
output version

SystemTap translator/driver (version 1.2/0.147 non-git sources)

Copyright (C) 2005-2010 Red Hat, Inc. and others

This is free software; see the source for copying conditions.

output version and help
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 5
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_4423
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables


SystemTap translator/driver (version 1.2/0.147 non-git sources)

Copyright (C) 2005-2010 Red Hat, Inc. and others

This is free software; see the source for copying conditions.



Usage: stap [options] FILE         Run script in file.

   or: stap [options] -            Run script on stdin.

   or: stap [options] -e SCRIPT    Run given script.

   or: stap [options] -l PROBE     List matching probes.

   or: stap [options] -L PROBE     List matching probes and local variables.



Options:

   --         end of translator options, script options follow

   -h --help  show help

   -V         show version

   -p NUM     stop after pass NUM 1-5, instead of 5

              (parse, elaborate, translate, compile, run)

   -v         add verbosity to all passes

   --vp {N}+  add per-pass verbosity [00000]

   -k         keep temporary directory

   -u         unoptimized translation

   -w         suppress warnings

   -W         turn warnings into errors

   -g         guru mode

   -P         prologue-searching for function probes

   -b         bulk (percpu file) mode

   -s NUM     buffer size in megabytes, instead of 0

   -I DIR     look in DIR for additional .stp script files, in addition to

              /usr/share/systemtap/tapset

              /etc/opt/kde3/share/systemtap/tapset

              /opt/kde3/share/systemtap/tapset

              /usr/local/share/systemtap/tapset

   -D NM=VAL  emit macro definition into generated C code

   -B NM=VAL  pass option to kbuild make

   -R DIR     look in DIR for runtime, instead of

              /usr/local/share/systemtap/runtime

   -r DIR     cross-compile to kernel with given build tree; or else

   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of

              /lib/modules/2.6.35-rc3/build

   -a ARCH    cross-compile to given architecture, instead of powerpc

   -m MODULE  set probe module name, instead of 

              stap_4423

   -o FILE    send script output to file, instead of stdout. This supports

              strftime(3) formats for FILE

   -c CMD     start the probes, run CMD, and exit when it finishes

   -x PID     sets target() to PID

   -F         run as on-file flight recorder with -o.

              run as on-memory flight recorder without -o.

   -S size[,n] set maximum of the size and the number of files.

   -d OBJECT  add unwind/symbol data for OBJECT file

   --ldd      add unwind/symbol data for all referenced OBJECT files.

   --all-modules

              add unwind/symbol data for all loaded kernel objects.

   -t         collect probe timing information

   --unprivileged

              restrict usage to features available to unprivileged users

   --compatible=VERSION

              suppress incompatible language/tapset changes beyond VERSION,

              instead of 1.2

   --skip-badvars

              substitute zero for bad context $variables


wait results: 4419 exp12 0 0
PASS: parseok/cmdline01.stp
Running /home/src/testsuite/parseok/cmdline02.stp
starting /home/src/testsuite/parseok/cmdline02.stp
spawn2 /home/src/testsuite/parseok/cmdline02.stp
spawn /home/src/testsuite/parseok/cmdline02.stp
# parse tree dump
# file <input>
probe begin{
exit()
}

# file /usr/local/share/systemtap/tapset/powerpc/nd_syscalls.stp
probe nd_syscall.sys64_time = kprobe.function("sys64_time")?{
(name) = ("sys64_time")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.sys64_time.return = kprobe.function("sys64_time").return?{
(name) = ("sys64_time")
(retstr) = (returnstr(1))
}
probe nd_syscall.ppc64_personality = kprobe.function("ppc64_personality"){
(name) = ("ppc64_personality")
asmlinkage()
(persona) = (ulong_arg(1))
(argstr) = (sprint(persona))
}
probe nd_syscall.ppc64_personality.return = kprobe.function("ppc64_personality").return{
(name) = ("ppc64_personality")
(retstr) = (returnstr(1))
}
probe nd_syscall.ppc_rtas = kprobe.function("ppc_rtas")?{
(name) = ("ppc_rtas")
asmlinkage()
(uargs_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", uargs_uaddr))
}
probe nd_syscall.ppc_rtas.return = kprobe.function("ppc_rtas").return?{
(name) = ("ppc_rtas")
(retstr) = (returnstr(1))
}
probe nd_syscall.ppc64_sys32_stime = kprobe.function("ppc64_sys32_stime")?{
(name) = ("ppc64_sys32_stime")
asmlinkage()
(t_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", t_uaddr))
}
probe nd_syscall.ppc64_sys32_stime.return = kprobe.function("ppc64_sys32_stime").return?{
(name) = ("ppc64_sys32_stime")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_ptrace = kprobe.function("sys32_ptrace")?{
(name) = ("sys32_ptrace")
asmlinkage()
(request) = (long_arg(1))
(pid) = (long_arg(2))
(addr) = (ulong_arg(3))
(data) = (ulong_arg(4))
(argstr) = (sprintf("%p, %p, %p, %p", request, pid, addr, data))
}
probe nd_syscall.sys32_ptrace.return = kprobe.function("sys32_ptrace").return?{
(name) = ("sys32_ptrace")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_sysinfo = kprobe.function("sys32_sysinfo")?{
(name) = ("sys32_sysinfo")
asmlinkage()
(info_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", info_uaddr))
}
probe nd_syscall.sys32_sysinfo.return = kprobe.function("sys32_sysinfo").return?{
(name) = ("sys32_sysinfo")
(retstr) = (returnstr(1))
}
probe nd_syscall.ipc = kprobe.function("sys32_ipc")?{
(name) = ("ipc")
asmlinkage()
(argstr) = (sprintf("%d, %d, %d, %d, %p, %d", uint_arg(1), uint_arg(2), uint_arg(3), uint_arg(4), uint_arg(5), uint_arg(6)))
}
probe nd_syscall.ipc.return = kprobe.function("sys32_ipc").return?{
(name) = ("sys_ipc")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_sigreturn = kprobe.function("sys32_sigreturn")?{
(name) = ("sys32_sigreturn")
asmlinkage()
(r3) = (int_arg(1))
(r4) = (int_arg(2))
(r5) = (int_arg(3))
(r6) = (int_arg(4))
(r7) = (int_arg(5))
(r8) = (int_arg(6))
(argstr) = (sprintf("%p, %p, %p, %p, %p, %p", r3, r4, r5, r6, r7, r8))
}
probe nd_syscall.sys32_sigreturn.return = kprobe.function("sys32_sigreturn").return?{
(name) = ("sys32_sigreturn")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_adjtimex = kprobe.function("sys32_adjtimex")?{
(name) = ("sys32_adjtimex")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.sys32_adjtimex.return = kprobe.function("sys32_adjtimex").return?{
(name) = ("sys32_adjtimex")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_getdents = kprobe.function("sys32_getdents")?{
(name) = ("sys32_getdents")
asmlinkage()
(fd) = (uint_arg(1))
(dirp_uaddr) = (pointer_arg(2))
(count) = (uint_arg(3))
(argstr) = (sprintf("%d, %p, %d", fd, dirp_uaddr, count))
}
probe nd_syscall.sys32_getdents.return = kprobe.function("sys32_getdents").return?{
(name) = ("sys32_getdents")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sysctl = kprobe.function("compat_sys_sysctl")?{
(name) = ("sysctl")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.compat_sysctl.return = kprobe.function("compat_sys_sysctl").return?{
(name) = ("sysctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_sched_setparam = kprobe.function("sys32_sched_setparam")?{
(name) = ("sys32_sched_setparam")
asmlinkage()
(pid) = (uint_arg(1))
(param_# parse tree dump

# file <input>

probe begin{

exit()

}



# file /usr/local/share/systemtap/tapset/powerpc/nd_syscalls.stp

probe nd_syscall.sys64_time = kprobe.function("sys64_time")?{

(name) = ("sys64_time")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.sys64_time.return = kprobe.function("sys64_time").return?{

(name) = ("sys64_time")

(retstr) = (returnstr(1))

}

probe nd_syscall.ppc64_personality = kprobe.function("ppc64_personality"){

(name) = ("ppc64_personality")

asmlinkage()

(persona) = (ulong_arg(1))

(argstr) = (sprint(persona))

}

probe nd_syscall.ppc64_personality.return = kprobe.function("ppc64_personality").return{

(name) = ("ppc64_personality")

(retstr) = (returnstr(1))

}

probe nd_syscall.ppc_rtas = kprobe.function("ppc_rtas")?{

(name) = ("ppc_rtas")

asmlinkage()

(uargs_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", uargs_uaddr))

}

probe nd_syscall.ppc_rtas.return = kprobe.function("ppc_rtas").return?{

(name) = ("ppc_rtas")

(retstr) = (returnstr(1))

}

probe nd_syscall.ppc64_sys32_stime = kprobe.function("ppc64_sys32_stime")?{

(name) = ("ppc64_sys32_stime")

asmlinkage()

(t_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", t_uaddr))

}

probe nd_syscall.ppc64_sys32_stime.return = kprobe.function("ppc64_sys32_stime").return?{

(name) = ("ppc64_sys32_stime")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_ptrace = kprobe.function("sys32_ptrace")?{

(name) = ("sys32_ptrace")

asmlinkage()

(request) = (long_arg(1))

(pid) = (long_arg(2))

(addr) = (ulong_arg(3))

(data) = (ulong_arg(4))

(argstr) = (sprintf("%p, %p, %p, %p", request, pid, addr, data))

}

probe nd_syscall.sys32_ptrace.return = kprobe.function("sys32_ptrace").return?{

(name) = ("sys32_ptrace")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_sysinfo = kprobe.function("sys32_sysinfo")?{

(name) = ("sys32_sysinfo")

asmlinkage()

(info_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", info_uaddr))

}

probe nd_syscall.sys32_sysinfo.return = kprobe.function("sys32_sysinfo").return?{

(name) = ("sys32_sysinfo")

(retstr) = (returnstr(1))

}

probe nd_syscall.ipc = kprobe.function("sys32_ipc")?{

(name) = ("ipc")

asmlinkage()

(argstr) = (sprintf("%d, %d, %d, %d, %p, %d", uint_arg(1), uint_arg(2), uint_arg(3), uint_arg(4), uint_arg(5), uint_arg(6)))

}

probe nd_syscall.ipc.return = kprobe.function("sys32_ipc").return?{

(name) = ("sys_ipc")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_sigreturn = kprobe.function("sys32_sigreturn")?{

(name) = ("sys32_sigreturn")

asmlinkage()

(r3) = (int_arg(1))

(r4) = (int_arg(2))

(r5) = (int_arg(3))

(r6) = (int_arg(4))

(r7) = (int_arg(5))

(r8) = (int_arg(6))

(argstr) = (sprintf("%p, %p, %p, %p, %p, %p", r3, r4, r5, r6, r7, r8))

}

probe nd_syscall.sys32_sigreturn.return = kprobe.function("sys32_sigreturn").return?{

(name) = ("sys32_sigreturn")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_adjtimex = kprobe.function("sys32_adjtimex")?{

(name) = ("sys32_adjtimex")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.sys32_adjtimex.return = kprobe.function("sys32_adjtimex").return?{

(name) = ("sys32_adjtimex")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_getdents = kprobe.function("sys32_getdents")?{

(name) = ("sys32_getdents")

asmlinkage()

(fd) = (uint_arg(1))

(dirp_uaddr) = (pointer_arg(2))

(count) = (uint_arg(3))

(argstr) = (sprintf("%d, %p, %d", fd, dirp_uaddr, count))

}

probe nd_syscall.sys32_getdents.return = kprobe.function("sys32_getdents").return?{

(name) = ("sys32_getdents")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sysctl = kprobe.function("compat_sys_sysctl")?{

(name) = ("sysctl")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.compat_sysctl.return = kprobe.function("compat_sys_sysctl").return?{

(name) = ("sysctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_sched_setparam = kprobe.function("sys32_sched_setparam")?{

(name) = ("sys32_sched_setparam")

asmlinkage()

(pid) = (uint_arg(1))
uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", pid, param_uaddr))
}
probe nd_syscall.sys32_sched_setparam.return = kprobe.function("sys32_sched_setparam").return?{
(name) = ("sys32_sched_setparam")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_sched_rr_get_interval = kprobe.function("sys32_sched_rr_get_interval")?{
(name) = ("sys32_sched_rr_get_interval")
asmlinkage()
(pid) = (uint_arg(1))
(interval_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", pid, interval_uaddr))
}
probe nd_syscall.sys32_sched_rr_get_interval.return = kprobe.function("sys32_sched_rr_get_interval").return?{
(name) = ("sys32_sched_rr_get_interval")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_rt_sigpending = kprobe.function("sys32_rt_sigpending")?{
(name) = ("sys32_rt_sigpending")
asmlinkage()
(set_uaddr) = (pointer_arg(1))
(sigsetsize) = (uint_arg(2))
(argstr) = (sprintf("%p, %d", set_uaddr, sigsetsize))
}
probe nd_syscall.sys32_rt_sigpending.return = kprobe.function("sys32_rt_sigpending").return?{
(name) = ("sys32_rt_sigpending")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_rt_sigtimedwait = kprobe.function("sys32_rt_sigtimedwait")?{
(name) = ("sys32_rt_sigtimedwait")
asmlinkage()
(uthese_uaddr) = (pointer_arg(1))
(uinfo_uaddr) = (pointer_arg(2))
(uts_uaddr) = (pointer_arg(3))
(sigsetsize) = (uint_arg(4))
(argstr) = (sprintf("%p, %p, %p, %p", uthese_uaddr, uinfo_uaddr, uts_uaddr, sigsetsize))
}
probe nd_syscall.sys32_rt_sigtimedwait.return = kprobe.function("sys32_rt_sigtimedwait").return?{
(name) = ("sys32_rt_sigtimedwait")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_rt_sigqueueinfo = kprobe.function("sys32_rt_sigqueueinfo")?{
(name) = ("sys32_rt_sigqueueinfo")
asmlinkage()
(pid) = (uint_arg(1))
(sig) = (uint_arg(2))
(uinfo_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%p, %s, %p", pid, _signal_name(sig), uinfo_uaddr))
}
probe nd_syscall.sys32_rt_sigqueueinfo.return = kprobe.function("sys32_rt_sigqueueinfo").return?{
(name) = ("sys32_rt_sigqueueinfo")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_sigaltstack = kprobe.function("sys32_sigaltstack")?{
(name) = ("sys32_sigaltstack")
(argstr) = ("FIXME")
}
probe nd_syscall.sys32_sigaltstack.return = kprobe.function("sys32_sigaltstack").return?{
(name) = ("sys32_sigaltstack")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_sendfile64 = kprobe.function("sys32_sendfile64")?{
(name) = ("sys32_sendfile64")
asmlinkage()
(out_fd) = (int_arg(1))
(in_fd) = (int_arg(2))
(offset_uaddr) = (long_arg(3))
(count) = (int_arg(4))
(argstr) = (sprintf("%d, %d, %p, %d", out_fd, in_fd, offset_uaddr, count))
}
probe nd_syscall.sys32_sendfile64.return = kprobe.function("sys32_sendfile64").return?{
(name) = ("sys32_sendfile64")
(retstr) = (returnstr(1))
}
probe nd_syscall.ppc32_timer_create = kprobe.function("ppc32_timer_create")?{
(name) = ("ppc32_timer_create")
asmlinkage()
(which_clock) = (int_arg(1))
(timer_event_spec) = (pointer_arg(2))
(created_timer_id) = (pointer_arg(3))
(argstr) = (sprintf("%d, %p, %p", which_clock, timer_event_spec, created_timer_id))
}
probe nd_syscall.ppc32_timer_create.return = kprobe.function("ppc32_timer_create").return?{
(name) = ("ppc32_timer_create")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_timer_settime = kprobe.function("compat_timer_settime")?{
(name) = ("compat_timer_settime")
asmlinkage()
(timer_id) = (int_arg(1))
(flags) = (int_arg(2))
(new_setting_uaddr) = (pointer_arg(3))
(old_setting_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%d, %d, %p, %p", timer_id, flags, new_setting_uaddr, old_setting_uaddr))
}
probe nd_syscall.compat_timer_settime.return = kprobe.function("compat_timer_settime").return?{
(name) = ("compat_timer_settime")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_timer_gettime = kprobe.function("compat_timer_gettime")?{
(name) = ("compat_timer_gettime")
asmlinkage()
(timer_id) = (int_arg(1))
(setting_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", timer_id, setting_uaddr))
}
probe nd_syscall
(param_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", pid, param_uaddr))

}

probe nd_syscall.sys32_sched_setparam.return = kprobe.function("sys32_sched_setparam").return?{

(name) = ("sys32_sched_setparam")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_sched_rr_get_interval = kprobe.function("sys32_sched_rr_get_interval")?{

(name) = ("sys32_sched_rr_get_interval")

asmlinkage()

(pid) = (uint_arg(1))

(interval_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", pid, interval_uaddr))

}

probe nd_syscall.sys32_sched_rr_get_interval.return = kprobe.function("sys32_sched_rr_get_interval").return?{

(name) = ("sys32_sched_rr_get_interval")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_rt_sigpending = kprobe.function("sys32_rt_sigpending")?{

(name) = ("sys32_rt_sigpending")

asmlinkage()

(set_uaddr) = (pointer_arg(1))

(sigsetsize) = (uint_arg(2))

(argstr) = (sprintf("%p, %d", set_uaddr, sigsetsize))

}

probe nd_syscall.sys32_rt_sigpending.return = kprobe.function("sys32_rt_sigpending").return?{

(name) = ("sys32_rt_sigpending")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_rt_sigtimedwait = kprobe.function("sys32_rt_sigtimedwait")?{

(name) = ("sys32_rt_sigtimedwait")

asmlinkage()

(uthese_uaddr) = (pointer_arg(1))

(uinfo_uaddr) = (pointer_arg(2))

(uts_uaddr) = (pointer_arg(3))

(sigsetsize) = (uint_arg(4))

(argstr) = (sprintf("%p, %p, %p, %p", uthese_uaddr, uinfo_uaddr, uts_uaddr, sigsetsize))

}

probe nd_syscall.sys32_rt_sigtimedwait.return = kprobe.function("sys32_rt_sigtimedwait").return?{

(name) = ("sys32_rt_sigtimedwait")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_rt_sigqueueinfo = kprobe.function("sys32_rt_sigqueueinfo")?{

(name) = ("sys32_rt_sigqueueinfo")

asmlinkage()

(pid) = (uint_arg(1))

(sig) = (uint_arg(2))

(uinfo_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%p, %s, %p", pid, _signal_name(sig), uinfo_uaddr))

}

probe nd_syscall.sys32_rt_sigqueueinfo.return = kprobe.function("sys32_rt_sigqueueinfo").return?{

(name) = ("sys32_rt_sigqueueinfo")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_sigaltstack = kprobe.function("sys32_sigaltstack")?{

(name) = ("sys32_sigaltstack")

(argstr) = ("FIXME")

}

probe nd_syscall.sys32_sigaltstack.return = kprobe.function("sys32_sigaltstack").return?{

(name) = ("sys32_sigaltstack")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_sendfile64 = kprobe.function("sys32_sendfile64")?{

(name) = ("sys32_sendfile64")

asmlinkage()

(out_fd) = (int_arg(1))

(in_fd) = (int_arg(2))

(offset_uaddr) = (long_arg(3))

(count) = (int_arg(4))

(argstr) = (sprintf("%d, %d, %p, %d", out_fd, in_fd, offset_uaddr, count))

}

probe nd_syscall.sys32_sendfile64.return = kprobe.function("sys32_sendfile64").return?{

(name) = ("sys32_sendfile64")

(retstr) = (returnstr(1))

}

probe nd_syscall.ppc32_timer_create = kprobe.function("ppc32_timer_create")?{

(name) = ("ppc32_timer_create")

asmlinkage()

(which_clock) = (int_arg(1))

(timer_event_spec) = (pointer_arg(2))

(created_timer_id) = (pointer_arg(3))

(argstr) = (sprintf("%d, %p, %p", which_clock, timer_event_spec, created_timer_id))

}

probe nd_syscall.ppc32_timer_create.return = kprobe.function("ppc32_timer_create").return?{

(name) = ("ppc32_timer_create")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_timer_settime = kprobe.function("compat_timer_settime")?{

(name) = ("compat_timer_settime")

asmlinkage()

(timer_id) = (int_arg(1))

(flags) = (int_arg(2))

(new_setting_uaddr) = (pointer_arg(3))

(old_setting_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%d, %d, %p, %p", timer_id, flags, new_setting_uaddr, old_setting_uaddr))

}

probe nd_syscall.compat_timer_settime.return = kprobe.function("compat_timer_settime").return?{

(name) = ("compat_timer_settime")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_timer_gettime = kprobe.function("compat_timer_gettime")?{

(name) = ("compat_timer_gettime")

asmlinkage()

(timer_id) = (int_arg(1))

(setting_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", timer_id, setting_uaddr))

}
.compat_timer_gettime.return = kprobe.function("compat_timer_gettime").return?{
(name) = ("compat_timer_gettime")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_clock_settime = kprobe.function("compat_clock_settime")?{
(name) = ("compat_clock_settime")
asmlinkage()
(which_clock) = (int_arg(1))
(tp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", which_clock, tp_uaddr))
}
probe nd_syscall.compat_clock_settime.return = kprobe.function("compat_clock_settime").return?{
(name) = ("compat_clock_settime")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_swapcontext = kprobe.function("sys32_swapcontext")?{
(name) = ("sys32_swapcontext")
asmlinkage()
(old_ctx_uaddr) = (pointer_arg(1))
(new_ctx_uaddr) = (pointer_arg(2))
(r5) = (int_arg(3))
(r6) = (int_arg(4))
(r7) = (int_arg(5))
(r8) = (int_arg(6))
(regs) = (pointer_arg(7))
(argstr) = (sprintf("%p, %p, %d, %d, %d, %d, %p", old_ctx_uaddr, new_ctx_uaddr, r5, r6, r7, r8, regs))
}
probe nd_syscall.sys32_swapcontext.return = kprobe.function("sys32_swapcontext").return?{
(name) = ("sys32_swapcontext")
(retstr) = (returnstr(1))
}
probe nd_syscall.sys32_utimes = kprobe.function("sys32_utimes")?{
(name) = ("sys32_utimes")
asmlinkage()
(filename_uaddr) = (pointer_arg(1))
(path) = (user_string(filename_uaddr))
(tvp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", user_string_quoted(filename_uaddr), tvp_uaddr))
}
probe nd_syscall.sys32_utimes.return = kprobe.function("sys32_utimes").return?{
(name) = ("sys32_utimes")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_mbind = kprobe.function("compat_mbind")?{
(name) = ("compat_mbind")
asmlinkage()
(start_uaddr) = (uint_arg(1))
(len) = (uint_arg(2))
(policy) = (uint_arg(3))
(nodemask_uaddr) = (uint_arg(4))
(maxnode) = (uint_arg(5))
(flags) = (uint_arg(6))
(argstr) = (sprintf("%p, %d, %d, %p, %d, %d", start_uaddr, len, policy, nodemask_uaddr, maxnode, flags))
}
probe nd_syscall.compat_mbind.return = kprobe.function("compat_mbind").return?{
(name) = ("compat_mbind")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_get_mempolicy = kprobe.function("compat_get_mempolicy")?{
(name) = ("compat_get_mempolicy")
asmlinkage()
(policy_uaddr) = (int_arg(1))
(nmask_uaddr) = (uint_arg(2))
(maxnode) = (uint_arg(3))
(addr) = (uint_arg(4))
(flags) = (uint_arg(5))
(argstr) = (sprintf("%p, %p, %d, %d", policy_uaddr, nmask_uaddr, maxnode, addr))
}
probe nd_syscall.compat_get_mempolicy.return = kprobe.function("compat_get_mempolicy").return?{
(name) = ("compat_get_mempolicy")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_set_mempolicy = kprobe.function("compat_set_mempolicy")?{
(name) = ("compat_set_mempolicy")
asmlinkage()
(policy) = (int_arg(1))
(nodemask_uaddr) = (uint_arg(2))
(maxnode) = (uint_arg(3))
(argstr) = (sprintf("%d, %p, %d", policy, nodemask_uaddr, maxnode))
}
probe nd_syscall.compat_set_mempolicy.return = kprobe.function("compat_set_mempolicy").return?{
(name) = ("compat_set_mempolicy")
(retstr) = (returnstr(1))
}
probe nd_syscall.mmap = kprobe.function("sys_mmap")?{
(name) = ("mmap")
asmlinkage()
(start) = (ulong_arg(1))
(len) = (ulong_arg(2))
(prot) = (ulong_arg(3))
(flags) = (ulong_arg(4))
(fd) = (int_arg(5))
(offset) = (ulong_arg(6))
(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", start, len, _mprotect_prot_str(prot), _mmap_flags(flags), fd, offset))
}
probe nd_syscall.mmap.return = kprobe.function("sys_mmap").return?{
(name) = ("mmap")
(retstr) = (returnstr(2))
}
probe nd_syscall.mmap2 = kprobe.function("sys_mmap2")?, kprobe.function("compat_sys_mmap2")?{
(name) = ("mmap2")
asmlinkage()
(start) = (ulong_arg(1))
(length) = (ulong_arg(2))
(prot) = (ulong_arg(3))
(flags) = (ulong_arg(4))
(fd) = (int_arg(5))
(pgoffset) = (ulong_arg(6))
(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", start, length, _mprotect_prot_str(prot), _mmap_flags(flags), fd, pgoffset))
}
probe nd_syscall.mmap2.return = kprobe.function("sys_mmap2").return?, kprobe.function("compat_sys_mmap2").return?{
(name) = ("mmap2")
(retstr) = (returnstr(
probe nd_syscall.compat_timer_gettime.return = kprobe.function("compat_timer_gettime").return?{

(name) = ("compat_timer_gettime")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_clock_settime = kprobe.function("compat_clock_settime")?{

(name) = ("compat_clock_settime")

asmlinkage()

(which_clock) = (int_arg(1))

(tp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", which_clock, tp_uaddr))

}

probe nd_syscall.compat_clock_settime.return = kprobe.function("compat_clock_settime").return?{

(name) = ("compat_clock_settime")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_swapcontext = kprobe.function("sys32_swapcontext")?{

(name) = ("sys32_swapcontext")

asmlinkage()

(old_ctx_uaddr) = (pointer_arg(1))

(new_ctx_uaddr) = (pointer_arg(2))

(r5) = (int_arg(3))

(r6) = (int_arg(4))

(r7) = (int_arg(5))

(r8) = (int_arg(6))

(regs) = (pointer_arg(7))

(argstr) = (sprintf("%p, %p, %d, %d, %d, %d, %p", old_ctx_uaddr, new_ctx_uaddr, r5, r6, r7, r8, regs))

}

probe nd_syscall.sys32_swapcontext.return = kprobe.function("sys32_swapcontext").return?{

(name) = ("sys32_swapcontext")

(retstr) = (returnstr(1))

}

probe nd_syscall.sys32_utimes = kprobe.function("sys32_utimes")?{

(name) = ("sys32_utimes")

asmlinkage()

(filename_uaddr) = (pointer_arg(1))

(path) = (user_string(filename_uaddr))

(tvp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", user_string_quoted(filename_uaddr), tvp_uaddr))

}

probe nd_syscall.sys32_utimes.return = kprobe.function("sys32_utimes").return?{

(name) = ("sys32_utimes")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_mbind = kprobe.function("compat_mbind")?{

(name) = ("compat_mbind")

asmlinkage()

(start_uaddr) = (uint_arg(1))

(len) = (uint_arg(2))

(policy) = (uint_arg(3))

(nodemask_uaddr) = (uint_arg(4))

(maxnode) = (uint_arg(5))

(flags) = (uint_arg(6))

(argstr) = (sprintf("%p, %d, %d, %p, %d, %d", start_uaddr, len, policy, nodemask_uaddr, maxnode, flags))

}

probe nd_syscall.compat_mbind.return = kprobe.function("compat_mbind").return?{

(name) = ("compat_mbind")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_get_mempolicy = kprobe.function("compat_get_mempolicy")?{

(name) = ("compat_get_mempolicy")

asmlinkage()

(policy_uaddr) = (int_arg(1))

(nmask_uaddr) = (uint_arg(2))

(maxnode) = (uint_arg(3))

(addr) = (uint_arg(4))

(flags) = (uint_arg(5))

(argstr) = (sprintf("%p, %p, %d, %d", policy_uaddr, nmask_uaddr, maxnode, addr))

}

probe nd_syscall.compat_get_mempolicy.return = kprobe.function("compat_get_mempolicy").return?{

(name) = ("compat_get_mempolicy")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_set_mempolicy = kprobe.function("compat_set_mempolicy")?{

(name) = ("compat_set_mempolicy")

asmlinkage()

(policy) = (int_arg(1))

(nodemask_uaddr) = (uint_arg(2))

(maxnode) = (uint_arg(3))

(argstr) = (sprintf("%d, %p, %d", policy, nodemask_uaddr, maxnode))

}

probe nd_syscall.compat_set_mempolicy.return = kprobe.function("compat_set_mempolicy").return?{

(name) = ("compat_set_mempolicy")

(retstr) = (returnstr(1))

}

probe nd_syscall.mmap = kprobe.function("sys_mmap")?{

(name) = ("mmap")

asmlinkage()

(start) = (ulong_arg(1))

(len) = (ulong_arg(2))

(prot) = (ulong_arg(3))

(flags) = (ulong_arg(4))

(fd) = (int_arg(5))

(offset) = (ulong_arg(6))

(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", start, len, _mprotect_prot_str(prot), _mmap_flags(flags), fd, offset))

}

probe nd_syscall.mmap.return = kprobe.function("sys_mmap").return?{

(name) = ("mmap")

(retstr) = (returnstr(2))

}

probe nd_syscall.mmap2 = kprobe.function("sys_mmap2")?, kprobe.function("compat_sys_mmap2")?{

(name) = ("mmap2")

asmlinkage()

(start) = (ulong_arg(1))

(length) = (ulong_arg(2))

(prot) = (ulong_arg(3))

(flags) = (ulong_arg(4))

(fd) = (int_arg(5))

(pgoffset) = (ulong_arg(6))

(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", start, length, _mprotect_prot_str(prot), _mmap_flags(flags), fd, pgoffset))

}

probe nd_syscall.mmap2.return = kprobe.function("sys_mmap2").return?, kprobe.function("compat_sys_mmap2").return?{

(name) = ("mmap2")
2))
}
probe nd_syscall.ppc64_sys_stime = kprobe.function("ppc64_sys_stime")?{
(name) = ("ppc64_sys_stime")
asmlinkage()
(t_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", t_uaddr))
}
probe nd_syscall.ppc64_sys_stime.return = kprobe.function("ppc64_sys_stime").return?{
(name) = ("ppc64_sys_stime")
(retstr) = (returnstr(1))
}
probe nd_syscall.ppc64_newuname = kprobe.function("ppc64_newuname")?{
(name) = ("ppc64_newuname")
asmlinkage()
(name_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", name_uaddr))
}
probe nd_syscall.ppc64_newuname.return = kprobe.function("ppc64_newuname").return?{
(name) = ("ppc64_newuname")
(retstr) = (returnstr(1))
}

# file /usr/local/share/systemtap/tapset/powerpc/registers.stp
global _reg_offsets
global _stp_regs_registered
function _stp_register_regs ()
{
(_reg_offsets["r0"]) = (0)
(_reg_offsets["r1"]) = (8)
(_reg_offsets["r2"]) = (16)
(_reg_offsets["r3"]) = (24)
(_reg_offsets["r4"]) = (32)
(_reg_offsets["r5"]) = (40)
(_reg_offsets["r6"]) = (48)
(_reg_offsets["r7"]) = (56)
(_reg_offsets["r8"]) = (64)
(_reg_offsets["r9"]) = (72)
(_reg_offsets["r10"]) = (80)
(_reg_offsets["r11"]) = (88)
(_reg_offsets["r12"]) = (96)
(_reg_offsets["r13"]) = (104)
(_reg_offsets["r14"]) = (112)
(_reg_offsets["r15"]) = (120)
(_reg_offsets["r16"]) = (128)
(_reg_offsets["r17"]) = (136)
(_reg_offsets["r18"]) = (144)
(_reg_offsets["r19"]) = (152)
(_reg_offsets["r20"]) = (160)
(_reg_offsets["r21"]) = (168)
(_reg_offsets["r22"]) = (176)
(_reg_offsets["r23"]) = (184)
(_reg_offsets["r24"]) = (192)
(_reg_offsets["r25"]) = (200)
(_reg_offsets["r26"]) = (208)
(_reg_offsets["r27"]) = (216)
(_reg_offsets["r28"]) = (224)
(_reg_offsets["r29"]) = (232)
(_reg_offsets["r30"]) = (240)
(_reg_offsets["r31"]) = (248)
(_reg_offsets["nip"]) = (256)
(_reg_offsets["msr"]) = (264)
(_reg_offsets["orig_gpr3"]) = (272)
(_reg_offsets["ctr"]) = (280)
(_reg_offsets["link"]) = (288)
(_reg_offsets["xer"]) = (296)
(_reg_offsets["ccr"]) = (304)
(_reg_offsets["softe"]) = (312)
(_reg_offsets["trap"]) = (320)
(_reg_offsets["dar"]) = (328)
(_reg_offsets["dsisr"]) = (336)
(_reg_offsets["result"]) = (344)
(_stp_regs_registered) = (1)
}
function probing_32bit_app ()
%{ /* pure */
        THIS->__retvalue = _stp_probing_32bit_app(CONTEXT->regs);
%}
function _stp_get_register_by_offset (offset)
%{ /* pure */
	long value;
	if (!CONTEXT->regs) {
		CONTEXT->last_error = "No registers available in this context";
		return;
	}
	if (THIS->offset < 0 || THIS->offset > sizeof(struct pt_regs) - sizeof(long)) {
		snprintf(CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
				"Bad register offset: %lld",
				(long long)THIS->offset);
		CONTEXT->last_error = CONTEXT->error_buffer;
		return;
	}
	memcpy(&value, ((char *)CONTEXT->regs) + THIS->offset, sizeof(value));
	THIS->__retvalue = value;
%}
function _stp_sign_extend32 (value)
{
if ((value) & (2147483648)) (value) |= ((4294967295) << (32))

return value
}
function _stp_register (name, sign_extend)
{
if (!(registers_valid())) {
error("cannot access CPU registers in this context")
return 0
}

if (!(_stp_regs_registered)) _stp_register_regs()

(offset) = (_reg_offsets[name])
if (((offset) == (0)) && (!([name] in _reg_offsets))) {
error(("Unknown register: ") . (name))
return 0
}

(value) = (_stp_get_register_by_offset(offset))
if (probing_32bit_app()) {
if (sign_extend) (value) = (_stp_sign_extend32(value))
else (value) &= (4294967295)

}

return value
}
function register (name)
{
return _stp_register(name, 1)
}
function u_register (name)
{
return _stp_register(name, 0)
}
function _stp_arg (argnum, sign_extend, truncate)
{
(val) = (0)
if (((argnum) < (1)) || ((argnum) > (8))) {
error(sprintf("Cannot access arg(%d)", argnum))
return 0
}

if ((argnum) == (1)) (val) = (u_register("r3"))
else if ((argnum) == (2)) (val) = (u_register("r4"))
else if ((argnum) == (3)) (val) = (u_register("r5"))
else if ((argnum) == (4)) (val) = (u_register("r6"))
else if ((argnum) == (5)) (val) = 
(retstr) = (returnstr(2))

}

probe nd_syscall.ppc64_sys_stime = kprobe.function("ppc64_sys_stime")?{

(name) = ("ppc64_sys_stime")

asmlinkage()

(t_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", t_uaddr))

}

probe nd_syscall.ppc64_sys_stime.return = kprobe.function("ppc64_sys_stime").return?{

(name) = ("ppc64_sys_stime")

(retstr) = (returnstr(1))

}

probe nd_syscall.ppc64_newuname = kprobe.function("ppc64_newuname")?{

(name) = ("ppc64_newuname")

asmlinkage()

(name_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", name_uaddr))

}

probe nd_syscall.ppc64_newuname.return = kprobe.function("ppc64_newuname").return?{

(name) = ("ppc64_newuname")

(retstr) = (returnstr(1))

}



# file /usr/local/share/systemtap/tapset/powerpc/registers.stp

global _reg_offsets

global _stp_regs_registered

function _stp_register_regs ()

{

(_reg_offsets["r0"]) = (0)

(_reg_offsets["r1"]) = (8)

(_reg_offsets["r2"]) = (16)

(_reg_offsets["r3"]) = (24)

(_reg_offsets["r4"]) = (32)

(_reg_offsets["r5"]) = (40)

(_reg_offsets["r6"]) = (48)

(_reg_offsets["r7"]) = (56)

(_reg_offsets["r8"]) = (64)

(_reg_offsets["r9"]) = (72)

(_reg_offsets["r10"]) = (80)

(_reg_offsets["r11"]) = (88)

(_reg_offsets["r12"]) = (96)

(_reg_offsets["r13"]) = (104)

(_reg_offsets["r14"]) = (112)

(_reg_offsets["r15"]) = (120)

(_reg_offsets["r16"]) = (128)

(_reg_offsets["r17"]) = (136)

(_reg_offsets["r18"]) = (144)

(_reg_offsets["r19"]) = (152)

(_reg_offsets["r20"]) = (160)

(_reg_offsets["r21"]) = (168)

(_reg_offsets["r22"]) = (176)

(_reg_offsets["r23"]) = (184)

(_reg_offsets["r24"]) = (192)

(_reg_offsets["r25"]) = (200)

(_reg_offsets["r26"]) = (208)

(_reg_offsets["r27"]) = (216)

(_reg_offsets["r28"]) = (224)

(_reg_offsets["r29"]) = (232)

(_reg_offsets["r30"]) = (240)

(_reg_offsets["r31"]) = (248)

(_reg_offsets["nip"]) = (256)

(_reg_offsets["msr"]) = (264)

(_reg_offsets["orig_gpr3"]) = (272)

(_reg_offsets["ctr"]) = (280)

(_reg_offsets["link"]) = (288)

(_reg_offsets["xer"]) = (296)

(_reg_offsets["ccr"]) = (304)

(_reg_offsets["softe"]) = (312)

(_reg_offsets["trap"]) = (320)

(_reg_offsets["dar"]) = (328)

(_reg_offsets["dsisr"]) = (336)

(_reg_offsets["result"]) = (344)

(_stp_regs_registered) = (1)

}

function probing_32bit_app ()

%{ /* pure */

        THIS->__retvalue = _stp_probing_32bit_app(CONTEXT->regs);

%}

function _stp_get_register_by_offset (offset)

%{ /* pure */

	long value;

	if (!CONTEXT->regs) {

		CONTEXT->last_error = "No registers available in this context";

		return;

	}

	if (THIS->offset < 0 || THIS->offset > sizeof(struct pt_regs) - sizeof(long)) {

		snprintf(CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

				"Bad register offset: %lld",

				(long long)THIS->offset);

		CONTEXT->last_error = CONTEXT->error_buffer;

		return;

	}

	memcpy(&value, ((char *)CONTEXT->regs) + THIS->offset, sizeof(value));

	THIS->__retvalue = value;

%}

function _stp_sign_extend32 (value)

{

if ((value) & (2147483648)) (value) |= ((4294967295) << (32))



return value

}

function _stp_register (name, sign_extend)

{

if (!(registers_valid())) {

error("cannot access CPU registers in this context")

return 0

}



if (!(_stp_regs_registered)) _stp_register_regs()



(offset) = (_reg_offsets[name])

if (((offset) == (0)) && (!([name] in _reg_offsets))) {

error(("Unknown register: ") . (name))

return 0

}



(value) = (_stp_get_register_by_offset(offset))

if (probing_32bit_app()) {

if (sign_extend) (value) = (_stp_sign_extend32(value))

else (value) &= (4294967295)



}



return value

}

function register (name)

{

return _stp_register(name, 1)

}

function u_register (name)

{

return _stp_register(name, 0)

}

function _stp_arg (argnum, sign_extend, truncate)

{

(val) = (0)

if (((argnum) < (1)) || ((argnum) > (8))) {

error(sprintf("Cannot access arg(%d)", argnum))

return 0

}



if ((argnum) == (1)) (val) = (u_register("r3"))

else if ((argnum) == (2)) (val) = (u_register("r4"))

else if ((argnum) == (3)) (val) = (u_register("r5"))

else if ((argnum) == (4)) (val) = (u_register("r6"))
(u_register("r7"))
else if ((argnum) == (6)) (val) = (u_register("r8"))
else if ((argnum) == (7)) (val) = (u_register("r9"))
else if ((argnum) == (8)) (val) = (u_register("r10"))








if (truncate) {
if (sign_extend) (val) = (_stp_sign_extend32(val))
else (val) = ((val) & (4294967295))

}

return val
}
function int_arg (argnum)
{
return _stp_arg(argnum, 1, 1)
}
function uint_arg (argnum)
{
return _stp_arg(argnum, 0, 1)
}
function long_arg (argnum)
{
return _stp_arg(argnum, 1, 0)
}
function ulong_arg (argnum)
{
return _stp_arg(argnum, 0, 0)
}
function longlong_arg (argnum)
{
if (probing_32bit_app()) {
(lowbits) = (_stp_arg(argnum, 0, 1))
(highbits) = (_stp_arg((argnum) + (1), 0, 1))
return ((highbits) << (32)) | (lowbits)
}
else return _stp_arg(argnum, 0, 0)

}
function ulonglong_arg (argnum)
{
return longlong_arg(argnum)
}
function pointer_arg (argnum)
{
return _stp_arg(argnum, 0, 0)
}
function s32_arg (argnum)
{
return int_arg(argnum)
}
function u32_arg (argnum)
{
return uint_arg(argnum)
}
function s64_arg (argnum)
{
return longlong_arg(argnum)
}
function u64_arg (argnum)
{
return ulonglong_arg(argnum)
}
function asmlinkage ()
%{ /* pure */ %}
function fastcall ()
%{ /* pure */ %}
function regparm ()
%{
	snprintf(CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
		"regparm is invalid on powerpc.");
	CONTEXT->last_error = CONTEXT->error_buffer;
%}

# file /usr/local/share/systemtap/tapset/powerpc/syscalls.stp
probe syscall.sys64_time = kernel.function("sys64_time")?{
(name) = ("sys64_time")
(argstr) = (sprintf("%p", $tloc))
}
probe syscall.sys64_time.return = kernel.function("sys64_time").return?{
(name) = ("sys64_time")
(retstr) = (returnstr(1))
}
probe syscall.ppc64_personality = kernel.function("ppc64_personality"){
(name) = ("ppc64_personality")
(persona) = ($personality)
(argstr) = (sprint($personality))
}
probe syscall.ppc64_personality.return = kernel.function("ppc64_personality").return{
(name) = ("ppc64_personality")
(retstr) = (returnstr(1))
}
probe syscall.ppc_rtas = kernel.function("ppc_rtas")?{
(name) = ("ppc_rtas")
(uargs_uaddr) = ($uargs)
(argstr) = (sprintf("%p", $uargs))
}
probe syscall.ppc_rtas.return = kernel.function("ppc_rtas").return?{
(name) = ("ppc_rtas")
(retstr) = (returnstr(1))
}
probe syscall.ppc64_sys32_stime = kernel.function("ppc64_sys32_stime")?{
(name) = ("ppc64_sys32_stime")
(t_uaddr) = ($tptr)
(argstr) = (sprintf("%p", $tptr))
}
probe syscall.ppc64_sys32_stime.return = kernel.function("ppc64_sys32_stime").return?{
(name) = ("ppc64_sys32_stime")
(retstr) = (returnstr(1))
}
probe syscall.sys32_ptrace = kernel.function("sys32_ptrace")?{
(name) = ("sys32_ptrace")
(request) = ($request)
(pid) = ($pid)
(addr) = ($addr)
(data) = ($data)
(argstr) = (sprintf("%p, %p, %p, %p", $request, $pid, $addr, $data))
}
probe syscall.sys32_ptrace.return = kernel.function("sys32_ptrace").return?{
(name) = ("sys32_ptrace")
(retstr) = (returnstr(1))
}
probe syscall.sys32_sysinfo = kernel.function("sys32_sysinfo")?{
(name) = ("sys32_sysinfo")
(info_uaddr) = ($info)
(argstr) = (sprintf("%p", info_uaddr))
}
probe syscall.sys32_sysinfo.return = kernel.function("sys32_sysinfo").return?{
(name) = ("sys32_sysinfo")
(retstr) = (returnstr(1))
}
probe syscall.ipc = kernel.function("sys32_ipc")?{
(name) = ("ipc")
(argstr) = (sprintf("%d, %d, %d, %d, %p, %d", $call, $first, $second, $third, $ptr, $fifth))
}
probe syscall.ipc.return = kernel.function("sys32_ipc").return?{
(name) = ("sys_ipc")
(retstr) = (returnstr(1))
}
probe syscall.sys32_sigreturn = kernel.function("sys32_sigreturn")?{
(name) = ("sys32_sigreturn")
(r3) = ($r3)
(r4) = ($r4)
(r5) = ($r5)
(r6) = ($r6)
(r7) = ($r7)
(r8) = ($r8)
(argstr) = (sprintf("%p, %p, %p, %p, %p, %p", $r3, $r4, $r5, $r6, $r7, $r8))
}
probe syscall.sys32_sigreturn.return = kernel.function("sys32_sigreturn").return?{
(name) = ("sys32_sigreturn")
(retstr) = (returnstr(1))
}
probe syscall.sys32_adjtimex = kernel.function("sys
else if ((argnum) == (5)) (val) = (u_register("r7"))

else if ((argnum) == (6)) (val) = (u_register("r8"))

else if ((argnum) == (7)) (val) = (u_register("r9"))

else if ((argnum) == (8)) (val) = (u_register("r10"))

















if (truncate) {

if (sign_extend) (val) = (_stp_sign_extend32(val))

else (val) = ((val) & (4294967295))



}



return val

}

function int_arg (argnum)

{

return _stp_arg(argnum, 1, 1)

}

function uint_arg (argnum)

{

return _stp_arg(argnum, 0, 1)

}

function long_arg (argnum)

{

return _stp_arg(argnum, 1, 0)

}

function ulong_arg (argnum)

{

return _stp_arg(argnum, 0, 0)

}

function longlong_arg (argnum)

{

if (probing_32bit_app()) {

(lowbits) = (_stp_arg(argnum, 0, 1))

(highbits) = (_stp_arg((argnum) + (1), 0, 1))

return ((highbits) << (32)) | (lowbits)

}

else return _stp_arg(argnum, 0, 0)



}

function ulonglong_arg (argnum)

{

return longlong_arg(argnum)

}

function pointer_arg (argnum)

{

return _stp_arg(argnum, 0, 0)

}

function s32_arg (argnum)

{

return int_arg(argnum)

}

function u32_arg (argnum)

{

return uint_arg(argnum)

}

function s64_arg (argnum)

{

return longlong_arg(argnum)

}

function u64_arg (argnum)

{

return ulonglong_arg(argnum)

}

function asmlinkage ()

%{ /* pure */ %}

function fastcall ()

%{ /* pure */ %}

function regparm ()

%{

	snprintf(CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

		"regparm is invalid on powerpc.");

	CONTEXT->last_error = CONTEXT->error_buffer;

%}



# file /usr/local/share/systemtap/tapset/powerpc/syscalls.stp

probe syscall.sys64_time = kernel.function("sys64_time")?{

(name) = ("sys64_time")

(argstr) = (sprintf("%p", $tloc))

}

probe syscall.sys64_time.return = kernel.function("sys64_time").return?{

(name) = ("sys64_time")

(retstr) = (returnstr(1))

}

probe syscall.ppc64_personality = kernel.function("ppc64_personality"){

(name) = ("ppc64_personality")

(persona) = ($personality)

(argstr) = (sprint($personality))

}

probe syscall.ppc64_personality.return = kernel.function("ppc64_personality").return{

(name) = ("ppc64_personality")

(retstr) = (returnstr(1))

}

probe syscall.ppc_rtas = kernel.function("ppc_rtas")?{

(name) = ("ppc_rtas")

(uargs_uaddr) = ($uargs)

(argstr) = (sprintf("%p", $uargs))

}

probe syscall.ppc_rtas.return = kernel.function("ppc_rtas").return?{

(name) = ("ppc_rtas")

(retstr) = (returnstr(1))

}

probe syscall.ppc64_sys32_stime = kernel.function("ppc64_sys32_stime")?{

(name) = ("ppc64_sys32_stime")

(t_uaddr) = ($tptr)

(argstr) = (sprintf("%p", $tptr))

}

probe syscall.ppc64_sys32_stime.return = kernel.function("ppc64_sys32_stime").return?{

(name) = ("ppc64_sys32_stime")

(retstr) = (returnstr(1))

}

probe syscall.sys32_ptrace = kernel.function("sys32_ptrace")?{

(name) = ("sys32_ptrace")

(request) = ($request)

(pid) = ($pid)

(addr) = ($addr)

(data) = ($data)

(argstr) = (sprintf("%p, %p, %p, %p", $request, $pid, $addr, $data))

}

probe syscall.sys32_ptrace.return = kernel.function("sys32_ptrace").return?{

(name) = ("sys32_ptrace")

(retstr) = (returnstr(1))

}

probe syscall.sys32_sysinfo = kernel.function("sys32_sysinfo")?{

(name) = ("sys32_sysinfo")

(info_uaddr) = ($info)

(argstr) = (sprintf("%p", info_uaddr))

}

probe syscall.sys32_sysinfo.return = kernel.function("sys32_sysinfo").return?{

(name) = ("sys32_sysinfo")

(retstr) = (returnstr(1))

}

probe syscall.ipc = kernel.function("sys32_ipc")?{

(name) = ("ipc")

(argstr) = (sprintf("%d, %d, %d, %d, %p, %d", $call, $first, $second, $third, $ptr, $fifth))

}

probe syscall.ipc.return = kernel.function("sys32_ipc").return?{

(name) = ("sys_ipc")

(retstr) = (returnstr(1))

}

probe syscall.sys32_sigreturn = kernel.function("sys32_sigreturn")?{

(name) = ("sys32_sigreturn")

(r3) = ($r3)

(r4) = ($r4)

(r5) = ($r5)

(r6) = ($r6)

(r7) = ($r7)

(r8) = ($r8)

(argstr) = (sprintf("%p, %p, %p, %p, %p, %p", $r3, $r4, $r5, $r6, $r7, $r8))

}

probe syscall.sys32_sigreturn.return = kernel.function("sys32_sigreturn").return?{

(name) = ("sys32_sigreturn")

(retstr) = (returnstr(1))

}
32_adjtimex")?{
(name) = ("sys32_adjtimex")
(argstr) = (sprintf("%p", $utp))
}
probe syscall.sys32_adjtimex.return = kernel.function("sys32_adjtimex").return?{
(name) = ("sys32_adjtimex")
(retstr) = (returnstr(1))
}
probe syscall.sys32_getdents = kernel.function("sys32_getdents")?{
(name) = ("sys32_getdents")
(fd) = ($fd)
(dirp_uaddr) = ($dirent)
(count) = ($count)
(argstr) = (sprintf("%d, %p, %d", fd, dirp_uaddr, count))
}
probe syscall.sys32_getdents.return = kernel.function("sys32_getdents").return?{
(name) = ("sys32_getdents")
(retstr) = (returnstr(1))
}
probe syscall.compat_sysctl = kernel.function("compat_sys_sysctl")?{
(name) = ("sysctl")
(argstr) = (sprintf("%p", $args))
}
probe syscall.compat_sysctl.return = kernel.function("compat_sys_sysctl").return?{
(name) = ("sysctl")
(retstr) = (returnstr(1))
}
probe syscall.sys32_sched_setparam = kernel.function("sys32_sched_setparam")?{
(name) = ("sys32_sched_setparam")
(pid) = ($pid)
(param_uaddr) = ($param)
(argstr) = (sprintf("%d, %p", pid, param_uaddr))
}
probe syscall.sys32_sched_setparam.return = kernel.function("sys32_sched_setparam").return?{
(name) = ("sys32_sched_setparam")
(retstr) = (returnstr(1))
}
probe syscall.sys32_sched_rr_get_interval = kernel.function("sys32_sched_rr_get_interval")?{
(name) = ("sys32_sched_rr_get_interval")
(pid) = ($pid)
(interval_uaddr) = ($interval)
(argstr) = (sprintf("%d, %p", pid, interval_uaddr))
}
probe syscall.sys32_sched_rr_get_interval.return = kernel.function("sys32_sched_rr_get_interval").return?{
(name) = ("sys32_sched_rr_get_interval")
(retstr) = (returnstr(1))
}
probe syscall.sys32_rt_sigpending = kernel.function("sys32_rt_sigpending")?{
(name) = ("sys32_rt_sigpending")
(set_uaddr) = ($set)
(sigsetsize) = ($sigsetsize)
(argstr) = (sprintf("%p, %d", set_uaddr, $sigsetsize))
}
probe syscall.sys32_rt_sigpending.return = kernel.function("sys32_rt_sigpending").return?{
(name) = ("sys32_rt_sigpending")
(retstr) = (returnstr(1))
}
probe syscall.sys32_rt_sigtimedwait = kernel.function("sys32_rt_sigtimedwait")?{
(name) = ("sys32_rt_sigtimedwait")
(uthese_uaddr) = ($uthese)
(uinfo_uaddr) = ($uinfo)
(uts_uaddr) = ($uts)
(sigsetsize) = ($sigsetsize)
(argstr) = (sprintf("%p, %p, %p, %p", uthese_uaddr, uinfo_uaddr, uts_uaddr, sigsetsize))
}
probe syscall.sys32_rt_sigtimedwait.return = kernel.function("sys32_rt_sigtimedwait").return?{
(name) = ("sys32_rt_sigtimedwait")
(retstr) = (returnstr(1))
}
probe syscall.sys32_rt_sigqueueinfo = kernel.function("sys32_rt_sigqueueinfo")?{
(name) = ("sys32_rt_sigqueueinfo")
(pid) = ($pid)
(sig) = ($sig)
(uinfo_uaddr) = ($uinfo)
(argstr) = (sprintf("%p, %s, %p", pid, _signal_name($sig), uinfo_uaddr))
}
probe syscall.sys32_rt_sigqueueinfo.return = kernel.function("sys32_rt_sigqueueinfo").return?{
(name) = ("sys32_rt_sigqueueinfo")
(retstr) = (returnstr(1))
}
probe syscall.sys32_sigaltstack = kernel.function("sys32_sigaltstack")?{
(name) = ("sys32_sigaltstack")
(argstr) = ("FIXME")
}
probe syscall.sys32_sigaltstack.return = kernel.function("sys32_sigaltstack").return?{
(name) = ("sys32_sigaltstack")
(retstr) = (returnstr(1))
}
probe syscall.sys32_sendfile64 = kernel.function("sys32_sendfile64")?{
(name) = ("sys32_sendfile64")
(out_fd) = ($out_fd)
(in_fd) = ($in_fd)
(offset_uaddr) = ($offset)
(count) = ($count)
(argstr) = (sprintf("%d, %d, %p, %d", $out_fd, $in_fd, offset_uaddr, $count))
}
probe syscall.sys32_sendfile64.return = kernel.function("sys32_sendfile64").return?{
(name) = ("sys32_sendfile64")
(retstr) = (returnstr(1))
}
probe syscall.ppc32_timer_create = kernel.function("ppc32_timer_create")?{
(name) = ("ppc32_timer_create")
(which_clock) = ($clock)
(timer_event_spec) = ($ev32)
(created_timer_id) = ($timer_id)
(argstr) = (sprintf("%d, %p, %p", which_clock, timer_event_spec, created_timer_id))
}
probe syscall.ppc32_timer_create.return = kernel.function("ppc32_timer_create").return?{
(name) = ("ppc32_timer_create")
(retstr) = (returnstr(1))
}
probe syscall.compat_timer_settime = kerne
probe syscall.sys32_adjtimex = kernel.function("sys32_adjtimex")?{

(name) = ("sys32_adjtimex")

(argstr) = (sprintf("%p", $utp))

}

probe syscall.sys32_adjtimex.return = kernel.function("sys32_adjtimex").return?{

(name) = ("sys32_adjtimex")

(retstr) = (returnstr(1))

}

probe syscall.sys32_getdents = kernel.function("sys32_getdents")?{

(name) = ("sys32_getdents")

(fd) = ($fd)

(dirp_uaddr) = ($dirent)

(count) = ($count)

(argstr) = (sprintf("%d, %p, %d", fd, dirp_uaddr, count))

}

probe syscall.sys32_getdents.return = kernel.function("sys32_getdents").return?{

(name) = ("sys32_getdents")

(retstr) = (returnstr(1))

}

probe syscall.compat_sysctl = kernel.function("compat_sys_sysctl")?{

(name) = ("sysctl")

(argstr) = (sprintf("%p", $args))

}

probe syscall.compat_sysctl.return = kernel.function("compat_sys_sysctl").return?{

(name) = ("sysctl")

(retstr) = (returnstr(1))

}

probe syscall.sys32_sched_setparam = kernel.function("sys32_sched_setparam")?{

(name) = ("sys32_sched_setparam")

(pid) = ($pid)

(param_uaddr) = ($param)

(argstr) = (sprintf("%d, %p", pid, param_uaddr))

}

probe syscall.sys32_sched_setparam.return = kernel.function("sys32_sched_setparam").return?{

(name) = ("sys32_sched_setparam")

(retstr) = (returnstr(1))

}

probe syscall.sys32_sched_rr_get_interval = kernel.function("sys32_sched_rr_get_interval")?{

(name) = ("sys32_sched_rr_get_interval")

(pid) = ($pid)

(interval_uaddr) = ($interval)

(argstr) = (sprintf("%d, %p", pid, interval_uaddr))

}

probe syscall.sys32_sched_rr_get_interval.return = kernel.function("sys32_sched_rr_get_interval").return?{

(name) = ("sys32_sched_rr_get_interval")

(retstr) = (returnstr(1))

}

probe syscall.sys32_rt_sigpending = kernel.function("sys32_rt_sigpending")?{

(name) = ("sys32_rt_sigpending")

(set_uaddr) = ($set)

(sigsetsize) = ($sigsetsize)

(argstr) = (sprintf("%p, %d", set_uaddr, $sigsetsize))

}

probe syscall.sys32_rt_sigpending.return = kernel.function("sys32_rt_sigpending").return?{

(name) = ("sys32_rt_sigpending")

(retstr) = (returnstr(1))

}

probe syscall.sys32_rt_sigtimedwait = kernel.function("sys32_rt_sigtimedwait")?{

(name) = ("sys32_rt_sigtimedwait")

(uthese_uaddr) = ($uthese)

(uinfo_uaddr) = ($uinfo)

(uts_uaddr) = ($uts)

(sigsetsize) = ($sigsetsize)

(argstr) = (sprintf("%p, %p, %p, %p", uthese_uaddr, uinfo_uaddr, uts_uaddr, sigsetsize))

}

probe syscall.sys32_rt_sigtimedwait.return = kernel.function("sys32_rt_sigtimedwait").return?{

(name) = ("sys32_rt_sigtimedwait")

(retstr) = (returnstr(1))

}

probe syscall.sys32_rt_sigqueueinfo = kernel.function("sys32_rt_sigqueueinfo")?{

(name) = ("sys32_rt_sigqueueinfo")

(pid) = ($pid)

(sig) = ($sig)

(uinfo_uaddr) = ($uinfo)

(argstr) = (sprintf("%p, %s, %p", pid, _signal_name($sig), uinfo_uaddr))

}

probe syscall.sys32_rt_sigqueueinfo.return = kernel.function("sys32_rt_sigqueueinfo").return?{

(name) = ("sys32_rt_sigqueueinfo")

(retstr) = (returnstr(1))

}

probe syscall.sys32_sigaltstack = kernel.function("sys32_sigaltstack")?{

(name) = ("sys32_sigaltstack")

(argstr) = ("FIXME")

}

probe syscall.sys32_sigaltstack.return = kernel.function("sys32_sigaltstack").return?{

(name) = ("sys32_sigaltstack")

(retstr) = (returnstr(1))

}

probe syscall.sys32_sendfile64 = kernel.function("sys32_sendfile64")?{

(name) = ("sys32_sendfile64")

(out_fd) = ($out_fd)

(in_fd) = ($in_fd)

(offset_uaddr) = ($offset)

(count) = ($count)

(argstr) = (sprintf("%d, %d, %p, %d", $out_fd, $in_fd, offset_uaddr, $count))

}

probe syscall.sys32_sendfile64.return = kernel.function("sys32_sendfile64").return?{

(name) = ("sys32_sendfile64")

(retstr) = (returnstr(1))

}

probe syscall.ppc32_timer_create = kernel.function("ppc32_timer_create")?{

(name) = ("ppc32_timer_create")

(which_clock) = ($clock)

(timer_event_spec) = ($ev32)

(created_timer_id) = ($timer_id)

(argstr) = (sprintf("%d, %p, %p", which_clock, timer_event_spec, created_timer_id))

}

probe syscall.ppc32_timer_create.return = kernel.function("ppc32_timer_create").return?{

(name) = ("ppc32_timer_create")

(retstr) = (returnstr(1))

}
l.function("compat_timer_settime")?{
(name) = ("compat_timer_settime")
(timer_id) = ($timer_id)
(flags) = ($flags)
(new_setting_uaddr) = ($new)
(old_setting_uaddr) = ($old)
(argstr) = (sprintf("%d, %d, %p, %p", timer_id, flags, new_setting_uaddr, old_setting_uaddr))
}
probe syscall.compat_timer_settime.return = kernel.function("compat_timer_settime").return?{
(name) = ("compat_timer_settime")
(retstr) = (returnstr(1))
}
probe syscall.compat_timer_gettime = kernel.function("compat_timer_gettime")?{
(name) = ("compat_timer_gettime")
(timer_id) = ($timer_id)
(setting_uaddr) = ($setting)
(argstr) = (sprintf("%d, %p", timer_id, setting_uaddr))
}
probe syscall.compat_timer_gettime.return = kernel.function("compat_timer_gettime").return?{
(name) = ("compat_timer_gettime")
(retstr) = (returnstr(1))
}
probe syscall.compat_clock_settime = kernel.function("compat_clock_settime")?{
(name) = ("compat_clock_settime")
(which_clock) = ($which_clock)
(tp_uaddr) = ($tp)
(argstr) = (sprintf("%d, %p", which_clock, tp_uaddr))
}
probe syscall.compat_clock_settime.return = kernel.function("compat_clock_settime").return?{
(name) = ("compat_clock_settime")
(retstr) = (returnstr(1))
}
probe syscall.sys32_swapcontext = kernel.function("sys32_swapcontext")?{
(name) = ("sys32_swapcontext")
(old_ctx_uaddr) = ($old_ctx)
(new_ctx_uaddr) = ($new_ctx)
(r5) = ($ctx_size)
(r6) = ($r6)
(r7) = ($r7)
(r8) = ($r8)
(regs) = ($regs)
(argstr) = (sprintf("%p, %p, %d, %d, %d, %d, %p", old_ctx_uaddr, new_ctx_uaddr, r5, r6, r7, r8, regs))
}
probe syscall.sys32_swapcontext.return = kernel.function("sys32_swapcontext").return?{
(name) = ("sys32_swapcontext")
(retstr) = (returnstr(1))
}
probe syscall.sys32_utimes = kernel.function("sys32_utimes")?{
(name) = ("sys32_utimes")
(filename_uaddr) = ($filename)
(path) = (user_string($filename))
(tvp_uaddr) = ($tvs)
(argstr) = (sprintf("%s, %p", user_string_quoted($filename), tvp_uaddr))
}
probe syscall.sys32_utimes.return = kernel.function("sys32_utimes").return?{
(name) = ("sys32_utimes")
(retstr) = (returnstr(1))
}
probe syscall.compat_mbind = kernel.function("compat_mbind")?{
(name) = ("compat_mbind")
(start_uaddr) = ($start)
(len) = ($len)
(policy) = ($mode)
(nodemask_uaddr) = ($nmask)
(maxnode) = ($maxnode)
(flags) = ($flags)
(argstr) = (sprintf("%p, %d, %d, %p, %d, %d", start_uaddr, len, policy, nodemask_uaddr, maxnode, flags))
}
probe syscall.compat_mbind.return = kernel.function("compat_mbind").return?{
(name) = ("compat_mbind")
(retstr) = (returnstr(1))
}
probe syscall.compat_get_mempolicy = kernel.function("compat_get_mempolicy")?{
(name) = ("compat_get_mempolicy")
(policy_uaddr) = ($policy)
(nmask_uaddr) = ($nmask)
(maxnode) = ($maxnode)
(addr) = ($addr)
(flags) = ($flags)
(argstr) = (sprintf("%p, %p, %d, %d", policy_uaddr, nmask_uaddr, maxnode, addr))
}
probe syscall.compat_get_mempolicy.return = kernel.function("compat_get_mempolicy").return?{
(name) = ("compat_get_mempolicy")
(retstr) = (returnstr(1))
}
probe syscall.compat_set_mempolicy = kernel.function("compat_set_mempolicy")?{
(name) = ("compat_set_mempolicy")
(policy) = ($mode)
(nodemask_uaddr) = ($nmask)
(maxnode) = ($maxnode)
(argstr) = (sprintf("%d, %p, %d", policy, nodemask_uaddr, maxnode))
}
probe syscall.compat_set_mempolicy.return = kernel.function("compat_set_mempolicy").return?{
(name) = ("compat_set_mempolicy")
(retstr) = (returnstr(1))
}
probe syscall.mmap = kernel.function("sys_mmap")?{
(name) = ("mmap")
(start) = ($addr)
(len) = ($len)
(prot) = ($prot)
(flags) = ($flags)
(fd) = (__int32($fd))
(offset) = ($offset)
(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", $addr, $len, _mprotect_prot_str($prot), _mmap_flags($flags), __int32($fd), $offset))
}
probe syscall.mmap.return = kernel.function("sys_mmap").return?{
(name) = ("mmap")
(retstr) = (returnstr(2))
}
probe syscall.mmap2 = kernel.function("sys_mmap2")?, kernel.function("compat_sys_mmap2")?{
(name) = ("mmap2")
(start) = ($addr)
(length) = ($len)
(prot) = ($prot)
(flags) = ($flags)
probe syscall.compat_timer_settime = kernel.function("compat_timer_settime")?{

(name) = ("compat_timer_settime")

(timer_id) = ($timer_id)

(flags) = ($flags)

(new_setting_uaddr) = ($new)

(old_setting_uaddr) = ($old)

(argstr) = (sprintf("%d, %d, %p, %p", timer_id, flags, new_setting_uaddr, old_setting_uaddr))

}

probe syscall.compat_timer_settime.return = kernel.function("compat_timer_settime").return?{

(name) = ("compat_timer_settime")

(retstr) = (returnstr(1))

}

probe syscall.compat_timer_gettime = kernel.function("compat_timer_gettime")?{

(name) = ("compat_timer_gettime")

(timer_id) = ($timer_id)

(setting_uaddr) = ($setting)

(argstr) = (sprintf("%d, %p", timer_id, setting_uaddr))

}

probe syscall.compat_timer_gettime.return = kernel.function("compat_timer_gettime").return?{

(name) = ("compat_timer_gettime")

(retstr) = (returnstr(1))

}

probe syscall.compat_clock_settime = kernel.function("compat_clock_settime")?{

(name) = ("compat_clock_settime")

(which_clock) = ($which_clock)

(tp_uaddr) = ($tp)

(argstr) = (sprintf("%d, %p", which_clock, tp_uaddr))

}

probe syscall.compat_clock_settime.return = kernel.function("compat_clock_settime").return?{

(name) = ("compat_clock_settime")

(retstr) = (returnstr(1))

}

probe syscall.sys32_swapcontext = kernel.function("sys32_swapcontext")?{

(name) = ("sys32_swapcontext")

(old_ctx_uaddr) = ($old_ctx)

(new_ctx_uaddr) = ($new_ctx)

(r5) = ($ctx_size)

(r6) = ($r6)

(r7) = ($r7)

(r8) = ($r8)

(regs) = ($regs)

(argstr) = (sprintf("%p, %p, %d, %d, %d, %d, %p", old_ctx_uaddr, new_ctx_uaddr, r5, r6, r7, r8, regs))

}

probe syscall.sys32_swapcontext.return = kernel.function("sys32_swapcontext").return?{

(name) = ("sys32_swapcontext")

(retstr) = (returnstr(1))

}

probe syscall.sys32_utimes = kernel.function("sys32_utimes")?{

(name) = ("sys32_utimes")

(filename_uaddr) = ($filename)

(path) = (user_string($filename))

(tvp_uaddr) = ($tvs)

(argstr) = (sprintf("%s, %p", user_string_quoted($filename), tvp_uaddr))

}

probe syscall.sys32_utimes.return = kernel.function("sys32_utimes").return?{

(name) = ("sys32_utimes")

(retstr) = (returnstr(1))

}

probe syscall.compat_mbind = kernel.function("compat_mbind")?{

(name) = ("compat_mbind")

(start_uaddr) = ($start)

(len) = ($len)

(policy) = ($mode)

(nodemask_uaddr) = ($nmask)

(maxnode) = ($maxnode)

(flags) = ($flags)

(argstr) = (sprintf("%p, %d, %d, %p, %d, %d", start_uaddr, len, policy, nodemask_uaddr, maxnode, flags))

}

probe syscall.compat_mbind.return = kernel.function("compat_mbind").return?{

(name) = ("compat_mbind")

(retstr) = (returnstr(1))

}

probe syscall.compat_get_mempolicy = kernel.function("compat_get_mempolicy")?{

(name) = ("compat_get_mempolicy")

(policy_uaddr) = ($policy)

(nmask_uaddr) = ($nmask)

(maxnode) = ($maxnode)

(addr) = ($addr)

(flags) = ($flags)

(argstr) = (sprintf("%p, %p, %d, %d", policy_uaddr, nmask_uaddr, maxnode, addr))

}

probe syscall.compat_get_mempolicy.return = kernel.function("compat_get_mempolicy").return?{

(name) = ("compat_get_mempolicy")

(retstr) = (returnstr(1))

}

probe syscall.compat_set_mempolicy = kernel.function("compat_set_mempolicy")?{

(name) = ("compat_set_mempolicy")

(policy) = ($mode)

(nodemask_uaddr) = ($nmask)

(maxnode) = ($maxnode)

(argstr) = (sprintf("%d, %p, %d", policy, nodemask_uaddr, maxnode))

}

probe syscall.compat_set_mempolicy.return = kernel.function("compat_set_mempolicy").return?{

(name) = ("compat_set_mempolicy")

(retstr) = (returnstr(1))

}

probe syscall.mmap = kernel.function("sys_mmap")?{

(name) = ("mmap")

(start) = ($addr)

(len) = ($len)

(prot) = ($prot)

(flags) = ($flags)

(fd) = (__int32($fd))

(offset) = ($offset)

(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", $addr, $len, _mprotect_prot_str($prot), _mmap_flags($flags), __int32($fd), $offset))

}

probe syscall.mmap.return = kernel.function("sys_mmap").return?{

(name) = ("mmap")

(retstr) = (returnstr(2))

}

probe syscall.mmap2 = kernel.function("sys_mmap2")?, kernel.function("compat_sys_mmap2")?{

(name) = ("mmap2")

(start) = ($addr)

(length) = ($len)

(prot) = ($prot)

(flags) = ($flags)

(fd) = (__int32($fd))
(pgoffset) = ($pgoff)
(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", $addr, $len, _mprotect_prot_str($prot), _mmap_flags($flags), __int32($fd), $pgoff))
}
probe syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return?{
(name) = ("mmap2")
(retstr) = (returnstr(2))
}
probe syscall.ppc64_sys_stime = kernel.function("ppc64_sys_stime")?{
(name) = ("ppc64_sys_stime")
(t_uaddr) = ($tptr)
(argstr) = (sprintf("%p", t_uaddr))
}
probe syscall.ppc64_sys_stime.return = kernel.function("ppc64_sys_stime").return?{
(name) = ("ppc64_sys_stime")
(retstr) = (returnstr(1))
}
probe syscall.ppc64_newuname = kernel.function("ppc64_newuname")?{
(name) = ("ppc64_newuname")
(name_uaddr) = ($name)
(argstr) = (sprintf("%p", name_uaddr))
}
probe syscall.ppc64_newuname.return = kernel.function("ppc64_newuname").return?{
(name) = ("ppc64_newuname")
(retstr) = (returnstr(1))
}

# file /usr/local/share/systemtap/tapset/ansi.stp
function ansi_clear_screen ()
{
print("\033[1;1H\033[J")
}
function ansi_set_color (fg)
{
printf("\\033[%dm", fg)
}
function ansi_set_color2 (fg, bg)
{
printf("\\033[%d;%dm", bg, fg)
}
function ansi_set_color3 (fg, bg, attr)
{
(attr_str) = ((attr)?(sprintf(";%dm", attr)):("m"))
printf("\\033[%d;%d%s", bg, fg, attr_str)
}
function ansi_reset_color ()
{
ansi_set_color3(0, 0, 0)
}
function ansi_new_line ()
{
printf("\\12")
}
function ansi_cursor_move (x, y)
{
printf("\\033[%d;%dH", y, x)
}
function ansi_cursor_hide ()
{
print("\033[>5I")
}
function ansi_cursor_save ()
{
print("\033[s")
}
function ansi_cursor_restore ()
{
print("\033[u")
}
function ansi_cursor_show ()
{
print("\033[>5h")
}

# file /usr/local/share/systemtap/tapset/argv.stp
global argc = 0
global argv[1]
probe begin(-1){
(argv[0]) = ("nothing")
delete argv[0]
}

# file /usr/local/share/systemtap/tapset/atomic.stp
function atomic_read (addr)
%{ /* pure */
	atomic_t *a = (atomic_t *)(long)THIS->addr;

	/* We call deref() here to ensure the memory is valid to read.
	 * Note the result is thrown away, then we use the "real"
	 * atomic read function now that we know the address is safe. */
	(void)deref(sizeof(*a), a);
	THIS->__retvalue = atomic_read(a);
	CATCH_DEREF_FAULT();
%}
function atomic_long_read (addr)
%{ /* pure */
#ifdef ATOMIC_LONG_INIT
	atomic_long_t *a = (atomic_long_t *)(long)THIS->addr;

	/* We call deref() here to ensure the memory is valid to read.
	 * Note the result is thrown away, then we use the "real"
	 * atomic read function now that we know the address is safe. */
	(void)deref(sizeof(*a), a);
	THIS->__retvalue = atomic_long_read(a);
	CATCH_DEREF_FAULT();
#endif
%}

# file /usr/local/share/systemtap/tapset/aux_syscalls.stp
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}%{
// Needed for function _struct_sockaddr_u. Unfortunately cannot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static voi
(fd) = (__int32($fd))

(pgoffset) = ($pgoff)

(argstr) = (sprintf("%p, %d, %s, %s, %d, %d", $addr, $len, _mprotect_prot_str($prot), _mmap_flags($flags), __int32($fd), $pgoff))

}

probe syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return?{

(name) = ("mmap2")

(retstr) = (returnstr(2))

}

probe syscall.ppc64_sys_stime = kernel.function("ppc64_sys_stime")?{

(name) = ("ppc64_sys_stime")

(t_uaddr) = ($tptr)

(argstr) = (sprintf("%p", t_uaddr))

}

probe syscall.ppc64_sys_stime.return = kernel.function("ppc64_sys_stime").return?{

(name) = ("ppc64_sys_stime")

(retstr) = (returnstr(1))

}

probe syscall.ppc64_newuname = kernel.function("ppc64_newuname")?{

(name) = ("ppc64_newuname")

(name_uaddr) = ($name)

(argstr) = (sprintf("%p", name_uaddr))

}

probe syscall.ppc64_newuname.return = kernel.function("ppc64_newuname").return?{

(name) = ("ppc64_newuname")

(retstr) = (returnstr(1))

}



# file /usr/local/share/systemtap/tapset/ansi.stp

function ansi_clear_screen ()

{

print("\033[1;1H\033[J")

}

function ansi_set_color (fg)

{

printf("\\033[%dm", fg)

}

function ansi_set_color2 (fg, bg)

{

printf("\\033[%d;%dm", bg, fg)

}

function ansi_set_color3 (fg, bg, attr)

{

(attr_str) = ((attr)?(sprintf(";%dm", attr)):("m"))

printf("\\033[%d;%d%s", bg, fg, attr_str)

}

function ansi_reset_color ()

{

ansi_set_color3(0, 0, 0)

}

function ansi_new_line ()

{

printf("\\12")

}

function ansi_cursor_move (x, y)

{

printf("\\033[%d;%dH", y, x)

}

function ansi_cursor_hide ()

{

print("\033[>5I")

}

function ansi_cursor_save ()

{

print("\033[s")

}

function ansi_cursor_restore ()

{

print("\033[u")

}

function ansi_cursor_show ()

{

print("\033[>5h")

}



# file /usr/local/share/systemtap/tapset/argv.stp

global argc = 0

global argv[1]

probe begin(-1){

(argv[0]) = ("nothing")

delete argv[0]

}



# file /usr/local/share/systemtap/tapset/atomic.stp

function atomic_read (addr)

%{ /* pure */

	atomic_t *a = (atomic_t *)(long)THIS->addr;



	/* We call deref() here to ensure the memory is valid to read.

	 * Note the result is thrown away, then we use the "real"

	 * atomic read function now that we know the address is safe. */

	(void)deref(sizeof(*a), a);

	THIS->__retvalue = atomic_read(a);

	CATCH_DEREF_FAULT();

%}

function atomic_long_read (addr)

%{ /* pure */

#ifdef ATOMIC_LONG_INIT

	atomic_long_t *a = (atomic_long_t *)(long)THIS->addr;



	/* We call deref() here to ensure the memory is valid to read.

	 * Note the result is thrown away, then we use the "real"

	 * atomic read function now that we know the address is safe. */

	(void)deref(sizeof(*a), a);

	THIS->__retvalue = atomic_long_read(a);

	CATCH_DEREF_FAULT();

#endif

%}



# file /usr/local/share/systemtap/tapset/aux_syscalls.stp

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}%{

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}
d _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr, "EMPTY", len);
}
%}%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}%{
#include <linux/eventpoll.h>
%}%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/eventfd.h>
#endif
%}%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
 
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)

		strlcat(ptr, "EMPTY", len);

}

%}%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}%{

#include <linux/eventpoll.h>

%}%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/eventfd.h>

#endif

%}%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {

	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}
 };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}function _struct_timeval_u (uaddr, n)
%{ /* pure */
	int n = (int)THIS->n;
	struct timeval tv[n];
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL || n > 2)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char*)&tv, ptr, n*sizeof(struct timeval)) == 0) {
			if (n == 2)
				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld][%ld.%.06ld]", 
					tv[0].tv_sec, tv[0].tv_usec, tv[1].tv_sec, tv[1].tv_usec);
			else
				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld]", tv[0].tv_sec, tv[0].tv_usec);
	   	} else
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
	}
%}
function _struct_compat_timeval_u (uaddr, n)
%{ /* pure */
#ifdef CONFIG_COMPAT
	int n = (int)THIS->n;
	struct compat_timeval tv[n];
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL || n > 2)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char*)&tv, ptr, 	n*sizeof(struct compat_timeval)) == 0)
			if (n == 2)
				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld][%ld.%.06ld]", 
					(long)tv[0].tv_sec, (long)tv[0].tv_usec, (long)tv[1].tv_sec, (long)tv[1].tv_usec);
			else
				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld]", (long)tv[0].tv_sec, (long)tv[0].tv_usec);
	   	else
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
	}
#endif
%}
function _struct_timezone_u (uaddr)
%{ /* pure */
	struct timezone tz;
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char*)&tz,ptr,sizeof(struct timezone)) == 0)
			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d, %d]", tz.tz_minuteswest, tz.tz_dsttime);
		else
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
	}
%}
function _struct_utimbuf_actime (uaddr)
%{ /* pure */
	struct utimbuf ubuf;
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL)
	  THIS->__retvalue = 0;
	else
	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)
	    THIS->__retvalue = ubuf.actime;
	  else
	    THIS->__retvalue = 0;
%}
function _struct_utimbuf_modtime (uaddr)
%{ /* pure */
	struct utimbuf ubuf;
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL)
	  THIS->__retvalue = 0;
	else
	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)
	    THIS->__retvalue = ubuf.modtime;
	  else
	    THIS->__retvalue = 0;
%}
function _struct_compat_utimbuf_actime (uaddr)
%{ /* pure */
#ifdef CONFIG_COMPAT
	struct compat_utimbuf ubuf;
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL)
	  THIS->__retvalue = 0;
	else
	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)
	    THIS->__retvalue = ubuf.actime;
	  else
	    THIS->__retvalue = 0;
#endif
%}
function _struct_compat_utimbuf_modtime 
  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}function _struct_timeval_u (uaddr, n)

%{ /* pure */

	int n = (int)THIS->n;

	struct timeval tv[n];

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL || n > 2)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char*)&tv, ptr, n*sizeof(struct timeval)) == 0) {

			if (n == 2)

				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld][%ld.%.06ld]", 

					tv[0].tv_sec, tv[0].tv_usec, tv[1].tv_sec, tv[1].tv_usec);

			else

				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld]", tv[0].tv_sec, tv[0].tv_usec);

	   	} else

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

	}

%}

function _struct_compat_timeval_u (uaddr, n)

%{ /* pure */

#ifdef CONFIG_COMPAT

	int n = (int)THIS->n;

	struct compat_timeval tv[n];

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL || n > 2)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char*)&tv, ptr, 	n*sizeof(struct compat_timeval)) == 0)

			if (n == 2)

				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld][%ld.%.06ld]", 

					(long)tv[0].tv_sec, (long)tv[0].tv_usec, (long)tv[1].tv_sec, (long)tv[1].tv_usec);

			else

				snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld.%06ld]", (long)tv[0].tv_sec, (long)tv[0].tv_usec);

	   	else

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

	}

#endif

%}

function _struct_timezone_u (uaddr)

%{ /* pure */

	struct timezone tz;

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char*)&tz,ptr,sizeof(struct timezone)) == 0)

			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d, %d]", tz.tz_minuteswest, tz.tz_dsttime);

		else

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

	}

%}

function _struct_utimbuf_actime (uaddr)

%{ /* pure */

	struct utimbuf ubuf;

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL)

	  THIS->__retvalue = 0;

	else

	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)

	    THIS->__retvalue = ubuf.actime;

	  else

	    THIS->__retvalue = 0;

%}

function _struct_utimbuf_modtime (uaddr)

%{ /* pure */

	struct utimbuf ubuf;

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL)

	  THIS->__retvalue = 0;

	else

	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)

	    THIS->__retvalue = ubuf.modtime;

	  else

	    THIS->__retvalue = 0;

%}

function _struct_compat_utimbuf_actime (uaddr)

%{ /* pure */

#ifdef CONFIG_COMPAT

	struct compat_utimbuf ubuf;

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL)

	  THIS->__retvalue = 0;

	else

	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)

	    THIS->__retvalue = ubuf.actime;

	  else

	    THIS->__retvalue = 0;

#endif

%}
(uaddr)
%{ /* pure */
#ifdef CONFIG_COMPAT
	struct compat_utimbuf ubuf;
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL)
	  THIS->__retvalue = 0;
	else
	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)
	    THIS->__retvalue = ubuf.modtime;
	  else
	    THIS->__retvalue = 0;
#endif
%}
function _struct_timespec_u (uaddr, n)
%{ /* pure */
#define STP_UTIME_NOW  ((1l << 30) - 1l)
#define STP_UTIME_OMIT ((1l << 30) - 2l)
	int n = (int)THIS->n;
	struct timespec ts[n];
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL || n > 2)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char *)&ts, ptr, n*sizeof(struct timespec)))  {
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
		} else {
			char *str;
			int len, i = 0;
			ptr = THIS->__retvalue;
			while (i < n) {
				str = NULL;
				if (ts[i].tv_nsec == STP_UTIME_NOW)
					str = "UTIME_NOW";
				else if (ts[i].tv_nsec == STP_UTIME_OMIT)
					str = "UTIME_OMIT";
				if (str)
					len = snprintf(ptr, MAXSTRINGLEN, "[%s]", str);
				else
					len = snprintf(ptr, MAXSTRINGLEN, "[%ld.%09ld]", (long)ts[i].tv_sec, ts[i].tv_nsec);
				ptr += len; i++;
			}
		}
	}
#undef STP_UTIME_NOW
#undef STP_UTIME_OMIT
%}
function _struct_compat_timespec_u (uaddr, n)
%{ /* pure */
#ifdef CONFIG_COMPAT
#define STP_UTIME_NOW  ((1l << 30) - 1l)
#define STP_UTIME_OMIT ((1l << 30) - 2l)
	int n = (int)THIS->n;
	struct compat_timespec ts[n];
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL || n > 2)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char *)&ts, ptr, n*sizeof(struct compat_timespec)))  {
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
		} else {
			char *str;
			int len, i = 0;
			ptr = THIS->__retvalue;
			while (i < n) {
				str = NULL;
				if (ts[i].tv_nsec == STP_UTIME_NOW)
					str = "UTIME_NOW";
				else if (ts[i].tv_nsec == STP_UTIME_OMIT)
					str = "UTIME_OMIT";
				if (str)
					len = snprintf(ptr, MAXSTRINGLEN, "[%s]", str);
				else
					len = snprintf(ptr, MAXSTRINGLEN, "[%ld.%09ld]", (long)ts[i].tv_sec, (long)ts[i].tv_nsec);
				ptr += len; i++;
			}
		}
	}
#undef STP_UTIME_NOW
#undef STP_UTIME_OMIT
#endif
%}
function _struct_itimerspec_u (uaddr)
%{ /* pure */
	struct itimerspec its;
	char *ptr = (char *)(unsigned long)THIS->uaddr;
	
	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char *)&its, ptr,sizeof(struct itimerspec)))
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
		else
			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d.%06d,%d.%06d]",
				(int)its.it_interval.tv_sec, (int)its.it_interval.tv_nsec,
				(int)its.it_value.tv_sec, (int)its.it_value.tv_nsec);
	}	
%}
function _struct_itimerval_u (uaddr)
%{ /* pure */
	struct itimerval itv;
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char *)&itv,ptr,sizeof(struct itimerval)))
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
		else
			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d.%06d,%d.%06d]", 
				(int)itv.it_interval.tv_sec, (int)itv.it_interval.tv_usec,
				(int)itv.it_value.tv_sec, (int)itv.it_value.tv_usec);
	}
%}
function _struct_compat_itimerval_u (uaddr)
%{ /* pure */
#ifdef CONFIG_COMPAT
	struct compat_itimerval itv;
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char *)&itv,ptr,sizeof(struct compat_itimerval)))
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
		else
			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d.%06d,%d.%06d]", 
				(int)itv.it_interval.tv_sec, (int)itv.it_interval.tv_usec,
				(int)itv.it_value.tv_sec, (int)itv.it_value.tv_usec);
	}
#endif
%}
function _struct_sockaddr_u (uaddr, len)
%{ /* pure */
#include <linux/version.h>
function _struct_compat_utimbuf_modtime (uaddr)

%{ /* pure */

#ifdef CONFIG_COMPAT

	struct compat_utimbuf ubuf;

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL)

	  THIS->__retvalue = 0;

	else

	  if(_stp_copy_from_user((char*)&ubuf,ptr,sizeof(ubuf)) == 0)

	    THIS->__retvalue = ubuf.modtime;

	  else

	    THIS->__retvalue = 0;

#endif

%}

function _struct_timespec_u (uaddr, n)

%{ /* pure */

#define STP_UTIME_NOW  ((1l << 30) - 1l)

#define STP_UTIME_OMIT ((1l << 30) - 2l)

	int n = (int)THIS->n;

	struct timespec ts[n];

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL || n > 2)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char *)&ts, ptr, n*sizeof(struct timespec)))  {

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

		} else {

			char *str;

			int len, i = 0;

			ptr = THIS->__retvalue;

			while (i < n) {

				str = NULL;

				if (ts[i].tv_nsec == STP_UTIME_NOW)

					str = "UTIME_NOW";

				else if (ts[i].tv_nsec == STP_UTIME_OMIT)

					str = "UTIME_OMIT";

				if (str)

					len = snprintf(ptr, MAXSTRINGLEN, "[%s]", str);

				else

					len = snprintf(ptr, MAXSTRINGLEN, "[%ld.%09ld]", (long)ts[i].tv_sec, ts[i].tv_nsec);

				ptr += len; i++;

			}

		}

	}

#undef STP_UTIME_NOW

#undef STP_UTIME_OMIT

%}

function _struct_compat_timespec_u (uaddr, n)

%{ /* pure */

#ifdef CONFIG_COMPAT

#define STP_UTIME_NOW  ((1l << 30) - 1l)

#define STP_UTIME_OMIT ((1l << 30) - 2l)

	int n = (int)THIS->n;

	struct compat_timespec ts[n];

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL || n > 2)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char *)&ts, ptr, n*sizeof(struct compat_timespec)))  {

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

		} else {

			char *str;

			int len, i = 0;

			ptr = THIS->__retvalue;

			while (i < n) {

				str = NULL;

				if (ts[i].tv_nsec == STP_UTIME_NOW)

					str = "UTIME_NOW";

				else if (ts[i].tv_nsec == STP_UTIME_OMIT)

					str = "UTIME_OMIT";

				if (str)

					len = snprintf(ptr, MAXSTRINGLEN, "[%s]", str);

				else

					len = snprintf(ptr, MAXSTRINGLEN, "[%ld.%09ld]", (long)ts[i].tv_sec, (long)ts[i].tv_nsec);

				ptr += len; i++;

			}

		}

	}

#undef STP_UTIME_NOW

#undef STP_UTIME_OMIT

#endif

%}

function _struct_itimerspec_u (uaddr)

%{ /* pure */

	struct itimerspec its;

	char *ptr = (char *)(unsigned long)THIS->uaddr;

	

	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char *)&its, ptr,sizeof(struct itimerspec)))

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

		else

			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d.%06d,%d.%06d]",

				(int)its.it_interval.tv_sec, (int)its.it_interval.tv_nsec,

				(int)its.it_value.tv_sec, (int)its.it_value.tv_nsec);

	}	

%}

function _struct_itimerval_u (uaddr)

%{ /* pure */

	struct itimerval itv;

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char *)&itv,ptr,sizeof(struct itimerval)))

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

		else

			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d.%06d,%d.%06d]", 

				(int)itv.it_interval.tv_sec, (int)itv.it_interval.tv_usec,

				(int)itv.it_value.tv_sec, (int)itv.it_value.tv_usec);

	}

%}

function _struct_compat_itimerval_u (uaddr)

%{ /* pure */

#ifdef CONFIG_COMPAT

	struct compat_itimerval itv;

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char *)&itv,ptr,sizeof(struct compat_itimerval)))

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

		else

			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d.%06d,%d.%06d]", 

				(int)itv.it_interval.tv_sec, (int)itv.it_interval.tv_usec,

				(int)itv.it_value.tv_sec, (int)itv.it_value.tv_usec);

	}

#endif

%}

function _struct_sockaddr_u (uaddr, len)

%{ /* pure */

#include <linux/version.h>

#include <linux/in6.h>
#include <linux/un.h>
#include <linux/if_packet.h>

	char *ptr = (char *)(unsigned long)THIS->uaddr;
	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		char buf[128];
		size_t len = THIS->len < 128 ? THIS->len : 128;
		if(_stp_copy_from_user(buf, ptr, len))
			strlcpy (THIS->__retvalue, "[...]", MAXSTRINGLEN);
		else {
#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,11)
#define LPORT   (inet->inet.num)
#define DADDR   (&inet->inet.daddr)
#else
#define LPORT   (inet->num)
#define DADDR   (&inet->daddr)
#endif

// Use kernel builtin instead of picking up user space ntohs (function).
#define _stp_ntohs be16_to_cpu

	//FIXME. Not done yet.
	char *str = THIS->__retvalue;
	const int strlen = MAXSTRINGLEN;
	struct sockaddr *sa = (struct sockaddr *)buf;
	if ((sa->sa_family == AF_INET)&&(len == sizeof(struct sockaddr_in)))
	{
		struct sockaddr_in *sin = (struct sockaddr_in *)buf;
		const unsigned char *addr = (unsigned char *)&sin->sin_addr;
		snprintf(str, strlen, "{AF_INET, %d.%d.%d.%d, %d}", 
			addr[0], addr[1], addr[2], addr[3], _stp_ntohs(sin->sin_port));
	}
	else if ((sa->sa_family == AF_UNIX)&&(len == sizeof(struct sockaddr_un)))
	{	
		struct sockaddr_un *sun = (struct sockaddr_un *)buf;	
		snprintf(str, strlen, "{AF_UNIX, %s}", sun->sun_path); 
	}
	else if ((sa->sa_family == AF_NETLINK)&&(len == sizeof(struct sockaddr_nl)))
	{
		struct sockaddr_nl *nl = (struct sockaddr_nl *)buf;
		snprintf(str, strlen, "{AF_NETLINK, pid=%d, groups=%08x}", nl->nl_pid, nl->nl_groups); 
	}
	else if ((sa->sa_family == AF_INET6)&&(len == sizeof(struct sockaddr_in6)))
	{
		// FIXME. Address is probably not correctly displayed
		struct sockaddr_in6 *sin = (struct sockaddr_in6 *)buf;
		snprintf(str, strlen, "{AF_INET6, %016llx, %d}", 
			*(long long *)&sin->sin6_addr, _stp_ntohs(sin->sin6_port));
	}
	else if ((sa->sa_family == AF_PACKET)&&(len == sizeof(struct sockaddr_ll))) 
	{
		struct sockaddr_ll *sll = (struct sockaddr_ll *)buf;
		snprintf(str, strlen, "{AF_PACKET, proto=%d, ind=%d, hatype=%d, pkttype=%d, halen=%d, addr=0x%llx}", 
			(int)sll->sll_protocol, sll->sll_ifindex, (int)sll->sll_hatype, (int)sll->sll_pkttype,
			(int)sll->sll_halen,
			(long long)(*(uint64_t *)sll->sll_addr));
	}
	else
	{
		if (len >= sizeof(sa_family_t))
		{
			snprintf(str, strlen, "{unknown sockaddr with sa=%d, salen=%d}", sa->sa_family, (int) len);
		}
		else
		{
			snprintf(str, strlen, "{unknown sockaddr with salen=%d}", (int)len);
		}
	}
	}
}	
%}
function _struct_rlimit_u (uaddr)
%{ /* pure */
	struct rlimit rl;
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if (_stp_copy_from_user((char *)&rl, ptr, sizeof(struct rlimit)) == 0)
			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld,%ld]",
				rl.rlim_cur, rl.rlim_max);
		else
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
	}
%}
function _fildes_u (uaddr)
%{ /* pure */
	int fd[2];
	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if (_stp_copy_from_user((char *)&fd, ptr, 2*sizeof(int)) == 0)
			 snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d, %d]", fd[0], fd[1]);
		else
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
	}
%}
function __sem_flags (semflg)
%{ /* pure */
	long semflg = THIS->semflg;
	char *str = THIS->__retvalue;
	int mode = semflg & S_IRWXUGO;
	int len;

	if (mode)
		snprintf(str, MAXSTRINGLEN, "%#o|", mode); 
	if (semflg & IPC_CREAT)
		strlcat(str, "IPC_CREAT|", MAXSTRINGLEN);
	if (semflg & IPC_EXCL)
		strlcat(str, "IPC_EXCL|", MAXSTRINGLEN);

	len = strlen(str);
	if (len)
		str[len-1] = 0;
%}
function __get_argv (argv, first)
{
if ((first) && (argv)) (argv) += (8)

for (; argv; ) {
(vstr) = (user_long(argv))
if (!(vstr)) break

if (len) (str) .= (" ")

(str) .= (user_string_quoted(vstr))
(newlen) = (strlen(str))
if ((newlen) == (len)) break

#include <linux/in6.h>

#include <linux/un.h>

#include <linux/if_packet.h>



	char *ptr = (char *)(unsigned long)THIS->uaddr;

	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		char buf[128];

		size_t len = THIS->len < 128 ? THIS->len : 128;

		if(_stp_copy_from_user(buf, ptr, len))

			strlcpy (THIS->__retvalue, "[...]", MAXSTRINGLEN);

		else {

#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,11)

#define LPORT   (inet->inet.num)

#define DADDR   (&inet->inet.daddr)

#else

#define LPORT   (inet->num)

#define DADDR   (&inet->daddr)

#endif



// Use kernel builtin instead of picking up user space ntohs (function).

#define _stp_ntohs be16_to_cpu



	//FIXME. Not done yet.

	char *str = THIS->__retvalue;

	const int strlen = MAXSTRINGLEN;

	struct sockaddr *sa = (struct sockaddr *)buf;

	if ((sa->sa_family == AF_INET)&&(len == sizeof(struct sockaddr_in)))

	{

		struct sockaddr_in *sin = (struct sockaddr_in *)buf;

		const unsigned char *addr = (unsigned char *)&sin->sin_addr;

		snprintf(str, strlen, "{AF_INET, %d.%d.%d.%d, %d}", 

			addr[0], addr[1], addr[2], addr[3], _stp_ntohs(sin->sin_port));

	}

	else if ((sa->sa_family == AF_UNIX)&&(len == sizeof(struct sockaddr_un)))

	{	

		struct sockaddr_un *sun = (struct sockaddr_un *)buf;	

		snprintf(str, strlen, "{AF_UNIX, %s}", sun->sun_path); 

	}

	else if ((sa->sa_family == AF_NETLINK)&&(len == sizeof(struct sockaddr_nl)))

	{

		struct sockaddr_nl *nl = (struct sockaddr_nl *)buf;

		snprintf(str, strlen, "{AF_NETLINK, pid=%d, groups=%08x}", nl->nl_pid, nl->nl_groups); 

	}

	else if ((sa->sa_family == AF_INET6)&&(len == sizeof(struct sockaddr_in6)))

	{

		// FIXME. Address is probably not correctly displayed

		struct sockaddr_in6 *sin = (struct sockaddr_in6 *)buf;

		snprintf(str, strlen, "{AF_INET6, %016llx, %d}", 

			*(long long *)&sin->sin6_addr, _stp_ntohs(sin->sin6_port));

	}

	else if ((sa->sa_family == AF_PACKET)&&(len == sizeof(struct sockaddr_ll))) 

	{

		struct sockaddr_ll *sll = (struct sockaddr_ll *)buf;

		snprintf(str, strlen, "{AF_PACKET, proto=%d, ind=%d, hatype=%d, pkttype=%d, halen=%d, addr=0x%llx}", 

			(int)sll->sll_protocol, sll->sll_ifindex, (int)sll->sll_hatype, (int)sll->sll_pkttype,

			(int)sll->sll_halen,

			(long long)(*(uint64_t *)sll->sll_addr));

	}

	else

	{

		if (len >= sizeof(sa_family_t))

		{

			snprintf(str, strlen, "{unknown sockaddr with sa=%d, salen=%d}", sa->sa_family, (int) len);

		}

		else

		{

			snprintf(str, strlen, "{unknown sockaddr with salen=%d}", (int)len);

		}

	}

	}

}	

%}

function _struct_rlimit_u (uaddr)

%{ /* pure */

	struct rlimit rl;

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if (_stp_copy_from_user((char *)&rl, ptr, sizeof(struct rlimit)) == 0)

			snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%ld,%ld]",

				rl.rlim_cur, rl.rlim_max);

		else

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

	}

%}

function _fildes_u (uaddr)

%{ /* pure */

	int fd[2];

	char *ptr = (char *)(unsigned long)THIS->uaddr;



	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if (_stp_copy_from_user((char *)&fd, ptr, 2*sizeof(int)) == 0)

			 snprintf(THIS->__retvalue, MAXSTRINGLEN, "[%d, %d]", fd[0], fd[1]);

		else

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

	}

%}

function __sem_flags (semflg)

%{ /* pure */

	long semflg = THIS->semflg;

	char *str = THIS->__retvalue;

	int mode = semflg & S_IRWXUGO;

	int len;



	if (mode)

		snprintf(str, MAXSTRINGLEN, "%#o|", mode); 

	if (semflg & IPC_CREAT)

		strlcat(str, "IPC_CREAT|", MAXSTRINGLEN);

	if (semflg & IPC_EXCL)

		strlcat(str, "IPC_EXCL|", MAXSTRINGLEN);



	len = strlen(str);

	if (len)

		str[len-1] = 0;

%}

function __get_argv (argv, first)

{

if ((first) && (argv)) (argv) += (8)



for (; argv; ) {

(vstr) = (user_long(argv))

if (!(vstr)) break



if (len) (str) .= (" ")



(str) .= (user_string_quoted(vstr))

(newlen) = (strlen(str))

if ((newlen) == (len)) break



(len) = (newlen)
(argv) += (8)
}
return str
}
function __get_compat_argv (argv, first)
{
if ((first) && (argv)) (argv) += (4)

for (; argv; ) {
(vstr) = ((user_int(argv)) & (4294967295))
if (!(vstr)) break

if (len) (str) .= (" ")

(str) .= (user_string_quoted(vstr))
(newlen) = (strlen(str))
if ((newlen) == (len)) break

(len) = (newlen)
(argv) += (4)
}
return str
}
function _adjtx_mode_str (f)
{
if (((f) & (32769)) == (32769)) (bs) = (("ADJ_OFFSET_SINGLESHOT|") . (bs))

if ((f) & (16384)) (bs) = (("ADJ_TICK|") . (bs))

if ((f) & (32)) (bs) = (("ADJ_TIMECONST|") . (bs))

if ((f) & (16)) (bs) = (("ADJ_STATUS|") . (bs))

if ((f) & (8)) (bs) = (("ADJ_ESTERROR|") . (bs))

if ((f) & (4)) (bs) = (("ADJ_MAXERROR|") . (bs))

if ((f) & (2)) (bs) = (("ADJ_FREQUENCY|") . (bs))

if (((f) & (1)) && (((f) & (32769)) != (32769))) (bs) = (("ADJ_OFFSET|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _inotify_watch_mask_str (f)
{
if ((f) & (1)) (bs) = ("IN_ACCESS|")

if ((f) & (2)) (bs) = ((bs) . ("IN_MODIFY|"))

if ((f) & (4)) (bs) = ((bs) . ("IN_ATTRIB|"))

if ((f) & (8)) (bs) = ((bs) . ("IN_CLOSE_WRITE|"))

if ((f) & (16)) (bs) = ((bs) . ("IN_CLOSE_NOWRITE|"))

if ((f) & (32)) (bs) = ((bs) . ("IN_OPEN|"))

if ((f) & (64)) (bs) = ((bs) . ("IN_MOVED_FROM|"))

if ((f) & (128)) (bs) = ((bs) . ("IN_MOVED_TO|"))

if ((f) & (256)) (bs) = ((bs) . ("IN_CREATE|"))

if ((f) & (512)) (bs) = ((bs) . ("IN_DELETE|"))

if ((f) & (1024)) (bs) = ((bs) . ("IN_DELETE_SELF|"))

if ((f) & (2048)) (bs) = ((bs) . ("IN_MOVE_SELF|"))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _sigprocmask_how_str (how)
%{ /* pure */
	int len;
	char *str = THIS->__retvalue;
	switch (THIS->how) {
	case SIG_BLOCK:
		strlcpy(str, "SIG_BLOCK", MAXSTRINGLEN);
		break;
	case SIG_UNBLOCK:
		strlcpy(str, "SIG_UNBLOCK", MAXSTRINGLEN);
		break;
	case SIG_SETMASK:
		strlcpy(str, "SIG_SETMASK", MAXSTRINGLEN);
		break;
	default:
		snprintf(str, MAXSTRINGLEN, "0x%lx", (long)THIS->how);
	}	
%}
function _itimer_which_str (which)
{
if ((which) == (0)) return "ITIMER_REAL"

if ((which) == (1)) return "ITIMER_VIRTUAL"

if ((which) == (2)) return "ITIMER_PROF"

return sprintf("BAD VALUE: %d", which)
}
function _nfsctl_cmd_str (cmd)
{
if ((cmd) == (0)) return "NFSCTL_SVC"

if ((cmd) == (1)) return "NFSCTL_ADDCLIENT"

if ((cmd) == (2)) return "NFSCTL_DELCLIENT"

if ((cmd) == (3)) return "NFSCTL_EXPORT"

if ((cmd) == (4)) return "NFSCTL_UNEXPORT"

if ((cmd) == (5)) return "NFSCTL_UGIDUPDATE"

if ((cmd) == (6)) return "NFSCTL_GETFH"

if ((cmd) == (7)) return "NFSCTL_GETFD"

if ((cmd) == (8)) return "NFSCTL_GETFS"

return sprintf("UNRECOGNIZED VALUE: %d", cmd)
}
function _get_wc_str (wc)
{
if ((wc) == (0)) return "CLOCK_REALTIME"

if ((wc) == (1)) return "CLOCK_MONOTONIC"

if ((wc) == (2)) return "CLOCK_PROCESS_CPUTIME_ID"

if ((wc) == (3)) return "CLOCK_THREAD_CPUTIME_ID"

if ((wc) == (4)) return "CLOCK_REALTIME_HR"

if ((wc) == (5)) return "CLOCK_MONOTONIC_HR"

return sprintf("BAD VALUE: %d", wc)
}
function _flock_cmd_str (c)
{
if ((c) & (1)) (bs) = (("LOCK_SH|") . (bs))

if ((c) & (2)) (bs) = (("LOCK_EX|") . (bs))

if ((c) & (8)) (bs) = (("LOCK_UN|") . (bs))

if ((c) & (4)) (bs) = (("LOCK_NB|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _sys_pipe2_flag_str (f)
%{ /* pure */ /* unprivileged */
  long flags = THIS->f;
  char *str = THIS->__retvalue;
  int len;

#if defined(O_NONBLOCK)
  if (flags & O_NONBLOCK)
    strlcat(str, "O_NONBLOCK|", MAXSTRINGLEN);
#endif
#if defined(O_CLOEXEC)
  if (flags & O_CLOEXEC)
    strlcat(str, "O_CLOEXEC|", MAXSTRINGLEN);
#endif

  len = strlen(str);
  if (len)
    str[strlen(str)-1] = 0;
%}
function _sys_open_flag_str (f)
%{ /* pure */
	int flags = (int)THIS->f;
	int acc = flags & O_ACCMODE;

	switch (acc) {
	case O_WRONLY:
		strlcpy (THIS->__retvalue, "O_WRONLY", MAXSTRINGLEN);
		break;
	case O_RDWR:
		strlcpy (THIS->__retvalue, "O_RDWR", MAXSTRI
(len) = (newlen)

(argv) += (8)

}

return str

}

function __get_compat_argv (argv, first)

{

if ((first) && (argv)) (argv) += (4)



for (; argv; ) {

(vstr) = ((user_int(argv)) & (4294967295))

if (!(vstr)) break



if (len) (str) .= (" ")



(str) .= (user_string_quoted(vstr))

(newlen) = (strlen(str))

if ((newlen) == (len)) break



(len) = (newlen)

(argv) += (4)

}

return str

}

function _adjtx_mode_str (f)

{

if (((f) & (32769)) == (32769)) (bs) = (("ADJ_OFFSET_SINGLESHOT|") . (bs))



if ((f) & (16384)) (bs) = (("ADJ_TICK|") . (bs))



if ((f) & (32)) (bs) = (("ADJ_TIMECONST|") . (bs))



if ((f) & (16)) (bs) = (("ADJ_STATUS|") . (bs))



if ((f) & (8)) (bs) = (("ADJ_ESTERROR|") . (bs))



if ((f) & (4)) (bs) = (("ADJ_MAXERROR|") . (bs))



if ((f) & (2)) (bs) = (("ADJ_FREQUENCY|") . (bs))



if (((f) & (1)) && (((f) & (32769)) != (32769))) (bs) = (("ADJ_OFFSET|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _inotify_watch_mask_str (f)

{

if ((f) & (1)) (bs) = ("IN_ACCESS|")



if ((f) & (2)) (bs) = ((bs) . ("IN_MODIFY|"))



if ((f) & (4)) (bs) = ((bs) . ("IN_ATTRIB|"))



if ((f) & (8)) (bs) = ((bs) . ("IN_CLOSE_WRITE|"))



if ((f) & (16)) (bs) = ((bs) . ("IN_CLOSE_NOWRITE|"))



if ((f) & (32)) (bs) = ((bs) . ("IN_OPEN|"))



if ((f) & (64)) (bs) = ((bs) . ("IN_MOVED_FROM|"))



if ((f) & (128)) (bs) = ((bs) . ("IN_MOVED_TO|"))



if ((f) & (256)) (bs) = ((bs) . ("IN_CREATE|"))



if ((f) & (512)) (bs) = ((bs) . ("IN_DELETE|"))



if ((f) & (1024)) (bs) = ((bs) . ("IN_DELETE_SELF|"))



if ((f) & (2048)) (bs) = ((bs) . ("IN_MOVE_SELF|"))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _sigprocmask_how_str (how)

%{ /* pure */

	int len;

	char *str = THIS->__retvalue;

	switch (THIS->how) {

	case SIG_BLOCK:

		strlcpy(str, "SIG_BLOCK", MAXSTRINGLEN);

		break;

	case SIG_UNBLOCK:

		strlcpy(str, "SIG_UNBLOCK", MAXSTRINGLEN);

		break;

	case SIG_SETMASK:

		strlcpy(str, "SIG_SETMASK", MAXSTRINGLEN);

		break;

	default:

		snprintf(str, MAXSTRINGLEN, "0x%lx", (long)THIS->how);

	}	

%}

function _itimer_which_str (which)

{

if ((which) == (0)) return "ITIMER_REAL"



if ((which) == (1)) return "ITIMER_VIRTUAL"



if ((which) == (2)) return "ITIMER_PROF"



return sprintf("BAD VALUE: %d", which)

}

function _nfsctl_cmd_str (cmd)

{

if ((cmd) == (0)) return "NFSCTL_SVC"



if ((cmd) == (1)) return "NFSCTL_ADDCLIENT"



if ((cmd) == (2)) return "NFSCTL_DELCLIENT"



if ((cmd) == (3)) return "NFSCTL_EXPORT"



if ((cmd) == (4)) return "NFSCTL_UNEXPORT"



if ((cmd) == (5)) return "NFSCTL_UGIDUPDATE"



if ((cmd) == (6)) return "NFSCTL_GETFH"



if ((cmd) == (7)) return "NFSCTL_GETFD"



if ((cmd) == (8)) return "NFSCTL_GETFS"



return sprintf("UNRECOGNIZED VALUE: %d", cmd)

}

function _get_wc_str (wc)

{

if ((wc) == (0)) return "CLOCK_REALTIME"



if ((wc) == (1)) return "CLOCK_MONOTONIC"



if ((wc) == (2)) return "CLOCK_PROCESS_CPUTIME_ID"



if ((wc) == (3)) return "CLOCK_THREAD_CPUTIME_ID"



if ((wc) == (4)) return "CLOCK_REALTIME_HR"



if ((wc) == (5)) return "CLOCK_MONOTONIC_HR"



return sprintf("BAD VALUE: %d", wc)

}

function _flock_cmd_str (c)

{

if ((c) & (1)) (bs) = (("LOCK_SH|") . (bs))



if ((c) & (2)) (bs) = (("LOCK_EX|") . (bs))



if ((c) & (8)) (bs) = (("LOCK_UN|") . (bs))



if ((c) & (4)) (bs) = (("LOCK_NB|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _sys_pipe2_flag_str (f)

%{ /* pure */ /* unprivileged */

  long flags = THIS->f;

  char *str = THIS->__retvalue;

  int len;



#if defined(O_NONBLOCK)

  if (flags & O_NONBLOCK)

    strlcat(str, "O_NONBLOCK|", MAXSTRINGLEN);

#endif

#if defined(O_CLOEXEC)

  if (flags & O_CLOEXEC)

    strlcat(str, "O_CLOEXEC|", MAXSTRINGLEN);

#endif



  len = strlen(str);

  if (len)

    str[strlen(str)-1] = 0;

%}

function _sys_open_flag_str (f)

%{ /* pure */

	int flags = (int)THIS->f;

	int acc = flags & O_ACCMODE;



	switch (acc) {

	case O_WRONLY:

		strlcpy (THIS->__retvalue, "O_WRONLY", MAXSTRINGLEN);

		break;

	case O_RDWR:
NGLEN);
		break;
	default:
		strlcpy (THIS->__retvalue, "O_RDONLY", MAXSTRINGLEN);
	}

#ifdef O_APPEND
	if (flags & O_APPEND)
		strlcat (THIS->__retvalue, "|O_APPEND", MAXSTRINGLEN);
#endif
#ifdef O_CLOEXEC
	if (flags & O_CLOEXEC)
		strlcat (THIS->__retvalue, "|O_CLOEXEC", MAXSTRINGLEN);
#endif
#ifdef O_CREAT
	if (flags & O_CREAT)
		strlcat (THIS->__retvalue, "|O_CREAT", MAXSTRINGLEN);
#endif
#ifdef O_ASYNC
	if (flags & O_ASYNC)
		strlcat (THIS->__retvalue, "|O_ASYNC", MAXSTRINGLEN);
#elif defined(FASYNC)
	if (flags & FASYNC)
		strlcat (THIS->__retvalue, "|O_ASYNC", MAXSTRINGLEN);
#endif
#ifdef O_DIRECT
	if (flags & O_DIRECT)
		strlcat (THIS->__retvalue, "|O_DIRECT", MAXSTRINGLEN);
#endif
#ifdef O_DIRECTORY
	if (flags & O_DIRECTORY)
		strlcat (THIS->__retvalue, "|O_DIRECTORY", MAXSTRINGLEN);
#endif
#ifdef O_EXCL
	if (flags & O_EXCL)
		strlcat (THIS->__retvalue, "|O_EXCL", MAXSTRINGLEN);
#endif
#ifdef O_LARGEFILE
	if (flags & O_LARGEFILE)
		strlcat (THIS->__retvalue, "|O_LARGEFILE", MAXSTRINGLEN);
#endif
#ifdef O_NOATIME
	if (flags & O_NOATIME)
		strlcat (THIS->__retvalue, "|O_NOATIME", MAXSTRINGLEN);
#endif
#ifdef O_NOCTTY
	if (flags & O_NOCTTY)
		strlcat (THIS->__retvalue, "|O_NOCTTY", MAXSTRINGLEN);
#endif
#ifdef O_NOFOLLOW
	if (flags & O_NOFOLLOW)
		strlcat (THIS->__retvalue, "|O_NOFOLLOW", MAXSTRINGLEN);
#endif
#ifdef O_NONBLOCK
	if (flags & O_NONBLOCK)
		strlcat (THIS->__retvalue, "|O_NONBLOCK", MAXSTRINGLEN);
#endif
#ifdef O_SYNC
	if (flags & O_SYNC)
		strlcat (THIS->__retvalue, "|O_SYNC", MAXSTRINGLEN);
#endif
#ifdef O_TRUNC
	if (flags & O_TRUNC)
		strlcat (THIS->__retvalue, "|O_TRUNC", MAXSTRINGLEN);
#endif
#ifdef O_CLOEXEC
	if (flags & O_CLOEXEC)
		strlcat (THIS->__retvalue, "|O_CLOEXEC", MAXSTRINGLEN);
#endif
%}
function _access_mode_str (m)
{
if (((m) & (7)) == (0)) return "F_OK"

if ((m) & (4)) (bs) = (("R_OK |") . (bs))

if ((m) & (2)) (bs) = (("W_OK |") . (bs))

if ((m) & (1)) (bs) = (("X_OK |") . (bs))

return substr(bs, 0, (strlen(bs)) - (2))
}
function _sys_open_mode_str (f)
{
if (((f) & (448)) == (448)) (bs) = (("S_IRWXU|") . (bs))
else {
if ((f) & (256)) (bs) = (("S_IRUSR|") . (bs))

if ((f) & (128)) (bs) = (("S_IWUSR|") . (bs))

if ((f) & (64)) (bs) = (("S_IXUSR|") . (bs))

}

if (((f) & (56)) == (56)) (bs) = (("S_IRWXG|") . (bs))
else {
if ((f) & (32)) (bs) = (("S_IRGRP|") . (bs))

if ((f) & (16)) (bs) = (("S_IWGRP|") . (bs))

if ((f) & (8)) (bs) = (("S_IXGRP|") . (bs))

}

if (((f) & (7)) == (7)) (bs) = (("S_IRWXO|") . (bs))
else {
if ((f) & (4)) (bs) = (("S_IROTH|") . (bs))

if ((f) & (2)) (bs) = (("S_IWOTH|") . (bs))

if ((f) & (1)) (bs) = (("S_IXOTH|") . (bs))

}

return substr(bs, 0, (strlen(bs)) - (1))
}
function _mknod_mode_str (mode)
{
if (((mode) & (61440)) == (32768)) return ("S_IFREG|") . (_sys_open_mode_str(mode))

if (((mode) & (61440)) == (8192)) return ("S_IFCHR|") . (_sys_open_mode_str(mode))

if (((mode) & (61440)) == (24576)) return ("S_IFBLK|") . (_sys_open_mode_str(mode))

if (((mode) & (61440)) == (4096)) return ("S_IFIFO|") . (_sys_open_mode_str(mode))

if (((mode) & (61440)) == (49152)) return ("S_IFSOCK|") . (_sys_open_mode_str(mode))

return ""
}
function _msync_flag_str (f)
{
if ((f) & ((7) == (0))) return ""

if ((f) & (4)) (bs) = (("MS_SYNC|") . (bs))

if ((f) & (2)) (bs) = (("MS_INVALIDATE|") . (bs))

if ((f) & (1)) (bs) = (("MS_ASYNC|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _wait4_opt_str (f)
{
if ((f) & (8)) (bs) = (("WCONTINUED|") . (bs))

if ((f) & (2)) (bs) = (("WUNTRACED|") . (bs))

if ((f) & (1)) (bs) = (("WNOHANG|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _waitid_opt_str (f)
{
if ((f) & (16777216)) (bs) = (("WNOWAIT|") . (bs))

if ((f) & (8)) (bs) = (("WCONTINUED|") . (bs))

if ((f) & (4)) (bs) = (("WEXITED|") . (bs))

if ((f) & (2)) (bs) = (("WSTOPPED|") . (bs))

if ((f) & (1)) (bs) = (("WNOHANG|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
functi
		strlcpy (THIS->__retvalue, "O_RDWR", MAXSTRINGLEN);

		break;

	default:

		strlcpy (THIS->__retvalue, "O_RDONLY", MAXSTRINGLEN);

	}



#ifdef O_APPEND

	if (flags & O_APPEND)

		strlcat (THIS->__retvalue, "|O_APPEND", MAXSTRINGLEN);

#endif

#ifdef O_CLOEXEC

	if (flags & O_CLOEXEC)

		strlcat (THIS->__retvalue, "|O_CLOEXEC", MAXSTRINGLEN);

#endif

#ifdef O_CREAT

	if (flags & O_CREAT)

		strlcat (THIS->__retvalue, "|O_CREAT", MAXSTRINGLEN);

#endif

#ifdef O_ASYNC

	if (flags & O_ASYNC)

		strlcat (THIS->__retvalue, "|O_ASYNC", MAXSTRINGLEN);

#elif defined(FASYNC)

	if (flags & FASYNC)

		strlcat (THIS->__retvalue, "|O_ASYNC", MAXSTRINGLEN);

#endif

#ifdef O_DIRECT

	if (flags & O_DIRECT)

		strlcat (THIS->__retvalue, "|O_DIRECT", MAXSTRINGLEN);

#endif

#ifdef O_DIRECTORY

	if (flags & O_DIRECTORY)

		strlcat (THIS->__retvalue, "|O_DIRECTORY", MAXSTRINGLEN);

#endif

#ifdef O_EXCL

	if (flags & O_EXCL)

		strlcat (THIS->__retvalue, "|O_EXCL", MAXSTRINGLEN);

#endif

#ifdef O_LARGEFILE

	if (flags & O_LARGEFILE)

		strlcat (THIS->__retvalue, "|O_LARGEFILE", MAXSTRINGLEN);

#endif

#ifdef O_NOATIME

	if (flags & O_NOATIME)

		strlcat (THIS->__retvalue, "|O_NOATIME", MAXSTRINGLEN);

#endif

#ifdef O_NOCTTY

	if (flags & O_NOCTTY)

		strlcat (THIS->__retvalue, "|O_NOCTTY", MAXSTRINGLEN);

#endif

#ifdef O_NOFOLLOW

	if (flags & O_NOFOLLOW)

		strlcat (THIS->__retvalue, "|O_NOFOLLOW", MAXSTRINGLEN);

#endif

#ifdef O_NONBLOCK

	if (flags & O_NONBLOCK)

		strlcat (THIS->__retvalue, "|O_NONBLOCK", MAXSTRINGLEN);

#endif

#ifdef O_SYNC

	if (flags & O_SYNC)

		strlcat (THIS->__retvalue, "|O_SYNC", MAXSTRINGLEN);

#endif

#ifdef O_TRUNC

	if (flags & O_TRUNC)

		strlcat (THIS->__retvalue, "|O_TRUNC", MAXSTRINGLEN);

#endif

#ifdef O_CLOEXEC

	if (flags & O_CLOEXEC)

		strlcat (THIS->__retvalue, "|O_CLOEXEC", MAXSTRINGLEN);

#endif

%}

function _access_mode_str (m)

{

if (((m) & (7)) == (0)) return "F_OK"



if ((m) & (4)) (bs) = (("R_OK |") . (bs))



if ((m) & (2)) (bs) = (("W_OK |") . (bs))



if ((m) & (1)) (bs) = (("X_OK |") . (bs))



return substr(bs, 0, (strlen(bs)) - (2))

}

function _sys_open_mode_str (f)

{

if (((f) & (448)) == (448)) (bs) = (("S_IRWXU|") . (bs))

else {

if ((f) & (256)) (bs) = (("S_IRUSR|") . (bs))



if ((f) & (128)) (bs) = (("S_IWUSR|") . (bs))



if ((f) & (64)) (bs) = (("S_IXUSR|") . (bs))



}



if (((f) & (56)) == (56)) (bs) = (("S_IRWXG|") . (bs))

else {

if ((f) & (32)) (bs) = (("S_IRGRP|") . (bs))



if ((f) & (16)) (bs) = (("S_IWGRP|") . (bs))



if ((f) & (8)) (bs) = (("S_IXGRP|") . (bs))



}



if (((f) & (7)) == (7)) (bs) = (("S_IRWXO|") . (bs))

else {

if ((f) & (4)) (bs) = (("S_IROTH|") . (bs))



if ((f) & (2)) (bs) = (("S_IWOTH|") . (bs))



if ((f) & (1)) (bs) = (("S_IXOTH|") . (bs))



}



return substr(bs, 0, (strlen(bs)) - (1))

}

function _mknod_mode_str (mode)

{

if (((mode) & (61440)) == (32768)) return ("S_IFREG|") . (_sys_open_mode_str(mode))



if (((mode) & (61440)) == (8192)) return ("S_IFCHR|") . (_sys_open_mode_str(mode))



if (((mode) & (61440)) == (24576)) return ("S_IFBLK|") . (_sys_open_mode_str(mode))



if (((mode) & (61440)) == (4096)) return ("S_IFIFO|") . (_sys_open_mode_str(mode))



if (((mode) & (61440)) == (49152)) return ("S_IFSOCK|") . (_sys_open_mode_str(mode))



return ""

}

function _msync_flag_str (f)

{

if ((f) & ((7) == (0))) return ""



if ((f) & (4)) (bs) = (("MS_SYNC|") . (bs))



if ((f) & (2)) (bs) = (("MS_INVALIDATE|") . (bs))



if ((f) & (1)) (bs) = (("MS_ASYNC|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _wait4_opt_str (f)

{

if ((f) & (8)) (bs) = (("WCONTINUED|") . (bs))



if ((f) & (2)) (bs) = (("WUNTRACED|") . (bs))



if ((f) & (1)) (bs) = (("WNOHANG|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _waitid_opt_str (f)

{

if ((f) & (16777216)) (bs) = (("WNOWAIT|") . (bs))



if ((f) & (8)) (bs) = (("WCONTINUED|") . (bs))



if ((f) & (4)) (bs) = (("WEXITED|") . (bs))



if ((f) & (2)) (bs) = (("WSTOPPED|") . (bs))



if ((f) & (1)) (bs) = (("WNOHANG|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}
on _sendflags_str (f)
{
if ((f) & (1)) (bs) = (("MSG_OOB|") . (bs))

if ((f) & (128)) (bs) = (("MSG_EOR|") . (bs))

if ((f) & (4)) (bs) = (("MSG_DONTROUTE|") . (bs))

if ((f) & (64)) (bs) = (("MSG_DONTWAIT|") . (bs))

if ((f) & (16384)) (bs) = (("MSG_NOSIGNAL|") . (bs))

if ((f) & (2048)) (bs) = (("MSG_CONFIRM|") . (bs))

if ((f) & (32768)) (bs) = (("MSG_MORE|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _recvflags_str (f)
{
if ((f) & (1)) (bs) = (("MSG_OOB|") . (bs))

if ((f) & (2)) (bs) = (("MSG_PEEK|") . (bs))

if ((f) & (32)) (bs) = (("MSG_TRUNC|") . (bs))

if ((f) & (64)) (bs) = (("MSG_DONTWAIT|") . (bs))

if ((f) & (256)) (bs) = (("MSG_WAITALL|") . (bs))

if ((f) & (8192)) (bs) = (("MSG_ERRQUEUE|") . (bs))

if ((f) & (1073741824)) (bs) = (("MSG_CMSG_CLOEXEC|") . (bs))

return substr(bs, 0, (strlen(bs)) - (1))
}
function _mlockall_flags_str (flags)
%{ /* pure */
	#include <linux/mman.h>
	int len;
	long f = THIS->flags;
	char *str = THIS->__retvalue;
	if (f & MCL_CURRENT)
		strlcat(str, "MCL_CURRENT|", MAXSTRINGLEN);
	if (f & MCL_FUTURE)
		strlcat(str, "MCL_FUTURE|", MAXSTRINGLEN);
	len = strlen(str);
	if (len)
		str[strlen(str)-1] = 0;
	else	
		snprintf(str, MAXSTRINGLEN, "0x%lx", f);
%}
function _module_flags_str (flags)
%{ /* pure */
	int len;
	long flags = THIS->flags;
	char *str = THIS->__retvalue;
	if (flags & O_TRUNC)
		strlcat(str,"O_TRUNC|", MAXSTRINGLEN);
	if (flags & O_NONBLOCK)
		strlcat(str,"O_NONBLOCK|", MAXSTRINGLEN);
	len = strlen(str);
	if (len)
		str[strlen(str)-1] = 0;
%}
function _sched_policy_str (policy)
{
if ((policy) == (0)) return "SCHED_OTHER"

if ((policy) == (1)) return "SCHED_FIFO"

if ((policy) == (2)) return "SCHED_RR"

if ((policy) == (3)) return "SCHED_BATCH"

return sprintf("UNKNOWN VALUE: %d", policy)
}
function _priority_which_str (which)
{
if ((which) == (0)) return "PRIO_PROCESS"

if ((which) == (1)) return "PRIO_PGRP"

if ((which) == (2)) return "PRIO_USER"

return sprintf("UNKNOWN VALUE: %d", which)
}
function _shutdown_how_str (how)
{
if ((how) == (0)) return "SHUT_RD"

if ((how) == (1)) return "SHUT_WR"

if ((how) == (2)) return "SHUT_RDWR"

return sprintf("UNKNOWN VALUE: %d", how)
}
function _reboot_magic_str (magic)
%{ /* pure */
	int magic = (int)THIS->magic;
	switch (magic) {
	case LINUX_REBOOT_MAGIC1:
		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC1", MAXSTRINGLEN);
		break;
	case LINUX_REBOOT_MAGIC2:
		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2", MAXSTRINGLEN);
		break;
	case LINUX_REBOOT_MAGIC2A:
		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2A", MAXSTRINGLEN);
		break;
	case LINUX_REBOOT_MAGIC2B:
		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2B", MAXSTRINGLEN);
		break;
/*
	LINUX_REBOOT_MAGIC2C is supported from kernel 2.6
*/
#ifdef LINUX_REBOOT_MAGIC2C
	case LINUX_REBOOT_MAGIC2C:
		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2C", MAXSTRINGLEN);
		break;
#endif
	default:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "UNKNOWN VALUE: %d", magic);
	}
%}
function _reboot_flag_str (flag)
{
if ((flag) == (19088743)) return "LINUX_REBOOT_CMD_RESTART"

if ((flag) == (3454992675)) return "LINUX_REBOOT_CMD_HALT"

if ((flag) == (1126301404)) return "LINUX_REBOOT_CMD_POWER_OFF"

if ((flag) == (2712847316)) return "LINUX_REBOOT_CMD_RESTART2"

if ((flag) == (2309737967)) return "LINUX_REBOOT_CMD_CAD_ON"

if ((flag) == (0)) return "LINUX_REBOOT_CMD_CAD_OFF"

if ((flag) == (3489725666)) return "LINUX_REBOOT_CMD_SW_SUSPEND"

if ((flag) == (1163412803)) return "LINUX_REBOOT_CMD_KEXEC"

return sprintf("UNKNOWN VALUE: %d", flag)
}
function _waitid_which_str (flag)
{
if ((flag) == (0)) return "P_ALL"

if ((flag) == (1)) return "P_PID"

if ((flag) == (2)) return "P_PGID"

return sprintf("UNKNOWN VALUE: %d", flag)
}
function _futex_op_str (op)
{
if ((op) == (0)) return "FUTEX_WAIT"

if ((op) == (1)) return "FUTEX_WAKE"

if ((op) == (2)) return "FUTEX_FD"

if ((op) == (3)) return "FUTEX_REQUEUE"

if ((op) =
function _sendflags_str (f)

{

if ((f) & (1)) (bs) = (("MSG_OOB|") . (bs))



if ((f) & (128)) (bs) = (("MSG_EOR|") . (bs))



if ((f) & (4)) (bs) = (("MSG_DONTROUTE|") . (bs))



if ((f) & (64)) (bs) = (("MSG_DONTWAIT|") . (bs))



if ((f) & (16384)) (bs) = (("MSG_NOSIGNAL|") . (bs))



if ((f) & (2048)) (bs) = (("MSG_CONFIRM|") . (bs))



if ((f) & (32768)) (bs) = (("MSG_MORE|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _recvflags_str (f)

{

if ((f) & (1)) (bs) = (("MSG_OOB|") . (bs))



if ((f) & (2)) (bs) = (("MSG_PEEK|") . (bs))



if ((f) & (32)) (bs) = (("MSG_TRUNC|") . (bs))



if ((f) & (64)) (bs) = (("MSG_DONTWAIT|") . (bs))



if ((f) & (256)) (bs) = (("MSG_WAITALL|") . (bs))



if ((f) & (8192)) (bs) = (("MSG_ERRQUEUE|") . (bs))



if ((f) & (1073741824)) (bs) = (("MSG_CMSG_CLOEXEC|") . (bs))



return substr(bs, 0, (strlen(bs)) - (1))

}

function _mlockall_flags_str (flags)

%{ /* pure */

	#include <linux/mman.h>

	int len;

	long f = THIS->flags;

	char *str = THIS->__retvalue;

	if (f & MCL_CURRENT)

		strlcat(str, "MCL_CURRENT|", MAXSTRINGLEN);

	if (f & MCL_FUTURE)

		strlcat(str, "MCL_FUTURE|", MAXSTRINGLEN);

	len = strlen(str);

	if (len)

		str[strlen(str)-1] = 0;

	else	

		snprintf(str, MAXSTRINGLEN, "0x%lx", f);

%}

function _module_flags_str (flags)

%{ /* pure */

	int len;

	long flags = THIS->flags;

	char *str = THIS->__retvalue;

	if (flags & O_TRUNC)

		strlcat(str,"O_TRUNC|", MAXSTRINGLEN);

	if (flags & O_NONBLOCK)

		strlcat(str,"O_NONBLOCK|", MAXSTRINGLEN);

	len = strlen(str);

	if (len)

		str[strlen(str)-1] = 0;

%}

function _sched_policy_str (policy)

{

if ((policy) == (0)) return "SCHED_OTHER"



if ((policy) == (1)) return "SCHED_FIFO"



if ((policy) == (2)) return "SCHED_RR"



if ((policy) == (3)) return "SCHED_BATCH"



return sprintf("UNKNOWN VALUE: %d", policy)

}

function _priority_which_str (which)

{

if ((which) == (0)) return "PRIO_PROCESS"



if ((which) == (1)) return "PRIO_PGRP"



if ((which) == (2)) return "PRIO_USER"



return sprintf("UNKNOWN VALUE: %d", which)

}

function _shutdown_how_str (how)

{

if ((how) == (0)) return "SHUT_RD"



if ((how) == (1)) return "SHUT_WR"



if ((how) == (2)) return "SHUT_RDWR"



return sprintf("UNKNOWN VALUE: %d", how)

}

function _reboot_magic_str (magic)

%{ /* pure */

	int magic = (int)THIS->magic;

	switch (magic) {

	case LINUX_REBOOT_MAGIC1:

		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC1", MAXSTRINGLEN);

		break;

	case LINUX_REBOOT_MAGIC2:

		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2", MAXSTRINGLEN);

		break;

	case LINUX_REBOOT_MAGIC2A:

		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2A", MAXSTRINGLEN);

		break;

	case LINUX_REBOOT_MAGIC2B:

		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2B", MAXSTRINGLEN);

		break;

/*

	LINUX_REBOOT_MAGIC2C is supported from kernel 2.6

*/

#ifdef LINUX_REBOOT_MAGIC2C

	case LINUX_REBOOT_MAGIC2C:

		strlcpy(THIS->__retvalue, "LINUX_REBOOT_MAGIC2C", MAXSTRINGLEN);

		break;

#endif

	default:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "UNKNOWN VALUE: %d", magic);

	}

%}

function _reboot_flag_str (flag)

{

if ((flag) == (19088743)) return "LINUX_REBOOT_CMD_RESTART"



if ((flag) == (3454992675)) return "LINUX_REBOOT_CMD_HALT"



if ((flag) == (1126301404)) return "LINUX_REBOOT_CMD_POWER_OFF"



if ((flag) == (2712847316)) return "LINUX_REBOOT_CMD_RESTART2"



if ((flag) == (2309737967)) return "LINUX_REBOOT_CMD_CAD_ON"



if ((flag) == (0)) return "LINUX_REBOOT_CMD_CAD_OFF"



if ((flag) == (3489725666)) return "LINUX_REBOOT_CMD_SW_SUSPEND"



if ((flag) == (1163412803)) return "LINUX_REBOOT_CMD_KEXEC"



return sprintf("UNKNOWN VALUE: %d", flag)

}

function _waitid_which_str (flag)

{

if ((flag) == (0)) return "P_ALL"



if ((flag) == (1)) return "P_PID"



if ((flag) == (2)) return "P_PGID"



return sprintf("UNKNOWN VALUE: %d", flag)

}

function _futex_op_str (op)

{

if ((op) == (0)) return "FUTEX_WAIT"



if ((op) == (1)) return "FUTEX_WAKE"



if ((op) == (2)) return "FUTEX_FD"



if ((op) == (3)) return "FUTEX_REQUEUE"


= (4)) return "FUTEX_CMP_REQUEUE"

if ((op) == (5)) return "FUTEX_WAKE_OP"

if ((op) == (6)) return "FUTEX_LOCK_PI"

if ((op) == (7)) return "FUTEX_UNLOCK_PI"

if ((op) == (8)) return "FUTEX_TRYLOCK_PI"

if ((op) == (128)) return "FUTEX_WAIT_PRIVATE"

if ((op) == (129)) return "FUTEX_WAKE_PRIVATE"

if ((op) == (131)) return "FUTEX_REQUEUE_PRIVATE"

if ((op) == (132)) return "FUTEX_CMP_REQUEUE_PRIVATE"

if ((op) == (133)) return "FUTEX_WAKE_OP_PRIVATE"

if ((op) == (134)) return "FUTEX_LOCK_PI_PRIVATE"

if ((op) == (135)) return "FUTEX_UNLOCK_PI_PRIVATE"

if ((op) == (136)) return "FUTEX_TRYLOCK_PI_PRIVATE"

return sprintf("UNKNOWN VALUE: %d", op)
}
function _mountflags_str (op)
%{ /* pure */
	int len, op = THIS->op;
	char *str = THIS->__retvalue;
	if (op & MS_BIND)
		strlcat(str,"MS_BIND|",MAXSTRINGLEN);
	if (op & MS_DIRSYNC)
		strlcat(str,"MS_DIRSYNC|",MAXSTRINGLEN);
	if (op & MS_MANDLOCK)
		strlcat(str,"MS_MANDLOCK|",MAXSTRINGLEN);
	if (op & MS_MOVE)
		strlcat(str,"MS_MOVE|",MAXSTRINGLEN);
	if (op & MS_NOATIME)
		strlcat(str,"MS_NOATIME|",MAXSTRINGLEN);
	if (op & MS_NODEV)
		strlcat(str,"MS_NODEV|",MAXSTRINGLEN);
	if (op & MS_NODIRATIME)
		strlcat(str,"MS_NODIRATIME|",MAXSTRINGLEN);
	if (op & MS_NOEXEC)
		strlcat(str,"MS_NOEXEC|",MAXSTRINGLEN);
	if (op & MS_NOSUID)
		strlcat(str,"MS_NOSUID|",MAXSTRINGLEN);
	if (op & MS_RDONLY)
		strlcat(str,"MS_RDONLY|",MAXSTRINGLEN);
	if (op & MS_REC)
		strlcat(str,"MS_REC|",MAXSTRINGLEN);
	if (op & MS_REMOUNT)
		strlcat(str,"MS_REMOUNT|",MAXSTRINGLEN);
	if (op & MS_SYNCHRONOUS)
		strlcat(str,"MS_SYNCHRONOUS|",MAXSTRINGLEN);
	if (op & MS_VERBOSE)
		strlcat(str,"MS_VERBOSE|",MAXSTRINGLEN);
	len = strlen(str);
	if (len)
		str[strlen(str)-1] = 0;
%}
function _umountflags_str (op)
%{ /* pure */
	int len, op = THIS->op;
	char *str = THIS->__retvalue;
	if (op == 0)
		strlcat(str,"0",MAXSTRINGLEN);
	else {
		if (op & MNT_FORCE)
			strlcat(str,"MNT_FORCE|",MAXSTRINGLEN);
		if (op & MNT_DETACH)
			strlcat(str,"MNT_DETACH|",MAXSTRINGLEN);
		if (op & MNT_EXPIRE)
			strlcat(str,"MNT_EXPIRE|",MAXSTRINGLEN);
		len = strlen(str);
		if (len)
			str[strlen(str)-1] = 0;
	}
%}
function _statfs_f_type_str (f)
{
if ((f) == (44533)) return "ADFS_SUPER_MAGIC"

if ((f) == (44543)) return "AFFS_SUPER_MAGIC"

if ((f) == (1111905073)) return "BEFS_SUPER_MAGIC"

if ((f) == (464386766)) return "BFS_MAGIC"

if ((f) == (4283649346)) return "CIFS_MAGIC_NUMBER"

if ((f) == (1937076805)) return "CODA_SUPER_MAGIC"

if ((f) == (19920823)) return "COH_SUPER_MAGIC"

if ((f) == (684539205)) return "CRAMFS_MAGIC"

if ((f) == (4979)) return "DEVFS_SUPER_MAGIC"

if ((f) == (4278867)) return "EFS_SUPER_MAGIC"

if ((f) == (4989)) return "EXT_SUPER_MAGIC"

if ((f) == (61265)) return "EXT2_OLD_SUPER_MAGIC"

if ((f) == (61267)) return "EXT2_SUPER_MAGIC"

if ((f) == (61267)) return "EXT3_SUPER_MAGIC"

if ((f) == (16964)) return "HFS_SUPER_MAGIC"

if ((f) == (4187351113)) return "HPFS_SUPER_MAGIC"

if ((f) == (2508478710)) return "HUGETLBFS_MAGIC"

if ((f) == (38496)) return "ISOFS_SUPER_MAGIC"

if ((f) == (29366)) return "JFFS2_SUPER_MAGIC"

if ((f) == (827541066)) return "JFS_SUPER_MAGIC"

if ((f) == (4991)) return "MINIX_SUPER_MAGIC"

if ((f) == (5007)) return "MINIX_SUPER_MAGIC2"

if ((f) == (9320)) return "MINIX2_SUPER_MAGIC"

if ((f) == (9336)) return "MINIX2_SUPER_MAGIC2"

if ((f) == (19780)) return "MSDOS_SUPER_MAGIC"

if ((f) == (22092)) return "NCP_SUPER_MAGIC"

if ((f) == (26985)) return "NFS_SUPER_MAGIC"

if ((f) == (1397118030)) return "NTFS_SB_MAGIC"

if ((f) == (40865)) return "OPENPROM_SUPER_MAGIC"

if ((f) == (40864)) return "PROC_SUPER_MAGIC"

if ((f) == (47)) return "QNX4_SUPER_MAGIC"

if ((f) == (1382369651)) return "REISERFS_SUPER_MAGIC"

if ((f) == (29301)) return "ROMFS_MAGIC"

if ((f) == (20859)) return "SMB_SUPER_MAGIC"

if ((f) == (19920822)) return "SYSV2_SUPER_MAGIC"

if ((f) == (19920821)) return "SYSV4_SUPER_MAGIC"

if ((f) == (16914836)) return "TM
if ((op) == (4)) return "FUTEX_CMP_REQUEUE"



if ((op) == (5)) return "FUTEX_WAKE_OP"



if ((op) == (6)) return "FUTEX_LOCK_PI"



if ((op) == (7)) return "FUTEX_UNLOCK_PI"



if ((op) == (8)) return "FUTEX_TRYLOCK_PI"



if ((op) == (128)) return "FUTEX_WAIT_PRIVATE"



if ((op) == (129)) return "FUTEX_WAKE_PRIVATE"



if ((op) == (131)) return "FUTEX_REQUEUE_PRIVATE"



if ((op) == (132)) return "FUTEX_CMP_REQUEUE_PRIVATE"



if ((op) == (133)) return "FUTEX_WAKE_OP_PRIVATE"



if ((op) == (134)) return "FUTEX_LOCK_PI_PRIVATE"



if ((op) == (135)) return "FUTEX_UNLOCK_PI_PRIVATE"



if ((op) == (136)) return "FUTEX_TRYLOCK_PI_PRIVATE"



return sprintf("UNKNOWN VALUE: %d", op)

}

function _mountflags_str (op)

%{ /* pure */

	int len, op = THIS->op;

	char *str = THIS->__retvalue;

	if (op & MS_BIND)

		strlcat(str,"MS_BIND|",MAXSTRINGLEN);

	if (op & MS_DIRSYNC)

		strlcat(str,"MS_DIRSYNC|",MAXSTRINGLEN);

	if (op & MS_MANDLOCK)

		strlcat(str,"MS_MANDLOCK|",MAXSTRINGLEN);

	if (op & MS_MOVE)

		strlcat(str,"MS_MOVE|",MAXSTRINGLEN);

	if (op & MS_NOATIME)

		strlcat(str,"MS_NOATIME|",MAXSTRINGLEN);

	if (op & MS_NODEV)

		strlcat(str,"MS_NODEV|",MAXSTRINGLEN);

	if (op & MS_NODIRATIME)

		strlcat(str,"MS_NODIRATIME|",MAXSTRINGLEN);

	if (op & MS_NOEXEC)

		strlcat(str,"MS_NOEXEC|",MAXSTRINGLEN);

	if (op & MS_NOSUID)

		strlcat(str,"MS_NOSUID|",MAXSTRINGLEN);

	if (op & MS_RDONLY)

		strlcat(str,"MS_RDONLY|",MAXSTRINGLEN);

	if (op & MS_REC)

		strlcat(str,"MS_REC|",MAXSTRINGLEN);

	if (op & MS_REMOUNT)

		strlcat(str,"MS_REMOUNT|",MAXSTRINGLEN);

	if (op & MS_SYNCHRONOUS)

		strlcat(str,"MS_SYNCHRONOUS|",MAXSTRINGLEN);

	if (op & MS_VERBOSE)

		strlcat(str,"MS_VERBOSE|",MAXSTRINGLEN);

	len = strlen(str);

	if (len)

		str[strlen(str)-1] = 0;

%}

function _umountflags_str (op)

%{ /* pure */

	int len, op = THIS->op;

	char *str = THIS->__retvalue;

	if (op == 0)

		strlcat(str,"0",MAXSTRINGLEN);

	else {

		if (op & MNT_FORCE)

			strlcat(str,"MNT_FORCE|",MAXSTRINGLEN);

		if (op & MNT_DETACH)

			strlcat(str,"MNT_DETACH|",MAXSTRINGLEN);

		if (op & MNT_EXPIRE)

			strlcat(str,"MNT_EXPIRE|",MAXSTRINGLEN);

		len = strlen(str);

		if (len)

			str[strlen(str)-1] = 0;

	}

%}

function _statfs_f_type_str (f)

{

if ((f) == (44533)) return "ADFS_SUPER_MAGIC"



if ((f) == (44543)) return "AFFS_SUPER_MAGIC"



if ((f) == (1111905073)) return "BEFS_SUPER_MAGIC"



if ((f) == (464386766)) return "BFS_MAGIC"



if ((f) == (4283649346)) return "CIFS_MAGIC_NUMBER"



if ((f) == (1937076805)) return "CODA_SUPER_MAGIC"



if ((f) == (19920823)) return "COH_SUPER_MAGIC"



if ((f) == (684539205)) return "CRAMFS_MAGIC"



if ((f) == (4979)) return "DEVFS_SUPER_MAGIC"



if ((f) == (4278867)) return "EFS_SUPER_MAGIC"



if ((f) == (4989)) return "EXT_SUPER_MAGIC"



if ((f) == (61265)) return "EXT2_OLD_SUPER_MAGIC"



if ((f) == (61267)) return "EXT2_SUPER_MAGIC"



if ((f) == (61267)) return "EXT3_SUPER_MAGIC"



if ((f) == (16964)) return "HFS_SUPER_MAGIC"



if ((f) == (4187351113)) return "HPFS_SUPER_MAGIC"



if ((f) == (2508478710)) return "HUGETLBFS_MAGIC"



if ((f) == (38496)) return "ISOFS_SUPER_MAGIC"



if ((f) == (29366)) return "JFFS2_SUPER_MAGIC"



if ((f) == (827541066)) return "JFS_SUPER_MAGIC"



if ((f) == (4991)) return "MINIX_SUPER_MAGIC"



if ((f) == (5007)) return "MINIX_SUPER_MAGIC2"



if ((f) == (9320)) return "MINIX2_SUPER_MAGIC"



if ((f) == (9336)) return "MINIX2_SUPER_MAGIC2"



if ((f) == (19780)) return "MSDOS_SUPER_MAGIC"



if ((f) == (22092)) return "NCP_SUPER_MAGIC"



if ((f) == (26985)) return "NFS_SUPER_MAGIC"



if ((f) == (1397118030)) return "NTFS_SB_MAGIC"



if ((f) == (40865)) return "OPENPROM_SUPER_MAGIC"



if ((f) == (40864)) return "PROC_SUPER_MAGIC"



if ((f) == (47)) return "QNX4_SUPER_MAGIC"



if ((f) == (1382369651)) return "REISERFS_SUPER_MAGIC"



if ((f) == (29301)) return "ROMFS_MAGIC"



if ((f) == (20859)) return "SMB_SUPER_MAGIC"



if ((f) == (19920822)) return "SYSV2_SUPER_MAGIC"



if ((f) == (19920821)) return "SYSV4_SUPER_MAGIC"


PFS_MAGIC"

if ((f) == (352400198)) return "UDF_SUPER_MAGIC"

if ((f) == (72020)) return "UFS_MAGIC"

if ((f) == (40866)) return "USBDEVICE_SUPER_MAGIC"

if ((f) == (2768370933)) return "VXFS_SUPER_MAGIC"

if ((f) == (19920820)) return "XENIX_SUPER_MAGIC"

if ((f) == (1481003842)) return "XFS_SUPER_MAGIC"

if ((f) == (19911021)) return "_XIAFS_SUPER_MAGIC"

return sprintf("UNKNOWN VALUE: %d", f)
}
function _mremap_flags (flags)
{
if ((flags) & (1)) (msg) = ("MREMAP_MAYMOVE|")

if ((flags) & (2)) (msg) = (("MREMAP_FIXED|") . (msg))

return substr(msg, 0, (strlen(msg)) - (1))
}
function _madvice_advice_str (behavior)
{
if ((behavior) == (0)) return "MADV_NORMAL"

if ((behavior) == (1)) return "MADV_RANDOM"

if ((behavior) == (2)) return "MADV_SEQUENTIAL"

if ((behavior) == (3)) return "MADV_WILLNEED"

if ((behavior) == (4)) return "MADV_DONTNEED"

return sprintf("UNKNOWN VALUE: %d", behavior)
}
function _fadvice_advice_str (behavior)
{
if ((behavior) == (0)) return "FADV_NORMAL"

if ((behavior) == (1)) return "FADV_RANDOM"

if ((behavior) == (2)) return "FADV_SEQUENTIAL"

if ((behavior) == (3)) return "FADV_WILLNEED"

if ((behavior) == (4)) return "FADV_DONTNEED"

return sprintf("UNKNOWN VALUE: %d", behavior)
}
function _fcntl_cmd_str (cmd)
{
if ((cmd) == (0)) return "F_DUPFD"

if ((cmd) == (1)) return "F_GETFD"

if ((cmd) == (2)) return "F_SETFD"

if ((cmd) == (3)) return "F_GETFL"

if ((cmd) == (4)) return "F_SETFL"

if ((cmd) == (5)) return "F_GETLK"

if ((cmd) == (6)) return "F_SETLK"

if ((cmd) == (7)) return "F_SETLKW"

if ((cmd) == (8)) return "F_SETOWN"

if ((cmd) == (9)) return "F_GETOWN"

if ((cmd) == (10)) return "F_SETSIG"

if ((cmd) == (11)) return "F_GETSIG"

if ((cmd) == (12)) return "F_GETLK64"

if ((cmd) == (13)) return "F_SETLK64"

if ((cmd) == (14)) return "F_SETLKW64"

if ((cmd) == (1030)) return "F_DUPFD_CLOEXEC"

return sprintf("UNKNOWN VALUE: %d", cmd)
}
function _seek_whence_str (w)
{
if ((w) == (0)) return "SEEK_SET"

if ((w) == (1)) return "SEEK_CUR"

if ((w) == (2)) return "SEEK_END"

return sprintf("UNKNOWN VALUE: %d", w)
}
function _quotactl_cmd_str (cmd)
{
if ((cmd) == (8388610)) return "Q_QUOTAON"

if ((cmd) == (8388611)) return "Q_QUOTAOFF"

if ((cmd) == (8388615)) return "Q_GETQUOTA"

if ((cmd) == (8388616)) return "Q_SETQUOTA"

if ((cmd) == (8388613)) return "Q_GETINFO"

if ((cmd) == (8388614)) return "Q_SETINFO"

if ((cmd) == (8388612)) return "Q_GETFMT"

if ((cmd) == (8388609)) return "Q_SYNC"

if ((cmd) == (22529)) return "Q_XQUOTAON"

if ((cmd) == (22530)) return "Q_XQUOTAOFF"

if ((cmd) == (22531)) return "Q_XGETQUOTA"

if ((cmd) == (22532)) return "Q_XSETQLIM"

if ((cmd) == (22533)) return "Q_XGETQSTAT"

if ((cmd) == (22534)) return "Q_XQUOTARM"

if ((cmd) == (22535)) return "Q_XQUOTASYNC"

return sprintf("UNKNOWN VALUE: %d", cmd)
}
function _sockopt_optname_str (opt)
{
if ((opt) == (1)) return "SO_DEBUG"

if ((opt) == (2)) return "SO_REUSEADDR"

if ((opt) == (3)) return "SO_TYPE"

if ((opt) == (4)) return "SO_ERROR"

if ((opt) == (5)) return "SO_DONTROUTE"

if ((opt) == (6)) return "SO_BROADCAST"

if ((opt) == (7)) return "SO_SNDBUF"

if ((opt) == (8)) return "SO_RCVBUF"

if ((opt) == (9)) return "SO_KEEPALIVE"

if ((opt) == (10)) return "SO_OOBINLINE"

if ((opt) == (11)) return "SO_NO_CHECK"

if ((opt) == (12)) return "SO_PRIORITY"

if ((opt) == (13)) return "SO_LINGER"

if ((opt) == (14)) return "SO_BSDCOMPAT"

if ((opt) == (16)) return "SO_PASSCRED"

if ((opt) == (17)) return "SO_PEERCRED"

if ((opt) == (18)) return "SO_RCVLOWAT"

if ((opt) == (19)) return "SO_SNDLOWAT"

if ((opt) == (20)) return "SO_RCVTIMEO"

if ((opt) == (21)) return "SO_SNDTIMEO"

if ((opt) == (32)) return "SO_SNDBUFFORCE"

if ((opt) == (33)) return "SO_RCVBUFFORCE"

return sprintf("UNKNOWN VALUE: %d", opt)
}
function _sockopt_level_str (l)
{
if ((l) == (0)) return "IP"

if ((l) == (1)) return "SOL_SOCKET"

if ((l) == (2)) 
if ((f) == (16914836)) return "TMPFS_MAGIC"



if ((f) == (352400198)) return "UDF_SUPER_MAGIC"



if ((f) == (72020)) return "UFS_MAGIC"



if ((f) == (40866)) return "USBDEVICE_SUPER_MAGIC"



if ((f) == (2768370933)) return "VXFS_SUPER_MAGIC"



if ((f) == (19920820)) return "XENIX_SUPER_MAGIC"



if ((f) == (1481003842)) return "XFS_SUPER_MAGIC"



if ((f) == (19911021)) return "_XIAFS_SUPER_MAGIC"



return sprintf("UNKNOWN VALUE: %d", f)

}

function _mremap_flags (flags)

{

if ((flags) & (1)) (msg) = ("MREMAP_MAYMOVE|")



if ((flags) & (2)) (msg) = (("MREMAP_FIXED|") . (msg))



return substr(msg, 0, (strlen(msg)) - (1))

}

function _madvice_advice_str (behavior)

{

if ((behavior) == (0)) return "MADV_NORMAL"



if ((behavior) == (1)) return "MADV_RANDOM"



if ((behavior) == (2)) return "MADV_SEQUENTIAL"



if ((behavior) == (3)) return "MADV_WILLNEED"



if ((behavior) == (4)) return "MADV_DONTNEED"



return sprintf("UNKNOWN VALUE: %d", behavior)

}

function _fadvice_advice_str (behavior)

{

if ((behavior) == (0)) return "FADV_NORMAL"



if ((behavior) == (1)) return "FADV_RANDOM"



if ((behavior) == (2)) return "FADV_SEQUENTIAL"



if ((behavior) == (3)) return "FADV_WILLNEED"



if ((behavior) == (4)) return "FADV_DONTNEED"



return sprintf("UNKNOWN VALUE: %d", behavior)

}

function _fcntl_cmd_str (cmd)

{

if ((cmd) == (0)) return "F_DUPFD"



if ((cmd) == (1)) return "F_GETFD"



if ((cmd) == (2)) return "F_SETFD"



if ((cmd) == (3)) return "F_GETFL"



if ((cmd) == (4)) return "F_SETFL"



if ((cmd) == (5)) return "F_GETLK"



if ((cmd) == (6)) return "F_SETLK"



if ((cmd) == (7)) return "F_SETLKW"



if ((cmd) == (8)) return "F_SETOWN"



if ((cmd) == (9)) return "F_GETOWN"



if ((cmd) == (10)) return "F_SETSIG"



if ((cmd) == (11)) return "F_GETSIG"



if ((cmd) == (12)) return "F_GETLK64"



if ((cmd) == (13)) return "F_SETLK64"



if ((cmd) == (14)) return "F_SETLKW64"



if ((cmd) == (1030)) return "F_DUPFD_CLOEXEC"



return sprintf("UNKNOWN VALUE: %d", cmd)

}

function _seek_whence_str (w)

{

if ((w) == (0)) return "SEEK_SET"



if ((w) == (1)) return "SEEK_CUR"



if ((w) == (2)) return "SEEK_END"



return sprintf("UNKNOWN VALUE: %d", w)

}

function _quotactl_cmd_str (cmd)

{

if ((cmd) == (8388610)) return "Q_QUOTAON"



if ((cmd) == (8388611)) return "Q_QUOTAOFF"



if ((cmd) == (8388615)) return "Q_GETQUOTA"



if ((cmd) == (8388616)) return "Q_SETQUOTA"



if ((cmd) == (8388613)) return "Q_GETINFO"



if ((cmd) == (8388614)) return "Q_SETINFO"



if ((cmd) == (8388612)) return "Q_GETFMT"



if ((cmd) == (8388609)) return "Q_SYNC"



if ((cmd) == (22529)) return "Q_XQUOTAON"



if ((cmd) == (22530)) return "Q_XQUOTAOFF"



if ((cmd) == (22531)) return "Q_XGETQUOTA"



if ((cmd) == (22532)) return "Q_XSETQLIM"



if ((cmd) == (22533)) return "Q_XGETQSTAT"



if ((cmd) == (22534)) return "Q_XQUOTARM"



if ((cmd) == (22535)) return "Q_XQUOTASYNC"



return sprintf("UNKNOWN VALUE: %d", cmd)

}

function _sockopt_optname_str (opt)

{

if ((opt) == (1)) return "SO_DEBUG"



if ((opt) == (2)) return "SO_REUSEADDR"



if ((opt) == (3)) return "SO_TYPE"



if ((opt) == (4)) return "SO_ERROR"



if ((opt) == (5)) return "SO_DONTROUTE"



if ((opt) == (6)) return "SO_BROADCAST"



if ((opt) == (7)) return "SO_SNDBUF"



if ((opt) == (8)) return "SO_RCVBUF"



if ((opt) == (9)) return "SO_KEEPALIVE"



if ((opt) == (10)) return "SO_OOBINLINE"



if ((opt) == (11)) return "SO_NO_CHECK"



if ((opt) == (12)) return "SO_PRIORITY"



if ((opt) == (13)) return "SO_LINGER"



if ((opt) == (14)) return "SO_BSDCOMPAT"



if ((opt) == (16)) return "SO_PASSCRED"



if ((opt) == (17)) return "SO_PEERCRED"



if ((opt) == (18)) return "SO_RCVLOWAT"



if ((opt) == (19)) return "SO_SNDLOWAT"



if ((opt) == (20)) return "SO_RCVTIMEO"



if ((opt) == (21)) return "SO_SNDTIMEO"



if ((opt) == (32)) return "SO_SNDBUFFORCE"



if ((opt) == (33)) return "SO_RCVBUFFORCE"



return sprintf("UNKNOWN VALUE: %d", opt)

}

function _sockopt_level_str (l)

{

if ((l) == (0)) return "IP"



if ((l) == (1)) return "SOL_SOCKET"


return "IGMP"

if ((l) == (3)) return "GGP"

if ((l) == (4)) return "IP-ENCAP"

if ((l) == (5)) return "ST"

if ((l) == (6)) return "TCP"

if ((l) == (7)) return "CBT"

if ((l) == (8)) return "EGP"

if ((l) == (9)) return "IGP"

if ((l) == (10)) return "BBN-RCC-MON"

if ((l) == (11)) return "NVP-II"

if ((l) == (12)) return "PUP"

if ((l) == (13)) return "ARGUS"

if ((l) == (14)) return "EMCON"

if ((l) == (15)) return "XNET"

if ((l) == (16)) return "CHAOS"

if ((l) == (17)) return "UDP"

if ((l) == (18)) return "MUX"

if ((l) == (19)) return "DCN-MEAS"

if ((l) == (20)) return "HMP"

if ((l) == (21)) return "PRM"

if ((l) == (22)) return "XNS-IDP"

if ((l) == (23)) return "TRUNK-1"

if ((l) == (24)) return "TRUNK-2"

if ((l) == (25)) return "LEAF-1"

if ((l) == (26)) return "LEAF-2"

if ((l) == (27)) return "RDP"

if ((l) == (28)) return "IRTP"

if ((l) == (29)) return "ISO-TP4"

if ((l) == (30)) return "NETBLT"

if ((l) == (31)) return "MFE-NSP"

if ((l) == (32)) return "MERIT-INP"

if ((l) == (33)) return "SEP"

if ((l) == (34)) return "3PC"

if ((l) == (35)) return "IDPR"

if ((l) == (36)) return "XTP"

if ((l) == (37)) return "DDP"

if ((l) == (38)) return "IDPR-CMTP"

if ((l) == (39)) return "TP++"

if ((l) == (40)) return "IL"

if ((l) == (41)) return "IPv6"

if ((l) == (42)) return "SDRP"

if ((l) == (43)) return "IPv6-Route"

if ((l) == (44)) return "IPv6-Frag"

if ((l) == (45)) return "IDRP"

if ((l) == (46)) return "RSVP"

if ((l) == (47)) return "GRE"

if ((l) == (48)) return "MHRP"

if ((l) == (49)) return "BNA"

if ((l) == (50)) return "IPv6-Crypt"

if ((l) == (51)) return "IPv6-Auth"

if ((l) == (52)) return "I-NLSP"

if ((l) == (53)) return "SWIPE"

if ((l) == (54)) return "NARP"

if ((l) == (55)) return "MOBILE"

if ((l) == (56)) return "TLSP"

if ((l) == (57)) return "SKIP"

if ((l) == (58)) return "IPv6-ICMP"

if ((l) == (59)) return "IPv6-NoNxt"

if ((l) == (60)) return "IPv6-Opts"

if ((l) == (62)) return "CFTP"

if ((l) == (64)) return "SAT-EXPAK"

if ((l) == (65)) return "KRYPTOLAN"

if ((l) == (66)) return "RVD"

if ((l) == (67)) return "IPPC"

if ((l) == (69)) return "SAT-MON"

if ((l) == (70)) return "VISA"

if ((l) == (71)) return "IPCV"

if ((l) == (72)) return "CPNX"

if ((l) == (73)) return "CPHB"

if ((l) == (74)) return "WSN"

if ((l) == (75)) return "PVP"

if ((l) == (76)) return "BR-SAT-MON"

if ((l) == (77)) return "SUN-ND"

if ((l) == (78)) return "WB-MON"

if ((l) == (79)) return "WB-EXPAK"

if ((l) == (80)) return "ISO-IP"

if ((l) == (81)) return "VMTP"

if ((l) == (82)) return "SECURE-VMTP"

if ((l) == (83)) return "VINES"

if ((l) == (84)) return "TTP"

if ((l) == (85)) return "NSFNET-IGP"

if ((l) == (86)) return "DGP"

if ((l) == (87)) return "TCF"

if ((l) == (88)) return "EIGRP"

if ((l) == (89)) return "OSPFIGP"

if ((l) == (90)) return "Sprite-RPC"

if ((l) == (91)) return "LARP"

if ((l) == (92)) return "MTP"

if ((l) == (93)) return "AX.25"

if ((l) == (94)) return "IPIP"

if ((l) == (95)) return "MICP"

if ((l) == (96)) return "SCC-SP"

if ((l) == (97)) return "ETHERIP"

if ((l) == (98)) return "ENCAP"

if ((l) == (100)) return "GMTP"

if ((l) == (101)) return "IFMP"

if ((l) == (102)) return "PNNI"

if ((l) == (103)) return "PIM"

if ((l) == (104)) return "ARIS"

if ((l) == (105)) return "SCPS"

if ((l) == (106)) return "QNX"

if ((l) == (107)) return "A/N"

if ((l) == (108)) return "IPComp"

if ((l) == (109)) return "SNP"

if ((l) == (110)) return "Compaq-Peer"

if ((l) == (111)) return "IPX-in-IP"

if ((l) == (112)) return "VRRP"

if ((l) == (113)) return "PGM"

if ((l) == (115)) return "L2TP"

if ((l) == (116)) return "DDX"

if ((l) == (117)) return "IATP"

if ((l) == (118)) return "STP"

if ((l) == (119)) return "SRP"

if ((l) == (120)) return "UTI"

if ((l) == (121)) return "SMP"

if ((l) == (122)) return "SM"

if ((l) == (123)) return 
if ((l) == (2)) return "IGMP"



if ((l) == (3)) return "GGP"



if ((l) == (4)) return "IP-ENCAP"



if ((l) == (5)) return "ST"



if ((l) == (6)) return "TCP"



if ((l) == (7)) return "CBT"



if ((l) == (8)) return "EGP"



if ((l) == (9)) return "IGP"



if ((l) == (10)) return "BBN-RCC-MON"



if ((l) == (11)) return "NVP-II"



if ((l) == (12)) return "PUP"



if ((l) == (13)) return "ARGUS"



if ((l) == (14)) return "EMCON"



if ((l) == (15)) return "XNET"



if ((l) == (16)) return "CHAOS"



if ((l) == (17)) return "UDP"



if ((l) == (18)) return "MUX"



if ((l) == (19)) return "DCN-MEAS"



if ((l) == (20)) return "HMP"



if ((l) == (21)) return "PRM"



if ((l) == (22)) return "XNS-IDP"



if ((l) == (23)) return "TRUNK-1"



if ((l) == (24)) return "TRUNK-2"



if ((l) == (25)) return "LEAF-1"



if ((l) == (26)) return "LEAF-2"



if ((l) == (27)) return "RDP"



if ((l) == (28)) return "IRTP"



if ((l) == (29)) return "ISO-TP4"



if ((l) == (30)) return "NETBLT"



if ((l) == (31)) return "MFE-NSP"



if ((l) == (32)) return "MERIT-INP"



if ((l) == (33)) return "SEP"



if ((l) == (34)) return "3PC"



if ((l) == (35)) return "IDPR"



if ((l) == (36)) return "XTP"



if ((l) == (37)) return "DDP"



if ((l) == (38)) return "IDPR-CMTP"



if ((l) == (39)) return "TP++"



if ((l) == (40)) return "IL"



if ((l) == (41)) return "IPv6"



if ((l) == (42)) return "SDRP"



if ((l) == (43)) return "IPv6-Route"



if ((l) == (44)) return "IPv6-Frag"



if ((l) == (45)) return "IDRP"



if ((l) == (46)) return "RSVP"



if ((l) == (47)) return "GRE"



if ((l) == (48)) return "MHRP"



if ((l) == (49)) return "BNA"



if ((l) == (50)) return "IPv6-Crypt"



if ((l) == (51)) return "IPv6-Auth"



if ((l) == (52)) return "I-NLSP"



if ((l) == (53)) return "SWIPE"



if ((l) == (54)) return "NARP"



if ((l) == (55)) return "MOBILE"



if ((l) == (56)) return "TLSP"



if ((l) == (57)) return "SKIP"



if ((l) == (58)) return "IPv6-ICMP"



if ((l) == (59)) return "IPv6-NoNxt"



if ((l) == (60)) return "IPv6-Opts"



if ((l) == (62)) return "CFTP"



if ((l) == (64)) return "SAT-EXPAK"



if ((l) == (65)) return "KRYPTOLAN"



if ((l) == (66)) return "RVD"



if ((l) == (67)) return "IPPC"



if ((l) == (69)) return "SAT-MON"



if ((l) == (70)) return "VISA"



if ((l) == (71)) return "IPCV"



if ((l) == (72)) return "CPNX"



if ((l) == (73)) return "CPHB"



if ((l) == (74)) return "WSN"



if ((l) == (75)) return "PVP"



if ((l) == (76)) return "BR-SAT-MON"



if ((l) == (77)) return "SUN-ND"



if ((l) == (78)) return "WB-MON"



if ((l) == (79)) return "WB-EXPAK"



if ((l) == (80)) return "ISO-IP"



if ((l) == (81)) return "VMTP"



if ((l) == (82)) return "SECURE-VMTP"



if ((l) == (83)) return "VINES"



if ((l) == (84)) return "TTP"



if ((l) == (85)) return "NSFNET-IGP"



if ((l) == (86)) return "DGP"



if ((l) == (87)) return "TCF"



if ((l) == (88)) return "EIGRP"



if ((l) == (89)) return "OSPFIGP"



if ((l) == (90)) return "Sprite-RPC"



if ((l) == (91)) return "LARP"



if ((l) == (92)) return "MTP"



if ((l) == (93)) return "AX.25"



if ((l) == (94)) return "IPIP"



if ((l) == (95)) return "MICP"



if ((l) == (96)) return "SCC-SP"



if ((l) == (97)) return "ETHERIP"



if ((l) == (98)) return "ENCAP"



if ((l) == (100)) return "GMTP"



if ((l) == (101)) return "IFMP"



if ((l) == (102)) return "PNNI"



if ((l) == (103)) return "PIM"



if ((l) == (104)) return "ARIS"



if ((l) == (105)) return "SCPS"



if ((l) == (106)) return "QNX"



if ((l) == (107)) return "A/N"



if ((l) == (108)) return "IPComp"



if ((l) == (109)) return "SNP"



if ((l) == (110)) return "Compaq-Peer"



if ((l) == (111)) return "IPX-in-IP"



if ((l) == (112)) return "VRRP"



if ((l) == (113)) return "PGM"



if ((l) == (115)) return "L2TP"



if ((l) == (116)) return "DDX"



if ((l) == (117)) return "IATP"



if ((l) == (118)) return "STP"



if ((l) == (119)) return "SRP"



if ((l) == (120)) return "UTI"



if ((l) == (121)) return "SMP"



if ((l) == (122)) return "SM"


"PTP"

if ((l) == (124)) return "ISIS"

if ((l) == (125)) return "FIRE"

if ((l) == (126)) return "CRTP"

if ((l) == (127)) return "CRUDP"

if ((l) == (128)) return "SSCOPMCE"

if ((l) == (129)) return "IPLT"

if ((l) == (130)) return "SPS"

if ((l) == (131)) return "PIPE"

if ((l) == (132)) return "SCTP"

if ((l) == (133)) return "FC"

if ((l) == (134)) return "RSVP-E2E-IGNORE"

if ((l) == (135)) return "Mobility-Header"

if ((l) == (136)) return "UDPLite"

if ((l) == (137)) return "MPLS-IN-IP"

return sprintf("UNKNOWN VALUE: %d", l)
}
function _sock_family_str (f)
{
if ((f) == (0)) return "PF_UNSPEC"

if ((f) == (1)) return "PF_LOCAL"

if ((f) == (2)) return "PF_INET"

if ((f) == (3)) return "PF_AX25"

if ((f) == (4)) return "PF_IPX"

if ((f) == (5)) return "PF_APPLETALK"

if ((f) == (6)) return "PF_NETROM"

if ((f) == (7)) return "PF_BRIDGE"

if ((f) == (8)) return "PF_ATMPVC"

if ((f) == (9)) return "PF_X25"

if ((f) == (10)) return "PF_INET6"

if ((f) == (11)) return "PF_ROSE"

if ((f) == (12)) return "PF_DECnet"

if ((f) == (13)) return "PF_NETBEUI"

if ((f) == (14)) return "PF_SECURITY"

if ((f) == (15)) return "PF_KEY"

if ((f) == (16)) return "PF_NETLINK"

if ((f) == (17)) return "PF_PACKET"

if ((f) == (18)) return "PF_ASH"

if ((f) == (19)) return "PF_ECONET"

if ((f) == (20)) return "PF_ATMSVC"

if ((f) == (22)) return "PF_SNA"

if ((f) == (23)) return "PF_IRDA"

if ((f) == (24)) return "PF_PPPOX"

if ((f) == (25)) return "PF_WANPIPE"

if ((f) == (26)) return "PF_LLC"

if ((f) == (30)) return "PF_TIPC"

if ((f) == (31)) return "PF_BLUETOOTH"

if ((f) == (32)) return "PF_IUCV"

if ((f) == (33)) return "PF_RXRPC"

return sprintf("UNKNOWN VALUE: %d", f)
}
function _sock_type_str (type)
%{ /* pure */
#ifdef SOCK_TYPE_MASK
	int flags = (int)THIS->type & ~SOCK_TYPE_MASK;
	int t = (int)THIS->type & SOCK_TYPE_MASK;
#else
	int t = (int)THIS->type;
#endif

	switch (t) {
	case SOCK_STREAM:
		strlcpy (THIS->__retvalue, "SOCK_STREAM", MAXSTRINGLEN);
		break;
	case SOCK_DGRAM:
		strlcpy (THIS->__retvalue, "SOCK_DGRAM", MAXSTRINGLEN);
		break;
	case SOCK_RAW:
		strlcpy (THIS->__retvalue, "SOCK_RAW", MAXSTRINGLEN);
		break;
	case SOCK_RDM:
		strlcpy (THIS->__retvalue, "SOCK_RDM", MAXSTRINGLEN);
		break;
	case SOCK_SEQPACKET:
		strlcpy (THIS->__retvalue, "SOCK_SEQPACKET", MAXSTRINGLEN);
		break;
#ifdef SOL_DCCP
	case SOCK_DCCP:
		strlcpy (THIS->__retvalue, "SOCK_DCCP", MAXSTRINGLEN);
		break;
#endif
	case SOCK_PACKET:
		strlcpy (THIS->__retvalue, "SOCK_PACKET", MAXSTRINGLEN);
		break;
	default:
		snprintf (THIS->__retvalue, MAXSTRINGLEN, "UNKNOWN VALUE: %d", t);
		break;
	}

#ifdef SOCK_TYPE_MASK
	if (flags & SOCK_CLOEXEC) {
		strlcat (THIS->__retvalue, "|SOCK_CLOEXEC", MAXSTRINGLEN);
	}
	if (flags & SOCK_NONBLOCK) {
		strlcat (THIS->__retvalue, "|SOCK_NONBLOCK", MAXSTRINGLEN);
	}
#endif
%}
function _sock_flags_str (f)
%{ /* pure */
#ifdef SOCK_TYPE_MASK
	int flags = (int)THIS->f;
	int len;

	THIS->__retvalue[0] = '\0';
	if (flags & SOCK_CLOEXEC) {
		strlcat (THIS->__retvalue, "SOCK_CLOEXEC|", MAXSTRINGLEN);
	}
	if (flags & SOCK_NONBLOCK) {
		strlcat (THIS->__retvalue, "SOCK_NONBLOCK|", MAXSTRINGLEN);
	}
	len = strlen(THIS->__retvalue);
	if (len) {
		THIS->__retvalue[len - 1] = '\0';
	}
	else {
		strlcat (THIS->__retvalue, "0", MAXSTRINGLEN);
	}
#endif
%}
function _opoll_op_str (o)
{
if ((o) == (1)) return "EPOLL_CTL_ADD"

if ((o) == (3)) return "EPOLL_CTL_MOD"

if ((o) == (2)) return "EPOLL_CTL_DEL"

return sprintf("UNKNOWN VALUE: %d", o)
}
function _epoll_events_str (e)
{
if ((e) == (1)) return "EPOLLIN"

if ((e) == (4)) return "EPOLLOUT"

if ((e) == (2)) return "EPOLLPRI"

if ((e) == (8)) return "EPOLLERR"

if ((e) == (16)) return "EPOLLHUP"

if ((e) == (-(2147483648))) return "EPOLLET"

if ((e) == (1073741824)) return "EPOLLONESHOT"

return sprintf("UNKNOWN VALUE: %d", e)
}
function _rlimit_resource_str (r)
{
if ((r) == (-(1))) r
if ((l) == (123)) return "PTP"



if ((l) == (124)) return "ISIS"



if ((l) == (125)) return "FIRE"



if ((l) == (126)) return "CRTP"



if ((l) == (127)) return "CRUDP"



if ((l) == (128)) return "SSCOPMCE"



if ((l) == (129)) return "IPLT"



if ((l) == (130)) return "SPS"



if ((l) == (131)) return "PIPE"



if ((l) == (132)) return "SCTP"



if ((l) == (133)) return "FC"



if ((l) == (134)) return "RSVP-E2E-IGNORE"



if ((l) == (135)) return "Mobility-Header"



if ((l) == (136)) return "UDPLite"



if ((l) == (137)) return "MPLS-IN-IP"



return sprintf("UNKNOWN VALUE: %d", l)

}

function _sock_family_str (f)

{

if ((f) == (0)) return "PF_UNSPEC"



if ((f) == (1)) return "PF_LOCAL"



if ((f) == (2)) return "PF_INET"



if ((f) == (3)) return "PF_AX25"



if ((f) == (4)) return "PF_IPX"



if ((f) == (5)) return "PF_APPLETALK"



if ((f) == (6)) return "PF_NETROM"



if ((f) == (7)) return "PF_BRIDGE"



if ((f) == (8)) return "PF_ATMPVC"



if ((f) == (9)) return "PF_X25"



if ((f) == (10)) return "PF_INET6"



if ((f) == (11)) return "PF_ROSE"



if ((f) == (12)) return "PF_DECnet"



if ((f) == (13)) return "PF_NETBEUI"



if ((f) == (14)) return "PF_SECURITY"



if ((f) == (15)) return "PF_KEY"



if ((f) == (16)) return "PF_NETLINK"



if ((f) == (17)) return "PF_PACKET"



if ((f) == (18)) return "PF_ASH"



if ((f) == (19)) return "PF_ECONET"



if ((f) == (20)) return "PF_ATMSVC"



if ((f) == (22)) return "PF_SNA"



if ((f) == (23)) return "PF_IRDA"



if ((f) == (24)) return "PF_PPPOX"



if ((f) == (25)) return "PF_WANPIPE"



if ((f) == (26)) return "PF_LLC"



if ((f) == (30)) return "PF_TIPC"



if ((f) == (31)) return "PF_BLUETOOTH"



if ((f) == (32)) return "PF_IUCV"



if ((f) == (33)) return "PF_RXRPC"



return sprintf("UNKNOWN VALUE: %d", f)

}

function _sock_type_str (type)

%{ /* pure */

#ifdef SOCK_TYPE_MASK

	int flags = (int)THIS->type & ~SOCK_TYPE_MASK;

	int t = (int)THIS->type & SOCK_TYPE_MASK;

#else

	int t = (int)THIS->type;

#endif



	switch (t) {

	case SOCK_STREAM:

		strlcpy (THIS->__retvalue, "SOCK_STREAM", MAXSTRINGLEN);

		break;

	case SOCK_DGRAM:

		strlcpy (THIS->__retvalue, "SOCK_DGRAM", MAXSTRINGLEN);

		break;

	case SOCK_RAW:

		strlcpy (THIS->__retvalue, "SOCK_RAW", MAXSTRINGLEN);

		break;

	case SOCK_RDM:

		strlcpy (THIS->__retvalue, "SOCK_RDM", MAXSTRINGLEN);

		break;

	case SOCK_SEQPACKET:

		strlcpy (THIS->__retvalue, "SOCK_SEQPACKET", MAXSTRINGLEN);

		break;

#ifdef SOL_DCCP

	case SOCK_DCCP:

		strlcpy (THIS->__retvalue, "SOCK_DCCP", MAXSTRINGLEN);

		break;

#endif

	case SOCK_PACKET:

		strlcpy (THIS->__retvalue, "SOCK_PACKET", MAXSTRINGLEN);

		break;

	default:

		snprintf (THIS->__retvalue, MAXSTRINGLEN, "UNKNOWN VALUE: %d", t);

		break;

	}



#ifdef SOCK_TYPE_MASK

	if (flags & SOCK_CLOEXEC) {

		strlcat (THIS->__retvalue, "|SOCK_CLOEXEC", MAXSTRINGLEN);

	}

	if (flags & SOCK_NONBLOCK) {

		strlcat (THIS->__retvalue, "|SOCK_NONBLOCK", MAXSTRINGLEN);

	}

#endif

%}

function _sock_flags_str (f)

%{ /* pure */

#ifdef SOCK_TYPE_MASK

	int flags = (int)THIS->f;

	int len;



	THIS->__retvalue[0] = '\0';

	if (flags & SOCK_CLOEXEC) {

		strlcat (THIS->__retvalue, "SOCK_CLOEXEC|", MAXSTRINGLEN);

	}

	if (flags & SOCK_NONBLOCK) {

		strlcat (THIS->__retvalue, "SOCK_NONBLOCK|", MAXSTRINGLEN);

	}

	len = strlen(THIS->__retvalue);

	if (len) {

		THIS->__retvalue[len - 1] = '\0';

	}

	else {

		strlcat (THIS->__retvalue, "0", MAXSTRINGLEN);

	}

#endif

%}

function _opoll_op_str (o)

{

if ((o) == (1)) return "EPOLL_CTL_ADD"



if ((o) == (3)) return "EPOLL_CTL_MOD"



if ((o) == (2)) return "EPOLL_CTL_DEL"



return sprintf("UNKNOWN VALUE: %d", o)

}

function _epoll_events_str (e)

{

if ((e) == (1)) return "EPOLLIN"



if ((e) == (4)) return "EPOLLOUT"



if ((e) == (2)) return "EPOLLPRI"



if ((e) == (8)) return "EPOLLERR"



if ((e) == (16)) return "EPOLLHUP"



if ((e) == (-(2147483648))) return "EPOLLET"



if ((e) == (1073741824)) return "EPOLLONESHOT"



return sprintf("UNKNOWN VALUE: %d", e)

}

function _rlimit_resource_str (r)

{
eturn "RLIM_INFINITY"

if ((r) == (9)) return "RLIMIT_AS"

if ((r) == (4)) return "RLIMIT_CORE"

if ((r) == (0)) return "RLIMIT_CPU"

if ((r) == (2)) return "RLIMIT_DATA"

if ((r) == (1)) return "RLIMIT_FSIZE"

if ((r) == (10)) return "RLIMIT_LOCKS"

if ((r) == (8)) return "RLIMIT_MEMLOCK"

if ((r) == (7)) return "RLIMIT_NOFILE"

if ((r) == (6)) return "RLIMIT_NPROC"

if ((r) == (5)) return "RLIMIT_RSS"

if ((r) == (3)) return "RLIMIT_STACK"

if ((r) == (11)) return "RLIMIT_SIGPENDING"

if ((r) == (12)) return "RLIMIT_MSGQUEUE"

if ((r) == (13)) return "RLIMIT_NICE"

if ((r) == (14)) return "RLIMIT_RTPRIO"

return sprintf("UNKNOWN VALUE: %d", r)
}
function _rusage_who_str (w)
{
if ((w) == (0)) return "RUSAGE_SELF"

if ((w) == (-(1))) return "RUSAGE_CHILDREN"

if ((w) == (-(2))) return "RUSAGE_BOTH"

return sprintf("UNKNOWN VALUE: %d", w)
}
function __short (val)
%{ /* pure */
	THIS->__retvalue = (short)THIS->val;
%}
function __int32 (val)
%{ /* pure */
	THIS->__retvalue = (int32_t)THIS->val;
%}
function _dfd_str (d)
{
if (((d) == (-(100))) || ((d) == (4294967196))) return "AT_FDCWD"

return sprint(d)
}
function _adjtimex_return_str (ret)
{
if ((ret) == (0)) (val) = ("OK")
else if ((ret) == (1)) (val) = ("INS")
else if ((ret) == (2)) (val) = ("DEL")
else if ((ret) == (3)) (val) = ("OOP")
else if ((ret) == (4)) (val) = ("WAIT")
else if ((ret) == (5)) (val) = ("BAD")






if ((val) != ("")) return sprintf("%d (TIME_%s)", ret, val)
else return returnstr(1)

}
function _signal_name (sig)
%{ /* pure */
	_stp_lookup_str(_stp_signal_list, THIS->sig, THIS->__retvalue, MAXSTRINGLEN);
%}
function _semctl_cmd (cmd)
%{ /* pure */
	_stp_lookup_str(_stp_semctl_list, THIS->cmd, THIS->__retvalue, MAXSTRINGLEN);
%}
function _stp_sigset_u (setptr)
%{ /* pure */
	char *ptr = (char *)(unsigned long)THIS->setptr;
	sigset_t set;

	if (ptr == NULL)
		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else {
		if(_stp_copy_from_user((char*)&set,ptr,sizeof(sigset_t)) == 0)
			_stp_sigset_str(&set, THIS->__retvalue, MAXSTRINGLEN);			
		else
			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
	}
%}
function __fork_flags (flags)
%{ /* pure */
	_stp_lookup_or_str(_stp_fork_list, THIS->flags & ~0xff, THIS->__retvalue, MAXSTRINGLEN);
	if ( THIS->flags & 0xff ) {
		/* flags contains the termination signal */
		if (*THIS->__retvalue)
			strlcat(THIS->__retvalue, "|", MAXSTRINGLEN);
		_stp_lookup_str(_stp_signal_list, THIS->flags & 0xff, THIS->__retvalue, MAXSTRINGLEN);
	}
%}
function _at_flag_str (f)
%{ /* pure */
	_stp_lookup_str(_stp_atflag_list, THIS->f, THIS->__retvalue, MAXSTRINGLEN);
%}
function _epoll_create1_flag_str (f)
%{ /* pure */
#ifdef EPOLL_CLOEXEC
	if (THIS->f == EPOLL_CLOEXEC)
		strlcpy (THIS->__retvalue, "EPOLL_CLOEXEC", MAXSTRINGLEN);
#endif
%}
function _eventfd2_flag_str (f)
%{ /* pure */
  long flags = THIS->f;
  char *str = THIS->__retvalue;
  int len;

#if defined(EFD_CLOEXEC) && defined(EFD_NONBLOCK)
  if (flags & EFD_NONBLOCK)
    strlcat(str, "EFD_NONBLOCK|", MAXSTRINGLEN);
  if (flags & EFD_CLOEXEC)
    strlcat(str, "EFD_CLOEXEC|", MAXSTRINGLEN);
#endif

  len = strlen(str);
  if (len)
    str[strlen(str)-1] = 0;
%}
function _signalfd4_flags_str (f)
%{ /* pure */
  long flags = THIS->f;
  char *str = THIS->__retvalue;
  int len;

#if defined(SFD_CLOEXEC) && defined(SFD_NONBLOCK)
  if (flags & SFD_NONBLOCK)
    strlcat(str, "SFD_NONBLOCK|", MAXSTRINGLEN);
  if (flags & SFD_CLOEXEC)
    strlcat(str, "SFD_CLOEXEC|", MAXSTRINGLEN);
#endif

  len = strlen(str);
  if (len)
    str[strlen(str)-1] = 0;
%}
function _inotify_init1_flag_str (f)
%{ /* pure */
  long flags = THIS->f;
  char *str = THIS->__retvalue;
  int len;

#if defined(IN_CLOEXEC) && defined(IN_NONBLOCK)
  if (flags & IN_NONBLOCK)
    strlcat(str, "IN_NONBLOCK|", MAXSTRINGLEN);
  if (flags & IN_CLOEXEC)
    strlcat(str, "IN_CLOEXEC|", MAXSTRINGLEN);
#endif

  len = strlen(str);
  if (len)
    str[str
if ((r) == (-(1))) return "RLIM_INFINITY"



if ((r) == (9)) return "RLIMIT_AS"



if ((r) == (4)) return "RLIMIT_CORE"



if ((r) == (0)) return "RLIMIT_CPU"



if ((r) == (2)) return "RLIMIT_DATA"



if ((r) == (1)) return "RLIMIT_FSIZE"



if ((r) == (10)) return "RLIMIT_LOCKS"



if ((r) == (8)) return "RLIMIT_MEMLOCK"



if ((r) == (7)) return "RLIMIT_NOFILE"



if ((r) == (6)) return "RLIMIT_NPROC"



if ((r) == (5)) return "RLIMIT_RSS"



if ((r) == (3)) return "RLIMIT_STACK"



if ((r) == (11)) return "RLIMIT_SIGPENDING"



if ((r) == (12)) return "RLIMIT_MSGQUEUE"



if ((r) == (13)) return "RLIMIT_NICE"



if ((r) == (14)) return "RLIMIT_RTPRIO"



return sprintf("UNKNOWN VALUE: %d", r)

}

function _rusage_who_str (w)

{

if ((w) == (0)) return "RUSAGE_SELF"



if ((w) == (-(1))) return "RUSAGE_CHILDREN"



if ((w) == (-(2))) return "RUSAGE_BOTH"



return sprintf("UNKNOWN VALUE: %d", w)

}

function __short (val)

%{ /* pure */

	THIS->__retvalue = (short)THIS->val;

%}

function __int32 (val)

%{ /* pure */

	THIS->__retvalue = (int32_t)THIS->val;

%}

function _dfd_str (d)

{

if (((d) == (-(100))) || ((d) == (4294967196))) return "AT_FDCWD"



return sprint(d)

}

function _adjtimex_return_str (ret)

{

if ((ret) == (0)) (val) = ("OK")

else if ((ret) == (1)) (val) = ("INS")

else if ((ret) == (2)) (val) = ("DEL")

else if ((ret) == (3)) (val) = ("OOP")

else if ((ret) == (4)) (val) = ("WAIT")

else if ((ret) == (5)) (val) = ("BAD")













if ((val) != ("")) return sprintf("%d (TIME_%s)", ret, val)

else return returnstr(1)



}

function _signal_name (sig)

%{ /* pure */

	_stp_lookup_str(_stp_signal_list, THIS->sig, THIS->__retvalue, MAXSTRINGLEN);

%}

function _semctl_cmd (cmd)

%{ /* pure */

	_stp_lookup_str(_stp_semctl_list, THIS->cmd, THIS->__retvalue, MAXSTRINGLEN);

%}

function _stp_sigset_u (setptr)

%{ /* pure */

	char *ptr = (char *)(unsigned long)THIS->setptr;

	sigset_t set;



	if (ptr == NULL)

		strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else {

		if(_stp_copy_from_user((char*)&set,ptr,sizeof(sigset_t)) == 0)

			_stp_sigset_str(&set, THIS->__retvalue, MAXSTRINGLEN);			

		else

			strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

	}

%}

function __fork_flags (flags)

%{ /* pure */

	_stp_lookup_or_str(_stp_fork_list, THIS->flags & ~0xff, THIS->__retvalue, MAXSTRINGLEN);

	if ( THIS->flags & 0xff ) {

		/* flags contains the termination signal */

		if (*THIS->__retvalue)

			strlcat(THIS->__retvalue, "|", MAXSTRINGLEN);

		_stp_lookup_str(_stp_signal_list, THIS->flags & 0xff, THIS->__retvalue, MAXSTRINGLEN);

	}

%}

function _at_flag_str (f)

%{ /* pure */

	_stp_lookup_str(_stp_atflag_list, THIS->f, THIS->__retvalue, MAXSTRINGLEN);

%}

function _epoll_create1_flag_str (f)

%{ /* pure */

#ifdef EPOLL_CLOEXEC

	if (THIS->f == EPOLL_CLOEXEC)

		strlcpy (THIS->__retvalue, "EPOLL_CLOEXEC", MAXSTRINGLEN);

#endif

%}

function _eventfd2_flag_str (f)

%{ /* pure */

  long flags = THIS->f;

  char *str = THIS->__retvalue;

  int len;



#if defined(EFD_CLOEXEC) && defined(EFD_NONBLOCK)

  if (flags & EFD_NONBLOCK)

    strlcat(str, "EFD_NONBLOCK|", MAXSTRINGLEN);

  if (flags & EFD_CLOEXEC)

    strlcat(str, "EFD_CLOEXEC|", MAXSTRINGLEN);

#endif



  len = strlen(str);

  if (len)

    str[strlen(str)-1] = 0;

%}

function _signalfd4_flags_str (f)

%{ /* pure */

  long flags = THIS->f;

  char *str = THIS->__retvalue;

  int len;



#if defined(SFD_CLOEXEC) && defined(SFD_NONBLOCK)

  if (flags & SFD_NONBLOCK)

    strlcat(str, "SFD_NONBLOCK|", MAXSTRINGLEN);

  if (flags & SFD_CLOEXEC)

    strlcat(str, "SFD_CLOEXEC|", MAXSTRINGLEN);

#endif



  len = strlen(str);

  if (len)

    str[strlen(str)-1] = 0;

%}

function _inotify_init1_flag_str (f)

%{ /* pure */

  long flags = THIS->f;

  char *str = THIS->__retvalue;

  int len;



#if defined(IN_CLOEXEC) && defined(IN_NONBLOCK)

  if (flags & IN_NONBLOCK)

    strlcat(str, "IN_NONBLOCK|", MAXSTRINGLEN);

  if (flags & IN_CLOEXEC)

    strlcat(str, "IN_CLOEXEC|", MAXSTRINGLEN);

#endif



  len = strlen(str);

  if (len)
len(str)-1] = 0;
%}
function _dup3_flag_str (f)
%{ /* pure */
#ifdef O_CLOEXEC
	if (THIS->f == O_CLOEXEC)
		strlcpy (THIS->__retvalue, "O_CLOEXEC", MAXSTRINGLEN);
	else
#endif
		strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
%}
function _shmat_flags_str (f)
%{ /* pure */
	_stp_lookup_or_str(_stp_shmat_list, THIS->f, THIS->__retvalue, MAXSTRINGLEN);
%}
function _mprotect_prot_str (prot)
%{ /* pure */
	_stp_lookup_or_str(_stp_mprotect_list, THIS->prot, THIS->__retvalue, MAXSTRINGLEN);
%}
function _mmap_flags (flags)
%{ /* pure */
	_stp_lookup_or_str(_stp_mmap_list, THIS->flags, THIS->__retvalue, MAXSTRINGLEN);
%}
function get_mmap_args (args)
%{ /* pure */
#if defined (__x86_64__) || defined (__ia64__)
	struct mmap_arg_struct {
		unsigned int addr;
		unsigned int len;
		unsigned int prot;
		unsigned int flags;
		int fd;
		unsigned int offset;
	} a;
#else
	struct mmap_arg_struct {
		unsigned long addr;
		unsigned long len;
		unsigned long prot;
		unsigned long flags;
		long fd;
		unsigned long offset;
	} a;
#endif

	if(_stp_copy_from_user((char *)&a,(char *)(unsigned long)THIS->args, sizeof(a))== 0) {
		int len;
		_stp_snprintf(THIS->__retvalue, MAXSTRINGLEN, "0x%lx, %ld, ", (long)a.addr, (long)a.len);
		_stp_lookup_or_str(_stp_mprotect_list, a.prot, THIS->__retvalue, MAXSTRINGLEN);
		strlcat (THIS->__retvalue, ", ", MAXSTRINGLEN);
		_stp_lookup_or_str(_stp_mmap_list, a.flags, THIS->__retvalue, MAXSTRINGLEN);
		strlcat (THIS->__retvalue, ", ", MAXSTRINGLEN);
		len = strlen(THIS->__retvalue);
		_stp_snprintf(THIS->__retvalue + len, MAXSTRINGLEN - len, "%ld, %ld", (long)a.fd, (long)a.offset);
	} else
		strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
%}
function _sighandler_str (uaddr)
%{ /* pure */
	static const _stp_val_array const _stp_sa_handler_list[] = {
		{0, "SIG_DFL"},
		{1, "SIG_IGN"},
		{0, NULL}
	};
	_stp_lookup_str(_stp_sa_handler_list, (long)THIS->uaddr, THIS->__retvalue, MAXSTRINGLEN);
%}
function _struct_sigaction_u (uaddr)
%{ /* pure */
  struct sigaction act;
  char *ptr = (char *)(unsigned long)THIS->uaddr;
  
  if (ptr == NULL)
    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
  else
    {
      if(_stp_copy_from_user((char*)&act, ptr,
			     sizeof(struct sigaction)) == 0)
	_stp_sigaction_str(&act, THIS->__retvalue, MAXSTRINGLEN);
      else
	strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
    }
%}
function _struct_sigaction32_u (uaddr)
%{ /* pure */
#ifdef CONFIG_COMPAT
#include <linux/compat.h>
  
  // There seems to be no public cross arch header that defines this.
  // For x86, you can find it in asm/ia32.h.  For s390x, it is defined
  // in a private header.
  struct sigaction32 {
    compat_uptr_t  sa_handler;
    unsigned int sa_flags;
    unsigned int sa_restorer;       /* Another 32 bit pointer */
    compat_sigset_t sa_mask;        /* A 32 bit mask */
  };
  
  struct sigaction32 act32;
  char *ptr = (char *)(unsigned long)THIS->uaddr;
  
  if (ptr == NULL)
    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
  else
    {
      if(_stp_copy_from_user((char*)&act32, ptr,
			     sizeof(struct sigaction32)) == 0)
	{
	  struct sigaction act;

	  act.sa_handler = (void *)compat_ptr(act32.sa_handler);
	  act.sa_flags = (unsigned long)act32.sa_flags;
	  act.sa_restorer = (void *)compat_ptr(act32.sa_restorer);

	  /* swap words around to get right endian order. */
	  switch (_NSIG_WORDS)
	    {
	    case 4: act.sa_mask.sig[3] = act32.sa_mask.sig[6]
		| (((long)act32.sa_mask.sig[7]) << 32);
	    case 3: act.sa_mask.sig[2] = act32.sa_mask.sig[4]
		| (((long)act32.sa_mask.sig[5]) << 32);
	    case 2: act.sa_mask.sig[1] = act32.sa_mask.sig[2]
		| (((long)act32.sa_mask.sig[3]) << 32);
	    case 1: act.sa_mask.sig[0] = act32.sa_mask.sig[0]
		| (((long)act32.sa_mask.sig[1]) << 32);
	    }

	  _stp_sigaction_str(&act, THIS->__retvalue, MAXSTRINGLEN);	  
	}
      else
	strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
    }
#endif
%}
function _struct_old_s
    str[strlen(str)-1] = 0;

%}

function _dup3_flag_str (f)

%{ /* pure */

#ifdef O_CLOEXEC

	if (THIS->f == O_CLOEXEC)

		strlcpy (THIS->__retvalue, "O_CLOEXEC", MAXSTRINGLEN);

	else

#endif

		strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

%}

function _shmat_flags_str (f)

%{ /* pure */

	_stp_lookup_or_str(_stp_shmat_list, THIS->f, THIS->__retvalue, MAXSTRINGLEN);

%}

function _mprotect_prot_str (prot)

%{ /* pure */

	_stp_lookup_or_str(_stp_mprotect_list, THIS->prot, THIS->__retvalue, MAXSTRINGLEN);

%}

function _mmap_flags (flags)

%{ /* pure */

	_stp_lookup_or_str(_stp_mmap_list, THIS->flags, THIS->__retvalue, MAXSTRINGLEN);

%}

function get_mmap_args (args)

%{ /* pure */

#if defined (__x86_64__) || defined (__ia64__)

	struct mmap_arg_struct {

		unsigned int addr;

		unsigned int len;

		unsigned int prot;

		unsigned int flags;

		int fd;

		unsigned int offset;

	} a;

#else

	struct mmap_arg_struct {

		unsigned long addr;

		unsigned long len;

		unsigned long prot;

		unsigned long flags;

		long fd;

		unsigned long offset;

	} a;

#endif



	if(_stp_copy_from_user((char *)&a,(char *)(unsigned long)THIS->args, sizeof(a))== 0) {

		int len;

		_stp_snprintf(THIS->__retvalue, MAXSTRINGLEN, "0x%lx, %ld, ", (long)a.addr, (long)a.len);

		_stp_lookup_or_str(_stp_mprotect_list, a.prot, THIS->__retvalue, MAXSTRINGLEN);

		strlcat (THIS->__retvalue, ", ", MAXSTRINGLEN);

		_stp_lookup_or_str(_stp_mmap_list, a.flags, THIS->__retvalue, MAXSTRINGLEN);

		strlcat (THIS->__retvalue, ", ", MAXSTRINGLEN);

		len = strlen(THIS->__retvalue);

		_stp_snprintf(THIS->__retvalue + len, MAXSTRINGLEN - len, "%ld, %ld", (long)a.fd, (long)a.offset);

	} else

		strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

%}

function _sighandler_str (uaddr)

%{ /* pure */

	static const _stp_val_array const _stp_sa_handler_list[] = {

		{0, "SIG_DFL"},

		{1, "SIG_IGN"},

		{0, NULL}

	};

	_stp_lookup_str(_stp_sa_handler_list, (long)THIS->uaddr, THIS->__retvalue, MAXSTRINGLEN);

%}

function _struct_sigaction_u (uaddr)

%{ /* pure */

  struct sigaction act;

  char *ptr = (char *)(unsigned long)THIS->uaddr;

  

  if (ptr == NULL)

    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

  else

    {

      if(_stp_copy_from_user((char*)&act, ptr,

			     sizeof(struct sigaction)) == 0)

	_stp_sigaction_str(&act, THIS->__retvalue, MAXSTRINGLEN);

      else

	strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

    }

%}

function _struct_sigaction32_u (uaddr)

%{ /* pure */

#ifdef CONFIG_COMPAT

#include <linux/compat.h>

  

  // There seems to be no public cross arch header that defines this.

  // For x86, you can find it in asm/ia32.h.  For s390x, it is defined

  // in a private header.

  struct sigaction32 {

    compat_uptr_t  sa_handler;

    unsigned int sa_flags;

    unsigned int sa_restorer;       /* Another 32 bit pointer */

    compat_sigset_t sa_mask;        /* A 32 bit mask */

  };

  

  struct sigaction32 act32;

  char *ptr = (char *)(unsigned long)THIS->uaddr;

  

  if (ptr == NULL)

    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

  else

    {

      if(_stp_copy_from_user((char*)&act32, ptr,

			     sizeof(struct sigaction32)) == 0)

	{

	  struct sigaction act;



	  act.sa_handler = (void *)compat_ptr(act32.sa_handler);

	  act.sa_flags = (unsigned long)act32.sa_flags;

	  act.sa_restorer = (void *)compat_ptr(act32.sa_restorer);



	  /* swap words around to get right endian order. */

	  switch (_NSIG_WORDS)

	    {

	    case 4: act.sa_mask.sig[3] = act32.sa_mask.sig[6]

		| (((long)act32.sa_mask.sig[7]) << 32);

	    case 3: act.sa_mask.sig[2] = act32.sa_mask.sig[4]

		| (((long)act32.sa_mask.sig[5]) << 32);

	    case 2: act.sa_mask.sig[1] = act32.sa_mask.sig[2]

		| (((long)act32.sa_mask.sig[3]) << 32);

	    case 1: act.sa_mask.sig[0] = act32.sa_mask.sig[0]

		| (((long)act32.sa_mask.sig[1]) << 32);

	    }



	  _stp_sigaction_str(&act, THIS->__retvalue, MAXSTRINGLEN);	  

	}

      else

	strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

    }

#endif

%}
igaction32_u (uaddr)
%{ /* pure */
#ifdef CONFIG_COMPAT
#include <linux/compat.h>

  // There seems to be no public cross arch header that defines this.
  // For x86, you can find it in asm/ia32.h.  For s390x, it is defined
  // in a private header.
  struct old_sigaction32 {
    compat_uptr_t  sa_handler;
    compat_old_sigset_t sa_mask;    /* A 32 bit mask */
    unsigned int sa_flags;
    unsigned int sa_restorer;       /* Another 32 bit pointer */
  };

  struct old_sigaction32 act32;
  char *ptr = (char *)(unsigned long)THIS->uaddr;
  
  if (ptr == NULL)
    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
  else
    {
      if(_stp_copy_from_user((char*)&act32, ptr,
			     sizeof(struct old_sigaction32)) == 0)
	{
	  struct sigaction act;

	  act.sa_handler = (void *)compat_ptr(act32.sa_handler);
	  act.sa_restorer = (void *)compat_ptr(act32.sa_restorer);
	  act.sa_flags = (unsigned long)act32.sa_flags;
	  siginitset(&act.sa_mask, act32.sa_mask);
	  _stp_sigaction_str(&act, THIS->__retvalue, MAXSTRINGLEN);	  
	}
      else
	strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);
    }
#endif
%}
function irqflags_str (f)
%{ /* pure */
	_stp_lookup_or_str(_stp_irq_list, THIS->f, THIS->__retvalue, MAXSTRINGLEN);
%}

# file /usr/local/share/systemtap/tapset/context-symbols.stp
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}function print_stack (stk)
%{
	char *ptr = THIS->stk;
	char *tok = strsep(&ptr, " ");
	while (tok && *tok) {
		_stp_print_char(' ');
		_stp_symbol_print (simple_strtol(tok, NULL, 16));
		_stp_print_char('\n');
		tok = strsep(&ptr, " ");
	}
%}
function probefunc ()
%{ /* pure */
	char *ptr, *start;

	start = strstr(CONTEXT->probe_point, "function(\"");
	ptr = start + 10; 
	if (!start) {
		start = strstr(CONTEXT->probe_point, "inline(\"");
		ptr = start + 8;
	}

	if (start) {
		int len = MAXSTRINGLEN;
		char *dst = THIS->__retvalue;
		while (*ptr != '@' && *ptr != '"' && --len > 0 && *ptr)
			*dst++ = *ptr++;
		*dst = 0;

	} else if (CONTEXT->regs &&
#if defined (__ia64__)
		((unsigned long)REG_IP(CONTEXT->regs) >= (unsigned long)KERNEL_START)) {
#else
		((unsigned long)REG_IP(CONTEXT->regs) >= (unsigned long)PAGE_OFFSET)) {
#endif
		_stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, REG_IP(CONTEXT->regs), current, 0);
       	         if (THIS->__retvalue[0] == '.')  /* powerpc symbol has a dot*/
       	         	strlcpy(THIS->__retvalue,THIS->__retvalue + 1,MAXSTRINGLEN);
	} else {
		THIS->__retvalue[0] = '\0';
	}
%}
function probemod ()
%{ /* pure */
	char *ptr, *start;

	start = strstr(CONTEXT->probe_point, "module(\"");
	ptr = start + 8;

	if (start) {
		int len = MAXSTRINGLEN;
		char *dst = THIS->__retvalue;
		while (*ptr != '"' && --len && *ptr)
			*dst++ = *ptr++;
		*dst = 0;
	} else if (CONTEXT->regs) {
		struct _stp_module *m;
		m = _stp_mod_sec_lookup (REG_IP(CONTEXT->regs), current, NULL, NULL);
		if (m && m->name)
			strlcpy (THIS->__retvalue, m->name, MAXSTRINGLEN);
		else
			strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);
	} else
		strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);
%}
function modname (addr)
%{ /* pure */
	struct _stp_module *m;
	m = _stp_mod_sec_lookup (THIS->addr, current, NULL, NULL);
	if (m && m->name)
          strlcpy (THIS->__retvalue, m->name, MAXSTRINGLEN);
	else
	  strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);
%}
function symname (addr)
%{ /* pure */
	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,
			     NULL, 0);
%}
function symdata (addr)
%{ /* pure */
	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,
			     NULL, 1);
%}

# file /usr/local/share/systemtap/tapset/context-unwind.stp
%{
#ifndef STP_NEED_UNWIND_DATA
#define STP_NEED_UNWIND_DATA 1
#endif
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}function print_backtrace ()
%{
	if (CONTEXT->regs) {
		_stp_stack_print(CONTEXT->regs, 1, CONTEXT->pi, MAXTRACE, NULL, NUL
function _struct_old_sigaction32_u (uaddr)

%{ /* pure */

#ifdef CONFIG_COMPAT

#include <linux/compat.h>



  // There seems to be no public cross arch header that defines this.

  // For x86, you can find it in asm/ia32.h.  For s390x, it is defined

  // in a private header.

  struct old_sigaction32 {

    compat_uptr_t  sa_handler;

    compat_old_sigset_t sa_mask;    /* A 32 bit mask */

    unsigned int sa_flags;

    unsigned int sa_restorer;       /* Another 32 bit pointer */

  };



  struct old_sigaction32 act32;

  char *ptr = (char *)(unsigned long)THIS->uaddr;

  

  if (ptr == NULL)

    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

  else

    {

      if(_stp_copy_from_user((char*)&act32, ptr,

			     sizeof(struct old_sigaction32)) == 0)

	{

	  struct sigaction act;



	  act.sa_handler = (void *)compat_ptr(act32.sa_handler);

	  act.sa_restorer = (void *)compat_ptr(act32.sa_restorer);

	  act.sa_flags = (unsigned long)act32.sa_flags;

	  siginitset(&act.sa_mask, act32.sa_mask);

	  _stp_sigaction_str(&act, THIS->__retvalue, MAXSTRINGLEN);	  

	}

      else

	strlcpy (THIS->__retvalue, "UNKNOWN", MAXSTRINGLEN);

    }

#endif

%}

function irqflags_str (f)

%{ /* pure */

	_stp_lookup_or_str(_stp_irq_list, THIS->f, THIS->__retvalue, MAXSTRINGLEN);

%}



# file /usr/local/share/systemtap/tapset/context-symbols.stp

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}function print_stack (stk)

%{

	char *ptr = THIS->stk;

	char *tok = strsep(&ptr, " ");

	while (tok && *tok) {

		_stp_print_char(' ');

		_stp_symbol_print (simple_strtol(tok, NULL, 16));

		_stp_print_char('\n');

		tok = strsep(&ptr, " ");

	}

%}

function probefunc ()

%{ /* pure */

	char *ptr, *start;



	start = strstr(CONTEXT->probe_point, "function(\"");

	ptr = start + 10; 

	if (!start) {

		start = strstr(CONTEXT->probe_point, "inline(\"");

		ptr = start + 8;

	}



	if (start) {

		int len = MAXSTRINGLEN;

		char *dst = THIS->__retvalue;

		while (*ptr != '@' && *ptr != '"' && --len > 0 && *ptr)

			*dst++ = *ptr++;

		*dst = 0;



	} else if (CONTEXT->regs &&

#if defined (__ia64__)

		((unsigned long)REG_IP(CONTEXT->regs) >= (unsigned long)KERNEL_START)) {

#else

		((unsigned long)REG_IP(CONTEXT->regs) >= (unsigned long)PAGE_OFFSET)) {

#endif

		_stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, REG_IP(CONTEXT->regs), current, 0);

       	         if (THIS->__retvalue[0] == '.')  /* powerpc symbol has a dot*/

       	         	strlcpy(THIS->__retvalue,THIS->__retvalue + 1,MAXSTRINGLEN);

	} else {

		THIS->__retvalue[0] = '\0';

	}

%}

function probemod ()

%{ /* pure */

	char *ptr, *start;



	start = strstr(CONTEXT->probe_point, "module(\"");

	ptr = start + 8;



	if (start) {

		int len = MAXSTRINGLEN;

		char *dst = THIS->__retvalue;

		while (*ptr != '"' && --len && *ptr)

			*dst++ = *ptr++;

		*dst = 0;

	} else if (CONTEXT->regs) {

		struct _stp_module *m;

		m = _stp_mod_sec_lookup (REG_IP(CONTEXT->regs), current, NULL, NULL);

		if (m && m->name)

			strlcpy (THIS->__retvalue, m->name, MAXSTRINGLEN);

		else

			strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);

	} else

		strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);

%}

function modname (addr)

%{ /* pure */

	struct _stp_module *m;

	m = _stp_mod_sec_lookup (THIS->addr, current, NULL, NULL);

	if (m && m->name)

          strlcpy (THIS->__retvalue, m->name, MAXSTRINGLEN);

	else

	  strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);

%}

function symname (addr)

%{ /* pure */

	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,

			     NULL, 0);

%}

function symdata (addr)

%{ /* pure */

	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,

			     NULL, 1);

%}



# file /usr/local/share/systemtap/tapset/context-unwind.stp

%{

#ifndef STP_NEED_UNWIND_DATA

#define STP_NEED_UNWIND_DATA 1

#endif

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}function print_backtrace ()

%{

	if (CONTEXT->regs) {
L);
	} else {
		_stp_printf("Systemtap probe: %s\n", CONTEXT->probe_point);
	}
%}
function backtrace ()
%{ /* pure */
	if (CONTEXT->regs)
		_stp_stack_snprint (THIS->__retvalue, MAXSTRINGLEN, CONTEXT->regs, 0, CONTEXT->pi, MAXTRACE, NULL, NULL);
	else 
		strlcpy (THIS->__retvalue, "", MAXSTRINGLEN);
%}
function task_backtrace (task)
%{ /* pure */
	 _stp_stack_snprint_tsk(THIS->__retvalue, MAXSTRINGLEN,
		(struct task_struct *)(unsigned long)THIS->task, 0, MAXTRACE);
%}
function caller ()
{
return sprintf("%s 0x%x", symname(caller_addr()), caller_addr())
}
function caller_addr ()
%{ /* pure */
        if (CONTEXT->pi)
		THIS->__retvalue = (int64_t)(long)_stp_ret_addr_r(CONTEXT->pi);
        else
		THIS->__retvalue = 0;
%}

# file /usr/local/share/systemtap/tapset/context.stp
%{
#include <asm/processor.h>

#if !defined(task_pt_regs)
#if defined(__powerpc__)
#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)
#endif
#if defined(__x86_64__)
#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)
#endif
#endif
%}function print_regs ()
%{
	if (CONTEXT->regs) {
		_stp_print_regs (CONTEXT->regs);
	}
%}
function execname ()
%{ /* pure */ /* unprivileged */
	strlcpy (THIS->__retvalue, current->comm, MAXSTRINGLEN);
%}
function pid ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = current->tgid;
%}
function tid ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = current->pid;
%}
function ppid ()
%{ /* pure */ /* unprivileged */
#if defined(STAPCONF_REAL_PARENT)
	THIS->__retvalue = current->real_parent->tgid;
#else
	THIS->__retvalue = current->parent->tgid;
#endif
%}
function pgrp ()
%{ /* pure */ /* unprivileged */
#if LINUX_VERSION_CODE < KERNEL_VERSION(2, 6, 24)
	struct signal_struct *ss = kread( &(current->signal) );
	THIS->__retvalue = kread ( &(ss->pgrp) );
	CATCH_DEREF_FAULT();
#else
	THIS->__retvalue = task_pgrp_nr_ns(current, &init_pid_ns);
#endif
%}
function sid ()
%{ /* pure */ /* unprivileged */
#if LINUX_VERSION_CODE < KERNEL_VERSION(2, 6, 24)
	struct signal_struct *ss = kread( &(current->signal) );
	THIS->__retvalue = kread ( &(ss->session) );
	CATCH_DEREF_FAULT();
#else
	THIS->__retvalue = task_session_nr_ns(current, &init_pid_ns);
#endif
%}
function pexecname ()
%{ /* pure */ /* unprivileged */
#if defined(STAPCONF_REAL_PARENT)
	strlcpy (THIS->__retvalue, current->real_parent->comm, MAXSTRINGLEN);
#else
	strlcpy (THIS->__retvalue, current->parent->comm, MAXSTRINGLEN);
#endif
%}
function gid ()
%{ /* pure */ /* unprivileged */
#ifdef STAPCONF_TASK_UID
	THIS->__retvalue = current->gid;
#else
	THIS->__retvalue = current_gid();
#endif
%}
function egid ()
%{ /* pure */ /* unprivileged */
#ifdef STAPCONF_TASK_UID
	THIS->__retvalue = current->egid;
#else
	THIS->__retvalue = current_egid();
#endif
%}
function uid ()
%{ /* pure */ /* unprivileged */
#ifdef STAPCONF_TASK_UID
	THIS->__retvalue = current->uid;
#else
	THIS->__retvalue = current_uid();
#endif
%}
function euid ()
%{ /* pure */ /* unprivileged */
#ifdef STAPCONF_TASK_UID
	THIS->__retvalue = current->euid;
#else
	THIS->__retvalue = current_euid();
#endif
%}
function is_myproc ()
%{ /* pure */ /* unprivileged */
        THIS->__retvalue = is_myproc();
%}
function cpuid ()
%{ /* pure */
	THIS->__retvalue = smp_processor_id();
%}
function cpu ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = smp_processor_id();
%}
function pp ()
%{ /* pure */ /* unprivileged */
	strlcpy (THIS->__retvalue, CONTEXT->probe_point, MAXSTRINGLEN);
%}
function registers_valid ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = (CONTEXT->regs != NULL);
%}
function user_mode ()
%{ /* pure */ /* unprivileged */
  if (CONTEXT->regs) {
#if (defined(__i386__) || defined(__x86_64__)) && (LINUX_VERSION_CODE >= KERNEL_VERSION(2, 6, 13))
    THIS->__retvalue = (uint64_t) user_mode_vm (CONTEXT->regs);
#else
    THIS->__retvalue = (uint64_t) user_mode (CONTEXT->regs);
#endif
  } else {
    THIS->__ret
		_stp_stack_print(CONTEXT->regs, 1, CONTEXT->pi, MAXTRACE, NULL, NULL);

	} else {

		_stp_printf("Systemtap probe: %s\n", CONTEXT->probe_point);

	}

%}

function backtrace ()

%{ /* pure */

	if (CONTEXT->regs)

		_stp_stack_snprint (THIS->__retvalue, MAXSTRINGLEN, CONTEXT->regs, 0, CONTEXT->pi, MAXTRACE, NULL, NULL);

	else 

		strlcpy (THIS->__retvalue, "", MAXSTRINGLEN);

%}

function task_backtrace (task)

%{ /* pure */

	 _stp_stack_snprint_tsk(THIS->__retvalue, MAXSTRINGLEN,

		(struct task_struct *)(unsigned long)THIS->task, 0, MAXTRACE);

%}

function caller ()

{

return sprintf("%s 0x%x", symname(caller_addr()), caller_addr())

}

function caller_addr ()

%{ /* pure */

        if (CONTEXT->pi)

		THIS->__retvalue = (int64_t)(long)_stp_ret_addr_r(CONTEXT->pi);

        else

		THIS->__retvalue = 0;

%}



# file /usr/local/share/systemtap/tapset/context.stp

%{

#include <asm/processor.h>



#if !defined(task_pt_regs)

#if defined(__powerpc__)

#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)

#endif

#if defined(__x86_64__)

#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)

#endif

#endif

%}function print_regs ()

%{

	if (CONTEXT->regs) {

		_stp_print_regs (CONTEXT->regs);

	}

%}

function execname ()

%{ /* pure */ /* unprivileged */

	strlcpy (THIS->__retvalue, current->comm, MAXSTRINGLEN);

%}

function pid ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = current->tgid;

%}

function tid ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = current->pid;

%}

function ppid ()

%{ /* pure */ /* unprivileged */

#if defined(STAPCONF_REAL_PARENT)

	THIS->__retvalue = current->real_parent->tgid;

#else

	THIS->__retvalue = current->parent->tgid;

#endif

%}

function pgrp ()

%{ /* pure */ /* unprivileged */

#if LINUX_VERSION_CODE < KERNEL_VERSION(2, 6, 24)

	struct signal_struct *ss = kread( &(current->signal) );

	THIS->__retvalue = kread ( &(ss->pgrp) );

	CATCH_DEREF_FAULT();

#else

	THIS->__retvalue = task_pgrp_nr_ns(current, &init_pid_ns);

#endif

%}

function sid ()

%{ /* pure */ /* unprivileged */

#if LINUX_VERSION_CODE < KERNEL_VERSION(2, 6, 24)

	struct signal_struct *ss = kread( &(current->signal) );

	THIS->__retvalue = kread ( &(ss->session) );

	CATCH_DEREF_FAULT();

#else

	THIS->__retvalue = task_session_nr_ns(current, &init_pid_ns);

#endif

%}

function pexecname ()

%{ /* pure */ /* unprivileged */

#if defined(STAPCONF_REAL_PARENT)

	strlcpy (THIS->__retvalue, current->real_parent->comm, MAXSTRINGLEN);

#else

	strlcpy (THIS->__retvalue, current->parent->comm, MAXSTRINGLEN);

#endif

%}

function gid ()

%{ /* pure */ /* unprivileged */

#ifdef STAPCONF_TASK_UID

	THIS->__retvalue = current->gid;

#else

	THIS->__retvalue = current_gid();

#endif

%}

function egid ()

%{ /* pure */ /* unprivileged */

#ifdef STAPCONF_TASK_UID

	THIS->__retvalue = current->egid;

#else

	THIS->__retvalue = current_egid();

#endif

%}

function uid ()

%{ /* pure */ /* unprivileged */

#ifdef STAPCONF_TASK_UID

	THIS->__retvalue = current->uid;

#else

	THIS->__retvalue = current_uid();

#endif

%}

function euid ()

%{ /* pure */ /* unprivileged */

#ifdef STAPCONF_TASK_UID

	THIS->__retvalue = current->euid;

#else

	THIS->__retvalue = current_euid();

#endif

%}

function is_myproc ()

%{ /* pure */ /* unprivileged */

        THIS->__retvalue = is_myproc();

%}

function cpuid ()

%{ /* pure */

	THIS->__retvalue = smp_processor_id();

%}

function cpu ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = smp_processor_id();

%}

function pp ()

%{ /* pure */ /* unprivileged */

	strlcpy (THIS->__retvalue, CONTEXT->probe_point, MAXSTRINGLEN);

%}

function registers_valid ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = (CONTEXT->regs != NULL);

%}

function user_mode ()

%{ /* pure */ /* unprivileged */

  if (CONTEXT->regs) {

#if (defined(__i386__) || defined(__x86_64__)) && (LINUX_VERSION_CODE >= KERNEL_VERSION(2, 6, 13))

    THIS->__retvalue = (uint64_t) user_mode_vm (CONTEXT->regs);

#else

    THIS->__retvalue = (uint64_t) user_mode (CONTEXT->regs);

#endif

  } else {
value = 0;
  }
%}
function is_return ()
%{ /* pure */
	if (CONTEXT->pi)
		THIS->__retvalue = 1;
	else
		THIS->__retvalue = 0;
%}
function target ()
%{ /* pure */ /* unprivileged */
        THIS->__retvalue = _stp_target;
%}
function module_name ()
%{ /* pure */ /* unprivileged */
	strlcpy(THIS->__retvalue, THIS_MODULE->name, MAXSTRINGLEN);
%}
function stp_pid ()
%{ /* pure */
        THIS->__retvalue = _stp_pid;
%}
function stack_size ()
%{ /* pure */
        THIS->__retvalue = THREAD_SIZE;
%}
function stack_used ()
%{ /* pure */
	char a;
        THIS->__retvalue = THREAD_SIZE - ((long)&a & (THREAD_SIZE-1));
%}
function stack_unused ()
%{ /* pure */
	char a;
        THIS->__retvalue = (long)&a & (THREAD_SIZE-1);
%}
function uaddr ()
%{ /* pure */ /* unprivileged */
  int64_t addr = 0;
  assert_is_myproc();
  if (current->mm)
    {
      struct pt_regs *uregs;
      uregs = task_pt_regs(current);
      if (uregs)
        addr = (int64_t) REG_IP(uregs);
    }
  THIS->__retvalue = addr;
%}
function cmdline_args (n, m, delim)
{
(args) = ("")
(mm) = (@cast(task_current(), "task_struct", "kernel<linux/sched.h>")->mm)
if (mm) {
(arg_start) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->arg_start)
(arg_end) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->arg_end)
if (((arg_start) != (0)) && ((arg_end) != (0))) {
(nr) = (0)
(len) = ((arg_end) - (arg_start))
(arg) = (user_string2(arg_start, ""))
for (; ((arg) != ("")) && ((len) > (0)); ) {
if ((nr) == (n)) (args) = (arg)
else if ((nr) > (n)) (args) .= ((delim) . (arg))


(arg_len) = (strlen(arg))
(arg_start) += ((arg_len) + (1))
(len) -= ((arg_len) + (1))
if (((len) > (0)) && ((nr) != (m))) (arg) = (user_string2(arg_start, ""))
else (arg) = ("")

(nr)++
}
}

}

return args
}
function cmdline_arg (n)
{
return cmdline_args(n, n, "")
}
function cmdline_str ()
{
return cmdline_args(0, -(1), " ")
}
function env_var (name)
{
if ((name) == ("")) return ""

(env_value) = ("")
(mm) = (@cast(task_current(), "task_struct", "kernel<linux/sched.h>")->mm)
if (mm) {
(env_start) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->env_start)
(env_end) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->env_end)
if (((env_start) != (0)) && ((env_end) != (0))) {
(len) = ((env_end) - (env_start))
(cur) = (user_string2(env_start, ""))
(env_name) = (tokenize(cur, "="))
for (; ((env_name) != (name)) && ((len) > (0)); ) {
(env_len) = (strlen(cur))
(env_start) += ((env_len) + (1))
(len) -= ((env_len) + (1))
if ((len) > (0)) {
(cur) = (user_string2(env_start, ""))
(env_name) = (tokenize(cur, "="))
}
else (env_name) = ("")

}
if ((len) > (0)) (env_value) = (tokenize("", ""))

}

}

return env_value
}

# file /usr/local/share/systemtap/tapset/conversions-guru.stp
function set_kernel_string (addr, val)
%{ /* guru */
  store_deref_string (THIS->val, THIS->addr, MAXSTRINGLEN);
  if (0) {
deref_fault: /* branched to from store_deref_string() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function set_kernel_string_n (addr, n, val)
%{ /* guru */
  int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);
  store_deref_string (THIS->val, THIS->addr, len);
  if (0) {
deref_fault: /* branched to from store_deref_string() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function set_kernel_long (addr, val)
%{ /* guru */
  kwrite((long *) (intptr_t) THIS->addr, THIS->val);
  if (0) {
deref_fault: /* branched to from kwrite() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel long copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function set_kernel_int
    THIS->__retvalue = 0;

  }

%}

function is_return ()

%{ /* pure */

	if (CONTEXT->pi)

		THIS->__retvalue = 1;

	else

		THIS->__retvalue = 0;

%}

function target ()

%{ /* pure */ /* unprivileged */

        THIS->__retvalue = _stp_target;

%}

function module_name ()

%{ /* pure */ /* unprivileged */

	strlcpy(THIS->__retvalue, THIS_MODULE->name, MAXSTRINGLEN);

%}

function stp_pid ()

%{ /* pure */

        THIS->__retvalue = _stp_pid;

%}

function stack_size ()

%{ /* pure */

        THIS->__retvalue = THREAD_SIZE;

%}

function stack_used ()

%{ /* pure */

	char a;

        THIS->__retvalue = THREAD_SIZE - ((long)&a & (THREAD_SIZE-1));

%}

function stack_unused ()

%{ /* pure */

	char a;

        THIS->__retvalue = (long)&a & (THREAD_SIZE-1);

%}

function uaddr ()

%{ /* pure */ /* unprivileged */

  int64_t addr = 0;

  assert_is_myproc();

  if (current->mm)

    {

      struct pt_regs *uregs;

      uregs = task_pt_regs(current);

      if (uregs)

        addr = (int64_t) REG_IP(uregs);

    }

  THIS->__retvalue = addr;

%}

function cmdline_args (n, m, delim)

{

(args) = ("")

(mm) = (@cast(task_current(), "task_struct", "kernel<linux/sched.h>")->mm)

if (mm) {

(arg_start) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->arg_start)

(arg_end) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->arg_end)

if (((arg_start) != (0)) && ((arg_end) != (0))) {

(nr) = (0)

(len) = ((arg_end) - (arg_start))

(arg) = (user_string2(arg_start, ""))

for (; ((arg) != ("")) && ((len) > (0)); ) {

if ((nr) == (n)) (args) = (arg)

else if ((nr) > (n)) (args) .= ((delim) . (arg))





(arg_len) = (strlen(arg))

(arg_start) += ((arg_len) + (1))

(len) -= ((arg_len) + (1))

if (((len) > (0)) && ((nr) != (m))) (arg) = (user_string2(arg_start, ""))

else (arg) = ("")



(nr)++

}

}



}



return args

}

function cmdline_arg (n)

{

return cmdline_args(n, n, "")

}

function cmdline_str ()

{

return cmdline_args(0, -(1), " ")

}

function env_var (name)

{

if ((name) == ("")) return ""



(env_value) = ("")

(mm) = (@cast(task_current(), "task_struct", "kernel<linux/sched.h>")->mm)

if (mm) {

(env_start) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->env_start)

(env_end) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->env_end)

if (((env_start) != (0)) && ((env_end) != (0))) {

(len) = ((env_end) - (env_start))

(cur) = (user_string2(env_start, ""))

(env_name) = (tokenize(cur, "="))

for (; ((env_name) != (name)) && ((len) > (0)); ) {

(env_len) = (strlen(cur))

(env_start) += ((env_len) + (1))

(len) -= ((env_len) + (1))

if ((len) > (0)) {

(cur) = (user_string2(env_start, ""))

(env_name) = (tokenize(cur, "="))

}

else (env_name) = ("")



}

if ((len) > (0)) (env_value) = (tokenize("", ""))



}



}



return env_value

}



# file /usr/local/share/systemtap/tapset/conversions-guru.stp

function set_kernel_string (addr, val)

%{ /* guru */

  store_deref_string (THIS->val, THIS->addr, MAXSTRINGLEN);

  if (0) {

deref_fault: /* branched to from store_deref_string() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function set_kernel_string_n (addr, n, val)

%{ /* guru */

  int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);

  store_deref_string (THIS->val, THIS->addr, len);

  if (0) {

deref_fault: /* branched to from store_deref_string() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function set_kernel_long (addr, val)

%{ /* guru */

  kwrite((long *) (intptr_t) THIS->addr, THIS->val);

  if (0) {

deref_fault: /* branched to from kwrite() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel long copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}
 (addr, val)
%{ /* guru */
  kwrite((int *) (intptr_t) THIS->addr, THIS->val);
  if (0) {
deref_fault: /* branched to from kwrite() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel int copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function set_kernel_short (addr, val)
%{ /* guru */
  kwrite((short *) (intptr_t) THIS->addr, THIS->val);
  if (0) {
deref_fault: /* branched to from kwrite() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel short copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function set_kernel_char (addr, val)
%{ /* guru */
  kwrite((char *) (intptr_t) THIS->addr, THIS->val);
  if (0) {
deref_fault: /* branched to from kwrite() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel char copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function set_kernel_pointer (addr, val)
%{ /* guru */
  kwrite((void **) (uintptr_t) THIS->addr, (uintptr_t)THIS->val);
  if (0) {
deref_fault: /* branched to from kwrite() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel pointer copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}

# file /usr/local/share/systemtap/tapset/conversions.stp
function kernel_string (addr)
%{ /* pure */
  char *destination = THIS->__retvalue;
  deref_string (destination, THIS->addr, MAXSTRINGLEN);
  if (0) {
deref_fault: /* branched to from deref_string() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function kernel_string2 (addr, err_msg)
{
try {
{
return kernel_string(addr)
}
} catch {
{
return err_msg
}
}

}
function kernel_string_n (addr, n)
%{ /* pure */
  char *destination = THIS->__retvalue;
  int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);
  deref_string (destination, THIS->addr, len);
  if (0) {
deref_fault: /* branched to from deref_string() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function kernel_long (addr)
%{ /* pure */
  THIS->__retvalue = kread((long *) (intptr_t) THIS->addr);
  if (0) {
deref_fault: /* branched to from kread() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel long copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function kernel_int (addr)
%{ /* pure */
  THIS->__retvalue = kread((int *) (intptr_t) THIS->addr);
  if (0) {
deref_fault: /* branched to from kread() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel int copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function kernel_short (addr)
%{ /* pure */
  THIS->__retvalue = kread((short *) (intptr_t) THIS->addr);
  if (0) {
deref_fault: /* branched to from kread() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel short copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function kernel_char (addr)
%{ /* pure */
  THIS->__retvalue = kread((char *) (intptr_t) THIS->addr);
  if (0) {
deref_fault: /* branched to from kread() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel char copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function kernel_pointer (addr)
%{ /* pure */
  THIS->__retvalue = (uintp
function set_kernel_int (addr, val)

%{ /* guru */

  kwrite((int *) (intptr_t) THIS->addr, THIS->val);

  if (0) {

deref_fault: /* branched to from kwrite() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel int copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function set_kernel_short (addr, val)

%{ /* guru */

  kwrite((short *) (intptr_t) THIS->addr, THIS->val);

  if (0) {

deref_fault: /* branched to from kwrite() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel short copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function set_kernel_char (addr, val)

%{ /* guru */

  kwrite((char *) (intptr_t) THIS->addr, THIS->val);

  if (0) {

deref_fault: /* branched to from kwrite() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel char copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function set_kernel_pointer (addr, val)

%{ /* guru */

  kwrite((void **) (uintptr_t) THIS->addr, (uintptr_t)THIS->val);

  if (0) {

deref_fault: /* branched to from kwrite() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel pointer copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}



# file /usr/local/share/systemtap/tapset/conversions.stp

function kernel_string (addr)

%{ /* pure */

  char *destination = THIS->__retvalue;

  deref_string (destination, THIS->addr, MAXSTRINGLEN);

  if (0) {

deref_fault: /* branched to from deref_string() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function kernel_string2 (addr, err_msg)

{

try {

{

return kernel_string(addr)

}

} catch {

{

return err_msg

}

}



}

function kernel_string_n (addr, n)

%{ /* pure */

  char *destination = THIS->__retvalue;

  int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);

  deref_string (destination, THIS->addr, len);

  if (0) {

deref_fault: /* branched to from deref_string() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel string copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function kernel_long (addr)

%{ /* pure */

  THIS->__retvalue = kread((long *) (intptr_t) THIS->addr);

  if (0) {

deref_fault: /* branched to from kread() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel long copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function kernel_int (addr)

%{ /* pure */

  THIS->__retvalue = kread((int *) (intptr_t) THIS->addr);

  if (0) {

deref_fault: /* branched to from kread() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel int copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function kernel_short (addr)

%{ /* pure */

  THIS->__retvalue = kread((short *) (intptr_t) THIS->addr);

  if (0) {

deref_fault: /* branched to from kread() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel short copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function kernel_char (addr)

%{ /* pure */

  THIS->__retvalue = kread((char *) (intptr_t) THIS->addr);

  if (0) {

deref_fault: /* branched to from kread() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel char copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function kernel_pointer (addr)

%{ /* pure */
tr_t) kread((void **) (uintptr_t) THIS->addr);
  if (0) {
deref_fault: /* branched to from kread() */
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "kernel pointer copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);
    CONTEXT->last_error = CONTEXT->error_buffer;
  }
%}
function user_string (addr)
{
return user_string2(addr, "<unknown>")
}
function user_string2 (addr, err_msg)
%{ /* pure */ /* unprivileged */
  assert_is_myproc();
  if (_stp_strncpy_from_user (THIS->__retvalue, 
        (const char __user*) (uintptr_t) THIS->addr,
        MAXSTRINGLEN) < 0)
    strlcpy (THIS->__retvalue, THIS->err_msg, MAXSTRINGLEN);
%}
function user_string_warn (addr)
%{ /* pure */ /* unprivileged */
  long rc;
  assert_is_myproc();
  rc = _stp_strncpy_from_user (THIS->__retvalue,
      (const char __user*) (uintptr_t) THIS->addr, MAXSTRINGLEN);
  if (rc < 0) {
    // NB: using error_buffer to get local space for the warning, but we're
    // not aborting, so leave last_error alone.
    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
        "user string copy fault %ld at %p", rc,
        (void *) (uintptr_t) THIS->addr);
    _stp_warn(CONTEXT->error_buffer);
    strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);
  }
%}
function user_string_quoted (addr)
%{ /* pure */ /* unprivileged */
  assert_is_myproc();
  if (THIS->addr == 0)	
    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);
  else
    /* XXX: stp_text_str uses sleepy __get_user() => unsafe ?!  */
    _stp_text_str(THIS->__retvalue, (char *)(uintptr_t)THIS->addr,
        MAXSTRINGLEN, 1, 1);
%}
function user_string_n (addr, n)
{
return user_string_n2(addr, n, "<unknown>")
}
function user_string_n2 (addr, n, err_msg)
%{ /* pure */ /* unprivileged */
	int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);
        assert_is_myproc();
	if (_stp_strncpy_from_user(THIS->__retvalue,
				(char __user *) (uintptr_t) THIS->addr,
				len) < 0)
		strlcpy(THIS->__retvalue, THIS->err_msg, MAXSTRINGLEN);
	else
		THIS->__retvalue[len - 1] = '\0';
%}
function user_string_n_warn (addr, n)
%{ /* pure */ /* unprivileged */
	int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);
	long rc;

        assert_is_myproc();
	rc = _stp_strncpy_from_user(THIS->__retvalue,
			(char __user *) (uintptr_t) THIS->addr, len);
	if (rc < 0) {
		// NB: using error_buffer to get local space for the warning, but we're
		// not aborting, so leave last_error alone.
		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
				"user string copy fault %ld at %p", rc,
				(void *) (uintptr_t) THIS->addr);
		_stp_warn(CONTEXT->error_buffer);
		strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);
	} else
		THIS->__retvalue[len - 1] = '\0';
%}
function user_string_n_quoted (addr, n)
%{ /* pure */ /* unprivileged */
        int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);
        assert_is_myproc();
	if (THIS->addr == 0)
		strlcpy(THIS->__retvalue, "NULL", MAXSTRINGLEN);
	else
		/* XXX: stp_text_str uses sleepy __get_user() => unsafe ?!  */
		_stp_text_str(THIS->__retvalue, (char *)(uintptr_t)THIS->addr,
				len, 1, 1);
%}
function user_short (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (short *) (intptr_t) THIS->addr, sizeof(short)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (short *) (intptr_t) THIS->addr)) {
fault:
		THIS->__retvalue = 0;
	}
%}
function user_short_warn (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (short *) (intptr_t) THIS->addr, sizeof(short)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (short *) (intptr_t) THIS->addr)) {
fault:
		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
				"user short copy fault %p", (void *) (uintptr_t) THIS->addr);
		_stp_warn(CONTEXT->error_buffer);
		THIS->__retvalue = 0;
	}
%}
function user_int (addr)
%{ /* pure */ /* unprivileged */
 
  THIS->__retvalue = (uintptr_t) kread((void **) (uintptr_t) THIS->addr);

  if (0) {

deref_fault: /* branched to from kread() */

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "kernel pointer copy fault at 0x%p", (void *) (uintptr_t) THIS->addr);

    CONTEXT->last_error = CONTEXT->error_buffer;

  }

%}

function user_string (addr)

{

return user_string2(addr, "<unknown>")

}

function user_string2 (addr, err_msg)

%{ /* pure */ /* unprivileged */

  assert_is_myproc();

  if (_stp_strncpy_from_user (THIS->__retvalue, 

        (const char __user*) (uintptr_t) THIS->addr,

        MAXSTRINGLEN) < 0)

    strlcpy (THIS->__retvalue, THIS->err_msg, MAXSTRINGLEN);

%}

function user_string_warn (addr)

%{ /* pure */ /* unprivileged */

  long rc;

  assert_is_myproc();

  rc = _stp_strncpy_from_user (THIS->__retvalue,

      (const char __user*) (uintptr_t) THIS->addr, MAXSTRINGLEN);

  if (rc < 0) {

    // NB: using error_buffer to get local space for the warning, but we're

    // not aborting, so leave last_error alone.

    snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

        "user string copy fault %ld at %p", rc,

        (void *) (uintptr_t) THIS->addr);

    _stp_warn(CONTEXT->error_buffer);

    strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);

  }

%}

function user_string_quoted (addr)

%{ /* pure */ /* unprivileged */

  assert_is_myproc();

  if (THIS->addr == 0)	

    strlcpy (THIS->__retvalue, "NULL", MAXSTRINGLEN);

  else

    /* XXX: stp_text_str uses sleepy __get_user() => unsafe ?!  */

    _stp_text_str(THIS->__retvalue, (char *)(uintptr_t)THIS->addr,

        MAXSTRINGLEN, 1, 1);

%}

function user_string_n (addr, n)

{

return user_string_n2(addr, n, "<unknown>")

}

function user_string_n2 (addr, n, err_msg)

%{ /* pure */ /* unprivileged */

	int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);

        assert_is_myproc();

	if (_stp_strncpy_from_user(THIS->__retvalue,

				(char __user *) (uintptr_t) THIS->addr,

				len) < 0)

		strlcpy(THIS->__retvalue, THIS->err_msg, MAXSTRINGLEN);

	else

		THIS->__retvalue[len - 1] = '\0';

%}

function user_string_n_warn (addr, n)

%{ /* pure */ /* unprivileged */

	int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);

	long rc;



        assert_is_myproc();

	rc = _stp_strncpy_from_user(THIS->__retvalue,

			(char __user *) (uintptr_t) THIS->addr, len);

	if (rc < 0) {

		// NB: using error_buffer to get local space for the warning, but we're

		// not aborting, so leave last_error alone.

		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

				"user string copy fault %ld at %p", rc,

				(void *) (uintptr_t) THIS->addr);

		_stp_warn(CONTEXT->error_buffer);

		strlcpy (THIS->__retvalue, "<unknown>", MAXSTRINGLEN);

	} else

		THIS->__retvalue[len - 1] = '\0';

%}

function user_string_n_quoted (addr, n)

%{ /* pure */ /* unprivileged */

        int64_t len = clamp_t(int64_t, THIS->n + 1, 1, MAXSTRINGLEN);

        assert_is_myproc();

	if (THIS->addr == 0)

		strlcpy(THIS->__retvalue, "NULL", MAXSTRINGLEN);

	else

		/* XXX: stp_text_str uses sleepy __get_user() => unsafe ?!  */

		_stp_text_str(THIS->__retvalue, (char *)(uintptr_t)THIS->addr,

				len, 1, 1);

%}

function user_short (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (short *) (intptr_t) THIS->addr, sizeof(short)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (short *) (intptr_t) THIS->addr)) {

fault:

		THIS->__retvalue = 0;

	}

%}

function user_short_warn (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (short *) (intptr_t) THIS->addr, sizeof(short)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (short *) (intptr_t) THIS->addr)) {

fault:

		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

				"user short copy fault %p", (void *) (uintptr_t) THIS->addr);

		_stp_warn(CONTEXT->error_buffer);

		THIS->__retvalue = 0;

	}

%}

function user_int (addr)

%{ /* pure */ /* unprivileged */
       assert_is_myproc();
	if (!access_ok(VERIFY_READ, (int *) (intptr_t) THIS->addr, sizeof(int)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (int *) (intptr_t) THIS->addr)) {
fault:
		THIS->__retvalue = 0;
	}
%}
function user_int_warn (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (int *) (intptr_t) THIS->addr, sizeof(int)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (int *) (intptr_t) THIS->addr)) {
fault:
		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
				"user int copy fault %p", (void *) (uintptr_t) THIS->addr);
		_stp_warn(CONTEXT->error_buffer);
		THIS->__retvalue = 0;
	}
%}
function user_long (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (long *) (intptr_t) THIS->addr, sizeof(long)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (long *) (intptr_t) THIS->addr)) {
fault:
		THIS->__retvalue = 0;
	}
%}
function user_long_warn (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (long *) (intptr_t) THIS->addr, sizeof(long)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (long *) (intptr_t) THIS->addr)) {
fault:
		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
				"user long copy fault %p", (void *) (uintptr_t) THIS->addr);
		_stp_warn(CONTEXT->error_buffer);
		THIS->__retvalue = 0;
	}
%}
function user_char (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (char *) (intptr_t) THIS->addr, sizeof(char)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (char *) (intptr_t) THIS->addr)) {
fault:
		THIS->__retvalue = 0;
	}
%}
function user_char_warn (addr)
%{ /* pure */ /* unprivileged */
        assert_is_myproc();
	if (!access_ok(VERIFY_READ, (char *) (intptr_t) THIS->addr, sizeof(char)))
		goto fault;
	if (__stp_get_user(THIS->__retvalue, (char *) (intptr_t) THIS->addr)) {
fault:
		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),
				"user char copy fault %p", (void *) (uintptr_t) THIS->addr);
		_stp_warn(CONTEXT->error_buffer);
		THIS->__retvalue = 0;
	}
%}

# file /usr/local/share/systemtap/tapset/ctime.stp
function ctime (epochsecs)
%{ /* pure */

#define SECSPERMIN	60L
#define MINSPERHOUR	60L
#define HOURSPERDAY	24L
#define SECSPERHOUR	(SECSPERMIN * MINSPERHOUR)
#define SECSPERDAY	(SECSPERHOUR * HOURSPERDAY)
#define DAYSPERWEEK	7
#define MONSPERYEAR	12

#define EPOCH_YEAR      1970
#define EPOCH_WDAY      4

#define isleap(y) ((((y) % 4) == 0 && ((y) % 100) != 0) || ((y) % 400) == 0)

    static const int mon_lengths[2][MONSPERYEAR] = {
	{31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31},
	{31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31}
    } ;

    static const int year_lengths[2] = {
	365,
	366
    } ;

    static const char day_name[7][3] = {
	"Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"
    };
    static const char mon_name[12][3] = {
	"Jan", "Feb", "Mar", "Apr", "May", "Jun", 
	"Jul", "Aug", "Sep", "Oct", "Nov", "Dec"
    };

    long days, rem;
    time_t lcltime;
    int yleap;
    const int *ip;
    int tm_sec;         /* seconds */
    int tm_min;         /* minutes */
    int tm_hour;        /* hours */
    int tm_mday;        /* day of the month */
    int tm_mon;         /* month */
    int tm_year;        /* year */
    int tm_wday;        /* day of the week */

    // Check that the numer of seconds is "reasonable".
    // Otherwise (especially on 64bit machines) we will be spending
    // way too much time calculating the correct year, month and
    // day. Also we would like the returned string to always be 24 chars.
    // So cap to what can be represented normally on a 32bit machine.
    int64_t MAX_POS_SECS =  2147483647LL;
    int64_t MIN_NEG_SECS = -2147483648LL;

    if (THIS->epochsecs > MAX_POS_SECS)
      {
        strlcpy(THIS->__retvalue, "far far in the future...", MAXSTRINGLEN);
	return;
        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (int *) (intptr_t) THIS->addr, sizeof(int)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (int *) (intptr_t) THIS->addr)) {

fault:

		THIS->__retvalue = 0;

	}

%}

function user_int_warn (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (int *) (intptr_t) THIS->addr, sizeof(int)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (int *) (intptr_t) THIS->addr)) {

fault:

		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

				"user int copy fault %p", (void *) (uintptr_t) THIS->addr);

		_stp_warn(CONTEXT->error_buffer);

		THIS->__retvalue = 0;

	}

%}

function user_long (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (long *) (intptr_t) THIS->addr, sizeof(long)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (long *) (intptr_t) THIS->addr)) {

fault:

		THIS->__retvalue = 0;

	}

%}

function user_long_warn (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (long *) (intptr_t) THIS->addr, sizeof(long)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (long *) (intptr_t) THIS->addr)) {

fault:

		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

				"user long copy fault %p", (void *) (uintptr_t) THIS->addr);

		_stp_warn(CONTEXT->error_buffer);

		THIS->__retvalue = 0;

	}

%}

function user_char (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (char *) (intptr_t) THIS->addr, sizeof(char)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (char *) (intptr_t) THIS->addr)) {

fault:

		THIS->__retvalue = 0;

	}

%}

function user_char_warn (addr)

%{ /* pure */ /* unprivileged */

        assert_is_myproc();

	if (!access_ok(VERIFY_READ, (char *) (intptr_t) THIS->addr, sizeof(char)))

		goto fault;

	if (__stp_get_user(THIS->__retvalue, (char *) (intptr_t) THIS->addr)) {

fault:

		snprintf (CONTEXT->error_buffer, sizeof(CONTEXT->error_buffer),

				"user char copy fault %p", (void *) (uintptr_t) THIS->addr);

		_stp_warn(CONTEXT->error_buffer);

		THIS->__retvalue = 0;

	}

%}



# file /usr/local/share/systemtap/tapset/ctime.stp

function ctime (epochsecs)

%{ /* pure */



#define SECSPERMIN	60L

#define MINSPERHOUR	60L

#define HOURSPERDAY	24L

#define SECSPERHOUR	(SECSPERMIN * MINSPERHOUR)

#define SECSPERDAY	(SECSPERHOUR * HOURSPERDAY)

#define DAYSPERWEEK	7

#define MONSPERYEAR	12



#define EPOCH_YEAR      1970

#define EPOCH_WDAY      4



#define isleap(y) ((((y) % 4) == 0 && ((y) % 100) != 0) || ((y) % 400) == 0)



    static const int mon_lengths[2][MONSPERYEAR] = {

	{31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31},

	{31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31}

    } ;



    static const int year_lengths[2] = {

	365,

	366

    } ;



    static const char day_name[7][3] = {

	"Sun", "Mon", "Tue", "Wed", "Thu", "Fri", "Sat"

    };

    static const char mon_name[12][3] = {

	"Jan", "Feb", "Mar", "Apr", "May", "Jun", 

	"Jul", "Aug", "Sep", "Oct", "Nov", "Dec"

    };



    long days, rem;

    time_t lcltime;

    int yleap;

    const int *ip;

    int tm_sec;         /* seconds */

    int tm_min;         /* minutes */

    int tm_hour;        /* hours */

    int tm_mday;        /* day of the month */

    int tm_mon;         /* month */

    int tm_year;        /* year */

    int tm_wday;        /* day of the week */



    // Check that the numer of seconds is "reasonable".

    // Otherwise (especially on 64bit machines) we will be spending

    // way too much time calculating the correct year, month and

    // day. Also we would like the returned string to always be 24 chars.

    // So cap to what can be represented normally on a 32bit machine.

    int64_t MAX_POS_SECS =  2147483647LL;

    int64_t MIN_NEG_SECS = -2147483648LL;



    if (THIS->epochsecs > MAX_POS_SECS)

      {

        strlcpy(THIS->__retvalue, "far far in the future...", MAXSTRINGLEN);

	return;

      }
    if (THIS->epochsecs < MIN_NEG_SECS)
      {
        strlcpy(THIS->__retvalue, "a long, long time ago...", MAXSTRINGLEN);
        return;
      }

    lcltime = THIS->epochsecs;
   
    days = ((long)lcltime) / SECSPERDAY;
    rem = ((long)lcltime) % SECSPERDAY;
    while (rem < 0) 
    {
	rem += SECSPERDAY;
	--days;
    }
    while (rem >= SECSPERDAY)
    {
	rem -= SECSPERDAY;
	++days;
    }
 
    /* compute hour, min, and sec */  
    tm_hour = (int) (rem / SECSPERHOUR);
    rem %= SECSPERHOUR;
    tm_min = (int) (rem / SECSPERMIN);
    tm_sec = (int) (rem % SECSPERMIN);

    /* compute day of week */
    if ((tm_wday = ((EPOCH_WDAY + days) % DAYSPERWEEK)) < 0)
	tm_wday += DAYSPERWEEK;

    /* compute year & day of year */
    tm_year = EPOCH_YEAR;
    if (days >= 0)
    {
	for (;;)
	{
	    yleap = isleap(tm_year);
	    if (days < year_lengths[yleap])
		break;
	    tm_year++;
	    days -= year_lengths[yleap];
	}
    }
    else
    {
	do
	{
	    --tm_year;
	    yleap = isleap(tm_year);
	    days += year_lengths[yleap];
	} while (days < 0);
    }

    ip = mon_lengths[yleap];
    for (tm_mon = 0; days >= ip[tm_mon]; ++tm_mon)
	days -= ip[tm_mon];
    tm_mday = days + 1;

    /*
     * At this point we have all our information.  Now we need to
     * convert it to an ascii representation.
     */

    snprintf (THIS->__retvalue, MAXSTRINGLEN, "%.3s %.3s%3d %.2d:%.2d:%.2d %d",
	      day_name[tm_wday], mon_name[tm_mon],
	      tm_mday, tm_hour, tm_min,
	      tm_sec, tm_year);
%}

# file /usr/local/share/systemtap/tapset/dentry.stp
function __dentry_IS_ROOT (dentry)
{
return (@cast(dentry, "dentry")->d_parent) == (dentry)
}
function __dentry_prepend (dentry, name)
{
(dname) = (d_name(dentry))
(c) = (substr(name, (strlen(name)) - (1), (strlen(name)) - (1)))
if (((dname) == ("/")) && ((c) == ("/"))) return name

return sprintf("%s/%s", dname, name)
}
function d_name (dentry)
{
(len) = (@cast(dentry, "dentry")->d_name->len)
return kernel_string_n(@cast(dentry, "dentry")->d_name->name, len)
}
function reverse_path_walk (dentry)
{
for (; 1; ) {
(name) = (__dentry_prepend(dentry, name))
(dentry) = (@cast(dentry, "dentry")->d_parent)
if (__dentry_IS_ROOT(dentry)) return name

}
}
function d_path (nd)
{
(root) = (&@cast(task_current(), "task_struct")->fs->root)
(dentry) = ((@defined(@cast(nd, "nameidata")->path->dentry))?(@cast(nd, "nameidata")->path->dentry):(@cast(nd, "nameidata")->dentry))
(vfsmnt) = ((@defined(@cast(nd, "nameidata")->path->mnt))?(@cast(nd, "nameidata")->path->mnt):(@cast(nd, "nameidata")->mnt))
for (; 1; ) {
if (((dentry) == (@cast(root, "path")->dentry)) && ((vfsmnt) == (@cast(root, "path")->mnt))) break

if (((dentry) == (@cast(vfsmnt, "vfsmount")->mnt_root)) || (__dentry_IS_ROOT(dentry))) {
if ((@cast(vfsmnt, "vfsmount")->mnt_parent) == (vfsmnt)) return sprintf("/%s", name)

(dentry) = (@cast(vfsmnt, "vfsmount")->mnt_mountpoint)
(vfsmnt) = (@cast(vfsmnt, "vfsmount")->mnt_parent)
continue
}

(name) = (__dentry_prepend(dentry, name))
(dentry) = (@cast(dentry, "dentry")->d_parent)
}
return sprintf("/%s", name)
}

# file /usr/local/share/systemtap/tapset/dev.stp
%{
#include <linux/kdev_t.h>
%}function MAJOR (dev)
%{ /* pure */
    THIS->__retvalue = MAJOR(THIS->dev);
%}
function MINOR (dev)
%{ /* pure */
    THIS->__retvalue = MINOR(THIS->dev);
%}
function MKDEV (major, minor)
%{ /* pure */
    THIS->__retvalue = MKDEV(THIS->major,THIS->minor);
%}
function usrdev2kerndev (dev)
%{ /* pure */
    THIS->__retvalue = new_decode_dev(THIS->dev);
%}
function bdevname (bdev)
{
if ((bdev) == (0)) return "N/A"

(hd) = (@cast(bdev, "block_device")->bd_disk)
if (@cast(bdev, "block_device")->bd_part) (partno) = (@cast(bdev, "block_device")->bd_part->partno)
else (partno) = ((MINOR(@cast(bdev, "block_device")->bd_dev)) - (@cast(bdev, "block_device")->bd_disk->first_minor))

if (!(partno)) return kernel_string(@cast(hd, "gendisk")->disk_name)

(disk_name) = (kernel_s
      }

    if (THIS->epochsecs < MIN_NEG_SECS)

      {

        strlcpy(THIS->__retvalue, "a long, long time ago...", MAXSTRINGLEN);

        return;

      }



    lcltime = THIS->epochsecs;

   

    days = ((long)lcltime) / SECSPERDAY;

    rem = ((long)lcltime) % SECSPERDAY;

    while (rem < 0) 

    {

	rem += SECSPERDAY;

	--days;

    }

    while (rem >= SECSPERDAY)

    {

	rem -= SECSPERDAY;

	++days;

    }

 

    /* compute hour, min, and sec */  

    tm_hour = (int) (rem / SECSPERHOUR);

    rem %= SECSPERHOUR;

    tm_min = (int) (rem / SECSPERMIN);

    tm_sec = (int) (rem % SECSPERMIN);



    /* compute day of week */

    if ((tm_wday = ((EPOCH_WDAY + days) % DAYSPERWEEK)) < 0)

	tm_wday += DAYSPERWEEK;



    /* compute year & day of year */

    tm_year = EPOCH_YEAR;

    if (days >= 0)

    {

	for (;;)

	{

	    yleap = isleap(tm_year);

	    if (days < year_lengths[yleap])

		break;

	    tm_year++;

	    days -= year_lengths[yleap];

	}

    }

    else

    {

	do

	{

	    --tm_year;

	    yleap = isleap(tm_year);

	    days += year_lengths[yleap];

	} while (days < 0);

    }



    ip = mon_lengths[yleap];

    for (tm_mon = 0; days >= ip[tm_mon]; ++tm_mon)

	days -= ip[tm_mon];

    tm_mday = days + 1;



    /*

     * At this point we have all our information.  Now we need to

     * convert it to an ascii representation.

     */



    snprintf (THIS->__retvalue, MAXSTRINGLEN, "%.3s %.3s%3d %.2d:%.2d:%.2d %d",

	      day_name[tm_wday], mon_name[tm_mon],

	      tm_mday, tm_hour, tm_min,

	      tm_sec, tm_year);

%}



# file /usr/local/share/systemtap/tapset/dentry.stp

function __dentry_IS_ROOT (dentry)

{

return (@cast(dentry, "dentry")->d_parent) == (dentry)

}

function __dentry_prepend (dentry, name)

{

(dname) = (d_name(dentry))

(c) = (substr(name, (strlen(name)) - (1), (strlen(name)) - (1)))

if (((dname) == ("/")) && ((c) == ("/"))) return name



return sprintf("%s/%s", dname, name)

}

function d_name (dentry)

{

(len) = (@cast(dentry, "dentry")->d_name->len)

return kernel_string_n(@cast(dentry, "dentry")->d_name->name, len)

}

function reverse_path_walk (dentry)

{

for (; 1; ) {

(name) = (__dentry_prepend(dentry, name))

(dentry) = (@cast(dentry, "dentry")->d_parent)

if (__dentry_IS_ROOT(dentry)) return name



}

}

function d_path (nd)

{

(root) = (&@cast(task_current(), "task_struct")->fs->root)

(dentry) = ((@defined(@cast(nd, "nameidata")->path->dentry))?(@cast(nd, "nameidata")->path->dentry):(@cast(nd, "nameidata")->dentry))

(vfsmnt) = ((@defined(@cast(nd, "nameidata")->path->mnt))?(@cast(nd, "nameidata")->path->mnt):(@cast(nd, "nameidata")->mnt))

for (; 1; ) {

if (((dentry) == (@cast(root, "path")->dentry)) && ((vfsmnt) == (@cast(root, "path")->mnt))) break



if (((dentry) == (@cast(vfsmnt, "vfsmount")->mnt_root)) || (__dentry_IS_ROOT(dentry))) {

if ((@cast(vfsmnt, "vfsmount")->mnt_parent) == (vfsmnt)) return sprintf("/%s", name)



(dentry) = (@cast(vfsmnt, "vfsmount")->mnt_mountpoint)

(vfsmnt) = (@cast(vfsmnt, "vfsmount")->mnt_parent)

continue

}



(name) = (__dentry_prepend(dentry, name))

(dentry) = (@cast(dentry, "dentry")->d_parent)

}

return sprintf("/%s", name)

}



# file /usr/local/share/systemtap/tapset/dev.stp

%{

#include <linux/kdev_t.h>

%}function MAJOR (dev)

%{ /* pure */

    THIS->__retvalue = MAJOR(THIS->dev);

%}

function MINOR (dev)

%{ /* pure */

    THIS->__retvalue = MINOR(THIS->dev);

%}

function MKDEV (major, minor)

%{ /* pure */

    THIS->__retvalue = MKDEV(THIS->major,THIS->minor);

%}

function usrdev2kerndev (dev)

%{ /* pure */

    THIS->__retvalue = new_decode_dev(THIS->dev);

%}

function bdevname (bdev)

{

if ((bdev) == (0)) return "N/A"



(hd) = (@cast(bdev, "block_device")->bd_disk)

if (@cast(bdev, "block_device")->bd_part) (partno) = (@cast(bdev, "block_device")->bd_part->partno)

else (partno) = ((MINOR(@cast(bdev, "block_device")->bd_dev)) - (@cast(bdev, "block_device")->bd_disk->first_minor))



if (!(partno)) return kernel_string(@cast(hd, "gendisk")->disk_name)


tring(@cast(hd, "gendisk")->disk_name))
if (isdigit(substr(disk_name, (strlen(disk_name)) - (1), 1))) return sprintf("%sp%d", disk_name, partno)
else return sprintf("%s%d", disk_name, partno)

}

# file /usr/local/share/systemtap/tapset/endian.stp
function big_endian2 (val)
%{ /* pure */
	THIS->__retvalue = cpu_to_be16(THIS->val);
%}
function big_endian4 (val)
%{ /* pure */
	THIS->__retvalue = cpu_to_be32(THIS->val);
%}
function big_endian8 (val)
%{ /* pure */
	THIS->__retvalue = cpu_to_be64(THIS->val);
%}
function little_endian2 (val)
%{ /* pure */
	THIS->__retvalue = cpu_to_le16(THIS->val);
%}
function little_endian4 (val)
%{ /* pure */
	THIS->__retvalue = cpu_to_le32(THIS->val);
%}
function little_endian8 (val)
%{ /* pure */
	THIS->__retvalue = cpu_to_le64(THIS->val);
%}

# file /usr/local/share/systemtap/tapset/errno.stp
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCSI),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN)
(disk_name) = (kernel_string(@cast(hd, "gendisk")->disk_name))

if (isdigit(substr(disk_name, (strlen(disk_name)) - (1), 1))) return sprintf("%sp%d", disk_name, partno)

else return sprintf("%s%d", disk_name, partno)



}



# file /usr/local/share/systemtap/tapset/endian.stp

function big_endian2 (val)

%{ /* pure */

	THIS->__retvalue = cpu_to_be16(THIS->val);

%}

function big_endian4 (val)

%{ /* pure */

	THIS->__retvalue = cpu_to_be32(THIS->val);

%}

function big_endian8 (val)

%{ /* pure */

	THIS->__retvalue = cpu_to_be64(THIS->val);

%}

function little_endian2 (val)

%{ /* pure */

	THIS->__retvalue = cpu_to_le16(THIS->val);

%}

function little_endian4 (val)

%{ /* pure */

	THIS->__retvalue = cpu_to_le32(THIS->val);

%}

function little_endian8 (val)

%{ /* pure */

	THIS->__retvalue = cpu_to_le64(THIS->val);

%}



# file /usr/local/share/systemtap/tapset/errno.stp

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI

	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT

	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),

#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN
,
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endif
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}function errno_str (err)
%{ /* pure */
	long e = THIS->err;
	e = (e > 0 ? e : -e);
	if (e > 0 && e < Maxerrno && errlist[e])
		strlcpy (THIS->__retvalue, errlist[e], MAXSTRINGLEN);
%}
function errno_p (err)
%{ /* pure */
	long e = THIS->err;
	e = (e > 0 ? e : -e);
	if (e > 0 && e < Maxerrno && errlist[e])
		THIS->__retvalue = e;	
	else
		THIS->__retvalue = 0;
%}
function returnval ()
%{ /* pure */
	THIS->__retvalue = _stp_returnval(CONTEXT->regs);
%}
function returnstr (returnp)
%{ /* pure */
	if (CONTEXT->regs) {
		long ret = _stp_returnval(CONTEXT->regs);
		if (ret < 0 && ret > -Maxerrno && errlist[-ret])
			snprintf (THIS->__retvalue, MAXSTRINGLEN, "%ld (%s)", ret, errlist[-ret]);
		else if (THIS->returnp == 2)
			snprintf (THIS->__retvalue, MAXSTRINGLEN, "0x%lx", ret);
		else if (THIS->returnp == 3)
			snprintf (THIS->__retvalue, MAXSTRINGLEN, "%#lo", ret);
		else 	
			snprintf (THIS->__retvalue, MAXSTRINGLEN, "%ld", ret);
	} else {
no_ret:
		strlcpy(THIS->__retvalue, "N/A", MAXSTRINGLEN);
	}
%}
function return_str (format, ret)
{
if (((ret) < (0)) && (errno_p(ret))) return sprintf("%d (%s)", ret, errno_str(ret))

if ((format) == (2)) return sprintf("0x%x", ret)
else if ((format) == (3)) return sprintf("%#o", ret)
else return sprintf("%d", ret)


}

# file /usr/local/share/systemtap/tapset/indent-default.stp
function __indent_timestamp ()
{
return gettimeofday_us()
}

# file /usr/local/share/systemtap/tapset/indent.stp
global _indent_counters
global _indent_timestamps
function _generic_indent (idx, desc, delta)
{
(ts) = (__indent_timestamp())
if (!(_indent_counters[idx])) (_indent_timestamps[idx]) = (ts)

(x) = ((_indent_counters[idx]) + (((delta) > (0))?(delta):(0)))
(_indent_counters[idx]) += (delta)
return sprintf("%6d %s:%-*s", (ts) 
	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),

#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}function errno_str (err)

%{ /* pure */

	long e = THIS->err;

	e = (e > 0 ? e : -e);

	if (e > 0 && e < Maxerrno && errlist[e])

		strlcpy (THIS->__retvalue, errlist[e], MAXSTRINGLEN);

%}

function errno_p (err)

%{ /* pure */

	long e = THIS->err;

	e = (e > 0 ? e : -e);

	if (e > 0 && e < Maxerrno && errlist[e])

		THIS->__retvalue = e;	

	else

		THIS->__retvalue = 0;

%}

function returnval ()

%{ /* pure */

	THIS->__retvalue = _stp_returnval(CONTEXT->regs);

%}

function returnstr (returnp)

%{ /* pure */

	if (CONTEXT->regs) {

		long ret = _stp_returnval(CONTEXT->regs);

		if (ret < 0 && ret > -Maxerrno && errlist[-ret])

			snprintf (THIS->__retvalue, MAXSTRINGLEN, "%ld (%s)", ret, errlist[-ret]);

		else if (THIS->returnp == 2)

			snprintf (THIS->__retvalue, MAXSTRINGLEN, "0x%lx", ret);

		else if (THIS->returnp == 3)

			snprintf (THIS->__retvalue, MAXSTRINGLEN, "%#lo", ret);

		else 	

			snprintf (THIS->__retvalue, MAXSTRINGLEN, "%ld", ret);

	} else {

no_ret:

		strlcpy(THIS->__retvalue, "N/A", MAXSTRINGLEN);

	}

%}

function return_str (format, ret)

{

if (((ret) < (0)) && (errno_p(ret))) return sprintf("%d (%s)", ret, errno_str(ret))



if ((format) == (2)) return sprintf("0x%x", ret)

else if ((format) == (3)) return sprintf("%#o", ret)

else return sprintf("%d", ret)





}



# file /usr/local/share/systemtap/tapset/indent-default.stp

function __indent_timestamp ()

{

return gettimeofday_us()

}



# file /usr/local/share/systemtap/tapset/indent.stp

global _indent_counters

global _indent_timestamps

function _generic_indent (idx, desc, delta)

{

(ts) = (__indent_timestamp())

if (!(_indent_counters[idx])) (_indent_timestamps[idx]) = (ts)



(x) = ((_indent_counters[idx]) + (((delta) > (0))?(delta):(0)))

(_indent_counters[idx]) += (delta)
- (_indent_timestamps[idx]), desc, ((x) > (0))?((x) - (1)):(0), "")
}
function thread_indent (delta)
{
return _generic_indent(tid(), sprintf("%s(%d)", execname(), tid()), delta)
}
function indent (delta)
{
return _generic_indent(-(1), "", delta)
}

# file /usr/local/share/systemtap/tapset/inet.stp
function htonll (x)
%{ /* pure */ THIS->__retvalue = (int64_t) cpu_to_be64 ((u64) THIS->x); %}
function htonl (x)
%{ /* pure */ THIS->__retvalue = (int64_t) cpu_to_be32 ((u32) THIS->x); %}
function htons (x)
%{ /* pure */ THIS->__retvalue = (int64_t) cpu_to_be16 ((u16) THIS->x); %}
function ntohll (x)
%{ /* pure */ THIS->__retvalue = (int64_t) be64_to_cpu ((u64) THIS->x); %}
function ntohl (x)
%{ /* pure */ THIS->__retvalue = (int64_t) be32_to_cpu ((u32) THIS->x); %}
function ntohs (x)
%{ /* pure */ THIS->__retvalue = (int64_t) be16_to_cpu ((u16) THIS->x); %}

# file /usr/local/share/systemtap/tapset/inet_sock.stp
function inet_get_local_port (sock)
{
return (@defined(@cast(sock, "inet_sock")->inet_num))?(@cast(sock, "inet_sock")->inet_num):((@defined(@cast(sock, "inet_sock")->num))?(@cast(sock, "inet_sock", "kernel")->num):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->num))
}
function inet_get_ip_source (sock)
{
return daddr_to_string(__ip_sock_daddr(sock))
}
function daddr_to_string (daddr)
%{ /* pure */
	union { __u32 d; unsigned char addr[4]; } u;
	u.d = THIS->daddr;
	sprintf(THIS->__retvalue, "%d.%d.%d.%d",
			u.addr[0], u.addr[1], u.addr[2], u.addr[3]);
%}

# file /usr/local/share/systemtap/tapset/ioblock.stp
%{
#include <linux/bio.h>
#include <linux/genhd.h>
%}global BIO_READ = 0
global BIO_WRITE = 1
probe ioblock.request = kernel.function("generic_make_request"){
(name) = ("ioblock.request")
(devname) = (__bio_devname($bio))
(ino) = (__bio_ino($bio))
(sector) = ($bio->bi_sector)
(flags) = ($bio->bi_flags)
(rw) = ($bio->bi_rw)
(vcnt) = ($bio->bi_vcnt)
(idx) = ($bio->bi_idx)
(phys_segments) = ($bio->bi_phys_segments)
(hw_segments) = ((@defined($bio->bi_hw_segments))?($bio->bi_hw_segments):(0))
(size) = ($bio->bi_size)
(bdev) = ($bio->bi_bdev)
(bdev_contains) = ($bio->bi_bdev->bd_contains)
(p_start_sect) = (__bio_start_sect($bio))
}
probe ioblock.end = kernel.function("bio_endio"){
(name) = ("ioblock.end")
(devname) = (__bio_devname($bio))
(ino) = (__bio_ino($bio))
(bytes_done) = ((@defined($bytes_done))?($bytes_done):($bio->bi_size))
(error) = ($error)
(sector) = ($bio->bi_sector)
(flags) = ($bio->bi_flags)
(rw) = ($bio->bi_rw)
(vcnt) = ($bio->bi_vcnt)
(idx) = ($bio->bi_idx)
(phys_segments) = ($bio->bi_phys_segments)
(hw_segments) = ((@defined($bio->bi_hw_segments))?($bio->bi_hw_segments):(0))
(size) = ($bio->bi_size)
}
probe ioblock_trace.bounce = kernel.trace("block_bio_bounce"){
(name) = ("ioblock_trace.bounce")
(q) = ($q)
(devname) = (__bio_devname($bio))
(ino) = (__bio_ino($bio))
(bytes_done) = ($bio->bi_size)
(sector) = ($bio->bi_sector)
(flags) = ($bio->bi_flags)
(rw) = ($bio->bi_rw)
(vcnt) = ($bio->bi_vcnt)
(idx) = ($bio->bi_idx)
(phys_segments) = ($bio->bi_phys_segments)
(size) = ($bio->bi_size)
(bdev_contains) = ($bio->bi_bdev->bd_contains)
(bdev) = ($bio->bi_bdev)
(p_start_sect) = (__bio_start_sect($bio))
}
probe ioblock_trace.request = kernel.trace("block_bio_queue"){
(name) = ("ioblock_trace.request")
(q) = ($q)
(devname) = (__bio_devname($bio))
(ino) = (__bio_ino($bio))
(bytes_done) = ($bio->bi_size)
(sector) = ($bio->bi_sector)
(flags) = ($bio->bi_flags)
(rw) = ($bio->bi_rw)
(vcnt) = ($bio->bi_vcnt)
(idx) = ($bio->bi_idx)
(phys_segments) = ($bio->bi_phys_segments)
(size) = ($bio->bi_size)
(bdev_contains) = ($bio->bi_bdev->bd_contains)
(bdev) = ($bio->bi_bdev)
(p_start_sect) = (__bio_start_sect($bio))
}
probe ioblock_trace.end = kernel.trace("block_bio_complete"){
(name) = ("ioblock_trace.end")
(q) = ($q)
(devname) = (__bio_devname($bio))
(ino) = (__bio_ino($bio))
(bytes_done) = ($bio->bi_size)
(sector) = ($bio->bi_sector)
(flags) = ($bio->bi_flags)
(rw) = ($bio->bi_rw)
(vcnt) = (
return sprintf("%6d %s:%-*s", (ts) - (_indent_timestamps[idx]), desc, ((x) > (0))?((x) - (1)):(0), "")

}

function thread_indent (delta)

{

return _generic_indent(tid(), sprintf("%s(%d)", execname(), tid()), delta)

}

function indent (delta)

{

return _generic_indent(-(1), "", delta)

}



# file /usr/local/share/systemtap/tapset/inet.stp

function htonll (x)

%{ /* pure */ THIS->__retvalue = (int64_t) cpu_to_be64 ((u64) THIS->x); %}

function htonl (x)

%{ /* pure */ THIS->__retvalue = (int64_t) cpu_to_be32 ((u32) THIS->x); %}

function htons (x)

%{ /* pure */ THIS->__retvalue = (int64_t) cpu_to_be16 ((u16) THIS->x); %}

function ntohll (x)

%{ /* pure */ THIS->__retvalue = (int64_t) be64_to_cpu ((u64) THIS->x); %}

function ntohl (x)

%{ /* pure */ THIS->__retvalue = (int64_t) be32_to_cpu ((u32) THIS->x); %}

function ntohs (x)

%{ /* pure */ THIS->__retvalue = (int64_t) be16_to_cpu ((u16) THIS->x); %}



# file /usr/local/share/systemtap/tapset/inet_sock.stp

function inet_get_local_port (sock)

{

return (@defined(@cast(sock, "inet_sock")->inet_num))?(@cast(sock, "inet_sock")->inet_num):((@defined(@cast(sock, "inet_sock")->num))?(@cast(sock, "inet_sock", "kernel")->num):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->num))

}

function inet_get_ip_source (sock)

{

return daddr_to_string(__ip_sock_daddr(sock))

}

function daddr_to_string (daddr)

%{ /* pure */

	union { __u32 d; unsigned char addr[4]; } u;

	u.d = THIS->daddr;

	sprintf(THIS->__retvalue, "%d.%d.%d.%d",

			u.addr[0], u.addr[1], u.addr[2], u.addr[3]);

%}



# file /usr/local/share/systemtap/tapset/ioblock.stp

%{

#include <linux/bio.h>

#include <linux/genhd.h>

%}global BIO_READ = 0

global BIO_WRITE = 1

probe ioblock.request = kernel.function("generic_make_request"){

(name) = ("ioblock.request")

(devname) = (__bio_devname($bio))

(ino) = (__bio_ino($bio))

(sector) = ($bio->bi_sector)

(flags) = ($bio->bi_flags)

(rw) = ($bio->bi_rw)

(vcnt) = ($bio->bi_vcnt)

(idx) = ($bio->bi_idx)

(phys_segments) = ($bio->bi_phys_segments)

(hw_segments) = ((@defined($bio->bi_hw_segments))?($bio->bi_hw_segments):(0))

(size) = ($bio->bi_size)

(bdev) = ($bio->bi_bdev)

(bdev_contains) = ($bio->bi_bdev->bd_contains)

(p_start_sect) = (__bio_start_sect($bio))

}

probe ioblock.end = kernel.function("bio_endio"){

(name) = ("ioblock.end")

(devname) = (__bio_devname($bio))

(ino) = (__bio_ino($bio))

(bytes_done) = ((@defined($bytes_done))?($bytes_done):($bio->bi_size))

(error) = ($error)

(sector) = ($bio->bi_sector)

(flags) = ($bio->bi_flags)

(rw) = ($bio->bi_rw)

(vcnt) = ($bio->bi_vcnt)

(idx) = ($bio->bi_idx)

(phys_segments) = ($bio->bi_phys_segments)

(hw_segments) = ((@defined($bio->bi_hw_segments))?($bio->bi_hw_segments):(0))

(size) = ($bio->bi_size)

}

probe ioblock_trace.bounce = kernel.trace("block_bio_bounce"){

(name) = ("ioblock_trace.bounce")

(q) = ($q)

(devname) = (__bio_devname($bio))

(ino) = (__bio_ino($bio))

(bytes_done) = ($bio->bi_size)

(sector) = ($bio->bi_sector)

(flags) = ($bio->bi_flags)

(rw) = ($bio->bi_rw)

(vcnt) = ($bio->bi_vcnt)

(idx) = ($bio->bi_idx)

(phys_segments) = ($bio->bi_phys_segments)

(size) = ($bio->bi_size)

(bdev_contains) = ($bio->bi_bdev->bd_contains)

(bdev) = ($bio->bi_bdev)

(p_start_sect) = (__bio_start_sect($bio))

}

probe ioblock_trace.request = kernel.trace("block_bio_queue"){

(name) = ("ioblock_trace.request")

(q) = ($q)

(devname) = (__bio_devname($bio))

(ino) = (__bio_ino($bio))

(bytes_done) = ($bio->bi_size)

(sector) = ($bio->bi_sector)

(flags) = ($bio->bi_flags)

(rw) = ($bio->bi_rw)

(vcnt) = ($bio->bi_vcnt)

(idx) = ($bio->bi_idx)

(phys_segments) = ($bio->bi_phys_segments)

(size) = ($bio->bi_size)

(bdev_contains) = ($bio->bi_bdev->bd_contains)

(bdev) = ($bio->bi_bdev)

(p_start_sect) = (__bio_start_sect($bio))

}

probe ioblock_trace.end = kernel.trace("block_bio_complete"){

(name) = ("ioblock_trace.end")

(q) = ($q)

(devname) = (__bio_devname($bio))

(ino) = (__bio_ino($bio))

(bytes_done) = ($bio->bi_size)

(sector) = ($bio->bi_sector)

(flags) = ($bio->bi_flags)

(rw) = ($bio->bi_rw)
$bio->bi_vcnt)
(idx) = ($bio->bi_idx)
(phys_segments) = ($bio->bi_phys_segments)
(size) = ($bio->bi_size)
(bdev_contains) = ($bio->bi_bdev->bd_contains)
(bdev) = ($bio->bi_bdev)
(p_start_sect) = (__bio_start_sect($bio))
}
function __bio_ino (bio)
%{ /* pure */
    struct bio *bio = (struct bio *)(long)THIS->bio;
    struct page *bv_page = bio? kread(&(bio->bi_io_vec[0].bv_page)) : NULL;
    struct address_space *mapping;
    struct inode *host;
    THIS->__retvalue = -1;
    if (bv_page && !PageSlab(bv_page) && !PageSwapCache(bv_page)) {
        mapping = kread(&(bv_page->mapping));
        if (mapping && ((unsigned long)mapping & PAGE_MAPPING_ANON) == 0) {
            host = kread(&(mapping->host));
            if (host)
                THIS->__retvalue = kread(&(host->i_ino));
        }
    }
    CATCH_DEREF_FAULT();
%}
function bio_rw_num (rw)
%{ /* pure */
    long rw = (long)THIS->rw;
    THIS->__retvalue = (rw & (1 << BIO_RW));
%}
function bio_rw_str (rw)
{
return ((bio_rw_num(rw)) == (BIO_READ))?("R"):("W")
}
function __bio_start_sect (bio)
{
(bi_bdev) = ((bio)?(@cast(bio, "bio")->bi_bdev):(0))
(bd_part) = ((bi_bdev)?(@cast(bi_bdev, "block_device")->bd_part):(0))
return (bd_part)?(@cast(bd_part, "hd_struct")->start_sect):(-(1))
}
function __bio_devname (bio)
{
return bdevname(@cast(bio, "bio")->bi_bdev)
}

# file /usr/local/share/systemtap/tapset/ioscheduler.stp
%{
#include <linux/blkdev.h>
#include <linux/elevator.h>
%}probe ioscheduler.elv_next_request = kernel.function("blk_peek_request")!, kernel.function("elv_next_request"){
(name) = ("elv_next_request")
(elevator_name) = (kernel_string((@defined($q->elevator->elevator_type))?($q->elevator->elevator_type->elevator_name):($q->elevator->elevator_name)))
}
probe ioscheduler.elv_next_request.return = kernel.function("blk_peek_request").return!, kernel.function("elv_next_request").return{
(name) = ("elv_next_request")
if (($return) == (0)) {
(rq) = (0)
(rq_flags) = (0)
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(rq) = ($return)
(rq_flags) = ((@defined($return->cmd_flags))?($return->cmd_flags):($return->flags))
if (($return->rq_disk) == (0)) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($return->rq_disk->major)
(disk_minor) = ($return->rq_disk->first_minor)
}

}

}
probe ioscheduler.elv_completed_request = kernel.function("elv_completed_request"){
(name) = ("elv_completed_request")
(elevator_name) = (kernel_string((@defined($q->elevator->elevator_type))?($q->elevator->elevator_type->elevator_name):($q->elevator->elevator_name)))
if (($rq) == (0)) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
if (($rq->rq_disk) == (0)) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

}

(rq) = ($rq)
(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler.elv_add_request.kp = kernel.function("elv_insert")!, kernel.function("__elv_add_request"){
(name) = ("elv_add_request")
(elevator_name) = (kernel_string((@defined($q->elevator->elevator_type))?($q->elevator->elevator_type->elevator_name):($q->elevator->elevator_name)))
(q) = ($q)
if (($rq) == (0)) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
if (($rq->rq_disk) == (0)) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

}

(rq) = ($rq)
(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler.elv_add_request.tp = kernel.trace("block_rq_insert")?{
(name) = ("elv_add_request")
(q) = ($q)
(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))
(rq) = ($rq)
if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

(rq_flags
(vcnt) = ($bio->bi_vcnt)

(idx) = ($bio->bi_idx)

(phys_segments) = ($bio->bi_phys_segments)

(size) = ($bio->bi_size)

(bdev_contains) = ($bio->bi_bdev->bd_contains)

(bdev) = ($bio->bi_bdev)

(p_start_sect) = (__bio_start_sect($bio))

}

function __bio_ino (bio)

%{ /* pure */

    struct bio *bio = (struct bio *)(long)THIS->bio;

    struct page *bv_page = bio? kread(&(bio->bi_io_vec[0].bv_page)) : NULL;

    struct address_space *mapping;

    struct inode *host;

    THIS->__retvalue = -1;

    if (bv_page && !PageSlab(bv_page) && !PageSwapCache(bv_page)) {

        mapping = kread(&(bv_page->mapping));

        if (mapping && ((unsigned long)mapping & PAGE_MAPPING_ANON) == 0) {

            host = kread(&(mapping->host));

            if (host)

                THIS->__retvalue = kread(&(host->i_ino));

        }

    }

    CATCH_DEREF_FAULT();

%}

function bio_rw_num (rw)

%{ /* pure */

    long rw = (long)THIS->rw;

    THIS->__retvalue = (rw & (1 << BIO_RW));

%}

function bio_rw_str (rw)

{

return ((bio_rw_num(rw)) == (BIO_READ))?("R"):("W")

}

function __bio_start_sect (bio)

{

(bi_bdev) = ((bio)?(@cast(bio, "bio")->bi_bdev):(0))

(bd_part) = ((bi_bdev)?(@cast(bi_bdev, "block_device")->bd_part):(0))

return (bd_part)?(@cast(bd_part, "hd_struct")->start_sect):(-(1))

}

function __bio_devname (bio)

{

return bdevname(@cast(bio, "bio")->bi_bdev)

}



# file /usr/local/share/systemtap/tapset/ioscheduler.stp

%{

#include <linux/blkdev.h>

#include <linux/elevator.h>

%}probe ioscheduler.elv_next_request = kernel.function("blk_peek_request")!, kernel.function("elv_next_request"){

(name) = ("elv_next_request")

(elevator_name) = (kernel_string((@defined($q->elevator->elevator_type))?($q->elevator->elevator_type->elevator_name):($q->elevator->elevator_name)))

}

probe ioscheduler.elv_next_request.return = kernel.function("blk_peek_request").return!, kernel.function("elv_next_request").return{

(name) = ("elv_next_request")

if (($return) == (0)) {

(rq) = (0)

(rq_flags) = (0)

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(rq) = ($return)

(rq_flags) = ((@defined($return->cmd_flags))?($return->cmd_flags):($return->flags))

if (($return->rq_disk) == (0)) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($return->rq_disk->major)

(disk_minor) = ($return->rq_disk->first_minor)

}



}



}

probe ioscheduler.elv_completed_request = kernel.function("elv_completed_request"){

(name) = ("elv_completed_request")

(elevator_name) = (kernel_string((@defined($q->elevator->elevator_type))?($q->elevator->elevator_type->elevator_name):($q->elevator->elevator_name)))

if (($rq) == (0)) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

if (($rq->rq_disk) == (0)) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}



}



(rq) = ($rq)

(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler.elv_add_request.kp = kernel.function("elv_insert")!, kernel.function("__elv_add_request"){

(name) = ("elv_add_request")

(elevator_name) = (kernel_string((@defined($q->elevator->elevator_type))?($q->elevator->elevator_type->elevator_name):($q->elevator->elevator_name)))

(q) = ($q)

if (($rq) == (0)) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

if (($rq->rq_disk) == (0)) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}



}



(rq) = ($rq)

(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler.elv_add_request.tp = kernel.trace("block_rq_insert")?{

(name) = ("elv_add_request")

(q) = ($q)

(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))

(rq) = ($rq)

if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}


) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler.elv_add_request = ioscheduler.elv_add_request.tp!, ioscheduler.elv_add_request.kp{
}
probe ioscheduler_trace.elv_completed_request = kernel.trace("block_rq_complete")?{
(name) = ("elv_completed_request")
(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))
(rq) = ($rq)
if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler_trace.elv_issue_request = kernel.trace("block_rq_issue")?{
(name) = ("elv_issue_request")
(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))
(rq) = ($rq)
if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler_trace.elv_requeue_request = kernel.trace("block_rq_requeue")?{
(name) = ("elv_requeue_request")
(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))
(rq) = ($rq)
if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler_trace.elv_abort_request = kernel.trace("block_rq_abort")?{
(name) = ("elv_abort_request")
(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))
(rq) = ($rq)
if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = ($rq->rq_disk->major)
(disk_minor) = ($rq->rq_disk->first_minor)
}

(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))
}
probe ioscheduler_trace.plug = kernel.trace("block_plug")?{
(name) = ("plug")
(rq_queue) = ($q)
}
probe ioscheduler_trace.unplug_io = kernel.trace("block_unplug_io")?{
(name) = ("unplug_io")
(rq_queue) = ($q)
}
probe ioscheduler_trace.unplug_timer = kernel.trace("block_unplug_timer")?{
(name) = ("unplug_timer")
(rq_queue) = ($q)
}
function disk_major_from_request (var_q)
%{ /* pure */
	struct request_queue *q = (struct request_queue *)((long)THIS->var_q);

	/* We need to make sure there isn't a deref hazard here when
	 * reading 'q->queue_head'.  However, kread() wants a pointer to
	 * a pointer, and we can't provide that for 'q->queue_head'
	 * since the list_head structure is directly embedded in the
	 * 'struct request_queue'.  So, we validate all the members of
	 * the list_head structure instead. */
	(void) kread(&(q->queue_head.next));
	(void) kread(&(q->queue_head.prev));
	if (list_empty(&(q->queue_head)))
		THIS->__retvalue = -1;
	else  {
		struct request *rq = list_entry_rq(q->queue_head.next);
		struct gendisk *rq_disk = kread(&(rq->rq_disk));
		THIS->__retvalue = kread(&(rq_disk->major));
	}
	CATCH_DEREF_FAULT();
%}
function disk_minor_from_request (var_q)
%{ /* pure */
	struct request_queue *q = (struct request_queue *)((long)THIS->var_q);

	/* We need to make sure there isn't a deref hazard here when
	 * reading 'q->queue_head'.  However, kread() wants a pointer to
	 * a pointer, and we can't provide that for 'q->queue_head'
	 * since the list_head structure is directly embedded in the
	 * 'struct request_queue'.  So, we validate all the members of
	 * the list_head structure instead. */
	(void) kread(&(q->queue_head.next));
	(void) kread(&(q->queue_head.prev));
	if (list_empty(&(q->queue_head)))
		THIS->__retvalue = -1;
	else  {
		struct request *rq = list_entry_rq(q->queue_head.next);
		struct gendisk *rq_disk = k
(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler.elv_add_request = ioscheduler.elv_add_request.tp!, ioscheduler.elv_add_request.kp{

}

probe ioscheduler_trace.elv_completed_request = kernel.trace("block_rq_complete")?{

(name) = ("elv_completed_request")

(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))

(rq) = ($rq)

if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}



(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler_trace.elv_issue_request = kernel.trace("block_rq_issue")?{

(name) = ("elv_issue_request")

(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))

(rq) = ($rq)

if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}



(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler_trace.elv_requeue_request = kernel.trace("block_rq_requeue")?{

(name) = ("elv_requeue_request")

(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))

(rq) = ($rq)

if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}



(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler_trace.elv_abort_request = kernel.trace("block_rq_abort")?{

(name) = ("elv_abort_request")

(elevator_name) = (kernel_string($q->elevator->elevator_type->elevator_name))

(rq) = ($rq)

if ((($rq) == (0)) || (($rq->rq_disk) == (0))) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = ($rq->rq_disk->major)

(disk_minor) = ($rq->rq_disk->first_minor)

}



(rq_flags) = ((($rq) == (0))?(0):((@defined($rq->cmd_flags))?($rq->cmd_flags):($rq->flags)))

}

probe ioscheduler_trace.plug = kernel.trace("block_plug")?{

(name) = ("plug")

(rq_queue) = ($q)

}

probe ioscheduler_trace.unplug_io = kernel.trace("block_unplug_io")?{

(name) = ("unplug_io")

(rq_queue) = ($q)

}

probe ioscheduler_trace.unplug_timer = kernel.trace("block_unplug_timer")?{

(name) = ("unplug_timer")

(rq_queue) = ($q)

}

function disk_major_from_request (var_q)

%{ /* pure */

	struct request_queue *q = (struct request_queue *)((long)THIS->var_q);



	/* We need to make sure there isn't a deref hazard here when

	 * reading 'q->queue_head'.  However, kread() wants a pointer to

	 * a pointer, and we can't provide that for 'q->queue_head'

	 * since the list_head structure is directly embedded in the

	 * 'struct request_queue'.  So, we validate all the members of

	 * the list_head structure instead. */

	(void) kread(&(q->queue_head.next));

	(void) kread(&(q->queue_head.prev));

	if (list_empty(&(q->queue_head)))

		THIS->__retvalue = -1;

	else  {

		struct request *rq = list_entry_rq(q->queue_head.next);

		struct gendisk *rq_disk = kread(&(rq->rq_disk));

		THIS->__retvalue = kread(&(rq_disk->major));

	}

	CATCH_DEREF_FAULT();

%}

function disk_minor_from_request (var_q)

%{ /* pure */

	struct request_queue *q = (struct request_queue *)((long)THIS->var_q);



	/* We need to make sure there isn't a deref hazard here when

	 * reading 'q->queue_head'.  However, kread() wants a pointer to

	 * a pointer, and we can't provide that for 'q->queue_head'

	 * since the list_head structure is directly embedded in the

	 * 'struct request_queue'.  So, we validate all the members of

	 * the list_head structure instead. */

	(void) kread(&(q->queue_head.next));

	(void) kread(&(q->queue_head.prev));

	if (list_empty(&(q->queue_head)))

		THIS->__retvalue = -1;

	else  {

		struct request *rq = list_entry_rq(q->queue_head.next);
read(&(rq->rq_disk));
		THIS->__retvalue = kread(&(rq_disk->first_minor));
	}
	CATCH_DEREF_FAULT();
%}

# file /usr/local/share/systemtap/tapset/ip.stp
%{
#include <linux/skbuff.h>
%}function ip_ntop (addr)
%{
        __be32 ip;

        ip = THIS->addr;
        snprintf(THIS->__retvalue, MAXSTRINGLEN, NIPQUAD_FMT, NIPQUAD(ip));
%}
function __ip_sock_saddr (sock)
{
return (@defined(@cast(sock, "inet_sock")->inet_saddr))?(@cast(sock, "inet_sock")->inet_saddr):((@defined(@cast(sock, "inet_sock")->saddr))?(@cast(sock, "inet_sock", "kernel")->saddr):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->saddr))
}
function __ip_sock_daddr (sock)
{
return (@defined(@cast(sock, "inet_sock")->inet_daddr))?(@cast(sock, "inet_sock")->inet_daddr):((@defined(@cast(sock, "inet_sock")->daddr))?(@cast(sock, "inet_sock", "kernel")->daddr):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->daddr))
}
function __get_skb_iphdr_new (skb)
%{ /* pure */
	struct sk_buff *skb;
	skb = (struct sk_buff *)(long)THIS->skb;
	/* as done by skb_network_header() */
	#ifdef NET_SKBUFF_DATA_USES_OFFSET
		THIS->__retvalue = (long)(kread(&(skb->head)) + kread(&(skb->network_header)));
	#else
		THIS->__retvalue = (long)kread(&(skb->network_header));
	#endif
	CATCH_DEREF_FAULT();
%}
function __get_skb_iphdr (skb)
{
return __get_skb_iphdr_new(skb)
}
function __ip_skb_proto (iphdr)
{
return @cast(iphdr, "iphdr")->protocol
}
function __ip_skb_saddr (iphdr)
{
return @cast(iphdr, "iphdr")->saddr
}
function __ip_skb_daddr (iphdr)
{
return @cast(iphdr, "iphdr")->daddr
}

# file /usr/local/share/systemtap/tapset/ipmib.stp
%{ /* pure */
#include <net/route.h>
#include <linux/skbuff.h>
#include <linux/icmp.h>
#include <linux/rtnetlink.h>
#include <linux/tcp.h>
%}global InReceives
global InNoRoutes
global InAddrErrors
global InUnknownProtos
global InDiscards
global ForwDatagrams
global OutRequests
global ReasmTimeout
global ReasmReqds
global FragOKs
global FragFails
probe ipmib.InReceives = kernel.function("ip_rcv"){
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (0)
(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (InReceives[key]) += (op)

}
probe ipmib.InNoRoutes = kernel.function("ip_route_input_common").return!, kernel.function("ip_route_input").return{
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (0)
if (($return) != (-(_enetunreach()))) next

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (InNoRoutes[key]) += (op)

}
probe ipmib.InAddrErrors = kernel.function("ip_route_input_common").return!, kernel.function("ip_route_input").return{
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (0)
if (($return) != (-(_ehostunreach()))) next

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (InAddrErrors[key]) += (op)

}
probe ipmib.InUnknownProtos = kernel.function("icmp_send"){
(skb) = ($skb_in)
(op) = (1)
(SourceIsLocal) = (0)
if ((($type) == (_icmp_dest_unreach())) && (($code) == (_icmp_prot_unreach()))) {
(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (InUnknownProtos[key]) += (op)

}

}
probe ipmib.InDiscards = kernel.function("ip_rcv").return{
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (0)
if (($return) != (_net_rx_drop())) next

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (InDiscards[key]) += (op)

}
probe ipmib.ForwDatagrams = kernel.function("ip_forward_finish"){
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (0)
(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (ForwDatagrams[key]) += (op)

}
probe ipmib.OutRequests = kernel.function("ip_output"), kernel.function("ip_mc_output"){
(skb) = ((@defined($skb))?($skb):(kernel_pointer($pskb)))
(op) = (1)
(SourceIsLocal) = (1)
(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (OutRequests[key]) += (op)

}
probe ipmib.ReasmTimeout = kernel.function("icmp_send"){
(skb) = ($skb_in)
(op) = (0)
(SourceIsLocal) = (1)
if ((($type) == (_icmp_time_exceeded())) && (($code) == (_icmp_exc_fragtime()))) {
(key) = (ipmib_filte
		struct gendisk *rq_disk = kread(&(rq->rq_disk));

		THIS->__retvalue = kread(&(rq_disk->first_minor));

	}

	CATCH_DEREF_FAULT();

%}



# file /usr/local/share/systemtap/tapset/ip.stp

%{

#include <linux/skbuff.h>

%}function ip_ntop (addr)

%{

        __be32 ip;



        ip = THIS->addr;

        snprintf(THIS->__retvalue, MAXSTRINGLEN, NIPQUAD_FMT, NIPQUAD(ip));

%}

function __ip_sock_saddr (sock)

{

return (@defined(@cast(sock, "inet_sock")->inet_saddr))?(@cast(sock, "inet_sock")->inet_saddr):((@defined(@cast(sock, "inet_sock")->saddr))?(@cast(sock, "inet_sock", "kernel")->saddr):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->saddr))

}

function __ip_sock_daddr (sock)

{

return (@defined(@cast(sock, "inet_sock")->inet_daddr))?(@cast(sock, "inet_sock")->inet_daddr):((@defined(@cast(sock, "inet_sock")->daddr))?(@cast(sock, "inet_sock", "kernel")->daddr):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->daddr))

}

function __get_skb_iphdr_new (skb)

%{ /* pure */

	struct sk_buff *skb;

	skb = (struct sk_buff *)(long)THIS->skb;

	/* as done by skb_network_header() */

	#ifdef NET_SKBUFF_DATA_USES_OFFSET

		THIS->__retvalue = (long)(kread(&(skb->head)) + kread(&(skb->network_header)));

	#else

		THIS->__retvalue = (long)kread(&(skb->network_header));

	#endif

	CATCH_DEREF_FAULT();

%}

function __get_skb_iphdr (skb)

{

return __get_skb_iphdr_new(skb)

}

function __ip_skb_proto (iphdr)

{

return @cast(iphdr, "iphdr")->protocol

}

function __ip_skb_saddr (iphdr)

{

return @cast(iphdr, "iphdr")->saddr

}

function __ip_skb_daddr (iphdr)

{

return @cast(iphdr, "iphdr")->daddr

}



# file /usr/local/share/systemtap/tapset/ipmib.stp

%{ /* pure */

#include <net/route.h>

#include <linux/skbuff.h>

#include <linux/icmp.h>

#include <linux/rtnetlink.h>

#include <linux/tcp.h>

%}global InReceives

global InNoRoutes

global InAddrErrors

global InUnknownProtos

global InDiscards

global ForwDatagrams

global OutRequests

global ReasmTimeout

global ReasmReqds

global FragOKs

global FragFails

probe ipmib.InReceives = kernel.function("ip_rcv"){

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (0)

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (InReceives[key]) += (op)



}

probe ipmib.InNoRoutes = kernel.function("ip_route_input_common").return!, kernel.function("ip_route_input").return{

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (0)

if (($return) != (-(_enetunreach()))) next



(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (InNoRoutes[key]) += (op)



}

probe ipmib.InAddrErrors = kernel.function("ip_route_input_common").return!, kernel.function("ip_route_input").return{

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (0)

if (($return) != (-(_ehostunreach()))) next



(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (InAddrErrors[key]) += (op)



}

probe ipmib.InUnknownProtos = kernel.function("icmp_send"){

(skb) = ($skb_in)

(op) = (1)

(SourceIsLocal) = (0)

if ((($type) == (_icmp_dest_unreach())) && (($code) == (_icmp_prot_unreach()))) {

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (InUnknownProtos[key]) += (op)



}



}

probe ipmib.InDiscards = kernel.function("ip_rcv").return{

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (0)

if (($return) != (_net_rx_drop())) next



(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (InDiscards[key]) += (op)



}

probe ipmib.ForwDatagrams = kernel.function("ip_forward_finish"){

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (0)

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (ForwDatagrams[key]) += (op)



}

probe ipmib.OutRequests = kernel.function("ip_output"), kernel.function("ip_mc_output"){

(skb) = ((@defined($skb))?($skb):(kernel_pointer($pskb)))

(op) = (1)

(SourceIsLocal) = (1)

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (OutRequests[key]) += (op)



}

probe ipmib.ReasmTimeout = kernel.function("icmp_send"){

(skb) = ($skb_in)

(op) = (0)

(SourceIsLocal) = (1)

if ((($type) == (_icmp_time_exceeded())) && (($code) == (_icmp_exc_fragtime()))) {
r_key(skb, op, SourceIsLocal))
if (key) (ReasmTimeout[key]) += (op)

}

}
probe ipmib.ReasmReqds = kernel.function("ip_defrag"){
(skb) = ($skb)
(op) = (0)
(SourceIsLocal) = (1)
(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (ReasmReqds[key]) += (op)

}
probe ipmib.FragOKs = kernel.function("ip_fragment").return{
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (1)
if ($return) next

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (FragOKs[key]) += (op)

}
probe ipmib.FragFails = kernel.function("ip_fragment").return{
(skb) = ($skb)
(op) = (1)
(SourceIsLocal) = (1)
if (!($return)) next

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))
if (key) (FragFails[key]) += (op)

}
function ipmib_remote_addr (skb, SourceIsLocal)
{
(iphdr) = (__get_skb_iphdr(skb))
if (SourceIsLocal) return ntohl(__ip_skb_daddr(iphdr))

return ntohl(__ip_skb_saddr(iphdr))
}
function ipmib_local_addr (skb, SourceIsLocal)
{
(iphdr) = (__get_skb_iphdr(skb))
if (SourceIsLocal) return ntohl(__ip_skb_saddr(iphdr))

return ntohl(__ip_skb_daddr(iphdr))
}
function ipmib_tcp_remote_port (skb, SourceIsLocal)
{
(th) = (_plunge_into_tcphdr(skb))
if (SourceIsLocal) return __tcp_skb_dport(th)

return __tcp_skb_sport(th)
}
function ipmib_tcp_local_port (skb, SourceIsLocal)
{
(th) = (_plunge_into_tcphdr(skb))
if (SourceIsLocal) return __tcp_skb_sport(th)

return __tcp_skb_dport(th)
}
function ipmib_get_proto (skb)
{
(iphdr) = (__get_skb_iphdr(skb))
return __ip_skb_proto(iphdr)
}
function _plunge_into_tcphdr (skb)
%{
	struct sk_buff *skb = (struct sk_buff *)(long)THIS->skb;
	/* as done by skb_network_header() */
	#if LINUX_VERSION_CODE <= KERNEL_VERSION(2,6,21)
		THIS->__retvalue=(long)kread(&(skb->nh.raw)) +
			(long)sizeof(struct tcphdr);
	#else
	#ifdef NET_SKBUFF_DATA_USES_OFFSET
		THIS->__retvalue=(long)kread(&(skb->network_header)) +
		(long)(kread(&(skb->head))) +
		(long)sizeof(struct tcphdr);
	#else
		THIS->__retvalue=(long)kread(&(skb->network_header)) +
		(long)sizeof(struct tcphdr);
	#endif
	#endif
	CATCH_DEREF_FAULT();
%}
function _ehostunreach ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = EHOSTUNREACH;
%}
function _enetunreach ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = ENETUNREACH;
%}
function _icmp_dest_unreach ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = ICMP_DEST_UNREACH;
%}
function _icmp_prot_unreach ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = ICMP_PROT_UNREACH;
%}
function _net_rx_drop ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = NET_RX_DROP;
%}
function _icmp_time_exceeded ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = ICMP_TIME_EXCEEDED;
%}
function _icmp_exc_fragtime ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = ICMP_EXC_FRAGTIME;
%}
function _rtn_multicast ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = RTN_MULTICAST;
%}
function _rtn_broadcast ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = RTN_BROADCAST;
%}
function _rtn_unspec ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = RTN_UNSPEC;
%}
function _input_route_type (skb)
{
(rt) = ((@defined(@cast(skb, "sk_buff")->_skb_dst))?(@cast(skb, "sk_buff")->_skb_dst):((@defined(@cast(skb, "sk_buff")->rtable))?(@cast(skb, "sk_buff")->rtable):(0)))
return (rt)?(@cast(rt, "rtable")->rt_type):(_rtn_unspec())
}
function _output_route_type (skb)
{
(rt) = ((@defined(@cast(skb, "sk_buff")->_skb_dst))?(@cast(skb, "sk_buff")->_skb_dst):((@defined(@cast(skb, "sk_buff")->dst))?(@cast(skb, "sk_buff")->dst):(0)))
return (rt)?(@cast(rt, "rtable")->rt_type):(_rtn_unspec())
}

# file /usr/local/share/systemtap/tapset/irq.stp
probe workqueue.create = kernel.trace("workqueue_creation")?{
(wq_thread) = ($wq_thread)
(cpu) = ($cpu)
}
probe workqueue.insert = kernel.trace("workqueue_insertion")?{
(wq_thread) = ($wq_thread)
(work) = ($work)
(work_func) = ($work->func)
}
probe workqueue.execute = kernel.trace("workqueue_execution")?{
(wq_thread) = ($wq_thread)

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (ReasmTimeout[key]) += (op)



}



}

probe ipmib.ReasmReqds = kernel.function("ip_defrag"){

(skb) = ($skb)

(op) = (0)

(SourceIsLocal) = (1)

(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (ReasmReqds[key]) += (op)



}

probe ipmib.FragOKs = kernel.function("ip_fragment").return{

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (1)

if ($return) next



(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (FragOKs[key]) += (op)



}

probe ipmib.FragFails = kernel.function("ip_fragment").return{

(skb) = ($skb)

(op) = (1)

(SourceIsLocal) = (1)

if (!($return)) next



(key) = (ipmib_filter_key(skb, op, SourceIsLocal))

if (key) (FragFails[key]) += (op)



}

function ipmib_remote_addr (skb, SourceIsLocal)

{

(iphdr) = (__get_skb_iphdr(skb))

if (SourceIsLocal) return ntohl(__ip_skb_daddr(iphdr))



return ntohl(__ip_skb_saddr(iphdr))

}

function ipmib_local_addr (skb, SourceIsLocal)

{

(iphdr) = (__get_skb_iphdr(skb))

if (SourceIsLocal) return ntohl(__ip_skb_saddr(iphdr))



return ntohl(__ip_skb_daddr(iphdr))

}

function ipmib_tcp_remote_port (skb, SourceIsLocal)

{

(th) = (_plunge_into_tcphdr(skb))

if (SourceIsLocal) return __tcp_skb_dport(th)



return __tcp_skb_sport(th)

}

function ipmib_tcp_local_port (skb, SourceIsLocal)

{

(th) = (_plunge_into_tcphdr(skb))

if (SourceIsLocal) return __tcp_skb_sport(th)



return __tcp_skb_dport(th)

}

function ipmib_get_proto (skb)

{

(iphdr) = (__get_skb_iphdr(skb))

return __ip_skb_proto(iphdr)

}

function _plunge_into_tcphdr (skb)

%{

	struct sk_buff *skb = (struct sk_buff *)(long)THIS->skb;

	/* as done by skb_network_header() */

	#if LINUX_VERSION_CODE <= KERNEL_VERSION(2,6,21)

		THIS->__retvalue=(long)kread(&(skb->nh.raw)) +

			(long)sizeof(struct tcphdr);

	#else

	#ifdef NET_SKBUFF_DATA_USES_OFFSET

		THIS->__retvalue=(long)kread(&(skb->network_header)) +

		(long)(kread(&(skb->head))) +

		(long)sizeof(struct tcphdr);

	#else

		THIS->__retvalue=(long)kread(&(skb->network_header)) +

		(long)sizeof(struct tcphdr);

	#endif

	#endif

	CATCH_DEREF_FAULT();

%}

function _ehostunreach ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = EHOSTUNREACH;

%}

function _enetunreach ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = ENETUNREACH;

%}

function _icmp_dest_unreach ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = ICMP_DEST_UNREACH;

%}

function _icmp_prot_unreach ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = ICMP_PROT_UNREACH;

%}

function _net_rx_drop ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = NET_RX_DROP;

%}

function _icmp_time_exceeded ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = ICMP_TIME_EXCEEDED;

%}

function _icmp_exc_fragtime ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = ICMP_EXC_FRAGTIME;

%}

function _rtn_multicast ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = RTN_MULTICAST;

%}

function _rtn_broadcast ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = RTN_BROADCAST;

%}

function _rtn_unspec ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = RTN_UNSPEC;

%}

function _input_route_type (skb)

{

(rt) = ((@defined(@cast(skb, "sk_buff")->_skb_dst))?(@cast(skb, "sk_buff")->_skb_dst):((@defined(@cast(skb, "sk_buff")->rtable))?(@cast(skb, "sk_buff")->rtable):(0)))

return (rt)?(@cast(rt, "rtable")->rt_type):(_rtn_unspec())

}

function _output_route_type (skb)

{

(rt) = ((@defined(@cast(skb, "sk_buff")->_skb_dst))?(@cast(skb, "sk_buff")->_skb_dst):((@defined(@cast(skb, "sk_buff")->dst))?(@cast(skb, "sk_buff")->dst):(0)))

return (rt)?(@cast(rt, "rtable")->rt_type):(_rtn_unspec())

}



# file /usr/local/share/systemtap/tapset/irq.stp

probe workqueue.create = kernel.trace("workqueue_creation")?{

(wq_thread) = ($wq_thread)

(cpu) = ($cpu)

}

probe workqueue.insert = kernel.trace("workqueue_insertion")?{

(wq_thread) = ($wq_thread)

(work) = ($work)

(work_func) = ($work->func)

}

probe workqueue.execute = kernel.trace("workqueue_execution")?{

(wq_thread) = ($wq_thread)
(work) = ($work)
(work_func) = ($work->func)
}
probe workqueue.destroy = kernel.trace("workqueue_destruction")?{
(wq_thread) = ($wq_thread)
}
probe irq_handler.entry = kernel.trace("irq_handler_entry")?{
(irq) = ($irq)
(action) = ($action)
(handler) = ($action->handler)
(flags) = ($action->flags)
(flags_str) = (irqflags_str(flags))
(dev_name) = ($action->name)
(dev_id) = ($action->dev_id)
(next_irqaction) = ($action->next)
(dir) = ($action->dir)
(thread_fn) = ($action->thread_fn)
(thread) = ($action->thread)
(thread_flags) = ($action->thread_flags)
}
probe irq_handler.exit = kernel.trace("irq_handler_exit")?{
(irq) = ($irq)
(action) = ($action)
(ret) = ($ret)
(handler) = ($action->handler)
(flags) = ($action->flags)
(flags_str) = (irqflags_str(flags))
(dev_name) = ($action->name)
(dev_id) = ($action->dev_id)
(next_irqaction) = ($action->next)
(dir) = ($action->dir)
(thread_fn) = ($action->thread_fn)
(thread) = ($action->thread)
(thread_flags) = ($action->thread_flags)
}
probe softirq.entry = kernel.trace("softirq_entry")?{
(h) = ($h)
(vec) = ($vec)
(action) = ($h->action)
}
probe softirq.exit = kernel.trace("softirq_exit")?{
(h) = ($h)
(vec) = ($vec)
(action) = ($h->action)
}

# file /usr/local/share/systemtap/tapset/kprocess.stp
probe kprocess.create = kernel.function("copy_process").return{
(task) = ($return)
if (_IS_ERR(task)) next

(new_pid) = (task_pid(task))
}
probe kprocess.start = kernel.function("schedule_tail"){
}
probe kprocess.exec = kernel.function("do_execve"), kernel.function("compat_do_execve")?{
(filename) = (kernel_string($filename))
}
probe kprocess.exec_complete = kernel.function("do_execve").return, kernel.function("compat_do_execve").return?{
(errno) = ($return)
(success) = ((errno) >= (0))
}
probe kprocess.exit = kernel.function("do_exit"){
(code) = ($code)
}
probe kprocess.release = kernel.function("release_task"){
(task) = ($p)
(pid) = ($p->pid)
}
function _IS_ERR (ptr)
%{ /* pure */
    THIS->__retvalue = IS_ERR((const void *)(long)THIS->ptr);
%}

# file /usr/local/share/systemtap/tapset/kretprobe.stp
%{
static void *
_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)
{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	size_t end = offset + length;
	if (end > offset && pi && end <= pi->rp->data_size)
		return &pi->data[offset];
#endif
	return NULL;
}
%}function _get_kretprobe_long (i)
%{ /* pure */
	size_t offset = THIS->i * sizeof(int64_t);
	const int64_t *data = _kretprobe_data(CONTEXT->pi, offset, sizeof(int64_t));
	THIS->__retvalue = data ? *data : 0;
%}
function _set_kretprobe_long (i, value)
%{ /* impure */
	size_t offset = THIS->i * sizeof(int64_t);
	int64_t *data = _kretprobe_data(CONTEXT->pi, offset, sizeof(int64_t));
	if (data)
		*data = THIS->value;
%}
function _get_kretprobe_string (i)
%{ /* pure */
	size_t offset = CONTEXT->pi_longs * sizeof(int64_t) +
			THIS->i * MAXSTRINGLEN;
	const char *data = _kretprobe_data(CONTEXT->pi, offset, MAXSTRINGLEN);
	strlcpy(THIS->__retvalue, data ?: "", MAXSTRINGLEN);
%}
function _set_kretprobe_string (i, value)
%{ /* impure */
	size_t offset = CONTEXT->pi_longs * sizeof(int64_t) +
			THIS->i * MAXSTRINGLEN;
	char *data = _kretprobe_data(CONTEXT->pi, offset, MAXSTRINGLEN);
	if (data)
		strlcpy(data, THIS->value, MAXSTRINGLEN);
%}

# file /usr/local/share/systemtap/tapset/linuxmib.stp
global DelayedACKs
global ListenOverflows
global ListenDrops
global TCPMemoryPressures
global indelack_timer
probe linuxmib.DelayedACKs = _linuxmib.DelayedACKs.*{
}
probe _linuxmib.DelayedACKs.A = kernel.function("tcp_send_ack"){
(sk) = ($sk)
if (!(indelack_timer[sk])) next

(op) = (1)
(key) = (linuxmib_filter_key(sk, op))
if (key) (DelayedACKs[key]) += (op)

}
probe _linuxmib.DelayedACKs.B = kernel.function("tcp_delack_timer"){
(sk) = ($data)
(indelack_timer[sk]) = (1)
}
probe _linuxmib.DelayedACKs.C = kernel.function("tcp_delack_timer").return{
(sk) = ($data)
(indelack_timer[sk]) = (0)
}
probe linuxmib.
(work) = ($work)

(work_func) = ($work->func)

}

probe workqueue.destroy = kernel.trace("workqueue_destruction")?{

(wq_thread) = ($wq_thread)

}

probe irq_handler.entry = kernel.trace("irq_handler_entry")?{

(irq) = ($irq)

(action) = ($action)

(handler) = ($action->handler)

(flags) = ($action->flags)

(flags_str) = (irqflags_str(flags))

(dev_name) = ($action->name)

(dev_id) = ($action->dev_id)

(next_irqaction) = ($action->next)

(dir) = ($action->dir)

(thread_fn) = ($action->thread_fn)

(thread) = ($action->thread)

(thread_flags) = ($action->thread_flags)

}

probe irq_handler.exit = kernel.trace("irq_handler_exit")?{

(irq) = ($irq)

(action) = ($action)

(ret) = ($ret)

(handler) = ($action->handler)

(flags) = ($action->flags)

(flags_str) = (irqflags_str(flags))

(dev_name) = ($action->name)

(dev_id) = ($action->dev_id)

(next_irqaction) = ($action->next)

(dir) = ($action->dir)

(thread_fn) = ($action->thread_fn)

(thread) = ($action->thread)

(thread_flags) = ($action->thread_flags)

}

probe softirq.entry = kernel.trace("softirq_entry")?{

(h) = ($h)

(vec) = ($vec)

(action) = ($h->action)

}

probe softirq.exit = kernel.trace("softirq_exit")?{

(h) = ($h)

(vec) = ($vec)

(action) = ($h->action)

}



# file /usr/local/share/systemtap/tapset/kprocess.stp

probe kprocess.create = kernel.function("copy_process").return{

(task) = ($return)

if (_IS_ERR(task)) next



(new_pid) = (task_pid(task))

}

probe kprocess.start = kernel.function("schedule_tail"){

}

probe kprocess.exec = kernel.function("do_execve"), kernel.function("compat_do_execve")?{

(filename) = (kernel_string($filename))

}

probe kprocess.exec_complete = kernel.function("do_execve").return, kernel.function("compat_do_execve").return?{

(errno) = ($return)

(success) = ((errno) >= (0))

}

probe kprocess.exit = kernel.function("do_exit"){

(code) = ($code)

}

probe kprocess.release = kernel.function("release_task"){

(task) = ($p)

(pid) = ($p->pid)

}

function _IS_ERR (ptr)

%{ /* pure */

    THIS->__retvalue = IS_ERR((const void *)(long)THIS->ptr);

%}



# file /usr/local/share/systemtap/tapset/kretprobe.stp

%{

static void *

_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)

{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	size_t end = offset + length;

	if (end > offset && pi && end <= pi->rp->data_size)

		return &pi->data[offset];

#endif

	return NULL;

}

%}function _get_kretprobe_long (i)

%{ /* pure */

	size_t offset = THIS->i * sizeof(int64_t);

	const int64_t *data = _kretprobe_data(CONTEXT->pi, offset, sizeof(int64_t));

	THIS->__retvalue = data ? *data : 0;

%}

function _set_kretprobe_long (i, value)

%{ /* impure */

	size_t offset = THIS->i * sizeof(int64_t);

	int64_t *data = _kretprobe_data(CONTEXT->pi, offset, sizeof(int64_t));

	if (data)

		*data = THIS->value;

%}

function _get_kretprobe_string (i)

%{ /* pure */

	size_t offset = CONTEXT->pi_longs * sizeof(int64_t) +

			THIS->i * MAXSTRINGLEN;

	const char *data = _kretprobe_data(CONTEXT->pi, offset, MAXSTRINGLEN);

	strlcpy(THIS->__retvalue, data ?: "", MAXSTRINGLEN);

%}

function _set_kretprobe_string (i, value)

%{ /* impure */

	size_t offset = CONTEXT->pi_longs * sizeof(int64_t) +

			THIS->i * MAXSTRINGLEN;

	char *data = _kretprobe_data(CONTEXT->pi, offset, MAXSTRINGLEN);

	if (data)

		strlcpy(data, THIS->value, MAXSTRINGLEN);

%}



# file /usr/local/share/systemtap/tapset/linuxmib.stp

global DelayedACKs

global ListenOverflows

global ListenDrops

global TCPMemoryPressures

global indelack_timer

probe linuxmib.DelayedACKs = _linuxmib.DelayedACKs.*{

}

probe _linuxmib.DelayedACKs.A = kernel.function("tcp_send_ack"){

(sk) = ($sk)

if (!(indelack_timer[sk])) next



(op) = (1)

(key) = (linuxmib_filter_key(sk, op))

if (key) (DelayedACKs[key]) += (op)



}

probe _linuxmib.DelayedACKs.B = kernel.function("tcp_delack_timer"){

(sk) = ($data)

(indelack_timer[sk]) = (1)

}

probe _linuxmib.DelayedACKs.C = kernel.function("tcp_delack_timer").return{

(sk) = ($data)

(indelack_timer[sk]) = (0)

}
ListenOverflows = kernel.function("tcp_v4_syn_recv_sock").return{
(sk) = ($sk)
if ($return) next

if (($sk->sk_ack_backlog) <= ($sk->sk_max_ack_backlog)) next

(op) = (1)
(key) = (linuxmib_filter_key(sk, op))
if (key) (ListenOverflows[key]) += (op)

}
probe linuxmib.ListenDrops = kernel.function("tcp_v4_syn_recv_sock").return{
(sk) = ($sk)
if ($return) next

(op) = (1)
(key) = (linuxmib_filter_key(sk, op))
if (key) (ListenDrops[key]) += (op)

}
probe linuxmib.TCPMemoryPressures = kernel.function("tcp_enter_memory_pressure"){
(sk) = ($sk)
(op) = (1)
if ($tcp_memory_pressure) next

(key) = (linuxmib_filter_key(sk, op))
if (key) (TCPMemoryPressures[key]) += (op)

}

# file /usr/local/share/systemtap/tapset/logging.stp
function log (msg)
%{ /* unprivileged */
	_stp_printf ("%s\n", THIS->msg);
%}
function warn (msg)
%{ /* unprivileged */
    _stp_warn ("%s", THIS->msg);
%}
function exit ()
%{ /* unprivileged */
    atomic_set (&session_state, STAP_SESSION_STOPPING);
    _stp_exit ();
%}
function error (msg)
%{ /* unprivileged */
    /* This is an assignment of a local char[] to a global char*.
       It would normally be just as unsafe as returning a pointer to
       a local variable from a function.  However, the translated
       code ensures that upon an error (last_error != NULL), the
       context stack is only ever unwound, and not reused, before
       the probe-level stp-error call.  */
    CONTEXT->last_error = THIS->msg;
    CONTEXT->last_stmt = NULL;
%}
function stp_print_binary (n, arg1, arg2, arg3, arg4)
%{
	_stp_print_binary (THIS->n, THIS->arg1, THIS->arg2, THIS->arg3, THIS->arg4);
%}
function ftrace (msg)
%{
#ifdef STAPCONF_TRACE_PRINTK
       static char *fmt = "%s\n";
       trace_printk (fmt, THIS->msg);

       /* The "fmt" is designed to be non __builtin_constant_p(), so as
       to defeat trace_printk -> __trace_bprintk optimization.  That's
       because bprintk doesn't save the incoming strings, only their
       addresses. */
#endif
%}

# file /usr/local/share/systemtap/tapset/marker.stp
function _mark_name_get ()
%{
	strlcpy (THIS->__retvalue,
		 (CONTEXT->marker_name)?CONTEXT->marker_name:"",
		 MAXSTRINGLEN); /* pure */
%}
function _mark_format_get ()
%{
	strlcpy (THIS->__retvalue,
		 (CONTEXT->marker_format)?CONTEXT->marker_format:"",
		 MAXSTRINGLEN); /* pure */
%}

# file /usr/local/share/systemtap/tapset/memory.stp
%{
#include <linux/mm.h>
%}global VM_FAULT_OOM = 0
global VM_FAULT_SIGBUS = 1
global VM_FAULT_MINOR = 2
global VM_FAULT_MAJOR = 3
global VM_FAULT_NOPAGE = 4
global VM_FAULT_LOCKED = 5
global VM_FAULT_ERROR = 6
global FAULT_FLAG_WRITE = 1
probe vm.pagefault = kernel.function("__handle_mm_fault@mm/memory.c")?, kernel.function("handle_mm_fault@mm/memory.c")?{
(name) = ("pagefault")
(write_access) = ((@defined($flags))?(($flags) & (FAULT_FLAG_WRITE)):($write_access))
(address) = ($address)
}
probe vm.pagefault.return = kernel.function("__handle_mm_fault@mm/memory.c").return?, kernel.function("handle_mm_fault@mm/memory.c").return?{
(name) = ("pagefault")
(fault_type) = ($return)
}
probe vm.write_shared = kernel.function("do_wp_page"){
(name) = ("write_shared")
(address) = ($address)
}
probe vm.write_shared_copy = kernel.function("copy_cow_page")?{
(name) = ("write_shared_copy")
(address) = ($address)
(zero) = (_IS_ZERO_PAGE($from, $address))
}
probe vm.mmap = kernel.function("do_mmap"), kernel.function("do_mmap2")?{
(name) = ("mmap")
(address) = ($addr)
(length) = ($len)
}
probe vm.munmap = kernel.function("do_munmap"){
(name) = ("munmap")
(address) = ($start)
(length) = ($len)
}
probe vm.brk = kernel.function("do_brk"){
(name) = ("brk")
(address) = ($addr)
(length) = ($len)
}
probe vm.oom_kill = kernel.function("__oom_kill_task"){
(name) = ("oom_kill")
(task) = ($p)
}
probe __vm.kmalloc.tp = kernel.trace("kmalloc"){
(call_site) = ($call_site)
(caller_function) = (symname(call_site))
(bytes_req) = ($bytes_req)
(bytes_alloc) = ($bytes_alloc)
(gfp_f
probe linuxmib.ListenOverflows = kernel.function("tcp_v4_syn_recv_sock").return{

(sk) = ($sk)

if ($return) next



if (($sk->sk_ack_backlog) <= ($sk->sk_max_ack_backlog)) next



(op) = (1)

(key) = (linuxmib_filter_key(sk, op))

if (key) (ListenOverflows[key]) += (op)



}

probe linuxmib.ListenDrops = kernel.function("tcp_v4_syn_recv_sock").return{

(sk) = ($sk)

if ($return) next



(op) = (1)

(key) = (linuxmib_filter_key(sk, op))

if (key) (ListenDrops[key]) += (op)



}

probe linuxmib.TCPMemoryPressures = kernel.function("tcp_enter_memory_pressure"){

(sk) = ($sk)

(op) = (1)

if ($tcp_memory_pressure) next



(key) = (linuxmib_filter_key(sk, op))

if (key) (TCPMemoryPressures[key]) += (op)



}



# file /usr/local/share/systemtap/tapset/logging.stp

function log (msg)

%{ /* unprivileged */

	_stp_printf ("%s\n", THIS->msg);

%}

function warn (msg)

%{ /* unprivileged */

    _stp_warn ("%s", THIS->msg);

%}

function exit ()

%{ /* unprivileged */

    atomic_set (&session_state, STAP_SESSION_STOPPING);

    _stp_exit ();

%}

function error (msg)

%{ /* unprivileged */

    /* This is an assignment of a local char[] to a global char*.

       It would normally be just as unsafe as returning a pointer to

       a local variable from a function.  However, the translated

       code ensures that upon an error (last_error != NULL), the

       context stack is only ever unwound, and not reused, before

       the probe-level stp-error call.  */

    CONTEXT->last_error = THIS->msg;

    CONTEXT->last_stmt = NULL;

%}

function stp_print_binary (n, arg1, arg2, arg3, arg4)

%{

	_stp_print_binary (THIS->n, THIS->arg1, THIS->arg2, THIS->arg3, THIS->arg4);

%}

function ftrace (msg)

%{

#ifdef STAPCONF_TRACE_PRINTK

       static char *fmt = "%s\n";

       trace_printk (fmt, THIS->msg);



       /* The "fmt" is designed to be non __builtin_constant_p(), so as

       to defeat trace_printk -> __trace_bprintk optimization.  That's

       because bprintk doesn't save the incoming strings, only their

       addresses. */

#endif

%}



# file /usr/local/share/systemtap/tapset/marker.stp

function _mark_name_get ()

%{

	strlcpy (THIS->__retvalue,

		 (CONTEXT->marker_name)?CONTEXT->marker_name:"",

		 MAXSTRINGLEN); /* pure */

%}

function _mark_format_get ()

%{

	strlcpy (THIS->__retvalue,

		 (CONTEXT->marker_format)?CONTEXT->marker_format:"",

		 MAXSTRINGLEN); /* pure */

%}



# file /usr/local/share/systemtap/tapset/memory.stp

%{

#include <linux/mm.h>

%}global VM_FAULT_OOM = 0

global VM_FAULT_SIGBUS = 1

global VM_FAULT_MINOR = 2

global VM_FAULT_MAJOR = 3

global VM_FAULT_NOPAGE = 4

global VM_FAULT_LOCKED = 5

global VM_FAULT_ERROR = 6

global FAULT_FLAG_WRITE = 1

probe vm.pagefault = kernel.function("__handle_mm_fault@mm/memory.c")?, kernel.function("handle_mm_fault@mm/memory.c")?{

(name) = ("pagefault")

(write_access) = ((@defined($flags))?(($flags) & (FAULT_FLAG_WRITE)):($write_access))

(address) = ($address)

}

probe vm.pagefault.return = kernel.function("__handle_mm_fault@mm/memory.c").return?, kernel.function("handle_mm_fault@mm/memory.c").return?{

(name) = ("pagefault")

(fault_type) = ($return)

}

probe vm.write_shared = kernel.function("do_wp_page"){

(name) = ("write_shared")

(address) = ($address)

}

probe vm.write_shared_copy = kernel.function("copy_cow_page")?{

(name) = ("write_shared_copy")

(address) = ($address)

(zero) = (_IS_ZERO_PAGE($from, $address))

}

probe vm.mmap = kernel.function("do_mmap"), kernel.function("do_mmap2")?{

(name) = ("mmap")

(address) = ($addr)

(length) = ($len)

}

probe vm.munmap = kernel.function("do_munmap"){

(name) = ("munmap")

(address) = ($start)

(length) = ($len)

}

probe vm.brk = kernel.function("do_brk"){

(name) = ("brk")

(address) = ($addr)

(length) = ($len)

}

probe vm.oom_kill = kernel.function("__oom_kill_task"){

(name) = ("oom_kill")

(task) = ($p)

}

probe __vm.kmalloc.tp = kernel.trace("kmalloc"){

(call_site) = ($call_site)

(caller_function) = (symname(call_site))

(bytes_req) = ($bytes_req)

(bytes_alloc) = ($bytes_alloc)
lags) = ($gfp_flags)
(gfp_flag_name) = (__gfp_flag_str($gfp_flags))
(ptr) = ($ptr)
}
probe __vm.kmalloc.kp = kernel.function("kmem_cache_alloc_notrace").return!, kernel.function("kmem_cache_alloc").return{
(call_site) = (0)
(caller_function) = ("unknown")
if (@defined($s)) {
(bytes_req) = ($s->size)
(bytes_alloc) = ($s->size)
}
else if (@defined($cachep->buffer_size)) {
(bytes_req) = ($cachep->buffer_size)
(bytes_alloc) = ($cachep->buffer_size)
}
else {
(bytes_req) = ($cachep->objsize)
(bytes_alloc) = ($cachep->objsize)
}


if (@defined($gfpflags)) {
(gfp_flags) = ($gfpflags)
(gfp_flag_name) = (__gfp_flag_str($gfpflags))
}
else {
(gfp_flags) = ($flags)
(gfp_flag_name) = (__gfp_flag_str($flags))
}

(ptr) = ($return)
}
probe vm.kmalloc = __vm.kmalloc.tp!, __vm.kmalloc.kp{
(name) = ("kmalloc")
}
probe __vm.kmem_cache_alloc.tp = kernel.trace("kmem_cache_alloc"){
(call_site) = ($call_site)
(caller_function) = (symname(call_site))
(bytes_req) = ($bytes_req)
(bytes_alloc) = ($bytes_alloc)
(gfp_flags) = ($gfp_flags)
(gfp_flag_name) = (__gfp_flag_str($gfp_flags))
(ptr) = ($ptr)
}
probe __vm.kmem_cache_alloc.kp = kernel.function("kmem_cache_alloc").return{
(call_site) = (0)
(caller_function) = ("unknown")
if (@defined($s)) {
(bytes_req) = ($s->size)
(bytes_alloc) = ($s->size)
}
else if (@defined($cachep->buffer_size)) {
(bytes_req) = ($cachep->buffer_size)
(bytes_alloc) = ($cachep->buffer_size)
}
else {
(bytes_req) = ($cachep->objsize)
(bytes_alloc) = ($cachep->objsize)
}


if (@defined($gfpflags)) {
(gfp_flags) = ($gfpflags)
(gfp_flag_name) = (__gfp_flag_str($gfpflags))
}
else {
(gfp_flags) = ($flags)
(gfp_flag_name) = (__gfp_flag_str($flags))
}

(ptr) = ($return)
}
probe vm.kmem_cache_alloc = __vm.kmem_cache_alloc.tp!, __vm.kmem_cache_alloc.kp{
(name) = ("kmem_cache_alloc")
}
probe __vm.kmalloc_node.tp = kernel.trace("kmalloc_node")?{
(call_site) = ($call_site)
(caller_function) = (symname(call_site))
(bytes_req) = ($bytes_req)
(bytes_alloc) = ($bytes_alloc)
(gfp_flags) = ($gfp_flags)
(gfp_flag_name) = (__gfp_flag_str($gfp_flags))
(ptr) = ($ptr)
}
probe __vm.kmalloc_node.kp = kernel.function("kmalloc_node").return?{
(call_site) = (0)
(caller_function) = ("unknown")
(bytes_req) = ($size)
(bytes_alloc) = (bytes_req)
(gfp_flags) = ((@defined($flags))?($flags):(0))
(gfp_flag_name) = (__gfp_flag_str((@defined($flags))?($flags):(0)))
(ptr) = ($return)
}
probe vm.kmalloc_node = __vm.kmalloc_node.tp!, __vm.kmalloc_node.kp?{
(name) = ("kmalloc_node")
}
probe __vm.kmem_cache_alloc_node.tp = kernel.trace("kmem_cache_alloc_node")?{
(call_site) = ($call_site)
(caller_function) = (symname(call_site))
(bytes_req) = ($bytes_req)
(bytes_alloc) = ($bytes_alloc)
(gfp_flags) = ($gfp_flags)
(gfp_flag_name) = (__gfp_flag_str($gfp_flags))
(ptr) = ($ptr)
}
probe __vm.kmem_cache_alloc_node.kp = kernel.function("kmem_cache_alloc_node").return?{
(call_site) = (0)
(caller_function) = ("unknown")
if (@defined($s)) {
(bytes_req) = ($s->size)
(bytes_alloc) = ($s->size)
}
else if (@defined($cachep->buffer_size)) {
(bytes_req) = ($cachep->buffer_size)
(bytes_alloc) = ($cachep->buffer_size)
}
else {
(bytes_req) = ($cachep->objsize)
(bytes_alloc) = ($cachep->objsize)
}


(gfp_flags) = (GFP_KERNEL())
(gfp_flag_name) = (__gfp_flag_str(gfp_flags))
(ptr) = ($return)
}
probe vm.kmem_cache_alloc_node = __vm.kmem_cache_alloc_node.tp!, __vm.kmem_cache_alloc_node.kp?{
(name) = ("kmem_cache_alloc_node")
}
probe __vm.kfree.tp = kernel.trace("kfree"){
(call_site) = ($call_site)
(caller_function) = (symname(call_site))
(ptr) = ($ptr)
}
probe __vm.kfree.kp = kernel.function("kfree").return{
(call_site) = (0)
(caller_function) = ("unknown")
(ptr) = ((@defined($x))?($x):($objp))
}
probe vm.kfree = __vm.kfree.tp!, __vm.kfree.kp{
(name) = ("kfree")
}
probe __vm.kmem_cache_free.tp = kernel.trace("kmem_cache_free"){
(call_site) = ($call_site)
(caller_function) = (symname(call_site))
(ptr) = ($ptr)
}
probe __vm.kmem_cache_free.kp = kernel
(gfp_flags) = ($gfp_flags)

(gfp_flag_name) = (__gfp_flag_str($gfp_flags))

(ptr) = ($ptr)

}

probe __vm.kmalloc.kp = kernel.function("kmem_cache_alloc_notrace").return!, kernel.function("kmem_cache_alloc").return{

(call_site) = (0)

(caller_function) = ("unknown")

if (@defined($s)) {

(bytes_req) = ($s->size)

(bytes_alloc) = ($s->size)

}

else if (@defined($cachep->buffer_size)) {

(bytes_req) = ($cachep->buffer_size)

(bytes_alloc) = ($cachep->buffer_size)

}

else {

(bytes_req) = ($cachep->objsize)

(bytes_alloc) = ($cachep->objsize)

}





if (@defined($gfpflags)) {

(gfp_flags) = ($gfpflags)

(gfp_flag_name) = (__gfp_flag_str($gfpflags))

}

else {

(gfp_flags) = ($flags)

(gfp_flag_name) = (__gfp_flag_str($flags))

}



(ptr) = ($return)

}

probe vm.kmalloc = __vm.kmalloc.tp!, __vm.kmalloc.kp{

(name) = ("kmalloc")

}

probe __vm.kmem_cache_alloc.tp = kernel.trace("kmem_cache_alloc"){

(call_site) = ($call_site)

(caller_function) = (symname(call_site))

(bytes_req) = ($bytes_req)

(bytes_alloc) = ($bytes_alloc)

(gfp_flags) = ($gfp_flags)

(gfp_flag_name) = (__gfp_flag_str($gfp_flags))

(ptr) = ($ptr)

}

probe __vm.kmem_cache_alloc.kp = kernel.function("kmem_cache_alloc").return{

(call_site) = (0)

(caller_function) = ("unknown")

if (@defined($s)) {

(bytes_req) = ($s->size)

(bytes_alloc) = ($s->size)

}

else if (@defined($cachep->buffer_size)) {

(bytes_req) = ($cachep->buffer_size)

(bytes_alloc) = ($cachep->buffer_size)

}

else {

(bytes_req) = ($cachep->objsize)

(bytes_alloc) = ($cachep->objsize)

}





if (@defined($gfpflags)) {

(gfp_flags) = ($gfpflags)

(gfp_flag_name) = (__gfp_flag_str($gfpflags))

}

else {

(gfp_flags) = ($flags)

(gfp_flag_name) = (__gfp_flag_str($flags))

}



(ptr) = ($return)

}

probe vm.kmem_cache_alloc = __vm.kmem_cache_alloc.tp!, __vm.kmem_cache_alloc.kp{

(name) = ("kmem_cache_alloc")

}

probe __vm.kmalloc_node.tp = kernel.trace("kmalloc_node")?{

(call_site) = ($call_site)

(caller_function) = (symname(call_site))

(bytes_req) = ($bytes_req)

(bytes_alloc) = ($bytes_alloc)

(gfp_flags) = ($gfp_flags)

(gfp_flag_name) = (__gfp_flag_str($gfp_flags))

(ptr) = ($ptr)

}

probe __vm.kmalloc_node.kp = kernel.function("kmalloc_node").return?{

(call_site) = (0)

(caller_function) = ("unknown")

(bytes_req) = ($size)

(bytes_alloc) = (bytes_req)

(gfp_flags) = ((@defined($flags))?($flags):(0))

(gfp_flag_name) = (__gfp_flag_str((@defined($flags))?($flags):(0)))

(ptr) = ($return)

}

probe vm.kmalloc_node = __vm.kmalloc_node.tp!, __vm.kmalloc_node.kp?{

(name) = ("kmalloc_node")

}

probe __vm.kmem_cache_alloc_node.tp = kernel.trace("kmem_cache_alloc_node")?{

(call_site) = ($call_site)

(caller_function) = (symname(call_site))

(bytes_req) = ($bytes_req)

(bytes_alloc) = ($bytes_alloc)

(gfp_flags) = ($gfp_flags)

(gfp_flag_name) = (__gfp_flag_str($gfp_flags))

(ptr) = ($ptr)

}

probe __vm.kmem_cache_alloc_node.kp = kernel.function("kmem_cache_alloc_node").return?{

(call_site) = (0)

(caller_function) = ("unknown")

if (@defined($s)) {

(bytes_req) = ($s->size)

(bytes_alloc) = ($s->size)

}

else if (@defined($cachep->buffer_size)) {

(bytes_req) = ($cachep->buffer_size)

(bytes_alloc) = ($cachep->buffer_size)

}

else {

(bytes_req) = ($cachep->objsize)

(bytes_alloc) = ($cachep->objsize)

}





(gfp_flags) = (GFP_KERNEL())

(gfp_flag_name) = (__gfp_flag_str(gfp_flags))

(ptr) = ($return)

}

probe vm.kmem_cache_alloc_node = __vm.kmem_cache_alloc_node.tp!, __vm.kmem_cache_alloc_node.kp?{

(name) = ("kmem_cache_alloc_node")

}

probe __vm.kfree.tp = kernel.trace("kfree"){

(call_site) = ($call_site)

(caller_function) = (symname(call_site))

(ptr) = ($ptr)

}

probe __vm.kfree.kp = kernel.function("kfree").return{

(call_site) = (0)

(caller_function) = ("unknown")

(ptr) = ((@defined($x))?($x):($objp))

}

probe vm.kfree = __vm.kfree.tp!, __vm.kfree.kp{

(name) = ("kfree")

}

probe __vm.kmem_cache_free.tp = kernel.trace("kmem_cache_free"){

(call_site) = ($call_site)

(caller_function) = (symname(call_site))

(ptr) = ($ptr)

}
.function("kmem_cache_free").return{
(call_site) = (0)
(caller_function) = ("unknown")
(ptr) = ((@defined($x))?($x):($objp))
}
probe vm.kmem_cache_free = __vm.kmem_cache_free.tp!, __vm.kmem_cache_free.kp{
(name) = ("kmem_cache_free")
}
function vm_fault_contains (value, test)
%{
	int res;
	switch (THIS->test){
	case 0: res = THIS->value & VM_FAULT_OOM; break;
	case 1: res = THIS->value & VM_FAULT_SIGBUS; break;
#if defined(VM_FAULT_MINOR) && VM_FAULT_MINOR != 0
	case 2: /* VM_FAULT_MINOR infered by that flags off */
		res = !((VM_FAULT_OOM | VM_FAULT_SIGBUS | VM_FAULT_MAJOR) & 
				 THIS->value);
		break;
#else
	case 2: res = THIS->value == VM_FAULT_MINOR; break;
#endif
	case 3: res = THIS->value & VM_FAULT_MAJOR; break;
#ifdef VM_FAULT_NOPAGE
	case 4: res = THIS->value & VM_FAULT_NOPAGE; break;
#endif
#ifdef VM_FAULT_LOCKED
	case 5: res = THIS->value & VM_FAULT_LOCKED; break;
#endif
#ifdef VM_FAULT_ERROR
	case 6: res = THIS->value & VM_FAULT_ERROR; break;
#endif
	default: res = 0; break;
	}
	THIS->__retvalue = (res != 0);
	return;
%}
function addr_to_node (addr)
%{ /* pure */ 
	int pfn = __pa(THIS->addr) >> PAGE_SHIFT;
	int nid;
#ifdef for_each_online_node
	for_each_online_node(nid)
#else
	for (nid=0; nid<MAX_NUMNODES; nid++)  /* if (node_online(nid)) */
#endif
		if ( NODE_DATA(nid)->node_start_pfn <= pfn &&
			pfn < (NODE_DATA(nid)->node_start_pfn +
			NODE_DATA(nid)->node_spanned_pages) )
		{
			THIS->__retvalue = nid;
			break;
		}
%}
function _IS_ZERO_PAGE (from, vaddr)
%{ /* pure */
    THIS->__retvalue = (THIS->from == (long) ZERO_PAGE(THIS->vaddr));
%}
function GFP_KERNEL ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = GFP_KERNEL;
%}
function __gfp_flag_str (gfp_flag)
%{
	long gfp_flag = THIS->gfp_flag;
	THIS->__retvalue[0] = '\0';

/* Older kernels < 2.6.32 didn't have some of these GFP defines yet. */
#ifndef __GFP_DMA32
#define __GFP_DMA32	((__force gfp_t)0x04u)
#endif
#ifndef GFP_DMA32
#define GFP_DMA32	__GFP_DMA32
#endif

#ifndef __GFP_MOVABLE
#define __GFP_MOVABLE  ((__force gfp_t)0x08u)  /* Page is movable */
#endif

#ifndef GFP_ZONEMASK
#define GFP_ZONEMASK   (__GFP_DMA|__GFP_HIGHMEM|__GFP_DMA32|__GFP_MOVABLE)
#endif

#ifndef __GFP_NOTRACK
#ifdef CONFIG_KMEMCHECK
#define __GFP_NOTRACK  ((__force gfp_t)0x200000u)  /* Don't track with kmemcheck */
#else
#define __GFP_NOTRACK  ((__force gfp_t)0)
#endif
#endif

#ifndef __GFP_THISNODE
#define __GFP_THISNODE  ((__force gfp_t)0x40000u)
#endif

#ifndef __GFP_RECLAIMABLE
#define __GFP_RECLAIMABLE ((__force gfp_t)0x80000u)
#endif

#ifndef __GFP_ZERO
#define __GFP_ZERO	((__force gfp_t)0x8000u)
#endif

#ifndef __GFP_NOMEMALLOC
#define __GFP_NOMEMALLOC ((__force gfp_t)0x10000u)
#endif

#ifndef __GFP_HARDWALL
#define __GFP_HARDWALL   ((__force gfp_t)0x20000u)
#endif

#ifndef GFP_TEMPORARY
#define GFP_TEMPORARY  (__GFP_WAIT | __GFP_IO | __GFP_FS | \
                        __GFP_RECLAIMABLE)
#endif

#ifndef GFP_HIGHUSER_MOVABLE
#define GFP_HIGHUSER_MOVABLE   (__GFP_WAIT | __GFP_IO | __GFP_FS | \
                                __GFP_HARDWALL | __GFP_HIGHMEM | \
                                __GFP_MOVABLE)
#endif

#ifndef GFP_THISNODE
#ifdef CONFIG_NUMA
#define GFP_THISNODE    (__GFP_THISNODE | __GFP_NOWARN | __GFP_NORETRY)
#else
#define GFP_THISNODE    ((__force gfp_t)0)
#endif
#endif

/* Macro for GFP Bitmasks. */
/* The resulted GFP_FLAGS may be either single or concatenation of the multiple bitmasks. */


#define __GFP_BITMASKS(FLAG)  if(gfp_flag & FLAG) { if(THIS->__retvalue[0] != '\0') \
                strlcat(THIS->__retvalue, " | "#FLAG, MAXSTRINGLEN); \
                else strlcat(THIS->__retvalue, #FLAG, MAXSTRINGLEN); }


/* Macro for Composite Flags. */
/* Each Composite GFP_FLAG is the combination of multiple bitmasks. */


#define __GFP_COMPOSITE_FLAG(FLAG)  if(gfp_flag == FLAG) { \
                strlcat(THIS->__retvalue, #FLAG, MAXSTRINGLEN); return; }


/* Composite GFP FLAGS of the BitMasks. */
probe __vm.kmem_cache_free.kp = kernel.function("kmem_cache_free").return{

(call_site) = (0)

(caller_function) = ("unknown")

(ptr) = ((@defined($x))?($x):($objp))

}

probe vm.kmem_cache_free = __vm.kmem_cache_free.tp!, __vm.kmem_cache_free.kp{

(name) = ("kmem_cache_free")

}

function vm_fault_contains (value, test)

%{

	int res;

	switch (THIS->test){

	case 0: res = THIS->value & VM_FAULT_OOM; break;

	case 1: res = THIS->value & VM_FAULT_SIGBUS; break;

#if defined(VM_FAULT_MINOR) && VM_FAULT_MINOR != 0

	case 2: /* VM_FAULT_MINOR infered by that flags off */

		res = !((VM_FAULT_OOM | VM_FAULT_SIGBUS | VM_FAULT_MAJOR) & 

				 THIS->value);

		break;

#else

	case 2: res = THIS->value == VM_FAULT_MINOR; break;

#endif

	case 3: res = THIS->value & VM_FAULT_MAJOR; break;

#ifdef VM_FAULT_NOPAGE

	case 4: res = THIS->value & VM_FAULT_NOPAGE; break;

#endif

#ifdef VM_FAULT_LOCKED

	case 5: res = THIS->value & VM_FAULT_LOCKED; break;

#endif

#ifdef VM_FAULT_ERROR

	case 6: res = THIS->value & VM_FAULT_ERROR; break;

#endif

	default: res = 0; break;

	}

	THIS->__retvalue = (res != 0);

	return;

%}

function addr_to_node (addr)

%{ /* pure */ 

	int pfn = __pa(THIS->addr) >> PAGE_SHIFT;

	int nid;

#ifdef for_each_online_node

	for_each_online_node(nid)

#else

	for (nid=0; nid<MAX_NUMNODES; nid++)  /* if (node_online(nid)) */

#endif

		if ( NODE_DATA(nid)->node_start_pfn <= pfn &&

			pfn < (NODE_DATA(nid)->node_start_pfn +

			NODE_DATA(nid)->node_spanned_pages) )

		{

			THIS->__retvalue = nid;

			break;

		}

%}

function _IS_ZERO_PAGE (from, vaddr)

%{ /* pure */

    THIS->__retvalue = (THIS->from == (long) ZERO_PAGE(THIS->vaddr));

%}

function GFP_KERNEL ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = GFP_KERNEL;

%}

function __gfp_flag_str (gfp_flag)

%{

	long gfp_flag = THIS->gfp_flag;

	THIS->__retvalue[0] = '\0';



/* Older kernels < 2.6.32 didn't have some of these GFP defines yet. */

#ifndef __GFP_DMA32

#define __GFP_DMA32	((__force gfp_t)0x04u)

#endif

#ifndef GFP_DMA32

#define GFP_DMA32	__GFP_DMA32

#endif



#ifndef __GFP_MOVABLE

#define __GFP_MOVABLE  ((__force gfp_t)0x08u)  /* Page is movable */

#endif



#ifndef GFP_ZONEMASK

#define GFP_ZONEMASK   (__GFP_DMA|__GFP_HIGHMEM|__GFP_DMA32|__GFP_MOVABLE)

#endif



#ifndef __GFP_NOTRACK

#ifdef CONFIG_KMEMCHECK

#define __GFP_NOTRACK  ((__force gfp_t)0x200000u)  /* Don't track with kmemcheck */

#else

#define __GFP_NOTRACK  ((__force gfp_t)0)

#endif

#endif



#ifndef __GFP_THISNODE

#define __GFP_THISNODE  ((__force gfp_t)0x40000u)

#endif



#ifndef __GFP_RECLAIMABLE

#define __GFP_RECLAIMABLE ((__force gfp_t)0x80000u)

#endif



#ifndef __GFP_ZERO

#define __GFP_ZERO	((__force gfp_t)0x8000u)

#endif



#ifndef __GFP_NOMEMALLOC

#define __GFP_NOMEMALLOC ((__force gfp_t)0x10000u)

#endif



#ifndef __GFP_HARDWALL

#define __GFP_HARDWALL   ((__force gfp_t)0x20000u)

#endif



#ifndef GFP_TEMPORARY

#define GFP_TEMPORARY  (__GFP_WAIT | __GFP_IO | __GFP_FS | \

                        __GFP_RECLAIMABLE)

#endif



#ifndef GFP_HIGHUSER_MOVABLE

#define GFP_HIGHUSER_MOVABLE   (__GFP_WAIT | __GFP_IO | __GFP_FS | \

                                __GFP_HARDWALL | __GFP_HIGHMEM | \

                                __GFP_MOVABLE)

#endif



#ifndef GFP_THISNODE

#ifdef CONFIG_NUMA

#define GFP_THISNODE    (__GFP_THISNODE | __GFP_NOWARN | __GFP_NORETRY)

#else

#define GFP_THISNODE    ((__force gfp_t)0)

#endif

#endif



/* Macro for GFP Bitmasks. */

/* The resulted GFP_FLAGS may be either single or concatenation of the multiple bitmasks. */





#define __GFP_BITMASKS(FLAG)  if(gfp_flag & FLAG) { if(THIS->__retvalue[0] != '\0') \

                strlcat(THIS->__retvalue, " | "#FLAG, MAXSTRINGLEN); \

                else strlcat(THIS->__retvalue, #FLAG, MAXSTRINGLEN); }





/* Macro for Composite Flags. */

/* Each Composite GFP_FLAG is the combination of multiple bitmasks. */





#define __GFP_COMPOSITE_FLAG(FLAG)  if(gfp_flag == FLAG) { \

                strlcat(THIS->__retvalue, #FLAG, MAXSTRINGLEN); return; }





/* Composite GFP FLAGS of the BitMasks. */


	__GFP_COMPOSITE_FLAG(GFP_ZONEMASK)
	__GFP_COMPOSITE_FLAG(GFP_ATOMIC)
	__GFP_COMPOSITE_FLAG(GFP_NOIO)
	__GFP_COMPOSITE_FLAG(GFP_NOFS)
	__GFP_COMPOSITE_FLAG(GFP_KERNEL)
	__GFP_COMPOSITE_FLAG(GFP_TEMPORARY)
	__GFP_COMPOSITE_FLAG(GFP_USER)
	__GFP_COMPOSITE_FLAG(GFP_HIGHUSER)
	__GFP_COMPOSITE_FLAG(GFP_HIGHUSER_MOVABLE)
	__GFP_COMPOSITE_FLAG(GFP_THISNODE)
	__GFP_COMPOSITE_FLAG(GFP_DMA)
	__GFP_COMPOSITE_FLAG(GFP_DMA32)

/* GFP BitMasks */

	__GFP_BITMASKS(__GFP_DMA)
	__GFP_BITMASKS(__GFP_HIGHMEM)
	__GFP_BITMASKS(__GFP_MOVABLE)
	__GFP_BITMASKS(__GFP_WAIT)
	__GFP_BITMASKS(__GFP_HIGH)
	__GFP_BITMASKS(__GFP_IO)
	__GFP_BITMASKS(__GFP_FS)
	__GFP_BITMASKS(__GFP_COLD)
	__GFP_BITMASKS(__GFP_NOWARN)
	__GFP_BITMASKS(__GFP_REPEAT)
	__GFP_BITMASKS(__GFP_NOFAIL)
	__GFP_BITMASKS(__GFP_COMP)
	__GFP_BITMASKS(__GFP_ZERO)
	__GFP_BITMASKS(__GFP_NOMEMALLOC)
	__GFP_BITMASKS(__GFP_HARDWALL)
	__GFP_BITMASKS(__GFP_THISNODE)
	__GFP_BITMASKS(__GFP_RECLAIMABLE)
	__GFP_BITMASKS(__GFP_NOTRACK)


#undef __GFP_BITMASKS
#undef __GFP_COMPOSITE_FLAG
%}

# file /usr/local/share/systemtap/tapset/nd_syscalls.stp
probe nd_syscall.accept = kprobe.function("sys_accept")?{
(name) = ("accept")
asmlinkage()
(sockfd) = (int_arg(1))
(addr_uaddr) = (pointer_arg(2))
(addrlen_uaddr) = (pointer_arg(3))
(flag_str) = ("0")
(argstr) = (sprintf("%d, %p, %p, %s", sockfd, addr_uaddr, addrlen_uaddr, flag_str))
}
probe nd_syscall.accept.return = kprobe.function("sys_accept").return?{
(name) = ("accept")
(retstr) = (returnstr(1))
}
probe nd_syscall.access = kprobe.function("sys_access")?{
(name) = ("access")
asmlinkage()
(pathname) = (user_string(pointer_arg(1)))
(mode) = (int_arg(2))
(mode_str) = (_access_mode_str(mode))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), mode_str))
}
probe nd_syscall.access.return = kprobe.function("sys_access").return?{
(name) = ("access")
(retstr) = (returnstr(1))
}
probe nd_syscall.acct = kprobe.function("sys_acct")?{
(name) = ("acct")
asmlinkage()
(filename) = (user_string(pointer_arg(1)))
(argstr) = (user_string_quoted(pointer_arg(1)))
}
probe nd_syscall.acct.return = kprobe.function("sys_acct").return?{
(name) = ("acct")
(retstr) = (returnstr(1))
}
probe nd_syscall.add_key = kprobe.function("sys_add_key")?{
(name) = ("add_key")
asmlinkage()
(type_uaddr) = (pointer_arg(1))
(description_uaddr) = (pointer_arg(2))
(payload_uaddr) = (pointer_arg(3))
(plen) = (ulong_arg(4))
(ringid) = (int_arg(5))
(argstr) = (sprintf("%s, %s, %s, %d, %d", user_string_quoted(type_uaddr), user_string_quoted(description_uaddr), text_strn(user_string(payload_uaddr), syscall_string_trunc, 1), plen, ringid))
}
probe nd_syscall.add_key.return = kprobe.function("sys_add_key").return?{
(name) = ("add_key")
(retstr) = (returnstr(1))
}
probe nd_syscall.adjtimex = kprobe.function("sys_adjtimex")?{
(name) = ("adjtimex")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.adjtimex.return = kprobe.function("sys_adjtimex").return?{
(name) = ("adjtimex")
(retstr) = (_adjtimex_return_str(returnval()))
}
probe nd_syscall.compat_adjtimex = kprobe.function("compat_sys_adjtimex")?{
(name) = ("compat_adjtimex")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.compat_adjtimex.return = kprobe.function("compat_sys_adjtimex").return?{
(name) = ("compat_adjtimex")
(retstr) = (returnstr(1))
}
probe nd_syscall.alarm = kprobe.function("sys32_alarm")?, kprobe.function("sys_alarm")?{
(name) = ("alarm")
asmlinkage()
(seconds) = (uint_arg(1))
(argstr) = (sprint(seconds))
}
probe nd_syscall.alarm.return = kprobe.function("sys32_alarm").return?, kprobe.function("sys_alarm").return?{
(name) = ("alarm")
(retstr) = (returnstr(1))
}
probe nd_syscall.bdflush = kprobe.function("sys_bdflush")?{
(name) = ("bdflush")
asmlinkage()
(func) = (int_arg(1))
(data) = (long_arg(2))
if (((func) >= (2)) && (((func) % (2)) == (0))) (data_str) = (sprintf("%p", data))
else (data_str) = (sprintf("%d", data))

(argstr) = (sprintf("%d, %s


	__GFP_COMPOSITE_FLAG(GFP_ZONEMASK)

	__GFP_COMPOSITE_FLAG(GFP_ATOMIC)

	__GFP_COMPOSITE_FLAG(GFP_NOIO)

	__GFP_COMPOSITE_FLAG(GFP_NOFS)

	__GFP_COMPOSITE_FLAG(GFP_KERNEL)

	__GFP_COMPOSITE_FLAG(GFP_TEMPORARY)

	__GFP_COMPOSITE_FLAG(GFP_USER)

	__GFP_COMPOSITE_FLAG(GFP_HIGHUSER)

	__GFP_COMPOSITE_FLAG(GFP_HIGHUSER_MOVABLE)

	__GFP_COMPOSITE_FLAG(GFP_THISNODE)

	__GFP_COMPOSITE_FLAG(GFP_DMA)

	__GFP_COMPOSITE_FLAG(GFP_DMA32)



/* GFP BitMasks */



	__GFP_BITMASKS(__GFP_DMA)

	__GFP_BITMASKS(__GFP_HIGHMEM)

	__GFP_BITMASKS(__GFP_MOVABLE)

	__GFP_BITMASKS(__GFP_WAIT)

	__GFP_BITMASKS(__GFP_HIGH)

	__GFP_BITMASKS(__GFP_IO)

	__GFP_BITMASKS(__GFP_FS)

	__GFP_BITMASKS(__GFP_COLD)

	__GFP_BITMASKS(__GFP_NOWARN)

	__GFP_BITMASKS(__GFP_REPEAT)

	__GFP_BITMASKS(__GFP_NOFAIL)

	__GFP_BITMASKS(__GFP_COMP)

	__GFP_BITMASKS(__GFP_ZERO)

	__GFP_BITMASKS(__GFP_NOMEMALLOC)

	__GFP_BITMASKS(__GFP_HARDWALL)

	__GFP_BITMASKS(__GFP_THISNODE)

	__GFP_BITMASKS(__GFP_RECLAIMABLE)

	__GFP_BITMASKS(__GFP_NOTRACK)





#undef __GFP_BITMASKS

#undef __GFP_COMPOSITE_FLAG

%}



# file /usr/local/share/systemtap/tapset/nd_syscalls.stp

probe nd_syscall.accept = kprobe.function("sys_accept")?{

(name) = ("accept")

asmlinkage()

(sockfd) = (int_arg(1))

(addr_uaddr) = (pointer_arg(2))

(addrlen_uaddr) = (pointer_arg(3))

(flag_str) = ("0")

(argstr) = (sprintf("%d, %p, %p, %s", sockfd, addr_uaddr, addrlen_uaddr, flag_str))

}

probe nd_syscall.accept.return = kprobe.function("sys_accept").return?{

(name) = ("accept")

(retstr) = (returnstr(1))

}

probe nd_syscall.access = kprobe.function("sys_access")?{

(name) = ("access")

asmlinkage()

(pathname) = (user_string(pointer_arg(1)))

(mode) = (int_arg(2))

(mode_str) = (_access_mode_str(mode))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), mode_str))

}

probe nd_syscall.access.return = kprobe.function("sys_access").return?{

(name) = ("access")

(retstr) = (returnstr(1))

}

probe nd_syscall.acct = kprobe.function("sys_acct")?{

(name) = ("acct")

asmlinkage()

(filename) = (user_string(pointer_arg(1)))

(argstr) = (user_string_quoted(pointer_arg(1)))

}

probe nd_syscall.acct.return = kprobe.function("sys_acct").return?{

(name) = ("acct")

(retstr) = (returnstr(1))

}

probe nd_syscall.add_key = kprobe.function("sys_add_key")?{

(name) = ("add_key")

asmlinkage()

(type_uaddr) = (pointer_arg(1))

(description_uaddr) = (pointer_arg(2))

(payload_uaddr) = (pointer_arg(3))

(plen) = (ulong_arg(4))

(ringid) = (int_arg(5))

(argstr) = (sprintf("%s, %s, %s, %d, %d", user_string_quoted(type_uaddr), user_string_quoted(description_uaddr), text_strn(user_string(payload_uaddr), syscall_string_trunc, 1), plen, ringid))

}

probe nd_syscall.add_key.return = kprobe.function("sys_add_key").return?{

(name) = ("add_key")

(retstr) = (returnstr(1))

}

probe nd_syscall.adjtimex = kprobe.function("sys_adjtimex")?{

(name) = ("adjtimex")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.adjtimex.return = kprobe.function("sys_adjtimex").return?{

(name) = ("adjtimex")

(retstr) = (_adjtimex_return_str(returnval()))

}

probe nd_syscall.compat_adjtimex = kprobe.function("compat_sys_adjtimex")?{

(name) = ("compat_adjtimex")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.compat_adjtimex.return = kprobe.function("compat_sys_adjtimex").return?{

(name) = ("compat_adjtimex")

(retstr) = (returnstr(1))

}

probe nd_syscall.alarm = kprobe.function("sys32_alarm")?, kprobe.function("sys_alarm")?{

(name) = ("alarm")

asmlinkage()

(seconds) = (uint_arg(1))

(argstr) = (sprint(seconds))

}

probe nd_syscall.alarm.return = kprobe.function("sys32_alarm").return?, kprobe.function("sys_alarm").return?{

(name) = ("alarm")

(retstr) = (returnstr(1))

}

probe nd_syscall.bdflush = kprobe.function("sys_bdflush")?{

(name) = ("bdflush")

asmlinkage()

(func) = (int_arg(1))

(data) = (long_arg(2))

if (((func) >= (2)) && (((func) % (2)) == (0))) (data_str) = (sprintf("%p", data))

else (data_str) = (sprintf("%d", data))


", func, data_str))
}
probe nd_syscall.bdflush.return = kprobe.function("sys_bdflush").return?{
(name) = ("bdflush")
(retstr) = (returnstr(1))
}
probe nd_syscall.bind = kprobe.function("sys_bind")?{
(name) = ("bind")
asmlinkage()
(sockfd) = (int_arg(1))
(my_addr_uaddr) = (pointer_arg(2))
(addrlen) = (int_arg(3))
(argstr) = (sprintf("%d, %s, %d", sockfd, _struct_sockaddr_u(my_addr_uaddr, addrlen), addrlen))
}
probe nd_syscall.bind.return = kprobe.function("sys_bind").return?{
(name) = ("bind")
(retstr) = (returnstr(1))
}
probe nd_syscall.brk = kprobe.function("ia64_brk")?, kprobe.function("sys_brk")?{
(name) = ("brk")
asmlinkage()
(brk) = (ulong_arg(1))
(argstr) = (sprintf("%p", brk))
}
probe nd_syscall.brk.return = kprobe.function("ia64_brk").return?, kprobe.function("sys_brk").return?{
(name) = ("brk")
(retstr) = (returnstr(1))
}
probe nd_syscall.capget = kprobe.function("sys_capget")?{
(name) = ("capget")
asmlinkage()
(header_uaddr) = (pointer_arg(1))
(data_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%p, %p", header_uaddr, data_uaddr))
}
probe nd_syscall.capget.return = kprobe.function("sys_capget").return?{
(name) = ("capget")
(retstr) = (returnstr(1))
}
probe nd_syscall.capset = kprobe.function("sys_capset")?{
(name) = ("capset")
asmlinkage()
(header_uaddr) = (pointer_arg(1))
(data_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%p, %p", header_uaddr, data_uaddr))
}
probe nd_syscall.capset.return = kprobe.function("sys_capset").return?{
(name) = ("capset")
(retstr) = (returnstr(1))
}
probe nd_syscall.chdir = kprobe.function("sys_chdir")?{
(name) = ("chdir")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(argstr) = (user_string_quoted(pointer_arg(1)))
}
probe nd_syscall.chdir.return = kprobe.function("sys_chdir").return?{
(name) = ("chdir")
(retstr) = (returnstr(1))
}
probe nd_syscall.chmod = kprobe.function("sys_chmod")?{
(name) = ("chmod")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(mode) = (uint_arg(2))
(argstr) = (sprintf("%s, %#o", user_string_quoted(pointer_arg(1)), mode))
}
probe nd_syscall.chmod.return = kprobe.function("sys_chmod").return?{
(name) = ("chmod")
(retstr) = (returnstr(1))
}
probe nd_syscall.chown = kprobe.function("sys_chown")?{
(name) = ("chown")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(owner) = (__int32(uint_arg(2)))
(group) = (__int32(uint_arg(3)))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))
}
probe nd_syscall.chown.return = kprobe.function("sys_chown").return?{
(name) = ("chown")
(retstr) = (returnstr(1))
}
probe nd_syscall.chown16 = kprobe.function("sys_chown16")?{
(name) = ("chown16")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(owner) = (__short(uint_arg(2)))
(group) = (__short(uint_arg(3)))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))
}
probe nd_syscall.chown16.return = kprobe.function("sys_chown16").return?{
(name) = ("chown16")
(retstr) = (returnstr(1))
}
probe nd_syscall.chroot = kprobe.function("sys_chroot")?{
(name) = ("chroot")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(argstr) = (user_string_quoted(pointer_arg(1)))
}
probe nd_syscall.chroot.return = kprobe.function("sys_chroot").return?{
(name) = ("chroot")
(retstr) = (returnstr(1))
}
probe nd_syscall.clock_getres = kprobe.function("compat_clock_getres")?, kprobe.function("sys_clock_getres")?{
(name) = ("clock_getres")
asmlinkage()
(clk_id) = (int_arg(1))
(clk_id_str) = (_get_wc_str(clk_id))
(res_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", clk_id_str, res_uaddr))
}
probe nd_syscall.clock_getres.return = kprobe.function("compat_clock_getres").return?, kprobe.function("sys_clock_getres").return?{
(name) = ("clock_getres")
(retstr) = (returnstr(1))
}
probe nd_syscall.clock_gettime = kprobe.function("sys_clock_gettime")?{
(name) = ("clock_gettime")
asmlinkage()
(clk_id) = (int_arg(1))
(clk_id_str) = (_get_wc_str(clk_id))
(argstr) = (sprintf("%s, %p", clk_id_str, pointer_arg(2)))
(argstr) = (sprintf("%d, %s", func, data_str))

}

probe nd_syscall.bdflush.return = kprobe.function("sys_bdflush").return?{

(name) = ("bdflush")

(retstr) = (returnstr(1))

}

probe nd_syscall.bind = kprobe.function("sys_bind")?{

(name) = ("bind")

asmlinkage()

(sockfd) = (int_arg(1))

(my_addr_uaddr) = (pointer_arg(2))

(addrlen) = (int_arg(3))

(argstr) = (sprintf("%d, %s, %d", sockfd, _struct_sockaddr_u(my_addr_uaddr, addrlen), addrlen))

}

probe nd_syscall.bind.return = kprobe.function("sys_bind").return?{

(name) = ("bind")

(retstr) = (returnstr(1))

}

probe nd_syscall.brk = kprobe.function("ia64_brk")?, kprobe.function("sys_brk")?{

(name) = ("brk")

asmlinkage()

(brk) = (ulong_arg(1))

(argstr) = (sprintf("%p", brk))

}

probe nd_syscall.brk.return = kprobe.function("ia64_brk").return?, kprobe.function("sys_brk").return?{

(name) = ("brk")

(retstr) = (returnstr(1))

}

probe nd_syscall.capget = kprobe.function("sys_capget")?{

(name) = ("capget")

asmlinkage()

(header_uaddr) = (pointer_arg(1))

(data_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%p, %p", header_uaddr, data_uaddr))

}

probe nd_syscall.capget.return = kprobe.function("sys_capget").return?{

(name) = ("capget")

(retstr) = (returnstr(1))

}

probe nd_syscall.capset = kprobe.function("sys_capset")?{

(name) = ("capset")

asmlinkage()

(header_uaddr) = (pointer_arg(1))

(data_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%p, %p", header_uaddr, data_uaddr))

}

probe nd_syscall.capset.return = kprobe.function("sys_capset").return?{

(name) = ("capset")

(retstr) = (returnstr(1))

}

probe nd_syscall.chdir = kprobe.function("sys_chdir")?{

(name) = ("chdir")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(argstr) = (user_string_quoted(pointer_arg(1)))

}

probe nd_syscall.chdir.return = kprobe.function("sys_chdir").return?{

(name) = ("chdir")

(retstr) = (returnstr(1))

}

probe nd_syscall.chmod = kprobe.function("sys_chmod")?{

(name) = ("chmod")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(mode) = (uint_arg(2))

(argstr) = (sprintf("%s, %#o", user_string_quoted(pointer_arg(1)), mode))

}

probe nd_syscall.chmod.return = kprobe.function("sys_chmod").return?{

(name) = ("chmod")

(retstr) = (returnstr(1))

}

probe nd_syscall.chown = kprobe.function("sys_chown")?{

(name) = ("chown")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(owner) = (__int32(uint_arg(2)))

(group) = (__int32(uint_arg(3)))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))

}

probe nd_syscall.chown.return = kprobe.function("sys_chown").return?{

(name) = ("chown")

(retstr) = (returnstr(1))

}

probe nd_syscall.chown16 = kprobe.function("sys_chown16")?{

(name) = ("chown16")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(owner) = (__short(uint_arg(2)))

(group) = (__short(uint_arg(3)))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))

}

probe nd_syscall.chown16.return = kprobe.function("sys_chown16").return?{

(name) = ("chown16")

(retstr) = (returnstr(1))

}

probe nd_syscall.chroot = kprobe.function("sys_chroot")?{

(name) = ("chroot")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(argstr) = (user_string_quoted(pointer_arg(1)))

}

probe nd_syscall.chroot.return = kprobe.function("sys_chroot").return?{

(name) = ("chroot")

(retstr) = (returnstr(1))

}

probe nd_syscall.clock_getres = kprobe.function("compat_clock_getres")?, kprobe.function("sys_clock_getres")?{

(name) = ("clock_getres")

asmlinkage()

(clk_id) = (int_arg(1))

(clk_id_str) = (_get_wc_str(clk_id))

(res_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", clk_id_str, res_uaddr))

}

probe nd_syscall.clock_getres.return = kprobe.function("compat_clock_getres").return?, kprobe.function("sys_clock_getres").return?{

(name) = ("clock_getres")

(retstr) = (returnstr(1))

}

probe nd_syscall.clock_gettime = kprobe.function("sys_clock_gettime")?{

(name) = ("clock_gettime")

asmlinkage()

(clk_id) = (int_arg(1))

(clk_id_str) = (_get_wc_str(clk_id))

}
probe nd_syscall.clock_gettime.return = kprobe.function("sys_clock_gettime").return?{
(name) = ("clock_gettime")
(retstr) = (returnstr(1))
}
probe nd_syscall.clock_nanosleep = kprobe.function("sys_clock_nanosleep")?{
(name) = ("clock_nanosleep")
asmlinkage()
(flags) = (int_arg(2))
if ((flags) == (1)) (flag_str) = ("TIMER_ABSTIME")
else (flag_str) = (sprintf("0x%x", flags))

(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str(int_arg(1)), flag_str, _struct_timespec_u(pointer_arg(3), 1), pointer_arg(4)))
}
probe nd_syscall.clock_nanosleep.return = kprobe.function("sys_clock_nanosleep").return?{
(name) = ("clock_nanosleep")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_clock_nanosleep = kprobe.function("compat_clock_nanosleep")?, kprobe.function("compat_sys_clock_nanosleep")?{
(name) = ("compat_clock_nanosleep")
asmlinkage()
(flags) = (int_arg(2))
if ((flags) == (1)) (flag_str) = ("TIMER_ABSTIME")
else (flag_str) = (sprintf("0x%x", flags))

(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str(int_arg(1)), flag_str, _struct_compat_timespec_u(pointer_arg(3), 1), pointer_arg(4)))
}
probe nd_syscall.compat_clock_nanosleep.return = kprobe.function("compat_clock_nanosleep").return?, kprobe.function("compat_sys_clock_nanosleep").return?{
(name) = ("compat_clock_nanosleep")
(retstr) = (returnstr(1))
}
probe nd_syscall.clock_settime = kprobe.function("sys_clock_settime")?{
(name) = ("clock_settime")
asmlinkage()
(clk_id) = (int_arg(1))
(clk_id_str) = (_get_wc_str(clk_id))
(tp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %s", clk_id_str, _struct_timespec_u(tp_uaddr, 1)))
}
probe nd_syscall.clock_settime.return = kprobe.function("sys_clock_settime").return?{
(name) = ("clock_settime")
(retstr) = (returnstr(1))
}
probe nd_syscall.close = kprobe.function("sys_close")?{
(name) = ("close")
asmlinkage()
(fd) = (int_arg(1))
(argstr) = (sprint(fd))
}
probe nd_syscall.close.return = kprobe.function("sys_close").return?{
(name) = ("close")
(retstr) = (returnstr(1))
}
probe nd_syscall.connect = kprobe.function("sys_connect")?{
(name) = ("connect")
asmlinkage()
(sockfd) = (int_arg(1))
(serv_addr_uaddr) = (pointer_arg(2))
(addrlen) = (int_arg(3))
(argstr) = (sprintf("%d, %s, %d", sockfd, _struct_sockaddr_u(serv_addr_uaddr, addrlen), addrlen))
}
probe nd_syscall.connect.return = kprobe.function("sys_connect").return?{
(name) = ("connect")
(retstr) = (returnstr(1))
}
probe nd_syscall.creat = kprobe.function("sys_creat")?{
(name) = ("creat")
asmlinkage()
(mode) = (int_arg(2))
(pathname) = (user_string(pointer_arg(1)))
(argstr) = (sprintf("%s, %#o", user_string_quoted(pointer_arg(1)), mode))
}
probe nd_syscall.creat.return = kprobe.function("sys_creat").return?{
(name) = ("creat")
(retstr) = (returnstr(1))
}
probe nd_syscall.delete_module = kprobe.function("sys_delete_module")?{
(name) = ("delete_module")
asmlinkage()
(name_user) = (user_string(pointer_arg(1)))
(flags) = (uint_arg(2))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), _module_flags_str(uint_arg(2))))
}
probe nd_syscall.delete_module.return = kprobe.function("sys_delete_module").return?{
(name) = ("delete_module")
(retstr) = (returnstr(1))
}
probe nd_syscall.dup = kprobe.function("sys_dup")?{
(name) = ("dup")
asmlinkage()
(old_fd) = (int_arg(1))
(argstr) = (sprint(old_fd))
}
probe nd_syscall.dup.return = kprobe.function("sys_dup").return?{
(name) = ("dup")
(retstr) = (returnstr(1))
}
probe nd_syscall.dup2 = kprobe.function("sys_dup2")?{
(name) = ("dup2")
asmlinkage()
(oldfd) = (int_arg(1))
(newfd) = (int_arg(2))
(argstr) = (sprintf("%d, %d", oldfd, newfd))
}
probe nd_syscall.dup2.return = kprobe.function("sys_dup2").return?{
(name) = ("dup2")
(retstr) = (returnstr(1))
}
probe nd_syscall.epoll_create = kprobe.function("sys_epoll_create")?{
(name) = ("epoll_create")
asmlinkage()
(size) = (int_arg(1))
(argstr) = (sprint(size))
}
probe nd_syscall.epoll_create.return = kprobe.function("sys_epoll_create").return?{
(name) = ("epoll_create")
(retstr) =
(argstr) = (sprintf("%s, %p", clk_id_str, pointer_arg(2)))

}

probe nd_syscall.clock_gettime.return = kprobe.function("sys_clock_gettime").return?{

(name) = ("clock_gettime")

(retstr) = (returnstr(1))

}

probe nd_syscall.clock_nanosleep = kprobe.function("sys_clock_nanosleep")?{

(name) = ("clock_nanosleep")

asmlinkage()

(flags) = (int_arg(2))

if ((flags) == (1)) (flag_str) = ("TIMER_ABSTIME")

else (flag_str) = (sprintf("0x%x", flags))



(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str(int_arg(1)), flag_str, _struct_timespec_u(pointer_arg(3), 1), pointer_arg(4)))

}

probe nd_syscall.clock_nanosleep.return = kprobe.function("sys_clock_nanosleep").return?{

(name) = ("clock_nanosleep")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_clock_nanosleep = kprobe.function("compat_clock_nanosleep")?, kprobe.function("compat_sys_clock_nanosleep")?{

(name) = ("compat_clock_nanosleep")

asmlinkage()

(flags) = (int_arg(2))

if ((flags) == (1)) (flag_str) = ("TIMER_ABSTIME")

else (flag_str) = (sprintf("0x%x", flags))



(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str(int_arg(1)), flag_str, _struct_compat_timespec_u(pointer_arg(3), 1), pointer_arg(4)))

}

probe nd_syscall.compat_clock_nanosleep.return = kprobe.function("compat_clock_nanosleep").return?, kprobe.function("compat_sys_clock_nanosleep").return?{

(name) = ("compat_clock_nanosleep")

(retstr) = (returnstr(1))

}

probe nd_syscall.clock_settime = kprobe.function("sys_clock_settime")?{

(name) = ("clock_settime")

asmlinkage()

(clk_id) = (int_arg(1))

(clk_id_str) = (_get_wc_str(clk_id))

(tp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %s", clk_id_str, _struct_timespec_u(tp_uaddr, 1)))

}

probe nd_syscall.clock_settime.return = kprobe.function("sys_clock_settime").return?{

(name) = ("clock_settime")

(retstr) = (returnstr(1))

}

probe nd_syscall.close = kprobe.function("sys_close")?{

(name) = ("close")

asmlinkage()

(fd) = (int_arg(1))

(argstr) = (sprint(fd))

}

probe nd_syscall.close.return = kprobe.function("sys_close").return?{

(name) = ("close")

(retstr) = (returnstr(1))

}

probe nd_syscall.connect = kprobe.function("sys_connect")?{

(name) = ("connect")

asmlinkage()

(sockfd) = (int_arg(1))

(serv_addr_uaddr) = (pointer_arg(2))

(addrlen) = (int_arg(3))

(argstr) = (sprintf("%d, %s, %d", sockfd, _struct_sockaddr_u(serv_addr_uaddr, addrlen), addrlen))

}

probe nd_syscall.connect.return = kprobe.function("sys_connect").return?{

(name) = ("connect")

(retstr) = (returnstr(1))

}

probe nd_syscall.creat = kprobe.function("sys_creat")?{

(name) = ("creat")

asmlinkage()

(mode) = (int_arg(2))

(pathname) = (user_string(pointer_arg(1)))

(argstr) = (sprintf("%s, %#o", user_string_quoted(pointer_arg(1)), mode))

}

probe nd_syscall.creat.return = kprobe.function("sys_creat").return?{

(name) = ("creat")

(retstr) = (returnstr(1))

}

probe nd_syscall.delete_module = kprobe.function("sys_delete_module")?{

(name) = ("delete_module")

asmlinkage()

(name_user) = (user_string(pointer_arg(1)))

(flags) = (uint_arg(2))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), _module_flags_str(uint_arg(2))))

}

probe nd_syscall.delete_module.return = kprobe.function("sys_delete_module").return?{

(name) = ("delete_module")

(retstr) = (returnstr(1))

}

probe nd_syscall.dup = kprobe.function("sys_dup")?{

(name) = ("dup")

asmlinkage()

(old_fd) = (int_arg(1))

(argstr) = (sprint(old_fd))

}

probe nd_syscall.dup.return = kprobe.function("sys_dup").return?{

(name) = ("dup")

(retstr) = (returnstr(1))

}

probe nd_syscall.dup2 = kprobe.function("sys_dup2")?{

(name) = ("dup2")

asmlinkage()

(oldfd) = (int_arg(1))

(newfd) = (int_arg(2))

(argstr) = (sprintf("%d, %d", oldfd, newfd))

}

probe nd_syscall.dup2.return = kprobe.function("sys_dup2").return?{

(name) = ("dup2")

(retstr) = (returnstr(1))

}

probe nd_syscall.epoll_create = kprobe.function("sys_epoll_create")?{

(name) = ("epoll_create")

asmlinkage()

(size) = (int_arg(1))

(argstr) = (sprint(size))

}

probe nd_syscall.epoll_create.return = kprobe.function("sys_epoll_create").return?{

(name) = ("epoll_create")
 (returnstr(1))
}
probe nd_syscall.epoll_ctl = kprobe.function("compat_sys_epoll_ctl")?, kprobe.function("sys_epoll_ctl")?{
(name) = ("epoll_ctl")
asmlinkage()
(epfd) = (int_arg(1))
(op) = (int_arg(2))
(op_str) = (_opoll_op_str(op))
(fd) = (int_arg(3))
(event_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%d, %s, %d, %p", epfd, op_str, fd, event_uaddr))
}
probe nd_syscall.epoll_ctl.return = kprobe.function("compat_sys_epoll_ctl").return?, kprobe.function("sys_epoll_ctl").return?{
(name) = ("epoll_ctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.epoll_pwait = kprobe.function("compat_sys_epoll_pwait")?, kprobe.function("sys_epoll_pwait")?{
(name) = ("epoll_pwait")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d, %d, %p, %d", int_arg(1), pointer_arg(2), int_arg(3), int_arg(4), pointer_arg(5), ulong_arg(6)))
}
probe nd_syscall.epoll_pwait.return = kprobe.function("compat_sys_epoll_pwait").return?, kprobe.function("sys_epoll_pwait").return?{
(name) = ("epoll_pwait")
(retstr) = (returnstr(1))
}
probe nd_syscall.epoll_wait = kprobe.function("compat_sys_epoll_wait")?, kprobe.function("sys_epoll_wait")?{
(name) = ("epoll_wait")
asmlinkage()
(epfd) = (int_arg(1))
(events_uaddr) = (pointer_arg(2))
(maxevents) = (int_arg(3))
(timeout) = (int_arg(4))
(argstr) = (sprintf("%d, %p, %d, %d", epfd, events_uaddr, maxevents, timeout))
}
probe nd_syscall.epoll_wait.return = kprobe.function("compat_sys_epoll_wait").return?, kprobe.function("sys_epoll_wait").return?{
(name) = ("epoll_wait")
(retstr) = (returnstr(1))
}
probe nd_syscall.eventfd = kprobe.function("sys_eventfd")?{
(name) = ("eventfd")
asmlinkage()
(argstr) = (sprint(uint_arg(1)))
}
probe nd_syscall.eventfd.return = kprobe.function("sys_eventfd").return?{
(name) = ("eventfd")
(retstr) = (returnstr(1))
}
probe nd_syscall.execve = kprobe.function("do_execve"){
(name) = ("execve")
asmlinkage()
(filename) = (kernel_string(pointer_arg(1)))
(args) = (__get_argv(pointer_arg(2), 0))
(argstr) = (sprintf("%s %s", filename, __get_argv(pointer_arg(2), 1)))
}
probe nd_syscall.execve.return = kprobe.function("do_execve").return{
(name) = ("execve")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_execve = kprobe.function("compat_do_execve")?{
(name) = ("compat_execve")
asmlinkage()
(filename) = (kernel_string(pointer_arg(1)))
(args) = (__get_compat_argv(pointer_arg(2), 0))
(argstr) = (sprintf("%s %s", filename, __get_compat_argv(pointer_arg(2), 1)))
}
probe nd_syscall.compat_execve.return = kprobe.function("compat_do_execve").return?{
(name) = ("compat_execve")
(retstr) = (returnstr(1))
}
probe nd_syscall.exit = kprobe.function("do_exit"){
(name) = ("exit")
asmlinkage()
(status) = (int_arg(1))
(argstr) = (sprint(status))
}
probe nd_syscall.exit_group = kprobe.function("sys_exit_group")?{
(name) = ("exit_group")
asmlinkage()
(status) = (int_arg(1))
(argstr) = (sprint(status))
}
probe nd_syscall.faccessat = kprobe.function("sys_faccessat")?{
(name) = ("faccessat")
asmlinkage()
(dirfd) = (int_arg(1))
(dirfd_str) = (_dfd_str(dirfd))
(pathname) = (user_string(pointer_arg(2)))
(mode) = (int_arg(3))
(mode_str) = (_access_mode_str(mode))
(argstr) = (sprintf("%s, %s, %s", dirfd_str, user_string_quoted(pointer_arg(2)), mode_str))
}
probe nd_syscall.faccessat.return = kprobe.function("sys_faccessat").return?{
(name) = ("faccessat")
(retstr) = (returnstr(1))
}
probe nd_syscall.fadvise64 = kprobe.function("sys_fadvise64")?{
(name) = ("fadvise64")
asmlinkage()
(fd) = (int_arg(1))
(offset) = (longlong_arg(2))
(len) = (ulong_arg(3))
(advice) = (int_arg(4))
(argstr) = (sprintf("%d, %d, %d, %s", fd, offset, len, _fadvice_advice_str(advice)))
}
probe nd_syscall.fadvise64.return = kprobe.function("sys_fadvise64").return?{
(name) = ("fadvise64")
(retstr) = (returnstr(1))
}
probe nd_syscall.fadvise64_64 = kprobe.function("sys_fadvise64_64")?{
(name) = ("fadvise64_64")
asmlinkage()
(fd) = (int_arg(1))
(offset) = (longlong_arg(2))
(len) = (ulong_arg(3))
(advice) = (int_arg(4))
(argstr) = (sprintf("%d, %
(retstr) = (returnstr(1))

}

probe nd_syscall.epoll_ctl = kprobe.function("compat_sys_epoll_ctl")?, kprobe.function("sys_epoll_ctl")?{

(name) = ("epoll_ctl")

asmlinkage()

(epfd) = (int_arg(1))

(op) = (int_arg(2))

(op_str) = (_opoll_op_str(op))

(fd) = (int_arg(3))

(event_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%d, %s, %d, %p", epfd, op_str, fd, event_uaddr))

}

probe nd_syscall.epoll_ctl.return = kprobe.function("compat_sys_epoll_ctl").return?, kprobe.function("sys_epoll_ctl").return?{

(name) = ("epoll_ctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.epoll_pwait = kprobe.function("compat_sys_epoll_pwait")?, kprobe.function("sys_epoll_pwait")?{

(name) = ("epoll_pwait")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d, %d, %p, %d", int_arg(1), pointer_arg(2), int_arg(3), int_arg(4), pointer_arg(5), ulong_arg(6)))

}

probe nd_syscall.epoll_pwait.return = kprobe.function("compat_sys_epoll_pwait").return?, kprobe.function("sys_epoll_pwait").return?{

(name) = ("epoll_pwait")

(retstr) = (returnstr(1))

}

probe nd_syscall.epoll_wait = kprobe.function("compat_sys_epoll_wait")?, kprobe.function("sys_epoll_wait")?{

(name) = ("epoll_wait")

asmlinkage()

(epfd) = (int_arg(1))

(events_uaddr) = (pointer_arg(2))

(maxevents) = (int_arg(3))

(timeout) = (int_arg(4))

(argstr) = (sprintf("%d, %p, %d, %d", epfd, events_uaddr, maxevents, timeout))

}

probe nd_syscall.epoll_wait.return = kprobe.function("compat_sys_epoll_wait").return?, kprobe.function("sys_epoll_wait").return?{

(name) = ("epoll_wait")

(retstr) = (returnstr(1))

}

probe nd_syscall.eventfd = kprobe.function("sys_eventfd")?{

(name) = ("eventfd")

asmlinkage()

(argstr) = (sprint(uint_arg(1)))

}

probe nd_syscall.eventfd.return = kprobe.function("sys_eventfd").return?{

(name) = ("eventfd")

(retstr) = (returnstr(1))

}

probe nd_syscall.execve = kprobe.function("do_execve"){

(name) = ("execve")

asmlinkage()

(filename) = (kernel_string(pointer_arg(1)))

(args) = (__get_argv(pointer_arg(2), 0))

(argstr) = (sprintf("%s %s", filename, __get_argv(pointer_arg(2), 1)))

}

probe nd_syscall.execve.return = kprobe.function("do_execve").return{

(name) = ("execve")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_execve = kprobe.function("compat_do_execve")?{

(name) = ("compat_execve")

asmlinkage()

(filename) = (kernel_string(pointer_arg(1)))

(args) = (__get_compat_argv(pointer_arg(2), 0))

(argstr) = (sprintf("%s %s", filename, __get_compat_argv(pointer_arg(2), 1)))

}

probe nd_syscall.compat_execve.return = kprobe.function("compat_do_execve").return?{

(name) = ("compat_execve")

(retstr) = (returnstr(1))

}

probe nd_syscall.exit = kprobe.function("do_exit"){

(name) = ("exit")

asmlinkage()

(status) = (int_arg(1))

(argstr) = (sprint(status))

}

probe nd_syscall.exit_group = kprobe.function("sys_exit_group")?{

(name) = ("exit_group")

asmlinkage()

(status) = (int_arg(1))

(argstr) = (sprint(status))

}

probe nd_syscall.faccessat = kprobe.function("sys_faccessat")?{

(name) = ("faccessat")

asmlinkage()

(dirfd) = (int_arg(1))

(dirfd_str) = (_dfd_str(dirfd))

(pathname) = (user_string(pointer_arg(2)))

(mode) = (int_arg(3))

(mode_str) = (_access_mode_str(mode))

(argstr) = (sprintf("%s, %s, %s", dirfd_str, user_string_quoted(pointer_arg(2)), mode_str))

}

probe nd_syscall.faccessat.return = kprobe.function("sys_faccessat").return?{

(name) = ("faccessat")

(retstr) = (returnstr(1))

}

probe nd_syscall.fadvise64 = kprobe.function("sys_fadvise64")?{

(name) = ("fadvise64")

asmlinkage()

(fd) = (int_arg(1))

(offset) = (longlong_arg(2))

(len) = (ulong_arg(3))

(advice) = (int_arg(4))

(argstr) = (sprintf("%d, %d, %d, %s", fd, offset, len, _fadvice_advice_str(advice)))

}

probe nd_syscall.fadvise64.return = kprobe.function("sys_fadvise64").return?{

(name) = ("fadvise64")

(retstr) = (returnstr(1))

}

probe nd_syscall.fadvise64_64 = kprobe.function("sys_fadvise64_64")?{

(name) = ("fadvise64_64")

asmlinkage()

(fd) = (int_arg(1))

(offset) = (longlong_arg(2))

(len) = (ulong_arg(3))

(advice) = (int_arg(4))
d, %d, %s", fd, offset, len, _fadvice_advice_str(advice)))
}
probe nd_syscall.fadvise64_64.return = kprobe.function("sys_fadvise64_64").return?{
(name) = ("fadvise64_64")
(retstr) = (returnstr(1))
}
probe nd_syscall.fchdir = kprobe.function("sys_fchdir")?{
(name) = ("fchdir")
asmlinkage()
(fd) = (int_arg(1))
(argstr) = (sprint(fd))
}
probe nd_syscall.fchdir.return = kprobe.function("sys_fchdir").return?{
(name) = ("fchdir")
(retstr) = (returnstr(1))
}
probe nd_syscall.fchmod = kprobe.function("sys_fchmod")?{
(name) = ("fchmod")
asmlinkage()
(fildes) = (int_arg(1))
(mode) = (uint_arg(2))
(argstr) = (sprintf("%d, %#o", fildes, mode))
}
probe nd_syscall.fchmod.return = kprobe.function("sys_fchmod").return?{
(name) = ("fchmod")
(retstr) = (returnstr(1))
}
probe nd_syscall.fchmodat = kprobe.function("sys_fchmodat")?{
(name) = ("fchmodat")
asmlinkage()
(dirfd) = (int_arg(1))
(dirfd_str) = (_dfd_str(dirfd))
(pathname) = (user_string(pointer_arg(2)))
(mode) = (uint_arg(3))
(argstr) = (sprintf("%s, %s, %#o", dirfd_str, user_string_quoted(pointer_arg(2)), mode))
}
probe nd_syscall.fchmodat.return = kprobe.function("sys_fchmodat").return?{
(name) = ("fchmodat")
(retstr) = (returnstr(1))
}
probe nd_syscall.fchown = kprobe.function("sys_fchown")?{
(name) = ("fchown")
asmlinkage()
(fd) = (int_arg(1))
(owner) = (__int32(uint_arg(2)))
(group) = (__int32(uint_arg(3)))
(argstr) = (sprintf("%d, %d, %d", fd, owner, group))
}
probe nd_syscall.fchown.return = kprobe.function("sys_fchown").return?{
(name) = ("fchown")
(retstr) = (returnstr(1))
}
probe nd_syscall.fchown16 = kprobe.function("sys_fchown16")?{
(name) = ("fchown16")
asmlinkage()
(fd) = (int_arg(1))
(owner) = (__short(uint_arg(2)))
(group) = (__short(uint_arg(3)))
(argstr) = (sprintf("%d, %d, %d", fd, owner, group))
}
probe nd_syscall.fchown16.return = kprobe.function("sys_fchown16").return?{
(name) = ("fchown16")
(retstr) = (returnstr(1))
}
probe nd_syscall.fchownat = kprobe.function("sys_fchownat")?{
(name) = ("fchownat")
asmlinkage()
(dirfd) = (int_arg(1))
(dirfd_str) = (_dfd_str(dirfd))
(pathname) = (user_string(pointer_arg(2)))
(owner) = (__int32(uint_arg(3)))
(group) = (__int32(uint_arg(4)))
(flags) = (int_arg(5))
(flags_str) = (_at_flag_str(flags))
(argstr) = (sprintf("%s, %s, %d, %d, %s", dirfd_str, user_string_quoted(pointer_arg(2)), owner, group, flags_str))
}
probe nd_syscall.fchownat.return = kprobe.function("sys_fchownat").return?{
(name) = ("fchownat")
(retstr) = (returnstr(1))
}
probe nd_syscall.fcntl = kprobe.function("compat_sys_fcntl")?, kprobe.function("compat_sys_fcntl64")?, kprobe.function("sys_fcntl64")?, kprobe.function("sys_fcntl")?{
(name) = ("fcntl")
asmlinkage()
(fd) = (int_arg(1))
(cmd) = (int_arg(2))
(cmd_str) = (_fcntl_cmd_str(cmd))
(arg) = (long_arg(3))
(argstr) = (sprintf("%d, %s, %p", fd, cmd_str, arg))
}
probe nd_syscall.fcntl.return = kprobe.function("compat_sys_fcntl").return?, kprobe.function("compat_sys_fcntl64").return?, kprobe.function("sys_fcntl64").return?, kprobe.function("sys_fcntl").return?{
(name) = ("fcntl")
(retstr) = (returnstr(1))
}
probe nd_syscall.fdatasync = kprobe.function("sys_fdatasync")?{
(name) = ("fdatasync")
asmlinkage()
(fd) = (int_arg(1))
(argstr) = (sprint(fd))
}
probe nd_syscall.fdatasync.return = kprobe.function("sys_fdatasync").return?{
(name) = ("fdatasync")
(retstr) = (returnstr(1))
}
probe nd_syscall.fgetxattr = kprobe.function("sys_fgetxattr")?{
(name) = ("fgetxattr")
asmlinkage()
(filedes) = (int_arg(1))
(name2) = (user_string(pointer_arg(2)))
(value_uaddr) = (pointer_arg(3))
(size) = (ulong_arg(4))
(argstr) = (sprintf("%d, %s, %p, %d", filedes, user_string_quoted(pointer_arg(2)), value_uaddr, size))
}
probe nd_syscall.fgetxattr.return = kprobe.function("sys_fgetxattr").return?{
(name) = ("fgetxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.flistxattr = kprobe.function("sys_flistxattr")?{
(name) = ("flistxattr")
asmlinkage()
(filedes) = (int_arg(1))
(list_uaddr) = (pointer_arg(2))
(size) 
(argstr) = (sprintf("%d, %d, %d, %s", fd, offset, len, _fadvice_advice_str(advice)))

}

probe nd_syscall.fadvise64_64.return = kprobe.function("sys_fadvise64_64").return?{

(name) = ("fadvise64_64")

(retstr) = (returnstr(1))

}

probe nd_syscall.fchdir = kprobe.function("sys_fchdir")?{

(name) = ("fchdir")

asmlinkage()

(fd) = (int_arg(1))

(argstr) = (sprint(fd))

}

probe nd_syscall.fchdir.return = kprobe.function("sys_fchdir").return?{

(name) = ("fchdir")

(retstr) = (returnstr(1))

}

probe nd_syscall.fchmod = kprobe.function("sys_fchmod")?{

(name) = ("fchmod")

asmlinkage()

(fildes) = (int_arg(1))

(mode) = (uint_arg(2))

(argstr) = (sprintf("%d, %#o", fildes, mode))

}

probe nd_syscall.fchmod.return = kprobe.function("sys_fchmod").return?{

(name) = ("fchmod")

(retstr) = (returnstr(1))

}

probe nd_syscall.fchmodat = kprobe.function("sys_fchmodat")?{

(name) = ("fchmodat")

asmlinkage()

(dirfd) = (int_arg(1))

(dirfd_str) = (_dfd_str(dirfd))

(pathname) = (user_string(pointer_arg(2)))

(mode) = (uint_arg(3))

(argstr) = (sprintf("%s, %s, %#o", dirfd_str, user_string_quoted(pointer_arg(2)), mode))

}

probe nd_syscall.fchmodat.return = kprobe.function("sys_fchmodat").return?{

(name) = ("fchmodat")

(retstr) = (returnstr(1))

}

probe nd_syscall.fchown = kprobe.function("sys_fchown")?{

(name) = ("fchown")

asmlinkage()

(fd) = (int_arg(1))

(owner) = (__int32(uint_arg(2)))

(group) = (__int32(uint_arg(3)))

(argstr) = (sprintf("%d, %d, %d", fd, owner, group))

}

probe nd_syscall.fchown.return = kprobe.function("sys_fchown").return?{

(name) = ("fchown")

(retstr) = (returnstr(1))

}

probe nd_syscall.fchown16 = kprobe.function("sys_fchown16")?{

(name) = ("fchown16")

asmlinkage()

(fd) = (int_arg(1))

(owner) = (__short(uint_arg(2)))

(group) = (__short(uint_arg(3)))

(argstr) = (sprintf("%d, %d, %d", fd, owner, group))

}

probe nd_syscall.fchown16.return = kprobe.function("sys_fchown16").return?{

(name) = ("fchown16")

(retstr) = (returnstr(1))

}

probe nd_syscall.fchownat = kprobe.function("sys_fchownat")?{

(name) = ("fchownat")

asmlinkage()

(dirfd) = (int_arg(1))

(dirfd_str) = (_dfd_str(dirfd))

(pathname) = (user_string(pointer_arg(2)))

(owner) = (__int32(uint_arg(3)))

(group) = (__int32(uint_arg(4)))

(flags) = (int_arg(5))

(flags_str) = (_at_flag_str(flags))

(argstr) = (sprintf("%s, %s, %d, %d, %s", dirfd_str, user_string_quoted(pointer_arg(2)), owner, group, flags_str))

}

probe nd_syscall.fchownat.return = kprobe.function("sys_fchownat").return?{

(name) = ("fchownat")

(retstr) = (returnstr(1))

}

probe nd_syscall.fcntl = kprobe.function("compat_sys_fcntl")?, kprobe.function("compat_sys_fcntl64")?, kprobe.function("sys_fcntl64")?, kprobe.function("sys_fcntl")?{

(name) = ("fcntl")

asmlinkage()

(fd) = (int_arg(1))

(cmd) = (int_arg(2))

(cmd_str) = (_fcntl_cmd_str(cmd))

(arg) = (long_arg(3))

(argstr) = (sprintf("%d, %s, %p", fd, cmd_str, arg))

}

probe nd_syscall.fcntl.return = kprobe.function("compat_sys_fcntl").return?, kprobe.function("compat_sys_fcntl64").return?, kprobe.function("sys_fcntl64").return?, kprobe.function("sys_fcntl").return?{

(name) = ("fcntl")

(retstr) = (returnstr(1))

}

probe nd_syscall.fdatasync = kprobe.function("sys_fdatasync")?{

(name) = ("fdatasync")

asmlinkage()

(fd) = (int_arg(1))

(argstr) = (sprint(fd))

}

probe nd_syscall.fdatasync.return = kprobe.function("sys_fdatasync").return?{

(name) = ("fdatasync")

(retstr) = (returnstr(1))

}

probe nd_syscall.fgetxattr = kprobe.function("sys_fgetxattr")?{

(name) = ("fgetxattr")

asmlinkage()

(filedes) = (int_arg(1))

(name2) = (user_string(pointer_arg(2)))

(value_uaddr) = (pointer_arg(3))

(size) = (ulong_arg(4))

(argstr) = (sprintf("%d, %s, %p, %d", filedes, user_string_quoted(pointer_arg(2)), value_uaddr, size))

}

probe nd_syscall.fgetxattr.return = kprobe.function("sys_fgetxattr").return?{

(name) = ("fgetxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.flistxattr = kprobe.function("sys_flistxattr")?{

(name) = ("flistxattr")

asmlinkage()

(filedes) = (int_arg(1))

(list_uaddr) = (pointer_arg(2))
= (ulong_arg(3))
(argstr) = (sprintf("%d, %p, %d", filedes, list_uaddr, size))
}
probe nd_syscall.flistxattr.return = kprobe.function("sys_flistxattr").return?{
(name) = ("flistxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.flock = kprobe.function("sys_flock")?{
(name) = ("flock")
asmlinkage()
(fd) = (int_arg(1))
(operation) = (int_arg(2))
(argstr) = (sprintf("%d, %s", fd, _flock_cmd_str(operation)))
}
probe nd_syscall.flock.return = kprobe.function("sys_flock").return?{
(name) = ("flock")
(retstr) = (returnstr(1))
}
probe nd_syscall.fork = kprobe.function("do_fork"){
asmlinkage()
(clone_flags) = (ulong_arg(1))
(stack_start) = (ulong_arg(2))
(regs) = (pointer_arg(3))
(stack_size) = (ulong_arg(4))
(parent_tid_uaddr) = (pointer_arg(5))
(child_tid_uaddr) = (pointer_arg(6))
if (!(__is_user_regs(regs))) {
(name) = ("fork_kernel_thread")
(argstr) = (__fork_flags(clone_flags))
}
else if ((clone_flags) & (17)) (name) = ("fork")
else if ((clone_flags) & (16384)) (name) = ("vfork")
else {
(name) = ("clone")
(argstr) = (__fork_flags(clone_flags))
}



}
probe nd_syscall.fork.return = kprobe.function("do_fork").return{
(name) = ("fork")
(retstr) = (returnstr(1))
}
probe nd_syscall.fremovexattr = kprobe.function("sys_fremovexattr")?{
(name) = ("fremovexattr")
asmlinkage()
(filedes) = (int_arg(1))
(name2) = (user_string(pointer_arg(2)))
(argstr) = (sprintf("%d, %s", filedes, user_string_quoted(pointer_arg(2))))
}
probe nd_syscall.fremovexattr.return = kprobe.function("sys_fremovexattr").return?{
(name) = ("fremovexattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.fsetxattr = kprobe.function("sys_fsetxattr")?{
(name) = ("fsetxattr")
asmlinkage()
(filedes) = (int_arg(1))
(name2) = (user_string(pointer_arg(2)))
(value_uaddr) = (pointer_arg(3))
(size) = (ulong_arg(4))
(flags) = (int_arg(5))
(argstr) = (sprintf("%d, %s, %p, %d, %p", filedes, user_string_quoted(pointer_arg(2)), value_uaddr, size, flags))
}
probe nd_syscall.fsetxattr.return = kprobe.function("sys_fsetxattr").return?{
(name) = ("fsetxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.fstat = kprobe.function("sys_fstat")?, kprobe.function("sys_fstat64")?, kprobe.function("sys32_fstat64")?, kprobe.function("sys_newfstat")?, kprobe.function("sys_oabi_fstat64")?, kprobe.function("compat_sys_newfstat")?{
(name) = ("fstat")
asmlinkage()
(filedes) = (int_arg(1))
(buf_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", filedes, buf_uaddr))
}
probe nd_syscall.fstat.return = kprobe.function("sys_fstat").return?, kprobe.function("sys_fstat64").return?, kprobe.function("sys32_fstat64").return?, kprobe.function("sys_newfstat").return?, kprobe.function("sys_oabi_fstat64").return?, kprobe.function("compat_sys_newfstat").return?{
(name) = ("fstat")
(retstr) = (returnstr(1))
}
probe nd_syscall.fstatat = kprobe.function("sys_fstatat64")?, kprobe.function("sys_newfstatat")?, kprobe.function("compat_sys_newfstatat")?, kprobe.function("sys32_fstatat64")?{
(name) = ("fstatat")
asmlinkage()
(dirfd) = (int_arg(1))
(path) = (user_string(pointer_arg(2)))
(buf_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %s, %p, %s", _dfd_str(dirfd), user_string_quoted(pointer_arg(2)), buf_uaddr, _at_flag_str(int_arg(4))))
}
probe nd_syscall.fstatat.return = kprobe.function("sys_fstatat64").return?, kprobe.function("sys_newfstatat").return?, kprobe.function("compat_sys_newfstatat").return?, kprobe.function("sys32_fstatat64").return?{
(name) = ("fstatat")
(retstr) = (returnstr(1))
}
probe nd_syscall.fstatfs = kprobe.function("compat_sys_fstatfs")?, kprobe.function("sys_fstatfs")?{
(name) = ("fstatfs")
asmlinkage()
(fd) = (int_arg(1))
(buf_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", fd, buf_uaddr))
}
probe nd_syscall.fstatfs.return = kprobe.function("compat_sys_fstatfs").return?, kprobe.function("sys_fstatfs").return?{
(name) = ("fstatfs")
(retstr) = (returnstr(1))
}
probe nd_syscall.fstatfs64 = kprobe.function("compat_sys_fstatfs64")?, kprobe.function("sys_fstatfs64")?{
(name) = ("fstat
(size) = (ulong_arg(3))

(argstr) = (sprintf("%d, %p, %d", filedes, list_uaddr, size))

}

probe nd_syscall.flistxattr.return = kprobe.function("sys_flistxattr").return?{

(name) = ("flistxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.flock = kprobe.function("sys_flock")?{

(name) = ("flock")

asmlinkage()

(fd) = (int_arg(1))

(operation) = (int_arg(2))

(argstr) = (sprintf("%d, %s", fd, _flock_cmd_str(operation)))

}

probe nd_syscall.flock.return = kprobe.function("sys_flock").return?{

(name) = ("flock")

(retstr) = (returnstr(1))

}

probe nd_syscall.fork = kprobe.function("do_fork"){

asmlinkage()

(clone_flags) = (ulong_arg(1))

(stack_start) = (ulong_arg(2))

(regs) = (pointer_arg(3))

(stack_size) = (ulong_arg(4))

(parent_tid_uaddr) = (pointer_arg(5))

(child_tid_uaddr) = (pointer_arg(6))

if (!(__is_user_regs(regs))) {

(name) = ("fork_kernel_thread")

(argstr) = (__fork_flags(clone_flags))

}

else if ((clone_flags) & (17)) (name) = ("fork")

else if ((clone_flags) & (16384)) (name) = ("vfork")

else {

(name) = ("clone")

(argstr) = (__fork_flags(clone_flags))

}







}

probe nd_syscall.fork.return = kprobe.function("do_fork").return{

(name) = ("fork")

(retstr) = (returnstr(1))

}

probe nd_syscall.fremovexattr = kprobe.function("sys_fremovexattr")?{

(name) = ("fremovexattr")

asmlinkage()

(filedes) = (int_arg(1))

(name2) = (user_string(pointer_arg(2)))

(argstr) = (sprintf("%d, %s", filedes, user_string_quoted(pointer_arg(2))))

}

probe nd_syscall.fremovexattr.return = kprobe.function("sys_fremovexattr").return?{

(name) = ("fremovexattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.fsetxattr = kprobe.function("sys_fsetxattr")?{

(name) = ("fsetxattr")

asmlinkage()

(filedes) = (int_arg(1))

(name2) = (user_string(pointer_arg(2)))

(value_uaddr) = (pointer_arg(3))

(size) = (ulong_arg(4))

(flags) = (int_arg(5))

(argstr) = (sprintf("%d, %s, %p, %d, %p", filedes, user_string_quoted(pointer_arg(2)), value_uaddr, size, flags))

}

probe nd_syscall.fsetxattr.return = kprobe.function("sys_fsetxattr").return?{

(name) = ("fsetxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.fstat = kprobe.function("sys_fstat")?, kprobe.function("sys_fstat64")?, kprobe.function("sys32_fstat64")?, kprobe.function("sys_newfstat")?, kprobe.function("sys_oabi_fstat64")?, kprobe.function("compat_sys_newfstat")?{

(name) = ("fstat")

asmlinkage()

(filedes) = (int_arg(1))

(buf_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", filedes, buf_uaddr))

}

probe nd_syscall.fstat.return = kprobe.function("sys_fstat").return?, kprobe.function("sys_fstat64").return?, kprobe.function("sys32_fstat64").return?, kprobe.function("sys_newfstat").return?, kprobe.function("sys_oabi_fstat64").return?, kprobe.function("compat_sys_newfstat").return?{

(name) = ("fstat")

(retstr) = (returnstr(1))

}

probe nd_syscall.fstatat = kprobe.function("sys_fstatat64")?, kprobe.function("sys_newfstatat")?, kprobe.function("compat_sys_newfstatat")?, kprobe.function("sys32_fstatat64")?{

(name) = ("fstatat")

asmlinkage()

(dirfd) = (int_arg(1))

(path) = (user_string(pointer_arg(2)))

(buf_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %s, %p, %s", _dfd_str(dirfd), user_string_quoted(pointer_arg(2)), buf_uaddr, _at_flag_str(int_arg(4))))

}

probe nd_syscall.fstatat.return = kprobe.function("sys_fstatat64").return?, kprobe.function("sys_newfstatat").return?, kprobe.function("compat_sys_newfstatat").return?, kprobe.function("sys32_fstatat64").return?{

(name) = ("fstatat")

(retstr) = (returnstr(1))

}

probe nd_syscall.fstatfs = kprobe.function("compat_sys_fstatfs")?, kprobe.function("sys_fstatfs")?{

(name) = ("fstatfs")

asmlinkage()

(fd) = (int_arg(1))

(buf_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", fd, buf_uaddr))

}

probe nd_syscall.fstatfs.return = kprobe.function("compat_sys_fstatfs").return?, kprobe.function("sys_fstatfs").return?{

(name) = ("fstatfs")

(retstr) = (returnstr(1))

}

probe nd_syscall.fstatfs64 = kprobe.function("compat_sys_fstatfs64")?, kprobe.function("sys_fstatfs64")?{
fs")
asmlinkage()
(fd) = (int_arg(1))
(sz) = (ulong_arg(2))
(buf_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %d, %p", fd, sz, buf_uaddr))
}
probe nd_syscall.fstatfs64.return = kprobe.function("compat_sys_fstatfs64").return?, kprobe.function("sys_fstatfs64").return?{
(name) = ("fstatfs")
(retstr) = (returnstr(1))
}
probe nd_syscall.fsync = kprobe.function("sys_fsync")?{
(name) = ("fsync")
asmlinkage()
(fd) = (int_arg(1))
(argstr) = (sprint(fd))
}
probe nd_syscall.fsync.return = kprobe.function("sys_fsync").return?{
(name) = ("fsync")
(retstr) = (returnstr(1))
}
probe nd_syscall.ftruncate = kprobe.function("sys_ftruncate")?{
(name) = ("ftruncate")
asmlinkage()
(fd) = (int_arg(1))
(length) = (ulong_arg(2))
(argstr) = (sprintf("%d, %d", fd, length))
}
probe nd_syscall.ftruncate.return = kprobe.function("sys_ftruncate").return?{
(name) = ("ftruncate")
(retstr) = (returnstr(1))
}
probe nd_syscall.ftruncate64 = kprobe.function("sys_ftruncate64")?{
(name) = ("ftruncate")
asmlinkage()
(fd) = (int_arg(1))
(length) = (longlong_arg(2))
(argstr) = (sprintf("%d, %d", fd, length))
}
probe nd_syscall.ftruncate64.return = kprobe.function("sys_ftruncate64").return?{
(name) = ("ftruncate")
(retstr) = (returnstr(1))
}
probe nd_syscall.futex = kprobe.function("sys_futex")?{
(name) = ("futex")
asmlinkage()
(futex_uaddr) = (pointer_arg(1))
(op) = (int_arg(2))
(val) = (u32_arg(3))
(utime_uaddr) = (pointer_arg(4))
(uaddr2_uaddr) = (pointer_arg(5))
(val3) = (u32_arg(6))
if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", futex_uaddr, _futex_op_str(op), val, _struct_timespec_u(utime_uaddr, 1)))
else (argstr) = (sprintf("%p, %s, %d", futex_uaddr, _futex_op_str(op), val))

}
probe nd_syscall.futex.return = kprobe.function("sys_futex").return?{
(name) = ("futex")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_futex = kprobe.function("compat_sys_futex")?{
(name) = ("futex")
asmlinkage()
(futex_uaddr) = (pointer_arg(1))
(op) = (int_arg(2))
(val) = (u32_arg(3))
(utime_uaddr) = (pointer_arg(4))
(uaddr2_uaddr) = (pointer_arg(5))
(val3) = (u32_arg(6))
if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", futex_uaddr, _futex_op_str(op), val, _struct_compat_timespec_u(utime_uaddr, 1)))
else (argstr) = (sprintf("%p, %s, %d", futex_uaddr, _futex_op_str(op), val))

}
probe nd_syscall.compat_futex.return = kprobe.function("compat_sys_futex").return?{
(name) = ("futex")
(retstr) = (returnstr(1))
}
probe nd_syscall.futimesat = kprobe.function("sys_futimesat")?{
(name) = ("futimesat")
asmlinkage()
(dirfd) = (int_arg(1))
(filename_uaddr) = (pointer_arg(2))
(filename) = (user_string(filename_uaddr))
(tvp_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %s, %s", _dfd_str(dirfd), user_string_quoted(filename_uaddr), _struct_timeval_u(tvp_uaddr, 2)))
}
probe nd_syscall.compat_futimesat = kprobe.function("compat_sys_futimesat")?{
(name) = ("futimesat")
asmlinkage()
(dirfd) = (uint_arg(1))
(filename_uaddr) = (pointer_arg(2))
(filename) = (user_string(pointer_arg(2)))
(tvp_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %s, %s", _dfd_str(uint_arg(1)), user_string_quoted(pointer_arg(2)), _struct_compat_timeval_u(pointer_arg(3), 2)))
}
probe nd_syscall.futimesat.return = kprobe.function("sys_futimesat").return?{
(name) = ("futimesat")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_futimesat.return = kprobe.function("compat_sys_futimesat").return?{
(name) = ("futimesat")
(retstr) = (returnstr(1))
}
probe nd_syscall.getcwd = kprobe.function("sys_getcwd")?{
(name) = ("getcwd")
asmlinkage()
(buf_uaddr) = (pointer_arg(1))
(size) = (ulong_arg(2))
(argstr) = (sprintf("%p, %d", buf_uaddr, size))
}
probe nd_syscall.getcwd.return = kprobe.function("sys_getcwd").return?{
(name) = ("getcwd")
(retstr) = (returnstr(1))
}
probe nd_syscall.getdents = kprobe.function("sys_getdents")?, kprobe.function("sys_getdents64")?, kprobe.function("compat_sys_getdents")?, kprobe.function("compat_sys_getdents64")?{
(name) = ("getdents")
asmlinkage()
(fd) = (int_ar
(name) = ("fstatfs")

asmlinkage()

(fd) = (int_arg(1))

(sz) = (ulong_arg(2))

(buf_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %d, %p", fd, sz, buf_uaddr))

}

probe nd_syscall.fstatfs64.return = kprobe.function("compat_sys_fstatfs64").return?, kprobe.function("sys_fstatfs64").return?{

(name) = ("fstatfs")

(retstr) = (returnstr(1))

}

probe nd_syscall.fsync = kprobe.function("sys_fsync")?{

(name) = ("fsync")

asmlinkage()

(fd) = (int_arg(1))

(argstr) = (sprint(fd))

}

probe nd_syscall.fsync.return = kprobe.function("sys_fsync").return?{

(name) = ("fsync")

(retstr) = (returnstr(1))

}

probe nd_syscall.ftruncate = kprobe.function("sys_ftruncate")?{

(name) = ("ftruncate")

asmlinkage()

(fd) = (int_arg(1))

(length) = (ulong_arg(2))

(argstr) = (sprintf("%d, %d", fd, length))

}

probe nd_syscall.ftruncate.return = kprobe.function("sys_ftruncate").return?{

(name) = ("ftruncate")

(retstr) = (returnstr(1))

}

probe nd_syscall.ftruncate64 = kprobe.function("sys_ftruncate64")?{

(name) = ("ftruncate")

asmlinkage()

(fd) = (int_arg(1))

(length) = (longlong_arg(2))

(argstr) = (sprintf("%d, %d", fd, length))

}

probe nd_syscall.ftruncate64.return = kprobe.function("sys_ftruncate64").return?{

(name) = ("ftruncate")

(retstr) = (returnstr(1))

}

probe nd_syscall.futex = kprobe.function("sys_futex")?{

(name) = ("futex")

asmlinkage()

(futex_uaddr) = (pointer_arg(1))

(op) = (int_arg(2))

(val) = (u32_arg(3))

(utime_uaddr) = (pointer_arg(4))

(uaddr2_uaddr) = (pointer_arg(5))

(val3) = (u32_arg(6))

if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", futex_uaddr, _futex_op_str(op), val, _struct_timespec_u(utime_uaddr, 1)))

else (argstr) = (sprintf("%p, %s, %d", futex_uaddr, _futex_op_str(op), val))



}

probe nd_syscall.futex.return = kprobe.function("sys_futex").return?{

(name) = ("futex")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_futex = kprobe.function("compat_sys_futex")?{

(name) = ("futex")

asmlinkage()

(futex_uaddr) = (pointer_arg(1))

(op) = (int_arg(2))

(val) = (u32_arg(3))

(utime_uaddr) = (pointer_arg(4))

(uaddr2_uaddr) = (pointer_arg(5))

(val3) = (u32_arg(6))

if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", futex_uaddr, _futex_op_str(op), val, _struct_compat_timespec_u(utime_uaddr, 1)))

else (argstr) = (sprintf("%p, %s, %d", futex_uaddr, _futex_op_str(op), val))



}

probe nd_syscall.compat_futex.return = kprobe.function("compat_sys_futex").return?{

(name) = ("futex")

(retstr) = (returnstr(1))

}

probe nd_syscall.futimesat = kprobe.function("sys_futimesat")?{

(name) = ("futimesat")

asmlinkage()

(dirfd) = (int_arg(1))

(filename_uaddr) = (pointer_arg(2))

(filename) = (user_string(filename_uaddr))

(tvp_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %s, %s", _dfd_str(dirfd), user_string_quoted(filename_uaddr), _struct_timeval_u(tvp_uaddr, 2)))

}

probe nd_syscall.compat_futimesat = kprobe.function("compat_sys_futimesat")?{

(name) = ("futimesat")

asmlinkage()

(dirfd) = (uint_arg(1))

(filename_uaddr) = (pointer_arg(2))

(filename) = (user_string(pointer_arg(2)))

(tvp_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %s, %s", _dfd_str(uint_arg(1)), user_string_quoted(pointer_arg(2)), _struct_compat_timeval_u(pointer_arg(3), 2)))

}

probe nd_syscall.futimesat.return = kprobe.function("sys_futimesat").return?{

(name) = ("futimesat")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_futimesat.return = kprobe.function("compat_sys_futimesat").return?{

(name) = ("futimesat")

(retstr) = (returnstr(1))

}

probe nd_syscall.getcwd = kprobe.function("sys_getcwd")?{

(name) = ("getcwd")

asmlinkage()

(buf_uaddr) = (pointer_arg(1))

(size) = (ulong_arg(2))

(argstr) = (sprintf("%p, %d", buf_uaddr, size))

}

probe nd_syscall.getcwd.return = kprobe.function("sys_getcwd").return?{

(name) = ("getcwd")

(retstr) = (returnstr(1))

}

probe nd_syscall.getdents = kprobe.function("sys_getdents")?, kprobe.function("sys_getdents64")?, kprobe.function("compat_sys_getdents")?, kprobe.function("compat_sys_getdents64")?{

(name) = ("getdents")

asmlinkage()
g(1))
(dirp_uaddr) = (pointer_arg(2))
(count) = (uint_arg(3))
(argstr) = (sprintf("%d, %p, %d", fd, dirp_uaddr, count))
}
probe nd_syscall.getdents.return = kprobe.function("sys_getdents").return?, kprobe.function("sys_getdents64").return?, kprobe.function("compat_sys_getdents").return?, kprobe.function("compat_sys_getdents64").return?{
(name) = ("getdents")
(retstr) = (returnstr(1))
}
probe nd_syscall.getegid = kprobe.function("sys_getegid16")?, kprobe.function("sys32_getegid16")?, kprobe.function("sys_getegid"){
(name) = ("getegid")
(argstr) = ("")
}
probe nd_syscall.getegid.return = kprobe.function("sys_getegid16").return?, kprobe.function("sys32_getegid16").return?, kprobe.function("sys_getegid").return{
(name) = ("getegid")
(retstr) = (returnstr(1))
}
probe nd_syscall.geteuid = kprobe.function("sys_geteuid16")?, kprobe.function("sys32_geteuid16")?, kprobe.function("sys_geteuid"){
(name) = ("geteuid")
(argstr) = ("")
}
probe nd_syscall.geteuid.return = kprobe.function("sys_geteuid16").return?, kprobe.function("sys32_geteuid16").return?, kprobe.function("sys_geteuid").return{
(name) = ("geteuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getgid = kprobe.function("sys_getgid16")?, kprobe.function("sys32_getgid16")?, kprobe.function("sys_getgid"){
(name) = ("getgid")
(argstr) = ("")
}
probe nd_syscall.getgid.return = kprobe.function("sys_getgid16").return?, kprobe.function("sys32_getgid16").return?, kprobe.function("sys_getgid").return{
(name) = ("getgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getgroups = kprobe.function("sys_getgroups16")?, kprobe.function("sys32_getgroups16")?, kprobe.function("sys_getgroups")?{
(name) = ("getgroups")
asmlinkage()
(size) = (int_arg(1))
(list_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", size, list_uaddr))
}
probe nd_syscall.getgroups.return = kprobe.function("sys_getgroups16").return?, kprobe.function("sys32_getgroups16").return?, kprobe.function("sys_getgroups").return?{
(name) = ("getgroups")
(retstr) = (returnstr(1))
}
probe nd_syscall.gethostname = kprobe.function("sys_gethostname")?{
(name) = ("gethostname")
asmlinkage()
(name_uaddr) = (pointer_arg(1))
(len) = (int_arg(2))
(argstr) = (sprintf("%p, %d", name_uaddr, len))
}
probe nd_syscall.gethostname.return = kprobe.function("sys_gethostname").return?{
(name) = ("gethostname")
(retstr) = (returnstr(1))
}
probe nd_syscall.getitimer = kprobe.function("sys_getitimer")?{
(name) = ("getitimer")
asmlinkage()
(which) = (int_arg(1))
(value_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", _itimer_which_str(which), value_uaddr))
}
probe nd_syscall.getitimer.return = kprobe.function("sys_getitimer").return?{
(name) = ("getitimer")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_getitimer = kprobe.function("compat_sys_getitimer")?{
(name) = ("getitimer")
asmlinkage()
(which) = (int_arg(1))
(value_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", _itimer_which_str(which), value_uaddr))
}
probe nd_syscall.compat_getitimer.return = kprobe.function("compat_sys_getitimer").return?{
(name) = ("getitimer")
(retstr) = (returnstr(1))
}
probe nd_syscall.get_mempolicy = kprobe.function("compat_sys_get_mempolicy")?, kprobe.function("sys_get_mempolicy")?{
(name) = ("get_mempolicy")
asmlinkage()
(policy_uaddr) = (pointer_arg(1))
(nmask_uaddr) = (pointer_arg(2))
(maxnode) = (ulong_arg(3))
(addr) = (ulong_arg(4))
(flags) = (ulong_arg(5))
(argstr) = (sprintf("%p, %p, %d, %p, 0x%x", policy_uaddr, nmask_uaddr, maxnode, addr, flags))
}
probe nd_syscall.get_mempolicy.return = kprobe.function("compat_sys_get_mempolicy").return?, kprobe.function("sys_get_mempolicy").return?{
(name) = ("get_mempolicy")
(retstr) = (returnstr(1))
}
probe nd_syscall.getpeername = kprobe.function("sys_getpeername")?{
(name) = ("getpeername")
asmlinkage()
(s) = (int_arg(1))
(name_uaddr) = (pointer_arg(2))
(namelen_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %p, %p", s, name_uaddr, namelen_uaddr))
}
probe nd_syscall.getpeername.return = kprobe.fu
(fd) = (int_arg(1))

(dirp_uaddr) = (pointer_arg(2))

(count) = (uint_arg(3))

(argstr) = (sprintf("%d, %p, %d", fd, dirp_uaddr, count))

}

probe nd_syscall.getdents.return = kprobe.function("sys_getdents").return?, kprobe.function("sys_getdents64").return?, kprobe.function("compat_sys_getdents").return?, kprobe.function("compat_sys_getdents64").return?{

(name) = ("getdents")

(retstr) = (returnstr(1))

}

probe nd_syscall.getegid = kprobe.function("sys_getegid16")?, kprobe.function("sys32_getegid16")?, kprobe.function("sys_getegid"){

(name) = ("getegid")

(argstr) = ("")

}

probe nd_syscall.getegid.return = kprobe.function("sys_getegid16").return?, kprobe.function("sys32_getegid16").return?, kprobe.function("sys_getegid").return{

(name) = ("getegid")

(retstr) = (returnstr(1))

}

probe nd_syscall.geteuid = kprobe.function("sys_geteuid16")?, kprobe.function("sys32_geteuid16")?, kprobe.function("sys_geteuid"){

(name) = ("geteuid")

(argstr) = ("")

}

probe nd_syscall.geteuid.return = kprobe.function("sys_geteuid16").return?, kprobe.function("sys32_geteuid16").return?, kprobe.function("sys_geteuid").return{

(name) = ("geteuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getgid = kprobe.function("sys_getgid16")?, kprobe.function("sys32_getgid16")?, kprobe.function("sys_getgid"){

(name) = ("getgid")

(argstr) = ("")

}

probe nd_syscall.getgid.return = kprobe.function("sys_getgid16").return?, kprobe.function("sys32_getgid16").return?, kprobe.function("sys_getgid").return{

(name) = ("getgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getgroups = kprobe.function("sys_getgroups16")?, kprobe.function("sys32_getgroups16")?, kprobe.function("sys_getgroups")?{

(name) = ("getgroups")

asmlinkage()

(size) = (int_arg(1))

(list_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", size, list_uaddr))

}

probe nd_syscall.getgroups.return = kprobe.function("sys_getgroups16").return?, kprobe.function("sys32_getgroups16").return?, kprobe.function("sys_getgroups").return?{

(name) = ("getgroups")

(retstr) = (returnstr(1))

}

probe nd_syscall.gethostname = kprobe.function("sys_gethostname")?{

(name) = ("gethostname")

asmlinkage()

(name_uaddr) = (pointer_arg(1))

(len) = (int_arg(2))

(argstr) = (sprintf("%p, %d", name_uaddr, len))

}

probe nd_syscall.gethostname.return = kprobe.function("sys_gethostname").return?{

(name) = ("gethostname")

(retstr) = (returnstr(1))

}

probe nd_syscall.getitimer = kprobe.function("sys_getitimer")?{

(name) = ("getitimer")

asmlinkage()

(which) = (int_arg(1))

(value_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", _itimer_which_str(which), value_uaddr))

}

probe nd_syscall.getitimer.return = kprobe.function("sys_getitimer").return?{

(name) = ("getitimer")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_getitimer = kprobe.function("compat_sys_getitimer")?{

(name) = ("getitimer")

asmlinkage()

(which) = (int_arg(1))

(value_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", _itimer_which_str(which), value_uaddr))

}

probe nd_syscall.compat_getitimer.return = kprobe.function("compat_sys_getitimer").return?{

(name) = ("getitimer")

(retstr) = (returnstr(1))

}

probe nd_syscall.get_mempolicy = kprobe.function("compat_sys_get_mempolicy")?, kprobe.function("sys_get_mempolicy")?{

(name) = ("get_mempolicy")

asmlinkage()

(policy_uaddr) = (pointer_arg(1))

(nmask_uaddr) = (pointer_arg(2))

(maxnode) = (ulong_arg(3))

(addr) = (ulong_arg(4))

(flags) = (ulong_arg(5))

(argstr) = (sprintf("%p, %p, %d, %p, 0x%x", policy_uaddr, nmask_uaddr, maxnode, addr, flags))

}

probe nd_syscall.get_mempolicy.return = kprobe.function("compat_sys_get_mempolicy").return?, kprobe.function("sys_get_mempolicy").return?{

(name) = ("get_mempolicy")

(retstr) = (returnstr(1))

}

probe nd_syscall.getpeername = kprobe.function("sys_getpeername")?{

(name) = ("getpeername")

asmlinkage()

(s) = (int_arg(1))

(name_uaddr) = (pointer_arg(2))

(namelen_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %p, %p", s, name_uaddr, namelen_uaddr))

}
nction("sys_getpeername").return?{
(name) = ("getpeername")
(retstr) = (returnstr(1))
}
probe nd_syscall.getpgid = kprobe.function("sys_getpgid")?{
(name) = ("getpgid")
asmlinkage()
(pid) = (int_arg(1))
(argstr) = (sprintf("%d", pid))
}
probe nd_syscall.getpgid.return = kprobe.function("sys_getpgid").return?{
(name) = ("getpgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getpgrp = kprobe.function("sys_getpgrp")?{
(name) = ("getpgrp")
(argstr) = ("")
}
probe nd_syscall.getpgrp.return = kprobe.function("sys_getpgrp").return?{
(name) = ("getpgrp")
(retstr) = (returnstr(1))
}
probe nd_syscall.getpid = kprobe.function("sys_getpid"){
(name) = ("getpid")
(argstr) = ("")
}
probe nd_syscall.getpid.return = kprobe.function("sys_getpid").return{
(name) = ("getpid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getppid = kprobe.function("sys_getppid"){
(name) = ("getppid")
(argstr) = ("")
}
probe nd_syscall.getppid.return = kprobe.function("sys_getppid").return{
(name) = ("getppid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getpriority = kprobe.function("sys_getpriority")?{
(name) = ("getpriority")
asmlinkage()
(which) = (int_arg(1))
(who) = (int_arg(2))
(argstr) = (sprintf("%s, %d", _priority_which_str(which), who))
}
probe nd_syscall.getpriority.return = kprobe.function("sys_getpriority").return?{
(name) = ("getpriority")
(retstr) = (returnstr(1))
}
probe nd_syscall.getresgid = kprobe.function("sys_getresgid16")?, kprobe.function("sys_getresgid")?{
(name) = ("getresgid")
asmlinkage()
(rgid_uaddr) = (pointer_arg(1))
(egid_uaddr) = (pointer_arg(2))
(sgid_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%p, %p, %p", rgid_uaddr, egid_uaddr, sgid_uaddr))
}
probe nd_syscall.getresgid.return = kprobe.function("sys_getresgid16").return?, kprobe.function("sys_getresgid").return?{
(name) = ("getresgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getresuid = kprobe.function("sys_getresuid16")?, kprobe.function("sys_getresuid")?{
(name) = ("getresuid")
asmlinkage()
(ruid_uaddr) = (pointer_arg(1))
(euid_uaddr) = (pointer_arg(2))
(suid_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%p, %p, %p", ruid_uaddr, euid_uaddr, suid_uaddr))
}
probe nd_syscall.getresuid.return = kprobe.function("sys_getresuid16").return?, kprobe.function("sys_getresuid").return?{
(name) = ("getresuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getrlimit = kprobe.function("sys_getrlimit")?, kprobe.function("sys_old_getrlimit")?, kprobe.function("compat_sys_getrlimit")?{
(name) = ("getrlimit")
asmlinkage()
(resource) = (uint_arg(1))
(rlim_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", _rlimit_resource_str(resource), rlim_uaddr))
}
probe nd_syscall.getrlimit.return = kprobe.function("sys_getrlimit").return?, kprobe.function("sys_old_getrlimit").return?, kprobe.function("compat_sys_getrlimit").return?{
(name) = ("getrlimit")
(retstr) = (returnstr(1))
}
probe nd_syscall.getrusage = kprobe.function("sys_getrusage")?{
(name) = ("getrusage")
asmlinkage()
(who) = (int_arg(1))
if ((who) == (-(2))) {
(who_str) = (sprintf("UNKNOWN VALUE: %d", who))
}
else (who_str) = (_rusage_who_str(who))

(usage_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", who_str, usage_uaddr))
}
probe nd_syscall.getrusage.return = kprobe.function("sys_getrusage").return?{
(name) = ("getrusage")
(retstr) = (returnstr(1))
}
probe nd_syscall.getsid = kprobe.function("sys_getsid")?{
(name) = ("getsid")
asmlinkage()
(pid) = (int_arg(1))
(argstr) = (sprint(pid))
}
probe nd_syscall.getsid.return = kprobe.function("sys_getsid").return?{
(name) = ("getsid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getsockname = kprobe.function("sys_getsockname")?{
(name) = ("getsockname")
asmlinkage()
(s) = (int_arg(1))
(name_uaddr) = (pointer_arg(2))
(namelen_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %p, %p", s, name_uaddr, namelen_uaddr))
}
probe nd_syscall.getsockname.return = kprobe.function("sys_getsockname").return?{
(name) = ("getsockname")
(retstr) = (returnstr(1))
}
pr
probe nd_syscall.getpeername.return = kprobe.function("sys_getpeername").return?{

(name) = ("getpeername")

(retstr) = (returnstr(1))

}

probe nd_syscall.getpgid = kprobe.function("sys_getpgid")?{

(name) = ("getpgid")

asmlinkage()

(pid) = (int_arg(1))

(argstr) = (sprintf("%d", pid))

}

probe nd_syscall.getpgid.return = kprobe.function("sys_getpgid").return?{

(name) = ("getpgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getpgrp = kprobe.function("sys_getpgrp")?{

(name) = ("getpgrp")

(argstr) = ("")

}

probe nd_syscall.getpgrp.return = kprobe.function("sys_getpgrp").return?{

(name) = ("getpgrp")

(retstr) = (returnstr(1))

}

probe nd_syscall.getpid = kprobe.function("sys_getpid"){

(name) = ("getpid")

(argstr) = ("")

}

probe nd_syscall.getpid.return = kprobe.function("sys_getpid").return{

(name) = ("getpid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getppid = kprobe.function("sys_getppid"){

(name) = ("getppid")

(argstr) = ("")

}

probe nd_syscall.getppid.return = kprobe.function("sys_getppid").return{

(name) = ("getppid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getpriority = kprobe.function("sys_getpriority")?{

(name) = ("getpriority")

asmlinkage()

(which) = (int_arg(1))

(who) = (int_arg(2))

(argstr) = (sprintf("%s, %d", _priority_which_str(which), who))

}

probe nd_syscall.getpriority.return = kprobe.function("sys_getpriority").return?{

(name) = ("getpriority")

(retstr) = (returnstr(1))

}

probe nd_syscall.getresgid = kprobe.function("sys_getresgid16")?, kprobe.function("sys_getresgid")?{

(name) = ("getresgid")

asmlinkage()

(rgid_uaddr) = (pointer_arg(1))

(egid_uaddr) = (pointer_arg(2))

(sgid_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%p, %p, %p", rgid_uaddr, egid_uaddr, sgid_uaddr))

}

probe nd_syscall.getresgid.return = kprobe.function("sys_getresgid16").return?, kprobe.function("sys_getresgid").return?{

(name) = ("getresgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getresuid = kprobe.function("sys_getresuid16")?, kprobe.function("sys_getresuid")?{

(name) = ("getresuid")

asmlinkage()

(ruid_uaddr) = (pointer_arg(1))

(euid_uaddr) = (pointer_arg(2))

(suid_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%p, %p, %p", ruid_uaddr, euid_uaddr, suid_uaddr))

}

probe nd_syscall.getresuid.return = kprobe.function("sys_getresuid16").return?, kprobe.function("sys_getresuid").return?{

(name) = ("getresuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getrlimit = kprobe.function("sys_getrlimit")?, kprobe.function("sys_old_getrlimit")?, kprobe.function("compat_sys_getrlimit")?{

(name) = ("getrlimit")

asmlinkage()

(resource) = (uint_arg(1))

(rlim_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", _rlimit_resource_str(resource), rlim_uaddr))

}

probe nd_syscall.getrlimit.return = kprobe.function("sys_getrlimit").return?, kprobe.function("sys_old_getrlimit").return?, kprobe.function("compat_sys_getrlimit").return?{

(name) = ("getrlimit")

(retstr) = (returnstr(1))

}

probe nd_syscall.getrusage = kprobe.function("sys_getrusage")?{

(name) = ("getrusage")

asmlinkage()

(who) = (int_arg(1))

if ((who) == (-(2))) {

(who_str) = (sprintf("UNKNOWN VALUE: %d", who))

}

else (who_str) = (_rusage_who_str(who))



(usage_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", who_str, usage_uaddr))

}

probe nd_syscall.getrusage.return = kprobe.function("sys_getrusage").return?{

(name) = ("getrusage")

(retstr) = (returnstr(1))

}

probe nd_syscall.getsid = kprobe.function("sys_getsid")?{

(name) = ("getsid")

asmlinkage()

(pid) = (int_arg(1))

(argstr) = (sprint(pid))

}

probe nd_syscall.getsid.return = kprobe.function("sys_getsid").return?{

(name) = ("getsid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getsockname = kprobe.function("sys_getsockname")?{

(name) = ("getsockname")

asmlinkage()

(s) = (int_arg(1))

(name_uaddr) = (pointer_arg(2))

(namelen_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %p, %p", s, name_uaddr, namelen_uaddr))

}

probe nd_syscall.getsockname.return = kprobe.function("sys_getsockname").return?{

(name) = ("getsockname")

(retstr) = (returnstr(1))

}
obe nd_syscall.getsockopt = kprobe.function("compat_sys_getsockopt")?, kprobe.function("sys_getsockopt")?{
(name) = ("getsockopt")
asmlinkage()
(fd) = (int_arg(1))
(level) = (int_arg(2))
(level_str) = (_sockopt_level_str(level))
(optname) = (int_arg(3))
(optname_str) = (_sockopt_optname_str(optname))
(optval_uaddr) = (pointer_arg(4))
(optlen_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %s, %s, %p, %p", fd, _sockopt_level_str(level), _sockopt_optname_str(optname), optval_uaddr, optlen_uaddr))
}
probe nd_syscall.getsockopt.return = kprobe.function("compat_sys_getsockopt").return?, kprobe.function("sys_getsockopt").return?{
(name) = ("getsockopt")
(retstr) = (returnstr(1))
}
probe nd_syscall.gettid = kprobe.function("sys_gettid"){
(name) = ("gettid")
(argstr) = ("")
}
probe nd_syscall.gettid.return = kprobe.function("sys_gettid").return{
(name) = ("gettid")
(retstr) = (returnstr(1))
}
probe nd_syscall.gettimeofday = kprobe.function("compat_sys_gettimeofday")?, kprobe.function("sys32_gettimeofday")?, kprobe.function("sys_gettimeofday")?{
(name) = ("gettimeofday")
asmlinkage()
(tv_uaddr) = (pointer_arg(1))
(tz_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%p, %p", tv_uaddr, tz_uaddr))
}
probe nd_syscall.gettimeofday.return = kprobe.function("compat_sys_gettimeofday").return?, kprobe.function("sys32_gettimeofday").return?, kprobe.function("sys_gettimeofday").return?{
(name) = ("gettimeofday")
(retstr) = (returnstr(1))
}
probe nd_syscall.getuid = kprobe.function("sys_getuid16")?, kprobe.function("sys32_getuid16")?, kprobe.function("sys_getuid"){
(name) = ("getuid")
(argstr) = ("")
}
probe nd_syscall.getuid.return = kprobe.function("sys_getuid16").return?, kprobe.function("sys32_getuid16").return?, kprobe.function("sys_getuid").return{
(name) = ("getuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.getxattr = kprobe.function("sys_getxattr")?{
(name) = ("getxattr")
asmlinkage()
(path) = (pointer_arg(1))
(name2) = (user_string(pointer_arg(2)))
(value_uaddr) = (pointer_arg(3))
(size) = (ulong_arg(4))
(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted(path), user_string_quoted(pointer_arg(2)), value_uaddr, size))
}
probe nd_syscall.getxattr.return = kprobe.function("sys_getxattr").return?{
(name) = ("getxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.init_module = kprobe.function("sys_init_module")?{
(name) = ("init_module")
asmlinkage()
(umod_uaddr) = (pointer_arg(1))
(len) = (ulong_arg(2))
(uargs) = (user_string(pointer_arg(3)))
(argstr) = (sprintf("%p, %d, %s", umod_uaddr, len, user_string_quoted(pointer_arg(4))))
}
probe nd_syscall.init_module.return = kprobe.function("sys_init_module").return?{
(name) = ("init_module")
(retstr) = (returnstr(1))
}
probe nd_syscall.inotify_add_watch = kprobe.function("sys_inotify_add_watch")?{
(name) = ("inotify_add_watch")
asmlinkage()
(fd) = (int_arg(1))
(path_uaddr) = (pointer_arg(2))
(path) = (user_string(path_uaddr))
(mask) = (uint_arg(3))
(argstr) = (sprintf("%d, %s, %d", fd, user_string_quoted(path_uaddr), mask))
}
probe nd_syscall.inotify_add_watch.return = kprobe.function("sys_inotify_add_watch").return?{
(name) = ("inotify_add_watch")
(retstr) = (returnstr(1))
}
probe nd_syscall.inotify_init = kprobe.function("sys_inotify_init")?{
(name) = ("inotify_init")
(argstr) = ("")
}
probe nd_syscall.inotify_init.return = kprobe.function("sys_inotify_init").return?{
(name) = ("inotify_init")
(retstr) = (returnstr(1))
}
probe nd_syscall.inotify_rm_watch = kprobe.function("sys_inotify_rm_watch")?{
(name) = ("inotify_rm_watch")
asmlinkage()
(fd) = (int_arg(1))
(wd) = (uint_arg(2))
(argstr) = (sprintf("%d, %d", fd, wd))
}
probe nd_syscall.inotify_rm_watch.return = kprobe.function("sys_inotify_rm_watch").return?{
(name) = ("inotify_rm_watch")
(retstr) = (returnstr(1))
}
probe nd_syscall.io_cancel = kprobe.function("sys_io_cancel")?{
(name) = ("io_cancel")
asmlinkage()
(ctx_id) = (ulong_arg(1))
(iocb_uaddr) = (pointer_arg(2))
(result_uaddr) = (pointer_arg(3))
(argstr) = (sprintf
probe nd_syscall.getsockopt = kprobe.function("compat_sys_getsockopt")?, kprobe.function("sys_getsockopt")?{

(name) = ("getsockopt")

asmlinkage()

(fd) = (int_arg(1))

(level) = (int_arg(2))

(level_str) = (_sockopt_level_str(level))

(optname) = (int_arg(3))

(optname_str) = (_sockopt_optname_str(optname))

(optval_uaddr) = (pointer_arg(4))

(optlen_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %s, %s, %p, %p", fd, _sockopt_level_str(level), _sockopt_optname_str(optname), optval_uaddr, optlen_uaddr))

}

probe nd_syscall.getsockopt.return = kprobe.function("compat_sys_getsockopt").return?, kprobe.function("sys_getsockopt").return?{

(name) = ("getsockopt")

(retstr) = (returnstr(1))

}

probe nd_syscall.gettid = kprobe.function("sys_gettid"){

(name) = ("gettid")

(argstr) = ("")

}

probe nd_syscall.gettid.return = kprobe.function("sys_gettid").return{

(name) = ("gettid")

(retstr) = (returnstr(1))

}

probe nd_syscall.gettimeofday = kprobe.function("compat_sys_gettimeofday")?, kprobe.function("sys32_gettimeofday")?, kprobe.function("sys_gettimeofday")?{

(name) = ("gettimeofday")

asmlinkage()

(tv_uaddr) = (pointer_arg(1))

(tz_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%p, %p", tv_uaddr, tz_uaddr))

}

probe nd_syscall.gettimeofday.return = kprobe.function("compat_sys_gettimeofday").return?, kprobe.function("sys32_gettimeofday").return?, kprobe.function("sys_gettimeofday").return?{

(name) = ("gettimeofday")

(retstr) = (returnstr(1))

}

probe nd_syscall.getuid = kprobe.function("sys_getuid16")?, kprobe.function("sys32_getuid16")?, kprobe.function("sys_getuid"){

(name) = ("getuid")

(argstr) = ("")

}

probe nd_syscall.getuid.return = kprobe.function("sys_getuid16").return?, kprobe.function("sys32_getuid16").return?, kprobe.function("sys_getuid").return{

(name) = ("getuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.getxattr = kprobe.function("sys_getxattr")?{

(name) = ("getxattr")

asmlinkage()

(path) = (pointer_arg(1))

(name2) = (user_string(pointer_arg(2)))

(value_uaddr) = (pointer_arg(3))

(size) = (ulong_arg(4))

(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted(path), user_string_quoted(pointer_arg(2)), value_uaddr, size))

}

probe nd_syscall.getxattr.return = kprobe.function("sys_getxattr").return?{

(name) = ("getxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.init_module = kprobe.function("sys_init_module")?{

(name) = ("init_module")

asmlinkage()

(umod_uaddr) = (pointer_arg(1))

(len) = (ulong_arg(2))

(uargs) = (user_string(pointer_arg(3)))

(argstr) = (sprintf("%p, %d, %s", umod_uaddr, len, user_string_quoted(pointer_arg(4))))

}

probe nd_syscall.init_module.return = kprobe.function("sys_init_module").return?{

(name) = ("init_module")

(retstr) = (returnstr(1))

}

probe nd_syscall.inotify_add_watch = kprobe.function("sys_inotify_add_watch")?{

(name) = ("inotify_add_watch")

asmlinkage()

(fd) = (int_arg(1))

(path_uaddr) = (pointer_arg(2))

(path) = (user_string(path_uaddr))

(mask) = (uint_arg(3))

(argstr) = (sprintf("%d, %s, %d", fd, user_string_quoted(path_uaddr), mask))

}

probe nd_syscall.inotify_add_watch.return = kprobe.function("sys_inotify_add_watch").return?{

(name) = ("inotify_add_watch")

(retstr) = (returnstr(1))

}

probe nd_syscall.inotify_init = kprobe.function("sys_inotify_init")?{

(name) = ("inotify_init")

(argstr) = ("")

}

probe nd_syscall.inotify_init.return = kprobe.function("sys_inotify_init").return?{

(name) = ("inotify_init")

(retstr) = (returnstr(1))

}

probe nd_syscall.inotify_rm_watch = kprobe.function("sys_inotify_rm_watch")?{

(name) = ("inotify_rm_watch")

asmlinkage()

(fd) = (int_arg(1))

(wd) = (uint_arg(2))

(argstr) = (sprintf("%d, %d", fd, wd))

}

probe nd_syscall.inotify_rm_watch.return = kprobe.function("sys_inotify_rm_watch").return?{

(name) = ("inotify_rm_watch")

(retstr) = (returnstr(1))

}

probe nd_syscall.io_cancel = kprobe.function("sys_io_cancel")?{

(name) = ("io_cancel")

asmlinkage()

(ctx_id) = (ulong_arg(1))

(iocb_uaddr) = (pointer_arg(2))

(result_uaddr) = (pointer_arg(3))
("%d, %p, %p", ctx_id, iocb_uaddr, result_uaddr))
}
probe nd_syscall.io_cancel.return = kprobe.function("sys_io_cancel").return?{
(name) = ("io_cancel")
(retstr) = (returnstr(1))
}
probe nd_syscall.ioctl = kprobe.function("compat_sys_ioctl")?, kprobe.function("sys_ioctl")?{
(name) = ("ioctl")
asmlinkage()
(fd) = (int_arg(1))
(request) = (int_arg(2))
(argp) = (ulong_arg(3))
(argstr) = (sprintf("%d, %d, %p", fd, request, argp))
}
probe nd_syscall.ioctl.return = kprobe.function("compat_sys_ioctl").return?, kprobe.function("sys_ioctl").return?{
(name) = ("ioctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.io_destroy = kprobe.function("sys_io_destroy")?{
(name) = ("io_destroy")
asmlinkage()
(ctx) = (ulong_arg(1))
(argstr) = (sprintf("%d", ctx))
}
probe nd_syscall.io_destroy.return = kprobe.function("sys_io_destroy").return?{
(name) = ("io_destroy")
(retstr) = (returnstr(1))
}
probe nd_syscall.io_getevents = kprobe.function("compat_sys_io_getevents")?, kprobe.function("sys_io_getevents")?{
(name) = ("io_getevents")
asmlinkage()
(ctx_id) = (ulong_arg(1))
(min_nr) = (long_arg(2))
(nr) = (long_arg(3))
(events_uaddr) = (pointer_arg(4))
(timeout_uaddr) = (pointer_arg(5))
(timestr) = (_struct_timespec_u(timeout_uaddr, 1))
(argstr) = (sprintf("%d, %d, %d, %p, %p, %s", ctx_id, min_nr, nr, events_uaddr, timeout_uaddr, timestr))
}
probe nd_syscall.io_getevents.return = kprobe.function("compat_sys_io_getevents").return?, kprobe.function("sys_io_getevents").return?{
(name) = ("io_getevents")
(retstr) = (returnstr(1))
}
probe nd_syscall.ioperm = kprobe.function("sys_ioperm")?{
(name) = ("ioperm")
asmlinkage()
(from) = (ulong_arg(1))
(num) = (ulong_arg(2))
(turn_on) = (int_arg(3))
(argstr) = (sprintf("%d, %d, %d", from, num, turn_on))
}
probe nd_syscall.ioperm.return = kprobe.function("sys_ioperm").return?{
(name) = ("ioperm")
(retstr) = (returnstr(1))
}
probe nd_syscall.io_setup = kprobe.function("sys_io_setup")?{
(name) = ("io_setup")
asmlinkage()
(maxevents) = (uint_arg(1))
(ctxp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", maxevents, ctxp_uaddr))
}
probe nd_syscall.io_setup.return = kprobe.function("sys_io_setup").return?{
(name) = ("io_setup")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_io_setup = kprobe.function("compat_sys_io_setup")?{
(name) = ("io_setup")
asmlinkage()
(maxevents) = (uint_arg(1))
(ctxp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", maxevents, ctxp_uaddr))
}
probe nd_syscall.compat_io_setup.return = kprobe.function("compat_sys_io_setup").return?{
(name) = ("io_setup")
(retstr) = (returnstr(1))
}
probe nd_syscall.io_submit = kprobe.function("sys_io_submit")?{
(name) = ("io_submit")
asmlinkage()
(ctx_id) = (ulong_arg(1))
(nr) = (long_arg(2))
(iocbpp_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %d, %p", ctx_id, nr, iocbpp_uaddr))
}
probe nd_syscall.io_submit.return = kprobe.function("sys_io_submit").return?{
(name) = ("io_submit")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_io_submit = kprobe.function("compat_sys_io_submit")?{
(name) = ("io_submit")
asmlinkage()
(ctx_id) = (ulong_arg(1))
(nr) = (int_arg(2))
(iocbpp_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %d, %p", ctx_id, nr, iocbpp_uaddr))
}
probe nd_syscall.compat_io_submit.return = kprobe.function("compat_sys_io_submit").return?{
(name) = ("io_submit")
(retstr) = (returnstr(1))
}
probe nd_syscall.ioprio_get = kprobe.function("sys_ioprio_get")?{
(name) = ("ioprio_get")
asmlinkage()
(which) = (int_arg(1))
(who) = (int_arg(2))
(argstr) = (sprintf("%d, %d", which, who))
}
probe nd_syscall.ioprio_get.return = kprobe.function("sys_ioprio_get").return?{
(name) = ("ioprio_get")
(retstr) = (returnstr(1))
}
probe nd_syscall.ioprio_set = kprobe.function("sys_ioprio_set")?{
(name) = ("ioprio_set")
asmlinkage()
(which) = (int_arg(1))
(who) = (int_arg(2))
(ioprio) = (int_arg(3))
(argstr) = (sprintf("%d, %d, %d", which, who, ioprio))
}
probe nd_syscall.ioprio_set.return = kprobe.function("sys_ioprio_set").retu
(argstr) = (sprintf("%d, %p, %p", ctx_id, iocb_uaddr, result_uaddr))

}

probe nd_syscall.io_cancel.return = kprobe.function("sys_io_cancel").return?{

(name) = ("io_cancel")

(retstr) = (returnstr(1))

}

probe nd_syscall.ioctl = kprobe.function("compat_sys_ioctl")?, kprobe.function("sys_ioctl")?{

(name) = ("ioctl")

asmlinkage()

(fd) = (int_arg(1))

(request) = (int_arg(2))

(argp) = (ulong_arg(3))

(argstr) = (sprintf("%d, %d, %p", fd, request, argp))

}

probe nd_syscall.ioctl.return = kprobe.function("compat_sys_ioctl").return?, kprobe.function("sys_ioctl").return?{

(name) = ("ioctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.io_destroy = kprobe.function("sys_io_destroy")?{

(name) = ("io_destroy")

asmlinkage()

(ctx) = (ulong_arg(1))

(argstr) = (sprintf("%d", ctx))

}

probe nd_syscall.io_destroy.return = kprobe.function("sys_io_destroy").return?{

(name) = ("io_destroy")

(retstr) = (returnstr(1))

}

probe nd_syscall.io_getevents = kprobe.function("compat_sys_io_getevents")?, kprobe.function("sys_io_getevents")?{

(name) = ("io_getevents")

asmlinkage()

(ctx_id) = (ulong_arg(1))

(min_nr) = (long_arg(2))

(nr) = (long_arg(3))

(events_uaddr) = (pointer_arg(4))

(timeout_uaddr) = (pointer_arg(5))

(timestr) = (_struct_timespec_u(timeout_uaddr, 1))

(argstr) = (sprintf("%d, %d, %d, %p, %p, %s", ctx_id, min_nr, nr, events_uaddr, timeout_uaddr, timestr))

}

probe nd_syscall.io_getevents.return = kprobe.function("compat_sys_io_getevents").return?, kprobe.function("sys_io_getevents").return?{

(name) = ("io_getevents")

(retstr) = (returnstr(1))

}

probe nd_syscall.ioperm = kprobe.function("sys_ioperm")?{

(name) = ("ioperm")

asmlinkage()

(from) = (ulong_arg(1))

(num) = (ulong_arg(2))

(turn_on) = (int_arg(3))

(argstr) = (sprintf("%d, %d, %d", from, num, turn_on))

}

probe nd_syscall.ioperm.return = kprobe.function("sys_ioperm").return?{

(name) = ("ioperm")

(retstr) = (returnstr(1))

}

probe nd_syscall.io_setup = kprobe.function("sys_io_setup")?{

(name) = ("io_setup")

asmlinkage()

(maxevents) = (uint_arg(1))

(ctxp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", maxevents, ctxp_uaddr))

}

probe nd_syscall.io_setup.return = kprobe.function("sys_io_setup").return?{

(name) = ("io_setup")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_io_setup = kprobe.function("compat_sys_io_setup")?{

(name) = ("io_setup")

asmlinkage()

(maxevents) = (uint_arg(1))

(ctxp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", maxevents, ctxp_uaddr))

}

probe nd_syscall.compat_io_setup.return = kprobe.function("compat_sys_io_setup").return?{

(name) = ("io_setup")

(retstr) = (returnstr(1))

}

probe nd_syscall.io_submit = kprobe.function("sys_io_submit")?{

(name) = ("io_submit")

asmlinkage()

(ctx_id) = (ulong_arg(1))

(nr) = (long_arg(2))

(iocbpp_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %d, %p", ctx_id, nr, iocbpp_uaddr))

}

probe nd_syscall.io_submit.return = kprobe.function("sys_io_submit").return?{

(name) = ("io_submit")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_io_submit = kprobe.function("compat_sys_io_submit")?{

(name) = ("io_submit")

asmlinkage()

(ctx_id) = (ulong_arg(1))

(nr) = (int_arg(2))

(iocbpp_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %d, %p", ctx_id, nr, iocbpp_uaddr))

}

probe nd_syscall.compat_io_submit.return = kprobe.function("compat_sys_io_submit").return?{

(name) = ("io_submit")

(retstr) = (returnstr(1))

}

probe nd_syscall.ioprio_get = kprobe.function("sys_ioprio_get")?{

(name) = ("ioprio_get")

asmlinkage()

(which) = (int_arg(1))

(who) = (int_arg(2))

(argstr) = (sprintf("%d, %d", which, who))

}

probe nd_syscall.ioprio_get.return = kprobe.function("sys_ioprio_get").return?{

(name) = ("ioprio_get")

(retstr) = (returnstr(1))

}

probe nd_syscall.ioprio_set = kprobe.function("sys_ioprio_set")?{

(name) = ("ioprio_set")

asmlinkage()

(which) = (int_arg(1))

(who) = (int_arg(2))

(ioprio) = (int_arg(3))

(argstr) = (sprintf("%d, %d, %d", which, who, ioprio))

}
rn?{
(name) = ("ioprio_set")
(retstr) = (returnstr(1))
}
probe nd_syscall.kexec_load = kprobe.function("compat_sys_kexec_load")?, kprobe.function("sys_kexec_load")?{
(name) = ("kexec_load")
asmlinkage()
(entry) = (ulong_arg(1))
(nr_segments) = (ulong_arg(2))
(segments_uaddr) = (pointer_arg(3))
(flags) = (ulong_arg(4))
(argstr) = (sprintf("%p, %d, %p, %d", entry, nr_segments, segments_uaddr, flags))
}
probe nd_syscall.kexec_load.return = kprobe.function("compat_sys_kexec_load").return?, kprobe.function("sys_kexec_load").return?{
(name) = ("kexec_load")
(retstr) = (returnstr(1))
}
probe nd_syscall.keyctl = kprobe.function("compat_sys_keyctl")?, kprobe.function("sys_keyctl")?{
(name) = ("keyctl")
asmlinkage()
(argstr) = (sprintf("%d, ...", uint_arg(1)))
}
probe nd_syscall.keyctl.return = kprobe.function("compat_sys_keyctl").return?, kprobe.function("sys_keyctl").return?{
(name) = ("keyctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.kill = kprobe.function("sys_kill")?{
(name) = ("kill")
asmlinkage()
(pid) = (int_arg(1))
(sig) = (int_arg(2))
(argstr) = (sprintf("%d, %s", pid, _signal_name(sig)))
}
probe nd_syscall.kill.return = kprobe.function("sys_kill").return?{
(name) = ("kill")
(retstr) = (returnstr(1))
}
probe nd_syscall.lchown = kprobe.function("sys_lchown")?{
(name) = ("lchown")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(owner) = (__int32(uint_arg(2)))
(group) = (__int32(uint_arg(3)))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))
}
probe nd_syscall.lchown.return = kprobe.function("sys_lchown").return?{
(name) = ("lchown")
(retstr) = (returnstr(1))
}
probe nd_syscall.lchown16 = kprobe.function("sys_lchown16")?{
(name) = ("lchown16")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(owner) = (__short(uint_arg(2)))
(group) = (__short(uint_arg(3)))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))
}
probe nd_syscall.lchown16.return = kprobe.function("sys_lchown16").return?{
(name) = ("lchown16")
(retstr) = (returnstr(1))
}
probe nd_syscall.lgetxattr = kprobe.function("sys_lgetxattr")?{
(name) = ("lgetxattr")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(name2) = (user_string(pointer_arg(2)))
(value_uaddr) = (pointer_arg(3))
(size) = (ulong_arg(4))
(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2)), value_uaddr, size))
}
probe nd_syscall.lgetxattr.return = kprobe.function("sys_lgetxattr").return?{
(name) = ("lgetxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.link = kprobe.function("sys_link")?{
(name) = ("link")
asmlinkage()
(oldpath) = (user_string(pointer_arg(1)))
(newpath) = (user_string(pointer_arg(2)))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))
}
probe nd_syscall.link.return = kprobe.function("sys_link").return?{
(name) = ("link")
(retstr) = (returnstr(1))
}
probe nd_syscall.linkat = kprobe.function("sys_linkat")?{
(name) = ("linkat")
asmlinkage()
(olddirfd) = (int_arg(1))
(olddirfd_str) = (_dfd_str(olddirfd))
(oldpath) = (user_string(pointer_arg(2)))
(newdirfd) = (int_arg(3))
(newdirfd_str) = (_dfd_str(newdirfd))
(newpath) = (user_string(pointer_arg(4)))
(flags) = (int_arg(5))
(flags_str) = (_at_flag_str(flags))
(argstr) = (sprintf("%s, %s, %s, %s, %s", olddirfd_str, user_string_quoted(pointer_arg(2)), newdirfd_str, user_string_quoted(pointer_arg(4)), flags_str))
}
probe nd_syscall.linkat.return = kprobe.function("sys_linkat").return?{
(name) = ("linkat")
(retstr) = (returnstr(1))
}
probe nd_syscall.listen = kprobe.function("sys_listen")?{
(name) = ("listen")
asmlinkage()
(sockfd) = (int_arg(1))
(backlog) = (int_arg(2))
(argstr) = (sprintf("%d, %d", sockfd, backlog))
}
probe nd_syscall.listen.return = kprobe.function("sys_listen").return?{
(name) = ("listen")
(retstr) = (returnstr(1))
}
probe nd_syscall.listxattr = kprobe.function("sys_listxattr")?{
(name) = ("listxattr")
asmlinkage()
(
probe nd_syscall.ioprio_set.return = kprobe.function("sys_ioprio_set").return?{

(name) = ("ioprio_set")

(retstr) = (returnstr(1))

}

probe nd_syscall.kexec_load = kprobe.function("compat_sys_kexec_load")?, kprobe.function("sys_kexec_load")?{

(name) = ("kexec_load")

asmlinkage()

(entry) = (ulong_arg(1))

(nr_segments) = (ulong_arg(2))

(segments_uaddr) = (pointer_arg(3))

(flags) = (ulong_arg(4))

(argstr) = (sprintf("%p, %d, %p, %d", entry, nr_segments, segments_uaddr, flags))

}

probe nd_syscall.kexec_load.return = kprobe.function("compat_sys_kexec_load").return?, kprobe.function("sys_kexec_load").return?{

(name) = ("kexec_load")

(retstr) = (returnstr(1))

}

probe nd_syscall.keyctl = kprobe.function("compat_sys_keyctl")?, kprobe.function("sys_keyctl")?{

(name) = ("keyctl")

asmlinkage()

(argstr) = (sprintf("%d, ...", uint_arg(1)))

}

probe nd_syscall.keyctl.return = kprobe.function("compat_sys_keyctl").return?, kprobe.function("sys_keyctl").return?{

(name) = ("keyctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.kill = kprobe.function("sys_kill")?{

(name) = ("kill")

asmlinkage()

(pid) = (int_arg(1))

(sig) = (int_arg(2))

(argstr) = (sprintf("%d, %s", pid, _signal_name(sig)))

}

probe nd_syscall.kill.return = kprobe.function("sys_kill").return?{

(name) = ("kill")

(retstr) = (returnstr(1))

}

probe nd_syscall.lchown = kprobe.function("sys_lchown")?{

(name) = ("lchown")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(owner) = (__int32(uint_arg(2)))

(group) = (__int32(uint_arg(3)))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))

}

probe nd_syscall.lchown.return = kprobe.function("sys_lchown").return?{

(name) = ("lchown")

(retstr) = (returnstr(1))

}

probe nd_syscall.lchown16 = kprobe.function("sys_lchown16")?{

(name) = ("lchown16")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(owner) = (__short(uint_arg(2)))

(group) = (__short(uint_arg(3)))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted(pointer_arg(1)), owner, group))

}

probe nd_syscall.lchown16.return = kprobe.function("sys_lchown16").return?{

(name) = ("lchown16")

(retstr) = (returnstr(1))

}

probe nd_syscall.lgetxattr = kprobe.function("sys_lgetxattr")?{

(name) = ("lgetxattr")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(name2) = (user_string(pointer_arg(2)))

(value_uaddr) = (pointer_arg(3))

(size) = (ulong_arg(4))

(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2)), value_uaddr, size))

}

probe nd_syscall.lgetxattr.return = kprobe.function("sys_lgetxattr").return?{

(name) = ("lgetxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.link = kprobe.function("sys_link")?{

(name) = ("link")

asmlinkage()

(oldpath) = (user_string(pointer_arg(1)))

(newpath) = (user_string(pointer_arg(2)))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))

}

probe nd_syscall.link.return = kprobe.function("sys_link").return?{

(name) = ("link")

(retstr) = (returnstr(1))

}

probe nd_syscall.linkat = kprobe.function("sys_linkat")?{

(name) = ("linkat")

asmlinkage()

(olddirfd) = (int_arg(1))

(olddirfd_str) = (_dfd_str(olddirfd))

(oldpath) = (user_string(pointer_arg(2)))

(newdirfd) = (int_arg(3))

(newdirfd_str) = (_dfd_str(newdirfd))

(newpath) = (user_string(pointer_arg(4)))

(flags) = (int_arg(5))

(flags_str) = (_at_flag_str(flags))

(argstr) = (sprintf("%s, %s, %s, %s, %s", olddirfd_str, user_string_quoted(pointer_arg(2)), newdirfd_str, user_string_quoted(pointer_arg(4)), flags_str))

}

probe nd_syscall.linkat.return = kprobe.function("sys_linkat").return?{

(name) = ("linkat")

(retstr) = (returnstr(1))

}

probe nd_syscall.listen = kprobe.function("sys_listen")?{

(name) = ("listen")

asmlinkage()

(sockfd) = (int_arg(1))

(backlog) = (int_arg(2))

(argstr) = (sprintf("%d, %d", sockfd, backlog))

}

probe nd_syscall.listen.return = kprobe.function("sys_listen").return?{

(name) = ("listen")

(retstr) = (returnstr(1))

}

probe nd_syscall.listxattr = kprobe.function("sys_listxattr")?{

(name) = ("listxattr")

asmlinkage()
path_uaddr) = (pointer_arg(1))
(path) = (user_string(path_uaddr))
(list_uaddr) = (pointer_arg(2))
(size) = (ulong_arg(3))
(argstr) = (sprintf("%s, %p, %d", user_string_quoted(path_uaddr), list_uaddr, size))
}
probe nd_syscall.listxattr.return = kprobe.function("sys_listxattr").return?{
(name) = ("listxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.llistxattr = kprobe.function("sys_llistxattr")?{
(name) = ("llistxattr")
asmlinkage()
(path_uaddr) = (pointer_arg(1))
(path) = (user_string(path_uaddr))
(list_uaddr) = (pointer_arg(2))
(size) = (ulong_arg(3))
(argstr) = (sprintf("%s, %p, %d", user_string_quoted(path_uaddr), list_uaddr, size))
}
probe nd_syscall.llistxattr.return = kprobe.function("sys_llistxattr").return?{
(name) = ("llistxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.llseek = kprobe.function("sys_llseek")?{
(name) = ("llseek")
asmlinkage()
(fd) = (int_arg(1))
(offset_high) = (ulong_arg(2))
(offset_low) = (ulong_arg(3))
(result_uaddr) = (pointer_arg(4))
(whence) = (uint_arg(5))
(whence_str) = (_seek_whence_str(whence))
(argstr) = (sprintf("%d, 0x%x, 0x%x, %p, %s", fd, offset_high, offset_low, result_uaddr, whence_str))
}
probe nd_syscall.llseek.return = kprobe.function("sys_llseek").return?{
(name) = ("llseek")
(retstr) = (returnstr(1))
}
probe nd_syscall.lookup_dcookie = kprobe.function("sys_lookup_dcookie")?{
(name) = ("lookup_dcookie")
asmlinkage()
(cookie) = (ulonglong_arg(1))
(buffer_uaddr) = (pointer_arg(2))
(len) = (ulong_arg(3))
(argstr) = (sprintf("%d, %p, %d", cookie, buffer_uaddr, len))
}
probe nd_syscall.lookup_dcookie.return = kprobe.function("sys_lookup_dcookie").return?{
(name) = ("lookup_dcookie")
(retstr) = (returnstr(1))
}
probe nd_syscall.lremovexattr = kprobe.function("sys_lremovexattr")?{
(name) = ("lremovexattr")
asmlinkage()
(path_uaddr) = (pointer_arg(1))
(path) = (user_string(path_uaddr))
(name_uaddr) = (pointer_arg(2))
(name2) = (user_string(name_uaddr))
(argstr) = (sprintf("%s, %s", user_string_quoted(path_uaddr), user_string_quoted(name_uaddr)))
}
probe nd_syscall.lremovexattr.return = kprobe.function("sys_lremovexattr").return?{
(name) = ("lremovexattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.lseek = kprobe.function("sys_lseek")?{
(name) = ("lseek")
asmlinkage()
(fildes) = (int_arg(1))
(offset) = (long_arg(2))
(whence) = (uint_arg(3))
(whence_str) = (_seek_whence_str(whence))
(argstr) = (sprintf("%d, %d, %s", fildes, offset, whence_str))
}
probe nd_syscall.lseek.return = kprobe.function("sys_lseek").return?{
(name) = ("lseek")
(retstr) = (returnstr(1))
}
probe nd_syscall.lsetxattr = kprobe.function("sys_lsetxattr")?{
(name) = ("lsetxattr")
asmlinkage()
(path_uaddr) = (pointer_arg(1))
(path) = (user_string(path_uaddr))
(name_uaddr) = (pointer_arg(2))
(name_str) = (user_string(name_uaddr))
(value_uaddr) = (pointer_arg(3))
(size) = (ulong_arg(4))
(flags) = (int_arg(5))
(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted(path_uaddr), user_string_quoted(name_uaddr), value_uaddr, size, flags))
}
probe nd_syscall.lsetxattr.return = kprobe.function("sys_lsetxattr").return?{
(name) = ("lsetxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.lstat = kprobe.function("sys_lstat")?, kprobe.function("sys_newlstat")?, kprobe.function("compat_sys_newlstat")?, kprobe.function("sys32_lstat64")?, kprobe.function("sys_lstat64")?, kprobe.function("sys_oabi_lstat64")?{
(name) = ("lstat")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(buf_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", user_string_quoted(pointer_arg(1)), buf_uaddr))
}
probe nd_syscall.lstat.return = kprobe.function("sys_lstat").return?, kprobe.function("sys_newlstat").return?, kprobe.function("compat_sys_newlstat").return?, kprobe.function("sys32_lstat64").return?, kprobe.function("sys_lstat64").return?, kprobe.function("sys_oabi_lstat64").return?{
(name) = ("lstat")
(retstr) = (returnstr(1))
}
probe nd_syscall.madvise = kprobe.function("sys_madvise")?{
(name) = ("madvise")
asmlinkage()
(start
(path_uaddr) = (pointer_arg(1))

(path) = (user_string(path_uaddr))

(list_uaddr) = (pointer_arg(2))

(size) = (ulong_arg(3))

(argstr) = (sprintf("%s, %p, %d", user_string_quoted(path_uaddr), list_uaddr, size))

}

probe nd_syscall.listxattr.return = kprobe.function("sys_listxattr").return?{

(name) = ("listxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.llistxattr = kprobe.function("sys_llistxattr")?{

(name) = ("llistxattr")

asmlinkage()

(path_uaddr) = (pointer_arg(1))

(path) = (user_string(path_uaddr))

(list_uaddr) = (pointer_arg(2))

(size) = (ulong_arg(3))

(argstr) = (sprintf("%s, %p, %d", user_string_quoted(path_uaddr), list_uaddr, size))

}

probe nd_syscall.llistxattr.return = kprobe.function("sys_llistxattr").return?{

(name) = ("llistxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.llseek = kprobe.function("sys_llseek")?{

(name) = ("llseek")

asmlinkage()

(fd) = (int_arg(1))

(offset_high) = (ulong_arg(2))

(offset_low) = (ulong_arg(3))

(result_uaddr) = (pointer_arg(4))

(whence) = (uint_arg(5))

(whence_str) = (_seek_whence_str(whence))

(argstr) = (sprintf("%d, 0x%x, 0x%x, %p, %s", fd, offset_high, offset_low, result_uaddr, whence_str))

}

probe nd_syscall.llseek.return = kprobe.function("sys_llseek").return?{

(name) = ("llseek")

(retstr) = (returnstr(1))

}

probe nd_syscall.lookup_dcookie = kprobe.function("sys_lookup_dcookie")?{

(name) = ("lookup_dcookie")

asmlinkage()

(cookie) = (ulonglong_arg(1))

(buffer_uaddr) = (pointer_arg(2))

(len) = (ulong_arg(3))

(argstr) = (sprintf("%d, %p, %d", cookie, buffer_uaddr, len))

}

probe nd_syscall.lookup_dcookie.return = kprobe.function("sys_lookup_dcookie").return?{

(name) = ("lookup_dcookie")

(retstr) = (returnstr(1))

}

probe nd_syscall.lremovexattr = kprobe.function("sys_lremovexattr")?{

(name) = ("lremovexattr")

asmlinkage()

(path_uaddr) = (pointer_arg(1))

(path) = (user_string(path_uaddr))

(name_uaddr) = (pointer_arg(2))

(name2) = (user_string(name_uaddr))

(argstr) = (sprintf("%s, %s", user_string_quoted(path_uaddr), user_string_quoted(name_uaddr)))

}

probe nd_syscall.lremovexattr.return = kprobe.function("sys_lremovexattr").return?{

(name) = ("lremovexattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.lseek = kprobe.function("sys_lseek")?{

(name) = ("lseek")

asmlinkage()

(fildes) = (int_arg(1))

(offset) = (long_arg(2))

(whence) = (uint_arg(3))

(whence_str) = (_seek_whence_str(whence))

(argstr) = (sprintf("%d, %d, %s", fildes, offset, whence_str))

}

probe nd_syscall.lseek.return = kprobe.function("sys_lseek").return?{

(name) = ("lseek")

(retstr) = (returnstr(1))

}

probe nd_syscall.lsetxattr = kprobe.function("sys_lsetxattr")?{

(name) = ("lsetxattr")

asmlinkage()

(path_uaddr) = (pointer_arg(1))

(path) = (user_string(path_uaddr))

(name_uaddr) = (pointer_arg(2))

(name_str) = (user_string(name_uaddr))

(value_uaddr) = (pointer_arg(3))

(size) = (ulong_arg(4))

(flags) = (int_arg(5))

(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted(path_uaddr), user_string_quoted(name_uaddr), value_uaddr, size, flags))

}

probe nd_syscall.lsetxattr.return = kprobe.function("sys_lsetxattr").return?{

(name) = ("lsetxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.lstat = kprobe.function("sys_lstat")?, kprobe.function("sys_newlstat")?, kprobe.function("compat_sys_newlstat")?, kprobe.function("sys32_lstat64")?, kprobe.function("sys_lstat64")?, kprobe.function("sys_oabi_lstat64")?{

(name) = ("lstat")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(buf_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", user_string_quoted(pointer_arg(1)), buf_uaddr))

}

probe nd_syscall.lstat.return = kprobe.function("sys_lstat").return?, kprobe.function("sys_newlstat").return?, kprobe.function("compat_sys_newlstat").return?, kprobe.function("sys32_lstat64").return?, kprobe.function("sys_lstat64").return?, kprobe.function("sys_oabi_lstat64").return?{

(name) = ("lstat")

(retstr) = (returnstr(1))

}

probe nd_syscall.madvise = kprobe.function("sys_madvise")?{

(name) = ("madvise")

asmlinkage()
) = (ulong_arg(1))
(length) = (ulong_arg(2))
(advice) = (int_arg(3))
(advice_str) = (_madvice_advice_str(advice))
(argstr) = (sprintf("%p, %d, %s", start, length, _madvice_advice_str(advice)))
}
probe nd_syscall.madvise.return = kprobe.function("sys_madvise").return?{
(name) = ("madvise")
(retstr) = (returnstr(1))
}
probe nd_syscall.mbind = kprobe.function("compat_sys_mbind")?, kprobe.function("sys_mbind")?{
(name) = ("mbind")
asmlinkage()
(start) = (ulong_arg(1))
(len) = (long_arg(2))
(mode) = (ulong_arg(3))
(nmask_uaddr) = (pointer_arg(4))
(maxnode) = (ulong_arg(5))
(flags) = (uint_arg(6))
(argstr) = (sprintf("%d, %d, %d, %p, %d, 0x%x", start, len, mode, nmask_uaddr, maxnode, flags))
}
probe nd_syscall.mbind.return = kprobe.function("compat_sys_mbind").return?, kprobe.function("sys_mbind").return?{
(name) = ("mbind")
(retstr) = (returnstr(1))
}
probe nd_syscall.migrate_pages = kprobe.function("sys_migrate_pages")?{
(name) = ("migrate_pages")
asmlinkage()
(argstr) = (sprintf("%d, %d, %p, %p", int_arg(1), ulong_arg(2), pointer_arg(3), pointer_arg(4)))
}
probe nd_syscall.migrate_pages.return = kprobe.function("sys_migrate_pages").return?{
(name) = ("migrate_pages")
(retstr) = (returnstr(1))
}
probe nd_syscall.mincore = kprobe.function("sys_mincore")?{
(name) = ("mincore")
asmlinkage()
(start) = (ulong_arg(1))
(length) = (ulong_arg(2))
(vec_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%p, %d, %p", start, length, vec_uaddr))
}
probe nd_syscall.mincore.return = kprobe.function("sys_mincore").return?{
(name) = ("mincore")
(retstr) = (returnstr(1))
}
probe nd_syscall.mkdir = kprobe.function("sys_mkdir")?{
(name) = ("mkdir")
asmlinkage()
(pathname_uaddr) = (pointer_arg(1))
(pathname) = (user_string(pathname_uaddr))
(mode) = (int_arg(2))
(argstr) = (sprintf("%s, %#o", user_string_quoted(pathname_uaddr), mode))
}
probe nd_syscall.mkdir.return = kprobe.function("sys_mkdir").return?{
(name) = ("mkdir")
(retstr) = (returnstr(1))
}
probe nd_syscall.mkdirat = kprobe.function("sys_mkdirat")?{
(name) = ("mkdirat")
asmlinkage()
(dirfd) = (int_arg(1))
(pathname) = (user_string(pointer_arg(2)))
(mode) = (int_arg(3))
(argstr) = (sprintf("%d, %s, %#o", dirfd, user_string_quoted(pointer_arg(2)), mode))
}
probe nd_syscall.mkdirat.return = kprobe.function("sys_mkdirat").return?{
(name) = ("mkdirat")
(retstr) = (returnstr(1))
}
probe nd_syscall.mknod = kprobe.function("sys_mknod")?{
(name) = ("mknod")
asmlinkage()
(pathname) = (user_string(pointer_arg(1)))
(mode) = (int_arg(2))
(dev) = (uint_arg(3))
(argstr) = (sprintf("%s, %s, %p", user_string_quoted(pointer_arg(1)), _mknod_mode_str(mode), dev))
}
probe nd_syscall.mknod.return = kprobe.function("sys_mknod").return?{
(name) = ("mknod")
(retstr) = (returnstr(1))
}
probe nd_syscall.mknodat = kprobe.function("sys_mknodat")?{
(name) = ("mknodat")
asmlinkage()
(dirfd) = (int_arg(1))
(dirfd_str) = (_dfd_str(dirfd))
(pathname) = (user_string(pointer_arg(2)))
(mode) = (int_arg(3))
(mode_str) = (_mknod_mode_str(mode))
(dev) = (uint_arg(4))
(argstr) = (sprintf("%s, %s, %s, %p", dirfd_str, user_string_quoted(pointer_arg(2)), mode_str, dev))
}
probe nd_syscall.mknodat.return = kprobe.function("sys_mknodat").return?{
(name) = ("mknodat")
(retstr) = (returnstr(1))
}
probe nd_syscall.mlock = kprobe.function("sys_mlock")?{
(name) = ("mlock")
asmlinkage()
(addr) = (ulong_arg(1))
(len) = (ulong_arg(2))
(argstr) = (sprintf("%p, %d", addr, len))
}
probe nd_syscall.mlock.return = kprobe.function("sys_mlock").return?{
(name) = ("mlock")
(retstr) = (returnstr(1))
}
probe nd_syscall.mlockall = kprobe.function("sys_mlockall")?{
(name) = ("mlockall")
asmlinkage()
(flags) = (int_arg(1))
(argstr) = (_mlockall_flags_str(flags))
}
probe nd_syscall.mlockall.return = kprobe.function("sys_mlockall").return?{
(name) = ("mlockall")
(retstr) = (returnstr(1))
}
probe nd_syscall.modify_ldt = kprobe.function("sys_modify_ldt")?{
(name) = ("modify_ldt")
asmlinkage()
(func) = (int_arg(1))
(ptr_uaddr) = (pointer_ar
(start) = (ulong_arg(1))

(length) = (ulong_arg(2))

(advice) = (int_arg(3))

(advice_str) = (_madvice_advice_str(advice))

(argstr) = (sprintf("%p, %d, %s", start, length, _madvice_advice_str(advice)))

}

probe nd_syscall.madvise.return = kprobe.function("sys_madvise").return?{

(name) = ("madvise")

(retstr) = (returnstr(1))

}

probe nd_syscall.mbind = kprobe.function("compat_sys_mbind")?, kprobe.function("sys_mbind")?{

(name) = ("mbind")

asmlinkage()

(start) = (ulong_arg(1))

(len) = (long_arg(2))

(mode) = (ulong_arg(3))

(nmask_uaddr) = (pointer_arg(4))

(maxnode) = (ulong_arg(5))

(flags) = (uint_arg(6))

(argstr) = (sprintf("%d, %d, %d, %p, %d, 0x%x", start, len, mode, nmask_uaddr, maxnode, flags))

}

probe nd_syscall.mbind.return = kprobe.function("compat_sys_mbind").return?, kprobe.function("sys_mbind").return?{

(name) = ("mbind")

(retstr) = (returnstr(1))

}

probe nd_syscall.migrate_pages = kprobe.function("sys_migrate_pages")?{

(name) = ("migrate_pages")

asmlinkage()

(argstr) = (sprintf("%d, %d, %p, %p", int_arg(1), ulong_arg(2), pointer_arg(3), pointer_arg(4)))

}

probe nd_syscall.migrate_pages.return = kprobe.function("sys_migrate_pages").return?{

(name) = ("migrate_pages")

(retstr) = (returnstr(1))

}

probe nd_syscall.mincore = kprobe.function("sys_mincore")?{

(name) = ("mincore")

asmlinkage()

(start) = (ulong_arg(1))

(length) = (ulong_arg(2))

(vec_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%p, %d, %p", start, length, vec_uaddr))

}

probe nd_syscall.mincore.return = kprobe.function("sys_mincore").return?{

(name) = ("mincore")

(retstr) = (returnstr(1))

}

probe nd_syscall.mkdir = kprobe.function("sys_mkdir")?{

(name) = ("mkdir")

asmlinkage()

(pathname_uaddr) = (pointer_arg(1))

(pathname) = (user_string(pathname_uaddr))

(mode) = (int_arg(2))

(argstr) = (sprintf("%s, %#o", user_string_quoted(pathname_uaddr), mode))

}

probe nd_syscall.mkdir.return = kprobe.function("sys_mkdir").return?{

(name) = ("mkdir")

(retstr) = (returnstr(1))

}

probe nd_syscall.mkdirat = kprobe.function("sys_mkdirat")?{

(name) = ("mkdirat")

asmlinkage()

(dirfd) = (int_arg(1))

(pathname) = (user_string(pointer_arg(2)))

(mode) = (int_arg(3))

(argstr) = (sprintf("%d, %s, %#o", dirfd, user_string_quoted(pointer_arg(2)), mode))

}

probe nd_syscall.mkdirat.return = kprobe.function("sys_mkdirat").return?{

(name) = ("mkdirat")

(retstr) = (returnstr(1))

}

probe nd_syscall.mknod = kprobe.function("sys_mknod")?{

(name) = ("mknod")

asmlinkage()

(pathname) = (user_string(pointer_arg(1)))

(mode) = (int_arg(2))

(dev) = (uint_arg(3))

(argstr) = (sprintf("%s, %s, %p", user_string_quoted(pointer_arg(1)), _mknod_mode_str(mode), dev))

}

probe nd_syscall.mknod.return = kprobe.function("sys_mknod").return?{

(name) = ("mknod")

(retstr) = (returnstr(1))

}

probe nd_syscall.mknodat = kprobe.function("sys_mknodat")?{

(name) = ("mknodat")

asmlinkage()

(dirfd) = (int_arg(1))

(dirfd_str) = (_dfd_str(dirfd))

(pathname) = (user_string(pointer_arg(2)))

(mode) = (int_arg(3))

(mode_str) = (_mknod_mode_str(mode))

(dev) = (uint_arg(4))

(argstr) = (sprintf("%s, %s, %s, %p", dirfd_str, user_string_quoted(pointer_arg(2)), mode_str, dev))

}

probe nd_syscall.mknodat.return = kprobe.function("sys_mknodat").return?{

(name) = ("mknodat")

(retstr) = (returnstr(1))

}

probe nd_syscall.mlock = kprobe.function("sys_mlock")?{

(name) = ("mlock")

asmlinkage()

(addr) = (ulong_arg(1))

(len) = (ulong_arg(2))

(argstr) = (sprintf("%p, %d", addr, len))

}

probe nd_syscall.mlock.return = kprobe.function("sys_mlock").return?{

(name) = ("mlock")

(retstr) = (returnstr(1))

}

probe nd_syscall.mlockall = kprobe.function("sys_mlockall")?{

(name) = ("mlockall")

asmlinkage()

(flags) = (int_arg(1))

(argstr) = (_mlockall_flags_str(flags))

}

probe nd_syscall.mlockall.return = kprobe.function("sys_mlockall").return?{

(name) = ("mlockall")

(retstr) = (returnstr(1))

}

probe nd_syscall.modify_ldt = kprobe.function("sys_modify_ldt")?{

(name) = ("modify_ldt")

asmlinkage()

(func) = (int_arg(1))
g(2))
(bytecount) = (ulong_arg(3))
(argstr) = (sprintf("%d, %p, %d", func, ptr_uaddr, bytecount))
}
probe nd_syscall.modify_ldt.return = kprobe.function("sys_modify_ldt").return?{
(name) = ("modify_ldt")
(retstr) = (returnstr(1))
}
probe nd_syscall.move_pages = kprobe.function("compat_sys_move_pages")?, kprobe.function("sys_move_pages")?{
(name) = ("move_pages")
asmlinkage()
(argstr) = (sprintf("%d, %d, %p, %p, 0x%x", int_arg(1), ulong_arg(2), pointer_arg(4), pointer_arg(5), int_arg(6)))
}
probe nd_syscall.move_pages.return = kprobe.function("compat_sys_move_pages").return?, kprobe.function("sys_move_pages").return?{
(name) = ("move_pages")
(retstr) = (returnstr(1))
}
probe nd_syscall.mount = kprobe.function("compat_sys_mount")?, kprobe.function("sys_mount")?{
(name) = ("mount")
asmlinkage()
(source) = (user_string(pointer_arg(1)))
(target) = (user_string(pointer_arg(2)))
(filesystemtype) = (user_string(pointer_arg(3)))
(mountflags) = (ulong_arg(4))
(mountflags_str) = (_mountflags_str(mountflags))
(data) = (text_strn(user_string(pointer_arg(5)), syscall_string_trunc, 1))
(argstr) = (sprintf("%s, %s, %s, %s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2)), user_string_quoted(pointer_arg(3)), mountflags_str, data))
}
probe nd_syscall.mount.return = kprobe.function("compat_sys_mount").return?, kprobe.function("sys_mount").return?{
(name) = ("mount")
(retstr) = (returnstr(1))
}
probe nd_syscall.mprotect = kprobe.function("sys_mprotect")?{
(name) = ("mprotect")
asmlinkage()
(addr) = (ulong_arg(1))
(len) = (ulong_arg(2))
(prot) = (ulong_arg(3))
(prot_str) = (_mprotect_prot_str(prot))
(argstr) = (sprintf("%p, %d, %s", addr, len, _mprotect_prot_str(prot)))
}
probe nd_syscall.mprotect.return = kprobe.function("sys_mprotect").return?{
(name) = ("mprotect")
(retstr) = (returnstr(1))
}
probe nd_syscall.mq_getsetattr = kprobe.function("compat_sys_mq_getsetattr")?, kprobe.function("sys_mq_getsetattr")?{
(name) = ("mq_getsetattr")
asmlinkage()
(mqdes) = (int_arg(1))
(u_mqstat_uaddr) = (pointer_arg(2))
(u_omqstat_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %p, %p", mqdes, u_mqstat_uaddr, u_omqstat_uaddr))
}
probe nd_syscall.mq_getsetattr.return = kprobe.function("compat_sys_mq_getsetattr").return?, kprobe.function("sys_mq_getsetattr").return?{
(name) = ("mq_getsetattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.mq_notify = kprobe.function("compat_sys_mq_notify")?, kprobe.function("sys_mq_notify")?{
(name) = ("mq_notify")
asmlinkage()
(mqdes) = (int_arg(1))
(notification_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", mqdes, notification_uaddr))
}
probe nd_syscall.mq_notify.return = kprobe.function("compat_sys_mq_notify").return?, kprobe.function("sys_mq_notify").return?{
(name) = ("mq_notify")
(retstr) = (returnstr(1))
}
probe nd_syscall.mq_open = kprobe.function("compat_sys_mq_open")?, kprobe.function("sys_mq_open")?{
(name) = ("mq_open")
asmlinkage()
(name_uaddr) = (pointer_arg(1))
(filename) = (user_string(name_uaddr))
(mode) = (uint_arg(3))
(u_attr_uaddr) = (pointer_arg(4))
(oflag) = (int_arg(2))
if ((oflag) & (64)) (argstr) = (sprintf("%s, %s, %#o, %p", user_string_quoted(name_uaddr), _sys_open_flag_str(oflag), mode, u_attr_uaddr))
else (argstr) = (sprintf("%s, %s", user_string_quoted(name_uaddr), _sys_open_flag_str(oflag)))

}
probe nd_syscall.mq_open.return = kprobe.function("compat_sys_mq_open").return?, kprobe.function("sys_mq_open").return?{
(name) = ("mq_open")
(retstr) = (returnstr(1))
}
probe nd_syscall.mq_timedreceive = kprobe.function("compat_sys_mq_timedreceive")?, kprobe.function("sys_mq_timedreceive")?{
(name) = ("mq_timedreceive")
asmlinkage()
(mqdes) = (int_arg(1))
(msg_ptr_uaddr) = (pointer_arg(2))
(msg_len) = (ulong_arg(3))
(msg_prio_uaddr) = (pointer_arg(4))
(abs_timeout_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %p, %d, %p, %p", mqdes, msg_ptr_uaddr, msg_len, msg_prio_uaddr, abs_timeout_uaddr))
}
probe nd_syscall.mq_timedreceive.return = kprobe.function("compat_sys_m
(ptr_uaddr) = (pointer_arg(2))

(bytecount) = (ulong_arg(3))

(argstr) = (sprintf("%d, %p, %d", func, ptr_uaddr, bytecount))

}

probe nd_syscall.modify_ldt.return = kprobe.function("sys_modify_ldt").return?{

(name) = ("modify_ldt")

(retstr) = (returnstr(1))

}

probe nd_syscall.move_pages = kprobe.function("compat_sys_move_pages")?, kprobe.function("sys_move_pages")?{

(name) = ("move_pages")

asmlinkage()

(argstr) = (sprintf("%d, %d, %p, %p, 0x%x", int_arg(1), ulong_arg(2), pointer_arg(4), pointer_arg(5), int_arg(6)))

}

probe nd_syscall.move_pages.return = kprobe.function("compat_sys_move_pages").return?, kprobe.function("sys_move_pages").return?{

(name) = ("move_pages")

(retstr) = (returnstr(1))

}

probe nd_syscall.mount = kprobe.function("compat_sys_mount")?, kprobe.function("sys_mount")?{

(name) = ("mount")

asmlinkage()

(source) = (user_string(pointer_arg(1)))

(target) = (user_string(pointer_arg(2)))

(filesystemtype) = (user_string(pointer_arg(3)))

(mountflags) = (ulong_arg(4))

(mountflags_str) = (_mountflags_str(mountflags))

(data) = (text_strn(user_string(pointer_arg(5)), syscall_string_trunc, 1))

(argstr) = (sprintf("%s, %s, %s, %s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2)), user_string_quoted(pointer_arg(3)), mountflags_str, data))

}

probe nd_syscall.mount.return = kprobe.function("compat_sys_mount").return?, kprobe.function("sys_mount").return?{

(name) = ("mount")

(retstr) = (returnstr(1))

}

probe nd_syscall.mprotect = kprobe.function("sys_mprotect")?{

(name) = ("mprotect")

asmlinkage()

(addr) = (ulong_arg(1))

(len) = (ulong_arg(2))

(prot) = (ulong_arg(3))

(prot_str) = (_mprotect_prot_str(prot))

(argstr) = (sprintf("%p, %d, %s", addr, len, _mprotect_prot_str(prot)))

}

probe nd_syscall.mprotect.return = kprobe.function("sys_mprotect").return?{

(name) = ("mprotect")

(retstr) = (returnstr(1))

}

probe nd_syscall.mq_getsetattr = kprobe.function("compat_sys_mq_getsetattr")?, kprobe.function("sys_mq_getsetattr")?{

(name) = ("mq_getsetattr")

asmlinkage()

(mqdes) = (int_arg(1))

(u_mqstat_uaddr) = (pointer_arg(2))

(u_omqstat_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %p, %p", mqdes, u_mqstat_uaddr, u_omqstat_uaddr))

}

probe nd_syscall.mq_getsetattr.return = kprobe.function("compat_sys_mq_getsetattr").return?, kprobe.function("sys_mq_getsetattr").return?{

(name) = ("mq_getsetattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.mq_notify = kprobe.function("compat_sys_mq_notify")?, kprobe.function("sys_mq_notify")?{

(name) = ("mq_notify")

asmlinkage()

(mqdes) = (int_arg(1))

(notification_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", mqdes, notification_uaddr))

}

probe nd_syscall.mq_notify.return = kprobe.function("compat_sys_mq_notify").return?, kprobe.function("sys_mq_notify").return?{

(name) = ("mq_notify")

(retstr) = (returnstr(1))

}

probe nd_syscall.mq_open = kprobe.function("compat_sys_mq_open")?, kprobe.function("sys_mq_open")?{

(name) = ("mq_open")

asmlinkage()

(name_uaddr) = (pointer_arg(1))

(filename) = (user_string(name_uaddr))

(mode) = (uint_arg(3))

(u_attr_uaddr) = (pointer_arg(4))

(oflag) = (int_arg(2))

if ((oflag) & (64)) (argstr) = (sprintf("%s, %s, %#o, %p", user_string_quoted(name_uaddr), _sys_open_flag_str(oflag), mode, u_attr_uaddr))

else (argstr) = (sprintf("%s, %s", user_string_quoted(name_uaddr), _sys_open_flag_str(oflag)))



}

probe nd_syscall.mq_open.return = kprobe.function("compat_sys_mq_open").return?, kprobe.function("sys_mq_open").return?{

(name) = ("mq_open")

(retstr) = (returnstr(1))

}

probe nd_syscall.mq_timedreceive = kprobe.function("compat_sys_mq_timedreceive")?, kprobe.function("sys_mq_timedreceive")?{

(name) = ("mq_timedreceive")

asmlinkage()

(mqdes) = (int_arg(1))

(msg_ptr_uaddr) = (pointer_arg(2))

(msg_len) = (ulong_arg(3))

(msg_prio_uaddr) = (pointer_arg(4))

(abs_timeout_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %p, %d, %p, %p", mqdes, msg_ptr_uaddr, msg_len, msg_prio_uaddr, abs_timeout_uaddr))

}
q_timedreceive").return?, kprobe.function("sys_mq_timedreceive").return?{
(name) = ("mq_timedreceive")
(retstr) = (returnstr(1))
}
probe nd_syscall.mq_timedsend = kprobe.function("compat_sys_mq_timedsend")?, kprobe.function("sys_mq_timedsend")?{
(name) = ("mq_timedsend")
asmlinkage()
(mqdes) = (int_arg(1))
(msg_ptr_uaddr) = (pointer_arg(2))
(msg_len) = (ulong_arg(3))
(msg_prio) = (uint_arg(4))
(abs_timeout_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %p, %d, %d, %p", mqdes, msg_ptr_uaddr, msg_len, msg_prio, abs_timeout_uaddr))
}
probe nd_syscall.mq_timedsend.return = kprobe.function("compat_sys_mq_timedsend").return?, kprobe.function("sys_mq_timedsend").return?{
(name) = ("mq_timedsend")
(retstr) = (returnstr(1))
}
probe nd_syscall.mq_unlink = kprobe.function("sys_mq_unlink")?{
(name) = ("mq_unlink")
asmlinkage()
(u_name_uaddr) = (pointer_arg(1))
(u_name) = (user_string(u_name_uaddr))
(argstr) = (user_string_quoted(u_name_uaddr))
}
probe nd_syscall.mq_unlink.return = kprobe.function("sys_mq_unlink").return?{
(name) = ("mq_unlink")
(retstr) = (returnstr(1))
}
probe nd_syscall.mremap = kprobe.function("ia64_mremap")?, kprobe.function("sys_mremap")?{
(name) = ("mremap")
asmlinkage()
(old_address) = (ulong_arg(1))
(old_size) = (ulong_arg(2))
(new_size) = (ulong_arg(3))
(flags) = (ulong_arg(4))
(new_address) = (ulong_arg(5))
(argstr) = (sprintf("%p, %d, %d, %s, %p", old_address, old_size, new_size, _mremap_flags(flags), new_address))
}
probe nd_syscall.mremap.return = kprobe.function("ia64_mremap").return?, kprobe.function("sys_mremap").return?{
(name) = ("mremap")
(retstr) = (returnstr(2))
}
probe nd_syscall.msgctl = kprobe.function("sys_msgctl")?{
(name) = ("msgctl")
asmlinkage()
(msqid) = (int_arg(1))
(cmd) = (int_arg(2))
(buf_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %d, %p", msqid, cmd, buf_uaddr))
}
probe nd_syscall.msgctl.return = kprobe.function("sys_msgctl").return?{
(name) = ("msgctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_msgctl = kprobe.function("compat_sys_msgctl")?{
(name) = ("compat_sys_msgctl")
asmlinkage()
(argstr) = (sprintf("%d, %d, %p", int_arg(1), int_arg(2), pointer_arg(3)))
}
probe nd_syscall.compat_sys_msgctl.return = kprobe.function("compat_sys_msgctl").return?{
(name) = ("compat_sys_msgctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.msgget = kprobe.function("sys_msgget")?{
(name) = ("msgget")
asmlinkage()
(key) = (int_arg(1))
(msgflg) = (int_arg(2))
(msgflg_str) = (_sys_open_flag_str(msgflg))
(argstr) = (sprintf("%d, %s", key, _sys_open_flag_str(msgflg)))
}
probe nd_syscall.msgget.return = kprobe.function("sys_msgget").return?{
(name) = ("msgget")
(retstr) = (returnstr(1))
}
probe nd_syscall.msgrcv = kprobe.function("sys_msgrcv")?{
(name) = ("msgrcv")
asmlinkage()
(msqid) = (int_arg(1))
(msgp_uaddr) = (pointer_arg(2))
(msgsz) = (ulong_arg(3))
(msgtyp) = (long_arg(4))
(msgflg) = (int_arg(5))
(argstr) = (sprintf("%d, %p, %d, %d, %d", msqid, msgp_uaddr, msgsz, msgtyp, msgflg))
}
probe nd_syscall.msgrcv.return = kprobe.function("sys_msgrcv").return?{
(name) = ("msgrcv")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_msgrcv = kprobe.function("compat_sys_msgrcv")?{
(name) = ("compat_sys_msgrcv")
asmlinkage()
(argstr) = (sprintf("%d, %d, %d, %p", int_arg(1), int_arg(2), int_arg(3), pointer_arg(5)))
}
probe nd_syscall.compat_sys_msgrcv.return = kprobe.function("compat_sys_msgrcv").return?{
(name) = ("compat_sys_msgrcv")
(retstr) = (returnstr(1))
}
probe nd_syscall.msgsnd = kprobe.function("sys_msgsnd")?{
(name) = ("msgsnd")
asmlinkage()
(msqid) = (int_arg(1))
(msgp_uaddr) = (pointer_arg(2))
(msgsz) = (ulong_arg(3))
(msgflg) = (int_arg(4))
(argstr) = (sprintf("%d, %p, %d, %d", msqid, msgp_uaddr, msgsz, msgflg))
}
probe nd_syscall.msgsnd.return = kprobe.function("sys_msgsnd").return?{
(name) = ("msgsnd")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_msgsnd = kprobe.function("compat_sys_msgsnd")?{
(name) = ("compat_sys_msgsnd")
asmlinkage()
(a
probe nd_syscall.mq_timedreceive.return = kprobe.function("compat_sys_mq_timedreceive").return?, kprobe.function("sys_mq_timedreceive").return?{

(name) = ("mq_timedreceive")

(retstr) = (returnstr(1))

}

probe nd_syscall.mq_timedsend = kprobe.function("compat_sys_mq_timedsend")?, kprobe.function("sys_mq_timedsend")?{

(name) = ("mq_timedsend")

asmlinkage()

(mqdes) = (int_arg(1))

(msg_ptr_uaddr) = (pointer_arg(2))

(msg_len) = (ulong_arg(3))

(msg_prio) = (uint_arg(4))

(abs_timeout_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %p, %d, %d, %p", mqdes, msg_ptr_uaddr, msg_len, msg_prio, abs_timeout_uaddr))

}

probe nd_syscall.mq_timedsend.return = kprobe.function("compat_sys_mq_timedsend").return?, kprobe.function("sys_mq_timedsend").return?{

(name) = ("mq_timedsend")

(retstr) = (returnstr(1))

}

probe nd_syscall.mq_unlink = kprobe.function("sys_mq_unlink")?{

(name) = ("mq_unlink")

asmlinkage()

(u_name_uaddr) = (pointer_arg(1))

(u_name) = (user_string(u_name_uaddr))

(argstr) = (user_string_quoted(u_name_uaddr))

}

probe nd_syscall.mq_unlink.return = kprobe.function("sys_mq_unlink").return?{

(name) = ("mq_unlink")

(retstr) = (returnstr(1))

}

probe nd_syscall.mremap = kprobe.function("ia64_mremap")?, kprobe.function("sys_mremap")?{

(name) = ("mremap")

asmlinkage()

(old_address) = (ulong_arg(1))

(old_size) = (ulong_arg(2))

(new_size) = (ulong_arg(3))

(flags) = (ulong_arg(4))

(new_address) = (ulong_arg(5))

(argstr) = (sprintf("%p, %d, %d, %s, %p", old_address, old_size, new_size, _mremap_flags(flags), new_address))

}

probe nd_syscall.mremap.return = kprobe.function("ia64_mremap").return?, kprobe.function("sys_mremap").return?{

(name) = ("mremap")

(retstr) = (returnstr(2))

}

probe nd_syscall.msgctl = kprobe.function("sys_msgctl")?{

(name) = ("msgctl")

asmlinkage()

(msqid) = (int_arg(1))

(cmd) = (int_arg(2))

(buf_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %d, %p", msqid, cmd, buf_uaddr))

}

probe nd_syscall.msgctl.return = kprobe.function("sys_msgctl").return?{

(name) = ("msgctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_msgctl = kprobe.function("compat_sys_msgctl")?{

(name) = ("compat_sys_msgctl")

asmlinkage()

(argstr) = (sprintf("%d, %d, %p", int_arg(1), int_arg(2), pointer_arg(3)))

}

probe nd_syscall.compat_sys_msgctl.return = kprobe.function("compat_sys_msgctl").return?{

(name) = ("compat_sys_msgctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.msgget = kprobe.function("sys_msgget")?{

(name) = ("msgget")

asmlinkage()

(key) = (int_arg(1))

(msgflg) = (int_arg(2))

(msgflg_str) = (_sys_open_flag_str(msgflg))

(argstr) = (sprintf("%d, %s", key, _sys_open_flag_str(msgflg)))

}

probe nd_syscall.msgget.return = kprobe.function("sys_msgget").return?{

(name) = ("msgget")

(retstr) = (returnstr(1))

}

probe nd_syscall.msgrcv = kprobe.function("sys_msgrcv")?{

(name) = ("msgrcv")

asmlinkage()

(msqid) = (int_arg(1))

(msgp_uaddr) = (pointer_arg(2))

(msgsz) = (ulong_arg(3))

(msgtyp) = (long_arg(4))

(msgflg) = (int_arg(5))

(argstr) = (sprintf("%d, %p, %d, %d, %d", msqid, msgp_uaddr, msgsz, msgtyp, msgflg))

}

probe nd_syscall.msgrcv.return = kprobe.function("sys_msgrcv").return?{

(name) = ("msgrcv")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_msgrcv = kprobe.function("compat_sys_msgrcv")?{

(name) = ("compat_sys_msgrcv")

asmlinkage()

(argstr) = (sprintf("%d, %d, %d, %p", int_arg(1), int_arg(2), int_arg(3), pointer_arg(5)))

}

probe nd_syscall.compat_sys_msgrcv.return = kprobe.function("compat_sys_msgrcv").return?{

(name) = ("compat_sys_msgrcv")

(retstr) = (returnstr(1))

}

probe nd_syscall.msgsnd = kprobe.function("sys_msgsnd")?{

(name) = ("msgsnd")

asmlinkage()

(msqid) = (int_arg(1))

(msgp_uaddr) = (pointer_arg(2))

(msgsz) = (ulong_arg(3))

(msgflg) = (int_arg(4))

(argstr) = (sprintf("%d, %p, %d, %d", msqid, msgp_uaddr, msgsz, msgflg))

}

probe nd_syscall.msgsnd.return = kprobe.function("sys_msgsnd").return?{

(name) = ("msgsnd")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_msgsnd = kprobe.function("compat_sys_msgsnd")?{

(name) = ("compat_sys_msgsnd")

asmlinkage()
rgstr) = (sprintf("%d, %d, %d, %p", int_arg(1), int_arg(2), int_arg(3), pointer_arg(4)))
}
probe nd_syscall.compat_sys_msgsnd.return = kprobe.function("compat_sys_msgsnd").return?{
(name) = ("compat_sys_msgsnd")
(retstr) = (returnstr(1))
}
probe nd_syscall.msync = kprobe.function("sys_msync")?{
(name) = ("msync")
asmlinkage()
(start) = (ulong_arg(1))
(length) = (ulong_arg(2))
(flags) = (int_arg(3))
(argstr) = (sprintf("%p, %d, %s", start, length, _msync_flag_str(flags)))
}
probe nd_syscall.msync.return = kprobe.function("sys_msync").return?{
(name) = ("msync")
(retstr) = (returnstr(1))
}
probe nd_syscall.munlock = kprobe.function("sys_munlock")?{
(name) = ("munlock")
asmlinkage()
(addr) = (ulong_arg(1))
(len) = (ulong_arg(2))
(argstr) = (sprintf("%p, %d", addr, len))
}
probe nd_syscall.munlock.return = kprobe.function("sys_munlock").return?{
(name) = ("munlock")
(retstr) = (returnstr(1))
}
probe nd_syscall.munlockall = kprobe.function("sys_munlockall")?{
(name) = ("munlockall")
(argstr) = ("")
}
probe nd_syscall.munlockall.return = kprobe.function("sys_munlockall").return?{
(name) = ("munlockall")
(retstr) = (returnstr(1))
}
probe nd_syscall.munmap = kprobe.function("sys_munmap")?{
(name) = ("munmap")
asmlinkage()
(start) = (ulong_arg(1))
(length) = (ulong_arg(2))
(argstr) = (sprintf("%p, %d", start, length))
}
probe nd_syscall.munmap.return = kprobe.function("sys_munmap").return?{
(name) = ("munmap")
(retstr) = (returnstr(1))
}
function __is_user_regs (regs)
%{
	/* pure */
	struct pt_regs * regs = (void *)((unsigned long)THIS->regs);
/* copied from asm/ptrace.h */
#if defined(__i386__)
#ifdef STAPCONF_X86_UNIREGS
	int cs = kread(&regs->cs);
#else
	int cs = kread(&regs->xcs);
#endif
	THIS->__retvalue = (!!((cs & 3)));
#elif defined(__x86_64__)
	unsigned long cs = kread(&regs->cs);
	THIS->__retvalue = (!!((cs & 3)));
#elif defined(__ia64__)
	unsigned long psr = kread(&regs->cr_ipsr);
	THIS->__retvalue = (((struct ia64_psr *) &psr)->cpl != 0);
#elif defined(__powerpc64__)
	unsigned long msr = kread(&regs->msr);
	THIS->__retvalue = ((msr >> MSR_PR_LG) & 0x1);
#elif defined(__powerpc__)
	unsigned long msr = kread(&regs->msr);
	THIS->__retvalue = ((msr >> MSR_PR) != 0);
#elif defined(__arm__)
	long cpsr = kread(&regs->ARM_cpsr);
	THIS->__retvalue = ((cpsr & 0xf) == 0);
#elif defined(__s390__) || defined(__s390x__)
	unsigned long mask = kread(&regs->psw.mask);
	THIS->__retvalue = ((mask & PSW_MASK_PSTATE) != 0);
#else
#error "Unimplemented architecture"
#endif
CATCH_DEREF_FAULT();
%}

# file /usr/local/share/systemtap/tapset/nd_syscalls2.stp
probe nd_syscall.nanosleep = kprobe.function("sys_nanosleep")?{
(name) = ("nanosleep")
asmlinkage()
(req_uaddr) = (pointer_arg(1))
(rem_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", _struct_timespec_u(req_uaddr, 1), rem_uaddr))
}
probe nd_syscall.nanosleep.return = kprobe.function("sys_nanosleep").return?{
(name) = ("nanosleep")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_nanosleep = kprobe.function("compat_sys_nanosleep")?{
(name) = ("nanosleep")
asmlinkage()
(req_uaddr) = (pointer_arg(1))
(rem_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", _struct_compat_timespec_u(req_uaddr, 1), rem_uaddr))
}
probe nd_syscall.compat_nanosleep.return = kprobe.function("compat_sys_nanosleep").return?{
(name) = ("nanosleep")
(retstr) = (returnstr(1))
}
probe nd_syscall.nfsservctl = kprobe.function("sys_nfsservctl")?, kprobe.function("compat_sys_nfsservctl")?{
(name) = ("nfsservctl")
asmlinkage()
(cmd) = (int_arg(1))
(argp_uaddr) = (pointer_arg(2))
(resp_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %p, %p", _nfsctl_cmd_str(cmd), argp_uaddr, resp_uaddr))
}
probe nd_syscall.nfsservctl.return = kprobe.function("sys_nfsservctl").return?, kprobe.function("compat_sys_nfsservctl").return?{
(name) = ("nfsservctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.nice = kprobe.function("sys_nice")?{
(name) = ("nice")
asmlinkage()
(inc) = (int_arg(1))
(argstr) = (spr
(argstr) = (sprintf("%d, %d, %d, %p", int_arg(1), int_arg(2), int_arg(3), pointer_arg(4)))

}

probe nd_syscall.compat_sys_msgsnd.return = kprobe.function("compat_sys_msgsnd").return?{

(name) = ("compat_sys_msgsnd")

(retstr) = (returnstr(1))

}

probe nd_syscall.msync = kprobe.function("sys_msync")?{

(name) = ("msync")

asmlinkage()

(start) = (ulong_arg(1))

(length) = (ulong_arg(2))

(flags) = (int_arg(3))

(argstr) = (sprintf("%p, %d, %s", start, length, _msync_flag_str(flags)))

}

probe nd_syscall.msync.return = kprobe.function("sys_msync").return?{

(name) = ("msync")

(retstr) = (returnstr(1))

}

probe nd_syscall.munlock = kprobe.function("sys_munlock")?{

(name) = ("munlock")

asmlinkage()

(addr) = (ulong_arg(1))

(len) = (ulong_arg(2))

(argstr) = (sprintf("%p, %d", addr, len))

}

probe nd_syscall.munlock.return = kprobe.function("sys_munlock").return?{

(name) = ("munlock")

(retstr) = (returnstr(1))

}

probe nd_syscall.munlockall = kprobe.function("sys_munlockall")?{

(name) = ("munlockall")

(argstr) = ("")

}

probe nd_syscall.munlockall.return = kprobe.function("sys_munlockall").return?{

(name) = ("munlockall")

(retstr) = (returnstr(1))

}

probe nd_syscall.munmap = kprobe.function("sys_munmap")?{

(name) = ("munmap")

asmlinkage()

(start) = (ulong_arg(1))

(length) = (ulong_arg(2))

(argstr) = (sprintf("%p, %d", start, length))

}

probe nd_syscall.munmap.return = kprobe.function("sys_munmap").return?{

(name) = ("munmap")

(retstr) = (returnstr(1))

}

function __is_user_regs (regs)

%{

	/* pure */

	struct pt_regs * regs = (void *)((unsigned long)THIS->regs);

/* copied from asm/ptrace.h */

#if defined(__i386__)

#ifdef STAPCONF_X86_UNIREGS

	int cs = kread(&regs->cs);

#else

	int cs = kread(&regs->xcs);

#endif

	THIS->__retvalue = (!!((cs & 3)));

#elif defined(__x86_64__)

	unsigned long cs = kread(&regs->cs);

	THIS->__retvalue = (!!((cs & 3)));

#elif defined(__ia64__)

	unsigned long psr = kread(&regs->cr_ipsr);

	THIS->__retvalue = (((struct ia64_psr *) &psr)->cpl != 0);

#elif defined(__powerpc64__)

	unsigned long msr = kread(&regs->msr);

	THIS->__retvalue = ((msr >> MSR_PR_LG) & 0x1);

#elif defined(__powerpc__)

	unsigned long msr = kread(&regs->msr);

	THIS->__retvalue = ((msr >> MSR_PR) != 0);

#elif defined(__arm__)

	long cpsr = kread(&regs->ARM_cpsr);

	THIS->__retvalue = ((cpsr & 0xf) == 0);

#elif defined(__s390__) || defined(__s390x__)

	unsigned long mask = kread(&regs->psw.mask);

	THIS->__retvalue = ((mask & PSW_MASK_PSTATE) != 0);

#else

#error "Unimplemented architecture"

#endif

CATCH_DEREF_FAULT();

%}



# file /usr/local/share/systemtap/tapset/nd_syscalls2.stp

probe nd_syscall.nanosleep = kprobe.function("sys_nanosleep")?{

(name) = ("nanosleep")

asmlinkage()

(req_uaddr) = (pointer_arg(1))

(rem_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", _struct_timespec_u(req_uaddr, 1), rem_uaddr))

}

probe nd_syscall.nanosleep.return = kprobe.function("sys_nanosleep").return?{

(name) = ("nanosleep")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_nanosleep = kprobe.function("compat_sys_nanosleep")?{

(name) = ("nanosleep")

asmlinkage()

(req_uaddr) = (pointer_arg(1))

(rem_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", _struct_compat_timespec_u(req_uaddr, 1), rem_uaddr))

}

probe nd_syscall.compat_nanosleep.return = kprobe.function("compat_sys_nanosleep").return?{

(name) = ("nanosleep")

(retstr) = (returnstr(1))

}

probe nd_syscall.nfsservctl = kprobe.function("sys_nfsservctl")?, kprobe.function("compat_sys_nfsservctl")?{

(name) = ("nfsservctl")

asmlinkage()

(cmd) = (int_arg(1))

(argp_uaddr) = (pointer_arg(2))

(resp_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %p, %p", _nfsctl_cmd_str(cmd), argp_uaddr, resp_uaddr))

}

probe nd_syscall.nfsservctl.return = kprobe.function("sys_nfsservctl").return?, kprobe.function("compat_sys_nfsservctl").return?{

(name) = ("nfsservctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.nice = kprobe.function("sys_nice")?{

(name) = ("nice")

asmlinkage()

(inc) = (int_arg(1))
intf("%d", inc))
}
probe nd_syscall.nice.return = kprobe.function("sys_nice").return?{
(name) = ("nice")
(retstr) = (returnstr(1))
}
probe nd_syscall.ni_syscall = kprobe.function("sys_ni_syscall"){
(name) = ("ni_syscall")
(argstr) = ("")
}
probe nd_syscall.ni_syscall.return = kprobe.function("sys_ni_syscall").return{
(name) = ("ni_syscall")
(retstr) = (returnstr(1))
}
probe nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")?{
(name) = ("open")
asmlinkage()
(filename) = (user_string(pointer_arg(1)))
(flags) = (int_arg(2))
(mode) = (int_arg(3))
if ((flags) & (64)) (argstr) = (sprintf("%s, %s, %#o", user_string_quoted(pointer_arg(1)), _sys_open_flag_str(flags), mode))
else (argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), _sys_open_flag_str(flags)))

}
probe nd_syscall.open.return = kprobe.function("compat_sys_open").return?, kprobe.function("sys32_open").return?, kprobe.function("sys_open").return?{
(name) = ("open")
(retstr) = (returnstr(1))
}
probe nd_syscall.openat = kprobe.function("compat_sys_openat")?, kprobe.function("sys_openat")?{
(name) = ("openat")
asmlinkage()
(filename) = (user_string(pointer_arg(2)))
(flags) = (int_arg(3))
(mode) = (int_arg(4))
if ((flags) & (64)) (argstr) = (sprintf("%s, %s, %s, %#o", _dfd_str(int_arg(1)), user_string_quoted(pointer_arg(2)), _sys_open_flag_str(flags), mode))
else (argstr) = (sprintf("%s, %s, %s", _dfd_str(int_arg(1)), user_string_quoted(pointer_arg(2)), _sys_open_flag_str(flags)))

}
probe nd_syscall.openat.return = kprobe.function("compat_sys_openat").return?, kprobe.function("sys_openat").return?{
(name) = ("openat")
(retstr) = (returnstr(1))
}
probe nd_syscall.pause = kprobe.function("sys_pause")?, kprobe.function("sys32_pause")?, kprobe.function("compat_sys_pause")?{
(name) = ("pause")
(argstr) = ("")
}
probe nd_syscall.pause.return = kprobe.function("sys_pause").return?, kprobe.function("sys32_pause").return?, kprobe.function("compat_sys_pause").return?{
(name) = ("pause")
(retstr) = (returnstr(1))
}
probe nd_syscall.personality = kprobe.function("sys_personality")?{
(name) = ("personality")
asmlinkage()
(persona) = (ulong_arg(1))
(argstr) = (sprintf("%p", persona))
}
probe nd_syscall.personality.return = kprobe.function("sys_personality").return?{
(name) = ("personality")
(retstr) = (returnstr(1))
}
probe nd_syscall.pipe = kprobe.function("sys_pipe")?{
(name) = ("pipe")
(fildes_uaddr) = (pointer_arg(1))
(argstr) = (_fildes_u(fildes_uaddr))
}
probe nd_syscall.pipe.return = kprobe.function("sys_pipe").return?{
(name) = ("pipe")
(retstr) = (returnstr(1))
}
probe nd_syscall.pivot_root = kprobe.function("sys_pivot_root")?{
(name) = ("pivot_root")
asmlinkage()
(new_root_str) = (user_string(pointer_arg(1)))
(old_root_str) = (user_string(pointer_arg(2)))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))
}
probe nd_syscall.pivot_root.return = kprobe.function("sys_pivot_root").return?{
(name) = ("pivot_root")
(retstr) = (returnstr(1))
}
probe nd_syscall.poll = kprobe.function("sys_poll")?{
(name) = ("poll")
asmlinkage()
(ufds_uaddr) = (pointer_arg(1))
(nfds) = (uint_arg(2))
(timeout) = (long_arg(3))
(argstr) = (sprintf("%p, %d, %d", ufds_uaddr, nfds, timeout))
}
probe nd_syscall.poll.return = kprobe.function("sys_poll").return?{
(name) = ("poll")
(retstr) = (returnstr(1))
}
probe nd_syscall.ppoll = kprobe.function("sys_ppoll")?{
(name) = ("ppoll")
asmlinkage()
(argstr) = (sprintf("%p, %d, %s, %p, %d", pointer_arg(1), uint_arg(2), _struct_timespec_u(pointer_arg(3), 1), pointer_arg(4), ulong_arg(5)))
}
probe nd_syscall.ppoll.return = kprobe.function("sys_ppoll").return?{
(name) = ("ppoll")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_ppoll = kprobe.function("compat_sys_ppoll")?{
(name) = ("ppoll")
asmlinkage()
(argstr) = (sprintf("%p, %d, %s, %p, %d", pointer_arg(1), uint_arg(2), _struct_compat_timespec_u(pointer_arg(3), 1), pointer_arg(4),
(argstr) = (sprintf("%d", inc))

}

probe nd_syscall.nice.return = kprobe.function("sys_nice").return?{

(name) = ("nice")

(retstr) = (returnstr(1))

}

probe nd_syscall.ni_syscall = kprobe.function("sys_ni_syscall"){

(name) = ("ni_syscall")

(argstr) = ("")

}

probe nd_syscall.ni_syscall.return = kprobe.function("sys_ni_syscall").return{

(name) = ("ni_syscall")

(retstr) = (returnstr(1))

}

probe nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")?{

(name) = ("open")

asmlinkage()

(filename) = (user_string(pointer_arg(1)))

(flags) = (int_arg(2))

(mode) = (int_arg(3))

if ((flags) & (64)) (argstr) = (sprintf("%s, %s, %#o", user_string_quoted(pointer_arg(1)), _sys_open_flag_str(flags), mode))

else (argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), _sys_open_flag_str(flags)))



}

probe nd_syscall.open.return = kprobe.function("compat_sys_open").return?, kprobe.function("sys32_open").return?, kprobe.function("sys_open").return?{

(name) = ("open")

(retstr) = (returnstr(1))

}

probe nd_syscall.openat = kprobe.function("compat_sys_openat")?, kprobe.function("sys_openat")?{

(name) = ("openat")

asmlinkage()

(filename) = (user_string(pointer_arg(2)))

(flags) = (int_arg(3))

(mode) = (int_arg(4))

if ((flags) & (64)) (argstr) = (sprintf("%s, %s, %s, %#o", _dfd_str(int_arg(1)), user_string_quoted(pointer_arg(2)), _sys_open_flag_str(flags), mode))

else (argstr) = (sprintf("%s, %s, %s", _dfd_str(int_arg(1)), user_string_quoted(pointer_arg(2)), _sys_open_flag_str(flags)))



}

probe nd_syscall.openat.return = kprobe.function("compat_sys_openat").return?, kprobe.function("sys_openat").return?{

(name) = ("openat")

(retstr) = (returnstr(1))

}

probe nd_syscall.pause = kprobe.function("sys_pause")?, kprobe.function("sys32_pause")?, kprobe.function("compat_sys_pause")?{

(name) = ("pause")

(argstr) = ("")

}

probe nd_syscall.pause.return = kprobe.function("sys_pause").return?, kprobe.function("sys32_pause").return?, kprobe.function("compat_sys_pause").return?{

(name) = ("pause")

(retstr) = (returnstr(1))

}

probe nd_syscall.personality = kprobe.function("sys_personality")?{

(name) = ("personality")

asmlinkage()

(persona) = (ulong_arg(1))

(argstr) = (sprintf("%p", persona))

}

probe nd_syscall.personality.return = kprobe.function("sys_personality").return?{

(name) = ("personality")

(retstr) = (returnstr(1))

}

probe nd_syscall.pipe = kprobe.function("sys_pipe")?{

(name) = ("pipe")

(fildes_uaddr) = (pointer_arg(1))

(argstr) = (_fildes_u(fildes_uaddr))

}

probe nd_syscall.pipe.return = kprobe.function("sys_pipe").return?{

(name) = ("pipe")

(retstr) = (returnstr(1))

}

probe nd_syscall.pivot_root = kprobe.function("sys_pivot_root")?{

(name) = ("pivot_root")

asmlinkage()

(new_root_str) = (user_string(pointer_arg(1)))

(old_root_str) = (user_string(pointer_arg(2)))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))

}

probe nd_syscall.pivot_root.return = kprobe.function("sys_pivot_root").return?{

(name) = ("pivot_root")

(retstr) = (returnstr(1))

}

probe nd_syscall.poll = kprobe.function("sys_poll")?{

(name) = ("poll")

asmlinkage()

(ufds_uaddr) = (pointer_arg(1))

(nfds) = (uint_arg(2))

(timeout) = (long_arg(3))

(argstr) = (sprintf("%p, %d, %d", ufds_uaddr, nfds, timeout))

}

probe nd_syscall.poll.return = kprobe.function("sys_poll").return?{

(name) = ("poll")

(retstr) = (returnstr(1))

}

probe nd_syscall.ppoll = kprobe.function("sys_ppoll")?{

(name) = ("ppoll")

asmlinkage()

(argstr) = (sprintf("%p, %d, %s, %p, %d", pointer_arg(1), uint_arg(2), _struct_timespec_u(pointer_arg(3), 1), pointer_arg(4), ulong_arg(5)))

}

probe nd_syscall.ppoll.return = kprobe.function("sys_ppoll").return?{

(name) = ("ppoll")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_ppoll = kprobe.function("compat_sys_ppoll")?{

(name) = ("ppoll")

asmlinkage()
 u32_arg(5)))
}
probe nd_syscall.compat_ppoll.return = kprobe.function("compat_sys_ppoll").return?{
(name) = ("ppoll")
(retstr) = (returnstr(1))
}
probe nd_syscall.prctl = kprobe.function("sys_prctl")?{
(name) = ("prctl")
asmlinkage()
(option) = (int_arg(1))
(arg2) = (ulong_arg(2))
(arg3) = (ulong_arg(3))
(arg4) = (ulong_arg(4))
(arg5) = (ulong_arg(5))
(argstr) = (sprintf("%p, %p, %p, %p, %p", option, arg2, arg3, arg4, arg5))
}
probe nd_syscall.prctl.return = kprobe.function("sys_prctl").return?{
(name) = ("prctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.pread = kprobe.function("sys_pread64")?{
(name) = ("pread")
asmlinkage()
(fd) = (uint_arg(1))
(buf_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(offset) = (longlong_arg(4))
(argstr) = (sprintf("%d, %p, %d, %d", fd, buf_uaddr, count, offset))
}
probe nd_syscall.pread.return = kprobe.function("sys_pread64").return?{
(name) = ("pread")
(retstr) = (returnstr(1))
}
probe nd_syscall.pselect6 = kprobe.function("sys_pselect6")?{
(name) = ("pselect6")
asmlinkage()
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_timespec_u(pointer_arg(5), 1), pointer_arg(6)))
}
probe nd_syscall.pselect6.return = kprobe.function("sys_pselect6").return?{
(name) = ("pselect6")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_pselect6 = kprobe.function("compat_sys_pselect6")?{
(name) = ("pselect6")
asmlinkage()
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_compat_timespec_u(pointer_arg(5), 1), pointer_arg(6)))
}
probe nd_syscall.compat_pselect6.return = kprobe.function("compat_sys_pselect6").return?{
(name) = ("pselect6")
(retstr) = (returnstr(1))
}
probe nd_syscall.pselect7 = kprobe.function("sys_pselect7")?{
(name) = ("pselect7")
asmlinkage()
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_timespec_u(pointer_arg(5), 1), pointer_arg(6), ulong_arg(7)))
}
probe nd_syscall.pselect7.return = kprobe.function("sys_pselect7").return?{
(name) = ("pselect7")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_pselect7a = kprobe.function("compat_sys_pselect7")?{
(name) = ("pselect7")
asmlinkage()
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_timespec_u(pointer_arg(5), 1), pointer_arg(6), ulong_arg(7)))
}
probe nd_syscall.compat_pselect7.return = kprobe.function("compat_sys_pselect7").return?{
(name) = ("pselect7")
(retstr) = (returnstr(1))
}
probe nd_syscall.ptrace = kprobe.function("sys_ptrace")?{
(name) = ("ptrace")
asmlinkage()
(request) = (long_arg(1))
(pid) = (long_arg(2))
(addr) = (long_arg(3))
(data) = (long_arg(4))
(argstr) = (sprintf("%d, %d, %p, %p", request, pid, addr, data))
}
probe nd_syscall.ptrace.return = kprobe.function("sys_ptrace").return?{
(name) = ("ptrace")
(retstr) = (returnstr(1))
}
probe nd_syscall.pwrite = kprobe.function("sys_pwrite64")?{
(name) = ("pwrite")
asmlinkage()
(fd) = (uint_arg(1))
(buf_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(offset) = (longlong_arg(4))
(argstr) = (sprintf("%d, %s, %d, %d", fd, text_strn(user_string(buf_uaddr), syscall_string_trunc, 1), count, offset))
}
probe nd_syscall.pwrite.return = kprobe.function("sys_pwrite64").return?{
(name) = ("pwrite")
(retstr) = (returnstr(1))
}
probe nd_syscall.pwrite32 = kprobe.function("sys32_pwrite64")?{
(name) = ("pwrite")
asmlinkage()
(fd) = (uint_arg(1))
(buf_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(offset) = (((u32_arg(4)) << (32)) + (u32_arg(5)))
(argstr) = (sprintf("%d, %s, %d, %d", fd, text_strn(user_string(buf_uaddr), syscall_string_trunc, 1), count, offset))
}
probe nd_syscall.pwrite32.return = kprobe.function("sys32_pwrite64").return?{
(name) = ("pwrite")
(retstr) = (returnstr(1))
}
probe nd_syscall.quotactl = kprobe.function("sys_quotactl")?{
(name) = ("quotactl")
asmlinkage()
(cmd) = (uint_arg(1)
(argstr) = (sprintf("%p, %d, %s, %p, %d", pointer_arg(1), uint_arg(2), _struct_compat_timespec_u(pointer_arg(3), 1), pointer_arg(4), u32_arg(5)))

}

probe nd_syscall.compat_ppoll.return = kprobe.function("compat_sys_ppoll").return?{

(name) = ("ppoll")

(retstr) = (returnstr(1))

}

probe nd_syscall.prctl = kprobe.function("sys_prctl")?{

(name) = ("prctl")

asmlinkage()

(option) = (int_arg(1))

(arg2) = (ulong_arg(2))

(arg3) = (ulong_arg(3))

(arg4) = (ulong_arg(4))

(arg5) = (ulong_arg(5))

(argstr) = (sprintf("%p, %p, %p, %p, %p", option, arg2, arg3, arg4, arg5))

}

probe nd_syscall.prctl.return = kprobe.function("sys_prctl").return?{

(name) = ("prctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.pread = kprobe.function("sys_pread64")?{

(name) = ("pread")

asmlinkage()

(fd) = (uint_arg(1))

(buf_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(offset) = (longlong_arg(4))

(argstr) = (sprintf("%d, %p, %d, %d", fd, buf_uaddr, count, offset))

}

probe nd_syscall.pread.return = kprobe.function("sys_pread64").return?{

(name) = ("pread")

(retstr) = (returnstr(1))

}

probe nd_syscall.pselect6 = kprobe.function("sys_pselect6")?{

(name) = ("pselect6")

asmlinkage()

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_timespec_u(pointer_arg(5), 1), pointer_arg(6)))

}

probe nd_syscall.pselect6.return = kprobe.function("sys_pselect6").return?{

(name) = ("pselect6")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_pselect6 = kprobe.function("compat_sys_pselect6")?{

(name) = ("pselect6")

asmlinkage()

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_compat_timespec_u(pointer_arg(5), 1), pointer_arg(6)))

}

probe nd_syscall.compat_pselect6.return = kprobe.function("compat_sys_pselect6").return?{

(name) = ("pselect6")

(retstr) = (returnstr(1))

}

probe nd_syscall.pselect7 = kprobe.function("sys_pselect7")?{

(name) = ("pselect7")

asmlinkage()

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_timespec_u(pointer_arg(5), 1), pointer_arg(6), ulong_arg(7)))

}

probe nd_syscall.pselect7.return = kprobe.function("sys_pselect7").return?{

(name) = ("pselect7")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_pselect7a = kprobe.function("compat_sys_pselect7")?{

(name) = ("pselect7")

asmlinkage()

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", int_arg(1), pointer_arg(2), pointer_arg(3), pointer_arg(4), _struct_timespec_u(pointer_arg(5), 1), pointer_arg(6), ulong_arg(7)))

}

probe nd_syscall.compat_pselect7.return = kprobe.function("compat_sys_pselect7").return?{

(name) = ("pselect7")

(retstr) = (returnstr(1))

}

probe nd_syscall.ptrace = kprobe.function("sys_ptrace")?{

(name) = ("ptrace")

asmlinkage()

(request) = (long_arg(1))

(pid) = (long_arg(2))

(addr) = (long_arg(3))

(data) = (long_arg(4))

(argstr) = (sprintf("%d, %d, %p, %p", request, pid, addr, data))

}

probe nd_syscall.ptrace.return = kprobe.function("sys_ptrace").return?{

(name) = ("ptrace")

(retstr) = (returnstr(1))

}

probe nd_syscall.pwrite = kprobe.function("sys_pwrite64")?{

(name) = ("pwrite")

asmlinkage()

(fd) = (uint_arg(1))

(buf_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(offset) = (longlong_arg(4))

(argstr) = (sprintf("%d, %s, %d, %d", fd, text_strn(user_string(buf_uaddr), syscall_string_trunc, 1), count, offset))

}

probe nd_syscall.pwrite.return = kprobe.function("sys_pwrite64").return?{

(name) = ("pwrite")

(retstr) = (returnstr(1))

}

probe nd_syscall.pwrite32 = kprobe.function("sys32_pwrite64")?{

(name) = ("pwrite")

asmlinkage()

(fd) = (uint_arg(1))

(buf_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(offset) = (((u32_arg(4)) << (32)) + (u32_arg(5)))

(argstr) = (sprintf("%d, %s, %d, %d", fd, text_strn(user_string(buf_uaddr), syscall_string_trunc, 1), count, offset))

}

probe nd_syscall.pwrite32.return = kprobe.function("sys32_pwrite64").return?{

(name) = ("pwrite")

(retstr) = (returnstr(1))

}

probe nd_syscall.quotactl = kprobe.function("sys_quotactl")?{

(name) = ("quotactl")

asmlinkage()
)
(cmd_str) = (_quotactl_cmd_str(cmd))
(special) = (pointer_arg(2))
(special_str) = (user_string(special))
(id) = (uint_arg(3))
(addr_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%s, %s, %d, %p", cmd_str, special_str, id, addr_uaddr))
}
probe nd_syscall.quotactl.return = kprobe.function("sys_quotactl").return?{
(name) = ("quotactl")
(retstr) = (returnstr(1))
}
probe nd_syscall.read = kprobe.function("sys_read")?{
(name) = ("read")
asmlinkage()
(fd) = (uint_arg(1))
(buf_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(argstr) = (sprintf("%d, %p, %d", fd, buf_uaddr, count))
}
probe nd_syscall.read.return = kprobe.function("sys_read").return?{
(name) = ("read")
(retstr) = (returnstr(1))
}
probe nd_syscall.readahead = kprobe.function("sys_readahead")?{
(name) = ("readahead")
asmlinkage()
(fd) = (int_arg(1))
(offset) = (longlong_arg(2))
(count) = (ulong_arg(3))
(argstr) = (sprintf("%d, %p, %p", fd, offset, count))
}
probe nd_syscall.readahead.return = kprobe.function("sys_readahead").return?{
(name) = ("readahead")
(retstr) = (returnstr(1))
}
probe nd_syscall.readdir = kprobe.function("compat_sys_old_readdir")?, kprobe.function("old32_readdir")?{
(name) = ("readdir")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d", uint_arg(1), pointer_arg(2), uint_arg(3)))
}
probe nd_syscall.readdir.return = kprobe.function("compat_sys_old_readdir").return?, kprobe.function("old32_readdir").return?{
(name) = ("readdir")
(retstr) = (returnstr(1))
}
probe nd_syscall.readlink = kprobe.function("sys_readlink")?{
(name) = ("readlink")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(buf_uaddr) = (pointer_arg(2))
(bufsiz) = (int_arg(3))
(argstr) = (sprintf("%s, %p, %d", user_string_quoted(pointer_arg(1)), buf_uaddr, bufsiz))
}
probe nd_syscall.readlink.return = kprobe.function("sys_readlink").return?{
(name) = ("readlink")
(retstr) = (returnstr(1))
}
probe nd_syscall.readlinkat = kprobe.function("sys_readlinkat")?{
(name) = ("readlinkat")
asmlinkage()
(dfd) = (int_arg(1))
(path) = (user_string(pointer_arg(2)))
(buf_uaddr) = (pointer_arg(3))
(bufsiz) = (int_arg(4))
(argstr) = (sprintf("%s, %s, %p, %d", _dfd_str(dfd), user_string_quoted(pointer_arg(2)), buf_uaddr, bufsiz))
}
probe nd_syscall.readlinkat.return = kprobe.function("sys_readlinkat").return?{
(name) = ("readlinkat")
(retstr) = (returnstr(1))
}
probe nd_syscall.readv = kprobe.function("compat_sys_readv")?, kprobe.function("sys_readv")?{
(name) = ("readv")
asmlinkage()
(vector_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(fd) = (ulong_arg(1))
(argstr) = (sprintf("%d, %p, %d", fd, vector_uaddr, count))
}
probe nd_syscall.readv.return = kprobe.function("compat_sys_readv").return?, kprobe.function("sys_readv").return?{
(name) = ("readv")
(retstr) = (returnstr(1))
}
probe nd_syscall.reboot = kprobe.function("sys_reboot")?{
(name) = ("reboot")
asmlinkage()
(magic) = (int_arg(1))
(magic_str) = (_reboot_magic_str(magic))
(magic2) = (int_arg(2))
(magic2_str) = (_reboot_magic_str(magic2))
(flag) = (uint_arg(3))
(flag_str) = (_reboot_flag_str(flag))
(arg_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%s, %s, %s, %p", magic_str, magic2_str, flag_str, arg_uaddr))
}
probe nd_syscall.reboot.return = kprobe.function("sys_reboot").return?{
(name) = ("reboot")
(retstr) = (returnstr(1))
}
probe nd_syscall.recv = kprobe.function("sys_recv")?{
(name) = ("recv")
asmlinkage()
(s) = (int_arg(1))
(buf_uaddr) = (pointer_arg(2))
(len) = (ulong_arg(3))
(flags) = (uint_arg(4))
(flags_str) = (_recvflags_str(flags))
(argstr) = (sprintf("%d, %p, %d, %s", s, buf_uaddr, len, flags_str))
}
probe nd_syscall.recv.return = kprobe.function("sys_recv").return?{
(name) = ("recv")
(retstr) = (returnstr(1))
}
probe nd_syscall.recvfrom = kprobe.function("sys_recvfrom")?{
(name) = ("recvfrom")
asmlinkage()
(s) = (int_arg(1))
(buf_uaddr) = (pointer_arg(2))
(len) = (ulong_arg(3))
(flags) = (uint_arg(4))
(flags_str) = (_recvflags_str(flags))
(addr_uaddr) = (pointer_arg(5))
(addrlen_uaddr) = (pointer_arg(
(cmd) = (uint_arg(1))

(cmd_str) = (_quotactl_cmd_str(cmd))

(special) = (pointer_arg(2))

(special_str) = (user_string(special))

(id) = (uint_arg(3))

(addr_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%s, %s, %d, %p", cmd_str, special_str, id, addr_uaddr))

}

probe nd_syscall.quotactl.return = kprobe.function("sys_quotactl").return?{

(name) = ("quotactl")

(retstr) = (returnstr(1))

}

probe nd_syscall.read = kprobe.function("sys_read")?{

(name) = ("read")

asmlinkage()

(fd) = (uint_arg(1))

(buf_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(argstr) = (sprintf("%d, %p, %d", fd, buf_uaddr, count))

}

probe nd_syscall.read.return = kprobe.function("sys_read").return?{

(name) = ("read")

(retstr) = (returnstr(1))

}

probe nd_syscall.readahead = kprobe.function("sys_readahead")?{

(name) = ("readahead")

asmlinkage()

(fd) = (int_arg(1))

(offset) = (longlong_arg(2))

(count) = (ulong_arg(3))

(argstr) = (sprintf("%d, %p, %p", fd, offset, count))

}

probe nd_syscall.readahead.return = kprobe.function("sys_readahead").return?{

(name) = ("readahead")

(retstr) = (returnstr(1))

}

probe nd_syscall.readdir = kprobe.function("compat_sys_old_readdir")?, kprobe.function("old32_readdir")?{

(name) = ("readdir")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d", uint_arg(1), pointer_arg(2), uint_arg(3)))

}

probe nd_syscall.readdir.return = kprobe.function("compat_sys_old_readdir").return?, kprobe.function("old32_readdir").return?{

(name) = ("readdir")

(retstr) = (returnstr(1))

}

probe nd_syscall.readlink = kprobe.function("sys_readlink")?{

(name) = ("readlink")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(buf_uaddr) = (pointer_arg(2))

(bufsiz) = (int_arg(3))

(argstr) = (sprintf("%s, %p, %d", user_string_quoted(pointer_arg(1)), buf_uaddr, bufsiz))

}

probe nd_syscall.readlink.return = kprobe.function("sys_readlink").return?{

(name) = ("readlink")

(retstr) = (returnstr(1))

}

probe nd_syscall.readlinkat = kprobe.function("sys_readlinkat")?{

(name) = ("readlinkat")

asmlinkage()

(dfd) = (int_arg(1))

(path) = (user_string(pointer_arg(2)))

(buf_uaddr) = (pointer_arg(3))

(bufsiz) = (int_arg(4))

(argstr) = (sprintf("%s, %s, %p, %d", _dfd_str(dfd), user_string_quoted(pointer_arg(2)), buf_uaddr, bufsiz))

}

probe nd_syscall.readlinkat.return = kprobe.function("sys_readlinkat").return?{

(name) = ("readlinkat")

(retstr) = (returnstr(1))

}

probe nd_syscall.readv = kprobe.function("compat_sys_readv")?, kprobe.function("sys_readv")?{

(name) = ("readv")

asmlinkage()

(vector_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(fd) = (ulong_arg(1))

(argstr) = (sprintf("%d, %p, %d", fd, vector_uaddr, count))

}

probe nd_syscall.readv.return = kprobe.function("compat_sys_readv").return?, kprobe.function("sys_readv").return?{

(name) = ("readv")

(retstr) = (returnstr(1))

}

probe nd_syscall.reboot = kprobe.function("sys_reboot")?{

(name) = ("reboot")

asmlinkage()

(magic) = (int_arg(1))

(magic_str) = (_reboot_magic_str(magic))

(magic2) = (int_arg(2))

(magic2_str) = (_reboot_magic_str(magic2))

(flag) = (uint_arg(3))

(flag_str) = (_reboot_flag_str(flag))

(arg_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%s, %s, %s, %p", magic_str, magic2_str, flag_str, arg_uaddr))

}

probe nd_syscall.reboot.return = kprobe.function("sys_reboot").return?{

(name) = ("reboot")

(retstr) = (returnstr(1))

}

probe nd_syscall.recv = kprobe.function("sys_recv")?{

(name) = ("recv")

asmlinkage()

(s) = (int_arg(1))

(buf_uaddr) = (pointer_arg(2))

(len) = (ulong_arg(3))

(flags) = (uint_arg(4))

(flags_str) = (_recvflags_str(flags))

(argstr) = (sprintf("%d, %p, %d, %s", s, buf_uaddr, len, flags_str))

}

probe nd_syscall.recv.return = kprobe.function("sys_recv").return?{

(name) = ("recv")

(retstr) = (returnstr(1))

}

probe nd_syscall.recvfrom = kprobe.function("sys_recvfrom")?{

(name) = ("recvfrom")

asmlinkage()

(s) = (int_arg(1))

(buf_uaddr) = (pointer_arg(2))

(len) = (ulong_arg(3))

(flags) = (uint_arg(4))

(flags_str) = (_recvflags_str(flags))

(addr_uaddr) = (pointer_arg(5))
6))
(argstr) = (sprintf("%d, %p, %d, %s, %p, %p", s, buf_uaddr, len, flags_str, addr_uaddr, addrlen_uaddr))
}
probe nd_syscall.recvfrom.return = kprobe.function("sys_recvfrom").return?{
(name) = ("recvfrom")
(retstr) = (returnstr(1))
}
probe nd_syscall.recvmsg = kprobe.function("sys_recvmsg")?{
(name) = ("recvmsg")
asmlinkage()
(s) = (int_arg(1))
(msg_uaddr) = (pointer_arg(2))
(flags) = (uint_arg(3))
(flags_str) = (_recvflags_str(flags))
(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, flags_str))
}
probe nd_syscall.recvmsg.return = kprobe.function("sys_recvmsg").return?{
(name) = ("recvmsg")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_recvmsg = kprobe.function("compat_sys_recvmsg")?{
(name) = ("compat_sys_recvmsg")
asmlinkage()
(s) = (int_arg(1))
(msg_uaddr) = (pointer_arg(2))
(flags) = (uint_arg(3))
(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, _recvflags_str(flags)))
}
probe nd_syscall.compat_sys_recvmsg.return = kprobe.function("compat_sys_recvmsg").return?{
(name) = ("compat_sys_recvmsg")
(retstr) = (returnstr(1))
}
probe nd_syscall.remap_file_pages = kprobe.function("sys_remap_file_pages")?{
(name) = ("remap_file_pages")
asmlinkage()
(start) = (ulong_arg(1))
(size) = (ulong_arg(2))
(prot) = (ulong_arg(3))
(pgoff) = (ulong_arg(4))
(flags) = (ulong_arg(5))
(argstr) = (sprintf("%p, %p, %p, %p, %p", start, size, prot, pgoff, flags))
}
probe nd_syscall.remap_file_pages.return = kprobe.function("sys_remap_file_pages").return?{
(name) = ("remap_file_pages")
(retstr) = (returnstr(1))
}
probe nd_syscall.removexattr = kprobe.function("sys_removexattr")?{
(name) = ("removexattr")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(name_str) = (user_string(pointer_arg(2)))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))
}
probe nd_syscall.removexattr.return = kprobe.function("sys_removexattr").return?{
(name) = ("removexattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.rename = kprobe.function("sys_rename")?{
(name) = ("rename")
asmlinkage()
(oldpath) = (user_string(pointer_arg(1)))
(newpath) = (user_string(pointer_arg(2)))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))
}
probe nd_syscall.rename.return = kprobe.function("sys_rename").return?{
(name) = ("rename")
(retstr) = (returnstr(1))
}
probe nd_syscall.renameat = kprobe.function("sys_renameat")?{
(name) = ("renameat")
asmlinkage()
(olddfd) = (int_arg(1))
(olddfd_str) = (_dfd_str(olddfd))
(oldname) = (pointer_arg(2))
(oldname_str) = (user_string(oldname))
(newdfd) = (int_arg(3))
(newdfd_str) = (_dfd_str(newdfd))
(newname) = (pointer_arg(4))
(newname_str) = (user_string(newname))
(argstr) = (sprintf("%s, %s, %s, %s", olddfd_str, user_string_quoted(oldname), newdfd_str, user_string_quoted(newname)))
}
probe nd_syscall.renameat.return = kprobe.function("sys_renameat").return?{
(name) = ("renameat")
(retstr) = (returnstr(1))
}
probe nd_syscall.request_key = kprobe.function("sys_request_key")?{
(name) = ("request_key")
asmlinkage()
(type_uaddr) = (pointer_arg(1))
(description_uaddr) = (pointer_arg(2))
(callout_info_uaddr) = (pointer_arg(3))
(destringid) = (u32_arg(4))
(argstr) = (sprintf("%p, %p, %p, %p", type_uaddr, description_uaddr, callout_info_uaddr, destringid))
}
probe nd_syscall.request_key.return = kprobe.function("sys_request_key").return?{
(name) = ("request_key")
(retstr) = (returnstr(1))
}
probe nd_syscall.restart_syscall = kprobe.function("sys_restart_syscall"){
(name) = ("restart_syscall")
(argstr) = ("")
}
probe nd_syscall.restart_syscall.return = kprobe.function("sys_restart_syscall").return{
(name) = ("restart_syscall")
(retstr) = (returnstr(1))
}
probe nd_syscall.rmdir = kprobe.function("sys_rmdir")?{
(name) = ("rmdir")
asmlinkage()
(pathname) = (user_string(pointer_arg(1)))
(argstr) = (user_string_quoted(pointer_arg(1)))
}
probe nd_syscall.rmdir.return = kprobe.function("sys_rmdir").return?{
(name) = ("rmdir")
(retstr) = 
(addrlen_uaddr) = (pointer_arg(6))

(argstr) = (sprintf("%d, %p, %d, %s, %p, %p", s, buf_uaddr, len, flags_str, addr_uaddr, addrlen_uaddr))

}

probe nd_syscall.recvfrom.return = kprobe.function("sys_recvfrom").return?{

(name) = ("recvfrom")

(retstr) = (returnstr(1))

}

probe nd_syscall.recvmsg = kprobe.function("sys_recvmsg")?{

(name) = ("recvmsg")

asmlinkage()

(s) = (int_arg(1))

(msg_uaddr) = (pointer_arg(2))

(flags) = (uint_arg(3))

(flags_str) = (_recvflags_str(flags))

(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, flags_str))

}

probe nd_syscall.recvmsg.return = kprobe.function("sys_recvmsg").return?{

(name) = ("recvmsg")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_recvmsg = kprobe.function("compat_sys_recvmsg")?{

(name) = ("compat_sys_recvmsg")

asmlinkage()

(s) = (int_arg(1))

(msg_uaddr) = (pointer_arg(2))

(flags) = (uint_arg(3))

(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, _recvflags_str(flags)))

}

probe nd_syscall.compat_sys_recvmsg.return = kprobe.function("compat_sys_recvmsg").return?{

(name) = ("compat_sys_recvmsg")

(retstr) = (returnstr(1))

}

probe nd_syscall.remap_file_pages = kprobe.function("sys_remap_file_pages")?{

(name) = ("remap_file_pages")

asmlinkage()

(start) = (ulong_arg(1))

(size) = (ulong_arg(2))

(prot) = (ulong_arg(3))

(pgoff) = (ulong_arg(4))

(flags) = (ulong_arg(5))

(argstr) = (sprintf("%p, %p, %p, %p, %p", start, size, prot, pgoff, flags))

}

probe nd_syscall.remap_file_pages.return = kprobe.function("sys_remap_file_pages").return?{

(name) = ("remap_file_pages")

(retstr) = (returnstr(1))

}

probe nd_syscall.removexattr = kprobe.function("sys_removexattr")?{

(name) = ("removexattr")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(name_str) = (user_string(pointer_arg(2)))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))

}

probe nd_syscall.removexattr.return = kprobe.function("sys_removexattr").return?{

(name) = ("removexattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.rename = kprobe.function("sys_rename")?{

(name) = ("rename")

asmlinkage()

(oldpath) = (user_string(pointer_arg(1)))

(newpath) = (user_string(pointer_arg(2)))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))

}

probe nd_syscall.rename.return = kprobe.function("sys_rename").return?{

(name) = ("rename")

(retstr) = (returnstr(1))

}

probe nd_syscall.renameat = kprobe.function("sys_renameat")?{

(name) = ("renameat")

asmlinkage()

(olddfd) = (int_arg(1))

(olddfd_str) = (_dfd_str(olddfd))

(oldname) = (pointer_arg(2))

(oldname_str) = (user_string(oldname))

(newdfd) = (int_arg(3))

(newdfd_str) = (_dfd_str(newdfd))

(newname) = (pointer_arg(4))

(newname_str) = (user_string(newname))

(argstr) = (sprintf("%s, %s, %s, %s", olddfd_str, user_string_quoted(oldname), newdfd_str, user_string_quoted(newname)))

}

probe nd_syscall.renameat.return = kprobe.function("sys_renameat").return?{

(name) = ("renameat")

(retstr) = (returnstr(1))

}

probe nd_syscall.request_key = kprobe.function("sys_request_key")?{

(name) = ("request_key")

asmlinkage()

(type_uaddr) = (pointer_arg(1))

(description_uaddr) = (pointer_arg(2))

(callout_info_uaddr) = (pointer_arg(3))

(destringid) = (u32_arg(4))

(argstr) = (sprintf("%p, %p, %p, %p", type_uaddr, description_uaddr, callout_info_uaddr, destringid))

}

probe nd_syscall.request_key.return = kprobe.function("sys_request_key").return?{

(name) = ("request_key")

(retstr) = (returnstr(1))

}

probe nd_syscall.restart_syscall = kprobe.function("sys_restart_syscall"){

(name) = ("restart_syscall")

(argstr) = ("")

}

probe nd_syscall.restart_syscall.return = kprobe.function("sys_restart_syscall").return{

(name) = ("restart_syscall")

(retstr) = (returnstr(1))

}

probe nd_syscall.rmdir = kprobe.function("sys_rmdir")?{

(name) = ("rmdir")

asmlinkage()

(pathname) = (user_string(pointer_arg(1)))

(argstr) = (user_string_quoted(pointer_arg(1)))

}

probe nd_syscall.rmdir.return = kprobe.function("sys_rmdir").return?{

(name) = ("rmdir")
(returnstr(1))
}
probe nd_syscall.rt_sigaction = kprobe.function("sys_rt_sigaction")?{
(name) = ("rt_sigaction")
asmlinkage()
(sig) = (int_arg(1))
(act_uaddr) = (pointer_arg(2))
(oact_uaddr) = (pointer_arg(3))
(sigsetsize) = (ulong_arg(4))
(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name(sig), _struct_sigaction_u(act_uaddr), oact_uaddr, sigsetsize))
}
probe nd_syscall.rt_sigaction.return = kprobe.function("sys_rt_sigaction").return?{
(name) = ("rt_sigaction")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigaction32 = kprobe.function("sys32_rt_sigaction")?, kprobe.function("compat_sys_rt_sigaction")?{
(name) = ("rt_sigaction")
asmlinkage()
(sig) = (int_arg(1))
(act_uaddr) = (pointer_arg(2))
(oact_uaddr) = (pointer_arg(3))
(sigsetsize) = (uint_arg(4))
(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name(sig), _struct_sigaction32_u(act_uaddr), oact_uaddr, sigsetsize))
}
probe nd_syscall.rt_sigaction32.return = kprobe.function("sys32_rt_sigaction").return?, kprobe.function("compat_sys_rt_sigaction").return?{
(name) = ("rt_sigaction")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigpending = kprobe.function("sys_rt_sigpending")?{
(name) = ("rt_sigpending")
asmlinkage()
(set_uaddr) = (pointer_arg(1))
(sigsetsize) = (ulong_arg(2))
(argstr) = (sprintf("%p, %d", set_uaddr, sigsetsize))
}
probe nd_syscall.rt_sigpending.return = kprobe.function("sys_rt_sigpending").return?{
(name) = ("rt_sigpending")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigprocmask = kprobe.function("sys32_rt_sigprocmask")?, kprobe.function("compat_sys_rt_sigprocmask")?, kprobe.function("sys_rt_sigprocmask")?{
(name) = ("rt_sigprocmask")
if ((probefunc()) != ("compat_sys_rt_sigprocmask")) asmlinkage()

(how) = (int_arg(1))
(how_str) = (_sigprocmask_how_str(how))
(set_uaddr) = (pointer_arg(2))
(oldset_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, [%s], %p, %d", how_str, _stp_sigset_u(set_uaddr), oldset_uaddr, uint_arg(4)))
}
probe nd_syscall.rt_sigprocmask.return = kprobe.function("sys32_rt_sigprocmask").return?, kprobe.function("compat_sys_rt_sigprocmask").return?, kprobe.function("sys_rt_sigprocmask").return?{
(name) = ("rt_sigprocmask")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigqueueinfo = kprobe.function("sys_rt_sigqueueinfo")?{
(name) = ("rt_sigqueueinfo")
asmlinkage()
(pid) = (int_arg(1))
(sig) = (int_arg(2))
(uinfo_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %s, %p", pid, _signal_name(sig), uinfo_uaddr))
}
probe nd_syscall.rt_sigqueueinfo.return = kprobe.function("sys_rt_sigqueueinfo").return?{
(name) = ("rt_sigqueueinfo")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigreturn = kprobe.function("sys_rt_sigreturn")?, kprobe.function("sys32_rt_sigreturn")?{
(name) = ("rt_sigreturn")
(argstr) = ("")
}
probe nd_syscall.rt_sigreturn.return = kprobe.function("sys_rt_sigreturn").return?, kprobe.function("sys32_rt_sigreturn").return?{
(name) = ("rt_sigreturn")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigsuspend = kprobe.function("compat_sys_rt_sigsuspend")?, kprobe.function("ia64_rt_sigsuspend")?, kprobe.function("sys_rt_sigsuspend")?{
(name) = ("rt_sigsuspend")
(argstr) = ("")
}
probe nd_syscall.rt_sigsuspend.return = kprobe.function("compat_sys_rt_sigsuspend").return?, kprobe.function("ia64_rt_sigsuspend").return?, kprobe.function("sys_rt_sigsuspend").return?{
(name) = ("rt_sigsuspend")
(retstr) = (returnstr(1))
}
probe nd_syscall.rt_sigtimedwait = kprobe.function("compat_sys_rt_sigtimedwait")?, kprobe.function("sys_rt_sigtimedwait")?{
(name) = ("rt_sigtimedwait")
asmlinkage()
(uthese_uaddr) = (pointer_arg(1))
(uinfo_uaddr) = (pointer_arg(2))
(uts_uaddr) = (pointer_arg(3))
if ((probefunc()) == ("sys_rt_sigtimedwait")) (sigsetsize) = (ulong_arg(4))
else (sigsetsize) = (u32_arg(4))

(argstr) = (sprintf("%p, %p, %p, %d", uthese_uaddr, uinfo_uaddr, uts_uaddr, sigsetsize))
}
probe nd_syscall.rt_sigtimedwait.return = kprobe.function("compat_sys_rt_sigtimedwait").return?, kprobe.function("sys_rt_sigtimedwait").return?{
(name) = 
(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigaction = kprobe.function("sys_rt_sigaction")?{

(name) = ("rt_sigaction")

asmlinkage()

(sig) = (int_arg(1))

(act_uaddr) = (pointer_arg(2))

(oact_uaddr) = (pointer_arg(3))

(sigsetsize) = (ulong_arg(4))

(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name(sig), _struct_sigaction_u(act_uaddr), oact_uaddr, sigsetsize))

}

probe nd_syscall.rt_sigaction.return = kprobe.function("sys_rt_sigaction").return?{

(name) = ("rt_sigaction")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigaction32 = kprobe.function("sys32_rt_sigaction")?, kprobe.function("compat_sys_rt_sigaction")?{

(name) = ("rt_sigaction")

asmlinkage()

(sig) = (int_arg(1))

(act_uaddr) = (pointer_arg(2))

(oact_uaddr) = (pointer_arg(3))

(sigsetsize) = (uint_arg(4))

(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name(sig), _struct_sigaction32_u(act_uaddr), oact_uaddr, sigsetsize))

}

probe nd_syscall.rt_sigaction32.return = kprobe.function("sys32_rt_sigaction").return?, kprobe.function("compat_sys_rt_sigaction").return?{

(name) = ("rt_sigaction")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigpending = kprobe.function("sys_rt_sigpending")?{

(name) = ("rt_sigpending")

asmlinkage()

(set_uaddr) = (pointer_arg(1))

(sigsetsize) = (ulong_arg(2))

(argstr) = (sprintf("%p, %d", set_uaddr, sigsetsize))

}

probe nd_syscall.rt_sigpending.return = kprobe.function("sys_rt_sigpending").return?{

(name) = ("rt_sigpending")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigprocmask = kprobe.function("sys32_rt_sigprocmask")?, kprobe.function("compat_sys_rt_sigprocmask")?, kprobe.function("sys_rt_sigprocmask")?{

(name) = ("rt_sigprocmask")

if ((probefunc()) != ("compat_sys_rt_sigprocmask")) asmlinkage()



(how) = (int_arg(1))

(how_str) = (_sigprocmask_how_str(how))

(set_uaddr) = (pointer_arg(2))

(oldset_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, [%s], %p, %d", how_str, _stp_sigset_u(set_uaddr), oldset_uaddr, uint_arg(4)))

}

probe nd_syscall.rt_sigprocmask.return = kprobe.function("sys32_rt_sigprocmask").return?, kprobe.function("compat_sys_rt_sigprocmask").return?, kprobe.function("sys_rt_sigprocmask").return?{

(name) = ("rt_sigprocmask")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigqueueinfo = kprobe.function("sys_rt_sigqueueinfo")?{

(name) = ("rt_sigqueueinfo")

asmlinkage()

(pid) = (int_arg(1))

(sig) = (int_arg(2))

(uinfo_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %s, %p", pid, _signal_name(sig), uinfo_uaddr))

}

probe nd_syscall.rt_sigqueueinfo.return = kprobe.function("sys_rt_sigqueueinfo").return?{

(name) = ("rt_sigqueueinfo")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigreturn = kprobe.function("sys_rt_sigreturn")?, kprobe.function("sys32_rt_sigreturn")?{

(name) = ("rt_sigreturn")

(argstr) = ("")

}

probe nd_syscall.rt_sigreturn.return = kprobe.function("sys_rt_sigreturn").return?, kprobe.function("sys32_rt_sigreturn").return?{

(name) = ("rt_sigreturn")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigsuspend = kprobe.function("compat_sys_rt_sigsuspend")?, kprobe.function("ia64_rt_sigsuspend")?, kprobe.function("sys_rt_sigsuspend")?{

(name) = ("rt_sigsuspend")

(argstr) = ("")

}

probe nd_syscall.rt_sigsuspend.return = kprobe.function("compat_sys_rt_sigsuspend").return?, kprobe.function("ia64_rt_sigsuspend").return?, kprobe.function("sys_rt_sigsuspend").return?{

(name) = ("rt_sigsuspend")

(retstr) = (returnstr(1))

}

probe nd_syscall.rt_sigtimedwait = kprobe.function("compat_sys_rt_sigtimedwait")?, kprobe.function("sys_rt_sigtimedwait")?{

(name) = ("rt_sigtimedwait")

asmlinkage()

(uthese_uaddr) = (pointer_arg(1))

(uinfo_uaddr) = (pointer_arg(2))

(uts_uaddr) = (pointer_arg(3))

if ((probefunc()) == ("sys_rt_sigtimedwait")) (sigsetsize) = (ulong_arg(4))

else (sigsetsize) = (u32_arg(4))



(argstr) = (sprintf("%p, %p, %p, %d", uthese_uaddr, uinfo_uaddr, uts_uaddr, sigsetsize))

}

probe nd_syscall.rt_sigtimedwait.return = kprobe.function("compat_sys_rt_sigtimedwait").return?, kprobe.function("sys_rt_sigtimedwait").return?{
("rt_sigtimedwait")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_getaffinity = kprobe.function("sys_sched_getaffinity")?{
(name) = ("sched_getaffinity")
asmlinkage()
(pid) = (int_arg(1))
(len) = (uint_arg(2))
(mask_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %p, %p", pid, len, mask_uaddr))
}
probe nd_syscall.sched_getaffinity.return = kprobe.function("sys_sched_getaffinity").return?{
(name) = ("sched_getaffinity")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_getparam = kprobe.function("sys_sched_getparam")?{
(name) = ("sched_getparam")
asmlinkage()
(pid) = (int_arg(1))
(p_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", pid, p_uaddr))
}
probe nd_syscall.sched_getparam.return = kprobe.function("sys_sched_getparam").return?{
(name) = ("sched_getparam")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_get_priority_max = kprobe.function("sys_sched_get_priority_max")?{
(name) = ("sched_get_priority_max")
asmlinkage()
(policy) = (int_arg(1))
(argstr) = (sprint(policy))
}
probe nd_syscall.sched_get_priority_max.return = kprobe.function("sys_sched_get_priority_max").return?{
(name) = ("sched_get_priority_max")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_get_priority_min = kprobe.function("sys_sched_get_priority_min")?{
(name) = ("sched_get_priority_min")
asmlinkage()
(policy) = (int_arg(1))
(argstr) = (sprint(policy))
}
probe nd_syscall.sched_get_priority_min.return = kprobe.function("sys_sched_get_priority_min").return?{
(name) = ("sched_get_priority_min")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_getscheduler = kprobe.function("sys_sched_getscheduler")?{
(name) = ("sched_getscheduler")
asmlinkage()
(pid) = (int_arg(1))
(argstr) = (sprint(pid))
}
probe nd_syscall.sched_getscheduler.return = kprobe.function("sys_sched_getscheduler").return?{
(name) = ("sched_getscheduler")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_rr_get_interval = kprobe.function("sys_sched_rr_get_interval")?{
(name) = ("sched_rr_get_interval")
asmlinkage()
(pid) = (int_arg(1))
(tp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %s", pid, _struct_timespec_u(tp_uaddr, 1)))
}
probe nd_syscall.sched_rr_get_interval.return = kprobe.function("sys_sched_rr_get_interval").return?{
(name) = ("sched_rr_get_interval")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_setaffinity = kprobe.function("sys_sched_setaffinity")?{
(name) = ("sched_setaffinity")
asmlinkage()
(pid) = (int_arg(1))
(len) = (uint_arg(2))
(mask_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %d, %p", pid, len, mask_uaddr))
}
probe nd_syscall.sched_setaffinity.return = kprobe.function("sys_sched_setaffinity").return?{
(name) = ("sched_setaffinity")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_setparam = kprobe.function("sys_sched_setparam")?{
(name) = ("sched_setparam")
asmlinkage()
(pid) = (int_arg(1))
(p_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", pid, p_uaddr))
}
probe nd_syscall.sched_setparam.return = kprobe.function("sys_sched_setparam").return?{
(name) = ("sched_setparam")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_setscheduler = kprobe.function("sys_sched_setscheduler")?{
(name) = ("sched_setscheduler")
asmlinkage()
(pid) = (int_arg(1))
(policy) = (int_arg(2))
(policy_str) = (_sched_policy_str(policy))
(p_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %s, %p", pid, policy_str, p_uaddr))
}
probe nd_syscall.sched_setscheduler.return = kprobe.function("sys_sched_setscheduler").return?{
(name) = ("sched_setscheduler")
(retstr) = (returnstr(1))
}
probe nd_syscall.sched_yield = kprobe.function("sys_sched_yield"){
(name) = ("sched_yield")
(argstr) = ("")
}
probe nd_syscall.sched_yield.return = kprobe.function("sys_sched_yield").return{
(name) = ("sched_yield")
(retstr) = (returnstr(1))
}
probe nd_syscall.select = kprobe.function("sys_select")?{
(name) = ("select")
asmlinkage()
(n) = (int_arg(1))
(readfds_uaddr) = (pointer_arg(2))
(writefds_uaddr) = (pointer_arg(3))
(exceptfds_uaddr) = (pointer_arg
(name) = ("rt_sigtimedwait")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_getaffinity = kprobe.function("sys_sched_getaffinity")?{

(name) = ("sched_getaffinity")

asmlinkage()

(pid) = (int_arg(1))

(len) = (uint_arg(2))

(mask_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %p, %p", pid, len, mask_uaddr))

}

probe nd_syscall.sched_getaffinity.return = kprobe.function("sys_sched_getaffinity").return?{

(name) = ("sched_getaffinity")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_getparam = kprobe.function("sys_sched_getparam")?{

(name) = ("sched_getparam")

asmlinkage()

(pid) = (int_arg(1))

(p_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", pid, p_uaddr))

}

probe nd_syscall.sched_getparam.return = kprobe.function("sys_sched_getparam").return?{

(name) = ("sched_getparam")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_get_priority_max = kprobe.function("sys_sched_get_priority_max")?{

(name) = ("sched_get_priority_max")

asmlinkage()

(policy) = (int_arg(1))

(argstr) = (sprint(policy))

}

probe nd_syscall.sched_get_priority_max.return = kprobe.function("sys_sched_get_priority_max").return?{

(name) = ("sched_get_priority_max")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_get_priority_min = kprobe.function("sys_sched_get_priority_min")?{

(name) = ("sched_get_priority_min")

asmlinkage()

(policy) = (int_arg(1))

(argstr) = (sprint(policy))

}

probe nd_syscall.sched_get_priority_min.return = kprobe.function("sys_sched_get_priority_min").return?{

(name) = ("sched_get_priority_min")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_getscheduler = kprobe.function("sys_sched_getscheduler")?{

(name) = ("sched_getscheduler")

asmlinkage()

(pid) = (int_arg(1))

(argstr) = (sprint(pid))

}

probe nd_syscall.sched_getscheduler.return = kprobe.function("sys_sched_getscheduler").return?{

(name) = ("sched_getscheduler")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_rr_get_interval = kprobe.function("sys_sched_rr_get_interval")?{

(name) = ("sched_rr_get_interval")

asmlinkage()

(pid) = (int_arg(1))

(tp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %s", pid, _struct_timespec_u(tp_uaddr, 1)))

}

probe nd_syscall.sched_rr_get_interval.return = kprobe.function("sys_sched_rr_get_interval").return?{

(name) = ("sched_rr_get_interval")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_setaffinity = kprobe.function("sys_sched_setaffinity")?{

(name) = ("sched_setaffinity")

asmlinkage()

(pid) = (int_arg(1))

(len) = (uint_arg(2))

(mask_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %d, %p", pid, len, mask_uaddr))

}

probe nd_syscall.sched_setaffinity.return = kprobe.function("sys_sched_setaffinity").return?{

(name) = ("sched_setaffinity")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_setparam = kprobe.function("sys_sched_setparam")?{

(name) = ("sched_setparam")

asmlinkage()

(pid) = (int_arg(1))

(p_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", pid, p_uaddr))

}

probe nd_syscall.sched_setparam.return = kprobe.function("sys_sched_setparam").return?{

(name) = ("sched_setparam")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_setscheduler = kprobe.function("sys_sched_setscheduler")?{

(name) = ("sched_setscheduler")

asmlinkage()

(pid) = (int_arg(1))

(policy) = (int_arg(2))

(policy_str) = (_sched_policy_str(policy))

(p_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %s, %p", pid, policy_str, p_uaddr))

}

probe nd_syscall.sched_setscheduler.return = kprobe.function("sys_sched_setscheduler").return?{

(name) = ("sched_setscheduler")

(retstr) = (returnstr(1))

}

probe nd_syscall.sched_yield = kprobe.function("sys_sched_yield"){

(name) = ("sched_yield")

(argstr) = ("")

}

probe nd_syscall.sched_yield.return = kprobe.function("sys_sched_yield").return{

(name) = ("sched_yield")

(retstr) = (returnstr(1))

}

probe nd_syscall.select = kprobe.function("sys_select")?{

(name) = ("select")

asmlinkage()

(n) = (int_arg(1))

(readfds_uaddr) = (pointer_arg(2))

(writefds_uaddr) = (pointer_arg(3))
(4))
(timeout_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %p, %p, %p, %s", n, readfds_uaddr, writefds_uaddr, exceptfds_uaddr, _struct_timeval_u(timeout_uaddr, 1)))
}
probe nd_syscall.select.return = kprobe.function("sys_select").return?{
(name) = ("select")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_select = kprobe.function("compat_sys_select")?{
(name) = ("select")
asmlinkage()
(n) = (int_arg(1))
(readfds_uaddr) = (pointer_arg(2))
(writefds_uaddr) = (pointer_arg(3))
(exceptfds_uaddr) = (pointer_arg(4))
(timeout_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %p, %p, %p, %s", n, readfds_uaddr, writefds_uaddr, exceptfds_uaddr, _struct_compat_timeval_u(timeout_uaddr, 1)))
}
probe nd_syscall.compat_select.return = kprobe.function("compat_sys_select").return?{
(name) = ("select")
(retstr) = (returnstr(1))
}
probe nd_syscall.semctl = kprobe.function("sys_semctl")?{
(name) = ("semctl")
asmlinkage()
(semid) = (int_arg(1))
(semnum) = (int_arg(2))
(cmd) = (int_arg(3))
(argstr) = (sprintf("%d, %d, %s", semid, semnum, _semctl_cmd(cmd)))
}
probe nd_syscall.semctl.return = kprobe.function("sys_semctl").return?{
(name) = ("semctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_semctl = kprobe.function("compat_sys_semctl")?{
(name) = ("compat_sys_semctl")
(argstr) = (sprintf("%d, %d, %d, %p", int_arg(1), int_arg(2), int_arg(3), pointer_arg(4)))
}
probe nd_syscall.compat_sys_semctl.return = kprobe.function("compat_sys_semctl").return?{
(name) = ("compat_sys_semctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.semget = kprobe.function("sys_semget")?{
(name) = ("semget")
asmlinkage()
(key) = (int_arg(1))
(nsems) = (int_arg(2))
(semflg) = (int_arg(3))
(argstr) = (sprintf("%d, %d, %s", key, nsems, __sem_flags(semflg)))
}
probe nd_syscall.semget.return = kprobe.function("sys_semget").return?{
(name) = ("semget")
(retstr) = (returnstr(1))
}
probe nd_syscall.semop = kprobe.function("sys_semtimedop")?{
(name) = ("semop")
asmlinkage()
(semid) = (int_arg(1))
(tsops_uaddr) = (pointer_arg(2))
(nsops) = (uint_arg(3))
(argstr) = (sprintf("%d, %p, %d", semid, tsops_uaddr, nsops))
}
probe nd_syscall.semop.return = kprobe.function("sys_semtimedop").return?{
(name) = ("semop")
(retstr) = (returnstr(1))
}
probe nd_syscall.semtimedop = kprobe.function("sys_semtimedop")?{
(name) = ("semtimedop")
asmlinkage()
(semid) = (int_arg(1))
(sops_uaddr) = (pointer_arg(2))
(nsops) = (uint_arg(3))
(timeout_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%d, %p, %d, %s", semid, sops_uaddr, nsops, _struct_timespec_u(timeout_uaddr, 1)))
}
probe nd_syscall.semtimedop.return = kprobe.function("sys_semtimedop").return?{
(name) = ("semtimedop")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_semtimedop = kprobe.function("compat_sys_semtimedop")?{
(name) = ("compat_sys_semtimedop")
(semid) = (int_arg(1))
(sops_uaddr) = (pointer_arg(2))
(nsops) = (uint_arg(3))
(timeout_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%d, %p, %d, %s", semid, sops_uaddr, nsops, _struct_compat_timespec_u(timeout_uaddr, 1)))
}
probe nd_syscall.compat_sys_semtimedop.return = kprobe.function("compat_sys_semtimedop").return?{
(name) = ("compat_sys_semtimedop")
(retstr) = (returnstr(1))
}
probe nd_syscall.send = kprobe.function("sys_send")?{
(name) = ("send")
asmlinkage()
(s) = (int_arg(1))
(buf_uaddr) = (pointer_arg(2))
(len) = (ulong_arg(3))
(flags) = (uint_arg(4))
(flags_str) = (_sendflags_str(flags))
(argstr) = (sprintf("%d, %p, %d, %s", s, buf_uaddr, len, flags_str))
}
probe nd_syscall.send.return = kprobe.function("sys_send").return?{
(name) = ("send")
(retstr) = (returnstr(1))
}
probe nd_syscall.sendfile = kprobe.function("sys_sendfile")?, kprobe.function("sys_sendfile64")?{
(name) = ("sendfile")
asmlinkage()
(out_fd) = (int_arg(1))
(in_fd) = (int_arg(2))
(offset_uaddr) = (pointer_arg(3))
(count) = (ulong_arg(4))
(argstr) = (sprintf("%d, %d, %p, %d", out_fd, in_fd, offset_uaddr, count))
}
probe nd_syscall.sendfile.return = kprobe.function("sys_send
(exceptfds_uaddr) = (pointer_arg(4))

(timeout_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %p, %p, %p, %s", n, readfds_uaddr, writefds_uaddr, exceptfds_uaddr, _struct_timeval_u(timeout_uaddr, 1)))

}

probe nd_syscall.select.return = kprobe.function("sys_select").return?{

(name) = ("select")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_select = kprobe.function("compat_sys_select")?{

(name) = ("select")

asmlinkage()

(n) = (int_arg(1))

(readfds_uaddr) = (pointer_arg(2))

(writefds_uaddr) = (pointer_arg(3))

(exceptfds_uaddr) = (pointer_arg(4))

(timeout_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %p, %p, %p, %s", n, readfds_uaddr, writefds_uaddr, exceptfds_uaddr, _struct_compat_timeval_u(timeout_uaddr, 1)))

}

probe nd_syscall.compat_select.return = kprobe.function("compat_sys_select").return?{

(name) = ("select")

(retstr) = (returnstr(1))

}

probe nd_syscall.semctl = kprobe.function("sys_semctl")?{

(name) = ("semctl")

asmlinkage()

(semid) = (int_arg(1))

(semnum) = (int_arg(2))

(cmd) = (int_arg(3))

(argstr) = (sprintf("%d, %d, %s", semid, semnum, _semctl_cmd(cmd)))

}

probe nd_syscall.semctl.return = kprobe.function("sys_semctl").return?{

(name) = ("semctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_semctl = kprobe.function("compat_sys_semctl")?{

(name) = ("compat_sys_semctl")

(argstr) = (sprintf("%d, %d, %d, %p", int_arg(1), int_arg(2), int_arg(3), pointer_arg(4)))

}

probe nd_syscall.compat_sys_semctl.return = kprobe.function("compat_sys_semctl").return?{

(name) = ("compat_sys_semctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.semget = kprobe.function("sys_semget")?{

(name) = ("semget")

asmlinkage()

(key) = (int_arg(1))

(nsems) = (int_arg(2))

(semflg) = (int_arg(3))

(argstr) = (sprintf("%d, %d, %s", key, nsems, __sem_flags(semflg)))

}

probe nd_syscall.semget.return = kprobe.function("sys_semget").return?{

(name) = ("semget")

(retstr) = (returnstr(1))

}

probe nd_syscall.semop = kprobe.function("sys_semtimedop")?{

(name) = ("semop")

asmlinkage()

(semid) = (int_arg(1))

(tsops_uaddr) = (pointer_arg(2))

(nsops) = (uint_arg(3))

(argstr) = (sprintf("%d, %p, %d", semid, tsops_uaddr, nsops))

}

probe nd_syscall.semop.return = kprobe.function("sys_semtimedop").return?{

(name) = ("semop")

(retstr) = (returnstr(1))

}

probe nd_syscall.semtimedop = kprobe.function("sys_semtimedop")?{

(name) = ("semtimedop")

asmlinkage()

(semid) = (int_arg(1))

(sops_uaddr) = (pointer_arg(2))

(nsops) = (uint_arg(3))

(timeout_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%d, %p, %d, %s", semid, sops_uaddr, nsops, _struct_timespec_u(timeout_uaddr, 1)))

}

probe nd_syscall.semtimedop.return = kprobe.function("sys_semtimedop").return?{

(name) = ("semtimedop")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_semtimedop = kprobe.function("compat_sys_semtimedop")?{

(name) = ("compat_sys_semtimedop")

(semid) = (int_arg(1))

(sops_uaddr) = (pointer_arg(2))

(nsops) = (uint_arg(3))

(timeout_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%d, %p, %d, %s", semid, sops_uaddr, nsops, _struct_compat_timespec_u(timeout_uaddr, 1)))

}

probe nd_syscall.compat_sys_semtimedop.return = kprobe.function("compat_sys_semtimedop").return?{

(name) = ("compat_sys_semtimedop")

(retstr) = (returnstr(1))

}

probe nd_syscall.send = kprobe.function("sys_send")?{

(name) = ("send")

asmlinkage()

(s) = (int_arg(1))

(buf_uaddr) = (pointer_arg(2))

(len) = (ulong_arg(3))

(flags) = (uint_arg(4))

(flags_str) = (_sendflags_str(flags))

(argstr) = (sprintf("%d, %p, %d, %s", s, buf_uaddr, len, flags_str))

}

probe nd_syscall.send.return = kprobe.function("sys_send").return?{

(name) = ("send")

(retstr) = (returnstr(1))

}

probe nd_syscall.sendfile = kprobe.function("sys_sendfile")?, kprobe.function("sys_sendfile64")?{

(name) = ("sendfile")

asmlinkage()

(out_fd) = (int_arg(1))

(in_fd) = (int_arg(2))

(offset_uaddr) = (pointer_arg(3))

(count) = (ulong_arg(4))

(argstr) = (sprintf("%d, %d, %p, %d", out_fd, in_fd, offset_uaddr, count))

}
file").return?, kprobe.function("sys_sendfile64").return?{
(name) = ("sendfile")
(retstr) = (returnstr(1))
}
probe nd_syscall.sendmsg = kprobe.function("sys_sendmsg")?{
(name) = ("sendmsg")
asmlinkage()
(s) = (int_arg(1))
(msg_uaddr) = (pointer_arg(2))
(flags) = (uint_arg(3))
(flags_str) = (_sendflags_str(flags))
(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, _sendflags_str(flags)))
}
probe nd_syscall.sendmsg.return = kprobe.function("sys_sendmsg").return?{
(name) = ("sendmsg")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_sendmsg = kprobe.function("compat_sys_sendmsg")?{
(name) = ("compat_sys_sendmsg")
asmlinkage()
(s) = (int_arg(1))
(msg_uaddr) = (pointer_arg(2))
(flags) = (uint_arg(3))
(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, _sendflags_str(flags)))
}
probe nd_syscall.compat_sys_sendmsg.return = kprobe.function("compat_sys_sendmsg").return?{
(name) = ("compat_sys_sendmsg")
(retstr) = (returnstr(1))
}
probe nd_syscall.sendto = kprobe.function("sys_sendto")?{
(name) = ("sendto")
asmlinkage()
(s) = (int_arg(1))
(buf_uaddr) = (pointer_arg(2))
(len) = (ulong_arg(3))
(flags) = (uint_arg(4))
(flags_str) = (_sendflags_str(flags))
(to_uaddr) = (pointer_arg(5))
(tolen) = (int_arg(6))
(argstr) = (sprintf("%d, %p, %d, %s, %s, %d", s, buf_uaddr, len, flags_str, _struct_sockaddr_u(to_uaddr, tolen), tolen))
}
probe nd_syscall.sendto.return = kprobe.function("sys_sendto").return?{
(name) = ("sendto")
(retstr) = (returnstr(1))
}
probe nd_syscall.setdomainname = kprobe.function("sys_setdomainname")?{
(name) = ("setdomainname")
asmlinkage()
(hostname_uaddr) = (pointer_arg(1))
(len) = (int_arg(2))
(argstr) = (sprintf("%p, %d", hostname_uaddr, len))
}
probe nd_syscall.setdomainname.return = kprobe.function("sys_setdomainname").return?{
(name) = ("setdomainname")
(retstr) = (returnstr(1))
}
probe nd_syscall.setfsgid = kprobe.function("sys_setfsgid16")?, kprobe.function("sys_setfsgid")?{
(name) = ("setfsgid")
asmlinkage()
(fsgid) = (uint_arg(1))
(argstr) = (sprint(fsgid))
}
probe nd_syscall.setfsgid.return = kprobe.function("sys_setfsgid16").return?, kprobe.function("sys_setfsgid").return?{
(name) = ("setfsgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setfsuid = kprobe.function("sys_setfsuid16")?, kprobe.function("sys_setfsuid")?{
(name) = ("setfsuid")
asmlinkage()
(fsuid) = (uint_arg(1))
(argstr) = (sprint(fsuid))
}
probe nd_syscall.setfsuid.return = kprobe.function("sys_setfsuid16").return?, kprobe.function("sys_setfsuid").return?{
(name) = ("setfsuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setgid = kprobe.function("sys_setgid16")?, kprobe.function("sys_setgid")?{
(name) = ("setgid")
asmlinkage()
(gid) = (uint_arg(1))
(argstr) = (sprint(gid))
}
probe nd_syscall.setgid.return = kprobe.function("sys_setgid16").return?, kprobe.function("sys_setgid").return?{
(name) = ("setgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setgroups = kprobe.function("sys_setgroups16")?, kprobe.function("sys32_setgroups16")?, kprobe.function("sys_setgroups")?{
(name) = ("setgroups")
asmlinkage()
(size) = (int_arg(1))
(list_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", size, list_uaddr))
}
probe nd_syscall.setgroups.return = kprobe.function("sys_setgroups16").return?, kprobe.function("sys32_setgroups16").return?, kprobe.function("sys_setgroups").return?{
(name) = ("setgroups")
(retstr) = (returnstr(1))
}
probe nd_syscall.sethostname = kprobe.function("sys_sethostname")?{
(name) = ("sethostname")
asmlinkage()
(hostname_uaddr) = (pointer_arg(1))
(name_str) = (user_string(hostname_uaddr))
(len) = (int_arg(2))
(argstr) = (sprintf("%s, %d", user_string_quoted(hostname_uaddr), len))
}
probe nd_syscall.sethostname.return = kprobe.function("sys_sethostname").return?{
(name) = ("sethostname")
(retstr) = (returnstr(1))
}
probe nd_syscall.setitimer = kprobe.function("sys_setitimer")?{
(name) = ("setitimer")
asmlinkage()
(which) = (int_arg(1))
(value_uaddr) = (pointer_arg(2))
(ovalue_uaddr) = (pointer_arg(3))
(argstr) 
probe nd_syscall.sendfile.return = kprobe.function("sys_sendfile").return?, kprobe.function("sys_sendfile64").return?{

(name) = ("sendfile")

(retstr) = (returnstr(1))

}

probe nd_syscall.sendmsg = kprobe.function("sys_sendmsg")?{

(name) = ("sendmsg")

asmlinkage()

(s) = (int_arg(1))

(msg_uaddr) = (pointer_arg(2))

(flags) = (uint_arg(3))

(flags_str) = (_sendflags_str(flags))

(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, _sendflags_str(flags)))

}

probe nd_syscall.sendmsg.return = kprobe.function("sys_sendmsg").return?{

(name) = ("sendmsg")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_sendmsg = kprobe.function("compat_sys_sendmsg")?{

(name) = ("compat_sys_sendmsg")

asmlinkage()

(s) = (int_arg(1))

(msg_uaddr) = (pointer_arg(2))

(flags) = (uint_arg(3))

(argstr) = (sprintf("%d, %p, %s", s, msg_uaddr, _sendflags_str(flags)))

}

probe nd_syscall.compat_sys_sendmsg.return = kprobe.function("compat_sys_sendmsg").return?{

(name) = ("compat_sys_sendmsg")

(retstr) = (returnstr(1))

}

probe nd_syscall.sendto = kprobe.function("sys_sendto")?{

(name) = ("sendto")

asmlinkage()

(s) = (int_arg(1))

(buf_uaddr) = (pointer_arg(2))

(len) = (ulong_arg(3))

(flags) = (uint_arg(4))

(flags_str) = (_sendflags_str(flags))

(to_uaddr) = (pointer_arg(5))

(tolen) = (int_arg(6))

(argstr) = (sprintf("%d, %p, %d, %s, %s, %d", s, buf_uaddr, len, flags_str, _struct_sockaddr_u(to_uaddr, tolen), tolen))

}

probe nd_syscall.sendto.return = kprobe.function("sys_sendto").return?{

(name) = ("sendto")

(retstr) = (returnstr(1))

}

probe nd_syscall.setdomainname = kprobe.function("sys_setdomainname")?{

(name) = ("setdomainname")

asmlinkage()

(hostname_uaddr) = (pointer_arg(1))

(len) = (int_arg(2))

(argstr) = (sprintf("%p, %d", hostname_uaddr, len))

}

probe nd_syscall.setdomainname.return = kprobe.function("sys_setdomainname").return?{

(name) = ("setdomainname")

(retstr) = (returnstr(1))

}

probe nd_syscall.setfsgid = kprobe.function("sys_setfsgid16")?, kprobe.function("sys_setfsgid")?{

(name) = ("setfsgid")

asmlinkage()

(fsgid) = (uint_arg(1))

(argstr) = (sprint(fsgid))

}

probe nd_syscall.setfsgid.return = kprobe.function("sys_setfsgid16").return?, kprobe.function("sys_setfsgid").return?{

(name) = ("setfsgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setfsuid = kprobe.function("sys_setfsuid16")?, kprobe.function("sys_setfsuid")?{

(name) = ("setfsuid")

asmlinkage()

(fsuid) = (uint_arg(1))

(argstr) = (sprint(fsuid))

}

probe nd_syscall.setfsuid.return = kprobe.function("sys_setfsuid16").return?, kprobe.function("sys_setfsuid").return?{

(name) = ("setfsuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setgid = kprobe.function("sys_setgid16")?, kprobe.function("sys_setgid")?{

(name) = ("setgid")

asmlinkage()

(gid) = (uint_arg(1))

(argstr) = (sprint(gid))

}

probe nd_syscall.setgid.return = kprobe.function("sys_setgid16").return?, kprobe.function("sys_setgid").return?{

(name) = ("setgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setgroups = kprobe.function("sys_setgroups16")?, kprobe.function("sys32_setgroups16")?, kprobe.function("sys_setgroups")?{

(name) = ("setgroups")

asmlinkage()

(size) = (int_arg(1))

(list_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", size, list_uaddr))

}

probe nd_syscall.setgroups.return = kprobe.function("sys_setgroups16").return?, kprobe.function("sys32_setgroups16").return?, kprobe.function("sys_setgroups").return?{

(name) = ("setgroups")

(retstr) = (returnstr(1))

}

probe nd_syscall.sethostname = kprobe.function("sys_sethostname")?{

(name) = ("sethostname")

asmlinkage()

(hostname_uaddr) = (pointer_arg(1))

(name_str) = (user_string(hostname_uaddr))

(len) = (int_arg(2))

(argstr) = (sprintf("%s, %d", user_string_quoted(hostname_uaddr), len))

}

probe nd_syscall.sethostname.return = kprobe.function("sys_sethostname").return?{

(name) = ("sethostname")

(retstr) = (returnstr(1))

}

probe nd_syscall.setitimer = kprobe.function("sys_setitimer")?{

(name) = ("setitimer")

asmlinkage()

(which) = (int_arg(1))

(value_uaddr) = (pointer_arg(2))

(ovalue_uaddr) = (pointer_arg(3))
= (sprintf("%s, %s, %p", _itimer_which_str(which), _struct_itimerval_u(value_uaddr), ovalue_uaddr))
}
probe nd_syscall.setitimer.return = kprobe.function("sys_setitimer").return?{
(name) = ("setitimer")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_setitimer = kprobe.function("compat_sys_setitimer")?{
(name) = ("setitimer")
asmlinkage()
(which) = (int_arg(1))
(value_uaddr) = (pointer_arg(2))
(ovalue_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %s, %p", _itimer_which_str(which), _struct_compat_itimerval_u(value_uaddr), ovalue_uaddr))
}
probe nd_syscall.compat_setitimer.return = kprobe.function("compat_sys_setitimer").return?{
(name) = ("setitimer")
(retstr) = (returnstr(1))
}
probe nd_syscall.set_mempolicy = kprobe.function("compat_sys_set_mempolicy")?, kprobe.function("sys_set_mempolicy")?{
(name) = ("set_mempolicy")
asmlinkage()
(mode) = (int_arg(1))
(nmask_uaddr) = (pointer_arg(2))
(maxnode) = (ulong_arg(3))
(argstr) = (sprintf("%d, %p, %d", mode, nmask_uaddr, maxnode))
}
probe nd_syscall.set_mempolicy.return = kprobe.function("compat_sys_set_mempolicy").return?, kprobe.function("sys_set_mempolicy").return?{
(name) = ("set_mempolicy")
(retstr) = (returnstr(1))
}
probe nd_syscall.setpgid = kprobe.function("sys_setpgid")?{
(name) = ("setpgid")
asmlinkage()
(pid) = (int_arg(1))
(pgid) = (int_arg(2))
(argstr) = (sprintf("%d, %d", pid, pgid))
}
probe nd_syscall.setpgid.return = kprobe.function("sys_setpgid").return?{
(name) = ("setpgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setpriority = kprobe.function("sys_setpriority")?{
(name) = ("setpriority")
asmlinkage()
(which) = (int_arg(1))
(which_str) = (_priority_which_str(which))
(who) = (int_arg(2))
(prio) = (int_arg(3))
(argstr) = (sprintf("%s, %d, %d", which_str, who, prio))
}
probe nd_syscall.setpriority.return = kprobe.function("sys_setpriority").return?{
(name) = ("setpriority")
(retstr) = (returnstr(1))
}
probe nd_syscall.setregid = kprobe.function("sys_setregid")?{
(name) = ("setregid")
asmlinkage()
(rgid) = (__int32(uint_arg(1)))
(egid) = (__int32(uint_arg(2)))
(argstr) = (sprintf("%d, %d", rgid, egid))
}
probe nd_syscall.setregid.return = kprobe.function("sys_setregid").return?{
(name) = ("setregid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setregid16 = kprobe.function("sys_setregid16")?{
(name) = ("setregid")
asmlinkage()
(rgid) = (__short(uint_arg(1)))
(egid) = (__short(uint_arg(2)))
(argstr) = (sprintf("%d, %d", rgid, egid))
}
probe nd_syscall.setregid16.return = kprobe.function("sys_setregid16").return?{
(name) = ("setregid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setresgid = kprobe.function("sys_setresgid")?{
(name) = ("setresgid")
asmlinkage()
(rgid) = (__int32(uint_arg(1)))
(egid) = (__int32(uint_arg(2)))
(sgid) = (__int32(uint_arg(3)))
(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))
}
probe nd_syscall.setresgid.return = kprobe.function("sys_setresgid").return?{
(name) = ("setresgid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setresgid16 = kprobe.function("sys_setresgid16")?{
(name) = ("setresgid")
asmlinkage()
(rgid) = (__short(uint_arg(1)))
(egid) = (__short(uint_arg(2)))
(sgid) = (__short(uint_arg(3)))
(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))
}
probe nd_syscall.setresgid16.return = kprobe.function("sys_setresgid16").return?{
(name) = ("setresgid16")
(retstr) = (returnstr(1))
}
probe nd_syscall.setresuid = kprobe.function("sys_setresuid")?{
(name) = ("setresuid")
asmlinkage()
(ruid) = (__int32(uint_arg(1)))
(euid) = (__int32(uint_arg(2)))
(suid) = (__int32(uint_arg(3)))
(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))
}
probe nd_syscall.setresuid.return = kprobe.function("sys_setresuid").return?{
(name) = ("setresuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setresuid16 = kprobe.function("sys_setresuid16")?{
(name) = ("setresuid")
asmlinkage()
(ruid) = (__short(uint_arg(1)))
(euid) = (__short(uint_arg(2)))
(suid) = (__short(uint_arg(3)))
(argstr) = (sprintf("%d, %d, %d", ruid, euid, s
(argstr) = (sprintf("%s, %s, %p", _itimer_which_str(which), _struct_itimerval_u(value_uaddr), ovalue_uaddr))

}

probe nd_syscall.setitimer.return = kprobe.function("sys_setitimer").return?{

(name) = ("setitimer")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_setitimer = kprobe.function("compat_sys_setitimer")?{

(name) = ("setitimer")

asmlinkage()

(which) = (int_arg(1))

(value_uaddr) = (pointer_arg(2))

(ovalue_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %s, %p", _itimer_which_str(which), _struct_compat_itimerval_u(value_uaddr), ovalue_uaddr))

}

probe nd_syscall.compat_setitimer.return = kprobe.function("compat_sys_setitimer").return?{

(name) = ("setitimer")

(retstr) = (returnstr(1))

}

probe nd_syscall.set_mempolicy = kprobe.function("compat_sys_set_mempolicy")?, kprobe.function("sys_set_mempolicy")?{

(name) = ("set_mempolicy")

asmlinkage()

(mode) = (int_arg(1))

(nmask_uaddr) = (pointer_arg(2))

(maxnode) = (ulong_arg(3))

(argstr) = (sprintf("%d, %p, %d", mode, nmask_uaddr, maxnode))

}

probe nd_syscall.set_mempolicy.return = kprobe.function("compat_sys_set_mempolicy").return?, kprobe.function("sys_set_mempolicy").return?{

(name) = ("set_mempolicy")

(retstr) = (returnstr(1))

}

probe nd_syscall.setpgid = kprobe.function("sys_setpgid")?{

(name) = ("setpgid")

asmlinkage()

(pid) = (int_arg(1))

(pgid) = (int_arg(2))

(argstr) = (sprintf("%d, %d", pid, pgid))

}

probe nd_syscall.setpgid.return = kprobe.function("sys_setpgid").return?{

(name) = ("setpgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setpriority = kprobe.function("sys_setpriority")?{

(name) = ("setpriority")

asmlinkage()

(which) = (int_arg(1))

(which_str) = (_priority_which_str(which))

(who) = (int_arg(2))

(prio) = (int_arg(3))

(argstr) = (sprintf("%s, %d, %d", which_str, who, prio))

}

probe nd_syscall.setpriority.return = kprobe.function("sys_setpriority").return?{

(name) = ("setpriority")

(retstr) = (returnstr(1))

}

probe nd_syscall.setregid = kprobe.function("sys_setregid")?{

(name) = ("setregid")

asmlinkage()

(rgid) = (__int32(uint_arg(1)))

(egid) = (__int32(uint_arg(2)))

(argstr) = (sprintf("%d, %d", rgid, egid))

}

probe nd_syscall.setregid.return = kprobe.function("sys_setregid").return?{

(name) = ("setregid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setregid16 = kprobe.function("sys_setregid16")?{

(name) = ("setregid")

asmlinkage()

(rgid) = (__short(uint_arg(1)))

(egid) = (__short(uint_arg(2)))

(argstr) = (sprintf("%d, %d", rgid, egid))

}

probe nd_syscall.setregid16.return = kprobe.function("sys_setregid16").return?{

(name) = ("setregid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setresgid = kprobe.function("sys_setresgid")?{

(name) = ("setresgid")

asmlinkage()

(rgid) = (__int32(uint_arg(1)))

(egid) = (__int32(uint_arg(2)))

(sgid) = (__int32(uint_arg(3)))

(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))

}

probe nd_syscall.setresgid.return = kprobe.function("sys_setresgid").return?{

(name) = ("setresgid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setresgid16 = kprobe.function("sys_setresgid16")?{

(name) = ("setresgid")

asmlinkage()

(rgid) = (__short(uint_arg(1)))

(egid) = (__short(uint_arg(2)))

(sgid) = (__short(uint_arg(3)))

(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))

}

probe nd_syscall.setresgid16.return = kprobe.function("sys_setresgid16").return?{

(name) = ("setresgid16")

(retstr) = (returnstr(1))

}

probe nd_syscall.setresuid = kprobe.function("sys_setresuid")?{

(name) = ("setresuid")

asmlinkage()

(ruid) = (__int32(uint_arg(1)))

(euid) = (__int32(uint_arg(2)))

(suid) = (__int32(uint_arg(3)))

(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))

}

probe nd_syscall.setresuid.return = kprobe.function("sys_setresuid").return?{

(name) = ("setresuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setresuid16 = kprobe.function("sys_setresuid16")?{

(name) = ("setresuid")

asmlinkage()

(ruid) = (__short(uint_arg(1)))

(euid) = (__short(uint_arg(2)))

(suid) = (__short(uint_arg(3)))
uid))
}
probe nd_syscall.setresuid16.return = kprobe.function("sys_setresuid16").return?{
(name) = ("setresuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setreuid = kprobe.function("sys_setreuid")?{
(name) = ("setreuid")
asmlinkage()
(ruid) = (__int32(uint_arg(1)))
(euid) = (__int32(uint_arg(2)))
(argstr) = (sprintf("%d, %d", ruid, euid))
}
probe nd_syscall.setreuid.return = kprobe.function("sys_setreuid").return?{
(name) = ("setreuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setreuid16 = kprobe.function("sys_setreuid16")?{
(name) = ("setreuid")
asmlinkage()
(ruid) = (__short(uint_arg(1)))
(euid) = (__short(uint_arg(2)))
(argstr) = (sprintf("%d, %d", ruid, euid))
}
probe nd_syscall.setreuid16.return = kprobe.function("sys_setreuid16").return?{
(name) = ("setreuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setrlimit = kprobe.function("sys_setrlimit")?{
(name) = ("setrlimit")
asmlinkage()
(resource) = (uint_arg(1))
(rlim_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %s", _rlimit_resource_str(resource), _struct_rlimit_u(rlim_uaddr)))
}
probe nd_syscall.setrlimit.return = kprobe.function("sys_setrlimit").return?{
(name) = ("setrlimit")
(retstr) = (returnstr(1))
}
probe nd_syscall.setsid = kprobe.function("sys_setsid"){
(name) = ("setsid")
(argstr) = ("")
}
probe nd_syscall.setsid.return = kprobe.function("sys_setsid").return{
(name) = ("setsid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setsockopt = kprobe.function("compat_sys_setsockopt")?, kprobe.function("sys_setsockopt")?{
(name) = ("setsockopt")
asmlinkage()
(fd) = (int_arg(1))
(level) = (int_arg(2))
(level_str) = (_sockopt_level_str(level))
(optname) = (int_arg(3))
(optname_str) = (_sockopt_optname_str(optname))
(optval_uaddr) = (pointer_arg(4))
(optlen) = (int_arg(5))
(argstr) = (sprintf("%d, %s, %s, %p, %d", fd, level_str, optname_str, optval_uaddr, optlen))
}
probe nd_syscall.setsockopt.return = kprobe.function("compat_sys_setsockopt").return?, kprobe.function("sys_setsockopt").return?{
(name) = ("setsockopt")
(retstr) = (returnstr(1))
}
probe nd_syscall.set_tid_address = kprobe.function("sys_set_tid_address")?{
(name) = ("set_tid_address")
asmlinkage()
(tidptr_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", tidptr_uaddr))
}
probe nd_syscall.set_tid_address.return = kprobe.function("sys_set_tid_address").return?{
(name) = ("set_tid_address")
(retstr) = (returnstr(1))
}
probe nd_syscall.settimeofday = kprobe.function("sys_settimeofday")?{
(name) = ("settimeofday")
asmlinkage()
(tv_uaddr) = (pointer_arg(1))
(tz_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %s", _struct_timeval_u(tv_uaddr, 1), _struct_timezone_u(tz_uaddr)))
}
probe nd_syscall.settimeofday.return = kprobe.function("sys_settimeofday").return?{
(name) = ("settimeofday")
(retstr) = (returnstr(1))
}
probe nd_syscall.settimeofday32 = kprobe.function("sys32_settimeofday")?, kprobe.function("compat_sys_settimeofday")?{
(name) = ("settimeofday")
asmlinkage()
(tv_uaddr) = (pointer_arg(1))
(tz_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %s", _struct_compat_timeval_u(tv_uaddr, 1), _struct_timezone_u(tz_uaddr)))
}
probe nd_syscall.settimeofday32.return = kprobe.function("sys32_settimeofday").return?, kprobe.function("compat_sys_settimeofday").return?{
(name) = ("settimeofday")
(retstr) = (returnstr(1))
}
probe nd_syscall.setuid = kprobe.function("sys_setuid16")?, kprobe.function("sys_setuid")?{
(name) = ("setuid")
asmlinkage()
(uid) = (uint_arg(1))
(argstr) = (sprint(uid))
}
probe nd_syscall.setuid.return = kprobe.function("sys_setuid16").return?, kprobe.function("sys_setuid").return?{
(name) = ("setuid")
(retstr) = (returnstr(1))
}
probe nd_syscall.setxattr = kprobe.function("sys_setxattr")?{
(name) = ("setxattr")
asmlinkage()
(path_uaddr) = (pointer_arg(1))
(path) = (user_string(path_uaddr))
(name_uaddr) = (pointer_arg(2))
(name_str) = (user_string(name_uaddr))
(value_uaddr) = (pointer_arg(3))
(size) = (ulong_arg(4))
(flags) = (int_arg(5))
(argstr) = (sprintf("%s
(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))

}

probe nd_syscall.setresuid16.return = kprobe.function("sys_setresuid16").return?{

(name) = ("setresuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setreuid = kprobe.function("sys_setreuid")?{

(name) = ("setreuid")

asmlinkage()

(ruid) = (__int32(uint_arg(1)))

(euid) = (__int32(uint_arg(2)))

(argstr) = (sprintf("%d, %d", ruid, euid))

}

probe nd_syscall.setreuid.return = kprobe.function("sys_setreuid").return?{

(name) = ("setreuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setreuid16 = kprobe.function("sys_setreuid16")?{

(name) = ("setreuid")

asmlinkage()

(ruid) = (__short(uint_arg(1)))

(euid) = (__short(uint_arg(2)))

(argstr) = (sprintf("%d, %d", ruid, euid))

}

probe nd_syscall.setreuid16.return = kprobe.function("sys_setreuid16").return?{

(name) = ("setreuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setrlimit = kprobe.function("sys_setrlimit")?{

(name) = ("setrlimit")

asmlinkage()

(resource) = (uint_arg(1))

(rlim_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %s", _rlimit_resource_str(resource), _struct_rlimit_u(rlim_uaddr)))

}

probe nd_syscall.setrlimit.return = kprobe.function("sys_setrlimit").return?{

(name) = ("setrlimit")

(retstr) = (returnstr(1))

}

probe nd_syscall.setsid = kprobe.function("sys_setsid"){

(name) = ("setsid")

(argstr) = ("")

}

probe nd_syscall.setsid.return = kprobe.function("sys_setsid").return{

(name) = ("setsid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setsockopt = kprobe.function("compat_sys_setsockopt")?, kprobe.function("sys_setsockopt")?{

(name) = ("setsockopt")

asmlinkage()

(fd) = (int_arg(1))

(level) = (int_arg(2))

(level_str) = (_sockopt_level_str(level))

(optname) = (int_arg(3))

(optname_str) = (_sockopt_optname_str(optname))

(optval_uaddr) = (pointer_arg(4))

(optlen) = (int_arg(5))

(argstr) = (sprintf("%d, %s, %s, %p, %d", fd, level_str, optname_str, optval_uaddr, optlen))

}

probe nd_syscall.setsockopt.return = kprobe.function("compat_sys_setsockopt").return?, kprobe.function("sys_setsockopt").return?{

(name) = ("setsockopt")

(retstr) = (returnstr(1))

}

probe nd_syscall.set_tid_address = kprobe.function("sys_set_tid_address")?{

(name) = ("set_tid_address")

asmlinkage()

(tidptr_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", tidptr_uaddr))

}

probe nd_syscall.set_tid_address.return = kprobe.function("sys_set_tid_address").return?{

(name) = ("set_tid_address")

(retstr) = (returnstr(1))

}

probe nd_syscall.settimeofday = kprobe.function("sys_settimeofday")?{

(name) = ("settimeofday")

asmlinkage()

(tv_uaddr) = (pointer_arg(1))

(tz_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %s", _struct_timeval_u(tv_uaddr, 1), _struct_timezone_u(tz_uaddr)))

}

probe nd_syscall.settimeofday.return = kprobe.function("sys_settimeofday").return?{

(name) = ("settimeofday")

(retstr) = (returnstr(1))

}

probe nd_syscall.settimeofday32 = kprobe.function("sys32_settimeofday")?, kprobe.function("compat_sys_settimeofday")?{

(name) = ("settimeofday")

asmlinkage()

(tv_uaddr) = (pointer_arg(1))

(tz_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %s", _struct_compat_timeval_u(tv_uaddr, 1), _struct_timezone_u(tz_uaddr)))

}

probe nd_syscall.settimeofday32.return = kprobe.function("sys32_settimeofday").return?, kprobe.function("compat_sys_settimeofday").return?{

(name) = ("settimeofday")

(retstr) = (returnstr(1))

}

probe nd_syscall.setuid = kprobe.function("sys_setuid16")?, kprobe.function("sys_setuid")?{

(name) = ("setuid")

asmlinkage()

(uid) = (uint_arg(1))

(argstr) = (sprint(uid))

}

probe nd_syscall.setuid.return = kprobe.function("sys_setuid16").return?, kprobe.function("sys_setuid").return?{

(name) = ("setuid")

(retstr) = (returnstr(1))

}

probe nd_syscall.setxattr = kprobe.function("sys_setxattr")?{

(name) = ("setxattr")

asmlinkage()

(path_uaddr) = (pointer_arg(1))

(path) = (user_string(path_uaddr))

(name_uaddr) = (pointer_arg(2))

(name_str) = (user_string(name_uaddr))

(value_uaddr) = (pointer_arg(3))

(size) = (ulong_arg(4))

(flags) = (int_arg(5))
, %s, %p, %d, %d", user_string_quoted(path_uaddr), user_string_quoted(name_uaddr), value_uaddr, size, flags))
}
probe nd_syscall.setxattr.return = kprobe.function("sys_setxattr").return?{
(name) = ("setxattr")
(retstr) = (returnstr(1))
}
probe nd_syscall.sgetmask = kprobe.function("sys_sgetmask")?{
(name) = ("sgetmask")
(argstr) = ("")
}
probe nd_syscall.sgetmask.return = kprobe.function("sys_sgetmask").return?{
(name) = ("sgetmask")
(retstr) = (returnstr(1))
}
probe nd_syscall.shmat = kprobe.function("sys_shmat")?{
(name) = ("shmat")
asmlinkage()
(shmid) = (int_arg(1))
(shmaddr_uaddr) = (pointer_arg(2))
(shmflg) = (int_arg(3))
(argstr) = (sprintf("%d, %p, %s", shmid, shmaddr_uaddr, _shmat_flags_str(shmflg)))
}
probe nd_syscall.shmat.return = kprobe.function("sys_shmat").return?{
(name) = ("shmat")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_shmat = kprobe.function("compat_sys_shmat")?{
(name) = ("compat_sys_shmat")
(first) = (int_arg(1))
(second) = (int_arg(2))
(third) = (u32_arg(3))
(uptr_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %d, %d, %d, %p", first, second, third, int_arg(4), uptr_uaddr))
}
probe nd_syscall.compat_sys_shmat.return = kprobe.function("compat_sys_shmat").return?{
(name) = ("compat_sys_shmat")
(retstr) = (returnstr(1))
}
probe nd_syscall.shmctl = kprobe.function("sys_shmctl")?{
(name) = ("shmctl")
asmlinkage()
(shmid) = (int_arg(1))
(cmd) = (int_arg(2))
(buf_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %s, %p", shmid, _semctl_cmd(cmd), buf_uaddr))
}
probe nd_syscall.shmctl.return = kprobe.function("sys_shmctl").return?{
(name) = ("shmctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_shmctl = kprobe.function("compat_sys_shmctl")?{
(name) = ("compat_sys_shmctl")
(first) = (int_arg(1))
(second) = (int_arg(2))
(uptr_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%d, %d, %p", first, second, uptr_uaddr))
}
probe nd_syscall.compat_sys_shmctl.return = kprobe.function("compat_sys_shmctl").return?{
(name) = ("compat_sys_shmctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.shmdt = kprobe.function("sys_shmdt")?{
(name) = ("shmdt")
asmlinkage()
(shmaddr_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", shmaddr_uaddr))
}
probe nd_syscall.shmdt.return = kprobe.function("sys_shmdt").return?{
(name) = ("shmdt")
(retstr) = (returnstr(1))
}
probe nd_syscall.shmget = kprobe.function("sys_shmget")?{
(name) = ("shmget")
asmlinkage()
(key) = (int_arg(1))
(size) = (ulong_arg(2))
(shmflg) = (int_arg(3))
(argstr) = (sprintf("%d, %d, %d", key, size, shmflg))
}
probe nd_syscall.shmget.return = kprobe.function("sys_shmget").return?{
(name) = ("shmget")
(retstr) = (returnstr(1))
}
probe nd_syscall.shutdown = kprobe.function("sys_shutdown")?{
(name) = ("shutdown")
asmlinkage()
(s) = (int_arg(1))
(how) = (int_arg(2))
(how_str) = (_shutdown_how_str(how))
(argstr) = (sprintf("%d, %s", s, how_str))
}
probe nd_syscall.shutdown.return = kprobe.function("sys_shutdown").return?{
(name) = ("shutdown")
(retstr) = (returnstr(1))
}
probe nd_syscall.sigaction = kprobe.function("sys_sigaction")?{
(name) = ("sigaction")
(sig) = (int_arg(1))
(act_uaddr) = (pointer_arg(2))
(oact_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, {%s}, %p", _signal_name(sig), _struct_sigaction_u(act_uaddr), oact_uaddr))
}
probe nd_syscall.sigaction.return = kprobe.function("sys_sigaction").return?{
(name) = ("sigaction")
(retstr) = (returnstr(1))
}
probe nd_syscall.sigaction32 = kprobe.function("sys32_sigaction")?, kprobe.function("compat_sys_sigaction")?{
(name) = ("sigaction")
asmlinkage()
(sig) = (int_arg(1))
(act_uaddr) = (pointer_arg(2))
(oact_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, {%s}, %p", _signal_name(sig), _struct_old_sigaction32_u(act_uaddr), oact_uaddr))
}
probe nd_syscall.sigaction32.return = kprobe.function("sys32_sigaction").return?, kprobe.function("compat_sys_sigaction")?{
(name) = ("sigaction")
(retstr) = (returnstr(1))
}
probe nd_syscall.signal = kprobe.function("sys_signal")?{
(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted(path_uaddr), user_string_quoted(name_uaddr), value_uaddr, size, flags))

}

probe nd_syscall.setxattr.return = kprobe.function("sys_setxattr").return?{

(name) = ("setxattr")

(retstr) = (returnstr(1))

}

probe nd_syscall.sgetmask = kprobe.function("sys_sgetmask")?{

(name) = ("sgetmask")

(argstr) = ("")

}

probe nd_syscall.sgetmask.return = kprobe.function("sys_sgetmask").return?{

(name) = ("sgetmask")

(retstr) = (returnstr(1))

}

probe nd_syscall.shmat = kprobe.function("sys_shmat")?{

(name) = ("shmat")

asmlinkage()

(shmid) = (int_arg(1))

(shmaddr_uaddr) = (pointer_arg(2))

(shmflg) = (int_arg(3))

(argstr) = (sprintf("%d, %p, %s", shmid, shmaddr_uaddr, _shmat_flags_str(shmflg)))

}

probe nd_syscall.shmat.return = kprobe.function("sys_shmat").return?{

(name) = ("shmat")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_shmat = kprobe.function("compat_sys_shmat")?{

(name) = ("compat_sys_shmat")

(first) = (int_arg(1))

(second) = (int_arg(2))

(third) = (u32_arg(3))

(uptr_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %d, %d, %d, %p", first, second, third, int_arg(4), uptr_uaddr))

}

probe nd_syscall.compat_sys_shmat.return = kprobe.function("compat_sys_shmat").return?{

(name) = ("compat_sys_shmat")

(retstr) = (returnstr(1))

}

probe nd_syscall.shmctl = kprobe.function("sys_shmctl")?{

(name) = ("shmctl")

asmlinkage()

(shmid) = (int_arg(1))

(cmd) = (int_arg(2))

(buf_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %s, %p", shmid, _semctl_cmd(cmd), buf_uaddr))

}

probe nd_syscall.shmctl.return = kprobe.function("sys_shmctl").return?{

(name) = ("shmctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_shmctl = kprobe.function("compat_sys_shmctl")?{

(name) = ("compat_sys_shmctl")

(first) = (int_arg(1))

(second) = (int_arg(2))

(uptr_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%d, %d, %p", first, second, uptr_uaddr))

}

probe nd_syscall.compat_sys_shmctl.return = kprobe.function("compat_sys_shmctl").return?{

(name) = ("compat_sys_shmctl")

(retstr) = (returnstr(1))

}

probe nd_syscall.shmdt = kprobe.function("sys_shmdt")?{

(name) = ("shmdt")

asmlinkage()

(shmaddr_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", shmaddr_uaddr))

}

probe nd_syscall.shmdt.return = kprobe.function("sys_shmdt").return?{

(name) = ("shmdt")

(retstr) = (returnstr(1))

}

probe nd_syscall.shmget = kprobe.function("sys_shmget")?{

(name) = ("shmget")

asmlinkage()

(key) = (int_arg(1))

(size) = (ulong_arg(2))

(shmflg) = (int_arg(3))

(argstr) = (sprintf("%d, %d, %d", key, size, shmflg))

}

probe nd_syscall.shmget.return = kprobe.function("sys_shmget").return?{

(name) = ("shmget")

(retstr) = (returnstr(1))

}

probe nd_syscall.shutdown = kprobe.function("sys_shutdown")?{

(name) = ("shutdown")

asmlinkage()

(s) = (int_arg(1))

(how) = (int_arg(2))

(how_str) = (_shutdown_how_str(how))

(argstr) = (sprintf("%d, %s", s, how_str))

}

probe nd_syscall.shutdown.return = kprobe.function("sys_shutdown").return?{

(name) = ("shutdown")

(retstr) = (returnstr(1))

}

probe nd_syscall.sigaction = kprobe.function("sys_sigaction")?{

(name) = ("sigaction")

(sig) = (int_arg(1))

(act_uaddr) = (pointer_arg(2))

(oact_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, {%s}, %p", _signal_name(sig), _struct_sigaction_u(act_uaddr), oact_uaddr))

}

probe nd_syscall.sigaction.return = kprobe.function("sys_sigaction").return?{

(name) = ("sigaction")

(retstr) = (returnstr(1))

}

probe nd_syscall.sigaction32 = kprobe.function("sys32_sigaction")?, kprobe.function("compat_sys_sigaction")?{

(name) = ("sigaction")

asmlinkage()

(sig) = (int_arg(1))

(act_uaddr) = (pointer_arg(2))

(oact_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, {%s}, %p", _signal_name(sig), _struct_old_sigaction32_u(act_uaddr), oact_uaddr))

}

probe nd_syscall.sigaction32.return = kprobe.function("sys32_sigaction").return?, kprobe.function("compat_sys_sigaction")?{

(name) = ("sigaction")

(retstr) = (returnstr(1))

}

probe nd_syscall.signal = kprobe.function("sys_signal")?{

(name) = ("signal")
asmlinkage()
(sig) = (int_arg(1))
(handler) = (pointer_arg(2))
(argstr) = (sprintf("%s, %s", _signal_name(sig), _sighandler_str(handler)))
}
probe nd_syscall.signal.return = kprobe.function("sys_signal").return?{
(name) = ("signal")
(retstr) = (returnstr(1))
}
probe nd_syscall.signalfd = kprobe.function("sys_signalfd")?{
(name) = ("signalfd")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d", int_arg(1), pointer_arg(2), ulong_arg(3)))
}
probe nd_syscall.signalfd.return = kprobe.function("sys_signalfd").return?{
(name) = ("signalfd")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_signalfd = kprobe.function("compat_sys_signalfd")?{
(name) = ("compat_signalfd")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d", int_arg(1), pointer_arg(2), u32_arg(3)))
}
probe nd_syscall.compat_signalfd.return = kprobe.function("compat_sys_signalfd").return?{
(name) = ("compat_signalfd")
(retstr) = (returnstr(1))
}
probe nd_syscall.sigpending = kprobe.function("sys_sigpending")?{
(name) = ("sigpending")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.sigpending.return = kprobe.function("sys_sigpending").return?{
(name) = ("sigpending")
(retstr) = (returnstr(1))
}
probe nd_syscall.sigprocmask = kprobe.function("sys_sigprocmask")?{
(name) = ("sigprocmask")
asmlinkage()
(how) = (int_arg(1))
(how_str) = (_sigprocmask_how_str(how))
(set_uaddr) = (pointer_arg(2))
(oldset_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %p, %p", how_str, set_uaddr, oldset_uaddr))
}
probe nd_syscall.sigprocmask.return = kprobe.function("sys_sigprocmask").return?{
(name) = ("sigprocmask")
(retstr) = (returnstr(1))
}
probe nd_syscall.sigreturn = kprobe.function("sys_sigreturn")?, kprobe.function("sys32_sigreturn")?{
(name) = ("sigreturn")
(argstr) = ("")
}
probe nd_syscall.sigreturn.return = kprobe.function("sys_sigreturn").return?, kprobe.function("sys32_sigreturn").return?{
(name) = ("sigreturn")
(retstr) = (returnstr(1))
}
probe nd_syscall.sigsuspend = kprobe.function("sys_sigsuspend")?, kprobe.function("sys32_sigsuspend")?{
(name) = ("sigsuspend")
(argstr) = ("")
}
probe nd_syscall.sigsuspend.return = kprobe.function("sys_sigsuspend").return?, kprobe.function("sys32_sigsuspend").return?{
(name) = ("sigsuspend")
(retstr) = (returnstr(1))
}
probe nd_syscall.socket = kprobe.function("sys_socket")?{
(name) = ("socket")
asmlinkage()
(family) = (int_arg(1))
(type) = (int_arg(2))
(protocol) = (int_arg(3))
(argstr) = (sprintf("%s, %s, %d", _sock_family_str(family), _sock_type_str(type), protocol))
}
probe nd_syscall.socket.return = kprobe.function("sys_socket").return?{
(name) = ("socket")
(retstr) = (returnstr(1))
}
probe nd_syscall.socketpair = kprobe.function("sys_socketpair")?{
(name) = ("socketpair")
asmlinkage()
(family) = (int_arg(1))
(type) = (int_arg(2))
(protocol) = (int_arg(3))
(sv_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%s, %s, %d, %p", _sock_family_str(family), _sock_type_str(type), protocol, sv_uaddr))
}
probe nd_syscall.socketpair.return = kprobe.function("sys_socketpair").return?{
(name) = ("socketpair")
(retstr) = (returnstr(1))
}
probe nd_syscall.splice = kprobe.function("sys_splice")?{
(name) = ("splice")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d, %p, %d, 0x%x", int_arg(1), pointer_arg(2), int_arg(3), pointer_arg(4), ulong_arg(5), uint_arg(6)))
}
probe nd_syscall.splice.return = kprobe.function("sys_splice").return?{
(name) = ("splice")
(retstr) = (returnstr(1))
}
probe nd_syscall.ssetmask = kprobe.function("sys_ssetmask")?{
(name) = ("ssetmask")
asmlinkage()
(newmask) = (int_arg(1))
(argstr) = (sprint(newmask))
}
probe nd_syscall.ssetmask.return = kprobe.function("sys_ssetmask").return?{
(name) = ("ssetmask")
(retstr) = (returnstr(1))
}
probe nd_syscall.stat = kprobe.function("sys_stat")?, kprobe.function("sys_newstat")?, kprobe.function("sys32_stat64")?, kprobe.function("sys_stat64")?, kprobe.function("sys_oabi_stat64")?, kprobe.function("compat_sys_newstat")?{
(name) = ("stat")
asmli
(name) = ("signal")

asmlinkage()

(sig) = (int_arg(1))

(handler) = (pointer_arg(2))

(argstr) = (sprintf("%s, %s", _signal_name(sig), _sighandler_str(handler)))

}

probe nd_syscall.signal.return = kprobe.function("sys_signal").return?{

(name) = ("signal")

(retstr) = (returnstr(1))

}

probe nd_syscall.signalfd = kprobe.function("sys_signalfd")?{

(name) = ("signalfd")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d", int_arg(1), pointer_arg(2), ulong_arg(3)))

}

probe nd_syscall.signalfd.return = kprobe.function("sys_signalfd").return?{

(name) = ("signalfd")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_signalfd = kprobe.function("compat_sys_signalfd")?{

(name) = ("compat_signalfd")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d", int_arg(1), pointer_arg(2), u32_arg(3)))

}

probe nd_syscall.compat_signalfd.return = kprobe.function("compat_sys_signalfd").return?{

(name) = ("compat_signalfd")

(retstr) = (returnstr(1))

}

probe nd_syscall.sigpending = kprobe.function("sys_sigpending")?{

(name) = ("sigpending")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.sigpending.return = kprobe.function("sys_sigpending").return?{

(name) = ("sigpending")

(retstr) = (returnstr(1))

}

probe nd_syscall.sigprocmask = kprobe.function("sys_sigprocmask")?{

(name) = ("sigprocmask")

asmlinkage()

(how) = (int_arg(1))

(how_str) = (_sigprocmask_how_str(how))

(set_uaddr) = (pointer_arg(2))

(oldset_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %p, %p", how_str, set_uaddr, oldset_uaddr))

}

probe nd_syscall.sigprocmask.return = kprobe.function("sys_sigprocmask").return?{

(name) = ("sigprocmask")

(retstr) = (returnstr(1))

}

probe nd_syscall.sigreturn = kprobe.function("sys_sigreturn")?, kprobe.function("sys32_sigreturn")?{

(name) = ("sigreturn")

(argstr) = ("")

}

probe nd_syscall.sigreturn.return = kprobe.function("sys_sigreturn").return?, kprobe.function("sys32_sigreturn").return?{

(name) = ("sigreturn")

(retstr) = (returnstr(1))

}

probe nd_syscall.sigsuspend = kprobe.function("sys_sigsuspend")?, kprobe.function("sys32_sigsuspend")?{

(name) = ("sigsuspend")

(argstr) = ("")

}

probe nd_syscall.sigsuspend.return = kprobe.function("sys_sigsuspend").return?, kprobe.function("sys32_sigsuspend").return?{

(name) = ("sigsuspend")

(retstr) = (returnstr(1))

}

probe nd_syscall.socket = kprobe.function("sys_socket")?{

(name) = ("socket")

asmlinkage()

(family) = (int_arg(1))

(type) = (int_arg(2))

(protocol) = (int_arg(3))

(argstr) = (sprintf("%s, %s, %d", _sock_family_str(family), _sock_type_str(type), protocol))

}

probe nd_syscall.socket.return = kprobe.function("sys_socket").return?{

(name) = ("socket")

(retstr) = (returnstr(1))

}

probe nd_syscall.socketpair = kprobe.function("sys_socketpair")?{

(name) = ("socketpair")

asmlinkage()

(family) = (int_arg(1))

(type) = (int_arg(2))

(protocol) = (int_arg(3))

(sv_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%s, %s, %d, %p", _sock_family_str(family), _sock_type_str(type), protocol, sv_uaddr))

}

probe nd_syscall.socketpair.return = kprobe.function("sys_socketpair").return?{

(name) = ("socketpair")

(retstr) = (returnstr(1))

}

probe nd_syscall.splice = kprobe.function("sys_splice")?{

(name) = ("splice")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d, %p, %d, 0x%x", int_arg(1), pointer_arg(2), int_arg(3), pointer_arg(4), ulong_arg(5), uint_arg(6)))

}

probe nd_syscall.splice.return = kprobe.function("sys_splice").return?{

(name) = ("splice")

(retstr) = (returnstr(1))

}

probe nd_syscall.ssetmask = kprobe.function("sys_ssetmask")?{

(name) = ("ssetmask")

asmlinkage()

(newmask) = (int_arg(1))

(argstr) = (sprint(newmask))

}

probe nd_syscall.ssetmask.return = kprobe.function("sys_ssetmask").return?{

(name) = ("ssetmask")

(retstr) = (returnstr(1))

}

probe nd_syscall.stat = kprobe.function("sys_stat")?, kprobe.function("sys_newstat")?, kprobe.function("sys32_stat64")?, kprobe.function("sys_stat64")?, kprobe.function("sys_oabi_stat64")?, kprobe.function("compat_sys_newstat")?{

(name) = ("stat")
nkage()
(filename_uaddr) = (pointer_arg(1))
(filename) = (user_string(filename_uaddr))
(buf_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", user_string_quoted(filename_uaddr), buf_uaddr))
}
probe nd_syscall.stat.return = kprobe.function("sys_stat").return?, kprobe.function("sys_newstat").return?, kprobe.function("sys32_stat64").return?, kprobe.function("sys_stat64").return?, kprobe.function("sys_oabi_stat64").return?, kprobe.function("compat_sys_newstat").return?{
(name) = ("stat")
(retstr) = (returnstr(1))
}
probe nd_syscall.statfs = kprobe.function("compat_sys_statfs")?, kprobe.function("sys_statfs")?{
(name) = ("statfs")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(buf_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %p", user_string_quoted(pointer_arg(1)), buf_uaddr))
}
probe nd_syscall.statfs.return = kprobe.function("compat_sys_statfs").return?, kprobe.function("sys_statfs").return?{
(name) = ("statfs")
(retstr) = (returnstr(1))
}
probe nd_syscall.statfs64 = kprobe.function("compat_sys_statfs64")?, kprobe.function("sys_statfs64")?{
(name) = ("statfs")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(sz) = (ulong_arg(2))
(buf_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %d, %p", user_string_quoted(pointer_arg(1)), sz, buf_uaddr))
}
probe nd_syscall.statfs64.return = kprobe.function("compat_sys_statfs64").return?, kprobe.function("sys_statfs64").return?{
(name) = ("statfs")
(retstr) = (returnstr(1))
}
probe nd_syscall.stime = kprobe.function("compat_sys_stime")?, kprobe.function("sys_stime")?{
(name) = ("stime")
asmlinkage()
(t_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", t_uaddr))
}
probe nd_syscall.stime.return = kprobe.function("compat_sys_stime").return?, kprobe.function("sys_stime").return?{
(name) = ("stime")
(retstr) = (returnstr(1))
}
probe nd_syscall.swapoff = kprobe.function("sys_swapoff")?{
(name) = ("swapoff")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(argstr) = (user_string_quoted(pointer_arg(1)))
}
probe nd_syscall.swapoff.return = kprobe.function("sys_swapoff").return?{
(name) = ("swapoff")
(retstr) = (returnstr(1))
}
probe nd_syscall.swapon = kprobe.function("sys_swapon")?{
(name) = ("swapon")
asmlinkage()
(path) = (user_string(pointer_arg(1)))
(swapflags) = (int_arg(2))
(argstr) = (sprintf("%s, %d", user_string_quoted(pointer_arg(1)), swapflags))
}
probe nd_syscall.swapon.return = kprobe.function("sys_swapon").return?{
(name) = ("swapon")
(retstr) = (returnstr(1))
}
probe nd_syscall.symlink = kprobe.function("sys_symlink")?{
(name) = ("symlink")
asmlinkage()
(oldpath) = (user_string(pointer_arg(1)))
(newpath) = (user_string(pointer_arg(2)))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))
}
probe nd_syscall.symlink.return = kprobe.function("sys_symlink").return?{
(name) = ("symlink")
(retstr) = (returnstr(1))
}
probe nd_syscall.symlinkat = kprobe.function("sys_symlinkat")?{
(name) = ("symlinkat")
asmlinkage()
(oldname) = (pointer_arg(1))
(oldname_str) = (user_string(oldname))
(newdfd) = (int_arg(2))
(newdfd_str) = (_dfd_str(newdfd))
(newname) = (pointer_arg(3))
(newname_str) = (user_string(newname))
(argstr) = (sprintf("%s, %s, %s", user_string_quoted(oldname), newdfd_str, user_string_quoted(newname)))
}
probe nd_syscall.symlinkat.return = kprobe.function("sys_symlinkat").return?{
(name) = ("symlinkat")
(retstr) = (returnstr(1))
}
probe nd_syscall.sync = kprobe.function("sys_sync"){
(name) = ("sync")
(argstr) = ("")
}
probe nd_syscall.sync.return = kprobe.function("sys_sync").return{
(name) = ("sync")
(retstr) = (returnstr(1))
}
probe nd_syscall.sysctl = kprobe.function("compat_sys_sysctl")?, kprobe.function("sys_sysctl")?{
(name) = ("sysctl")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.sysctl.return = kprobe.function("compat_sys_sysctl").return?, kprobe.function("sys_sysctl").return?{
(name) = ("sysctl")
(retstr) = (returnstr(1))
}
probe nd_syscall.sysfs = kprobe.fu
asmlinkage()

(filename_uaddr) = (pointer_arg(1))

(filename) = (user_string(filename_uaddr))

(buf_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", user_string_quoted(filename_uaddr), buf_uaddr))

}

probe nd_syscall.stat.return = kprobe.function("sys_stat").return?, kprobe.function("sys_newstat").return?, kprobe.function("sys32_stat64").return?, kprobe.function("sys_stat64").return?, kprobe.function("sys_oabi_stat64").return?, kprobe.function("compat_sys_newstat").return?{

(name) = ("stat")

(retstr) = (returnstr(1))

}

probe nd_syscall.statfs = kprobe.function("compat_sys_statfs")?, kprobe.function("sys_statfs")?{

(name) = ("statfs")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(buf_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %p", user_string_quoted(pointer_arg(1)), buf_uaddr))

}

probe nd_syscall.statfs.return = kprobe.function("compat_sys_statfs").return?, kprobe.function("sys_statfs").return?{

(name) = ("statfs")

(retstr) = (returnstr(1))

}

probe nd_syscall.statfs64 = kprobe.function("compat_sys_statfs64")?, kprobe.function("sys_statfs64")?{

(name) = ("statfs")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(sz) = (ulong_arg(2))

(buf_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %d, %p", user_string_quoted(pointer_arg(1)), sz, buf_uaddr))

}

probe nd_syscall.statfs64.return = kprobe.function("compat_sys_statfs64").return?, kprobe.function("sys_statfs64").return?{

(name) = ("statfs")

(retstr) = (returnstr(1))

}

probe nd_syscall.stime = kprobe.function("compat_sys_stime")?, kprobe.function("sys_stime")?{

(name) = ("stime")

asmlinkage()

(t_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", t_uaddr))

}

probe nd_syscall.stime.return = kprobe.function("compat_sys_stime").return?, kprobe.function("sys_stime").return?{

(name) = ("stime")

(retstr) = (returnstr(1))

}

probe nd_syscall.swapoff = kprobe.function("sys_swapoff")?{

(name) = ("swapoff")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(argstr) = (user_string_quoted(pointer_arg(1)))

}

probe nd_syscall.swapoff.return = kprobe.function("sys_swapoff").return?{

(name) = ("swapoff")

(retstr) = (returnstr(1))

}

probe nd_syscall.swapon = kprobe.function("sys_swapon")?{

(name) = ("swapon")

asmlinkage()

(path) = (user_string(pointer_arg(1)))

(swapflags) = (int_arg(2))

(argstr) = (sprintf("%s, %d", user_string_quoted(pointer_arg(1)), swapflags))

}

probe nd_syscall.swapon.return = kprobe.function("sys_swapon").return?{

(name) = ("swapon")

(retstr) = (returnstr(1))

}

probe nd_syscall.symlink = kprobe.function("sys_symlink")?{

(name) = ("symlink")

asmlinkage()

(oldpath) = (user_string(pointer_arg(1)))

(newpath) = (user_string(pointer_arg(2)))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), user_string_quoted(pointer_arg(2))))

}

probe nd_syscall.symlink.return = kprobe.function("sys_symlink").return?{

(name) = ("symlink")

(retstr) = (returnstr(1))

}

probe nd_syscall.symlinkat = kprobe.function("sys_symlinkat")?{

(name) = ("symlinkat")

asmlinkage()

(oldname) = (pointer_arg(1))

(oldname_str) = (user_string(oldname))

(newdfd) = (int_arg(2))

(newdfd_str) = (_dfd_str(newdfd))

(newname) = (pointer_arg(3))

(newname_str) = (user_string(newname))

(argstr) = (sprintf("%s, %s, %s", user_string_quoted(oldname), newdfd_str, user_string_quoted(newname)))

}

probe nd_syscall.symlinkat.return = kprobe.function("sys_symlinkat").return?{

(name) = ("symlinkat")

(retstr) = (returnstr(1))

}

probe nd_syscall.sync = kprobe.function("sys_sync"){

(name) = ("sync")

(argstr) = ("")

}

probe nd_syscall.sync.return = kprobe.function("sys_sync").return{

(name) = ("sync")

(retstr) = (returnstr(1))

}

probe nd_syscall.sysctl = kprobe.function("compat_sys_sysctl")?, kprobe.function("sys_sysctl")?{

(name) = ("sysctl")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.sysctl.return = kprobe.function("compat_sys_sysctl").return?, kprobe.function("sys_sysctl").return?{

(name) = ("sysctl")

(retstr) = (returnstr(1))

}
nction("sys_sysfs")?{
(name) = ("sysfs")
asmlinkage()
(option) = (int_arg(1))
(arg1) = (ulong_arg(2))
(arg2) = (ulong_arg(3))
if ((option) == (1)) (argstr) = (sprintf("%d, %s, %d", option, user_string_quoted(arg1), arg2))
else if ((option) == (2)) (argstr) = (sprintf("%d, %d, %p", option, arg1, arg2))
else (argstr) = (sprintf("%d, %d, %d", option, arg1, arg2))


}
probe nd_syscall.sysfs.return = kprobe.function("sys_sysfs").return?{
(name) = ("sysfs")
(retstr) = (returnstr(1))
}
probe nd_syscall.sysinfo = kprobe.function("compat_sys_sysinfo")?, kprobe.function("sys_sysinfo")?{
(name) = ("sysinfo")
asmlinkage()
(info_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", info_uaddr))
}
probe nd_syscall.sysinfo.return = kprobe.function("compat_sys_sysinfo").return?, kprobe.function("sys_sysinfo").return?{
(name) = ("sysinfo")
(retstr) = (returnstr(1))
}
probe nd_syscall.syslog = kprobe.function("sys_syslog")?{
(name) = ("syslog")
asmlinkage()
(type) = (int_arg(1))
(bufp_uaddr) = (pointer_arg(2))
(len) = (int_arg(3))
(argstr) = (sprintf("%d, %p, %d", type, bufp_uaddr, len))
}
probe nd_syscall.syslog.return = kprobe.function("sys_syslog").return?{
(name) = ("syslog")
(retstr) = (returnstr(1))
}
probe nd_syscall.tee = kprobe.function("sys_tee")?{
(name) = ("tee")
asmlinkage()
(argstr) = (sprintf("%d, %d, %d, 0x%x", int_arg(1), int_arg(2), ulong_arg(3), uint_arg(4)))
}
probe nd_syscall.tee.return = kprobe.function("sys_tee").return?{
(name) = ("tee")
(retstr) = (returnstr(1))
}
probe nd_syscall.tgkill = kprobe.function("sys_tgkill")?{
(name) = ("tgkill")
asmlinkage()
(tgid) = (int_arg(1))
(pid) = (int_arg(2))
(sig) = (int_arg(3))
(argstr) = (sprintf("%d, %d, %s", tgid, pid, _signal_name(sig)))
}
probe nd_syscall.tgkill.return = kprobe.function("sys_tgkill").return?{
(name) = ("tgkill")
(retstr) = (returnstr(1))
}
probe nd_syscall.time = kprobe.function("sys32_time")?, kprobe.function("sys_time64")?, kprobe.function("compat_sys_time")?, kprobe.function("sys_time")?{
(name) = ("time")
asmlinkage()
(t_uaddr) = (pointer_arg(1))
(argstr) = (sprintf("%p", t_uaddr))
}
probe nd_syscall.time.return = kprobe.function("sys32_time").return?, kprobe.function("sys_time64").return?, kprobe.function("compat_sys_time").return?, kprobe.function("sys_time").return?{
(name) = ("time")
(retstr) = (returnstr(1))
}
probe nd_syscall.timer_create = kprobe.function("sys_timer_create")?{
(name) = ("timer_create")
asmlinkage()
(clockid) = (int_arg(1))
(clockid_str) = (_get_wc_str(clockid))
(evp_uaddr) = (pointer_arg(2))
(timerid_uaddr) = (pointer_arg(3))
(argstr) = (sprintf("%s, %p, %p", clockid_str, evp_uaddr, timerid_uaddr))
}
probe nd_syscall.timer_create.return = kprobe.function("sys_timer_create").return?{
(name) = ("timer_create")
(retstr) = (returnstr(1))
}
probe nd_syscall.timer_delete = kprobe.function("sys_timer_delete")?{
(name) = ("timer_delete")
asmlinkage()
(timerid) = (int_arg(1))
(argstr) = (sprint(timerid))
}
probe nd_syscall.timer_delete.return = kprobe.function("sys_timer_delete").return?{
(name) = ("timer_delete")
(retstr) = (returnstr(1))
}
probe nd_syscall.timer_getoverrun = kprobe.function("sys_timer_getoverrun")?{
(name) = ("timer_getoverrun")
asmlinkage()
(timerid) = (int_arg(1))
(argstr) = (sprint(timerid))
}
probe nd_syscall.timer_getoverrun.return = kprobe.function("sys_timer_getoverrun").return?{
(name) = ("timer_getoverrun")
(retstr) = (returnstr(1))
}
probe nd_syscall.timer_gettime = kprobe.function("sys_timer_gettime")?{
(name) = ("timer_gettime")
asmlinkage()
(timerid) = (int_arg(1))
(value_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", timerid, value_uaddr))
}
probe nd_syscall.timer_gettime.return = kprobe.function("sys_timer_gettime").return?{
(name) = ("timer_gettime")
(retstr) = (returnstr(1))
}
probe nd_syscall.timer_settime = kprobe.function("sys_timer_settime")?{
(name) = ("timer_settime")
asmlinkage()
(timerid) = (int_arg(1))
(flags) = (int_arg(2))
(value_uaddr) = (pointer_arg(3))
(ovalue_u
probe nd_syscall.sysfs = kprobe.function("sys_sysfs")?{

(name) = ("sysfs")

asmlinkage()

(option) = (int_arg(1))

(arg1) = (ulong_arg(2))

(arg2) = (ulong_arg(3))

if ((option) == (1)) (argstr) = (sprintf("%d, %s, %d", option, user_string_quoted(arg1), arg2))

else if ((option) == (2)) (argstr) = (sprintf("%d, %d, %p", option, arg1, arg2))

else (argstr) = (sprintf("%d, %d, %d", option, arg1, arg2))





}

probe nd_syscall.sysfs.return = kprobe.function("sys_sysfs").return?{

(name) = ("sysfs")

(retstr) = (returnstr(1))

}

probe nd_syscall.sysinfo = kprobe.function("compat_sys_sysinfo")?, kprobe.function("sys_sysinfo")?{

(name) = ("sysinfo")

asmlinkage()

(info_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", info_uaddr))

}

probe nd_syscall.sysinfo.return = kprobe.function("compat_sys_sysinfo").return?, kprobe.function("sys_sysinfo").return?{

(name) = ("sysinfo")

(retstr) = (returnstr(1))

}

probe nd_syscall.syslog = kprobe.function("sys_syslog")?{

(name) = ("syslog")

asmlinkage()

(type) = (int_arg(1))

(bufp_uaddr) = (pointer_arg(2))

(len) = (int_arg(3))

(argstr) = (sprintf("%d, %p, %d", type, bufp_uaddr, len))

}

probe nd_syscall.syslog.return = kprobe.function("sys_syslog").return?{

(name) = ("syslog")

(retstr) = (returnstr(1))

}

probe nd_syscall.tee = kprobe.function("sys_tee")?{

(name) = ("tee")

asmlinkage()

(argstr) = (sprintf("%d, %d, %d, 0x%x", int_arg(1), int_arg(2), ulong_arg(3), uint_arg(4)))

}

probe nd_syscall.tee.return = kprobe.function("sys_tee").return?{

(name) = ("tee")

(retstr) = (returnstr(1))

}

probe nd_syscall.tgkill = kprobe.function("sys_tgkill")?{

(name) = ("tgkill")

asmlinkage()

(tgid) = (int_arg(1))

(pid) = (int_arg(2))

(sig) = (int_arg(3))

(argstr) = (sprintf("%d, %d, %s", tgid, pid, _signal_name(sig)))

}

probe nd_syscall.tgkill.return = kprobe.function("sys_tgkill").return?{

(name) = ("tgkill")

(retstr) = (returnstr(1))

}

probe nd_syscall.time = kprobe.function("sys32_time")?, kprobe.function("sys_time64")?, kprobe.function("compat_sys_time")?, kprobe.function("sys_time")?{

(name) = ("time")

asmlinkage()

(t_uaddr) = (pointer_arg(1))

(argstr) = (sprintf("%p", t_uaddr))

}

probe nd_syscall.time.return = kprobe.function("sys32_time").return?, kprobe.function("sys_time64").return?, kprobe.function("compat_sys_time").return?, kprobe.function("sys_time").return?{

(name) = ("time")

(retstr) = (returnstr(1))

}

probe nd_syscall.timer_create = kprobe.function("sys_timer_create")?{

(name) = ("timer_create")

asmlinkage()

(clockid) = (int_arg(1))

(clockid_str) = (_get_wc_str(clockid))

(evp_uaddr) = (pointer_arg(2))

(timerid_uaddr) = (pointer_arg(3))

(argstr) = (sprintf("%s, %p, %p", clockid_str, evp_uaddr, timerid_uaddr))

}

probe nd_syscall.timer_create.return = kprobe.function("sys_timer_create").return?{

(name) = ("timer_create")

(retstr) = (returnstr(1))

}

probe nd_syscall.timer_delete = kprobe.function("sys_timer_delete")?{

(name) = ("timer_delete")

asmlinkage()

(timerid) = (int_arg(1))

(argstr) = (sprint(timerid))

}

probe nd_syscall.timer_delete.return = kprobe.function("sys_timer_delete").return?{

(name) = ("timer_delete")

(retstr) = (returnstr(1))

}

probe nd_syscall.timer_getoverrun = kprobe.function("sys_timer_getoverrun")?{

(name) = ("timer_getoverrun")

asmlinkage()

(timerid) = (int_arg(1))

(argstr) = (sprint(timerid))

}

probe nd_syscall.timer_getoverrun.return = kprobe.function("sys_timer_getoverrun").return?{

(name) = ("timer_getoverrun")

(retstr) = (returnstr(1))

}

probe nd_syscall.timer_gettime = kprobe.function("sys_timer_gettime")?{

(name) = ("timer_gettime")

asmlinkage()

(timerid) = (int_arg(1))

(value_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", timerid, value_uaddr))

}

probe nd_syscall.timer_gettime.return = kprobe.function("sys_timer_gettime").return?{

(name) = ("timer_gettime")

(retstr) = (returnstr(1))

}

probe nd_syscall.timer_settime = kprobe.function("sys_timer_settime")?{

(name) = ("timer_settime")

asmlinkage()

(timerid) = (int_arg(1))

(flags) = (int_arg(2))

(value_uaddr) = (pointer_arg(3))
addr) = (pointer_arg(4))
(argstr) = (sprintf("%d, %d, %s, %p", timerid, flags, _struct_itimerspec_u(value_uaddr), ovalue_uaddr))
}
probe nd_syscall.timer_settime.return = kprobe.function("sys_timer_settime").return?{
(name) = ("timer_settime")
(retstr) = (returnstr(1))
}
probe nd_syscall.timerfd = kprobe.function("sys_timerfd")?, kprobe.function("compat_sys_timerfd")?{
(name) = ("timerfd")
asmlinkage()
(argstr) = (sprintf("%d, %d, 0x%x", int_arg(1), int_arg(2), int_arg(3)))
}
probe nd_syscall.timerfd.return = kprobe.function("sys_timerfd").return?, kprobe.function("compat_sys_timerfd").return?{
(name) = ("timerfd")
(retstr) = (returnstr(1))
}
probe nd_syscall.times = kprobe.function("compat_sys_times")?, kprobe.function("sys_times")?{
(name) = ("times")
asmlinkage()
(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.times.return = kprobe.function("compat_sys_times").return?, kprobe.function("sys_times").return?{
(name) = ("times")
(retstr) = (returnstr(1))
}
probe nd_syscall.tkill = kprobe.function("sys_tkill")?{
(name) = ("tkill")
asmlinkage()
(pid) = (int_arg(1))
(sig) = (int_arg(2))
(argstr) = (sprintf("%d, %s", pid, _signal_name(sig)))
}
probe nd_syscall.tkill.return = kprobe.function("sys_tkill").return?{
(name) = ("tkill")
(retstr) = (returnstr(1))
}
probe nd_syscall.truncate = kprobe.function("sys_truncate")?, kprobe.function("sys_truncate64")?{
(name) = ("truncate")
asmlinkage()
(path_uaddr) = (pointer_arg(1))
(path) = (user_string(path_uaddr))
if ((probefunc()) == ("sys_truncate")) (length) = (ulong_arg(2))
else (length) = (longlong_arg(2))

(argstr) = (sprintf("%s, %d", user_string_quoted(path_uaddr), length))
}
probe nd_syscall.truncate.return = kprobe.function("sys_truncate").return?, kprobe.function("sys_truncate64").return?{
(name) = ("truncate")
(retstr) = (returnstr(1))
}
probe nd_syscall.tux = kprobe.function("sys_tux")?{
(name) = ("tux")
asmlinkage()
(action) = (uint_arg(1))
(u_info_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", action, u_info_uaddr))
}
probe nd_syscall.tux.return = kprobe.function("sys_tux").return?{
(name) = ("tux")
(retstr) = (returnstr(1))
}
probe nd_syscall.umask = kprobe.function("sys_umask")?{
(name) = ("umask")
asmlinkage()
(mask) = (int_arg(1))
(argstr) = (sprintf("%#o", mask))
}
probe nd_syscall.umask.return = kprobe.function("sys_umask").return?{
(name) = ("umask")
(retstr) = (returnstr(3))
}
probe nd_syscall.umount = kprobe.function("sys_umount")?{
(name) = ("umount")
asmlinkage()
(target) = (user_string(pointer_arg(1)))
(flags) = (int_arg(2))
(flags_str) = (_umountflags_str(flags))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), flags_str))
}
probe nd_syscall.umount.return = kprobe.function("sys_umount").return?{
(name) = ("umount")
(retstr) = (returnstr(1))
}
probe nd_syscall.uname = kprobe.function("sys_uname")?, kprobe.function("sys_olduname")?, kprobe.function("sys32_olduname")?, kprobe.function("sys32_uname")?, kprobe.function("sys_newuname")?{
(name) = ("uname")
(_func_name) = (probefunc())
if ((_func_name) != ("sys32_uname")) {
if (((_func_name) == ("sys_uname")) || ((_func_name) == ("sys_olduname"))) {
}
else asmlinkage()

}

(argstr) = (sprintf("%p", pointer_arg(1)))
}
probe nd_syscall.uname.return = kprobe.function("sys_uname").return?, kprobe.function("sys_olduname").return?, kprobe.function("sys32_olduname").return?, kprobe.function("sys32_uname").return?, kprobe.function("sys_newuname").return?{
(name) = ("uname")
(retstr) = (returnstr(1))
}
probe nd_syscall.unlink = kprobe.function("sys_unlink")?{
(name) = ("unlink")
asmlinkage()
(pathname_uaddr) = (pointer_arg(1))
(pathname) = (user_string(pathname_uaddr))
(argstr) = (user_string_quoted(pathname_uaddr))
}
probe nd_syscall.unlink.return = kprobe.function("sys_unlink").return?{
(name) = ("unlink")
(retstr) = (returnstr(1))
}
probe nd_syscall.unlinkat = kprobe.function("sys_unlinkat")?{
(name) = ("unlinkat")
asmlinkage()
(dfd) = (int_arg(1))
(dfd_str) = (_dfd_st
(ovalue_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%d, %d, %s, %p", timerid, flags, _struct_itimerspec_u(value_uaddr), ovalue_uaddr))

}

probe nd_syscall.timer_settime.return = kprobe.function("sys_timer_settime").return?{

(name) = ("timer_settime")

(retstr) = (returnstr(1))

}

probe nd_syscall.timerfd = kprobe.function("sys_timerfd")?, kprobe.function("compat_sys_timerfd")?{

(name) = ("timerfd")

asmlinkage()

(argstr) = (sprintf("%d, %d, 0x%x", int_arg(1), int_arg(2), int_arg(3)))

}

probe nd_syscall.timerfd.return = kprobe.function("sys_timerfd").return?, kprobe.function("compat_sys_timerfd").return?{

(name) = ("timerfd")

(retstr) = (returnstr(1))

}

probe nd_syscall.times = kprobe.function("compat_sys_times")?, kprobe.function("sys_times")?{

(name) = ("times")

asmlinkage()

(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.times.return = kprobe.function("compat_sys_times").return?, kprobe.function("sys_times").return?{

(name) = ("times")

(retstr) = (returnstr(1))

}

probe nd_syscall.tkill = kprobe.function("sys_tkill")?{

(name) = ("tkill")

asmlinkage()

(pid) = (int_arg(1))

(sig) = (int_arg(2))

(argstr) = (sprintf("%d, %s", pid, _signal_name(sig)))

}

probe nd_syscall.tkill.return = kprobe.function("sys_tkill").return?{

(name) = ("tkill")

(retstr) = (returnstr(1))

}

probe nd_syscall.truncate = kprobe.function("sys_truncate")?, kprobe.function("sys_truncate64")?{

(name) = ("truncate")

asmlinkage()

(path_uaddr) = (pointer_arg(1))

(path) = (user_string(path_uaddr))

if ((probefunc()) == ("sys_truncate")) (length) = (ulong_arg(2))

else (length) = (longlong_arg(2))



(argstr) = (sprintf("%s, %d", user_string_quoted(path_uaddr), length))

}

probe nd_syscall.truncate.return = kprobe.function("sys_truncate").return?, kprobe.function("sys_truncate64").return?{

(name) = ("truncate")

(retstr) = (returnstr(1))

}

probe nd_syscall.tux = kprobe.function("sys_tux")?{

(name) = ("tux")

asmlinkage()

(action) = (uint_arg(1))

(u_info_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", action, u_info_uaddr))

}

probe nd_syscall.tux.return = kprobe.function("sys_tux").return?{

(name) = ("tux")

(retstr) = (returnstr(1))

}

probe nd_syscall.umask = kprobe.function("sys_umask")?{

(name) = ("umask")

asmlinkage()

(mask) = (int_arg(1))

(argstr) = (sprintf("%#o", mask))

}

probe nd_syscall.umask.return = kprobe.function("sys_umask").return?{

(name) = ("umask")

(retstr) = (returnstr(3))

}

probe nd_syscall.umount = kprobe.function("sys_umount")?{

(name) = ("umount")

asmlinkage()

(target) = (user_string(pointer_arg(1)))

(flags) = (int_arg(2))

(flags_str) = (_umountflags_str(flags))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), flags_str))

}

probe nd_syscall.umount.return = kprobe.function("sys_umount").return?{

(name) = ("umount")

(retstr) = (returnstr(1))

}

probe nd_syscall.uname = kprobe.function("sys_uname")?, kprobe.function("sys_olduname")?, kprobe.function("sys32_olduname")?, kprobe.function("sys32_uname")?, kprobe.function("sys_newuname")?{

(name) = ("uname")

(_func_name) = (probefunc())

if ((_func_name) != ("sys32_uname")) {

if (((_func_name) == ("sys_uname")) || ((_func_name) == ("sys_olduname"))) {

}

else asmlinkage()



}



(argstr) = (sprintf("%p", pointer_arg(1)))

}

probe nd_syscall.uname.return = kprobe.function("sys_uname").return?, kprobe.function("sys_olduname").return?, kprobe.function("sys32_olduname").return?, kprobe.function("sys32_uname").return?, kprobe.function("sys_newuname").return?{

(name) = ("uname")

(retstr) = (returnstr(1))

}

probe nd_syscall.unlink = kprobe.function("sys_unlink")?{

(name) = ("unlink")

asmlinkage()

(pathname_uaddr) = (pointer_arg(1))

(pathname) = (user_string(pathname_uaddr))

(argstr) = (user_string_quoted(pathname_uaddr))

}

probe nd_syscall.unlink.return = kprobe.function("sys_unlink").return?{

(name) = ("unlink")

(retstr) = (returnstr(1))

}

probe nd_syscall.unlinkat = kprobe.function("sys_unlinkat")?{

(name) = ("unlinkat")

asmlinkage()

(dfd) = (int_arg(1))
r(dfd))
(pathname) = (pointer_arg(2))
(pathname_str) = (user_string(pathname))
(flag) = (int_arg(3))
(flag_str) = (_at_flag_str(flag))
(argstr) = (sprintf("%s, %s, %s", dfd_str, user_string_quoted(pathname), flag_str))
}
probe nd_syscall.unlinkat.return = kprobe.function("sys_unlinkat").return?{
(name) = ("unlinkat")
(retstr) = (returnstr(1))
}
probe nd_syscall.unshare = kprobe.function("sys_unshare")?{
(name) = ("unshare")
asmlinkage()
(unshare_flags) = (ulong_arg(1))
(argstr) = (__fork_flags(unshare_flags))
}
probe nd_syscall.unshare.return = kprobe.function("sys_unshare").return?{
(name) = ("unshare")
(retstr) = (returnstr(1))
}
probe nd_syscall.uselib = kprobe.function("sys_uselib")?{
(name) = ("uselib")
asmlinkage()
(library_uaddr) = (pointer_arg(1))
(library) = (user_string(library_uaddr))
(argstr) = (user_string_quoted(library_uaddr))
}
probe nd_syscall.uselib.return = kprobe.function("sys_uselib").return?{
(name) = ("uselib")
(retstr) = (returnstr(1))
}
probe nd_syscall.ustat = kprobe.function("sys_ustat")?{
(name) = ("ustat")
asmlinkage()
(dev) = (uint_arg(1))
(ubuf_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%d, %p", dev, ubuf_uaddr))
}
probe nd_syscall.ustat32 = kprobe.function("sys32_ustat")?{
(name) = ("ustat")
(dev) = (uint_arg(1))
(argstr) = (sprintf("%d, %p", dev, pointer_arg(2)))
}
probe nd_syscall.ustat32 = kprobe.function("compat_sys_ustat")?{
(name) = ("ustat")
asmlinkage()
(dev) = (uint_arg(1))
(argstr) = (sprintf("%d, %p", dev, pointer_arg(2)))
}
probe nd_syscall.ustat.return = kprobe.function("sys_ustat").return?, kprobe.function("sys32_ustat").return?, kprobe.function("compat_sys_ustat").return?{
(name) = ("ustat")
(retstr) = (returnstr(1))
}
probe nd_syscall.utime = kprobe.function("sys_utime")?{
(name) = ("utime")
asmlinkage()
(filename_uaddr) = (pointer_arg(1))
(filename) = (user_string_quoted(filename_uaddr))
(buf_uaddr) = (pointer_arg(2))
(actime) = (_struct_utimbuf_actime(buf_uaddr))
(modtime) = (_struct_utimbuf_modtime(buf_uaddr))
(argstr) = (sprintf("%s, [%s, %s]", filename, ctime(actime), ctime(modtime)))
}
probe nd_syscall.utime.return = kprobe.function("sys_utime").return?{
(name) = ("utime")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_utime = kprobe.function("compat_sys_utime")?{
(name) = ("utime")
asmlinkage()
(filename_uaddr) = (pointer_arg(1))
(filename) = (user_string_quoted(filename_uaddr))
(buf_uaddr) = (pointer_arg(2))
(actime) = (_struct_compat_utimbuf_actime(buf_uaddr))
(modtime) = (_struct_compat_utimbuf_modtime(buf_uaddr))
(argstr) = (sprintf("%s, [%s, %s]", filename, ctime(actime), ctime(modtime)))
}
probe nd_syscall.compat_utime.return = kprobe.function("compat_sys_utime").return?{
(name) = ("utime")
(retstr) = (returnstr(1))
}
probe nd_syscall.utimes = kprobe.function("sys_utimes")?{
(name) = ("utimes")
asmlinkage()
(filename_uaddr) = (pointer_arg(1))
(filename) = (user_string(filename_uaddr))
(tvp_uaddr) = (pointer_arg(2))
(argstr) = (sprintf("%s, %s", user_string_quoted(filename_uaddr), _struct_timeval_u(tvp_uaddr, 2)))
}
probe nd_syscall.utimes.return = kprobe.function("sys_utimes").return?{
(name) = ("utimes")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_sys_utimes = kprobe.function("compat_sys_utimes")?{
(name) = ("utimes")
asmlinkage()
(filename) = (user_string(pointer_arg(1)))
(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), _struct_compat_timeval_u(pointer_arg(2), 2)))
}
probe nd_syscall.compat_sys_utimes.return = kprobe.function("compat_sys_utimes").return?{
(name) = ("utimes")
(retstr) = (returnstr(1))
}
probe nd_syscall.utimensat = kprobe.function("sys_utimensat")?{
(name) = ("utimensat")
asmlinkage()
(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str(int_arg(1)), user_string_quoted(pointer_arg(2)), _struct_timespec_u(pointer_arg(3), 2), _at_flag_str(int_arg(4))))
}
probe nd_syscall.compat_utimensat = kprobe.function("compat_sys_utimensat")?{
(name) = ("utimensat")
asmlinkage()
(argstr) = (sprintf("%s, %s, %s, %s", _dfd
(dfd_str) = (_dfd_str(dfd))

(pathname) = (pointer_arg(2))

(pathname_str) = (user_string(pathname))

(flag) = (int_arg(3))

(flag_str) = (_at_flag_str(flag))

(argstr) = (sprintf("%s, %s, %s", dfd_str, user_string_quoted(pathname), flag_str))

}

probe nd_syscall.unlinkat.return = kprobe.function("sys_unlinkat").return?{

(name) = ("unlinkat")

(retstr) = (returnstr(1))

}

probe nd_syscall.unshare = kprobe.function("sys_unshare")?{

(name) = ("unshare")

asmlinkage()

(unshare_flags) = (ulong_arg(1))

(argstr) = (__fork_flags(unshare_flags))

}

probe nd_syscall.unshare.return = kprobe.function("sys_unshare").return?{

(name) = ("unshare")

(retstr) = (returnstr(1))

}

probe nd_syscall.uselib = kprobe.function("sys_uselib")?{

(name) = ("uselib")

asmlinkage()

(library_uaddr) = (pointer_arg(1))

(library) = (user_string(library_uaddr))

(argstr) = (user_string_quoted(library_uaddr))

}

probe nd_syscall.uselib.return = kprobe.function("sys_uselib").return?{

(name) = ("uselib")

(retstr) = (returnstr(1))

}

probe nd_syscall.ustat = kprobe.function("sys_ustat")?{

(name) = ("ustat")

asmlinkage()

(dev) = (uint_arg(1))

(ubuf_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%d, %p", dev, ubuf_uaddr))

}

probe nd_syscall.ustat32 = kprobe.function("sys32_ustat")?{

(name) = ("ustat")

(dev) = (uint_arg(1))

(argstr) = (sprintf("%d, %p", dev, pointer_arg(2)))

}

probe nd_syscall.ustat32 = kprobe.function("compat_sys_ustat")?{

(name) = ("ustat")

asmlinkage()

(dev) = (uint_arg(1))

(argstr) = (sprintf("%d, %p", dev, pointer_arg(2)))

}

probe nd_syscall.ustat.return = kprobe.function("sys_ustat").return?, kprobe.function("sys32_ustat").return?, kprobe.function("compat_sys_ustat").return?{

(name) = ("ustat")

(retstr) = (returnstr(1))

}

probe nd_syscall.utime = kprobe.function("sys_utime")?{

(name) = ("utime")

asmlinkage()

(filename_uaddr) = (pointer_arg(1))

(filename) = (user_string_quoted(filename_uaddr))

(buf_uaddr) = (pointer_arg(2))

(actime) = (_struct_utimbuf_actime(buf_uaddr))

(modtime) = (_struct_utimbuf_modtime(buf_uaddr))

(argstr) = (sprintf("%s, [%s, %s]", filename, ctime(actime), ctime(modtime)))

}

probe nd_syscall.utime.return = kprobe.function("sys_utime").return?{

(name) = ("utime")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_utime = kprobe.function("compat_sys_utime")?{

(name) = ("utime")

asmlinkage()

(filename_uaddr) = (pointer_arg(1))

(filename) = (user_string_quoted(filename_uaddr))

(buf_uaddr) = (pointer_arg(2))

(actime) = (_struct_compat_utimbuf_actime(buf_uaddr))

(modtime) = (_struct_compat_utimbuf_modtime(buf_uaddr))

(argstr) = (sprintf("%s, [%s, %s]", filename, ctime(actime), ctime(modtime)))

}

probe nd_syscall.compat_utime.return = kprobe.function("compat_sys_utime").return?{

(name) = ("utime")

(retstr) = (returnstr(1))

}

probe nd_syscall.utimes = kprobe.function("sys_utimes")?{

(name) = ("utimes")

asmlinkage()

(filename_uaddr) = (pointer_arg(1))

(filename) = (user_string(filename_uaddr))

(tvp_uaddr) = (pointer_arg(2))

(argstr) = (sprintf("%s, %s", user_string_quoted(filename_uaddr), _struct_timeval_u(tvp_uaddr, 2)))

}

probe nd_syscall.utimes.return = kprobe.function("sys_utimes").return?{

(name) = ("utimes")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_sys_utimes = kprobe.function("compat_sys_utimes")?{

(name) = ("utimes")

asmlinkage()

(filename) = (user_string(pointer_arg(1)))

(argstr) = (sprintf("%s, %s", user_string_quoted(pointer_arg(1)), _struct_compat_timeval_u(pointer_arg(2), 2)))

}

probe nd_syscall.compat_sys_utimes.return = kprobe.function("compat_sys_utimes").return?{

(name) = ("utimes")

(retstr) = (returnstr(1))

}

probe nd_syscall.utimensat = kprobe.function("sys_utimensat")?{

(name) = ("utimensat")

asmlinkage()

(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str(int_arg(1)), user_string_quoted(pointer_arg(2)), _struct_timespec_u(pointer_arg(3), 2), _at_flag_str(int_arg(4))))

}

probe nd_syscall.compat_utimensat = kprobe.function("compat_sys_utimensat")?{

(name) = ("utimensat")

asmlinkage()
_str(uint_arg(1)), user_string_quoted(pointer_arg(2)), _struct_compat_timespec_u(pointer_arg(3), 2), _at_flag_str(int_arg(4))))
}
probe nd_syscall.utimensat.return = kprobe.function("sys_utimensat").return?{
(name) = ("utimensat")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_utimensat.return = kprobe.function("compat_sys_utimensat").return?{
(name) = ("utimensat")
(retstr) = (returnstr(1))
}
probe nd_syscall.vhangup = kprobe.function("sys_vhangup"){
(name) = ("vhangup")
(argstr) = ("")
}
probe nd_syscall.vhangup.return = kprobe.function("sys_vhangup").return{
(name) = ("vhangup")
(retstr) = (returnstr(1))
}
probe nd_syscall.vmsplice = kprobe.function("sys_vmsplice")?{
(name) = ("vmsplice")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d, 0x%x", int_arg(1), pointer_arg(2), ulong_arg(3), uint_arg(4)))
}
probe nd_syscall.compat_vmsplice = kprobe.function("compat_sys_vmsplice")?{
(name) = ("vmsplice")
asmlinkage()
(argstr) = (sprintf("%d, %p, %d, 0x%x", int_arg(1), pointer_arg(2), uint_arg(3), uint_arg(4)))
}
probe nd_syscall.vmsplice.return = kprobe.function("sys_vmsplice").return?{
(name) = ("vmsplice")
(retstr) = (returnstr(1))
}
probe nd_syscall.compat_vmsplice.return = kprobe.function("compat_sys_vmsplice").return?{
(name) = ("vmsplice")
(retstr) = (returnstr(1))
}
probe nd_syscall.wait4 = kprobe.function("sys_wait4")?{
(name) = ("wait4")
asmlinkage()
(pid) = (int_arg(1))
(status_uaddr) = (pointer_arg(2))
(options) = (int_arg(3))
(options_str) = (_wait4_opt_str(options))
(rusage_uaddr) = (pointer_arg(4))
(argstr) = (sprintf("%d, %p, %s, %p", pid, status_uaddr, _wait4_opt_str(options), rusage_uaddr))
}
probe nd_syscall.wait4.return = kprobe.function("sys_wait4").return?{
(name) = ("wait4")
(retstr) = (returnstr(1))
}
probe nd_syscall.waitid = kprobe.function("sys_waitid")?{
(name) = ("waitid")
asmlinkage()
(pid) = (int_arg(1))
(which) = (int_arg(2))
(which_str) = (_waitid_which_str(which))
(infop_uaddr) = (pointer_arg(3))
(options) = (int_arg(4))
(options_str) = (_waitid_opt_str(options))
(rusage_uaddr) = (pointer_arg(5))
(argstr) = (sprintf("%d, %d, %p, %s, %p", which, pid, infop_uaddr, _waitid_opt_str(options), rusage_uaddr))
}
probe nd_syscall.waitid.return = kprobe.function("sys_waitid").return?{
(name) = ("waitid")
(retstr) = (returnstr(1))
}
probe nd_syscall.write = kprobe.function("sys_write")?{
(name) = ("write")
asmlinkage()
(fd) = (uint_arg(1))
(buf_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(argstr) = (sprintf("%d, %s, %d", fd, text_strn(user_string(buf_uaddr), syscall_string_trunc, 1), count))
}
probe nd_syscall.write.return = kprobe.function("sys_write").return?{
(name) = ("write")
(retstr) = (returnstr(1))
}
probe nd_syscall.writev = kprobe.function("compat_sys_writev")?, kprobe.function("sys_writev")?{
(name) = ("writev")
asmlinkage()
(vector_uaddr) = (pointer_arg(2))
(count) = (ulong_arg(3))
(fd) = (ulong_arg(1))
(argstr) = (sprintf("%d, %p, %d", fd, vector_uaddr, count))
}
probe nd_syscall.writev.return = kprobe.function("compat_sys_writev").return?, kprobe.function("sys_writev").return?{
(name) = ("writev")
(retstr) = (returnstr(1))
}

# file /usr/local/share/systemtap/tapset/networking.stp
probe netdev.receive = kernel.function("netif_receive_skb"){
(dev_name) = (kernel_string($skb->dev->name))
(length) = ($skb->len)
(protocol) = ($skb->protocol)
(truesize) = ($skb->truesize)
}
probe netdev.transmit = kernel.function("dev_queue_xmit"){
(dev_name) = (kernel_string($skb->dev->name))
(length) = ($skb->len)
(protocol) = ($skb->protocol)
(truesize) = ($skb->truesize)
}
probe netdev.change_mtu = kernel.function("dev_set_mtu"){
(old_mtu) = ($dev->mtu)
(new_mtu) = ($new_mtu)
(dev_name) = (get_netdev_name($dev))
}
probe netdev.open = kernel.function("dev_open"){
(dev_name) = (get_netdev_name($dev))
}
probe netdev.close = kernel.function("dev_close"){
(dev_name) = (get_netdev_name($dev))
}
probe netdev.hard_transmit = kernel.function("dev_hard_start_xmit")?{
(dev_name) = (get_netdev_na
(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str(uint_arg(1)), user_string_quoted(pointer_arg(2)), _struct_compat_timespec_u(pointer_arg(3), 2), _at_flag_str(int_arg(4))))

}

probe nd_syscall.utimensat.return = kprobe.function("sys_utimensat").return?{

(name) = ("utimensat")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_utimensat.return = kprobe.function("compat_sys_utimensat").return?{

(name) = ("utimensat")

(retstr) = (returnstr(1))

}

probe nd_syscall.vhangup = kprobe.function("sys_vhangup"){

(name) = ("vhangup")

(argstr) = ("")

}

probe nd_syscall.vhangup.return = kprobe.function("sys_vhangup").return{

(name) = ("vhangup")

(retstr) = (returnstr(1))

}

probe nd_syscall.vmsplice = kprobe.function("sys_vmsplice")?{

(name) = ("vmsplice")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d, 0x%x", int_arg(1), pointer_arg(2), ulong_arg(3), uint_arg(4)))

}

probe nd_syscall.compat_vmsplice = kprobe.function("compat_sys_vmsplice")?{

(name) = ("vmsplice")

asmlinkage()

(argstr) = (sprintf("%d, %p, %d, 0x%x", int_arg(1), pointer_arg(2), uint_arg(3), uint_arg(4)))

}

probe nd_syscall.vmsplice.return = kprobe.function("sys_vmsplice").return?{

(name) = ("vmsplice")

(retstr) = (returnstr(1))

}

probe nd_syscall.compat_vmsplice.return = kprobe.function("compat_sys_vmsplice").return?{

(name) = ("vmsplice")

(retstr) = (returnstr(1))

}

probe nd_syscall.wait4 = kprobe.function("sys_wait4")?{

(name) = ("wait4")

asmlinkage()

(pid) = (int_arg(1))

(status_uaddr) = (pointer_arg(2))

(options) = (int_arg(3))

(options_str) = (_wait4_opt_str(options))

(rusage_uaddr) = (pointer_arg(4))

(argstr) = (sprintf("%d, %p, %s, %p", pid, status_uaddr, _wait4_opt_str(options), rusage_uaddr))

}

probe nd_syscall.wait4.return = kprobe.function("sys_wait4").return?{

(name) = ("wait4")

(retstr) = (returnstr(1))

}

probe nd_syscall.waitid = kprobe.function("sys_waitid")?{

(name) = ("waitid")

asmlinkage()

(pid) = (int_arg(1))

(which) = (int_arg(2))

(which_str) = (_waitid_which_str(which))

(infop_uaddr) = (pointer_arg(3))

(options) = (int_arg(4))

(options_str) = (_waitid_opt_str(options))

(rusage_uaddr) = (pointer_arg(5))

(argstr) = (sprintf("%d, %d, %p, %s, %p", which, pid, infop_uaddr, _waitid_opt_str(options), rusage_uaddr))

}

probe nd_syscall.waitid.return = kprobe.function("sys_waitid").return?{

(name) = ("waitid")

(retstr) = (returnstr(1))

}

probe nd_syscall.write = kprobe.function("sys_write")?{

(name) = ("write")

asmlinkage()

(fd) = (uint_arg(1))

(buf_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(argstr) = (sprintf("%d, %s, %d", fd, text_strn(user_string(buf_uaddr), syscall_string_trunc, 1), count))

}

probe nd_syscall.write.return = kprobe.function("sys_write").return?{

(name) = ("write")

(retstr) = (returnstr(1))

}

probe nd_syscall.writev = kprobe.function("compat_sys_writev")?, kprobe.function("sys_writev")?{

(name) = ("writev")

asmlinkage()

(vector_uaddr) = (pointer_arg(2))

(count) = (ulong_arg(3))

(fd) = (ulong_arg(1))

(argstr) = (sprintf("%d, %p, %d", fd, vector_uaddr, count))

}

probe nd_syscall.writev.return = kprobe.function("compat_sys_writev").return?, kprobe.function("sys_writev").return?{

(name) = ("writev")

(retstr) = (returnstr(1))

}



# file /usr/local/share/systemtap/tapset/networking.stp

probe netdev.receive = kernel.function("netif_receive_skb"){

(dev_name) = (kernel_string($skb->dev->name))

(length) = ($skb->len)

(protocol) = ($skb->protocol)

(truesize) = ($skb->truesize)

}

probe netdev.transmit = kernel.function("dev_queue_xmit"){

(dev_name) = (kernel_string($skb->dev->name))

(length) = ($skb->len)

(protocol) = ($skb->protocol)

(truesize) = ($skb->truesize)

}

probe netdev.change_mtu = kernel.function("dev_set_mtu"){

(old_mtu) = ($dev->mtu)

(new_mtu) = ($new_mtu)

(dev_name) = (get_netdev_name($dev))

}

probe netdev.open = kernel.function("dev_open"){

(dev_name) = (get_netdev_name($dev))

}

probe netdev.close = kernel.function("dev_close"){

(dev_name) = (get_netdev_name($dev))

}

probe netdev.hard_transmit = kernel.function("dev_hard_start_xmit")?{
me($dev))
(protocol) = ($skb->protocol)
(length) = ($skb->len)
(truesize) = ($skb->truesize)
}
probe netdev.rx = kernel.function("netif_rx"){
(netdev) = ($skb->dev)
(dev_name) = (get_netdev_name(netdev))
(protocol) = ($skb->protocol)
}
probe netdev.change_rx_flag = kernel.function("dev_change_rx_flags")?{
(dev_name) = (get_netdev_name($dev))
(flags) = ($flags)
}
probe netdev.set_promiscuity = kernel.function("dev_set_promiscuity"){
(dev_name) = (get_netdev_name($dev))
if ($inc) {
(enable) = (1)
}
else {
(disable) = (1)
}

(inc) = ($inc)
}
probe netdev.ioctl = kernel.function("dev_ioctl"){
(cmd) = ($cmd)
(arg) = (user_string($arg))
}
probe netdev.register = kernel.function("register_netdevice"), kernel.function("register_netdev"){
(dev_name) = (get_netdev_name($dev))
}
probe netdev.unregister = kernel.function("unregister_netdev"){
(dev_name) = (get_netdev_name($dev))
}
probe netdev.get_stats = kernel.function("dev_get_stats")?{
(dev_name) = (get_netdev_name($dev))
}
probe netdev.change_mac = kernel.function("dev_set_mac_address")?{
(dev_name) = (get_netdev_name($dev))
(mac_len) = ($dev->addr_len)
(old_mac) = (sprintf("%02x:%02x:%02x:%02x:%02x:%02x", $dev->dev_addr[0], $dev->dev_addr[1], $dev->dev_addr[2], $dev->dev_addr[3], $dev->dev_addr[4], $dev->dev_addr[5]))
(new_mac) = (sprintf("%02x:%02x:%02x:%02x:%02x:%02x", $sa->sa_data[0], $sa->sa_data[1], $sa->sa_data[2], $sa->sa_data[3], $sa->sa_data[4], $sa->sa_data[5]))
}
function get_netdev_name (addr)
{
return kernel_string(@cast(addr, "net_device")->name)
}

# file /usr/local/share/systemtap/tapset/nfs.stp
%{
#include <linux/kernel.h>
#include <linux/nfs_fs.h>
%}probe nfs.fop.entries = nfs.fop.llseek, nfs.fop.read, nfs.fop.write, nfs.fop.aio_read, nfs.fop.aio_write, nfs.fop.mmap, nfs.fop.open, nfs.fop.flush, nfs.fop.release, nfs.fop.sendfile?, nfs.fop.fsync, nfs.fop.lock{
}
probe nfs.fop.return = nfs.fop.llseek.return, nfs.fop.read.return, nfs.fop.write.return, nfs.fop.aio_read.return, nfs.fop.aio_write.return, nfs.fop.mmap.return, nfs.fop.open.return, nfs.fop.flush.return, nfs.fop.release.return, nfs.fop.sendfile.return?, nfs.fop.fsync.return, nfs.fop.lock.return{
}
probe nfs.fop.llseek = kernel.function("nfs_file_llseek")!, module("nfs").function("nfs_file_llseek"){
(dev) = (__file_dev($filp))
(ino) = (__file_ino($filp))
(s_id) = (__file_id($filp))
(devname) = (kernel_string(s_id))
(maxbyte) = (__file_maxbytes($filp))
(offset) = ($offset)
(origin) = ($origin)
(name) = ("nfs.fop.llseek")
(argstr) = (sprintf("%d, %d", offset, origin))
}
probe nfs.fop.llseek.return = kernel.function("nfs_file_llseek").return!, module("nfs").function("nfs_file_llseek").return{
(name) = ("nfs.fop.llseek.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.read = vfs.do_sync_read{
(s_id) = (__file_id($filp))
(devname) = (kernel_string(s_id))
(name) = ("nfs.fop.read")
}
probe nfs.fop.read.return = vfs.do_sync_read.return{
(name) = ("nfs.fop.read.return")
}
probe nfs.fop.write = vfs.do_sync_write{
(s_id) = (__file_id($filp))
(devname) = (kernel_string(s_id))
(name) = ("nfs.fop.write")
}
probe nfs.fop.write.return = vfs.do_sync_write.return{
(name) = ("nfs.fop.write.return")
}
probe nfs.fop.aio_read = kernel.function("nfs_file_read")!, module("nfs").function("nfs_file_read"){
(dev) = (__file_dev($iocb->ki_filp))
(ino) = (__file_ino($iocb->ki_filp))
(s_id) = (__file_id($iocb->ki_filp))
(devname) = (kernel_string(s_id))
(pos) = ($pos)
if (@defined($iov)) {
(buf) = ($iov->iov_base)
(count) = (__iov_length($iov, $nr_segs, 0, -(1)))
}
else {
(buf) = ($buf)
(count) = ($count)
}

(parent_name) = (__file_parentname($iocb->ki_filp))
(file_name) = (__file_filename($iocb->ki_filp))
(cache_valid) = (__nfsi_cache_valid(__file_inode($iocb->ki_filp)))
(cache_time) = (__nfsi_rcache_time(__file_inode($iocb->ki_filp)))
(attr_time) = (__nfsi_attr_time(__file_inode($iocb->ki_filp)))
(name) = ("nfs.fop.aio_read")
(argstr) = (sprintf("%p, %d, %d", buf, count, pos))
(size) = (count)
(units) = ("bytes
(dev_name) = (get_netdev_name($dev))

(protocol) = ($skb->protocol)

(length) = ($skb->len)

(truesize) = ($skb->truesize)

}

probe netdev.rx = kernel.function("netif_rx"){

(netdev) = ($skb->dev)

(dev_name) = (get_netdev_name(netdev))

(protocol) = ($skb->protocol)

}

probe netdev.change_rx_flag = kernel.function("dev_change_rx_flags")?{

(dev_name) = (get_netdev_name($dev))

(flags) = ($flags)

}

probe netdev.set_promiscuity = kernel.function("dev_set_promiscuity"){

(dev_name) = (get_netdev_name($dev))

if ($inc) {

(enable) = (1)

}

else {

(disable) = (1)

}



(inc) = ($inc)

}

probe netdev.ioctl = kernel.function("dev_ioctl"){

(cmd) = ($cmd)

(arg) = (user_string($arg))

}

probe netdev.register = kernel.function("register_netdevice"), kernel.function("register_netdev"){

(dev_name) = (get_netdev_name($dev))

}

probe netdev.unregister = kernel.function("unregister_netdev"){

(dev_name) = (get_netdev_name($dev))

}

probe netdev.get_stats = kernel.function("dev_get_stats")?{

(dev_name) = (get_netdev_name($dev))

}

probe netdev.change_mac = kernel.function("dev_set_mac_address")?{

(dev_name) = (get_netdev_name($dev))

(mac_len) = ($dev->addr_len)

(old_mac) = (sprintf("%02x:%02x:%02x:%02x:%02x:%02x", $dev->dev_addr[0], $dev->dev_addr[1], $dev->dev_addr[2], $dev->dev_addr[3], $dev->dev_addr[4], $dev->dev_addr[5]))

(new_mac) = (sprintf("%02x:%02x:%02x:%02x:%02x:%02x", $sa->sa_data[0], $sa->sa_data[1], $sa->sa_data[2], $sa->sa_data[3], $sa->sa_data[4], $sa->sa_data[5]))

}

function get_netdev_name (addr)

{

return kernel_string(@cast(addr, "net_device")->name)

}



# file /usr/local/share/systemtap/tapset/nfs.stp

%{

#include <linux/kernel.h>

#include <linux/nfs_fs.h>

%}probe nfs.fop.entries = nfs.fop.llseek, nfs.fop.read, nfs.fop.write, nfs.fop.aio_read, nfs.fop.aio_write, nfs.fop.mmap, nfs.fop.open, nfs.fop.flush, nfs.fop.release, nfs.fop.sendfile?, nfs.fop.fsync, nfs.fop.lock{

}

probe nfs.fop.return = nfs.fop.llseek.return, nfs.fop.read.return, nfs.fop.write.return, nfs.fop.aio_read.return, nfs.fop.aio_write.return, nfs.fop.mmap.return, nfs.fop.open.return, nfs.fop.flush.return, nfs.fop.release.return, nfs.fop.sendfile.return?, nfs.fop.fsync.return, nfs.fop.lock.return{

}

probe nfs.fop.llseek = kernel.function("nfs_file_llseek")!, module("nfs").function("nfs_file_llseek"){

(dev) = (__file_dev($filp))

(ino) = (__file_ino($filp))

(s_id) = (__file_id($filp))

(devname) = (kernel_string(s_id))

(maxbyte) = (__file_maxbytes($filp))

(offset) = ($offset)

(origin) = ($origin)

(name) = ("nfs.fop.llseek")

(argstr) = (sprintf("%d, %d", offset, origin))

}

probe nfs.fop.llseek.return = kernel.function("nfs_file_llseek").return!, module("nfs").function("nfs_file_llseek").return{

(name) = ("nfs.fop.llseek.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.read = vfs.do_sync_read{

(s_id) = (__file_id($filp))

(devname) = (kernel_string(s_id))

(name) = ("nfs.fop.read")

}

probe nfs.fop.read.return = vfs.do_sync_read.return{

(name) = ("nfs.fop.read.return")

}

probe nfs.fop.write = vfs.do_sync_write{

(s_id) = (__file_id($filp))

(devname) = (kernel_string(s_id))

(name) = ("nfs.fop.write")

}

probe nfs.fop.write.return = vfs.do_sync_write.return{

(name) = ("nfs.fop.write.return")

}

probe nfs.fop.aio_read = kernel.function("nfs_file_read")!, module("nfs").function("nfs_file_read"){

(dev) = (__file_dev($iocb->ki_filp))

(ino) = (__file_ino($iocb->ki_filp))

(s_id) = (__file_id($iocb->ki_filp))

(devname) = (kernel_string(s_id))

(pos) = ($pos)

if (@defined($iov)) {

(buf) = ($iov->iov_base)

(count) = (__iov_length($iov, $nr_segs, 0, -(1)))

}

else {

(buf) = ($buf)

(count) = ($count)

}



(parent_name) = (__file_parentname($iocb->ki_filp))

(file_name) = (__file_filename($iocb->ki_filp))

(cache_valid) = (__nfsi_cache_valid(__file_inode($iocb->ki_filp)))

(cache_time) = (__nfsi_rcache_time(__file_inode($iocb->ki_filp)))

(attr_time) = (__nfsi_attr_time(__file_inode($iocb->ki_filp)))

(name) = ("nfs.fop.aio_read")

(argstr) = (sprintf("%p, %d, %d", buf, count, pos))

(size) = (count)
")
}
probe nfs.fop.aio_read.return = kernel.function("nfs_file_read").return!, module("nfs").function("nfs_file_read").return{
(name) = ("nfs.fop.aio_read.return")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
}

(units) = ("bytes")
}
probe nfs.fop.aio_write = kernel.function("nfs_file_write")!, module("nfs").function("nfs_file_write"){
(dev) = (__file_dev($iocb->ki_filp))
(ino) = (__file_ino($iocb->ki_filp))
(s_id) = (__file_id($iocb->ki_filp))
(devname) = (kernel_string(s_id))
(pos) = ($pos)
if (@defined($iov)) {
(buf) = ($iov->iov_base)
(count) = (__iov_length($iov, $nr_segs, 0, -(1)))
}
else {
(buf) = ($buf)
(count) = ($count)
}

(parent_name) = (__file_parentname($iocb->ki_filp))
(file_name) = (__file_filename($iocb->ki_filp))
(name) = ("nfs.fop.aio_write")
(argstr) = (sprintf("%p, %d, %d", buf, count, pos))
(size) = (count)
(units) = ("bytes")
}
probe nfs.fop.aio_write.return = kernel.function("nfs_file_write").return!, module("nfs").function("nfs_file_write").return{
(name) = ("nfs.fop.aio_write.return")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
}

(units) = ("bytes")
}
probe nfs.fop.mmap = kernel.function("nfs_file_mmap")!, module("nfs").function("nfs_file_mmap"){
(dev) = (__file_dev($file))
(ino) = (__file_ino($file))
(s_id) = (__file_id($file))
(devname) = (kernel_string(s_id))
(vm_start) = ($vma->vm_start)
(vm_end) = ($vma->vm_end)
(vm_flags) = ($vma->vm_flags)
(parent_name) = (__file_parentname($file))
(file_name) = (__file_filename($file))
(cache_valid) = (__nfsi_cache_valid(__file_inode($file)))
(cache_time) = (__nfsi_rcache_time(__file_inode($file)))
(attr_time) = (__nfsi_attr_time(__file_inode($file)))
(name) = ("nfs.fop.mmap")
(argstr) = (sprintf("0x%x, 0x%x, 0x%x", vm_start, vm_end, vm_flags))
}
probe nfs.fop.mmap.return = kernel.function("nfs_file_mmap").return!, module("nfs").function("nfs_file_mmap").return{
(name) = ("nfs.fop.mmap.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.open = kernel.function("nfs_file_open")!, module("nfs").function("nfs_file_open"){
(dev) = (__file_dev($filp))
(ino) = ($inode->i_ino)
(s_id) = ($inode->i_sb->s_id)
(devname) = (kernel_string(s_id))
(filename) = (__file_filename($filp))
(flag) = ($filp->f_flags)
(i_size) = ($inode->i_size)
(name) = ("nfs.fop.open")
(argstr) = (sprintf("%d, %d, %s", flag, ino, filename))
}
probe nfs.fop.open.return = kernel.function("nfs_file_open").return!, module("nfs").function("nfs_file_open").return{
(name) = ("nfs.fop.open.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.flush = kernel.function("nfs_file_flush")!, module("nfs").function("nfs_file_flush"){
(dev) = (__file_dev($file))
(ino) = (__file_ino($file))
(s_id) = (__file_id($file))
(devname) = (kernel_string(s_id))
(mode) = ($file->f_mode)
(ndirty) = (__nfsi_ndirty(__file_inode($file)))
(name) = ("nfs.fop.flush")
(argstr) = (sprintf("%d", ino))
}
probe nfs.fop.flush.return = kernel.function("nfs_file_flush").return!, module("nfs").function("nfs_file_flush").return{
(name) = ("nfs.fop.flush.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.release = kernel.function("nfs_file_release")!, module("nfs").function("nfs_file_release"){
(dev) = (__file_dev($filp))
(ino) = ($inode->i_ino)
(s_id) = ($inode->i_sb->s_id)
(devname) = (kernel_string(s_id))
(mode) = ($filp->f_mode)
(name) = ("nfs.fop.release")
(argstr) = (sprintf("%d", ino))
}
probe nfs.fop.release.return = kernel.function("nfs_file_release").return!, module("nfs").function("nfs_file_release").return{
(name) = ("nfs.fop.release.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.fsync = kernel.function("nfs_file_fsync")!, module("nfs").function("nfs_file_fsync")!, kernel.function("nfs_fsync")!, module("nfs").function("nfs_fsync"){
(dev) = (__file_dev($file))
(ino) = (__file_ino($file))
(s_id) = (__file_id($file))
(devname) = (kernel_string(s_id))
(ndirty) = (__nfsi_ndirty(__file_inode($file)))
(name) = ("nfs.f
(units) = ("bytes")

}

probe nfs.fop.aio_read.return = kernel.function("nfs_file_read").return!, module("nfs").function("nfs_file_read").return{

(name) = ("nfs.fop.aio_read.return")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

}



(units) = ("bytes")

}

probe nfs.fop.aio_write = kernel.function("nfs_file_write")!, module("nfs").function("nfs_file_write"){

(dev) = (__file_dev($iocb->ki_filp))

(ino) = (__file_ino($iocb->ki_filp))

(s_id) = (__file_id($iocb->ki_filp))

(devname) = (kernel_string(s_id))

(pos) = ($pos)

if (@defined($iov)) {

(buf) = ($iov->iov_base)

(count) = (__iov_length($iov, $nr_segs, 0, -(1)))

}

else {

(buf) = ($buf)

(count) = ($count)

}



(parent_name) = (__file_parentname($iocb->ki_filp))

(file_name) = (__file_filename($iocb->ki_filp))

(name) = ("nfs.fop.aio_write")

(argstr) = (sprintf("%p, %d, %d", buf, count, pos))

(size) = (count)

(units) = ("bytes")

}

probe nfs.fop.aio_write.return = kernel.function("nfs_file_write").return!, module("nfs").function("nfs_file_write").return{

(name) = ("nfs.fop.aio_write.return")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

}



(units) = ("bytes")

}

probe nfs.fop.mmap = kernel.function("nfs_file_mmap")!, module("nfs").function("nfs_file_mmap"){

(dev) = (__file_dev($file))

(ino) = (__file_ino($file))

(s_id) = (__file_id($file))

(devname) = (kernel_string(s_id))

(vm_start) = ($vma->vm_start)

(vm_end) = ($vma->vm_end)

(vm_flags) = ($vma->vm_flags)

(parent_name) = (__file_parentname($file))

(file_name) = (__file_filename($file))

(cache_valid) = (__nfsi_cache_valid(__file_inode($file)))

(cache_time) = (__nfsi_rcache_time(__file_inode($file)))

(attr_time) = (__nfsi_attr_time(__file_inode($file)))

(name) = ("nfs.fop.mmap")

(argstr) = (sprintf("0x%x, 0x%x, 0x%x", vm_start, vm_end, vm_flags))

}

probe nfs.fop.mmap.return = kernel.function("nfs_file_mmap").return!, module("nfs").function("nfs_file_mmap").return{

(name) = ("nfs.fop.mmap.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.open = kernel.function("nfs_file_open")!, module("nfs").function("nfs_file_open"){

(dev) = (__file_dev($filp))

(ino) = ($inode->i_ino)

(s_id) = ($inode->i_sb->s_id)

(devname) = (kernel_string(s_id))

(filename) = (__file_filename($filp))

(flag) = ($filp->f_flags)

(i_size) = ($inode->i_size)

(name) = ("nfs.fop.open")

(argstr) = (sprintf("%d, %d, %s", flag, ino, filename))

}

probe nfs.fop.open.return = kernel.function("nfs_file_open").return!, module("nfs").function("nfs_file_open").return{

(name) = ("nfs.fop.open.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.flush = kernel.function("nfs_file_flush")!, module("nfs").function("nfs_file_flush"){

(dev) = (__file_dev($file))

(ino) = (__file_ino($file))

(s_id) = (__file_id($file))

(devname) = (kernel_string(s_id))

(mode) = ($file->f_mode)

(ndirty) = (__nfsi_ndirty(__file_inode($file)))

(name) = ("nfs.fop.flush")

(argstr) = (sprintf("%d", ino))

}

probe nfs.fop.flush.return = kernel.function("nfs_file_flush").return!, module("nfs").function("nfs_file_flush").return{

(name) = ("nfs.fop.flush.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.release = kernel.function("nfs_file_release")!, module("nfs").function("nfs_file_release"){

(dev) = (__file_dev($filp))

(ino) = ($inode->i_ino)

(s_id) = ($inode->i_sb->s_id)

(devname) = (kernel_string(s_id))

(mode) = ($filp->f_mode)

(name) = ("nfs.fop.release")

(argstr) = (sprintf("%d", ino))

}

probe nfs.fop.release.return = kernel.function("nfs_file_release").return!, module("nfs").function("nfs_file_release").return{

(name) = ("nfs.fop.release.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.fsync = kernel.function("nfs_file_fsync")!, module("nfs").function("nfs_file_fsync")!, kernel.function("nfs_fsync")!, module("nfs").function("nfs_fsync"){

(dev) = (__file_dev($file))

(ino) = (__file_ino($file))

(s_id) = (__file_id($file))

(devname) = (kernel_string(s_id))

(ndirty) = (__nfsi_ndirty(__file_inode($file)))
op.fsync")
(argstr) = (sprintf("%d", ino))
}
probe nfs.fop.fsync.return = kernel.function("nfs_file_fsync").return!, module("nfs").function("nfs_file_fsync").return!, kernel.function("nfs_fsync").return!, module("nfs").function("nfs_fsync").return{
(name) = ("nfs.fop.fsync.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.lock = kernel.function("nfs_lock")!, module("nfs").function("nfs_lock"){
(dev) = (__file_dev($filp))
(ino) = (__file_ino($filp))
(s_id) = (__file_id($filp))
(devname) = (kernel_string(s_id))
(i_mode) = (__file_mode($filp))
(cmd) = ($cmd)
(fl_type) = ($fl->fl_type)
(fl_flag) = ($fl->fl_flags)
(fl_start) = ($fl->fl_start)
(fl_end) = ($fl->fl_end)
(name) = ("nfs.fop.lock")
(argstr) = (sprintf("%d, %d", cmd, i_mode))
}
probe nfs.fop.lock.return = kernel.function("nfs_lock").return!, module("nfs").function("nfs_lock").return{
(name) = ("nfs.fop.lock.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.fop.sendfile = kernel.function("nfs_file_sendfile")!, module("nfs").function("nfs_file_sendfile")?{
(dev) = (__file_dev($filp))
(ino) = (__file_ino($filp))
(s_id) = (__file_id($filp))
(devname) = (kernel_string(s_id))
(count) = ($count)
(ppos) = (($ppos)?(kernel_pointer($ppos)):(-(1)))
(cache_valid) = (__nfsi_cache_valid(__file_inode($filp)))
(cache_time) = (__nfsi_rcache_time(__file_inode($filp)))
(attr_time) = (__nfsi_attr_time(__file_inode($filp)))
(name) = ("nfs.fop.sendfile")
(argstr) = (sprintf("%d, %d", count, ppos))
(size) = (count)
(units) = ("bytes")
}
probe nfs.fop.sendfile.return = kernel.function("nfs_file_sendfile").return!, module("nfs").function("nfs_file_sendfile").return?{
(name) = ("nfs.fop.sendfile.return")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
}

(units) = ("bytes")
}
probe nfs.fop.check_flags = kernel.function("nfs_check_flags")!, module("nfs").function("nfs_check_flags"){
(flag) = ($flags)
(name) = ("nfs.fop.check_flags")
(argstr) = (sprintf("%d", flag))
}
probe nfs.fop.check_flags.return = kernel.function("nfs_check_flags").return!, module("nfs").function("nfs_check_flags").return{
(name) = ("nfs.fop.check_flags.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.aop.entries = nfs.aop.readpage, nfs.aop.readpages, nfs.aop.writepage, nfs.aop.writepages, nfs.aop.release_page?, nfs.aop.write_begin, nfs.aop.write_end{
}
probe nfs.aop.return = nfs.aop.readpage.return, nfs.aop.readpages.return, nfs.aop.writepage.return, nfs.aop.writepages.return, nfs.aop.release_page.return?, nfs.aop.write_begin.return, nfs.aop.write_end.return{
}
probe nfs.aop.readpage = kernel.function("nfs_readpage")!, module("nfs").function("nfs_readpage"){
(__page) = ($page)
(dev) = (__page_dev(__page))
(ino) = (__page_ino(__page))
(i_flag) = (__p2i_flag($page))
(i_size) = (__p2i_size($page))
(sb_flag) = (__p2sb_flag($page))
(file) = ($file)
(page_index) = ($page->index)
(__inode) = (__p2i($page))
(rsize) = (__nfs_server_rsize(__inode))
(name) = ("nfs.aop.readpage")
(argstr) = (sprintf("%d, %d", page_index, rsize))
(size) = (1)
(units) = ("pages")
}
probe nfs.aop.readpage.return = kernel.function("nfs_readpage").return!, module("nfs").function("nfs_readpage").return{
(name) = ("nfs.aop.readpage.return")
(retstr) = (sprintf("%d", $return))
(size) = (1)
(units) = ("pages")
}
probe nfs.aop.readpages = kernel.function("nfs_readpages")!, module("nfs").function("nfs_readpages"){
(dev) = ($mapping->host->i_sb->s_dev)
(ino) = ($mapping->host->i_ino)
(nr_pages) = ($nr_pages)
(file) = ($filp)
(rpages) = (__nfs_rpages($mapping->host))
(rsize) = (__nfs_server_rsize($mapping->host))
(name) = ("nfs.aop.readpages")
(argstr) = (sprintf("%d", nr_pages))
(size) = (nr_pages)
(units) = ("pages")
}
probe nfs.aop.readpages.return = kernel.function("nfs_readpages").return!, module("nfs").function("nfs_readpages").return{
(name) = ("nfs.aop.readpages.return")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
}

(units) = ("pages")
}
probe nfs.aop.set_page_
(name) = ("nfs.fop.fsync")

(argstr) = (sprintf("%d", ino))

}

probe nfs.fop.fsync.return = kernel.function("nfs_file_fsync").return!, module("nfs").function("nfs_file_fsync").return!, kernel.function("nfs_fsync").return!, module("nfs").function("nfs_fsync").return{

(name) = ("nfs.fop.fsync.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.lock = kernel.function("nfs_lock")!, module("nfs").function("nfs_lock"){

(dev) = (__file_dev($filp))

(ino) = (__file_ino($filp))

(s_id) = (__file_id($filp))

(devname) = (kernel_string(s_id))

(i_mode) = (__file_mode($filp))

(cmd) = ($cmd)

(fl_type) = ($fl->fl_type)

(fl_flag) = ($fl->fl_flags)

(fl_start) = ($fl->fl_start)

(fl_end) = ($fl->fl_end)

(name) = ("nfs.fop.lock")

(argstr) = (sprintf("%d, %d", cmd, i_mode))

}

probe nfs.fop.lock.return = kernel.function("nfs_lock").return!, module("nfs").function("nfs_lock").return{

(name) = ("nfs.fop.lock.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.fop.sendfile = kernel.function("nfs_file_sendfile")!, module("nfs").function("nfs_file_sendfile")?{

(dev) = (__file_dev($filp))

(ino) = (__file_ino($filp))

(s_id) = (__file_id($filp))

(devname) = (kernel_string(s_id))

(count) = ($count)

(ppos) = (($ppos)?(kernel_pointer($ppos)):(-(1)))

(cache_valid) = (__nfsi_cache_valid(__file_inode($filp)))

(cache_time) = (__nfsi_rcache_time(__file_inode($filp)))

(attr_time) = (__nfsi_attr_time(__file_inode($filp)))

(name) = ("nfs.fop.sendfile")

(argstr) = (sprintf("%d, %d", count, ppos))

(size) = (count)

(units) = ("bytes")

}

probe nfs.fop.sendfile.return = kernel.function("nfs_file_sendfile").return!, module("nfs").function("nfs_file_sendfile").return?{

(name) = ("nfs.fop.sendfile.return")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

}



(units) = ("bytes")

}

probe nfs.fop.check_flags = kernel.function("nfs_check_flags")!, module("nfs").function("nfs_check_flags"){

(flag) = ($flags)

(name) = ("nfs.fop.check_flags")

(argstr) = (sprintf("%d", flag))

}

probe nfs.fop.check_flags.return = kernel.function("nfs_check_flags").return!, module("nfs").function("nfs_check_flags").return{

(name) = ("nfs.fop.check_flags.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.aop.entries = nfs.aop.readpage, nfs.aop.readpages, nfs.aop.writepage, nfs.aop.writepages, nfs.aop.release_page?, nfs.aop.write_begin, nfs.aop.write_end{

}

probe nfs.aop.return = nfs.aop.readpage.return, nfs.aop.readpages.return, nfs.aop.writepage.return, nfs.aop.writepages.return, nfs.aop.release_page.return?, nfs.aop.write_begin.return, nfs.aop.write_end.return{

}

probe nfs.aop.readpage = kernel.function("nfs_readpage")!, module("nfs").function("nfs_readpage"){

(__page) = ($page)

(dev) = (__page_dev(__page))

(ino) = (__page_ino(__page))

(i_flag) = (__p2i_flag($page))

(i_size) = (__p2i_size($page))

(sb_flag) = (__p2sb_flag($page))

(file) = ($file)

(page_index) = ($page->index)

(__inode) = (__p2i($page))

(rsize) = (__nfs_server_rsize(__inode))

(name) = ("nfs.aop.readpage")

(argstr) = (sprintf("%d, %d", page_index, rsize))

(size) = (1)

(units) = ("pages")

}

probe nfs.aop.readpage.return = kernel.function("nfs_readpage").return!, module("nfs").function("nfs_readpage").return{

(name) = ("nfs.aop.readpage.return")

(retstr) = (sprintf("%d", $return))

(size) = (1)

(units) = ("pages")

}

probe nfs.aop.readpages = kernel.function("nfs_readpages")!, module("nfs").function("nfs_readpages"){

(dev) = ($mapping->host->i_sb->s_dev)

(ino) = ($mapping->host->i_ino)

(nr_pages) = ($nr_pages)

(file) = ($filp)

(rpages) = (__nfs_rpages($mapping->host))

(rsize) = (__nfs_server_rsize($mapping->host))

(name) = ("nfs.aop.readpages")

(argstr) = (sprintf("%d", nr_pages))

(size) = (nr_pages)

(units) = ("pages")

}

probe nfs.aop.readpages.return = kernel.function("nfs_readpages").return!, module("nfs").function("nfs_readpages").return{

(name) = ("nfs.aop.readpages.return")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

}



(units) = ("pages")

}
dirty = kernel.function("__set_page_dirty_nobuffers")!, module("nfs").function("__set_page_dirty_nobuffers"){
(__page) = ($page)
(page_flag) = ($page->flags)
(name) = ("nfs.aop.set_page_dirty")
(argstr) = (sprintf("%d", page_flag))
}
probe nfs.aop.set_page_dirty.return = kernel.function("__set_page_dirty_nobuffers").return!, module("nfs").function("__set_page_dirty_nobuffers").return{
(name) = ("nfs.aop.set_page_dirty.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.aop.writepage = kernel.function("nfs_writepage")!, module("nfs").function("nfs_writepage"){
(__page) = ($page)
(dev) = (__page_dev(__page))
(ino) = (__page_ino(__page))
(for_reclaim) = ($wbc->for_reclaim)
(for_kupdate) = ($wbc->for_kupdate)
(i_flag) = (__p2i_flag($page))
(i_state) = (__p2i_state($page))
(i_size) = (__p2i_size($page))
(sb_flag) = (__p2sb_flag($page))
(page_index) = ($page->index)
(__inode) = (__p2i($page))
(wsize) = (__nfs_server_wsize(__inode))
(name) = ("nfs.aop.writepage")
(argstr) = (sprintf("%d", page_index))
(size) = (1)
(units) = ("pages")
}
probe nfs.aop.writepage.return = kernel.function("nfs_writepage").return!, module("nfs").function("nfs_writepage").return{
(name) = ("nfs.aop.writepage.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.aop.writepages = kernel.function("nfs_writepages")!, module("nfs").function("nfs_writepages"){
(dev) = ($mapping->host->i_sb->s_dev)
(ino) = ($mapping->host->i_ino)
(for_reclaim) = ($wbc->for_reclaim)
(for_kupdate) = ($wbc->for_kupdate)
(nr_to_write) = ($wbc->nr_to_write)
(wsize) = (__nfs_server_wsize($mapping->host))
(wpages) = (__nfs_wpages($mapping->host))
(name) = ("nfs.aop.writepages")
(argstr) = (sprintf("%d", nr_to_write))
(size) = (nr_to_write)
(units) = ("pages")
}
probe nfs.aop.writepages.return = kernel.function("nfs_writepages").return!, module("nfs").function("nfs_writepages").return{
(name) = ("nfs.aop.writepages.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.aop.write_begin = __nfs.aop.write_begin!, __nfs.aop.prepare_write{
}
probe nfs.aop.write_begin.return = __nfs.aop.write_begin.return!, __nfs.aop.prepare_write.return{
}
probe nfs.aop.write_end = __nfs.aop.write_end!, __nfs.aop.commit_write{
}
probe nfs.aop.write_end.return = __nfs.aop.write_end.return!, __nfs.aop.commit_write.return{
}
probe __nfs.aop.write_begin = kernel.function("nfs_write_begin")!, module("nfs").function("nfs_write_begin"){
(__page) = (-(1))
(offset) = ($pos)
(to) = (($pos) + ($len))
(page_index) = (-(1))
(size) = ($len)
(dev) = (__file_dev($file))
(ino) = (__file_ino($file))
(s_id) = (__file_id($file))
(devname) = (kernel_string(s_id))
(pos) = ($pos)
(count) = ($len)
(name) = ("nfs.aop.write_begin")
(argstr) = (sprintf("%d", ino))
(units) = ("bytes")
}
probe __nfs.aop.write_begin.return = kernel.function("nfs_write_begin").return!, module("nfs").function("nfs_write_begin").return{
(name) = ("nfs.aop.write_begin.return")
(retstr) = (sprintf("%d", $return))
}
probe __nfs.aop.write_end = kernel.function("nfs_write_end")!, module("nfs").function("nfs_write_end"){
(__page) = (-(1))
(offset) = ($pos)
(to) = (($pos) + ($len))
(i_flag) = (0)
(i_size) = (0)
(sb_flag) = (0)
(page_index) = (-(1))
(size) = ($len)
(dev) = (__file_dev($file))
(ino) = (__file_ino($file))
(s_id) = (__file_id($file))
(devname) = (kernel_string(s_id))
(pos) = ($pos)
(count) = ($len)
(name) = ("nfs.aop.write_end")
(argstr) = (sprintf("%d", ino))
(units) = ("bytes")
}
probe __nfs.aop.write_end.return = kernel.function("nfs_write_end").return!, module("nfs").function("nfs_write_end").return{
(name) = ("nfs.aop.write_end.return")
(retstr) = (sprintf("%d", $return))
}
probe __nfs.aop.prepare_write = kernel.function("nfs_prepare_write")!, module("nfs").function("nfs_prepare_write"){
(s_id) = (-(1))
(pos) = ($offset)
(count) = (($to) - ($offset))
(__page) = ($page)
(dev) = (__page_dev(__page))
(devname) = (__find_bdevname(dev, __page_bdev(__page)))
(ino) = (__page_ino(__page))
(offset) = ($offset)
(to) = ($to)
(page_ind
probe nfs.aop.set_page_dirty = kernel.function("__set_page_dirty_nobuffers")!, module("nfs").function("__set_page_dirty_nobuffers"){

(__page) = ($page)

(page_flag) = ($page->flags)

(name) = ("nfs.aop.set_page_dirty")

(argstr) = (sprintf("%d", page_flag))

}

probe nfs.aop.set_page_dirty.return = kernel.function("__set_page_dirty_nobuffers").return!, module("nfs").function("__set_page_dirty_nobuffers").return{

(name) = ("nfs.aop.set_page_dirty.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.aop.writepage = kernel.function("nfs_writepage")!, module("nfs").function("nfs_writepage"){

(__page) = ($page)

(dev) = (__page_dev(__page))

(ino) = (__page_ino(__page))

(for_reclaim) = ($wbc->for_reclaim)

(for_kupdate) = ($wbc->for_kupdate)

(i_flag) = (__p2i_flag($page))

(i_state) = (__p2i_state($page))

(i_size) = (__p2i_size($page))

(sb_flag) = (__p2sb_flag($page))

(page_index) = ($page->index)

(__inode) = (__p2i($page))

(wsize) = (__nfs_server_wsize(__inode))

(name) = ("nfs.aop.writepage")

(argstr) = (sprintf("%d", page_index))

(size) = (1)

(units) = ("pages")

}

probe nfs.aop.writepage.return = kernel.function("nfs_writepage").return!, module("nfs").function("nfs_writepage").return{

(name) = ("nfs.aop.writepage.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.aop.writepages = kernel.function("nfs_writepages")!, module("nfs").function("nfs_writepages"){

(dev) = ($mapping->host->i_sb->s_dev)

(ino) = ($mapping->host->i_ino)

(for_reclaim) = ($wbc->for_reclaim)

(for_kupdate) = ($wbc->for_kupdate)

(nr_to_write) = ($wbc->nr_to_write)

(wsize) = (__nfs_server_wsize($mapping->host))

(wpages) = (__nfs_wpages($mapping->host))

(name) = ("nfs.aop.writepages")

(argstr) = (sprintf("%d", nr_to_write))

(size) = (nr_to_write)

(units) = ("pages")

}

probe nfs.aop.writepages.return = kernel.function("nfs_writepages").return!, module("nfs").function("nfs_writepages").return{

(name) = ("nfs.aop.writepages.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.aop.write_begin = __nfs.aop.write_begin!, __nfs.aop.prepare_write{

}

probe nfs.aop.write_begin.return = __nfs.aop.write_begin.return!, __nfs.aop.prepare_write.return{

}

probe nfs.aop.write_end = __nfs.aop.write_end!, __nfs.aop.commit_write{

}

probe nfs.aop.write_end.return = __nfs.aop.write_end.return!, __nfs.aop.commit_write.return{

}

probe __nfs.aop.write_begin = kernel.function("nfs_write_begin")!, module("nfs").function("nfs_write_begin"){

(__page) = (-(1))

(offset) = ($pos)

(to) = (($pos) + ($len))

(page_index) = (-(1))

(size) = ($len)

(dev) = (__file_dev($file))

(ino) = (__file_ino($file))

(s_id) = (__file_id($file))

(devname) = (kernel_string(s_id))

(pos) = ($pos)

(count) = ($len)

(name) = ("nfs.aop.write_begin")

(argstr) = (sprintf("%d", ino))

(units) = ("bytes")

}

probe __nfs.aop.write_begin.return = kernel.function("nfs_write_begin").return!, module("nfs").function("nfs_write_begin").return{

(name) = ("nfs.aop.write_begin.return")

(retstr) = (sprintf("%d", $return))

}

probe __nfs.aop.write_end = kernel.function("nfs_write_end")!, module("nfs").function("nfs_write_end"){

(__page) = (-(1))

(offset) = ($pos)

(to) = (($pos) + ($len))

(i_flag) = (0)

(i_size) = (0)

(sb_flag) = (0)

(page_index) = (-(1))

(size) = ($len)

(dev) = (__file_dev($file))

(ino) = (__file_ino($file))

(s_id) = (__file_id($file))

(devname) = (kernel_string(s_id))

(pos) = ($pos)

(count) = ($len)

(name) = ("nfs.aop.write_end")

(argstr) = (sprintf("%d", ino))

(units) = ("bytes")

}

probe __nfs.aop.write_end.return = kernel.function("nfs_write_end").return!, module("nfs").function("nfs_write_end").return{

(name) = ("nfs.aop.write_end.return")

(retstr) = (sprintf("%d", $return))

}

probe __nfs.aop.prepare_write = kernel.function("nfs_prepare_write")!, module("nfs").function("nfs_prepare_write"){

(s_id) = (-(1))

(pos) = ($offset)

(count) = (($to) - ($offset))

(__page) = ($page)

(dev) = (__page_dev(__page))

(devname) = (__find_bdevname(dev, __page_bdev(__page)))

(ino) = (__page_ino(__page))

(offset) = ($offset)

(to) = ($to)
ex) = ($page->index)
(name) = ("nfs.aop.prepare_write")
(argstr) = (sprintf("%d", page_index))
(size) = (($to) - ($offset))
(units) = ("bytes")
}
probe __nfs.aop.prepare_write.return = kernel.function("nfs_prepare_write").return!, module("nfs").function("nfs_prepare_write").return{
(name) = ("nfs.aop.prepare_write.return")
(retstr) = (sprintf("%d", $return))
}
probe __nfs.aop.commit_write = kernel.function("nfs_commit_write")!, module("nfs").function("nfs_commit_write"){
(s_id) = (-(1))
(pos) = ($offset)
(count) = (($to) - ($offset))
(__page) = ($page)
(dev) = (__page_dev(__page))
(devname) = (__find_bdevname(dev, __page_bdev(__page)))
(ino) = (__page_ino(__page))
(offset) = ($offset)
(to) = ($to)
(i_flag) = (__p2i_flag($page))
(i_size) = (__p2i_size($page))
(sb_flag) = (__p2sb_flag($page))
(page_index) = ($page->index)
(name) = ("nfs.aop.commit_write")
(argstr) = (sprintf("%d, %d", offset, to))
(size) = (($to) - ($offset))
(units) = ("bytes")
}
probe __nfs.aop.commit_write.return = kernel.function("nfs_commit_write").return!, module("nfs").function("nfs_commit_write").return{
(name) = ("nfs.aop.commit_write.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.aop.release_page = kernel.function("nfs_release_page")!, module("nfs").function("nfs_release_page")?{
(__page) = ($page)
(dev) = (__page_dev(__page))
(ino) = (__page_ino(__page))
(page_index) = ($page->index)
(name) = ("nfs.aop.release_page")
(argstr) = (sprintf("%d", page_index))
(size) = (1)
(units) = ("pages")
}
probe nfs.aop.release_page.return = kernel.function("nfs_release_page").return!, module("nfs").function("nfs_release_page").return?{
(name) = ("nfs.aop.release_page.return")
(retstr) = (sprintf("%d", $return))
}
function __nfsi_cache_valid (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->cache_validity
}
function __nfsi_rcache_time (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->read_cache_jiffies
}
function __nfsi_attr_time (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->attrtimeo
}
function __nfsi_ndirty (inode)
{
if ((inode) == (0)) return -(1)

return (@defined(@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->ndirty))?(@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->ndirty):(-(1))
}
function __nfs_server_rsize (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->rsize
}
function __nfs_version (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_PROTO(inode), "nfs_rpc_ops", "kernel:nfs")->version
}
function __nfs_server_wsize (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->wsize
}
function __nfs_rpages (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->rpages
}
function __nfs_wpages (inode)
{
if ((inode) == (0)) return -(1)

return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->wpages
}
function __p2i (page)
{
(mapping) = ((page)?(@cast(page, "page", "kernel:nfs")->mapping):(0))
if ((mapping) == (0)) return 0

return @cast(mapping, "address_space", "kernel:nfs")->host
}
function __p2i_flag (page)
{
(host) = (__p2i(page))
if ((host) == (0)) return -(1)

return @cast(host, "inode", "kernel:nfs")->i_flags
}
function __p2i_state (page)
{
(host) = (__p2i(page))
if ((host) == (0)) return -(1)

return @cast(host, "inode", "kernel:nfs")->i_state
}
function __p2i_size (page)
{
(host) = (__p2i(page))
if ((host) == (0)) return -(1)

return @cast(host, "inode", "kernel:nfs")->i_size
}
function __p2sb_flag (page)
{
(host) = (__p2i(page))
(i_sb) = ((host)?(@cast(host, "inode", "kernel:nfs")->i_sb):(0))
if ((i_sb) == (0)) return -(1)

return @cast(i_sb, "super_block", "kernel:nfs")->s_flags
}
function __file_inode (file)
{
(dentry) = ((file)?((@defined(@cast(file, "file", "kernel:nfs")->f_path->dentry))?(@cas
(page_index) = ($page->index)

(name) = ("nfs.aop.prepare_write")

(argstr) = (sprintf("%d", page_index))

(size) = (($to) - ($offset))

(units) = ("bytes")

}

probe __nfs.aop.prepare_write.return = kernel.function("nfs_prepare_write").return!, module("nfs").function("nfs_prepare_write").return{

(name) = ("nfs.aop.prepare_write.return")

(retstr) = (sprintf("%d", $return))

}

probe __nfs.aop.commit_write = kernel.function("nfs_commit_write")!, module("nfs").function("nfs_commit_write"){

(s_id) = (-(1))

(pos) = ($offset)

(count) = (($to) - ($offset))

(__page) = ($page)

(dev) = (__page_dev(__page))

(devname) = (__find_bdevname(dev, __page_bdev(__page)))

(ino) = (__page_ino(__page))

(offset) = ($offset)

(to) = ($to)

(i_flag) = (__p2i_flag($page))

(i_size) = (__p2i_size($page))

(sb_flag) = (__p2sb_flag($page))

(page_index) = ($page->index)

(name) = ("nfs.aop.commit_write")

(argstr) = (sprintf("%d, %d", offset, to))

(size) = (($to) - ($offset))

(units) = ("bytes")

}

probe __nfs.aop.commit_write.return = kernel.function("nfs_commit_write").return!, module("nfs").function("nfs_commit_write").return{

(name) = ("nfs.aop.commit_write.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.aop.release_page = kernel.function("nfs_release_page")!, module("nfs").function("nfs_release_page")?{

(__page) = ($page)

(dev) = (__page_dev(__page))

(ino) = (__page_ino(__page))

(page_index) = ($page->index)

(name) = ("nfs.aop.release_page")

(argstr) = (sprintf("%d", page_index))

(size) = (1)

(units) = ("pages")

}

probe nfs.aop.release_page.return = kernel.function("nfs_release_page").return!, module("nfs").function("nfs_release_page").return?{

(name) = ("nfs.aop.release_page.return")

(retstr) = (sprintf("%d", $return))

}

function __nfsi_cache_valid (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->cache_validity

}

function __nfsi_rcache_time (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->read_cache_jiffies

}

function __nfsi_attr_time (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->attrtimeo

}

function __nfsi_ndirty (inode)

{

if ((inode) == (0)) return -(1)



return (@defined(@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->ndirty))?(@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->ndirty):(-(1))

}

function __nfs_server_rsize (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->rsize

}

function __nfs_version (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_PROTO(inode), "nfs_rpc_ops", "kernel:nfs")->version

}

function __nfs_server_wsize (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->wsize

}

function __nfs_rpages (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->rpages

}

function __nfs_wpages (inode)

{

if ((inode) == (0)) return -(1)



return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->wpages

}

function __p2i (page)

{

(mapping) = ((page)?(@cast(page, "page", "kernel:nfs")->mapping):(0))

if ((mapping) == (0)) return 0



return @cast(mapping, "address_space", "kernel:nfs")->host

}

function __p2i_flag (page)

{

(host) = (__p2i(page))

if ((host) == (0)) return -(1)



return @cast(host, "inode", "kernel:nfs")->i_flags

}

function __p2i_state (page)

{

(host) = (__p2i(page))

if ((host) == (0)) return -(1)



return @cast(host, "inode", "kernel:nfs")->i_state

}

function __p2i_size (page)

{

(host) = (__p2i(page))

if ((host) == (0)) return -(1)



return @cast(host, "inode", "kernel:nfs")->i_size

}

function __p2sb_flag (page)

{

(host) = (__p2i(page))

(i_sb) = ((host)?(@cast(host, "inode", "kernel:nfs")->i_sb):(0))

if ((i_sb) == (0)) return -(1)



return @cast(i_sb, "super_block", "kernel:nfs")->s_flags

}

function __file_inode (file)

{
t(file, "file", "kernel:nfs")->f_path->dentry):(@cast(file, "file", "kernel:nfs")->f_dentry)):(0))
if ((dentry) == (0)) return 0

return @cast(dentry, "dentry", "kernel:nfs")->d_inode
}
function __file_id (file)
{
(d_inode) = (__file_inode(file))
if ((d_inode) == (0)) return 0

return @cast(d_inode, "inode", "kernel:nfs")->i_sb->s_id
}
function __file_mode (file)
{
(d_inode) = (__file_inode(file))
if ((d_inode) == (0)) return 0

return @cast(d_inode, "inode", "kernel:nfs")->i_mode
}
function __file_parentname (file)
{
(dentry) = ((file)?((@defined(@cast(file, "file", "kernel:nfs")->f_path->dentry))?(@cast(file, "file", "kernel:nfs")->f_path->dentry):(@cast(file, "file", "kernel:nfs")->f_dentry)):(0))
(d_parent) = ((dentry)?(@cast(dentry, "dentry", "kernel:nfs")->d_parent):(0))
if ((d_parent) == (0)) return "NULL"

(name) = (@cast(d_parent, "dentry", "kernel:nfs")->d_name->name)
return kernel_string(name)
}
function __iov_length (iov, nr_segs, check_flag, access_flags)
%{ /* pure */
        unsigned long seg;
        size_t ret = 0;
        const struct iovec *iov = (const struct iovec *)(long)THIS->iov;
        unsigned long nr_segs = (unsigned long)THIS->nr_segs;

        for (seg = 0; seg < nr_segs; seg++)
	{   __kernel_size_t iov_len  = kread(&(iov[seg].iov_len));
            ret += iov_len;
		
	    if (THIS->check_flag) {

                if (unlikely((ssize_t)(ret|iov_len) < 0)) {
			THIS->__retvalue = -EINVAL;
			return;
		}
                if (access_ok((int)THIS->access_flags, kread(&(iov[seg].iov_base)), iov_len))
                        continue;
                if (seg == 0) {
        		THIS->__retvalue = -EFAULT;
			return;
		}
                ret -= iov_len;     /* This segment is no good */
                break;
	   }
	}
        THIS->__retvalue = (long)ret;
        CATCH_DEREF_FAULT();
%}

# file /usr/local/share/systemtap/tapset/nfs_proc.stp
%{
/* For AF_INET */
#include <linux/socket.h>
%}probe nfs.proc.entries = nfs.proc.lookup, nfs.proc.read?, nfs.proc.write?, nfs.proc.commit?, nfs.proc.read_setup, nfs.proc.write_setup, nfs.proc.commit_setup, nfs.proc.read_done, nfs.proc.write_done, nfs.proc.commit_done, nfs.proc.open, nfs.proc.create, nfs.proc.rename, nfs.proc.remove, nfs.proc.release{
}
probe nfs.proc.return = nfs.proc.lookup.return, nfs.proc.read.return?, nfs.proc.write.return?, nfs.proc.commit.return?, nfs.proc.read_setup.return, nfs.proc.write_setup.return, nfs.proc.commit_setup.return, nfs.proc.read_done.return, nfs.proc.write_done.return, nfs.proc.commit_done.return, nfs.proc.open.return, nfs.proc.create.return, nfs.proc.rename.return, nfs.proc.remove.return, nfs.proc.release.return{
}
probe nfs.proc.lookup = nfs.proc2.lookup, nfs.proc3.lookup, nfs.proc4.lookup{
}
probe nfs.proc.lookup.return = nfs.proc2.lookup.return, nfs.proc3.lookup.return, nfs.proc4.lookup.return{
}
probe nfs.proc2.lookup = kernel.function("nfs_proc_lookup")!, module("nfs").function("nfs_proc_lookup")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (2)
(name_len) = ($name->len)
(filename) = (kernel_string_n($name->name, name_len))
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc2.lookup")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc2.lookup.return = kernel.function("nfs_proc_lookup").return!, module("nfs").function("nfs_proc_lookup").return?{
(version) = (2)
(name) = ("nfs.proc2.lookup.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc3.lookup = kernel.function("nfs3_proc_lookup")!, module("nfs").function("nfs3_proc_lookup")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (3)
(name_len) = ($name->len)
(filename) = (kernel_string_n($name->name, name_len))
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc3.lookup")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc3.lookup.return = kernel.function("nfs3_proc_lookup").return!, module("nfs").function("nfs3_proc_lookup").return?{
(version) = (3)
(name) = ("nfs.proc3.l
(dentry) = ((file)?((@defined(@cast(file, "file", "kernel:nfs")->f_path->dentry))?(@cast(file, "file", "kernel:nfs")->f_path->dentry):(@cast(file, "file", "kernel:nfs")->f_dentry)):(0))

if ((dentry) == (0)) return 0



return @cast(dentry, "dentry", "kernel:nfs")->d_inode

}

function __file_id (file)

{

(d_inode) = (__file_inode(file))

if ((d_inode) == (0)) return 0



return @cast(d_inode, "inode", "kernel:nfs")->i_sb->s_id

}

function __file_mode (file)

{

(d_inode) = (__file_inode(file))

if ((d_inode) == (0)) return 0



return @cast(d_inode, "inode", "kernel:nfs")->i_mode

}

function __file_parentname (file)

{

(dentry) = ((file)?((@defined(@cast(file, "file", "kernel:nfs")->f_path->dentry))?(@cast(file, "file", "kernel:nfs")->f_path->dentry):(@cast(file, "file", "kernel:nfs")->f_dentry)):(0))

(d_parent) = ((dentry)?(@cast(dentry, "dentry", "kernel:nfs")->d_parent):(0))

if ((d_parent) == (0)) return "NULL"



(name) = (@cast(d_parent, "dentry", "kernel:nfs")->d_name->name)

return kernel_string(name)

}

function __iov_length (iov, nr_segs, check_flag, access_flags)

%{ /* pure */

        unsigned long seg;

        size_t ret = 0;

        const struct iovec *iov = (const struct iovec *)(long)THIS->iov;

        unsigned long nr_segs = (unsigned long)THIS->nr_segs;



        for (seg = 0; seg < nr_segs; seg++)

	{   __kernel_size_t iov_len  = kread(&(iov[seg].iov_len));

            ret += iov_len;

		

	    if (THIS->check_flag) {



                if (unlikely((ssize_t)(ret|iov_len) < 0)) {

			THIS->__retvalue = -EINVAL;

			return;

		}

                if (access_ok((int)THIS->access_flags, kread(&(iov[seg].iov_base)), iov_len))

                        continue;

                if (seg == 0) {

        		THIS->__retvalue = -EFAULT;

			return;

		}

                ret -= iov_len;     /* This segment is no good */

                break;

	   }

	}

        THIS->__retvalue = (long)ret;

        CATCH_DEREF_FAULT();

%}



# file /usr/local/share/systemtap/tapset/nfs_proc.stp

%{

/* For AF_INET */

#include <linux/socket.h>

%}probe nfs.proc.entries = nfs.proc.lookup, nfs.proc.read?, nfs.proc.write?, nfs.proc.commit?, nfs.proc.read_setup, nfs.proc.write_setup, nfs.proc.commit_setup, nfs.proc.read_done, nfs.proc.write_done, nfs.proc.commit_done, nfs.proc.open, nfs.proc.create, nfs.proc.rename, nfs.proc.remove, nfs.proc.release{

}

probe nfs.proc.return = nfs.proc.lookup.return, nfs.proc.read.return?, nfs.proc.write.return?, nfs.proc.commit.return?, nfs.proc.read_setup.return, nfs.proc.write_setup.return, nfs.proc.commit_setup.return, nfs.proc.read_done.return, nfs.proc.write_done.return, nfs.proc.commit_done.return, nfs.proc.open.return, nfs.proc.create.return, nfs.proc.rename.return, nfs.proc.remove.return, nfs.proc.release.return{

}

probe nfs.proc.lookup = nfs.proc2.lookup, nfs.proc3.lookup, nfs.proc4.lookup{

}

probe nfs.proc.lookup.return = nfs.proc2.lookup.return, nfs.proc3.lookup.return, nfs.proc4.lookup.return{

}

probe nfs.proc2.lookup = kernel.function("nfs_proc_lookup")!, module("nfs").function("nfs_proc_lookup")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (2)

(name_len) = ($name->len)

(filename) = (kernel_string_n($name->name, name_len))

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc2.lookup")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc2.lookup.return = kernel.function("nfs_proc_lookup").return!, module("nfs").function("nfs_proc_lookup").return?{

(version) = (2)

(name) = ("nfs.proc2.lookup.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc3.lookup = kernel.function("nfs3_proc_lookup")!, module("nfs").function("nfs3_proc_lookup")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (3)

(name_len) = ($name->len)

(filename) = (kernel_string_n($name->name, name_len))

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc3.lookup")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc3.lookup.return = kernel.function("nfs3_proc_lookup").return!, module("nfs").function("nfs3_proc_lookup").return?{

(version) = (3)
ookup.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc4.lookup = kernel.function("nfs4_proc_lookup")!, module("nfs").function("nfs4_proc_lookup")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (4)
(name_len) = ($name->len)
(filename) = (kernel_string_n($name->name, name_len))
(bitmask0) = (__nfsv4_bitmask($dir, 0))
(bitmask1) = (__nfsv4_bitmask($dir, 1))
(name) = ("nfs.proc4.lookup")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc4.lookup.return = kernel.function("nfs4_proc_lookup").return!, module("nfs").function("nfs4_proc_lookup").return?{
(version) = (4)
(name) = ("nfs.proc4.lookup.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.read = nfs.proc2.read?, nfs.proc3.read?, nfs.proc4.read?{
}
probe nfs.proc.read.return = nfs.proc2.read.return?, nfs.proc3.read.return?, nfs.proc4.read.return?{
}
probe nfs.proc2.read = kernel.function("nfs_proc_read")!, module("nfs").function("nfs_proc_read")?{
(server_ip) = (__nfs_read_data_info($rdata, 0))
(prot) = (__nfs_read_data_info($rdata, 1))
(version) = (2)
(flags) = ($rdata->flags)
(count) = ($rdata->args->count)
(offset) = ($rdata->args->offset)
(name) = ("nfs.proc2.read")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc2.read.return = kernel.function("nfs_proc_read").return!, module("nfs").function("nfs_proc_read").return?{
(version) = (2)
(name) = ("nfs.proc2.read.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc3.read = kernel.function("nfs3_proc_read")!, module("nfs").function("nfs3_proc_read")?{
(server_ip) = (__nfs_read_data_info($rdata, 0))
(prot) = (__nfs_read_data_info($rdata, 1))
(version) = (3)
(flags) = ($rdata->flags)
(count) = ($rdata->args->count)
(offset) = ($rdata->args->offset)
(name) = ("nfs.proc3.read")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc3.read.return = kernel.function("nfs3_proc_read").return!, module("nfs").function("nfs3_proc_read").return?{
(version) = (3)
(name) = ("nfs.proc3.read.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc4.read = kernel.function("nfs4_proc_read")!, module("nfs").function("nfs4_proc_read")?{
(server_ip) = (__nfs_read_data_info($rdata, 0))
(prot) = (__nfs_read_data_info($rdata, 1))
(version) = (4)
(flags) = ($rdata->flags)
(count) = ($rdata->args->count)
(offset) = ($rdata->args->offset)
(name) = ("nfs.proc4.read")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc4.read.return = kernel.function("nfs4_proc_read").return!, module("nfs").function("nfs4_proc_read").return?{
(version) = (4)
(name) = ("nfs.proc4.read.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.write = nfs.proc2.write?, nfs.proc3.write?, nfs.proc4.write?{
}
probe nfs.proc.write.return = nfs.proc2.write.return?, nfs.proc3.write.return?, nfs.proc4.write.return?{
}
probe nfs.proc2.write = kernel.function("nfs_proc_write")!, module("nfs").function("nfs_proc_write")?{
(server_ip) = (__nfs_write_data_info($wdata, 0))
(prot) = (__nfs_write_data_info($wdata, 1))
(version) = (2)
(flags) = ($wdata->flags)
(count) = ($wdata->args->count)
(offset) = ($wdata->args->offset)
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc2.write")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc2.write.return = kernel.function("nfs_proc_write").return!, module("nfs").function("nfs_proc_write").return?{
(version) = (2)
(name) = ("nfs.proc2.write.return")
(retstr) = (sprintf("%d", $return))
if (($return) >= (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe nfs.proc3.write = kernel.function("nfs3_proc_write")!, module("nfs").function("nfs3_proc_write")?{
(server_ip) = (__nfs_write_data_info($wdata, 0))
(prot) = (__nfs_write_data_info($wdata, 1))
(version) = (3)
(flags) = ($wdata->flags)
(count) = ($wdata->args->count)
(offset) = ($wdata->args->offset)
(bitmask0) = 
(name) = ("nfs.proc3.lookup.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc4.lookup = kernel.function("nfs4_proc_lookup")!, module("nfs").function("nfs4_proc_lookup")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (4)

(name_len) = ($name->len)

(filename) = (kernel_string_n($name->name, name_len))

(bitmask0) = (__nfsv4_bitmask($dir, 0))

(bitmask1) = (__nfsv4_bitmask($dir, 1))

(name) = ("nfs.proc4.lookup")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc4.lookup.return = kernel.function("nfs4_proc_lookup").return!, module("nfs").function("nfs4_proc_lookup").return?{

(version) = (4)

(name) = ("nfs.proc4.lookup.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.read = nfs.proc2.read?, nfs.proc3.read?, nfs.proc4.read?{

}

probe nfs.proc.read.return = nfs.proc2.read.return?, nfs.proc3.read.return?, nfs.proc4.read.return?{

}

probe nfs.proc2.read = kernel.function("nfs_proc_read")!, module("nfs").function("nfs_proc_read")?{

(server_ip) = (__nfs_read_data_info($rdata, 0))

(prot) = (__nfs_read_data_info($rdata, 1))

(version) = (2)

(flags) = ($rdata->flags)

(count) = ($rdata->args->count)

(offset) = ($rdata->args->offset)

(name) = ("nfs.proc2.read")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc2.read.return = kernel.function("nfs_proc_read").return!, module("nfs").function("nfs_proc_read").return?{

(version) = (2)

(name) = ("nfs.proc2.read.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc3.read = kernel.function("nfs3_proc_read")!, module("nfs").function("nfs3_proc_read")?{

(server_ip) = (__nfs_read_data_info($rdata, 0))

(prot) = (__nfs_read_data_info($rdata, 1))

(version) = (3)

(flags) = ($rdata->flags)

(count) = ($rdata->args->count)

(offset) = ($rdata->args->offset)

(name) = ("nfs.proc3.read")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc3.read.return = kernel.function("nfs3_proc_read").return!, module("nfs").function("nfs3_proc_read").return?{

(version) = (3)

(name) = ("nfs.proc3.read.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc4.read = kernel.function("nfs4_proc_read")!, module("nfs").function("nfs4_proc_read")?{

(server_ip) = (__nfs_read_data_info($rdata, 0))

(prot) = (__nfs_read_data_info($rdata, 1))

(version) = (4)

(flags) = ($rdata->flags)

(count) = ($rdata->args->count)

(offset) = ($rdata->args->offset)

(name) = ("nfs.proc4.read")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc4.read.return = kernel.function("nfs4_proc_read").return!, module("nfs").function("nfs4_proc_read").return?{

(version) = (4)

(name) = ("nfs.proc4.read.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.write = nfs.proc2.write?, nfs.proc3.write?, nfs.proc4.write?{

}

probe nfs.proc.write.return = nfs.proc2.write.return?, nfs.proc3.write.return?, nfs.proc4.write.return?{

}

probe nfs.proc2.write = kernel.function("nfs_proc_write")!, module("nfs").function("nfs_proc_write")?{

(server_ip) = (__nfs_write_data_info($wdata, 0))

(prot) = (__nfs_write_data_info($wdata, 1))

(version) = (2)

(flags) = ($wdata->flags)

(count) = ($wdata->args->count)

(offset) = ($wdata->args->offset)

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc2.write")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc2.write.return = kernel.function("nfs_proc_write").return!, module("nfs").function("nfs_proc_write").return?{

(version) = (2)

(name) = ("nfs.proc2.write.return")

(retstr) = (sprintf("%d", $return))

if (($return) >= (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe nfs.proc3.write = kernel.function("nfs3_proc_write")!, module("nfs").function("nfs3_proc_write")?{

(server_ip) = (__nfs_write_data_info($wdata, 0))

(prot) = (__nfs_write_data_info($wdata, 1))

(version) = (3)

(flags) = ($wdata->flags)

(count) = ($wdata->args->count)

(offset) = ($wdata->args->offset)
(0)
(bitmask1) = (0)
(name) = ("nfs.proc3.write")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc3.write.return = kernel.function("nfs3_proc_write").return!, module("nfs").function("nfs3_proc_write").return?{
(version) = (3)
(name) = ("nfs.proc3.write.return")
(retstr) = (sprintf("%d", $return))
if (($return) >= (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe nfs.proc4.write = kernel.function("nfs4_proc_write")!, module("nfs").function("nfs4_proc_write")?{
(server_ip) = (__nfs_write_data_info($wdata, 0))
(prot) = (__nfs_write_data_info($wdata, 1))
(version) = (4)
(flags) = ($wdata->flags)
(count) = ($wdata->args->count)
(offset) = ($wdata->args->offset)
(bitmask0) = (__nfsv4_bitmask($wdata->inode, 0))
(bitmask1) = (__nfsv4_bitmask($wdata->inode, 1))
(name) = ("nfs.proc4.write")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc4.write.return = kernel.function("nfs4_proc_write").return!, module("nfs").function("nfs4_proc_write").return?{
(version) = (4)
(name) = ("nfs.proc4.write.return")
(retstr) = (sprintf("%d", $return))
if (($return) >= (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe nfs.proc.commit = nfs.proc3.commit?, nfs.proc4.commit?{
}
probe nfs.proc.commit.return = nfs.proc3.commit.return?, nfs.proc4.commit.return?{
}
probe nfs.proc3.commit = kernel.function("nfs3_proc_commit")!, module("nfs").function("nfs3_proc_commit")?{
(server_ip) = (__nfs_write_data_info($cdata, 0))
(prot) = (__nfs_write_data_info($cdata, 1))
(version) = (3)
(count) = ($cdata->args->count)
(offset) = ($cdata->args->offset)
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc3.commit")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc3.commit.return = kernel.function("nfs3_proc_commit").return!, module("nfs").function("nfs3_proc_commit").return?{
(version) = (3)
(name) = ("nfs.proc3.commit.return")
(retstr) = (sprintf("%d", $return))
if (($return) >= (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe nfs.proc4.commit = kernel.function("nfs4_proc_commit")!, module("nfs").function("nfs4_proc_commit")?{
(server_ip) = (__nfs_write_data_info($cdata, 0))
(prot) = (__nfs_write_data_info($cdata, 1))
(version) = (4)
(count) = ($cdata->args->count)
(offset) = ($cdata->args->offset)
(bitmask0) = (__nfsv4_bitmask($cdata->inode, 0))
(bitmask1) = (__nfsv4_bitmask($cdata->inode, 1))
(name) = ("nfs.proc4.commit")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc4.commit.return = kernel.function("nfs4_proc_commit").return!, module("nfs").function("nfs4_proc_commit").return?{
(version) = (4)
(name) = ("nfs.proc4.commit.return")
(retstr) = (sprintf("%d", $return))
if (($return) >= (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe nfs.proc.read_setup = nfs.proc2.read_setup, nfs.proc3.read_setup, nfs.proc4.read_setup{
}
probe nfs.proc.read_setup.return = nfs.proc2.read_setup.return, nfs.proc3.read_setup.return, nfs.proc4.read_setup.return{
}
probe nfs.proc2.read_setup = kernel.function("nfs_proc_read_setup")!, module("nfs").function("nfs_proc_read_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (2)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(name) = ("nfs.proc2.read_setup")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc2.read_setup.return = kernel.function("nfs_proc_read_setup").return!, module("nfs").function("nfs_proc_read_setup").return?{
(version) = (2)
(name) = ("nfs.proc2.read_setup.return")
(retvalue) = (0)
}
probe nfs.proc3.read_setup = kernel.function("nfs3_proc_read_setup")!, module("nfs").function("nfs3_proc_read_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(ver
(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc3.write")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc3.write.return = kernel.function("nfs3_proc_write").return!, module("nfs").function("nfs3_proc_write").return?{

(version) = (3)

(name) = ("nfs.proc3.write.return")

(retstr) = (sprintf("%d", $return))

if (($return) >= (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe nfs.proc4.write = kernel.function("nfs4_proc_write")!, module("nfs").function("nfs4_proc_write")?{

(server_ip) = (__nfs_write_data_info($wdata, 0))

(prot) = (__nfs_write_data_info($wdata, 1))

(version) = (4)

(flags) = ($wdata->flags)

(count) = ($wdata->args->count)

(offset) = ($wdata->args->offset)

(bitmask0) = (__nfsv4_bitmask($wdata->inode, 0))

(bitmask1) = (__nfsv4_bitmask($wdata->inode, 1))

(name) = ("nfs.proc4.write")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc4.write.return = kernel.function("nfs4_proc_write").return!, module("nfs").function("nfs4_proc_write").return?{

(version) = (4)

(name) = ("nfs.proc4.write.return")

(retstr) = (sprintf("%d", $return))

if (($return) >= (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe nfs.proc.commit = nfs.proc3.commit?, nfs.proc4.commit?{

}

probe nfs.proc.commit.return = nfs.proc3.commit.return?, nfs.proc4.commit.return?{

}

probe nfs.proc3.commit = kernel.function("nfs3_proc_commit")!, module("nfs").function("nfs3_proc_commit")?{

(server_ip) = (__nfs_write_data_info($cdata, 0))

(prot) = (__nfs_write_data_info($cdata, 1))

(version) = (3)

(count) = ($cdata->args->count)

(offset) = ($cdata->args->offset)

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc3.commit")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc3.commit.return = kernel.function("nfs3_proc_commit").return!, module("nfs").function("nfs3_proc_commit").return?{

(version) = (3)

(name) = ("nfs.proc3.commit.return")

(retstr) = (sprintf("%d", $return))

if (($return) >= (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe nfs.proc4.commit = kernel.function("nfs4_proc_commit")!, module("nfs").function("nfs4_proc_commit")?{

(server_ip) = (__nfs_write_data_info($cdata, 0))

(prot) = (__nfs_write_data_info($cdata, 1))

(version) = (4)

(count) = ($cdata->args->count)

(offset) = ($cdata->args->offset)

(bitmask0) = (__nfsv4_bitmask($cdata->inode, 0))

(bitmask1) = (__nfsv4_bitmask($cdata->inode, 1))

(name) = ("nfs.proc4.commit")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc4.commit.return = kernel.function("nfs4_proc_commit").return!, module("nfs").function("nfs4_proc_commit").return?{

(version) = (4)

(name) = ("nfs.proc4.commit.return")

(retstr) = (sprintf("%d", $return))

if (($return) >= (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe nfs.proc.read_setup = nfs.proc2.read_setup, nfs.proc3.read_setup, nfs.proc4.read_setup{

}

probe nfs.proc.read_setup.return = nfs.proc2.read_setup.return, nfs.proc3.read_setup.return, nfs.proc4.read_setup.return{

}

probe nfs.proc2.read_setup = kernel.function("nfs_proc_read_setup")!, module("nfs").function("nfs_proc_read_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (2)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(name) = ("nfs.proc2.read_setup")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc2.read_setup.return = kernel.function("nfs_proc_read_setup").return!, module("nfs").function("nfs_proc_read_setup").return?{

(version) = (2)

(name) = ("nfs.proc2.read_setup.return")

(retvalue) = (0)

}

probe nfs.proc3.read_setup = kernel.function("nfs3_proc_read_setup")!, module("nfs").function("nfs3_proc_read_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))
sion) = (3)
(fh) = ((count) = ($data->args->count))
(offset) = ($data->args->offset)
(name) = ("nfs.proc3.read_setup")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc3.read_setup.return = kernel.function("nfs3_proc_read_setup").return!, module("nfs").function("nfs3_proc_read_setup").return?{
(version) = (3)
(name) = ("nfs.proc3.read_setup.return")
(retvalue) = (0)
}
probe nfs.proc4.read_setup = kernel.function("nfs4_proc_read_setup")!, module("nfs").function("nfs4_proc_read_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (4)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(name) = ("nfs.proc4.read_setup")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc4.read_setup.return = kernel.function("nfs4_proc_read_setup").return!, module("nfs").function("nfs4_proc_read_setup").return?{
(version) = (4)
(name) = ("nfs.proc4.read_setup.return")
(retvalue) = (0)
}
probe nfs.proc.read_done = nfs.proc2.read_done, nfs.proc3.read_done, nfs.proc4.read_done{
}
probe nfs.proc.read_done.return = nfs.proc2.read_done.return, nfs.proc3.read_done.return, nfs.proc4.read_done.return{
}
probe nfs.proc2.read_done = kernel.function("nfs_read_done")!, module("nfs").function("nfs_read_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_read_data_info($data, 0))
(prot) = (__nfs_read_data_info($data, 1))
(count) = (__nfs_read_data_info($data, 2))
}
else {
(server_ip) = (__nfs_read_data_info($task->tk_calldata, 0))
(prot) = (__nfs_read_data_info($task->tk_calldata, 1))
(count) = (__nfs_read_data_info($task->tk_calldata, 2))
}

(timestamp) = (0)
(version) = (2)
(status) = ($task->tk_status)
(name) = ("nfs.proc2.read_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc2.read_done.return = kernel.function("nfs_read_done").return!, module("nfs").function("nfs_read_done").return?{
(version) = (2)
(name) = ("nfs.proc2.read_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc3.read_done = kernel.function("nfs3_read_done")!, module("nfs").function("nfs3_read_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_read_data_info($data, 0))
(prot) = (__nfs_read_data_info($data, 1))
(count) = (__nfs_read_data_info($data, 2))
}
else {
(server_ip) = (__nfs_read_data_info($task->tk_calldata, 0))
(prot) = (__nfs_read_data_info($task->tk_calldata, 1))
(count) = (__nfs_read_data_info($task->tk_calldata, 2))
}

(timestamp) = (0)
(version) = (3)
(status) = ($task->tk_status)
(name) = ("nfs.proc3.read_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc3.read_done.return = kernel.function("nfs3_read_done").return!, module("nfs").function("nfs3_read_done").return?{
(version) = (3)
(name) = ("nfs.proc3.read_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc4.read_done = kernel.function("nfs4_read_done")!, module("nfs").function("nfs4_read_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_read_data_info($data, 0))
(prot) = (__nfs_read_data_info($data, 1))
(count) = (__nfs_read_data_info($data, 2))
(timestamp) = (__nfs_read_data_info($data, 4))
}
else {
(server_ip) = (__nfs_read_data_info($task->tk_calldata, 0))
(prot) = (__nfs_read_data_info($task->tk_calldata, 1))
(count) = (__nfs_read_data_info($task->tk_calldata, 2))
(timestamp) = (__nfs_read_data_info($task->tk_calldata, 4))
}

(version) = (4)
(status) = ($task->tk_status)
(name) = ("nfs.proc4.read_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc4.read_done.return = kernel.function("nfs4_read_done").return!, module("nfs").function("nfs4_read_done").return?{
(version) = (4)
(name) = ("nfs.proc4.read_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc.write_setup = nfs.proc2.write_setup, nfs.proc3.write_setup, nfs.proc4.write_setup{
}
probe nfs.proc.write_se
(version) = (3)

(fh) = ((count) = ($data->args->count))

(offset) = ($data->args->offset)

(name) = ("nfs.proc3.read_setup")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc3.read_setup.return = kernel.function("nfs3_proc_read_setup").return!, module("nfs").function("nfs3_proc_read_setup").return?{

(version) = (3)

(name) = ("nfs.proc3.read_setup.return")

(retvalue) = (0)

}

probe nfs.proc4.read_setup = kernel.function("nfs4_proc_read_setup")!, module("nfs").function("nfs4_proc_read_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (4)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(name) = ("nfs.proc4.read_setup")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc4.read_setup.return = kernel.function("nfs4_proc_read_setup").return!, module("nfs").function("nfs4_proc_read_setup").return?{

(version) = (4)

(name) = ("nfs.proc4.read_setup.return")

(retvalue) = (0)

}

probe nfs.proc.read_done = nfs.proc2.read_done, nfs.proc3.read_done, nfs.proc4.read_done{

}

probe nfs.proc.read_done.return = nfs.proc2.read_done.return, nfs.proc3.read_done.return, nfs.proc4.read_done.return{

}

probe nfs.proc2.read_done = kernel.function("nfs_read_done")!, module("nfs").function("nfs_read_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_read_data_info($data, 0))

(prot) = (__nfs_read_data_info($data, 1))

(count) = (__nfs_read_data_info($data, 2))

}

else {

(server_ip) = (__nfs_read_data_info($task->tk_calldata, 0))

(prot) = (__nfs_read_data_info($task->tk_calldata, 1))

(count) = (__nfs_read_data_info($task->tk_calldata, 2))

}



(timestamp) = (0)

(version) = (2)

(status) = ($task->tk_status)

(name) = ("nfs.proc2.read_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc2.read_done.return = kernel.function("nfs_read_done").return!, module("nfs").function("nfs_read_done").return?{

(version) = (2)

(name) = ("nfs.proc2.read_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc3.read_done = kernel.function("nfs3_read_done")!, module("nfs").function("nfs3_read_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_read_data_info($data, 0))

(prot) = (__nfs_read_data_info($data, 1))

(count) = (__nfs_read_data_info($data, 2))

}

else {

(server_ip) = (__nfs_read_data_info($task->tk_calldata, 0))

(prot) = (__nfs_read_data_info($task->tk_calldata, 1))

(count) = (__nfs_read_data_info($task->tk_calldata, 2))

}



(timestamp) = (0)

(version) = (3)

(status) = ($task->tk_status)

(name) = ("nfs.proc3.read_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc3.read_done.return = kernel.function("nfs3_read_done").return!, module("nfs").function("nfs3_read_done").return?{

(version) = (3)

(name) = ("nfs.proc3.read_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc4.read_done = kernel.function("nfs4_read_done")!, module("nfs").function("nfs4_read_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_read_data_info($data, 0))

(prot) = (__nfs_read_data_info($data, 1))

(count) = (__nfs_read_data_info($data, 2))

(timestamp) = (__nfs_read_data_info($data, 4))

}

else {

(server_ip) = (__nfs_read_data_info($task->tk_calldata, 0))

(prot) = (__nfs_read_data_info($task->tk_calldata, 1))

(count) = (__nfs_read_data_info($task->tk_calldata, 2))

(timestamp) = (__nfs_read_data_info($task->tk_calldata, 4))

}



(version) = (4)

(status) = ($task->tk_status)

(name) = ("nfs.proc4.read_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc4.read_done.return = kernel.function("nfs4_read_done").return!, module("nfs").function("nfs4_read_done").return?{

(version) = (4)

(name) = ("nfs.proc4.read_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc.write_setup = nfs.proc2.write_setup, nfs.proc3.write_setup, nfs.proc4.write_setup{

}
tup.return = nfs.proc2.write_setup.return, nfs.proc3.write_setup.return, nfs.proc4.write_setup.return{
}
probe nfs.proc2.write_setup = kernel.function("nfs_proc_write_setup")!, module("nfs").function("nfs_proc_write_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (2)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(how) = ((@defined($how))?($how):($data->args->stable))
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc2.write_setup")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc2.write_setup.return = kernel.function("nfs_proc_write_setup").return!, module("nfs").function("nfs_proc_write_setup").return?{
(version) = (2)
(name) = ("nfs.proc2.write_setup.return")
(retvalue) = (0)
}
probe nfs.proc3.write_setup = kernel.function("nfs3_proc_write_setup")!, module("nfs").function("nfs3_proc_write_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (3)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(how) = ((@defined($how))?($how):($data->args->stable))
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc3.write_setup")
(argstr) = (sprintf("%d,%d,%d", count, offset, how))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc3.write_setup.return = kernel.function("nfs3_proc_write_setup").return!, module("nfs").function("nfs3_proc_write_setup").return?{
(version) = (3)
(name) = ("nfs.proc3.write_setup.return")
(retvalue) = (0)
}
probe nfs.proc4.write_setup = kernel.function("nfs4_proc_write_setup")!, module("nfs").function("nfs4_proc_write_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (4)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(how) = ((@defined($how))?($how):($data->args->stable))
(bitmask0) = (__nfsv4_bitmask($data->inode, 0))
(bitmask1) = (__nfsv4_bitmask($data->inode, 1))
(name) = ("nfs.proc4.write_setup")
(argstr) = (sprintf("%d,%d,%d", count, offset, how))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc4.write_setup.return = kernel.function("nfs4_proc_write_setup").return!, module("nfs").function("nfs4_proc_write_setup").return?{
(version) = (4)
(name) = ("nfs.proc4.write_setup.return")
(retvalue) = (0)
}
probe nfs.proc.write_done = nfs.proc2.write_done, nfs.proc3.write_done, nfs.proc4.write_done{
}
probe nfs.proc.write_done.return = nfs.proc2.write_done.return, nfs.proc3.write_done.return, nfs.proc4.write_done.return{
}
probe nfs.proc2.write_done = kernel.function("nfs_write_done")!, module("nfs").function("nfs_write_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_write_data_info($data, 0))
(prot) = (__nfs_write_data_info($data, 1))
(count) = (__nfs_write_data_info($data, 2))
(valid) = (__nfs_write_data_info($data, 3))
}
else {
(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))
(prot) = (__nfs_write_data_info($task->tk_calldata, 1))
(count) = (__nfs_write_data_info($task->tk_calldata, 2))
(valid) = (__nfs_write_data_info($task->tk_calldata, 3))
}

(timestamp) = (0)
(version) = (2)
(status) = ($task->tk_status)
(name) = ("nfs.proc2.write_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc2.write_done.return = kernel.function("nfs_write_done").return!, module("nfs").function("nfs_write_done").return?{
(version) = (2)
(name) = ("nfs.proc2.write_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc3.write_done = kernel.function("nfs3_write_done")!, module("nfs").function("nfs3_write_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_write_data_info($data, 0))
(prot) = (__nfs_write_data_info($data, 1))
(count) = (__nfs_write_data_info($data, 2))
(valid) = (__nfs_write_data_info($data, 3))
}
else {
(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))
(prot) = (
probe nfs.proc.write_setup.return = nfs.proc2.write_setup.return, nfs.proc3.write_setup.return, nfs.proc4.write_setup.return{

}

probe nfs.proc2.write_setup = kernel.function("nfs_proc_write_setup")!, module("nfs").function("nfs_proc_write_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (2)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(how) = ((@defined($how))?($how):($data->args->stable))

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc2.write_setup")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc2.write_setup.return = kernel.function("nfs_proc_write_setup").return!, module("nfs").function("nfs_proc_write_setup").return?{

(version) = (2)

(name) = ("nfs.proc2.write_setup.return")

(retvalue) = (0)

}

probe nfs.proc3.write_setup = kernel.function("nfs3_proc_write_setup")!, module("nfs").function("nfs3_proc_write_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (3)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(how) = ((@defined($how))?($how):($data->args->stable))

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc3.write_setup")

(argstr) = (sprintf("%d,%d,%d", count, offset, how))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc3.write_setup.return = kernel.function("nfs3_proc_write_setup").return!, module("nfs").function("nfs3_proc_write_setup").return?{

(version) = (3)

(name) = ("nfs.proc3.write_setup.return")

(retvalue) = (0)

}

probe nfs.proc4.write_setup = kernel.function("nfs4_proc_write_setup")!, module("nfs").function("nfs4_proc_write_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (4)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(how) = ((@defined($how))?($how):($data->args->stable))

(bitmask0) = (__nfsv4_bitmask($data->inode, 0))

(bitmask1) = (__nfsv4_bitmask($data->inode, 1))

(name) = ("nfs.proc4.write_setup")

(argstr) = (sprintf("%d,%d,%d", count, offset, how))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc4.write_setup.return = kernel.function("nfs4_proc_write_setup").return!, module("nfs").function("nfs4_proc_write_setup").return?{

(version) = (4)

(name) = ("nfs.proc4.write_setup.return")

(retvalue) = (0)

}

probe nfs.proc.write_done = nfs.proc2.write_done, nfs.proc3.write_done, nfs.proc4.write_done{

}

probe nfs.proc.write_done.return = nfs.proc2.write_done.return, nfs.proc3.write_done.return, nfs.proc4.write_done.return{

}

probe nfs.proc2.write_done = kernel.function("nfs_write_done")!, module("nfs").function("nfs_write_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_write_data_info($data, 0))

(prot) = (__nfs_write_data_info($data, 1))

(count) = (__nfs_write_data_info($data, 2))

(valid) = (__nfs_write_data_info($data, 3))

}

else {

(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))

(prot) = (__nfs_write_data_info($task->tk_calldata, 1))

(count) = (__nfs_write_data_info($task->tk_calldata, 2))

(valid) = (__nfs_write_data_info($task->tk_calldata, 3))

}



(timestamp) = (0)

(version) = (2)

(status) = ($task->tk_status)

(name) = ("nfs.proc2.write_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc2.write_done.return = kernel.function("nfs_write_done").return!, module("nfs").function("nfs_write_done").return?{

(version) = (2)

(name) = ("nfs.proc2.write_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc3.write_done = kernel.function("nfs3_write_done")!, module("nfs").function("nfs3_write_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_write_data_info($data, 0))

(prot) = (__nfs_write_data_info($data, 1))

(count) = (__nfs_write_data_info($data, 2))

(valid) = (__nfs_write_data_info($data, 3))

}

else {

(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))
__nfs_write_data_info($task->tk_calldata, 1))
(count) = (__nfs_write_data_info($task->tk_calldata, 2))
(valid) = (__nfs_write_data_info($task->tk_calldata, 3))
}

(timestamp) = (0)
(version) = (3)
(status) = ($task->tk_status)
(name) = ("nfs.proc3.write_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc3.write_done.return = kernel.function("nfs3_write_done").return!, module("nfs").function("nfs3_write_done").return?{
(version) = (3)
(name) = ("nfs.proc3.write_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc4.write_done = kernel.function("nfs4_write_done")!, module("nfs").function("nfs4_write_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_write_data_info($data, 0))
(prot) = (__nfs_write_data_info($data, 1))
(count) = (__nfs_write_data_info($data, 2))
(valid) = (__nfs_write_data_info($data, 3))
(timestamp) = (__nfs_write_data_info($data, 4))
}
else {
(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))
(prot) = (__nfs_write_data_info($task->tk_calldata, 1))
(count) = (__nfs_write_data_info($task->tk_calldata, 2))
(valid) = (__nfs_write_data_info($task->tk_calldata, 3))
(timestamp) = (__nfs_write_data_info($task->tk_calldata, 4))
}

(version) = (4)
(status) = ($task->tk_status)
(name) = ("nfs.proc4.write_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc4.write_done.return = kernel.function("nfs4_write_done").return!, module("nfs").function("nfs4_write_done").return?{
(version) = (4)
(name) = ("nfs.proc4.write_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc.commit_setup = nfs.proc3.commit_setup, nfs.proc4.commit_setup{
}
probe nfs.proc.commit_setup.return = nfs.proc3.commit_setup.return, nfs.proc4.commit_setup.return{
}
probe nfs.proc3.commit_setup = kernel.function("nfs3_proc_commit_setup")!, module("nfs").function("nfs3_proc_commit_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (3)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(bitmask0) = (0)
(bitmask1) = (0)
(name) = ("nfs.proc3.commit_setup")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc3.commit_setup.return = kernel.function("nfs3_proc_commit_setup").return!, module("nfs").function("nfs3_proc_commit_setup").return?{
(version) = (3)
(name) = ("nfs.proc3.commit_setup.return")
(retvalue) = (0)
}
probe nfs.proc4.commit_setup = kernel.function("nfs4_proc_commit_setup")!, module("nfs").function("nfs4_proc_commit_setup")?{
(client) = (NFS_CLIENT($data->inode))
(server_ip) = (get_ip_from_client(client))
(prot) = (get_prot_from_client(client))
(version) = (4)
(count) = ($data->args->count)
(offset) = ($data->args->offset)
(bitmask0) = (__nfsv4_bitmask($data->inode, 0))
(bitmask1) = (__nfsv4_bitmask($data->inode, 1))
(name) = ("nfs.proc4.commit_setup")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfs.proc4.commit_setup.return = kernel.function("nfs4_proc_commit_setup").return!, module("nfs").function("nfs4_proc_commit_setup").return?{
(version) = (4)
(name) = ("nfs.proc4.commit_setup.return")
(retvalue) = (0)
}
probe nfs.proc.commit_done = nfs.proc3.commit_done, nfs.proc4.commit_done{
}
probe nfs.proc.commit_done.return = nfs.proc3.commit_done.return, nfs.proc4.commit_done.return{
}
probe nfs.proc3.commit_done = kernel.function("nfs3_commit_done")!, module("nfs").function("nfs3_commit_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_write_data_info($data, 0))
(prot) = (__nfs_write_data_info($data, 1))
(count) = (__nfs_write_data_info($data, 2))
(valid) = (__nfs_write_data_info($data, 3))
}
else {
(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))
(prot) = (__nfs_write_data_info($task->tk_calldata, 1))
(count) = (__nfs_write_data_info($task->tk_calldata, 2))
(valid) = (__nfs_write_data_info($task->tk_calldata, 3))
}

(timestamp) = 
(prot) = (__nfs_write_data_info($task->tk_calldata, 1))

(count) = (__nfs_write_data_info($task->tk_calldata, 2))

(valid) = (__nfs_write_data_info($task->tk_calldata, 3))

}



(timestamp) = (0)

(version) = (3)

(status) = ($task->tk_status)

(name) = ("nfs.proc3.write_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc3.write_done.return = kernel.function("nfs3_write_done").return!, module("nfs").function("nfs3_write_done").return?{

(version) = (3)

(name) = ("nfs.proc3.write_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc4.write_done = kernel.function("nfs4_write_done")!, module("nfs").function("nfs4_write_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_write_data_info($data, 0))

(prot) = (__nfs_write_data_info($data, 1))

(count) = (__nfs_write_data_info($data, 2))

(valid) = (__nfs_write_data_info($data, 3))

(timestamp) = (__nfs_write_data_info($data, 4))

}

else {

(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))

(prot) = (__nfs_write_data_info($task->tk_calldata, 1))

(count) = (__nfs_write_data_info($task->tk_calldata, 2))

(valid) = (__nfs_write_data_info($task->tk_calldata, 3))

(timestamp) = (__nfs_write_data_info($task->tk_calldata, 4))

}



(version) = (4)

(status) = ($task->tk_status)

(name) = ("nfs.proc4.write_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc4.write_done.return = kernel.function("nfs4_write_done").return!, module("nfs").function("nfs4_write_done").return?{

(version) = (4)

(name) = ("nfs.proc4.write_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc.commit_setup = nfs.proc3.commit_setup, nfs.proc4.commit_setup{

}

probe nfs.proc.commit_setup.return = nfs.proc3.commit_setup.return, nfs.proc4.commit_setup.return{

}

probe nfs.proc3.commit_setup = kernel.function("nfs3_proc_commit_setup")!, module("nfs").function("nfs3_proc_commit_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (3)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(bitmask0) = (0)

(bitmask1) = (0)

(name) = ("nfs.proc3.commit_setup")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc3.commit_setup.return = kernel.function("nfs3_proc_commit_setup").return!, module("nfs").function("nfs3_proc_commit_setup").return?{

(version) = (3)

(name) = ("nfs.proc3.commit_setup.return")

(retvalue) = (0)

}

probe nfs.proc4.commit_setup = kernel.function("nfs4_proc_commit_setup")!, module("nfs").function("nfs4_proc_commit_setup")?{

(client) = (NFS_CLIENT($data->inode))

(server_ip) = (get_ip_from_client(client))

(prot) = (get_prot_from_client(client))

(version) = (4)

(count) = ($data->args->count)

(offset) = ($data->args->offset)

(bitmask0) = (__nfsv4_bitmask($data->inode, 0))

(bitmask1) = (__nfsv4_bitmask($data->inode, 1))

(name) = ("nfs.proc4.commit_setup")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfs.proc4.commit_setup.return = kernel.function("nfs4_proc_commit_setup").return!, module("nfs").function("nfs4_proc_commit_setup").return?{

(version) = (4)

(name) = ("nfs.proc4.commit_setup.return")

(retvalue) = (0)

}

probe nfs.proc.commit_done = nfs.proc3.commit_done, nfs.proc4.commit_done{

}

probe nfs.proc.commit_done.return = nfs.proc3.commit_done.return, nfs.proc4.commit_done.return{

}

probe nfs.proc3.commit_done = kernel.function("nfs3_commit_done")!, module("nfs").function("nfs3_commit_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_write_data_info($data, 0))

(prot) = (__nfs_write_data_info($data, 1))

(count) = (__nfs_write_data_info($data, 2))

(valid) = (__nfs_write_data_info($data, 3))

}

else {

(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))

(prot) = (__nfs_write_data_info($task->tk_calldata, 1))

(count) = (__nfs_write_data_info($task->tk_calldata, 2))

(valid) = (__nfs_write_data_info($task->tk_calldata, 3))

}


(0)
(version) = (3)
(status) = ($task->tk_status)
(name) = ("nfs.proc3.commit_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc3.commit_done.return = kernel.function("nfs3_commit_done").return!, module("nfs").function("nfs3_commit_done").return?{
(version) = (3)
(name) = ("nfs.proc3.commit_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc4.commit_done = kernel.function("nfs4_commit_done")!, module("nfs").function("nfs4_commit_done")?{
if (@defined($data)) {
(server_ip) = (__nfs_write_data_info($data, 0))
(prot) = (__nfs_write_data_info($data, 1))
(count) = (__nfs_write_data_info($data, 2))
(valid) = (__nfs_write_data_info($data, 3))
(timestamp) = (__nfs_write_data_info($data, 4))
}
else {
(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))
(prot) = (__nfs_write_data_info($task->tk_calldata, 1))
(count) = (__nfs_write_data_info($task->tk_calldata, 2))
(valid) = (__nfs_write_data_info($task->tk_calldata, 3))
(timestamp) = (__nfs_write_data_info($task->tk_calldata, 4))
}

(version) = (4)
(status) = ($task->tk_status)
(name) = ("nfs.proc4.commit_done")
(argstr) = (sprintf("%d", status))
}
probe nfs.proc4.commit_done.return = kernel.function("nfs4_commit_done").return!, module("nfs").function("nfs4_commit_done").return?{
(version) = (4)
(name) = ("nfs.proc4.commit_done.return")
(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))
}
probe nfs.proc.open = kernel.function("nfs_open")!, module("nfs").function("nfs_open")?{
(server_ip) = (__i2n_ip_proto($inode, 0))
(prot) = (__i2n_ip_proto($inode, 1))
(version) = (__nfs_version($inode))
(filename) = (__file_filename($filp))
(flag) = ($filp->f_flags)
(mode) = ($filp->f_mode)
(name) = ("nfs.proc.open")
(argstr) = (sprintf("%s,%d,%d", filename, flag, mode))
}
probe nfs.proc.open.return = kernel.function("nfs_open").return!, module("nfs").function("nfs_open").return?{
(name) = ("nfs.proc.open.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.release = kernel.function("nfs_release")!, module("nfs").function("nfs_release")?{
(server_ip) = (__i2n_ip_proto($inode, 0))
(prot) = (__i2n_ip_proto($inode, 1))
(version) = (__nfs_version($inode))
(filename) = (__file_filename($filp))
(flag) = ($filp->f_flags)
(mode) = ($filp->f_mode)
(name) = ("nfs.proc.release")
(argstr) = (sprintf("%s,%d,%d", filename, flag, mode))
}
probe nfs.proc.release.return = kernel.function("nfs_release").return!, module("nfs").function("nfs_release").return?{
(name) = ("nfs.proc.release.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.handle_exception = nfs.proc4.handle_exception{
}
probe nfs.proc.handle_exception.return = nfs.proc4.handle_exception.return{
}
probe nfs.proc4.handle_exception = kernel.function("nfs4_handle_exception")!, module("nfs").function("nfs4_handle_exception")?{
(version) = (4)
(errorcode) = ($errorcode)
(name) = ("nfs.proc4.handle_exception")
(argstr) = (sprintf("%d", errorcode))
}
probe nfs.proc4.handle_exception.return = kernel.function("nfs4_handle_exception").return!, module("nfs").function("nfs4_handle_exception").return?{
(name) = ("nfs.proc4.handle_exception.return")
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.create = nfs.proc2.create, nfs.proc3.create, nfs.proc4.create{
}
probe nfs.proc.create.return = nfs.proc2.create.return, nfs.proc3.create.return, nfs.proc4.create.return{
}
probe nfs.proc2.create = kernel.function("nfs_proc_create")!, module("nfs").function("nfs_proc_create")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (2)
(fh) = (NFS_FH($dir))
(filelen) = ($dentry->d_name->len)
(filename) = (kernel_string_n($dentry->d_name->name, filelen))
(mode) = ($sattr->ia_mode)
(name) = ("nfs.proc2.create")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc2.create.return = kernel.function("nfs_proc_create").return!, module("nfs").function("nfs_proc_create").return?{
(name) = ("nfs.proc2.create.return")
(version) = (2)
(retstr) = (sprintf("
(timestamp) = (0)

(version) = (3)

(status) = ($task->tk_status)

(name) = ("nfs.proc3.commit_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc3.commit_done.return = kernel.function("nfs3_commit_done").return!, module("nfs").function("nfs3_commit_done").return?{

(version) = (3)

(name) = ("nfs.proc3.commit_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc4.commit_done = kernel.function("nfs4_commit_done")!, module("nfs").function("nfs4_commit_done")?{

if (@defined($data)) {

(server_ip) = (__nfs_write_data_info($data, 0))

(prot) = (__nfs_write_data_info($data, 1))

(count) = (__nfs_write_data_info($data, 2))

(valid) = (__nfs_write_data_info($data, 3))

(timestamp) = (__nfs_write_data_info($data, 4))

}

else {

(server_ip) = (__nfs_write_data_info($task->tk_calldata, 0))

(prot) = (__nfs_write_data_info($task->tk_calldata, 1))

(count) = (__nfs_write_data_info($task->tk_calldata, 2))

(valid) = (__nfs_write_data_info($task->tk_calldata, 3))

(timestamp) = (__nfs_write_data_info($task->tk_calldata, 4))

}



(version) = (4)

(status) = ($task->tk_status)

(name) = ("nfs.proc4.commit_done")

(argstr) = (sprintf("%d", status))

}

probe nfs.proc4.commit_done.return = kernel.function("nfs4_commit_done").return!, module("nfs").function("nfs4_commit_done").return?{

(version) = (4)

(name) = ("nfs.proc4.commit_done.return")

(retstr) = ((@defined($return))?(sprintf("%d", $return)):("N/A"))

}

probe nfs.proc.open = kernel.function("nfs_open")!, module("nfs").function("nfs_open")?{

(server_ip) = (__i2n_ip_proto($inode, 0))

(prot) = (__i2n_ip_proto($inode, 1))

(version) = (__nfs_version($inode))

(filename) = (__file_filename($filp))

(flag) = ($filp->f_flags)

(mode) = ($filp->f_mode)

(name) = ("nfs.proc.open")

(argstr) = (sprintf("%s,%d,%d", filename, flag, mode))

}

probe nfs.proc.open.return = kernel.function("nfs_open").return!, module("nfs").function("nfs_open").return?{

(name) = ("nfs.proc.open.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.release = kernel.function("nfs_release")!, module("nfs").function("nfs_release")?{

(server_ip) = (__i2n_ip_proto($inode, 0))

(prot) = (__i2n_ip_proto($inode, 1))

(version) = (__nfs_version($inode))

(filename) = (__file_filename($filp))

(flag) = ($filp->f_flags)

(mode) = ($filp->f_mode)

(name) = ("nfs.proc.release")

(argstr) = (sprintf("%s,%d,%d", filename, flag, mode))

}

probe nfs.proc.release.return = kernel.function("nfs_release").return!, module("nfs").function("nfs_release").return?{

(name) = ("nfs.proc.release.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.handle_exception = nfs.proc4.handle_exception{

}

probe nfs.proc.handle_exception.return = nfs.proc4.handle_exception.return{

}

probe nfs.proc4.handle_exception = kernel.function("nfs4_handle_exception")!, module("nfs").function("nfs4_handle_exception")?{

(version) = (4)

(errorcode) = ($errorcode)

(name) = ("nfs.proc4.handle_exception")

(argstr) = (sprintf("%d", errorcode))

}

probe nfs.proc4.handle_exception.return = kernel.function("nfs4_handle_exception").return!, module("nfs").function("nfs4_handle_exception").return?{

(name) = ("nfs.proc4.handle_exception.return")

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.create = nfs.proc2.create, nfs.proc3.create, nfs.proc4.create{

}

probe nfs.proc.create.return = nfs.proc2.create.return, nfs.proc3.create.return, nfs.proc4.create.return{

}

probe nfs.proc2.create = kernel.function("nfs_proc_create")!, module("nfs").function("nfs_proc_create")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (2)

(fh) = (NFS_FH($dir))

(filelen) = ($dentry->d_name->len)

(filename) = (kernel_string_n($dentry->d_name->name, filelen))

(mode) = ($sattr->ia_mode)

(name) = ("nfs.proc2.create")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc2.create.return = kernel.function("nfs_proc_create").return!, module("nfs").function("nfs_proc_create").return?{

(name) = ("nfs.proc2.create.return")

(version) = (2)
%d", $return))
}
probe nfs.proc3.create = kernel.function("nfs3_proc_create")!, module("nfs").function("nfs3_proc_create")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (3)
(fh) = (NFS_FH($dir))
(filelen) = ($dentry->d_name->len)
(filename) = (kernel_string_n($dentry->d_name->name, filelen))
(flag) = ($flags)
(mode) = ($sattr->ia_mode)
(name) = ("nfs.proc3.create")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc3.create.return = kernel.function("nfs3_proc_create").return!, module("nfs").function("nfs3_proc_create").return?{
(name) = ("nfs.proc3.create.return")
(version) = (3)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc4.create = kernel.function("nfs4_proc_create")!, module("nfs").function("nfs4_proc_create")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (4)
(fh) = (NFS_FH($dir))
(filelen) = ($dentry->d_name->len)
(filename) = (kernel_string_n($dentry->d_name->name, filelen))
(flag) = ($flags)
(mode) = ($sattr->ia_mode)
(name) = ("nfs.proc4.create")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc4.create.return = kernel.function("nfs4_proc_create").return!, module("nfs").function("nfs4_proc_create").return?{
(name) = ("nfs.proc4.create.return")
(version) = (4)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.remove = nfs.proc2.remove, nfs.proc3.remove, nfs.proc4.remove{
}
probe nfs.proc.remove.return = nfs.proc2.remove.return, nfs.proc3.remove.return, nfs.proc4.remove.return{
}
probe nfs.proc2.remove = kernel.function("nfs_proc_remove")!, module("nfs").function("nfs_proc_remove")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (2)
(fh) = (NFS_FH($dir))
(filelen) = ($name->len)
(filename) = (kernel_string_n($name->name, filelen))
(name) = ("nfs.proc2.remove")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc2.remove.return = kernel.function("nfs_proc_remove").return!, module("nfs").function("nfs_proc_remove").return?{
(name) = ("nfs.proc2.remove.return")
(version) = (2)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc3.remove = kernel.function("nfs3_proc_remove")!, module("nfs").function("nfs3_proc_remove")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (3)
(fh) = (NFS_FH($dir))
(filelen) = ($name->len)
(filename) = (kernel_string_n($name->name, filelen))
(name) = ("nfs.proc3.remove")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc3.remove.return = kernel.function("nfs3_proc_remove").return!, module("nfs").function("nfs3_proc_remove").return?{
(name) = ("nfs.proc3.remove.return")
(version) = (3)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc4.remove = kernel.function("nfs4_proc_remove")!, module("nfs").function("nfs4_proc_remove")?{
(server_ip) = (__i2n_ip_proto($dir, 0))
(prot) = (__i2n_ip_proto($dir, 1))
(version) = (4)
(fh) = (NFS_FH($dir))
(filelen) = ($name->len)
(filename) = (kernel_string_n($name->name, filelen))
(name) = ("nfs.proc4.remove")
(argstr) = (sprintf("%s", filename))
}
probe nfs.proc4.remove.return = kernel.function("nfs4_proc_remove").return!, module("nfs").function("nfs4_proc_remove").return?{
(name) = ("nfs.proc4.remove.return")
(version) = (4)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc.rename = nfs.proc2.rename, nfs.proc3.rename, nfs.proc4.rename{
}
probe nfs.proc.rename.return = nfs.proc2.rename.return, nfs.proc3.rename.return, nfs.proc4.rename.return{
}
probe nfs.proc2.rename = kernel.function("nfs_proc_rename")!, module("nfs").function("nfs_proc_rename")?{
(server_ip) = (__i2n_ip_proto($old_dir, 0))
(prot) = (__i2n_ip_proto($old_dir, 1))
(version) = (2)
(old_fh) = (NFS_FH($old_dir))
(old_filelen) = ($old_name->len)
(old_name) = (kernel_string_n($old_name->name, old_filelen))
(new_fh) = (NFS_FH($new_dir))
(new_filelen) = ($new_name->len)
(new_name) = (kernel_string_n($new_name->name, new_filelen))
(name) = ("nfs.proc2.rename")
(argstr) = (sprintf("%s,%s", old_name, new_name))
}
(retstr) = (sprintf("%d", $return))

}

probe nfs.proc3.create = kernel.function("nfs3_proc_create")!, module("nfs").function("nfs3_proc_create")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (3)

(fh) = (NFS_FH($dir))

(filelen) = ($dentry->d_name->len)

(filename) = (kernel_string_n($dentry->d_name->name, filelen))

(flag) = ($flags)

(mode) = ($sattr->ia_mode)

(name) = ("nfs.proc3.create")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc3.create.return = kernel.function("nfs3_proc_create").return!, module("nfs").function("nfs3_proc_create").return?{

(name) = ("nfs.proc3.create.return")

(version) = (3)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc4.create = kernel.function("nfs4_proc_create")!, module("nfs").function("nfs4_proc_create")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (4)

(fh) = (NFS_FH($dir))

(filelen) = ($dentry->d_name->len)

(filename) = (kernel_string_n($dentry->d_name->name, filelen))

(flag) = ($flags)

(mode) = ($sattr->ia_mode)

(name) = ("nfs.proc4.create")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc4.create.return = kernel.function("nfs4_proc_create").return!, module("nfs").function("nfs4_proc_create").return?{

(name) = ("nfs.proc4.create.return")

(version) = (4)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.remove = nfs.proc2.remove, nfs.proc3.remove, nfs.proc4.remove{

}

probe nfs.proc.remove.return = nfs.proc2.remove.return, nfs.proc3.remove.return, nfs.proc4.remove.return{

}

probe nfs.proc2.remove = kernel.function("nfs_proc_remove")!, module("nfs").function("nfs_proc_remove")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (2)

(fh) = (NFS_FH($dir))

(filelen) = ($name->len)

(filename) = (kernel_string_n($name->name, filelen))

(name) = ("nfs.proc2.remove")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc2.remove.return = kernel.function("nfs_proc_remove").return!, module("nfs").function("nfs_proc_remove").return?{

(name) = ("nfs.proc2.remove.return")

(version) = (2)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc3.remove = kernel.function("nfs3_proc_remove")!, module("nfs").function("nfs3_proc_remove")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (3)

(fh) = (NFS_FH($dir))

(filelen) = ($name->len)

(filename) = (kernel_string_n($name->name, filelen))

(name) = ("nfs.proc3.remove")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc3.remove.return = kernel.function("nfs3_proc_remove").return!, module("nfs").function("nfs3_proc_remove").return?{

(name) = ("nfs.proc3.remove.return")

(version) = (3)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc4.remove = kernel.function("nfs4_proc_remove")!, module("nfs").function("nfs4_proc_remove")?{

(server_ip) = (__i2n_ip_proto($dir, 0))

(prot) = (__i2n_ip_proto($dir, 1))

(version) = (4)

(fh) = (NFS_FH($dir))

(filelen) = ($name->len)

(filename) = (kernel_string_n($name->name, filelen))

(name) = ("nfs.proc4.remove")

(argstr) = (sprintf("%s", filename))

}

probe nfs.proc4.remove.return = kernel.function("nfs4_proc_remove").return!, module("nfs").function("nfs4_proc_remove").return?{

(name) = ("nfs.proc4.remove.return")

(version) = (4)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc.rename = nfs.proc2.rename, nfs.proc3.rename, nfs.proc4.rename{

}

probe nfs.proc.rename.return = nfs.proc2.rename.return, nfs.proc3.rename.return, nfs.proc4.rename.return{

}

probe nfs.proc2.rename = kernel.function("nfs_proc_rename")!, module("nfs").function("nfs_proc_rename")?{

(server_ip) = (__i2n_ip_proto($old_dir, 0))

(prot) = (__i2n_ip_proto($old_dir, 1))

(version) = (2)

(old_fh) = (NFS_FH($old_dir))

(old_filelen) = ($old_name->len)

(old_name) = (kernel_string_n($old_name->name, old_filelen))

(new_fh) = (NFS_FH($new_dir))

(new_filelen) = ($new_name->len)

(new_name) = (kernel_string_n($new_name->name, new_filelen))

(name) = ("nfs.proc2.rename")

(argstr) = (sprintf("%s,%s", old_name, new_name))

}

probe nfs.proc2.rename.return = kernel.function("nfs_proc_rename").return!, module("nfs").function("nfs_proc_rename").return?{
(name) = ("nfs.proc2.rename.return")
(version) = (2)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc3.rename = kernel.function("nfs3_proc_rename")!, module("nfs").function("nfs3_proc_rename")?{
(server_ip) = (__i2n_ip_proto($old_dir, 0))
(prot) = (__i2n_ip_proto($old_dir, 1))
(version) = (3)
(old_fh) = (NFS_FH($old_dir))
(old_filelen) = ($old_name->len)
(old_name) = (kernel_string_n($old_name->name, old_filelen))
(new_fh) = (NFS_FH($new_dir))
(new_filelen) = ($new_name->len)
(new_name) = (kernel_string_n($new_name->name, new_filelen))
(name) = ("nfs.proc3.rename")
(argstr) = (sprintf("%s,%s", old_name, new_name))
}
probe nfs.proc3.rename.return = kernel.function("nfs3_proc_rename").return!, module("nfs").function("nfs3_proc_rename").return?{
(name) = ("nfs.proc3.rename.return")
(version) = (3)
(retstr) = (sprintf("%d", $return))
}
probe nfs.proc4.rename = kernel.function("nfs4_proc_rename")!, module("nfs").function("nfs4_proc_rename")?{
(server_ip) = (__i2n_ip_proto($old_dir, 0))
(prot) = (__i2n_ip_proto($old_dir, 1))
(version) = (4)
(old_fh) = (NFS_FH($old_dir))
(old_filelen) = ($old_name->len)
(old_name) = (kernel_string_n($old_name->name, old_filelen))
(new_fh) = (NFS_FH($new_dir))
(new_filelen) = ($new_name->len)
(new_name) = (kernel_string_n($new_name->name, new_filelen))
(name) = ("nfs.proc4.rename")
(argstr) = (sprintf("%s,%s", old_name, new_name))
}
probe nfs.proc4.rename.return = kernel.function("nfs4_proc_rename").return!, module("nfs").function("nfs4_proc_rename").return?{
(name) = ("nfs.proc4.rename.return")
(version) = (4)
(retstr) = (sprintf("%d", $return))
}
function AF_INET ()
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = AF_INET;
%}
function NFS_I (inode)
{
(offset) = (&@cast(0, "nfs_inode", "kernel:nfs")->vfs_inode)
return (inode) - (offset)
}
function NFS_FH (inode)
{
return &@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->fh
}
function NFS_SERVER (inode)
{
return @cast(inode, "inode")->i_sb->s_fs_info
}
function NFS_CLIENT (inode)
{
return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->client
}
function stap_NFS_CLIENT (inode)
{
return NFS_CLIENT(inode)
}
function NFS_PROTO (inode)
{
(nfsserver) = (NFS_SERVER(inode))
return (@defined(@cast(nfsserver, "nfs_server", "kernel:nfs")->nfs_client))?(@cast(nfsserver, "nfs_server", "kernel:nfs")->nfs_client->rpc_ops):(@cast(nfsserver, "nfs_server", "kernel:nfs")->rpc_ops)
}
function get_ip_from_client (clnt)
{
(cl_xprt) = (@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt)
(addr) = (&@cast(cl_xprt, "rpc_xprt", "kernel:sunrpc")->addr)
if ((@cast(addr, "sockaddr_in")->sin_family) != (AF_INET())) {
return 0
}

return @cast(addr, "sockaddr_in")->sin_addr->s_addr
}
function get_prot_from_client (clnt)
{
(cl_xprt) = (@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt)
return @cast(cl_xprt, "rpc_xprt", "kernel:sunrpc")->prot
}
function get_ip (task)
{
(clnt) = (@cast(task, "rpc_task", "kernel:sunrpc")->tk_client)
return get_ip_from_client(clnt)
}
function get_prot (task)
{
(clnt) = (@cast(task, "rpc_task", "kernel:sunrpc")->tk_client)
return get_prot_from_client(clnt)
}
function __i2n_ip_proto (dir, index)
{
(clnt) = (NFS_CLIENT(dir))
if ((index) == (0)) return get_ip_from_client(clnt)

if ((index) == (1)) return get_prot_from_client(clnt)

return 0
}
function __nfs_read_data_info (rdata, index)
{
(task) = (&@cast(rdata, "nfs_read_data", "kernel:nfs")->task)
(rres) = (&@cast(rdata, "nfs_read_data", "kernel:nfs")->res)
if ((index) == (0)) return get_ip(task)

if ((index) == (1)) return get_prot(task)

if ((index) == (2)) return @cast(rres, "nfs_readres", "kernel:nfs")->count

if ((index) == (3)) return @cast(rres, "nfs_readres", "kernel:nfs")->fattr->valid

if ((index) == (4)) return @cast(rdata, "nfs_read_data", "kernel:nfs")->timestamp

return 0
}
function __nfs_write_data_info (wdata, index)
{
(task)
probe nfs.proc2.rename.return = kernel.function("nfs_proc_rename").return!, module("nfs").function("nfs_proc_rename").return?{

(name) = ("nfs.proc2.rename.return")

(version) = (2)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc3.rename = kernel.function("nfs3_proc_rename")!, module("nfs").function("nfs3_proc_rename")?{

(server_ip) = (__i2n_ip_proto($old_dir, 0))

(prot) = (__i2n_ip_proto($old_dir, 1))

(version) = (3)

(old_fh) = (NFS_FH($old_dir))

(old_filelen) = ($old_name->len)

(old_name) = (kernel_string_n($old_name->name, old_filelen))

(new_fh) = (NFS_FH($new_dir))

(new_filelen) = ($new_name->len)

(new_name) = (kernel_string_n($new_name->name, new_filelen))

(name) = ("nfs.proc3.rename")

(argstr) = (sprintf("%s,%s", old_name, new_name))

}

probe nfs.proc3.rename.return = kernel.function("nfs3_proc_rename").return!, module("nfs").function("nfs3_proc_rename").return?{

(name) = ("nfs.proc3.rename.return")

(version) = (3)

(retstr) = (sprintf("%d", $return))

}

probe nfs.proc4.rename = kernel.function("nfs4_proc_rename")!, module("nfs").function("nfs4_proc_rename")?{

(server_ip) = (__i2n_ip_proto($old_dir, 0))

(prot) = (__i2n_ip_proto($old_dir, 1))

(version) = (4)

(old_fh) = (NFS_FH($old_dir))

(old_filelen) = ($old_name->len)

(old_name) = (kernel_string_n($old_name->name, old_filelen))

(new_fh) = (NFS_FH($new_dir))

(new_filelen) = ($new_name->len)

(new_name) = (kernel_string_n($new_name->name, new_filelen))

(name) = ("nfs.proc4.rename")

(argstr) = (sprintf("%s,%s", old_name, new_name))

}

probe nfs.proc4.rename.return = kernel.function("nfs4_proc_rename").return!, module("nfs").function("nfs4_proc_rename").return?{

(name) = ("nfs.proc4.rename.return")

(version) = (4)

(retstr) = (sprintf("%d", $return))

}

function AF_INET ()

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = AF_INET;

%}

function NFS_I (inode)

{

(offset) = (&@cast(0, "nfs_inode", "kernel:nfs")->vfs_inode)

return (inode) - (offset)

}

function NFS_FH (inode)

{

return &@cast(NFS_I(inode), "nfs_inode", "kernel:nfs")->fh

}

function NFS_SERVER (inode)

{

return @cast(inode, "inode")->i_sb->s_fs_info

}

function NFS_CLIENT (inode)

{

return @cast(NFS_SERVER(inode), "nfs_server", "kernel:nfs")->client

}

function stap_NFS_CLIENT (inode)

{

return NFS_CLIENT(inode)

}

function NFS_PROTO (inode)

{

(nfsserver) = (NFS_SERVER(inode))

return (@defined(@cast(nfsserver, "nfs_server", "kernel:nfs")->nfs_client))?(@cast(nfsserver, "nfs_server", "kernel:nfs")->nfs_client->rpc_ops):(@cast(nfsserver, "nfs_server", "kernel:nfs")->rpc_ops)

}

function get_ip_from_client (clnt)

{

(cl_xprt) = (@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt)

(addr) = (&@cast(cl_xprt, "rpc_xprt", "kernel:sunrpc")->addr)

if ((@cast(addr, "sockaddr_in")->sin_family) != (AF_INET())) {

return 0

}



return @cast(addr, "sockaddr_in")->sin_addr->s_addr

}

function get_prot_from_client (clnt)

{

(cl_xprt) = (@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt)

return @cast(cl_xprt, "rpc_xprt", "kernel:sunrpc")->prot

}

function get_ip (task)

{

(clnt) = (@cast(task, "rpc_task", "kernel:sunrpc")->tk_client)

return get_ip_from_client(clnt)

}

function get_prot (task)

{

(clnt) = (@cast(task, "rpc_task", "kernel:sunrpc")->tk_client)

return get_prot_from_client(clnt)

}

function __i2n_ip_proto (dir, index)

{

(clnt) = (NFS_CLIENT(dir))

if ((index) == (0)) return get_ip_from_client(clnt)



if ((index) == (1)) return get_prot_from_client(clnt)



return 0

}

function __nfs_read_data_info (rdata, index)

{

(task) = (&@cast(rdata, "nfs_read_data", "kernel:nfs")->task)

(rres) = (&@cast(rdata, "nfs_read_data", "kernel:nfs")->res)

if ((index) == (0)) return get_ip(task)



if ((index) == (1)) return get_prot(task)



if ((index) == (2)) return @cast(rres, "nfs_readres", "kernel:nfs")->count



if ((index) == (3)) return @cast(rres, "nfs_readres", "kernel:nfs")->fattr->valid



if ((index) == (4)) return @cast(rdata, "nfs_read_data", "kernel:nfs")->timestamp



return 0

}

function __nfs_write_data_info (wdata, index)

{
 = (&@cast(wdata, "nfs_write_data", "kernel:nfs")->task)
(wres) = (&@cast(wdata, "nfs_write_data", "kernel:nfs")->res)
if ((index) == (0)) return get_ip(task)

if ((index) == (1)) return get_prot(task)

if ((index) == (2)) return @cast(wres, "nfs_writeres", "kernel:nfs")->count

if ((index) == (3)) return @cast(wres, "nfs_writeres", "kernel:nfs")->fattr->valid

if ((index) == (4)) return @cast(wdata, "nfs_write_data", "kernel:nfs")->timestamp

return 0
}
function __nfsv4_bitmask (dir, i)
{
return @cast(NFS_SERVER(dir), "nfs_server", "kernel:nfs")->attr_bitmask[i]
return 0
}
function __getfh_inode (dir)
{
return NFS_FH(dir)
}

# file /usr/local/share/systemtap/tapset/nfsd.stp
%{
#include <linux/stat.h>

#include <linux/sunrpc/svc.h>

#include <linux/nfsd/nfsfh.h>
#include <linux/nfs3.h>
#include <linux/nfs4.h>
%}probe nfsd.dispatch = kernel.function("nfsd_dispatch")!, module("nfsd").function("nfsd_dispatch")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = ($rqstp->rq_vers)
(xid) = ($rqstp->rq_xid)
(prog) = ($rqstp->rq_prog)
(proc) = ($rqstp->rq_proc)
(name) = ("nfsd.dispatch")
(argstr) = (sprintf("%d,%d", version, proto))
}
probe nfsd.dispatch.return = kernel.function("nfsd_dispatch").return!, module("nfsd").function("nfsd_dispatch").return?{
(name) = ("nfsd.dispatch.return")
(retstr) = (sprintf("%d", $return))
}
probe nfsd.proc.entries = nfsd.proc.lookup, nfsd.proc.read, nfsd.proc.write, nfsd.proc.commit, nfsd.proc.remove, nfsd.proc.rename, nfsd.proc.create{
}
probe nfsd.proc.return = nfsd.proc.lookup.return, nfsd.proc.read.return, nfsd.proc.write.return, nfsd.proc.remove.return, nfsd.proc.rename.return, nfsd.proc.create.return{
}
probe nfsd.proc.lookup = nfsd.proc4.lookup?, nfsd.proc3.lookup, nfsd.proc2.lookup{
}
probe nfsd.proc.lookup.return = nfsd.proc4.lookup.return?, nfsd.proc3.lookup.return, nfsd.proc2.lookup.return{
}
probe nfsd.proc2.lookup = kernel.function("nfsd_proc_lookup")!, module("nfsd").function("nfsd_proc_lookup")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (2)
(fh) = (&@cast($argp, "nfsd_diropargs", "kernel:nfsd")->fh)
(filelen) = ($argp->len)
(filename) = (kernel_string_n($argp->name, $argp->len))
(name) = ("nfsd.proc2.lookup")
(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))
}
probe nfsd.proc2.lookup.return = kernel.function("nfsd_proc_lookup").return!, module("nfsd").function("nfsd_proc_lookup").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc2.lookup.return")
(version) = (2)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc3.lookup = kernel.function("nfsd3_proc_lookup")!, module("nfsd").function("nfsd3_proc_lookup")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd_diropargs", "kernel:nfsd")->fh)
(filelen) = ($argp->len)
(filename) = (kernel_string_n($argp->name, $argp->len))
(name) = ("nfsd.proc3.lookup")
(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))
}
probe nfsd.proc3.lookup.return = kernel.function("nfsd3_proc_lookup").return!, module("nfsd").function("nfsd3_proc_lookup").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.lookup.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc4.lookup = kernel.function("nfsd4_lookup").call!, module("nfsd").function("nfsd4_lookup").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)
(filelen) = ($lookup->lo_len)
(filename) = (kernel_string_n($lookup->lo_name, $lookup->lo_len))
(name) = ("nfsd.proc4.lookup")
(argstr) = (sprintf("%s", kernel_string_n($lookup->lo_name, $lookup->lo_len)))
}
probe nfsd.proc4.lookup.return = kernel.function("nfsd4_lookup").return!, module("nfsd").function("nfsd4_lookup").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd
(task) = (&@cast(wdata, "nfs_write_data", "kernel:nfs")->task)

(wres) = (&@cast(wdata, "nfs_write_data", "kernel:nfs")->res)

if ((index) == (0)) return get_ip(task)



if ((index) == (1)) return get_prot(task)



if ((index) == (2)) return @cast(wres, "nfs_writeres", "kernel:nfs")->count



if ((index) == (3)) return @cast(wres, "nfs_writeres", "kernel:nfs")->fattr->valid



if ((index) == (4)) return @cast(wdata, "nfs_write_data", "kernel:nfs")->timestamp



return 0

}

function __nfsv4_bitmask (dir, i)

{

return @cast(NFS_SERVER(dir), "nfs_server", "kernel:nfs")->attr_bitmask[i]

return 0

}

function __getfh_inode (dir)

{

return NFS_FH(dir)

}



# file /usr/local/share/systemtap/tapset/nfsd.stp

%{

#include <linux/stat.h>



#include <linux/sunrpc/svc.h>



#include <linux/nfsd/nfsfh.h>

#include <linux/nfs3.h>

#include <linux/nfs4.h>

%}probe nfsd.dispatch = kernel.function("nfsd_dispatch")!, module("nfsd").function("nfsd_dispatch")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = ($rqstp->rq_vers)

(xid) = ($rqstp->rq_xid)

(prog) = ($rqstp->rq_prog)

(proc) = ($rqstp->rq_proc)

(name) = ("nfsd.dispatch")

(argstr) = (sprintf("%d,%d", version, proto))

}

probe nfsd.dispatch.return = kernel.function("nfsd_dispatch").return!, module("nfsd").function("nfsd_dispatch").return?{

(name) = ("nfsd.dispatch.return")

(retstr) = (sprintf("%d", $return))

}

probe nfsd.proc.entries = nfsd.proc.lookup, nfsd.proc.read, nfsd.proc.write, nfsd.proc.commit, nfsd.proc.remove, nfsd.proc.rename, nfsd.proc.create{

}

probe nfsd.proc.return = nfsd.proc.lookup.return, nfsd.proc.read.return, nfsd.proc.write.return, nfsd.proc.remove.return, nfsd.proc.rename.return, nfsd.proc.create.return{

}

probe nfsd.proc.lookup = nfsd.proc4.lookup?, nfsd.proc3.lookup, nfsd.proc2.lookup{

}

probe nfsd.proc.lookup.return = nfsd.proc4.lookup.return?, nfsd.proc3.lookup.return, nfsd.proc2.lookup.return{

}

probe nfsd.proc2.lookup = kernel.function("nfsd_proc_lookup")!, module("nfsd").function("nfsd_proc_lookup")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (2)

(fh) = (&@cast($argp, "nfsd_diropargs", "kernel:nfsd")->fh)

(filelen) = ($argp->len)

(filename) = (kernel_string_n($argp->name, $argp->len))

(name) = ("nfsd.proc2.lookup")

(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))

}

probe nfsd.proc2.lookup.return = kernel.function("nfsd_proc_lookup").return!, module("nfsd").function("nfsd_proc_lookup").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc2.lookup.return")

(version) = (2)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc3.lookup = kernel.function("nfsd3_proc_lookup")!, module("nfsd").function("nfsd3_proc_lookup")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd_diropargs", "kernel:nfsd")->fh)

(filelen) = ($argp->len)

(filename) = (kernel_string_n($argp->name, $argp->len))

(name) = ("nfsd.proc3.lookup")

(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))

}

probe nfsd.proc3.lookup.return = kernel.function("nfsd3_proc_lookup").return!, module("nfsd").function("nfsd3_proc_lookup").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.lookup.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc4.lookup = kernel.function("nfsd4_lookup").call!, module("nfsd").function("nfsd4_lookup").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)

(filelen) = ($lookup->lo_len)

(filename) = (kernel_string_n($lookup->lo_name, $lookup->lo_len))

(name) = ("nfsd.proc4.lookup")

(argstr) = (sprintf("%s", kernel_string_n($lookup->lo_name, $lookup->lo_len)))

}

probe nfsd.proc4.lookup.return = kernel.function("nfsd4_lookup").return!, module("nfsd").function("nfsd4_lookup").return?{

(client_ip) = (addr_from_rqst_str($rqstp))
.proc4.lookup.return")
(version) = (4)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc.read = nfsd.proc4.read?, nfsd.proc3.read, nfsd.proc2.read{
}
probe nfsd.proc.read.return = nfsd.proc4.read.return?, nfsd.proc3.read.return, nfsd.proc2.read.return{
}
probe nfsd.proc2.read = kernel.function("nfsd_proc_read")!, module("nfsd").function("nfsd_proc_read")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (2)
(fh) = (&@cast($argp, "nfsd_readargs", "kernel:nfsd")->fh)
(count) = ($argp->count)
(offset) = ($argp->offset)
(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))
(vlen) = ($argp->vlen)
(name) = ("nfsd.proc2.read")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc2.read.return = kernel.function("nfsd_proc_read").return!, module("nfsd").function("nfsd_proc_read").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc2.read.return")
(version) = (2)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc3.read = kernel.function("nfsd3_proc_read")!, module("nfsd").function("nfsd3_proc_read")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd3_readargs", "kernel:nfsd")->fh)
(count) = ($argp->count)
(offset) = ($argp->offset)
(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))
(vlen) = ($argp->vlen)
(name) = ("nfsd.proc3.read")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc3.read.return = kernel.function("nfsd3_proc_read").return!, module("nfsd").function("nfsd3_proc_read").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.read.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc4.read = kernel.function("nfsd4_read").call!, module("nfsd").function("nfsd4_read").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)
(count) = ($read->rd_length)
(offset) = ($read->rd_offset)
(vec) = ($rqstp->rq_vec)
(vlen) = ($read->rd_vlen)
(name) = ("nfsd.proc4.read")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc4.read.return = kernel.function("nfsd4_read").return!, module("nfsd").function("nfsd4_read").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc4.read.return")
(version) = (4)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc.write = nfsd.proc4.write?, nfsd.proc3.write, nfsd.proc2.write{
}
probe nfsd.proc.write.return = nfsd.proc4.write.return?, nfsd.proc3.write.return, nfsd.proc2.write.return{
}
probe nfsd.proc2.write = kernel.function("nfsd_proc_write")!, module("nfsd").function("nfsd_proc_write")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (2)
(fh) = (&@cast($argp, "nfsd_writeargs", "kernel:nfsd")->fh)
(count) = ($argp->len)
(offset) = ($argp->offset)
(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))
(vlen) = ($argp->vlen)
(stable) = (1)
(name) = ("nfsd.proc2.write")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc2.write.return = kernel.function("nfsd_proc_write").return!, module("nfsd").function("nfsd_proc_write").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc2.write.return")
(version) = (2)
(retstr) = (sprintf("%s", nfsderror($return)))
(count) = ((($return) == (0))?($argp->len):($return))
(stable) = (1)
}
probe nfsd.proc3.write = kernel.function("nfsd3_proc_write")!, module("nfsd").function("nfsd3_proc_write")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd3_writeargs", "kernel:nfsd")->fh)
(count) = ($argp->count)
(offset) = ($argp->offset)
(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):
(name) = ("nfsd.proc4.lookup.return")

(version) = (4)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc.read = nfsd.proc4.read?, nfsd.proc3.read, nfsd.proc2.read{

}

probe nfsd.proc.read.return = nfsd.proc4.read.return?, nfsd.proc3.read.return, nfsd.proc2.read.return{

}

probe nfsd.proc2.read = kernel.function("nfsd_proc_read")!, module("nfsd").function("nfsd_proc_read")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (2)

(fh) = (&@cast($argp, "nfsd_readargs", "kernel:nfsd")->fh)

(count) = ($argp->count)

(offset) = ($argp->offset)

(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))

(vlen) = ($argp->vlen)

(name) = ("nfsd.proc2.read")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc2.read.return = kernel.function("nfsd_proc_read").return!, module("nfsd").function("nfsd_proc_read").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc2.read.return")

(version) = (2)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc3.read = kernel.function("nfsd3_proc_read")!, module("nfsd").function("nfsd3_proc_read")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd3_readargs", "kernel:nfsd")->fh)

(count) = ($argp->count)

(offset) = ($argp->offset)

(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))

(vlen) = ($argp->vlen)

(name) = ("nfsd.proc3.read")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc3.read.return = kernel.function("nfsd3_proc_read").return!, module("nfsd").function("nfsd3_proc_read").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.read.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc4.read = kernel.function("nfsd4_read").call!, module("nfsd").function("nfsd4_read").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)

(count) = ($read->rd_length)

(offset) = ($read->rd_offset)

(vec) = ($rqstp->rq_vec)

(vlen) = ($read->rd_vlen)

(name) = ("nfsd.proc4.read")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc4.read.return = kernel.function("nfsd4_read").return!, module("nfsd").function("nfsd4_read").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc4.read.return")

(version) = (4)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc.write = nfsd.proc4.write?, nfsd.proc3.write, nfsd.proc2.write{

}

probe nfsd.proc.write.return = nfsd.proc4.write.return?, nfsd.proc3.write.return, nfsd.proc2.write.return{

}

probe nfsd.proc2.write = kernel.function("nfsd_proc_write")!, module("nfsd").function("nfsd_proc_write")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (2)

(fh) = (&@cast($argp, "nfsd_writeargs", "kernel:nfsd")->fh)

(count) = ($argp->len)

(offset) = ($argp->offset)

(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))

(vlen) = ($argp->vlen)

(stable) = (1)

(name) = ("nfsd.proc2.write")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc2.write.return = kernel.function("nfsd_proc_write").return!, module("nfsd").function("nfsd_proc_write").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc2.write.return")

(version) = (2)

(retstr) = (sprintf("%s", nfsderror($return)))

(count) = ((($return) == (0))?($argp->len):($return))

(stable) = (1)

}

probe nfsd.proc3.write = kernel.function("nfsd3_proc_write")!, module("nfsd").function("nfsd3_proc_write")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd3_writeargs", "kernel:nfsd")->fh)

(count) = ($argp->count)

(offset) = ($argp->offset)
($argp->vec))
(vlen) = ($argp->vlen)
(stable) = ($argp->stable)
(name) = ("nfsd.proc3.write")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc3.write.return = kernel.function("nfsd3_proc_write").return!, module("nfsd").function("nfsd3_proc_write").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.write.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
(count) = ($resp->count)
(stable) = ($resp->committed)
}
probe nfsd.proc4.write = kernel.function("nfsd4_write").call!, module("nfsd").function("nfsd4_write").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)
(count) = ($write->wr_buflen)
(offset) = ($write->wr_offset)
(vec) = ($rqstp->rq_vec)
(vlen) = ($write->wr_vlen)
(stable) = ($write->wr_stable_how)
(name) = ("nfsd.proc4.write")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc4.write.return = kernel.function("nfsd4_write").return!, module("nfsd").function("nfsd4_write").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc4.write.return")
(version) = (4)
(count) = ($write->wr_bytes_written)
(stable) = ($write->wr_how_written)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc.commit = nfsd.proc4.commit?, nfsd.proc3.commit{
}
probe nfsd.proc.commit.return = nfsd.proc4.commit.return?, nfsd.proc3.commit.return{
}
probe nfsd.proc3.commit = kernel.function("nfsd3_proc_commit")!, module("nfsd").function("nfsd3_proc_commit")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd3_commitargs", "kernel:nfsd")->fh)
(count) = ($argp->count)
(offset) = ($argp->offset)
(name) = ("nfsd.proc3.commit")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc3.commit.return = kernel.function("nfsd3_proc_commit").return!, module("nfsd").function("nfsd3_proc_commit").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.commit.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc4.commit = kernel.function("nfsd4_commit").call!, module("nfsd").function("nfsd4_commit").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)
(count) = ($commit->co_count)
(offset) = ($commit->co_offset)
(name) = ("nfsd.proc4.commit")
(argstr) = (sprintf("%d,%d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.proc4.commit.return = kernel.function("nfsd4_commit").return!, module("nfsd").function("nfsd4_commit").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc4.commit.return")
(version) = (4)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc.create = nfsd.proc4.create?, nfsd.proc3.create, nfsd.proc2.create{
}
probe nfsd.proc.create.return = nfsd.proc4.create.return?, nfsd.proc3.create.return, nfsd.proc2.create.return{
}
probe nfsd.proc2.create = kernel.function("nfsd_proc_create")!, module("nfsd").function("nfsd_proc_create")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (2)
(fh) = (&@cast($argp, "nfsd_createargs", "kernel:nfsd")->fh)
(filelen) = ($argp->len)
(filename) = (kernel_string_n($argp->name, $argp->len))
(createmode) = (0)
(name) = ("nfsd.proc2.create")
(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))
}
probe nfsd.proc2.create.return = kernel.function("nfsd_proc_create").return!, module("nfsd").function("nfsd_proc_create").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc2.create.return")
(version) = (2)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc3.create = kernel.function("nfsd3_proc_create")!, module("nfsd").function("nfsd3_pro
(vec) = ((@defined($rqstp->rq_vec))?($rqstp->rq_vec):($argp->vec))

(vlen) = ($argp->vlen)

(stable) = ($argp->stable)

(name) = ("nfsd.proc3.write")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc3.write.return = kernel.function("nfsd3_proc_write").return!, module("nfsd").function("nfsd3_proc_write").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.write.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

(count) = ($resp->count)

(stable) = ($resp->committed)

}

probe nfsd.proc4.write = kernel.function("nfsd4_write").call!, module("nfsd").function("nfsd4_write").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)

(count) = ($write->wr_buflen)

(offset) = ($write->wr_offset)

(vec) = ($rqstp->rq_vec)

(vlen) = ($write->wr_vlen)

(stable) = ($write->wr_stable_how)

(name) = ("nfsd.proc4.write")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc4.write.return = kernel.function("nfsd4_write").return!, module("nfsd").function("nfsd4_write").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc4.write.return")

(version) = (4)

(count) = ($write->wr_bytes_written)

(stable) = ($write->wr_how_written)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc.commit = nfsd.proc4.commit?, nfsd.proc3.commit{

}

probe nfsd.proc.commit.return = nfsd.proc4.commit.return?, nfsd.proc3.commit.return{

}

probe nfsd.proc3.commit = kernel.function("nfsd3_proc_commit")!, module("nfsd").function("nfsd3_proc_commit")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd3_commitargs", "kernel:nfsd")->fh)

(count) = ($argp->count)

(offset) = ($argp->offset)

(name) = ("nfsd.proc3.commit")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc3.commit.return = kernel.function("nfsd3_proc_commit").return!, module("nfsd").function("nfsd3_proc_commit").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.commit.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc4.commit = kernel.function("nfsd4_commit").call!, module("nfsd").function("nfsd4_commit").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)

(count) = ($commit->co_count)

(offset) = ($commit->co_offset)

(name) = ("nfsd.proc4.commit")

(argstr) = (sprintf("%d,%d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.proc4.commit.return = kernel.function("nfsd4_commit").return!, module("nfsd").function("nfsd4_commit").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc4.commit.return")

(version) = (4)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc.create = nfsd.proc4.create?, nfsd.proc3.create, nfsd.proc2.create{

}

probe nfsd.proc.create.return = nfsd.proc4.create.return?, nfsd.proc3.create.return, nfsd.proc2.create.return{

}

probe nfsd.proc2.create = kernel.function("nfsd_proc_create")!, module("nfsd").function("nfsd_proc_create")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (2)

(fh) = (&@cast($argp, "nfsd_createargs", "kernel:nfsd")->fh)

(filelen) = ($argp->len)

(filename) = (kernel_string_n($argp->name, $argp->len))

(createmode) = (0)

(name) = ("nfsd.proc2.create")

(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))

}

probe nfsd.proc2.create.return = kernel.function("nfsd_proc_create").return!, module("nfsd").function("nfsd_proc_create").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc2.create.return")

(version) = (2)

(retstr) = (sprintf("%s", nfsderror($return)))

}
c_create")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd_createargs", "kernel:nfsd")->fh)
(filelen) = ($argp->len)
(filename) = (kernel_string_n($argp->name, $argp->len))
(createmode) = ($argp->createmode)
(name) = ("nfsd.proc3.create")
(argstr) = (sprintf("%s (mode=%s)", kernel_string_n($argp->name, $argp->len), nfs3_cmode(createmode)))
}
probe nfsd.proc3.create.return = kernel.function("nfsd3_proc_create").return!, module("nfsd").function("nfsd3_proc_create").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.create.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc4.create = kernel.function("nfsd4_create").call!, module("nfsd").function("nfsd4_create").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = ((@defined($cstate))?(&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh):($current_fh))
(filelen) = ($create->cr_namelen)
(filename) = (kernel_string_n($create->cr_name, $create->cr_namelen))
(createmode) = ($create->cr_type)
(name) = ("nfsd.proc4.create")
(argstr) = (sprintf("%s (type=%s)", kernel_string_n($create->cr_name, $create->cr_namelen), nfs4_ctype(createmode)))
}
probe nfsd.proc4.create.return = kernel.function("nfsd4_create").return!, module("nfsd").function("nfsd4_create").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc4.create.return")
(version) = (4)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc.remove = nfsd.proc4.remove?, nfsd.proc3.remove, nfsd.proc2.remove{
}
probe nfsd.proc.remove.return = nfsd.proc4.remove.return?, nfsd.proc3.remove.return, nfsd.proc2.remove.return{
}
probe nfsd.proc2.remove = kernel.function("nfsd_proc_remove")!, module("nfsd").function("nfsd_proc_remove")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (2)
(fh) = (&@cast($argp, "nfsd_diropargs", "kernel:nfsd")->fh)
(filelen) = ($argp->len)
(filename) = (kernel_string_n($argp->name, $argp->len))
(name) = ("nfsd.proc2.remove")
(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))
}
probe nfsd.proc2.remove.return = kernel.function("nfsd_proc_remove").return!, module("nfsd").function("nfsd_proc_remove").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc2.remove.return")
(version) = (2)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc3.remove = kernel.function("nfsd3_proc_remove")!, module("nfsd").function("nfsd3_proc_remove")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd3_diropargs", "kernel:nfsd")->fh)
(filelen) = ($argp->len)
(filename) = (kernel_string_n($argp->name, $argp->len))
(name) = ("nfsd.proc3.remove")
(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))
}
probe nfsd.proc3.remove.return = kernel.function("nfsd3_proc_remove").return!, module("nfsd").function("nfsd3_proc_remove").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.remove.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc4.remove = kernel.function("nfsd4_remove").call!, module("nfsd").function("nfsd4_remove").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)
(filelen) = ($remove->rm_namelen)
(filename) = (kernel_string_n($remove->rm_name, $remove->rm_namelen))
(name) = ("nfsd.proc4.remove")
(argstr) = (sprintf("%s", kernel_string_n($remove->rm_name, $remove->rm_namelen)))
}
probe nfsd.proc4.remove.return = kernel.function("nfsd4_remove").return!, module("nfsd").function("nfsd4_remove").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc4.remove.return")
(version) = (4)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc.rename = nfsd.proc4.rename?, nfs
probe nfsd.proc3.create = kernel.function("nfsd3_proc_create")!, module("nfsd").function("nfsd3_proc_create")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd_createargs", "kernel:nfsd")->fh)

(filelen) = ($argp->len)

(filename) = (kernel_string_n($argp->name, $argp->len))

(createmode) = ($argp->createmode)

(name) = ("nfsd.proc3.create")

(argstr) = (sprintf("%s (mode=%s)", kernel_string_n($argp->name, $argp->len), nfs3_cmode(createmode)))

}

probe nfsd.proc3.create.return = kernel.function("nfsd3_proc_create").return!, module("nfsd").function("nfsd3_proc_create").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.create.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc4.create = kernel.function("nfsd4_create").call!, module("nfsd").function("nfsd4_create").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = ((@defined($cstate))?(&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh):($current_fh))

(filelen) = ($create->cr_namelen)

(filename) = (kernel_string_n($create->cr_name, $create->cr_namelen))

(createmode) = ($create->cr_type)

(name) = ("nfsd.proc4.create")

(argstr) = (sprintf("%s (type=%s)", kernel_string_n($create->cr_name, $create->cr_namelen), nfs4_ctype(createmode)))

}

probe nfsd.proc4.create.return = kernel.function("nfsd4_create").return!, module("nfsd").function("nfsd4_create").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc4.create.return")

(version) = (4)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc.remove = nfsd.proc4.remove?, nfsd.proc3.remove, nfsd.proc2.remove{

}

probe nfsd.proc.remove.return = nfsd.proc4.remove.return?, nfsd.proc3.remove.return, nfsd.proc2.remove.return{

}

probe nfsd.proc2.remove = kernel.function("nfsd_proc_remove")!, module("nfsd").function("nfsd_proc_remove")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (2)

(fh) = (&@cast($argp, "nfsd_diropargs", "kernel:nfsd")->fh)

(filelen) = ($argp->len)

(filename) = (kernel_string_n($argp->name, $argp->len))

(name) = ("nfsd.proc2.remove")

(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))

}

probe nfsd.proc2.remove.return = kernel.function("nfsd_proc_remove").return!, module("nfsd").function("nfsd_proc_remove").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc2.remove.return")

(version) = (2)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc3.remove = kernel.function("nfsd3_proc_remove")!, module("nfsd").function("nfsd3_proc_remove")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd3_diropargs", "kernel:nfsd")->fh)

(filelen) = ($argp->len)

(filename) = (kernel_string_n($argp->name, $argp->len))

(name) = ("nfsd.proc3.remove")

(argstr) = (sprintf("%s", kernel_string_n($argp->name, $argp->len)))

}

probe nfsd.proc3.remove.return = kernel.function("nfsd3_proc_remove").return!, module("nfsd").function("nfsd3_proc_remove").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.remove.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc4.remove = kernel.function("nfsd4_remove").call!, module("nfsd").function("nfsd4_remove").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)

(filelen) = ($remove->rm_namelen)

(filename) = (kernel_string_n($remove->rm_name, $remove->rm_namelen))

(name) = ("nfsd.proc4.remove")

(argstr) = (sprintf("%s", kernel_string_n($remove->rm_name, $remove->rm_namelen)))

}

probe nfsd.proc4.remove.return = kernel.function("nfsd4_remove").return!, module("nfsd").function("nfsd4_remove").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc4.remove.return")

(version) = (4)

(retstr) = (sprintf("%s", nfsderror($return)))

}
d.proc3.rename, nfsd.proc2.rename{
}
probe nfsd.proc.rename.return = nfsd.proc4.rename.return?, nfsd.proc3.rename.return, nfsd.proc2.rename.return{
}
probe nfsd.proc2.rename = kernel.function("nfsd_proc_rename")!, module("nfsd").function("nfsd_proc_rename")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (2)
(fh) = (&@cast($argp, "nfsd_renameargs", "kernel:nfsd")->ffh)
(tfh) = (&@cast($argp, "nfsd_renameargs", "kernel:nfsd")->tfh)
(filelen) = ($argp->flen)
(filename) = (kernel_string_n($argp->fname, $argp->flen))
(tlen) = ($argp->tlen)
(tname) = (kernel_string_n($argp->tname, $argp->tlen))
(name) = ("nfsd.proc2.rename")
(argstr) = (sprintf("%s to %s", kernel_string_n($argp->fname, $argp->flen), kernel_string_n($argp->tname, $argp->tlen)))
}
probe nfsd.proc2.rename.return = kernel.function("nfsd_proc_rename").return!, module("nfsd").function("nfsd_proc_rename").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc2.rename.return")
(version) = (2)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc3.rename = kernel.function("nfsd3_proc_rename")!, module("nfsd").function("nfsd3_proc_rename")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (3)
(fh) = (&@cast($argp, "nfsd3_renameargs", "kernel:nfsd")->ffh)
(tfh) = (&@cast($argp, "nfsd3_renameargs", "kernel:nfsd")->tfh)
(filelen) = ($argp->flen)
(filename) = (kernel_string_n($argp->fname, $argp->flen))
(tlen) = ($argp->tlen)
(tname) = (kernel_string_n($argp->tname, $argp->tlen))
(name) = ("nfsd.proc3.rename")
(argstr) = (sprintf("%s to %s", kernel_string_n($argp->fname, $argp->flen), kernel_string_n($argp->tname, $argp->tlen)))
}
probe nfsd.proc3.rename.return = kernel.function("nfsd3_proc_rename").return!, module("nfsd").function("nfsd3_proc_rename").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc3.rename.return")
(version) = (3)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.proc4.rename = kernel.function("nfsd4_rename").call!, module("nfsd").function("nfsd4_rename").call?{
(client_ip) = (addr_from_rqst_str($rqstp))
(proto) = ($rqstp->rq_prot)
(version) = (4)
(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->save_fh)
(tfh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)
(filelen) = ($rename->rn_snamelen)
(filename) = (kernel_string_n($rename->rn_sname, $rename->rn_snamelen))
(tlen) = ($rename->rn_tnamelen)
(tname) = (kernel_string_n($rename->rn_tname, $rename->rn_tnamelen))
(name) = ("nfsd.proc4.rename")
(argstr) = (sprintf("%s to %s", kernel_string_n($rename->rn_sname, $rename->rn_snamelen), kernel_string_n($rename->rn_tname, $rename->rn_tnamelen)))
}
probe nfsd.proc4.rename.return = kernel.function("nfsd4_rename").return!, module("nfsd").function("nfsd4_rename").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(name) = ("nfsd.proc4.rename.return")
(version) = (4)
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.entries = nfsd.open, nfsd.read, nfsd.write, nfsd.lookup, nfsd.commit, nfsd.create, nfsd.createv3, nfsd.unlink, nfsd.rename, nfsd.close{
}
probe nfsd.return = nfsd.open.return, nfsd.read.return, nfsd.write.return, nfsd.lookup.return, nfsd.commit.return, nfsd.create.return, nfsd.createv3.return, nfsd.unlink.return, nfsd.rename.return{
}
probe nfsd.open = kernel.function("nfsd_open")!, module("nfsd").function("nfsd_open")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(access) = ($access)
(type) = ($type)
(name) = ("nfsd.open")
(argstr) = (sprintf("access: %d type: %s", access, ftype(type)))
}
probe nfsd.open.return = kernel.function("nfsd_open").return!, module("nfsd").function("nfsd_open").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.open.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.close = kernel.function("nfsd_close")!, module("nfsd").function("nfsd_close")?{
(client_ip) = ("N/A")
(filename) = (__file_
probe nfsd.proc.rename = nfsd.proc4.rename?, nfsd.proc3.rename, nfsd.proc2.rename{

}

probe nfsd.proc.rename.return = nfsd.proc4.rename.return?, nfsd.proc3.rename.return, nfsd.proc2.rename.return{

}

probe nfsd.proc2.rename = kernel.function("nfsd_proc_rename")!, module("nfsd").function("nfsd_proc_rename")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (2)

(fh) = (&@cast($argp, "nfsd_renameargs", "kernel:nfsd")->ffh)

(tfh) = (&@cast($argp, "nfsd_renameargs", "kernel:nfsd")->tfh)

(filelen) = ($argp->flen)

(filename) = (kernel_string_n($argp->fname, $argp->flen))

(tlen) = ($argp->tlen)

(tname) = (kernel_string_n($argp->tname, $argp->tlen))

(name) = ("nfsd.proc2.rename")

(argstr) = (sprintf("%s to %s", kernel_string_n($argp->fname, $argp->flen), kernel_string_n($argp->tname, $argp->tlen)))

}

probe nfsd.proc2.rename.return = kernel.function("nfsd_proc_rename").return!, module("nfsd").function("nfsd_proc_rename").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc2.rename.return")

(version) = (2)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc3.rename = kernel.function("nfsd3_proc_rename")!, module("nfsd").function("nfsd3_proc_rename")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (3)

(fh) = (&@cast($argp, "nfsd3_renameargs", "kernel:nfsd")->ffh)

(tfh) = (&@cast($argp, "nfsd3_renameargs", "kernel:nfsd")->tfh)

(filelen) = ($argp->flen)

(filename) = (kernel_string_n($argp->fname, $argp->flen))

(tlen) = ($argp->tlen)

(tname) = (kernel_string_n($argp->tname, $argp->tlen))

(name) = ("nfsd.proc3.rename")

(argstr) = (sprintf("%s to %s", kernel_string_n($argp->fname, $argp->flen), kernel_string_n($argp->tname, $argp->tlen)))

}

probe nfsd.proc3.rename.return = kernel.function("nfsd3_proc_rename").return!, module("nfsd").function("nfsd3_proc_rename").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc3.rename.return")

(version) = (3)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.proc4.rename = kernel.function("nfsd4_rename").call!, module("nfsd").function("nfsd4_rename").call?{

(client_ip) = (addr_from_rqst_str($rqstp))

(proto) = ($rqstp->rq_prot)

(version) = (4)

(fh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->save_fh)

(tfh) = (&@cast($cstate, "nfsd4_compound_state", "kernel:nfsd")->current_fh)

(filelen) = ($rename->rn_snamelen)

(filename) = (kernel_string_n($rename->rn_sname, $rename->rn_snamelen))

(tlen) = ($rename->rn_tnamelen)

(tname) = (kernel_string_n($rename->rn_tname, $rename->rn_tnamelen))

(name) = ("nfsd.proc4.rename")

(argstr) = (sprintf("%s to %s", kernel_string_n($rename->rn_sname, $rename->rn_snamelen), kernel_string_n($rename->rn_tname, $rename->rn_tnamelen)))

}

probe nfsd.proc4.rename.return = kernel.function("nfsd4_rename").return!, module("nfsd").function("nfsd4_rename").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(name) = ("nfsd.proc4.rename.return")

(version) = (4)

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.entries = nfsd.open, nfsd.read, nfsd.write, nfsd.lookup, nfsd.commit, nfsd.create, nfsd.createv3, nfsd.unlink, nfsd.rename, nfsd.close{

}

probe nfsd.return = nfsd.open.return, nfsd.read.return, nfsd.write.return, nfsd.lookup.return, nfsd.commit.return, nfsd.create.return, nfsd.createv3.return, nfsd.unlink.return, nfsd.rename.return{

}

probe nfsd.open = kernel.function("nfsd_open")!, module("nfsd").function("nfsd_open")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(access) = ($access)

(type) = ($type)

(name) = ("nfsd.open")

(argstr) = (sprintf("access: %d type: %s", access, ftype(type)))

}

probe nfsd.open.return = kernel.function("nfsd_open").return!, module("nfsd").function("nfsd_open").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.open.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.close = kernel.function("nfsd_close")!, module("nfsd").function("nfsd_close")?{

(client_ip) = ("N/A")
filename($filp))
(name) = ("nfsd.close")
(argstr) = (sprintf("%s", filename))
}
probe nfsd.close.return = kernel.function("nfsd_close").return!, module("nfsd").function("nfsd_close").return?{
(name) = ("nfsd.close.return")
(retstr) = ("N/A")
}
probe nfsd.read = kernel.function("nfsd_read")!, module("nfsd").function("nfsd_read")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(file) = ((@defined($file))?($file):(0))
(count) = (kernel_long($count))
(offset) = ($offset)
(vec) = ($vec)
(vlen) = ($vlen)
(name) = ("nfsd.read")
(argstr) = (sprintf("count: %d offset: %d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.read.return = kernel.function("nfsd_read").return!, module("nfsd").function("nfsd_read").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.read.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.write = kernel.function("nfsd_write")!, module("nfsd").function("nfsd_write")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(file) = ((@defined($file))?($file):(0))
(count) = (kernel_long($cnt))
(offset) = ($offset)
(vec) = ($vec)
(vlen) = ($vlen)
(name) = ("nfsd.write")
(argstr) = (sprintf("count: %d  offset: %d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.write.return = kernel.function("nfsd_write").return!, module("nfsd").function("nfsd_write").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.write.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.commit = kernel.function("nfsd_commit")!, module("nfsd").function("nfsd_commit")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(count) = ($count)
(offset) = ($offset)
(flag) = ($fhp->fh_export->ex_flags)
(name) = ("nfsd.commit")
(argstr) = (sprintf("count: %d offset: %d", count, offset))
(size) = (count)
(units) = ("bytes")
}
probe nfsd.commit.return = kernel.function("nfsd_commit").return!, module("nfsd").function("nfsd_commit").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.commit.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.lookup = kernel.function("nfsd_lookup")!, module("nfsd").function("nfsd_lookup")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(filelen) = ($len)
(filename) = (kernel_string_n($name, $len))
(name) = ("nfsd.lookup")
(argstr) = (sprintf("name: %s", kernel_string_n($name, $len)))
}
probe nfsd.lookup.return = kernel.function("nfsd_lookup").return!, module("nfsd").function("nfsd_lookup").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.lookup.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.create = kernel.function("nfsd_create")!, module("nfsd").function("nfsd_create")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(filelen) = ($flen)
(filename) = (kernel_string_n($fname, $flen))
(type) = ($type)
(iap_valid) = ($iap->ia_valid)
(iap_mode) = ($iap->ia_mode)
(name) = ("nfsd.create")
(argstr) = (sprintf("name: %s type: %s", kernel_string_n($fname, $flen), ftype(type)))
}
probe nfsd.create.return = kernel.function("nfsd_create").return!, module("nfsd").function("nfsd_create").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.create.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.createv3 = kernel.function("nfsd_create_v3")!, module("nfsd").function("nfsd_create_v3")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(filelen) = ($flen)
(filename) = (kernel_string_n($fname, $flen))
(iap_valid) = ($iap->ia_valid)
(iap_mode) = ($iap->ia_mode)
(truncp) = ($truncp)
(verifier) = ($verifier)
(createmode) = ($createmode)
(name) = ("nfsd.createv3")
(argstr) = (sprintf("name: %s mode: %s", kernel_string_n($fname, $flen), nfs3_cmode(createmode)))
}
probe nfsd.createv3.return = kernel.funct
(filename) = (__file_filename($filp))

(name) = ("nfsd.close")

(argstr) = (sprintf("%s", filename))

}

probe nfsd.close.return = kernel.function("nfsd_close").return!, module("nfsd").function("nfsd_close").return?{

(name) = ("nfsd.close.return")

(retstr) = ("N/A")

}

probe nfsd.read = kernel.function("nfsd_read")!, module("nfsd").function("nfsd_read")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(file) = ((@defined($file))?($file):(0))

(count) = (kernel_long($count))

(offset) = ($offset)

(vec) = ($vec)

(vlen) = ($vlen)

(name) = ("nfsd.read")

(argstr) = (sprintf("count: %d offset: %d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.read.return = kernel.function("nfsd_read").return!, module("nfsd").function("nfsd_read").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.read.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.write = kernel.function("nfsd_write")!, module("nfsd").function("nfsd_write")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(file) = ((@defined($file))?($file):(0))

(count) = (kernel_long($cnt))

(offset) = ($offset)

(vec) = ($vec)

(vlen) = ($vlen)

(name) = ("nfsd.write")

(argstr) = (sprintf("count: %d  offset: %d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.write.return = kernel.function("nfsd_write").return!, module("nfsd").function("nfsd_write").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.write.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.commit = kernel.function("nfsd_commit")!, module("nfsd").function("nfsd_commit")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(count) = ($count)

(offset) = ($offset)

(flag) = ($fhp->fh_export->ex_flags)

(name) = ("nfsd.commit")

(argstr) = (sprintf("count: %d offset: %d", count, offset))

(size) = (count)

(units) = ("bytes")

}

probe nfsd.commit.return = kernel.function("nfsd_commit").return!, module("nfsd").function("nfsd_commit").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.commit.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.lookup = kernel.function("nfsd_lookup")!, module("nfsd").function("nfsd_lookup")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(filelen) = ($len)

(filename) = (kernel_string_n($name, $len))

(name) = ("nfsd.lookup")

(argstr) = (sprintf("name: %s", kernel_string_n($name, $len)))

}

probe nfsd.lookup.return = kernel.function("nfsd_lookup").return!, module("nfsd").function("nfsd_lookup").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.lookup.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.create = kernel.function("nfsd_create")!, module("nfsd").function("nfsd_create")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(filelen) = ($flen)

(filename) = (kernel_string_n($fname, $flen))

(type) = ($type)

(iap_valid) = ($iap->ia_valid)

(iap_mode) = ($iap->ia_mode)

(name) = ("nfsd.create")

(argstr) = (sprintf("name: %s type: %s", kernel_string_n($fname, $flen), ftype(type)))

}

probe nfsd.create.return = kernel.function("nfsd_create").return!, module("nfsd").function("nfsd_create").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.create.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.createv3 = kernel.function("nfsd_create_v3")!, module("nfsd").function("nfsd_create_v3")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(filelen) = ($flen)

(filename) = (kernel_string_n($fname, $flen))

(iap_valid) = ($iap->ia_valid)

(iap_mode) = ($iap->ia_mode)

(truncp) = ($truncp)

(verifier) = ($verifier)

(createmode) = ($createmode)

(name) = ("nfsd.createv3")

(argstr) = (sprintf("name: %s mode: %s", kernel_string_n($fname, $flen), nfs3_cmode(createmode)))

}
ion("nfsd_create_v3").return!, module("nfsd").function("nfsd_create_v3").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.createv3.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.unlink = kernel.function("nfsd_unlink")!, module("nfsd").function("nfsd_unlink")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(filelen) = ($flen)
(filename) = (kernel_string_n($fname, $flen))
(type) = ($type)
(name) = ("nfsd.unlink")
(argstr) = (sprintf("name: %s", kernel_string_n($fname, $flen)))
}
probe nfsd.unlink.return = kernel.function("nfsd_unlink").return!, module("nfsd").function("nfsd_unlink").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($fhp))
(name) = ("nfsd.unlink.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
probe nfsd.rename = kernel.function("nfsd_rename")!, module("nfsd").function("nfsd_rename")?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($ffhp))
(tfh) = (__svc_fh($tfhp))
(filelen) = ($flen)
(filename) = (kernel_string_n($fname, $flen))
(tlen) = ($tlen)
(tname) = (kernel_string_n($tname, $tlen))
(name) = ("nfsd.rename")
(argstr) = (sprintf("%s to %s", kernel_string_n($fname, $flen), kernel_string_n($tname, $tlen)))
}
probe nfsd.rename.return = kernel.function("nfsd_rename").return!, module("nfsd").function("nfsd_rename").return?{
(client_ip) = (addr_from_rqst_str($rqstp))
(fh) = (__svc_fh($ffhp))
(name) = ("nfsd.rename.return")
(retstr) = (sprintf("%s", nfsderror($return)))
}
function __svc_fh (fh)
%{  /* pure */
	struct svc_fh * fhp = (struct svc_fh *) (long)(THIS->fh);
	struct knfsd_fh *fh = &fhp->fh_handle;

	snprintf(THIS->__retvalue, MAXSTRINGLEN,
			"%d: %08x %08x %08x %08x %08x %08x",
			kread(&(fh->fh_size)),
			kread(&(fh->fh_base.fh_pad[0])),
			kread(&(fh->fh_base.fh_pad[1])),
			kread(&(fh->fh_base.fh_pad[2])),
			kread(&(fh->fh_base.fh_pad[3])),
			kread(&(fh->fh_base.fh_pad[4])),
			kread(&(fh->fh_base.fh_pad[5])));
	CATCH_DEREF_FAULT();
%}
function nfs3_cmode (cmode)
%{ /* pure */
	int cmode = (int)(long)THIS->cmode;
	
	switch (cmode) {
	case NFS3_CREATE_UNCHECKED:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "UNCHECKED");
		break;
	case NFS3_CREATE_GUARDED:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "GUARDED");
		break;
	case NFS3_CREATE_EXCLUSIVE:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "EXCLUSIVE");
		break;
	default: 
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "Bad Value(%d)", 
			cmode);
	}
	CATCH_DEREF_FAULT();
%}
function nfs4_ctype (cmode)
%{ /* pure */
	int cmode = (int)(long)THIS->cmode;
	
	switch (cmode) {
	case NF4BAD:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4BAD");
		break;
	case NF4REG:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4REG");
		break;
	case NF4DIR:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4DIR");
		break;
	case NF4BLK:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4BLK");
		break;
	case NF4CHR:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4CHR");
		break;
	case NF4LNK:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4LNK");
		break;
	case NF4SOCK:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4SOCK");
		break;
	case NF4FIFO:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4FIFO");
		break;
	case NF4ATTRDIR:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4ATTRDIR");
		break;
	case NF4NAMEDATTR:
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4NAMEDATTR");
		break;
	default: 
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"Bad Value(%d)", cmode);
	}
	CATCH_DEREF_FAULT();
%}
function ftype (type)
%{ /* pure */
	int type = (int)(long)THIS->type;

	if (S_ISLNK(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISLNK)", type);
	} else if (S_ISREG(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISREG)", type);
	} else if (S_ISDIR(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISDIR)", type);
	} else if (S_ISCHR(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISCHR)",
probe nfsd.createv3.return = kernel.function("nfsd_create_v3").return!, module("nfsd").function("nfsd_create_v3").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.createv3.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.unlink = kernel.function("nfsd_unlink")!, module("nfsd").function("nfsd_unlink")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(filelen) = ($flen)

(filename) = (kernel_string_n($fname, $flen))

(type) = ($type)

(name) = ("nfsd.unlink")

(argstr) = (sprintf("name: %s", kernel_string_n($fname, $flen)))

}

probe nfsd.unlink.return = kernel.function("nfsd_unlink").return!, module("nfsd").function("nfsd_unlink").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($fhp))

(name) = ("nfsd.unlink.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

probe nfsd.rename = kernel.function("nfsd_rename")!, module("nfsd").function("nfsd_rename")?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($ffhp))

(tfh) = (__svc_fh($tfhp))

(filelen) = ($flen)

(filename) = (kernel_string_n($fname, $flen))

(tlen) = ($tlen)

(tname) = (kernel_string_n($tname, $tlen))

(name) = ("nfsd.rename")

(argstr) = (sprintf("%s to %s", kernel_string_n($fname, $flen), kernel_string_n($tname, $tlen)))

}

probe nfsd.rename.return = kernel.function("nfsd_rename").return!, module("nfsd").function("nfsd_rename").return?{

(client_ip) = (addr_from_rqst_str($rqstp))

(fh) = (__svc_fh($ffhp))

(name) = ("nfsd.rename.return")

(retstr) = (sprintf("%s", nfsderror($return)))

}

function __svc_fh (fh)

%{  /* pure */

	struct svc_fh * fhp = (struct svc_fh *) (long)(THIS->fh);

	struct knfsd_fh *fh = &fhp->fh_handle;



	snprintf(THIS->__retvalue, MAXSTRINGLEN,

			"%d: %08x %08x %08x %08x %08x %08x",

			kread(&(fh->fh_size)),

			kread(&(fh->fh_base.fh_pad[0])),

			kread(&(fh->fh_base.fh_pad[1])),

			kread(&(fh->fh_base.fh_pad[2])),

			kread(&(fh->fh_base.fh_pad[3])),

			kread(&(fh->fh_base.fh_pad[4])),

			kread(&(fh->fh_base.fh_pad[5])));

	CATCH_DEREF_FAULT();

%}

function nfs3_cmode (cmode)

%{ /* pure */

	int cmode = (int)(long)THIS->cmode;

	

	switch (cmode) {

	case NFS3_CREATE_UNCHECKED:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "UNCHECKED");

		break;

	case NFS3_CREATE_GUARDED:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "GUARDED");

		break;

	case NFS3_CREATE_EXCLUSIVE:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "EXCLUSIVE");

		break;

	default: 

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "Bad Value(%d)", 

			cmode);

	}

	CATCH_DEREF_FAULT();

%}

function nfs4_ctype (cmode)

%{ /* pure */

	int cmode = (int)(long)THIS->cmode;

	

	switch (cmode) {

	case NF4BAD:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4BAD");

		break;

	case NF4REG:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4REG");

		break;

	case NF4DIR:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4DIR");

		break;

	case NF4BLK:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4BLK");

		break;

	case NF4CHR:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4CHR");

		break;

	case NF4LNK:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4LNK");

		break;

	case NF4SOCK:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4SOCK");

		break;

	case NF4FIFO:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4FIFO");

		break;

	case NF4ATTRDIR:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4ATTRDIR");

		break;

	case NF4NAMEDATTR:

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "NF4NAMEDATTR");

		break;

	default: 

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"Bad Value(%d)", cmode);

	}

	CATCH_DEREF_FAULT();

%}

function ftype (type)

%{ /* pure */

	int type = (int)(long)THIS->type;



	if (S_ISLNK(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (ISLNK)", type);

	} else if (S_ISREG(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (ISREG)", type);

	} else if (S_ISDIR(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (ISDIR)", type);

	} else if (S_ISCHR(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
 type);
	} else if (S_ISBLK(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISBLK)", type);
	} else if (S_ISFIFO(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISFIFO)", type);
	} else if (S_ISSOCK(type)) {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (ISSOCK)", type);
	} else  {
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"0%o (Unknown)", type);
	}
%}

# file /usr/local/share/systemtap/tapset/nfsderrno.stp
%{
#include <linux/nfs.h>
#include <linux/nfs4.h>

#define	nfs_ok			__constant_htonl(NFS_OK)
#define	nfserr_perm		__constant_htonl(NFSERR_PERM)
#define	nfserr_noent		__constant_htonl(NFSERR_NOENT)
#define	nfserr_io		__constant_htonl(NFSERR_IO)
#define	nfserr_nxio		__constant_htonl(NFSERR_NXIO)
#define	nfserr_eagain		__constant_htonl(NFSERR_EAGAIN)
#define	nfserr_acces		__constant_htonl(NFSERR_ACCES)
#define	nfserr_exist		__constant_htonl(NFSERR_EXIST)
#define	nfserr_xdev		__constant_htonl(NFSERR_XDEV)
#define	nfserr_nodev		__constant_htonl(NFSERR_NODEV)
#define	nfserr_notdir		__constant_htonl(NFSERR_NOTDIR)
#define	nfserr_isdir		__constant_htonl(NFSERR_ISDIR)
#define	nfserr_inval		__constant_htonl(NFSERR_INVAL)
#define	nfserr_fbig		__constant_htonl(NFSERR_FBIG)
#define	nfserr_nospc		__constant_htonl(NFSERR_NOSPC)
#define	nfserr_rofs		__constant_htonl(NFSERR_ROFS)
#define	nfserr_mlink		__constant_htonl(NFSERR_MLINK)
#define	nfserr_opnotsupp	__constant_htonl(NFSERR_OPNOTSUPP)
#define	nfserr_nametoolong	__constant_htonl(NFSERR_NAMETOOLONG)
#define	nfserr_notempty		__constant_htonl(NFSERR_NOTEMPTY)
#define	nfserr_dquot		__constant_htonl(NFSERR_DQUOT)
#define	nfserr_stale		__constant_htonl(NFSERR_STALE)
#define	nfserr_remote		__constant_htonl(NFSERR_REMOTE)
#define	nfserr_wflush		__constant_htonl(NFSERR_WFLUSH)
#define	nfserr_badhandle	__constant_htonl(NFSERR_BADHANDLE)
#define	nfserr_notsync		__constant_htonl(NFSERR_NOT_SYNC)
#define	nfserr_badcookie	__constant_htonl(NFSERR_BAD_COOKIE)
#define	nfserr_notsupp		__constant_htonl(NFSERR_NOTSUPP)
#define	nfserr_toosmall		__constant_htonl(NFSERR_TOOSMALL)
#define	nfserr_serverfault	__constant_htonl(NFSERR_SERVERFAULT)
#define	nfserr_badtype		__constant_htonl(NFSERR_BADTYPE)
#define	nfserr_jukebox		__constant_htonl(NFSERR_JUKEBOX)
#define	nfserr_denied		__constant_htonl(NFSERR_DENIED)
#define	nfserr_deadlock		__constant_htonl(NFSERR_DEADLOCK)
#define nfserr_expired          __constant_htonl(NFSERR_EXPIRED)
#define	nfserr_bad_cookie	__constant_htonl(NFSERR_BAD_COOKIE)
#define	nfserr_same		__constant_htonl(NFSERR_SAME)
#define	nfserr_clid_inuse	__constant_htonl(NFSERR_CLID_INUSE)
#define	nfserr_stale_clientid	__constant_htonl(NFSERR_STALE_CLIENTID)
#define	nfserr_resource		__constant_htonl(NFSERR_RESOURCE)
#define	nfserr_moved		__constant_htonl(NFSERR_MOVED)
#define	nfserr_nofilehandle	__constant_htonl(NFSERR_NOFILEHANDLE)
#define	nfserr_minor_vers_mismatch	__constant_htonl(NFSERR_MINOR_VERS_MISMATCH)
#define nfserr_share_denied	__constant_htonl(NFSERR_SHARE_DENIED)
#define nfserr_stale_stateid	__constant_htonl(NFSERR_STALE_STATEID)
#define nfserr_old_stateid	__constant_htonl(NFSERR_OLD_STATEID)
#define nfserr_bad_stateid	__constant_htonl(NFSERR_BAD_STATEID)
#define nfserr_bad_seqid	__constant_htonl(NFSERR_BAD_SEQID)
#define	nfserr_symlink		__constant_htonl(NFSERR_SYMLINK)
#define	nfserr_not_same		__constant_htonl(NFSERR_NOT_SAME)
#define	nfserr_restorefh	__constant_htonl(NFSERR_RESTOREFH)
#define	nfserr_attrnotsupp	__constant_htonl(NFSERR_ATTRNOTSUPP)
#define	nfserr_bad_xdr		__constant_htonl(NFSERR_BAD_XDR)
#define	nfserr_openmode		__constant_htonl(NFSERR_OPENMODE)
#define	nfserr_locks_held	__constant_htonl(NFSERR_LOCKS_HELD)
#define	nfserr_op_illegal	__constant_htonl(NFSERR_OP_ILLEGAL)
#define	nfserr_grace		__constant_htonl(NFSERR_GRACE)
#define	nfserr_no_grace		__constant_htonl(NFSERR_NO_GRACE)
#define	nfserr_reclaim_bad	__constant_htonl(NFSERR_RECLAIM_BAD)
#define	nfserr_badname		__constant_htonl(NFSERR_BADNAME)
#define	nfserr_cb_path_down	__constant_htonl(N
			"0%o (ISCHR)", type);

	} else if (S_ISBLK(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (ISBLK)", type);

	} else if (S_ISFIFO(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (ISFIFO)", type);

	} else if (S_ISSOCK(type)) {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (ISSOCK)", type);

	} else  {

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"0%o (Unknown)", type);

	}

%}



# file /usr/local/share/systemtap/tapset/nfsderrno.stp

%{

#include <linux/nfs.h>

#include <linux/nfs4.h>



#define	nfs_ok			__constant_htonl(NFS_OK)

#define	nfserr_perm		__constant_htonl(NFSERR_PERM)

#define	nfserr_noent		__constant_htonl(NFSERR_NOENT)

#define	nfserr_io		__constant_htonl(NFSERR_IO)

#define	nfserr_nxio		__constant_htonl(NFSERR_NXIO)

#define	nfserr_eagain		__constant_htonl(NFSERR_EAGAIN)

#define	nfserr_acces		__constant_htonl(NFSERR_ACCES)

#define	nfserr_exist		__constant_htonl(NFSERR_EXIST)

#define	nfserr_xdev		__constant_htonl(NFSERR_XDEV)

#define	nfserr_nodev		__constant_htonl(NFSERR_NODEV)

#define	nfserr_notdir		__constant_htonl(NFSERR_NOTDIR)

#define	nfserr_isdir		__constant_htonl(NFSERR_ISDIR)

#define	nfserr_inval		__constant_htonl(NFSERR_INVAL)

#define	nfserr_fbig		__constant_htonl(NFSERR_FBIG)

#define	nfserr_nospc		__constant_htonl(NFSERR_NOSPC)

#define	nfserr_rofs		__constant_htonl(NFSERR_ROFS)

#define	nfserr_mlink		__constant_htonl(NFSERR_MLINK)

#define	nfserr_opnotsupp	__constant_htonl(NFSERR_OPNOTSUPP)

#define	nfserr_nametoolong	__constant_htonl(NFSERR_NAMETOOLONG)

#define	nfserr_notempty		__constant_htonl(NFSERR_NOTEMPTY)

#define	nfserr_dquot		__constant_htonl(NFSERR_DQUOT)

#define	nfserr_stale		__constant_htonl(NFSERR_STALE)

#define	nfserr_remote		__constant_htonl(NFSERR_REMOTE)

#define	nfserr_wflush		__constant_htonl(NFSERR_WFLUSH)

#define	nfserr_badhandle	__constant_htonl(NFSERR_BADHANDLE)

#define	nfserr_notsync		__constant_htonl(NFSERR_NOT_SYNC)

#define	nfserr_badcookie	__constant_htonl(NFSERR_BAD_COOKIE)

#define	nfserr_notsupp		__constant_htonl(NFSERR_NOTSUPP)

#define	nfserr_toosmall		__constant_htonl(NFSERR_TOOSMALL)

#define	nfserr_serverfault	__constant_htonl(NFSERR_SERVERFAULT)

#define	nfserr_badtype		__constant_htonl(NFSERR_BADTYPE)

#define	nfserr_jukebox		__constant_htonl(NFSERR_JUKEBOX)

#define	nfserr_denied		__constant_htonl(NFSERR_DENIED)

#define	nfserr_deadlock		__constant_htonl(NFSERR_DEADLOCK)

#define nfserr_expired          __constant_htonl(NFSERR_EXPIRED)

#define	nfserr_bad_cookie	__constant_htonl(NFSERR_BAD_COOKIE)

#define	nfserr_same		__constant_htonl(NFSERR_SAME)

#define	nfserr_clid_inuse	__constant_htonl(NFSERR_CLID_INUSE)

#define	nfserr_stale_clientid	__constant_htonl(NFSERR_STALE_CLIENTID)

#define	nfserr_resource		__constant_htonl(NFSERR_RESOURCE)

#define	nfserr_moved		__constant_htonl(NFSERR_MOVED)

#define	nfserr_nofilehandle	__constant_htonl(NFSERR_NOFILEHANDLE)

#define	nfserr_minor_vers_mismatch	__constant_htonl(NFSERR_MINOR_VERS_MISMATCH)

#define nfserr_share_denied	__constant_htonl(NFSERR_SHARE_DENIED)

#define nfserr_stale_stateid	__constant_htonl(NFSERR_STALE_STATEID)

#define nfserr_old_stateid	__constant_htonl(NFSERR_OLD_STATEID)

#define nfserr_bad_stateid	__constant_htonl(NFSERR_BAD_STATEID)

#define nfserr_bad_seqid	__constant_htonl(NFSERR_BAD_SEQID)

#define	nfserr_symlink		__constant_htonl(NFSERR_SYMLINK)

#define	nfserr_not_same		__constant_htonl(NFSERR_NOT_SAME)

#define	nfserr_restorefh	__constant_htonl(NFSERR_RESTOREFH)

#define	nfserr_attrnotsupp	__constant_htonl(NFSERR_ATTRNOTSUPP)

#define	nfserr_bad_xdr		__constant_htonl(NFSERR_BAD_XDR)

#define	nfserr_openmode		__constant_htonl(NFSERR_OPENMODE)

#define	nfserr_locks_held	__constant_htonl(NFSERR_LOCKS_HELD)

#define	nfserr_op_illegal	__constant_htonl(NFSERR_OP_ILLEGAL)

#define	nfserr_grace		__constant_htonl(NFSERR_GRACE)

#define	nfserr_no_grace		__constant_htonl(NFSERR_NO_GRACE)

#define	nfserr_reclaim_bad	__constant_htonl(NFSERR_RECLAIM_BAD)

#define	nfserr_badname		__constant_htonl(NFSERR_BADNAME)
FSERR_CB_PATH_DOWN)
#define	nfserr_locked		__constant_htonl(NFSERR_LOCKED)
#define	nfserr_wrongsec		__constant_htonl(NFSERR_WRONGSEC)
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,30)
#define nfserr_badiomode		__constant_htonl(NFS4ERR_BADIOMODE)
#define nfserr_badlayout		__constant_htonl(NFS4ERR_BADLAYOUT)
#define nfserr_bad_session_digest	__constant_htonl(NFS4ERR_BAD_SESSION_DIGEST)
#define nfserr_badsession		__constant_htonl(NFS4ERR_BADSESSION)
#define nfserr_badslot			__constant_htonl(NFS4ERR_BADSLOT)
#define nfserr_complete_already		__constant_htonl(NFS4ERR_COMPLETE_ALREADY)
#define nfserr_conn_not_bound_to_session __constant_htonl(NFS4ERR_CONN_NOT_BOUND_TO_SESSION)
#define nfserr_deleg_already_wanted	__constant_htonl(NFS4ERR_DELEG_ALREADY_WANTED)
#define nfserr_back_chan_busy		__constant_htonl(NFS4ERR_BACK_CHAN_BUSY)
#define nfserr_layouttrylater		__constant_htonl(NFS4ERR_LAYOUTTRYLATER)
#define nfserr_layoutunavailable	__constant_htonl(NFS4ERR_LAYOUTUNAVAILABLE)
#define nfserr_nomatching_layout	__constant_htonl(NFS4ERR_NOMATCHING_LAYOUT)
#define nfserr_recallconflict		__constant_htonl(NFS4ERR_RECALLCONFLICT)
#define nfserr_unknown_layouttype	__constant_htonl(NFS4ERR_UNKNOWN_LAYOUTTYPE)
#define nfserr_seq_misordered		__constant_htonl(NFS4ERR_SEQ_MISORDERED)
#define nfserr_sequence_pos		__constant_htonl(NFS4ERR_SEQUENCE_POS)
#define nfserr_req_too_big		__constant_htonl(NFS4ERR_REQ_TOO_BIG)
#define nfserr_rep_too_big		__constant_htonl(NFS4ERR_REP_TOO_BIG)
#define nfserr_rep_too_big_to_cache	__constant_htonl(NFS4ERR_REP_TOO_BIG_TO_CACHE)
#define nfserr_retry_uncached_rep	__constant_htonl(NFS4ERR_RETRY_UNCACHED_REP)
#define nfserr_unsafe_compound		__constant_htonl(NFS4ERR_UNSAFE_COMPOUND)
#define nfserr_too_many_ops		__constant_htonl(NFS4ERR_TOO_MANY_OPS)
#define nfserr_op_not_in_session	__constant_htonl(NFS4ERR_OP_NOT_IN_SESSION)
#define nfserr_hash_alg_unsupp		__constant_htonl(NFS4ERR_HASH_ALG_UNSUPP)
#define nfserr_clientid_busy		__constant_htonl(NFS4ERR_CLIENTID_BUSY)
#define nfserr_pnfs_io_hole		__constant_htonl(NFS4ERR_PNFS_IO_HOLE)
#define nfserr_seq_false_retry		__constant_htonl(NFS4ERR_SEQ_FALSE_RETRY)
#define nfserr_bad_high_slot		__constant_htonl(NFS4ERR_BAD_HIGH_SLOT)
#define nfserr_deadsession		__constant_htonl(NFS4ERR_DEADSESSION)
#define nfserr_encr_alg_unsupp		__constant_htonl(NFS4ERR_ENCR_ALG_UNSUPP)
#define nfserr_pnfs_no_layout		__constant_htonl(NFS4ERR_PNFS_NO_LAYOUT)
#define nfserr_not_only_op		__constant_htonl(NFS4ERR_NOT_ONLY_OP)
#define nfserr_wrong_cred		__constant_htonl(NFS4ERR_WRONG_CRED)
#define nfserr_wrong_type		__constant_htonl(NFS4ERR_WRONG_TYPE)
#define nfserr_dirdeleg_unavail		__constant_htonl(NFS4ERR_DIRDELEG_UNAVAIL)
#define nfserr_reject_deleg		__constant_htonl(NFS4ERR_REJECT_DELEG)
#define nfserr_returnconflict		__constant_htonl(NFS4ERR_RETURNCONFLICT)
#define nfserr_deleg_revoked		__constant_htonl(NFS4ERR_DELEG_REVOKED)
#endif
%}function nfsderror (err)
%{
	static struct {
		int	nfserr;
		char *string;
	} nfs_errtbl[] = {
		{nfs_ok, "NFS_OK"},
		{nfserr_perm, "NFSERR_PERM"},
		{nfserr_noent, "NFSERR_NOENT"},
		{nfserr_io, "NFSERR_IO"},
		{nfserr_nxio, "NFSERR_NXIO"},
		{nfserr_eagain, "NFSERR_EAGAIN"},
		{nfserr_acces, "NFSERR_ACCES"},
		{nfserr_exist, "NFSERR_EXIST"},
		{nfserr_xdev, "NFSERR_XDEV"},
		{nfserr_nodev, "NFSERR_NODEV"},
		{nfserr_notdir, "NFSERR_NOTDIR"},
		{nfserr_isdir, "NFSERR_ISDIR"},
		{nfserr_inval, "NFSERR_INVAL"},
		{nfserr_fbig, "NFSERR_FBIG"},
		{nfserr_nospc, "NFSERR_NOSPC"},
		{nfserr_rofs, "NFSERR_ROFS"},
		{nfserr_mlink, "NFSERR_MLINK"},
		{nfserr_opnotsupp, "NFSERR_OPNOTSUPP"},
		{nfserr_nametoolong, "NFSERR_NAMETOOLONG"},
		{nfserr_notempty, "NFSERR_NOTEMPTY"},
		{nfserr_dquot, "NFSERR_DQUOT"},
		{nfserr_stale, "NFSERR_STALE"},
		{nfserr_remote, "NFSERR_REMOTE"},
		{nfserr_wflush, "NFSERR_WFLUSH"},
		{nfserr_badhandle, "NFSERR_BADHANDLE"},
		{nfserr_notsync, "NFSERR_NOT_SYNC"},
		{nfserr_badcookie, "NFSERR_BAD_COOKIE"},
		{nfserr_notsupp, "NFSERR_NOTSUPP"},
		{nfserr_toosmall,
#define	nfserr_cb_path_down	__constant_htonl(NFSERR_CB_PATH_DOWN)

#define	nfserr_locked		__constant_htonl(NFSERR_LOCKED)

#define	nfserr_wrongsec		__constant_htonl(NFSERR_WRONGSEC)

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,30)

#define nfserr_badiomode		__constant_htonl(NFS4ERR_BADIOMODE)

#define nfserr_badlayout		__constant_htonl(NFS4ERR_BADLAYOUT)

#define nfserr_bad_session_digest	__constant_htonl(NFS4ERR_BAD_SESSION_DIGEST)

#define nfserr_badsession		__constant_htonl(NFS4ERR_BADSESSION)

#define nfserr_badslot			__constant_htonl(NFS4ERR_BADSLOT)

#define nfserr_complete_already		__constant_htonl(NFS4ERR_COMPLETE_ALREADY)

#define nfserr_conn_not_bound_to_session __constant_htonl(NFS4ERR_CONN_NOT_BOUND_TO_SESSION)

#define nfserr_deleg_already_wanted	__constant_htonl(NFS4ERR_DELEG_ALREADY_WANTED)

#define nfserr_back_chan_busy		__constant_htonl(NFS4ERR_BACK_CHAN_BUSY)

#define nfserr_layouttrylater		__constant_htonl(NFS4ERR_LAYOUTTRYLATER)

#define nfserr_layoutunavailable	__constant_htonl(NFS4ERR_LAYOUTUNAVAILABLE)

#define nfserr_nomatching_layout	__constant_htonl(NFS4ERR_NOMATCHING_LAYOUT)

#define nfserr_recallconflict		__constant_htonl(NFS4ERR_RECALLCONFLICT)

#define nfserr_unknown_layouttype	__constant_htonl(NFS4ERR_UNKNOWN_LAYOUTTYPE)

#define nfserr_seq_misordered		__constant_htonl(NFS4ERR_SEQ_MISORDERED)

#define nfserr_sequence_pos		__constant_htonl(NFS4ERR_SEQUENCE_POS)

#define nfserr_req_too_big		__constant_htonl(NFS4ERR_REQ_TOO_BIG)

#define nfserr_rep_too_big		__constant_htonl(NFS4ERR_REP_TOO_BIG)

#define nfserr_rep_too_big_to_cache	__constant_htonl(NFS4ERR_REP_TOO_BIG_TO_CACHE)

#define nfserr_retry_uncached_rep	__constant_htonl(NFS4ERR_RETRY_UNCACHED_REP)

#define nfserr_unsafe_compound		__constant_htonl(NFS4ERR_UNSAFE_COMPOUND)

#define nfserr_too_many_ops		__constant_htonl(NFS4ERR_TOO_MANY_OPS)

#define nfserr_op_not_in_session	__constant_htonl(NFS4ERR_OP_NOT_IN_SESSION)

#define nfserr_hash_alg_unsupp		__constant_htonl(NFS4ERR_HASH_ALG_UNSUPP)

#define nfserr_clientid_busy		__constant_htonl(NFS4ERR_CLIENTID_BUSY)

#define nfserr_pnfs_io_hole		__constant_htonl(NFS4ERR_PNFS_IO_HOLE)

#define nfserr_seq_false_retry		__constant_htonl(NFS4ERR_SEQ_FALSE_RETRY)

#define nfserr_bad_high_slot		__constant_htonl(NFS4ERR_BAD_HIGH_SLOT)

#define nfserr_deadsession		__constant_htonl(NFS4ERR_DEADSESSION)

#define nfserr_encr_alg_unsupp		__constant_htonl(NFS4ERR_ENCR_ALG_UNSUPP)

#define nfserr_pnfs_no_layout		__constant_htonl(NFS4ERR_PNFS_NO_LAYOUT)

#define nfserr_not_only_op		__constant_htonl(NFS4ERR_NOT_ONLY_OP)

#define nfserr_wrong_cred		__constant_htonl(NFS4ERR_WRONG_CRED)

#define nfserr_wrong_type		__constant_htonl(NFS4ERR_WRONG_TYPE)

#define nfserr_dirdeleg_unavail		__constant_htonl(NFS4ERR_DIRDELEG_UNAVAIL)

#define nfserr_reject_deleg		__constant_htonl(NFS4ERR_REJECT_DELEG)

#define nfserr_returnconflict		__constant_htonl(NFS4ERR_RETURNCONFLICT)

#define nfserr_deleg_revoked		__constant_htonl(NFS4ERR_DELEG_REVOKED)

#endif

%}function nfsderror (err)

%{

	static struct {

		int	nfserr;

		char *string;

	} nfs_errtbl[] = {

		{nfs_ok, "NFS_OK"},

		{nfserr_perm, "NFSERR_PERM"},

		{nfserr_noent, "NFSERR_NOENT"},

		{nfserr_io, "NFSERR_IO"},

		{nfserr_nxio, "NFSERR_NXIO"},

		{nfserr_eagain, "NFSERR_EAGAIN"},

		{nfserr_acces, "NFSERR_ACCES"},

		{nfserr_exist, "NFSERR_EXIST"},

		{nfserr_xdev, "NFSERR_XDEV"},

		{nfserr_nodev, "NFSERR_NODEV"},

		{nfserr_notdir, "NFSERR_NOTDIR"},

		{nfserr_isdir, "NFSERR_ISDIR"},

		{nfserr_inval, "NFSERR_INVAL"},

		{nfserr_fbig, "NFSERR_FBIG"},

		{nfserr_nospc, "NFSERR_NOSPC"},

		{nfserr_rofs, "NFSERR_ROFS"},

		{nfserr_mlink, "NFSERR_MLINK"},

		{nfserr_opnotsupp, "NFSERR_OPNOTSUPP"},

		{nfserr_nametoolong, "NFSERR_NAMETOOLONG"},

		{nfserr_notempty, "NFSERR_NOTEMPTY"},

		{nfserr_dquot, "NFSERR_DQUOT"},

		{nfserr_stale, "NFSERR_STALE"},

		{nfserr_remote, "NFSERR_REMOTE"},

		{nfserr_wflush, "NFSERR_WFLUSH"},

		{nfserr_badhandle, "NFSERR_BADHANDLE"},

		{nfserr_notsync, "NFSERR_NOT_SYNC"},

		{nfserr_badcookie, "NFSERR_BAD_COOKIE"},

		{nfserr_notsupp, "NFSERR_NOTSUPP"},
 "NFSERR_TOOSMALL"},
		{nfserr_serverfault, "NFSERR_SERVERFAULT"},
		{nfserr_badtype, "NFSERR_BADTYPE"},
		{nfserr_jukebox, "NFSERR_JUKEBOX"},
		{nfserr_denied, "NFSERR_DENIED"},
		{nfserr_deadlock, "NFSERR_DEADLOCK"},
		{nfserr_expired, "NFSERR_EXPIRED"},
		{nfserr_bad_cookie, "NFSERR_BAD_COOKIE"},
		{nfserr_same, "NFSERR_SAME"},
		{nfserr_clid_inuse, "NFSERR_CLID_INUSE"},
		{nfserr_stale_clientid, "NFSERR_STALE_CLIENTID"},
		{nfserr_resource, "NFSERR_RESOURCE"},
		{nfserr_moved, "NFSERR_MOVED"},
		{nfserr_nofilehandle, "NFSERR_NOFILEHANDLE"},
		{nfserr_minor_vers_mismatch, "NFSERR_MINOR_VERS_MISMATCH"},
		{nfserr_share_denied, "NFSERR_SHARE_DENIED"},
		{nfserr_stale_stateid, "NFSERR_STALE_STATEID"},
		{nfserr_old_stateid, "NFSERR_OLD_STATEID"},
		{nfserr_bad_stateid, "NFSERR_BAD_STATEID"},
		{nfserr_bad_seqid, "NFSERR_BAD_SEQID"},
		{nfserr_symlink , "NFSERR_SYMLINK"},
		{nfserr_not_same , "NFSERR_NOT_SAME"},
		{nfserr_restorefh , "NFSERR_RESTOREFH"},
		{nfserr_attrnotsupp, "NFSERR_ATTRNOTSUPP"},
		{nfserr_bad_xdr, "NFSERR_BAD_XDR"},
		{nfserr_openmode, "NFSERR_OPENMODE"},
		{nfserr_locks_held, "NFSERR_LOCKS_HELD"},
		{nfserr_op_illegal, "NFSERR_OP_ILLEGAL"},
		{nfserr_grace, "NFSERR_GRACE"},
		{nfserr_no_grace, "NFSERR_NO_GRACE"},
		{nfserr_reclaim_bad, "NFSERR_RECLAIM_BAD"},
		{nfserr_badname, "NFSERR_BADNAME"},
		{nfserr_cb_path_down, "NFSERR_CB_PATH_DOWN"},
		{nfserr_locked, "NFSERR_LOCKED"},
		{nfserr_wrongsec, "NFSERR_WRONGSEC"},
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,30)
		{nfserr_badiomode, "NFS4ERR_BADIOMODE"},
		{nfserr_badlayout, "NFS4ERR_BADLAYOUT"},
		{nfserr_bad_session_digest, "NFS4ERR_BAD_SESSION_DIGEST"},
		{nfserr_badsession, "NFS4ERR_BADSESSION"},
		{nfserr_badslot, "NFS4ERR_BADSLOT"},
		{nfserr_complete_already, "NFS4ERR_COMPLETE_ALREADY"},
		{nfserr_conn_not_bound_to_session, "NFS4ERR_CONN_NOT_BOUND_TO_SESSION"},
		{nfserr_deleg_already_wanted, "NFS4ERR_DELEG_ALREADY_WANTED"},
		{nfserr_back_chan_busy, "NFS4ERR_BACK_CHAN_BUSY"},
		{nfserr_layouttrylater, "NFS4ERR_LAYOUTTRYLATER"},
		{nfserr_layoutunavailable, "NFS4ERR_LAYOUTUNAVAILABLE"},
		{nfserr_nomatching_layout, "NFS4ERR_NOMATCHING_LAYOUT"},
		{nfserr_recallconflict, "NFS4ERR_RECALLCONFLICT"},
		{nfserr_unknown_layouttype, "NFS4ERR_UNKNOWN_LAYOUTTYPE"},
		{nfserr_seq_misordered, "NFS4ERR_SEQ_MISORDERED"},
		{nfserr_sequence_pos, "NFS4ERR_SEQUENCE_POS"},
		{nfserr_req_too_big, "NFS4ERR_REQ_TOO_BIG"},
		{nfserr_rep_too_big, "NFS4ERR_REP_TOO_BIG"},
		{nfserr_rep_too_big_to_cache, "NFS4ERR_REP_TOO_BIG_TO_CACHE"},
		{nfserr_retry_uncached_rep, "NFS4ERR_RETRY_UNCACHED_REP"},
		{nfserr_unsafe_compound, "NFS4ERR_UNSAFE_COMPOUND"},
		{nfserr_too_many_ops, "NFS4ERR_TOO_MANY_OPS"},
		{nfserr_op_not_in_session, "NFS4ERR_OP_NOT_IN_SESSION"},
		{nfserr_hash_alg_unsupp, "NFS4ERR_HASH_ALG_UNSUPP"},
		{nfserr_clientid_busy, "NFS4ERR_CLIENTID_BUSY"},
		{nfserr_pnfs_io_hole, "NFS4ERR_PNFS_IO_HOLE"},
		{nfserr_seq_false_retry, "NFS4ERR_SEQ_FALSE_RETRY"},
		{nfserr_bad_high_slot, "NFS4ERR_BAD_HIGH_SLOT"},
		{nfserr_deadsession, "NFS4ERR_DEADSESSION"},
		{nfserr_encr_alg_unsupp, "NFS4ERR_ENCR_ALG_UNSUPP"},
		{nfserr_pnfs_no_layout, "NFS4ERR_PNFS_NO_LAYOUT"},
		{nfserr_not_only_op, "NFS4ERR_NOT_ONLY_OP"},
		{nfserr_wrong_cred, "NFS4ERR_WRONG_CRED"},
		{nfserr_wrong_type, "NFS4ERR_WRONG_TYPE"},
		{nfserr_dirdeleg_unavail, "NFS4ERR_DIRDELEG_UNAVAIL"},
		{nfserr_reject_deleg, "NFS4ERR_REJECT_DELEG"},
		{nfserr_returnconflict, "NFS4ERR_RETURNCONFLICT"},
		{nfserr_deleg_revoked, "NFS4ERR_DELEG_REVOKED"},
#endif
	};
	int	i;
	int tabsz = (sizeof(nfs_errtbl)/sizeof(nfs_errtbl[0]));

	for (i = 0; i < tabsz; i++) {
		if (nfs_errtbl[i].nfserr == THIS->err) {
			break;
		}
	}
	if (i == tabsz)
		snprintf(THIS->__retvalue, MAXSTRINGLEN, "nfsderr %d", ntohl(THIS->err));
	else
		snprintf(THIS->__retvalue, MAXSTRINGLEN, 
			"nfsderr %d(%s)", ntohl(nfs_errtbl[i].nfserr), nfs_errtbl[i].string);

%}

# file /usr/local/share/systemtap/tapset/null.stp
global NULL = 0

# file /usr/local/s
		{nfserr_toosmall, "NFSERR_TOOSMALL"},

		{nfserr_serverfault, "NFSERR_SERVERFAULT"},

		{nfserr_badtype, "NFSERR_BADTYPE"},

		{nfserr_jukebox, "NFSERR_JUKEBOX"},

		{nfserr_denied, "NFSERR_DENIED"},

		{nfserr_deadlock, "NFSERR_DEADLOCK"},

		{nfserr_expired, "NFSERR_EXPIRED"},

		{nfserr_bad_cookie, "NFSERR_BAD_COOKIE"},

		{nfserr_same, "NFSERR_SAME"},

		{nfserr_clid_inuse, "NFSERR_CLID_INUSE"},

		{nfserr_stale_clientid, "NFSERR_STALE_CLIENTID"},

		{nfserr_resource, "NFSERR_RESOURCE"},

		{nfserr_moved, "NFSERR_MOVED"},

		{nfserr_nofilehandle, "NFSERR_NOFILEHANDLE"},

		{nfserr_minor_vers_mismatch, "NFSERR_MINOR_VERS_MISMATCH"},

		{nfserr_share_denied, "NFSERR_SHARE_DENIED"},

		{nfserr_stale_stateid, "NFSERR_STALE_STATEID"},

		{nfserr_old_stateid, "NFSERR_OLD_STATEID"},

		{nfserr_bad_stateid, "NFSERR_BAD_STATEID"},

		{nfserr_bad_seqid, "NFSERR_BAD_SEQID"},

		{nfserr_symlink , "NFSERR_SYMLINK"},

		{nfserr_not_same , "NFSERR_NOT_SAME"},

		{nfserr_restorefh , "NFSERR_RESTOREFH"},

		{nfserr_attrnotsupp, "NFSERR_ATTRNOTSUPP"},

		{nfserr_bad_xdr, "NFSERR_BAD_XDR"},

		{nfserr_openmode, "NFSERR_OPENMODE"},

		{nfserr_locks_held, "NFSERR_LOCKS_HELD"},

		{nfserr_op_illegal, "NFSERR_OP_ILLEGAL"},

		{nfserr_grace, "NFSERR_GRACE"},

		{nfserr_no_grace, "NFSERR_NO_GRACE"},

		{nfserr_reclaim_bad, "NFSERR_RECLAIM_BAD"},

		{nfserr_badname, "NFSERR_BADNAME"},

		{nfserr_cb_path_down, "NFSERR_CB_PATH_DOWN"},

		{nfserr_locked, "NFSERR_LOCKED"},

		{nfserr_wrongsec, "NFSERR_WRONGSEC"},

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,30)

		{nfserr_badiomode, "NFS4ERR_BADIOMODE"},

		{nfserr_badlayout, "NFS4ERR_BADLAYOUT"},

		{nfserr_bad_session_digest, "NFS4ERR_BAD_SESSION_DIGEST"},

		{nfserr_badsession, "NFS4ERR_BADSESSION"},

		{nfserr_badslot, "NFS4ERR_BADSLOT"},

		{nfserr_complete_already, "NFS4ERR_COMPLETE_ALREADY"},

		{nfserr_conn_not_bound_to_session, "NFS4ERR_CONN_NOT_BOUND_TO_SESSION"},

		{nfserr_deleg_already_wanted, "NFS4ERR_DELEG_ALREADY_WANTED"},

		{nfserr_back_chan_busy, "NFS4ERR_BACK_CHAN_BUSY"},

		{nfserr_layouttrylater, "NFS4ERR_LAYOUTTRYLATER"},

		{nfserr_layoutunavailable, "NFS4ERR_LAYOUTUNAVAILABLE"},

		{nfserr_nomatching_layout, "NFS4ERR_NOMATCHING_LAYOUT"},

		{nfserr_recallconflict, "NFS4ERR_RECALLCONFLICT"},

		{nfserr_unknown_layouttype, "NFS4ERR_UNKNOWN_LAYOUTTYPE"},

		{nfserr_seq_misordered, "NFS4ERR_SEQ_MISORDERED"},

		{nfserr_sequence_pos, "NFS4ERR_SEQUENCE_POS"},

		{nfserr_req_too_big, "NFS4ERR_REQ_TOO_BIG"},

		{nfserr_rep_too_big, "NFS4ERR_REP_TOO_BIG"},

		{nfserr_rep_too_big_to_cache, "NFS4ERR_REP_TOO_BIG_TO_CACHE"},

		{nfserr_retry_uncached_rep, "NFS4ERR_RETRY_UNCACHED_REP"},

		{nfserr_unsafe_compound, "NFS4ERR_UNSAFE_COMPOUND"},

		{nfserr_too_many_ops, "NFS4ERR_TOO_MANY_OPS"},

		{nfserr_op_not_in_session, "NFS4ERR_OP_NOT_IN_SESSION"},

		{nfserr_hash_alg_unsupp, "NFS4ERR_HASH_ALG_UNSUPP"},

		{nfserr_clientid_busy, "NFS4ERR_CLIENTID_BUSY"},

		{nfserr_pnfs_io_hole, "NFS4ERR_PNFS_IO_HOLE"},

		{nfserr_seq_false_retry, "NFS4ERR_SEQ_FALSE_RETRY"},

		{nfserr_bad_high_slot, "NFS4ERR_BAD_HIGH_SLOT"},

		{nfserr_deadsession, "NFS4ERR_DEADSESSION"},

		{nfserr_encr_alg_unsupp, "NFS4ERR_ENCR_ALG_UNSUPP"},

		{nfserr_pnfs_no_layout, "NFS4ERR_PNFS_NO_LAYOUT"},

		{nfserr_not_only_op, "NFS4ERR_NOT_ONLY_OP"},

		{nfserr_wrong_cred, "NFS4ERR_WRONG_CRED"},

		{nfserr_wrong_type, "NFS4ERR_WRONG_TYPE"},

		{nfserr_dirdeleg_unavail, "NFS4ERR_DIRDELEG_UNAVAIL"},

		{nfserr_reject_deleg, "NFS4ERR_REJECT_DELEG"},

		{nfserr_returnconflict, "NFS4ERR_RETURNCONFLICT"},

		{nfserr_deleg_revoked, "NFS4ERR_DELEG_REVOKED"},

#endif

	};

	int	i;

	int tabsz = (sizeof(nfs_errtbl)/sizeof(nfs_errtbl[0]));



	for (i = 0; i < tabsz; i++) {

		if (nfs_errtbl[i].nfserr == THIS->err) {

			break;

		}

	}

	if (i == tabsz)

		snprintf(THIS->__retvalue, MAXSTRINGLEN, "nfsderr %d", ntohl(THIS->err));

	else

		snprintf(THIS->__retvalue, MAXSTRINGLEN, 

			"nfsderr %d(%s)", ntohl(nfs_errtbl[i].nfserr), nfs_errtbl[i].string);



%}



# file /usr/local/share/systemtap/tapset/null.stp

global NULL = 0


hare/systemtap/tapset/perf.stp
probe perf.hw.cpu_cycles = perf.type(0).config(0){
}
probe perf.hw.instructions = perf.type(0).config(1){
}
probe perf.hw.cache_references = perf.type(0).config(2){
}
probe perf.hw.cache_misses = perf.type(0).config(3){
}
probe perf.hw.branch_instructions = perf.type(0).config(4){
}
probe perf.hw.branch_misses = perf.type(0).config(5){
}
probe perf.hw.bus_cycles = perf.type(0).config(6){
}
probe perf.sw.cpu_clock = perf.type(1).config(0){
}
probe perf.sw.task_clock = perf.type(1).config(1){
}
probe perf.sw.page_faults = perf.type(1).config(2){
}
probe perf.sw.context_switches = perf.type(1).config(3){
}
probe perf.sw.cpu_migrations = perf.type(1).config(4){
}
probe perf.sw.page_faults_min = perf.type(1).config(5){
}
probe perf.sw.page_faults_maj = perf.type(1).config(6){
}
probe perf.sw.alignment_faults = perf.type(1).config(7){
}
probe perf.sw.emulation_faults = perf.type(1).config(8){
}
probe perf.hw_cache.l1d.read.access = perf.type(3).config(0){
}
probe perf.hw_cache.l1d.read.miss = perf.type(3).config(65536){
}
probe perf.hw_cache.l1d.write.access = perf.type(3).config(256){
}
probe perf.hw_cache.l1d.write.miss = perf.type(3).config(65792){
}
probe perf.hw_cache.l1d.prefetch.access = perf.type(3).config(512){
}
probe perf.hw_cache.l1d.prefetch.miss = perf.type(3).config(66048){
}
probe perf.hw_cache.l1i.read.access = perf.type(3).config(1){
}
probe perf.hw_cache.l1i.read.miss = perf.type(3).config(65537){
}
probe perf.hw_cache.l1i.prefetch.access = perf.type(3).config(513){
}
probe perf.hw_cache.l1i.prefetch.miss = perf.type(3).config(66049){
}
probe perf.hw_cache.ll.read.access = perf.type(3).config(2){
}
probe perf.hw_cache.ll.read.miss = perf.type(3).config(65538){
}
probe perf.hw_cache.ll.write.access = perf.type(3).config(258){
}
probe perf.hw_cache.ll.write.miss = perf.type(3).config(65794){
}
probe perf.hw_cache.ll.prefetch.access = perf.type(3).config(514){
}
probe perf.hw_cache.ll.prefetch.miss = perf.type(3).config(66050){
}
probe perf.hw_cache.dtlb.read.access = perf.type(3).config(3){
}
probe perf.hw_cache.dtlb.read.miss = perf.type(3).config(65539){
}
probe perf.hw_cache.dtlb.write.access = perf.type(3).config(259){
}
probe perf.hw_cache.dtlb.write.miss = perf.type(3).config(65795){
}
probe perf.hw_cache.dtlb.prefetch.access = perf.type(3).config(515){
}
probe perf.hw_cache.dtlb.prefetch.miss = perf.type(3).config(66051){
}
probe perf.hw_cache.itlb.read.access = perf.type(3).config(4){
}
probe perf.hw_cache.itlb.read.miss = perf.type(3).config(65540){
}
probe perf.hw_cache.bpu.read.access = perf.type(3).config(5){
}
probe perf.hw_cache.bpu.read.miss = perf.type(3).config(65541){
}

# file /usr/local/share/systemtap/tapset/perfmon.stp
function read_counter (handle)
%{
        THIS->__retvalue = _stp_perfmon_read(_pfm_desc, THIS->handle);
%}

# file /usr/local/share/systemtap/tapset/proc_mem.stp
%{
/* PF_BORROWED_MM got renamed to PF_KTHREAD with same semantics somewhere. */
#ifdef PF_BORROWED_MM
#define _STP_PF_KTHREAD PF_BORROWED_MM
#elif defined(PF_KTHREAD)
#define _STP_PF_KTHREAD PF_KTHREAD
#else
/* 2.6.9 doesn't have either PF_BORROWED_MM or PF_KTHREAD */
#define _STP_PF_KTHREAD 0
#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,34)
#include <linux/mm_types.h>
#else
/* Define our own mm types */
enum {
	MM_FILEPAGES,
	MM_ANONPAGES
};
#endif
%}function _stp_valid_task (tsk)
%{
  struct task_struct *tsk = (struct task_struct *)(long)THIS->tsk;

  THIS->__retvalue = 0;
  if (tsk) {
    unsigned int flags = kread(&(tsk->flags));

    if (flags & ~(_STP_PF_KTHREAD | PF_EXITING | PF_STARTING))
      THIS->__retvalue = 1;
  }
  CATCH_DEREF_FAULT();
%}
function _MM_FILEPAGES ()
%{ /* pure */ /* unprivileged */
  THIS->__retvalue = MM_FILEPAGES;
%}
function _MM_ANONPAGES ()
%{ /* pure */ /* unprivileged */
  THIS->__retvalue = MM_ANONPAGES;
%}
function _stp_get_mm_counter (mm, member)
{
if (@defined(&@cast(mm, "mm_struct", "kernel<linux/sch
# file /usr/local/share/systemtap/tapset/perf.stp

probe perf.hw.cpu_cycles = perf.type(0).config(0){

}

probe perf.hw.instructions = perf.type(0).config(1){

}

probe perf.hw.cache_references = perf.type(0).config(2){

}

probe perf.hw.cache_misses = perf.type(0).config(3){

}

probe perf.hw.branch_instructions = perf.type(0).config(4){

}

probe perf.hw.branch_misses = perf.type(0).config(5){

}

probe perf.hw.bus_cycles = perf.type(0).config(6){

}

probe perf.sw.cpu_clock = perf.type(1).config(0){

}

probe perf.sw.task_clock = perf.type(1).config(1){

}

probe perf.sw.page_faults = perf.type(1).config(2){

}

probe perf.sw.context_switches = perf.type(1).config(3){

}

probe perf.sw.cpu_migrations = perf.type(1).config(4){

}

probe perf.sw.page_faults_min = perf.type(1).config(5){

}

probe perf.sw.page_faults_maj = perf.type(1).config(6){

}

probe perf.sw.alignment_faults = perf.type(1).config(7){

}

probe perf.sw.emulation_faults = perf.type(1).config(8){

}

probe perf.hw_cache.l1d.read.access = perf.type(3).config(0){

}

probe perf.hw_cache.l1d.read.miss = perf.type(3).config(65536){

}

probe perf.hw_cache.l1d.write.access = perf.type(3).config(256){

}

probe perf.hw_cache.l1d.write.miss = perf.type(3).config(65792){

}

probe perf.hw_cache.l1d.prefetch.access = perf.type(3).config(512){

}

probe perf.hw_cache.l1d.prefetch.miss = perf.type(3).config(66048){

}

probe perf.hw_cache.l1i.read.access = perf.type(3).config(1){

}

probe perf.hw_cache.l1i.read.miss = perf.type(3).config(65537){

}

probe perf.hw_cache.l1i.prefetch.access = perf.type(3).config(513){

}

probe perf.hw_cache.l1i.prefetch.miss = perf.type(3).config(66049){

}

probe perf.hw_cache.ll.read.access = perf.type(3).config(2){

}

probe perf.hw_cache.ll.read.miss = perf.type(3).config(65538){

}

probe perf.hw_cache.ll.write.access = perf.type(3).config(258){

}

probe perf.hw_cache.ll.write.miss = perf.type(3).config(65794){

}

probe perf.hw_cache.ll.prefetch.access = perf.type(3).config(514){

}

probe perf.hw_cache.ll.prefetch.miss = perf.type(3).config(66050){

}

probe perf.hw_cache.dtlb.read.access = perf.type(3).config(3){

}

probe perf.hw_cache.dtlb.read.miss = perf.type(3).config(65539){

}

probe perf.hw_cache.dtlb.write.access = perf.type(3).config(259){

}

probe perf.hw_cache.dtlb.write.miss = perf.type(3).config(65795){

}

probe perf.hw_cache.dtlb.prefetch.access = perf.type(3).config(515){

}

probe perf.hw_cache.dtlb.prefetch.miss = perf.type(3).config(66051){

}

probe perf.hw_cache.itlb.read.access = perf.type(3).config(4){

}

probe perf.hw_cache.itlb.read.miss = perf.type(3).config(65540){

}

probe perf.hw_cache.bpu.read.access = perf.type(3).config(5){

}

probe perf.hw_cache.bpu.read.miss = perf.type(3).config(65541){

}



# file /usr/local/share/systemtap/tapset/perfmon.stp

function read_counter (handle)

%{

        THIS->__retvalue = _stp_perfmon_read(_pfm_desc, THIS->handle);

%}



# file /usr/local/share/systemtap/tapset/proc_mem.stp

%{

/* PF_BORROWED_MM got renamed to PF_KTHREAD with same semantics somewhere. */

#ifdef PF_BORROWED_MM

#define _STP_PF_KTHREAD PF_BORROWED_MM

#elif defined(PF_KTHREAD)

#define _STP_PF_KTHREAD PF_KTHREAD

#else

/* 2.6.9 doesn't have either PF_BORROWED_MM or PF_KTHREAD */

#define _STP_PF_KTHREAD 0

#endif



#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,34)

#include <linux/mm_types.h>

#else

/* Define our own mm types */

enum {

	MM_FILEPAGES,

	MM_ANONPAGES

};

#endif

%}function _stp_valid_task (tsk)

%{

  struct task_struct *tsk = (struct task_struct *)(long)THIS->tsk;



  THIS->__retvalue = 0;

  if (tsk) {

    unsigned int flags = kread(&(tsk->flags));



    if (flags & ~(_STP_PF_KTHREAD | PF_EXITING | PF_STARTING))

      THIS->__retvalue = 1;

  }

  CATCH_DEREF_FAULT();

%}

function _MM_FILEPAGES ()

%{ /* pure */ /* unprivileged */

  THIS->__retvalue = MM_FILEPAGES;

%}

function _MM_ANONPAGES ()

%{ /* pure */ /* unprivileged */

  THIS->__retvalue = MM_ANONPAGES;

%}

function _stp_get_mm_counter (mm, member)

{
ed.h>")->rss_stat)) {
(val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->rss_stat->count[member])
if ((val) < (0)) return 0

}
else if (@defined(&@cast(mm, "mm_struct", "kernel<linux/sched.h>")->_file_rss)) {
if ((member) == (_MM_FILEPAGES())) {
(val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->_file_rss)
}
else if ((member) == (_MM_ANONPAGES())) {
(val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->_anon_rss)
}


}
else {
if ((member) == (_MM_FILEPAGES())) (val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->rss)
else if ((member) == (_MM_ANONPAGES())) (val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->anon_rss)


}


return val
}
function proc_mem_size ()
{
(task) = (task_current())
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) return @cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm

}

return 0
}
function proc_mem_size_pid (pid)
{
(task) = (pid2task(pid))
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) return @cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm

}

return 0
}
function proc_mem_rss ()
{
(task) = (task_current())
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) return (_stp_get_mm_counter(mm, _MM_FILEPAGES())) + (_stp_get_mm_counter(mm, _MM_ANONPAGES()))

}

return 0
}
function proc_mem_rss_pid (pid)
{
(task) = (pid2task(pid))
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) return (_stp_get_mm_counter(mm, _MM_FILEPAGES())) + (_stp_get_mm_counter(mm, _MM_ANONPAGES()))

}

return 0
}
function proc_mem_shr ()
{
(task) = (task_current())
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) return _stp_get_mm_counter(mm, _MM_FILEPAGES())

}

return 0
}
function proc_mem_shr_pid (pid)
{
(task) = (pid2task(pid))
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) return _stp_get_mm_counter(mm, _MM_FILEPAGES())

}

return 0
}
function _stp_mem_txt_adjust (start_code, end_code)
%{ /* pure */
  unsigned long start_code = (unsigned long) THIS->start_code;
  unsigned long end_code = (unsigned long) THIS->end_code;
  THIS->__retvalue = (PAGE_ALIGN(end_code)
                      - (start_code & PAGE_MASK)) >> PAGE_SHIFT;
%}
function proc_mem_txt ()
{
(task) = (task_current())
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) {
(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->start_code)
(e) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->end_code)
return _stp_mem_txt_adjust(s, e)
}

}

return 0
}
function proc_mem_txt_pid (pid)
{
(task) = (pid2task(pid))
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) {
(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->start_code)
(e) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->end_code)
return _stp_mem_txt_adjust(s, e)
}

}

return 0
}
function proc_mem_data ()
{
(task) = (task_current())
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) {
(t) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm)
(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->shared_vm)
return (t) - (s)
}

}

return 0
}
function proc_mem_data_pid (pid)
{
(task) = (pid2task(pid))
if (_stp_valid_task(task)) {
(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)
if ((mm) != (0)) {
(t) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm)
(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->shared_vm)
return (t) - (s)
}

}

return 0
}
function mem_page_size ()
%{ /* pure */ /* unprivileged */
   THIS->__ret
if (@defined(&@cast(mm, "mm_struct", "kernel<linux/sched.h>")->rss_stat)) {

(val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->rss_stat->count[member])

if ((val) < (0)) return 0



}

else if (@defined(&@cast(mm, "mm_struct", "kernel<linux/sched.h>")->_file_rss)) {

if ((member) == (_MM_FILEPAGES())) {

(val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->_file_rss)

}

else if ((member) == (_MM_ANONPAGES())) {

(val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->_anon_rss)

}





}

else {

if ((member) == (_MM_FILEPAGES())) (val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->rss)

else if ((member) == (_MM_ANONPAGES())) (val) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->anon_rss)





}





return val

}

function proc_mem_size ()

{

(task) = (task_current())

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) return @cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm



}



return 0

}

function proc_mem_size_pid (pid)

{

(task) = (pid2task(pid))

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) return @cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm



}



return 0

}

function proc_mem_rss ()

{

(task) = (task_current())

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) return (_stp_get_mm_counter(mm, _MM_FILEPAGES())) + (_stp_get_mm_counter(mm, _MM_ANONPAGES()))



}



return 0

}

function proc_mem_rss_pid (pid)

{

(task) = (pid2task(pid))

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) return (_stp_get_mm_counter(mm, _MM_FILEPAGES())) + (_stp_get_mm_counter(mm, _MM_ANONPAGES()))



}



return 0

}

function proc_mem_shr ()

{

(task) = (task_current())

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) return _stp_get_mm_counter(mm, _MM_FILEPAGES())



}



return 0

}

function proc_mem_shr_pid (pid)

{

(task) = (pid2task(pid))

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) return _stp_get_mm_counter(mm, _MM_FILEPAGES())



}



return 0

}

function _stp_mem_txt_adjust (start_code, end_code)

%{ /* pure */

  unsigned long start_code = (unsigned long) THIS->start_code;

  unsigned long end_code = (unsigned long) THIS->end_code;

  THIS->__retvalue = (PAGE_ALIGN(end_code)

                      - (start_code & PAGE_MASK)) >> PAGE_SHIFT;

%}

function proc_mem_txt ()

{

(task) = (task_current())

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) {

(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->start_code)

(e) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->end_code)

return _stp_mem_txt_adjust(s, e)

}



}



return 0

}

function proc_mem_txt_pid (pid)

{

(task) = (pid2task(pid))

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) {

(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->start_code)

(e) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->end_code)

return _stp_mem_txt_adjust(s, e)

}



}



return 0

}

function proc_mem_data ()

{

(task) = (task_current())

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) {

(t) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm)

(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->shared_vm)

return (t) - (s)

}



}



return 0

}

function proc_mem_data_pid (pid)

{

(task) = (pid2task(pid))

if (_stp_valid_task(task)) {

(mm) = (@cast(task, "task_struct", "kernel<linux/sched.h>")->mm)

if ((mm) != (0)) {

(t) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->total_vm)

(s) = (@cast(mm, "mm_struct", "kernel<linux/sched.h>")->shared_vm)

return (t) - (s)

}



}



return 0

}

function mem_page_size ()

%{ /* pure */ /* unprivileged */
value = PAGE_SIZE;
%}
function _stp_number_to_string_postfix (x, y, p)
{
if ((x) < (10)) return sprintf("%d.%.2d%s", x, ((y) * (100)) / (1024), p)

if ((x) < (100)) return sprintf("%2d.%d%s", x, ((y) * (10)) / (1024), p)

return sprintf("%4d%s", x, p)
}
function bytes_to_string (bytes)
{
if ((bytes) < (1024)) return sprintf("%5d", bytes)

(remain) = ((bytes) % (1024))
(bytes) = ((bytes) / (1024))
if ((bytes) < (1024)) return _stp_number_to_string_postfix(bytes, remain, "K")

(remain) = ((bytes) % (1024))
(bytes) = ((bytes) / (1024))
if ((bytes) < (1024)) return _stp_number_to_string_postfix(bytes, remain, "M")

(remain) = ((bytes) % (1024))
(bytes) = ((bytes) / (1024))
return _stp_number_to_string_postfix(bytes, remain, "G")
}
function pages_to_string (pages)
{
(bytes) = ((pages) * (mem_page_size()))
return bytes_to_string(bytes)
}
function proc_mem_string ()
{
return sprintf("size: %s, rss: %s, shr: %s, txt: %s, data: %s", pages_to_string(proc_mem_size()), pages_to_string(proc_mem_rss()), pages_to_string(proc_mem_shr()), pages_to_string(proc_mem_txt()), pages_to_string(proc_mem_data()))
}
function proc_mem_string_pid (pid)
{
return sprintf("size: %s, rss: %s, shr: %s, txt: %s, data: %s", pages_to_string(proc_mem_size_pid(pid)), pages_to_string(proc_mem_rss_pid(pid)), pages_to_string(proc_mem_shr_pid(pid)), pages_to_string(proc_mem_txt_pid(pid)), pages_to_string(proc_mem_data_pid(pid)))
}

# file /usr/local/share/systemtap/tapset/queue_stats.stp
global qs_wtime
global qs_wlentime
global qs_wcount
global qs_rtime
global qs_rlentime
global qs_rcount
global qs_stime
global qs_utime
global qs_dcount
function qs_time ()
{
return gettimeofday_us()
}
function _qs_update (qname)
{
(now) = (qs_time())
(then) = (qs_utime[qname])
if (!(then)) {
(then) = (now)
}

(delta) = ((now) - (then))
(qs_wtime[qname]) += ((qs_wcount[qname])?(delta):(0))
(qs_wlentime[qname]) += ((qs_wcount[qname]) * (delta))
(qs_rtime[qname]) += ((qs_rcount[qname])?(delta):(0))
(qs_rlentime[qname]) += ((qs_rcount[qname]) * (delta))
(qs_utime[qname]) = (now)
}
function qs_wait (qname)
{
_qs_update(qname)
(qs_wcount[qname])++
}
function qs_run (qname)
{
_qs_update(qname)
if ((qs_wcount[qname]) > (0)) {
(qs_wcount[qname])--
(qs_rcount[qname])++
}

}
function qs_done (qname)
{
_qs_update(qname)
if ((qs_rcount[qname]) > (0)) {
(qs_rcount[qname])--
(qs_dcount[qname])++
}

}
function qsq_start (qname)
{
(qs_rcount[qname]) = (0)
delete qs_rtime[qname]
delete qs_rlentime[qname]
(qs_wcount[qname]) = (0)
delete qs_wtime[qname]
delete qs_wlentime[qname]
delete qs_dcount[qname]
delete qs_utime[qname]
(qs_stime[qname]) = (qs_time())
}
function qsq_utilization (qname, scale)
{
_qs_update(qname)
(elapsed) = ((qs_time()) - (qs_stime[qname]))
return ((scale) * (qs_rtime[qname])) / (elapsed)
}
function qsq_blocked (qname, scale)
{
_qs_update(qname)
(elapsed) = ((qs_time()) - (qs_stime[qname]))
return ((scale) * (qs_wtime[qname])) / (elapsed)
}
function qsq_wait_queue_length (qname, scale)
{
_qs_update(qname)
(elapsed) = ((qs_time()) - (qs_stime[qname]))
return ((scale) * (qs_wlentime[qname])) / (elapsed)
}
function qsq_service_time (qname, scale)
{
_qs_update(qname)
return ((scale) * (qs_rlentime[qname])) / (qs_dcount[qname])
}
function qsq_wait_time (qname, scale)
{
_qs_update(qname)
return ((scale) * ((qs_rlentime[qname]) + (qs_wlentime[qname]))) / (qs_dcount[qname])
}
function qsq_throughput (qname, scale)
{
_qs_update(qname)
(elapsed) = ((qs_time()) - (qs_stime[qname]))
return ((scale) * (qs_dcount[qname])) / (elapsed)
}
function qsq_print (qname)
{
(qt) = (qsq_throughput(qname, 1000000000))
(qwl) = (qsq_wait_queue_length(qname, 1000))
printf("%s: %d.%03d ops/s, %d.%03d qlen, %d await, %d svctm, %d%% wait, %d%% util\\n", qname, (qt) / (1000), (qt) % (1000), (qwl) / (1000), (qwl) % (1000), qsq_wait_time(qname, 1), qsq_service_time(qname, 1), qsq_blocked(qname, 100), qsq_utilization(qname, 100))
}

# file /usr/local/share/systemtap/ta
   THIS->__retvalue = PAGE_SIZE;

%}

function _stp_number_to_string_postfix (x, y, p)

{

if ((x) < (10)) return sprintf("%d.%.2d%s", x, ((y) * (100)) / (1024), p)



if ((x) < (100)) return sprintf("%2d.%d%s", x, ((y) * (10)) / (1024), p)



return sprintf("%4d%s", x, p)

}

function bytes_to_string (bytes)

{

if ((bytes) < (1024)) return sprintf("%5d", bytes)



(remain) = ((bytes) % (1024))

(bytes) = ((bytes) / (1024))

if ((bytes) < (1024)) return _stp_number_to_string_postfix(bytes, remain, "K")



(remain) = ((bytes) % (1024))

(bytes) = ((bytes) / (1024))

if ((bytes) < (1024)) return _stp_number_to_string_postfix(bytes, remain, "M")



(remain) = ((bytes) % (1024))

(bytes) = ((bytes) / (1024))

return _stp_number_to_string_postfix(bytes, remain, "G")

}

function pages_to_string (pages)

{

(bytes) = ((pages) * (mem_page_size()))

return bytes_to_string(bytes)

}

function proc_mem_string ()

{

return sprintf("size: %s, rss: %s, shr: %s, txt: %s, data: %s", pages_to_string(proc_mem_size()), pages_to_string(proc_mem_rss()), pages_to_string(proc_mem_shr()), pages_to_string(proc_mem_txt()), pages_to_string(proc_mem_data()))

}

function proc_mem_string_pid (pid)

{

return sprintf("size: %s, rss: %s, shr: %s, txt: %s, data: %s", pages_to_string(proc_mem_size_pid(pid)), pages_to_string(proc_mem_rss_pid(pid)), pages_to_string(proc_mem_shr_pid(pid)), pages_to_string(proc_mem_txt_pid(pid)), pages_to_string(proc_mem_data_pid(pid)))

}



# file /usr/local/share/systemtap/tapset/queue_stats.stp

global qs_wtime

global qs_wlentime

global qs_wcount

global qs_rtime

global qs_rlentime

global qs_rcount

global qs_stime

global qs_utime

global qs_dcount

function qs_time ()

{

return gettimeofday_us()

}

function _qs_update (qname)

{

(now) = (qs_time())

(then) = (qs_utime[qname])

if (!(then)) {

(then) = (now)

}



(delta) = ((now) - (then))

(qs_wtime[qname]) += ((qs_wcount[qname])?(delta):(0))

(qs_wlentime[qname]) += ((qs_wcount[qname]) * (delta))

(qs_rtime[qname]) += ((qs_rcount[qname])?(delta):(0))

(qs_rlentime[qname]) += ((qs_rcount[qname]) * (delta))

(qs_utime[qname]) = (now)

}

function qs_wait (qname)

{

_qs_update(qname)

(qs_wcount[qname])++

}

function qs_run (qname)

{

_qs_update(qname)

if ((qs_wcount[qname]) > (0)) {

(qs_wcount[qname])--

(qs_rcount[qname])++

}



}

function qs_done (qname)

{

_qs_update(qname)

if ((qs_rcount[qname]) > (0)) {

(qs_rcount[qname])--

(qs_dcount[qname])++

}



}

function qsq_start (qname)

{

(qs_rcount[qname]) = (0)

delete qs_rtime[qname]

delete qs_rlentime[qname]

(qs_wcount[qname]) = (0)

delete qs_wtime[qname]

delete qs_wlentime[qname]

delete qs_dcount[qname]

delete qs_utime[qname]

(qs_stime[qname]) = (qs_time())

}

function qsq_utilization (qname, scale)

{

_qs_update(qname)

(elapsed) = ((qs_time()) - (qs_stime[qname]))

return ((scale) * (qs_rtime[qname])) / (elapsed)

}

function qsq_blocked (qname, scale)

{

_qs_update(qname)

(elapsed) = ((qs_time()) - (qs_stime[qname]))

return ((scale) * (qs_wtime[qname])) / (elapsed)

}

function qsq_wait_queue_length (qname, scale)

{

_qs_update(qname)

(elapsed) = ((qs_time()) - (qs_stime[qname]))

return ((scale) * (qs_wlentime[qname])) / (elapsed)

}

function qsq_service_time (qname, scale)

{

_qs_update(qname)

return ((scale) * (qs_rlentime[qname])) / (qs_dcount[qname])

}

function qsq_wait_time (qname, scale)

{

_qs_update(qname)

return ((scale) * ((qs_rlentime[qname]) + (qs_wlentime[qname]))) / (qs_dcount[qname])

}

function qsq_throughput (qname, scale)

{

_qs_update(qname)

(elapsed) = ((qs_time()) - (qs_stime[qname]))

return ((scale) * (qs_dcount[qname])) / (elapsed)

}

function qsq_print (qname)

{

(qt) = (qsq_throughput(qname, 1000000000))

(qwl) = (qsq_wait_queue_length(qname, 1000))

printf("%s: %d.%03d ops/s, %d.%03d qlen, %d await, %d svctm, %d%% wait, %d%% util\\n", qname, (qt) / (1000), (qt) % (1000), (qwl) / (1000), (qwl) % (1000), qsq_wait_time(qname, 1), qsq_service_time(qname, 1), qsq_blocked(qname, 100), qsq_utilization(qname, 100))

}


pset/random.stp
function randint (n)
%{	/* unprivileged */
#define RANDMAX (1024*1024)
        if (THIS->n > RANDMAX)
           CONTEXT->last_error = "range too wide";
        else {
  	   THIS->__retvalue = (uint64_t) _stp_random_u((unsigned long) THIS->n);
        }
#undef RANDMAX
%}

# file /usr/local/share/systemtap/tapset/rpc.stp
%{
// Includes everything needed for __rpc_prot_from_protocol().
#include <linux/sunrpc/clnt.h>
%}global __rpc_create_args
probe sunrpc.entry = sunrpc.clnt.entry, sunrpc.svc.entry, sunrpc.sched.entry{
}
probe sunrpc.return = sunrpc.clnt.return, sunrpc.svc.return, sunrpc.sched.return{
}
probe sunrpc.clnt.entry = sunrpc.clnt.create_client, sunrpc.clnt.clone_client, sunrpc.clnt.bind_new_program, sunrpc.clnt.shutdown_client, sunrpc.clnt.call_sync, sunrpc.clnt.call_async, sunrpc.clnt.restart_call{
}
probe sunrpc.clnt.return = sunrpc.clnt.create_client.return, sunrpc.clnt.clone_client.return, sunrpc.clnt.bind_new_program.return, sunrpc.clnt.shutdown_client.return, sunrpc.clnt.call_sync.return, sunrpc.clnt.call_async.return, sunrpc.clnt.restart_call.return{
}
probe sunrpc.clnt.create_client = _sunrpc.clnt.create_client.rpc_new_client_inline!, _sunrpc.clnt.create_client.rpc_new_client?, _sunrpc.clnt.create_client.rpc_create_client?{
(name) = ("sunrpc.clnt.create_client")
(argstr) = (sprintf("%s %s %d %d %d %d %d", servername, progname, prog, vers, prot, port, authflavor))
}
probe _sunrpc.clnt.create_client.rpc_new_client_inline = kernel.function("rpc_new_client").inline!, module("sunrpc").function("rpc_new_client").inline{
if (@defined($args)) {
(servername) = (kernel_string($args->servername))
(progname) = (kernel_string($args->program->name))
(prog) = ($args->prognumber)
(vers) = (vers_from_prog($args->program, $args->version))
(authflavor) = ($args->authflavor)
(prot) = ($xprt->prot)
(port) = ((@defined($xprt->port))?($xprt->port):(port_from_xprt($xprt)))
}
else {
(args) = (__rpc_create_args[tid()])
(servername) = (kernel_string(@cast(args, "rpc_create_args", "kernel:sunrpc")->servername))
(progname) = (kernel_string(@cast(args, "rpc_create_args", "kernel:sunrpc")->program->name))
(prog) = (@cast(args, "rpc_create_args", "kernel:sunrpc")->prognumber)
(vers) = (vers_from_prog(@cast(args, "rpc_create_args", "kernel:sunrpc")->program, @cast(args, "rpc_create_args", "kernel:sunrpc")->version))
(authflavor) = (@cast(args, "rpc_create_args", "kernel:sunrpc")->authflavor)
(prot) = (__rpc_prot_from_protocol(@cast(args, "rpc_create_args", "kernel:sunrpc")->protocol))
(port) = (-(1))
}

}
probe _sunrpc.clnt.create_client.rpc_new_client = kernel.function("rpc_new_client").call!, module("sunrpc").function("rpc_new_client").call{
(servername) = (kernel_string($servname))
(progname) = (kernel_string($program->name))
(prog) = ($program->number)
(vers) = ((vers) = (vers_from_prog($program, $vers)))
(authflavor) = ($flavor)
(prot) = ($xprt->prot)
(port) = ((@defined($xprt->port))?($xprt->port):(port_from_xprt($xprt)))
}
probe _sunrpc.clnt.create_client.rpc_create_client = kernel.function("rpc_create_client")!, module("sunrpc").function("rpc_create_client"){
(servername) = (kernel_string($servname))
if (@defined($info)) {
(progname) = (kernel_string($info->name))
(prog) = ($info->number)
(vers) = (vers_from_prog($info, $version))
(authflavor) = ($authflavor)
}
else {
(progname) = (kernel_string($program->name))
(prog) = ($program->number)
(vers) = (vers_from_prog($program, $vers))
(authflavor) = ($flavor)
}

(prot) = ($xprt->prot)
(port) = ((@defined($xprt->port))?($xprt->port):(port_from_xprt($xprt)))
}
probe sunrpc.clnt.create_client.return = _sunrpc.clnt.create_client.return.rpc_create!, _sunrpc.clnt.create_client.return.rpc_new_client?, _sunrpc.clnt.create_client.return.rpc_create_client?{
(name) = ("sunrpc.clnt.create_client.return")
(retstr) = (returnstr(2))
}
probe _sunrpc.clnt.create_client.return.rpc_create = kernel.function("rpc_create").return!, module("sunrpc").function("rpc_create").return{
}
probe _sunrpc.clnt.crea
# file /usr/local/share/systemtap/tapset/random.stp

function randint (n)

%{	/* unprivileged */

#define RANDMAX (1024*1024)

        if (THIS->n > RANDMAX)

           CONTEXT->last_error = "range too wide";

        else {

  	   THIS->__retvalue = (uint64_t) _stp_random_u((unsigned long) THIS->n);

        }

#undef RANDMAX

%}



# file /usr/local/share/systemtap/tapset/rpc.stp

%{

// Includes everything needed for __rpc_prot_from_protocol().

#include <linux/sunrpc/clnt.h>

%}global __rpc_create_args

probe sunrpc.entry = sunrpc.clnt.entry, sunrpc.svc.entry, sunrpc.sched.entry{

}

probe sunrpc.return = sunrpc.clnt.return, sunrpc.svc.return, sunrpc.sched.return{

}

probe sunrpc.clnt.entry = sunrpc.clnt.create_client, sunrpc.clnt.clone_client, sunrpc.clnt.bind_new_program, sunrpc.clnt.shutdown_client, sunrpc.clnt.call_sync, sunrpc.clnt.call_async, sunrpc.clnt.restart_call{

}

probe sunrpc.clnt.return = sunrpc.clnt.create_client.return, sunrpc.clnt.clone_client.return, sunrpc.clnt.bind_new_program.return, sunrpc.clnt.shutdown_client.return, sunrpc.clnt.call_sync.return, sunrpc.clnt.call_async.return, sunrpc.clnt.restart_call.return{

}

probe sunrpc.clnt.create_client = _sunrpc.clnt.create_client.rpc_new_client_inline!, _sunrpc.clnt.create_client.rpc_new_client?, _sunrpc.clnt.create_client.rpc_create_client?{

(name) = ("sunrpc.clnt.create_client")

(argstr) = (sprintf("%s %s %d %d %d %d %d", servername, progname, prog, vers, prot, port, authflavor))

}

probe _sunrpc.clnt.create_client.rpc_new_client_inline = kernel.function("rpc_new_client").inline!, module("sunrpc").function("rpc_new_client").inline{

if (@defined($args)) {

(servername) = (kernel_string($args->servername))

(progname) = (kernel_string($args->program->name))

(prog) = ($args->prognumber)

(vers) = (vers_from_prog($args->program, $args->version))

(authflavor) = ($args->authflavor)

(prot) = ($xprt->prot)

(port) = ((@defined($xprt->port))?($xprt->port):(port_from_xprt($xprt)))

}

else {

(args) = (__rpc_create_args[tid()])

(servername) = (kernel_string(@cast(args, "rpc_create_args", "kernel:sunrpc")->servername))

(progname) = (kernel_string(@cast(args, "rpc_create_args", "kernel:sunrpc")->program->name))

(prog) = (@cast(args, "rpc_create_args", "kernel:sunrpc")->prognumber)

(vers) = (vers_from_prog(@cast(args, "rpc_create_args", "kernel:sunrpc")->program, @cast(args, "rpc_create_args", "kernel:sunrpc")->version))

(authflavor) = (@cast(args, "rpc_create_args", "kernel:sunrpc")->authflavor)

(prot) = (__rpc_prot_from_protocol(@cast(args, "rpc_create_args", "kernel:sunrpc")->protocol))

(port) = (-(1))

}



}

probe _sunrpc.clnt.create_client.rpc_new_client = kernel.function("rpc_new_client").call!, module("sunrpc").function("rpc_new_client").call{

(servername) = (kernel_string($servname))

(progname) = (kernel_string($program->name))

(prog) = ($program->number)

(vers) = ((vers) = (vers_from_prog($program, $vers)))

(authflavor) = ($flavor)

(prot) = ($xprt->prot)

(port) = ((@defined($xprt->port))?($xprt->port):(port_from_xprt($xprt)))

}

probe _sunrpc.clnt.create_client.rpc_create_client = kernel.function("rpc_create_client")!, module("sunrpc").function("rpc_create_client"){

(servername) = (kernel_string($servname))

if (@defined($info)) {

(progname) = (kernel_string($info->name))

(prog) = ($info->number)

(vers) = (vers_from_prog($info, $version))

(authflavor) = ($authflavor)

}

else {

(progname) = (kernel_string($program->name))

(prog) = ($program->number)

(vers) = (vers_from_prog($program, $vers))

(authflavor) = ($flavor)

}



(prot) = ($xprt->prot)

(port) = ((@defined($xprt->port))?($xprt->port):(port_from_xprt($xprt)))

}

probe sunrpc.clnt.create_client.return = _sunrpc.clnt.create_client.return.rpc_create!, _sunrpc.clnt.create_client.return.rpc_new_client?, _sunrpc.clnt.create_client.return.rpc_create_client?{

(name) = ("sunrpc.clnt.create_client.return")

(retstr) = (returnstr(2))

}

probe _sunrpc.clnt.create_client.return.rpc_create = kernel.function("rpc_create").return!, module("sunrpc").function("rpc_create").return{

}
te_client.return.rpc_new_client = kernel.function("rpc_new_client").return!, module("sunrpc").function("rpc_new_client").return{
}
probe _sunrpc.clnt.create_client.return.rpc_create_client = kernel.function("rpc_create_client").return!, module("sunrpc").function("rpc_create_client").return{
}
probe sunrpc.clnt.clone_client = kernel.function("rpc_clone_client")!, module("sunrpc").function("rpc_clone_client"){
(servername) = (kernel_string($clnt->cl_server))
(progname) = (kernel_string($clnt->cl_protname))
(prog) = (prog_from_clnt($clnt))
(vers) = (vers_from_clnt($clnt))
(prot) = (prot_from_clnt($clnt))
(port) = (port_from_clnt($clnt))
(authflavor) = ($clnt->cl_auth->au_flavor)
(name) = ("sunrpc.clnt.clone_client")
(argstr) = (sprintf("%s %s %d %d %d %d %d", servername, progname, prog, vers, prot, port, authflavor))
}
probe sunrpc.clnt.clone_client.return = kernel.function("rpc_clone_client").return!, module("sunrpc").function("rpc_clone_client").return{
(name) = ("sunrpc.clnt.clone_client.return")
(retstr) = (returnstr(2))
}
probe sunrpc.clnt.shutdown_client = kernel.function("rpc_shutdown_client")!, module("sunrpc").function("rpc_shutdown_client"){
(servername) = (kernel_string($clnt->cl_server))
(progname) = (kernel_string($clnt->cl_protname))
(prog) = (prog_from_clnt($clnt))
(vers) = (vers_from_clnt($clnt))
(prot) = (prot_from_clnt($clnt))
(port) = (port_from_clnt($clnt))
(authflavor) = ($clnt->cl_auth->au_flavor)
(clones) = (clones_from_clnt($clnt))
(tasks) = (tasks_from_clnt($clnt))
(netreconn) = ($clnt->cl_stats->netreconn)
(rpccnt) = ($clnt->cl_stats->rpccnt)
if (@defined($clnt->cl_metrics)) {
(om_ops) = ($clnt->cl_metrics->om_ops)
(om_ntrans) = ($clnt->cl_metrics->om_ntrans)
(om_bytes_sent) = ($clnt->cl_metrics->om_bytes_sent)
(om_bytes_recv) = ($clnt->cl_metrics->om_bytes_recv)
if (@defined($clnt->cl_metrics->om_queue->tv64)) {
(om_queue) = ($clnt->cl_metrics->om_queue->tv64)
(om_rtt) = ($clnt->cl_metrics->om_rtt->tv64)
(om_execute) = ($clnt->cl_metrics->om_execute->tv64)
}
else {
(om_queue) = ($clnt->cl_metrics->om_queue)
(om_rtt) = ($clnt->cl_metrics->om_rtt)
(om_execute) = ($clnt->cl_metrics->om_execute)
}

}
else {
(om_ops) = (-(1))
(om_ntrans) = (-(1))
(om_bytes_sent) = (-(1))
(om_bytes_recv) = (-(1))
(om_queue) = (-(1))
(om_rtt) = (-(1))
(om_execute) = (-(1))
}

(name) = ("sunrpc.clnt.shutdown_client")
(argstr) = (sprintf("%s %s %d %d %d %d %d %d %d", servername, progname, prog, vers, prot, port, authflavor, clones, tasks))
}
probe sunrpc.clnt.shutdown_client.return = kernel.function("rpc_shutdown_client").return!, module("sunrpc").function("rpc_shutdown_client").return{
(name) = ("sunrpc.clnt.shutdown_client.return")
(retstr) = (returnstr(1))
}
probe sunrpc.clnt.bind_new_program = kernel.function("rpc_bind_new_program")!, module("sunrpc").function("rpc_bind_new_program"){
(servername) = (kernel_string($old->cl_server))
(old_progname) = (kernel_string($old->cl_protname))
(old_prog) = (prog_from_clnt($old))
(old_vers) = (vers_from_clnt($old))
(progname) = (kernel_string($program->name))
(prog) = ($program->number)
(vers) = (vers_from_prog($program, $vers))
(name) = ("sunrpc.clnt.bind_new_program")
(argstr) = (sprintf("%s %s %d %s %d", servername, old_progname, old_vers, progname, vers))
}
probe sunrpc.clnt.bind_new_program.return = kernel.function("rpc_bind_new_program").return!, module("sunrpc").function("rpc_bind_new_program").return{
(name) = ("sunrpc.clnt.bind_new_program.return")
(retstr) = (returnstr(2))
}
probe sunrpc.clnt.call_sync = kernel.function("rpc_call_sync")!, module("sunrpc").function("rpc_call_sync"){
(servername) = (kernel_string($clnt->cl_server))
(progname) = (kernel_string($clnt->cl_protname))
(prog) = (prog_from_clnt($clnt))
(vers) = (vers_from_clnt($clnt))
(prot) = (prot_from_clnt($clnt))
(port) = (port_from_clnt($clnt))
(xid) = (xid_from_clnt($clnt))
(dead) = ((!(@defined($clnt->cl_dead)))?((atomic_read(&$clnt->cl_kref->refcount)) == (0)):($clnt->cl_dead))
(proc) = (proc_from_msg($msg))
(procna
probe _sunrpc.clnt.create_client.return.rpc_new_client = kernel.function("rpc_new_client").return!, module("sunrpc").function("rpc_new_client").return{

}

probe _sunrpc.clnt.create_client.return.rpc_create_client = kernel.function("rpc_create_client").return!, module("sunrpc").function("rpc_create_client").return{

}

probe sunrpc.clnt.clone_client = kernel.function("rpc_clone_client")!, module("sunrpc").function("rpc_clone_client"){

(servername) = (kernel_string($clnt->cl_server))

(progname) = (kernel_string($clnt->cl_protname))

(prog) = (prog_from_clnt($clnt))

(vers) = (vers_from_clnt($clnt))

(prot) = (prot_from_clnt($clnt))

(port) = (port_from_clnt($clnt))

(authflavor) = ($clnt->cl_auth->au_flavor)

(name) = ("sunrpc.clnt.clone_client")

(argstr) = (sprintf("%s %s %d %d %d %d %d", servername, progname, prog, vers, prot, port, authflavor))

}

probe sunrpc.clnt.clone_client.return = kernel.function("rpc_clone_client").return!, module("sunrpc").function("rpc_clone_client").return{

(name) = ("sunrpc.clnt.clone_client.return")

(retstr) = (returnstr(2))

}

probe sunrpc.clnt.shutdown_client = kernel.function("rpc_shutdown_client")!, module("sunrpc").function("rpc_shutdown_client"){

(servername) = (kernel_string($clnt->cl_server))

(progname) = (kernel_string($clnt->cl_protname))

(prog) = (prog_from_clnt($clnt))

(vers) = (vers_from_clnt($clnt))

(prot) = (prot_from_clnt($clnt))

(port) = (port_from_clnt($clnt))

(authflavor) = ($clnt->cl_auth->au_flavor)

(clones) = (clones_from_clnt($clnt))

(tasks) = (tasks_from_clnt($clnt))

(netreconn) = ($clnt->cl_stats->netreconn)

(rpccnt) = ($clnt->cl_stats->rpccnt)

if (@defined($clnt->cl_metrics)) {

(om_ops) = ($clnt->cl_metrics->om_ops)

(om_ntrans) = ($clnt->cl_metrics->om_ntrans)

(om_bytes_sent) = ($clnt->cl_metrics->om_bytes_sent)

(om_bytes_recv) = ($clnt->cl_metrics->om_bytes_recv)

if (@defined($clnt->cl_metrics->om_queue->tv64)) {

(om_queue) = ($clnt->cl_metrics->om_queue->tv64)

(om_rtt) = ($clnt->cl_metrics->om_rtt->tv64)

(om_execute) = ($clnt->cl_metrics->om_execute->tv64)

}

else {

(om_queue) = ($clnt->cl_metrics->om_queue)

(om_rtt) = ($clnt->cl_metrics->om_rtt)

(om_execute) = ($clnt->cl_metrics->om_execute)

}



}

else {

(om_ops) = (-(1))

(om_ntrans) = (-(1))

(om_bytes_sent) = (-(1))

(om_bytes_recv) = (-(1))

(om_queue) = (-(1))

(om_rtt) = (-(1))

(om_execute) = (-(1))

}



(name) = ("sunrpc.clnt.shutdown_client")

(argstr) = (sprintf("%s %s %d %d %d %d %d %d %d", servername, progname, prog, vers, prot, port, authflavor, clones, tasks))

}

probe sunrpc.clnt.shutdown_client.return = kernel.function("rpc_shutdown_client").return!, module("sunrpc").function("rpc_shutdown_client").return{

(name) = ("sunrpc.clnt.shutdown_client.return")

(retstr) = (returnstr(1))

}

probe sunrpc.clnt.bind_new_program = kernel.function("rpc_bind_new_program")!, module("sunrpc").function("rpc_bind_new_program"){

(servername) = (kernel_string($old->cl_server))

(old_progname) = (kernel_string($old->cl_protname))

(old_prog) = (prog_from_clnt($old))

(old_vers) = (vers_from_clnt($old))

(progname) = (kernel_string($program->name))

(prog) = ($program->number)

(vers) = (vers_from_prog($program, $vers))

(name) = ("sunrpc.clnt.bind_new_program")

(argstr) = (sprintf("%s %s %d %s %d", servername, old_progname, old_vers, progname, vers))

}

probe sunrpc.clnt.bind_new_program.return = kernel.function("rpc_bind_new_program").return!, module("sunrpc").function("rpc_bind_new_program").return{

(name) = ("sunrpc.clnt.bind_new_program.return")

(retstr) = (returnstr(2))

}

probe sunrpc.clnt.call_sync = kernel.function("rpc_call_sync")!, module("sunrpc").function("rpc_call_sync"){

(servername) = (kernel_string($clnt->cl_server))

(progname) = (kernel_string($clnt->cl_protname))

(prog) = (prog_from_clnt($clnt))

(vers) = (vers_from_clnt($clnt))

(prot) = (prot_from_clnt($clnt))

(port) = (port_from_clnt($clnt))

(xid) = (xid_from_clnt($clnt))

(dead) = ((!(@defined($clnt->cl_dead)))?((atomic_read(&$clnt->cl_kref->refcount)) == (0)):($clnt->cl_dead))

(proc) = (proc_from_msg($msg))
me) = ((@defined($msg->rpc_proc->p_name))?(($msg->rpc_proc->p_name)?(kernel_string($msg->rpc_proc->p_name)):("NULL")):("NULL"))
(flags) = ($flags)
(name) = ("sunrpc.clnt.call_sync")
(argstr) = (sprintf("%s %d %s %d %s %d", servername, xid, progname, vers, procname, flags))
}
probe sunrpc.clnt.call_sync.return = kernel.function("rpc_call_sync").return!, module("sunrpc").function("rpc_call_sync").return{
(name) = ("sunrpc.clnt.call_sync.return")
(retstr) = (returnstr(1))
}
probe sunrpc.clnt.call_async = kernel.function("rpc_call_async")!, module("sunrpc").function("rpc_call_async"){
(servername) = (kernel_string($clnt->cl_server))
(progname) = (kernel_string($clnt->cl_protname))
(prog) = (prog_from_clnt($clnt))
(vers) = (vers_from_clnt($clnt))
(prot) = (prot_from_clnt($clnt))
(port) = (port_from_clnt($clnt))
(xid) = (xid_from_clnt($clnt))
(dead) = ((!(@defined($clnt->cl_dead)))?((atomic_read(&$clnt->cl_kref->refcount)) == (0)):($clnt->cl_dead))
(proc) = (proc_from_msg($msg))
(procname) = ((@defined($msg->rpc_proc->p_name))?(($msg->rpc_proc->p_name)?(kernel_string($msg->rpc_proc->p_name)):("NULL")):("NULL"))
(flags) = ($flags)
(name) = ("sunrpc.clnt.call_async")
(argstr) = (sprintf("%s %d %s %d %s %d", servername, xid, progname, vers, procname, flags))
}
probe sunrpc.clnt.call_async.return = kernel.function("rpc_call_async").return!, module("sunrpc").function("rpc_call_async").return{
(name) = ("sunrpc.clnt.call_async.return")
(retstr) = (returnstr(1))
}
probe sunrpc.clnt.restart_call = kernel.function("rpc_restart_call")!, module("sunrpc").function("rpc_restart_call"){
(servername) = (kernel_string($task->tk_client->cl_server))
(prog) = (prog_from_clnt($task->tk_client))
(xid) = ($task->tk_rqstp->rq_xid)
(tk_pid) = ($task->tk_pid)
(tk_flags) = ($task->tk_flags)
(tk_priority) = ($task->tk_priority)
(tk_runstate) = ($task->tk_runstate)
(name) = ("sunrpc.clnt.restart_call")
(argstr) = (sprintf("%s %d %d %d %d %d %d", servername, prog, xid, tk_pid, tk_flags, tk_priority, tk_runstate))
}
probe sunrpc.clnt.restart_call.return = kernel.function("rpc_restart_call").return!, module("sunrpc").function("rpc_restart_call").return{
(name) = ("sunrpc.clnt.restart_call.return")
(retstr) = ("N/A")
}
probe sunrpc.svc.entry = sunrpc.svc.register, sunrpc.svc.create, sunrpc.svc.destroy, sunrpc.svc.process, sunrpc.svc.authorise, sunrpc.svc.recv, sunrpc.svc.send, sunrpc.svc.drop{
}
probe sunrpc.svc.return = sunrpc.svc.register.return, sunrpc.svc.create.return, sunrpc.svc.destroy.return, sunrpc.svc.process.return, sunrpc.svc.authorise.return, sunrpc.svc.recv.return, sunrpc.svc.send.return, sunrpc.svc.drop.return{
}
probe sunrpc.svc.register = kernel.function("svc_register")!, module("sunrpc").function("svc_register"){
(sv_name) = (kernel_string($serv->sv_name))
(progname) = (kernel_string($serv->sv_program->pg_name))
(prog) = ($serv->sv_program->pg_prog)
(prot) = ($proto)
(port) = ($port)
(name) = ("sunrpc.svc.register")
(argstr) = (sprintf("%s %s %d %d", sv_name, progname, prot, port))
}
probe sunrpc.svc.register.return = kernel.function("svc_register").return!, module("sunrpc").function("svc_register").return{
(name) = ("sunrpc.svc.register.return")
(retstr) = (returnstr(1))
}
probe sunrpc.svc.create = kernel.function("svc_create")!, module("sunrpc").function("svc_create"){
(progname) = (kernel_string($prog->pg_name))
(prog) = ($prog->pg_prog)
(pg_nvers) = ($prog->pg_nvers)
(bufsize) = ($bufsize)
(name) = ("sunrpc.svc.create")
(argstr) = (sprintf("%s %d %d %d", progname, prog, pg_nvers, bufsize))
}
probe sunrpc.svc.create.return = kernel.function("svc_create").return!, module("sunrpc").function("svc_create").return{
(name) = ("sunrpc.svc.create.return")
(retstr) = (returnstr(2))
}
probe sunrpc.svc.destroy = kernel.function("svc_destroy")!, module("sunrpc").function("svc_destroy"){
(sv_name) = (kernel_string($serv->sv_name))
(sv_progname) = (kernel_string($serv->sv_program->pg_name))
(sv_prog) = ($serv->sv_program->pg_prog)
(sv_nrthreads) = ($serv->sv_nrthreads)
(netc
(procname) = ((@defined($msg->rpc_proc->p_name))?(($msg->rpc_proc->p_name)?(kernel_string($msg->rpc_proc->p_name)):("NULL")):("NULL"))

(flags) = ($flags)

(name) = ("sunrpc.clnt.call_sync")

(argstr) = (sprintf("%s %d %s %d %s %d", servername, xid, progname, vers, procname, flags))

}

probe sunrpc.clnt.call_sync.return = kernel.function("rpc_call_sync").return!, module("sunrpc").function("rpc_call_sync").return{

(name) = ("sunrpc.clnt.call_sync.return")

(retstr) = (returnstr(1))

}

probe sunrpc.clnt.call_async = kernel.function("rpc_call_async")!, module("sunrpc").function("rpc_call_async"){

(servername) = (kernel_string($clnt->cl_server))

(progname) = (kernel_string($clnt->cl_protname))

(prog) = (prog_from_clnt($clnt))

(vers) = (vers_from_clnt($clnt))

(prot) = (prot_from_clnt($clnt))

(port) = (port_from_clnt($clnt))

(xid) = (xid_from_clnt($clnt))

(dead) = ((!(@defined($clnt->cl_dead)))?((atomic_read(&$clnt->cl_kref->refcount)) == (0)):($clnt->cl_dead))

(proc) = (proc_from_msg($msg))

(procname) = ((@defined($msg->rpc_proc->p_name))?(($msg->rpc_proc->p_name)?(kernel_string($msg->rpc_proc->p_name)):("NULL")):("NULL"))

(flags) = ($flags)

(name) = ("sunrpc.clnt.call_async")

(argstr) = (sprintf("%s %d %s %d %s %d", servername, xid, progname, vers, procname, flags))

}

probe sunrpc.clnt.call_async.return = kernel.function("rpc_call_async").return!, module("sunrpc").function("rpc_call_async").return{

(name) = ("sunrpc.clnt.call_async.return")

(retstr) = (returnstr(1))

}

probe sunrpc.clnt.restart_call = kernel.function("rpc_restart_call")!, module("sunrpc").function("rpc_restart_call"){

(servername) = (kernel_string($task->tk_client->cl_server))

(prog) = (prog_from_clnt($task->tk_client))

(xid) = ($task->tk_rqstp->rq_xid)

(tk_pid) = ($task->tk_pid)

(tk_flags) = ($task->tk_flags)

(tk_priority) = ($task->tk_priority)

(tk_runstate) = ($task->tk_runstate)

(name) = ("sunrpc.clnt.restart_call")

(argstr) = (sprintf("%s %d %d %d %d %d %d", servername, prog, xid, tk_pid, tk_flags, tk_priority, tk_runstate))

}

probe sunrpc.clnt.restart_call.return = kernel.function("rpc_restart_call").return!, module("sunrpc").function("rpc_restart_call").return{

(name) = ("sunrpc.clnt.restart_call.return")

(retstr) = ("N/A")

}

probe sunrpc.svc.entry = sunrpc.svc.register, sunrpc.svc.create, sunrpc.svc.destroy, sunrpc.svc.process, sunrpc.svc.authorise, sunrpc.svc.recv, sunrpc.svc.send, sunrpc.svc.drop{

}

probe sunrpc.svc.return = sunrpc.svc.register.return, sunrpc.svc.create.return, sunrpc.svc.destroy.return, sunrpc.svc.process.return, sunrpc.svc.authorise.return, sunrpc.svc.recv.return, sunrpc.svc.send.return, sunrpc.svc.drop.return{

}

probe sunrpc.svc.register = kernel.function("svc_register")!, module("sunrpc").function("svc_register"){

(sv_name) = (kernel_string($serv->sv_name))

(progname) = (kernel_string($serv->sv_program->pg_name))

(prog) = ($serv->sv_program->pg_prog)

(prot) = ($proto)

(port) = ($port)

(name) = ("sunrpc.svc.register")

(argstr) = (sprintf("%s %s %d %d", sv_name, progname, prot, port))

}

probe sunrpc.svc.register.return = kernel.function("svc_register").return!, module("sunrpc").function("svc_register").return{

(name) = ("sunrpc.svc.register.return")

(retstr) = (returnstr(1))

}

probe sunrpc.svc.create = kernel.function("svc_create")!, module("sunrpc").function("svc_create"){

(progname) = (kernel_string($prog->pg_name))

(prog) = ($prog->pg_prog)

(pg_nvers) = ($prog->pg_nvers)

(bufsize) = ($bufsize)

(name) = ("sunrpc.svc.create")

(argstr) = (sprintf("%s %d %d %d", progname, prog, pg_nvers, bufsize))

}

probe sunrpc.svc.create.return = kernel.function("svc_create").return!, module("sunrpc").function("svc_create").return{

(name) = ("sunrpc.svc.create.return")

(retstr) = (returnstr(2))

}

probe sunrpc.svc.destroy = kernel.function("svc_destroy")!, module("sunrpc").function("svc_destroy"){

(sv_name) = (kernel_string($serv->sv_name))

(sv_progname) = (kernel_string($serv->sv_program->pg_name))

(sv_prog) = ($serv->sv_program->pg_prog)

(sv_nrthreads) = ($serv->sv_nrthreads)
nt) = ($serv->sv_stats->netcnt)
(netcpconn) = ($serv->sv_stats->nettcpconn)
(rpccnt) = ($serv->sv_stats->rpccnt)
(rpcbadfmt) = ($serv->sv_stats->rpcbadfmt)
(rpcbadauth) = ($serv->sv_stats->rpcbadauth)
(name) = ("sunrpc.svc.destroy")
(argstr) = (sprintf("%s %d %d", sv_name, sv_prog, sv_nrthreads))
}
probe sunrpc.svc.destroy.return = kernel.function("svc_destroy").return!, module("sunrpc").function("svc_destroy").return{
(name) = ("sunrpc.svc.destroy.return")
(retstr) = ("N/A")
}
probe sunrpc.svc.process = kernel.function("svc_process")!, module("sunrpc").function("svc_process"){
if (!(@defined($serv))) {
(sv_name) = (kernel_string($rqstp->rq_server->sv_name))
(sv_prog) = ($rqstp->rq_server->sv_program->pg_prog)
(sv_nrthreads) = ($rqstp->rq_server->sv_nrthreads)
}
else {
(sv_name) = (kernel_string($serv->sv_name))
(sv_prog) = ($serv->sv_program->pg_prog)
(sv_nrthreads) = ($serv->sv_nrthreads)
}

(peer_ip) = (addr_from_rqst($rqstp))
(rq_xid) = ($rqstp->rq_xid)
(rq_prog) = ($rqstp->rq_prog)
(rq_vers) = ($rqstp->rq_vers)
(rq_proc) = ($rqstp->rq_proc)
(rq_prot) = ($rqstp->rq_prot)
(name) = ("sunrpc.svc.process")
(argstr) = (sprintf("%s %d %d %d %d %d %d", sv_name, sv_prog, peer_ip, rq_xid, rq_prog, rq_vers, rq_proc))
}
probe sunrpc.svc.process.return = kernel.function("svc_process").return!, module("sunrpc").function("svc_process").return{
(name) = ("sunrpc.svc.process.return")
(retstr) = (returnstr(1))
}
probe sunrpc.svc.authorise = kernel.function("svc_authorise")!, module("sunrpc").function("svc_authorise"){
(sv_name) = (kernel_string($rqstp->rq_server->sv_name))
(peer_ip) = (addr_from_rqst($rqstp))
(rq_xid) = ($rqstp->rq_xid)
(rq_prog) = ($rqstp->rq_prog)
(rq_vers) = ($rqstp->rq_vers)
(rq_proc) = ($rqstp->rq_proc)
(rq_prot) = ($rqstp->rq_prot)
(name) = ("sunrpc.svc.authorise")
(argstr) = (sprintf("%d %d %d %d %d %d", peer_ip, rq_xid, rq_prog, rq_vers, rq_proc, rq_prot))
}
probe sunrpc.svc.authorise.return = kernel.function("svc_authorise").return!, module("sunrpc").function("svc_authorise").return{
(name) = ("sunrpc.svc.authorise.return")
(retstr) = (returnstr(1))
}
probe sunrpc.svc.recv = kernel.function("svc_recv")!, module("sunrpc").function("svc_recv"){
if (!(@defined($serv))) {
(sv_name) = (kernel_string($rqstp->rq_server->sv_name))
(sv_prog) = ($rqstp->rq_server->sv_program->pg_prog)
(sv_nrthreads) = ($rqstp->rq_server->sv_nrthreads)
}
else {
(sv_name) = (kernel_string($serv->sv_name))
(sv_prog) = ($serv->sv_program->pg_prog)
(sv_nrthreads) = ($serv->sv_nrthreads)
}

(timeout) = ($timeout)
(name) = ("sunrpc.svc.recv")
(argstr) = (sprintf("%s %d", sv_name, timeout))
}
probe sunrpc.svc.recv.return = kernel.function("svc_recv").return!, module("sunrpc").function("svc_recv").return{
(name) = ("sunrpc.svc.recv.return")
(retstr) = (returnstr(1))
}
probe sunrpc.svc.send = kernel.function("svc_send")!, module("sunrpc").function("svc_send"){
(sv_name) = (kernel_string($rqstp->rq_server->sv_name))
(peer_ip) = (addr_from_rqst($rqstp))
(rq_xid) = ($rqstp->rq_xid)
(rq_prog) = ($rqstp->rq_prog)
(rq_vers) = ($rqstp->rq_vers)
(rq_proc) = ($rqstp->rq_proc)
(rq_prot) = ($rqstp->rq_prot)
(name) = ("sunrpc.svc.send")
(argstr) = (sprintf("%s %d %d %d %d %d %d", sv_name, peer_ip, rq_xid, rq_prog, rq_vers, rq_proc, rq_prot))
}
probe sunrpc.svc.send.return = kernel.function("svc_send").return!, module("sunrpc").function("svc_send").return{
(name) = ("sunrpc.svc.send.return")
(retstr) = (returnstr(1))
}
probe sunrpc.svc.drop = kernel.function("svc_drop")!, module("sunrpc").function("svc_drop"){
(sv_name) = (kernel_string($rqstp->rq_server->sv_name))
(peer_ip) = (addr_from_rqst($rqstp))
(rq_xid) = ($rqstp->rq_xid)
(rq_prog) = ($rqstp->rq_prog)
(rq_vers) = ($rqstp->rq_vers)
(rq_proc) = ($rqstp->rq_proc)
(rq_prot) = ($rqstp->rq_prot)
(name) = ("sunrpc.svc.drop")
(argstr) = (sprintf("%s %d %d %d %d %d %d", sv_name, peer_ip, rq_xid, rq_prog, rq_vers, rq_proc, rq_prot))
}
probe sunrpc.svc.drop.return = kernel.function("svc_drop").return!, module("sun
(netcnt) = ($serv->sv_stats->netcnt)

(netcpconn) = ($serv->sv_stats->nettcpconn)

(rpccnt) = ($serv->sv_stats->rpccnt)

(rpcbadfmt) = ($serv->sv_stats->rpcbadfmt)

(rpcbadauth) = ($serv->sv_stats->rpcbadauth)

(name) = ("sunrpc.svc.destroy")

(argstr) = (sprintf("%s %d %d", sv_name, sv_prog, sv_nrthreads))

}

probe sunrpc.svc.destroy.return = kernel.function("svc_destroy").return!, module("sunrpc").function("svc_destroy").return{

(name) = ("sunrpc.svc.destroy.return")

(retstr) = ("N/A")

}

probe sunrpc.svc.process = kernel.function("svc_process")!, module("sunrpc").function("svc_process"){

if (!(@defined($serv))) {

(sv_name) = (kernel_string($rqstp->rq_server->sv_name))

(sv_prog) = ($rqstp->rq_server->sv_program->pg_prog)

(sv_nrthreads) = ($rqstp->rq_server->sv_nrthreads)

}

else {

(sv_name) = (kernel_string($serv->sv_name))

(sv_prog) = ($serv->sv_program->pg_prog)

(sv_nrthreads) = ($serv->sv_nrthreads)

}



(peer_ip) = (addr_from_rqst($rqstp))

(rq_xid) = ($rqstp->rq_xid)

(rq_prog) = ($rqstp->rq_prog)

(rq_vers) = ($rqstp->rq_vers)

(rq_proc) = ($rqstp->rq_proc)

(rq_prot) = ($rqstp->rq_prot)

(name) = ("sunrpc.svc.process")

(argstr) = (sprintf("%s %d %d %d %d %d %d", sv_name, sv_prog, peer_ip, rq_xid, rq_prog, rq_vers, rq_proc))

}

probe sunrpc.svc.process.return = kernel.function("svc_process").return!, module("sunrpc").function("svc_process").return{

(name) = ("sunrpc.svc.process.return")

(retstr) = (returnstr(1))

}

probe sunrpc.svc.authorise = kernel.function("svc_authorise")!, module("sunrpc").function("svc_authorise"){

(sv_name) = (kernel_string($rqstp->rq_server->sv_name))

(peer_ip) = (addr_from_rqst($rqstp))

(rq_xid) = ($rqstp->rq_xid)

(rq_prog) = ($rqstp->rq_prog)

(rq_vers) = ($rqstp->rq_vers)

(rq_proc) = ($rqstp->rq_proc)

(rq_prot) = ($rqstp->rq_prot)

(name) = ("sunrpc.svc.authorise")

(argstr) = (sprintf("%d %d %d %d %d %d", peer_ip, rq_xid, rq_prog, rq_vers, rq_proc, rq_prot))

}

probe sunrpc.svc.authorise.return = kernel.function("svc_authorise").return!, module("sunrpc").function("svc_authorise").return{

(name) = ("sunrpc.svc.authorise.return")

(retstr) = (returnstr(1))

}

probe sunrpc.svc.recv = kernel.function("svc_recv")!, module("sunrpc").function("svc_recv"){

if (!(@defined($serv))) {

(sv_name) = (kernel_string($rqstp->rq_server->sv_name))

(sv_prog) = ($rqstp->rq_server->sv_program->pg_prog)

(sv_nrthreads) = ($rqstp->rq_server->sv_nrthreads)

}

else {

(sv_name) = (kernel_string($serv->sv_name))

(sv_prog) = ($serv->sv_program->pg_prog)

(sv_nrthreads) = ($serv->sv_nrthreads)

}



(timeout) = ($timeout)

(name) = ("sunrpc.svc.recv")

(argstr) = (sprintf("%s %d", sv_name, timeout))

}

probe sunrpc.svc.recv.return = kernel.function("svc_recv").return!, module("sunrpc").function("svc_recv").return{

(name) = ("sunrpc.svc.recv.return")

(retstr) = (returnstr(1))

}

probe sunrpc.svc.send = kernel.function("svc_send")!, module("sunrpc").function("svc_send"){

(sv_name) = (kernel_string($rqstp->rq_server->sv_name))

(peer_ip) = (addr_from_rqst($rqstp))

(rq_xid) = ($rqstp->rq_xid)

(rq_prog) = ($rqstp->rq_prog)

(rq_vers) = ($rqstp->rq_vers)

(rq_proc) = ($rqstp->rq_proc)

(rq_prot) = ($rqstp->rq_prot)

(name) = ("sunrpc.svc.send")

(argstr) = (sprintf("%s %d %d %d %d %d %d", sv_name, peer_ip, rq_xid, rq_prog, rq_vers, rq_proc, rq_prot))

}

probe sunrpc.svc.send.return = kernel.function("svc_send").return!, module("sunrpc").function("svc_send").return{

(name) = ("sunrpc.svc.send.return")

(retstr) = (returnstr(1))

}

probe sunrpc.svc.drop = kernel.function("svc_drop")!, module("sunrpc").function("svc_drop"){

(sv_name) = (kernel_string($rqstp->rq_server->sv_name))

(peer_ip) = (addr_from_rqst($rqstp))

(rq_xid) = ($rqstp->rq_xid)

(rq_prog) = ($rqstp->rq_prog)

(rq_vers) = ($rqstp->rq_vers)

(rq_proc) = ($rqstp->rq_proc)

(rq_prot) = ($rqstp->rq_prot)

(name) = ("sunrpc.svc.drop")

(argstr) = (sprintf("%s %d %d %d %d %d %d", sv_name, peer_ip, rq_xid, rq_prog, rq_vers, rq_proc, rq_prot))

}
rpc").function("svc_drop").return{
(name) = ("sunrpc.svc.drop.return")
(retstr) = ("N/A")
}
probe sunrpc.sched.entry = sunrpc.sched.new_task, sunrpc.sched.release_task?, sunrpc.sched.execute, sunrpc.sched.delay{
}
probe sunrpc.sched.return = sunrpc.sched.new_task.return, sunrpc.sched.release_task.return?, sunrpc.sched.execute.return, sunrpc.sched.delay.return{
}
probe sunrpc.sched.new_task = kernel.function("rpc_new_task")!, module("sunrpc").function("rpc_new_task"){
if (@defined($setup_data)) {
(xid) = (xid_from_clnt($setup_data->rpc_client))
(prog) = (prog_from_clnt($setup_data->rpc_client))
(vers) = (vers_from_clnt($setup_data->rpc_client))
(prot) = (prot_from_clnt($setup_data->rpc_client))
(flags) = ($setup_data->flags)
}
else {
(xid) = (xid_from_clnt($clnt))
(prog) = (prog_from_clnt($clnt))
(vers) = (vers_from_clnt($clnt))
(prot) = (prot_from_clnt($clnt))
(flags) = ($flags)
}

(name) = ("sunrpc.sched.new_task")
(argstr) = (sprintf("%d %d %d %d %d", xid, prog, vers, prot, flags))
}
probe sunrpc.sched.new_task.return = kernel.function("rpc_new_task").return!, module("sunrpc").function("rpc_new_task").return{
(name) = ("sunrpc.sched.new_task.return")
(retstr) = (returnstr(2))
}
probe sunrpc.sched.release_task = kernel.function("rpc_release_task").call!, module("sunrpc").function("rpc_release_task").call!, never{
if (@defined($task)) {
(xid) = (xid_from_clnt($task->tk_client))
(prog) = (prog_from_clnt($task->tk_client))
(vers) = (vers_from_clnt($task->tk_client))
(prot) = (prot_from_clnt($task->tk_client))
(tk_flags) = ($task->tk_flags)
}
else {
(xid) = (-(1))
(prog) = (-(1))
(vers) = (-(1))
(prot) = (-(1))
(tk_flags) = (-(1))
}

(name) = ("sunrpc.sched.release_task")
(argstr) = (sprintf("%d %d %d %d %d", xid, prog, vers, prot, tk_flags))
}
probe sunrpc.sched.release_task.return = kernel.function("rpc_release_task").return!, module("sunrpc").function("rpc_release_task").return?{
(name) = ("sunrpc.sched.release_task.return")
(retstr) = ("N/A")
}
probe sunrpc.sched.execute = kernel.function("__rpc_execute")!, module("sunrpc").function("__rpc_execute"){
(xid) = (xid_from_clnt($task->tk_client))
(prog) = (prog_from_clnt($task->tk_client))
(vers) = (vers_from_clnt($task->tk_client))
(prot) = (prot_from_clnt($task->tk_client))
(tk_pid) = ($task->tk_pid)
(tk_flags) = ($task->tk_flags)
(name) = ("sunrpc.sched.execute")
(argstr) = (sprintf("%d %d %d %d %d %d", xid, prog, vers, prot, tk_pid, tk_flags))
}
probe sunrpc.sched.execute.return = kernel.function("__rpc_execute").return!, module("sunrpc").function("__rpc_execute").return{
(name) = ("sunrpc.sched.execute.return")
if (@defined($return)) {
(retstr) = (returnstr(1))
}
else {
(retstr) = ("N/A")
}

}
probe sunrpc.sched.delay = kernel.function("rpc_delay")!, module("sunrpc").function("rpc_delay"){
(xid) = (xid_from_clnt($task->tk_client))
(prog) = (prog_from_clnt($task->tk_client))
(vers) = (vers_from_clnt($task->tk_client))
(prot) = (prot_from_clnt($task->tk_client))
(tk_pid) = ($task->tk_pid)
(tk_flags) = ($task->tk_flags)
(delay) = ($delay)
(name) = ("sunrpc.sched.delay")
(argstr) = (sprintf("%d %d %d %d %d %d %d", xid, prog, vers, prot, tk_pid, tk_flags, delay))
}
probe sunrpc.sched.delay.return = kernel.function("rpc_delay").return!, module("sunrpc").function("rpc_delay").return{
(name) = ("sunrpc.sched.delay.return")
(retstr) = ("N/A")
}
probe kernel.function("rpc_create")!,module("sunrpc").function("rpc_create")?{
(__rpc_create_args[tid()]) = ($args)
}
probe kernel.function("rpc_create").return!,module("sunrpc").function("rpc_create").return?{
delete __rpc_create_args[tid()]
}
function __rpc_prot_from_protocol (protocol)
%{
	switch (THIS->protocol) {
#ifdef XPRT_TRANSPORT_BC
	case XPRT_TRANSPORT_UDP:
		THIS->__retvalue = IPPROTO_UDP;
		break;
	case XPRT_TRANSPORT_TCP:
	case XPRT_TRANSPORT_BC_TCP:
		THIS->__retvalue = IPPROTO_TCP;
		break;
#endif
	default:
		THIS->__retvalue = -1;
		break;
	}
%}
function xid_from_clnt (clnt)
{
if ((clnt) == (0)) return 0

r
probe sunrpc.svc.drop.return = kernel.function("svc_drop").return!, module("sunrpc").function("svc_drop").return{

(name) = ("sunrpc.svc.drop.return")

(retstr) = ("N/A")

}

probe sunrpc.sched.entry = sunrpc.sched.new_task, sunrpc.sched.release_task?, sunrpc.sched.execute, sunrpc.sched.delay{

}

probe sunrpc.sched.return = sunrpc.sched.new_task.return, sunrpc.sched.release_task.return?, sunrpc.sched.execute.return, sunrpc.sched.delay.return{

}

probe sunrpc.sched.new_task = kernel.function("rpc_new_task")!, module("sunrpc").function("rpc_new_task"){

if (@defined($setup_data)) {

(xid) = (xid_from_clnt($setup_data->rpc_client))

(prog) = (prog_from_clnt($setup_data->rpc_client))

(vers) = (vers_from_clnt($setup_data->rpc_client))

(prot) = (prot_from_clnt($setup_data->rpc_client))

(flags) = ($setup_data->flags)

}

else {

(xid) = (xid_from_clnt($clnt))

(prog) = (prog_from_clnt($clnt))

(vers) = (vers_from_clnt($clnt))

(prot) = (prot_from_clnt($clnt))

(flags) = ($flags)

}



(name) = ("sunrpc.sched.new_task")

(argstr) = (sprintf("%d %d %d %d %d", xid, prog, vers, prot, flags))

}

probe sunrpc.sched.new_task.return = kernel.function("rpc_new_task").return!, module("sunrpc").function("rpc_new_task").return{

(name) = ("sunrpc.sched.new_task.return")

(retstr) = (returnstr(2))

}

probe sunrpc.sched.release_task = kernel.function("rpc_release_task").call!, module("sunrpc").function("rpc_release_task").call!, never{

if (@defined($task)) {

(xid) = (xid_from_clnt($task->tk_client))

(prog) = (prog_from_clnt($task->tk_client))

(vers) = (vers_from_clnt($task->tk_client))

(prot) = (prot_from_clnt($task->tk_client))

(tk_flags) = ($task->tk_flags)

}

else {

(xid) = (-(1))

(prog) = (-(1))

(vers) = (-(1))

(prot) = (-(1))

(tk_flags) = (-(1))

}



(name) = ("sunrpc.sched.release_task")

(argstr) = (sprintf("%d %d %d %d %d", xid, prog, vers, prot, tk_flags))

}

probe sunrpc.sched.release_task.return = kernel.function("rpc_release_task").return!, module("sunrpc").function("rpc_release_task").return?{

(name) = ("sunrpc.sched.release_task.return")

(retstr) = ("N/A")

}

probe sunrpc.sched.execute = kernel.function("__rpc_execute")!, module("sunrpc").function("__rpc_execute"){

(xid) = (xid_from_clnt($task->tk_client))

(prog) = (prog_from_clnt($task->tk_client))

(vers) = (vers_from_clnt($task->tk_client))

(prot) = (prot_from_clnt($task->tk_client))

(tk_pid) = ($task->tk_pid)

(tk_flags) = ($task->tk_flags)

(name) = ("sunrpc.sched.execute")

(argstr) = (sprintf("%d %d %d %d %d %d", xid, prog, vers, prot, tk_pid, tk_flags))

}

probe sunrpc.sched.execute.return = kernel.function("__rpc_execute").return!, module("sunrpc").function("__rpc_execute").return{

(name) = ("sunrpc.sched.execute.return")

if (@defined($return)) {

(retstr) = (returnstr(1))

}

else {

(retstr) = ("N/A")

}



}

probe sunrpc.sched.delay = kernel.function("rpc_delay")!, module("sunrpc").function("rpc_delay"){

(xid) = (xid_from_clnt($task->tk_client))

(prog) = (prog_from_clnt($task->tk_client))

(vers) = (vers_from_clnt($task->tk_client))

(prot) = (prot_from_clnt($task->tk_client))

(tk_pid) = ($task->tk_pid)

(tk_flags) = ($task->tk_flags)

(delay) = ($delay)

(name) = ("sunrpc.sched.delay")

(argstr) = (sprintf("%d %d %d %d %d %d %d", xid, prog, vers, prot, tk_pid, tk_flags, delay))

}

probe sunrpc.sched.delay.return = kernel.function("rpc_delay").return!, module("sunrpc").function("rpc_delay").return{

(name) = ("sunrpc.sched.delay.return")

(retstr) = ("N/A")

}

probe kernel.function("rpc_create")!,module("sunrpc").function("rpc_create")?{

(__rpc_create_args[tid()]) = ($args)

}

probe kernel.function("rpc_create").return!,module("sunrpc").function("rpc_create").return?{

delete __rpc_create_args[tid()]

}

function __rpc_prot_from_protocol (protocol)

%{

	switch (THIS->protocol) {

#ifdef XPRT_TRANSPORT_BC

	case XPRT_TRANSPORT_UDP:

		THIS->__retvalue = IPPROTO_UDP;

		break;

	case XPRT_TRANSPORT_TCP:

	case XPRT_TRANSPORT_BC_TCP:

		THIS->__retvalue = IPPROTO_TCP;

		break;

#endif

	default:

		THIS->__retvalue = -1;

		break;

	}

%}

function xid_from_clnt (clnt)

{

if ((clnt) == (0)) return 0


eturn @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt->xid
}
function prog_from_clnt (clnt)
{
if ((clnt) == (0)) return 0

if (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_prog)) return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_prog
else return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_pmap->pm_prog

}
function vers_from_clnt (clnt)
{
if ((clnt) == (0)) return 0

if (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_vers)) return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_vers
else return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_pmap->pm_vers

}
function prot_from_clnt (clnt)
{
if ((clnt) == (0)) return 0

return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt->prot
}
function port_from_xprt (cl_xprt)
{
if ((cl_xprt) == (0)) return 0

(addr) = (&@cast(cl_xprt, "rpc_xprt", "kernel:sunrpc")->addr)
if ((addr) == (0)) return 0

if ((@cast(addr, "sockaddr_in")->sin_family) == (AF_INET())) {
return ntohs(@cast(addr, "sockaddr_in")->sin_port)
}

return 0
}
function port_from_clnt (clnt)
{
if ((clnt) == (0)) return 0

(cl_xprt) = (@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt)
return port_from_xprt(cl_xprt)
}
function clones_from_clnt (clnt)
{
return (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_count))?(atomic_read(&@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_count)):(-(1))
}
function tasks_from_clnt (clnt)
{
return (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_users))?(atomic_read(&@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_users)):(-(1))
}
function proc_from_msg (msg)
{
if ((msg) == (0)) return 0

return @cast(msg, "rpc_message", "kernel:sunrpc")->rpc_proc->p_proc
}
function vers_from_prog (program, vers)
{
if ((program) && ((vers) < (@cast(program, "rpc_program", "kernel:sunrpc")->nrvers))) return @cast(program, "rpc_program", "kernel:sunrpc")->version[vers]->number

return 0
}
function addr_from_rqst (rqstp)
{
if (rqstp) {
(addr) = (&@cast(rqstp, "svc_rqst", "kernel:nfs")->rq_addr)
if ((addr) == (0)) return 0

if ((@cast(addr, "sockaddr_in")->sin_family) == (AF_INET())) {
return @cast(addr, "sockaddr_in")->sin_addr->s_addr
}

}

return 0
}
function addr_from_rqst_str (rqstp)
{
if ((rqstp) == (0)) return "Null"

(addr) = (&@cast(rqstp, "svc_rqst", "kernel:nfs")->rq_addr)
if ((addr) == (0)) return "Null"

(s_addr) = (addr_from_rqst(rqstp))
if ((s_addr) == (0)) return "Unsupported Address Family"

return sprintf("%s:%d", daddr_to_string(s_addr), @cast(addr, "sockaddr_in")->sin_port)
}

# file /usr/local/share/systemtap/tapset/scheduler.stp
probe scheduler.cpu_off = kernel.trace("sched_switch")!, kernel.function("context_switch"){
(name) = ("cpu_off")
(task_prev) = ($prev)
(task_next) = ($next)
(idle) = (__is_idle())
}
probe scheduler.cpu_on = kernel.function("finish_task_switch").call?{
(name) = ("cpu_on")
(task_prev) = ($prev)
(idle) = (__is_idle())
}
probe scheduler.tick = kernel.function("scheduler_tick"){
(name) = ("tick")
(idle) = (__is_idle())
}
probe scheduler.balance = kernel.function("idle_balance")?{
(name) = ("balance")
}
probe __scheduler.ctxswitch.tp = kernel.trace("sched_switch"){
(next_pid) = ($next->tgid)
(next_tid) = ($next->pid)
(next_task) = ($next)
(next_task_name) = (task_execname($next))
(nexttsk_state) = ($next->state)
(next_priority) = ($next->prio)
(prev_priority) = ($prev->prio)
(prev_pid) = ($prev->tgid)
(prev_tid) = ($prev->pid)
(prev_task) = ($prev)
(prev_task_name) = (task_execname($prev))
(prevtsk_state) = ($prev->state)
}
probe __scheduler.ctxswitch.kp = kernel.function("__switch_to"){
if (@defined($prev)) {
(prev_priority) = ($prev->prio)
(prev_pid) = ($prev->tgid)
(prev_tid) = ($prev->pid)
(prev_task) = ($prev)
(prev_task_name) = (task_execname($prev))
(prevtsk_state) = ($prev->state)
}
else {
(prev_priority) = ($prev_p->prio)
(prev_pid) = ($prev_p->tgid)
(prev_tid) = ($prev_p->pid)
(prev_task) = ($prev_p)
(prev_task_name) = (task_execname($prev_p))
(prevtsk_state) = ($prev_p->state)
}

if (@defined(
return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt->xid

}

function prog_from_clnt (clnt)

{

if ((clnt) == (0)) return 0



if (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_prog)) return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_prog

else return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_pmap->pm_prog



}

function vers_from_clnt (clnt)

{

if ((clnt) == (0)) return 0



if (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_vers)) return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_vers

else return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_pmap->pm_vers



}

function prot_from_clnt (clnt)

{

if ((clnt) == (0)) return 0



return @cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt->prot

}

function port_from_xprt (cl_xprt)

{

if ((cl_xprt) == (0)) return 0



(addr) = (&@cast(cl_xprt, "rpc_xprt", "kernel:sunrpc")->addr)

if ((addr) == (0)) return 0



if ((@cast(addr, "sockaddr_in")->sin_family) == (AF_INET())) {

return ntohs(@cast(addr, "sockaddr_in")->sin_port)

}



return 0

}

function port_from_clnt (clnt)

{

if ((clnt) == (0)) return 0



(cl_xprt) = (@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_xprt)

return port_from_xprt(cl_xprt)

}

function clones_from_clnt (clnt)

{

return (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_count))?(atomic_read(&@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_count)):(-(1))

}

function tasks_from_clnt (clnt)

{

return (@defined(@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_users))?(atomic_read(&@cast(clnt, "rpc_clnt", "kernel:sunrpc")->cl_users)):(-(1))

}

function proc_from_msg (msg)

{

if ((msg) == (0)) return 0



return @cast(msg, "rpc_message", "kernel:sunrpc")->rpc_proc->p_proc

}

function vers_from_prog (program, vers)

{

if ((program) && ((vers) < (@cast(program, "rpc_program", "kernel:sunrpc")->nrvers))) return @cast(program, "rpc_program", "kernel:sunrpc")->version[vers]->number



return 0

}

function addr_from_rqst (rqstp)

{

if (rqstp) {

(addr) = (&@cast(rqstp, "svc_rqst", "kernel:nfs")->rq_addr)

if ((addr) == (0)) return 0



if ((@cast(addr, "sockaddr_in")->sin_family) == (AF_INET())) {

return @cast(addr, "sockaddr_in")->sin_addr->s_addr

}



}



return 0

}

function addr_from_rqst_str (rqstp)

{

if ((rqstp) == (0)) return "Null"



(addr) = (&@cast(rqstp, "svc_rqst", "kernel:nfs")->rq_addr)

if ((addr) == (0)) return "Null"



(s_addr) = (addr_from_rqst(rqstp))

if ((s_addr) == (0)) return "Unsupported Address Family"



return sprintf("%s:%d", daddr_to_string(s_addr), @cast(addr, "sockaddr_in")->sin_port)

}



# file /usr/local/share/systemtap/tapset/scheduler.stp

probe scheduler.cpu_off = kernel.trace("sched_switch")!, kernel.function("context_switch"){

(name) = ("cpu_off")

(task_prev) = ($prev)

(task_next) = ($next)

(idle) = (__is_idle())

}

probe scheduler.cpu_on = kernel.function("finish_task_switch").call?{

(name) = ("cpu_on")

(task_prev) = ($prev)

(idle) = (__is_idle())

}

probe scheduler.tick = kernel.function("scheduler_tick"){

(name) = ("tick")

(idle) = (__is_idle())

}

probe scheduler.balance = kernel.function("idle_balance")?{

(name) = ("balance")

}

probe __scheduler.ctxswitch.tp = kernel.trace("sched_switch"){

(next_pid) = ($next->tgid)

(next_tid) = ($next->pid)

(next_task) = ($next)

(next_task_name) = (task_execname($next))

(nexttsk_state) = ($next->state)

(next_priority) = ($next->prio)

(prev_priority) = ($prev->prio)

(prev_pid) = ($prev->tgid)

(prev_tid) = ($prev->pid)

(prev_task) = ($prev)

(prev_task_name) = (task_execname($prev))

(prevtsk_state) = ($prev->state)

}

probe __scheduler.ctxswitch.kp = kernel.function("__switch_to"){

if (@defined($prev)) {

(prev_priority) = ($prev->prio)

(prev_pid) = ($prev->tgid)

(prev_tid) = ($prev->pid)

(prev_task) = ($prev)

(prev_task_name) = (task_execname($prev))

(prevtsk_state) = ($prev->state)

}

else {

(prev_priority) = ($prev_p->prio)

(prev_pid) = ($prev_p->tgid)

(prev_tid) = ($prev_p->pid)

(prev_task) = ($prev_p)

(prev_task_name) = (task_execname($prev_p))

(prevtsk_state) = ($prev_p->state)

}


$next)) {
(next_priority) = ($next->prio)
(next_pid) = ($next->tgid)
(next_tid) = ($next->pid)
(next_task) = ($next)
(next_task_name) = (task_execname($next))
(nexttsk_state) = ($next->state)
}
else if (@defined($next_p)) {
(next_priority) = ($next_p->prio)
(next_pid) = ($next_p->tgid)
(next_tid) = ($next_p->pid)
(next_task) = ($next_p)
(next_task_name) = (task_execname($next_p))
(nexttsk_state) = ($next_p->state)
}
else {
(next_priority) = ($new->prio)
(next_pid) = ($new->tgid)
(next_tid) = ($new->pid)
(next_task) = ($new)
(next_task_name) = (task_execname($new))
(nexttsk_state) = ($new->state)
}


}
probe scheduler.ctxswitch = __scheduler.ctxswitch.tp!, __scheduler.ctxswitch.kp{
(name) = ("ctxswitch")
}
probe __scheduler.kthread_stop.kp = kernel.function("kthread_stop"){
(thread_pid) = ($k->tgid)
(thread_priority) = ($k->prio)
}
probe __scheduler.kthread_stop.tp = kernel.trace("sched_kthread_stop"){
(thread_pid) = ($t->tgid)
(thread_priority) = ($t->prio)
}
probe scheduler.kthread_stop = __scheduler.kthread_stop.tp!, __scheduler.kthread_stop.kp{
(name) = ("kthread_stop")
}
probe __scheduler.kthread_stop.return.kp = kernel.function("kthread_stop").return{
(return_value) = ($k->exit_code)
}
probe __scheduler.kthread_stop.return.tp = kernel.trace("sched_kthread_stop_ret"){
(return_value) = ($ret)
}
probe scheduler.kthread_stop.return = __scheduler.kthread_stop.return.tp!, __scheduler.kthread_stop.return.kp{
(name) = ("kthread_stop")
}
probe scheduler.wait_task = kernel.trace("sched_wait_task")!, kernel.function("wait_task_inactive")?{
(name) = ("wait_task")
(task_pid) = ($p->tgid)
(task_priority) = ($p->prio)
}
probe scheduler.wakeup = kernel.trace("sched_wakeup")!, kernel.function("try_to_wake_up"){
(name) = ("wakeup")
(task) = ($p)
(task_pid) = ($p->tgid)
(task_tid) = ($p->pid)
(task_priority) = ($p->prio)
(task_cpu) = (task_cpu($p))
(task_state) = (task_state($p))
}
probe scheduler.wakeup_new = kernel.trace("sched_wakeup_new")!, kernel.function("wake_up_new_task"){
(name) = ("wakeup_new")
(task_pid) = ($p->tgid)
(task_priority) = ($p->prio)
(task_cpu) = (task_cpu($p))
(task_state) = (task_state($p))
(task) = ($p)
(task_tid) = ($p->pid)
}
probe __scheduler.migrate.kp = kernel.function("set_task_cpu")!, kernel.function("pull_task")?{
(cpu_to) = ((@defined($new_cpu))?($new_cpu):((@defined($cpu))?($cpu):($this_cpu)))
}
probe __scheduler.migrate.tp = kernel.trace("sched_migrate_task"){
(cpu_to) = ($dest_cpu)
}
probe scheduler.migrate = __scheduler.migrate.tp!, __scheduler.migrate.kp?{
(name) = ("migrate")
(task) = ($p)
(pid) = ($p->tgid)
(priority) = ($p->prio)
(cpu_from) = (task_cpu($p))
}
probe __scheduler.process_free.kp = kernel.function("delayed_put_task_struct")!, kernel.function("__put_task_struct"){
if (@defined($rhp)) {
(__tsk) = (container_of_task_rcu($rhp))
(pid) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->tgid)
(priority) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->prio)
}
else {
(pid) = ($tsk->tgid)
(priority) = ($tsk->prio)
}

}
probe __scheduler.process_free.tp = kernel.trace("sched_process_free"){
(pid) = ($p->tgid)
(priority) = ($p->prio)
}
probe scheduler.process_free = __scheduler.process_free.tp!, __scheduler.process_free.kp{
(name) = ("process_free")
}
probe __scheduler.process_exit.kp = kernel.function("do_exit"){
if (@defined($tsk)) {
(pid) = ($tsk->tgid)
(priority) = ($tsk->prio)
}
else {
(__tsk) = (task_current())
(pid) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->tgid)
(priority) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->prio)
}

}
probe __scheduler.process_exit.tp = kernel.trace("sched_process_exit"){
(pid) = ($p->tgid)
(priority) = ($p->prio)
}
probe scheduler.process_exit = __scheduler.process_exit.tp!, __scheduler.process_exit.kp{
(name) = ("process_exit")
}
probe __scheduler.process_wait.kp = kernel.function("do_wait"){
if (@defined($wo)) {
(pid) = ($wo->wo_pid)
}
else {
(pid) = ($pid)
}

}
probe __scheduler.p
if (@defined($next)) {

(next_priority) = ($next->prio)

(next_pid) = ($next->tgid)

(next_tid) = ($next->pid)

(next_task) = ($next)

(next_task_name) = (task_execname($next))

(nexttsk_state) = ($next->state)

}

else if (@defined($next_p)) {

(next_priority) = ($next_p->prio)

(next_pid) = ($next_p->tgid)

(next_tid) = ($next_p->pid)

(next_task) = ($next_p)

(next_task_name) = (task_execname($next_p))

(nexttsk_state) = ($next_p->state)

}

else {

(next_priority) = ($new->prio)

(next_pid) = ($new->tgid)

(next_tid) = ($new->pid)

(next_task) = ($new)

(next_task_name) = (task_execname($new))

(nexttsk_state) = ($new->state)

}





}

probe scheduler.ctxswitch = __scheduler.ctxswitch.tp!, __scheduler.ctxswitch.kp{

(name) = ("ctxswitch")

}

probe __scheduler.kthread_stop.kp = kernel.function("kthread_stop"){

(thread_pid) = ($k->tgid)

(thread_priority) = ($k->prio)

}

probe __scheduler.kthread_stop.tp = kernel.trace("sched_kthread_stop"){

(thread_pid) = ($t->tgid)

(thread_priority) = ($t->prio)

}

probe scheduler.kthread_stop = __scheduler.kthread_stop.tp!, __scheduler.kthread_stop.kp{

(name) = ("kthread_stop")

}

probe __scheduler.kthread_stop.return.kp = kernel.function("kthread_stop").return{

(return_value) = ($k->exit_code)

}

probe __scheduler.kthread_stop.return.tp = kernel.trace("sched_kthread_stop_ret"){

(return_value) = ($ret)

}

probe scheduler.kthread_stop.return = __scheduler.kthread_stop.return.tp!, __scheduler.kthread_stop.return.kp{

(name) = ("kthread_stop")

}

probe scheduler.wait_task = kernel.trace("sched_wait_task")!, kernel.function("wait_task_inactive")?{

(name) = ("wait_task")

(task_pid) = ($p->tgid)

(task_priority) = ($p->prio)

}

probe scheduler.wakeup = kernel.trace("sched_wakeup")!, kernel.function("try_to_wake_up"){

(name) = ("wakeup")

(task) = ($p)

(task_pid) = ($p->tgid)

(task_tid) = ($p->pid)

(task_priority) = ($p->prio)

(task_cpu) = (task_cpu($p))

(task_state) = (task_state($p))

}

probe scheduler.wakeup_new = kernel.trace("sched_wakeup_new")!, kernel.function("wake_up_new_task"){

(name) = ("wakeup_new")

(task_pid) = ($p->tgid)

(task_priority) = ($p->prio)

(task_cpu) = (task_cpu($p))

(task_state) = (task_state($p))

(task) = ($p)

(task_tid) = ($p->pid)

}

probe __scheduler.migrate.kp = kernel.function("set_task_cpu")!, kernel.function("pull_task")?{

(cpu_to) = ((@defined($new_cpu))?($new_cpu):((@defined($cpu))?($cpu):($this_cpu)))

}

probe __scheduler.migrate.tp = kernel.trace("sched_migrate_task"){

(cpu_to) = ($dest_cpu)

}

probe scheduler.migrate = __scheduler.migrate.tp!, __scheduler.migrate.kp?{

(name) = ("migrate")

(task) = ($p)

(pid) = ($p->tgid)

(priority) = ($p->prio)

(cpu_from) = (task_cpu($p))

}

probe __scheduler.process_free.kp = kernel.function("delayed_put_task_struct")!, kernel.function("__put_task_struct"){

if (@defined($rhp)) {

(__tsk) = (container_of_task_rcu($rhp))

(pid) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->tgid)

(priority) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->prio)

}

else {

(pid) = ($tsk->tgid)

(priority) = ($tsk->prio)

}



}

probe __scheduler.process_free.tp = kernel.trace("sched_process_free"){

(pid) = ($p->tgid)

(priority) = ($p->prio)

}

probe scheduler.process_free = __scheduler.process_free.tp!, __scheduler.process_free.kp{

(name) = ("process_free")

}

probe __scheduler.process_exit.kp = kernel.function("do_exit"){

if (@defined($tsk)) {

(pid) = ($tsk->tgid)

(priority) = ($tsk->prio)

}

else {

(__tsk) = (task_current())

(pid) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->tgid)

(priority) = (@cast(__tsk, "task_struct", "kernel<linux/sched.h>")->prio)

}



}

probe __scheduler.process_exit.tp = kernel.trace("sched_process_exit"){

(pid) = ($p->tgid)

(priority) = ($p->prio)

}

probe scheduler.process_exit = __scheduler.process_exit.tp!, __scheduler.process_exit.kp{

(name) = ("process_exit")

}

probe __scheduler.process_wait.kp = kernel.function("do_wait"){

if (@defined($wo)) {

(pid) = ($wo->wo_pid)

}

else {

(pid) = ($pid)

}



}
rocess_wait.tp = kernel.trace("sched_process_wait"){
(pid) = ($pid)
}
probe scheduler.process_wait = __scheduler.process_wait.tp!, __scheduler.process_wait.kp{
(name) = ("process_wait")
}
probe __scheduler.process_fork.kp = kernel.function("do_fork").return{
(parent_pid) = (@cast(task_current(), "task_struct", "kernel<linux/sched.h>")->tgid)
(child_pid) = ($return)
}
probe __scheduler.process_fork.tp = kernel.trace("sched_process_fork"){
(parent_pid) = ($parent->tgid)
(child_pid) = ($child->tgid)
}
probe scheduler.process_fork = __scheduler.process_fork.tp!, __scheduler.process_fork.kp{
(name) = ("process_fork")
}
probe __scheduler.signal_send.kp = kernel.function("__send_signal")!, kernel.function("send_signal"){
(pid) = ($t->tgid)
}
probe __scheduler.signal_send.tp = kernel.trace("sched_signal_send"){
(pid) = ($p->tgid)
}
probe scheduler.signal_send = __scheduler.signal_send.tp!, __scheduler.signal_send.kp{
(name) = ("signal_send")
(signal_number) = ($sig)
}
function __is_idle ()
%{ /* pure */
    /* Ways to detect idle-ness:
     * - pid() or tid() == 0
     * - current == current->parent
     * - current == this_rq()->idle
     * - others?
     */
    THIS->__retvalue = (current->pid == 0);
%}
function container_of_task_rcu (rcu_ptr)
{
if (@defined(&@cast(0, "task_struct", "kernel<linux/sched.h>")->rcu)) {
(offset) = (&@cast(0, "task_struct", "kernel<linux/sched.h>")->rcu)
if ((rcu_ptr) > (offset)) return (rcu_ptr) - (offset)

}

return 0
}

# file /usr/local/share/systemtap/tapset/scsi.stp
%{
#include <linux/types.h>
#include <scsi/scsi_cmnd.h>
#include <scsi/scsi_device.h>
#include <scsi/scsi_host.h>
#include <linux/timer.h>
#include <linux/blkdev.h>
%}probe scsi.ioentry.scsilib = module("scsi_mod").function("scsi_prep_fn")!, kernel.function("scsi_prep_fn"){
}
probe scsi.ioentry.sd = module("sd_mod").function("sd_prep_fn")!, kernel.function("sd_prep_fn"){
}
probe scsi.ioentry.sr = module("sr_mod").function("sr_prep_fn")!, kernel.function("sr_prep_fn"){
}
probe scsi.ioentry = scsi.ioentry.*?{
(req_addr) = ((@defined($req))?($req):($rq))
if ((@cast(req_addr, "request")->rq_disk) == (0)) {
(disk_major) = (-(1))
(disk_minor) = (-(1))
}
else {
(disk_major) = (@cast(req_addr, "request")->rq_disk->major)
(disk_minor) = (@cast(req_addr, "request")->rq_disk->first_minor)
}

(device_state) = (get_devstate_from_req($q))
(device_state_str) = (describe_device_state(device_state))
}
probe scsi.iodispatching = module("scsi_mod").function("scsi_dispatch_cmd@drivers/scsi/scsi.c")!, kernel.function("scsi_dispatch_cmd@drivers/scsi/scsi.c")?{
(host_no) = ($cmd->device->host->host_no)
(channel) = ($cmd->device->channel)
(lun) = ($cmd->device->lun)
(dev_id) = ($cmd->device->id)
(device_state) = ($cmd->device->sdev_state)
(device_state_str) = (describe_device_state(device_state))
(data_direction) = ($cmd->sc_data_direction)
(data_direction_str) = (describe_data_direction(data_direction))
(request_buffer) = ((@defined($cmd->sdb->table->sgl))?($cmd->sdb->table->sgl):($cmd->request_buffer))
(request_bufflen) = ((@defined($cmd->sdb->length))?($cmd->sdb->length):($cmd->request_bufflen))
(req_addr) = ($cmd->request)
}
probe scsi.iodone = module("scsi_mod").function("scsi_done@drivers/scsi/scsi.c")!, kernel.function("scsi_done@drivers/scsi/scsi.c")?{
(host_no) = ($cmd->device->host->host_no)
(channel) = ($cmd->device->channel)
(lun) = ($cmd->device->lun)
(dev_id) = ($cmd->device->id)
(device_state) = ($cmd->device->sdev_state)
(device_state_str) = (describe_device_state(device_state))
(data_direction) = ($cmd->sc_data_direction)
(data_direction_str) = (describe_data_direction(data_direction))
(req_addr) = ($cmd->request)
(scsi_timer_pending) = (scsi_timer_pending($cmd))
}
probe scsi.iocompleted = module("scsi_mod").function("scsi_io_completion@drivers/scsi/scsi_lib.c")!, kernel.function("scsi_io_completion@drivers/scsi/scsi_lib.c")?{
(host_no) = ($cmd->device->host->host_no)
(channel) = ($cmd->device->channel)
(lun) = ($cmd->device->lun)
(d
probe __scheduler.process_wait.tp = kernel.trace("sched_process_wait"){

(pid) = ($pid)

}

probe scheduler.process_wait = __scheduler.process_wait.tp!, __scheduler.process_wait.kp{

(name) = ("process_wait")

}

probe __scheduler.process_fork.kp = kernel.function("do_fork").return{

(parent_pid) = (@cast(task_current(), "task_struct", "kernel<linux/sched.h>")->tgid)

(child_pid) = ($return)

}

probe __scheduler.process_fork.tp = kernel.trace("sched_process_fork"){

(parent_pid) = ($parent->tgid)

(child_pid) = ($child->tgid)

}

probe scheduler.process_fork = __scheduler.process_fork.tp!, __scheduler.process_fork.kp{

(name) = ("process_fork")

}

probe __scheduler.signal_send.kp = kernel.function("__send_signal")!, kernel.function("send_signal"){

(pid) = ($t->tgid)

}

probe __scheduler.signal_send.tp = kernel.trace("sched_signal_send"){

(pid) = ($p->tgid)

}

probe scheduler.signal_send = __scheduler.signal_send.tp!, __scheduler.signal_send.kp{

(name) = ("signal_send")

(signal_number) = ($sig)

}

function __is_idle ()

%{ /* pure */

    /* Ways to detect idle-ness:

     * - pid() or tid() == 0

     * - current == current->parent

     * - current == this_rq()->idle

     * - others?

     */

    THIS->__retvalue = (current->pid == 0);

%}

function container_of_task_rcu (rcu_ptr)

{

if (@defined(&@cast(0, "task_struct", "kernel<linux/sched.h>")->rcu)) {

(offset) = (&@cast(0, "task_struct", "kernel<linux/sched.h>")->rcu)

if ((rcu_ptr) > (offset)) return (rcu_ptr) - (offset)



}



return 0

}



# file /usr/local/share/systemtap/tapset/scsi.stp

%{

#include <linux/types.h>

#include <scsi/scsi_cmnd.h>

#include <scsi/scsi_device.h>

#include <scsi/scsi_host.h>

#include <linux/timer.h>

#include <linux/blkdev.h>

%}probe scsi.ioentry.scsilib = module("scsi_mod").function("scsi_prep_fn")!, kernel.function("scsi_prep_fn"){

}

probe scsi.ioentry.sd = module("sd_mod").function("sd_prep_fn")!, kernel.function("sd_prep_fn"){

}

probe scsi.ioentry.sr = module("sr_mod").function("sr_prep_fn")!, kernel.function("sr_prep_fn"){

}

probe scsi.ioentry = scsi.ioentry.*?{

(req_addr) = ((@defined($req))?($req):($rq))

if ((@cast(req_addr, "request")->rq_disk) == (0)) {

(disk_major) = (-(1))

(disk_minor) = (-(1))

}

else {

(disk_major) = (@cast(req_addr, "request")->rq_disk->major)

(disk_minor) = (@cast(req_addr, "request")->rq_disk->first_minor)

}



(device_state) = (get_devstate_from_req($q))

(device_state_str) = (describe_device_state(device_state))

}

probe scsi.iodispatching = module("scsi_mod").function("scsi_dispatch_cmd@drivers/scsi/scsi.c")!, kernel.function("scsi_dispatch_cmd@drivers/scsi/scsi.c")?{

(host_no) = ($cmd->device->host->host_no)

(channel) = ($cmd->device->channel)

(lun) = ($cmd->device->lun)

(dev_id) = ($cmd->device->id)

(device_state) = ($cmd->device->sdev_state)

(device_state_str) = (describe_device_state(device_state))

(data_direction) = ($cmd->sc_data_direction)

(data_direction_str) = (describe_data_direction(data_direction))

(request_buffer) = ((@defined($cmd->sdb->table->sgl))?($cmd->sdb->table->sgl):($cmd->request_buffer))

(request_bufflen) = ((@defined($cmd->sdb->length))?($cmd->sdb->length):($cmd->request_bufflen))

(req_addr) = ($cmd->request)

}

probe scsi.iodone = module("scsi_mod").function("scsi_done@drivers/scsi/scsi.c")!, kernel.function("scsi_done@drivers/scsi/scsi.c")?{

(host_no) = ($cmd->device->host->host_no)

(channel) = ($cmd->device->channel)

(lun) = ($cmd->device->lun)

(dev_id) = ($cmd->device->id)

(device_state) = ($cmd->device->sdev_state)

(device_state_str) = (describe_device_state(device_state))

(data_direction) = ($cmd->sc_data_direction)

(data_direction_str) = (describe_data_direction(data_direction))

(req_addr) = ($cmd->request)

(scsi_timer_pending) = (scsi_timer_pending($cmd))

}

probe scsi.iocompleted = module("scsi_mod").function("scsi_io_completion@drivers/scsi/scsi_lib.c")!, kernel.function("scsi_io_completion@drivers/scsi/scsi_lib.c")?{

(host_no) = ($cmd->device->host->host_no)

(channel) = ($cmd->device->channel)

(lun) = ($cmd->device->lun)
ev_id) = ($cmd->device->id)
(device_state) = ($cmd->device->sdev_state)
(device_state_str) = (describe_device_state(device_state))
(data_direction) = ($cmd->sc_data_direction)
(data_direction_str) = (describe_data_direction(data_direction))
(req_addr) = ($cmd->request)
(goodbytes) = ($good_bytes)
}
probe scsi.ioexecute = module("scsi_mod").function("scsi_execute@drivers/scsi/scsi_lib.c")!, kernel.function("scsi_execute@drivers/scsi/scsi_lib.c")?{
(host_no) = ($sdev->host->host_no)
(channel) = ($sdev->channel)
(lun) = ($sdev->lun)
(dev_id) = ($sdev->id)
(device_state) = ($sdev->sdev_state)
(device_state_str) = (describe_device_state(device_state))
(data_direction) = ($data_direction)
(data_direction_str) = (describe_data_direction(data_direction))
(request_buffer) = ($buffer)
(request_bufflen) = ($bufflen)
(timeout) = ($timeout)
(retries) = ($retries)
}
probe scsi.set_state = module("scsi_mod").function("scsi_device_set_state@drivers/scsi/scsi_lib.c")!, kernel.function("scsi_device_set_state@drivers/scsi/scsi_lib.c")?{
(state) = ($state)
(state_str) = (describe_device_state(state))
(host_no) = ($sdev->host->host_no)
(channel) = ($sdev->channel)
(lun) = ($sdev->lun)
(dev_id) = ($sdev->id)
(old_state) = ($sdev->sdev_state)
(old_state_str) = (describe_device_state(old_state))
}
function describe_data_direction (state)
%{ /* pure */
	switch ((long)THIS->state) {
		case DMA_BIDIRECTIONAL:  strlcpy(THIS->__retvalue, "BIDIRECTIONAL", MAXSTRINGLEN); break;
		case DMA_TO_DEVICE:      strlcpy(THIS->__retvalue, "TO_DEVICE",     MAXSTRINGLEN); break;
		case DMA_FROM_DEVICE:    strlcpy(THIS->__retvalue, "FROM_DEVICE",   MAXSTRINGLEN); break;
		case DMA_NONE:           strlcpy(THIS->__retvalue, "NONE",          MAXSTRINGLEN); break;
		default:                 strlcpy(THIS->__retvalue, "[INVALID]",     MAXSTRINGLEN);
	}
%}
function describe_device_state (state)
%{ /* pure */
	switch ((long)THIS->state) {
		case SDEV_CREATED:       strlcpy(THIS->__retvalue, "CREATED",       MAXSTRINGLEN); break;
		case SDEV_RUNNING:       strlcpy(THIS->__retvalue, "RUNNING",       MAXSTRINGLEN); break;
		case SDEV_CANCEL:        strlcpy(THIS->__retvalue, "CANCEL",        MAXSTRINGLEN); break;
		case SDEV_DEL:           strlcpy(THIS->__retvalue, "DEL",           MAXSTRINGLEN); break;
		case SDEV_QUIESCE:       strlcpy(THIS->__retvalue, "QUIESCE",       MAXSTRINGLEN); break;
		case SDEV_OFFLINE:       strlcpy(THIS->__retvalue, "OFFLINE",       MAXSTRINGLEN); break;
#ifdef SDEV_BLOCK
		case SDEV_BLOCK:         strlcpy(THIS->__retvalue, "BLOCK",         MAXSTRINGLEN); break;
#endif
#ifdef SDEV_CREATED_BLOCK
		case SDEV_CREATED_BLOCK: strlcpy(THIS->__retvalue, "CREATED_BLOCK", MAXSTRINGLEN); break;
#endif
		default:                 strlcpy(THIS->__retvalue, "[INVALID]",     MAXSTRINGLEN);
	}
%}
function timer_pending (timer)
{
return (@defined(@cast(timer, "timer_list")->entry->next))?((@cast(timer, "timer_list")->entry->next) != (0)):((@cast(timer, "timer_list")->base) != (0))
}
function scsi_timer_pending (cmd)
{
return timer_pending(&@cast(cmd, "scsi_cmnd", "kernel:scsi_mod")->request->q->timeout)
}
function get_devstate_from_req (var)
{
(sdev) = (@cast(var, "request_queue", "kernel:scsi_mod")->queuedata)
return @cast(sdev, "scsi_device", "kernel:scsi_mod")->sdev_state
}

# file /usr/local/share/systemtap/tapset/signal.stp
global __sig[64]
probe signal.send = __signal.send.send_sigqueue, __signal.send.send_signal?{
(sig_name) = (_signal_name(sig))
(sig_pid) = (task_pid(task))
(pid_name) = (task_execname(task))
if ((sinfo) == (2)) (si_code) = ("SIGSTOP or SIGKILL")
else if ((sinfo) > (0)) (si_code) = ("SI_KERNEL (SIGFPE, SIGSEGV, SIGTRAP, SIGCHLD, SIGPOLL)")
else if ((sinfo) <= (0)) (si_code) = ("SI_USER or SI_TIMER or SI_ASYNCIO")



}
probe __signal.send.send_sigqueue = kernel.function("send_sigqueue"){
(name) = ("send_sigqueue")
(task) = ((@defined($t))?($t):($p))
(sig) = ((@defined($q->info->si_signo))?($q->info->si_signo):($sig))
(sinfo) = ((@defined($q->info))?
(dev_id) = ($cmd->device->id)

(device_state) = ($cmd->device->sdev_state)

(device_state_str) = (describe_device_state(device_state))

(data_direction) = ($cmd->sc_data_direction)

(data_direction_str) = (describe_data_direction(data_direction))

(req_addr) = ($cmd->request)

(goodbytes) = ($good_bytes)

}

probe scsi.ioexecute = module("scsi_mod").function("scsi_execute@drivers/scsi/scsi_lib.c")!, kernel.function("scsi_execute@drivers/scsi/scsi_lib.c")?{

(host_no) = ($sdev->host->host_no)

(channel) = ($sdev->channel)

(lun) = ($sdev->lun)

(dev_id) = ($sdev->id)

(device_state) = ($sdev->sdev_state)

(device_state_str) = (describe_device_state(device_state))

(data_direction) = ($data_direction)

(data_direction_str) = (describe_data_direction(data_direction))

(request_buffer) = ($buffer)

(request_bufflen) = ($bufflen)

(timeout) = ($timeout)

(retries) = ($retries)

}

probe scsi.set_state = module("scsi_mod").function("scsi_device_set_state@drivers/scsi/scsi_lib.c")!, kernel.function("scsi_device_set_state@drivers/scsi/scsi_lib.c")?{

(state) = ($state)

(state_str) = (describe_device_state(state))

(host_no) = ($sdev->host->host_no)

(channel) = ($sdev->channel)

(lun) = ($sdev->lun)

(dev_id) = ($sdev->id)

(old_state) = ($sdev->sdev_state)

(old_state_str) = (describe_device_state(old_state))

}

function describe_data_direction (state)

%{ /* pure */

	switch ((long)THIS->state) {

		case DMA_BIDIRECTIONAL:  strlcpy(THIS->__retvalue, "BIDIRECTIONAL", MAXSTRINGLEN); break;

		case DMA_TO_DEVICE:      strlcpy(THIS->__retvalue, "TO_DEVICE",     MAXSTRINGLEN); break;

		case DMA_FROM_DEVICE:    strlcpy(THIS->__retvalue, "FROM_DEVICE",   MAXSTRINGLEN); break;

		case DMA_NONE:           strlcpy(THIS->__retvalue, "NONE",          MAXSTRINGLEN); break;

		default:                 strlcpy(THIS->__retvalue, "[INVALID]",     MAXSTRINGLEN);

	}

%}

function describe_device_state (state)

%{ /* pure */

	switch ((long)THIS->state) {

		case SDEV_CREATED:       strlcpy(THIS->__retvalue, "CREATED",       MAXSTRINGLEN); break;

		case SDEV_RUNNING:       strlcpy(THIS->__retvalue, "RUNNING",       MAXSTRINGLEN); break;

		case SDEV_CANCEL:        strlcpy(THIS->__retvalue, "CANCEL",        MAXSTRINGLEN); break;

		case SDEV_DEL:           strlcpy(THIS->__retvalue, "DEL",           MAXSTRINGLEN); break;

		case SDEV_QUIESCE:       strlcpy(THIS->__retvalue, "QUIESCE",       MAXSTRINGLEN); break;

		case SDEV_OFFLINE:       strlcpy(THIS->__retvalue, "OFFLINE",       MAXSTRINGLEN); break;

#ifdef SDEV_BLOCK

		case SDEV_BLOCK:         strlcpy(THIS->__retvalue, "BLOCK",         MAXSTRINGLEN); break;

#endif

#ifdef SDEV_CREATED_BLOCK

		case SDEV_CREATED_BLOCK: strlcpy(THIS->__retvalue, "CREATED_BLOCK", MAXSTRINGLEN); break;

#endif

		default:                 strlcpy(THIS->__retvalue, "[INVALID]",     MAXSTRINGLEN);

	}

%}

function timer_pending (timer)

{

return (@defined(@cast(timer, "timer_list")->entry->next))?((@cast(timer, "timer_list")->entry->next) != (0)):((@cast(timer, "timer_list")->base) != (0))

}

function scsi_timer_pending (cmd)

{

return timer_pending(&@cast(cmd, "scsi_cmnd", "kernel:scsi_mod")->request->q->timeout)

}

function get_devstate_from_req (var)

{

(sdev) = (@cast(var, "request_queue", "kernel:scsi_mod")->queuedata)

return @cast(sdev, "scsi_device", "kernel:scsi_mod")->sdev_state

}



# file /usr/local/share/systemtap/tapset/signal.stp

global __sig[64]

probe signal.send = __signal.send.send_sigqueue, __signal.send.send_signal?{

(sig_name) = (_signal_name(sig))

(sig_pid) = (task_pid(task))

(pid_name) = (task_execname(task))

if ((sinfo) == (2)) (si_code) = ("SIGSTOP or SIGKILL")

else if ((sinfo) > (0)) (si_code) = ("SI_KERNEL (SIGFPE, SIGSEGV, SIGTRAP, SIGCHLD, SIGPOLL)")

else if ((sinfo) <= (0)) (si_code) = ("SI_USER or SI_TIMER or SI_ASYNCIO")







}

probe __signal.send.send_sigqueue = kernel.function("send_sigqueue"){

(name) = ("send_sigqueue")

(task) = ((@defined($t))?($t):($p))

(sig) = ((@defined($q->info->si_signo))?($q->info->si_signo):($sig))
($q->info):(0))
(shared) = (0)
(send2queue) = (1)
}
probe __signal.send.send_signal = kernel.function("__send_signal")!, kernel.function("send_signal")?{
if (@defined($group)) {
(name) = ("__send_signal")
(shared) = ((($group) == (0))?(0):(1))
}
else {
(name) = ("send_signal")
(shared) = (0)
}

(sig) = ($sig)
(task) = ($t)
(sinfo) = ($info)
(send2queue) = (0)
}
probe __signal.send.group_send_sig_info = kernel.function("__group_send_sig_info"){
(name) = ("__group_send_sig_info")
(sig) = ($sig)
(task) = ($p)
(sinfo) = ($info)
(shared) = (1)
(send2queue) = (0)
}
probe __signal.send.send_group_sigqueue = kernel.function("send_group_sigqueue"){
(name) = ("send_group_sigqueue")
(sig) = ($sig)
(task) = ($p)
(sinfo) = (0)
(shared) = (1)
(send2queue) = (1)
}
probe __signal.send.specific_send_sig_info = kernel.function("specific_send_sig_info").call{
(name) = ("specific_send_sig_info")
(sig) = ($sig)
(task) = ($t)
(sinfo) = ($info)
(shared) = (0)
(send2queue) = (0)
}
probe signal.send.return = __signal.send.send_sigqueue.return, __signal.send.send_signal.return?{
(retstr) = (returnstr(1))
}
probe __signal.send.send_sigqueue.return = kernel.function("send_sigqueue").return?{
(name) = ("send_sigqueue")
(shared) = (0)
(send2queue) = (1)
}
probe __signal.send.send_signal.return = kernel.function("__send_signal").return!, kernel.function("send_signal").return?{
if (@defined($group)) {
(name) = ("__send_signal")
(shared) = ((($group) == (0))?(0):(1))
}
else {
(name) = ("send_signal")
(shared) = (0)
}

(send2queue) = (0)
}
probe __signal.send.group_send_sig_info.return = kernel.function("__group_send_sig_info").return{
(name) = ("__group_send_sig_info")
(shared) = (1)
(send2queue) = (0)
}
probe __signal.send.specific_send_sig_info.return = kernel.function("specific_send_sig_info").return{
(name) = ("specific_send_sig_info")
(shared) = (0)
(send2queue) = (0)
}
probe __signal.send.send_group_siggueue.return = kernel.function("send_group_sigqueue").return{
(name) = ("send_group_sigqueue")
(shared) = (1)
(send2queue) = (1)
}
probe signal.checkperm = kernel.function("check_kill_permission"){
(sig) = ($sig)
(task) = ($t)
(sinfo) = ($info)
(name) = ("checkperm")
(sig_name) = (_signal_name($sig))
(sig_pid) = (task_pid(task))
(pid_name) = (task_execname(task))
if ((sinfo) == (2)) (si_code) = ("SIGSTOP or SIGKILL")
else if ((sinfo) > (0)) (si_code) = ("SI_KERNEL (SIGFPE, SIGSEGV, SIGTRAP, SIGCHLD, SIGPOLL)")
else if ((sinfo) <= (0)) (si_code) = ("SI_USER or SI_TIMER or SI_ASYNCIO")



}
probe signal.checkperm.return = kernel.function("check_kill_permission").return{
(name) = ("checkperm")
(retstr) = (returnstr(1))
}
probe signal.wakeup = kernel.function("signal_wake_up"){
(name) = ("wakeup")
(sig_pid) = ($t->pid)
(pid_name) = (kernel_string($t->comm))
(resume) = ($resume)
if ((resume) == (0)) {
(state_mask) = ("TASK_INTERRUPTIBLE")
}
else {
(state_mask) = ("TASK_INTERRUPTIBLE | TASK_STOPPED | TASK_TRACED")
}

}
probe signal.check_ignored = kernel.function("sig_ignored"){
(name) = ("check_ignored")
(sig_pid) = ($t->pid)
(pid_name) = (kernel_string($t->comm))
(sig) = ($sig)
(sig_name) = (_signal_name($sig))
}
probe __signal.check_ignored.sig_ignored.return = kernel.function("sig_ignored").return{
(retstr) = (returnstr(1))
}
probe __signal.check_ignored.prepare_signal.return = kernel.function("prepare_signal").return{
(retstr) = (return_str(1, !($return)))
}
probe signal.check_ignored.return = __signal.check_ignored.sig_ignored.return!, __signal.check_ignored.prepare_signal.return{
(name) = ("check_ignored")
}
probe signal.force_segv = _signal.force_segv.*{
(name) = ("force_segv")
}
probe _signal.force_segv.part1 = kernel.function("force_sigsegv"){
(sig_pid) = ($p->pid)
(pid_name) = (kernel_string($p->comm))
(sig) = ($sig)
(sig_name) = (_signal_name($sig))
}
probe _signal.force_segv.part2 = kernel.function("force_sigsegv_info")?{
(sig_pid) = (pid())
(pid_name) = (execname())
(sig) = ($sig)
(sig_name) = (_signal_n
(sinfo) = ((@defined($q->info))?($q->info):(0))

(shared) = (0)

(send2queue) = (1)

}

probe __signal.send.send_signal = kernel.function("__send_signal")!, kernel.function("send_signal")?{

if (@defined($group)) {

(name) = ("__send_signal")

(shared) = ((($group) == (0))?(0):(1))

}

else {

(name) = ("send_signal")

(shared) = (0)

}



(sig) = ($sig)

(task) = ($t)

(sinfo) = ($info)

(send2queue) = (0)

}

probe __signal.send.group_send_sig_info = kernel.function("__group_send_sig_info"){

(name) = ("__group_send_sig_info")

(sig) = ($sig)

(task) = ($p)

(sinfo) = ($info)

(shared) = (1)

(send2queue) = (0)

}

probe __signal.send.send_group_sigqueue = kernel.function("send_group_sigqueue"){

(name) = ("send_group_sigqueue")

(sig) = ($sig)

(task) = ($p)

(sinfo) = (0)

(shared) = (1)

(send2queue) = (1)

}

probe __signal.send.specific_send_sig_info = kernel.function("specific_send_sig_info").call{

(name) = ("specific_send_sig_info")

(sig) = ($sig)

(task) = ($t)

(sinfo) = ($info)

(shared) = (0)

(send2queue) = (0)

}

probe signal.send.return = __signal.send.send_sigqueue.return, __signal.send.send_signal.return?{

(retstr) = (returnstr(1))

}

probe __signal.send.send_sigqueue.return = kernel.function("send_sigqueue").return?{

(name) = ("send_sigqueue")

(shared) = (0)

(send2queue) = (1)

}

probe __signal.send.send_signal.return = kernel.function("__send_signal").return!, kernel.function("send_signal").return?{

if (@defined($group)) {

(name) = ("__send_signal")

(shared) = ((($group) == (0))?(0):(1))

}

else {

(name) = ("send_signal")

(shared) = (0)

}



(send2queue) = (0)

}

probe __signal.send.group_send_sig_info.return = kernel.function("__group_send_sig_info").return{

(name) = ("__group_send_sig_info")

(shared) = (1)

(send2queue) = (0)

}

probe __signal.send.specific_send_sig_info.return = kernel.function("specific_send_sig_info").return{

(name) = ("specific_send_sig_info")

(shared) = (0)

(send2queue) = (0)

}

probe __signal.send.send_group_siggueue.return = kernel.function("send_group_sigqueue").return{

(name) = ("send_group_sigqueue")

(shared) = (1)

(send2queue) = (1)

}

probe signal.checkperm = kernel.function("check_kill_permission"){

(sig) = ($sig)

(task) = ($t)

(sinfo) = ($info)

(name) = ("checkperm")

(sig_name) = (_signal_name($sig))

(sig_pid) = (task_pid(task))

(pid_name) = (task_execname(task))

if ((sinfo) == (2)) (si_code) = ("SIGSTOP or SIGKILL")

else if ((sinfo) > (0)) (si_code) = ("SI_KERNEL (SIGFPE, SIGSEGV, SIGTRAP, SIGCHLD, SIGPOLL)")

else if ((sinfo) <= (0)) (si_code) = ("SI_USER or SI_TIMER or SI_ASYNCIO")







}

probe signal.checkperm.return = kernel.function("check_kill_permission").return{

(name) = ("checkperm")

(retstr) = (returnstr(1))

}

probe signal.wakeup = kernel.function("signal_wake_up"){

(name) = ("wakeup")

(sig_pid) = ($t->pid)

(pid_name) = (kernel_string($t->comm))

(resume) = ($resume)

if ((resume) == (0)) {

(state_mask) = ("TASK_INTERRUPTIBLE")

}

else {

(state_mask) = ("TASK_INTERRUPTIBLE | TASK_STOPPED | TASK_TRACED")

}



}

probe signal.check_ignored = kernel.function("sig_ignored"){

(name) = ("check_ignored")

(sig_pid) = ($t->pid)

(pid_name) = (kernel_string($t->comm))

(sig) = ($sig)

(sig_name) = (_signal_name($sig))

}

probe __signal.check_ignored.sig_ignored.return = kernel.function("sig_ignored").return{

(retstr) = (returnstr(1))

}

probe __signal.check_ignored.prepare_signal.return = kernel.function("prepare_signal").return{

(retstr) = (return_str(1, !($return)))

}

probe signal.check_ignored.return = __signal.check_ignored.sig_ignored.return!, __signal.check_ignored.prepare_signal.return{

(name) = ("check_ignored")

}

probe signal.force_segv = _signal.force_segv.*{

(name) = ("force_segv")

}

probe _signal.force_segv.part1 = kernel.function("force_sigsegv"){

(sig_pid) = ($p->pid)

(pid_name) = (kernel_string($p->comm))

(sig) = ($sig)

(sig_name) = (_signal_name($sig))

}

probe _signal.force_segv.part2 = kernel.function("force_sigsegv_info")?{

(sig_pid) = (pid())

(pid_name) = (execname())

(sig) = ($sig)
ame($sig))
}
probe signal.force_segv.return = kernel.function("force_sigsegv").return, kernel.function("force_sigsegv_info").return?{
(name) = ("force_segv")
(retstr) = (returnstr(1))
}
probe signal.syskill = syscall.kill{
(name) = ("syskill")
(sig_name) = (_signal_name($sig))
(sig_pid) = ($pid)
(pid_name) = (task_execname($pid))
}
probe signal.syskill.return = syscall.kill.return{
(name) = ("syskill")
}
probe signal.systkill = syscall.tkill{
(name) = ("systkill")
(sig_name) = (_signal_name($sig))
(sig_pid) = ($pid)
(pid_name) = (task_execname($pid))
}
probe signal.systkill.return = syscall.tkill.return{
(name) = ("systkill")
}
probe signal.systgkill = syscall.tgkill{
(name) = ("systgkill")
(sig_name) = (_signal_name($sig))
(sig_pid) = ($pid)
(pid_name) = (task_execname($pid))
}
probe signal.systgkill.return = syscall.tgkill.return{
(name) = ("systgkill")
}
probe signal.send_sig_queue = kernel.function("send_sigqueue"), kernel.function("send_group_sigqueue")?{
(name) = ("send_sig_queue")
if (!(@defined($sig))) {
(sig) = ($q->info->si_signo)
(sig_name) = (_signal_name($q->info->si_signo))
}
else {
(sig) = ($sig)
(sig_name) = (_signal_name($sig))
}

if (@defined($t)) {
(sig_pid) = ($t->pid)
(pid_name) = (kernel_string($t->comm))
}
else {
(sig_pid) = ($p->pid)
(pid_name) = (kernel_string($p->comm))
}

(sigqueue_addr) = ($q)
}
probe signal.send_sig_queue.return = kernel.function("send_sigqueue").return, kernel.function("send_group_sigqueue").return?{
(name) = ("send_sig_queue")
(retstr) = (returnstr(1))
}
probe signal.pending = kernel.function("do_sigpending"){
(name) = ("pending")
(sigset_add) = ($set)
(sigset_size) = ($sigsetsize)
}
probe signal.pending.return = kernel.function("do_sigpending").return{
(name) = ("pending")
(retstr) = (returnstr(1))
}
probe signal.handle = kernel.function("handle_signal"){
(name) = ("handle")
(sig) = ($sig)
(sig_name) = (_signal_name($sig))
(sinfo) = ($info)
(sig_code) = ($info->si_code)
(ka_addr) = ($ka)
(oldset_addr) = ($oldset)
(regs) = ($regs)
if (((sinfo) == (0)) && ((sig_code) <= (0))) (sig_mode) = ("User Mode Signal")
else if ((sinfo) >= (1)) (sig_mode) = ("Kernel Mode Signal")


}
probe signal.handle.return = kernel.function("handle_signal").return?{
(name) = ("handle")
(retstr) = (returnstr(1))
}
probe signal.do_action = kernel.function("do_sigaction"){
(name) = ("do_action")
(sig) = ($sig)
(sig_name) = (_signal_name($sig))
(sigact_addr) = ($act)
(oldsigact_addr) = ($oact)
if ((sigact_addr) != (0)) {
(sa_handler) = ($act->sa->sa_handler)
(sa_mask) = (__get_action_mask($act))
}

}
probe signal.do_action.return = kernel.function("do_sigaction").return{
(name) = ("do_action")
(retstr) = (returnstr(1))
}
probe signal.procmask = kernel.function("sigprocmask"){
(name) = ("procmask")
(how) = ($how)
(sigset_addr) = ($set)
(oldsigset_addr) = ($oldset)
(sigset) = (get_sigset($set))
}
probe signal.procmask.return = kernel.function("sigprocmask").return{
(name) = ("procmask")
(retstr) = (returnstr(1))
}
probe signal.flush = kernel.function("flush_signals"){
(name) = ("flush")
(task) = ($t)
(sig_pid) = ($t->pid)
(pid_name) = (kernel_string($t->comm))
}
function __get_action_mask (act)
%{ /* pure */
    int i;
    struct k_sigaction *act = (struct k_sigaction *)((long)THIS->act);
    sigset_t *sigset = &act->sa.sa_mask;
    THIS->__retvalue = kread(&(sigset->sig[0]));
    for (i=1; i<_NSIG_WORDS; ++i) {
        uint64_t part = kread(&(sigset->sig[i]));
        THIS->__retvalue |= part << (_NSIG_BPW*i);
    }
    CATCH_DEREF_FAULT();
%}
function get_sigset (sigset)
%{ /* pure */
    int i;
    sigset_t *sigset = (sigset_t *)((long)THIS->sigset);
    THIS->__retvalue = kread(&(sigset->sig[0]));
    for (i=1; i<_NSIG_WORDS; ++i) {
        uint64_t part = kread(&(sigset->sig[i]));
        THIS->__retvalue |= part << (_NSIG_BPW*i);
    }
    CATCH_DEREF_FAULT();
%}
function get_sa_flags (act)
{
return @cast(act, "k_sigaction", "kernel")->sa->sa_flags
}
fun
(sig_name) = (_signal_name($sig))

}

probe signal.force_segv.return = kernel.function("force_sigsegv").return, kernel.function("force_sigsegv_info").return?{

(name) = ("force_segv")

(retstr) = (returnstr(1))

}

probe signal.syskill = syscall.kill{

(name) = ("syskill")

(sig_name) = (_signal_name($sig))

(sig_pid) = ($pid)

(pid_name) = (task_execname($pid))

}

probe signal.syskill.return = syscall.kill.return{

(name) = ("syskill")

}

probe signal.systkill = syscall.tkill{

(name) = ("systkill")

(sig_name) = (_signal_name($sig))

(sig_pid) = ($pid)

(pid_name) = (task_execname($pid))

}

probe signal.systkill.return = syscall.tkill.return{

(name) = ("systkill")

}

probe signal.systgkill = syscall.tgkill{

(name) = ("systgkill")

(sig_name) = (_signal_name($sig))

(sig_pid) = ($pid)

(pid_name) = (task_execname($pid))

}

probe signal.systgkill.return = syscall.tgkill.return{

(name) = ("systgkill")

}

probe signal.send_sig_queue = kernel.function("send_sigqueue"), kernel.function("send_group_sigqueue")?{

(name) = ("send_sig_queue")

if (!(@defined($sig))) {

(sig) = ($q->info->si_signo)

(sig_name) = (_signal_name($q->info->si_signo))

}

else {

(sig) = ($sig)

(sig_name) = (_signal_name($sig))

}



if (@defined($t)) {

(sig_pid) = ($t->pid)

(pid_name) = (kernel_string($t->comm))

}

else {

(sig_pid) = ($p->pid)

(pid_name) = (kernel_string($p->comm))

}



(sigqueue_addr) = ($q)

}

probe signal.send_sig_queue.return = kernel.function("send_sigqueue").return, kernel.function("send_group_sigqueue").return?{

(name) = ("send_sig_queue")

(retstr) = (returnstr(1))

}

probe signal.pending = kernel.function("do_sigpending"){

(name) = ("pending")

(sigset_add) = ($set)

(sigset_size) = ($sigsetsize)

}

probe signal.pending.return = kernel.function("do_sigpending").return{

(name) = ("pending")

(retstr) = (returnstr(1))

}

probe signal.handle = kernel.function("handle_signal"){

(name) = ("handle")

(sig) = ($sig)

(sig_name) = (_signal_name($sig))

(sinfo) = ($info)

(sig_code) = ($info->si_code)

(ka_addr) = ($ka)

(oldset_addr) = ($oldset)

(regs) = ($regs)

if (((sinfo) == (0)) && ((sig_code) <= (0))) (sig_mode) = ("User Mode Signal")

else if ((sinfo) >= (1)) (sig_mode) = ("Kernel Mode Signal")





}

probe signal.handle.return = kernel.function("handle_signal").return?{

(name) = ("handle")

(retstr) = (returnstr(1))

}

probe signal.do_action = kernel.function("do_sigaction"){

(name) = ("do_action")

(sig) = ($sig)

(sig_name) = (_signal_name($sig))

(sigact_addr) = ($act)

(oldsigact_addr) = ($oact)

if ((sigact_addr) != (0)) {

(sa_handler) = ($act->sa->sa_handler)

(sa_mask) = (__get_action_mask($act))

}



}

probe signal.do_action.return = kernel.function("do_sigaction").return{

(name) = ("do_action")

(retstr) = (returnstr(1))

}

probe signal.procmask = kernel.function("sigprocmask"){

(name) = ("procmask")

(how) = ($how)

(sigset_addr) = ($set)

(oldsigset_addr) = ($oldset)

(sigset) = (get_sigset($set))

}

probe signal.procmask.return = kernel.function("sigprocmask").return{

(name) = ("procmask")

(retstr) = (returnstr(1))

}

probe signal.flush = kernel.function("flush_signals"){

(name) = ("flush")

(task) = ($t)

(sig_pid) = ($t->pid)

(pid_name) = (kernel_string($t->comm))

}

function __get_action_mask (act)

%{ /* pure */

    int i;

    struct k_sigaction *act = (struct k_sigaction *)((long)THIS->act);

    sigset_t *sigset = &act->sa.sa_mask;

    THIS->__retvalue = kread(&(sigset->sig[0]));

    for (i=1; i<_NSIG_WORDS; ++i) {

        uint64_t part = kread(&(sigset->sig[i]));

        THIS->__retvalue |= part << (_NSIG_BPW*i);

    }

    CATCH_DEREF_FAULT();

%}

function get_sigset (sigset)

%{ /* pure */

    int i;

    sigset_t *sigset = (sigset_t *)((long)THIS->sigset);

    THIS->__retvalue = kread(&(sigset->sig[0]));

    for (i=1; i<_NSIG_WORDS; ++i) {

        uint64_t part = kread(&(sigset->sig[i]));

        THIS->__retvalue |= part << (_NSIG_BPW*i);

    }

    CATCH_DEREF_FAULT();

%}

function get_sa_flags (act)

{

return @cast(act, "k_sigaction", "kernel")->sa->sa_flags

}
ction get_sa_handler (act)
{
return @cast(act, "k_sigaction", "kernel")->sa->sa_handler
}
function sigset_mask_str (mask)
%{ /* pure */
	int i, len;
	char *str = THIS->__retvalue, tmp[5];
	for (i = 1; i < _NSIG; ++i, THIS->mask >>=1)
		if (THIS->mask & 1) {
			sprintf(tmp, "%u,", i);
			strlcat(str, tmp, MAXSTRINGLEN);
		}
	len = strlen(str);
	if (len) str[len - 1] = '\0';
%}
function is_sig_blocked (task, sig)
%{ /* pure */
	int i;
	sigset_t blocked;
	struct task_struct *p = (struct task_struct *)((long)THIS->task);
	for (i = 0; i < _NSIG_WORDS; ++i)
		blocked.sig[i] = kread(&p->blocked.sig[i]);
	THIS->__retvalue = sigismember(&blocked, THIS->sig);
	CATCH_DEREF_FAULT();
%}
function sa_flags_str (sa_flags)
%{ /* pure */
	int len;
	char *str = THIS->__retvalue;
	if (THIS->sa_flags & 0x00000001u) strlcat(str, "NOCLDSTOP|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x00000002u) strlcat(str, "NOCLDWAIT|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x00000004u) strlcat(str, "SIGINFO|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x08000000u) strlcat(str, "ONSTACK|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x10000000u) strlcat(str, "RESTART|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x40000000u) strlcat(str, "NODEFER|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x80000000u) strlcat(str, "RESETHAND|", MAXSTRINGLEN);
	if (THIS->sa_flags & 0x04000000) strlcat(str, "RESTORER|", MAXSTRINGLEN);
	len = strlen(str);
	if (len) str[len - 1] = '\0';
%}
function sa_handler_str (handler)
{
if ((handler) == (0)) return "default"

if ((handler) == (1)) return "ignored"

if ((handler) == (-(1))) return "error"

return sprintf("%p", handler)
}
function signal_str (num)
{
if (!([64] in __sig)) {
(__sig[1]) = ("HUP")
(__sig[2]) = ("INT")
(__sig[3]) = ("QUIT")
(__sig[4]) = ("ILL")
(__sig[5]) = ("TRAP")
(__sig[6]) = ("ABRT")
(__sig[7]) = ("BUS")
(__sig[8]) = ("FPE")
(__sig[9]) = ("KILL")
(__sig[10]) = ("USR1")
(__sig[11]) = ("SEGV")
(__sig[12]) = ("USR2")
(__sig[13]) = ("PIPE")
(__sig[14]) = ("ALRM")
(__sig[15]) = ("TERM")
(__sig[16]) = ("STKFLT")
(__sig[17]) = ("CHLD")
(__sig[18]) = ("CONT")
(__sig[19]) = ("STOP")
(__sig[20]) = ("TSTP")
(__sig[21]) = ("TTIN")
(__sig[22]) = ("TTOU")
(__sig[23]) = ("URG")
(__sig[24]) = ("XCPU")
(__sig[25]) = ("XFSZ")
(__sig[26]) = ("VTALRM")
(__sig[27]) = ("PROF")
(__sig[28]) = ("WINCH")
(__sig[29]) = ("IO/POLL")
(__sig[30]) = ("PWR")
(__sig[31]) = ("SYS")
(__sig[32]) = ("RTMIN")
(__sig[33]) = ("RTMIN+1")
(__sig[34]) = ("RTMIN+2")
(__sig[35]) = ("RTMIN+3")
(__sig[36]) = ("RTMIN+4")
(__sig[37]) = ("RTMIN+5")
(__sig[38]) = ("RTMIN+6")
(__sig[39]) = ("RTMIN+7")
(__sig[40]) = ("RTMIN+8")
(__sig[41]) = ("RTMIN+9")
(__sig[42]) = ("RTMIN+10")
(__sig[43]) = ("RTMIN+11")
(__sig[44]) = ("RTMIN+12")
(__sig[45]) = ("RTMIN+13")
(__sig[46]) = ("RTMIN+14")
(__sig[47]) = ("RTMIN+15")
(__sig[48]) = ("RTMIN+16")
(__sig[49]) = ("RTMIN+17")
(__sig[50]) = ("RTMIN+18")
(__sig[51]) = ("RTMIN+19")
(__sig[52]) = ("RTMIN+20")
(__sig[53]) = ("RTMIN+21")
(__sig[54]) = ("RTMIN+22")
(__sig[55]) = ("RTMIN+23")
(__sig[56]) = ("RTMIN+24")
(__sig[57]) = ("RTMIN+25")
(__sig[58]) = ("RTMIN+26")
(__sig[59]) = ("RTMIN+27")
(__sig[60]) = ("RTMIN+28")
(__sig[61]) = ("RTMIN+29")
(__sig[62]) = ("RTMIN+30")
(__sig[63]) = ("RTMIN+31")
(__sig[64]) = ("RTMIN+32")
}

return __sig[num]
}

# file /usr/local/share/systemtap/tapset/socket.stp
%{
#include <net/sock.h>
#include <asm/bitops.h>
%}global _prot_num2str[138]
global _prot_str2num[138]
global _fam_num2str[34]
global _fam_str2num[34]
global _state_num2str[5]
global _state_str2num[5]
global _type_num2str[11]
global _type_str2num[11]
probe socket.send = socket.sendmsg.return, socket.writev.return?, socket.aio_write.return{
(name) = ("socket.send")
}
probe socket.receive = socket.recvmsg.return, socket.readv.return?, socket.aio_read.return{
(name) = ("socket.receive")
}
probe socket.sendmsg = kernel.function("sock_sendmsg"){
(name) = ("socket.sendmsg")
(size) = ($size)
(protocol) = ($sock->sk->sk_
function get_sa_handler (act)

{

return @cast(act, "k_sigaction", "kernel")->sa->sa_handler

}

function sigset_mask_str (mask)

%{ /* pure */

	int i, len;

	char *str = THIS->__retvalue, tmp[5];

	for (i = 1; i < _NSIG; ++i, THIS->mask >>=1)

		if (THIS->mask & 1) {

			sprintf(tmp, "%u,", i);

			strlcat(str, tmp, MAXSTRINGLEN);

		}

	len = strlen(str);

	if (len) str[len - 1] = '\0';

%}

function is_sig_blocked (task, sig)

%{ /* pure */

	int i;

	sigset_t blocked;

	struct task_struct *p = (struct task_struct *)((long)THIS->task);

	for (i = 0; i < _NSIG_WORDS; ++i)

		blocked.sig[i] = kread(&p->blocked.sig[i]);

	THIS->__retvalue = sigismember(&blocked, THIS->sig);

	CATCH_DEREF_FAULT();

%}

function sa_flags_str (sa_flags)

%{ /* pure */

	int len;

	char *str = THIS->__retvalue;

	if (THIS->sa_flags & 0x00000001u) strlcat(str, "NOCLDSTOP|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x00000002u) strlcat(str, "NOCLDWAIT|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x00000004u) strlcat(str, "SIGINFO|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x08000000u) strlcat(str, "ONSTACK|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x10000000u) strlcat(str, "RESTART|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x40000000u) strlcat(str, "NODEFER|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x80000000u) strlcat(str, "RESETHAND|", MAXSTRINGLEN);

	if (THIS->sa_flags & 0x04000000) strlcat(str, "RESTORER|", MAXSTRINGLEN);

	len = strlen(str);

	if (len) str[len - 1] = '\0';

%}

function sa_handler_str (handler)

{

if ((handler) == (0)) return "default"



if ((handler) == (1)) return "ignored"



if ((handler) == (-(1))) return "error"



return sprintf("%p", handler)

}

function signal_str (num)

{

if (!([64] in __sig)) {

(__sig[1]) = ("HUP")

(__sig[2]) = ("INT")

(__sig[3]) = ("QUIT")

(__sig[4]) = ("ILL")

(__sig[5]) = ("TRAP")

(__sig[6]) = ("ABRT")

(__sig[7]) = ("BUS")

(__sig[8]) = ("FPE")

(__sig[9]) = ("KILL")

(__sig[10]) = ("USR1")

(__sig[11]) = ("SEGV")

(__sig[12]) = ("USR2")

(__sig[13]) = ("PIPE")

(__sig[14]) = ("ALRM")

(__sig[15]) = ("TERM")

(__sig[16]) = ("STKFLT")

(__sig[17]) = ("CHLD")

(__sig[18]) = ("CONT")

(__sig[19]) = ("STOP")

(__sig[20]) = ("TSTP")

(__sig[21]) = ("TTIN")

(__sig[22]) = ("TTOU")

(__sig[23]) = ("URG")

(__sig[24]) = ("XCPU")

(__sig[25]) = ("XFSZ")

(__sig[26]) = ("VTALRM")

(__sig[27]) = ("PROF")

(__sig[28]) = ("WINCH")

(__sig[29]) = ("IO/POLL")

(__sig[30]) = ("PWR")

(__sig[31]) = ("SYS")

(__sig[32]) = ("RTMIN")

(__sig[33]) = ("RTMIN+1")

(__sig[34]) = ("RTMIN+2")

(__sig[35]) = ("RTMIN+3")

(__sig[36]) = ("RTMIN+4")

(__sig[37]) = ("RTMIN+5")

(__sig[38]) = ("RTMIN+6")

(__sig[39]) = ("RTMIN+7")

(__sig[40]) = ("RTMIN+8")

(__sig[41]) = ("RTMIN+9")

(__sig[42]) = ("RTMIN+10")

(__sig[43]) = ("RTMIN+11")

(__sig[44]) = ("RTMIN+12")

(__sig[45]) = ("RTMIN+13")

(__sig[46]) = ("RTMIN+14")

(__sig[47]) = ("RTMIN+15")

(__sig[48]) = ("RTMIN+16")

(__sig[49]) = ("RTMIN+17")

(__sig[50]) = ("RTMIN+18")

(__sig[51]) = ("RTMIN+19")

(__sig[52]) = ("RTMIN+20")

(__sig[53]) = ("RTMIN+21")

(__sig[54]) = ("RTMIN+22")

(__sig[55]) = ("RTMIN+23")

(__sig[56]) = ("RTMIN+24")

(__sig[57]) = ("RTMIN+25")

(__sig[58]) = ("RTMIN+26")

(__sig[59]) = ("RTMIN+27")

(__sig[60]) = ("RTMIN+28")

(__sig[61]) = ("RTMIN+29")

(__sig[62]) = ("RTMIN+30")

(__sig[63]) = ("RTMIN+31")

(__sig[64]) = ("RTMIN+32")

}



return __sig[num]

}



# file /usr/local/share/systemtap/tapset/socket.stp

%{

#include <net/sock.h>

#include <asm/bitops.h>

%}global _prot_num2str[138]

global _prot_str2num[138]

global _fam_num2str[34]

global _fam_str2num[34]

global _state_num2str[5]

global _state_str2num[5]

global _type_num2str[11]

global _type_str2num[11]

probe socket.send = socket.sendmsg.return, socket.writev.return?, socket.aio_write.return{

(name) = ("socket.send")

}

probe socket.receive = socket.recvmsg.return, socket.readv.return?, socket.aio_read.return{

(name) = ("socket.receive")

}

probe socket.sendmsg = kernel.function("sock_sendmsg"){

(name) = ("socket.sendmsg")

(size) = ($size)
protocol)
(family) = ($sock->ops->family)
(state) = ($sock->state)
(flags) = ($sock->flags)
(type) = ($sock->type)
}
probe socket.sendmsg.return = kernel.function("sock_sendmsg").return{
(name) = ("socket.sendmsg.return")
(size) = ($return)
(protocol) = ($sock->sk->sk_protocol)
(family) = ($sock->ops->family)
(state) = ($sock->state)
(flags) = ($sock->flags)
(type) = ($sock->type)
(success) = (_success_check($return))
}
probe socket.recvmsg = kernel.function("sock_recvmsg"){
(name) = ("socket.recvmsg")
(size) = ($size)
(protocol) = ($sock->sk->sk_protocol)
(family) = ($sock->ops->family)
(state) = ($sock->state)
(flags) = ($sock->flags)
(type) = ($sock->type)
}
probe socket.recvmsg.return = kernel.function("sock_recvmsg").return{
(name) = ("socket.recvmsg.return")
(size) = ($return)
(protocol) = ($sock->sk->sk_protocol)
(family) = ($sock->ops->family)
(state) = ($sock->state)
(flags) = ($sock->flags)
(type) = ($sock->type)
(success) = (_success_check($return))
}
probe socket.aio_write = kernel.function("sock_aio_write"){
(name) = ("socket.aio_write")
(_sock) = (_get_sock_addr($iocb->ki_filp))
(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):((@defined($count))?($count):($size)))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
}
probe socket.aio_write.return = kernel.function("sock_aio_write").return{
(name) = ("socket.aio_write.return")
(size) = ($return)
(_sock) = (_get_sock_addr($iocb->ki_filp))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
(success) = (_success_check($return))
}
probe socket.aio_read = kernel.function("sock_aio_read"){
(name) = ("socket.aio_read")
(_sock) = (_get_sock_addr($iocb->ki_filp))
(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):((@defined($count))?($count):($size)))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
}
probe socket.aio_read.return = kernel.function("sock_aio_read").return{
(name) = ("socket.aio_read.return")
(size) = ($return)
(_sock) = (_get_sock_addr($iocb->ki_filp))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
(success) = (_success_check($return))
}
probe socket.writev = kernel.function("sock_writev")?{
(name) = ("socket.writev")
(_sock) = (_get_sock_addr($file))
(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):(_get_sock_size($vector, $count)))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
}
probe socket.writev.return = kernel.function("sock_writev").return?{
(name) = ("socket.writev.return")
(size) = ($return)
(_sock) = (_get_sock_addr($file))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
(success) = (_success_check($return))
}
probe socket.readv = kernel.function("sock_readv")?{
(name) = ("socket.readv")
(_sock) = (_get_sock_addr($file))
(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):(_get_sock_size($vector, $count)))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_flags_num(_sock))
(type) = (_sock_type_num(_sock))
}
probe socket.readv.return = kernel.function("sock_readv").return?{
(name) = ("socket.readv.return")
(size) = ($return)
(_sock) = (_get_sock_addr($file))
(protocol) = (_sock_prot_num(_sock))
(family) = (_sock_fam_num(_sock))
(state) = (_sock_state_num(_sock))
(flags) = (_sock_fl
(protocol) = ($sock->sk->sk_protocol)

(family) = ($sock->ops->family)

(state) = ($sock->state)

(flags) = ($sock->flags)

(type) = ($sock->type)

}

probe socket.sendmsg.return = kernel.function("sock_sendmsg").return{

(name) = ("socket.sendmsg.return")

(size) = ($return)

(protocol) = ($sock->sk->sk_protocol)

(family) = ($sock->ops->family)

(state) = ($sock->state)

(flags) = ($sock->flags)

(type) = ($sock->type)

(success) = (_success_check($return))

}

probe socket.recvmsg = kernel.function("sock_recvmsg"){

(name) = ("socket.recvmsg")

(size) = ($size)

(protocol) = ($sock->sk->sk_protocol)

(family) = ($sock->ops->family)

(state) = ($sock->state)

(flags) = ($sock->flags)

(type) = ($sock->type)

}

probe socket.recvmsg.return = kernel.function("sock_recvmsg").return{

(name) = ("socket.recvmsg.return")

(size) = ($return)

(protocol) = ($sock->sk->sk_protocol)

(family) = ($sock->ops->family)

(state) = ($sock->state)

(flags) = ($sock->flags)

(type) = ($sock->type)

(success) = (_success_check($return))

}

probe socket.aio_write = kernel.function("sock_aio_write"){

(name) = ("socket.aio_write")

(_sock) = (_get_sock_addr($iocb->ki_filp))

(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):((@defined($count))?($count):($size)))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

}

probe socket.aio_write.return = kernel.function("sock_aio_write").return{

(name) = ("socket.aio_write.return")

(size) = ($return)

(_sock) = (_get_sock_addr($iocb->ki_filp))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

(success) = (_success_check($return))

}

probe socket.aio_read = kernel.function("sock_aio_read"){

(name) = ("socket.aio_read")

(_sock) = (_get_sock_addr($iocb->ki_filp))

(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):((@defined($count))?($count):($size)))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

}

probe socket.aio_read.return = kernel.function("sock_aio_read").return{

(name) = ("socket.aio_read.return")

(size) = ($return)

(_sock) = (_get_sock_addr($iocb->ki_filp))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

(success) = (_success_check($return))

}

probe socket.writev = kernel.function("sock_writev")?{

(name) = ("socket.writev")

(_sock) = (_get_sock_addr($file))

(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):(_get_sock_size($vector, $count)))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

}

probe socket.writev.return = kernel.function("sock_writev").return?{

(name) = ("socket.writev.return")

(size) = ($return)

(_sock) = (_get_sock_addr($file))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

(success) = (_success_check($return))

}

probe socket.readv = kernel.function("sock_readv")?{

(name) = ("socket.readv")

(_sock) = (_get_sock_addr($file))

(size) = ((@defined($iov))?(_get_sock_size($iov, $nr_segs)):(_get_sock_size($vector, $count)))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))

(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

}

probe socket.readv.return = kernel.function("sock_readv").return?{

(name) = ("socket.readv.return")

(size) = ($return)

(_sock) = (_get_sock_addr($file))

(protocol) = (_sock_prot_num(_sock))

(family) = (_sock_fam_num(_sock))

(state) = (_sock_state_num(_sock))
ags_num(_sock))
(type) = (_sock_type_num(_sock))
(success) = (_success_check($return))
}
probe socket.create = kernel.function("__sock_create"){
(name) = ("socket.create")
(protocol) = ($protocol)
(family) = ($family)
(type) = ($type)
(requester) = ($kern)
}
probe socket.create.return = kernel.function("__sock_create").return{
(name) = ("socket.create.return")
(protocol) = ($protocol)
(family) = ($family)
(type) = ($type)
(requester) = ($kern)
(err) = ($return)
(success) = (_success_check($return))
}
probe socket.close = kernel.function("sock_release"){
(name) = ("socket.close")
(protocol) = ($sock->sk->sk_protocol)
(family) = ($sock->ops->family)
(state) = ($sock->state)
(flags) = ($sock->flags)
(type) = ($sock->type)
}
probe socket.close.return = kernel.function("sock_release").return{
(name) = ("socket.close.return")
}
probe begin(-1001){
(_prot_num2str[0]) = ("IP")
(_prot_num2str[1]) = ("ICMP")
(_prot_num2str[2]) = ("IGMP")
(_prot_num2str[3]) = ("GGP")
(_prot_num2str[4]) = ("IPENCAP")
(_prot_num2str[5]) = ("ST")
(_prot_num2str[6]) = ("TCP")
(_prot_num2str[7]) = ("CBT")
(_prot_num2str[8]) = ("EGP")
(_prot_num2str[9]) = ("IGP")
(_prot_num2str[10]) = ("BBN-RCC")
(_prot_num2str[11]) = ("NVP")
(_prot_num2str[12]) = ("PUP")
(_prot_num2str[13]) = ("ARGUS")
(_prot_num2str[14]) = ("EMCON")
(_prot_num2str[15]) = ("XNET")
(_prot_num2str[16]) = ("CHAOS")
(_prot_num2str[17]) = ("UDP")
(_prot_num2str[18]) = ("MUX")
(_prot_num2str[19]) = ("DCN")
(_prot_num2str[20]) = ("HMP")
(_prot_num2str[21]) = ("PRM")
(_prot_num2str[22]) = ("XNS-IDP")
(_prot_num2str[23]) = ("TRUNK-1")
(_prot_num2str[24]) = ("TRUNK-2")
(_prot_num2str[25]) = ("LEAF-1")
(_prot_num2str[26]) = ("LEAF-2")
(_prot_num2str[27]) = ("RDP")
(_prot_num2str[28]) = ("IRTP")
(_prot_num2str[29]) = ("ISO-TP4")
(_prot_num2str[30]) = ("NETBLT")
(_prot_num2str[31]) = ("MFE-NSP")
(_prot_num2str[32]) = ("MERIT-INP")
(_prot_num2str[33]) = ("SEP")
(_prot_num2str[34]) = ("3PC")
(_prot_num2str[35]) = ("IDPR")
(_prot_num2str[36]) = ("XTP")
(_prot_num2str[37]) = ("DDP")
(_prot_num2str[38]) = ("IDPR-CMTP")
(_prot_num2str[39]) = ("TP++")
(_prot_num2str[40]) = ("IL")
(_prot_num2str[41]) = ("IPV6")
(_prot_num2str[42]) = ("SDRP")
(_prot_num2str[43]) = ("IPV6-ROUTE")
(_prot_num2str[44]) = ("IPV6-FRAG")
(_prot_num2str[45]) = ("IDRP")
(_prot_num2str[46]) = ("RSVP")
(_prot_num2str[47]) = ("GRE")
(_prot_num2str[48]) = ("MHRP")
(_prot_num2str[49]) = ("BNA")
(_prot_num2str[50]) = ("IPV6-CRYPT")
(_prot_num2str[51]) = ("IPV6-AUTH")
(_prot_num2str[52]) = ("I-NLSP")
(_prot_num2str[53]) = ("SWIPE")
(_prot_num2str[54]) = ("NARP")
(_prot_num2str[55]) = ("MOBILE")
(_prot_num2str[56]) = ("TLSP")
(_prot_num2str[57]) = ("SKIP")
(_prot_num2str[58]) = ("IPV6-ICMP")
(_prot_num2str[59]) = ("IPV6-NONXT")
(_prot_num2str[60]) = ("IPV6-OPTS")
(_prot_num2str[62]) = ("CFTP")
(_prot_num2str[64]) = ("SAT-EXPAK")
(_prot_num2str[65]) = ("KRYPTOLAN")
(_prot_num2str[66]) = ("RVD")
(_prot_num2str[67]) = ("IPPC")
(_prot_num2str[69]) = ("SAT-MON")
(_prot_num2str[70]) = ("VISA")
(_prot_num2str[71]) = ("IPCV")
(_prot_num2str[72]) = ("CPNX")
(_prot_num2str[73]) = ("CPHB")
(_prot_num2str[74]) = ("WSN")
(_prot_num2str[75]) = ("PVP")
(_prot_num2str[76]) = ("BR-SAT-MON")
(_prot_num2str[77]) = ("SUN-ND")
(_prot_num2str[78]) = ("WB-MON")
(_prot_num2str[79]) = ("WB-EXPAK")
(_prot_num2str[80]) = ("ISO-IP")
(_prot_num2str[81]) = ("VMTP")
(_prot_num2str[82]) = ("SECURE-VMTP")
(_prot_num2str[83]) = ("VINES")
(_prot_num2str[84]) = ("TTP")
(_prot_num2str[85]) = ("NSFNET-IGP")
(_prot_num2str[86]) = ("DGP")
(_prot_num2str[87]) = ("TCF")
(_prot_num2str[88]) = ("EIGRP")
(_prot_num2str[89]) = ("OSPF")
(_prot_num2str[90]) = ("SPRITE-RPC")
(_prot_num2str[91]) = ("LARP")
(_prot_num2str[92]) = ("MTP")
(_prot_num2str[93]) = ("AX.25")
(_prot_num2str[94]) = ("IPIP")
(_prot_num2str[95]) = ("MICP")
(_prot_num2str[96]) = ("SCC-SP")
(_prot_num2str[97]) = ("ETHERIP")
(_prot_num2str[98]) = ("ENCAP")
(_prot_num2str[100]) = ("GMTP")
(_prot
(flags) = (_sock_flags_num(_sock))

(type) = (_sock_type_num(_sock))

(success) = (_success_check($return))

}

probe socket.create = kernel.function("__sock_create"){

(name) = ("socket.create")

(protocol) = ($protocol)

(family) = ($family)

(type) = ($type)

(requester) = ($kern)

}

probe socket.create.return = kernel.function("__sock_create").return{

(name) = ("socket.create.return")

(protocol) = ($protocol)

(family) = ($family)

(type) = ($type)

(requester) = ($kern)

(err) = ($return)

(success) = (_success_check($return))

}

probe socket.close = kernel.function("sock_release"){

(name) = ("socket.close")

(protocol) = ($sock->sk->sk_protocol)

(family) = ($sock->ops->family)

(state) = ($sock->state)

(flags) = ($sock->flags)

(type) = ($sock->type)

}

probe socket.close.return = kernel.function("sock_release").return{

(name) = ("socket.close.return")

}

probe begin(-1001){

(_prot_num2str[0]) = ("IP")

(_prot_num2str[1]) = ("ICMP")

(_prot_num2str[2]) = ("IGMP")

(_prot_num2str[3]) = ("GGP")

(_prot_num2str[4]) = ("IPENCAP")

(_prot_num2str[5]) = ("ST")

(_prot_num2str[6]) = ("TCP")

(_prot_num2str[7]) = ("CBT")

(_prot_num2str[8]) = ("EGP")

(_prot_num2str[9]) = ("IGP")

(_prot_num2str[10]) = ("BBN-RCC")

(_prot_num2str[11]) = ("NVP")

(_prot_num2str[12]) = ("PUP")

(_prot_num2str[13]) = ("ARGUS")

(_prot_num2str[14]) = ("EMCON")

(_prot_num2str[15]) = ("XNET")

(_prot_num2str[16]) = ("CHAOS")

(_prot_num2str[17]) = ("UDP")

(_prot_num2str[18]) = ("MUX")

(_prot_num2str[19]) = ("DCN")

(_prot_num2str[20]) = ("HMP")

(_prot_num2str[21]) = ("PRM")

(_prot_num2str[22]) = ("XNS-IDP")

(_prot_num2str[23]) = ("TRUNK-1")

(_prot_num2str[24]) = ("TRUNK-2")

(_prot_num2str[25]) = ("LEAF-1")

(_prot_num2str[26]) = ("LEAF-2")

(_prot_num2str[27]) = ("RDP")

(_prot_num2str[28]) = ("IRTP")

(_prot_num2str[29]) = ("ISO-TP4")

(_prot_num2str[30]) = ("NETBLT")

(_prot_num2str[31]) = ("MFE-NSP")

(_prot_num2str[32]) = ("MERIT-INP")

(_prot_num2str[33]) = ("SEP")

(_prot_num2str[34]) = ("3PC")

(_prot_num2str[35]) = ("IDPR")

(_prot_num2str[36]) = ("XTP")

(_prot_num2str[37]) = ("DDP")

(_prot_num2str[38]) = ("IDPR-CMTP")

(_prot_num2str[39]) = ("TP++")

(_prot_num2str[40]) = ("IL")

(_prot_num2str[41]) = ("IPV6")

(_prot_num2str[42]) = ("SDRP")

(_prot_num2str[43]) = ("IPV6-ROUTE")

(_prot_num2str[44]) = ("IPV6-FRAG")

(_prot_num2str[45]) = ("IDRP")

(_prot_num2str[46]) = ("RSVP")

(_prot_num2str[47]) = ("GRE")

(_prot_num2str[48]) = ("MHRP")

(_prot_num2str[49]) = ("BNA")

(_prot_num2str[50]) = ("IPV6-CRYPT")

(_prot_num2str[51]) = ("IPV6-AUTH")

(_prot_num2str[52]) = ("I-NLSP")

(_prot_num2str[53]) = ("SWIPE")

(_prot_num2str[54]) = ("NARP")

(_prot_num2str[55]) = ("MOBILE")

(_prot_num2str[56]) = ("TLSP")

(_prot_num2str[57]) = ("SKIP")

(_prot_num2str[58]) = ("IPV6-ICMP")

(_prot_num2str[59]) = ("IPV6-NONXT")

(_prot_num2str[60]) = ("IPV6-OPTS")

(_prot_num2str[62]) = ("CFTP")

(_prot_num2str[64]) = ("SAT-EXPAK")

(_prot_num2str[65]) = ("KRYPTOLAN")

(_prot_num2str[66]) = ("RVD")

(_prot_num2str[67]) = ("IPPC")

(_prot_num2str[69]) = ("SAT-MON")

(_prot_num2str[70]) = ("VISA")

(_prot_num2str[71]) = ("IPCV")

(_prot_num2str[72]) = ("CPNX")

(_prot_num2str[73]) = ("CPHB")

(_prot_num2str[74]) = ("WSN")

(_prot_num2str[75]) = ("PVP")

(_prot_num2str[76]) = ("BR-SAT-MON")

(_prot_num2str[77]) = ("SUN-ND")

(_prot_num2str[78]) = ("WB-MON")

(_prot_num2str[79]) = ("WB-EXPAK")

(_prot_num2str[80]) = ("ISO-IP")

(_prot_num2str[81]) = ("VMTP")

(_prot_num2str[82]) = ("SECURE-VMTP")

(_prot_num2str[83]) = ("VINES")

(_prot_num2str[84]) = ("TTP")

(_prot_num2str[85]) = ("NSFNET-IGP")

(_prot_num2str[86]) = ("DGP")

(_prot_num2str[87]) = ("TCF")

(_prot_num2str[88]) = ("EIGRP")

(_prot_num2str[89]) = ("OSPF")

(_prot_num2str[90]) = ("SPRITE-RPC")

(_prot_num2str[91]) = ("LARP")

(_prot_num2str[92]) = ("MTP")

(_prot_num2str[93]) = ("AX.25")

(_prot_num2str[94]) = ("IPIP")

(_prot_num2str[95]) = ("MICP")

(_prot_num2str[96]) = ("SCC-SP")

(_prot_num2str[97]) = ("ETHERIP")

(_prot_num2str[98]) = ("ENCAP")

(_prot_num2str[100]) = ("GMTP")
_num2str[101]) = ("IFMP")
(_prot_num2str[102]) = ("PNNI")
(_prot_num2str[103]) = ("PIM")
(_prot_num2str[104]) = ("ARIS")
(_prot_num2str[105]) = ("SCPS")
(_prot_num2str[106]) = ("QNX")
(_prot_num2str[107]) = ("A/N")
(_prot_num2str[108]) = ("IPCOMP")
(_prot_num2str[109]) = ("SNP")
(_prot_num2str[110]) = ("COMPAQ-PEER")
(_prot_num2str[111]) = ("IPX-IN-IP")
(_prot_num2str[112]) = ("VRRP")
(_prot_num2str[113]) = ("PGM")
(_prot_num2str[115]) = ("L2TP")
(_prot_num2str[116]) = ("DDX")
(_prot_num2str[117]) = ("IATP")
(_prot_num2str[118]) = ("STP")
(_prot_num2str[119]) = ("SRP")
(_prot_num2str[120]) = ("UTI")
(_prot_num2str[121]) = ("SMP")
(_prot_num2str[122]) = ("SM")
(_prot_num2str[123]) = ("PTP")
(_prot_num2str[124]) = ("ISIS")
(_prot_num2str[125]) = ("FIRE")
(_prot_num2str[126]) = ("CRTP")
(_prot_num2str[127]) = ("CRDUP")
(_prot_num2str[128]) = ("SSCOPMCE")
(_prot_num2str[129]) = ("IPLT")
(_prot_num2str[130]) = ("SPS")
(_prot_num2str[131]) = ("PIPE")
(_prot_num2str[132]) = ("SCTP")
(_prot_num2str[133]) = ("FC")
(_prot_num2str[134]) = ("RSVP-E2E-IGNORE")
(_prot_num2str[135]) = ("Mobility-Header")
(_prot_num2str[136]) = ("UDPLite")
(_prot_num2str[137]) = ("MPLS-IN-IP")
foreach ([num] in _prot_num2str) (_prot_str2num[_prot_num2str[num]]) = (num)
(_fam_num2str[0]) = ("UNSPEC")
(_fam_num2str[1]) = ("LOCAL")
(_fam_num2str[2]) = ("INET")
(_fam_num2str[3]) = ("AX25")
(_fam_num2str[4]) = ("IPX")
(_fam_num2str[5]) = ("APPLETALK")
(_fam_num2str[6]) = ("NETROM")
(_fam_num2str[7]) = ("BRIDGE")
(_fam_num2str[8]) = ("ATMPVC")
(_fam_num2str[9]) = ("X25")
(_fam_num2str[10]) = ("INET6")
(_fam_num2str[11]) = ("ROSE")
(_fam_num2str[12]) = ("DECNET")
(_fam_num2str[13]) = ("NETBEUI")
(_fam_num2str[14]) = ("SECURITY")
(_fam_num2str[15]) = ("KEY")
(_fam_num2str[16]) = ("NETLINK")
(_fam_num2str[17]) = ("PACKET")
(_fam_num2str[18]) = ("ASH")
(_fam_num2str[19]) = ("ECONET")
(_fam_num2str[20]) = ("ATMSVC")
(_fam_num2str[22]) = ("SNA")
(_fam_num2str[23]) = ("IRDA")
(_fam_num2str[24]) = ("PPPOX")
(_fam_num2str[25]) = ("WANPIPE")
(_fam_num2str[26]) = ("LLC")
(_fam_num2str[30]) = ("TIPC")
(_fam_num2str[31]) = ("BLUETOOTH")
(_fam_num2str[32]) = ("IUCV")
(_fam_num2str[33]) = ("RXRPC")
foreach ([num] in _fam_num2str) (_fam_str2num[_fam_num2str[num]]) = (num)
(_state_num2str[0]) = ("FREE")
(_state_num2str[1]) = ("UNCONNECTED")
(_state_num2str[2]) = ("CONNECTING")
(_state_num2str[3]) = ("CONNECTED")
(_state_num2str[4]) = ("DISCONNECTING")
foreach ([num] in _state_num2str) (_state_str2num[_state_num2str[num]]) = (num)
(_type_num2str[1]) = ("STREAM")
(_type_num2str[2]) = ("DGRAM")
(_type_num2str[3]) = ("RAW")
(_type_num2str[4]) = ("RDM")
(_type_num2str[5]) = ("SEQPACKET")
(_type_num2str[6]) = ("DCCP")
(_type_num2str[10]) = ("PACKET")
foreach ([num] in _type_num2str) (_type_str2num[_type_num2str[num]]) = (num)
}
function sock_prot_num2str (proto)
{
return ([proto] in _prot_num2str)?(_prot_num2str[proto]):("UNDEF")
}
function sock_prot_str2num (proto)
{
return ([proto] in _prot_str2num)?(_prot_str2num[proto]):(-(1))
}
function sock_fam_num2str (family)
{
return ([family] in _fam_num2str)?(_fam_num2str[family]):("UNDEF")
}
function sock_fam_str2num (family)
{
return ([family] in _fam_str2num)?(_fam_str2num[family]):(-(1))
}
function sock_state_num2str (state)
{
return ([state] in _state_num2str)?(_state_num2str[state]):("UNDEF")
}
function sock_state_str2num (state)
{
return ([state] in _state_str2num)?(_state_str2num[state]):(-(1))
}
function sock_type_num2str (type)
{
return ([type] in _type_num2str)?(_type_num2str[type]):("UNDEF")
}
function sock_type_str2num (type)
{
return ([type] in _type_str2num)?(_type_str2num[type]):(-(1))
}
function sock_flags_num2str (flags)
%{ /* pure */
#ifndef SOCK_PASSCRED
#define SOCK_PASSCRED 3  /* introduced in 2.6.12? */
#endif
#ifndef SOCK_PASSSEC
#define SOCK_PASSSEC 4   /* introduced in 2.6.18 */
#endif
	char str[60];
	unsigned long flags = THIS->flags;

	str[0] = '\0';
	if (test_bit (SOCK_ASYNC_NOSPACE,
(_prot_num2str[101]) = ("IFMP")

(_prot_num2str[102]) = ("PNNI")

(_prot_num2str[103]) = ("PIM")

(_prot_num2str[104]) = ("ARIS")

(_prot_num2str[105]) = ("SCPS")

(_prot_num2str[106]) = ("QNX")

(_prot_num2str[107]) = ("A/N")

(_prot_num2str[108]) = ("IPCOMP")

(_prot_num2str[109]) = ("SNP")

(_prot_num2str[110]) = ("COMPAQ-PEER")

(_prot_num2str[111]) = ("IPX-IN-IP")

(_prot_num2str[112]) = ("VRRP")

(_prot_num2str[113]) = ("PGM")

(_prot_num2str[115]) = ("L2TP")

(_prot_num2str[116]) = ("DDX")

(_prot_num2str[117]) = ("IATP")

(_prot_num2str[118]) = ("STP")

(_prot_num2str[119]) = ("SRP")

(_prot_num2str[120]) = ("UTI")

(_prot_num2str[121]) = ("SMP")

(_prot_num2str[122]) = ("SM")

(_prot_num2str[123]) = ("PTP")

(_prot_num2str[124]) = ("ISIS")

(_prot_num2str[125]) = ("FIRE")

(_prot_num2str[126]) = ("CRTP")

(_prot_num2str[127]) = ("CRDUP")

(_prot_num2str[128]) = ("SSCOPMCE")

(_prot_num2str[129]) = ("IPLT")

(_prot_num2str[130]) = ("SPS")

(_prot_num2str[131]) = ("PIPE")

(_prot_num2str[132]) = ("SCTP")

(_prot_num2str[133]) = ("FC")

(_prot_num2str[134]) = ("RSVP-E2E-IGNORE")

(_prot_num2str[135]) = ("Mobility-Header")

(_prot_num2str[136]) = ("UDPLite")

(_prot_num2str[137]) = ("MPLS-IN-IP")

foreach ([num] in _prot_num2str) (_prot_str2num[_prot_num2str[num]]) = (num)

(_fam_num2str[0]) = ("UNSPEC")

(_fam_num2str[1]) = ("LOCAL")

(_fam_num2str[2]) = ("INET")

(_fam_num2str[3]) = ("AX25")

(_fam_num2str[4]) = ("IPX")

(_fam_num2str[5]) = ("APPLETALK")

(_fam_num2str[6]) = ("NETROM")

(_fam_num2str[7]) = ("BRIDGE")

(_fam_num2str[8]) = ("ATMPVC")

(_fam_num2str[9]) = ("X25")

(_fam_num2str[10]) = ("INET6")

(_fam_num2str[11]) = ("ROSE")

(_fam_num2str[12]) = ("DECNET")

(_fam_num2str[13]) = ("NETBEUI")

(_fam_num2str[14]) = ("SECURITY")

(_fam_num2str[15]) = ("KEY")

(_fam_num2str[16]) = ("NETLINK")

(_fam_num2str[17]) = ("PACKET")

(_fam_num2str[18]) = ("ASH")

(_fam_num2str[19]) = ("ECONET")

(_fam_num2str[20]) = ("ATMSVC")

(_fam_num2str[22]) = ("SNA")

(_fam_num2str[23]) = ("IRDA")

(_fam_num2str[24]) = ("PPPOX")

(_fam_num2str[25]) = ("WANPIPE")

(_fam_num2str[26]) = ("LLC")

(_fam_num2str[30]) = ("TIPC")

(_fam_num2str[31]) = ("BLUETOOTH")

(_fam_num2str[32]) = ("IUCV")

(_fam_num2str[33]) = ("RXRPC")

foreach ([num] in _fam_num2str) (_fam_str2num[_fam_num2str[num]]) = (num)

(_state_num2str[0]) = ("FREE")

(_state_num2str[1]) = ("UNCONNECTED")

(_state_num2str[2]) = ("CONNECTING")

(_state_num2str[3]) = ("CONNECTED")

(_state_num2str[4]) = ("DISCONNECTING")

foreach ([num] in _state_num2str) (_state_str2num[_state_num2str[num]]) = (num)

(_type_num2str[1]) = ("STREAM")

(_type_num2str[2]) = ("DGRAM")

(_type_num2str[3]) = ("RAW")

(_type_num2str[4]) = ("RDM")

(_type_num2str[5]) = ("SEQPACKET")

(_type_num2str[6]) = ("DCCP")

(_type_num2str[10]) = ("PACKET")

foreach ([num] in _type_num2str) (_type_str2num[_type_num2str[num]]) = (num)

}

function sock_prot_num2str (proto)

{

return ([proto] in _prot_num2str)?(_prot_num2str[proto]):("UNDEF")

}

function sock_prot_str2num (proto)

{

return ([proto] in _prot_str2num)?(_prot_str2num[proto]):(-(1))

}

function sock_fam_num2str (family)

{

return ([family] in _fam_num2str)?(_fam_num2str[family]):("UNDEF")

}

function sock_fam_str2num (family)

{

return ([family] in _fam_str2num)?(_fam_str2num[family]):(-(1))

}

function sock_state_num2str (state)

{

return ([state] in _state_num2str)?(_state_num2str[state]):("UNDEF")

}

function sock_state_str2num (state)

{

return ([state] in _state_str2num)?(_state_str2num[state]):(-(1))

}

function sock_type_num2str (type)

{

return ([type] in _type_num2str)?(_type_num2str[type]):("UNDEF")

}

function sock_type_str2num (type)

{

return ([type] in _type_str2num)?(_type_str2num[type]):(-(1))

}

function sock_flags_num2str (flags)

%{ /* pure */

#ifndef SOCK_PASSCRED

#define SOCK_PASSCRED 3  /* introduced in 2.6.12? */

#endif

#ifndef SOCK_PASSSEC

#define SOCK_PASSSEC 4   /* introduced in 2.6.18 */

#endif

	char str[60];

	unsigned long flags = THIS->flags;



	str[0] = '\0';
 &flags))
		strcat (str, "ASYNC_NOSPACE|");
	if (test_bit (SOCK_ASYNC_WAITDATA, &flags))
		strcat (str, "ASYNC_WAITDATA|");
	if (test_bit (SOCK_NOSPACE, &flags))
		strcat (str, "NOSPACE|");
	if (test_bit (SOCK_PASSCRED, &flags))
		strcat (str, "PASSCRED|");
	if (test_bit (SOCK_PASSSEC, &flags))
		strcat (str, "PASSSEC|");
	if (str[0] != '\0') str[strlen(str)-1] = '\0';
	strlcpy (THIS->__retvalue, str, MAXSTRINGLEN);
%}
function msg_flags_num2str (flags)
%{ /* pure */
	char str[256];

	str[0] = '\0';

	if (THIS->flags & MSG_OOB) strcat (str, "OOB|");
	if (THIS->flags & MSG_PEEK) strcat (str, "PEEK|");
	if (THIS->flags & MSG_DONTROUTE) strcat (str, "DONTROUTE|");
	if (THIS->flags & MSG_TRYHARD) strcat (str, "TRYHARD|");
	if (THIS->flags & MSG_CTRUNC) strcat (str, "CTRUNC|");
	if (THIS->flags & MSG_PROBE) strcat (str, "PROBE|");
	if (THIS->flags & MSG_TRUNC) strcat (str, "TRUNC|");
	if (THIS->flags & MSG_DONTWAIT) strcat (str, "DONTWAIT|");
	if (THIS->flags & MSG_EOR) strcat (str, "EOR|");
	if (THIS->flags & MSG_WAITALL) strcat (str, "WAITALL|");
	if (THIS->flags & MSG_FIN) strcat (str, "FIN|");
	if (THIS->flags & MSG_SYN) strcat (str, "SYN|");
	if (THIS->flags & MSG_CONFIRM) strcat (str, "CONFIRM|");
	if (THIS->flags & MSG_RST) strcat (str, "RST|");
	if (THIS->flags & MSG_ERRQUEUE) strcat (str, "ERRQUEUE|");
	if (THIS->flags & MSG_NOSIGNAL) strcat (str, "NOSIGNAL|");
	if (THIS->flags & MSG_MORE) strcat (str, "MORE|");

	if (str[0] != '\0') str[strlen(str)-1] = '\0';
	strlcpy (THIS->__retvalue, str, MAXSTRINGLEN);
%}
function _success_check (ret)
{
return ((ret) >= (0))?(1):(0)
}
function _get_sock_addr (file)
%{ /* pure */
	struct file *filep = (struct file *)(long)(THIS->file);
	struct socket *sockp;
	if (filep) {
		struct dentry *dentry = kread(&(filep->f_dentry));
		struct inode *inode = kread(&(dentry->d_inode));
		sockp = &container_of(inode, struct socket_alloc, vfs_inode)->socket;
	} else {
		sockp = NULL;
	}
	if (sockp == NULL)
		THIS->__retvalue = -1;
	else
		THIS->__retvalue = (long) sockp;
	CATCH_DEREF_FAULT();
%}
function _get_sock_size (iov, nr_segs)
%{ /* pure */
	struct iovec *iovp = (struct iovec *)(long)(THIS->iov);
	if (iovp == NULL)
		THIS->__retvalue = -1;
	else {
		int i;
		THIS->__retvalue = 0;
		for (i = 0 ; i < THIS->nr_segs ; i++)
			THIS->__retvalue += kread(&(iovp[i].iov_len));
	}
	CATCH_DEREF_FAULT();
%}
function _sock_prot_num (sock)
{
(skp) = ((sock)?(@cast(sock, "socket", "kernel")->sk):(0))
if ((skp) == (0)) return -(1)
else return @cast(skp, "sock", "kernel")->sk_protocol

}
function _sock_fam_num (sock)
{
(ops) = ((sock)?(@cast(sock, "socket", "kernel")->ops):(0))
if ((ops) == (0)) return -(1)
else return @cast(ops, "proto_ops", "kernel")->family

}
function _sock_state_num (sock)
{
if ((sock) == (0)) return -(1)
else return @cast(sock, "socket", "kernel")->state

}
function _sock_type_num (sock)
{
if ((sock) == (0)) return -(1)
else return @cast(sock, "socket", "kernel")->type

}
function _sock_flags_num (sock)
{
if ((sock) == (0)) return -(1)
else return @cast(sock, "socket", "kernel")->flags

}

# file /usr/local/share/systemtap/tapset/stap_staticmarkers.stp
probe stap.pass0 = process("stap").mark("pass0__start"){
(session) = ($arg1)
}
probe stap.pass0.end = process("stap").mark("pass0__end"){
(session) = ($arg1)
}
probe stap.pass1a = process("stap").mark("pass1a__start"){
(session) = ($arg1)
}
probe stap.pass1b = process("stap").mark("pass1b__start"){
(session) = ($arg1)
}
probe stap.pass1.end = process("stap").mark("pass1__end"){
(session) = ($arg1)
}
probe stap.pass2 = process("stap").mark("pass2__start"){
(session) = ($arg1)
}
probe stap.pass2.end = process("stap").mark("pass2__end"){
(session) = ($arg1)
}
probe stap.pass3 = process("stap").mark("pass3__start"){
(session) = ($arg1)
}
probe stap.pass3.end = process("stap").mark("pass3__end"){
(session) = ($arg1)
}
probe stap.pass4 = process("stap").mark("pass4__start"){
(session) = ($arg1)
}
probe
	if (test_bit (SOCK_ASYNC_NOSPACE, &flags))

		strcat (str, "ASYNC_NOSPACE|");

	if (test_bit (SOCK_ASYNC_WAITDATA, &flags))

		strcat (str, "ASYNC_WAITDATA|");

	if (test_bit (SOCK_NOSPACE, &flags))

		strcat (str, "NOSPACE|");

	if (test_bit (SOCK_PASSCRED, &flags))

		strcat (str, "PASSCRED|");

	if (test_bit (SOCK_PASSSEC, &flags))

		strcat (str, "PASSSEC|");

	if (str[0] != '\0') str[strlen(str)-1] = '\0';

	strlcpy (THIS->__retvalue, str, MAXSTRINGLEN);

%}

function msg_flags_num2str (flags)

%{ /* pure */

	char str[256];



	str[0] = '\0';



	if (THIS->flags & MSG_OOB) strcat (str, "OOB|");

	if (THIS->flags & MSG_PEEK) strcat (str, "PEEK|");

	if (THIS->flags & MSG_DONTROUTE) strcat (str, "DONTROUTE|");

	if (THIS->flags & MSG_TRYHARD) strcat (str, "TRYHARD|");

	if (THIS->flags & MSG_CTRUNC) strcat (str, "CTRUNC|");

	if (THIS->flags & MSG_PROBE) strcat (str, "PROBE|");

	if (THIS->flags & MSG_TRUNC) strcat (str, "TRUNC|");

	if (THIS->flags & MSG_DONTWAIT) strcat (str, "DONTWAIT|");

	if (THIS->flags & MSG_EOR) strcat (str, "EOR|");

	if (THIS->flags & MSG_WAITALL) strcat (str, "WAITALL|");

	if (THIS->flags & MSG_FIN) strcat (str, "FIN|");

	if (THIS->flags & MSG_SYN) strcat (str, "SYN|");

	if (THIS->flags & MSG_CONFIRM) strcat (str, "CONFIRM|");

	if (THIS->flags & MSG_RST) strcat (str, "RST|");

	if (THIS->flags & MSG_ERRQUEUE) strcat (str, "ERRQUEUE|");

	if (THIS->flags & MSG_NOSIGNAL) strcat (str, "NOSIGNAL|");

	if (THIS->flags & MSG_MORE) strcat (str, "MORE|");



	if (str[0] != '\0') str[strlen(str)-1] = '\0';

	strlcpy (THIS->__retvalue, str, MAXSTRINGLEN);

%}

function _success_check (ret)

{

return ((ret) >= (0))?(1):(0)

}

function _get_sock_addr (file)

%{ /* pure */

	struct file *filep = (struct file *)(long)(THIS->file);

	struct socket *sockp;

	if (filep) {

		struct dentry *dentry = kread(&(filep->f_dentry));

		struct inode *inode = kread(&(dentry->d_inode));

		sockp = &container_of(inode, struct socket_alloc, vfs_inode)->socket;

	} else {

		sockp = NULL;

	}

	if (sockp == NULL)

		THIS->__retvalue = -1;

	else

		THIS->__retvalue = (long) sockp;

	CATCH_DEREF_FAULT();

%}

function _get_sock_size (iov, nr_segs)

%{ /* pure */

	struct iovec *iovp = (struct iovec *)(long)(THIS->iov);

	if (iovp == NULL)

		THIS->__retvalue = -1;

	else {

		int i;

		THIS->__retvalue = 0;

		for (i = 0 ; i < THIS->nr_segs ; i++)

			THIS->__retvalue += kread(&(iovp[i].iov_len));

	}

	CATCH_DEREF_FAULT();

%}

function _sock_prot_num (sock)

{

(skp) = ((sock)?(@cast(sock, "socket", "kernel")->sk):(0))

if ((skp) == (0)) return -(1)

else return @cast(skp, "sock", "kernel")->sk_protocol



}

function _sock_fam_num (sock)

{

(ops) = ((sock)?(@cast(sock, "socket", "kernel")->ops):(0))

if ((ops) == (0)) return -(1)

else return @cast(ops, "proto_ops", "kernel")->family



}

function _sock_state_num (sock)

{

if ((sock) == (0)) return -(1)

else return @cast(sock, "socket", "kernel")->state



}

function _sock_type_num (sock)

{

if ((sock) == (0)) return -(1)

else return @cast(sock, "socket", "kernel")->type



}

function _sock_flags_num (sock)

{

if ((sock) == (0)) return -(1)

else return @cast(sock, "socket", "kernel")->flags



}



# file /usr/local/share/systemtap/tapset/stap_staticmarkers.stp

probe stap.pass0 = process("stap").mark("pass0__start"){

(session) = ($arg1)

}

probe stap.pass0.end = process("stap").mark("pass0__end"){

(session) = ($arg1)

}

probe stap.pass1a = process("stap").mark("pass1a__start"){

(session) = ($arg1)

}

probe stap.pass1b = process("stap").mark("pass1b__start"){

(session) = ($arg1)

}

probe stap.pass1.end = process("stap").mark("pass1__end"){

(session) = ($arg1)

}

probe stap.pass2 = process("stap").mark("pass2__start"){

(session) = ($arg1)

}

probe stap.pass2.end = process("stap").mark("pass2__end"){

(session) = ($arg1)

}

probe stap.pass3 = process("stap").mark("pass3__start"){

(session) = ($arg1)

}

probe stap.pass3.end = process("stap").mark("pass3__end"){

(session) = ($arg1)

}

probe stap.pass4 = process("stap").mark("pass4__start"){

(session) = ($arg1)

}
 stap.pass4.end = process("stap").mark("pass4__end"){
(session) = ($arg1)
}
probe stap.pass5 = process("stap").mark("pass5__start"){
(session) = ($arg1)
}
probe stap.pass5.end = process("stap").mark("pass5__end"){
(session) = ($arg1)
}
probe stap.pass6 = process("stap").mark("pass6__start"){
(session) = ($arg1)
}
probe stap.pass6.end = process("stap").mark("pass6__end"){
(session) = ($arg1)
}
probe stap.cache_clean = process("stap").mark("cache__clean"){
(path) = (user_string($arg1))
}
probe stap.cache_add_mod = process("stap").mark("cache__add__module"){
(source_path) = (user_string($arg1))
(dest_path) = (user_string($arg2))
}
probe stap.cache_add_src = process("stap").mark("cache__add__source"){
(source_path) = (user_string($arg1))
(dest_path) = (user_string($arg2))
}
probe stap.cache_add_nss = process("stap").mark("cache__add__nss")?{
(source_path) = (user_string($arg1))
(dest_path) = (user_string($arg2))
}
probe stap.cache_get = process("stap").mark("cache__get"){
(source_path) = (user_string($arg1))
(module_path) = (user_string($arg2))
}
probe stap.system = process("stap").mark("stap_system__start"){
(command) = (user_string($arg1))
}
probe stap.system.spawn = process("stap").mark("stap_system__spawn"){
(ret) = ($arg1)
(pid) = ($arg2)
}
probe stap.system.return = process("stap").mark("stap_system__complete"){
(ret) = ($arg1)
}
probe staprun.insert_module = process("staprun").mark("insert__module"){
(path) = (user_string($arg1))
}
probe staprun.remove_module = process("staprun").mark("remove__module"){
(name) = (user_string($arg1))
}
probe staprun.send_control_message = process("staprun").mark("send__ctlmsg"){
(type) = ($arg1)
(data) = ($arg2)
(len) = ($arg3)
}

# file /usr/local/share/systemtap/tapset/string.stp
function strlen (s)
%{ /* pure */ /* unprivileged */
        THIS->__retvalue = strlen(THIS->s);
%}
function substr (str, start, length)
%{ /* pure */ /* unprivileged */
	int64_t length = clamp_t(int64_t, THIS->length + 1, 0, MAXSTRINGLEN);
	if (THIS->start >= 0 && THIS->start < strlen(THIS->str))
		strlcpy(THIS->__retvalue, THIS->str + THIS->start, length);
%}
function stringat (str, pos)
%{ /* pure */ /* unprivileged */
	if (THIS->pos >= 0 && THIS->pos < strlen(THIS->str))
		THIS->__retvalue = THIS->str[THIS->pos];
	else
		THIS->__retvalue = 0;
%}
function isinstr (s1, s2)
%{ /* pure */ /* unprivileged */
	if (strstr(THIS->s1,THIS->s2) != NULL)
		THIS->__retvalue = 1;
	else
		THIS->__retvalue = 0;
%}
function text_str (input)
%{ /* pure */ /* unprivileged */
	_stp_text_str(THIS->__retvalue, THIS->input, 0, 0, 0);
%}
function text_strn (input, len, quoted)
%{ /* pure */ /* unprivileged */
	int64_t len = clamp_t(int64_t, THIS->len, 0, MAXSTRINGLEN);
	_stp_text_str(THIS->__retvalue, THIS->input, len, THIS->quoted, 0);
%}
function tokenize (input, delim)
%{ /* unprivileged */
	static char str[MAXSTRINGLEN];
	static char *str_start;
	static char *str_end;
	char *token = NULL;
	char *token_end = NULL;

	if (THIS->input[0]) {
		strncpy(str, THIS->input, MAXSTRINGLEN);
		str_start = &str[0];
		str_end = &str[0] + strlen(str);
	}
	do {
		token = strsep(&str_start, THIS->delim);
	} while (token && !token[0]);
	if (token) {
		token_end = (str_start ? str_start - 1 : str_end);
		memcpy(THIS->__retvalue, token, token_end - token + 1);
	}
%}
function str_replace (prnt_str, srch_str, rplc_str)
%{ /* pure */ /* unprivileged */
	char *ptr = THIS->prnt_str;
	char *ptr_base = THIS->prnt_str;
	int strlen_srch_str = strlen(THIS->srch_str);

	if(strlen_srch_str == 0) {
		strlcat(THIS->__retvalue, ptr_base, MAXSTRINGLEN);
		return;
	}

	while((ptr = strstr(ptr, THIS->srch_str)) != NULL) {

		*ptr = '\0';
		strlcat(THIS->__retvalue, ptr_base, MAXSTRINGLEN);
		strlcat(THIS->__retvalue, THIS->rplc_str, MAXSTRINGLEN);
		ptr = ptr + strlen_srch_str;
		ptr_base = ptr;
	}

	strlcat(THIS->__retvalue, ptr_base, MAXSTRINGLEN);
	return;
%}
function strtol (str, base)
%{ /* pure */ /* unprivileged */
	THIS
probe stap.pass4.end = process("stap").mark("pass4__end"){

(session) = ($arg1)

}

probe stap.pass5 = process("stap").mark("pass5__start"){

(session) = ($arg1)

}

probe stap.pass5.end = process("stap").mark("pass5__end"){

(session) = ($arg1)

}

probe stap.pass6 = process("stap").mark("pass6__start"){

(session) = ($arg1)

}

probe stap.pass6.end = process("stap").mark("pass6__end"){

(session) = ($arg1)

}

probe stap.cache_clean = process("stap").mark("cache__clean"){

(path) = (user_string($arg1))

}

probe stap.cache_add_mod = process("stap").mark("cache__add__module"){

(source_path) = (user_string($arg1))

(dest_path) = (user_string($arg2))

}

probe stap.cache_add_src = process("stap").mark("cache__add__source"){

(source_path) = (user_string($arg1))

(dest_path) = (user_string($arg2))

}

probe stap.cache_add_nss = process("stap").mark("cache__add__nss")?{

(source_path) = (user_string($arg1))

(dest_path) = (user_string($arg2))

}

probe stap.cache_get = process("stap").mark("cache__get"){

(source_path) = (user_string($arg1))

(module_path) = (user_string($arg2))

}

probe stap.system = process("stap").mark("stap_system__start"){

(command) = (user_string($arg1))

}

probe stap.system.spawn = process("stap").mark("stap_system__spawn"){

(ret) = ($arg1)

(pid) = ($arg2)

}

probe stap.system.return = process("stap").mark("stap_system__complete"){

(ret) = ($arg1)

}

probe staprun.insert_module = process("staprun").mark("insert__module"){

(path) = (user_string($arg1))

}

probe staprun.remove_module = process("staprun").mark("remove__module"){

(name) = (user_string($arg1))

}

probe staprun.send_control_message = process("staprun").mark("send__ctlmsg"){

(type) = ($arg1)

(data) = ($arg2)

(len) = ($arg3)

}



# file /usr/local/share/systemtap/tapset/string.stp

function strlen (s)

%{ /* pure */ /* unprivileged */

        THIS->__retvalue = strlen(THIS->s);

%}

function substr (str, start, length)

%{ /* pure */ /* unprivileged */

	int64_t length = clamp_t(int64_t, THIS->length + 1, 0, MAXSTRINGLEN);

	if (THIS->start >= 0 && THIS->start < strlen(THIS->str))

		strlcpy(THIS->__retvalue, THIS->str + THIS->start, length);

%}

function stringat (str, pos)

%{ /* pure */ /* unprivileged */

	if (THIS->pos >= 0 && THIS->pos < strlen(THIS->str))

		THIS->__retvalue = THIS->str[THIS->pos];

	else

		THIS->__retvalue = 0;

%}

function isinstr (s1, s2)

%{ /* pure */ /* unprivileged */

	if (strstr(THIS->s1,THIS->s2) != NULL)

		THIS->__retvalue = 1;

	else

		THIS->__retvalue = 0;

%}

function text_str (input)

%{ /* pure */ /* unprivileged */

	_stp_text_str(THIS->__retvalue, THIS->input, 0, 0, 0);

%}

function text_strn (input, len, quoted)

%{ /* pure */ /* unprivileged */

	int64_t len = clamp_t(int64_t, THIS->len, 0, MAXSTRINGLEN);

	_stp_text_str(THIS->__retvalue, THIS->input, len, THIS->quoted, 0);

%}

function tokenize (input, delim)

%{ /* unprivileged */

	static char str[MAXSTRINGLEN];

	static char *str_start;

	static char *str_end;

	char *token = NULL;

	char *token_end = NULL;



	if (THIS->input[0]) {

		strncpy(str, THIS->input, MAXSTRINGLEN);

		str_start = &str[0];

		str_end = &str[0] + strlen(str);

	}

	do {

		token = strsep(&str_start, THIS->delim);

	} while (token && !token[0]);

	if (token) {

		token_end = (str_start ? str_start - 1 : str_end);

		memcpy(THIS->__retvalue, token, token_end - token + 1);

	}

%}

function str_replace (prnt_str, srch_str, rplc_str)

%{ /* pure */ /* unprivileged */

	char *ptr = THIS->prnt_str;

	char *ptr_base = THIS->prnt_str;

	int strlen_srch_str = strlen(THIS->srch_str);



	if(strlen_srch_str == 0) {

		strlcat(THIS->__retvalue, ptr_base, MAXSTRINGLEN);

		return;

	}



	while((ptr = strstr(ptr, THIS->srch_str)) != NULL) {



		*ptr = '\0';

		strlcat(THIS->__retvalue, ptr_base, MAXSTRINGLEN);

		strlcat(THIS->__retvalue, THIS->rplc_str, MAXSTRINGLEN);

		ptr = ptr + strlen_srch_str;

		ptr_base = ptr;

	}



	strlcat(THIS->__retvalue, ptr_base, MAXSTRINGLEN);

	return;

%}

function strtol (str, base)

%{ /* pure */ /* unprivileged */
->__retvalue = simple_strtol(THIS->str, NULL, THIS->base);
%}
function isdigit (str)
%{ /* pure */ /* unprivileged */
	THIS->__retvalue = isdigit(THIS->str[0]);
%}

# file /usr/local/share/systemtap/tapset/syscalls.stp
probe syscall.accept = _syscall.accept4!, _syscall.accept{
(name) = ("accept")
(sockfd) = ($fd)
(addr_uaddr) = ($upeer_sockaddr)
(addrlen_uaddr) = ($upeer_addrlen)
(argstr) = (sprintf("%d, %p, %p, %s", $fd, $upeer_sockaddr, $upeer_addrlen, flags_str))
}
probe _syscall.accept4 = kernel.function("sys_accept4").call{
(flags) = ($flags)
(flags_str) = (_sock_flags_str($flags))
}
probe _syscall.accept = kernel.function("sys_accept").call?{
(flags) = (0)
(flags_str) = ("0")
}
probe syscall.accept.return = kernel.function("sys_accept4").return!, kernel.function("sys_accept").return?{
(name) = ("accept")
(retstr) = (returnstr(1))
}
probe syscall.access = kernel.function("sys_access").call{
(name) = ("access")
(pathname) = (user_string($filename))
(mode) = ($mode)
(mode_str) = (_access_mode_str($mode))
(argstr) = (sprintf("%s, %s", user_string_quoted($filename), mode_str))
}
probe syscall.access.return = kernel.function("sys_access").return{
(name) = ("access")
(retstr) = (returnstr(1))
}
probe syscall.acct = kernel.function("sys_acct").call?{
(name) = ("acct")
(filename) = (user_string($name))
(argstr) = (user_string_quoted($name))
}
probe syscall.acct.return = kernel.function("sys_acct").return?{
(name) = ("acct")
(retstr) = (returnstr(1))
}
probe syscall.add_key = kernel.function("sys_add_key").call?{
(name) = ("add_key")
(type_uaddr) = ($_type)
(description_auddr) = ($_description)
(payload_uaddr) = ($_payload)
(plen) = ($plen)
(ringid) = ($ringid)
(argstr) = (sprintf("%s, %s, %s, %d, %d", user_string_quoted($_type), user_string_quoted($_description), text_strn(user_string($_payload), syscall_string_trunc, 1), $plen, $ringid))
}
probe syscall.add_key.return = kernel.function("sys_add_key").return?{
(name) = ("add_key")
(retstr) = (returnstr(1))
}
probe syscall.adjtimex = kernel.function("sys_adjtimex").call{
(name) = ("adjtimex")
(argstr) = (sprintf("%p", $txc_p))
}
probe syscall.adjtimex.return = kernel.function("sys_adjtimex").return{
(name) = ("adjtimex")
(retstr) = (_adjtimex_return_str($return))
}
probe syscall.compat_adjtimex = kernel.function("compat_sys_adjtimex").call?{
(name) = ("compat_adjtimex")
(argstr) = (sprintf("%p", $utp))
}
probe syscall.compat_adjtimex.return = kernel.function("compat_sys_adjtimex").return?{
(name) = ("compat_adjtimex")
(retstr) = (returnstr(1))
}
probe syscall.alarm = kernel.function("sys32_alarm").call?, kernel.function("sys_alarm").call?{
(name) = ("alarm")
(seconds) = ($seconds)
(argstr) = (sprint($seconds))
}
probe syscall.alarm.return = kernel.function("sys32_alarm").return?, kernel.function("sys_alarm").return?{
(name) = ("alarm")
(retstr) = (returnstr(1))
}
probe syscall.bdflush = kernel.function("sys_bdflush").call?{
(name) = ("bdflush")
(func) = ($func)
(data) = ($data)
if ((($func) >= (2)) && ((($func) % (2)) == (0))) (data_str) = (sprintf("%p", $data))
else (data_str) = (sprintf("%d", $data))

(argstr) = (sprintf("%d, %s", func, data_str))
}
probe syscall.bdflush.return = kernel.function("sys_bdflush").return?{
(name) = ("bdflush")
(retstr) = (returnstr(1))
}
probe syscall.bind = kernel.function("sys_bind").call?{
(name) = ("bind")
(sockfd) = ($fd)
(my_addr_uaddr) = ($umyaddr)
(addrlen) = ($addrlen)
(argstr) = (sprintf("%d, %s, %d", $fd, _struct_sockaddr_u($umyaddr, $addrlen), $addrlen))
}
probe syscall.bind.return = kernel.function("sys_bind").return?{
(name) = ("bind")
(retstr) = (returnstr(1))
}
probe syscall.brk = kernel.function("ia64_brk").call?, kernel.function("sys_brk").call{
(name) = ("brk")
(brk) = ($brk)
(argstr) = (sprintf("%p", brk))
}
probe syscall.brk.return = kernel.function("ia64_brk").return?, kernel.function("sys_brk").return{
(name) = ("brk")
(retstr) = (returnstr(1))
}
probe syscall.capget = kernel.function("sys_capget").call{
	THIS->__retvalue = simple_strtol(THIS->str, NULL, THIS->base);

%}

function isdigit (str)

%{ /* pure */ /* unprivileged */

	THIS->__retvalue = isdigit(THIS->str[0]);

%}



# file /usr/local/share/systemtap/tapset/syscalls.stp

probe syscall.accept = _syscall.accept4!, _syscall.accept{

(name) = ("accept")

(sockfd) = ($fd)

(addr_uaddr) = ($upeer_sockaddr)

(addrlen_uaddr) = ($upeer_addrlen)

(argstr) = (sprintf("%d, %p, %p, %s", $fd, $upeer_sockaddr, $upeer_addrlen, flags_str))

}

probe _syscall.accept4 = kernel.function("sys_accept4").call{

(flags) = ($flags)

(flags_str) = (_sock_flags_str($flags))

}

probe _syscall.accept = kernel.function("sys_accept").call?{

(flags) = (0)

(flags_str) = ("0")

}

probe syscall.accept.return = kernel.function("sys_accept4").return!, kernel.function("sys_accept").return?{

(name) = ("accept")

(retstr) = (returnstr(1))

}

probe syscall.access = kernel.function("sys_access").call{

(name) = ("access")

(pathname) = (user_string($filename))

(mode) = ($mode)

(mode_str) = (_access_mode_str($mode))

(argstr) = (sprintf("%s, %s", user_string_quoted($filename), mode_str))

}

probe syscall.access.return = kernel.function("sys_access").return{

(name) = ("access")

(retstr) = (returnstr(1))

}

probe syscall.acct = kernel.function("sys_acct").call?{

(name) = ("acct")

(filename) = (user_string($name))

(argstr) = (user_string_quoted($name))

}

probe syscall.acct.return = kernel.function("sys_acct").return?{

(name) = ("acct")

(retstr) = (returnstr(1))

}

probe syscall.add_key = kernel.function("sys_add_key").call?{

(name) = ("add_key")

(type_uaddr) = ($_type)

(description_auddr) = ($_description)

(payload_uaddr) = ($_payload)

(plen) = ($plen)

(ringid) = ($ringid)

(argstr) = (sprintf("%s, %s, %s, %d, %d", user_string_quoted($_type), user_string_quoted($_description), text_strn(user_string($_payload), syscall_string_trunc, 1), $plen, $ringid))

}

probe syscall.add_key.return = kernel.function("sys_add_key").return?{

(name) = ("add_key")

(retstr) = (returnstr(1))

}

probe syscall.adjtimex = kernel.function("sys_adjtimex").call{

(name) = ("adjtimex")

(argstr) = (sprintf("%p", $txc_p))

}

probe syscall.adjtimex.return = kernel.function("sys_adjtimex").return{

(name) = ("adjtimex")

(retstr) = (_adjtimex_return_str($return))

}

probe syscall.compat_adjtimex = kernel.function("compat_sys_adjtimex").call?{

(name) = ("compat_adjtimex")

(argstr) = (sprintf("%p", $utp))

}

probe syscall.compat_adjtimex.return = kernel.function("compat_sys_adjtimex").return?{

(name) = ("compat_adjtimex")

(retstr) = (returnstr(1))

}

probe syscall.alarm = kernel.function("sys32_alarm").call?, kernel.function("sys_alarm").call?{

(name) = ("alarm")

(seconds) = ($seconds)

(argstr) = (sprint($seconds))

}

probe syscall.alarm.return = kernel.function("sys32_alarm").return?, kernel.function("sys_alarm").return?{

(name) = ("alarm")

(retstr) = (returnstr(1))

}

probe syscall.bdflush = kernel.function("sys_bdflush").call?{

(name) = ("bdflush")

(func) = ($func)

(data) = ($data)

if ((($func) >= (2)) && ((($func) % (2)) == (0))) (data_str) = (sprintf("%p", $data))

else (data_str) = (sprintf("%d", $data))



(argstr) = (sprintf("%d, %s", func, data_str))

}

probe syscall.bdflush.return = kernel.function("sys_bdflush").return?{

(name) = ("bdflush")

(retstr) = (returnstr(1))

}

probe syscall.bind = kernel.function("sys_bind").call?{

(name) = ("bind")

(sockfd) = ($fd)

(my_addr_uaddr) = ($umyaddr)

(addrlen) = ($addrlen)

(argstr) = (sprintf("%d, %s, %d", $fd, _struct_sockaddr_u($umyaddr, $addrlen), $addrlen))

}

probe syscall.bind.return = kernel.function("sys_bind").return?{

(name) = ("bind")

(retstr) = (returnstr(1))

}

probe syscall.brk = kernel.function("ia64_brk").call?, kernel.function("sys_brk").call{

(name) = ("brk")

(brk) = ($brk)

(argstr) = (sprintf("%p", brk))

}

probe syscall.brk.return = kernel.function("ia64_brk").return?, kernel.function("sys_brk").return{

(name) = ("brk")

(retstr) = (returnstr(1))

}

(name) = ("capget")
(header_uaddr) = ($header)
(data_uaddr) = ($dataptr)
(argstr) = (sprintf("%p, %p", $header, $dataptr))
}
probe syscall.capget.return = kernel.function("sys_capget").return{
(name) = ("capget")
(retstr) = (returnstr(1))
}
probe syscall.capset = kernel.function("sys_capset").call{
(name) = ("capset")
(header_uaddr) = ($header)
(data_uaddr) = ($data)
(argstr) = (sprintf("%p, %p", $header, $data))
}
probe syscall.capset.return = kernel.function("sys_capset").return{
(name) = ("capset")
(retstr) = (returnstr(1))
}
probe syscall.chdir = kernel.function("sys_chdir").call{
(name) = ("chdir")
(path) = (user_string($filename))
(argstr) = (user_string_quoted($filename))
}
probe syscall.chdir.return = kernel.function("sys_chdir").return{
(name) = ("chdir")
(retstr) = (returnstr(1))
}
probe syscall.chmod = kernel.function("sys_chmod").call{
(name) = ("chmod")
(path) = (user_string($filename))
(mode) = ($mode)
(argstr) = (sprintf("%s, %#o", user_string_quoted($filename), mode))
}
probe syscall.chmod.return = kernel.function("sys_chmod").return{
(name) = ("chmod")
(retstr) = (returnstr(1))
}
probe syscall.chown = kernel.function("sys_chown").call{
(name) = ("chown")
(path) = (user_string($filename))
(owner) = (__int32($user))
(group) = (__int32($group))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))
}
probe syscall.chown.return = kernel.function("sys_chown").return{
(name) = ("chown")
(retstr) = (returnstr(1))
}
probe syscall.chown16 = kernel.function("sys_chown16").call?{
(name) = ("chown16")
(path) = (user_string($filename))
(owner) = (__short($user))
(group) = (__short($group))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))
}
probe syscall.chown16.return = kernel.function("sys_chown16").return?{
(name) = ("chown16")
(retstr) = (returnstr(1))
}
probe syscall.chroot = kernel.function("sys_chroot").call{
(name) = ("chroot")
(path) = (user_string($filename))
(argstr) = (user_string_quoted($filename))
}
probe syscall.chroot.return = kernel.function("sys_chroot").return{
(name) = ("chroot")
(retstr) = (returnstr(1))
}
probe syscall.clock_getres = kernel.function("compat_clock_getres").call?, kernel.function("sys_clock_getres").call{
(name) = ("clock_getres")
(clk_id) = ($which_clock)
(clk_id_str) = (_get_wc_str($which_clock))
(res_uaddr) = ($tp)
(argstr) = (sprintf("%s, %p", _get_wc_str($which_clock), $tp))
}
probe syscall.clock_getres.return = kernel.function("compat_clock_getres").return?, kernel.function("sys_clock_getres").return{
(name) = ("clock_getres")
(retstr) = (returnstr(1))
}
probe syscall.clock_gettime = kernel.function("sys_clock_gettime").call{
(name) = ("clock_gettime")
(clk_id) = ($which_clock)
(clk_id_str) = (_get_wc_str($which_clock))
(argstr) = (sprintf("%s, %p", _get_wc_str($which_clock), $tp))
}
probe syscall.clock_gettime.return = kernel.function("sys_clock_gettime").return{
(name) = ("clock_gettime")
(retstr) = (returnstr(1))
}
probe syscall.clock_nanosleep = kernel.function("sys_clock_nanosleep").call{
(name) = ("clock_nanosleep")
if (($flags) == (1)) (flag_str) = ("TIMER_ABSTIME")
else (flag_str) = (sprintf("0x%x", $flags))

(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str($which_clock), flag_str, _struct_timespec_u($rqtp, 1), $rmtp))
}
probe syscall.clock_nanosleep.return = kernel.function("sys_clock_nanosleep").return{
(name) = ("clock_nanosleep")
(retstr) = (returnstr(1))
}
probe syscall.compat_clock_nanosleep = kernel.function("compat_clock_nanosleep").call?, kernel.function("compat_sys_clock_nanosleep").call?{
(name) = ("compat_clock_nanosleep")
if (($flags) == (1)) (flag_str) = ("TIMER_ABSTIME")
else (flag_str) = (sprintf("0x%x", $flags))

(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str($which_clock), flag_str, _struct_compat_timespec_u($rqtp, 1), $rmtp))
}
probe syscall.compat_clock_nanosleep.return = kernel.function("compat_clock_nanosleep").return?, kernel.function("compat_sys_clock_nanosleep").return?{
(na
probe syscall.capget = kernel.function("sys_capget").call{

(name) = ("capget")

(header_uaddr) = ($header)

(data_uaddr) = ($dataptr)

(argstr) = (sprintf("%p, %p", $header, $dataptr))

}

probe syscall.capget.return = kernel.function("sys_capget").return{

(name) = ("capget")

(retstr) = (returnstr(1))

}

probe syscall.capset = kernel.function("sys_capset").call{

(name) = ("capset")

(header_uaddr) = ($header)

(data_uaddr) = ($data)

(argstr) = (sprintf("%p, %p", $header, $data))

}

probe syscall.capset.return = kernel.function("sys_capset").return{

(name) = ("capset")

(retstr) = (returnstr(1))

}

probe syscall.chdir = kernel.function("sys_chdir").call{

(name) = ("chdir")

(path) = (user_string($filename))

(argstr) = (user_string_quoted($filename))

}

probe syscall.chdir.return = kernel.function("sys_chdir").return{

(name) = ("chdir")

(retstr) = (returnstr(1))

}

probe syscall.chmod = kernel.function("sys_chmod").call{

(name) = ("chmod")

(path) = (user_string($filename))

(mode) = ($mode)

(argstr) = (sprintf("%s, %#o", user_string_quoted($filename), mode))

}

probe syscall.chmod.return = kernel.function("sys_chmod").return{

(name) = ("chmod")

(retstr) = (returnstr(1))

}

probe syscall.chown = kernel.function("sys_chown").call{

(name) = ("chown")

(path) = (user_string($filename))

(owner) = (__int32($user))

(group) = (__int32($group))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))

}

probe syscall.chown.return = kernel.function("sys_chown").return{

(name) = ("chown")

(retstr) = (returnstr(1))

}

probe syscall.chown16 = kernel.function("sys_chown16").call?{

(name) = ("chown16")

(path) = (user_string($filename))

(owner) = (__short($user))

(group) = (__short($group))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))

}

probe syscall.chown16.return = kernel.function("sys_chown16").return?{

(name) = ("chown16")

(retstr) = (returnstr(1))

}

probe syscall.chroot = kernel.function("sys_chroot").call{

(name) = ("chroot")

(path) = (user_string($filename))

(argstr) = (user_string_quoted($filename))

}

probe syscall.chroot.return = kernel.function("sys_chroot").return{

(name) = ("chroot")

(retstr) = (returnstr(1))

}

probe syscall.clock_getres = kernel.function("compat_clock_getres").call?, kernel.function("sys_clock_getres").call{

(name) = ("clock_getres")

(clk_id) = ($which_clock)

(clk_id_str) = (_get_wc_str($which_clock))

(res_uaddr) = ($tp)

(argstr) = (sprintf("%s, %p", _get_wc_str($which_clock), $tp))

}

probe syscall.clock_getres.return = kernel.function("compat_clock_getres").return?, kernel.function("sys_clock_getres").return{

(name) = ("clock_getres")

(retstr) = (returnstr(1))

}

probe syscall.clock_gettime = kernel.function("sys_clock_gettime").call{

(name) = ("clock_gettime")

(clk_id) = ($which_clock)

(clk_id_str) = (_get_wc_str($which_clock))

(argstr) = (sprintf("%s, %p", _get_wc_str($which_clock), $tp))

}

probe syscall.clock_gettime.return = kernel.function("sys_clock_gettime").return{

(name) = ("clock_gettime")

(retstr) = (returnstr(1))

}

probe syscall.clock_nanosleep = kernel.function("sys_clock_nanosleep").call{

(name) = ("clock_nanosleep")

if (($flags) == (1)) (flag_str) = ("TIMER_ABSTIME")

else (flag_str) = (sprintf("0x%x", $flags))



(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str($which_clock), flag_str, _struct_timespec_u($rqtp, 1), $rmtp))

}

probe syscall.clock_nanosleep.return = kernel.function("sys_clock_nanosleep").return{

(name) = ("clock_nanosleep")

(retstr) = (returnstr(1))

}

probe syscall.compat_clock_nanosleep = kernel.function("compat_clock_nanosleep").call?, kernel.function("compat_sys_clock_nanosleep").call?{

(name) = ("compat_clock_nanosleep")

if (($flags) == (1)) (flag_str) = ("TIMER_ABSTIME")

else (flag_str) = (sprintf("0x%x", $flags))



(argstr) = (sprintf("%s, %s, %s, %p", _get_wc_str($which_clock), flag_str, _struct_compat_timespec_u($rqtp, 1), $rmtp))

}

probe syscall.compat_clock_nanosleep.return = kernel.function("compat_clock_nanosleep").return?, kernel.function("compat_sys_clock_nanosleep").return?{
me) = ("compat_clock_nanosleep")
(retstr) = (returnstr(1))
}
probe syscall.clock_settime = kernel.function("sys_clock_settime").call{
(name) = ("clock_settime")
(clk_id) = ($which_clock)
(clk_id_str) = (_get_wc_str($which_clock))
(tp_uaddr) = ($tp)
(argstr) = (sprintf("%s, %s", clk_id_str, _struct_timespec_u($tp, 1)))
}
probe syscall.clock_settime.return = kernel.function("sys_clock_settime").return{
(name) = ("clock_settime")
(retstr) = (returnstr(1))
}
probe syscall.close = kernel.function("sys_close").call{
(name) = ("close")
(fd) = ($fd)
(argstr) = (sprint(fd))
}
probe syscall.close.return = kernel.function("sys_close").return{
(name) = ("close")
(retstr) = (returnstr(1))
}
probe syscall.connect = kernel.function("sys_connect").call?{
(name) = ("connect")
(sockfd) = ($fd)
(serv_addr_uaddr) = ($uservaddr)
(addrlen) = ($addrlen)
(argstr) = (sprintf("%d, %s, %d", $fd, _struct_sockaddr_u($uservaddr, $addrlen), $addrlen))
}
probe syscall.connect.return = kernel.function("sys_connect").return?{
(name) = ("connect")
(retstr) = (returnstr(1))
}
probe syscall.creat = kernel.function("sys_creat").call?{
(name) = ("creat")
(mode) = ($mode)
(pathname) = (user_string($pathname))
(argstr) = (sprintf("%s, %#o", user_string_quoted($pathname), $mode))
}
probe syscall.creat.return = kernel.function("sys_creat").return?{
(name) = ("creat")
(retstr) = (returnstr(1))
}
probe syscall.delete_module = kernel.function("sys_delete_module").call?{
(name) = ("delete_module")
(name_user) = (user_string($name_user))
(flags) = ($flags)
(argstr) = (sprintf("%s, %s", user_string_quoted($name_user), _module_flags_str($flags)))
}
probe syscall.delete_module.return = kernel.function("sys_delete_module").return?{
(name) = ("delete_module")
(retstr) = (returnstr(1))
}
probe syscall.dup = kernel.function("sys_dup").call{
(name) = ("dup")
(oldfd) = ($fildes)
(argstr) = (sprint($fildes))
}
probe syscall.dup.return = kernel.function("sys_dup").return{
(name) = ("dup")
(retstr) = (returnstr(1))
}
probe syscall.dup2 = kernel.function("sys_dup2").call{
if (($oldfd) != ($newfd)) next

(name) = ("dup2")
(oldfd) = ($oldfd)
(newfd) = ($newfd)
(argstr) = (sprintf("%d, %d", $oldfd, $newfd))
}
probe syscall.dup2.return = kernel.function("sys_dup2").return{
if (($oldfd) != ($newfd)) next

(name) = ("dup2")
(retstr) = (returnstr(1))
}
probe syscall.dup2 = kernel.function("sys_dup3").call!, kernel.function("sys_dup2").call{
(oldfd) = ($oldfd)
(newfd) = ($newfd)
(flags) = ((@defined($flags))?($flags):(0))
if ((($oldfd) == ($newfd)) && ((flags) == (0))) next

if ((flags) == (0)) {
(name) = ("dup2")
(argstr) = (sprintf("%d, %d", $oldfd, $newfd))
}
else {
(name) = ("dup3")
(argstr) = (sprintf("%d, %d, %s", $oldfd, $newfd, _dup3_flag_str(flags)))
}

}
probe syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return{
(flags) = ((@defined($flags))?($flags):(0))
if ((($oldfd) == ($newfd)) && ((flags) == (0))) next

(name) = (((flags) == (0))?("dup2"):("dup3"))
(retstr) = (returnstr(1))
}
probe syscall.epoll_create = kernel.function("sys_epoll_create1").call!, kernel.function("sys_epoll_create").call?{
(size) = ((@defined($size))?($size):(0))
(flags) = ((@defined($flags))?($flags):(0))
if ((flags) == (0)) {
(name) = ("epoll_create")
(argstr) = (sprint(size))
}
else {
(name) = ("epoll_create1")
(argstr) = (_epoll_create1_flag_str(flags))
}

}
probe syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return?{
(flags) = ((@defined($flags))?($flags):(0))
(name) = (((flags) == (0))?("epoll_create"):("epoll_create1"))
(retstr) = (returnstr(1))
}
probe syscall.epoll_ctl = kernel.function("compat_sys_epoll_ctl").call?, kernel.function("sys_epoll_ctl").call?{
(name) = ("epoll_ctl")
(epfd) = ($epfd)
(op) = ($op)
(op_str) = (_opoll_op_str($op))
(fd) = ($fd)
(event_uaddr) = ($event)
(argstr) = (sprintf("%d, %s, %d, %p", $epfd, _opoll_op_str($op), $fd, $event))
}
probe sysc
(name) = ("compat_clock_nanosleep")

(retstr) = (returnstr(1))

}

probe syscall.clock_settime = kernel.function("sys_clock_settime").call{

(name) = ("clock_settime")

(clk_id) = ($which_clock)

(clk_id_str) = (_get_wc_str($which_clock))

(tp_uaddr) = ($tp)

(argstr) = (sprintf("%s, %s", clk_id_str, _struct_timespec_u($tp, 1)))

}

probe syscall.clock_settime.return = kernel.function("sys_clock_settime").return{

(name) = ("clock_settime")

(retstr) = (returnstr(1))

}

probe syscall.close = kernel.function("sys_close").call{

(name) = ("close")

(fd) = ($fd)

(argstr) = (sprint(fd))

}

probe syscall.close.return = kernel.function("sys_close").return{

(name) = ("close")

(retstr) = (returnstr(1))

}

probe syscall.connect = kernel.function("sys_connect").call?{

(name) = ("connect")

(sockfd) = ($fd)

(serv_addr_uaddr) = ($uservaddr)

(addrlen) = ($addrlen)

(argstr) = (sprintf("%d, %s, %d", $fd, _struct_sockaddr_u($uservaddr, $addrlen), $addrlen))

}

probe syscall.connect.return = kernel.function("sys_connect").return?{

(name) = ("connect")

(retstr) = (returnstr(1))

}

probe syscall.creat = kernel.function("sys_creat").call?{

(name) = ("creat")

(mode) = ($mode)

(pathname) = (user_string($pathname))

(argstr) = (sprintf("%s, %#o", user_string_quoted($pathname), $mode))

}

probe syscall.creat.return = kernel.function("sys_creat").return?{

(name) = ("creat")

(retstr) = (returnstr(1))

}

probe syscall.delete_module = kernel.function("sys_delete_module").call?{

(name) = ("delete_module")

(name_user) = (user_string($name_user))

(flags) = ($flags)

(argstr) = (sprintf("%s, %s", user_string_quoted($name_user), _module_flags_str($flags)))

}

probe syscall.delete_module.return = kernel.function("sys_delete_module").return?{

(name) = ("delete_module")

(retstr) = (returnstr(1))

}

probe syscall.dup = kernel.function("sys_dup").call{

(name) = ("dup")

(oldfd) = ($fildes)

(argstr) = (sprint($fildes))

}

probe syscall.dup.return = kernel.function("sys_dup").return{

(name) = ("dup")

(retstr) = (returnstr(1))

}

probe syscall.dup2 = kernel.function("sys_dup2").call{

if (($oldfd) != ($newfd)) next



(name) = ("dup2")

(oldfd) = ($oldfd)

(newfd) = ($newfd)

(argstr) = (sprintf("%d, %d", $oldfd, $newfd))

}

probe syscall.dup2.return = kernel.function("sys_dup2").return{

if (($oldfd) != ($newfd)) next



(name) = ("dup2")

(retstr) = (returnstr(1))

}

probe syscall.dup2 = kernel.function("sys_dup3").call!, kernel.function("sys_dup2").call{

(oldfd) = ($oldfd)

(newfd) = ($newfd)

(flags) = ((@defined($flags))?($flags):(0))

if ((($oldfd) == ($newfd)) && ((flags) == (0))) next



if ((flags) == (0)) {

(name) = ("dup2")

(argstr) = (sprintf("%d, %d", $oldfd, $newfd))

}

else {

(name) = ("dup3")

(argstr) = (sprintf("%d, %d, %s", $oldfd, $newfd, _dup3_flag_str(flags)))

}



}

probe syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return{

(flags) = ((@defined($flags))?($flags):(0))

if ((($oldfd) == ($newfd)) && ((flags) == (0))) next



(name) = (((flags) == (0))?("dup2"):("dup3"))

(retstr) = (returnstr(1))

}

probe syscall.epoll_create = kernel.function("sys_epoll_create1").call!, kernel.function("sys_epoll_create").call?{

(size) = ((@defined($size))?($size):(0))

(flags) = ((@defined($flags))?($flags):(0))

if ((flags) == (0)) {

(name) = ("epoll_create")

(argstr) = (sprint(size))

}

else {

(name) = ("epoll_create1")

(argstr) = (_epoll_create1_flag_str(flags))

}



}

probe syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return?{

(flags) = ((@defined($flags))?($flags):(0))

(name) = (((flags) == (0))?("epoll_create"):("epoll_create1"))

(retstr) = (returnstr(1))

}

probe syscall.epoll_ctl = kernel.function("compat_sys_epoll_ctl").call?, kernel.function("sys_epoll_ctl").call?{

(name) = ("epoll_ctl")

(epfd) = ($epfd)

(op) = ($op)

(op_str) = (_opoll_op_str($op))

(fd) = ($fd)

(event_uaddr) = ($event)

(argstr) = (sprintf("%d, %s, %d, %p", $epfd, _opoll_op_str($op), $fd, $event))

}
all.epoll_ctl.return = kernel.function("compat_sys_epoll_ctl").return?, kernel.function("sys_epoll_ctl").return?{
(name) = ("epoll_ctl")
(retstr) = (returnstr(1))
}
probe syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call?{
(name) = ("epoll_pwait")
(argstr) = (sprintf("%d, %p, %d, %d, %p, %d", $epfd, $events, $maxevents, $timeout, $sigmask, $sigsetsize))
}
probe syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return?{
(name) = ("epoll_pwait")
(retstr) = (returnstr(1))
}
probe syscall.epoll_wait = kernel.function("compat_sys_epoll_wait").call?, kernel.function("sys_epoll_wait").call?{
(name) = ("epoll_wait")
(epfd) = ($epfd)
(events_uaddr) = ($events)
(maxevents) = ($maxevents)
(timeout) = ($timeout)
(argstr) = (sprintf("%d, %p, %d, %d", $epfd, $events, $maxevents, $timeout))
}
probe syscall.epoll_wait.return = kernel.function("compat_sys_epoll_wait").return?, kernel.function("sys_epoll_wait").return?{
(name) = ("epoll_wait")
(retstr) = (returnstr(1))
}
probe syscall.eventfd = kernel.function("sys_eventfd2").call!, kernel.function("sys_eventfd").call?{
(flags) = ((@defined($flags))?($flags):(0))
if ((flags) == (0)) {
(name) = ("eventfd")
(argstr) = (sprint($count))
}
else {
(name) = ("eventfd2")
(argstr) = (sprintf("%d, %s", $count, _eventfd2_flag_str(flags)))
}

}
probe syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return?{
(flags) = ((@defined($flags))?($flags):(0))
(name) = (((flags) == (0))?("eventfd"):("eventfd2"))
(retstr) = (returnstr(1))
}
probe syscall.execve = kernel.function("do_execve").call{
(name) = ("execve")
(filename) = (kernel_string($filename))
(args) = (__get_argv($argv, 0))
(argstr) = (sprintf("%s %s", filename, __get_argv($argv, 1)))
}
probe syscall.execve.return = kernel.function("do_execve").return{
(name) = ("execve")
(retstr) = (returnstr(1))
}
probe syscall.compat_execve = kernel.function("compat_do_execve").call?{
(name) = ("compat_execve")
(filename) = (kernel_string($filename))
(args) = (__get_compat_argv($argv, 0))
(argstr) = (sprintf("%s %s", filename, __get_compat_argv($argv, 1)))
}
probe syscall.compat_execve.return = kernel.function("compat_do_execve").return?{
(name) = ("compat_execve")
(retstr) = (returnstr(1))
}
probe syscall.exit = kernel.function("do_exit").call{
(name) = ("exit")
(status) = ($code)
(argstr) = (sprint($code))
}
probe syscall.exit_group = kernel.function("sys_exit_group").call{
(name) = ("exit_group")
(status) = ($error_code)
(argstr) = (sprint($error_code))
}
probe syscall.faccessat = kernel.function("sys_faccessat").call?{
(name) = ("faccessat")
(dirfd) = ($dfd)
(dirfd_str) = (_dfd_str($dfd))
(pathname) = (user_string($filename))
(mode) = ($mode)
(mode_str) = (_access_mode_str($mode))
(argstr) = (sprintf("%s, %s, %s", dirfd_str, user_string_quoted($filename), mode_str))
}
probe syscall.faccessat.return = kernel.function("sys_faccessat").return?{
(name) = ("faccessat")
(retstr) = (returnstr(1))
}
probe syscall.fadvise64 = kernel.function("sys_fadvise64").call?{
(name) = ("fadvise64")
(fd) = ($fd)
(offset) = ($offset)
(len) = ($len)
(advice) = ($advice)
(argstr) = (sprintf("%d, %d, %d, %s", $fd, $offset, $len, _fadvice_advice_str($advice)))
}
probe syscall.fadvise64.return = kernel.function("sys_fadvise64").return?{
(name) = ("fadvise64")
(retstr) = (returnstr(1))
}
probe syscall.fadvise64_64 = kernel.function("sys_fadvise64_64").call?{
(name) = ("fadvise64_64")
(fd) = ($fd)
(offset) = ($offset)
(len) = ($len)
(advice) = ($advice)
(argstr) = (sprintf("%d, %d, %d, %s", $fd, $offset, $len, _fadvice_advice_str($advice)))
}
probe syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return?{
(name) = ("fadvise64_64")
(retstr) = (returnstr(1))
}
probe syscall.fchdir = kernel.function("sys_fchdir").call{
(name) = ("fchdir")
(fd) = ($fd)
(argstr) = (sprint($fd))
}
probe sysca
probe syscall.epoll_ctl.return = kernel.function("compat_sys_epoll_ctl").return?, kernel.function("sys_epoll_ctl").return?{

(name) = ("epoll_ctl")

(retstr) = (returnstr(1))

}

probe syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call?{

(name) = ("epoll_pwait")

(argstr) = (sprintf("%d, %p, %d, %d, %p, %d", $epfd, $events, $maxevents, $timeout, $sigmask, $sigsetsize))

}

probe syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return?{

(name) = ("epoll_pwait")

(retstr) = (returnstr(1))

}

probe syscall.epoll_wait = kernel.function("compat_sys_epoll_wait").call?, kernel.function("sys_epoll_wait").call?{

(name) = ("epoll_wait")

(epfd) = ($epfd)

(events_uaddr) = ($events)

(maxevents) = ($maxevents)

(timeout) = ($timeout)

(argstr) = (sprintf("%d, %p, %d, %d", $epfd, $events, $maxevents, $timeout))

}

probe syscall.epoll_wait.return = kernel.function("compat_sys_epoll_wait").return?, kernel.function("sys_epoll_wait").return?{

(name) = ("epoll_wait")

(retstr) = (returnstr(1))

}

probe syscall.eventfd = kernel.function("sys_eventfd2").call!, kernel.function("sys_eventfd").call?{

(flags) = ((@defined($flags))?($flags):(0))

if ((flags) == (0)) {

(name) = ("eventfd")

(argstr) = (sprint($count))

}

else {

(name) = ("eventfd2")

(argstr) = (sprintf("%d, %s", $count, _eventfd2_flag_str(flags)))

}



}

probe syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return?{

(flags) = ((@defined($flags))?($flags):(0))

(name) = (((flags) == (0))?("eventfd"):("eventfd2"))

(retstr) = (returnstr(1))

}

probe syscall.execve = kernel.function("do_execve").call{

(name) = ("execve")

(filename) = (kernel_string($filename))

(args) = (__get_argv($argv, 0))

(argstr) = (sprintf("%s %s", filename, __get_argv($argv, 1)))

}

probe syscall.execve.return = kernel.function("do_execve").return{

(name) = ("execve")

(retstr) = (returnstr(1))

}

probe syscall.compat_execve = kernel.function("compat_do_execve").call?{

(name) = ("compat_execve")

(filename) = (kernel_string($filename))

(args) = (__get_compat_argv($argv, 0))

(argstr) = (sprintf("%s %s", filename, __get_compat_argv($argv, 1)))

}

probe syscall.compat_execve.return = kernel.function("compat_do_execve").return?{

(name) = ("compat_execve")

(retstr) = (returnstr(1))

}

probe syscall.exit = kernel.function("do_exit").call{

(name) = ("exit")

(status) = ($code)

(argstr) = (sprint($code))

}

probe syscall.exit_group = kernel.function("sys_exit_group").call{

(name) = ("exit_group")

(status) = ($error_code)

(argstr) = (sprint($error_code))

}

probe syscall.faccessat = kernel.function("sys_faccessat").call?{

(name) = ("faccessat")

(dirfd) = ($dfd)

(dirfd_str) = (_dfd_str($dfd))

(pathname) = (user_string($filename))

(mode) = ($mode)

(mode_str) = (_access_mode_str($mode))

(argstr) = (sprintf("%s, %s, %s", dirfd_str, user_string_quoted($filename), mode_str))

}

probe syscall.faccessat.return = kernel.function("sys_faccessat").return?{

(name) = ("faccessat")

(retstr) = (returnstr(1))

}

probe syscall.fadvise64 = kernel.function("sys_fadvise64").call?{

(name) = ("fadvise64")

(fd) = ($fd)

(offset) = ($offset)

(len) = ($len)

(advice) = ($advice)

(argstr) = (sprintf("%d, %d, %d, %s", $fd, $offset, $len, _fadvice_advice_str($advice)))

}

probe syscall.fadvise64.return = kernel.function("sys_fadvise64").return?{

(name) = ("fadvise64")

(retstr) = (returnstr(1))

}

probe syscall.fadvise64_64 = kernel.function("sys_fadvise64_64").call?{

(name) = ("fadvise64_64")

(fd) = ($fd)

(offset) = ($offset)

(len) = ($len)

(advice) = ($advice)

(argstr) = (sprintf("%d, %d, %d, %s", $fd, $offset, $len, _fadvice_advice_str($advice)))

}

probe syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return?{

(name) = ("fadvise64_64")

(retstr) = (returnstr(1))

}

probe syscall.fchdir = kernel.function("sys_fchdir").call{

(name) = ("fchdir")

(fd) = ($fd)

(argstr) = (sprint($fd))

}
ll.fchdir.return = kernel.function("sys_fchdir").return{
(name) = ("fchdir")
(retstr) = (returnstr(1))
}
probe syscall.fchmod = kernel.function("sys_fchmod").call{
(name) = ("fchmod")
(fildes) = ($fd)
(mode) = ($mode)
(argstr) = (sprintf("%d, %#o", $fd, $mode))
}
probe syscall.fchmod.return = kernel.function("sys_fchmod").return{
(name) = ("fchmod")
(retstr) = (returnstr(1))
}
probe syscall.fchmodat = kernel.function("sys_fchmodat").call?{
(name) = ("fchmodat")
(dirfd) = ($dfd)
(dirfd_str) = (_dfd_str($dfd))
(pathname) = (user_string($filename))
(mode) = ($mode)
(argstr) = (sprintf("%s, %s, %#o", dirfd_str, user_string_quoted($filename), $mode))
}
probe syscall.fchmodat.return = kernel.function("sys_fchmodat").return?{
(name) = ("fchmodat")
(retstr) = (returnstr(1))
}
probe syscall.fchown = kernel.function("sys_fchown").call{
(name) = ("fchown")
(fd) = ($fd)
(owner) = (__int32($user))
(group) = (__int32($group))
(argstr) = (sprintf("%d, %d, %d", $fd, owner, group))
}
probe syscall.fchown.return = kernel.function("sys_fchown").return{
(name) = ("fchown")
(retstr) = (returnstr(1))
}
probe syscall.fchown16 = kernel.function("sys_fchown16").call?{
(name) = ("fchown16")
(fd) = ($fd)
(owner) = (__short($user))
(group) = (__short($group))
(argstr) = (sprintf("%d, %d, %d", $fd, owner, group))
}
probe syscall.fchown16.return = kernel.function("sys_fchown16").return?{
(name) = ("fchown16")
(retstr) = (returnstr(1))
}
probe syscall.fchownat = kernel.function("sys_fchownat").call?{
(name) = ("fchownat")
(dirfd) = ($dfd)
(dirfd_str) = (_dfd_str($dfd))
(pathname) = (user_string($filename))
(owner) = (__int32($user))
(group) = (__int32($group))
(flags) = ($flag)
(flags_str) = (_at_flag_str($flag))
(argstr) = (sprintf("%s, %s, %d, %d, %s", dirfd_str, user_string_quoted($filename), owner, group, flags_str))
}
probe syscall.fchownat.return = kernel.function("sys_fchownat").return?{
(name) = ("fchownat")
(retstr) = (returnstr(1))
}
probe syscall.fcntl = kernel.function("compat_sys_fcntl").call?, kernel.function("compat_sys_fcntl64").call?, kernel.function("sys_fcntl64").call?, kernel.function("sys_fcntl").call?{
(name) = ("fcntl")
(fd) = ($fd)
(cmd) = ($cmd)
(cmd_str) = (_fcntl_cmd_str($cmd))
(arg) = ($arg)
(argstr) = (sprintf("%d, %s, %p", $fd, _fcntl_cmd_str($cmd), $arg))
}
probe syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return?{
(name) = ("fcntl")
(retstr) = (returnstr(1))
}
probe syscall.fdatasync = kernel.function("sys_fdatasync").call{
(name) = ("fdatasync")
(fd) = ($fd)
(argstr) = (sprint(fd))
}
probe syscall.fdatasync.return = kernel.function("sys_fdatasync").return{
(name) = ("fdatasync")
(retstr) = (returnstr(1))
}
probe syscall.fgetxattr = kernel.function("sys_fgetxattr").call{
(name) = ("fgetxattr")
(filedes) = ($fd)
(name2) = (user_string($name))
(value_uaddr) = ($value)
(size) = ($size)
(argstr) = (sprintf("%d, %s, %p, %d", filedes, user_string_quoted($name), value_uaddr, size))
}
probe syscall.fgetxattr.return = kernel.function("sys_fgetxattr").return{
(name) = ("fgetxattr")
(retstr) = (returnstr(1))
}
probe syscall.flistxattr = kernel.function("sys_flistxattr").call{
(name) = ("flistxattr")
(filedes) = ($fd)
(list_uaddr) = ($list)
(size) = ($size)
(argstr) = (sprintf("%d, %p, %d", filedes, list_uaddr, size))
}
probe syscall.flistxattr.return = kernel.function("sys_flistxattr").return{
(name) = ("flistxattr")
(retstr) = (returnstr(1))
}
probe syscall.flock = kernel.function("sys_flock").call{
(name) = ("flock")
(fd) = ($fd)
(operation) = ($cmd)
(argstr) = (sprintf("%d, %s", fd, _flock_cmd_str(operation)))
}
probe syscall.flock.return = kernel.function("sys_flock").return{
(name) = ("flock")
(retstr) = (returnstr(1))
}
probe syscall.fork = kernel.function("do_fork").call{
(clone_flags) = ($clone_flags)
(stack_start) = ($stack_start)
(regs) = ($regs)
(stack_size) = ($
probe syscall.fchdir.return = kernel.function("sys_fchdir").return{

(name) = ("fchdir")

(retstr) = (returnstr(1))

}

probe syscall.fchmod = kernel.function("sys_fchmod").call{

(name) = ("fchmod")

(fildes) = ($fd)

(mode) = ($mode)

(argstr) = (sprintf("%d, %#o", $fd, $mode))

}

probe syscall.fchmod.return = kernel.function("sys_fchmod").return{

(name) = ("fchmod")

(retstr) = (returnstr(1))

}

probe syscall.fchmodat = kernel.function("sys_fchmodat").call?{

(name) = ("fchmodat")

(dirfd) = ($dfd)

(dirfd_str) = (_dfd_str($dfd))

(pathname) = (user_string($filename))

(mode) = ($mode)

(argstr) = (sprintf("%s, %s, %#o", dirfd_str, user_string_quoted($filename), $mode))

}

probe syscall.fchmodat.return = kernel.function("sys_fchmodat").return?{

(name) = ("fchmodat")

(retstr) = (returnstr(1))

}

probe syscall.fchown = kernel.function("sys_fchown").call{

(name) = ("fchown")

(fd) = ($fd)

(owner) = (__int32($user))

(group) = (__int32($group))

(argstr) = (sprintf("%d, %d, %d", $fd, owner, group))

}

probe syscall.fchown.return = kernel.function("sys_fchown").return{

(name) = ("fchown")

(retstr) = (returnstr(1))

}

probe syscall.fchown16 = kernel.function("sys_fchown16").call?{

(name) = ("fchown16")

(fd) = ($fd)

(owner) = (__short($user))

(group) = (__short($group))

(argstr) = (sprintf("%d, %d, %d", $fd, owner, group))

}

probe syscall.fchown16.return = kernel.function("sys_fchown16").return?{

(name) = ("fchown16")

(retstr) = (returnstr(1))

}

probe syscall.fchownat = kernel.function("sys_fchownat").call?{

(name) = ("fchownat")

(dirfd) = ($dfd)

(dirfd_str) = (_dfd_str($dfd))

(pathname) = (user_string($filename))

(owner) = (__int32($user))

(group) = (__int32($group))

(flags) = ($flag)

(flags_str) = (_at_flag_str($flag))

(argstr) = (sprintf("%s, %s, %d, %d, %s", dirfd_str, user_string_quoted($filename), owner, group, flags_str))

}

probe syscall.fchownat.return = kernel.function("sys_fchownat").return?{

(name) = ("fchownat")

(retstr) = (returnstr(1))

}

probe syscall.fcntl = kernel.function("compat_sys_fcntl").call?, kernel.function("compat_sys_fcntl64").call?, kernel.function("sys_fcntl64").call?, kernel.function("sys_fcntl").call?{

(name) = ("fcntl")

(fd) = ($fd)

(cmd) = ($cmd)

(cmd_str) = (_fcntl_cmd_str($cmd))

(arg) = ($arg)

(argstr) = (sprintf("%d, %s, %p", $fd, _fcntl_cmd_str($cmd), $arg))

}

probe syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return?{

(name) = ("fcntl")

(retstr) = (returnstr(1))

}

probe syscall.fdatasync = kernel.function("sys_fdatasync").call{

(name) = ("fdatasync")

(fd) = ($fd)

(argstr) = (sprint(fd))

}

probe syscall.fdatasync.return = kernel.function("sys_fdatasync").return{

(name) = ("fdatasync")

(retstr) = (returnstr(1))

}

probe syscall.fgetxattr = kernel.function("sys_fgetxattr").call{

(name) = ("fgetxattr")

(filedes) = ($fd)

(name2) = (user_string($name))

(value_uaddr) = ($value)

(size) = ($size)

(argstr) = (sprintf("%d, %s, %p, %d", filedes, user_string_quoted($name), value_uaddr, size))

}

probe syscall.fgetxattr.return = kernel.function("sys_fgetxattr").return{

(name) = ("fgetxattr")

(retstr) = (returnstr(1))

}

probe syscall.flistxattr = kernel.function("sys_flistxattr").call{

(name) = ("flistxattr")

(filedes) = ($fd)

(list_uaddr) = ($list)

(size) = ($size)

(argstr) = (sprintf("%d, %p, %d", filedes, list_uaddr, size))

}

probe syscall.flistxattr.return = kernel.function("sys_flistxattr").return{

(name) = ("flistxattr")

(retstr) = (returnstr(1))

}

probe syscall.flock = kernel.function("sys_flock").call{

(name) = ("flock")

(fd) = ($fd)

(operation) = ($cmd)

(argstr) = (sprintf("%d, %s", fd, _flock_cmd_str(operation)))

}

probe syscall.flock.return = kernel.function("sys_flock").return{

(name) = ("flock")

(retstr) = (returnstr(1))

}

probe syscall.fork = kernel.function("do_fork").call{

(clone_flags) = ($clone_flags)

(stack_start) = ($stack_start)

(regs) = ($regs)
stack_size)
(parent_tid_uaddr) = ($parent_tidptr)
(child_tid_uaddr) = ($child_tidptr)
if (!(__is_user_regs(regs))) {
(name) = ("fork_kernel_thread")
(argstr) = (__fork_flags(clone_flags))
}
else if ((clone_flags) & (17)) (name) = ("fork")
else if ((clone_flags) & (16384)) (name) = ("vfork")
else {
(name) = ("clone")
(argstr) = (__fork_flags(clone_flags))
}



}
probe syscall.fork.return = kernel.function("do_fork").return{
(name) = ("fork")
(retstr) = (returnstr(1))
}
probe syscall.fremovexattr = kernel.function("sys_fremovexattr").call{
(name) = ("fremovexattr")
(filedes) = ($fd)
(name_uaddr) = ($name)
(argstr) = (sprintf("FIXME PLEASE"))
}
probe syscall.fremovexattr.return = kernel.function("sys_fremovexattr").return{
(name) = ("fremovexattr")
(retstr) = (returnstr(1))
}
probe syscall.fsetxattr = kernel.function("sys_fsetxattr").call{
(name) = ("fsetxattr")
(filedes) = ($fd)
(name2) = (user_string($name))
(value_uaddr) = ($value)
(size) = ($size)
(flags) = ($flags)
(argstr) = (sprintf("%d, %s, %p, %d, %p", filedes, user_string_quoted($name), value_uaddr, size, flags))
}
probe syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return{
(name) = ("fsetxattr")
(retstr) = (returnstr(1))
}
probe syscall.fstat = kernel.function("sys_fstat").call?, kernel.function("sys_fstat64").call?, kernel.function("sys32_fstat64").call?, kernel.function("sys_newfstat").call?, kernel.function("sys_oabi_fstat64").call?, kernel.function("compat_sys_newfstat").call?{
(name) = ("fstat")
(filedes) = ($fd)
(buf_uaddr) = ($statbuf)
(argstr) = (sprintf("%d, %p", $fd, $statbuf))
}
probe syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return?{
(name) = ("fstat")
(retstr) = (returnstr(1))
}
probe syscall.fstatat = kernel.function("sys_fstatat64").call?, kernel.function("sys_newfstatat").call?, kernel.function("compat_sys_newfstatat").call?, kernel.function("sys32_fstatat64").call?{
(name) = ("fstatat")
(dirfd) = ($dfd)
(path) = (user_string($filename))
(buf_uaddr) = ($statbuf)
(argstr) = (sprintf("%s, %s, %p, %s", _dfd_str($dfd), user_string_quoted($filename), $statbuf, _at_flag_str($flag)))
}
probe syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return?{
(name) = ("fstatat")
(retstr) = (returnstr(1))
}
probe syscall.fstatfs = kernel.function("compat_sys_fstatfs").call?, kernel.function("sys_fstatfs").call{
(name) = ("fstatfs")
(fd) = ($fd)
(buf_uaddr) = ($buf)
(argstr) = (sprintf("%d, %p", $fd, $buf))
}
probe syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return{
(name) = ("fstatfs")
(retstr) = (returnstr(1))
}
probe syscall.fstatfs64 = kernel.function("compat_sys_fstatfs64").call?, kernel.function("sys_fstatfs64").call?{
(name) = ("fstatfs")
(fd) = ($fd)
(sz) = ($sz)
(buf_uaddr) = ($buf)
(argstr) = (sprintf("%d, %d, %p", $fd, $sz, $buf))
}
probe syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return?{
(name) = ("fstatfs")
(retstr) = (returnstr(1))
}
probe syscall.fsync = kernel.function("sys_fsync").call{
(name) = ("fsync")
(fd) = ($fd)
(argstr) = (sprint(fd))
}
probe syscall.fsync.return = kernel.function("sys_fsync").return{
(name) = ("fsync")
(retstr) = (returnstr(1))
}
probe syscall.ftruncate = kernel.function("sys_ftruncate").call{
(name) = ("ftruncate")
(fd) = ($fd)
(length) = ($length)
(argstr) = (sprintf("%d, %d", fd, length))
}
probe syscall.ftruncate.return = kernel.function("sys_ftruncate").return{
(name) = ("ftruncate")
(retstr) = (returnstr(1))
}
probe syscall.ftruncate64 = kernel.function("sys_ftruncate64").call?{
(name) = ("ftruncate")
(fd) = ($
(stack_size) = ($stack_size)

(parent_tid_uaddr) = ($parent_tidptr)

(child_tid_uaddr) = ($child_tidptr)

if (!(__is_user_regs(regs))) {

(name) = ("fork_kernel_thread")

(argstr) = (__fork_flags(clone_flags))

}

else if ((clone_flags) & (17)) (name) = ("fork")

else if ((clone_flags) & (16384)) (name) = ("vfork")

else {

(name) = ("clone")

(argstr) = (__fork_flags(clone_flags))

}







}

probe syscall.fork.return = kernel.function("do_fork").return{

(name) = ("fork")

(retstr) = (returnstr(1))

}

probe syscall.fremovexattr = kernel.function("sys_fremovexattr").call{

(name) = ("fremovexattr")

(filedes) = ($fd)

(name_uaddr) = ($name)

(argstr) = (sprintf("FIXME PLEASE"))

}

probe syscall.fremovexattr.return = kernel.function("sys_fremovexattr").return{

(name) = ("fremovexattr")

(retstr) = (returnstr(1))

}

probe syscall.fsetxattr = kernel.function("sys_fsetxattr").call{

(name) = ("fsetxattr")

(filedes) = ($fd)

(name2) = (user_string($name))

(value_uaddr) = ($value)

(size) = ($size)

(flags) = ($flags)

(argstr) = (sprintf("%d, %s, %p, %d, %p", filedes, user_string_quoted($name), value_uaddr, size, flags))

}

probe syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return{

(name) = ("fsetxattr")

(retstr) = (returnstr(1))

}

probe syscall.fstat = kernel.function("sys_fstat").call?, kernel.function("sys_fstat64").call?, kernel.function("sys32_fstat64").call?, kernel.function("sys_newfstat").call?, kernel.function("sys_oabi_fstat64").call?, kernel.function("compat_sys_newfstat").call?{

(name) = ("fstat")

(filedes) = ($fd)

(buf_uaddr) = ($statbuf)

(argstr) = (sprintf("%d, %p", $fd, $statbuf))

}

probe syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return?{

(name) = ("fstat")

(retstr) = (returnstr(1))

}

probe syscall.fstatat = kernel.function("sys_fstatat64").call?, kernel.function("sys_newfstatat").call?, kernel.function("compat_sys_newfstatat").call?, kernel.function("sys32_fstatat64").call?{

(name) = ("fstatat")

(dirfd) = ($dfd)

(path) = (user_string($filename))

(buf_uaddr) = ($statbuf)

(argstr) = (sprintf("%s, %s, %p, %s", _dfd_str($dfd), user_string_quoted($filename), $statbuf, _at_flag_str($flag)))

}

probe syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return?{

(name) = ("fstatat")

(retstr) = (returnstr(1))

}

probe syscall.fstatfs = kernel.function("compat_sys_fstatfs").call?, kernel.function("sys_fstatfs").call{

(name) = ("fstatfs")

(fd) = ($fd)

(buf_uaddr) = ($buf)

(argstr) = (sprintf("%d, %p", $fd, $buf))

}

probe syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return{

(name) = ("fstatfs")

(retstr) = (returnstr(1))

}

probe syscall.fstatfs64 = kernel.function("compat_sys_fstatfs64").call?, kernel.function("sys_fstatfs64").call?{

(name) = ("fstatfs")

(fd) = ($fd)

(sz) = ($sz)

(buf_uaddr) = ($buf)

(argstr) = (sprintf("%d, %d, %p", $fd, $sz, $buf))

}

probe syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return?{

(name) = ("fstatfs")

(retstr) = (returnstr(1))

}

probe syscall.fsync = kernel.function("sys_fsync").call{

(name) = ("fsync")

(fd) = ($fd)

(argstr) = (sprint(fd))

}

probe syscall.fsync.return = kernel.function("sys_fsync").return{

(name) = ("fsync")

(retstr) = (returnstr(1))

}

probe syscall.ftruncate = kernel.function("sys_ftruncate").call{

(name) = ("ftruncate")

(fd) = ($fd)

(length) = ($length)

(argstr) = (sprintf("%d, %d", fd, length))

}

probe syscall.ftruncate.return = kernel.function("sys_ftruncate").return{

(name) = ("ftruncate")

(retstr) = (returnstr(1))

}

probe syscall.ftruncate64 = kernel.function("sys_ftruncate64").call?{

(name) = ("ftruncate")
fd)
(length) = ($length)
(argstr) = (sprintf("%d, %d", fd, length))
}
probe syscall.ftruncate64.return = kernel.function("sys_ftruncate64").return?{
(name) = ("ftruncate")
(retstr) = (returnstr(1))
}
probe syscall.futex = kernel.function("sys_futex").call?{
(name) = ("futex")
(futex_uaddr) = ($uaddr)
(op) = ($op)
(val) = ($val)
(utime_uaddr) = ($utime)
(uaddr2_uaddr) = ($uaddr2)
(val3) = ($val3)
if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", $uaddr, _futex_op_str($op), $val, _struct_timespec_u($utime, 1)))
else (argstr) = (sprintf("%p, %s, %d", $uaddr, _futex_op_str($op), $val))

}
probe syscall.futex.return = kernel.function("sys_futex").return?{
(name) = ("futex")
(retstr) = (returnstr(1))
}
probe syscall.compat_futex = kernel.function("compat_sys_futex").call?{
(name) = ("futex")
(futex_uaddr) = ($uaddr)
(op) = ($op)
(val) = ($val)
(utime_uaddr) = ($utime)
(uaddr2_uaddr) = ($uaddr2)
(val3) = ($val3)
if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", $uaddr, _futex_op_str($op), $val, _struct_compat_timespec_u($utime, 1)))
else (argstr) = (sprintf("%p, %s, %d", $uaddr, _futex_op_str($op), $val))

}
probe syscall.compat_futex.return = kernel.function("compat_sys_futex").return?{
(name) = ("futex")
(retstr) = (returnstr(1))
}
probe syscall.futimesat = kernel.function("sys_futimesat").call?{
(name) = ("futimesat")
(dirfd) = ($dfd)
(filename_uaddr) = ($filename)
(filename) = (user_string($filename))
(tvp_uaddr) = ($utimes)
(argstr) = (sprintf("%s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_timeval_u($utimes, 2)))
}
probe syscall.compat_futimesat = kernel.function("compat_sys_futimesat").call?{
(name) = ("futimesat")
(dirfd) = ($dfd)
(filename_uaddr) = ($filename)
(filename) = (user_string($filename))
(tvp_uaddr) = ($t)
(argstr) = (sprintf("%s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_compat_timeval_u($t, 2)))
}
probe syscall.futimesat.return = kernel.function("sys_futimesat").return?{
(name) = ("futimesat")
(retstr) = (returnstr(1))
}
probe syscall.compat_futimesat.return = kernel.function("compat_sys_futimesat").return?{
(name) = ("futimesat")
(retstr) = (returnstr(1))
}
probe syscall.getcwd = kernel.function("sys_getcwd").call{
(name) = ("getcwd")
(buf_uaddr) = ($buf)
(size) = ($size)
(argstr) = (sprintf("%p, %d", buf_uaddr, size))
}
probe syscall.getcwd.return = kernel.function("sys_getcwd").return{
(name) = ("getcwd")
(retstr) = (returnstr(1))
}
probe syscall.getdents = kernel.function("sys_getdents").call?, kernel.function("sys_getdents64").call?, kernel.function("compat_sys_getdents").call?, kernel.function("compat_sys_getdents64").call?{
(name) = ("getdents")
(fd) = ($fd)
(dirp_uaddr) = ($dirent)
(count) = ($count)
(argstr) = (sprintf("%d, %p, %d", $fd, $dirent, $count))
}
probe syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return?{
(name) = ("getdents")
(retstr) = (returnstr(1))
}
probe syscall.getegid = kernel.function("sys_getegid16").call?, kernel.function("sys32_getegid16").call?, kernel.function("sys_getegid").call{
(name) = ("getegid")
(argstr) = ("")
}
probe syscall.getegid.return = kernel.function("sys_getegid16").return?, kernel.function("sys32_getegid16").return?, kernel.function("sys_getegid").return{
(name) = ("getegid")
(retstr) = (returnstr(1))
}
probe syscall.geteuid = kernel.function("sys_geteuid16").call?, kernel.function("sys32_geteuid16").call?, kernel.function("sys_geteuid").call{
(name) = ("geteuid")
(argstr) = ("")
}
probe syscall.geteuid.return = kernel.function("sys_geteuid16").return?, kernel.function("sys32_geteuid16").return?, kernel.function("sys_geteuid").return{
(name) = ("geteuid")
(retstr) = (returnstr(1))
}
probe syscall.getgid = kernel.function("sys_getgid16").call?, kernel.function("sys32_getgid16").call?, kernel.function("sys_getgid").call{
(name) = ("getgid")
(argstr) = ("
(fd) = ($fd)

(length) = ($length)

(argstr) = (sprintf("%d, %d", fd, length))

}

probe syscall.ftruncate64.return = kernel.function("sys_ftruncate64").return?{

(name) = ("ftruncate")

(retstr) = (returnstr(1))

}

probe syscall.futex = kernel.function("sys_futex").call?{

(name) = ("futex")

(futex_uaddr) = ($uaddr)

(op) = ($op)

(val) = ($val)

(utime_uaddr) = ($utime)

(uaddr2_uaddr) = ($uaddr2)

(val3) = ($val3)

if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", $uaddr, _futex_op_str($op), $val, _struct_timespec_u($utime, 1)))

else (argstr) = (sprintf("%p, %s, %d", $uaddr, _futex_op_str($op), $val))



}

probe syscall.futex.return = kernel.function("sys_futex").return?{

(name) = ("futex")

(retstr) = (returnstr(1))

}

probe syscall.compat_futex = kernel.function("compat_sys_futex").call?{

(name) = ("futex")

(futex_uaddr) = ($uaddr)

(op) = ($op)

(val) = ($val)

(utime_uaddr) = ($utime)

(uaddr2_uaddr) = ($uaddr2)

(val3) = ($val3)

if ((op) == (0)) (argstr) = (sprintf("%p, %s, %d, %s", $uaddr, _futex_op_str($op), $val, _struct_compat_timespec_u($utime, 1)))

else (argstr) = (sprintf("%p, %s, %d", $uaddr, _futex_op_str($op), $val))



}

probe syscall.compat_futex.return = kernel.function("compat_sys_futex").return?{

(name) = ("futex")

(retstr) = (returnstr(1))

}

probe syscall.futimesat = kernel.function("sys_futimesat").call?{

(name) = ("futimesat")

(dirfd) = ($dfd)

(filename_uaddr) = ($filename)

(filename) = (user_string($filename))

(tvp_uaddr) = ($utimes)

(argstr) = (sprintf("%s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_timeval_u($utimes, 2)))

}

probe syscall.compat_futimesat = kernel.function("compat_sys_futimesat").call?{

(name) = ("futimesat")

(dirfd) = ($dfd)

(filename_uaddr) = ($filename)

(filename) = (user_string($filename))

(tvp_uaddr) = ($t)

(argstr) = (sprintf("%s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_compat_timeval_u($t, 2)))

}

probe syscall.futimesat.return = kernel.function("sys_futimesat").return?{

(name) = ("futimesat")

(retstr) = (returnstr(1))

}

probe syscall.compat_futimesat.return = kernel.function("compat_sys_futimesat").return?{

(name) = ("futimesat")

(retstr) = (returnstr(1))

}

probe syscall.getcwd = kernel.function("sys_getcwd").call{

(name) = ("getcwd")

(buf_uaddr) = ($buf)

(size) = ($size)

(argstr) = (sprintf("%p, %d", buf_uaddr, size))

}

probe syscall.getcwd.return = kernel.function("sys_getcwd").return{

(name) = ("getcwd")

(retstr) = (returnstr(1))

}

probe syscall.getdents = kernel.function("sys_getdents").call?, kernel.function("sys_getdents64").call?, kernel.function("compat_sys_getdents").call?, kernel.function("compat_sys_getdents64").call?{

(name) = ("getdents")

(fd) = ($fd)

(dirp_uaddr) = ($dirent)

(count) = ($count)

(argstr) = (sprintf("%d, %p, %d", $fd, $dirent, $count))

}

probe syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return?{

(name) = ("getdents")

(retstr) = (returnstr(1))

}

probe syscall.getegid = kernel.function("sys_getegid16").call?, kernel.function("sys32_getegid16").call?, kernel.function("sys_getegid").call{

(name) = ("getegid")

(argstr) = ("")

}

probe syscall.getegid.return = kernel.function("sys_getegid16").return?, kernel.function("sys32_getegid16").return?, kernel.function("sys_getegid").return{

(name) = ("getegid")

(retstr) = (returnstr(1))

}

probe syscall.geteuid = kernel.function("sys_geteuid16").call?, kernel.function("sys32_geteuid16").call?, kernel.function("sys_geteuid").call{

(name) = ("geteuid")

(argstr) = ("")

}

probe syscall.geteuid.return = kernel.function("sys_geteuid16").return?, kernel.function("sys32_geteuid16").return?, kernel.function("sys_geteuid").return{

(name) = ("geteuid")

(retstr) = (returnstr(1))

}

probe syscall.getgid = kernel.function("sys_getgid16").call?, kernel.function("sys32_getgid16").call?, kernel.function("sys_getgid").call{

(name) = ("getgid")
")
}
probe syscall.getgid.return = kernel.function("sys_getgid16").return?, kernel.function("sys32_getgid16").return?, kernel.function("sys_getgid").return{
(name) = ("getgid")
(retstr) = (returnstr(1))
}
probe syscall.getgroups = kernel.function("sys_getgroups16").call?, kernel.function("sys32_getgroups16").call?, kernel.function("sys_getgroups").call?{
(name) = ("getgroups")
(size) = ($gidsetsize)
(list_uaddr) = ($grouplist)
(argstr) = (sprintf("%d, %p", $gidsetsize, $grouplist))
}
probe syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return?{
(name) = ("getgroups")
(retstr) = (returnstr(1))
}
probe syscall.gethostname = kernel.function("sys_gethostname").call?{
(name) = ("gethostname")
(name_uaddr) = ($name)
(len) = ($len)
(argstr) = (sprintf("%p, %d", name_uaddr, len))
}
probe syscall.gethostname.return = kernel.function("sys_gethostname").return?{
(name) = ("gethostname")
(retstr) = (returnstr(1))
}
probe syscall.getitimer = kernel.function("sys_getitimer").call{
(name) = ("getitimer")
(which) = ($which)
(value_uaddr) = ($value)
(argstr) = (sprintf("%s, %p", _itimer_which_str($which), $value))
}
probe syscall.getitimer.return = kernel.function("sys_getitimer").return{
(name) = ("getitimer")
(retstr) = (returnstr(1))
}
probe syscall.compat_getitimer = kernel.function("compat_sys_getitimer").call?{
(name) = ("getitimer")
(which) = ($which)
(value_uaddr) = ($it)
(argstr) = (sprintf("%s, %p", _itimer_which_str($which), $it))
}
probe syscall.compat_getitimer.return = kernel.function("compat_sys_getitimer").return?{
(name) = ("getitimer")
(retstr) = (returnstr(1))
}
probe syscall.get_mempolicy = kernel.function("compat_sys_get_mempolicy").call?, kernel.function("sys_get_mempolicy").call?{
(name) = ("get_mempolicy")
(policy_uaddr) = ($policy)
(nmask_uaddr) = ($nmask)
(maxnode) = ($maxnode)
(addr) = ($addr)
(flags) = ($flags)
(argstr) = (sprintf("%p, %p, %d, %p, 0x%x", $policy, $nmask, $maxnode, $addr, $flags))
}
probe syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return?{
(name) = ("get_mempolicy")
(retstr) = (returnstr(1))
}
probe syscall.getpeername = kernel.function("sys_getpeername").call?{
(name) = ("getpeername")
(s) = ($fd)
(name_uaddr) = ($usockaddr)
(namelen_uaddr) = ($usockaddr_len)
(argstr) = (sprintf("%d, %p, %p", $fd, $usockaddr, $usockaddr_len))
}
probe syscall.getpeername.return = kernel.function("sys_getpeername").return?{
(name) = ("getpeername")
(retstr) = (returnstr(1))
}
probe syscall.getpgid = kernel.function("sys_getpgid").call{
(name) = ("getpgid")
(pid) = ($pid)
(argstr) = (sprintf("%d", $pid))
}
probe syscall.getpgid.return = kernel.function("sys_getpgid").return{
(name) = ("getpgid")
(retstr) = (returnstr(1))
}
probe syscall.getpgrp = kernel.function("sys_getpgrp").call?{
(name) = ("getpgrp")
(argstr) = ("")
}
probe syscall.getpgrp.return = kernel.function("sys_getpgrp").return?{
(name) = ("getpgrp")
(retstr) = (returnstr(1))
}
probe syscall.getpid = kernel.function("sys_getpid").call{
(name) = ("getpid")
(argstr) = ("")
}
probe syscall.getpid.return = kernel.function("sys_getpid").return{
(name) = ("getpid")
(retstr) = (returnstr(1))
}
probe syscall.getppid = kernel.function("sys_getppid").call{
(name) = ("getppid")
(argstr) = ("")
}
probe syscall.getppid.return = kernel.function("sys_getppid").return{
(name) = ("getppid")
(retstr) = (returnstr(1))
}
probe syscall.getpriority = kernel.function("sys_getpriority").call{
(name) = ("getpriority")
(which) = ($which)
(who) = ($who)
(argstr) = (sprintf("%s, %d", _priority_which_str(which), who))
}
probe syscall.getpriority.return = kernel.function("sys_getpriority").return{
(name) = ("getpriority")
(retstr) = (returnstr(1))
}
probe syscall.getresgid = kernel.function("sys_getresgid16").call?, kernel.function("sys_getresgid").call{
(name) = ("getresgid")
(rgid_uaddr)
(argstr) = ("")

}

probe syscall.getgid.return = kernel.function("sys_getgid16").return?, kernel.function("sys32_getgid16").return?, kernel.function("sys_getgid").return{

(name) = ("getgid")

(retstr) = (returnstr(1))

}

probe syscall.getgroups = kernel.function("sys_getgroups16").call?, kernel.function("sys32_getgroups16").call?, kernel.function("sys_getgroups").call?{

(name) = ("getgroups")

(size) = ($gidsetsize)

(list_uaddr) = ($grouplist)

(argstr) = (sprintf("%d, %p", $gidsetsize, $grouplist))

}

probe syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return?{

(name) = ("getgroups")

(retstr) = (returnstr(1))

}

probe syscall.gethostname = kernel.function("sys_gethostname").call?{

(name) = ("gethostname")

(name_uaddr) = ($name)

(len) = ($len)

(argstr) = (sprintf("%p, %d", name_uaddr, len))

}

probe syscall.gethostname.return = kernel.function("sys_gethostname").return?{

(name) = ("gethostname")

(retstr) = (returnstr(1))

}

probe syscall.getitimer = kernel.function("sys_getitimer").call{

(name) = ("getitimer")

(which) = ($which)

(value_uaddr) = ($value)

(argstr) = (sprintf("%s, %p", _itimer_which_str($which), $value))

}

probe syscall.getitimer.return = kernel.function("sys_getitimer").return{

(name) = ("getitimer")

(retstr) = (returnstr(1))

}

probe syscall.compat_getitimer = kernel.function("compat_sys_getitimer").call?{

(name) = ("getitimer")

(which) = ($which)

(value_uaddr) = ($it)

(argstr) = (sprintf("%s, %p", _itimer_which_str($which), $it))

}

probe syscall.compat_getitimer.return = kernel.function("compat_sys_getitimer").return?{

(name) = ("getitimer")

(retstr) = (returnstr(1))

}

probe syscall.get_mempolicy = kernel.function("compat_sys_get_mempolicy").call?, kernel.function("sys_get_mempolicy").call?{

(name) = ("get_mempolicy")

(policy_uaddr) = ($policy)

(nmask_uaddr) = ($nmask)

(maxnode) = ($maxnode)

(addr) = ($addr)

(flags) = ($flags)

(argstr) = (sprintf("%p, %p, %d, %p, 0x%x", $policy, $nmask, $maxnode, $addr, $flags))

}

probe syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return?{

(name) = ("get_mempolicy")

(retstr) = (returnstr(1))

}

probe syscall.getpeername = kernel.function("sys_getpeername").call?{

(name) = ("getpeername")

(s) = ($fd)

(name_uaddr) = ($usockaddr)

(namelen_uaddr) = ($usockaddr_len)

(argstr) = (sprintf("%d, %p, %p", $fd, $usockaddr, $usockaddr_len))

}

probe syscall.getpeername.return = kernel.function("sys_getpeername").return?{

(name) = ("getpeername")

(retstr) = (returnstr(1))

}

probe syscall.getpgid = kernel.function("sys_getpgid").call{

(name) = ("getpgid")

(pid) = ($pid)

(argstr) = (sprintf("%d", $pid))

}

probe syscall.getpgid.return = kernel.function("sys_getpgid").return{

(name) = ("getpgid")

(retstr) = (returnstr(1))

}

probe syscall.getpgrp = kernel.function("sys_getpgrp").call?{

(name) = ("getpgrp")

(argstr) = ("")

}

probe syscall.getpgrp.return = kernel.function("sys_getpgrp").return?{

(name) = ("getpgrp")

(retstr) = (returnstr(1))

}

probe syscall.getpid = kernel.function("sys_getpid").call{

(name) = ("getpid")

(argstr) = ("")

}

probe syscall.getpid.return = kernel.function("sys_getpid").return{

(name) = ("getpid")

(retstr) = (returnstr(1))

}

probe syscall.getppid = kernel.function("sys_getppid").call{

(name) = ("getppid")

(argstr) = ("")

}

probe syscall.getppid.return = kernel.function("sys_getppid").return{

(name) = ("getppid")

(retstr) = (returnstr(1))

}

probe syscall.getpriority = kernel.function("sys_getpriority").call{

(name) = ("getpriority")

(which) = ($which)

(who) = ($who)

(argstr) = (sprintf("%s, %d", _priority_which_str(which), who))

}

probe syscall.getpriority.return = kernel.function("sys_getpriority").return{

(name) = ("getpriority")

(retstr) = (returnstr(1))

}

probe syscall.getresgid = kernel.function("sys_getresgid16").call?, kernel.function("sys_getresgid").call{

(name) = ("getresgid")
 = ($rgid)
(egid_uaddr) = ($egid)
(sgid_uaddr) = ($sgid)
(argstr) = (sprintf("%p, %p, %p", $rgid, $egid, $sgid))
}
probe syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return{
(name) = ("getresgid")
(retstr) = (returnstr(1))
}
probe syscall.getresuid = kernel.function("sys_getresuid16").call?, kernel.function("sys_getresuid").call{
(name) = ("getresuid")
(ruid_uaddr) = ($ruid)
(euid_uaddr) = ($euid)
(suid_uaddr) = ($suid)
(argstr) = (sprintf("%p, %p, %p", $ruid, $euid, $suid))
}
probe syscall.getresuid.return = kernel.function("sys_getresuid16").return?, kernel.function("sys_getresuid").return{
(name) = ("getresuid")
(retstr) = (returnstr(1))
}
probe syscall.getrlimit = kernel.function("sys_getrlimit").call?, kernel.function("sys_old_getrlimit").call?, kernel.function("compat_sys_getrlimit").call?{
(name) = ("getrlimit")
(resource) = ($resource)
(rlim_uaddr) = ($rlim)
(argstr) = (sprintf("%s, %p", _rlimit_resource_str($resource), $rlim))
}
probe syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return?{
(name) = ("getrlimit")
(retstr) = (returnstr(1))
}
probe syscall.getrusage = kernel.function("sys_getrusage").call{
(name) = ("getrusage")
(who) = ($who)
if (($who) == (-(2))) {
(who_str) = (sprintf("UNKNOWN VALUE: %d", $who))
}
else (who_str) = (_rusage_who_str($who))

(usage_uaddr) = ($ru)
(argstr) = (sprintf("%s, %p", who_str, usage_uaddr))
}
probe syscall.getrusage.return = kernel.function("sys_getrusage").return{
(name) = ("getrusage")
(retstr) = (returnstr(1))
}
probe syscall.getsid = kernel.function("sys_getsid").call{
(name) = ("getsid")
(pid) = ($pid)
(argstr) = (sprint(pid))
}
probe syscall.getsid.return = kernel.function("sys_getsid").return{
(name) = ("getsid")
(retstr) = (returnstr(1))
}
probe syscall.getsockname = kernel.function("sys_getsockname").call?{
(name) = ("getsockname")
(s) = ($fd)
(name_uaddr) = ($usockaddr)
(namelen_uaddr) = ($usockaddr_len)
(argstr) = (sprintf("%d, %p, %p", $fd, $usockaddr, $usockaddr_len))
}
probe syscall.getsockname.return = kernel.function("sys_getsockname").return?{
(name) = ("getsockname")
(retstr) = (returnstr(1))
}
probe syscall.getsockopt = kernel.function("compat_sys_getsockopt").call?, kernel.function("sys_getsockopt").call?{
(name) = ("getsockopt")
(fd) = ($fd)
(level) = ($level)
(level_str) = (_sockopt_level_str($level))
(optname) = ($optname)
(optname_str) = (_sockopt_optname_str($optname))
(optval_uaddr) = ($optval)
(optlen_uaddr) = ($optlen)
(argstr) = (sprintf("%d, %s, %s, %p, %p", $fd, _sockopt_level_str($level), _sockopt_optname_str($optname), $optval, $optlen))
}
probe syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return?{
(name) = ("getsockopt")
(retstr) = (returnstr(1))
}
probe syscall.gettid = kernel.function("sys_gettid").call{
(name) = ("gettid")
(argstr) = ("")
}
probe syscall.gettid.return = kernel.function("sys_gettid").return{
(name) = ("gettid")
(retstr) = (returnstr(1))
}
probe syscall.gettimeofday = kernel.function("compat_sys_gettimeofday").call?, kernel.function("sys32_gettimeofday").call?, kernel.function("sys_gettimeofday").call{
(name) = ("gettimeofday")
(tv_uaddr) = ($tv)
(tz_uaddr) = ($tz)
(argstr) = (sprintf("%p, %p", $tv, $tz))
}
probe syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return{
(name) = ("gettimeofday")
(retstr) = (returnstr(1))
}
probe syscall.getuid = kernel.function("sys_getuid16").call?, kernel.function("sys32_getuid16").call?, kernel.function("sys_getuid").call{
(name) = ("getuid")
(argstr) = ("")
}
probe syscall.getuid.return = kernel.function("sys_getuid16").return?, kernel.function("sys32_getuid16").return?, kernel.function("sys_getuid").return{
(name) = ("getuid")
(retstr) = (
(rgid_uaddr) = ($rgid)

(egid_uaddr) = ($egid)

(sgid_uaddr) = ($sgid)

(argstr) = (sprintf("%p, %p, %p", $rgid, $egid, $sgid))

}

probe syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return{

(name) = ("getresgid")

(retstr) = (returnstr(1))

}

probe syscall.getresuid = kernel.function("sys_getresuid16").call?, kernel.function("sys_getresuid").call{

(name) = ("getresuid")

(ruid_uaddr) = ($ruid)

(euid_uaddr) = ($euid)

(suid_uaddr) = ($suid)

(argstr) = (sprintf("%p, %p, %p", $ruid, $euid, $suid))

}

probe syscall.getresuid.return = kernel.function("sys_getresuid16").return?, kernel.function("sys_getresuid").return{

(name) = ("getresuid")

(retstr) = (returnstr(1))

}

probe syscall.getrlimit = kernel.function("sys_getrlimit").call?, kernel.function("sys_old_getrlimit").call?, kernel.function("compat_sys_getrlimit").call?{

(name) = ("getrlimit")

(resource) = ($resource)

(rlim_uaddr) = ($rlim)

(argstr) = (sprintf("%s, %p", _rlimit_resource_str($resource), $rlim))

}

probe syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return?{

(name) = ("getrlimit")

(retstr) = (returnstr(1))

}

probe syscall.getrusage = kernel.function("sys_getrusage").call{

(name) = ("getrusage")

(who) = ($who)

if (($who) == (-(2))) {

(who_str) = (sprintf("UNKNOWN VALUE: %d", $who))

}

else (who_str) = (_rusage_who_str($who))



(usage_uaddr) = ($ru)

(argstr) = (sprintf("%s, %p", who_str, usage_uaddr))

}

probe syscall.getrusage.return = kernel.function("sys_getrusage").return{

(name) = ("getrusage")

(retstr) = (returnstr(1))

}

probe syscall.getsid = kernel.function("sys_getsid").call{

(name) = ("getsid")

(pid) = ($pid)

(argstr) = (sprint(pid))

}

probe syscall.getsid.return = kernel.function("sys_getsid").return{

(name) = ("getsid")

(retstr) = (returnstr(1))

}

probe syscall.getsockname = kernel.function("sys_getsockname").call?{

(name) = ("getsockname")

(s) = ($fd)

(name_uaddr) = ($usockaddr)

(namelen_uaddr) = ($usockaddr_len)

(argstr) = (sprintf("%d, %p, %p", $fd, $usockaddr, $usockaddr_len))

}

probe syscall.getsockname.return = kernel.function("sys_getsockname").return?{

(name) = ("getsockname")

(retstr) = (returnstr(1))

}

probe syscall.getsockopt = kernel.function("compat_sys_getsockopt").call?, kernel.function("sys_getsockopt").call?{

(name) = ("getsockopt")

(fd) = ($fd)

(level) = ($level)

(level_str) = (_sockopt_level_str($level))

(optname) = ($optname)

(optname_str) = (_sockopt_optname_str($optname))

(optval_uaddr) = ($optval)

(optlen_uaddr) = ($optlen)

(argstr) = (sprintf("%d, %s, %s, %p, %p", $fd, _sockopt_level_str($level), _sockopt_optname_str($optname), $optval, $optlen))

}

probe syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return?{

(name) = ("getsockopt")

(retstr) = (returnstr(1))

}

probe syscall.gettid = kernel.function("sys_gettid").call{

(name) = ("gettid")

(argstr) = ("")

}

probe syscall.gettid.return = kernel.function("sys_gettid").return{

(name) = ("gettid")

(retstr) = (returnstr(1))

}

probe syscall.gettimeofday = kernel.function("compat_sys_gettimeofday").call?, kernel.function("sys32_gettimeofday").call?, kernel.function("sys_gettimeofday").call{

(name) = ("gettimeofday")

(tv_uaddr) = ($tv)

(tz_uaddr) = ($tz)

(argstr) = (sprintf("%p, %p", $tv, $tz))

}

probe syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return{

(name) = ("gettimeofday")

(retstr) = (returnstr(1))

}

probe syscall.getuid = kernel.function("sys_getuid16").call?, kernel.function("sys32_getuid16").call?, kernel.function("sys_getuid").call{

(name) = ("getuid")

(argstr) = ("")

}

probe syscall.getuid.return = kernel.function("sys_getuid16").return?, kernel.function("sys32_getuid16").return?, kernel.function("sys_getuid").return{

(name) = ("getuid")
returnstr(1))
}
probe syscall.getxattr = kernel.function("sys_getxattr").call{
(name) = ("getxattr")
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(name2) = (user_string($name))
(value_uaddr) = ($value)
(size) = ($size)
(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), $value, $size))
}
probe syscall.getxattr.return = kernel.function("sys_getxattr").return{
(name) = ("getxattr")
(retstr) = (returnstr(1))
}
probe syscall.init_module = kernel.function("sys_init_module").call?{
(name) = ("init_module")
(umod_uaddr) = ($umod)
(len) = ($len)
(uargs) = (user_string($uargs))
(argstr) = (sprintf("%p, %d, %s", $umod, $len, user_string_quoted($uargs)))
}
probe syscall.init_module.return = kernel.function("sys_init_module").return?{
(name) = ("init_module")
(retstr) = (returnstr(1))
}
probe syscall.inotify_add_watch = kernel.function("sys_inotify_add_watch").call?{
(name) = ("inotify_add_watch")
(fd) = ($fd)
(mask) = ($mask)
(path_uaddr) = ((@defined($pathname))?($pathname):($path))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%d, %s, %s", $fd, user_string_quoted((@defined($pathname))?($pathname):($path)), _inotify_watch_mask_str($mask)))
}
probe syscall.inotify_add_watch.return = kernel.function("sys_inotify_add_watch").return?{
(name) = ("inotify_add_watch")
(retstr) = (returnstr(1))
}
probe syscall.inotify_init = kernel.function("sys_inotify_init1").call!, kernel.function("sys_inotify_init").call?{
(flags) = ((@defined($flags))?($flags):(0))
if ((flags) == (0)) {
(name) = ("inotify_init")
(argstr) = ("")
}
else {
(name) = ("inotify_init1")
(argstr) = (_inotify_init1_flag_str(flags))
}

}
probe syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return?{
(flags) = ((@defined($flags))?($flags):(0))
(name) = (((flags) == (0))?("inotify_init"):("inotify_init1"))
(retstr) = (returnstr(1))
}
probe syscall.inotify_rm_watch = kernel.function("sys_inotify_rm_watch").call?{
(name) = ("inotify_rm_watch")
(fd) = ($fd)
(wd) = ($wd)
(argstr) = (sprintf("%d, %d", $fd, $wd))
}
probe syscall.inotify_rm_watch.return = kernel.function("sys_inotify_rm_watch").return?{
(name) = ("inotify_rm_watch")
(retstr) = (returnstr(1))
}
probe syscall.io_cancel = kernel.function("sys_io_cancel").call{
(name) = ("io_cancel")
(ctx_id) = ($ctx_id)
(iocb_uaddr) = ($iocb)
(result_uaddr) = ($result)
(argstr) = (sprintf("%d, %p, %p", ctx_id, iocb_uaddr, result_uaddr))
}
probe syscall.io_cancel.return = kernel.function("sys_io_cancel").return{
(name) = ("io_cancel")
(retstr) = (returnstr(1))
}
probe syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call?{
(name) = ("ioctl")
(fd) = ($fd)
(request) = ($cmd)
(argp) = ($arg)
(argstr) = (sprintf("%d, %d, %p", $fd, $cmd, $arg))
}
probe syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return?{
(name) = ("ioctl")
(retstr) = (returnstr(1))
}
probe syscall.io_destroy = kernel.function("sys_io_destroy").call{
(name) = ("io_destroy")
(ctx) = ($ctx)
(argstr) = (sprintf("%d", ctx))
}
probe syscall.io_destroy.return = kernel.function("sys_io_destroy").return{
(name) = ("io_destroy")
(retstr) = (returnstr(1))
}
probe syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call?{
(name) = ("io_getevents")
(ctx_id) = ($ctx_id)
(min_nr) = ($min_nr)
(nr) = ($nr)
(events_uaddr) = ($events)
(timeout_uaddr) = ($timeout)
(timestr) = (_struct_timespec_u($timeout, 1))
(argstr) = (sprintf("%d, %d, %d, %p, %p, %s", $ctx_id, $min_nr, $nr, $events, $timeout, timestr))
}
probe syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return?{
(name) = ("io_getevents")
(retstr) = (returnstr(1))
}
probe syscall.ioperm = kernel.function("sys_ioperm").ca
(retstr) = (returnstr(1))

}

probe syscall.getxattr = kernel.function("sys_getxattr").call{

(name) = ("getxattr")

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(name2) = (user_string($name))

(value_uaddr) = ($value)

(size) = ($size)

(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), $value, $size))

}

probe syscall.getxattr.return = kernel.function("sys_getxattr").return{

(name) = ("getxattr")

(retstr) = (returnstr(1))

}

probe syscall.init_module = kernel.function("sys_init_module").call?{

(name) = ("init_module")

(umod_uaddr) = ($umod)

(len) = ($len)

(uargs) = (user_string($uargs))

(argstr) = (sprintf("%p, %d, %s", $umod, $len, user_string_quoted($uargs)))

}

probe syscall.init_module.return = kernel.function("sys_init_module").return?{

(name) = ("init_module")

(retstr) = (returnstr(1))

}

probe syscall.inotify_add_watch = kernel.function("sys_inotify_add_watch").call?{

(name) = ("inotify_add_watch")

(fd) = ($fd)

(mask) = ($mask)

(path_uaddr) = ((@defined($pathname))?($pathname):($path))

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%d, %s, %s", $fd, user_string_quoted((@defined($pathname))?($pathname):($path)), _inotify_watch_mask_str($mask)))

}

probe syscall.inotify_add_watch.return = kernel.function("sys_inotify_add_watch").return?{

(name) = ("inotify_add_watch")

(retstr) = (returnstr(1))

}

probe syscall.inotify_init = kernel.function("sys_inotify_init1").call!, kernel.function("sys_inotify_init").call?{

(flags) = ((@defined($flags))?($flags):(0))

if ((flags) == (0)) {

(name) = ("inotify_init")

(argstr) = ("")

}

else {

(name) = ("inotify_init1")

(argstr) = (_inotify_init1_flag_str(flags))

}



}

probe syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return?{

(flags) = ((@defined($flags))?($flags):(0))

(name) = (((flags) == (0))?("inotify_init"):("inotify_init1"))

(retstr) = (returnstr(1))

}

probe syscall.inotify_rm_watch = kernel.function("sys_inotify_rm_watch").call?{

(name) = ("inotify_rm_watch")

(fd) = ($fd)

(wd) = ($wd)

(argstr) = (sprintf("%d, %d", $fd, $wd))

}

probe syscall.inotify_rm_watch.return = kernel.function("sys_inotify_rm_watch").return?{

(name) = ("inotify_rm_watch")

(retstr) = (returnstr(1))

}

probe syscall.io_cancel = kernel.function("sys_io_cancel").call{

(name) = ("io_cancel")

(ctx_id) = ($ctx_id)

(iocb_uaddr) = ($iocb)

(result_uaddr) = ($result)

(argstr) = (sprintf("%d, %p, %p", ctx_id, iocb_uaddr, result_uaddr))

}

probe syscall.io_cancel.return = kernel.function("sys_io_cancel").return{

(name) = ("io_cancel")

(retstr) = (returnstr(1))

}

probe syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call?{

(name) = ("ioctl")

(fd) = ($fd)

(request) = ($cmd)

(argp) = ($arg)

(argstr) = (sprintf("%d, %d, %p", $fd, $cmd, $arg))

}

probe syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return?{

(name) = ("ioctl")

(retstr) = (returnstr(1))

}

probe syscall.io_destroy = kernel.function("sys_io_destroy").call{

(name) = ("io_destroy")

(ctx) = ($ctx)

(argstr) = (sprintf("%d", ctx))

}

probe syscall.io_destroy.return = kernel.function("sys_io_destroy").return{

(name) = ("io_destroy")

(retstr) = (returnstr(1))

}

probe syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call?{

(name) = ("io_getevents")

(ctx_id) = ($ctx_id)

(min_nr) = ($min_nr)

(nr) = ($nr)

(events_uaddr) = ($events)

(timeout_uaddr) = ($timeout)

(timestr) = (_struct_timespec_u($timeout, 1))

(argstr) = (sprintf("%d, %d, %d, %p, %p, %s", $ctx_id, $min_nr, $nr, $events, $timeout, timestr))

}

probe syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return?{

(name) = ("io_getevents")

(retstr) = (returnstr(1))

}
ll?{
(name) = ("ioperm")
(from) = ($from)
(num) = ($num)
(turn_on) = ($turn_on)
(argstr) = (sprintf("%d, %d, %d", $from, $num, $turn_on))
}
probe syscall.ioperm.return = kernel.function("sys_ioperm").return?{
(name) = ("ioperm")
(retstr) = (returnstr(1))
}
probe syscall.io_setup = kernel.function("sys_io_setup").call{
(name) = ("io_setup")
(maxevents) = ($nr_events)
(ctxp_uaddr) = ($ctxp)
(argstr) = (sprintf("%d, %p", $nr_events, $ctxp))
}
probe syscall.io_setup.return = kernel.function("sys_io_setup").return{
(name) = ("io_setup")
(retstr) = (returnstr(1))
}
probe syscall.compat_io_setup = kernel.function("compat_sys_io_setup").call?{
(name) = ("io_setup")
(maxevents) = ($nr_reqs)
(ctxp_uaddr) = ($ctx32p)
(argstr) = (sprintf("%d, %p", $nr_reqs, $ctx32p))
}
probe syscall.compat_io_setup.return = kernel.function("compat_sys_io_setup").return?{
(name) = ("io_setup")
(retstr) = (returnstr(1))
}
probe syscall.io_submit = kernel.function("sys_io_submit").call{
(name) = ("io_submit")
(ctx_id) = ($ctx_id)
(nr) = ($nr)
(iocbpp_uaddr) = ($iocbpp)
(argstr) = (sprintf("%d, %d, %p", $ctx_id, $nr, $iocbpp))
}
probe syscall.io_submit.return = kernel.function("sys_io_submit").return{
(name) = ("io_submit")
(retstr) = (returnstr(1))
}
probe syscall.compat_io_submit = kernel.function("compat_sys_io_submit").call?{
(name) = ("io_submit")
(ctx_id) = ($ctx_id)
(nr) = ($nr)
(iocbpp_uaddr) = ($iocb)
(argstr) = (sprintf("%d, %d, %p", $ctx_id, $nr, $iocb))
}
probe syscall.compat_io_submit.return = kernel.function("compat_sys_io_submit").return?{
(name) = ("io_submit")
(retstr) = (returnstr(1))
}
probe syscall.ioprio_get = kernel.function("sys_ioprio_get").call?{
(name) = ("ioprio_get")
(which) = ($which)
(who) = ($who)
(argstr) = (sprintf("%d, %d", $which, $who))
}
probe syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return?{
(name) = ("ioprio_get")
(retstr) = (returnstr(1))
}
probe syscall.ioprio_set = kernel.function("sys_ioprio_set").call?{
(name) = ("ioprio_set")
(which) = ($which)
(who) = ($who)
(ioprio) = ($ioprio)
(argstr) = (sprintf("%d, %d, %d", $which, $who, $ioprio))
}
probe syscall.ioprio_set.return = kernel.function("sys_ioprio_set").return?{
(name) = ("ioprio_set")
(retstr) = (returnstr(1))
}
probe syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call?{
(name) = ("kexec_load")
(entry) = ($entry)
(nr_segments) = ($nr_segments)
(segments_uaddr) = ($segments)
(flags) = ($flags)
(argstr) = (sprintf("%p, %d, %p, %d", $entry, $nr_segments, $segments, $flags))
}
probe syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return?{
(name) = ("kexec_load")
(retstr) = (returnstr(1))
}
probe syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call?{
(name) = ("keyctl")
(argstr) = (sprintf("%d, ...", $option))
}
probe syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return?{
(name) = ("keyctl")
(retstr) = (returnstr(1))
}
probe syscall.kill = kernel.function("sys_kill").call{
(name) = ("kill")
(pid) = ($pid)
(sig) = ($sig)
(argstr) = (sprintf("%d, %s", $pid, _signal_name($sig)))
}
probe syscall.kill.return = kernel.function("sys_kill").return{
(name) = ("kill")
(retstr) = (returnstr(1))
}
probe syscall.lchown = kernel.function("sys_lchown").call{
(name) = ("lchown")
(path) = (user_string($filename))
(owner) = (__int32($user))
(group) = (__int32($group))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))
}
probe syscall.lchown.return = kernel.function("sys_lchown").return{
(name) = ("lchown")
(retstr) = (returnstr(1))
}
probe syscall.lchown16 = kernel.function("sys_lchown16").call?{
(name) = ("lchown16")
(path) = (user_string($filename))
(owner) = (__short($user))
(group) = (__short($group))
(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))
}
probe sysc
probe syscall.ioperm = kernel.function("sys_ioperm").call?{

(name) = ("ioperm")

(from) = ($from)

(num) = ($num)

(turn_on) = ($turn_on)

(argstr) = (sprintf("%d, %d, %d", $from, $num, $turn_on))

}

probe syscall.ioperm.return = kernel.function("sys_ioperm").return?{

(name) = ("ioperm")

(retstr) = (returnstr(1))

}

probe syscall.io_setup = kernel.function("sys_io_setup").call{

(name) = ("io_setup")

(maxevents) = ($nr_events)

(ctxp_uaddr) = ($ctxp)

(argstr) = (sprintf("%d, %p", $nr_events, $ctxp))

}

probe syscall.io_setup.return = kernel.function("sys_io_setup").return{

(name) = ("io_setup")

(retstr) = (returnstr(1))

}

probe syscall.compat_io_setup = kernel.function("compat_sys_io_setup").call?{

(name) = ("io_setup")

(maxevents) = ($nr_reqs)

(ctxp_uaddr) = ($ctx32p)

(argstr) = (sprintf("%d, %p", $nr_reqs, $ctx32p))

}

probe syscall.compat_io_setup.return = kernel.function("compat_sys_io_setup").return?{

(name) = ("io_setup")

(retstr) = (returnstr(1))

}

probe syscall.io_submit = kernel.function("sys_io_submit").call{

(name) = ("io_submit")

(ctx_id) = ($ctx_id)

(nr) = ($nr)

(iocbpp_uaddr) = ($iocbpp)

(argstr) = (sprintf("%d, %d, %p", $ctx_id, $nr, $iocbpp))

}

probe syscall.io_submit.return = kernel.function("sys_io_submit").return{

(name) = ("io_submit")

(retstr) = (returnstr(1))

}

probe syscall.compat_io_submit = kernel.function("compat_sys_io_submit").call?{

(name) = ("io_submit")

(ctx_id) = ($ctx_id)

(nr) = ($nr)

(iocbpp_uaddr) = ($iocb)

(argstr) = (sprintf("%d, %d, %p", $ctx_id, $nr, $iocb))

}

probe syscall.compat_io_submit.return = kernel.function("compat_sys_io_submit").return?{

(name) = ("io_submit")

(retstr) = (returnstr(1))

}

probe syscall.ioprio_get = kernel.function("sys_ioprio_get").call?{

(name) = ("ioprio_get")

(which) = ($which)

(who) = ($who)

(argstr) = (sprintf("%d, %d", $which, $who))

}

probe syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return?{

(name) = ("ioprio_get")

(retstr) = (returnstr(1))

}

probe syscall.ioprio_set = kernel.function("sys_ioprio_set").call?{

(name) = ("ioprio_set")

(which) = ($which)

(who) = ($who)

(ioprio) = ($ioprio)

(argstr) = (sprintf("%d, %d, %d", $which, $who, $ioprio))

}

probe syscall.ioprio_set.return = kernel.function("sys_ioprio_set").return?{

(name) = ("ioprio_set")

(retstr) = (returnstr(1))

}

probe syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call?{

(name) = ("kexec_load")

(entry) = ($entry)

(nr_segments) = ($nr_segments)

(segments_uaddr) = ($segments)

(flags) = ($flags)

(argstr) = (sprintf("%p, %d, %p, %d", $entry, $nr_segments, $segments, $flags))

}

probe syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return?{

(name) = ("kexec_load")

(retstr) = (returnstr(1))

}

probe syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call?{

(name) = ("keyctl")

(argstr) = (sprintf("%d, ...", $option))

}

probe syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return?{

(name) = ("keyctl")

(retstr) = (returnstr(1))

}

probe syscall.kill = kernel.function("sys_kill").call{

(name) = ("kill")

(pid) = ($pid)

(sig) = ($sig)

(argstr) = (sprintf("%d, %s", $pid, _signal_name($sig)))

}

probe syscall.kill.return = kernel.function("sys_kill").return{

(name) = ("kill")

(retstr) = (returnstr(1))

}

probe syscall.lchown = kernel.function("sys_lchown").call{

(name) = ("lchown")

(path) = (user_string($filename))

(owner) = (__int32($user))

(group) = (__int32($group))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))

}

probe syscall.lchown.return = kernel.function("sys_lchown").return{

(name) = ("lchown")

(retstr) = (returnstr(1))

}

probe syscall.lchown16 = kernel.function("sys_lchown16").call?{

(name) = ("lchown16")

(path) = (user_string($filename))

(owner) = (__short($user))

(group) = (__short($group))

(argstr) = (sprintf("%s, %d, %d", user_string_quoted($filename), owner, group))

}
all.lchown16.return = kernel.function("sys_lchown16").return?{
(name) = ("lchown16")
(retstr) = (returnstr(1))
}
probe syscall.lgetxattr = kernel.function("sys_lgetxattr").call{
(name) = ("lgetxattr")
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(name2) = (user_string($name))
(value_uaddr) = ($value)
(size) = ($size)
(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), value_uaddr, size))
}
probe syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return{
(name) = ("lgetxattr")
(retstr) = (returnstr(1))
}
probe syscall.link = kernel.function("sys_link").call{
(name) = ("link")
(oldpath) = (user_string($oldname))
(newpath) = (user_string($newname))
(argstr) = (sprintf("%s, %s", user_string_quoted($oldname), user_string_quoted($newname)))
}
probe syscall.link.return = kernel.function("sys_link").return{
(name) = ("link")
(retstr) = (returnstr(1))
}
probe syscall.linkat = kernel.function("sys_linkat").call?{
(name) = ("linkat")
(olddirfd) = ($olddfd)
(olddirfd_str) = (_dfd_str($olddfd))
(oldpath) = (user_string($oldname))
(newdirfd) = ($newdfd)
(newdirfd_str) = (_dfd_str($newdfd))
(newpath) = (user_string($newname))
(flags) = ($flags)
(flags_str) = (_at_flag_str($flags))
(argstr) = (sprintf("%s, %s, %s, %s, %s", olddirfd_str, user_string_quoted($oldname), newdirfd_str, user_string_quoted($newname), flags_str))
}
probe syscall.linkat.return = kernel.function("sys_linkat").return?{
(name) = ("linkat")
(retstr) = (returnstr(1))
}
probe syscall.listen = kernel.function("sys_listen").call?{
(name) = ("listen")
(sockfd) = ($fd)
(backlog) = ($backlog)
(argstr) = (sprintf("%d, %d", $fd, $backlog))
}
probe syscall.listen.return = kernel.function("sys_listen").return?{
(name) = ("listen")
(retstr) = (returnstr(1))
}
probe syscall.listxattr = kernel.function("sys_listxattr").call{
(name) = ("listxattr")
(list_uaddr) = ($list)
(size) = ($size)
(path_uaddr) = ((@defined($pathname))?($pathname):($path))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), $list, $size))
}
probe syscall.listxattr.return = kernel.function("sys_listxattr").return{
(name) = ("listxattr")
(retstr) = (returnstr(1))
}
probe syscall.llistxattr = kernel.function("sys_llistxattr").call{
(name) = ("llistxattr")
(list_uaddr) = ($list)
(size) = ($size)
(path_uaddr) = ((@defined($pathname))?($pathname):($path))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), $list, $size))
}
probe syscall.llistxattr.return = kernel.function("sys_llistxattr").return{
(name) = ("llistxattr")
(retstr) = (returnstr(1))
}
probe syscall.llseek = kernel.function("sys_llseek").call?{
(name) = ("llseek")
(fd) = ($fd)
(offset_high) = ($offset_high)
(offset_low) = ($offset_low)
(result_uaddr) = ($result)
(whence) = ($origin)
(whence_str) = (_seek_whence_str($origin))
(argstr) = (sprintf("%d, 0x%x, 0x%x, %p, %s", $fd, $offset_high, $offset_low, $result, whence_str))
}
probe syscall.llseek.return = kernel.function("sys_llseek").return?{
(name) = ("llseek")
(retstr) = (returnstr(1))
}
probe syscall.lookup_dcookie = kernel.function("sys_lookup_dcookie").call?{
(name) = ("lookup_dcookie")
(cookie) = ($cookie64)
(buffer_uaddr) = ($buf)
(len) = ($len)
(argstr) = (sprintf("%d, %p, %d", $cookie64, $buf, $len))
}
probe syscall.lookup_dcookie.return = kernel.function("sys_lookup_dcookie").return?{
(name) = ("lookup_dcookie")
(retstr) = (returnstr(1))
}
probe syscall.lremovexattr = kernel.function("sys_lremovexattr").call{
(name) = ("lremovexattr")
(name_uaddr) = ($name)
(name2) = (user_string($name))
(path_uaddr) = ((@defined($pathname))?($pathname):($path))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %s", user_string_quoted((@defi
probe syscall.lchown16.return = kernel.function("sys_lchown16").return?{

(name) = ("lchown16")

(retstr) = (returnstr(1))

}

probe syscall.lgetxattr = kernel.function("sys_lgetxattr").call{

(name) = ("lgetxattr")

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(name2) = (user_string($name))

(value_uaddr) = ($value)

(size) = ($size)

(argstr) = (sprintf("%s, %s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), value_uaddr, size))

}

probe syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return{

(name) = ("lgetxattr")

(retstr) = (returnstr(1))

}

probe syscall.link = kernel.function("sys_link").call{

(name) = ("link")

(oldpath) = (user_string($oldname))

(newpath) = (user_string($newname))

(argstr) = (sprintf("%s, %s", user_string_quoted($oldname), user_string_quoted($newname)))

}

probe syscall.link.return = kernel.function("sys_link").return{

(name) = ("link")

(retstr) = (returnstr(1))

}

probe syscall.linkat = kernel.function("sys_linkat").call?{

(name) = ("linkat")

(olddirfd) = ($olddfd)

(olddirfd_str) = (_dfd_str($olddfd))

(oldpath) = (user_string($oldname))

(newdirfd) = ($newdfd)

(newdirfd_str) = (_dfd_str($newdfd))

(newpath) = (user_string($newname))

(flags) = ($flags)

(flags_str) = (_at_flag_str($flags))

(argstr) = (sprintf("%s, %s, %s, %s, %s", olddirfd_str, user_string_quoted($oldname), newdirfd_str, user_string_quoted($newname), flags_str))

}

probe syscall.linkat.return = kernel.function("sys_linkat").return?{

(name) = ("linkat")

(retstr) = (returnstr(1))

}

probe syscall.listen = kernel.function("sys_listen").call?{

(name) = ("listen")

(sockfd) = ($fd)

(backlog) = ($backlog)

(argstr) = (sprintf("%d, %d", $fd, $backlog))

}

probe syscall.listen.return = kernel.function("sys_listen").return?{

(name) = ("listen")

(retstr) = (returnstr(1))

}

probe syscall.listxattr = kernel.function("sys_listxattr").call{

(name) = ("listxattr")

(list_uaddr) = ($list)

(size) = ($size)

(path_uaddr) = ((@defined($pathname))?($pathname):($path))

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), $list, $size))

}

probe syscall.listxattr.return = kernel.function("sys_listxattr").return{

(name) = ("listxattr")

(retstr) = (returnstr(1))

}

probe syscall.llistxattr = kernel.function("sys_llistxattr").call{

(name) = ("llistxattr")

(list_uaddr) = ($list)

(size) = ($size)

(path_uaddr) = ((@defined($pathname))?($pathname):($path))

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%s, %p, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), $list, $size))

}

probe syscall.llistxattr.return = kernel.function("sys_llistxattr").return{

(name) = ("llistxattr")

(retstr) = (returnstr(1))

}

probe syscall.llseek = kernel.function("sys_llseek").call?{

(name) = ("llseek")

(fd) = ($fd)

(offset_high) = ($offset_high)

(offset_low) = ($offset_low)

(result_uaddr) = ($result)

(whence) = ($origin)

(whence_str) = (_seek_whence_str($origin))

(argstr) = (sprintf("%d, 0x%x, 0x%x, %p, %s", $fd, $offset_high, $offset_low, $result, whence_str))

}

probe syscall.llseek.return = kernel.function("sys_llseek").return?{

(name) = ("llseek")

(retstr) = (returnstr(1))

}

probe syscall.lookup_dcookie = kernel.function("sys_lookup_dcookie").call?{

(name) = ("lookup_dcookie")

(cookie) = ($cookie64)

(buffer_uaddr) = ($buf)

(len) = ($len)

(argstr) = (sprintf("%d, %p, %d", $cookie64, $buf, $len))

}

probe syscall.lookup_dcookie.return = kernel.function("sys_lookup_dcookie").return?{

(name) = ("lookup_dcookie")

(retstr) = (returnstr(1))

}

probe syscall.lremovexattr = kernel.function("sys_lremovexattr").call{

(name) = ("lremovexattr")

(name_uaddr) = ($name)

(name2) = (user_string($name))

(path_uaddr) = ((@defined($pathname))?($pathname):($path))

(path) = (user_string((@defined($pathname))?($pathname):($path)))
ned($pathname))?($pathname):($path)), user_string_quoted($name)))
}
probe syscall.lremovexattr.return = kernel.function("sys_lremovexattr").return{
(name) = ("lremovexattr")
(retstr) = (returnstr(1))
}
probe syscall.lseek = kernel.function("sys_lseek").call{
(name) = ("lseek")
(fildes) = ($fd)
(offset) = ($offset)
(whence) = ($origin)
(whence_str) = (_seek_whence_str($origin))
(argstr) = (sprintf("%d, %d, %s", $fd, offset, whence_str))
}
probe syscall.lseek.return = kernel.function("sys_lseek").return{
(name) = ("lseek")
(retstr) = (returnstr(1))
}
probe syscall.lsetxattr = kernel.function("sys_lsetxattr").call{
(name) = ("lsetxattr")
(path_uaddr) = ((@defined($pathname))?($pathname):($path))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(name_uaddr) = ($name)
(name_str) = (user_string($name))
(value_uaddr) = ($value)
(size) = ($size)
(flags) = ($flags)
(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), value_uaddr, $size, $flags))
}
probe syscall.lsetxattr.return = kernel.function("sys_lsetxattr").return{
(name) = ("lsetxattr")
(retstr) = (returnstr(1))
}
probe syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call?{
(name) = ("lstat")
(path) = (user_string($filename))
(buf_uaddr) = ($statbuf)
(argstr) = (sprintf("%s, %p", user_string_quoted($filename), $statbuf))
}
probe syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return?{
(name) = ("lstat")
(retstr) = (returnstr(1))
}
probe syscall.madvise = kernel.function("sys_madvise").call?{
(name) = ("madvise")
(start) = ($start)
(length) = ($len_in)
(advice) = ($behavior)
(advice_str) = (_madvice_advice_str($behavior))
(argstr) = (sprintf("%p, %d, %s", $start, $len_in, _madvice_advice_str($behavior)))
}
probe syscall.madvise.return = kernel.function("sys_madvise").return?{
(name) = ("madvise")
(retstr) = (returnstr(1))
}
probe syscall.mbind = kernel.function("compat_sys_mbind").call?, kernel.function("sys_mbind").call?{
(name) = ("mbind")
(start) = ($start)
(len) = ($len)
(mode) = ($mode)
(nmask_uaddr) = ($nmask)
(maxnode) = ($maxnode)
(flags) = ($flags)
(argstr) = (sprintf("%d, %d, %d, %p, %d, 0x%x", $start, $len, $mode, $nmask, $maxnode, $flags))
}
probe syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return?{
(name) = ("mbind")
(retstr) = (returnstr(1))
}
probe syscall.migrate_pages = kernel.function("sys_migrate_pages").call?{
(name) = ("migrate_pages")
(argstr) = (sprintf("%d, %d, %p, %p", $pid, $maxnode, $old_nodes, $new_nodes))
}
probe syscall.migrate_pages.return = kernel.function("sys_migrate_pages").return?{
(name) = ("migrate_pages")
(retstr) = (returnstr(1))
}
probe syscall.mincore = kernel.function("sys_mincore").call?{
(name) = ("mincore")
(start) = ($start)
(length) = ($len)
(vec_uaddr) = ($vec)
(argstr) = (sprintf("%p, %d, %p", $start, $len, $vec))
}
probe syscall.mincore.return = kernel.function("sys_mincore").return?{
(name) = ("mincore")
(retstr) = (returnstr(1))
}
probe syscall.mkdir = kernel.function("sys_mkdir").call{
(name) = ("mkdir")
(pathname_uaddr) = ($pathname)
(pathname) = (user_string($pathname))
(mode) = ($mode)
(argstr) = (sprintf("%s, %#o", user_string_quoted($pathname), $mode))
}
probe syscall.mkdir.return = kernel.function("sys_mkdir").return{
(name) = ("mkdir")
(retstr) = (returnstr(1))
}
probe syscall.mkdirat = kernel.function("sys_mkdirat").call?{
(name) = ("mkdirat")
(dirfd) = ($dfd)
(pathname) = (user_string($pathname))
(mode) = ($mode)
(argstr) = (sprintf("%s, %s, %#o", _
(argstr) = (sprintf("%s, %s", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name)))

}

probe syscall.lremovexattr.return = kernel.function("sys_lremovexattr").return{

(name) = ("lremovexattr")

(retstr) = (returnstr(1))

}

probe syscall.lseek = kernel.function("sys_lseek").call{

(name) = ("lseek")

(fildes) = ($fd)

(offset) = ($offset)

(whence) = ($origin)

(whence_str) = (_seek_whence_str($origin))

(argstr) = (sprintf("%d, %d, %s", $fd, offset, whence_str))

}

probe syscall.lseek.return = kernel.function("sys_lseek").return{

(name) = ("lseek")

(retstr) = (returnstr(1))

}

probe syscall.lsetxattr = kernel.function("sys_lsetxattr").call{

(name) = ("lsetxattr")

(path_uaddr) = ((@defined($pathname))?($pathname):($path))

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(name_uaddr) = ($name)

(name_str) = (user_string($name))

(value_uaddr) = ($value)

(size) = ($size)

(flags) = ($flags)

(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), value_uaddr, $size, $flags))

}

probe syscall.lsetxattr.return = kernel.function("sys_lsetxattr").return{

(name) = ("lsetxattr")

(retstr) = (returnstr(1))

}

probe syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call?{

(name) = ("lstat")

(path) = (user_string($filename))

(buf_uaddr) = ($statbuf)

(argstr) = (sprintf("%s, %p", user_string_quoted($filename), $statbuf))

}

probe syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return?{

(name) = ("lstat")

(retstr) = (returnstr(1))

}

probe syscall.madvise = kernel.function("sys_madvise").call?{

(name) = ("madvise")

(start) = ($start)

(length) = ($len_in)

(advice) = ($behavior)

(advice_str) = (_madvice_advice_str($behavior))

(argstr) = (sprintf("%p, %d, %s", $start, $len_in, _madvice_advice_str($behavior)))

}

probe syscall.madvise.return = kernel.function("sys_madvise").return?{

(name) = ("madvise")

(retstr) = (returnstr(1))

}

probe syscall.mbind = kernel.function("compat_sys_mbind").call?, kernel.function("sys_mbind").call?{

(name) = ("mbind")

(start) = ($start)

(len) = ($len)

(mode) = ($mode)

(nmask_uaddr) = ($nmask)

(maxnode) = ($maxnode)

(flags) = ($flags)

(argstr) = (sprintf("%d, %d, %d, %p, %d, 0x%x", $start, $len, $mode, $nmask, $maxnode, $flags))

}

probe syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return?{

(name) = ("mbind")

(retstr) = (returnstr(1))

}

probe syscall.migrate_pages = kernel.function("sys_migrate_pages").call?{

(name) = ("migrate_pages")

(argstr) = (sprintf("%d, %d, %p, %p", $pid, $maxnode, $old_nodes, $new_nodes))

}

probe syscall.migrate_pages.return = kernel.function("sys_migrate_pages").return?{

(name) = ("migrate_pages")

(retstr) = (returnstr(1))

}

probe syscall.mincore = kernel.function("sys_mincore").call?{

(name) = ("mincore")

(start) = ($start)

(length) = ($len)

(vec_uaddr) = ($vec)

(argstr) = (sprintf("%p, %d, %p", $start, $len, $vec))

}

probe syscall.mincore.return = kernel.function("sys_mincore").return?{

(name) = ("mincore")

(retstr) = (returnstr(1))

}

probe syscall.mkdir = kernel.function("sys_mkdir").call{

(name) = ("mkdir")

(pathname_uaddr) = ($pathname)

(pathname) = (user_string($pathname))

(mode) = ($mode)

(argstr) = (sprintf("%s, %#o", user_string_quoted($pathname), $mode))

}

probe syscall.mkdir.return = kernel.function("sys_mkdir").return{

(name) = ("mkdir")

(retstr) = (returnstr(1))

}

probe syscall.mkdirat = kernel.function("sys_mkdirat").call?{

(name) = ("mkdirat")

(dirfd) = ($dfd)

(pathname) = (user_string($pathname))

(mode) = ($mode)
dfd_str($dfd), user_string_quoted($pathname), $mode))
}
probe syscall.mkdirat.return = kernel.function("sys_mkdirat").return?{
(name) = ("mkdirat")
(retstr) = (returnstr(1))
}
probe syscall.mknod = kernel.function("sys_mknod").call{
(name) = ("mknod")
(pathname) = (user_string($filename))
(mode) = ($mode)
(dev) = ($dev)
(argstr) = (sprintf("%s, %s, %p", user_string_quoted($filename), _mknod_mode_str($mode), dev))
}
probe syscall.mknod.return = kernel.function("sys_mknod").return{
(name) = ("mknod")
(retstr) = (returnstr(1))
}
probe syscall.mknodat = kernel.function("sys_mknodat").call?{
(name) = ("mknodat")
(dirfd) = ($dfd)
(dirfd_str) = (_dfd_str($dfd))
(pathname) = (user_string($filename))
(mode) = ($mode)
(mode_str) = (_mknod_mode_str($mode))
(dev) = ($dev)
(argstr) = (sprintf("%s, %s, %s, %p", dirfd_str, user_string_quoted($filename), mode_str, $dev))
}
probe syscall.mknodat.return = kernel.function("sys_mknodat").return?{
(name) = ("mknodat")
(retstr) = (returnstr(1))
}
probe syscall.mlock = kernel.function("sys_mlock").call?{
(name) = ("mlock")
(addr) = ($start)
(len) = ($len)
(argstr) = (sprintf("%p, %d", $start, $len))
}
probe syscall.mlock.return = kernel.function("sys_mlock").return?{
(name) = ("mlock")
(retstr) = (returnstr(1))
}
probe syscall.mlockall = kernel.function("sys_mlockall").call?{
(name) = ("mlockall")
(flags) = ($flags)
(argstr) = (_mlockall_flags_str($flags))
}
probe syscall.mlockall.return = kernel.function("sys_mlockall").return?{
(name) = ("mlockall")
(retstr) = (returnstr(1))
}
probe syscall.modify_ldt = kernel.function("sys_modify_ldt").call?{
(name) = ("modify_ldt")
(func) = ($func)
(ptr_uaddr) = ($ptr)
(bytecount) = ($bytecount)
(argstr) = (sprintf("%d, %p, %d", $func, $ptr, $bytecount))
}
probe syscall.modify_ldt.return = kernel.function("sys_modify_ldt").return?{
(name) = ("modify_ldt")
(retstr) = (returnstr(1))
}
probe syscall.move_pages = kernel.function("compat_sys_move_pages").call?, kernel.function("sys_move_pages").call?{
(name) = ("move_pages")
(argstr) = (sprintf("%d, %d, %p, %p, 0x%x", $pid, $nr_pages, $nodes, $status, $flags))
}
probe syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return?{
(name) = ("move_pages")
(retstr) = (returnstr(1))
}
probe syscall.mount = kernel.function("compat_sys_mount").call?, kernel.function("sys_mount").call{
(name) = ("mount")
(source) = (user_string($dev_name))
(target) = (user_string($dir_name))
(filesystemtype) = (user_string($type))
(mountflags) = ($flags)
(mountflags_str) = (_mountflags_str($flags))
(data) = (text_strn(user_string($data), syscall_string_trunc, 1))
(argstr) = (sprintf("%s, %s, %s, %s, %s", user_string_quoted($dev_name), user_string_quoted($dir_name), user_string_quoted($type), mountflags_str, data))
}
probe syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return{
(name) = ("mount")
(retstr) = (returnstr(1))
}
probe syscall.mprotect = kernel.function("sys_mprotect").call?{
(name) = ("mprotect")
(addr) = ($start)
(len) = ($len)
(prot) = ($prot)
(prot_str) = (_mprotect_prot_str($prot))
(argstr) = (sprintf("%p, %d, %s", $start, $len, _mprotect_prot_str($prot)))
}
probe syscall.mprotect.return = kernel.function("sys_mprotect").return?{
(name) = ("mprotect")
(retstr) = (returnstr(1))
}
probe syscall.mq_getsetattr = kernel.function("compat_sys_mq_getsetattr").call?, kernel.function("sys_mq_getsetattr").call?{
(name) = ("mq_getsetattr")
(mqdes) = ($mqdes)
(u_mqstat_uaddr) = ($u_mqstat)
(u_omqstat_uaddr) = ($u_omqstat)
(argstr) = (sprintf("%d, %p, %p", $mqdes, $u_mqstat, $u_omqstat))
}
probe syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return?{
(name) = ("mq_getsetattr")
(retstr) = (returnstr(1))
}
probe syscall.mq_notify = kernel.function("compat_sys_mq_notify").call?, kernel.function("sys_mq_notify").call?{
(name) = ("mq_notify")
(mqdes) = (
(argstr) = (sprintf("%s, %s, %#o", _dfd_str($dfd), user_string_quoted($pathname), $mode))

}

probe syscall.mkdirat.return = kernel.function("sys_mkdirat").return?{

(name) = ("mkdirat")

(retstr) = (returnstr(1))

}

probe syscall.mknod = kernel.function("sys_mknod").call{

(name) = ("mknod")

(pathname) = (user_string($filename))

(mode) = ($mode)

(dev) = ($dev)

(argstr) = (sprintf("%s, %s, %p", user_string_quoted($filename), _mknod_mode_str($mode), dev))

}

probe syscall.mknod.return = kernel.function("sys_mknod").return{

(name) = ("mknod")

(retstr) = (returnstr(1))

}

probe syscall.mknodat = kernel.function("sys_mknodat").call?{

(name) = ("mknodat")

(dirfd) = ($dfd)

(dirfd_str) = (_dfd_str($dfd))

(pathname) = (user_string($filename))

(mode) = ($mode)

(mode_str) = (_mknod_mode_str($mode))

(dev) = ($dev)

(argstr) = (sprintf("%s, %s, %s, %p", dirfd_str, user_string_quoted($filename), mode_str, $dev))

}

probe syscall.mknodat.return = kernel.function("sys_mknodat").return?{

(name) = ("mknodat")

(retstr) = (returnstr(1))

}

probe syscall.mlock = kernel.function("sys_mlock").call?{

(name) = ("mlock")

(addr) = ($start)

(len) = ($len)

(argstr) = (sprintf("%p, %d", $start, $len))

}

probe syscall.mlock.return = kernel.function("sys_mlock").return?{

(name) = ("mlock")

(retstr) = (returnstr(1))

}

probe syscall.mlockall = kernel.function("sys_mlockall").call?{

(name) = ("mlockall")

(flags) = ($flags)

(argstr) = (_mlockall_flags_str($flags))

}

probe syscall.mlockall.return = kernel.function("sys_mlockall").return?{

(name) = ("mlockall")

(retstr) = (returnstr(1))

}

probe syscall.modify_ldt = kernel.function("sys_modify_ldt").call?{

(name) = ("modify_ldt")

(func) = ($func)

(ptr_uaddr) = ($ptr)

(bytecount) = ($bytecount)

(argstr) = (sprintf("%d, %p, %d", $func, $ptr, $bytecount))

}

probe syscall.modify_ldt.return = kernel.function("sys_modify_ldt").return?{

(name) = ("modify_ldt")

(retstr) = (returnstr(1))

}

probe syscall.move_pages = kernel.function("compat_sys_move_pages").call?, kernel.function("sys_move_pages").call?{

(name) = ("move_pages")

(argstr) = (sprintf("%d, %d, %p, %p, 0x%x", $pid, $nr_pages, $nodes, $status, $flags))

}

probe syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return?{

(name) = ("move_pages")

(retstr) = (returnstr(1))

}

probe syscall.mount = kernel.function("compat_sys_mount").call?, kernel.function("sys_mount").call{

(name) = ("mount")

(source) = (user_string($dev_name))

(target) = (user_string($dir_name))

(filesystemtype) = (user_string($type))

(mountflags) = ($flags)

(mountflags_str) = (_mountflags_str($flags))

(data) = (text_strn(user_string($data), syscall_string_trunc, 1))

(argstr) = (sprintf("%s, %s, %s, %s, %s", user_string_quoted($dev_name), user_string_quoted($dir_name), user_string_quoted($type), mountflags_str, data))

}

probe syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return{

(name) = ("mount")

(retstr) = (returnstr(1))

}

probe syscall.mprotect = kernel.function("sys_mprotect").call?{

(name) = ("mprotect")

(addr) = ($start)

(len) = ($len)

(prot) = ($prot)

(prot_str) = (_mprotect_prot_str($prot))

(argstr) = (sprintf("%p, %d, %s", $start, $len, _mprotect_prot_str($prot)))

}

probe syscall.mprotect.return = kernel.function("sys_mprotect").return?{

(name) = ("mprotect")

(retstr) = (returnstr(1))

}

probe syscall.mq_getsetattr = kernel.function("compat_sys_mq_getsetattr").call?, kernel.function("sys_mq_getsetattr").call?{

(name) = ("mq_getsetattr")

(mqdes) = ($mqdes)

(u_mqstat_uaddr) = ($u_mqstat)

(u_omqstat_uaddr) = ($u_omqstat)

(argstr) = (sprintf("%d, %p, %p", $mqdes, $u_mqstat, $u_omqstat))

}

probe syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return?{

(name) = ("mq_getsetattr")

(retstr) = (returnstr(1))

}

probe syscall.mq_notify = kernel.function("compat_sys_mq_notify").call?, kernel.function("sys_mq_notify").call?{

(name) = ("mq_notify")
$mqdes)
(notification_uaddr) = ($u_notification)
(argstr) = (sprintf("%d, %p", $mqdes, $u_notification))
}
probe syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return?{
(name) = ("mq_notify")
(retstr) = (returnstr(1))
}
probe syscall.mq_open = kernel.function("compat_sys_mq_open").call?, kernel.function("sys_mq_open").call?{
(name) = ("mq_open")
(name_uaddr) = ($u_name)
(filename) = (user_string($u_name))
(mode) = ($mode)
(u_attr_uaddr) = ($u_attr)
(oflag) = ($oflag)
if ((oflag) & (64)) (argstr) = (sprintf("%s, %s, %#o, %p", user_string_quoted($u_name), _sys_open_flag_str($oflag), $mode, $u_attr))
else (argstr) = (sprintf("%s, %s", user_string_quoted($u_name), _sys_open_flag_str($oflag)))

}
probe syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return?{
(name) = ("mq_open")
(retstr) = (returnstr(1))
}
probe syscall.mq_timedreceive = kernel.function("compat_sys_mq_timedreceive").call?, kernel.function("sys_mq_timedreceive").call?{
(name) = ("mq_timedreceive")
(mqdes) = ($mqdes)
(msg_ptr_uaddr) = ($u_msg_ptr)
(msg_len) = ($msg_len)
(msg_prio_uaddr) = ($u_msg_prio)
(abs_timeout_uaddr) = ($u_abs_timeout)
(argstr) = (sprintf("%d, %p, %d, %p, %p", $mqdes, $u_msg_ptr, $msg_len, $u_msg_prio, $u_abs_timeout))
}
probe syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return?{
(name) = ("mq_timedreceive")
(retstr) = (returnstr(1))
}
probe syscall.mq_timedsend = kernel.function("compat_sys_mq_timedsend").call?, kernel.function("sys_mq_timedsend").call?{
(name) = ("mq_timedsend")
(mqdes) = ($mqdes)
(msg_ptr_uaddr) = ($u_msg_ptr)
(msg_len) = ($msg_len)
(msg_prio) = ($msg_prio)
(abs_timeout_uaddr) = ($u_abs_timeout)
(argstr) = (sprintf("%d, %p, %d, %d, %p", $mqdes, $u_msg_ptr, $msg_len, $msg_prio, $u_abs_timeout))
}
probe syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return?{
(name) = ("mq_timedsend")
(retstr) = (returnstr(1))
}
probe syscall.mq_unlink = kernel.function("sys_mq_unlink").call?{
(name) = ("mq_unlink")
(u_name_uaddr) = ($u_name)
(u_name) = (user_string($u_name))
(argstr) = (user_string_quoted($u_name))
}
probe syscall.mq_unlink.return = kernel.function("sys_mq_unlink").return?{
(name) = ("mq_unlink")
(retstr) = (returnstr(1))
}
probe syscall.mremap = kernel.function("ia64_mremap").call?, kernel.function("sys_mremap").call?{
(name) = ("mremap")
(old_address) = ($addr)
(old_size) = ($old_len)
(new_size) = ($new_len)
(flags) = ($flags)
(new_address) = ($new_addr)
(argstr) = (sprintf("%p, %d, %d, %s, %p", $addr, $old_len, $new_len, _mremap_flags($flags), $new_addr))
}
probe syscall.mremap.return = kernel.function("ia64_mremap").return?, kernel.function("sys_mremap").return?{
(name) = ("mremap")
(retstr) = (returnstr(2))
}
probe syscall.msgctl = kernel.function("sys_msgctl").call?{
(name) = ("msgctl")
(msqid) = ($msqid)
(cmd) = ($cmd)
(buf_uaddr) = ($buf)
(argstr) = (sprintf("%d, %d, %p", $msqid, $cmd, $buf))
}
probe syscall.msgctl.return = kernel.function("sys_msgctl").return?{
(name) = ("msgctl")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_msgctl = kernel.function("compat_sys_msgctl").call?{
(name) = ("compat_sys_msgctl")
(argstr) = (sprintf("%d, %d, %p", $first, $second, $uptr))
}
probe syscall.compat_sys_msgctl.return = kernel.function("compat_sys_msgctl").return?{
(name) = ("compat_sys_msgctl")
(retstr) = (returnstr(1))
}
probe syscall.msgget = kernel.function("sys_msgget").call?{
(name) = ("msgget")
(key) = ($key)
(msgflg) = ($msgflg)
(msgflg_str) = (_sys_open_flag_str($msgflg))
(argstr) = (sprintf("%d, %s", $key, _sys_open_flag_str($msgflg)))
}
probe syscall.msgget.return = kernel.function("sys_msgget").return?{
(name) = ("msgget")
(retstr) = (returnstr(1))
}
probe syscall.msgrcv = kernel.function("sys_msgrcv").call?{
(name) = ("msgrcv")
(msqid) =
(mqdes) = ($mqdes)

(notification_uaddr) = ($u_notification)

(argstr) = (sprintf("%d, %p", $mqdes, $u_notification))

}

probe syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return?{

(name) = ("mq_notify")

(retstr) = (returnstr(1))

}

probe syscall.mq_open = kernel.function("compat_sys_mq_open").call?, kernel.function("sys_mq_open").call?{

(name) = ("mq_open")

(name_uaddr) = ($u_name)

(filename) = (user_string($u_name))

(mode) = ($mode)

(u_attr_uaddr) = ($u_attr)

(oflag) = ($oflag)

if ((oflag) & (64)) (argstr) = (sprintf("%s, %s, %#o, %p", user_string_quoted($u_name), _sys_open_flag_str($oflag), $mode, $u_attr))

else (argstr) = (sprintf("%s, %s", user_string_quoted($u_name), _sys_open_flag_str($oflag)))



}

probe syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return?{

(name) = ("mq_open")

(retstr) = (returnstr(1))

}

probe syscall.mq_timedreceive = kernel.function("compat_sys_mq_timedreceive").call?, kernel.function("sys_mq_timedreceive").call?{

(name) = ("mq_timedreceive")

(mqdes) = ($mqdes)

(msg_ptr_uaddr) = ($u_msg_ptr)

(msg_len) = ($msg_len)

(msg_prio_uaddr) = ($u_msg_prio)

(abs_timeout_uaddr) = ($u_abs_timeout)

(argstr) = (sprintf("%d, %p, %d, %p, %p", $mqdes, $u_msg_ptr, $msg_len, $u_msg_prio, $u_abs_timeout))

}

probe syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return?{

(name) = ("mq_timedreceive")

(retstr) = (returnstr(1))

}

probe syscall.mq_timedsend = kernel.function("compat_sys_mq_timedsend").call?, kernel.function("sys_mq_timedsend").call?{

(name) = ("mq_timedsend")

(mqdes) = ($mqdes)

(msg_ptr_uaddr) = ($u_msg_ptr)

(msg_len) = ($msg_len)

(msg_prio) = ($msg_prio)

(abs_timeout_uaddr) = ($u_abs_timeout)

(argstr) = (sprintf("%d, %p, %d, %d, %p", $mqdes, $u_msg_ptr, $msg_len, $msg_prio, $u_abs_timeout))

}

probe syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return?{

(name) = ("mq_timedsend")

(retstr) = (returnstr(1))

}

probe syscall.mq_unlink = kernel.function("sys_mq_unlink").call?{

(name) = ("mq_unlink")

(u_name_uaddr) = ($u_name)

(u_name) = (user_string($u_name))

(argstr) = (user_string_quoted($u_name))

}

probe syscall.mq_unlink.return = kernel.function("sys_mq_unlink").return?{

(name) = ("mq_unlink")

(retstr) = (returnstr(1))

}

probe syscall.mremap = kernel.function("ia64_mremap").call?, kernel.function("sys_mremap").call?{

(name) = ("mremap")

(old_address) = ($addr)

(old_size) = ($old_len)

(new_size) = ($new_len)

(flags) = ($flags)

(new_address) = ($new_addr)

(argstr) = (sprintf("%p, %d, %d, %s, %p", $addr, $old_len, $new_len, _mremap_flags($flags), $new_addr))

}

probe syscall.mremap.return = kernel.function("ia64_mremap").return?, kernel.function("sys_mremap").return?{

(name) = ("mremap")

(retstr) = (returnstr(2))

}

probe syscall.msgctl = kernel.function("sys_msgctl").call?{

(name) = ("msgctl")

(msqid) = ($msqid)

(cmd) = ($cmd)

(buf_uaddr) = ($buf)

(argstr) = (sprintf("%d, %d, %p", $msqid, $cmd, $buf))

}

probe syscall.msgctl.return = kernel.function("sys_msgctl").return?{

(name) = ("msgctl")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_msgctl = kernel.function("compat_sys_msgctl").call?{

(name) = ("compat_sys_msgctl")

(argstr) = (sprintf("%d, %d, %p", $first, $second, $uptr))

}

probe syscall.compat_sys_msgctl.return = kernel.function("compat_sys_msgctl").return?{

(name) = ("compat_sys_msgctl")

(retstr) = (returnstr(1))

}

probe syscall.msgget = kernel.function("sys_msgget").call?{

(name) = ("msgget")

(key) = ($key)

(msgflg) = ($msgflg)

(msgflg_str) = (_sys_open_flag_str($msgflg))

(argstr) = (sprintf("%d, %s", $key, _sys_open_flag_str($msgflg)))

}

probe syscall.msgget.return = kernel.function("sys_msgget").return?{

(name) = ("msgget")

(retstr) = (returnstr(1))

}

probe syscall.msgrcv = kernel.function("sys_msgrcv").call?{

(name) = ("msgrcv")
 ($msqid)
(msgp_uaddr) = ($msgp)
(msgsz) = ($msgsz)
(msgtyp) = ($msgtyp)
(msgflg) = ($msgflg)
(argstr) = (sprintf("%d, %p, %d, %d, %d", $msqid, $msgp, $msgsz, $msgtyp, $msgflg))
}
probe syscall.msgrcv.return = kernel.function("sys_msgrcv").return?{
(name) = ("msgrcv")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_msgrcv = kernel.function("compat_sys_msgrcv").call?{
(name) = ("compat_sys_msgrcv")
(argstr) = (sprintf("%d, %d, %d, %p", $first, $second, $third, $uptr))
}
probe syscall.compat_sys_msgrcv.return = kernel.function("compat_sys_msgrcv").return?{
(name) = ("compat_sys_msgrcv")
(retstr) = (returnstr(1))
}
probe syscall.msgsnd = kernel.function("sys_msgsnd").call?{
(name) = ("msgsnd")
(msqid) = ($msqid)
(msgp_uaddr) = ($msgp)
(msgsz) = ($msgsz)
(msgflg) = ($msgflg)
(argstr) = (sprintf("%d, %p, %d, %d", $msqid, $msgp, $msgsz, $msgflg))
}
probe syscall.msgsnd.return = kernel.function("sys_msgsnd").return?{
(name) = ("msgsnd")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_msgsnd = kernel.function("compat_sys_msgsnd").call?{
(name) = ("compat_sys_msgsnd")
(argstr) = (sprintf("%d, %d, %d, %p", $first, $second, $third, $uptr))
}
probe syscall.compat_sys_msgsnd.return = kernel.function("compat_sys_msgsnd").return?{
(name) = ("compat_sys_msgsnd")
(retstr) = (returnstr(1))
}
probe syscall.msync = kernel.function("sys_msync").call?{
(name) = ("msync")
(start) = ($start)
(length) = ($len)
(flags) = ($flags)
(argstr) = (sprintf("%p, %d, %s", start, length, _msync_flag_str(flags)))
}
probe syscall.msync.return = kernel.function("sys_msync").return?{
(name) = ("msync")
(retstr) = (returnstr(1))
}
probe syscall.munlock = kernel.function("sys_munlock").call?{
(name) = ("munlock")
(addr) = ($start)
(len) = ($len)
(argstr) = (sprintf("%p, %d", addr, len))
}
probe syscall.munlock.return = kernel.function("sys_munlock").return?{
(name) = ("munlock")
(retstr) = (returnstr(1))
}
probe syscall.munlockall = kernel.function("sys_munlockall").call?{
(name) = ("munlockall")
(argstr) = ("")
}
probe syscall.munlockall.return = kernel.function("sys_munlockall").return?{
(name) = ("munlockall")
(retstr) = (returnstr(1))
}
probe syscall.munmap = kernel.function("sys_munmap").call{
(name) = ("munmap")
(start) = ($addr)
(length) = ($len)
(argstr) = (sprintf("%p, %d", start, length))
}
probe syscall.munmap.return = kernel.function("sys_munmap").return{
(name) = ("munmap")
(retstr) = (returnstr(1))
}
function __is_user_regs (regs)
%{
	/* pure */
	struct pt_regs * regs = (void *)((unsigned long)THIS->regs);
/* copied from asm/ptrace.h */
#if defined(__i386__)
#ifdef STAPCONF_X86_UNIREGS
	int cs = kread(&regs->cs);
#else
	int cs = kread(&regs->xcs);
#endif
	THIS->__retvalue = (!!((cs & 3)));
#elif defined(__x86_64__)
	unsigned long cs = kread(&regs->cs);
	THIS->__retvalue = (!!((cs & 3)));
#elif defined(__ia64__)
	unsigned long psr = kread(&regs->cr_ipsr);
	THIS->__retvalue = (((struct ia64_psr *) &psr)->cpl != 0);
#elif defined(__powerpc64__)
	unsigned long msr = kread(&regs->msr);
	THIS->__retvalue = ((msr >> MSR_PR_LG) & 0x1);
#elif defined(__powerpc__)
	unsigned long msr = kread(&regs->msr);
	THIS->__retvalue = ((msr >> MSR_PR) != 0);
#elif defined(__arm__)
	long cpsr = kread(&regs->ARM_cpsr);
	THIS->__retvalue = ((cpsr & 0xf) == 0);
#elif defined(__s390__) || defined(__s390x__)
	unsigned long mask = kread(&regs->psw.mask);
	THIS->__retvalue = ((mask & PSW_MASK_PSTATE) != 0);
#else
#error "Unimplemented architecture"
#endif
CATCH_DEREF_FAULT();
%}

# file /usr/local/share/systemtap/tapset/syscalls2.stp
probe syscall.nanosleep = kernel.function("sys_nanosleep").call{
(name) = ("nanosleep")
(req_uaddr) = ($rqtp)
(rem_uaddr) = ($rmtp)
(argstr) = (sprintf("%s, %p", _struct_timespec_u($rqtp, 1), $rmtp))
}
probe syscall.nanosleep.return = kernel.function("sys_nanosleep").return{
(name) = ("nanosleep")
(retstr) = (returnstr(1))
}
probe syscall.compat_nanosleep = kernel.function("compat_sys_nanosleep").call?{
(name) = (
(msqid) = ($msqid)

(msgp_uaddr) = ($msgp)

(msgsz) = ($msgsz)

(msgtyp) = ($msgtyp)

(msgflg) = ($msgflg)

(argstr) = (sprintf("%d, %p, %d, %d, %d", $msqid, $msgp, $msgsz, $msgtyp, $msgflg))

}

probe syscall.msgrcv.return = kernel.function("sys_msgrcv").return?{

(name) = ("msgrcv")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_msgrcv = kernel.function("compat_sys_msgrcv").call?{

(name) = ("compat_sys_msgrcv")

(argstr) = (sprintf("%d, %d, %d, %p", $first, $second, $third, $uptr))

}

probe syscall.compat_sys_msgrcv.return = kernel.function("compat_sys_msgrcv").return?{

(name) = ("compat_sys_msgrcv")

(retstr) = (returnstr(1))

}

probe syscall.msgsnd = kernel.function("sys_msgsnd").call?{

(name) = ("msgsnd")

(msqid) = ($msqid)

(msgp_uaddr) = ($msgp)

(msgsz) = ($msgsz)

(msgflg) = ($msgflg)

(argstr) = (sprintf("%d, %p, %d, %d", $msqid, $msgp, $msgsz, $msgflg))

}

probe syscall.msgsnd.return = kernel.function("sys_msgsnd").return?{

(name) = ("msgsnd")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_msgsnd = kernel.function("compat_sys_msgsnd").call?{

(name) = ("compat_sys_msgsnd")

(argstr) = (sprintf("%d, %d, %d, %p", $first, $second, $third, $uptr))

}

probe syscall.compat_sys_msgsnd.return = kernel.function("compat_sys_msgsnd").return?{

(name) = ("compat_sys_msgsnd")

(retstr) = (returnstr(1))

}

probe syscall.msync = kernel.function("sys_msync").call?{

(name) = ("msync")

(start) = ($start)

(length) = ($len)

(flags) = ($flags)

(argstr) = (sprintf("%p, %d, %s", start, length, _msync_flag_str(flags)))

}

probe syscall.msync.return = kernel.function("sys_msync").return?{

(name) = ("msync")

(retstr) = (returnstr(1))

}

probe syscall.munlock = kernel.function("sys_munlock").call?{

(name) = ("munlock")

(addr) = ($start)

(len) = ($len)

(argstr) = (sprintf("%p, %d", addr, len))

}

probe syscall.munlock.return = kernel.function("sys_munlock").return?{

(name) = ("munlock")

(retstr) = (returnstr(1))

}

probe syscall.munlockall = kernel.function("sys_munlockall").call?{

(name) = ("munlockall")

(argstr) = ("")

}

probe syscall.munlockall.return = kernel.function("sys_munlockall").return?{

(name) = ("munlockall")

(retstr) = (returnstr(1))

}

probe syscall.munmap = kernel.function("sys_munmap").call{

(name) = ("munmap")

(start) = ($addr)

(length) = ($len)

(argstr) = (sprintf("%p, %d", start, length))

}

probe syscall.munmap.return = kernel.function("sys_munmap").return{

(name) = ("munmap")

(retstr) = (returnstr(1))

}

function __is_user_regs (regs)

%{

	/* pure */

	struct pt_regs * regs = (void *)((unsigned long)THIS->regs);

/* copied from asm/ptrace.h */

#if defined(__i386__)

#ifdef STAPCONF_X86_UNIREGS

	int cs = kread(&regs->cs);

#else

	int cs = kread(&regs->xcs);

#endif

	THIS->__retvalue = (!!((cs & 3)));

#elif defined(__x86_64__)

	unsigned long cs = kread(&regs->cs);

	THIS->__retvalue = (!!((cs & 3)));

#elif defined(__ia64__)

	unsigned long psr = kread(&regs->cr_ipsr);

	THIS->__retvalue = (((struct ia64_psr *) &psr)->cpl != 0);

#elif defined(__powerpc64__)

	unsigned long msr = kread(&regs->msr);

	THIS->__retvalue = ((msr >> MSR_PR_LG) & 0x1);

#elif defined(__powerpc__)

	unsigned long msr = kread(&regs->msr);

	THIS->__retvalue = ((msr >> MSR_PR) != 0);

#elif defined(__arm__)

	long cpsr = kread(&regs->ARM_cpsr);

	THIS->__retvalue = ((cpsr & 0xf) == 0);

#elif defined(__s390__) || defined(__s390x__)

	unsigned long mask = kread(&regs->psw.mask);

	THIS->__retvalue = ((mask & PSW_MASK_PSTATE) != 0);

#else

#error "Unimplemented architecture"

#endif

CATCH_DEREF_FAULT();

%}



# file /usr/local/share/systemtap/tapset/syscalls2.stp

probe syscall.nanosleep = kernel.function("sys_nanosleep").call{

(name) = ("nanosleep")

(req_uaddr) = ($rqtp)

(rem_uaddr) = ($rmtp)

(argstr) = (sprintf("%s, %p", _struct_timespec_u($rqtp, 1), $rmtp))

}

probe syscall.nanosleep.return = kernel.function("sys_nanosleep").return{

(name) = ("nanosleep")

(retstr) = (returnstr(1))

}

probe syscall.compat_nanosleep = kernel.function("compat_sys_nanosleep").call?{
"nanosleep")
(req_uaddr) = ($rqtp)
(rem_uaddr) = ($rmtp)
(argstr) = (sprintf("%s, %p", _struct_compat_timespec_u($rqtp, 1), $rmtp))
}
probe syscall.compat_nanosleep.return = kernel.function("compat_sys_nanosleep").return?{
(name) = ("nanosleep")
(retstr) = (returnstr(1))
}
probe syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call?{
(name) = ("nfsservctl")
(cmd) = ($cmd)
(argp_uaddr) = ($arg)
(resp_uaddr) = ($res)
(argstr) = (sprintf("%s, %p, %p", _nfsctl_cmd_str($cmd), $arg, $res))
}
probe syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return?{
(name) = ("nfsservctl")
(retstr) = (returnstr(1))
}
probe syscall.nice = kernel.function("sys_nice").call?{
(name) = ("nice")
(inc) = ($increment)
(argstr) = (sprintf("%d", $increment))
}
probe syscall.nice.return = kernel.function("sys_nice").return?{
(name) = ("nice")
(retstr) = (returnstr(1))
}
probe syscall.ni_syscall = kernel.function("sys_ni_syscall").call{
(name) = ("ni_syscall")
(argstr) = ("")
}
probe syscall.ni_syscall.return = kernel.function("sys_ni_syscall").return{
(name) = ("ni_syscall")
(retstr) = (returnstr(1))
}
probe syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call?{
(name) = ("open")
(filename) = (user_string($filename))
(flags) = ($flags)
(mode) = ($mode)
if ((flags) & (64)) (argstr) = (sprintf("%s, %s, %#o", user_string_quoted($filename), _sys_open_flag_str($flags), $mode))
else (argstr) = (sprintf("%s, %s", user_string_quoted($filename), _sys_open_flag_str($flags)))

}
probe syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return?{
(name) = ("open")
(retstr) = (returnstr(1))
}
probe syscall.openat = kernel.function("compat_sys_openat").call?, kernel.function("sys_openat").call?{
(name) = ("openat")
(filename) = (user_string($filename))
(flags) = ($flags)
(mode) = ($mode)
if (($flags) & (64)) (argstr) = (sprintf("%s, %s, %s, %#o", _dfd_str($dfd), user_string_quoted($filename), _sys_open_flag_str($flags), $mode))
else (argstr) = (sprintf("%s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _sys_open_flag_str($flags)))

}
probe syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return?{
(name) = ("openat")
(retstr) = (returnstr(1))
}
probe syscall.pause = kernel.function("sys_pause").call?, kernel.function("sys32_pause").call?, kernel.function("compat_sys_pause").call?{
(name) = ("pause")
(argstr) = ("")
}
probe syscall.pause.return = kernel.function("sys_pause").return?, kernel.function("sys32_pause").return?, kernel.function("compat_sys_pause").return?{
(name) = ("pause")
(retstr) = (returnstr(1))
}
probe syscall.personality = kernel.function("sys_personality").call{
(name) = ("personality")
(persona) = ($personality)
(argstr) = (sprintf("%p", persona))
}
probe syscall.personality.return = kernel.function("sys_personality").return{
(name) = ("personality")
(retstr) = (returnstr(1))
}
probe syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call{
if (@defined($flags)) {
(flags) = ($flags)
(flag_str) = (_sys_pipe2_flag_str(flags))
}

(name) = (((flags) == (0))?("pipe"):("pipe2"))
if (@defined($fildes)) {
(fildes_uaddr) = ($fildes)
if ((fildes_uaddr) == (0)) {
(pipe0) = (0)
(pipe1) = (0)
(argstr) = ("NULL")
}
else {
(pipe0) = (user_int(&$fildes[0]))
(pipe1) = (user_int(&$fildes[1]))
if ((flags) == (0)) (argstr) = (sprintf("[%d, %d]", pipe0, pipe1))
else (argstr) = (sprintf("[%d, %d], %s", pipe0, pipe1, flag_str))

}

}
else {
(fildes_uaddr) = (0)
(pipe0) = (0)
(pipe1) = (0)
(argstr) = ("[0, 0]")
}

}
probe syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return{
if (@defi
(name) = ("nanosleep")

(req_uaddr) = ($rqtp)

(rem_uaddr) = ($rmtp)

(argstr) = (sprintf("%s, %p", _struct_compat_timespec_u($rqtp, 1), $rmtp))

}

probe syscall.compat_nanosleep.return = kernel.function("compat_sys_nanosleep").return?{

(name) = ("nanosleep")

(retstr) = (returnstr(1))

}

probe syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call?{

(name) = ("nfsservctl")

(cmd) = ($cmd)

(argp_uaddr) = ($arg)

(resp_uaddr) = ($res)

(argstr) = (sprintf("%s, %p, %p", _nfsctl_cmd_str($cmd), $arg, $res))

}

probe syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return?{

(name) = ("nfsservctl")

(retstr) = (returnstr(1))

}

probe syscall.nice = kernel.function("sys_nice").call?{

(name) = ("nice")

(inc) = ($increment)

(argstr) = (sprintf("%d", $increment))

}

probe syscall.nice.return = kernel.function("sys_nice").return?{

(name) = ("nice")

(retstr) = (returnstr(1))

}

probe syscall.ni_syscall = kernel.function("sys_ni_syscall").call{

(name) = ("ni_syscall")

(argstr) = ("")

}

probe syscall.ni_syscall.return = kernel.function("sys_ni_syscall").return{

(name) = ("ni_syscall")

(retstr) = (returnstr(1))

}

probe syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call?{

(name) = ("open")

(filename) = (user_string($filename))

(flags) = ($flags)

(mode) = ($mode)

if ((flags) & (64)) (argstr) = (sprintf("%s, %s, %#o", user_string_quoted($filename), _sys_open_flag_str($flags), $mode))

else (argstr) = (sprintf("%s, %s", user_string_quoted($filename), _sys_open_flag_str($flags)))



}

probe syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return?{

(name) = ("open")

(retstr) = (returnstr(1))

}

probe syscall.openat = kernel.function("compat_sys_openat").call?, kernel.function("sys_openat").call?{

(name) = ("openat")

(filename) = (user_string($filename))

(flags) = ($flags)

(mode) = ($mode)

if (($flags) & (64)) (argstr) = (sprintf("%s, %s, %s, %#o", _dfd_str($dfd), user_string_quoted($filename), _sys_open_flag_str($flags), $mode))

else (argstr) = (sprintf("%s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _sys_open_flag_str($flags)))



}

probe syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return?{

(name) = ("openat")

(retstr) = (returnstr(1))

}

probe syscall.pause = kernel.function("sys_pause").call?, kernel.function("sys32_pause").call?, kernel.function("compat_sys_pause").call?{

(name) = ("pause")

(argstr) = ("")

}

probe syscall.pause.return = kernel.function("sys_pause").return?, kernel.function("sys32_pause").return?, kernel.function("compat_sys_pause").return?{

(name) = ("pause")

(retstr) = (returnstr(1))

}

probe syscall.personality = kernel.function("sys_personality").call{

(name) = ("personality")

(persona) = ($personality)

(argstr) = (sprintf("%p", persona))

}

probe syscall.personality.return = kernel.function("sys_personality").return{

(name) = ("personality")

(retstr) = (returnstr(1))

}

probe syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call{

if (@defined($flags)) {

(flags) = ($flags)

(flag_str) = (_sys_pipe2_flag_str(flags))

}



(name) = (((flags) == (0))?("pipe"):("pipe2"))

if (@defined($fildes)) {

(fildes_uaddr) = ($fildes)

if ((fildes_uaddr) == (0)) {

(pipe0) = (0)

(pipe1) = (0)

(argstr) = ("NULL")

}

else {

(pipe0) = (user_int(&$fildes[0]))

(pipe1) = (user_int(&$fildes[1]))

if ((flags) == (0)) (argstr) = (sprintf("[%d, %d]", pipe0, pipe1))

else (argstr) = (sprintf("[%d, %d], %s", pipe0, pipe1, flag_str))



}



}

else {

(fildes_uaddr) = (0)

(pipe0) = (0)

(pipe1) = (0)

(argstr) = ("[0, 0]")

}



}

probe syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return{
ned($flags)) (name) = ((($flags) == (0))?("pipe"):("pipe2"))
else (name) = ("pipe")

if (@defined($fildes)) {
(fildes_uaddr) = ($fildes)
if ((fildes_uaddr) == (0)) {
(pipe0) = (0)
(pipe1) = (0)
}
else {
(pipe0) = (user_int(&$fildes[0]))
(pipe1) = (user_int(&$fildes[1]))
}

}
else {
(fildes_uaddr) = (0)
(pipe0) = (0)
(pipe1) = (0)
}

(retstr) = (returnstr(1))
}
probe syscall.pivot_root = kernel.function("sys_pivot_root").call{
(name) = ("pivot_root")
(new_root_str) = (user_string($new_root))
(old_root_str) = (user_string($put_old))
(argstr) = (sprintf("%s, %s", user_string_quoted($new_root), user_string_quoted($put_old)))
}
probe syscall.pivot_root.return = kernel.function("sys_pivot_root").return{
(name) = ("pivot_root")
(retstr) = (returnstr(1))
}
probe syscall.poll = kernel.function("sys_poll").call{
(name) = ("poll")
(ufds_uaddr) = ($ufds)
(nfds) = ($nfds)
(timeout) = ((@defined($timeout_msecs))?($timeout_msecs):($timeout))
(argstr) = (sprintf("%p, %d, %d", $ufds, $nfds, (@defined($timeout_msecs))?($timeout_msecs):($timeout)))
}
probe syscall.poll.return = kernel.function("sys_poll").return{
(name) = ("poll")
(retstr) = (returnstr(1))
}
probe syscall.ppoll = kernel.function("sys_ppoll").call?{
(name) = ("ppoll")
(argstr) = (sprintf("%p, %d, %s, %p, %d", $ufds, $nfds, _struct_timespec_u($tsp, 1), $sigmask, $sigsetsize))
}
probe syscall.ppoll.return = kernel.function("sys_ppoll").return?{
(name) = ("ppoll")
(retstr) = (returnstr(1))
}
probe syscall.compat_ppoll = kernel.function("compat_sys_ppoll").call?{
(name) = ("ppoll")
(argstr) = (sprintf("%p, %d, %s, %p, %d", $ufds, $nfds, _struct_compat_timespec_u($tsp, 1), $sigmask, $sigsetsize))
}
probe syscall.compat_ppoll.return = kernel.function("compat_sys_ppoll").return?{
(name) = ("ppoll")
(retstr) = (returnstr(1))
}
probe syscall.prctl = kernel.function("sys_prctl").call{
(name) = ("prctl")
(option) = ($option)
(arg2) = ($arg2)
(arg3) = ($arg3)
(arg4) = ($arg4)
(arg5) = ($arg5)
(argstr) = (sprintf("%p, %p, %p, %p, %p", option, arg2, arg3, arg4, arg5))
}
probe syscall.prctl.return = kernel.function("sys_prctl").return{
(name) = ("prctl")
(retstr) = (returnstr(1))
}
probe syscall.pread = kernel.function("sys_pread64").call{
(name) = ("pread")
(fd) = ($fd)
(buf_uaddr) = ($buf)
(count) = ($count)
(offset) = ($pos)
(argstr) = (sprintf("%d, %p, %d, %d", $fd, $buf, $count, $pos))
}
probe syscall.pread.return = kernel.function("sys_pread64").return{
(name) = ("pread")
(retstr) = (returnstr(1))
}
probe syscall.pselect6 = kernel.function("sys_pselect6").call?{
(name) = ("pselect6")
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", $n, $inp, $outp, $exp, _struct_timespec_u($tsp, 1), $sig))
}
probe syscall.pselect6.return = kernel.function("sys_pselect6").return?{
(name) = ("pselect6")
(retstr) = (returnstr(1))
}
probe syscall.compat_pselect6 = kernel.function("compat_sys_pselect6").call?{
(name) = ("pselect6")
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", $n, $inp, $outp, $exp, _struct_compat_timespec_u($tsp, 1), $sig))
}
probe syscall.compat_pselect6.return = kernel.function("compat_sys_pselect6").return?{
(name) = ("pselect6")
(retstr) = (returnstr(1))
}
probe syscall.pselect7 = kernel.function("sys_pselect7").call?{
(name) = ("pselect7")
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", $n, $inp, $outp, $exp, _struct_timespec_u($tsp, 1), $sigmask, $sigsetsize))
}
probe syscall.pselect7.return = kernel.function("sys_pselect7").return?{
(name) = ("pselect7")
(retstr) = (returnstr(1))
}
probe syscall.compat_pselect7a = kernel.function("compat_sys_pselect7").call?{
(name) = ("pselect7")
(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", $n, $inp, $outp, $exp, _struct_compat_timespec_u($tsp, 1), $sigmask, $sigsetsize))
}
probe syscall.compat_pselect7.return = kernel.function("compat_sys_pselect7").return?{
(name) = ("pselect7")
(retstr) = (returnstr(1))
}
probe syscall.ptrace = kernel.function("sys_ptrace").call?{
(name) = ("ptrace")
(request) = ($request)
(pid) = ($pid
if (@defined($flags)) (name) = ((($flags) == (0))?("pipe"):("pipe2"))

else (name) = ("pipe")



if (@defined($fildes)) {

(fildes_uaddr) = ($fildes)

if ((fildes_uaddr) == (0)) {

(pipe0) = (0)

(pipe1) = (0)

}

else {

(pipe0) = (user_int(&$fildes[0]))

(pipe1) = (user_int(&$fildes[1]))

}



}

else {

(fildes_uaddr) = (0)

(pipe0) = (0)

(pipe1) = (0)

}



(retstr) = (returnstr(1))

}

probe syscall.pivot_root = kernel.function("sys_pivot_root").call{

(name) = ("pivot_root")

(new_root_str) = (user_string($new_root))

(old_root_str) = (user_string($put_old))

(argstr) = (sprintf("%s, %s", user_string_quoted($new_root), user_string_quoted($put_old)))

}

probe syscall.pivot_root.return = kernel.function("sys_pivot_root").return{

(name) = ("pivot_root")

(retstr) = (returnstr(1))

}

probe syscall.poll = kernel.function("sys_poll").call{

(name) = ("poll")

(ufds_uaddr) = ($ufds)

(nfds) = ($nfds)

(timeout) = ((@defined($timeout_msecs))?($timeout_msecs):($timeout))

(argstr) = (sprintf("%p, %d, %d", $ufds, $nfds, (@defined($timeout_msecs))?($timeout_msecs):($timeout)))

}

probe syscall.poll.return = kernel.function("sys_poll").return{

(name) = ("poll")

(retstr) = (returnstr(1))

}

probe syscall.ppoll = kernel.function("sys_ppoll").call?{

(name) = ("ppoll")

(argstr) = (sprintf("%p, %d, %s, %p, %d", $ufds, $nfds, _struct_timespec_u($tsp, 1), $sigmask, $sigsetsize))

}

probe syscall.ppoll.return = kernel.function("sys_ppoll").return?{

(name) = ("ppoll")

(retstr) = (returnstr(1))

}

probe syscall.compat_ppoll = kernel.function("compat_sys_ppoll").call?{

(name) = ("ppoll")

(argstr) = (sprintf("%p, %d, %s, %p, %d", $ufds, $nfds, _struct_compat_timespec_u($tsp, 1), $sigmask, $sigsetsize))

}

probe syscall.compat_ppoll.return = kernel.function("compat_sys_ppoll").return?{

(name) = ("ppoll")

(retstr) = (returnstr(1))

}

probe syscall.prctl = kernel.function("sys_prctl").call{

(name) = ("prctl")

(option) = ($option)

(arg2) = ($arg2)

(arg3) = ($arg3)

(arg4) = ($arg4)

(arg5) = ($arg5)

(argstr) = (sprintf("%p, %p, %p, %p, %p", option, arg2, arg3, arg4, arg5))

}

probe syscall.prctl.return = kernel.function("sys_prctl").return{

(name) = ("prctl")

(retstr) = (returnstr(1))

}

probe syscall.pread = kernel.function("sys_pread64").call{

(name) = ("pread")

(fd) = ($fd)

(buf_uaddr) = ($buf)

(count) = ($count)

(offset) = ($pos)

(argstr) = (sprintf("%d, %p, %d, %d", $fd, $buf, $count, $pos))

}

probe syscall.pread.return = kernel.function("sys_pread64").return{

(name) = ("pread")

(retstr) = (returnstr(1))

}

probe syscall.pselect6 = kernel.function("sys_pselect6").call?{

(name) = ("pselect6")

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", $n, $inp, $outp, $exp, _struct_timespec_u($tsp, 1), $sig))

}

probe syscall.pselect6.return = kernel.function("sys_pselect6").return?{

(name) = ("pselect6")

(retstr) = (returnstr(1))

}

probe syscall.compat_pselect6 = kernel.function("compat_sys_pselect6").call?{

(name) = ("pselect6")

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p", $n, $inp, $outp, $exp, _struct_compat_timespec_u($tsp, 1), $sig))

}

probe syscall.compat_pselect6.return = kernel.function("compat_sys_pselect6").return?{

(name) = ("pselect6")

(retstr) = (returnstr(1))

}

probe syscall.pselect7 = kernel.function("sys_pselect7").call?{

(name) = ("pselect7")

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", $n, $inp, $outp, $exp, _struct_timespec_u($tsp, 1), $sigmask, $sigsetsize))

}

probe syscall.pselect7.return = kernel.function("sys_pselect7").return?{

(name) = ("pselect7")

(retstr) = (returnstr(1))

}

probe syscall.compat_pselect7a = kernel.function("compat_sys_pselect7").call?{

(name) = ("pselect7")

(argstr) = (sprintf("%d, %p, %p, %p, %s, %p, %d", $n, $inp, $outp, $exp, _struct_compat_timespec_u($tsp, 1), $sigmask, $sigsetsize))

}

probe syscall.compat_pselect7.return = kernel.function("compat_sys_pselect7").return?{

(name) = ("pselect7")

(retstr) = (returnstr(1))

}

probe syscall.ptrace = kernel.function("sys_ptrace").call?{

(name) = ("ptrace")

(request) = ($request)
)
(addr) = ($addr)
(data) = ($data)
(argstr) = (sprintf("%d, %d, %p, %p", request, pid, addr, data))
}
probe syscall.ptrace.return = kernel.function("sys_ptrace").return?{
(name) = ("ptrace")
(retstr) = (returnstr(1))
}
probe syscall.pwrite = kernel.function("sys_pwrite64").call{
(name) = ("pwrite")
(fd) = ($fd)
(buf_uaddr) = ($buf)
(count) = ($count)
(offset) = ($pos)
(argstr) = (sprintf("%d, %s, %d, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $count, $pos))
}
probe syscall.pwrite.return = kernel.function("sys_pwrite64").return{
(name) = ("pwrite")
(retstr) = (returnstr(1))
}
probe syscall.pwrite32 = kernel.function("sys32_pwrite64").call?{
(name) = ("pwrite")
(fd) = ($fd)
(count) = ($count)
(offset) = ((($poshi) << (32)) + ($poslo))
(buf_uaddr) = ($buf)
(argstr) = (sprintf("%d, %s, %d, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $count, (($poshi) << (32)) + ($poslo)))
}
probe syscall.pwrite32.return = kernel.function("sys32_pwrite64").return?{
(name) = ("pwrite")
(retstr) = (returnstr(1))
}
probe syscall.quotactl = kernel.function("sys_quotactl").call?{
(name) = ("quotactl")
(cmd) = ($cmd)
(cmd_str) = (_quotactl_cmd_str($cmd))
(special) = ($special)
(special_str) = (user_string($special))
(id) = ($id)
(addr_uaddr) = ($addr)
(argstr) = (sprintf("%s, %s, %d, %p", cmd_str, special_str, $id, $addr))
}
probe syscall.quotactl.return = kernel.function("sys_quotactl").return?{
(name) = ("quotactl")
(retstr) = (returnstr(1))
}
probe syscall.read = kernel.function("sys_read").call{
(name) = ("read")
(fd) = ($fd)
(buf_uaddr) = ($buf)
(count) = ($count)
(argstr) = (sprintf("%d, %p, %d", $fd, $buf, $count))
}
probe syscall.read.return = kernel.function("sys_read").return{
(name) = ("read")
(retstr) = (returnstr(1))
}
probe syscall.readahead = kernel.function("sys_readahead").call{
(name) = ("readahead")
(fd) = ($fd)
(offset) = ($offset)
(count) = ($count)
(argstr) = (sprintf("%d, %p, %p", fd, offset, count))
}
probe syscall.readahead.return = kernel.function("sys_readahead").return{
(name) = ("readahead")
(retstr) = (returnstr(1))
}
probe syscall.readdir = kernel.function("compat_sys_old_readdir").call?, kernel.function("old32_readdir").call?{
(name) = ("readdir")
(argstr) = (sprintf("%d, %p, %d", $fd, $dirent, $count))
}
probe syscall.readdir.return = kernel.function("compat_sys_old_readdir").return?, kernel.function("old32_readdir").return?{
(name) = ("readdir")
(retstr) = (returnstr(1))
}
probe syscall.readlink = kernel.function("sys_readlink").call{
(name) = ("readlink")
(path) = (user_string($path))
(buf_uaddr) = ($buf)
(bufsiz) = ($bufsiz)
(argstr) = (sprintf("%s, %p, %d", user_string_quoted($path), $buf, $bufsiz))
}
probe syscall.readlink.return = kernel.function("sys_readlink").return{
(name) = ("readlink")
(retstr) = (returnstr(1))
}
probe syscall.readlinkat = kernel.function("sys_readlinkat").call?{
(name) = ("readlinkat")
(dfd) = ($dfd)
(buf_uaddr) = ($buf)
(bufsiz) = ($bufsiz)
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %s, %p, %d", _dfd_str($dfd), user_string_quoted((@defined($pathname))?($pathname):($path)), $buf, $bufsiz))
}
probe syscall.readlinkat.return = kernel.function("sys_readlinkat").return?{
(name) = ("readlinkat")
(retstr) = (returnstr(1))
}
probe syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call{
(name) = ("readv")
(vector_uaddr) = ($vec)
(count) = ($vlen)
(fd) = ($fd)
(argstr) = (sprintf("%d, %p, %d", $fd, $vec, $vlen))
}
probe syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return{
(name) = ("readv")
(retstr) = (returnstr(1))
}
probe syscall.reboot = kernel.function("sys_reboot").call{
(name) = ("reboot")
(magic) = ($magic1)
(magic_str) = (_reboot_magic_str($magic1))
(magic2) = ($magic2)
(magic2_str) = (_reboot_magic_str($magic2))
(flag) = ($cmd)
(flag_str) = (_reboot_flag_str($cmd))
(arg_uaddr) = ($arg)
(ar
(pid) = ($pid)

(addr) = ($addr)

(data) = ($data)

(argstr) = (sprintf("%d, %d, %p, %p", request, pid, addr, data))

}

probe syscall.ptrace.return = kernel.function("sys_ptrace").return?{

(name) = ("ptrace")

(retstr) = (returnstr(1))

}

probe syscall.pwrite = kernel.function("sys_pwrite64").call{

(name) = ("pwrite")

(fd) = ($fd)

(buf_uaddr) = ($buf)

(count) = ($count)

(offset) = ($pos)

(argstr) = (sprintf("%d, %s, %d, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $count, $pos))

}

probe syscall.pwrite.return = kernel.function("sys_pwrite64").return{

(name) = ("pwrite")

(retstr) = (returnstr(1))

}

probe syscall.pwrite32 = kernel.function("sys32_pwrite64").call?{

(name) = ("pwrite")

(fd) = ($fd)

(count) = ($count)

(offset) = ((($poshi) << (32)) + ($poslo))

(buf_uaddr) = ($buf)

(argstr) = (sprintf("%d, %s, %d, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $count, (($poshi) << (32)) + ($poslo)))

}

probe syscall.pwrite32.return = kernel.function("sys32_pwrite64").return?{

(name) = ("pwrite")

(retstr) = (returnstr(1))

}

probe syscall.quotactl = kernel.function("sys_quotactl").call?{

(name) = ("quotactl")

(cmd) = ($cmd)

(cmd_str) = (_quotactl_cmd_str($cmd))

(special) = ($special)

(special_str) = (user_string($special))

(id) = ($id)

(addr_uaddr) = ($addr)

(argstr) = (sprintf("%s, %s, %d, %p", cmd_str, special_str, $id, $addr))

}

probe syscall.quotactl.return = kernel.function("sys_quotactl").return?{

(name) = ("quotactl")

(retstr) = (returnstr(1))

}

probe syscall.read = kernel.function("sys_read").call{

(name) = ("read")

(fd) = ($fd)

(buf_uaddr) = ($buf)

(count) = ($count)

(argstr) = (sprintf("%d, %p, %d", $fd, $buf, $count))

}

probe syscall.read.return = kernel.function("sys_read").return{

(name) = ("read")

(retstr) = (returnstr(1))

}

probe syscall.readahead = kernel.function("sys_readahead").call{

(name) = ("readahead")

(fd) = ($fd)

(offset) = ($offset)

(count) = ($count)

(argstr) = (sprintf("%d, %p, %p", fd, offset, count))

}

probe syscall.readahead.return = kernel.function("sys_readahead").return{

(name) = ("readahead")

(retstr) = (returnstr(1))

}

probe syscall.readdir = kernel.function("compat_sys_old_readdir").call?, kernel.function("old32_readdir").call?{

(name) = ("readdir")

(argstr) = (sprintf("%d, %p, %d", $fd, $dirent, $count))

}

probe syscall.readdir.return = kernel.function("compat_sys_old_readdir").return?, kernel.function("old32_readdir").return?{

(name) = ("readdir")

(retstr) = (returnstr(1))

}

probe syscall.readlink = kernel.function("sys_readlink").call{

(name) = ("readlink")

(path) = (user_string($path))

(buf_uaddr) = ($buf)

(bufsiz) = ($bufsiz)

(argstr) = (sprintf("%s, %p, %d", user_string_quoted($path), $buf, $bufsiz))

}

probe syscall.readlink.return = kernel.function("sys_readlink").return{

(name) = ("readlink")

(retstr) = (returnstr(1))

}

probe syscall.readlinkat = kernel.function("sys_readlinkat").call?{

(name) = ("readlinkat")

(dfd) = ($dfd)

(buf_uaddr) = ($buf)

(bufsiz) = ($bufsiz)

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%s, %s, %p, %d", _dfd_str($dfd), user_string_quoted((@defined($pathname))?($pathname):($path)), $buf, $bufsiz))

}

probe syscall.readlinkat.return = kernel.function("sys_readlinkat").return?{

(name) = ("readlinkat")

(retstr) = (returnstr(1))

}

probe syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call{

(name) = ("readv")

(vector_uaddr) = ($vec)

(count) = ($vlen)

(fd) = ($fd)

(argstr) = (sprintf("%d, %p, %d", $fd, $vec, $vlen))

}

probe syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return{

(name) = ("readv")

(retstr) = (returnstr(1))

}

probe syscall.reboot = kernel.function("sys_reboot").call{

(name) = ("reboot")

(magic) = ($magic1)

(magic_str) = (_reboot_magic_str($magic1))

(magic2) = ($magic2)

(magic2_str) = (_reboot_magic_str($magic2))

(flag) = ($cmd)

(flag_str) = (_reboot_flag_str($cmd))

(arg_uaddr) = ($arg)
gstr) = (sprintf("%s, %s, %s, %p", magic_str, magic2_str, flag_str, $arg))
}
probe syscall.reboot.return = kernel.function("sys_reboot").return{
(name) = ("reboot")
(retstr) = (returnstr(1))
}
probe syscall.recv = kernel.function("sys_recv").call?{
(name) = ("recv")
(s) = ($fd)
(buf_uaddr) = ($ubuf)
(len) = ($size)
(flags) = ($flags)
(flags_str) = (_recvflags_str($flags))
(argstr) = (sprintf("%d, %p, %d, %s", $fd, $ubuf, $size, _recvflags_str($flags)))
}
probe syscall.recv.return = kernel.function("sys_recv").return?{
(name) = ("recv")
(retstr) = (returnstr(1))
}
probe syscall.recvfrom = kernel.function("sys_recvfrom").call?{
(name) = ("recvfrom")
(s) = ($fd)
(buf_uaddr) = ($ubuf)
(len) = ($size)
(flags) = ($flags)
(flags_str) = (_recvflags_str($flags))
(addr_uaddr) = ($addr)
(addrlen_uaddr) = ($addr_len)
(argstr) = (sprintf("%d, %p, %d, %s, %p, %p", $fd, $ubuf, $size, _recvflags_str($flags), $addr, $addr_len))
}
probe syscall.recvfrom.return = kernel.function("sys_recvfrom").return?{
(name) = ("recvfrom")
(retstr) = (returnstr(1))
}
probe syscall.recvmsg = kernel.function("sys_recvmsg").call?{
(name) = ("recvmsg")
(s) = ($fd)
(msg_uaddr) = ($msg)
(flags) = ($flags)
(flags_str) = (_recvflags_str($flags))
(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _recvflags_str($flags)))
}
probe syscall.recvmsg.return = kernel.function("sys_recvmsg").return?{
(name) = ("recvmsg")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_recvmsg = kernel.function("compat_sys_recvmsg").call?{
(name) = ("compat_sys_recvmsg")
(s) = ($fd)
(msg_uaddr) = ($msg)
(flags) = ($flags)
(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _recvflags_str($flags)))
}
probe syscall.compat_sys_recvmsg.return = kernel.function("compat_sys_recvmsg").return?{
(name) = ("compat_sys_recvmsg")
(retstr) = (returnstr(1))
}
probe syscall.remap_file_pages = kernel.function("sys_remap_file_pages").call?{
(name) = ("remap_file_pages")
(start) = ($start)
(size) = ($size)
(prot) = ((@defined($prot))?($prot):($__prot))
(pgoff) = ($pgoff)
(flags) = ($flags)
(argstr) = (sprintf("%p, %p, %p, %p, %p", start, size, prot, pgoff, flags))
}
probe syscall.remap_file_pages.return = kernel.function("sys_remap_file_pages").return?{
(name) = ("remap_file_pages")
(retstr) = (returnstr(1))
}
probe syscall.removexattr = kernel.function("sys_removexattr").call{
(name) = ("removexattr")
(name_str) = (user_string($name))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %s", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name)))
}
probe syscall.removexattr.return = kernel.function("sys_removexattr").return{
(name) = ("removexattr")
(retstr) = (returnstr(1))
}
probe syscall.rename = kernel.function("sys_rename").call{
(name) = ("rename")
(oldpath) = (user_string($oldname))
(newpath) = (user_string($newname))
(argstr) = (sprintf("%s, %s", user_string_quoted($oldname), user_string_quoted($newname)))
}
probe syscall.rename.return = kernel.function("sys_rename").return{
(name) = ("rename")
(retstr) = (returnstr(1))
}
probe syscall.renameat = kernel.function("sys_renameat").call?{
(name) = ("renameat")
(olddfd) = ($olddfd)
(olddfd_str) = (_dfd_str($olddfd))
(oldname) = ($oldname)
(oldname_str) = (user_string($oldname))
(newdfd) = ($newdfd)
(newdfd_str) = (_dfd_str($newdfd))
(newname) = ($newname)
(newname_str) = (user_string($newname))
(argstr) = (sprintf("%s, %s, %s, %s", olddfd_str, user_string_quoted($oldname), newdfd_str, user_string_quoted($newname)))
}
probe syscall.renameat.return = kernel.function("sys_renameat").return?{
(name) = ("renameat")
(retstr) = (returnstr(1))
}
probe syscall.request_key = kernel.function("sys_request_key").call?{
(name) = ("request_key")
(type_uaddr) = ($_type)
(description_uaddr) = ($_description)
(callout_info_uaddr) = ($_callout_info)
(destringid) = ($destringid)
(argstr) = (sprintf("%p, %p, %p, %p", $_type, $_description, $_callout_info, $destringid))
}
probe syscall.request_key
(argstr) = (sprintf("%s, %s, %s, %p", magic_str, magic2_str, flag_str, $arg))

}

probe syscall.reboot.return = kernel.function("sys_reboot").return{

(name) = ("reboot")

(retstr) = (returnstr(1))

}

probe syscall.recv = kernel.function("sys_recv").call?{

(name) = ("recv")

(s) = ($fd)

(buf_uaddr) = ($ubuf)

(len) = ($size)

(flags) = ($flags)

(flags_str) = (_recvflags_str($flags))

(argstr) = (sprintf("%d, %p, %d, %s", $fd, $ubuf, $size, _recvflags_str($flags)))

}

probe syscall.recv.return = kernel.function("sys_recv").return?{

(name) = ("recv")

(retstr) = (returnstr(1))

}

probe syscall.recvfrom = kernel.function("sys_recvfrom").call?{

(name) = ("recvfrom")

(s) = ($fd)

(buf_uaddr) = ($ubuf)

(len) = ($size)

(flags) = ($flags)

(flags_str) = (_recvflags_str($flags))

(addr_uaddr) = ($addr)

(addrlen_uaddr) = ($addr_len)

(argstr) = (sprintf("%d, %p, %d, %s, %p, %p", $fd, $ubuf, $size, _recvflags_str($flags), $addr, $addr_len))

}

probe syscall.recvfrom.return = kernel.function("sys_recvfrom").return?{

(name) = ("recvfrom")

(retstr) = (returnstr(1))

}

probe syscall.recvmsg = kernel.function("sys_recvmsg").call?{

(name) = ("recvmsg")

(s) = ($fd)

(msg_uaddr) = ($msg)

(flags) = ($flags)

(flags_str) = (_recvflags_str($flags))

(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _recvflags_str($flags)))

}

probe syscall.recvmsg.return = kernel.function("sys_recvmsg").return?{

(name) = ("recvmsg")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_recvmsg = kernel.function("compat_sys_recvmsg").call?{

(name) = ("compat_sys_recvmsg")

(s) = ($fd)

(msg_uaddr) = ($msg)

(flags) = ($flags)

(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _recvflags_str($flags)))

}

probe syscall.compat_sys_recvmsg.return = kernel.function("compat_sys_recvmsg").return?{

(name) = ("compat_sys_recvmsg")

(retstr) = (returnstr(1))

}

probe syscall.remap_file_pages = kernel.function("sys_remap_file_pages").call?{

(name) = ("remap_file_pages")

(start) = ($start)

(size) = ($size)

(prot) = ((@defined($prot))?($prot):($__prot))

(pgoff) = ($pgoff)

(flags) = ($flags)

(argstr) = (sprintf("%p, %p, %p, %p, %p", start, size, prot, pgoff, flags))

}

probe syscall.remap_file_pages.return = kernel.function("sys_remap_file_pages").return?{

(name) = ("remap_file_pages")

(retstr) = (returnstr(1))

}

probe syscall.removexattr = kernel.function("sys_removexattr").call{

(name) = ("removexattr")

(name_str) = (user_string($name))

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%s, %s", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name)))

}

probe syscall.removexattr.return = kernel.function("sys_removexattr").return{

(name) = ("removexattr")

(retstr) = (returnstr(1))

}

probe syscall.rename = kernel.function("sys_rename").call{

(name) = ("rename")

(oldpath) = (user_string($oldname))

(newpath) = (user_string($newname))

(argstr) = (sprintf("%s, %s", user_string_quoted($oldname), user_string_quoted($newname)))

}

probe syscall.rename.return = kernel.function("sys_rename").return{

(name) = ("rename")

(retstr) = (returnstr(1))

}

probe syscall.renameat = kernel.function("sys_renameat").call?{

(name) = ("renameat")

(olddfd) = ($olddfd)

(olddfd_str) = (_dfd_str($olddfd))

(oldname) = ($oldname)

(oldname_str) = (user_string($oldname))

(newdfd) = ($newdfd)

(newdfd_str) = (_dfd_str($newdfd))

(newname) = ($newname)

(newname_str) = (user_string($newname))

(argstr) = (sprintf("%s, %s, %s, %s", olddfd_str, user_string_quoted($oldname), newdfd_str, user_string_quoted($newname)))

}

probe syscall.renameat.return = kernel.function("sys_renameat").return?{

(name) = ("renameat")

(retstr) = (returnstr(1))

}

probe syscall.request_key = kernel.function("sys_request_key").call?{

(name) = ("request_key")

(type_uaddr) = ($_type)

(description_uaddr) = ($_description)

(callout_info_uaddr) = ($_callout_info)

(destringid) = ($destringid)

(argstr) = (sprintf("%p, %p, %p, %p", $_type, $_description, $_callout_info, $destringid))

}
.return = kernel.function("sys_request_key").return?{
(name) = ("request_key")
(retstr) = (returnstr(1))
}
probe syscall.restart_syscall = kernel.function("sys_restart_syscall").call{
(name) = ("restart_syscall")
(argstr) = ("")
}
probe syscall.restart_syscall.return = kernel.function("sys_restart_syscall").return{
(name) = ("restart_syscall")
(retstr) = (returnstr(1))
}
probe syscall.rmdir = kernel.function("sys_rmdir").call{
(name) = ("rmdir")
(pathname) = (user_string($pathname))
(argstr) = (user_string_quoted($pathname))
}
probe syscall.rmdir.return = kernel.function("sys_rmdir").return{
(name) = ("rmdir")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigaction = kernel.function("sys_rt_sigaction").call?{
(name) = ("rt_sigaction")
(sig) = ($sig)
(act_uaddr) = ($act)
(oact_uaddr) = ($oact)
(sigsetsize) = ($sigsetsize)
(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name($sig), _struct_sigaction_u($act), $oact, $sigsetsize))
}
probe syscall.rt_sigaction.return = kernel.function("sys_rt_sigaction").return?{
(name) = ("rt_sigaction")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigaction32 = kernel.function("sys32_rt_sigaction").call?, kernel.function("compat_sys_rt_sigaction").call?{
(name) = ("rt_sigaction")
(sig) = ($sig)
(act_uaddr) = ($act)
(oact_uaddr) = ($oact)
(sigsetsize) = ($sigsetsize)
(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name($sig), _struct_sigaction32_u($act), $oact, $sigsetsize))
}
probe syscall.rt_sigaction32.return = kernel.function("sys32_rt_sigaction").return?, kernel.function("compat_sys_rt_sigaction").return?{
(name) = ("rt_sigaction")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigpending = kernel.function("sys_rt_sigpending").call?{
(name) = ("rt_sigpending")
(set_uaddr) = ($set)
(sigsetsize) = ($sigsetsize)
(argstr) = (sprintf("%p, %d", $set, $sigsetsize))
}
probe syscall.rt_sigpending.return = kernel.function("sys_rt_sigpending").return?{
(name) = ("rt_sigpending")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call?{
(name) = ("rt_sigprocmask")
(how) = ($how)
(how_str) = (_sigprocmask_how_str($how))
(set_uaddr) = ($set)
(oldset_uaddr) = ($oset)
(argstr) = (sprintf("%s, [%s], %p, %d", how_str, _stp_sigset_u($set), $oset, $sigsetsize))
}
probe syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return?{
(name) = ("rt_sigprocmask")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigqueueinfo = kernel.function("sys_rt_sigqueueinfo").call{
(name) = ("rt_sigqueueinfo")
(pid) = ($pid)
(sig) = ($sig)
(uinfo_uaddr) = ($uinfo)
(argstr) = (sprintf("%d, %s, %p", $pid, _signal_name($sig), $uinfo))
}
probe syscall.rt_sigqueueinfo.return = kernel.function("sys_rt_sigqueueinfo").return{
(name) = ("rt_sigqueueinfo")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigreturn = kernel.function("sys_rt_sigreturn").call?, kernel.function("sys32_rt_sigreturn").call?{
(name) = ("rt_sigreturn")
(argstr) = ("")
}
probe syscall.rt_sigreturn.return = kernel.function("sys_rt_sigreturn").return?, kernel.function("sys32_rt_sigreturn").return?{
(name) = ("rt_sigreturn")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call?{
(name) = ("rt_sigsuspend")
(argstr) = ("")
}
probe syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return?{
(name) = ("rt_sigsuspend")
(retstr) = (returnstr(1))
}
probe syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call{
(name) = ("rt_sigtimedwait")
(uthese_uaddr) = ($uthese)
(uinfo_uaddr) = ($uinfo)
(uts_uaddr) 
probe syscall.request_key.return = kernel.function("sys_request_key").return?{

(name) = ("request_key")

(retstr) = (returnstr(1))

}

probe syscall.restart_syscall = kernel.function("sys_restart_syscall").call{

(name) = ("restart_syscall")

(argstr) = ("")

}

probe syscall.restart_syscall.return = kernel.function("sys_restart_syscall").return{

(name) = ("restart_syscall")

(retstr) = (returnstr(1))

}

probe syscall.rmdir = kernel.function("sys_rmdir").call{

(name) = ("rmdir")

(pathname) = (user_string($pathname))

(argstr) = (user_string_quoted($pathname))

}

probe syscall.rmdir.return = kernel.function("sys_rmdir").return{

(name) = ("rmdir")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigaction = kernel.function("sys_rt_sigaction").call?{

(name) = ("rt_sigaction")

(sig) = ($sig)

(act_uaddr) = ($act)

(oact_uaddr) = ($oact)

(sigsetsize) = ($sigsetsize)

(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name($sig), _struct_sigaction_u($act), $oact, $sigsetsize))

}

probe syscall.rt_sigaction.return = kernel.function("sys_rt_sigaction").return?{

(name) = ("rt_sigaction")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigaction32 = kernel.function("sys32_rt_sigaction").call?, kernel.function("compat_sys_rt_sigaction").call?{

(name) = ("rt_sigaction")

(sig) = ($sig)

(act_uaddr) = ($act)

(oact_uaddr) = ($oact)

(sigsetsize) = ($sigsetsize)

(argstr) = (sprintf("%s, {%s}, %p, %d", _signal_name($sig), _struct_sigaction32_u($act), $oact, $sigsetsize))

}

probe syscall.rt_sigaction32.return = kernel.function("sys32_rt_sigaction").return?, kernel.function("compat_sys_rt_sigaction").return?{

(name) = ("rt_sigaction")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigpending = kernel.function("sys_rt_sigpending").call?{

(name) = ("rt_sigpending")

(set_uaddr) = ($set)

(sigsetsize) = ($sigsetsize)

(argstr) = (sprintf("%p, %d", $set, $sigsetsize))

}

probe syscall.rt_sigpending.return = kernel.function("sys_rt_sigpending").return?{

(name) = ("rt_sigpending")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call?{

(name) = ("rt_sigprocmask")

(how) = ($how)

(how_str) = (_sigprocmask_how_str($how))

(set_uaddr) = ($set)

(oldset_uaddr) = ($oset)

(argstr) = (sprintf("%s, [%s], %p, %d", how_str, _stp_sigset_u($set), $oset, $sigsetsize))

}

probe syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return?{

(name) = ("rt_sigprocmask")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigqueueinfo = kernel.function("sys_rt_sigqueueinfo").call{

(name) = ("rt_sigqueueinfo")

(pid) = ($pid)

(sig) = ($sig)

(uinfo_uaddr) = ($uinfo)

(argstr) = (sprintf("%d, %s, %p", $pid, _signal_name($sig), $uinfo))

}

probe syscall.rt_sigqueueinfo.return = kernel.function("sys_rt_sigqueueinfo").return{

(name) = ("rt_sigqueueinfo")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigreturn = kernel.function("sys_rt_sigreturn").call?, kernel.function("sys32_rt_sigreturn").call?{

(name) = ("rt_sigreturn")

(argstr) = ("")

}

probe syscall.rt_sigreturn.return = kernel.function("sys_rt_sigreturn").return?, kernel.function("sys32_rt_sigreturn").return?{

(name) = ("rt_sigreturn")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call?{

(name) = ("rt_sigsuspend")

(argstr) = ("")

}

probe syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return?{

(name) = ("rt_sigsuspend")

(retstr) = (returnstr(1))

}

probe syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call{

(name) = ("rt_sigtimedwait")

(uthese_uaddr) = ($uthese)

(uinfo_uaddr) = ($uinfo)
= ($uts)
(sigsetsize) = ($sigsetsize)
(argstr) = (sprintf("%p, %p, %p, %d", $uthese, $uinfo, $uts, $sigsetsize))
}
probe syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return{
(name) = ("rt_sigtimedwait")
(retstr) = (returnstr(1))
}
probe syscall.sched_getaffinity = kernel.function("sys_sched_getaffinity").call{
(name) = ("sched_getaffinity")
(pid) = ($pid)
(len) = ($len)
(mask_uaddr) = ($user_mask_ptr)
(argstr) = (sprintf("%d, %p, %p", pid, len, mask_uaddr))
}
probe syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return{
(name) = ("sched_getaffinity")
(retstr) = (returnstr(1))
}
probe syscall.sched_getparam = kernel.function("sys_sched_getparam").call{
(name) = ("sched_getparam")
(pid) = ($pid)
(p_uaddr) = ($param)
(argstr) = (sprintf("%d, %p", pid, p_uaddr))
}
probe syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return{
(name) = ("sched_getparam")
(retstr) = (returnstr(1))
}
probe syscall.sched_get_priority_max = kernel.function("sys_sched_get_priority_max").call{
(name) = ("sched_get_priority_max")
(policy) = ($policy)
(argstr) = (sprint(policy))
}
probe syscall.sched_get_priority_max.return = kernel.function("sys_sched_get_priority_max").return{
(name) = ("sched_get_priority_max")
(retstr) = (returnstr(1))
}
probe syscall.sched_get_priority_min = kernel.function("sys_sched_get_priority_min").call{
(name) = ("sched_get_priority_min")
(policy) = ($policy)
(argstr) = (sprint(policy))
}
probe syscall.sched_get_priority_min.return = kernel.function("sys_sched_get_priority_min").return{
(name) = ("sched_get_priority_min")
(retstr) = (returnstr(1))
}
probe syscall.sched_getscheduler = kernel.function("sys_sched_getscheduler").call{
(name) = ("sched_getscheduler")
(pid) = ($pid)
(argstr) = (sprint($pid))
}
probe syscall.sched_getscheduler.return = kernel.function("sys_sched_getscheduler").return{
(name) = ("sched_getscheduler")
(retstr) = (returnstr(1))
}
probe syscall.sched_rr_get_interval = kernel.function("sys_sched_rr_get_interval").call{
(name) = ("sched_rr_get_interval")
(pid) = ($pid)
(tp_uaddr) = ($interval)
(argstr) = (sprintf("%d, %s", $pid, _struct_timespec_u($interval, 1)))
}
probe syscall.sched_rr_get_interval.return = kernel.function("sys_sched_rr_get_interval").return{
(name) = ("sched_rr_get_interval")
(retstr) = (returnstr(1))
}
probe syscall.sched_setaffinity = kernel.function("sys_sched_setaffinity").call{
(name) = ("sched_setaffinity")
(pid) = ($pid)
(len) = ($len)
(mask_uaddr) = ($user_mask_ptr)
(argstr) = (sprintf("%d, %d, %p", $pid, $len, $user_mask_ptr))
}
probe syscall.sched_setaffinity.return = kernel.function("sys_sched_setaffinity").return{
(name) = ("sched_setaffinity")
(retstr) = (returnstr(1))
}
probe syscall.sched_setparam = kernel.function("sys_sched_setparam").call?{
(name) = ("sched_setparam")
(pid) = ($pid)
(p_uaddr) = ($param)
(argstr) = (sprintf("%d, %p", $pid, $param))
}
probe syscall.sched_setparam.return = kernel.function("sys_sched_setparam").return?{
(name) = ("sched_setparam")
(retstr) = (returnstr(1))
}
probe syscall.sched_setscheduler = kernel.function("sys_sched_setscheduler").call?{
(name) = ("sched_setscheduler")
(pid) = ($pid)
(policy) = ($policy)
(policy_str) = (_sched_policy_str($policy))
(p_uaddr) = ($param)
(argstr) = (sprintf("%d, %s, %p", $pid, policy_str, $param))
}
probe syscall.sched_setscheduler.return = kernel.function("sys_sched_setscheduler").return?{
(name) = ("sched_setscheduler")
(retstr) = (returnstr(1))
}
probe syscall.sched_yield = kernel.function("sys_sched_yield").call{
(name) = ("sched_yield")
(argstr) = ("")
}
probe syscall.sched_yield.return = kernel.function("sys_sched_yield").return{
(name) = ("sched_yield")
(retstr) = (returnstr(1))
}
probe syscall.select = kernel.function("sys_select").call{
(name) = ("select")
(n) = ($n)
(readfds_uaddr) = ($inp)
(writefds_uaddr) = ($outp)
(exceptfds_uaddr) = ($exp)
(timeout
(uts_uaddr) = ($uts)

(sigsetsize) = ($sigsetsize)

(argstr) = (sprintf("%p, %p, %p, %d", $uthese, $uinfo, $uts, $sigsetsize))

}

probe syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return{

(name) = ("rt_sigtimedwait")

(retstr) = (returnstr(1))

}

probe syscall.sched_getaffinity = kernel.function("sys_sched_getaffinity").call{

(name) = ("sched_getaffinity")

(pid) = ($pid)

(len) = ($len)

(mask_uaddr) = ($user_mask_ptr)

(argstr) = (sprintf("%d, %p, %p", pid, len, mask_uaddr))

}

probe syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return{

(name) = ("sched_getaffinity")

(retstr) = (returnstr(1))

}

probe syscall.sched_getparam = kernel.function("sys_sched_getparam").call{

(name) = ("sched_getparam")

(pid) = ($pid)

(p_uaddr) = ($param)

(argstr) = (sprintf("%d, %p", pid, p_uaddr))

}

probe syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return{

(name) = ("sched_getparam")

(retstr) = (returnstr(1))

}

probe syscall.sched_get_priority_max = kernel.function("sys_sched_get_priority_max").call{

(name) = ("sched_get_priority_max")

(policy) = ($policy)

(argstr) = (sprint(policy))

}

probe syscall.sched_get_priority_max.return = kernel.function("sys_sched_get_priority_max").return{

(name) = ("sched_get_priority_max")

(retstr) = (returnstr(1))

}

probe syscall.sched_get_priority_min = kernel.function("sys_sched_get_priority_min").call{

(name) = ("sched_get_priority_min")

(policy) = ($policy)

(argstr) = (sprint(policy))

}

probe syscall.sched_get_priority_min.return = kernel.function("sys_sched_get_priority_min").return{

(name) = ("sched_get_priority_min")

(retstr) = (returnstr(1))

}

probe syscall.sched_getscheduler = kernel.function("sys_sched_getscheduler").call{

(name) = ("sched_getscheduler")

(pid) = ($pid)

(argstr) = (sprint($pid))

}

probe syscall.sched_getscheduler.return = kernel.function("sys_sched_getscheduler").return{

(name) = ("sched_getscheduler")

(retstr) = (returnstr(1))

}

probe syscall.sched_rr_get_interval = kernel.function("sys_sched_rr_get_interval").call{

(name) = ("sched_rr_get_interval")

(pid) = ($pid)

(tp_uaddr) = ($interval)

(argstr) = (sprintf("%d, %s", $pid, _struct_timespec_u($interval, 1)))

}

probe syscall.sched_rr_get_interval.return = kernel.function("sys_sched_rr_get_interval").return{

(name) = ("sched_rr_get_interval")

(retstr) = (returnstr(1))

}

probe syscall.sched_setaffinity = kernel.function("sys_sched_setaffinity").call{

(name) = ("sched_setaffinity")

(pid) = ($pid)

(len) = ($len)

(mask_uaddr) = ($user_mask_ptr)

(argstr) = (sprintf("%d, %d, %p", $pid, $len, $user_mask_ptr))

}

probe syscall.sched_setaffinity.return = kernel.function("sys_sched_setaffinity").return{

(name) = ("sched_setaffinity")

(retstr) = (returnstr(1))

}

probe syscall.sched_setparam = kernel.function("sys_sched_setparam").call?{

(name) = ("sched_setparam")

(pid) = ($pid)

(p_uaddr) = ($param)

(argstr) = (sprintf("%d, %p", $pid, $param))

}

probe syscall.sched_setparam.return = kernel.function("sys_sched_setparam").return?{

(name) = ("sched_setparam")

(retstr) = (returnstr(1))

}

probe syscall.sched_setscheduler = kernel.function("sys_sched_setscheduler").call?{

(name) = ("sched_setscheduler")

(pid) = ($pid)

(policy) = ($policy)

(policy_str) = (_sched_policy_str($policy))

(p_uaddr) = ($param)

(argstr) = (sprintf("%d, %s, %p", $pid, policy_str, $param))

}

probe syscall.sched_setscheduler.return = kernel.function("sys_sched_setscheduler").return?{

(name) = ("sched_setscheduler")

(retstr) = (returnstr(1))

}

probe syscall.sched_yield = kernel.function("sys_sched_yield").call{

(name) = ("sched_yield")

(argstr) = ("")

}

probe syscall.sched_yield.return = kernel.function("sys_sched_yield").return{

(name) = ("sched_yield")

(retstr) = (returnstr(1))

}

probe syscall.select = kernel.function("sys_select").call{

(name) = ("select")

(n) = ($n)

(readfds_uaddr) = ($inp)

(writefds_uaddr) = ($outp)

(exceptfds_uaddr) = ($exp)
_uaddr) = ($tvp)
(argstr) = (sprintf("%d, %p, %p, %p, %s", $n, $inp, $outp, $exp, _struct_timeval_u($tvp, 1)))
}
probe syscall.select.return = kernel.function("sys_select").return{
(name) = ("select")
(retstr) = (returnstr(1))
}
probe syscall.compat_select = kernel.function("compat_sys_select").call?{
(name) = ("select")
(n) = ($n)
(readfds_uaddr) = ($inp)
(writefds_uaddr) = ($outp)
(exceptfds_uaddr) = ($exp)
(timeout_uaddr) = ($tvp)
(argstr) = (sprintf("%d, %p, %p, %p, %s", $n, $inp, $outp, $exp, _struct_compat_timeval_u($tvp, 1)))
}
probe syscall.compat_select.return = kernel.function("compat_sys_select").return?{
(name) = ("select")
(retstr) = (returnstr(1))
}
probe syscall.semctl = kernel.function("sys_semctl").call?{
(name) = ("semctl")
(semid) = ($semid)
(semnum) = ($semnum)
(cmd) = ($cmd)
(argstr) = (sprintf("%d, %d, %s", $semid, $semnum, _semctl_cmd($cmd)))
}
probe syscall.semctl.return = kernel.function("sys_semctl").return?{
(name) = ("semctl")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_semctl = kernel.function("compat_sys_semctl").call?{
(name) = ("compat_sys_semctl")
(argstr) = (sprintf("%d, %d, %d, %p", $first, $second, $third, $uptr))
}
probe syscall.compat_sys_semctl.return = kernel.function("compat_sys_semctl").return?{
(name) = ("compat_sys_semctl")
(retstr) = (returnstr(1))
}
probe syscall.semget = kernel.function("sys_semget").call?{
(name) = ("semget")
(key) = ($key)
(nsems) = ($nsems)
(semflg) = ($semflg)
(argstr) = (sprintf("%d, %d, %s", $key, $nsems, __sem_flags($semflg)))
}
probe syscall.semget.return = kernel.function("sys_semget").return?{
(name) = ("semget")
(retstr) = (returnstr(1))
}
probe syscall.semop = kernel.function("sys_semtimedop").call?{
(name) = ("semop")
(semid) = ($semid)
(tsops_uaddr) = ($tsops)
(nsops) = ($nsops)
(argstr) = (sprintf("%d, %p, %d", $semid, $tsops, $nsops))
}
probe syscall.semop.return = kernel.function("sys_semtimedop").return?{
(name) = ("semop")
(retstr) = (returnstr(1))
}
probe syscall.semtimedop = kernel.function("sys_semtimedop").call?{
(name) = ("semtimedop")
(semid) = ($semid)
(sops_uaddr) = ($tsops)
(nsops) = ($nsops)
(timeout_uaddr) = ($timeout)
(argstr) = (sprintf("%d, %p, %d, %s", $semid, $tsops, $nsops, _struct_timespec_u($timeout, 1)))
}
probe syscall.semtimedop.return = kernel.function("sys_semtimedop").return?{
(name) = ("semtimedop")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_semtimedop = kernel.function("compat_sys_semtimedop").call?{
(name) = ("compat_sys_semtimedop")
(semid) = ($semid)
(sops_uaddr) = ($tsems)
(nsops) = ($nsops)
(timeout_uaddr) = ($timeout)
(argstr) = (sprintf("%d, %p, %d, %s", $semid, $tsems, $nsops, _struct_compat_timespec_u($timeout, 1)))
}
probe syscall.compat_sys_semtimedop.return = kernel.function("compat_sys_semtimedop").return?{
(name) = ("compat_sys_semtimedop")
(retstr) = (returnstr(1))
}
probe syscall.send = kernel.function("sys_send").call?{
(name) = ("send")
(s) = ($fd)
(buf_uaddr) = ($buff)
(len) = ($len)
(flags) = ($flags)
(flags_str) = (_sendflags_str($flags))
(argstr) = (sprintf("%d, %p, %d, %s", $fd, $buff, $len, flags_str))
}
probe syscall.send.return = kernel.function("sys_send").return?{
(name) = ("send")
(retstr) = (returnstr(1))
}
probe syscall.sendfile = kernel.function("sys_sendfile").call?, kernel.function("sys_sendfile64").call?{
(name) = ("sendfile")
(out_fd) = ($out_fd)
(in_fd) = ($in_fd)
(offset_uaddr) = ($offset)
(count) = ($count)
(argstr) = (sprintf("%d, %d, %p, %d", $out_fd, $in_fd, $offset, $count))
}
probe syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return?{
(name) = ("sendfile")
(retstr) = (returnstr(1))
}
probe syscall.sendmsg = kernel.function("sys_sendmsg").call?{
(name) = ("sendmsg")
(s) = ($fd)
(msg_uaddr) = ($msg)
(flags) = ($flags)
(flags_str) = (_sendflags_str($flags))
(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _sendflags_str($flags)))
}
probe syscall.sendmsg.return = kernel.function("sys_sen
(timeout_uaddr) = ($tvp)

(argstr) = (sprintf("%d, %p, %p, %p, %s", $n, $inp, $outp, $exp, _struct_timeval_u($tvp, 1)))

}

probe syscall.select.return = kernel.function("sys_select").return{

(name) = ("select")

(retstr) = (returnstr(1))

}

probe syscall.compat_select = kernel.function("compat_sys_select").call?{

(name) = ("select")

(n) = ($n)

(readfds_uaddr) = ($inp)

(writefds_uaddr) = ($outp)

(exceptfds_uaddr) = ($exp)

(timeout_uaddr) = ($tvp)

(argstr) = (sprintf("%d, %p, %p, %p, %s", $n, $inp, $outp, $exp, _struct_compat_timeval_u($tvp, 1)))

}

probe syscall.compat_select.return = kernel.function("compat_sys_select").return?{

(name) = ("select")

(retstr) = (returnstr(1))

}

probe syscall.semctl = kernel.function("sys_semctl").call?{

(name) = ("semctl")

(semid) = ($semid)

(semnum) = ($semnum)

(cmd) = ($cmd)

(argstr) = (sprintf("%d, %d, %s", $semid, $semnum, _semctl_cmd($cmd)))

}

probe syscall.semctl.return = kernel.function("sys_semctl").return?{

(name) = ("semctl")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_semctl = kernel.function("compat_sys_semctl").call?{

(name) = ("compat_sys_semctl")

(argstr) = (sprintf("%d, %d, %d, %p", $first, $second, $third, $uptr))

}

probe syscall.compat_sys_semctl.return = kernel.function("compat_sys_semctl").return?{

(name) = ("compat_sys_semctl")

(retstr) = (returnstr(1))

}

probe syscall.semget = kernel.function("sys_semget").call?{

(name) = ("semget")

(key) = ($key)

(nsems) = ($nsems)

(semflg) = ($semflg)

(argstr) = (sprintf("%d, %d, %s", $key, $nsems, __sem_flags($semflg)))

}

probe syscall.semget.return = kernel.function("sys_semget").return?{

(name) = ("semget")

(retstr) = (returnstr(1))

}

probe syscall.semop = kernel.function("sys_semtimedop").call?{

(name) = ("semop")

(semid) = ($semid)

(tsops_uaddr) = ($tsops)

(nsops) = ($nsops)

(argstr) = (sprintf("%d, %p, %d", $semid, $tsops, $nsops))

}

probe syscall.semop.return = kernel.function("sys_semtimedop").return?{

(name) = ("semop")

(retstr) = (returnstr(1))

}

probe syscall.semtimedop = kernel.function("sys_semtimedop").call?{

(name) = ("semtimedop")

(semid) = ($semid)

(sops_uaddr) = ($tsops)

(nsops) = ($nsops)

(timeout_uaddr) = ($timeout)

(argstr) = (sprintf("%d, %p, %d, %s", $semid, $tsops, $nsops, _struct_timespec_u($timeout, 1)))

}

probe syscall.semtimedop.return = kernel.function("sys_semtimedop").return?{

(name) = ("semtimedop")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_semtimedop = kernel.function("compat_sys_semtimedop").call?{

(name) = ("compat_sys_semtimedop")

(semid) = ($semid)

(sops_uaddr) = ($tsems)

(nsops) = ($nsops)

(timeout_uaddr) = ($timeout)

(argstr) = (sprintf("%d, %p, %d, %s", $semid, $tsems, $nsops, _struct_compat_timespec_u($timeout, 1)))

}

probe syscall.compat_sys_semtimedop.return = kernel.function("compat_sys_semtimedop").return?{

(name) = ("compat_sys_semtimedop")

(retstr) = (returnstr(1))

}

probe syscall.send = kernel.function("sys_send").call?{

(name) = ("send")

(s) = ($fd)

(buf_uaddr) = ($buff)

(len) = ($len)

(flags) = ($flags)

(flags_str) = (_sendflags_str($flags))

(argstr) = (sprintf("%d, %p, %d, %s", $fd, $buff, $len, flags_str))

}

probe syscall.send.return = kernel.function("sys_send").return?{

(name) = ("send")

(retstr) = (returnstr(1))

}

probe syscall.sendfile = kernel.function("sys_sendfile").call?, kernel.function("sys_sendfile64").call?{

(name) = ("sendfile")

(out_fd) = ($out_fd)

(in_fd) = ($in_fd)

(offset_uaddr) = ($offset)

(count) = ($count)

(argstr) = (sprintf("%d, %d, %p, %d", $out_fd, $in_fd, $offset, $count))

}

probe syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return?{

(name) = ("sendfile")

(retstr) = (returnstr(1))

}

probe syscall.sendmsg = kernel.function("sys_sendmsg").call?{

(name) = ("sendmsg")

(s) = ($fd)

(msg_uaddr) = ($msg)

(flags) = ($flags)

(flags_str) = (_sendflags_str($flags))

(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _sendflags_str($flags)))

}
dmsg").return?{
(name) = ("sendmsg")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_sendmsg = kernel.function("compat_sys_sendmsg").call?{
(name) = ("compat_sys_sendmsg")
(s) = ($fd)
(msg_uaddr) = ($msg)
(flags) = ($flags)
(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _sendflags_str($flags)))
}
probe syscall.compat_sys_sendmsg.return = kernel.function("compat_sys_sendmsg").return?{
(name) = ("compat_sys_sendmsg")
(retstr) = (returnstr(1))
}
probe syscall.sendto = kernel.function("sys_sendto").call?{
(name) = ("sendto")
(s) = ($fd)
(buf_uaddr) = ($buff)
(len) = ($len)
(flags) = ($flags)
(flags_str) = (_sendflags_str($flags))
(to_uaddr) = ($addr)
(tolen) = ($addr_len)
(argstr) = (sprintf("%d, %p, %d, %s, %s, %d", $fd, $buff, $len, flags_str, _struct_sockaddr_u($addr, $addr_len), $addr_len))
}
probe syscall.sendto.return = kernel.function("sys_sendto").return?{
(name) = ("sendto")
(retstr) = (returnstr(1))
}
probe syscall.setdomainname = kernel.function("sys_setdomainname").call{
(name) = ("setdomainname")
(hostname_uaddr) = ($name)
(len) = ($len)
(argstr) = (sprintf("%p, %d", $name, $len))
}
probe syscall.setdomainname.return = kernel.function("sys_setdomainname").return{
(name) = ("setdomainname")
(retstr) = (returnstr(1))
}
probe syscall.setfsgid = kernel.function("sys_setfsgid16").call?, kernel.function("sys_setfsgid").call?{
(name) = ("setfsgid")
(fsgid) = ($gid)
(argstr) = (sprint($gid))
}
probe syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return?{
(name) = ("setfsgid")
(retstr) = (returnstr(1))
}
probe syscall.setfsuid = kernel.function("sys_setfsuid16").call?, kernel.function("sys_setfsuid").call?{
(name) = ("setfsuid")
(fsuid) = ($uid)
(argstr) = (sprint($uid))
}
probe syscall.setfsuid.return = kernel.function("sys_setfsuid16").return?, kernel.function("sys_setfsuid").return?{
(name) = ("setfsuid")
(retstr) = (returnstr(1))
}
probe syscall.setgid = kernel.function("sys_setgid16").call?, kernel.function("sys_setgid").call?{
(name) = ("setgid")
(gid) = ($gid)
(argstr) = (sprint($gid))
}
probe syscall.setgid.return = kernel.function("sys_setgid16").return?, kernel.function("sys_setgid").return?{
(name) = ("setgid")
(retstr) = (returnstr(1))
}
probe syscall.setgroups = kernel.function("sys_setgroups16").call?, kernel.function("sys32_setgroups16").call?, kernel.function("sys_setgroups").call?{
(name) = ("setgroups")
(size) = ($gidsetsize)
(list_uaddr) = ($grouplist)
(argstr) = (sprintf("%d, %p", $gidsetsize, $grouplist))
}
probe syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return?{
(name) = ("setgroups")
(retstr) = (returnstr(1))
}
probe syscall.sethostname = kernel.function("sys_sethostname").call{
(name) = ("sethostname")
(hostname_uaddr) = ($name)
(name_str) = (user_string($name))
(len) = ($len)
(argstr) = (sprintf("%s, %d", user_string_quoted($name), $len))
}
probe syscall.sethostname.return = kernel.function("sys_sethostname").return{
(name) = ("sethostname")
(retstr) = (returnstr(1))
}
probe syscall.setitimer = kernel.function("sys_setitimer").call{
(name) = ("setitimer")
(which) = ($which)
(value_uaddr) = ($value)
(ovalue_uaddr) = ($ovalue)
(argstr) = (sprintf("%s, %s, %p", _itimer_which_str($which), _struct_itimerval_u($value), $ovalue))
}
probe syscall.setitimer.return = kernel.function("sys_setitimer").return{
(name) = ("setitimer")
(retstr) = (returnstr(1))
}
probe syscall.compat_setitimer = kernel.function("compat_sys_setitimer").call?{
(name) = ("setitimer")
(which) = ($which)
(value_uaddr) = ($in)
(ovalue_uaddr) = ($out)
(argstr) = (sprintf("%s, %s, %p", _itimer_which_str($which), _struct_compat_itimerval_u($in), $out))
}
probe syscall.compat_setitimer.return = kernel.function("compat_sys_setitimer").return?{
(name) = ("setitimer")
(retstr) = (returnstr(1))
}
probe syscall.set_mempolicy = kernel.function("compat_sys_set_mempolicy").ca
probe syscall.sendmsg.return = kernel.function("sys_sendmsg").return?{

(name) = ("sendmsg")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_sendmsg = kernel.function("compat_sys_sendmsg").call?{

(name) = ("compat_sys_sendmsg")

(s) = ($fd)

(msg_uaddr) = ($msg)

(flags) = ($flags)

(argstr) = (sprintf("%d, %p, %s", $fd, $msg, _sendflags_str($flags)))

}

probe syscall.compat_sys_sendmsg.return = kernel.function("compat_sys_sendmsg").return?{

(name) = ("compat_sys_sendmsg")

(retstr) = (returnstr(1))

}

probe syscall.sendto = kernel.function("sys_sendto").call?{

(name) = ("sendto")

(s) = ($fd)

(buf_uaddr) = ($buff)

(len) = ($len)

(flags) = ($flags)

(flags_str) = (_sendflags_str($flags))

(to_uaddr) = ($addr)

(tolen) = ($addr_len)

(argstr) = (sprintf("%d, %p, %d, %s, %s, %d", $fd, $buff, $len, flags_str, _struct_sockaddr_u($addr, $addr_len), $addr_len))

}

probe syscall.sendto.return = kernel.function("sys_sendto").return?{

(name) = ("sendto")

(retstr) = (returnstr(1))

}

probe syscall.setdomainname = kernel.function("sys_setdomainname").call{

(name) = ("setdomainname")

(hostname_uaddr) = ($name)

(len) = ($len)

(argstr) = (sprintf("%p, %d", $name, $len))

}

probe syscall.setdomainname.return = kernel.function("sys_setdomainname").return{

(name) = ("setdomainname")

(retstr) = (returnstr(1))

}

probe syscall.setfsgid = kernel.function("sys_setfsgid16").call?, kernel.function("sys_setfsgid").call?{

(name) = ("setfsgid")

(fsgid) = ($gid)

(argstr) = (sprint($gid))

}

probe syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return?{

(name) = ("setfsgid")

(retstr) = (returnstr(1))

}

probe syscall.setfsuid = kernel.function("sys_setfsuid16").call?, kernel.function("sys_setfsuid").call?{

(name) = ("setfsuid")

(fsuid) = ($uid)

(argstr) = (sprint($uid))

}

probe syscall.setfsuid.return = kernel.function("sys_setfsuid16").return?, kernel.function("sys_setfsuid").return?{

(name) = ("setfsuid")

(retstr) = (returnstr(1))

}

probe syscall.setgid = kernel.function("sys_setgid16").call?, kernel.function("sys_setgid").call?{

(name) = ("setgid")

(gid) = ($gid)

(argstr) = (sprint($gid))

}

probe syscall.setgid.return = kernel.function("sys_setgid16").return?, kernel.function("sys_setgid").return?{

(name) = ("setgid")

(retstr) = (returnstr(1))

}

probe syscall.setgroups = kernel.function("sys_setgroups16").call?, kernel.function("sys32_setgroups16").call?, kernel.function("sys_setgroups").call?{

(name) = ("setgroups")

(size) = ($gidsetsize)

(list_uaddr) = ($grouplist)

(argstr) = (sprintf("%d, %p", $gidsetsize, $grouplist))

}

probe syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return?{

(name) = ("setgroups")

(retstr) = (returnstr(1))

}

probe syscall.sethostname = kernel.function("sys_sethostname").call{

(name) = ("sethostname")

(hostname_uaddr) = ($name)

(name_str) = (user_string($name))

(len) = ($len)

(argstr) = (sprintf("%s, %d", user_string_quoted($name), $len))

}

probe syscall.sethostname.return = kernel.function("sys_sethostname").return{

(name) = ("sethostname")

(retstr) = (returnstr(1))

}

probe syscall.setitimer = kernel.function("sys_setitimer").call{

(name) = ("setitimer")

(which) = ($which)

(value_uaddr) = ($value)

(ovalue_uaddr) = ($ovalue)

(argstr) = (sprintf("%s, %s, %p", _itimer_which_str($which), _struct_itimerval_u($value), $ovalue))

}

probe syscall.setitimer.return = kernel.function("sys_setitimer").return{

(name) = ("setitimer")

(retstr) = (returnstr(1))

}

probe syscall.compat_setitimer = kernel.function("compat_sys_setitimer").call?{

(name) = ("setitimer")

(which) = ($which)

(value_uaddr) = ($in)

(ovalue_uaddr) = ($out)

(argstr) = (sprintf("%s, %s, %p", _itimer_which_str($which), _struct_compat_itimerval_u($in), $out))

}

probe syscall.compat_setitimer.return = kernel.function("compat_sys_setitimer").return?{

(name) = ("setitimer")

(retstr) = (returnstr(1))

}
ll?, kernel.function("sys_set_mempolicy").call?{
(name) = ("set_mempolicy")
(mode) = ($mode)
(nmask_uaddr) = ($nmask)
(maxnode) = ($maxnode)
(argstr) = (sprintf("%d, %p, %d", $mode, $nmask, $maxnode))
}
probe syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return?{
(name) = ("set_mempolicy")
(retstr) = (returnstr(1))
}
probe syscall.setpgid = kernel.function("sys_setpgid").call{
(name) = ("setpgid")
(pid) = ($pid)
(pgid) = ($pgid)
(argstr) = (sprintf("%d, %d", $pid, $pgid))
}
probe syscall.setpgid.return = kernel.function("sys_setpgid").return{
(name) = ("setpgid")
(retstr) = (returnstr(1))
}
probe syscall.setpriority = kernel.function("sys_setpriority").call{
(name) = ("setpriority")
(which) = ($which)
(which_str) = (_priority_which_str($which))
(who) = ($who)
(prio) = ($niceval)
(argstr) = (sprintf("%s, %d, %d", which_str, $who, $niceval))
}
probe syscall.setpriority.return = kernel.function("sys_setpriority").return{
(name) = ("setpriority")
(retstr) = (returnstr(1))
}
probe syscall.setregid = kernel.function("sys_setregid").call{
(name) = ("setregid")
(rgid) = (__int32($rgid))
(egid) = (__int32($egid))
(argstr) = (sprintf("%d, %d", rgid, egid))
}
probe syscall.setregid.return = kernel.function("sys_setregid").return{
(name) = ("setregid")
(retstr) = (returnstr(1))
}
probe syscall.setregid16 = kernel.function("sys_setregid16").call?{
(name) = ("setregid")
(rgid) = (__short($rgid))
(egid) = (__short($egid))
(argstr) = (sprintf("%d, %d", rgid, egid))
}
probe syscall.setregid16.return = kernel.function("sys_setregid16").return?{
(name) = ("setregid")
(retstr) = (returnstr(1))
}
probe syscall.setresgid = kernel.function("sys_setresgid").call{
(name) = ("setresgid")
(rgid) = (__int32($rgid))
(egid) = (__int32($egid))
(sgid) = (__int32($sgid))
(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))
}
probe syscall.setresgid.return = kernel.function("sys_setresgid").return{
(name) = ("setresgid")
(retstr) = (returnstr(1))
}
probe syscall.setresgid16 = kernel.function("sys_setresgid16").call?{
(name) = ("setresgid")
(rgid) = (__short($rgid))
(egid) = (__short($egid))
(sgid) = (__short($sgid))
(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))
}
probe syscall.setresgid16.return = kernel.function("sys_setresgid16").return?{
(name) = ("setresgid16")
(retstr) = (returnstr(1))
}
probe syscall.setresuid = kernel.function("sys_setresuid").call{
(name) = ("setresuid")
(ruid) = (__int32($ruid))
(euid) = (__int32($euid))
(suid) = (__int32($suid))
(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))
}
probe syscall.setresuid.return = kernel.function("sys_setresuid").return{
(name) = ("setresuid")
(retstr) = (returnstr(1))
}
probe syscall.setresuid16 = kernel.function("sys_setresuid16").call?{
(name) = ("setresuid")
(ruid) = (__short($ruid))
(euid) = (__short($euid))
(suid) = (__short($suid))
(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))
}
probe syscall.setresuid16.return = kernel.function("sys_setresuid16").return?{
(name) = ("setresuid")
(retstr) = (returnstr(1))
}
probe syscall.setreuid = kernel.function("sys_setreuid").call{
(name) = ("setreuid")
(ruid) = (__int32($ruid))
(euid) = (__int32($euid))
(argstr) = (sprintf("%d, %d", ruid, euid))
}
probe syscall.setreuid.return = kernel.function("sys_setreuid").return{
(name) = ("setreuid")
(retstr) = (returnstr(1))
}
probe syscall.setreuid16 = kernel.function("sys_setreuid16").call?{
(name) = ("setreuid")
(ruid) = (__short($ruid))
(euid) = (__short($euid))
(argstr) = (sprintf("%d, %d", ruid, euid))
}
probe syscall.setreuid16.return = kernel.function("sys_setreuid16").return?{
(name) = ("setreuid")
(retstr) = (returnstr(1))
}
probe syscall.setrlimit = kernel.function("sys_setrlimit").call{
(name) = ("setrlimit")
(resource) = ($resource)
(rlim_uaddr) = ($rlim)
(argstr) = (sprintf("%s, %s", _rlimit_resource_str($resource), _struct_rlimit_u($rlim)))
}
probe syscall.setrlimit.return = kernel.fun
probe syscall.set_mempolicy = kernel.function("compat_sys_set_mempolicy").call?, kernel.function("sys_set_mempolicy").call?{

(name) = ("set_mempolicy")

(mode) = ($mode)

(nmask_uaddr) = ($nmask)

(maxnode) = ($maxnode)

(argstr) = (sprintf("%d, %p, %d", $mode, $nmask, $maxnode))

}

probe syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return?{

(name) = ("set_mempolicy")

(retstr) = (returnstr(1))

}

probe syscall.setpgid = kernel.function("sys_setpgid").call{

(name) = ("setpgid")

(pid) = ($pid)

(pgid) = ($pgid)

(argstr) = (sprintf("%d, %d", $pid, $pgid))

}

probe syscall.setpgid.return = kernel.function("sys_setpgid").return{

(name) = ("setpgid")

(retstr) = (returnstr(1))

}

probe syscall.setpriority = kernel.function("sys_setpriority").call{

(name) = ("setpriority")

(which) = ($which)

(which_str) = (_priority_which_str($which))

(who) = ($who)

(prio) = ($niceval)

(argstr) = (sprintf("%s, %d, %d", which_str, $who, $niceval))

}

probe syscall.setpriority.return = kernel.function("sys_setpriority").return{

(name) = ("setpriority")

(retstr) = (returnstr(1))

}

probe syscall.setregid = kernel.function("sys_setregid").call{

(name) = ("setregid")

(rgid) = (__int32($rgid))

(egid) = (__int32($egid))

(argstr) = (sprintf("%d, %d", rgid, egid))

}

probe syscall.setregid.return = kernel.function("sys_setregid").return{

(name) = ("setregid")

(retstr) = (returnstr(1))

}

probe syscall.setregid16 = kernel.function("sys_setregid16").call?{

(name) = ("setregid")

(rgid) = (__short($rgid))

(egid) = (__short($egid))

(argstr) = (sprintf("%d, %d", rgid, egid))

}

probe syscall.setregid16.return = kernel.function("sys_setregid16").return?{

(name) = ("setregid")

(retstr) = (returnstr(1))

}

probe syscall.setresgid = kernel.function("sys_setresgid").call{

(name) = ("setresgid")

(rgid) = (__int32($rgid))

(egid) = (__int32($egid))

(sgid) = (__int32($sgid))

(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))

}

probe syscall.setresgid.return = kernel.function("sys_setresgid").return{

(name) = ("setresgid")

(retstr) = (returnstr(1))

}

probe syscall.setresgid16 = kernel.function("sys_setresgid16").call?{

(name) = ("setresgid")

(rgid) = (__short($rgid))

(egid) = (__short($egid))

(sgid) = (__short($sgid))

(argstr) = (sprintf("%d, %d, %d", rgid, egid, sgid))

}

probe syscall.setresgid16.return = kernel.function("sys_setresgid16").return?{

(name) = ("setresgid16")

(retstr) = (returnstr(1))

}

probe syscall.setresuid = kernel.function("sys_setresuid").call{

(name) = ("setresuid")

(ruid) = (__int32($ruid))

(euid) = (__int32($euid))

(suid) = (__int32($suid))

(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))

}

probe syscall.setresuid.return = kernel.function("sys_setresuid").return{

(name) = ("setresuid")

(retstr) = (returnstr(1))

}

probe syscall.setresuid16 = kernel.function("sys_setresuid16").call?{

(name) = ("setresuid")

(ruid) = (__short($ruid))

(euid) = (__short($euid))

(suid) = (__short($suid))

(argstr) = (sprintf("%d, %d, %d", ruid, euid, suid))

}

probe syscall.setresuid16.return = kernel.function("sys_setresuid16").return?{

(name) = ("setresuid")

(retstr) = (returnstr(1))

}

probe syscall.setreuid = kernel.function("sys_setreuid").call{

(name) = ("setreuid")

(ruid) = (__int32($ruid))

(euid) = (__int32($euid))

(argstr) = (sprintf("%d, %d", ruid, euid))

}

probe syscall.setreuid.return = kernel.function("sys_setreuid").return{

(name) = ("setreuid")

(retstr) = (returnstr(1))

}

probe syscall.setreuid16 = kernel.function("sys_setreuid16").call?{

(name) = ("setreuid")

(ruid) = (__short($ruid))

(euid) = (__short($euid))

(argstr) = (sprintf("%d, %d", ruid, euid))

}

probe syscall.setreuid16.return = kernel.function("sys_setreuid16").return?{

(name) = ("setreuid")

(retstr) = (returnstr(1))

}

probe syscall.setrlimit = kernel.function("sys_setrlimit").call{

(name) = ("setrlimit")

(resource) = ($resource)

(rlim_uaddr) = ($rlim)

(argstr) = (sprintf("%s, %s", _rlimit_resource_str($resource), _struct_rlimit_u($rlim)))

}
ction("sys_setrlimit").return{
(name) = ("setrlimit")
(retstr) = (returnstr(1))
}
probe syscall.setsid = kernel.function("sys_setsid").call{
(name) = ("setsid")
(argstr) = ("")
}
probe syscall.setsid.return = kernel.function("sys_setsid").return{
(name) = ("setsid")
(retstr) = (returnstr(1))
}
probe syscall.setsockopt = kernel.function("compat_sys_setsockopt").call?, kernel.function("sys_setsockopt").call?{
(name) = ("setsockopt")
(fd) = ($fd)
(level) = ($level)
(level_str) = (_sockopt_level_str($level))
(optname) = ($optname)
(optname_str) = (_sockopt_optname_str($optname))
(optval_uaddr) = ($optval)
(optlen) = ($optlen)
(argstr) = (sprintf("%d, %s, %s, %p, %d", $fd, level_str, optname_str, $optval, $optlen))
}
probe syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return?{
(name) = ("setsockopt")
(retstr) = (returnstr(1))
}
probe syscall.set_tid_address = kernel.function("sys_set_tid_address").call{
(name) = ("set_tid_address")
(tidptr_uaddr) = ($tidptr)
(argstr) = (sprintf("%p", tidptr_uaddr))
}
probe syscall.set_tid_address.return = kernel.function("sys_set_tid_address").return{
(name) = ("set_tid_address")
(retstr) = (returnstr(1))
}
probe syscall.settimeofday = kernel.function("sys_settimeofday").call{
(name) = ("settimeofday")
(tv_uaddr) = ($tv)
(tz_uaddr) = ($tz)
(argstr) = (sprintf("%s, %s", _struct_timeval_u($tv, 1), _struct_timezone_u($tz)))
}
probe syscall.settimeofday.return = kernel.function("sys_settimeofday").return{
(name) = ("settimeofday")
(retstr) = (returnstr(1))
}
probe syscall.settimeofday32 = kernel.function("sys32_settimeofday").call?, kernel.function("compat_sys_settimeofday").call?{
(name) = ("settimeofday")
(tv_uaddr) = ($tv)
(tz_uaddr) = ($tz)
(argstr) = (sprintf("%s, %s", _struct_compat_timeval_u($tv, 1), _struct_timezone_u($tz)))
}
probe syscall.settimeofday32.return = kernel.function("sys32_settimeofday").return?, kernel.function("compat_sys_settimeofday").return?{
(name) = ("settimeofday")
(retstr) = (returnstr(1))
}
probe syscall.setuid = kernel.function("sys_setuid16").call?, kernel.function("sys_setuid").call{
(name) = ("setuid")
(uid) = ($uid)
(argstr) = (sprint($uid))
}
probe syscall.setuid.return = kernel.function("sys_setuid16").return?, kernel.function("sys_setuid").return{
(name) = ("setuid")
(retstr) = (returnstr(1))
}
probe syscall.setxattr = kernel.function("sys_setxattr").call{
(name) = ("setxattr")
(path_uaddr) = ((@defined($pathname))?($pathname):($path))
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(name_uaddr) = ($name)
(name_str) = (user_string($name))
(value_uaddr) = ($value)
(size) = ($size)
(flags) = ($flags)
(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), value_uaddr, $size, $flags))
}
probe syscall.setxattr.return = kernel.function("sys_setxattr").return{
(name) = ("setxattr")
(retstr) = (returnstr(1))
}
probe syscall.sgetmask = kernel.function("sys_sgetmask").call?{
(name) = ("sgetmask")
(argstr) = ("")
}
probe syscall.sgetmask.return = kernel.function("sys_sgetmask").return?{
(name) = ("sgetmask")
(retstr) = (returnstr(1))
}
probe syscall.shmat = kernel.function("sys_shmat").call?{
(name) = ("shmat")
(shmid) = ($shmid)
(shmaddr_uaddr) = ($shmaddr)
(shmflg) = ($shmflg)
(argstr) = (sprintf("%d, %p, %s", $shmid, $shmaddr, _shmat_flags_str($shmflg)))
}
probe syscall.shmat.return = kernel.function("sys_shmat").return?{
(name) = ("shmat")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_shmat = kernel.function("compat_sys_shmat").call?{
(name) = ("compat_sys_shmat")
(first) = ($first)
(second) = ($second)
(third) = ($third)
(uptr_uaddr) = ($uptr)
(argstr) = (sprintf("%d, %d, %d, %d, %p", $first, $second, $third, $version, $uptr))
}
probe syscall.compat_sys_shmat.return = kernel.function("compat_sys_shmat").return?{
(name) = ("compat_sys_shmat")
(retstr) = (returnstr(1))
}
probe syscall.shmct
probe syscall.setrlimit.return = kernel.function("sys_setrlimit").return{

(name) = ("setrlimit")

(retstr) = (returnstr(1))

}

probe syscall.setsid = kernel.function("sys_setsid").call{

(name) = ("setsid")

(argstr) = ("")

}

probe syscall.setsid.return = kernel.function("sys_setsid").return{

(name) = ("setsid")

(retstr) = (returnstr(1))

}

probe syscall.setsockopt = kernel.function("compat_sys_setsockopt").call?, kernel.function("sys_setsockopt").call?{

(name) = ("setsockopt")

(fd) = ($fd)

(level) = ($level)

(level_str) = (_sockopt_level_str($level))

(optname) = ($optname)

(optname_str) = (_sockopt_optname_str($optname))

(optval_uaddr) = ($optval)

(optlen) = ($optlen)

(argstr) = (sprintf("%d, %s, %s, %p, %d", $fd, level_str, optname_str, $optval, $optlen))

}

probe syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return?{

(name) = ("setsockopt")

(retstr) = (returnstr(1))

}

probe syscall.set_tid_address = kernel.function("sys_set_tid_address").call{

(name) = ("set_tid_address")

(tidptr_uaddr) = ($tidptr)

(argstr) = (sprintf("%p", tidptr_uaddr))

}

probe syscall.set_tid_address.return = kernel.function("sys_set_tid_address").return{

(name) = ("set_tid_address")

(retstr) = (returnstr(1))

}

probe syscall.settimeofday = kernel.function("sys_settimeofday").call{

(name) = ("settimeofday")

(tv_uaddr) = ($tv)

(tz_uaddr) = ($tz)

(argstr) = (sprintf("%s, %s", _struct_timeval_u($tv, 1), _struct_timezone_u($tz)))

}

probe syscall.settimeofday.return = kernel.function("sys_settimeofday").return{

(name) = ("settimeofday")

(retstr) = (returnstr(1))

}

probe syscall.settimeofday32 = kernel.function("sys32_settimeofday").call?, kernel.function("compat_sys_settimeofday").call?{

(name) = ("settimeofday")

(tv_uaddr) = ($tv)

(tz_uaddr) = ($tz)

(argstr) = (sprintf("%s, %s", _struct_compat_timeval_u($tv, 1), _struct_timezone_u($tz)))

}

probe syscall.settimeofday32.return = kernel.function("sys32_settimeofday").return?, kernel.function("compat_sys_settimeofday").return?{

(name) = ("settimeofday")

(retstr) = (returnstr(1))

}

probe syscall.setuid = kernel.function("sys_setuid16").call?, kernel.function("sys_setuid").call{

(name) = ("setuid")

(uid) = ($uid)

(argstr) = (sprint($uid))

}

probe syscall.setuid.return = kernel.function("sys_setuid16").return?, kernel.function("sys_setuid").return{

(name) = ("setuid")

(retstr) = (returnstr(1))

}

probe syscall.setxattr = kernel.function("sys_setxattr").call{

(name) = ("setxattr")

(path_uaddr) = ((@defined($pathname))?($pathname):($path))

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(name_uaddr) = ($name)

(name_str) = (user_string($name))

(value_uaddr) = ($value)

(size) = ($size)

(flags) = ($flags)

(argstr) = (sprintf("%s, %s, %p, %d, %d", user_string_quoted((@defined($pathname))?($pathname):($path)), user_string_quoted($name), value_uaddr, $size, $flags))

}

probe syscall.setxattr.return = kernel.function("sys_setxattr").return{

(name) = ("setxattr")

(retstr) = (returnstr(1))

}

probe syscall.sgetmask = kernel.function("sys_sgetmask").call?{

(name) = ("sgetmask")

(argstr) = ("")

}

probe syscall.sgetmask.return = kernel.function("sys_sgetmask").return?{

(name) = ("sgetmask")

(retstr) = (returnstr(1))

}

probe syscall.shmat = kernel.function("sys_shmat").call?{

(name) = ("shmat")

(shmid) = ($shmid)

(shmaddr_uaddr) = ($shmaddr)

(shmflg) = ($shmflg)

(argstr) = (sprintf("%d, %p, %s", $shmid, $shmaddr, _shmat_flags_str($shmflg)))

}

probe syscall.shmat.return = kernel.function("sys_shmat").return?{

(name) = ("shmat")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_shmat = kernel.function("compat_sys_shmat").call?{

(name) = ("compat_sys_shmat")

(first) = ($first)

(second) = ($second)

(third) = ($third)

(uptr_uaddr) = ($uptr)

(argstr) = (sprintf("%d, %d, %d, %d, %p", $first, $second, $third, $version, $uptr))

}

probe syscall.compat_sys_shmat.return = kernel.function("compat_sys_shmat").return?{

(name) = ("compat_sys_shmat")

(retstr) = (returnstr(1))

}
l = kernel.function("sys_shmctl").call?{
(name) = ("shmctl")
(shmid) = ($shmid)
(cmd) = ($cmd)
(buf_uaddr) = ($buf)
(argstr) = (sprintf("%d, %s, %p", $shmid, _semctl_cmd($cmd), $buf))
}
probe syscall.shmctl.return = kernel.function("sys_shmctl").return?{
(name) = ("shmctl")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_shmctl = kernel.function("compat_sys_shmctl").call?{
(name) = ("compat_sys_shmctl")
(first) = ($first)
(second) = ($second)
(uptr_uaddr) = ($uptr)
(argstr) = (sprintf("%d, %d, %p", $first, $second, $uptr))
}
probe syscall.compat_sys_shmctl.return = kernel.function("compat_sys_shmctl").return?{
(name) = ("compat_sys_shmctl")
(retstr) = (returnstr(1))
}
probe syscall.shmdt = kernel.function("sys_shmdt").call?{
(name) = ("shmdt")
(shmaddr_uaddr) = ($shmaddr)
(argstr) = (sprintf("%p", $shmaddr))
}
probe syscall.shmdt.return = kernel.function("sys_shmdt").return?{
(name) = ("shmdt")
(retstr) = (returnstr(1))
}
probe syscall.shmget = kernel.function("sys_shmget").call?{
(name) = ("shmget")
(key) = ($key)
(size) = ($size)
(shmflg) = ($shmflg)
(argstr) = (sprintf("%d, %d, %d", $key, $size, $shmflg))
}
probe syscall.shmget.return = kernel.function("sys_shmget").return?{
(name) = ("shmget")
(retstr) = (returnstr(1))
}
probe syscall.shutdown = kernel.function("sys_shutdown").call?{
(name) = ("shutdown")
(s) = ($fd)
(how) = ($how)
(how_str) = (_shutdown_how_str($how))
(argstr) = (sprintf("%d, %s", $fd, how_str))
}
probe syscall.shutdown.return = kernel.function("sys_shutdown").return?{
(name) = ("shutdown")
(retstr) = (returnstr(1))
}
probe syscall.sigaction = kernel.function("sys_sigaction").call?{
(name) = ("sigaction")
(sig) = ($sig)
(act_uaddr) = ($act)
(oact_uaddr) = ($oact)
(argstr) = (sprintf("%s, {%s}, %p", _signal_name($sig), _struct_sigaction_u($act), $oact))
}
probe syscall.sigaction.return = kernel.function("sys_sigaction").return?{
(name) = ("sigaction")
(retstr) = (returnstr(1))
}
probe syscall.sigaction32 = kernel.function("sys32_sigaction").call?, kernel.function("compat_sys_sigaction").call?{
(name) = ("sigaction")
(sig) = ($sig)
(act_uaddr) = ($act)
(oact_uaddr) = ($oact)
(argstr) = (sprintf("%s, {%s}, %p", _signal_name($sig), _struct_old_sigaction32_u($act), $oact))
}
probe syscall.sigaction32.return = kernel.function("sys32_sigaction").return?, kernel.function("compat_sys_sigaction").return?{
(name) = ("sigaction")
(retstr) = (returnstr(1))
}
probe syscall.signal = kernel.function("sys_signal").call?{
(name) = ("signal")
(sig) = ($sig)
(handler) = ($handler)
(argstr) = (sprintf("%s, %s", _signal_name($sig), _sighandler_str($handler)))
}
probe syscall.signal.return = kernel.function("sys_signal").return?{
(name) = ("signal")
(retstr) = (returnstr(1))
}
probe syscall.signalfd = kernel.function("sys_signalfd4").call!, kernel.function("sys_signalfd").call?{
(flags) = ((@defined($flags))?($flags):(0))
if ((flags) == (0)) {
(name) = ("signalfd")
(argstr) = (sprintf("%d, %p, %d", $ufd, $user_mask, $sizemask))
}
else {
(name) = ("signalfd4")
(argstr) = (sprintf("%d, %p, %d, %s", $ufd, $user_mask, $sizemask, _signalfd4_flags_str($flags)))
}

}
probe syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return?{
(flags) = ((@defined($flags))?($flags):(0))
(name) = (((flags) == (0))?("signalfd"):("signalfd4"))
(retstr) = (returnstr(1))
}
probe syscall.compat_signalfd = kernel.function("compat_sys_signalfd").call?{
(name) = ("compat_signalfd")
(argstr) = (sprintf("%d, %p, %d", $ufd, $sigmask, $sigsetsize))
}
probe syscall.compat_signalfd.return = kernel.function("compat_sys_signalfd").return?{
(name) = ("compat_signalfd")
(retstr) = (returnstr(1))
}
probe syscall.sigpending = kernel.function("sys_sigpending").call?{
(name) = ("sigpending")
(argstr) = (sprintf("%p", $set))
}
probe syscall.sigpending.return = kernel.function("sys_sigpending").return?{
(name) = ("sigpending")
(retstr) = (returnstr(1))
}
probe syscall.sigprocmask = kernel.functi
probe syscall.shmctl = kernel.function("sys_shmctl").call?{

(name) = ("shmctl")

(shmid) = ($shmid)

(cmd) = ($cmd)

(buf_uaddr) = ($buf)

(argstr) = (sprintf("%d, %s, %p", $shmid, _semctl_cmd($cmd), $buf))

}

probe syscall.shmctl.return = kernel.function("sys_shmctl").return?{

(name) = ("shmctl")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_shmctl = kernel.function("compat_sys_shmctl").call?{

(name) = ("compat_sys_shmctl")

(first) = ($first)

(second) = ($second)

(uptr_uaddr) = ($uptr)

(argstr) = (sprintf("%d, %d, %p", $first, $second, $uptr))

}

probe syscall.compat_sys_shmctl.return = kernel.function("compat_sys_shmctl").return?{

(name) = ("compat_sys_shmctl")

(retstr) = (returnstr(1))

}

probe syscall.shmdt = kernel.function("sys_shmdt").call?{

(name) = ("shmdt")

(shmaddr_uaddr) = ($shmaddr)

(argstr) = (sprintf("%p", $shmaddr))

}

probe syscall.shmdt.return = kernel.function("sys_shmdt").return?{

(name) = ("shmdt")

(retstr) = (returnstr(1))

}

probe syscall.shmget = kernel.function("sys_shmget").call?{

(name) = ("shmget")

(key) = ($key)

(size) = ($size)

(shmflg) = ($shmflg)

(argstr) = (sprintf("%d, %d, %d", $key, $size, $shmflg))

}

probe syscall.shmget.return = kernel.function("sys_shmget").return?{

(name) = ("shmget")

(retstr) = (returnstr(1))

}

probe syscall.shutdown = kernel.function("sys_shutdown").call?{

(name) = ("shutdown")

(s) = ($fd)

(how) = ($how)

(how_str) = (_shutdown_how_str($how))

(argstr) = (sprintf("%d, %s", $fd, how_str))

}

probe syscall.shutdown.return = kernel.function("sys_shutdown").return?{

(name) = ("shutdown")

(retstr) = (returnstr(1))

}

probe syscall.sigaction = kernel.function("sys_sigaction").call?{

(name) = ("sigaction")

(sig) = ($sig)

(act_uaddr) = ($act)

(oact_uaddr) = ($oact)

(argstr) = (sprintf("%s, {%s}, %p", _signal_name($sig), _struct_sigaction_u($act), $oact))

}

probe syscall.sigaction.return = kernel.function("sys_sigaction").return?{

(name) = ("sigaction")

(retstr) = (returnstr(1))

}

probe syscall.sigaction32 = kernel.function("sys32_sigaction").call?, kernel.function("compat_sys_sigaction").call?{

(name) = ("sigaction")

(sig) = ($sig)

(act_uaddr) = ($act)

(oact_uaddr) = ($oact)

(argstr) = (sprintf("%s, {%s}, %p", _signal_name($sig), _struct_old_sigaction32_u($act), $oact))

}

probe syscall.sigaction32.return = kernel.function("sys32_sigaction").return?, kernel.function("compat_sys_sigaction").return?{

(name) = ("sigaction")

(retstr) = (returnstr(1))

}

probe syscall.signal = kernel.function("sys_signal").call?{

(name) = ("signal")

(sig) = ($sig)

(handler) = ($handler)

(argstr) = (sprintf("%s, %s", _signal_name($sig), _sighandler_str($handler)))

}

probe syscall.signal.return = kernel.function("sys_signal").return?{

(name) = ("signal")

(retstr) = (returnstr(1))

}

probe syscall.signalfd = kernel.function("sys_signalfd4").call!, kernel.function("sys_signalfd").call?{

(flags) = ((@defined($flags))?($flags):(0))

if ((flags) == (0)) {

(name) = ("signalfd")

(argstr) = (sprintf("%d, %p, %d", $ufd, $user_mask, $sizemask))

}

else {

(name) = ("signalfd4")

(argstr) = (sprintf("%d, %p, %d, %s", $ufd, $user_mask, $sizemask, _signalfd4_flags_str($flags)))

}



}

probe syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return?{

(flags) = ((@defined($flags))?($flags):(0))

(name) = (((flags) == (0))?("signalfd"):("signalfd4"))

(retstr) = (returnstr(1))

}

probe syscall.compat_signalfd = kernel.function("compat_sys_signalfd").call?{

(name) = ("compat_signalfd")

(argstr) = (sprintf("%d, %p, %d", $ufd, $sigmask, $sigsetsize))

}

probe syscall.compat_signalfd.return = kernel.function("compat_sys_signalfd").return?{

(name) = ("compat_signalfd")

(retstr) = (returnstr(1))

}

probe syscall.sigpending = kernel.function("sys_sigpending").call?{

(name) = ("sigpending")

(argstr) = (sprintf("%p", $set))

}

probe syscall.sigpending.return = kernel.function("sys_sigpending").return?{

(name) = ("sigpending")

(retstr) = (returnstr(1))

}
on("sys_sigprocmask").call?{
(name) = ("sigprocmask")
(how) = ($how)
(how_str) = (_sigprocmask_how_str($how))
(set_uaddr) = ($set)
(oldset_uaddr) = ($oset)
(argstr) = (sprintf("%s, %p, %p", how_str, $set, $oset))
}
probe syscall.sigprocmask.return = kernel.function("sys_sigprocmask").return?{
(name) = ("sigprocmask")
(retstr) = (returnstr(1))
}
probe syscall.sigreturn = kernel.function("sys_sigreturn").call?, kernel.function("sys32_sigreturn").call?{
(name) = ("sigreturn")
(argstr) = ("")
}
probe syscall.sigreturn.return = kernel.function("sys_sigreturn").return?, kernel.function("sys32_sigreturn").return?{
(name) = ("sigreturn")
(retstr) = (returnstr(1))
}
probe syscall.sigsuspend = kernel.function("sys_sigsuspend").call?, kernel.function("sys32_sigsuspend").call?{
(name) = ("sigsuspend")
(argstr) = ("")
}
probe syscall.sigsuspend.return = kernel.function("sys_sigsuspend").return?, kernel.function("sys32_sigsuspend").return?{
(name) = ("sigsuspend")
(retstr) = (returnstr(1))
}
probe syscall.socket = kernel.function("sys_socket").call?{
(name) = ("socket")
(family) = ($family)
(type) = ($type)
(protocol) = ($protocol)
(argstr) = (sprintf("%s, %s, %d", _sock_family_str($family), _sock_type_str($type), $protocol))
}
probe syscall.socket.return = kernel.function("sys_socket").return?{
(name) = ("socket")
(retstr) = (returnstr(1))
}
probe syscall.socketpair = kernel.function("sys_socketpair").call?{
(name) = ("socketpair")
(family) = ($family)
(type) = ($type)
(protocol) = ($protocol)
(sv_uaddr) = ($usockvec)
(argstr) = (sprintf("%s, %s, %d, %p", _sock_family_str($family), _sock_type_str($type), $protocol, sv_uaddr))
}
probe syscall.socketpair.return = kernel.function("sys_socketpair").return?{
(name) = ("socketpair")
(retstr) = (returnstr(1))
}
probe syscall.splice = kernel.function("sys_splice").call?{
(name) = ("splice")
(argstr) = (sprintf("%d, %p, %d, %p, %d, 0x%x", $fd_in, $off_in, $fd_out, $off_out, $len, $flags))
}
probe syscall.splice.return = kernel.function("sys_splice").return?{
(name) = ("splice")
(retstr) = (returnstr(1))
}
probe syscall.ssetmask = kernel.function("sys_ssetmask").call?{
(name) = ("ssetmask")
(newmask) = ($newmask)
(argstr) = (sprint($newmask))
}
probe syscall.ssetmask.return = kernel.function("sys_ssetmask").return?{
(name) = ("ssetmask")
(retstr) = (returnstr(1))
}
probe syscall.stat = kernel.function("sys_stat").call?, kernel.function("sys_newstat").call?, kernel.function("sys32_stat64").call?, kernel.function("sys_stat64").call?, kernel.function("sys_oabi_stat64").call?, kernel.function("compat_sys_newstat").call?{
(name) = ("stat")
(filename_uaddr) = ($filename)
(filename) = (user_string($filename))
(buf_uaddr) = ($statbuf)
(argstr) = (sprintf("%s, %p", user_string_quoted($filename), buf_uaddr))
}
probe syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return?{
(name) = ("stat")
(retstr) = (returnstr(1))
}
probe syscall.statfs = kernel.function("compat_sys_statfs").call?, kernel.function("sys_statfs").call?{
(name) = ("statfs")
(buf_uaddr) = ($buf)
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %p", user_string_quoted((@defined($pathname))?($pathname):($path)), $buf))
}
probe syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return?{
(name) = ("statfs")
(retstr) = (returnstr(1))
}
probe syscall.statfs64 = kernel.function("compat_sys_statfs64").call?, kernel.function("sys_statfs64").call?{
(name) = ("statfs")
(sz) = ($sz)
(buf_uaddr) = ($buf)
(path) = (user_string((@defined($pathname))?($pathname):($path)))
(argstr) = (sprintf("%s, %d, %p", user_string_quoted((@defined($pathname))?($pathname):($path)), $sz, $buf))
}
probe syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, ke
probe syscall.sigprocmask = kernel.function("sys_sigprocmask").call?{

(name) = ("sigprocmask")

(how) = ($how)

(how_str) = (_sigprocmask_how_str($how))

(set_uaddr) = ($set)

(oldset_uaddr) = ($oset)

(argstr) = (sprintf("%s, %p, %p", how_str, $set, $oset))

}

probe syscall.sigprocmask.return = kernel.function("sys_sigprocmask").return?{

(name) = ("sigprocmask")

(retstr) = (returnstr(1))

}

probe syscall.sigreturn = kernel.function("sys_sigreturn").call?, kernel.function("sys32_sigreturn").call?{

(name) = ("sigreturn")

(argstr) = ("")

}

probe syscall.sigreturn.return = kernel.function("sys_sigreturn").return?, kernel.function("sys32_sigreturn").return?{

(name) = ("sigreturn")

(retstr) = (returnstr(1))

}

probe syscall.sigsuspend = kernel.function("sys_sigsuspend").call?, kernel.function("sys32_sigsuspend").call?{

(name) = ("sigsuspend")

(argstr) = ("")

}

probe syscall.sigsuspend.return = kernel.function("sys_sigsuspend").return?, kernel.function("sys32_sigsuspend").return?{

(name) = ("sigsuspend")

(retstr) = (returnstr(1))

}

probe syscall.socket = kernel.function("sys_socket").call?{

(name) = ("socket")

(family) = ($family)

(type) = ($type)

(protocol) = ($protocol)

(argstr) = (sprintf("%s, %s, %d", _sock_family_str($family), _sock_type_str($type), $protocol))

}

probe syscall.socket.return = kernel.function("sys_socket").return?{

(name) = ("socket")

(retstr) = (returnstr(1))

}

probe syscall.socketpair = kernel.function("sys_socketpair").call?{

(name) = ("socketpair")

(family) = ($family)

(type) = ($type)

(protocol) = ($protocol)

(sv_uaddr) = ($usockvec)

(argstr) = (sprintf("%s, %s, %d, %p", _sock_family_str($family), _sock_type_str($type), $protocol, sv_uaddr))

}

probe syscall.socketpair.return = kernel.function("sys_socketpair").return?{

(name) = ("socketpair")

(retstr) = (returnstr(1))

}

probe syscall.splice = kernel.function("sys_splice").call?{

(name) = ("splice")

(argstr) = (sprintf("%d, %p, %d, %p, %d, 0x%x", $fd_in, $off_in, $fd_out, $off_out, $len, $flags))

}

probe syscall.splice.return = kernel.function("sys_splice").return?{

(name) = ("splice")

(retstr) = (returnstr(1))

}

probe syscall.ssetmask = kernel.function("sys_ssetmask").call?{

(name) = ("ssetmask")

(newmask) = ($newmask)

(argstr) = (sprint($newmask))

}

probe syscall.ssetmask.return = kernel.function("sys_ssetmask").return?{

(name) = ("ssetmask")

(retstr) = (returnstr(1))

}

probe syscall.stat = kernel.function("sys_stat").call?, kernel.function("sys_newstat").call?, kernel.function("sys32_stat64").call?, kernel.function("sys_stat64").call?, kernel.function("sys_oabi_stat64").call?, kernel.function("compat_sys_newstat").call?{

(name) = ("stat")

(filename_uaddr) = ($filename)

(filename) = (user_string($filename))

(buf_uaddr) = ($statbuf)

(argstr) = (sprintf("%s, %p", user_string_quoted($filename), buf_uaddr))

}

probe syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return?{

(name) = ("stat")

(retstr) = (returnstr(1))

}

probe syscall.statfs = kernel.function("compat_sys_statfs").call?, kernel.function("sys_statfs").call?{

(name) = ("statfs")

(buf_uaddr) = ($buf)

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%s, %p", user_string_quoted((@defined($pathname))?($pathname):($path)), $buf))

}

probe syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return?{

(name) = ("statfs")

(retstr) = (returnstr(1))

}

probe syscall.statfs64 = kernel.function("compat_sys_statfs64").call?, kernel.function("sys_statfs64").call?{

(name) = ("statfs")

(sz) = ($sz)

(buf_uaddr) = ($buf)

(path) = (user_string((@defined($pathname))?($pathname):($path)))

(argstr) = (sprintf("%s, %d, %p", user_string_quoted((@defined($pathname))?($pathname):($path)), $sz, $buf))

}
rnel.function("sys_statfs64").return?{
(name) = ("statfs")
(retstr) = (returnstr(1))
}
probe syscall.stime = kernel.function("compat_sys_stime").call?, kernel.function("sys_stime").call?{
(name) = ("stime")
(t_uaddr) = ($tptr)
(argstr) = (sprintf("%p", $tptr))
}
probe syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return?{
(name) = ("stime")
(retstr) = (returnstr(1))
}
probe syscall.swapoff = kernel.function("sys_swapoff").call?{
(name) = ("swapoff")
(path) = (user_string($specialfile))
(argstr) = (user_string_quoted($specialfile))
}
probe syscall.swapoff.return = kernel.function("sys_swapoff").return?{
(name) = ("swapoff")
(retstr) = (returnstr(1))
}
probe syscall.swapon = kernel.function("sys_swapon").call?{
(name) = ("swapon")
(path) = (user_string($specialfile))
(swapflags) = ($swap_flags)
(argstr) = (sprintf("%s, %d", user_string_quoted($specialfile), swapflags))
}
probe syscall.swapon.return = kernel.function("sys_swapon").return?{
(name) = ("swapon")
(retstr) = (returnstr(1))
}
probe syscall.symlink = kernel.function("sys_symlink").call{
(name) = ("symlink")
(oldpath) = (user_string($oldname))
(newpath) = (user_string($newname))
(argstr) = (sprintf("%s, %s", user_string_quoted($oldname), user_string_quoted($newname)))
}
probe syscall.symlink.return = kernel.function("sys_symlink").return{
(name) = ("symlink")
(retstr) = (returnstr(1))
}
probe syscall.symlinkat = kernel.function("sys_symlinkat").call?{
(name) = ("symlinkat")
(oldname) = ($oldname)
(oldname_str) = (user_string($oldname))
(newdfd) = ($newdfd)
(newdfd_str) = (_dfd_str($newdfd))
(newname) = ($newname)
(newname_str) = (user_string($newname))
(argstr) = (sprintf("%s, %s, %s", user_string_quoted($oldname), newdfd_str, user_string_quoted($newname)))
}
probe syscall.symlinkat.return = kernel.function("sys_symlinkat").return?{
(name) = ("symlinkat")
(retstr) = (returnstr(1))
}
probe syscall.sync = kernel.function("sys_sync").call{
(name) = ("sync")
(argstr) = ("")
}
probe syscall.sync.return = kernel.function("sys_sync").return{
(name) = ("sync")
(retstr) = (returnstr(1))
}
probe syscall.sysctl = kernel.function("compat_sys_sysctl").call?, kernel.function("sys_sysctl").call?{
(name) = ("sysctl")
(argstr) = (sprintf("%p", $args))
}
probe syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return?{
(name) = ("sysctl")
(retstr) = (returnstr(1))
}
probe syscall.sysfs = kernel.function("sys_sysfs").call{
(name) = ("sysfs")
(option) = ($option)
(arg1) = ($arg1)
(arg2) = ($arg2)
if ((option) == (1)) (argstr) = (sprintf("%d, %s, %d", $option, user_string_quoted($arg1), $arg2))
else if ((option) == (2)) (argstr) = (sprintf("%d, %d, %p", $option, $arg1, $arg2))
else if ((option) == (3)) (argstr) = (sprintf("%d, %d, %d", $option, $arg1, $arg2))
else (argstr) = (sprintf("%d, %d, %d", $option, $arg1, $arg2))



}
probe syscall.sysfs.return = kernel.function("sys_sysfs").return{
(name) = ("sysfs")
(retstr) = (returnstr(1))
}
probe syscall.sysinfo = kernel.function("compat_sys_sysinfo").call?, kernel.function("sys_sysinfo").call{
(name) = ("sysinfo")
(info_uaddr) = ($info)
(argstr) = (sprintf("%p", $info))
}
probe syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return{
(name) = ("sysinfo")
(retstr) = (returnstr(1))
}
probe syscall.syslog = kernel.function("sys_syslog").call{
(name) = ("syslog")
(type) = ($type)
(bufp_uaddr) = ($buf)
(len) = ($len)
(argstr) = (sprintf("%d, %p, %d", $type, $buf, $len))
}
probe syscall.syslog.return = kernel.function("sys_syslog").return{
(name) = ("syslog")
(retstr) = (returnstr(1))
}
probe syscall.tee = kernel.function("sys_tee").call?{
(name) = ("tee")
(argstr) = (sprintf("%d, %d, %d, 0x%x", $fdin, $fdout, $len, $flags))
}
probe syscall.tee.return = kernel.function("sys_tee").return?{
(name) = ("tee")
(retstr) = (returnstr(1))
}
probe syscall.tgkill = kernel.function("sys_t
probe syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return?{

(name) = ("statfs")

(retstr) = (returnstr(1))

}

probe syscall.stime = kernel.function("compat_sys_stime").call?, kernel.function("sys_stime").call?{

(name) = ("stime")

(t_uaddr) = ($tptr)

(argstr) = (sprintf("%p", $tptr))

}

probe syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return?{

(name) = ("stime")

(retstr) = (returnstr(1))

}

probe syscall.swapoff = kernel.function("sys_swapoff").call?{

(name) = ("swapoff")

(path) = (user_string($specialfile))

(argstr) = (user_string_quoted($specialfile))

}

probe syscall.swapoff.return = kernel.function("sys_swapoff").return?{

(name) = ("swapoff")

(retstr) = (returnstr(1))

}

probe syscall.swapon = kernel.function("sys_swapon").call?{

(name) = ("swapon")

(path) = (user_string($specialfile))

(swapflags) = ($swap_flags)

(argstr) = (sprintf("%s, %d", user_string_quoted($specialfile), swapflags))

}

probe syscall.swapon.return = kernel.function("sys_swapon").return?{

(name) = ("swapon")

(retstr) = (returnstr(1))

}

probe syscall.symlink = kernel.function("sys_symlink").call{

(name) = ("symlink")

(oldpath) = (user_string($oldname))

(newpath) = (user_string($newname))

(argstr) = (sprintf("%s, %s", user_string_quoted($oldname), user_string_quoted($newname)))

}

probe syscall.symlink.return = kernel.function("sys_symlink").return{

(name) = ("symlink")

(retstr) = (returnstr(1))

}

probe syscall.symlinkat = kernel.function("sys_symlinkat").call?{

(name) = ("symlinkat")

(oldname) = ($oldname)

(oldname_str) = (user_string($oldname))

(newdfd) = ($newdfd)

(newdfd_str) = (_dfd_str($newdfd))

(newname) = ($newname)

(newname_str) = (user_string($newname))

(argstr) = (sprintf("%s, %s, %s", user_string_quoted($oldname), newdfd_str, user_string_quoted($newname)))

}

probe syscall.symlinkat.return = kernel.function("sys_symlinkat").return?{

(name) = ("symlinkat")

(retstr) = (returnstr(1))

}

probe syscall.sync = kernel.function("sys_sync").call{

(name) = ("sync")

(argstr) = ("")

}

probe syscall.sync.return = kernel.function("sys_sync").return{

(name) = ("sync")

(retstr) = (returnstr(1))

}

probe syscall.sysctl = kernel.function("compat_sys_sysctl").call?, kernel.function("sys_sysctl").call?{

(name) = ("sysctl")

(argstr) = (sprintf("%p", $args))

}

probe syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return?{

(name) = ("sysctl")

(retstr) = (returnstr(1))

}

probe syscall.sysfs = kernel.function("sys_sysfs").call{

(name) = ("sysfs")

(option) = ($option)

(arg1) = ($arg1)

(arg2) = ($arg2)

if ((option) == (1)) (argstr) = (sprintf("%d, %s, %d", $option, user_string_quoted($arg1), $arg2))

else if ((option) == (2)) (argstr) = (sprintf("%d, %d, %p", $option, $arg1, $arg2))

else if ((option) == (3)) (argstr) = (sprintf("%d, %d, %d", $option, $arg1, $arg2))

else (argstr) = (sprintf("%d, %d, %d", $option, $arg1, $arg2))







}

probe syscall.sysfs.return = kernel.function("sys_sysfs").return{

(name) = ("sysfs")

(retstr) = (returnstr(1))

}

probe syscall.sysinfo = kernel.function("compat_sys_sysinfo").call?, kernel.function("sys_sysinfo").call{

(name) = ("sysinfo")

(info_uaddr) = ($info)

(argstr) = (sprintf("%p", $info))

}

probe syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return{

(name) = ("sysinfo")

(retstr) = (returnstr(1))

}

probe syscall.syslog = kernel.function("sys_syslog").call{

(name) = ("syslog")

(type) = ($type)

(bufp_uaddr) = ($buf)

(len) = ($len)

(argstr) = (sprintf("%d, %p, %d", $type, $buf, $len))

}

probe syscall.syslog.return = kernel.function("sys_syslog").return{

(name) = ("syslog")

(retstr) = (returnstr(1))

}

probe syscall.tee = kernel.function("sys_tee").call?{

(name) = ("tee")

(argstr) = (sprintf("%d, %d, %d, 0x%x", $fdin, $fdout, $len, $flags))

}

probe syscall.tee.return = kernel.function("sys_tee").return?{

(name) = ("tee")

(retstr) = (returnstr(1))

}
gkill").call{
(name) = ("tgkill")
(tgid) = ($tgid)
(pid) = ($pid)
(sig) = ($sig)
(argstr) = (sprintf("%d, %d, %s", $tgid, $pid, _signal_name($sig)))
}
probe syscall.tgkill.return = kernel.function("sys_tgkill").return{
(name) = ("tgkill")
(retstr) = (returnstr(1))
}
probe syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call?{
(name) = ("time")
(t_uaddr) = ($tloc)
(argstr) = (sprintf("%p", $tloc))
}
probe syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return?{
(name) = ("time")
(retstr) = (returnstr(1))
}
probe syscall.timer_create = kernel.function("sys_timer_create").call{
(name) = ("timer_create")
(clockid) = ($which_clock)
(clockid_str) = (_get_wc_str($which_clock))
(evp_uaddr) = ($timer_event_spec)
(timerid_uaddr) = ($created_timer_id)
(argstr) = (sprintf("%s, %p, %p", clockid_str, $timer_event_spec, $created_timer_id))
}
probe syscall.timer_create.return = kernel.function("sys_timer_create").return{
(name) = ("timer_create")
(retstr) = (returnstr(1))
}
probe syscall.timer_delete = kernel.function("sys_timer_delete").call{
(name) = ("timer_delete")
(timerid) = ($timer_id)
(argstr) = (sprint($timer_id))
}
probe syscall.timer_delete.return = kernel.function("sys_timer_delete").return{
(name) = ("timer_delete")
(retstr) = (returnstr(1))
}
probe syscall.timer_getoverrun = kernel.function("sys_timer_getoverrun").call{
(name) = ("timer_getoverrun")
(timerid) = ($timer_id)
(argstr) = (sprint($timer_id))
}
probe syscall.timer_getoverrun.return = kernel.function("sys_timer_getoverrun").return{
(name) = ("timer_getoverrun")
(retstr) = (returnstr(1))
}
probe syscall.timer_gettime = kernel.function("sys_timer_gettime").call{
(name) = ("timer_gettime")
(timerid) = ($timer_id)
(value_uaddr) = ($setting)
(argstr) = (sprintf("%d, %p", $timer_id, $setting))
}
probe syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return{
(name) = ("timer_gettime")
(retstr) = (returnstr(1))
}
probe syscall.timer_settime = kernel.function("sys_timer_settime").call{
(name) = ("timer_settime")
(timerid) = ($timer_id)
(flags) = ($flags)
(value_uaddr) = ($new_setting)
(ovalue_uaddr) = ($old_setting)
(argstr) = (sprintf("%d, %d, %s, %p", $timer_id, $flags, _struct_itimerspec_u($new_setting), $old_setting))
}
probe syscall.timer_settime.return = kernel.function("sys_timer_settime").return{
(name) = ("timer_settime")
(retstr) = (returnstr(1))
}
probe syscall.timerfd = kernel.function("sys_timerfd").call?, kernel.function("compat_sys_timerfd").call?{
(name) = ("timerfd")
(argstr) = (sprintf("%d, %d, 0x%x", $ufd, $clockid, $flags))
}
probe syscall.timerfd.return = kernel.function("sys_timerfd").return?, kernel.function("compat_sys_timerfd").return?{
(name) = ("timerfd")
(retstr) = (returnstr(1))
}
probe syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call?{
(name) = ("times")
(argstr) = (sprintf("%p", $tbuf))
}
probe syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return?{
(name) = ("times")
(retstr) = (returnstr(1))
}
probe syscall.tkill = kernel.function("sys_tkill").call{
(name) = ("tkill")
(pid) = ($pid)
(sig) = ($sig)
(argstr) = (sprintf("%d, %s", $pid, _signal_name($sig)))
}
probe syscall.tkill.return = kernel.function("sys_tkill").return{
(name) = ("tkill")
(retstr) = (returnstr(1))
}
probe syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call?{
(name) = ("truncate")
(path_uaddr) = ($path)
(path) = (user_string($path))
(length) = ($length)
(argstr) = (sprintf("%s, %d", user_string_quoted($path), $length))
}
probe syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return?{
(name) = ("truncate")
(retstr) = (returnstr(1))
probe syscall.tgkill = kernel.function("sys_tgkill").call{

(name) = ("tgkill")

(tgid) = ($tgid)

(pid) = ($pid)

(sig) = ($sig)

(argstr) = (sprintf("%d, %d, %s", $tgid, $pid, _signal_name($sig)))

}

probe syscall.tgkill.return = kernel.function("sys_tgkill").return{

(name) = ("tgkill")

(retstr) = (returnstr(1))

}

probe syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call?{

(name) = ("time")

(t_uaddr) = ($tloc)

(argstr) = (sprintf("%p", $tloc))

}

probe syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return?{

(name) = ("time")

(retstr) = (returnstr(1))

}

probe syscall.timer_create = kernel.function("sys_timer_create").call{

(name) = ("timer_create")

(clockid) = ($which_clock)

(clockid_str) = (_get_wc_str($which_clock))

(evp_uaddr) = ($timer_event_spec)

(timerid_uaddr) = ($created_timer_id)

(argstr) = (sprintf("%s, %p, %p", clockid_str, $timer_event_spec, $created_timer_id))

}

probe syscall.timer_create.return = kernel.function("sys_timer_create").return{

(name) = ("timer_create")

(retstr) = (returnstr(1))

}

probe syscall.timer_delete = kernel.function("sys_timer_delete").call{

(name) = ("timer_delete")

(timerid) = ($timer_id)

(argstr) = (sprint($timer_id))

}

probe syscall.timer_delete.return = kernel.function("sys_timer_delete").return{

(name) = ("timer_delete")

(retstr) = (returnstr(1))

}

probe syscall.timer_getoverrun = kernel.function("sys_timer_getoverrun").call{

(name) = ("timer_getoverrun")

(timerid) = ($timer_id)

(argstr) = (sprint($timer_id))

}

probe syscall.timer_getoverrun.return = kernel.function("sys_timer_getoverrun").return{

(name) = ("timer_getoverrun")

(retstr) = (returnstr(1))

}

probe syscall.timer_gettime = kernel.function("sys_timer_gettime").call{

(name) = ("timer_gettime")

(timerid) = ($timer_id)

(value_uaddr) = ($setting)

(argstr) = (sprintf("%d, %p", $timer_id, $setting))

}

probe syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return{

(name) = ("timer_gettime")

(retstr) = (returnstr(1))

}

probe syscall.timer_settime = kernel.function("sys_timer_settime").call{

(name) = ("timer_settime")

(timerid) = ($timer_id)

(flags) = ($flags)

(value_uaddr) = ($new_setting)

(ovalue_uaddr) = ($old_setting)

(argstr) = (sprintf("%d, %d, %s, %p", $timer_id, $flags, _struct_itimerspec_u($new_setting), $old_setting))

}

probe syscall.timer_settime.return = kernel.function("sys_timer_settime").return{

(name) = ("timer_settime")

(retstr) = (returnstr(1))

}

probe syscall.timerfd = kernel.function("sys_timerfd").call?, kernel.function("compat_sys_timerfd").call?{

(name) = ("timerfd")

(argstr) = (sprintf("%d, %d, 0x%x", $ufd, $clockid, $flags))

}

probe syscall.timerfd.return = kernel.function("sys_timerfd").return?, kernel.function("compat_sys_timerfd").return?{

(name) = ("timerfd")

(retstr) = (returnstr(1))

}

probe syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call?{

(name) = ("times")

(argstr) = (sprintf("%p", $tbuf))

}

probe syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return?{

(name) = ("times")

(retstr) = (returnstr(1))

}

probe syscall.tkill = kernel.function("sys_tkill").call{

(name) = ("tkill")

(pid) = ($pid)

(sig) = ($sig)

(argstr) = (sprintf("%d, %s", $pid, _signal_name($sig)))

}

probe syscall.tkill.return = kernel.function("sys_tkill").return{

(name) = ("tkill")

(retstr) = (returnstr(1))

}

probe syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call?{

(name) = ("truncate")

(path_uaddr) = ($path)

(path) = (user_string($path))

(length) = ($length)

(argstr) = (sprintf("%s, %d", user_string_quoted($path), $length))

}

probe syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return?{

(name) = ("truncate")

(retstr) = (returnstr(1))

}
probe syscall.tux = kernel.function("sys_tux").call?{
(name) = ("tux")
(action) = ($action)
(u_info_uaddr) = ($u_info)
(argstr) = (sprintf("%d, %p", $action, $u_info))
}
probe syscall.tux.return = kernel.function("sys_tux").return?{
(name) = ("tux")
(retstr) = (returnstr(1))
}
probe syscall.umask = kernel.function("sys_umask").call{
(name) = ("umask")
(mask) = ($mask)
(argstr) = (sprintf("%#o", $mask))
}
probe syscall.umask.return = kernel.function("sys_umask").return{
(name) = ("umask")
(retstr) = (returnstr(3))
}
probe syscall.umount = kernel.function("sys_umount").call{
(name) = ("umount")
(target) = (user_string($name))
(flags) = ($flags)
(flags_str) = (_umountflags_str($flags))
(argstr) = (sprintf("%s, %s", user_string_quoted($name), flags_str))
}
probe syscall.umount.return = kernel.function("sys_umount").return{
(name) = ("umount")
(retstr) = (returnstr(1))
}
probe syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call?{
(name) = ("uname")
(argstr) = (sprintf("%p", $name))
}
probe syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return?{
(name) = ("uname")
(retstr) = (returnstr(1))
}
probe syscall.unlink = kernel.function("sys_unlink").call{
(name) = ("unlink")
(pathname_uaddr) = ($pathname)
(pathname) = (user_string($pathname))
(argstr) = (user_string_quoted($pathname))
}
probe syscall.unlink.return = kernel.function("sys_unlink").return{
(name) = ("unlink")
(retstr) = (returnstr(1))
}
probe syscall.unlinkat = kernel.function("sys_unlinkat").call?{
(name) = ("unlinkat")
(dfd) = ($dfd)
(dfd_str) = (_dfd_str($dfd))
(pathname) = ($pathname)
(pathname_str) = (user_string($pathname))
(flag) = ($flag)
(flag_str) = (_at_flag_str($flag))
(argstr) = (sprintf("%s, %s, %s", dfd_str, user_string_quoted($pathname), flag_str))
}
probe syscall.unlinkat.return = kernel.function("sys_unlinkat").return?{
(name) = ("unlinkat")
(retstr) = (returnstr(1))
}
probe syscall.unshare = kernel.function("sys_unshare").call?{
(name) = ("unshare")
(unshare_flags) = ($unshare_flags)
(argstr) = (__fork_flags(unshare_flags))
}
probe syscall.unshare.return = kernel.function("sys_unshare").return?{
(name) = ("unshare")
(retstr) = (returnstr(1))
}
probe syscall.uselib = kernel.function("sys_uselib").call{
(name) = ("uselib")
(library_uaddr) = ($library)
(library) = (user_string($library))
(argstr) = (user_string_quoted($library))
}
probe syscall.uselib.return = kernel.function("sys_uselib").return{
(name) = ("uselib")
(retstr) = (returnstr(1))
}
probe syscall.ustat = kernel.function("sys_ustat").call{
(name) = ("ustat")
(dev) = ($dev)
(ubuf_uaddr) = ($ubuf)
(argstr) = (sprintf("%d, %p", $dev, $ubuf))
}
probe syscall.ustat32 = kernel.function("sys32_ustat").call?{
(name) = ("ustat")
(dev) = ($dev)
(argstr) = (sprintf("%d, %p", $dev, $u32p))
}
probe syscall.ustat32 = kernel.function("compat_sys_ustat").call?{
(name) = ("ustat")
(dev) = ($dev)
(argstr) = (sprintf("%d, %p", $dev, $u))
}
probe syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return?{
(name) = ("ustat")
(retstr) = (returnstr(1))
}
probe syscall.utime = kernel.function("sys_utime").call?{
(name) = ("utime")
(filename_uaddr) = ($filename)
(filename) = (user_string($filename))
(buf_uaddr) = ($times)
(actime) = (_struct_utimbuf_actime(buf_uaddr))
(modtime) = (_struct_utimbuf_modtime(buf_uaddr))
(argstr) = (sprintf("%s, [%s, %s]", user_string_quoted($filename), ctime(actime), ctime(modtime)))
}
probe syscall.utime.return = kernel.function("sys_utime").return?{
(name) = ("utime")
(retstr) = (returnstr(1))
}
probe syscall.compat_utime = kernel.function("compat_sys_utime").call?{
}

probe syscall.tux = kernel.function("sys_tux").call?{

(name) = ("tux")

(action) = ($action)

(u_info_uaddr) = ($u_info)

(argstr) = (sprintf("%d, %p", $action, $u_info))

}

probe syscall.tux.return = kernel.function("sys_tux").return?{

(name) = ("tux")

(retstr) = (returnstr(1))

}

probe syscall.umask = kernel.function("sys_umask").call{

(name) = ("umask")

(mask) = ($mask)

(argstr) = (sprintf("%#o", $mask))

}

probe syscall.umask.return = kernel.function("sys_umask").return{

(name) = ("umask")

(retstr) = (returnstr(3))

}

probe syscall.umount = kernel.function("sys_umount").call{

(name) = ("umount")

(target) = (user_string($name))

(flags) = ($flags)

(flags_str) = (_umountflags_str($flags))

(argstr) = (sprintf("%s, %s", user_string_quoted($name), flags_str))

}

probe syscall.umount.return = kernel.function("sys_umount").return{

(name) = ("umount")

(retstr) = (returnstr(1))

}

probe syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call?{

(name) = ("uname")

(argstr) = (sprintf("%p", $name))

}

probe syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return?{

(name) = ("uname")

(retstr) = (returnstr(1))

}

probe syscall.unlink = kernel.function("sys_unlink").call{

(name) = ("unlink")

(pathname_uaddr) = ($pathname)

(pathname) = (user_string($pathname))

(argstr) = (user_string_quoted($pathname))

}

probe syscall.unlink.return = kernel.function("sys_unlink").return{

(name) = ("unlink")

(retstr) = (returnstr(1))

}

probe syscall.unlinkat = kernel.function("sys_unlinkat").call?{

(name) = ("unlinkat")

(dfd) = ($dfd)

(dfd_str) = (_dfd_str($dfd))

(pathname) = ($pathname)

(pathname_str) = (user_string($pathname))

(flag) = ($flag)

(flag_str) = (_at_flag_str($flag))

(argstr) = (sprintf("%s, %s, %s", dfd_str, user_string_quoted($pathname), flag_str))

}

probe syscall.unlinkat.return = kernel.function("sys_unlinkat").return?{

(name) = ("unlinkat")

(retstr) = (returnstr(1))

}

probe syscall.unshare = kernel.function("sys_unshare").call?{

(name) = ("unshare")

(unshare_flags) = ($unshare_flags)

(argstr) = (__fork_flags(unshare_flags))

}

probe syscall.unshare.return = kernel.function("sys_unshare").return?{

(name) = ("unshare")

(retstr) = (returnstr(1))

}

probe syscall.uselib = kernel.function("sys_uselib").call{

(name) = ("uselib")

(library_uaddr) = ($library)

(library) = (user_string($library))

(argstr) = (user_string_quoted($library))

}

probe syscall.uselib.return = kernel.function("sys_uselib").return{

(name) = ("uselib")

(retstr) = (returnstr(1))

}

probe syscall.ustat = kernel.function("sys_ustat").call{

(name) = ("ustat")

(dev) = ($dev)

(ubuf_uaddr) = ($ubuf)

(argstr) = (sprintf("%d, %p", $dev, $ubuf))

}

probe syscall.ustat32 = kernel.function("sys32_ustat").call?{

(name) = ("ustat")

(dev) = ($dev)

(argstr) = (sprintf("%d, %p", $dev, $u32p))

}

probe syscall.ustat32 = kernel.function("compat_sys_ustat").call?{

(name) = ("ustat")

(dev) = ($dev)

(argstr) = (sprintf("%d, %p", $dev, $u))

}

probe syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return?{

(name) = ("ustat")

(retstr) = (returnstr(1))

}

probe syscall.utime = kernel.function("sys_utime").call?{

(name) = ("utime")

(filename_uaddr) = ($filename)

(filename) = (user_string($filename))

(buf_uaddr) = ($times)

(actime) = (_struct_utimbuf_actime(buf_uaddr))

(modtime) = (_struct_utimbuf_modtime(buf_uaddr))

(argstr) = (sprintf("%s, [%s, %s]", user_string_quoted($filename), ctime(actime), ctime(modtime)))

}

probe syscall.utime.return = kernel.function("sys_utime").return?{

(name) = ("utime")

(retstr) = (returnstr(1))

}

(name) = ("utime")
(filename_uaddr) = ($filename)
(filename) = (user_string($filename))
(buf_uaddr) = ($t)
(actime) = (_struct_compat_utimbuf_actime(buf_uaddr))
(modtime) = (_struct_compat_utimbuf_modtime(buf_uaddr))
(argstr) = (sprintf("%s, [%s, %s]", user_string_quoted($filename), ctime(actime), ctime(modtime)))
}
probe syscall.compat_utime.return = kernel.function("compat_sys_utime").return?{
(name) = ("utime")
(retstr) = (returnstr(1))
}
probe syscall.utimes = kernel.function("sys_utimes").call{
(name) = ("utimes")
(filename_uaddr) = ($filename)
(filename) = (user_string($filename))
(tvp_uaddr) = ($utimes)
(argstr) = (sprintf("%s, %s", user_string_quoted($filename), _struct_timeval_u($utimes, 2)))
}
probe syscall.utimes.return = kernel.function("sys_utimes").return{
(name) = ("utimes")
(retstr) = (returnstr(1))
}
probe syscall.compat_sys_utimes = kernel.function("compat_sys_utimes").call?{
(name) = ("utimes")
(filename) = (user_string($filename))
(argstr) = (sprintf("%s, %s", user_string_quoted($filename), _struct_compat_timeval_u($t, 2)))
}
probe syscall.compat_sys_utimes.return = kernel.function("compat_sys_utimes").return?{
(name) = ("utimes")
(retstr) = (returnstr(1))
}
probe syscall.utimensat = kernel.function("sys_utimensat").call?{
(name) = ("utimensat")
(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_timespec_u($utimes, 2), _at_flag_str($flags)))
}
probe syscall.compat_utimensat = kernel.function("compat_sys_utimensat").call?{
(name) = ("utimensat")
(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_compat_timespec_u($t, 2), _at_flag_str($flags)))
}
probe syscall.utimensat.return = kernel.function("sys_utimensat").return?{
(name) = ("utimensat")
(retstr) = (returnstr(1))
}
probe syscall.compat_utimensat.return = kernel.function("compat_sys_utimensat").return?{
(name) = ("utimensat")
(retstr) = (returnstr(1))
}
probe syscall.vhangup = kernel.function("sys_vhangup").call{
(name) = ("vhangup")
(argstr) = ("")
}
probe syscall.vhangup.return = kernel.function("sys_vhangup").return{
(name) = ("vhangup")
(retstr) = (returnstr(1))
}
probe syscall.vmsplice = kernel.function("sys_vmsplice").call?{
(name) = ("vmsplice")
(argstr) = (sprintf("%d, %p, %d, 0x%x", $fd, $iov, $nr_segs, $flags))
}
probe syscall.compat_vmsplice = kernel.function("compat_sys_vmsplice").call?{
(name) = ("vmsplice")
(argstr) = (sprintf("%d, %p, %d, 0x%x", $fd, $iov32, $nr_segs, $flags))
}
probe syscall.vmsplice.return = kernel.function("sys_vmsplice").return?{
(name) = ("vmsplice")
(retstr) = (returnstr(1))
}
probe syscall.compat_vmsplice.return = kernel.function("compat_sys_vmsplice").return?{
(name) = ("vmsplice")
(retstr) = (returnstr(1))
}
probe syscall.wait4 = kernel.function("sys_wait4").call{
(name) = ("wait4")
(pid) = ((@defined($upid))?($upid):($pid))
(status_uaddr) = ($stat_addr)
(options) = ($options)
(options_str) = (_wait4_opt_str($options))
(rusage_uaddr) = ($ru)
(argstr) = (sprintf("%d, %p, %s, %p", (@defined($upid))?($upid):($pid), $stat_addr, _wait4_opt_str($options), $ru))
}
probe syscall.wait4.return = kernel.function("sys_wait4").return{
(name) = ("wait4")
(retstr) = (returnstr(1))
}
probe syscall.waitid = kernel.function("sys_waitid").call{
(name) = ("waitid")
(pid) = ((@defined($upid))?($upid):($pid))
(which) = ($which)
(which_str) = (_waitid_which_str($which))
(infop_uaddr) = ($infop)
(options) = ($options)
(options_str) = (_waitid_opt_str($options))
(rusage_uaddr) = ($ru)
(argstr) = (sprintf("%d, %d, %p, %s, %p", $which, (@defined($upid))?($upid):($pid), $infop, _waitid_opt_str($options), $ru))
}
probe syscall.waitid.return = kernel.function("sys_waitid").return{
(name) = ("waitid")
(retstr) = (returnstr(1))
}
probe syscall.write = kernel.function("sys_write").call{
(name) = ("write")
(fd) = ($fd)
(buf_uaddr) = ($buf)
(count) = ($count)
(argstr) = (sprintf("%d, %s, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $co
probe syscall.compat_utime = kernel.function("compat_sys_utime").call?{

(name) = ("utime")

(filename_uaddr) = ($filename)

(filename) = (user_string($filename))

(buf_uaddr) = ($t)

(actime) = (_struct_compat_utimbuf_actime(buf_uaddr))

(modtime) = (_struct_compat_utimbuf_modtime(buf_uaddr))

(argstr) = (sprintf("%s, [%s, %s]", user_string_quoted($filename), ctime(actime), ctime(modtime)))

}

probe syscall.compat_utime.return = kernel.function("compat_sys_utime").return?{

(name) = ("utime")

(retstr) = (returnstr(1))

}

probe syscall.utimes = kernel.function("sys_utimes").call{

(name) = ("utimes")

(filename_uaddr) = ($filename)

(filename) = (user_string($filename))

(tvp_uaddr) = ($utimes)

(argstr) = (sprintf("%s, %s", user_string_quoted($filename), _struct_timeval_u($utimes, 2)))

}

probe syscall.utimes.return = kernel.function("sys_utimes").return{

(name) = ("utimes")

(retstr) = (returnstr(1))

}

probe syscall.compat_sys_utimes = kernel.function("compat_sys_utimes").call?{

(name) = ("utimes")

(filename) = (user_string($filename))

(argstr) = (sprintf("%s, %s", user_string_quoted($filename), _struct_compat_timeval_u($t, 2)))

}

probe syscall.compat_sys_utimes.return = kernel.function("compat_sys_utimes").return?{

(name) = ("utimes")

(retstr) = (returnstr(1))

}

probe syscall.utimensat = kernel.function("sys_utimensat").call?{

(name) = ("utimensat")

(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_timespec_u($utimes, 2), _at_flag_str($flags)))

}

probe syscall.compat_utimensat = kernel.function("compat_sys_utimensat").call?{

(name) = ("utimensat")

(argstr) = (sprintf("%s, %s, %s, %s", _dfd_str($dfd), user_string_quoted($filename), _struct_compat_timespec_u($t, 2), _at_flag_str($flags)))

}

probe syscall.utimensat.return = kernel.function("sys_utimensat").return?{

(name) = ("utimensat")

(retstr) = (returnstr(1))

}

probe syscall.compat_utimensat.return = kernel.function("compat_sys_utimensat").return?{

(name) = ("utimensat")

(retstr) = (returnstr(1))

}

probe syscall.vhangup = kernel.function("sys_vhangup").call{

(name) = ("vhangup")

(argstr) = ("")

}

probe syscall.vhangup.return = kernel.function("sys_vhangup").return{

(name) = ("vhangup")

(retstr) = (returnstr(1))

}

probe syscall.vmsplice = kernel.function("sys_vmsplice").call?{

(name) = ("vmsplice")

(argstr) = (sprintf("%d, %p, %d, 0x%x", $fd, $iov, $nr_segs, $flags))

}

probe syscall.compat_vmsplice = kernel.function("compat_sys_vmsplice").call?{

(name) = ("vmsplice")

(argstr) = (sprintf("%d, %p, %d, 0x%x", $fd, $iov32, $nr_segs, $flags))

}

probe syscall.vmsplice.return = kernel.function("sys_vmsplice").return?{

(name) = ("vmsplice")

(retstr) = (returnstr(1))

}

probe syscall.compat_vmsplice.return = kernel.function("compat_sys_vmsplice").return?{

(name) = ("vmsplice")

(retstr) = (returnstr(1))

}

probe syscall.wait4 = kernel.function("sys_wait4").call{

(name) = ("wait4")

(pid) = ((@defined($upid))?($upid):($pid))

(status_uaddr) = ($stat_addr)

(options) = ($options)

(options_str) = (_wait4_opt_str($options))

(rusage_uaddr) = ($ru)

(argstr) = (sprintf("%d, %p, %s, %p", (@defined($upid))?($upid):($pid), $stat_addr, _wait4_opt_str($options), $ru))

}

probe syscall.wait4.return = kernel.function("sys_wait4").return{

(name) = ("wait4")

(retstr) = (returnstr(1))

}

probe syscall.waitid = kernel.function("sys_waitid").call{

(name) = ("waitid")

(pid) = ((@defined($upid))?($upid):($pid))

(which) = ($which)

(which_str) = (_waitid_which_str($which))

(infop_uaddr) = ($infop)

(options) = ($options)

(options_str) = (_waitid_opt_str($options))

(rusage_uaddr) = ($ru)

(argstr) = (sprintf("%d, %d, %p, %s, %p", $which, (@defined($upid))?($upid):($pid), $infop, _waitid_opt_str($options), $ru))

}

probe syscall.waitid.return = kernel.function("sys_waitid").return{

(name) = ("waitid")

(retstr) = (returnstr(1))

}

probe syscall.write = kernel.function("sys_write").call{

(name) = ("write")

(fd) = ($fd)

(buf_uaddr) = ($buf)

(count) = ($count)
unt))
}
probe syscall.write.return = kernel.function("sys_write").return{
(name) = ("write")
(retstr) = (returnstr(1))
}
probe syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call{
(name) = ("writev")
(vector_uaddr) = ($vec)
(count) = ($vlen)
(fd) = ($fd)
(argstr) = (sprintf("%d, %p, %d", $fd, $vec, $vlen))
}
probe syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return{
(name) = ("writev")
(retstr) = (returnstr(1))
}

# file /usr/local/share/systemtap/tapset/syscalls_cfg_trunc.stp
global syscall_string_trunc = 50

# file /usr/local/share/systemtap/tapset/system.stp
function system (cmd)
%{
	_stp_ctl_write(STP_SYSTEM, THIS->cmd, strlen(THIS->cmd)+1);
%}

# file /usr/local/share/systemtap/tapset/target_set.stp
global _target_set
probe begin{
if (target()) (_target_set[target()]) = (stp_pid())

}
probe nd_syscall.fork.return{
(pid) = (returnval())
if ([pid] in _target_set) next

(ppid) = (pid())
if ([ppid] in _target_set) (_target_set[pid]) = (ppid)

}
probe nd_syscall.exit{
delete _target_set[pid()]
}
function target_set_pid (pid)
{
return [pid] in _target_set
}
function target_set_report ()
{
printf("target set:\\n")
foreach ([pid] in _target_set+) printf("%d begat %d\\n", _target_set[pid], pid)
}

# file /usr/local/share/systemtap/tapset/task.stp
%{
#include <linux/version.h>
#include <linux/file.h>
#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)
#include <linux/fdtable.h>
#endif
#ifndef STAPCONF_TASK_UID
#include <linux/cred.h>
#endif
%}function task_current ()
%{ /* pure */
    THIS->__retvalue = (long)current;
%}
function task_parent (task)
{
return (@defined(@cast(task, "task_struct", "kernel<linux/sched.h>")->real_parent))?(@cast(task, "task_struct", "kernel<linux/sched.h>")->real_parent):(@cast(task, "task_struct", "kernel<linux/sched.h>")->parent)
}
function task_state (task)
{
return @cast(task, "task_struct", "kernel<linux/sched.h>")->state
}
function task_execname (task)
{
return kernel_string(@cast(task, "task_struct", "kernel<linux/sched.h>")->comm)
}
function task_pid (task)
{
return @cast(task, "task_struct", "kernel<linux/sched.h>")->tgid
}
function pid2task (pid)
%{ /* pure */
    struct task_struct *t = NULL;
    pid_t t_pid  = (pid_t)(long)THIS->pid;
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,31)
    struct pid *p_pid = find_get_pid(t_pid);
    t = pid_task(p_pid, PIDTYPE_PID);
    put_pid(p_pid);
#else
    rcu_read_lock();
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
    t = find_task_by_vpid (t_pid);
#else
    t = find_task_by_pid (t_pid);
#endif /* 2.6.24 */
    rcu_read_unlock();
#endif /* 2.6.31 */
    THIS->__retvalue = (long)t;
%}
function pid2execname (pid)
{
(tsk) = (pid2task(pid))
if (tsk) return task_execname(tsk)

return ""
}
function task_tid (task)
{
return @cast(task, "task_struct", "kernel<linux/sched.h>")->pid
}
function task_gid (task)
%{ /* pure */
    struct task_struct *t = (struct task_struct *)(long)THIS->task;
#ifdef STAPCONF_TASK_UID
    THIS->__retvalue = kread(&(t->gid));
    CATCH_DEREF_FAULT();
#else
    /* XXX: We can't easily kread this rcu-protected field. */
    /* XXX: no task_gid() in 2.6.28 */
    struct cred *cred;
    rcu_read_lock();
    cred = get_task_cred (t);
    rcu_read_unlock();
    THIS->__retvalue = cred->gid;
#endif
%}
function task_egid (task)
%{ /* pure */
    struct task_struct *t = (struct task_struct *)(long)THIS->task;
#ifdef STAPCONF_TASK_UID
    THIS->__retvalue = kread(&(t->egid));
    CATCH_DEREF_FAULT();
#else
    /* XXX: We can't easily kread this rcu-protected field. */
    /* XXX: no task_egid() in 2.6.28 */
    struct cred *cred;
    rcu_read_lock();
    cred = get_task_cred (t);
    rcu_read_unlock();
    THIS->__retvalue = cred->egid;
#endif
%}
function task_uid (task)
%{ /* pure */
    struct task_struct *t = (struct task_struct *)(long)THIS->task;
#ifdef STAPCONF_TASK_UID
    THIS->__retva
(argstr) = (sprintf("%d, %s, %d", $fd, text_strn(user_string($buf), syscall_string_trunc, 1), $count))

}

probe syscall.write.return = kernel.function("sys_write").return{

(name) = ("write")

(retstr) = (returnstr(1))

}

probe syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call{

(name) = ("writev")

(vector_uaddr) = ($vec)

(count) = ($vlen)

(fd) = ($fd)

(argstr) = (sprintf("%d, %p, %d", $fd, $vec, $vlen))

}

probe syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return{

(name) = ("writev")

(retstr) = (returnstr(1))

}



# file /usr/local/share/systemtap/tapset/syscalls_cfg_trunc.stp

global syscall_string_trunc = 50



# file /usr/local/share/systemtap/tapset/system.stp

function system (cmd)

%{

	_stp_ctl_write(STP_SYSTEM, THIS->cmd, strlen(THIS->cmd)+1);

%}



# file /usr/local/share/systemtap/tapset/target_set.stp

global _target_set

probe begin{

if (target()) (_target_set[target()]) = (stp_pid())



}

probe nd_syscall.fork.return{

(pid) = (returnval())

if ([pid] in _target_set) next



(ppid) = (pid())

if ([ppid] in _target_set) (_target_set[pid]) = (ppid)



}

probe nd_syscall.exit{

delete _target_set[pid()]

}

function target_set_pid (pid)

{

return [pid] in _target_set

}

function target_set_report ()

{

printf("target set:\\n")

foreach ([pid] in _target_set+) printf("%d begat %d\\n", _target_set[pid], pid)

}



# file /usr/local/share/systemtap/tapset/task.stp

%{

#include <linux/version.h>

#include <linux/file.h>

#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)

#include <linux/fdtable.h>

#endif

#ifndef STAPCONF_TASK_UID

#include <linux/cred.h>

#endif

%}function task_current ()

%{ /* pure */

    THIS->__retvalue = (long)current;

%}

function task_parent (task)

{

return (@defined(@cast(task, "task_struct", "kernel<linux/sched.h>")->real_parent))?(@cast(task, "task_struct", "kernel<linux/sched.h>")->real_parent):(@cast(task, "task_struct", "kernel<linux/sched.h>")->parent)

}

function task_state (task)

{

return @cast(task, "task_struct", "kernel<linux/sched.h>")->state

}

function task_execname (task)

{

return kernel_string(@cast(task, "task_struct", "kernel<linux/sched.h>")->comm)

}

function task_pid (task)

{

return @cast(task, "task_struct", "kernel<linux/sched.h>")->tgid

}

function pid2task (pid)

%{ /* pure */

    struct task_struct *t = NULL;

    pid_t t_pid  = (pid_t)(long)THIS->pid;

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,31)

    struct pid *p_pid = find_get_pid(t_pid);

    t = pid_task(p_pid, PIDTYPE_PID);

    put_pid(p_pid);

#else

    rcu_read_lock();

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

    t = find_task_by_vpid (t_pid);

#else

    t = find_task_by_pid (t_pid);

#endif /* 2.6.24 */

    rcu_read_unlock();

#endif /* 2.6.31 */

    THIS->__retvalue = (long)t;

%}

function pid2execname (pid)

{

(tsk) = (pid2task(pid))

if (tsk) return task_execname(tsk)



return ""

}

function task_tid (task)

{

return @cast(task, "task_struct", "kernel<linux/sched.h>")->pid

}

function task_gid (task)

%{ /* pure */

    struct task_struct *t = (struct task_struct *)(long)THIS->task;

#ifdef STAPCONF_TASK_UID

    THIS->__retvalue = kread(&(t->gid));

    CATCH_DEREF_FAULT();

#else

    /* XXX: We can't easily kread this rcu-protected field. */

    /* XXX: no task_gid() in 2.6.28 */

    struct cred *cred;

    rcu_read_lock();

    cred = get_task_cred (t);

    rcu_read_unlock();

    THIS->__retvalue = cred->gid;

#endif

%}

function task_egid (task)

%{ /* pure */

    struct task_struct *t = (struct task_struct *)(long)THIS->task;

#ifdef STAPCONF_TASK_UID

    THIS->__retvalue = kread(&(t->egid));

    CATCH_DEREF_FAULT();

#else

    /* XXX: We can't easily kread this rcu-protected field. */

    /* XXX: no task_egid() in 2.6.28 */

    struct cred *cred;

    rcu_read_lock();

    cred = get_task_cred (t);

    rcu_read_unlock();

    THIS->__retvalue = cred->egid;

#endif

%}

function task_uid (task)

%{ /* pure */

    struct task_struct *t = (struct task_struct *)(long)THIS->task;

#ifdef STAPCONF_TASK_UID
lue = kread(&(t->uid));
    CATCH_DEREF_FAULT();
#else
    /* XXX: We can't easily kread this rcu-protected field. */
    THIS->__retvalue = task_uid (t);
#endif
%}
function task_euid (task)
%{ /* pure */
    struct task_struct *t = (struct task_struct *)(long)THIS->task;
#ifdef STAPCONF_TASK_UID
    THIS->__retvalue = kread(&(t->euid));
    CATCH_DEREF_FAULT();
#else
    /* XXX: We can't easily kread this rcu-protected field. */
    THIS->__retvalue = task_euid (t);
#endif
%}
function task_prio (task)
%{ /* pure */
    struct task_struct *t = (struct task_struct *)(long)THIS->task;
    THIS->__retvalue =  kread(&(t->prio)) - MAX_RT_PRIO;
    CATCH_DEREF_FAULT();
%}
function task_nice (task)
%{ /* pure */
    struct task_struct *t = (struct task_struct *)(long)THIS->task;
    THIS->__retvalue = kread(&(t->static_prio)) - MAX_RT_PRIO - 20;
    CATCH_DEREF_FAULT();
%}
function task_cpu (task)
{
(ti) = ((@defined(@cast(task, "task_struct", "kernel<linux/sched.h>")->stack))?(@cast(task, "task_struct", "kernel<linux/sched.h>")->stack):(@cast(task, "task_struct", "kernel<linux/sched.h>")->thread_info))
return @cast(ti, "thread_info", "kernel<linux/sched.h>")->cpu
}
function task_open_file_handles (task)
%{ /* pure */
    int locked = 0;
    unsigned int count=0, fd, max;
    struct task_struct *t;
    struct files_struct *fs;
    struct fdtable *f;
    t = (struct task_struct *)(long)THIS->task;
    fs = kread(&(t->files));
    f = kread(&(fs->fdt));
    rcu_read_lock();
    locked = 1;
    max = kread(&(f->max_fds));
    for (fd = 0; fd < max; fd++) {
                if ( kread(&(f->fd[fd])) != NULL)
                        count ++;
        }
    THIS->__retvalue = count;
    CATCH_DEREF_FAULT();
    if (locked)
        rcu_read_unlock();
%}
function task_max_file_handles (task)
%{ /* pure */
    int locked = 0;
    struct task_struct *t;
    struct files_struct *fs;
    struct fdtable *f;
    t = (struct task_struct *)(long)THIS->task;
    fs = kread (&(t->files));
    f = kread(&(fs->fdt));
    rcu_read_lock();
    locked = 1;
    THIS->__retvalue = kread(&(f->max_fds));
    CATCH_DEREF_FAULT();
    if (locked)
        rcu_read_unlock();
%}

# file /usr/local/share/systemtap/tapset/task_time.stp
%{
#include <linux/sched.h>		/* includes asm/cputime.h */
#include <linux/time.h>

/* RHEL4 (2.6.9) kernels don't have cputime_to_msecs */
#ifndef cputime_to_msecs
#define cputime_to_msecs(__ct)		jiffies_to_msecs(__ct)
#endif
%}function task_utime ()
%{ /* pure */ /* unprivileged */
  THIS->__retvalue = current->utime;
%}
function task_utime_tid (tid)
{
(task) = (pid2task(tid))
if ((task) != (0)) return @cast(task, "task_struct", "kernel<linux/sched.h>")->utime
else return 0

}
function task_stime ()
%{ /* pure */ /* unprivileged */
  THIS->__retvalue = current->stime;
%}
function task_stime_tid (tid)
{
(task) = (pid2task(tid))
if ((task) != (0)) return @cast(task, "task_struct", "kernel<linux/sched.h>")->stime
else return 0

}
function cputime_to_msecs (cputime)
%{ /* pure */ /* unprivileged */
  THIS->__retvalue = cputime_to_msecs (THIS->cputime);
%}
function msecs_to_string (msecs)
{
(ms) = ((msecs) % (1000))
(secs) = ((msecs) / (1000))
(mins) = ((secs) / (60))
(secs) = ((secs) % (60))
return sprintf("%dm%d.%.3ds", mins, secs, ms)
}
function cputime_to_string (cputime)
{
return msecs_to_string(cputime_to_msecs(cputime))
}
function task_time_string ()
{
return sprintf("usr: %s, sys: %s", cputime_to_string(task_utime()), cputime_to_string(task_stime()))
}
function task_time_string_tid (tid)
{
return sprintf("usr: %s, sys: %s", cputime_to_string(task_utime_tid(tid)), cputime_to_string(task_stime_tid(tid)))
}

# file /usr/local/share/systemtap/tapset/tcp.stp
%{
#include <linux/version.h>
#include <net/sock.h>
#include <net/tcp.h>
#include <net/ip.h>
#include <linux/skbuff.h>
%}global sockstate[13]
global sockstate_init_p
global sockopt[15]
global sockopt_init_p
probe tcp.sendmsg = kernel.funct
    THIS->__retvalue = kread(&(t->uid));

    CATCH_DEREF_FAULT();

#else

    /* XXX: We can't easily kread this rcu-protected field. */

    THIS->__retvalue = task_uid (t);

#endif

%}

function task_euid (task)

%{ /* pure */

    struct task_struct *t = (struct task_struct *)(long)THIS->task;

#ifdef STAPCONF_TASK_UID

    THIS->__retvalue = kread(&(t->euid));

    CATCH_DEREF_FAULT();

#else

    /* XXX: We can't easily kread this rcu-protected field. */

    THIS->__retvalue = task_euid (t);

#endif

%}

function task_prio (task)

%{ /* pure */

    struct task_struct *t = (struct task_struct *)(long)THIS->task;

    THIS->__retvalue =  kread(&(t->prio)) - MAX_RT_PRIO;

    CATCH_DEREF_FAULT();

%}

function task_nice (task)

%{ /* pure */

    struct task_struct *t = (struct task_struct *)(long)THIS->task;

    THIS->__retvalue = kread(&(t->static_prio)) - MAX_RT_PRIO - 20;

    CATCH_DEREF_FAULT();

%}

function task_cpu (task)

{

(ti) = ((@defined(@cast(task, "task_struct", "kernel<linux/sched.h>")->stack))?(@cast(task, "task_struct", "kernel<linux/sched.h>")->stack):(@cast(task, "task_struct", "kernel<linux/sched.h>")->thread_info))

return @cast(ti, "thread_info", "kernel<linux/sched.h>")->cpu

}

function task_open_file_handles (task)

%{ /* pure */

    int locked = 0;

    unsigned int count=0, fd, max;

    struct task_struct *t;

    struct files_struct *fs;

    struct fdtable *f;

    t = (struct task_struct *)(long)THIS->task;

    fs = kread(&(t->files));

    f = kread(&(fs->fdt));

    rcu_read_lock();

    locked = 1;

    max = kread(&(f->max_fds));

    for (fd = 0; fd < max; fd++) {

                if ( kread(&(f->fd[fd])) != NULL)

                        count ++;

        }

    THIS->__retvalue = count;

    CATCH_DEREF_FAULT();

    if (locked)

        rcu_read_unlock();

%}

function task_max_file_handles (task)

%{ /* pure */

    int locked = 0;

    struct task_struct *t;

    struct files_struct *fs;

    struct fdtable *f;

    t = (struct task_struct *)(long)THIS->task;

    fs = kread (&(t->files));

    f = kread(&(fs->fdt));

    rcu_read_lock();

    locked = 1;

    THIS->__retvalue = kread(&(f->max_fds));

    CATCH_DEREF_FAULT();

    if (locked)

        rcu_read_unlock();

%}



# file /usr/local/share/systemtap/tapset/task_time.stp

%{

#include <linux/sched.h>		/* includes asm/cputime.h */

#include <linux/time.h>



/* RHEL4 (2.6.9) kernels don't have cputime_to_msecs */

#ifndef cputime_to_msecs

#define cputime_to_msecs(__ct)		jiffies_to_msecs(__ct)

#endif

%}function task_utime ()

%{ /* pure */ /* unprivileged */

  THIS->__retvalue = current->utime;

%}

function task_utime_tid (tid)

{

(task) = (pid2task(tid))

if ((task) != (0)) return @cast(task, "task_struct", "kernel<linux/sched.h>")->utime

else return 0



}

function task_stime ()

%{ /* pure */ /* unprivileged */

  THIS->__retvalue = current->stime;

%}

function task_stime_tid (tid)

{

(task) = (pid2task(tid))

if ((task) != (0)) return @cast(task, "task_struct", "kernel<linux/sched.h>")->stime

else return 0



}

function cputime_to_msecs (cputime)

%{ /* pure */ /* unprivileged */

  THIS->__retvalue = cputime_to_msecs (THIS->cputime);

%}

function msecs_to_string (msecs)

{

(ms) = ((msecs) % (1000))

(secs) = ((msecs) / (1000))

(mins) = ((secs) / (60))

(secs) = ((secs) % (60))

return sprintf("%dm%d.%.3ds", mins, secs, ms)

}

function cputime_to_string (cputime)

{

return msecs_to_string(cputime_to_msecs(cputime))

}

function task_time_string ()

{

return sprintf("usr: %s, sys: %s", cputime_to_string(task_utime()), cputime_to_string(task_stime()))

}

function task_time_string_tid (tid)

{

return sprintf("usr: %s, sys: %s", cputime_to_string(task_utime_tid(tid)), cputime_to_string(task_stime_tid(tid)))

}



# file /usr/local/share/systemtap/tapset/tcp.stp

%{

#include <linux/version.h>

#include <net/sock.h>

#include <net/tcp.h>

#include <net/ip.h>

#include <linux/skbuff.h>

%}global sockstate[13]

global sockstate_init_p

global sockopt[15]

global sockopt_init_p
ion("tcp_sendmsg"){
(name) = ("tcp.sendmsg")
(sock) = ((@defined($sock))?($sock):($sk))
(size) = ($size)
}
probe tcp.sendmsg.return = kernel.function("tcp_sendmsg").return{
(name) = ("tcp.sendmsg")
(size) = ($return)
}
probe tcp.recvmsg = kernel.function("tcp_recvmsg"){
(name) = ("tcp.recvmsg")
(sock) = ($sk)
(size) = ($len)
(saddr) = (ip_ntop(__ip_sock_saddr($sk)))
(daddr) = (ip_ntop(__ip_sock_daddr($sk)))
(sport) = (__tcp_sock_sport($sk))
(dport) = (__tcp_sock_dport($sk))
}
probe tcp.recvmsg.return = kernel.function("tcp_recvmsg").return{
(name) = ("tcp.recvmsg")
(size) = ($return)
(saddr) = (ip_ntop(__ip_sock_saddr($sk)))
(daddr) = (ip_ntop(__ip_sock_daddr($sk)))
(sport) = (__tcp_sock_sport($sk))
(dport) = (__tcp_sock_dport($sk))
}
probe tcp.disconnect = kernel.function("tcp_disconnect"){
(name) = ("tcp.disconnect")
(sock) = ($sk)
(flags) = ($flags)
(saddr) = (ip_ntop(__ip_sock_saddr($sk)))
(daddr) = (ip_ntop(__ip_sock_daddr($sk)))
(sport) = (__tcp_sock_sport($sk))
(dport) = (__tcp_sock_dport($sk))
}
probe tcp.disconnect.return = kernel.function("tcp_disconnect").return{
(name) = ("tcp.disconnect")
(ret) = ($return)
}
probe tcp.setsockopt = kernel.function("tcp_setsockopt"){
(name) = ("tcp.setsockopt")
(sock) = ($sk)
(level) = ($level)
(optname) = ($optname)
(optstr) = (tcp_sockopt_str($optname))
(optlen) = ($optlen)
}
probe tcp.setsockopt.return = kernel.function("tcp_setsockopt").return{
(name) = ("tcp.setsockopt")
(ret) = ($return)
}
probe tcp.receive = kernel.function("tcp_v4_rcv"){
(name) = ("tcp.receive")
(iphdr) = (__get_skb_iphdr($skb))
(saddr) = (ip_ntop(__ip_skb_saddr(iphdr)))
(daddr) = (ip_ntop(__ip_skb_daddr(iphdr)))
(protocol) = (__ip_skb_proto(iphdr))
(tcphdr) = (__get_skb_tcphdr($skb))
(dport) = (__tcp_skb_dport(tcphdr))
(sport) = (__tcp_skb_sport(tcphdr))
(urg) = (__tcp_skb_urg(tcphdr))
(ack) = (__tcp_skb_ack(tcphdr))
(psh) = (__tcp_skb_psh(tcphdr))
(rst) = (__tcp_skb_rst(tcphdr))
(syn) = (__tcp_skb_syn(tcphdr))
(fin) = (__tcp_skb_fin(tcphdr))
}
function tcp_get_info_rto (sock)
%{ /* pure */
	struct sock *sk = (struct sock *)(long) THIS->sock;
#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)
	struct tcp_opt *tp = tcp_sk(sk);
	THIS->__retvalue = (int64_t) jiffies_to_usecs(kread(&(tp->rto)));
#else
	const struct inet_connection_sock *icsk = inet_csk(sk);
	THIS->__retvalue = (int64_t) jiffies_to_usecs(kread(&(icsk->icsk_rto)));
#endif
	CATCH_DEREF_FAULT();
%}
function tcp_get_info_snd_cwnd (sock)
%{ /* pure */
	struct sock *sk = (struct sock *)(long) THIS->sock;
#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)
	struct tcp_opt *tp = tcp_sk(sk);
#else
	struct tcp_sock *tp = tcp_sk(sk);
#endif
	THIS->__retvalue = (int64_t) kread(&(tp->snd_cwnd));
	CATCH_DEREF_FAULT();
%}
function tcp_ts_get_info_state (sock)
%{ /* pure */
	struct sock *sk = (struct sock *)(long) THIS->sock;
	THIS->__retvalue = (int64_t) kread(&(sk->sk_state));
	CATCH_DEREF_FAULT();
%}
function __tcp_sock_dport (sock)
{
return (@defined(@cast(sock, "inet_sock")->inet_dport))?(@cast(sock, "inet_sock")->inet_dport):((@defined(@cast(sock, "inet_sock")->dport))?(@cast(sock, "inet_sock", "kernel")->dport):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->dport))
}
function __get_skb_tcphdr_new (skb)
%{ /* pure */
	struct sk_buff *skb;
	skb = (struct sk_buff *)(long)THIS->skb;
	/* as done by skb_transport_header() */
	#ifdef NET_SKBUFF_DATA_USES_OFFSET
		THIS->__retvalue = (long)(kread(&(skb->head)) + kread(&(skb->transport_header)));
	#else
		THIS->__retvalue = (long)kread(&(skb->transport_header));
	#endif
	CATCH_DEREF_FAULT();
%}
function __get_skb_tcphdr (skb)
{
return __get_skb_tcphdr_new(skb)
}
function __tcp_skb_urg (tcphdr)
{
return @cast(tcphdr, "tcphdr")->urg
}
function __tcp_skb_ack (tcphdr)
{
return @cast(tcphdr, "tcphdr")->ack
}
function __tcp_skb_psh (tcphdr)
{
return @cast(tcphdr, "tcphdr")->psh
}
function __tcp_skb_rst (tcphdr)
{
return @cast(tcphdr, "tcphdr")->rst
}
function __tcp_skb_syn (tcphdr)
{
probe tcp.sendmsg = kernel.function("tcp_sendmsg"){

(name) = ("tcp.sendmsg")

(sock) = ((@defined($sock))?($sock):($sk))

(size) = ($size)

}

probe tcp.sendmsg.return = kernel.function("tcp_sendmsg").return{

(name) = ("tcp.sendmsg")

(size) = ($return)

}

probe tcp.recvmsg = kernel.function("tcp_recvmsg"){

(name) = ("tcp.recvmsg")

(sock) = ($sk)

(size) = ($len)

(saddr) = (ip_ntop(__ip_sock_saddr($sk)))

(daddr) = (ip_ntop(__ip_sock_daddr($sk)))

(sport) = (__tcp_sock_sport($sk))

(dport) = (__tcp_sock_dport($sk))

}

probe tcp.recvmsg.return = kernel.function("tcp_recvmsg").return{

(name) = ("tcp.recvmsg")

(size) = ($return)

(saddr) = (ip_ntop(__ip_sock_saddr($sk)))

(daddr) = (ip_ntop(__ip_sock_daddr($sk)))

(sport) = (__tcp_sock_sport($sk))

(dport) = (__tcp_sock_dport($sk))

}

probe tcp.disconnect = kernel.function("tcp_disconnect"){

(name) = ("tcp.disconnect")

(sock) = ($sk)

(flags) = ($flags)

(saddr) = (ip_ntop(__ip_sock_saddr($sk)))

(daddr) = (ip_ntop(__ip_sock_daddr($sk)))

(sport) = (__tcp_sock_sport($sk))

(dport) = (__tcp_sock_dport($sk))

}

probe tcp.disconnect.return = kernel.function("tcp_disconnect").return{

(name) = ("tcp.disconnect")

(ret) = ($return)

}

probe tcp.setsockopt = kernel.function("tcp_setsockopt"){

(name) = ("tcp.setsockopt")

(sock) = ($sk)

(level) = ($level)

(optname) = ($optname)

(optstr) = (tcp_sockopt_str($optname))

(optlen) = ($optlen)

}

probe tcp.setsockopt.return = kernel.function("tcp_setsockopt").return{

(name) = ("tcp.setsockopt")

(ret) = ($return)

}

probe tcp.receive = kernel.function("tcp_v4_rcv"){

(name) = ("tcp.receive")

(iphdr) = (__get_skb_iphdr($skb))

(saddr) = (ip_ntop(__ip_skb_saddr(iphdr)))

(daddr) = (ip_ntop(__ip_skb_daddr(iphdr)))

(protocol) = (__ip_skb_proto(iphdr))

(tcphdr) = (__get_skb_tcphdr($skb))

(dport) = (__tcp_skb_dport(tcphdr))

(sport) = (__tcp_skb_sport(tcphdr))

(urg) = (__tcp_skb_urg(tcphdr))

(ack) = (__tcp_skb_ack(tcphdr))

(psh) = (__tcp_skb_psh(tcphdr))

(rst) = (__tcp_skb_rst(tcphdr))

(syn) = (__tcp_skb_syn(tcphdr))

(fin) = (__tcp_skb_fin(tcphdr))

}

function tcp_get_info_rto (sock)

%{ /* pure */

	struct sock *sk = (struct sock *)(long) THIS->sock;

#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)

	struct tcp_opt *tp = tcp_sk(sk);

	THIS->__retvalue = (int64_t) jiffies_to_usecs(kread(&(tp->rto)));

#else

	const struct inet_connection_sock *icsk = inet_csk(sk);

	THIS->__retvalue = (int64_t) jiffies_to_usecs(kread(&(icsk->icsk_rto)));

#endif

	CATCH_DEREF_FAULT();

%}

function tcp_get_info_snd_cwnd (sock)

%{ /* pure */

	struct sock *sk = (struct sock *)(long) THIS->sock;

#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)

	struct tcp_opt *tp = tcp_sk(sk);

#else

	struct tcp_sock *tp = tcp_sk(sk);

#endif

	THIS->__retvalue = (int64_t) kread(&(tp->snd_cwnd));

	CATCH_DEREF_FAULT();

%}

function tcp_ts_get_info_state (sock)

%{ /* pure */

	struct sock *sk = (struct sock *)(long) THIS->sock;

	THIS->__retvalue = (int64_t) kread(&(sk->sk_state));

	CATCH_DEREF_FAULT();

%}

function __tcp_sock_dport (sock)

{

return (@defined(@cast(sock, "inet_sock")->inet_dport))?(@cast(sock, "inet_sock")->inet_dport):((@defined(@cast(sock, "inet_sock")->dport))?(@cast(sock, "inet_sock", "kernel")->dport):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->dport))

}

function __get_skb_tcphdr_new (skb)

%{ /* pure */

	struct sk_buff *skb;

	skb = (struct sk_buff *)(long)THIS->skb;

	/* as done by skb_transport_header() */

	#ifdef NET_SKBUFF_DATA_USES_OFFSET

		THIS->__retvalue = (long)(kread(&(skb->head)) + kread(&(skb->transport_header)));

	#else

		THIS->__retvalue = (long)kread(&(skb->transport_header));

	#endif

	CATCH_DEREF_FAULT();

%}

function __get_skb_tcphdr (skb)

{

return __get_skb_tcphdr_new(skb)

}

function __tcp_skb_urg (tcphdr)

{

return @cast(tcphdr, "tcphdr")->urg

}

function __tcp_skb_ack (tcphdr)

{

return @cast(tcphdr, "tcphdr")->ack

}

function __tcp_skb_psh (tcphdr)

{

return @cast(tcphdr, "tcphdr")->psh

}

function __tcp_skb_rst (tcphdr)

{

return @cast(tcphdr, "tcphdr")->rst

}

function __tcp_skb_syn (tcphdr)

return @cast(tcphdr, "tcphdr")->syn
}
function __tcp_skb_fin (tcphdr)
{
return @cast(tcphdr, "tcphdr")->fin
}
function __tcp_skb_sport (tcphdr)
{
return ntohs(@cast(tcphdr, "tcphdr")->source)
}
function __tcp_skb_dport (tcphdr)
{
return @cast(tcphdr, "tcphdr")->dest
}
function __tcp_sock_sport (sock)
{
return (@defined(@cast(sock, "inet_sock")->inet_sport))?(@cast(sock, "inet_sock")->inet_sport):((@defined(@cast(sock, "inet_sock")->sport))?(@cast(sock, "inet_sock", "kernel")->sport):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->sport))
}
function tcp_sockstate_str (state)
{
if (!(sockstate_init_p)) {
(sockstate_init_p) = (1)
(sockstate[1]) = ("TCP_ESTABLISHED")
(sockstate[2]) = ("TCP_SYN_SENT")
(sockstate[3]) = ("TCP_SYN_RECV")
(sockstate[4]) = ("TCP_FIN_WAIT1")
(sockstate[5]) = ("TCP_FIN_WAIT2")
(sockstate[6]) = ("TCP_TIME_WAIT")
(sockstate[7]) = ("TCP_CLOSE")
(sockstate[8]) = ("TCP_CLOSE_WAIT")
(sockstate[9]) = ("TCP_LAST_ACK")
(sockstate[10]) = ("TCP_LISTEN")
(sockstate[11]) = ("TCP_CLOSING")
(sockstate[12]) = ("TCP_MAX_STATES")
}

return ([state] in sockstate)?(sockstate[state]):("UNDEF")
}
function tcp_ts_get_info_snd_ssthresh (sock)
%{ /* pure */
	struct sock *sk = (struct sock *)(long) THIS->sock;
#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)
	struct tcp_opt *tp = tcp_sk(sk);
#else
	struct tcp_sock *tp = tcp_sk(sk);
#endif
	THIS->__retvalue = (int64_t) kread(&(tp->snd_ssthresh));
	CATCH_DEREF_FAULT();
%}
function tcp_ts_get_info_rcv_mss (sock)
%{ /* pure */
	struct sock *sk = (struct sock *)(long) THIS->sock;
#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)
	struct tcp_opt *tp = tcp_sk(sk);
	THIS->__retvalue = (int64_t) kread(&(tp->ack.rcv_mss));
#else
	const struct inet_connection_sock *icsk = inet_csk(sk);
	THIS->__retvalue = (int64_t) kread(&(icsk->icsk_ack.rcv_mss));
#endif
	CATCH_DEREF_FAULT();
%}
function tcp_sockopt_str (optname)
{
if (!(sockopt_init_p)) {
(sockopt_init_p) = (1)
(sockopt[1]) = ("TCP_NODELAY")
(sockopt[2]) = ("TCP_MAXSEG")
(sockopt[3]) = ("TCP_CORK")
(sockopt[4]) = ("TCP_KEEPIDLE")
(sockopt[5]) = ("TCP_KEEPINTVL")
(sockopt[6]) = ("TCP_KEEPCNT")
(sockopt[7]) = ("TCP_SYNCNT")
(sockopt[8]) = ("TCP_LINGER2")
(sockopt[9]) = ("TCP_DEFER_ACCEPT")
(sockopt[10]) = ("TCP_WINDOW_CLAMP")
(sockopt[11]) = ("TCP_INFO")
(sockopt[12]) = ("TCP_QUICKACK")
(sockopt[13]) = ("TCP_CONGESTION")
(sockopt[14]) = ("TCP_MD5SIG")
}

return ([optname] in sockopt)?(sockopt[optname]):("UNDEF")
}

# file /usr/local/share/systemtap/tapset/tcpmib.stp
%{
#include <net/sock.h>
#include <linux/tcp.h>
#include <linux/skbuff.h>
#include <net/route.h>
%}global ActiveOpens
global AttemptFails
global CurrEstab
global EstabResets
global InSegs
global OutRsts
global OutSegs
global PassiveOpens
global RetransSegs
probe tcpmib.ActiveOpens = kernel.function("tcp_connect").return{
(sk) = ($sk)
(op) = (1)
if ($return) next

(key) = (tcpmib_filter_key($sk, op))
if (key) (ActiveOpens[key]) += (op)

}
probe tcpmib.AttemptFails = kernel.function("tcp_done").call?{
(sk) = ($sk)
(state) = (tcpmib_get_state($sk))
(op) = (1)
(TCP_SYN_SENT) = (2)
(TCP_SYN_RECV) = (3)
if (((state) == (TCP_SYN_SENT)) || ((state) == (TCP_SYN_RECV))) {
(key) = (tcpmib_filter_key($sk, op))
if (key) (AttemptFails[key]) += (op)

}

}
probe tcpmib.CurrEstab = kernel.function("tcp_set_state").call?{
(sk) = ($sk)
(state) = ($state)
(oldstate) = (tcpmib_get_state($sk))
(TCP_ESTABLISHED) = (1)
if ((oldstate) == (TCP_ESTABLISHED)) {
(op) = (-(1))
(key) = (tcpmib_filter_key($sk, op))
if (key) (CurrEstab[key]) += (op)

}
else {
if ((state) == (TCP_ESTABLISHED)) {
(op) = (1)
(key) = (tcpmib_filter_key($sk, op))
if (key) (CurrEstab[key]) += (op)

}

}

}
probe tcpmib.EstabResets = kernel.function("tcp_set_state").call?{
(sk) = ($sk)
(state) = ($state)
(oldstate) = (tcpmib_get_state($sk))
(op) = (1)
(TCP_CLOSE) = (7)
(TCP_CLOSE_WAIT) = (8)
(TCP_ESTABLISHED) = (1)
if (((state) == (TCP_CLOSE)) && (((oldstate) == (TCP_CLOSE_WAI
{

return @cast(tcphdr, "tcphdr")->syn

}

function __tcp_skb_fin (tcphdr)

{

return @cast(tcphdr, "tcphdr")->fin

}

function __tcp_skb_sport (tcphdr)

{

return ntohs(@cast(tcphdr, "tcphdr")->source)

}

function __tcp_skb_dport (tcphdr)

{

return @cast(tcphdr, "tcphdr")->dest

}

function __tcp_sock_sport (sock)

{

return (@defined(@cast(sock, "inet_sock")->inet_sport))?(@cast(sock, "inet_sock")->inet_sport):((@defined(@cast(sock, "inet_sock")->sport))?(@cast(sock, "inet_sock", "kernel")->sport):(@cast(sock, "inet_sock", "kernel<net/ip.h>")->inet->sport))

}

function tcp_sockstate_str (state)

{

if (!(sockstate_init_p)) {

(sockstate_init_p) = (1)

(sockstate[1]) = ("TCP_ESTABLISHED")

(sockstate[2]) = ("TCP_SYN_SENT")

(sockstate[3]) = ("TCP_SYN_RECV")

(sockstate[4]) = ("TCP_FIN_WAIT1")

(sockstate[5]) = ("TCP_FIN_WAIT2")

(sockstate[6]) = ("TCP_TIME_WAIT")

(sockstate[7]) = ("TCP_CLOSE")

(sockstate[8]) = ("TCP_CLOSE_WAIT")

(sockstate[9]) = ("TCP_LAST_ACK")

(sockstate[10]) = ("TCP_LISTEN")

(sockstate[11]) = ("TCP_CLOSING")

(sockstate[12]) = ("TCP_MAX_STATES")

}



return ([state] in sockstate)?(sockstate[state]):("UNDEF")

}

function tcp_ts_get_info_snd_ssthresh (sock)

%{ /* pure */

	struct sock *sk = (struct sock *)(long) THIS->sock;

#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)

	struct tcp_opt *tp = tcp_sk(sk);

#else

	struct tcp_sock *tp = tcp_sk(sk);

#endif

	THIS->__retvalue = (int64_t) kread(&(tp->snd_ssthresh));

	CATCH_DEREF_FAULT();

%}

function tcp_ts_get_info_rcv_mss (sock)

%{ /* pure */

	struct sock *sk = (struct sock *)(long) THIS->sock;

#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,10)

	struct tcp_opt *tp = tcp_sk(sk);

	THIS->__retvalue = (int64_t) kread(&(tp->ack.rcv_mss));

#else

	const struct inet_connection_sock *icsk = inet_csk(sk);

	THIS->__retvalue = (int64_t) kread(&(icsk->icsk_ack.rcv_mss));

#endif

	CATCH_DEREF_FAULT();

%}

function tcp_sockopt_str (optname)

{

if (!(sockopt_init_p)) {

(sockopt_init_p) = (1)

(sockopt[1]) = ("TCP_NODELAY")

(sockopt[2]) = ("TCP_MAXSEG")

(sockopt[3]) = ("TCP_CORK")

(sockopt[4]) = ("TCP_KEEPIDLE")

(sockopt[5]) = ("TCP_KEEPINTVL")

(sockopt[6]) = ("TCP_KEEPCNT")

(sockopt[7]) = ("TCP_SYNCNT")

(sockopt[8]) = ("TCP_LINGER2")

(sockopt[9]) = ("TCP_DEFER_ACCEPT")

(sockopt[10]) = ("TCP_WINDOW_CLAMP")

(sockopt[11]) = ("TCP_INFO")

(sockopt[12]) = ("TCP_QUICKACK")

(sockopt[13]) = ("TCP_CONGESTION")

(sockopt[14]) = ("TCP_MD5SIG")

}



return ([optname] in sockopt)?(sockopt[optname]):("UNDEF")

}



# file /usr/local/share/systemtap/tapset/tcpmib.stp

%{

#include <net/sock.h>

#include <linux/tcp.h>

#include <linux/skbuff.h>

#include <net/route.h>

%}global ActiveOpens

global AttemptFails

global CurrEstab

global EstabResets

global InSegs

global OutRsts

global OutSegs

global PassiveOpens

global RetransSegs

probe tcpmib.ActiveOpens = kernel.function("tcp_connect").return{

(sk) = ($sk)

(op) = (1)

if ($return) next



(key) = (tcpmib_filter_key($sk, op))

if (key) (ActiveOpens[key]) += (op)



}

probe tcpmib.AttemptFails = kernel.function("tcp_done").call?{

(sk) = ($sk)

(state) = (tcpmib_get_state($sk))

(op) = (1)

(TCP_SYN_SENT) = (2)

(TCP_SYN_RECV) = (3)

if (((state) == (TCP_SYN_SENT)) || ((state) == (TCP_SYN_RECV))) {

(key) = (tcpmib_filter_key($sk, op))

if (key) (AttemptFails[key]) += (op)



}



}

probe tcpmib.CurrEstab = kernel.function("tcp_set_state").call?{

(sk) = ($sk)

(state) = ($state)

(oldstate) = (tcpmib_get_state($sk))

(TCP_ESTABLISHED) = (1)

if ((oldstate) == (TCP_ESTABLISHED)) {

(op) = (-(1))

(key) = (tcpmib_filter_key($sk, op))

if (key) (CurrEstab[key]) += (op)



}

else {

if ((state) == (TCP_ESTABLISHED)) {

(op) = (1)

(key) = (tcpmib_filter_key($sk, op))

if (key) (CurrEstab[key]) += (op)



}



}



}

probe tcpmib.EstabResets = kernel.function("tcp_set_state").call?{

(sk) = ($sk)

(state) = ($state)

(oldstate) = (tcpmib_get_state($sk))

(op) = (1)

(TCP_CLOSE) = (7)

(TCP_CLOSE_WAIT) = (8)

(TCP_ESTABLISHED) = (1)
T)) || ((oldstate) == (TCP_ESTABLISHED)))) {
(key) = (tcpmib_filter_key($sk, op))
if (key) (EstabResets[key]) += (op)

}

}
probe tcpmib.InSegs = kernel.function("__inet_lookup_established").return!, kernel.function("tcp_v4_rcv"){
if (@defined($return)) {
(sk) = ($return)
(key) = (tcpmib_filter_key($return, op))
}
else {
(sk) = (0)
(key) = (ipmib_filter_key($skb, op, 0))
}

(op) = (1)
if (key) (InSegs[key]) += (op)

}
probe tcpmib.OutRsts = __tcpmib.OutRsts.*{
}
probe __tcpmib.OutRsts.tcp_v4_send_reset = kernel.function("tcp_v4_send_reset"){
(sk) = ((@defined($sk))?($sk):(0))
(op) = (1)
if (_is_reset($skb)) next

if ((_tcpmib_input_route_type($skb)) != (_rtn_local())) next

(key) = ((@defined($sk))?(tcpmib_filter_key(sk, op)):(ipmib_filter_key($skb, op, 1)))
if (key) (OutRsts[key]) += (op)

}
probe __tcpmib.OutRsts.tcp_send_active_reset = kernel.function("tcp_send_active_reset"){
(sk) = ($sk)
(op) = (1)
(key) = (tcpmib_filter_key($sk, op))
if (key) (OutRsts[key]) += (op)

}
probe tcpmib.OutSegs = kernel.function("ip_queue_xmit").return{
if (($return) < (0)) next

(sk) = ($skb->sk)
(op) = (1)
(iphdr) = (__get_skb_iphdr($skb))
if (!((__ip_skb_proto(iphdr)) == (6))) next

(key) = (tcpmib_filter_key(sk, op))
if (key) (OutSegs[key]) += (op)

}
probe tcpmib.PassiveOpens = kernel.function("tcp_v4_syn_recv_sock").return{
(sk) = ($return)
(op) = (1)
if (!(sk)) next

(key) = (tcpmib_filter_key(sk, op))
if (key) (PassiveOpens[key]) += (op)

}
probe tcpmib.RetransSegs = kernel.function("tcp_retransmit_skb").return{
(sk) = ($sk)
(op) = (1)
if ($return) next

(key) = (tcpmib_filter_key($sk, op))
if (key) (RetransSegs[key]) += (op)

}
function tcpmib_get_state (sk)
{
return @cast(sk, "sock", "kernel")->__sk_common->skc_state
}
function tcpmib_local_addr (sk)
{
return ntohl(__ip_sock_saddr(sk))
}
function tcpmib_remote_addr (sk)
{
return ntohl(__ip_sock_daddr(sk))
}
function tcpmib_local_port (sk)
{
return ntohs(__tcp_sock_sport(sk))
}
function tcpmib_remote_port (sk)
{
return ntohs(__tcp_sock_dport(sk))
}
function _rtn_local ()
%{
        THIS->__retvalue = RTN_LOCAL;
%}
function _is_reset (skb)
%{ /* pure */
        struct tcphdr *th;
        struct sk_buff *skb = (struct sk_buff *)(long)THIS->skb;

	#if LINUX_VERSION_CODE <= KERNEL_VERSION(2,6,21)
		th = (struct tcphdr *)kread(&(skb->h.th));
	#else

	#ifdef NET_SKBUFF_DATA_USES_OFFSET
		th = (struct tcphdr *)(kread(&(skb->network_header)) + kread(&(skb->head)));
	#else
		th = (struct tcphdr *)kread(&(skb->network_header));
	#endif
	#endif
        THIS->__retvalue = th->rst;
        CATCH_DEREF_FAULT();
%}
function _tcpmib_input_route_type (skb)
%{ /* pure */
	struct rtable *rt;
	struct sk_buff *skb = (struct sk_buff *)(long)THIS->skb;

	#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,35)
		rt = (struct rtable *)kread(&(skb->_skb_refdst));
	#else

	#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,31)
		rt = (struct rtable *)kread(&(skb->_skb_dst));
	#else

	#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,26)
		rt = (struct rtable *)kread(&(skb->dst));
	#else
		rt = (struct rtable *)kread(&(skb->rtable));
	#endif
	#endif
	#endif

	if ( rt )
		THIS->__retvalue = kread(&(rt->rt_type));
	else
		THIS->__retvalue = RTN_UNSPEC;
	CATCH_DEREF_FAULT();
%}

# file /usr/local/share/systemtap/tapset/timestamp.stp
function get_cycles ()
%{ /* pure */ /* unprivileged */
  cycles_t c = get_cycles();
  THIS->__retvalue = (int64_t) c;
%}

# file /usr/local/share/systemtap/tapset/timestamp_gtod.stp
%{
#define STAP_NEED_GETTIMEOFDAY 1
%}function gettimeofday_ns ()
%{ /* pure */ /* unprivileged */
  /* NOTE: we can't use do_gettimeofday because we could be called from a
   * context where xtime_lock is already held.  See bug #2525. */
  THIS->__retvalue = _stp_gettimeofday_ns();
  if (THIS->__retvalue < 0)
    CONTEXT->last_error = "gettimeofday not initialized";
%}
function gettimeofday_us ()
{
return (gettimeofday_ns()) / (1000)
}
function gettimeofday_
if (((state) == (TCP_CLOSE)) && (((oldstate) == (TCP_CLOSE_WAIT)) || ((oldstate) == (TCP_ESTABLISHED)))) {

(key) = (tcpmib_filter_key($sk, op))

if (key) (EstabResets[key]) += (op)



}



}

probe tcpmib.InSegs = kernel.function("__inet_lookup_established").return!, kernel.function("tcp_v4_rcv"){

if (@defined($return)) {

(sk) = ($return)

(key) = (tcpmib_filter_key($return, op))

}

else {

(sk) = (0)

(key) = (ipmib_filter_key($skb, op, 0))

}



(op) = (1)

if (key) (InSegs[key]) += (op)



}

probe tcpmib.OutRsts = __tcpmib.OutRsts.*{

}

probe __tcpmib.OutRsts.tcp_v4_send_reset = kernel.function("tcp_v4_send_reset"){

(sk) = ((@defined($sk))?($sk):(0))

(op) = (1)

if (_is_reset($skb)) next



if ((_tcpmib_input_route_type($skb)) != (_rtn_local())) next



(key) = ((@defined($sk))?(tcpmib_filter_key(sk, op)):(ipmib_filter_key($skb, op, 1)))

if (key) (OutRsts[key]) += (op)



}

probe __tcpmib.OutRsts.tcp_send_active_reset = kernel.function("tcp_send_active_reset"){

(sk) = ($sk)

(op) = (1)

(key) = (tcpmib_filter_key($sk, op))

if (key) (OutRsts[key]) += (op)



}

probe tcpmib.OutSegs = kernel.function("ip_queue_xmit").return{

if (($return) < (0)) next



(sk) = ($skb->sk)

(op) = (1)

(iphdr) = (__get_skb_iphdr($skb))

if (!((__ip_skb_proto(iphdr)) == (6))) next



(key) = (tcpmib_filter_key(sk, op))

if (key) (OutSegs[key]) += (op)



}

probe tcpmib.PassiveOpens = kernel.function("tcp_v4_syn_recv_sock").return{

(sk) = ($return)

(op) = (1)

if (!(sk)) next



(key) = (tcpmib_filter_key(sk, op))

if (key) (PassiveOpens[key]) += (op)



}

probe tcpmib.RetransSegs = kernel.function("tcp_retransmit_skb").return{

(sk) = ($sk)

(op) = (1)

if ($return) next



(key) = (tcpmib_filter_key($sk, op))

if (key) (RetransSegs[key]) += (op)



}

function tcpmib_get_state (sk)

{

return @cast(sk, "sock", "kernel")->__sk_common->skc_state

}

function tcpmib_local_addr (sk)

{

return ntohl(__ip_sock_saddr(sk))

}

function tcpmib_remote_addr (sk)

{

return ntohl(__ip_sock_daddr(sk))

}

function tcpmib_local_port (sk)

{

return ntohs(__tcp_sock_sport(sk))

}

function tcpmib_remote_port (sk)

{

return ntohs(__tcp_sock_dport(sk))

}

function _rtn_local ()

%{

        THIS->__retvalue = RTN_LOCAL;

%}

function _is_reset (skb)

%{ /* pure */

        struct tcphdr *th;

        struct sk_buff *skb = (struct sk_buff *)(long)THIS->skb;



	#if LINUX_VERSION_CODE <= KERNEL_VERSION(2,6,21)

		th = (struct tcphdr *)kread(&(skb->h.th));

	#else



	#ifdef NET_SKBUFF_DATA_USES_OFFSET

		th = (struct tcphdr *)(kread(&(skb->network_header)) + kread(&(skb->head)));

	#else

		th = (struct tcphdr *)kread(&(skb->network_header));

	#endif

	#endif

        THIS->__retvalue = th->rst;

        CATCH_DEREF_FAULT();

%}

function _tcpmib_input_route_type (skb)

%{ /* pure */

	struct rtable *rt;

	struct sk_buff *skb = (struct sk_buff *)(long)THIS->skb;



	#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,35)

		rt = (struct rtable *)kread(&(skb->_skb_refdst));

	#else



	#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,31)

		rt = (struct rtable *)kread(&(skb->_skb_dst));

	#else



	#if LINUX_VERSION_CODE < KERNEL_VERSION(2,6,26)

		rt = (struct rtable *)kread(&(skb->dst));

	#else

		rt = (struct rtable *)kread(&(skb->rtable));

	#endif

	#endif

	#endif



	if ( rt )

		THIS->__retvalue = kread(&(rt->rt_type));

	else

		THIS->__retvalue = RTN_UNSPEC;

	CATCH_DEREF_FAULT();

%}



# file /usr/local/share/systemtap/tapset/timestamp.stp

function get_cycles ()

%{ /* pure */ /* unprivileged */

  cycles_t c = get_cycles();

  THIS->__retvalue = (int64_t) c;

%}



# file /usr/local/share/systemtap/tapset/timestamp_gtod.stp

%{

#define STAP_NEED_GETTIMEOFDAY 1

%}function gettimeofday_ns ()

%{ /* pure */ /* unprivileged */

  /* NOTE: we can't use do_gettimeofday because we could be called from a

   * context where xtime_lock is already held.  See bug #2525. */

  THIS->__retvalue = _stp_gettimeofday_ns();

  if (THIS->__retvalue < 0)

    CONTEXT->last_error = "gettimeofday not initialized";

%}

function gettimeofday_us ()

{

return (gettimeofday_ns()) / (1000)

}
ms ()
{
return (gettimeofday_ns()) / (1000000)
}
function gettimeofday_s ()
{
return (gettimeofday_ns()) / (1000000000)
}

# file /usr/local/share/systemtap/tapset/tty.stp
%{
// For 'struct winsize'
#include <linux/termios.h>
%}probe tty.open = kernel.function("tty_open"){
(inode_number) = ($inode->i_ino)
(inode_state) = ($inode->i_state)
(inode_flags) = ($inode->i_flags)
(file_name) = (d_name((@defined($filp->f_path->dentry))?($filp->f_path->dentry):($filp->f_dentry)))
(file_mode) = ($filp->f_mode)
(file_flags) = ($filp->f_flags)
}
probe tty.release = kernel.function("tty_release"){
if (@defined($inode)) {
(inode_number) = ($inode->i_ino)
(inode_state) = ($inode->i_state)
(inode_flags) = ($inode->i_flags)
}
else {
(inode_number) = (-(1))
(inode_state) = (-(1))
(inode_flags) = (-(1))
}

(file_name) = (d_name((@defined($filp->f_path->dentry))?($filp->f_path->dentry):($filp->f_dentry)))
(file_mode) = ($filp->f_mode)
(file_flags) = ($filp->f_flags)
}
probe tty.resize = kernel.function("tiocswinsz"){
(name) = (kernel_string($tty->name))
(old_row) = ($tty->winsize->ws_row)
(old_col) = ($tty->winsize->ws_col)
(old_ypixel) = ($tty->winsize->ws_ypixel)
(old_xpixel) = ($tty->winsize->ws_xpixel)
if (@defined($arg)) {
(new_row) = (_struct_winsize_u($arg, 0))
(new_col) = (_struct_winsize_u($arg, 1))
(new_ypixel) = (_struct_winsize_u($arg, 2))
(new_xpixel) = (_struct_winsize_u($arg, 3))
}
else {
(new_row) = (-(1))
(new_col) = (-(1))
(new_ypixel) = (-(1))
(new_xpixel) = (-(1))
}

}
probe tty.ioctl = kernel.function("tty_ioctl"){
(name) = (kernel_string((@defined($file->f_path->dentry->d_iname))?($file->f_path->dentry->d_iname):($file->f_dentry->d_iname)))
(cmd) = ($cmd)
(arg) = ($arg)
}
probe tty.init = kernel.function("tty_init_dev")!, kernel.function("init_dev"){
(driver_name) = (kernel_string($driver->driver_name))
(name) = (kernel_string($driver->name))
(module) = (kernel_string($driver->owner->name))
}
probe tty.register = kernel.function("tty_register_device"){
(driver_name) = (kernel_string($driver->driver_name))
(name) = (kernel_string($driver->name))
(module) = (kernel_string($driver->owner->name))
(index) = ($index)
}
probe tty.unregister = kernel.function("tty_unregister_device"){
(driver_name) = (kernel_string($driver->driver_name))
(name) = (kernel_string($driver->name))
(module) = (kernel_string($driver->owner->name))
(index) = ($index)
}
probe tty.poll = kernel.function("tty_poll"){
(file_name) = (d_name((@defined($filp->f_path->dentry))?($filp->f_path->dentry):($filp->f_dentry)))
(wait_key) = ((@defined($wait->key))?(($wait)?($wait->key):(0)):(0))
}
probe tty.receive = kernel.function("n_tty_receive_buf"){
(cp) = (kernel_string($cp))
(fp) = (kernel_string($fp))
(count) = ($count)
(driver_name) = (kernel_string($tty->driver->driver_name))
(name) = (kernel_string($tty->driver->name))
(index) = ($tty->index)
(id) = ($tty->magic)
}
probe tty.write = kernel.function("n_tty_write")!, kernel.function("write_chan"){
(buffer) = (kernel_string($buf))
(nr) = ($nr)
(file_name) = (d_name((@defined($file->f_path->dentry))?($file->f_path->dentry):($file->f_dentry)))
(driver_name) = (kernel_string($tty->driver->driver_name))
}
probe tty.read = kernel.function("n_tty_read")!, kernel.function("read_chan"){
(buffer) = (kernel_string($buf))
(nr) = ($nr)
(file_name) = (d_name((@defined($file->f_path->dentry))?($file->f_path->dentry):($file->f_dentry)))
(driver_name) = (kernel_string($tty->driver->driver_name))
}
function _struct_winsize_u (uaddr, n)
%{
	struct winsize tmp_ws;
	char *uaddr = (char *)(unsigned long)THIS->uaddr;

	if (uaddr == NULL || THIS->n > 3)
		THIS->__retvalue = -1;
	else {
		if (_stp_copy_from_user((char *)&tmp_ws, uaddr,
					sizeof(tmp_ws))) {
			switch (THIS->n) {
			case 0:
				THIS->__retvalue = tmp_ws.ws_row;
				break;
			case 1:
				THIS->__retvalue = tmp_ws.ws_col;
				break;
			case 2:
				THIS->__retvalue = tmp_ws.ws_ypixel;
				break;
			case 3:
				THIS->__retvalue = tmp_ws.ws_xpixe
function gettimeofday_ms ()

{

return (gettimeofday_ns()) / (1000000)

}

function gettimeofday_s ()

{

return (gettimeofday_ns()) / (1000000000)

}



# file /usr/local/share/systemtap/tapset/tty.stp

%{

// For 'struct winsize'

#include <linux/termios.h>

%}probe tty.open = kernel.function("tty_open"){

(inode_number) = ($inode->i_ino)

(inode_state) = ($inode->i_state)

(inode_flags) = ($inode->i_flags)

(file_name) = (d_name((@defined($filp->f_path->dentry))?($filp->f_path->dentry):($filp->f_dentry)))

(file_mode) = ($filp->f_mode)

(file_flags) = ($filp->f_flags)

}

probe tty.release = kernel.function("tty_release"){

if (@defined($inode)) {

(inode_number) = ($inode->i_ino)

(inode_state) = ($inode->i_state)

(inode_flags) = ($inode->i_flags)

}

else {

(inode_number) = (-(1))

(inode_state) = (-(1))

(inode_flags) = (-(1))

}



(file_name) = (d_name((@defined($filp->f_path->dentry))?($filp->f_path->dentry):($filp->f_dentry)))

(file_mode) = ($filp->f_mode)

(file_flags) = ($filp->f_flags)

}

probe tty.resize = kernel.function("tiocswinsz"){

(name) = (kernel_string($tty->name))

(old_row) = ($tty->winsize->ws_row)

(old_col) = ($tty->winsize->ws_col)

(old_ypixel) = ($tty->winsize->ws_ypixel)

(old_xpixel) = ($tty->winsize->ws_xpixel)

if (@defined($arg)) {

(new_row) = (_struct_winsize_u($arg, 0))

(new_col) = (_struct_winsize_u($arg, 1))

(new_ypixel) = (_struct_winsize_u($arg, 2))

(new_xpixel) = (_struct_winsize_u($arg, 3))

}

else {

(new_row) = (-(1))

(new_col) = (-(1))

(new_ypixel) = (-(1))

(new_xpixel) = (-(1))

}



}

probe tty.ioctl = kernel.function("tty_ioctl"){

(name) = (kernel_string((@defined($file->f_path->dentry->d_iname))?($file->f_path->dentry->d_iname):($file->f_dentry->d_iname)))

(cmd) = ($cmd)

(arg) = ($arg)

}

probe tty.init = kernel.function("tty_init_dev")!, kernel.function("init_dev"){

(driver_name) = (kernel_string($driver->driver_name))

(name) = (kernel_string($driver->name))

(module) = (kernel_string($driver->owner->name))

}

probe tty.register = kernel.function("tty_register_device"){

(driver_name) = (kernel_string($driver->driver_name))

(name) = (kernel_string($driver->name))

(module) = (kernel_string($driver->owner->name))

(index) = ($index)

}

probe tty.unregister = kernel.function("tty_unregister_device"){

(driver_name) = (kernel_string($driver->driver_name))

(name) = (kernel_string($driver->name))

(module) = (kernel_string($driver->owner->name))

(index) = ($index)

}

probe tty.poll = kernel.function("tty_poll"){

(file_name) = (d_name((@defined($filp->f_path->dentry))?($filp->f_path->dentry):($filp->f_dentry)))

(wait_key) = ((@defined($wait->key))?(($wait)?($wait->key):(0)):(0))

}

probe tty.receive = kernel.function("n_tty_receive_buf"){

(cp) = (kernel_string($cp))

(fp) = (kernel_string($fp))

(count) = ($count)

(driver_name) = (kernel_string($tty->driver->driver_name))

(name) = (kernel_string($tty->driver->name))

(index) = ($tty->index)

(id) = ($tty->magic)

}

probe tty.write = kernel.function("n_tty_write")!, kernel.function("write_chan"){

(buffer) = (kernel_string($buf))

(nr) = ($nr)

(file_name) = (d_name((@defined($file->f_path->dentry))?($file->f_path->dentry):($file->f_dentry)))

(driver_name) = (kernel_string($tty->driver->driver_name))

}

probe tty.read = kernel.function("n_tty_read")!, kernel.function("read_chan"){

(buffer) = (kernel_string($buf))

(nr) = ($nr)

(file_name) = (d_name((@defined($file->f_path->dentry))?($file->f_path->dentry):($file->f_dentry)))

(driver_name) = (kernel_string($tty->driver->driver_name))

}

function _struct_winsize_u (uaddr, n)

%{

	struct winsize tmp_ws;

	char *uaddr = (char *)(unsigned long)THIS->uaddr;



	if (uaddr == NULL || THIS->n > 3)

		THIS->__retvalue = -1;

	else {

		if (_stp_copy_from_user((char *)&tmp_ws, uaddr,

					sizeof(tmp_ws))) {

			switch (THIS->n) {

			case 0:

				THIS->__retvalue = tmp_ws.ws_row;

				break;

			case 1:

				THIS->__retvalue = tmp_ws.ws_col;

				break;

			case 2:

				THIS->__retvalue = tmp_ws.ws_ypixel;

				break;

			case 3:
l;
				break;
			}
		}
		else
			THIS->__retvalue = -1;
	}
%}

# file /usr/local/share/systemtap/tapset/ucontext-symbols.stp
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}function usymname (addr)
%{
/* pure */ /* unprivileged */ /* pragma:vma */
         assert_is_myproc();
	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,
			     current, 0);
%}
function usymdata (addr)
%{
/* pure */ /* unprivileged */ /* pragma:vma */
         assert_is_myproc();
	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,
			     current, 1);
%}
function print_ustack (stk)
%{
/* unprivileged */ /* pragma:vma */
        char *ptr = THIS->stk;
        char *tok = strsep(&ptr, " ");
        assert_is_myproc();
        while (tok && *tok) {
                _stp_print_char(' ');
                _stp_usymbol_print (simple_strtol(tok, NULL, 16), current);
                _stp_print_char('\n');
                tok = strsep(&ptr, " ");
        }
%}

# file /usr/local/share/systemtap/tapset/ucontext-unwind.stp
%{
#ifndef STP_NEED_UNWIND_DATA
#define STP_NEED_UNWIND_DATA 1
#endif
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}function print_ubacktrace ()
%{
/* unprivileged */ /* pragma:uprobes */ /* pragma:vma */
        assert_is_myproc();
	if (CONTEXT->regs) {
		_stp_stack_print(CONTEXT->regs, 1, CONTEXT->pi, MAXTRACE,
				 current, CONTEXT->ri);
	} else {
		_stp_printf("Systemtap probe: %s\n", CONTEXT->probe_point);
	}
%}
function print_ubacktrace_brief ()
%{
/* unprivileged */ /* pragma:uprobes */ /* pragma:vma */
        assert_is_myproc();
	if (CONTEXT->regs) {
		_stp_stack_print(CONTEXT->regs, SYM_VERBOSE_BRIEF, CONTEXT->pi,
				 MAXTRACE, current, CONTEXT->ri);
	} else {
		_stp_printf("Systemtap probe: %s\n", CONTEXT->probe_point);
	}
%}
function ubacktrace ()
%{
/* pure */ /* unprivileged */ /* pragma:uprobes */ /* pragma:vma */
        assert_is_myproc();
	if (CONTEXT->regs)
		_stp_stack_snprint (THIS->__retvalue, MAXSTRINGLEN,
				    CONTEXT->regs, 0, CONTEXT->pi, MAXTRACE,
				    current, CONTEXT->ri);
	else 
		strlcpy (THIS->__retvalue, "", MAXSTRINGLEN);
%}

# file /usr/local/share/systemtap/tapset/ucontext.stp
%{
#ifndef STP_NEED_VMA_TRACKER
#define STP_NEED_VMA_TRACKER 1
#endif
%}function umodname (addr)
%{
/* pure */ /* unprivileged */ /* pragma:vma */
  const char *name = NULL;
  assert_is_myproc();
  name =_stp_vma_module_name(current, THIS->addr);
  if (!name)
    name = "<unknown>";
  strlcpy (THIS->__retvalue, name, MAXSTRINGLEN);
%}

# file /usr/local/share/systemtap/tapset/udp.stp
probe udp.sendmsg = kernel.function("udp_sendmsg"){
(name) = ("udp.sendmsg")
(sock) = ($sk)
(size) = ($len)
}
probe udp.sendmsg.return = kernel.function("udp_sendmsg").return{
(name) = ("udp.sendmsg")
(size) = ($return)
}
probe udp.recvmsg = kernel.function("udp_recvmsg"){
(name) = ("udp.recvmsg")
(sock) = ($sk)
(size) = ($len)
}
probe udp.recvmsg.return = kernel.function("udp_recvmsg").return{
(name) = ("udp.recvmsg")
(size) = ($return)
}
probe udp.disconnect = kernel.function("udp_disconnect"){
(name) = ("udp.disconnect")
(sock) = ($sk)
(flags) = ($flags)
}
probe udp.disconnect.return = kernel.function("udp_disconnect").return{
(name) = ("udp.disconnect")
(ret) = ($return)
}

# file /usr/local/share/systemtap/tapset/utrace.stp
%{
#include "syscall.h"
%}function _utrace_syscall_nr ()
%{		/* pure */ /* unprivileged */
    assert_is_myproc();
    if (! CONTEXT->regs) {
       CONTEXT->last_error = "invalid call without context registers";
    } else {
       THIS->__retvalue = syscall_get_nr(current, CONTEXT->regs);
    }
%}
function _utrace_syscall_arg (n)
%{	/* pure */ /* unprivileged */
    unsigned long arg = 0;
    assert_is_myproc();
    if (! CONTEXT->regs) {
       CONTEXT->last_error = "invalid call without context registers";
    } else {
       syscall_get_arguments(current, CONTEXT->regs, (int)THIS->n, 1, &arg);
    }
				THIS->__retvalue = tmp_ws.ws_xpixel;

				break;

			}

		}

		else

			THIS->__retvalue = -1;

	}

%}



# file /usr/local/share/systemtap/tapset/ucontext-symbols.stp

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}function usymname (addr)

%{

/* pure */ /* unprivileged */ /* pragma:vma */

         assert_is_myproc();

	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,

			     current, 0);

%}

function usymdata (addr)

%{

/* pure */ /* unprivileged */ /* pragma:vma */

         assert_is_myproc();

	 _stp_symbol_snprint(THIS->__retvalue, MAXSTRINGLEN, THIS->addr,

			     current, 1);

%}

function print_ustack (stk)

%{

/* unprivileged */ /* pragma:vma */

        char *ptr = THIS->stk;

        char *tok = strsep(&ptr, " ");

        assert_is_myproc();

        while (tok && *tok) {

                _stp_print_char(' ');

                _stp_usymbol_print (simple_strtol(tok, NULL, 16), current);

                _stp_print_char('\n');

                tok = strsep(&ptr, " ");

        }

%}



# file /usr/local/share/systemtap/tapset/ucontext-unwind.stp

%{

#ifndef STP_NEED_UNWIND_DATA

#define STP_NEED_UNWIND_DATA 1

#endif

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}function print_ubacktrace ()

%{

/* unprivileged */ /* pragma:uprobes */ /* pragma:vma */

        assert_is_myproc();

	if (CONTEXT->regs) {

		_stp_stack_print(CONTEXT->regs, 1, CONTEXT->pi, MAXTRACE,

				 current, CONTEXT->ri);

	} else {

		_stp_printf("Systemtap probe: %s\n", CONTEXT->probe_point);

	}

%}

function print_ubacktrace_brief ()

%{

/* unprivileged */ /* pragma:uprobes */ /* pragma:vma */

        assert_is_myproc();

	if (CONTEXT->regs) {

		_stp_stack_print(CONTEXT->regs, SYM_VERBOSE_BRIEF, CONTEXT->pi,

				 MAXTRACE, current, CONTEXT->ri);

	} else {

		_stp_printf("Systemtap probe: %s\n", CONTEXT->probe_point);

	}

%}

function ubacktrace ()

%{

/* pure */ /* unprivileged */ /* pragma:uprobes */ /* pragma:vma */

        assert_is_myproc();

	if (CONTEXT->regs)

		_stp_stack_snprint (THIS->__retvalue, MAXSTRINGLEN,

				    CONTEXT->regs, 0, CONTEXT->pi, MAXTRACE,

				    current, CONTEXT->ri);

	else 

		strlcpy (THIS->__retvalue, "", MAXSTRINGLEN);

%}



# file /usr/local/share/systemtap/tapset/ucontext.stp

%{

#ifndef STP_NEED_VMA_TRACKER

#define STP_NEED_VMA_TRACKER 1

#endif

%}function umodname (addr)

%{

/* pure */ /* unprivileged */ /* pragma:vma */

  const char *name = NULL;

  assert_is_myproc();

  name =_stp_vma_module_name(current, THIS->addr);

  if (!name)

    name = "<unknown>";

  strlcpy (THIS->__retvalue, name, MAXSTRINGLEN);

%}



# file /usr/local/share/systemtap/tapset/udp.stp

probe udp.sendmsg = kernel.function("udp_sendmsg"){

(name) = ("udp.sendmsg")

(sock) = ($sk)

(size) = ($len)

}

probe udp.sendmsg.return = kernel.function("udp_sendmsg").return{

(name) = ("udp.sendmsg")

(size) = ($return)

}

probe udp.recvmsg = kernel.function("udp_recvmsg"){

(name) = ("udp.recvmsg")

(sock) = ($sk)

(size) = ($len)

}

probe udp.recvmsg.return = kernel.function("udp_recvmsg").return{

(name) = ("udp.recvmsg")

(size) = ($return)

}

probe udp.disconnect = kernel.function("udp_disconnect"){

(name) = ("udp.disconnect")

(sock) = ($sk)

(flags) = ($flags)

}

probe udp.disconnect.return = kernel.function("udp_disconnect").return{

(name) = ("udp.disconnect")

(ret) = ($return)

}



# file /usr/local/share/systemtap/tapset/utrace.stp

%{

#include "syscall.h"

%}function _utrace_syscall_nr ()

%{		/* pure */ /* unprivileged */

    assert_is_myproc();

    if (! CONTEXT->regs) {

       CONTEXT->last_error = "invalid call without context registers";

    } else {

       THIS->__retvalue = syscall_get_nr(current, CONTEXT->regs);

    }

%}

function _utrace_syscall_arg (n)

%{	/* pure */ /* unprivileged */

    unsigned long arg = 0;

    assert_is_myproc();

    if (! CONTEXT->regs) {

       CONTEXT->last_error = "invalid call without context registers";

    } else {

       syscall_get_arguments(current, CONTEXT->regs, (int)THIS->n, 1, &arg);

    THIS->__retvalue = arg;
%}
function _utrace_syscall_return ()
%{	/* pure */ /* unprivileged */
    /*
     * Here's the reason for the "unsigned long" cast.  Since all
     * values inside systemtap are 64-bit numbers, return values were
     * getting sign extended.  This caused return values to not match
     * up with the same values passes as arguments.
     */
    assert_is_myproc();
    if (! CONTEXT->regs) {
       CONTEXT->last_error = "invalid call without context registers";
    } else {
       THIS->__retvalue = (unsigned long)syscall_get_return_value(current,
							       CONTEXT->regs);
    }
%}

# file /usr/local/share/systemtap/tapset/vfs.stp
global __devnames
probe generic.fop.llseek = kernel.function("generic_file_llseek"){
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(file) = ($file)
(offset) = ($offset)
(origin) = ($origin)
(maxbyte) = (__file_maxbytes($file))
(name) = ("generic_file_llseek")
(argstr) = (sprintf("%d, %d", $offset, $origin))
}
probe generic.fop.llseek.return = kernel.function("generic_file_llseek").return{
(name) = ("generic_file_llseek")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(offset) = ($offset)
(origin) = ($origin)
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe generic.fop.aio_read = kernel.function("__generic_file_aio_read")!, kernel.function("generic_file_aio_read"){
(file) = ($iocb->ki_filp)
(dev) = (__file_dev($iocb->ki_filp))
(devname) = (__find_bdevname(dev, __file_bdev($iocb->ki_filp)))
(ino) = (__file_ino($iocb->ki_filp))
(pos) = ((@defined($pos))?($pos):(kernel_pointer($ppos)))
(buf) = ($iov->iov_base)
(count) = (__iov_length($iov, $nr_segs, 1, 1))
(name) = ("generic_file_aio_read")
(argstr) = (sprintf("%d, %d, %p", count, pos, buf))
(size) = (count)
(units) = ("bytes")
}
probe generic.fop.aio_read.return = kernel.function("__generic_file_aio_read").return!, kernel.function("generic_file_aio_read").return{
(file) = ($iocb->ki_filp)
(nr_segs) = ($nr_segs)
(name) = ("generic_file_aio_read")
(retstr) = (sprintf("%d", $return))
(bytes_read) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.aio_write = kernel.function("generic_file_aio_write"){
(file) = ($iocb->ki_filp)
(dev) = (__file_dev($iocb->ki_filp))
(devname) = (__find_bdevname(dev, __file_bdev($iocb->ki_filp)))
(ino) = (__file_ino($iocb->ki_filp))
(pos) = ($pos)
(count) = ((@defined($iov))?(__iov_length($iov, $nr_segs, 1, 0)):($count))
(buf) = ((@defined($iov->iov_base))?($iov->iov_base):($buf))
(name) = ("generic_file_aio_write")
(argstr) = (sprintf("%d, %d, %p", count, pos, buf))
(size) = (count)
(units) = ("bytes")
}
probe generic.fop.aio_write.return = kernel.function("generic_file_aio_write").return{
(file) = ($iocb->ki_filp)
(name) = ("generic_file_aio_write")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.readv = kernel.function("generic_file_readv")?{
(dev) = (__file_dev($filp))
(devname) = (__find_bdevname(dev, __file_bdev($filp)))
(ino) = (__file_ino($filp))
(file) = ($filp)
(nr_segs) = ($nr_segs)
(pos) = (kernel_pointer($ppos))
(name) = ("generic_file_readv")
(argstr) = (sprintf("%d, %d", $nr_segs, pos))
(size) = (nr_segs)
(units) = ("segs")
}
probe generic.fop.readv.return = kernel.function("generic_file_readv").return?{
(file) = ($filp)
(name) = ("generic_file_readv")
(retstr) = (sprintf("%d", $return))
(bytes_read) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.writev = kernel.function("generic_file_writev")?{
(dev) = (__file_dev($file))
(devname) = (__find_b
    }

    THIS->__retvalue = arg;

%}

function _utrace_syscall_return ()

%{	/* pure */ /* unprivileged */

    /*

     * Here's the reason for the "unsigned long" cast.  Since all

     * values inside systemtap are 64-bit numbers, return values were

     * getting sign extended.  This caused return values to not match

     * up with the same values passes as arguments.

     */

    assert_is_myproc();

    if (! CONTEXT->regs) {

       CONTEXT->last_error = "invalid call without context registers";

    } else {

       THIS->__retvalue = (unsigned long)syscall_get_return_value(current,

							       CONTEXT->regs);

    }

%}



# file /usr/local/share/systemtap/tapset/vfs.stp

global __devnames

probe generic.fop.llseek = kernel.function("generic_file_llseek"){

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(file) = ($file)

(offset) = ($offset)

(origin) = ($origin)

(maxbyte) = (__file_maxbytes($file))

(name) = ("generic_file_llseek")

(argstr) = (sprintf("%d, %d", $offset, $origin))

}

probe generic.fop.llseek.return = kernel.function("generic_file_llseek").return{

(name) = ("generic_file_llseek")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(offset) = ($offset)

(origin) = ($origin)

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe generic.fop.aio_read = kernel.function("__generic_file_aio_read")!, kernel.function("generic_file_aio_read"){

(file) = ($iocb->ki_filp)

(dev) = (__file_dev($iocb->ki_filp))

(devname) = (__find_bdevname(dev, __file_bdev($iocb->ki_filp)))

(ino) = (__file_ino($iocb->ki_filp))

(pos) = ((@defined($pos))?($pos):(kernel_pointer($ppos)))

(buf) = ($iov->iov_base)

(count) = (__iov_length($iov, $nr_segs, 1, 1))

(name) = ("generic_file_aio_read")

(argstr) = (sprintf("%d, %d, %p", count, pos, buf))

(size) = (count)

(units) = ("bytes")

}

probe generic.fop.aio_read.return = kernel.function("__generic_file_aio_read").return!, kernel.function("generic_file_aio_read").return{

(file) = ($iocb->ki_filp)

(nr_segs) = ($nr_segs)

(name) = ("generic_file_aio_read")

(retstr) = (sprintf("%d", $return))

(bytes_read) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.aio_write = kernel.function("generic_file_aio_write"){

(file) = ($iocb->ki_filp)

(dev) = (__file_dev($iocb->ki_filp))

(devname) = (__find_bdevname(dev, __file_bdev($iocb->ki_filp)))

(ino) = (__file_ino($iocb->ki_filp))

(pos) = ($pos)

(count) = ((@defined($iov))?(__iov_length($iov, $nr_segs, 1, 0)):($count))

(buf) = ((@defined($iov->iov_base))?($iov->iov_base):($buf))

(name) = ("generic_file_aio_write")

(argstr) = (sprintf("%d, %d, %p", count, pos, buf))

(size) = (count)

(units) = ("bytes")

}

probe generic.fop.aio_write.return = kernel.function("generic_file_aio_write").return{

(file) = ($iocb->ki_filp)

(name) = ("generic_file_aio_write")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.readv = kernel.function("generic_file_readv")?{

(dev) = (__file_dev($filp))

(devname) = (__find_bdevname(dev, __file_bdev($filp)))

(ino) = (__file_ino($filp))

(file) = ($filp)

(nr_segs) = ($nr_segs)

(pos) = (kernel_pointer($ppos))

(name) = ("generic_file_readv")

(argstr) = (sprintf("%d, %d", $nr_segs, pos))

(size) = (nr_segs)

(units) = ("segs")

}

probe generic.fop.readv.return = kernel.function("generic_file_readv").return?{

(file) = ($filp)

(name) = ("generic_file_readv")

(retstr) = (sprintf("%d", $return))

(bytes_read) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.writev = kernel.function("generic_file_writev")?{

(dev) = (__file_dev($file))
devname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(file) = ($file)
(nr_segs) = ($nr_segs)
(pos) = (kernel_pointer($ppos))
(name) = ("generic_file_writev")
(argstr) = (sprintf("%d, %d", $nr_segs, pos))
(size) = (nr_segs)
(units) = ("segs")
}
probe generic.fop.writev.return = kernel.function("generic_file_writev").return?{
(file) = ($file)
(name) = ("generic_file_writev")
(retstr) = (sprintf("%d", $return))
(bytes_written) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.mmap = kernel.function("generic_file_mmap"){
(file) = ($file)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(vm_start) = ($vma->vm_start)
(vm_end) = ($vma->vm_end)
(vm_flags) = ($vma->vm_flags)
(name) = ("generic_file_mmap")
(argstr) = (sprintf("0x%x, 0x%x, 0x%x", $vma->vm_start, $vma->vm_end, $vma->vm_flags))
}
probe generic.fop.mmap.return = kernel.function("generic_file_mmap").return{
(file) = ($file)
(name) = ("generic_file_mmap")
(retstr) = (sprintf("%d", $return))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe generic.fop.open = kernel.function("generic_file_open"){
(dev) = (__file_dev($filp))
(devname) = (__find_bdevname(dev, __file_bdev($filp)))
(ino) = ($inode->i_ino)
(file) = ($filp)
(filename) = (__file_filename($filp))
(flag) = ($filp->f_flags)
(size) = ($inode->i_size)
(name) = ("generic_file_open")
(argstr) = (sprintf("%d, %d, %s", $inode->i_ino, $filp->f_flags, filename))
}
probe generic.fop.open.return = kernel.function("generic_file_open").return{
(name) = ("generic_file_open")
(retstr) = (sprintf("%d", $return))
}
probe generic.fop.sendfile = kernel.function("generic_file_sendfile")?{
(dev) = (__file_dev($in_file))
(devname) = (__find_bdevname($in_file, __file_bdev($in_file)))
(ino) = (__file_ino($in_file))
(file) = ($in_file)
(count) = ($count)
(ppos) = ($ppos)
(name) = ("generic_file_sendfile")
(argstr) = (sprintf("%d", $count))
(size) = ($count)
(units) = ("bytes")
}
probe generic.fop.sendfile.return = kernel.function("generic_file_sendfile").return?{
(name) = ("generic_file_sendfile")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.splice_read = kernel.function("generic_file_splice_read")?{
(dev) = (__file_dev($in))
(devname) = (__find_bdevname(dev, __file_bdev($in)))
(ino) = (__file_ino($in))
(file) = ($in)
(dev_major) = (MAJOR(dev))
(dev_minor) = (MINOR(dev))
(len) = ($len)
(flags) = ($flags)
(name) = ("generic_file_splice_read")
(argstr) = (sprintf("%d, %x", $len, $flags))
(size) = ($len)
(units) = ("bytes")
}
probe generic.fop.splice_read.return = kernel.function("generic_file_splice_read").return?{
(name) = ("generic_file_splice_read")
(retstr) = (sprintf("%d", $return))
(file) = ($in)
(ino) = (__file_ino($in))
(dev) = (__file_dev($in))
(dev_major) = (MAJOR(dev))
(dev_minor) = (MINOR(dev))
(ret) = ($return)
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.splice_write = kernel.function("generic_file_splice_write")?{
(dev) = (__file_dev($out))
(devname) = (__find_bdevname(dev, __file_bdev($out)))
(ino) = (__file_ino($out))
(file) = ($out)
(len) = ($len)
(flags) = ($flags)
(name) = ("generic_file_splice_write")
(argstr) = (sprintf("%d, %x", $len, $flags))
(size) = ($len)
(units) = ("bytes")
}
probe generic.fop.splice_write.return = kernel.function("generic_file_splice_write").return?{
(name) = ("generic_file_splice_write")
(retstr) = (sprintf("%d", $return))
(file) = ($out)
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (error) {
(size) = ($return)
(units) = ("bytes")
}

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(file) = ($file)

(nr_segs) = ($nr_segs)

(pos) = (kernel_pointer($ppos))

(name) = ("generic_file_writev")

(argstr) = (sprintf("%d, %d", $nr_segs, pos))

(size) = (nr_segs)

(units) = ("segs")

}

probe generic.fop.writev.return = kernel.function("generic_file_writev").return?{

(file) = ($file)

(name) = ("generic_file_writev")

(retstr) = (sprintf("%d", $return))

(bytes_written) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.mmap = kernel.function("generic_file_mmap"){

(file) = ($file)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(vm_start) = ($vma->vm_start)

(vm_end) = ($vma->vm_end)

(vm_flags) = ($vma->vm_flags)

(name) = ("generic_file_mmap")

(argstr) = (sprintf("0x%x, 0x%x, 0x%x", $vma->vm_start, $vma->vm_end, $vma->vm_flags))

}

probe generic.fop.mmap.return = kernel.function("generic_file_mmap").return{

(file) = ($file)

(name) = ("generic_file_mmap")

(retstr) = (sprintf("%d", $return))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe generic.fop.open = kernel.function("generic_file_open"){

(dev) = (__file_dev($filp))

(devname) = (__find_bdevname(dev, __file_bdev($filp)))

(ino) = ($inode->i_ino)

(file) = ($filp)

(filename) = (__file_filename($filp))

(flag) = ($filp->f_flags)

(size) = ($inode->i_size)

(name) = ("generic_file_open")

(argstr) = (sprintf("%d, %d, %s", $inode->i_ino, $filp->f_flags, filename))

}

probe generic.fop.open.return = kernel.function("generic_file_open").return{

(name) = ("generic_file_open")

(retstr) = (sprintf("%d", $return))

}

probe generic.fop.sendfile = kernel.function("generic_file_sendfile")?{

(dev) = (__file_dev($in_file))

(devname) = (__find_bdevname($in_file, __file_bdev($in_file)))

(ino) = (__file_ino($in_file))

(file) = ($in_file)

(count) = ($count)

(ppos) = ($ppos)

(name) = ("generic_file_sendfile")

(argstr) = (sprintf("%d", $count))

(size) = ($count)

(units) = ("bytes")

}

probe generic.fop.sendfile.return = kernel.function("generic_file_sendfile").return?{

(name) = ("generic_file_sendfile")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.splice_read = kernel.function("generic_file_splice_read")?{

(dev) = (__file_dev($in))

(devname) = (__find_bdevname(dev, __file_bdev($in)))

(ino) = (__file_ino($in))

(file) = ($in)

(dev_major) = (MAJOR(dev))

(dev_minor) = (MINOR(dev))

(len) = ($len)

(flags) = ($flags)

(name) = ("generic_file_splice_read")

(argstr) = (sprintf("%d, %x", $len, $flags))

(size) = ($len)

(units) = ("bytes")

}

probe generic.fop.splice_read.return = kernel.function("generic_file_splice_read").return?{

(name) = ("generic_file_splice_read")

(retstr) = (sprintf("%d", $return))

(file) = ($in)

(ino) = (__file_ino($in))

(dev) = (__file_dev($in))

(dev_major) = (MAJOR(dev))

(dev_minor) = (MINOR(dev))

(ret) = ($return)

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.splice_write = kernel.function("generic_file_splice_write")?{

(dev) = (__file_dev($out))

(devname) = (__find_bdevname(dev, __file_bdev($out)))

(ino) = (__file_ino($out))

(file) = ($out)

(len) = ($len)

(flags) = ($flags)

(name) = ("generic_file_splice_write")

(argstr) = (sprintf("%d, %x", $len, $flags))

(size) = ($len)

(units) = ("bytes")

}

probe generic.fop.splice_write.return = kernel.function("generic_file_splice_write").return?{

(name) = ("generic_file_splice_write")

(retstr) = (sprintf("%d", $return))

(file) = ($out)

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (error) {

(size) = ($return)

(units) = ("bytes")

}

}
probe generic.fop.read = kernel.function("generic_file_read")?{
(dev) = (__file_dev($filp))
(devname) = (__find_bdevname(dev, __file_bdev($filp)))
(ino) = (__file_ino($filp))
(file) = ($filp)
(count) = ($count)
(name) = ("generic_file_read")
(argstr) = (sprintf("%d", $count))
(size) = ($count)
(units) = ("bytes")
}
probe generic.fop.read.return = kernel.function("generic_file_read").return?{
(name) = ("generic_file_read")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.fop.write = kernel.function("generic_file_write")?{
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(file) = ($file)
(count) = ($count)
(name) = ("generic_file_write")
(argstr) = (sprintf("%d", $count))
(size) = ($count)
(units) = ("bytes")
}
probe generic.fop.write.return = kernel.function("generic_file_write").return?{
(name) = ("generic_file_write")
(retstr) = (sprintf("%d", $return))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe generic.aop.writepages = kernel.function("mpage_writepages"){
(dev) = ($mapping->host->i_sb->s_dev)
(devname) = (__find_bdevname(dev, $mapping->host->i_sb->s_bdev))
(ino) = ($mapping->host->i_ino)
(nr_to_write) = ($wbc->nr_to_write)
(name) = ("generic_writepages")
(argstr) = (sprintf("%d", $wbc->nr_to_write))
(size) = ($wbc->nr_to_write)
(units) = ("pages")
}
probe generic.aop.writepages.return = kernel.function("mpage_writepages").return{
(name) = ("generic_writepages")
(retstr) = (sprintf("%d", $return))
}
probe vfs.do_sync_read = kernel.function("do_sync_read"){
(dev) = (__file_dev($filp))
(devname) = (__find_bdevname(dev, __file_bdev($filp)))
(ino) = (__file_ino($filp))
(file) = ($filp)
(len) = ($len)
(pos) = (kernel_pointer($ppos))
(buf) = ($buf)
(name) = ("do_sync_read")
(argstr) = (sprintf("%d, %d, %p", $len, pos, $buf))
(size) = ($len)
(units) = ("bytes")
(bytes_to_read) = ($len)
}
probe vfs.do_sync_read.return = kernel.function("do_sync_read").return{
(name) = ("do_sync_read")
(retstr) = (sprintf("%d", $return))
(bytes_to_read) = ($len)
(ret) = ($return)
(bytes_read) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (($return) > (0)) {
(size) = ($return)
(units) = ("bytes")
}

}
probe vfs.do_sync_write = kernel.function("do_sync_write"){
(dev) = (__file_dev($filp))
(devname) = (__find_bdevname(dev, __file_bdev($filp)))
(ino) = (__file_ino($filp))
(file) = ($filp)
(len) = ($len)
(pos) = (kernel_pointer($ppos))
(buf) = ($buf)
(bytes_to_write) = ($len)
(name) = ("do_sync_write")
(argstr) = (sprintf("%d, %d , %p", $len, pos, $buf))
(size) = ($len)
(units) = ("bytes")
}
probe vfs.do_sync_write.return = kernel.function("do_sync_write").return{
(name) = ("do_sync_write")
(retstr) = (sprintf("%d", $return))
(bytes_to_write) = ($len)
(pos) = (kernel_pointer($ppos))
(ret) = ($return)
(bytes_written) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
if (error) {
(size) = ($return)
(units) = ("bytes")
}

}
probe vfs.block_sync_page = kernel.function("block_sync_page"){
(dev) = (__page_dev($page))
(devname) = (__find_bdevname(dev, __page_bdev($page)))
(ino) = (__page_ino($page))
(page_index) = (__page_index($page))
(index) = (__page_index($page))
(name) = ("block_sync_page")
(argstr) = (sprintf("%d", index))
(size) = (1)
(units) = ("pages")
}
probe vfs.block_sync_page.return = kernel.function("block_sync_page").return{
(name) = ("block_sync_page")
(retstr) = (sprintf("N/A"))
}
probe vfs.buffer_migrate_page = kernel.function("buffer_migrate_page")?{
(dev) = (__page_dev($page))
(ino) = (__page_ino($page))
(devname) = (__find_bdevname(dev, __page_bdev($page)))
(page_index) = (__page_index($page))
(index) = (__page_index($page))
(name) = ("buffer_migrate_page")
(argstr) = (sprintf("%d", 


}

probe generic.fop.read = kernel.function("generic_file_read")?{

(dev) = (__file_dev($filp))

(devname) = (__find_bdevname(dev, __file_bdev($filp)))

(ino) = (__file_ino($filp))

(file) = ($filp)

(count) = ($count)

(name) = ("generic_file_read")

(argstr) = (sprintf("%d", $count))

(size) = ($count)

(units) = ("bytes")

}

probe generic.fop.read.return = kernel.function("generic_file_read").return?{

(name) = ("generic_file_read")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.fop.write = kernel.function("generic_file_write")?{

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(file) = ($file)

(count) = ($count)

(name) = ("generic_file_write")

(argstr) = (sprintf("%d", $count))

(size) = ($count)

(units) = ("bytes")

}

probe generic.fop.write.return = kernel.function("generic_file_write").return?{

(name) = ("generic_file_write")

(retstr) = (sprintf("%d", $return))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe generic.aop.writepages = kernel.function("mpage_writepages"){

(dev) = ($mapping->host->i_sb->s_dev)

(devname) = (__find_bdevname(dev, $mapping->host->i_sb->s_bdev))

(ino) = ($mapping->host->i_ino)

(nr_to_write) = ($wbc->nr_to_write)

(name) = ("generic_writepages")

(argstr) = (sprintf("%d", $wbc->nr_to_write))

(size) = ($wbc->nr_to_write)

(units) = ("pages")

}

probe generic.aop.writepages.return = kernel.function("mpage_writepages").return{

(name) = ("generic_writepages")

(retstr) = (sprintf("%d", $return))

}

probe vfs.do_sync_read = kernel.function("do_sync_read"){

(dev) = (__file_dev($filp))

(devname) = (__find_bdevname(dev, __file_bdev($filp)))

(ino) = (__file_ino($filp))

(file) = ($filp)

(len) = ($len)

(pos) = (kernel_pointer($ppos))

(buf) = ($buf)

(name) = ("do_sync_read")

(argstr) = (sprintf("%d, %d, %p", $len, pos, $buf))

(size) = ($len)

(units) = ("bytes")

(bytes_to_read) = ($len)

}

probe vfs.do_sync_read.return = kernel.function("do_sync_read").return{

(name) = ("do_sync_read")

(retstr) = (sprintf("%d", $return))

(bytes_to_read) = ($len)

(ret) = ($return)

(bytes_read) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (($return) > (0)) {

(size) = ($return)

(units) = ("bytes")

}



}

probe vfs.do_sync_write = kernel.function("do_sync_write"){

(dev) = (__file_dev($filp))

(devname) = (__find_bdevname(dev, __file_bdev($filp)))

(ino) = (__file_ino($filp))

(file) = ($filp)

(len) = ($len)

(pos) = (kernel_pointer($ppos))

(buf) = ($buf)

(bytes_to_write) = ($len)

(name) = ("do_sync_write")

(argstr) = (sprintf("%d, %d , %p", $len, pos, $buf))

(size) = ($len)

(units) = ("bytes")

}

probe vfs.do_sync_write.return = kernel.function("do_sync_write").return{

(name) = ("do_sync_write")

(retstr) = (sprintf("%d", $return))

(bytes_to_write) = ($len)

(pos) = (kernel_pointer($ppos))

(ret) = ($return)

(bytes_written) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

if (error) {

(size) = ($return)

(units) = ("bytes")

}



}

probe vfs.block_sync_page = kernel.function("block_sync_page"){

(dev) = (__page_dev($page))

(devname) = (__find_bdevname(dev, __page_bdev($page)))

(ino) = (__page_ino($page))

(page_index) = (__page_index($page))

(index) = (__page_index($page))

(name) = ("block_sync_page")

(argstr) = (sprintf("%d", index))

(size) = (1)

(units) = ("pages")

}

probe vfs.block_sync_page.return = kernel.function("block_sync_page").return{

(name) = ("block_sync_page")

(retstr) = (sprintf("N/A"))

}

probe vfs.buffer_migrate_page = kernel.function("buffer_migrate_page")?{

(dev) = (__page_dev($page))

(ino) = (__page_ino($page))

(devname) = (__find_bdevname(dev, __page_bdev($page)))

(page_index) = (__page_index($page))

(index) = (__page_index($page))

(name) = ("buffer_migrate_page")
index))
(size) = (1)
(units) = ("pages")
}
probe vfs.buffer_migrate_page.return = kernel.function("buffer_migrate_page").return?{
(name) = ("buffer_migrate_page")
(retstr) = (sprintf("%d", $return))
if (($return) == (0)) {
(size) = (1)
(units) = ("pages")
}

}
probe vfs.__set_page_dirty_buffers = kernel.function("__set_page_dirty_buffers"){
(dev) = (__page_dev($page))
(devname) = (__find_bdevname(dev, __page_bdev($page)))
(ino) = (__page_ino($page))
(index) = (__page_index($page))
(name) = ("__set_page_dirty_buffers")
(argstr) = (sprintf("%d", index))
(size) = (1)
(units) = ("pages")
}
probe vfs.__set_page_dirty_buffers.return = kernel.function("__set_page_dirty_buffers").return{
(name) = ("__set_page_dirty_buffers")
(retstr) = (sprintf("%d", $return))
if (($return) == (1)) {
(size) = (1)
(units) = ("pages")
}

}
probe vfs.do_mpage_readpage = kernel.function("do_mpage_readpage"){
(dev) = (__page_dev($page))
(devname) = (__find_bdevname(dev, __page_bdev($page)))
(ino) = (__page_ino($page))
(index) = (__page_index($page))
(name) = ("do_mpage_readpage")
(argstr) = (sprintf("%d", index))
(size) = (1)
(units) = ("pages")
}
probe vfs.do_mpage_readpage.return = kernel.function("do_mpage_readpage").return{
(name) = ("do_mpage_readpage")
(retstr) = (sprintf("0x%x", $return))
(size) = (1)
(units) = ("pages")
}
probe vfs.add_to_page_cache = kernel.function("add_to_page_cache_locked")!, kernel.function("add_to_page_cache"){
(dev) = ($mapping->host->i_sb->s_dev)
(devname) = (__find_bdevname(dev, $mapping->host->i_sb->s_bdev))
(ino) = ($mapping->host->i_ino)
(index) = ($offset)
(nrpages) = ($mapping->nrpages)
(size) = ($mapping->nrpages)
(units) = ("pages")
(name) = ("vfs.add_to_page_cache")
(argstr) = (sprintf("%d, %d", ino, $offset))
}
probe vfs.add_to_page_cache.return = kernel.function("add_to_page_cache_locked").return!, kernel.function("add_to_page_cache").return{
(name) = ("vfs.add_to_page_cache")
(retstr) = (sprintf("%d", $return))
if (($return) == (0)) {
(size) = (1)
(units) = ("pages")
}

}
probe vfs.remove_from_page_cache = kernel.function("__remove_from_page_cache"){
(dev) = (__page_dev($page))
(devname) = (__find_bdevname(dev, __page_bdev($page)))
(ino) = (__page_ino($page))
(index) = (__page_index($page))
(name) = ("vfs.remove_from_page_cache")
(argstr) = (sprintf("%d", ino))
}
probe vfs.remove_from_page_cache.return = kernel.function("__remove_from_page_cache").return{
(name) = ("vfs.remove_from_page_cache")
(retstr) = (sprintf("N/A"))
}
probe vfs.read = kernel.function("vfs_read"){
(file) = ($file)
(pos) = ($pos)
(buf) = ($buf)
(bytes_to_read) = ($count)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(name) = ("vfs.read")
(argstr) = (sprintf("%d, %d, %p", $count, $pos, $buf))
}
probe vfs.read.return = kernel.function("vfs_read").return{
(name) = ("vfs.read")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(pos) = ($pos)
(buf) = ($buf)
(bytes_to_read) = ($count)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(ret) = ($return)
(bytes_read) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe vfs.readv = kernel.function("vfs_readv"){
(file) = ($file)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(pos) = ($pos)
(vec) = ($vec)
(vlen) = ($vlen)
(bytes_to_read) = (_get_fopv_size($vec, $vlen))
(name) = ("vfs.read")
(argstr) = (sprintf("%d, %d, %p", bytes_to_read, $pos, $vec))
}
probe vfs.readv.return = kernel.function("vfs_readv").return{
(name) = ("vfs.readv")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(pos) = ($pos)
(vec) = ($vec)
(vlen) = ($vlen)
(bytes_to_read) = (_get_fopv_size($vec, $vlen))
(ret) = 
(argstr) = (sprintf("%d", index))

(size) = (1)

(units) = ("pages")

}

probe vfs.buffer_migrate_page.return = kernel.function("buffer_migrate_page").return?{

(name) = ("buffer_migrate_page")

(retstr) = (sprintf("%d", $return))

if (($return) == (0)) {

(size) = (1)

(units) = ("pages")

}



}

probe vfs.__set_page_dirty_buffers = kernel.function("__set_page_dirty_buffers"){

(dev) = (__page_dev($page))

(devname) = (__find_bdevname(dev, __page_bdev($page)))

(ino) = (__page_ino($page))

(index) = (__page_index($page))

(name) = ("__set_page_dirty_buffers")

(argstr) = (sprintf("%d", index))

(size) = (1)

(units) = ("pages")

}

probe vfs.__set_page_dirty_buffers.return = kernel.function("__set_page_dirty_buffers").return{

(name) = ("__set_page_dirty_buffers")

(retstr) = (sprintf("%d", $return))

if (($return) == (1)) {

(size) = (1)

(units) = ("pages")

}



}

probe vfs.do_mpage_readpage = kernel.function("do_mpage_readpage"){

(dev) = (__page_dev($page))

(devname) = (__find_bdevname(dev, __page_bdev($page)))

(ino) = (__page_ino($page))

(index) = (__page_index($page))

(name) = ("do_mpage_readpage")

(argstr) = (sprintf("%d", index))

(size) = (1)

(units) = ("pages")

}

probe vfs.do_mpage_readpage.return = kernel.function("do_mpage_readpage").return{

(name) = ("do_mpage_readpage")

(retstr) = (sprintf("0x%x", $return))

(size) = (1)

(units) = ("pages")

}

probe vfs.add_to_page_cache = kernel.function("add_to_page_cache_locked")!, kernel.function("add_to_page_cache"){

(dev) = ($mapping->host->i_sb->s_dev)

(devname) = (__find_bdevname(dev, $mapping->host->i_sb->s_bdev))

(ino) = ($mapping->host->i_ino)

(index) = ($offset)

(nrpages) = ($mapping->nrpages)

(size) = ($mapping->nrpages)

(units) = ("pages")

(name) = ("vfs.add_to_page_cache")

(argstr) = (sprintf("%d, %d", ino, $offset))

}

probe vfs.add_to_page_cache.return = kernel.function("add_to_page_cache_locked").return!, kernel.function("add_to_page_cache").return{

(name) = ("vfs.add_to_page_cache")

(retstr) = (sprintf("%d", $return))

if (($return) == (0)) {

(size) = (1)

(units) = ("pages")

}



}

probe vfs.remove_from_page_cache = kernel.function("__remove_from_page_cache"){

(dev) = (__page_dev($page))

(devname) = (__find_bdevname(dev, __page_bdev($page)))

(ino) = (__page_ino($page))

(index) = (__page_index($page))

(name) = ("vfs.remove_from_page_cache")

(argstr) = (sprintf("%d", ino))

}

probe vfs.remove_from_page_cache.return = kernel.function("__remove_from_page_cache").return{

(name) = ("vfs.remove_from_page_cache")

(retstr) = (sprintf("N/A"))

}

probe vfs.read = kernel.function("vfs_read"){

(file) = ($file)

(pos) = ($pos)

(buf) = ($buf)

(bytes_to_read) = ($count)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(name) = ("vfs.read")

(argstr) = (sprintf("%d, %d, %p", $count, $pos, $buf))

}

probe vfs.read.return = kernel.function("vfs_read").return{

(name) = ("vfs.read")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(pos) = ($pos)

(buf) = ($buf)

(bytes_to_read) = ($count)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(ret) = ($return)

(bytes_read) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe vfs.readv = kernel.function("vfs_readv"){

(file) = ($file)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(pos) = ($pos)

(vec) = ($vec)

(vlen) = ($vlen)

(bytes_to_read) = (_get_fopv_size($vec, $vlen))

(name) = ("vfs.read")

(argstr) = (sprintf("%d, %d, %p", bytes_to_read, $pos, $vec))

}

probe vfs.readv.return = kernel.function("vfs_readv").return{

(name) = ("vfs.readv")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(pos) = ($pos)

(vec) = ($vec)

(vlen) = ($vlen)

(bytes_to_read) = (_get_fopv_size($vec, $vlen))
($return)
(bytes_read) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe vfs.write = kernel.function("vfs_write"){
(file) = ($file)
(pos) = ($pos)
(buf) = ($buf)
(bytes_to_write) = ($count)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(name) = ("vfs.write")
(argstr) = (sprintf("%d, %d, %p", $count, $pos, $buf))
}
probe vfs.write.return = kernel.function("vfs_write").return{
(name) = ("vfs.write")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(pos) = ($pos)
(buf) = ($buf)
(bytes_to_write) = ($count)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(ret) = ($return)
(bytes_written) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe vfs.writev = kernel.function("vfs_writev"){
(file) = ($file)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(pos) = ($pos)
(vlen) = ($vlen)
(vec) = ($vec)
(bytes_to_write) = (_get_fopv_size($vec, $vlen))
(name) = ("vfs.writev")
(argstr) = (sprintf("%d, %d, %p", bytes_to_write, $pos, $vec))
}
probe vfs.writev.return = kernel.function("vfs_writev").return{
(name) = ("vfs.writev")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(dev) = (__file_dev($file))
(devname) = (__find_bdevname(dev, __file_bdev($file)))
(ino) = (__file_ino($file))
(pos) = ($pos)
(vlen) = ($vlen)
(vec) = ($vec)
(bytes_to_write) = (_get_fopv_size($vec, $vlen))
(ret) = ($return)
(bytes_written) = ((($return) > (0))?($return):(0))
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe _vfs.generic_file_readonly_mmap = kernel.function("generic_file_readonly_mmap"){
(file) = ($file)
(vma) = ($vma)
(name) = ("_vfs.generic_file_readonly_mmap")
(argstr) = (sprintf("%p, %p", $file, $vma))
}
probe _vfs.generic_file_readonly_mmap.return = kernel.function("generic_file_readonly_mmap").return{
(name) = ("_vfs.generic_file_readonly_mmap")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(vma) = ($vma)
(ret) = ($return)
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe _vfs.generic_block_bmap = kernel.function("generic_block_bmap"){
(mapping) = ($mapping)
(block) = ($block)
(get_block) = ($get_block)
(name) = ("_vfs.generic_block_bmap")
(argstr) = (sprintf("%p, %p, %p", $mapping, $block, $get_block))
}
probe _vfs.generic_commit_write = kernel.function("generic_commit_write")?{
(file) = ($file)
(page) = ($page)
(from) = ($from)
(to) = ($to)
(name) = ("_vfs.generic_commit_write")
(argstr) = (sprintf("%p, %p, %d, %d", $file, $page, $from, $to))
}
probe _vfs.block_prepare_write = kernel.function("__block_prepare_write"){
(_inode) = ($inode)
(page) = ($page)
(write_from) = ($from)
(write_upto) = ($to)
(from) = ($from)
(to) = ($to)
(name) = ("_vfs.generic_commit_write")
(argstr) = (sprintf("%p, %d, %d", $page, $from, $to))
}
probe _vfs.block_prepare_write.return = kernel.function("__block_prepare_write").return{
(name) = ("_vfs.block_prepare_write")
(retstr) = (sprintf("%d", $return))
(_inode) = ($inode)
(page) = ($page)
(write_from) = ($from)
(write_upto) = ($to)
(from) = ($from)
(to) = ($to)
(ret) = ($return)
(error) = (((ret) < (0))?(ret):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe _vfs.block_write_begin = kernel.function("block_write_begin")?{
(file) = ($file)
(pos) = ($pos)
(len) = ($len)
(flags) = ($flags)
(_inode) = (__address_inode($mapping))
(name) = ("_vfs.block_write_begin")
(argstr) = (sprintf("%p, %d, %d, %x", $file, $pos, $len, $flags))
}
probe _vfs.block_write_begin.return = kernel.function("block_write_begin").return?{
(name) = ("_vfs.block_write_begin")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(pos) = ($pos)
(len
(ret) = ($return)

(bytes_read) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe vfs.write = kernel.function("vfs_write"){

(file) = ($file)

(pos) = ($pos)

(buf) = ($buf)

(bytes_to_write) = ($count)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(name) = ("vfs.write")

(argstr) = (sprintf("%d, %d, %p", $count, $pos, $buf))

}

probe vfs.write.return = kernel.function("vfs_write").return{

(name) = ("vfs.write")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(pos) = ($pos)

(buf) = ($buf)

(bytes_to_write) = ($count)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(ret) = ($return)

(bytes_written) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe vfs.writev = kernel.function("vfs_writev"){

(file) = ($file)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(pos) = ($pos)

(vlen) = ($vlen)

(vec) = ($vec)

(bytes_to_write) = (_get_fopv_size($vec, $vlen))

(name) = ("vfs.writev")

(argstr) = (sprintf("%d, %d, %p", bytes_to_write, $pos, $vec))

}

probe vfs.writev.return = kernel.function("vfs_writev").return{

(name) = ("vfs.writev")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(dev) = (__file_dev($file))

(devname) = (__find_bdevname(dev, __file_bdev($file)))

(ino) = (__file_ino($file))

(pos) = ($pos)

(vlen) = ($vlen)

(vec) = ($vec)

(bytes_to_write) = (_get_fopv_size($vec, $vlen))

(ret) = ($return)

(bytes_written) = ((($return) > (0))?($return):(0))

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe _vfs.generic_file_readonly_mmap = kernel.function("generic_file_readonly_mmap"){

(file) = ($file)

(vma) = ($vma)

(name) = ("_vfs.generic_file_readonly_mmap")

(argstr) = (sprintf("%p, %p", $file, $vma))

}

probe _vfs.generic_file_readonly_mmap.return = kernel.function("generic_file_readonly_mmap").return{

(name) = ("_vfs.generic_file_readonly_mmap")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(vma) = ($vma)

(ret) = ($return)

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe _vfs.generic_block_bmap = kernel.function("generic_block_bmap"){

(mapping) = ($mapping)

(block) = ($block)

(get_block) = ($get_block)

(name) = ("_vfs.generic_block_bmap")

(argstr) = (sprintf("%p, %p, %p", $mapping, $block, $get_block))

}

probe _vfs.generic_commit_write = kernel.function("generic_commit_write")?{

(file) = ($file)

(page) = ($page)

(from) = ($from)

(to) = ($to)

(name) = ("_vfs.generic_commit_write")

(argstr) = (sprintf("%p, %p, %d, %d", $file, $page, $from, $to))

}

probe _vfs.block_prepare_write = kernel.function("__block_prepare_write"){

(_inode) = ($inode)

(page) = ($page)

(write_from) = ($from)

(write_upto) = ($to)

(from) = ($from)

(to) = ($to)

(name) = ("_vfs.generic_commit_write")

(argstr) = (sprintf("%p, %d, %d", $page, $from, $to))

}

probe _vfs.block_prepare_write.return = kernel.function("__block_prepare_write").return{

(name) = ("_vfs.block_prepare_write")

(retstr) = (sprintf("%d", $return))

(_inode) = ($inode)

(page) = ($page)

(write_from) = ($from)

(write_upto) = ($to)

(from) = ($from)

(to) = ($to)

(ret) = ($return)

(error) = (((ret) < (0))?(ret):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe _vfs.block_write_begin = kernel.function("block_write_begin")?{

(file) = ($file)

(pos) = ($pos)

(len) = ($len)

(flags) = ($flags)

(_inode) = (__address_inode($mapping))

(name) = ("_vfs.block_write_begin")

(argstr) = (sprintf("%p, %d, %d, %x", $file, $pos, $len, $flags))

}

probe _vfs.block_write_begin.return = kernel.function("block_write_begin").return?{

(name) = ("_vfs.block_write_begin")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(pos) = ($pos)
) = ($len)
(flags) = ($flags)
(_inode) = (__address_inode($mapping))
(ret) = ($return)
(error) = ((($return) < (0))?($return):(0))
(error_str) = ((error)?(errno_str(error)):(""))
}
probe _vfs.block_write_end = kernel.function("block_write_end")?{
(file) = ($file)
(pos) = ($pos)
(len) = ($len)
(page) = ($page)
(_inode) = (__address_inode($mapping))
(name) = ("_vfs.block_write_end")
(argstr) = (sprintf("%p, %d, %d, %p", $file, $pos, $len, $page))
}
probe _vfs.block_write_end.return = kernel.function("block_write_end").return?{
(name) = ("_vfs.block_write_end")
(retstr) = (sprintf("%d", $return))
(file) = ($file)
(pos) = ($pos)
(len) = ($len)
(page) = ($page)
(_inode) = (__address_inode($mapping))
(ret) = ($return)
}
function __find_bdevname (dev, bdev)
{
if ([dev] in __devnames) return __devnames[dev]
else return (__devnames[dev]) = (bdevname(bdev))

}
function ppos_pos (ppos)
{
return kernel_pointer(ppos)
}
function __address_inode (page)
{
(mapping) = ((page)?(@cast(page, "page", "kernel")->mapping):(0))
if ((mapping) == (0)) return -(1)
else return @cast(mapping, "address_space", "kernel")->host

}
function __page_ino (page)
{
(host) = (__address_inode(page))
if ((host) == (-(1))) return -(1)
else return @cast(host, "inode", "kernel")->i_ino

}
function __page_dev (page)
{
(host) = (__address_inode(page))
if ((host) == (-(1))) return -(1)

return @cast(host, "inode", "kernel")->i_sb->s_dev
}
function __page_bdev (page)
{
(host) = (__address_inode(page))
if ((host) == (-(1))) return 0

return @cast(host, "inode", "kernel")->i_sb->s_bdev
}
function __page_index (page)
{
return @cast(page, "page", "kernel")->index
}
function __file_dev (file)
{
(d_inode) = (__file_inode(file))
if ((d_inode) == (0)) return 0

return @cast(d_inode, "inode", "kernel")->i_sb->s_dev
}
function __file_bdev (file)
{
(d_inode) = (__file_inode(file))
if ((d_inode) == (0)) return 0

return @cast(d_inode, "inode", "kernel")->i_sb->s_bdev
}
function __file_ino (file)
{
(d_inode) = (__file_inode(file))
if ((d_inode) == (0)) return 0

return @cast(d_inode, "inode", "kernel")->i_ino
}
function __file_maxbytes (file)
{
(d_inode) = (__file_inode(file))
if ((d_inode) == (0)) return 0

return @cast(d_inode, "inode", "kernel")->i_sb->s_maxbytes
}
function __file_filename (file)
{
(dentry) = ((file)?((@defined(@cast(file, "file", "kernel")->f_path->dentry))?(@cast(file, "file", "kernel")->f_path->dentry):(@cast(file, "file", "kernel")->f_dentry)):(0))
(name) = ((dentry)?(@cast(dentry, "dentry", "kernel")->d_name->name):(0))
if ((name) == (0)) return "NULL"
else return kernel_string(name)

}
function _get_fopv_size (iovp, nr_segs)
{
if (iovp) {
(val) = (0)
for ((i) = (0); (i) < (nr_segs); (i)++) (val) += (@cast(iovp, "iovec")[i]->iov_len)
return val
}

return -(1)
}
function _dev_minor (dev)
{
return MINOR(dev)
}
function _dev_major (dev)
{
return MAJOR(dev)
}

Pass 1: parsed user script and 70 library script(s) using 27584virt/25152res/4544shr kb, in 510usr/90sys/1632real ms.

(len) = ($len)

(flags) = ($flags)

(_inode) = (__address_inode($mapping))

(ret) = ($return)

(error) = ((($return) < (0))?($return):(0))

(error_str) = ((error)?(errno_str(error)):(""))

}

probe _vfs.block_write_end = kernel.function("block_write_end")?{

(file) = ($file)

(pos) = ($pos)

(len) = ($len)

(page) = ($page)

(_inode) = (__address_inode($mapping))

(name) = ("_vfs.block_write_end")

(argstr) = (sprintf("%p, %d, %d, %p", $file, $pos, $len, $page))

}

probe _vfs.block_write_end.return = kernel.function("block_write_end").return?{

(name) = ("_vfs.block_write_end")

(retstr) = (sprintf("%d", $return))

(file) = ($file)

(pos) = ($pos)

(len) = ($len)

(page) = ($page)

(_inode) = (__address_inode($mapping))

(ret) = ($return)

}

function __find_bdevname (dev, bdev)

{

if ([dev] in __devnames) return __devnames[dev]

else return (__devnames[dev]) = (bdevname(bdev))



}

function ppos_pos (ppos)

{

return kernel_pointer(ppos)

}

function __address_inode (page)

{

(mapping) = ((page)?(@cast(page, "page", "kernel")->mapping):(0))

if ((mapping) == (0)) return -(1)

else return @cast(mapping, "address_space", "kernel")->host



}

function __page_ino (page)

{

(host) = (__address_inode(page))

if ((host) == (-(1))) return -(1)

else return @cast(host, "inode", "kernel")->i_ino



}

function __page_dev (page)

{

(host) = (__address_inode(page))

if ((host) == (-(1))) return -(1)



return @cast(host, "inode", "kernel")->i_sb->s_dev

}

function __page_bdev (page)

{

(host) = (__address_inode(page))

if ((host) == (-(1))) return 0



return @cast(host, "inode", "kernel")->i_sb->s_bdev

}

function __page_index (page)

{

return @cast(page, "page", "kernel")->index

}

function __file_dev (file)

{

(d_inode) = (__file_inode(file))

if ((d_inode) == (0)) return 0



return @cast(d_inode, "inode", "kernel")->i_sb->s_dev

}

function __file_bdev (file)

{

(d_inode) = (__file_inode(file))

if ((d_inode) == (0)) return 0



return @cast(d_inode, "inode", "kernel")->i_sb->s_bdev

}

function __file_ino (file)

{

(d_inode) = (__file_inode(file))

if ((d_inode) == (0)) return 0



return @cast(d_inode, "inode", "kernel")->i_ino

}

function __file_maxbytes (file)

{

(d_inode) = (__file_inode(file))

if ((d_inode) == (0)) return 0



return @cast(d_inode, "inode", "kernel")->i_sb->s_maxbytes

}

function __file_filename (file)

{

(dentry) = ((file)?((@defined(@cast(file, "file", "kernel")->f_path->dentry))?(@cast(file, "file", "kernel")->f_path->dentry):(@cast(file, "file", "kernel")->f_dentry)):(0))

(name) = ((dentry)?(@cast(dentry, "dentry", "kernel")->d_name->name):(0))

if ((name) == (0)) return "NULL"

else return kernel_string(name)



}

function _get_fopv_size (iovp, nr_segs)

{

if (iovp) {

(val) = (0)

for ((i) = (0); (i) < (nr_segs); (i)++) (val) += (@cast(iovp, "iovec")[i]->iov_len)

return val

}



return -(1)

}

function _dev_minor (dev)

{

return MINOR(dev)

}

function _dev_major (dev)

{

return MAJOR(dev)

}



Pass 1: parsed user script and 70 library script(s) using 27584virt/25152res/4544shr kb, in 510usr/90sys/1632real ms.
wait results: 4424 exp12 0 0
PASS: parseok/cmdline02.stp
Running /home/src/testsuite/parseok/eight.stp
starting /home/src/testsuite/parseok/eight.stp
spawn1 stap -p1 /home/src/testsuite/parseok/eight.stp
spawn stap -p1 /home/src/testsuite/parseok/eight.stp
# parse tree dump
# file /home/src/testsuite/parseok/eight.stp
probe all{
["1"] in a1
["1", 2] in a2
[a] in a3
[("1") . ("2"), ("1") . ("2")] in a4
(a) = ([akbar(("foo") . ("bar"))] in it_s_a_trap)
foreach ([a, b] in a4) {
foreach ([c, d] in a2) ;
}
}

# parse tree dump

# file /home/src/testsuite/parseok/eight.stp

probe all{

["1"] in a1

["1", 2] in a2

[a] in a3

[("1") . ("2"), ("1") . ("2")] in a4

(a) = ([akbar(("foo") . ("bar"))] in it_s_a_trap)

foreach ([a, b] in a4) {

foreach ([c, d] in a2) ;

}

}


wait results: 4429 exp12 0 0
PASS: parseok/eight.stp
Running /home/src/testsuite/parseok/eighteen.stp
starting /home/src/testsuite/parseok/eighteen.stp
spawn1 stap -p1 /home/src/testsuite/parseok/eighteen.stp
spawn stap -p1 /home/src/testsuite/parseok/eighteen.stp
# parse tree dump
# file /home/src/testsuite/parseok/eighteen.stp
global c
global a = 1
global b = "hello"
global d
probe begin{
}

# parse tree dump

# file /home/src/testsuite/parseok/eighteen.stp

global c

global a = 1

global b = "hello"

global d

probe begin{

}


wait results: 4433 exp12 0 0
PASS: parseok/eighteen.stp
Running /home/src/testsuite/parseok/eleven.stp
starting /home/src/testsuite/parseok/eleven.stp
spawn1 stap -p1 /home/src/testsuite/parseok/eleven.stp
spawn stap -p1 /home/src/testsuite/parseok/eleven.stp
# parse tree dump
# file /home/src/testsuite/parseok/eleven.stp
probe two{
(a) = (b)
(a) <<< (b)
(a) += (b)
(a) -= (b)
(a) *= (b)
(a) /= (b)
(a) %= (b)
(a) <<= (b)
(a) >>= (b)
(a) &= (b)
(a) ^= (b)
(a) |= (b)
(a)?(b):(c)
(a) || (b)
(a) && (b)
(a) | (b)
(a) & (b)
(a) ^ (b)
(a) < (b)
(a) > (b)
(a) == (b)
(a) != (b)
(a) <= (b)
(a) >= (b)
(a) << (b)
(a) >> (b)
(a) . (b)
(a) + (b)
(a) - (b)
(a) * (b)
(a) / (b)
(a) % (b)
(a)++
(a)--
--(a)
++(a)
~(a)
!(a)
+(a)
-(a)
(a) % (b)
--(a)
++(a)
(a)++
(a)--
+(+(a))
+(-(a))
+(!(a))
+(~(a))
-(+(a))
-(-(a))
-(!(a))
-(~(a))
!(+(a))
!(-(a))
!(!(a))
!(~(a))
~(+(a))
~(-(a))
~(!(a))
~(~(a))
}

# parse tree dump

# file /home/src/testsuite/parseok/eleven.stp

probe two{

(a) = (b)

(a) <<< (b)

(a) += (b)

(a) -= (b)

(a) *= (b)

(a) /= (b)

(a) %= (b)

(a) <<= (b)

(a) >>= (b)

(a) &= (b)

(a) ^= (b)

(a) |= (b)

(a)?(b):(c)

(a) || (b)

(a) && (b)

(a) | (b)

(a) & (b)

(a) ^ (b)

(a) < (b)

(a) > (b)

(a) == (b)

(a) != (b)

(a) <= (b)

(a) >= (b)

(a) << (b)

(a) >> (b)

(a) . (b)

(a) + (b)

(a) - (b)

(a) * (b)

(a) / (b)

(a) % (b)

(a)++

(a)--

--(a)

++(a)

~(a)

!(a)

+(a)

-(a)

(a) % (b)

--(a)

++(a)

(a)++

(a)--

+(+(a))

+(-(a))

+(!(a))

+(~(a))

-(+(a))

-(-(a))

-(!(a))

-(~(a))

!(+(a))

!(-(a))

!(!(a))

!(~(a))

~(+(a))

~(-(a))

~(!(a))

~(~(a))

}


wait results: 4437 exp12 0 0
PASS: parseok/eleven.stp
Running /home/src/testsuite/parseok/fifteen.stp
starting /home/src/testsuite/parseok/fifteen.stp
spawn1 stap -p1 /home/src/testsuite/parseok/fifteen.stp
spawn stap -p1 /home/src/testsuite/parseok/fifteen.stp
# parse tree dump
# file /home/src/testsuite/parseok/fifteen.stp
probe syscall.read = kernel.function("sys_read"){
(fildes) = ($fd)
}

# parse tree dump

# file /home/src/testsuite/parseok/fifteen.stp

probe syscall.read = kernel.function("sys_read"){

(fildes) = ($fd)

}


wait results: 4441 exp12 0 0
PASS: parseok/fifteen.stp
Running /home/src/testsuite/parseok/five.stp
starting /home/src/testsuite/parseok/five.stp
spawn1 stap -p1 /home/src/testsuite/parseok/five.stp
spawn stap -p1 /home/src/testsuite/parseok/five.stp
# parse tree dump
# file /home/src/testsuite/parseok/five.stp
probe lkst("process_contextswitch"){
}
probe syscall("name").return{
}
probe syscall("*"){
}
probe kernel.function("wait_for_godot"){
}
probe kernel.function("name").line(10){
}
probe kernel.source("mempool.c").line(5004){
}
probe kernel.address(3735928559){
}
probe kernel.module("driver.ko").function("name").return{
}
probe kernel.module("cpqarray.ko").jumptable("ida_fops"){
}
probe kernel.watch("datasymbol").write{
}
probe user("fche").inode("/bin/vi").function("refresh"){
}
probe user.inode("/lib/libc.so.6").function("malloc").return{
}
probe time.real.hz(500){
}
probe time.virtual.jiffies(100){
}
probe perfcounter("tlbmiss").count(4000){
}
probe resource.freemembelow(50){
}
probe begin{
}
probe something?,or?,nothing?{
}
probe something!,or,nothing!,and?,zoo{
}
probe something? if (ture),or,nothing! if (false),then* if (0){
}

# parse tree dump

# file /home/src/testsuite/parseok/five.stp

probe lkst("process_contextswitch"){

}

probe syscall("name").return{

}

probe syscall("*"){

}

probe kernel.function("wait_for_godot"){

}

probe kernel.function("name").line(10){

}

probe kernel.source("mempool.c").line(5004){

}

probe kernel.address(3735928559){

}

probe kernel.module("driver.ko").function("name").return{

}

probe kernel.module("cpqarray.ko").jumptable("ida_fops"){

}

probe kernel.watch("datasymbol").write{

}

probe user("fche").inode("/bin/vi").function("refresh"){

}

probe user.inode("/lib/libc.so.6").function("malloc").return{

}

probe time.real.hz(500){

}

probe time.virtual.jiffies(100){

}

probe perfcounter("tlbmiss").count(4000){

}

probe resource.freemembelow(50){

}

probe begin{

}

probe something?,or?,nothing?{

}

probe something!,or,nothing!,and?,zoo{

}

probe something? if (ture),or,nothing! if (false),then* if (0){

}


wait results: 4445 exp12 0 0
PASS: parseok/five.stp
Running /home/src/testsuite/parseok/foreachstmt01.stp
starting /home/src/testsuite/parseok/foreachstmt01.stp
spawn1 stap -p1 /home/src/testsuite/parseok/foreachstmt01.stp
spawn stap -p1 /home/src/testsuite/parseok/foreachstmt01.stp
# parse tree dump
# file /home/src/testsuite/parseok/foreachstmt01.stp
probe one{
foreach ([x+, y] in a limit 5) ;
(n) = (5)
foreach ([x, y-] in a limit n) ;
foreach ([x, y] in a+ limit (n) + (2)) ;
foreach ([x, y] in a+ limit ++(n)) ;
}

# parse tree dump

# file /home/src/testsuite/parseok/foreachstmt01.stp

probe one{

foreach ([x+, y] in a limit 5) ;

(n) = (5)

foreach ([x, y-] in a limit n) ;

foreach ([x, y] in a+ limit (n) + (2)) ;

foreach ([x, y] in a+ limit ++(n)) ;

}


wait results: 4449 exp12 0 0
PASS: parseok/foreachstmt01.stp
Running /home/src/testsuite/parseok/four.stp
starting /home/src/testsuite/parseok/four.stp
spawn1 stap -p1 /home/src/testsuite/parseok/four.stp
spawn stap -p1 /home/src/testsuite/parseok/four.stp
# parse tree dump
# file /home/src/testsuite/parseok/four.stp
probe syscall("foo").foo.bar,syscall("bar"),syscall("*").return{
($a) = ((a$a) = ((a$a$) = (0)))
}

# parse tree dump

# file /home/src/testsuite/parseok/four.stp

probe syscall("foo").foo.bar,syscall("bar"),syscall("*").return{

($a) = ((a$a) = ((a$a$) = (0)))

}


wait results: 4453 exp12 0 0
PASS: parseok/four.stp
Running /home/src/testsuite/parseok/fourteen.stp
starting /home/src/testsuite/parseok/fourteen.stp
spawn1 stap -p1 /home/src/testsuite/parseok/fourteen.stp
spawn stap -p1 /home/src/testsuite/parseok/fourteen.stp
# parse tree dump
# file /home/src/testsuite/parseok/fourteen.stp
global PASS
global powerpc
global PASS2

# parse tree dump

# file /home/src/testsuite/parseok/fourteen.stp

global PASS

global powerpc

global PASS2


wait results: 4457 exp12 0 0
PASS: parseok/fourteen.stp
Running /home/src/testsuite/parseok/kconfig.stp
starting /home/src/testsuite/parseok/kconfig.stp
spawn1 stap -p2 /home/src/testsuite/parseok/kconfig.stp
spawn stap -p2 /home/src/testsuite/parseok/kconfig.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/parseok/kconfig.stp:3:35
 source: %( CONFIG_NO_SUCH_CONFIG == "" %? probe never {} %: %)
                                           ^
# probes
never /* <- never */
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/parseok/kconfig.stp:3:35

 source: %( CONFIG_NO_SUCH_CONFIG == "" %? probe never {} %: %)

                                           ^

# probes

never /* <- never */
wait results: 4461 exp12 0 0
PASS: parseok/kconfig.stp
Running /home/src/testsuite/parseok/nine.stp
starting /home/src/testsuite/parseok/nine.stp
spawn1 stap -p1 /home/src/testsuite/parseok/nine.stp
spawn stap -p1 /home/src/testsuite/parseok/nine.stp
# parse tree dump
# file /home/src/testsuite/parseok/nine.stp
probe one{
if (a) if (b) d
else e


}
probe two{
(a) = (b)
(c) = (d)
(_e) = ($f)
(_g) = (h_)
;
}

# parse tree dump

# file /home/src/testsuite/parseok/nine.stp

probe one{

if (a) if (b) d

else e





}

probe two{

(a) = (b)

(c) = (d)

(_e) = ($f)

(_g) = (h_)

;

}


wait results: 4465 exp12 0 0
PASS: parseok/nine.stp
Running /home/src/testsuite/parseok/nineteen.stp
starting /home/src/testsuite/parseok/nineteen.stp
spawn2 /home/src/testsuite/parseok/nineteen.stp
spawn /home/src/testsuite/parseok/nineteen.stp
# parse tree dump
# file <input>
probe foo{
log(("probe foo") . ("\013\014"))
}

# parse tree dump

# file <input>

probe foo{

log(("probe foo") . ("\013\014"))

}


wait results: 4469 exp12 0 0
PASS: parseok/nineteen.stp
Running /home/src/testsuite/parseok/one.stp
starting /home/src/testsuite/parseok/one.stp
spawn1 stap -p1 /home/src/testsuite/parseok/one.stp
spawn stap -p1 /home/src/testsuite/parseok/one.stp
# parse tree dump
# file /home/src/testsuite/parseok/one.stp
function k ()
{
}

# parse tree dump

# file /home/src/testsuite/parseok/one.stp

function k ()

{

}


wait results: 4474 exp12 0 0
PASS: parseok/one.stp
Running /home/src/testsuite/parseok/preprocess-wildcard.stp
starting /home/src/testsuite/parseok/preprocess-wildcard.stp
spawn1 stap -p1 /home/src/testsuite/parseok/preprocess-wildcard.stp
spawn stap -p1 /home/src/testsuite/parseok/preprocess-wildcard.stp
# parse tree dump
# file /home/src/testsuite/parseok/preprocess-wildcard.stp
probe ab,*b,a*b,a*,*{
f((((x) * (x)) * (y)) * (y))
}
probe ab,*b,a*b,a*,*{
f((((x) * (x)) * (y)) * (y))
}
probe ab,*b,a*b,a*,*{
f((((x) * (x)) * (y)) * (y))
}
probe ab,*b,a*b,a*,*{
f((((x) * (x)) * (y)) * (y))
}
probe ab,*b,a*b,a*,*{
f((((x) * (x)) * (y)) * (y))
}
probe ab,*b,a*b,a*,*{
f((((x) * (x)) * (y)) * (y))
}

# parse tree dump

# file /home/src/testsuite/parseok/preprocess-wildcard.stp

probe ab,*b,a*b,a*,*{

f((((x) * (x)) * (y)) * (y))

}

probe ab,*b,a*b,a*,*{

f((((x) * (x)) * (y)) * (y))

}

probe ab,*b,a*b,a*,*{

f((((x) * (x)) * (y)) * (y))

}

probe ab,*b,a*b,a*,*{

f((((x) * (x)) * (y)) * (y))

}

probe ab,*b,a*b,a*,*{

f((((x) * (x)) * (y)) * (y))

}

probe ab,*b,a*b,a*,*{

f((((x) * (x)) * (y)) * (y))

}


wait results: 4478 exp12 0 0
PASS: parseok/preprocess-wildcard.stp
Running /home/src/testsuite/parseok/semko.stp
starting /home/src/testsuite/parseok/semko.stp
spawn2 /home/src/testsuite/parseok/semko.stp
spawn /home/src/testsuite/parseok/semko.stp
# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/array01.stp
global a[10]
probe begin{
printf("%d\\n", @count(a))
}

# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/array01.stp

global a[10]

probe begin{

printf("%d\\n", @count(a))

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/array02.stp
probe end{
(array[1, 2]) = (5)
print(array[4, 6])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/array02.stp

probe end{

(array[1, 2]) = (5)

print(array[4, 6])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/doubleglob.stp
probe foo**bar{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/doubleglob.stp

probe foo**bar{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/eight.stp
global stats
probe begin{
(stats) <<< ("string")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/eight.stp

global stats

probe begin{

(stats) <<< ("string")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/eighteen.stp
probe kernel.function("schedule"){
log($no_such_variable_anywhere)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/eighteen.stp

probe kernel.function("schedule"){

log($no_such_variable_anywhere)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/eleven.stp
global arr
global rra
global s
global n
probe begin{
(arr[0]) = ("value")
(rra["key"]) = (0)
}
probe end{
if ([k] in arr) {
(s) = ((k) . (""))
(i) = ((arr[k]) + (0))
}

foreach ([l] in arr) {
(s) = ((l) . (""))
(i) = ((arr[l]) + (0))
}
if ([m] in rra) {
(i) = ((m) + (1))
(s) = ((rra[m]) . (""))
}

foreach ([n] in rra) {
(i) = ((n) + (0))
(s) = ((rra[n]) . (""))
}
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/eleven.stp

global arr

global rra

global s

global n

probe begin{

(arr[0]) = ("value")

(rra["key"]) = (0)

}

probe end{

if ([k] in arr) {

(s) = ((k) . (""))

(i) = ((arr[k]) + (0))

}



foreach ([l] in arr) {

(s) = ((l) . (""))

(i) = ((arr[l]) + (0))

}

if ([m] in rra) {

(i) = ((m) + (1))

(s) = ((rra[m]) . (""))

}



foreach ([n] in rra) {

(i) = ((n) + (0))

(s) = ((rra[n]) . (""))

}

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fifteen.stp
global tangle
probe begin{
foreach ([state] in tangle) {
(state) = ((tangle[state])++)
}
log("hello from systemtap")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fifteen.stp

global tangle

probe begin{

foreach ([state] in tangle) {

(state) = ((tangle[state])++)

}

log("hello from systemtap")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/five.stp
probe begin{
bar(1, 2)
}
function bar ()
{
return 0
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/five.stp

probe begin{

bar(1, 2)

}

function bar ()

{

return 0

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/foreachstmt01.stp
global array
probe begin{
(array[0]) = (1)
foreach ([key] in array limit "hi") printf("key %d, value %d\\n", key, array[key])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/foreachstmt01.stp

global array

probe begin{

(array[0]) = (1)

foreach ([key] in array limit "hi") printf("key %d, value %d\\n", key, array[key])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/foreachstmt02.stp
global array
probe begin{
(array[0]) = (1)
foreach ([key] in array limit str_ret_type()) printf("key %d, value %d\\n", key, array[key])
}
function str_ret_type ()
{
return "hi"
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/foreachstmt02.stp

global array

probe begin{

(array[0]) = (1)

foreach ([key] in array limit str_ret_type()) printf("key %d, value %d\\n", key, array[key])

}

function str_ret_type ()

{

return "hi"

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/foreachstmt03.stp
global array
probe begin{
(array[0]) <<< (1)
foreach (val = [key] in array) printf("key %d, value %d\\n", key, @sum(val))
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/foreachstmt03.stp

global array

probe begin{

(array[0]) <<< (1)

foreach (val = [key] in array) printf("key %d, value %d\\n", key, @sum(val))

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/forty.stp
global x
probe kernel.function("do_sys_open") if ((x) = (1)){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/forty.stp

global x

probe kernel.function("do_sys_open") if ((x) = (1)){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortyeight.stp
global foo
probe begin{
exit()
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortyeight.stp

global foo

probe begin{

exit()

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortyfive.stp
probe kernel.function("*@kernel/kprobes.c").call{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortyfive.stp

probe kernel.function("*@kernel/kprobes.c").call{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortyfour.stp
probe foo = bar{
}
probe bar = foo{
}
probe foo{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortyfour.stp

probe foo = bar{

}

probe bar = foo{

}

probe foo{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortynine.stp
probe begin{
try {
{
}
} catch (er) {
{
println((er) + (2))
}
}

}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortynine.stp

probe begin{

try {

{

}

} catch (er) {

{

println((er) + (2))

}

}



}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortyone.stp
probe kernel.function("vfs_read") if ((x) > (1)){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortyone.stp

probe kernel.function("vfs_read") if ((x) > (1)){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortyseven.stp
probe kernel.function("*@ket.c"){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortyseven.stp

probe kernel.function("*@ket.c"){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortysix.stp
probe begin{
if (("foo") == (NULL)) log("boo")

}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortysix.stp

probe begin{

if (("foo") == (NULL)) log("boo")



}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortythree.stp
probe foo.bar = foo.*{
}
probe foo.*{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortythree.stp

probe foo.bar = foo.*{

}

probe foo.*{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fortytwo.stp
probe kernel.function("vfs_read") if (foo(2)){
}
function foo (x)
{
return x
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fortytwo.stp

probe kernel.function("vfs_read") if (foo(2)){

}

function foo (x)

{

return x

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/four.stp
global a
global b
probe begin{
(a) = (b)
}
function bar ()
{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/four.stp

global a

global b

probe begin{

(a) = (b)

}

function bar ()

{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/fourteen.stp
global foo
probe begin{
foreach ([a] in foo) {
bar()
}
log("hello from systemtap")
}
function bar ()
{
(a) = ((foo["hello"])++)
return 10
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/fourteen.stp

global foo

probe begin{

foreach ([a] in foo) {

bar()

}

log("hello from systemtap")

}

function bar ()

{

(a) = ((foo["hello"])++)

return 10

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/gurufunc.stp
probe begin{
set_kernel_long(0, 0)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/gurufunc.stp

probe begin{

set_kernel_long(0, 0)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/local_array.stp
probe begin{
(a[1]) = (1)
println(a[1])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/local_array.stp

probe begin{

(a[1]) = (1)

println(a[1])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/local_stat.stp
probe begin{
(a) <<< (1)
println(@count(a))
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/local_stat.stp

probe begin{

(a) <<< (1)

println(@count(a))

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/maxactive01.stp
probe kernel.function("*").maxactive(3){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/maxactive01.stp

probe kernel.function("*").maxactive(3){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/maxactive02.stp
probe kernel.function("*").return.maxactive("hi"){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/maxactive02.stp

probe kernel.function("*").return.maxactive("hi"){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/maxactive03.stp
probe timer.sec(100).maxactive(3){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/maxactive03.stp

probe timer.sec(100).maxactive(3){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/maxactive04.stp
probe kernel.function("vfs_read").return.maxactive(-4){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/maxactive04.stp

probe kernel.function("vfs_read").return.maxactive(-4){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/maxactive05.stp
probe kernel.function("vfs_read").return.maxactive(99999999){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/maxactive05.stp

probe kernel.function("vfs_read").return.maxactive(99999999){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/nine.stp
global a
probe begin{
(a[4]) = (1)
(a) = (2)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/nine.stp

global a

probe begin{

(a[4]) = (1)

(a) = (2)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/nofunc.stp
probe begin{
foo()
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/nofunc.stp

probe begin{

foo()

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/one.stp
probe begin{
(a) = (stamp("read"))
}
function stamp (syscall)
{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/one.stp

probe begin{

(a) = (stamp("read"))

}

function stamp (syscall)

{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs01.stp
probe procfs{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs01.stp

probe procfs{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs02.stp
probe procfs("foo").rread{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs02.stp

probe procfs("foo").rread{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs03.stp
probe procfs.read.write{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs03.stp

probe procfs.read.write{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs04.stp
probe procfs.write{
($value) = ("hi")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs04.stp

probe procfs.write{

($value) = ("hi")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs05.stp
probe procfs.read{
(x) = ($value)
printf("%s\\n", x)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs05.stp

probe procfs.read{

(x) = ($value)

printf("%s\\n", x)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs06.stp
probe procfs("/foo").read{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs06.stp

probe procfs("/foo").read{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs07.stp
probe procfs("foo/").read{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs07.stp

probe procfs("foo/").read{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs08.stp
probe procfs("foo/../bar").read{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs08.stp

probe procfs("foo/../bar").read{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs09.stp
probe procfs("foo/.").read{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs09.stp

probe procfs("foo/.").read{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs10.stp
probe procfs("a//c").read{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs10.stp

probe procfs("a//c").read{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs11.stp
probe procfs.write{
print($value->foo)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs11.stp

probe procfs.write{

print($value->foo)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs12.stp
probe procfs.write{
print($value[0])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs12.stp

probe procfs.write{

print($value[0])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs13.stp
probe procfs.read.maxsize{
($value) = ("foo")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs13.stp

probe procfs.read.maxsize{

($value) = ("foo")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs14.stp
probe procfs.read.maxsize(-1){
($value) = ("foo")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs14.stp

probe procfs.read.maxsize(-1){

($value) = ("foo")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/procfs15.stp
probe procfs("foo").read.maxsize(-1){
($value) = ("foo")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/procfs15.stp

probe procfs("foo").read.maxsize(-1){

($value) = ("foo")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/return01.stp
probe kernel.function("get_page_state").return{
printf("return is %d\\n", $return)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/return01.stp

probe kernel.function("get_page_state").return{

printf("return is %d\\n", $return)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/return02.stp
probe kernel.function("vfs_read"){
printf("in sys_read - return = %d\\n", $return)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/return02.stp

probe kernel.function("vfs_read"){

printf("in sys_read - return = %d\\n", $return)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/seven.stp
global baz
probe begin{
(baz[1]) = (4)
(baz["1"]) = (5)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/seven.stp

global baz

probe begin{

(baz[1]) = (4)

(baz["1"]) = (5)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/seventeen.stp
probe module("no_such_module").function("*"){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/seventeen.stp

probe module("no_such_module").function("*"){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/six.stp
global bar
probe begin{
(bar[1]) = (2)
(bar[1, 2]) = (3)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/six.stp

global bar

probe begin{

(bar[1]) = (2)

(bar[1, 2]) = (3)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/sixteen.stp
probe kernel.function("no_such_function_anywhere_guaranteed"){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/sixteen.stp

probe kernel.function("no_such_function_anywhere_guaranteed"){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/target_addr1.stp
probe kernel.function("release_task"){
println(&$p->did_exec)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/target_addr1.stp

probe kernel.function("release_task"){

println(&$p->did_exec)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/target_addr2.stp
probe kernel.function("do_sys_open"){
println(&$dfd)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/target_addr2.stp

probe kernel.function("do_sys_open"){

println(&$dfd)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/target_addr3.stp
probe kernel.function("do_sys_open").return{
println(&$return)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/target_addr3.stp

probe kernel.function("do_sys_open").return{

println(&$return)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/ten.stp
global foo
probe begin{
(foo) = (1)
}
probe end{
if ([4] in foo) {
}

}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/ten.stp

global foo

probe begin{

(foo) = (1)

}

probe end{

if ([4] in foo) {

}



}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirteen.stp
global foo
probe begin{
foreach ([a] in foo) {
bar()
}
log("hello from systemtap")
}
function bar ()
{
(foo["hello"]) = (10)
return 10
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirteen.stp

global foo

probe begin{

foreach ([a] in foo) {

bar()

}

log("hello from systemtap")

}

function bar ()

{

(foo["hello"]) = (10)

return 10

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirty.stp
global x
probe end{
(x) <<< (1)
(x) = (10)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirty.stp

global x

probe end{

(x) <<< (1)

(x) = (10)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtyeight.stp
probe kernel.statement(0).absolute{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtyeight.stp

probe kernel.statement(0).absolute{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtyfive.stp
probe foo.a = kernel.function("no_such_function")?{
"alias a"
}
probe foo.*{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtyfive.stp

probe foo.a = kernel.function("no_such_function")?{

"alias a"

}

probe foo.*{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtyfour.stp
probe kernel.function("fget_light").return{
($fd) = (0)
printf("fd is %d\\n", $fd)
}
probe kernel.function("do_sys_open").return{
$filename
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtyfour.stp

probe kernel.function("fget_light").return{

($fd) = (0)

printf("fd is %d\\n", $fd)

}

probe kernel.function("do_sys_open").return{

$filename

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtynine.stp
probe kernel.function("sys_open").if(1){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtynine.stp

probe kernel.function("sys_open").if(1){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtyone.stp
global x
probe end{
(x[10]) <<< (1)
(x[10]) = (10)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtyone.stp

global x

probe end{

(x[10]) <<< (1)

(x[10]) = (10)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtyseven.stp
probe kernel.statement(0).absolute{
print($any_variable)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtyseven.stp

probe kernel.statement(0).absolute{

print($any_variable)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtysix.stp
probe kernel.function("kmem_cache_alloc"){
print($cachep->no_such_field)
print($cachep->array->should_have_indexed_it)
print($cachep->next)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtysix.stp

probe kernel.function("kmem_cache_alloc"){

print($cachep->no_such_field)

print($cachep->array->should_have_indexed_it)

print($cachep->next)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtythree.stp
probe kernel.function("do_IRQ"){
}
probe kernel.function("*@*/kprobes.c"){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtythree.stp

probe kernel.function("do_IRQ"){

}

probe kernel.function("*@*/kprobes.c"){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/thirtytwo.stp
probe kernel.function("init_setup"){
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/thirtytwo.stp

probe kernel.function("init_setup"){

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/three.stp
global b
probe begin{
(a) <<< (2)
(b[a]) = (4)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/three.stp

global b

probe begin{

(a) <<< (2)

(b[a]) = (4)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twelve.stp
probe end{
for ((a) = (0); "hello"; ) {
println("hello")
}
for (; "goodbye"; ) {
println("world")
}
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twelve.stp

probe end{

for ((a) = (0); "hello"; ) {

println("hello")

}

for (; "goodbye"; ) {

println("world")

}

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twenty.stp
probe begin{
print((a()) + (1))
}
function a ()
{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twenty.stp

probe begin{

print((a()) + (1))

}

function a ()

{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentyeight.stp
global x
probe end{
(x) <<< (10)
(x)++
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentyeight.stp

global x

probe end{

(x) <<< (10)

(x)++

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentyfive.stp
global x
global y
probe end{
(x) = (y[10])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentyfive.stp

global x

global y

probe end{

(x) = (y[10])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentyfour.stp
global x
global y
probe end{
(y) = (x)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentyfour.stp

global x

global y

probe end{

(y) = (x)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentynine.stp
global x
probe end{
(x) <<< ((10) <<< (11))
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentynine.stp

global x

probe end{

(x) <<< ((10) <<< (11))

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentyone.stp
probe kernel.function("context_switch").call{
log("found an inline via function().call")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentyone.stp

probe kernel.function("context_switch").call{

log("found an inline via function().call")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentyseven.stp
global x
probe end{
(x) <<< (10)
foo(x)
}
function foo (bar)
{
(bar) <<< (x)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentyseven.stp

global x

probe end{

(x) <<< (10)

foo(x)

}

function foo (bar)

{

(bar) <<< (x)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentysix.stp
global x
probe end{
(x[10]) <<< (1)
(x[10]) = (10)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentysix.stp

global x

probe end{

(x[10]) <<< (1)

(x[10]) = (10)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentythree.stp
probe badalias.* = begin{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentythree.stp

probe badalias.* = begin{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twentytwo.stp
probe kernel.function("vfs_read").inline{
log("found a non-inline via inline()")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twentytwo.stp

probe kernel.function("vfs_read").inline{

log("found a non-inline via inline()")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/two.stp
probe begin{
(bar) = ((2) + ("string"))
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/two.stp

probe begin{

(bar) = ((2) + ("string"))

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/twotwo.stp
global car
probe begin{
zoo(car)
}
function zoo (p)
{
(p) <<< (5)
return 0
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/twotwo.stp

global car

probe begin{

zoo(car)

}

function zoo (p)

{

(p) <<< (5)

return 0

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/typemismatch.stp
global noo
probe begin{
(foo) = (1)
(foo) = ("bar")
(noo) = (4)
}
probe end{
(foo) = ("zoo")
(foo) <<< (2)
(noo) = ("zoo")
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/typemismatch.stp

global noo

probe begin{

(foo) = (1)

(foo) = ("bar")

(noo) = (4)

}

probe end{

(foo) = ("zoo")

(foo) <<< (2)

(noo) = ("zoo")

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace.stp
probe process.begin{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace.stp

probe process.begin{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace03.stp
probe process("/bin/cat").end.return{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace03.stp

probe process("/bin/cat").end.return{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace04.stp
probe process("/bin/cat").end{
print($syscall)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace04.stp

probe process("/bin/cat").end{

print($syscall)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace05.stp
probe process("/bin/cat").syscall{
($syscall) = (1)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace05.stp

probe process("/bin/cat").syscall{

($syscall) = (1)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace06.stp
probe process("/bin/cat").syscall{
print($syscall->foo)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace06.stp

probe process("/bin/cat").syscall{

print($syscall->foo)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace07.stp
probe process("/bin/cat").syscall{
print($syscall[0])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace07.stp

probe process("/bin/cat").syscall{

print($syscall[0])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace14.stp
probe process(1).begin{
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace14.stp

probe process(1).begin{

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace15.stp
probe process("/bin/cat").syscall{
($arg1) = (1)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace15.stp

probe process("/bin/cat").syscall{

($arg1) = (1)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace16.stp
probe process("/bin/cat").syscall{
print($arg1->foo)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace16.stp

probe process("/bin/cat").syscall{

print($arg1->foo)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace17.stp
probe process("/bin/cat").syscall{
print($arg1[0])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace17.stp

probe process("/bin/cat").syscall{

print($arg1[0])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace18.stp
probe process("/bin/cat").syscall.return{
($return) = (1)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace18.stp

probe process("/bin/cat").syscall.return{

($return) = (1)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace19.stp
probe process("/bin/cat").syscall{
print($return)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace19.stp

probe process("/bin/cat").syscall{

print($return)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace20.stp
probe process("/bin/cat").syscall{
print($return[0])
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace20.stp

probe process("/bin/cat").syscall{

print($return[0])

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace21.stp
probe process("/bin/cat").syscall.return{
print($return->foo)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace21.stp

probe process("/bin/cat").syscall.return{

print($return->foo)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/utrace22.stp
probe process("/bin/cat").syscall.return{
print($arg1)
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/utrace22.stp

probe process("/bin/cat").syscall.return{

print($arg1)

}


# parse tree dump
# file /home/src/testsuite/./../testsuite/semko/zero.stp
probe begin{
print((1) = (a))
print(((a) + (1)) = (4))
}


# parse tree dump

# file /home/src/testsuite/./../testsuite/semko/zero.stp

probe begin{

print((1) = (a))

print(((a) + (1)) = (4))

}


wait results: 4482 exp12 0 0
PASS: parseok/semko.stp
Running /home/src/testsuite/parseok/seven.stp
starting /home/src/testsuite/parseok/seven.stp
spawn1 stap -p1 /home/src/testsuite/parseok/seven.stp
spawn stap -p1 /home/src/testsuite/parseok/seven.stp
# parse tree dump
# file /home/src/testsuite/parseok/seven.stp
probe one{
if (1) {
}

}
probe two{
if (2) {
;
}

}
probe three{
if (3) ;

}
probe four{
if (4) {
}
else ;

}
probe five{
if (5) ;
else {
}

}
probe six{
if (6) {
}
else {
;
}

}
probe seven{
;
}
probe eight{
{
}
}
probe nine{
{
;
}
}
probe ten{
(a) = (1)
}
probe all{
if (1) {
}

;
if (2) {
;
}

;
if (3) ;

;
if (4) {
}
else ;

;
if (5) ;
else {
}

;
if (6) {
}
else {
;
}

;
;
;
{
}
;
{
;
}
;
(a) = (1)
}

# parse tree dump

# file /home/src/testsuite/parseok/seven.stp

probe one{

if (1) {

}



}

probe two{

if (2) {

;

}



}

probe three{

if (3) ;



}

probe four{

if (4) {

}

else ;



}

probe five{

if (5) ;

else {

}



}

probe six{

if (6) {

}

else {

;

}



}

probe seven{

;

}

probe eight{

{

}

}

probe nine{

{

;

}

}

probe ten{

(a) = (1)

}

probe all{

if (1) {

}



;

if (2) {

;

}



;

if (3) ;



;

if (4) {

}

else ;



;

if (5) ;

else {

}



;

if (6) {

}

else {

;

}



;

;

;

{

}

;

{

;

}

;

(a) = (1)

}


wait results: 4798 exp12 0 0
PASS: parseok/seven.stp
Running /home/src/testsuite/parseok/seventeen.stp
starting /home/src/testsuite/parseok/seventeen.stp
spawn1 stap -p1 /home/src/testsuite/parseok/seventeen.stp
spawn stap -p1 /home/src/testsuite/parseok/seventeen.stp
# parse tree dump
# file /home/src/testsuite/parseok/seventeen.stp
probe kernel.function("add_timer_on"){
printf("%x\\n", $timer->function)
}

# parse tree dump

# file /home/src/testsuite/parseok/seventeen.stp

probe kernel.function("add_timer_on"){

printf("%x\\n", $timer->function)

}


wait results: 4802 exp12 0 0
PASS: parseok/seventeen.stp
Running /home/src/testsuite/parseok/six.stp
starting /home/src/testsuite/parseok/six.stp
spawn1 stap -p1 /home/src/testsuite/parseok/six.stp
spawn stap -p1 /home/src/testsuite/parseok/six.stp
# parse tree dump
# file /home/src/testsuite/parseok/six.stp
probe nothing{
(a) = ((((((1) + (1)) + (1)) - (1)) - (1)) - (1))
(long_max) = (2147483647)
(ulong_max) = (4294967295)
(long_min) = ((-(2147483647)) - (1))
(llong_max) = (9223372036854775807)
(ullong_max) = (-1)
(llong_min) = ((-(9223372036854775807)) - (1))
}

# parse tree dump

# file /home/src/testsuite/parseok/six.stp

probe nothing{

(a) = ((((((1) + (1)) + (1)) - (1)) - (1)) - (1))

(long_max) = (2147483647)

(ulong_max) = (4294967295)

(long_min) = ((-(2147483647)) - (1))

(llong_max) = (9223372036854775807)

(ullong_max) = (-1)

(llong_min) = ((-(9223372036854775807)) - (1))

}


wait results: 4806 exp12 0 0
PASS: parseok/six.stp
Running /home/src/testsuite/parseok/sixteen.stp
starting /home/src/testsuite/parseok/sixteen.stp
spawn1 stap -p1 /home/src/testsuite/parseok/sixteen.stp
spawn stap -p1 /home/src/testsuite/parseok/sixteen.stp
# parse tree dump
# file /home/src/testsuite/parseok/sixteen.stp
probe abcX{
}
probe *abc*{
}

# parse tree dump

# file /home/src/testsuite/parseok/sixteen.stp

probe abcX{

}

probe *abc*{

}


wait results: 4810 exp12 0 0
PASS: parseok/sixteen.stp
Running /home/src/testsuite/parseok/ten.stp
starting /home/src/testsuite/parseok/ten.stp
spawn1 stap -p1 /home/src/testsuite/parseok/ten.stp
spawn stap -p1 /home/src/testsuite/parseok/ten.stp
# parse tree dump
# file /home/src/testsuite/parseok/ten.stp
probe two{
for (; 1; ) ;
for ((a) = (0); 1; ) {
(a) + (4)
break
}
for (; (a) > (0); ) {
(a) ^ (5)
continue
}
for (; 1; (a)++) {
(a) | (5)
}
for ((a) = (0); (a) > (0); ) {
(a) << (4)
}
for (; (a) > (0); ++(a)) {
(a) >> (5)
}
for ((a) = (0); 1; (a)--) {
(a) & ((5) * (b))
}
for ((a) = (0); ((a) <= (4)) && ((b) >= (5)); --(a)) ;
for ((a) = (0); ((a) == (4)) || ((b) != (5)); (a)++) {
(b) = (a)
}
next
for (; 99; ) ;
for (; 99; ) {
break
continue
}
}

# parse tree dump

# file /home/src/testsuite/parseok/ten.stp

probe two{

for (; 1; ) ;

for ((a) = (0); 1; ) {

(a) + (4)

break

}

for (; (a) > (0); ) {

(a) ^ (5)

continue

}

for (; 1; (a)++) {

(a) | (5)

}

for ((a) = (0); (a) > (0); ) {

(a) << (4)

}

for (; (a) > (0); ++(a)) {

(a) >> (5)

}

for ((a) = (0); 1; (a)--) {

(a) & ((5) * (b))

}

for ((a) = (0); ((a) <= (4)) && ((b) >= (5)); --(a)) ;

for ((a) = (0); ((a) == (4)) || ((b) != (5)); (a)++) {

(b) = (a)

}

next

for (; 99; ) ;

for (; 99; ) {

break

continue

}

}


wait results: 4814 exp12 0 0
PASS: parseok/ten.stp
Running /home/src/testsuite/parseok/thirteen.stp
starting /home/src/testsuite/parseok/thirteen.stp
spawn1 stap -p1 /home/src/testsuite/parseok/thirteen.stp
spawn stap -p1 /home/src/testsuite/parseok/thirteen.stp
# parse tree dump
# file /home/src/testsuite/parseok/thirteen.stp
probe one{
foreach ([x+, y] in a) ;
foreach ([x, y-] in a) ;
foreach ([x, y] in a+) ;
}

# parse tree dump

# file /home/src/testsuite/parseok/thirteen.stp

probe one{

foreach ([x+, y] in a) ;

foreach ([x, y-] in a) ;

foreach ([x, y] in a+) ;

}


wait results: 4818 exp12 0 0
PASS: parseok/thirteen.stp
Running /home/src/testsuite/parseok/three.stp
starting /home/src/testsuite/parseok/three.stp
spawn1 stap -p1 /home/src/testsuite/parseok/three.stp
spawn stap -p1 /home/src/testsuite/parseok/three.stp
# parse tree dump
# file /home/src/testsuite/parseok/three.stp
probe syscall("foo"){
($a) = ((a$a) = ((a$a$) = (0)))
(str) = ((("a") . ($a)) . ("b"))
}

# parse tree dump

# file /home/src/testsuite/parseok/three.stp

probe syscall("foo"){

($a) = ((a$a) = ((a$a$) = (0)))

(str) = ((("a") . ($a)) . ("b"))

}


wait results: 4822 exp12 0 0
PASS: parseok/three.stp
Running /home/src/testsuite/parseok/twelve.stp
starting /home/src/testsuite/parseok/twelve.stp
spawn2 /home/src/testsuite/parseok/twelve.stp
spawn /home/src/testsuite/parseok/twelve.stp
# parse tree dump
# file <input>
%{
/* hello world */
%}function foo (p1, p2, p3)
%{
  /* goodbye world */
%}

# parse tree dump

# file <input>

%{

/* hello world */

%}function foo (p1, p2, p3)

%{

  /* goodbye world */

%}


wait results: 4826 exp12 0 0
PASS: parseok/twelve.stp
Running /home/src/testsuite/parseok/twenty.stp
starting /home/src/testsuite/parseok/twenty.stp
spawn1 stap -p1 /home/src/testsuite/parseok/twenty.stp
spawn stap -p1 /home/src/testsuite/parseok/twenty.stp
# parse tree dump
# file /home/src/testsuite/parseok/twenty.stp
global PASS
global other
global PASS2
global PASS3

# parse tree dump

# file /home/src/testsuite/parseok/twenty.stp

global PASS

global other

global PASS2

global PASS3


wait results: 4831 exp12 0 0
PASS: parseok/twenty.stp
Running /home/src/testsuite/parseok/twentyone.stp
starting /home/src/testsuite/parseok/twentyone.stp
spawn1 stap -gp1 /home/src/testsuite/parseok/twentyone.stp
spawn stap -gp1 /home/src/testsuite/parseok/twentyone.stp
# parse tree dump
# file /home/src/testsuite/parseok/twentyone.stp
probe one{
println(%{  1  %})
}

# parse tree dump

# file /home/src/testsuite/parseok/twentyone.stp

probe one{

println(%{  1  %})

}


wait results: 4835 exp12 0 0
PASS: parseok/twentyone.stp
Running /home/src/testsuite/parseok/two.stp
starting /home/src/testsuite/parseok/two.stp
spawn1 stap -p1 /home/src/testsuite/parseok/two.stp
spawn stap -p1 /home/src/testsuite/parseok/two.stp
# parse tree dump
# file /home/src/testsuite/parseok/two.stp
probe syscall(231){
(array[idx]) <<< (value)
if ((gbl) > (5)) {
(gbl)--
}
else ;

}
probe end{
foo("value", (4) + (8))
}
function foo ()
{
delete array[4]
return 0
}

# parse tree dump

# file /home/src/testsuite/parseok/two.stp

probe syscall(231){

(array[idx]) <<< (value)

if ((gbl) > (5)) {

(gbl)--

}

else ;



}

probe end{

foo("value", (4) + (8))

}

function foo ()

{

delete array[4]

return 0

}


wait results: 4839 exp12 0 0
PASS: parseok/two.stp
Running /home/src/testsuite/parseok/unparser.stp
starting /home/src/testsuite/parseok/unparser.stp
spawn2 /home/src/testsuite/parseok/unparser.stp
spawn /home/src/testsuite/parseok/unparser.stp
/home/src/testsuite/./../testsuite/parseok/eight.stp
/home/src/testsuite/./../testsuite/parseok/eight.stp
/home/src/testsuite/./../testsuite/parseok/eighteen.stp

/home/src/testsuite/./../testsuite/parseok/eighteen.stp
/home/src/testsuite/./../testsuite/parseok/eleven.stp

/home/src/testsuite/./../testsuite/parseok/eleven.stp
/home/src/testsuite/./../testsuite/parseok/fifteen.stp

/home/src/testsuite/./../testsuite/parseok/fifteen.stp
/home/src/testsuite/./../testsuite/parseok/five.stp

/home/src/testsuite/./../testsuite/parseok/five.stp
/home/src/testsuite/./../testsuite/parseok/foreachstmt01.stp

/home/src/testsuite/./../testsuite/parseok/foreachstmt01.stp
/home/src/testsuite/./../testsuite/parseok/four.stp

/home/src/testsuite/./../testsuite/parseok/four.stp
/home/src/testsuite/./../testsuite/parseok/fourteen.stp

/home/src/testsuite/./../testsuite/parseok/fourteen.stp
/home/src/testsuite/./../testsuite/parseok/kconfig.stp

/home/src/testsuite/./../testsuite/parseok/kconfig.stp
/home/src/testsuite/./../testsuite/parseok/nine.stp

/home/src/testsuite/./../testsuite/parseok/nine.stp
/home/src/testsuite/./../testsuite/parseok/one.stp

/home/src/testsuite/./../testsuite/parseok/one.stp
/home/src/testsuite/./../testsuite/parseok/preprocess-wildcard.stp

/home/src/testsuite/./../testsuite/parseok/preprocess-wildcard.stp
/home/src/testsuite/./../testsuite/parseok/seven.stp

/home/src/testsuite/./../testsuite/parseok/seven.stp
/home/src/testsuite/./../testsuite/parseok/seventeen.stp

/home/src/testsuite/./../testsuite/parseok/seventeen.stp
/home/src/testsuite/./../testsuite/parseok/six.stp

/home/src/testsuite/./../testsuite/parseok/six.stp
/home/src/testsuite/./../testsuite/parseok/sixteen.stp

/home/src/testsuite/./../testsuite/parseok/sixteen.stp
/home/src/testsuite/./../testsuite/parseok/ten.stp

/home/src/testsuite/./../testsuite/parseok/ten.stp
/home/src/testsuite/./../testsuite/parseok/thirteen.stp

/home/src/testsuite/./../testsuite/parseok/thirteen.stp
/home/src/testsuite/./../testsuite/parseok/three.stp

/home/src/testsuite/./../testsuite/parseok/three.stp
/home/src/testsuite/./../testsuite/parseok/twenty.stp

/home/src/testsuite/./../testsuite/parseok/twenty.stp
/home/src/testsuite/./../testsuite/parseok/twentyone.stp -g

/home/src/testsuite/./../testsuite/parseok/twentyone.stp -g
/home/src/testsuite/./../testsuite/parseok/two.stp

/home/src/testsuite/./../testsuite/parseok/two.stp
/home/src/testsuite/./../testsuite/semok/beginend.stp

/home/src/testsuite/./../testsuite/semok/beginend.stp
/home/src/testsuite/./../testsuite/semok/bz10475.stp

/home/src/testsuite/./../testsuite/semok/bz10475.stp
/home/src/testsuite/./../testsuite/semok/cast.stp

/home/src/testsuite/./../testsuite/semok/cast.stp
/home/src/testsuite/./../testsuite/semok/config_config.stp

/home/src/testsuite/./../testsuite/semok/config_config.stp
/home/src/testsuite/./../testsuite/semok/config_number.stp

/home/src/testsuite/./../testsuite/semok/config_number.stp
/home/src/testsuite/./../testsuite/semok/config_wildcard.stp

/home/src/testsuite/./../testsuite/semok/config_wildcard.stp
/home/src/testsuite/./../testsuite/semok/doubleglob.stp

/home/src/testsuite/./../testsuite/semok/doubleglob.stp
/home/src/testsuite/./../testsuite/semok/eighteen.stp

/home/src/testsuite/./../testsuite/semok/eighteen.stp
/home/src/testsuite/./../testsuite/semok/eleven.stp

/home/src/testsuite/./../testsuite/semok/eleven.stp
/home/src/testsuite/./../testsuite/semok/fifteen.stp

/home/src/testsuite/./../testsuite/semok/fifteen.stp
/home/src/testsuite/./../testsuite/semok/five.stp

/home/src/testsuite/./../testsuite/semok/five.stp
/home/src/testsuite/./../testsuite/semok/four.stp

/home/src/testsuite/./../testsuite/semok/four.stp
/home/src/testsuite/./../testsuite/semok/fourteen.stp

/home/src/testsuite/./../testsuite/semok/fourteen.stp
/home/src/testsuite/./../testsuite/semok/gurufunc.stp -g

/home/src/testsuite/./../testsuite/semok/gurufunc.stp -g
/home/src/testsuite/./../testsuite/semok/nineteen.stp

/home/src/testsuite/./../testsuite/semok/nineteen.stp
/home/src/testsuite/./../testsuite/semok/one.stp

/home/src/testsuite/./../testsuite/semok/one.stp
/home/src/testsuite/./../testsuite/semok/optimize.stp

/home/src/testsuite/./../testsuite/semok/optimize.stp
/home/src/testsuite/./../testsuite/semok/pretty.stp

/home/src/testsuite/./../testsuite/semok/pretty.stp
/home/src/testsuite/./../testsuite/semok/seven.stp

/home/src/testsuite/./../testsuite/semok/seven.stp
/home/src/testsuite/./../testsuite/semok/seventeen.stp

/home/src/testsuite/./../testsuite/semok/seventeen.stp
/home/src/testsuite/./../testsuite/semok/six.stp

/home/src/testsuite/./../testsuite/semok/six.stp
/home/src/testsuite/./../testsuite/semok/sixteen.stp

/home/src/testsuite/./../testsuite/semok/sixteen.stp
/home/src/testsuite/./../testsuite/semok/target_addr.stp

/home/src/testsuite/./../testsuite/semok/target_addr.stp
/home/src/testsuite/./../testsuite/semok/ten.stp

/home/src/testsuite/./../testsuite/semok/ten.stp
/home/src/testsuite/./../testsuite/semok/thirteen.stp

/home/src/testsuite/./../testsuite/semok/thirteen.stp
/home/src/testsuite/./../testsuite/semok/thirty.stp

/home/src/testsuite/./../testsuite/semok/thirty.stp
/home/src/testsuite/./../testsuite/semok/thirtyeight.stp

/home/src/testsuite/./../testsuite/semok/thirtyeight.stp
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/home/src/testsuite/./../testsuite/buildok/ioscheduler-detailed.stp

/home/src/testsuite/./../testsuite/buildok/ioscheduler-detailed.stp
/home/src/testsuite/./../testsuite/buildok/ioscheduler-embedded.stp

/home/src/testsuite/./../testsuite/buildok/ioscheduler-embedded.stp
/home/src/testsuite/./../testsuite/buildok/ipmib-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/ipmib-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/irq.stp

/home/src/testsuite/./../testsuite/buildok/irq.stp
/home/src/testsuite/./../testsuite/buildok/iterate_histogram_buckets.stp

/home/src/testsuite/./../testsuite/buildok/iterate_histogram_buckets.stp
/home/src/testsuite/./../testsuite/buildok/linuxmib-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/linuxmib-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/logging.stp

/home/src/testsuite/./../testsuite/buildok/logging.stp
/home/src/testsuite/./../testsuite/buildok/maxactive01.stp

/home/src/testsuite/./../testsuite/buildok/maxactive01.stp
/home/src/testsuite/./../testsuite/buildok/memory-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/memory-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/memory-detailed.stp

/home/src/testsuite/./../testsuite/buildok/memory-detailed.stp
/home/src/testsuite/./../testsuite/buildok/memory-embedded.stp

/home/src/testsuite/./../testsuite/buildok/memory-embedded.stp
/home/src/testsuite/./../testsuite/buildok/memory-mmap.stp

/home/src/testsuite/./../testsuite/buildok/memory-mmap.stp
/home/src/testsuite/./../testsuite/buildok/memory-write_shared_copy.stp

/home/src/testsuite/./../testsuite/buildok/memory-write_shared_copy.stp
/home/src/testsuite/./../testsuite/buildok/memory.stp

/home/src/testsuite/./../testsuite/buildok/memory.stp
/home/src/testsuite/./../testsuite/buildok/networking-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/networking-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/networking-change_rx_flag.stp

/home/src/testsuite/./../testsuite/buildok/networking-change_rx_flag.stp
/home/src/testsuite/./../testsuite/buildok/networking-detailed.stp

/home/src/testsuite/./../testsuite/buildok/networking-detailed.stp
/home/src/testsuite/./../testsuite/buildok/networking-embedded.stp

/home/src/testsuite/./../testsuite/buildok/networking-embedded.stp
/home/src/testsuite/./../testsuite/buildok/nfs-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/nfs-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/nfs-detailed.stp

/home/src/testsuite/./../testsuite/buildok/nfs-detailed.stp
/home/src/testsuite/./../testsuite/buildok/nfs-embedded.stp

/home/src/testsuite/./../testsuite/buildok/nfs-embedded.stp
/home/src/testsuite/./../testsuite/buildok/nfs-fop.check_flags.stp

/home/src/testsuite/./../testsuite/buildok/nfs-fop.check_flags.stp
/home/src/testsuite/./../testsuite/buildok/nfs_proc-detailed.stp

/home/src/testsuite/./../testsuite/buildok/nfs_proc-detailed.stp
/home/src/testsuite/./../testsuite/buildok/nfs_proc-embedded.stp

/home/src/testsuite/./../testsuite/buildok/nfs_proc-embedded.stp
/home/src/testsuite/./../testsuite/buildok/nfsd-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/nfsd-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/nfsd-detailed.stp

/home/src/testsuite/./../testsuite/buildok/nfsd-detailed.stp
/home/src/testsuite/./../testsuite/buildok/nfsd-embedded.stp

/home/src/testsuite/./../testsuite/buildok/nfsd-embedded.stp
/home/src/testsuite/./../testsuite/buildok/nfsderrno-embedded.stp

/home/src/testsuite/./../testsuite/buildok/nfsderrno-embedded.stp
/home/src/testsuite/./../testsuite/buildok/nine.stp

/home/src/testsuite/./../testsuite/buildok/nine.stp
/home/src/testsuite/./../testsuite/buildok/nineteen.stp

/home/src/testsuite/./../testsuite/buildok/nineteen.stp
/home/src/testsuite/./../testsuite/buildok/null.stp

/home/src/testsuite/./../testsuite/buildok/null.stp
/home/src/testsuite/./../testsuite/buildok/one.stp

/home/src/testsuite/./../testsuite/buildok/one.stp
/home/src/testsuite/./../testsuite/buildok/per-process-syscall.stp

/home/src/testsuite/./../testsuite/buildok/per-process-syscall.stp
/home/src/testsuite/./../testsuite/buildok/perfmon01.stp

/home/src/testsuite/./../testsuite/buildok/perfmon01.stp
/home/src/testsuite/./../testsuite/buildok/pmap_foreach.stp

/home/src/testsuite/./../testsuite/buildok/pmap_foreach.stp
/home/src/testsuite/./../testsuite/buildok/pr10678.stp

/home/src/testsuite/./../testsuite/buildok/pr10678.stp
/home/src/testsuite/./../testsuite/buildok/pretty.stp

/home/src/testsuite/./../testsuite/buildok/pretty.stp
/home/src/testsuite/./../testsuite/buildok/print_histogram_entry.stp

/home/src/testsuite/./../testsuite/buildok/print_histogram_entry.stp
/home/src/testsuite/./../testsuite/buildok/print_histograms.stp

/home/src/testsuite/./../testsuite/buildok/print_histograms.stp
/home/src/testsuite/./../testsuite/buildok/printf.stp

/home/src/testsuite/./../testsuite/buildok/printf.stp
/home/src/testsuite/./../testsuite/buildok/proc_mem-embedded.stp

/home/src/testsuite/./../testsuite/buildok/proc_mem-embedded.stp
/home/src/testsuite/./../testsuite/buildok/process-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/process-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/process_test.stp

/home/src/testsuite/./../testsuite/buildok/process_test.stp
/home/src/testsuite/./../testsuite/buildok/procfs01.stp

/home/src/testsuite/./../testsuite/buildok/procfs01.stp
/home/src/testsuite/./../testsuite/buildok/queue_stats-embedded.stp

/home/src/testsuite/./../testsuite/buildok/queue_stats-embedded.stp
/home/src/testsuite/./../testsuite/buildok/rpc-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/rpc-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/rpc-detailed.stp

/home/src/testsuite/./../testsuite/buildok/rpc-detailed.stp
/home/src/testsuite/./../testsuite/buildok/rpc-embedded.stp

/home/src/testsuite/./../testsuite/buildok/rpc-embedded.stp
/home/src/testsuite/./../testsuite/buildok/scheduler-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/scheduler-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/scheduler-cpu_off.stp

/home/src/testsuite/./../testsuite/buildok/scheduler-cpu_off.stp
/home/src/testsuite/./../testsuite/buildok/scheduler-ctxswitch.stp

/home/src/testsuite/./../testsuite/buildok/scheduler-ctxswitch.stp
/home/src/testsuite/./../testsuite/buildok/scheduler-detailed.stp

/home/src/testsuite/./../testsuite/buildok/scheduler-detailed.stp
/home/src/testsuite/./../testsuite/buildok/scheduler-embedded.stp

/home/src/testsuite/./../testsuite/buildok/scheduler-embedded.stp
/home/src/testsuite/./../testsuite/buildok/scheduler-migrate.stp

/home/src/testsuite/./../testsuite/buildok/scheduler-migrate.stp
/home/src/testsuite/./../testsuite/buildok/scsi-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/scsi-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/scsi-embedded.stp

/home/src/testsuite/./../testsuite/buildok/scsi-embedded.stp
/home/src/testsuite/./../testsuite/buildok/semicolon.stp

/home/src/testsuite/./../testsuite/buildok/semicolon.stp
/home/src/testsuite/./../testsuite/buildok/seven.stp

/home/src/testsuite/./../testsuite/buildok/seven.stp
/home/src/testsuite/./../testsuite/buildok/seventeen.stp

/home/src/testsuite/./../testsuite/buildok/seventeen.stp
/home/src/testsuite/./../testsuite/buildok/signal-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/signal-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/signal-check_ignored.stp

/home/src/testsuite/./../testsuite/buildok/signal-check_ignored.stp
/home/src/testsuite/./../testsuite/buildok/signal-detailed.stp

/home/src/testsuite/./../testsuite/buildok/signal-detailed.stp
/home/src/testsuite/./../testsuite/buildok/signal-embedded.stp

/home/src/testsuite/./../testsuite/buildok/signal-embedded.stp
/home/src/testsuite/./../testsuite/buildok/signal-handle.stp

/home/src/testsuite/./../testsuite/buildok/signal-handle.stp
/home/src/testsuite/./../testsuite/buildok/six.stp

/home/src/testsuite/./../testsuite/buildok/six.stp
/home/src/testsuite/./../testsuite/buildok/sixteen.stp

/home/src/testsuite/./../testsuite/buildok/sixteen.stp
/home/src/testsuite/./../testsuite/buildok/socket-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/socket-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/socket-detailed.stp

/home/src/testsuite/./../testsuite/buildok/socket-detailed.stp
/home/src/testsuite/./../testsuite/buildok/socket-embedded.stp

/home/src/testsuite/./../testsuite/buildok/socket-embedded.stp
/home/src/testsuite/./../testsuite/buildok/stat_extract.stp

/home/src/testsuite/./../testsuite/buildok/stat_extract.stp
/home/src/testsuite/./../testsuite/buildok/stat_insert.stp

/home/src/testsuite/./../testsuite/buildok/stat_insert.stp
/home/src/testsuite/./../testsuite/buildok/syscall.stp

/home/src/testsuite/./../testsuite/buildok/syscall.stp
/home/src/testsuite/./../testsuite/buildok/task-embedded.stp

/home/src/testsuite/./../testsuite/buildok/task-embedded.stp
/home/src/testsuite/./../testsuite/buildok/task_test.stp

/home/src/testsuite/./../testsuite/buildok/task_test.stp
/home/src/testsuite/./../testsuite/buildok/task_time-embedded.stp

/home/src/testsuite/./../testsuite/buildok/task_time-embedded.stp
/home/src/testsuite/./../testsuite/buildok/tcp-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/tcp-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/tcp-detailed.stp

/home/src/testsuite/./../testsuite/buildok/tcp-detailed.stp
/home/src/testsuite/./../testsuite/buildok/tcp-embedded.stp

/home/src/testsuite/./../testsuite/buildok/tcp-embedded.stp
/home/src/testsuite/./../testsuite/buildok/tcp_test.stp

/home/src/testsuite/./../testsuite/buildok/tcp_test.stp
/home/src/testsuite/./../testsuite/buildok/tcpmib-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/tcpmib-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/tcpmib-detailed.stp

/home/src/testsuite/./../testsuite/buildok/tcpmib-detailed.stp
/home/src/testsuite/./../testsuite/buildok/ten.stp

/home/src/testsuite/./../testsuite/buildok/ten.stp
/home/src/testsuite/./../testsuite/buildok/thirteen.stp

/home/src/testsuite/./../testsuite/buildok/thirteen.stp
/home/src/testsuite/./../testsuite/buildok/thirty.stp

/home/src/testsuite/./../testsuite/buildok/thirty.stp
/home/src/testsuite/./../testsuite/buildok/thirtyfour.stp -g

/home/src/testsuite/./../testsuite/buildok/thirtyfour.stp -g
/home/src/testsuite/./../testsuite/buildok/thirtyone.stp

/home/src/testsuite/./../testsuite/buildok/thirtyone.stp
/home/src/testsuite/./../testsuite/buildok/three.stp

/home/src/testsuite/./../testsuite/buildok/three.stp
/home/src/testsuite/./../testsuite/buildok/timestamp.stp

/home/src/testsuite/./../testsuite/buildok/timestamp.stp
/home/src/testsuite/./../testsuite/buildok/tty-detailed.stp

/home/src/testsuite/./../testsuite/buildok/tty-detailed.stp
/home/src/testsuite/./../testsuite/buildok/tty-embedded.stp

/home/src/testsuite/./../testsuite/buildok/tty-embedded.stp
/home/src/testsuite/./../testsuite/buildok/tty-resize.stp

/home/src/testsuite/./../testsuite/buildok/tty-resize.stp
/home/src/testsuite/./../testsuite/buildok/twelve.stp

/home/src/testsuite/./../testsuite/buildok/twelve.stp
/home/src/testsuite/./../testsuite/buildok/twenty.stp -g

/home/src/testsuite/./../testsuite/buildok/twenty.stp -g
/home/src/testsuite/./../testsuite/buildok/twentyeight.stp -g

/home/src/testsuite/./../testsuite/buildok/twentyeight.stp -g
/home/src/testsuite/./../testsuite/buildok/twentyfive.stp

/home/src/testsuite/./../testsuite/buildok/twentyfive.stp
/home/src/testsuite/./../testsuite/buildok/twentyfour.stp -g

/home/src/testsuite/./../testsuite/buildok/twentyfour.stp -g
/home/src/testsuite/./../testsuite/buildok/twentynine.stp -g

/home/src/testsuite/./../testsuite/buildok/twentynine.stp -g
/home/src/testsuite/./../testsuite/buildok/twentyone.stp

/home/src/testsuite/./../testsuite/buildok/twentyone.stp
/home/src/testsuite/./../testsuite/buildok/twentyseven.stp

/home/src/testsuite/./../testsuite/buildok/twentyseven.stp
/home/src/testsuite/./../testsuite/buildok/twentythree.stp -g

/home/src/testsuite/./../testsuite/buildok/twentythree.stp -g
/home/src/testsuite/./../testsuite/buildok/twentytwo.stp

/home/src/testsuite/./../testsuite/buildok/twentytwo.stp
/home/src/testsuite/./../testsuite/buildok/ucontext-symbols-embedded.stp

/home/src/testsuite/./../testsuite/buildok/ucontext-symbols-embedded.stp
/home/src/testsuite/./../testsuite/buildok/ucontext-unwind-embedded.stp

/home/src/testsuite/./../testsuite/buildok/ucontext-unwind-embedded.stp
/home/src/testsuite/./../testsuite/buildok/ucontext.stp

/home/src/testsuite/./../testsuite/buildok/ucontext.stp
/home/src/testsuite/./../testsuite/buildok/udp-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/udp-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/udp-detailed.stp

/home/src/testsuite/./../testsuite/buildok/udp-detailed.stp
/home/src/testsuite/./../testsuite/buildok/udp_test.stp

/home/src/testsuite/./../testsuite/buildok/udp_test.stp
/home/src/testsuite/./../testsuite/buildok/utrace.stp

/home/src/testsuite/./../testsuite/buildok/utrace.stp
/home/src/testsuite/./../testsuite/buildok/vfs-all-probes.stp

/home/src/testsuite/./../testsuite/buildok/vfs-all-probes.stp
/home/src/testsuite/./../testsuite/buildok/vfs-detailed.stp

/home/src/testsuite/./../testsuite/buildok/vfs-detailed.stp
/home/src/testsuite/./../testsuite/buildok/vfs-embedded.stp

/home/src/testsuite/./../testsuite/buildok/vfs-embedded.stp
/home/src/testsuite/./../testsuite/buildok/xtime.stp

/home/src/testsuite/./../testsuite/buildok/xtime.stp
/home/src/testsuite/./../testsuite/buildko/three.stp -g

/home/src/testsuite/./../testsuite/buildko/three.stp -g
/home/src/testsuite/./../testsuite/buildko/two.stp

/home/src/testsuite/./../testsuite/buildko/two.stp
wait results: 4843 exp12 0 0
PASS: parseok/unparser.stp
testcase /home/src/testsuite/systemtap.pass1-4/parseok.exp completed in 423 seconds
Running /home/src/testsuite/systemtap.pass1-4/semko.exp ...
Running /home/src/testsuite/semko/array01.stp
starting /home/src/testsuite/semko/array01.stp
spawn1 stap -p2 /home/src/testsuite/semko/array01.stp
spawn stap -p2 /home/src/testsuite/semko/array01.stp
semantic error: inconsistent arity: identifier 'a' at /home/src/testsuite/semko/array01.stp:4:8
        source: global a[10]
                       ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: inconsistent arity: identifier 'a' at /home/src/testsuite/semko/array01.stp:4:8

        source: global a[10]

                       ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7600 exp12 0 1
XFAIL: semko/array01.stp
Running /home/src/testsuite/semko/array02.stp
starting /home/src/testsuite/semko/array02.stp
spawn1 stap -p2 /home/src/testsuite/semko/array02.stp
spawn stap -p2 /home/src/testsuite/semko/array02.stp
semantic error: unresolved arity-2 global array array, missing global declaration? : identifier 'array' at /home/src/testsuite/semko/array02.stp:6:3
        source:   array[1,2] = 5
                  ^
semantic error: unresolved arity-2 global array array, missing global declaration? : identifier 'array' at :7:10
        source:   print (array[4,6])
                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved arity-2 global array array, missing global declaration? : identifier 'array' at /home/src/testsuite/semko/array02.stp:6:3

        source:   array[1,2] = 5

                  ^

semantic error: unresolved arity-2 global array array, missing global declaration? : identifier 'array' at :7:10

        source:   print (array[4,6])

                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7604 exp12 0 1
XFAIL: semko/array02.stp
Running /home/src/testsuite/semko/doubleglob.stp
starting /home/src/testsuite/semko/doubleglob.stp
spawn1 stap -p2 /home/src/testsuite/semko/doubleglob.stp
spawn stap -p2 /home/src/testsuite/semko/doubleglob.stp
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue) didn't find any wildcard matches: identifier 'foo**bar' at /home/src/testsuite/semko/doubleglob.stp:3:7 while resolving probe point foo**bar
        source: probe foo**bar {}
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 0 (alternatives: __nfs __scheduler __signal __tcpmib __vm _linuxmib _signal _sunrpc _syscall _vfs begin begin(number) end end(number) error error(number) generic ioblock ioblock_trace ioscheduler ioscheduler_trace ipmib irq_handler kernel kprobe kprocess linuxmib module(string) nd_syscall netdev never nfs nfsd perf process process(number) process(string) procfs procfs(string) scheduler scsi signal socket softirq stap staprun sunrpc syscall tcp tcpmib timer tty udp vfs vm workqueue) didn't find any wildcard matches: identifier 'foo**bar' at /home/src/testsuite/semko/doubleglob.stp:3:7 while resolving probe point foo**bar

        source: probe foo**bar {}

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7608 exp12 0 1
XFAIL: semko/doubleglob.stp
Running /home/src/testsuite/semko/eight.stp
starting /home/src/testsuite/semko/eight.stp
spawn1 stap -p2 /home/src/testsuite/semko/eight.stp
spawn stap -p2 /home/src/testsuite/semko/eight.stp
semantic error: type mismatch (string vs. long): string 'string' at /home/src/testsuite/semko/eight.stp:5:13
        source:   stats <<< "string"  # stats only collect numbers
                            ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (string vs. long): string 'string' at /home/src/testsuite/semko/eight.stp:5:13

        source:   stats <<< "string"  # stats only collect numbers

                            ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7612 exp12 0 1
XFAIL: semko/eight.stp
Running /home/src/testsuite/semko/eighteen.stp
starting /home/src/testsuite/semko/eighteen.stp
spawn1 stap -p2 /home/src/testsuite/semko/eighteen.stp
spawn stap -p2 /home/src/testsuite/semko/eighteen.stp
semantic error: unable to find local 'no_such_variable_anywhere' near pc 0xc00000000053b37c in schedule(kernel/sched.c) (alternatives: prev next switch_count rq cpu): identifier '$no_such_variable_anywhere' at /home/src/testsuite/semko/eighteen.stp:4:8
        source:   log ($no_such_variable_anywhere)
                       ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unable to find local 'no_such_variable_anywhere' near pc 0xc00000000053b37c in schedule(kernel/sched.c) (alternatives: prev next switch_count rq cpu): identifier '$no_such_variable_anywhere' at /home/src/testsuite/semko/eighteen.stp:4:8

        source:   log ($no_such_variable_anywhere)

                       ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7616 exp12 0 1
XFAIL: semko/eighteen.stp
Running /home/src/testsuite/semko/eleven.stp
starting /home/src/testsuite/semko/eleven.stp
spawn1 stap -up2 /home/src/testsuite/semko/eleven.stp
spawn stap -up2 /home/src/testsuite/semko/eleven.stp
semantic error: type mismatch (string vs. long): identifier 'i' at /home/src/testsuite/semko/eleven.stp:11:27
        source:   if (k in arr) { s=k.""; i=arr[k]+0 }
                                          ^
semantic error: type was first inferred here (long): identifier 'i' at :13:19
        source:   if (m in rra) { i=m+1; s=rra[m]."" }
                                  ^
semantic error: type mismatch (string vs. long): identifier 'i' at :12:32
        source:   foreach (l in arr) { s=l.""; i=arr[l]+0 }
                                               ^
semantic error: type mismatch (long vs. string): identifier 'm' at :13:21
        source:   if (m in rra) { i=m+1; s=rra[m]."" }
                                    ^
semantic error: type was first inferred here (string): identifier 'm' at :13:7
        source:   if (m in rra) { i=m+1; s=rra[m]."" }
                      ^
semantic error: type mismatch (long vs. string): identifier 'i' at :11:27
        source:   if (k in arr) { s=k.""; i=arr[k]+0 }
                                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (string vs. long): identifier 'i' at /home/src/testsuite/semko/eleven.stp:11:27

        source:   if (k in arr) { s=k.""; i=arr[k]+0 }

                                          ^

semantic error: type was first inferred here (long): identifier 'i' at :13:19

        source:   if (m in rra) { i=m+1; s=rra[m]."" }

                                  ^

semantic error: type mismatch (string vs. long): identifier 'i' at :12:32

        source:   foreach (l in arr) { s=l.""; i=arr[l]+0 }

                                               ^

semantic error: type mismatch (long vs. string): identifier 'm' at :13:21

        source:   if (m in rra) { i=m+1; s=rra[m]."" }

                                    ^

semantic error: type was first inferred here (string): identifier 'm' at :13:7

        source:   if (m in rra) { i=m+1; s=rra[m]."" }

                      ^

semantic error: type mismatch (long vs. string): identifier 'i' at :11:27

        source:   if (k in arr) { s=k.""; i=arr[k]+0 }

                                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7620 exp12 0 1
XFAIL: semko/eleven.stp
Running /home/src/testsuite/semko/fifteen.stp
starting /home/src/testsuite/semko/fifteen.stp
spawn1 stap -p2 /home/src/testsuite/semko/fifteen.stp
spawn stap -p2 /home/src/testsuite/semko/fifteen.stp
semantic error: variable 'tangle' modified during 'foreach' iteration: identifier 'tangle' at /home/src/testsuite/semko/fifteen.stp:9:11
        source: 		state = tangle[state]++
                		        ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: variable 'tangle' modified during 'foreach' iteration: identifier 'tangle' at /home/src/testsuite/semko/fifteen.stp:9:11

        source: 		state = tangle[state]++

                		        ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7624 exp12 0 1
XFAIL: semko/fifteen.stp
Running /home/src/testsuite/semko/five.stp
starting /home/src/testsuite/semko/five.stp
spawn1 stap -p2 /home/src/testsuite/semko/five.stp
spawn stap -p2 /home/src/testsuite/semko/five.stp
semantic error: unresolved arity-2 function: identifier 'bar' at /home/src/testsuite/semko/five.stp:9:3
        source:   bar (1, 2)  # arg count mismatch
                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved arity-2 function: identifier 'bar' at /home/src/testsuite/semko/five.stp:9:3

        source:   bar (1, 2)  # arg count mismatch

                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7628 exp12 0 1
XFAIL: semko/five.stp
Running /home/src/testsuite/semko/foreachstmt01.stp
starting /home/src/testsuite/semko/foreachstmt01.stp
spawn1 stap -p2 /home/src/testsuite/semko/foreachstmt01.stp
spawn stap -p2 /home/src/testsuite/semko/foreachstmt01.stp
semantic error: type mismatch (string vs. long): string 'hi' at /home/src/testsuite/semko/foreachstmt01.stp:10:33
        source:     foreach (key in array limit "hi")
                                                ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (string vs. long): string 'hi' at /home/src/testsuite/semko/foreachstmt01.stp:10:33

        source:     foreach (key in array limit "hi")

                                                ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7632 exp12 0 1
XFAIL: semko/foreachstmt01.stp
Running /home/src/testsuite/semko/foreachstmt02.stp
starting /home/src/testsuite/semko/foreachstmt02.stp
spawn1 stap -p2 /home/src/testsuite/semko/foreachstmt02.stp
spawn stap -p2 /home/src/testsuite/semko/foreachstmt02.stp
semantic error: type mismatch (string vs. long): identifier 'str_ret_type' at /home/src/testsuite/semko/foreachstmt02.stp:7:10
        source: function str_ret_type()
                         ^
semantic error: type was first inferred here (long): identifier 'str_ret_type' at :7:10
        source: function str_ret_type()
                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (string vs. long): identifier 'str_ret_type' at /home/src/testsuite/semko/foreachstmt02.stp:7:10

        source: function str_ret_type()

                         ^

semantic error: type was first inferred here (long): identifier 'str_ret_type' at :7:10

        source: function str_ret_type()

                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7636 exp12 0 1
XFAIL: semko/foreachstmt02.stp
Running /home/src/testsuite/semko/foreachstmt03.stp
starting /home/src/testsuite/semko/foreachstmt03.stp
spawn1 stap -p2 /home/src/testsuite/semko/foreachstmt03.stp
spawn stap -p2 /home/src/testsuite/semko/foreachstmt03.stp
semantic error: invalid type stats: identifier 'val' at /home/src/testsuite/semko/foreachstmt03.stp:10:14
        source:     foreach (val = key in array)
                             ^
semantic error: stat locals not supported, missing global declaration? : identifier 'val' at :10:14
        source:     foreach (val = key in array)
                             ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: invalid type stats: identifier 'val' at /home/src/testsuite/semko/foreachstmt03.stp:10:14

        source:     foreach (val = key in array)

                             ^

semantic error: stat locals not supported, missing global declaration? : identifier 'val' at :10:14

        source:     foreach (val = key in array)

                             ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7640 exp12 0 1
XFAIL: semko/foreachstmt03.stp
Running /home/src/testsuite/semko/forty.stp
starting /home/src/testsuite/semko/forty.stp
spawn1 stap -p2 /home/src/testsuite/semko/forty.stp
spawn stap -p2 /home/src/testsuite/semko/forty.stp
semantic error: probe condition must not modify any variables: operator '=' at /home/src/testsuite/semko/forty.stp:4:44
        source: probe kernel.function("do_sys_open") if (x = 1) { }  # bad side-effect
                                                           ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe condition must not modify any variables: operator '=' at /home/src/testsuite/semko/forty.stp:4:44

        source: probe kernel.function("do_sys_open") if (x = 1) { }  # bad side-effect

                                                           ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7644 exp12 0 1
XFAIL: semko/forty.stp
Running /home/src/testsuite/semko/fortyeight.stp
starting /home/src/testsuite/semko/fortyeight.stp
spawn1 stap -Wp2 /home/src/testsuite/semko/fortyeight.stp
spawn stap -Wp2 /home/src/testsuite/semko/fortyeight.stp
WARNING: eliding unused variable 'foo': identifier 'foo' at /home/src/testsuite/semko/fortyeight.stp:5:8
 source: global foo  # evokes warning
                ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: eliding unused variable 'foo': identifier 'foo' at /home/src/testsuite/semko/fortyeight.stp:5:8

 source: global foo  # evokes warning

                ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7648 exp12 0 1
XFAIL: semko/fortyeight.stp
Running /home/src/testsuite/semko/fortyfive.stp
starting /home/src/testsuite/semko/fortyfive.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortyfive.stp
spawn stap -p2 /home/src/testsuite/semko/fortyfive.stp
semantic error: no match while resolving probe point kernel.function("*@kernel/kprobes.c").call
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: no match while resolving probe point kernel.function("*@kernel/kprobes.c").call

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7652 exp12 0 1
XFAIL: semko/fortyfive.stp
Running /home/src/testsuite/semko/fortyfour.stp
starting /home/src/testsuite/semko/fortyfour.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortyfour.stp
spawn stap -p2 /home/src/testsuite/semko/fortyfour.stp
semantic error: Recursive loop in alias expansion of bar at /home/src/testsuite/semko/fortyfour.stp:3:13
semantic error: no match while resolving probe point bar
semantic error: no match while resolving probe point foo
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: Recursive loop in alias expansion of bar at /home/src/testsuite/semko/fortyfour.stp:3:13

semantic error: no match while resolving probe point bar

semantic error: no match while resolving probe point foo

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7656 exp12 0 1
XFAIL: semko/fortyfour.stp
Running /home/src/testsuite/semko/fortynine.stp
starting /home/src/testsuite/semko/fortynine.stp
spawn1 stap -up2 /home/src/testsuite/semko/fortynine.stp
spawn stap -up2 /home/src/testsuite/semko/fortynine.stp
semantic error: type mismatch (long vs. string): identifier 'er' at /home/src/testsuite/semko/fortynine.stp:3:42
        source: probe begin { try {} catch (er) {println(er+2)} }
                                                         ^
semantic error: type was first inferred here (string): identifier 'er' at :3:29
        source: probe begin { try {} catch (er) {println(er+2)} }
                                            ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. string): identifier 'er' at /home/src/testsuite/semko/fortynine.stp:3:42

        source: probe begin { try {} catch (er) {println(er+2)} }

                                                         ^

semantic error: type was first inferred here (string): identifier 'er' at :3:29

        source: probe begin { try {} catch (er) {println(er+2)} }

                                            ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7660 exp12 0 1
XFAIL: semko/fortynine.stp
Running /home/src/testsuite/semko/fortyone.stp
starting /home/src/testsuite/semko/fortyone.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortyone.stp
spawn stap -p2 /home/src/testsuite/semko/fortyone.stp
semantic error: probe condition must not reference undeclared global: identifier 'x' at /home/src/testsuite/semko/fortyone.stp:3:39
        source: probe kernel.function("vfs_read") if (x > 1) { }  # not a global
                                                      ^
semantic error: probe condition must not reference undeclared global: identifier 'x' at /home/src/testsuite/semko/fortyone.stp:3:39

        source: probe kernel.function("vfs_read") if (x > 1) { }  # not a global

                                                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7664 exp12 0 1
XFAIL: semko/fortyone.stp
Running /home/src/testsuite/semko/fortyseven.stp
starting /home/src/testsuite/semko/fortyseven.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortyseven.stp
spawn stap -p2 /home/src/testsuite/semko/fortyseven.stp
semantic error: no match while resolving probe point kernel.function("*@ket.c")
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: no match while resolving probe point kernel.function("*@ket.c")

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7668 exp12 0 1
XFAIL: semko/fortyseven.stp
Running /home/src/testsuite/semko/fortysix.stp
starting /home/src/testsuite/semko/fortysix.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortysix.stp
spawn stap -p2 /home/src/testsuite/semko/fortysix.stp
semantic error: type mismatch (long vs. string): identifier 'NULL' at /usr/local/share/systemtap/tapset/null.stp:2:8
        source: global NULL = 0
                       ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. string): identifier 'NULL' at /usr/local/share/systemtap/tapset/null.stp:2:8

        source: global NULL = 0

                       ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7672 exp12 0 1
XFAIL: semko/fortysix.stp
Running /home/src/testsuite/semko/fortythree.stp
starting /home/src/testsuite/semko/fortythree.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortythree.stp
spawn stap -p2 /home/src/testsuite/semko/fortythree.stp
semantic error: Recursive loop in alias expansion of foo.bar at /home/src/testsuite/semko/fortythree.stp:3:17
semantic error: probe point mismatch at position 1 (alternatives: bar) didn't find any wildcard matches: identifier '*' at /home/src/testsuite/semko/fortythree.stp:3:21 while resolving probe point foo.*
        source: probe foo.bar = foo.* { }
                                    ^
semantic error: Recursive loop in alias expansion of foo.bar at /home/src/testsuite/semko/fortythree.stp:3:17

semantic error: probe point mismatch at position 1 (alternatives: bar) didn't find any wildcard matches: identifier '*' at /home/src/testsuite/semko/fortythree.stp:3:21 while resolving probe point foo.*

        source: probe foo.bar = foo.* { }

                                    ^
semantic error: probe point mismatch at position 1 (alternatives: bar) didn't find any wildcard matches: identifier '*' at :4:11 while resolving probe point foo.*
        source: probe foo.* { }
                
semantic error: probe point mismatch at position 1 (alternatives: bar) didn't find any wildcard matches: identifier '*' at :4:11 while resolving probe point foo.*

        source: probe foo.* { }
          ^

                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7676 exp12 0 1
XFAIL: semko/fortythree.stp
Running /home/src/testsuite/semko/fortytwo.stp
starting /home/src/testsuite/semko/fortytwo.stp
spawn1 stap -p2 /home/src/testsuite/semko/fortytwo.stp
spawn stap -p2 /home/src/testsuite/semko/fortytwo.stp
semantic error: probe condition must not reference function: identifier 'foo' at /home/src/testsuite/semko/fortytwo.stp:3:39
        source: probe kernel.function("vfs_read") if (foo(2)) { }  # must not call functions
                                                      ^
semantic error: probe condition must not reference function: identifier 'foo' at /home/src/testsuite/semko/fortytwo.stp:3:39

        source: probe kernel.function("vfs_read") if (foo(2)) { }  # must not call functions

                                                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7680 exp12 0 1
XFAIL: semko/fortytwo.stp
Running /home/src/testsuite/semko/four.stp
starting /home/src/testsuite/semko/four.stp
spawn1 stap -p2 /home/src/testsuite/semko/four.stp
spawn stap -p2 /home/src/testsuite/semko/four.stp
WARNING: eliding unused function 'bar': identifier 'bar' at /home/src/testsuite/semko/four.stp:5:10
 source: function bar ()
                  ^
WARNING: never-assigned global variable 'b' (alternatives: a): identifier 'b' at :3:11
 source: global a, b # types unknown
                   ^
semantic error: unresolved type : identifier 'a' at :11:3
        source:   a = b;
                  ^
semantic error: unresolved type : identifier 'b' at :11:7
        source:   a = b;
                      ^
semantic error: unresolved type : identifier 'a' at :3:8
        source: global a, b # types unknown
                       ^
semantic error: unresolved type : identifier 'b' at :3:11
        source: global a, b # types unknown
                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: eliding unused function 'bar': identifier 'bar' at /home/src/testsuite/semko/four.stp:5:10

 source: function bar ()

                  ^

WARNING: never-assigned global variable 'b' (alternatives: a): identifier 'b' at :3:11

 source: global a, b # types unknown

                   ^

semantic error: unresolved type : identifier 'a' at :11:3

        source:   a = b;

                  ^

semantic error: unresolved type : identifier 'b' at :11:7

        source:   a = b;

                      ^

semantic error: unresolved type : identifier 'a' at :3:8

        source: global a, b # types unknown

                       ^

semantic error: unresolved type : identifier 'b' at :3:11

        source: global a, b # types unknown

                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7684 exp12 0 1
XFAIL: semko/four.stp
Running /home/src/testsuite/semko/fourteen.stp
starting /home/src/testsuite/semko/fourteen.stp
spawn1 stap -p2 /home/src/testsuite/semko/fourteen.stp
spawn stap -p2 /home/src/testsuite/semko/fourteen.stp
WARNING: eliding unused variable 'a': identifier 'a' at /home/src/testsuite/semko/fourteen.stp:7:2
 source: 	a = foo["hello"]++
         	^
semantic error: function call modifies var 'foo' during 'foreach' iteration: identifier 'bar' at :15:3
        source: 		bar()
                		^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: eliding unused variable 'a': identifier 'a' at /home/src/testsuite/semko/fourteen.stp:7:2

 source: 	a = foo["hello"]++

         	^

semantic error: function call modifies var 'foo' during 'foreach' iteration: identifier 'bar' at :15:3

        source: 		bar()

                		^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7688 exp12 0 1
XFAIL: semko/fourteen.stp
Running /home/src/testsuite/semko/gurufunc.stp
starting /home/src/testsuite/semko/gurufunc.stp
spawn1 stap -up2 /home/src/testsuite/semko/gurufunc.stp
spawn stap -up2 /home/src/testsuite/semko/gurufunc.stp
semantic error: function may not be used unless -g is specified: identifier 'set_kernel_long' at /usr/local/share/systemtap/tapset/conversions-guru.stp:65:10
        source: function set_kernel_long (addr:long, val:long) %{ /* guru */
                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: function may not be used unless -g is specified: identifier 'set_kernel_long' at /usr/local/share/systemtap/tapset/conversions-guru.stp:65:10

        source: function set_kernel_long (addr:long, val:long) %{ /* guru */

                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7692 exp12 0 1
XFAIL: semko/gurufunc.stp
Running /home/src/testsuite/semko/local_array.stp
starting /home/src/testsuite/semko/local_array.stp
spawn1 stap -p2 /home/src/testsuite/semko/local_array.stp
spawn stap -p2 /home/src/testsuite/semko/local_array.stp
semantic error: unresolved arity-1 global array a, missing global declaration? : identifier 'a' at /home/src/testsuite/semko/local_array.stp:6:5
        source:     a[1] = 1
                    ^
semantic error: unresolved arity-1 global array a, missing global declaration? : identifier 'a' at :7:13
        source:     println(a[1])
                            ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved arity-1 global array a, missing global declaration? : identifier 'a' at /home/src/testsuite/semko/local_array.stp:6:5

        source:     a[1] = 1

                    ^

semantic error: unresolved arity-1 global array a, missing global declaration? : identifier 'a' at :7:13

        source:     println(a[1])

                            ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7696 exp12 0 1
XFAIL: semko/local_array.stp
Running /home/src/testsuite/semko/local_stat.stp
starting /home/src/testsuite/semko/local_stat.stp
spawn1 stap -p2 /home/src/testsuite/semko/local_stat.stp
spawn stap -p2 /home/src/testsuite/semko/local_stat.stp
semantic error: stat locals not supported, missing global declaration? : identifier 'a' at /home/src/testsuite/semko/local_stat.stp:6:5
        source:     a <<< 1
                    ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: stat locals not supported, missing global declaration? : identifier 'a' at /home/src/testsuite/semko/local_stat.stp:6:5

        source:     a <<< 1

                    ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7700 exp12 0 1
XFAIL: semko/local_stat.stp
Running /home/src/testsuite/semko/maxactive01.stp
starting /home/src/testsuite/semko/maxactive01.stp
spawn1 stap -p2 /home/src/testsuite/semko/maxactive01.stp
spawn stap -p2 /home/src/testsuite/semko/maxactive01.stp
semantic error: probe point mismatch at position 2 (alternatives: call inline label(string) return): identifier 'maxactive' at /home/src/testsuite/semko/maxactive01.stp:5:28 while resolving probe point kernel.function("*").maxactive(3)
        source: probe kernel.function("*").maxactive(3)
                                           ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 2 (alternatives: call inline label(string) return): identifier 'maxactive' at /home/src/testsuite/semko/maxactive01.stp:5:28 while resolving probe point kernel.function("*").maxactive(3)

        source: probe kernel.function("*").maxactive(3)

                                           ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7704 exp12 0 1
XFAIL: semko/maxactive01.stp
Running /home/src/testsuite/semko/maxactive02.stp
starting /home/src/testsuite/semko/maxactive02.stp
spawn1 stap -p2 /home/src/testsuite/semko/maxactive02.stp
spawn stap -p2 /home/src/testsuite/semko/maxactive02.stp
semantic error: probe point mismatch at position 3 (alternatives: maxactive(number)): identifier 'maxactive' at /home/src/testsuite/semko/maxactive02.stp:5:35 while resolving probe point kernel.function("*").return.maxactive("hi")
        source: probe kernel.function("*").return.maxactive("hi")
                                                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 3 (alternatives: maxactive(number)): identifier 'maxactive' at /home/src/testsuite/semko/maxactive02.stp:5:35 while resolving probe point kernel.function("*").return.maxactive("hi")

        source: probe kernel.function("*").return.maxactive("hi")

                                                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7708 exp12 0 1
XFAIL: semko/maxactive02.stp
Running /home/src/testsuite/semko/maxactive03.stp
starting /home/src/testsuite/semko/maxactive03.stp
spawn1 stap -p2 /home/src/testsuite/semko/maxactive03.stp
spawn stap -p2 /home/src/testsuite/semko/maxactive03.stp
semantic error: probe point mismatch at position 2 (alternatives: randomize(number)): identifier 'maxactive' at /home/src/testsuite/semko/maxactive03.stp:5:22 while resolving probe point timer.sec(100).maxactive(3)
        source: probe timer.sec(100).maxactive(3)
                                     ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 2 (alternatives: randomize(number)): identifier 'maxactive' at /home/src/testsuite/semko/maxactive03.stp:5:22 while resolving probe point timer.sec(100).maxactive(3)

        source: probe timer.sec(100).maxactive(3)

                                     ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7712 exp12 0 1
XFAIL: semko/maxactive03.stp
Running /home/src/testsuite/semko/maxactive04.stp
starting /home/src/testsuite/semko/maxactive04.stp
spawn1 stap -p2 /home/src/testsuite/semko/maxactive04.stp
spawn stap -p2 /home/src/testsuite/semko/maxactive04.stp
semantic error: maxactive value out of range [0,32767]: identifier 'kernel' at /home/src/testsuite/semko/maxactive04.stp:3:7
        source: probe kernel.function("vfs_read").return.maxactive(-4)
                      ^
semantic error: no match while resolving probe point kernel.function("vfs_read").return.maxactive(-4)
semantic error: maxactive value out of range [0,32767]: identifier 'kernel' at /home/src/testsuite/semko/maxactive04.stp:3:7

        source: probe kernel.function("vfs_read").return.maxactive(-4)

                      ^

semantic error: no match while resolving probe point kernel.function("vfs_read").return.maxactive(-4)
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7716 exp12 0 1
XFAIL: semko/maxactive04.stp
Running /home/src/testsuite/semko/maxactive05.stp
starting /home/src/testsuite/semko/maxactive05.stp
spawn1 stap -p2 /home/src/testsuite/semko/maxactive05.stp
spawn stap -p2 /home/src/testsuite/semko/maxactive05.stp
semantic error: maxactive value out of range [0,32767]: identifier 'kernel' at /home/src/testsuite/semko/maxactive05.stp:3:7
        source: probe kernel.function("vfs_read").return.maxactive(99999999)
                      ^
semantic error: no match while resolving probe point kernel.function("vfs_read").return.maxactive(99999999)
semantic error: maxactive value out of range [0,32767]: identifier 'kernel' at /home/src/testsuite/semko/maxactive05.stp:3:7

        source: probe kernel.function("vfs_read").return.maxactive(99999999)

                      ^

semantic error: no match while resolving probe point kernel.function("vfs_read").return.maxactive(99999999)
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7720 exp12 0 1
XFAIL: semko/maxactive05.stp
Running /home/src/testsuite/semko/nine.stp
starting /home/src/testsuite/semko/nine.stp
spawn1 stap -p2 /home/src/testsuite/semko/nine.stp
spawn stap -p2 /home/src/testsuite/semko/nine.stp
semantic error: inconsistent arity (1 vs. 0): identifier 'a' at /home/src/testsuite/semko/nine.stp:7:3
        source:   a = 2;
                  ^
semantic error: arity 1 first inferred here: identifier 'a' at :6:3
        source:   a[4] = 1;
                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: inconsistent arity (1 vs. 0): identifier 'a' at /home/src/testsuite/semko/nine.stp:7:3

        source:   a = 2;

                  ^

semantic error: arity 1 first inferred here: identifier 'a' at :6:3

        source:   a[4] = 1;

                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7724 exp12 0 1
XFAIL: semko/nine.stp
Running /home/src/testsuite/semko/nodwf01.stp
starting /home/src/testsuite/semko/nodwf01.stp
spawn2 /home/src/testsuite/semko/nodwf01.stp
spawn /home/src/testsuite/semko/nodwf01.stp
Error: Cannot find vmlinux.  Consider using --kmap instead of --kelf.
Error: Cannot find vmlinux.  Consider using --kmap instead of --kelf.
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */
timer.sec(30) /* <- timer.sec(30) */

# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */

timer.sec(30) /* <- timer.sec(30) */
wait results: 7728 exp12 0 0
XPASS: semko/nodwf01.stp
Running /home/src/testsuite/semko/nodwf02.stp
starting /home/src/testsuite/semko/nodwf02.stp
spawn2 /home/src/testsuite/semko/nodwf02.stp
spawn /home/src/testsuite/semko/nodwf02.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */
timer.sec(30) /* <- timer.sec(30) */
# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */

timer.sec(30) /* <- timer.sec(30) */
wait results: 7733 exp12 0 0
XPASS: semko/nodwf02.stp
Running /home/src/testsuite/semko/nodwf03.stp
starting /home/src/testsuite/semko/nodwf03.stp
spawn2 /home/src/testsuite/semko/nodwf03.stp
spawn /home/src/testsuite/semko/nodwf03.stp
Error: Cannot find vmlinux.  Consider using --kmap instead of --kelf.
Error: Cannot find vmlinux.  Consider using --kmap instead of --kelf.
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */
timer.sec(30) /* <- timer.sec(30) */

# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */

timer.sec(30) /* <- timer.sec(30) */
wait results: 7738 exp12 0 0
XPASS: semko/nodwf03.stp
Running /home/src/testsuite/semko/nodwf04.stp
starting /home/src/testsuite/semko/nodwf04.stp
spawn2 /home/src/testsuite/semko/nodwf04.stp
spawn /home/src/testsuite/semko/nodwf04.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x50694 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x538984 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x52e988 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x52ec10 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x516b1c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x516e5c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x512cb0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4fa990 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4d3f0c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b6840 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b223c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b26d4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b0d64 */ /* <- kernel.function("list_empty").inline */
# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x50694 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x538984 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x52e988 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x52ec10 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x516b1c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x516e5c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x512cb0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4fa990 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4d3f0c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b6840 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b223c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b26d4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b0d64 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b0fb4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b10f0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b1204 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x49ba9c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4a0edc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x499864 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x47c380 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x478170 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x455518 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x458320 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x45be4c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x45bb84 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x45cc70 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x43424c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x429f1c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x42ab04 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x42acb0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x41ab20 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x41d7bc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x41d9c8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x422b64 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x422928 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x423d5c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x424550 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x425c74 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x417460 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x417ae4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x40f8f0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x40f958 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x411a68 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b0fb4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b10f0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4b1204 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x49ba9c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x4a0edc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x499864 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x47c380 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x478170 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x455518 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x458320 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x45be4c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x45bb84 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x45cc70 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x43424c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x429f1c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x42ab04 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x42acb0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x41ab20 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x41d7bc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x41d9c8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x422b64 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x422928 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x423d5c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x424550 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x425c74 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x417460 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x417ae4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x40f8f0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x40f958 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x411a68 */ /* <- kernel.function("list_empty").inline */
0x407720 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3fee74 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3ff088 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x401f44 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x402884 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3daa4c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3dba68 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3d0a94 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3bd7b4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2f3434 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2f3490 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2ddca0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2de610 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x137a80 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x134d54 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x135e8c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x12cdc0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x12cddc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x12d2d0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x128214 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11ea50 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11ea7c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11eaac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11c2b0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11c300 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1150f8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x10dc34 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xfac30 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf9040 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf90f4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf9aa8 */ /* <- kernel.function("list_empty").inline */
kernel.function("lis
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x407720 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3fee74 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3ff088 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x401f44 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x402884 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3daa4c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3dba68 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3d0a94 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x3bd7b4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2f3434 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2f3490 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2ddca0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2de610 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x137a80 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x134d54 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x135e8c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x12cdc0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x12cddc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x12d2d0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x128214 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11ea50 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11ea7c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11eaac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11c2b0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x11c300 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1150f8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x10dc34 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xfac30 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf9040 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf90f4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf9aa8 */ /* <- kernel.function("list_empty").inline */
t_empty@include/linux/list.h:185").inline /* pc=_stext+0xf9c60 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf7418 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf75f4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4574 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4e04 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4eac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4fb4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe50a4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xdbe90 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd9f04 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd6218 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd65d8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd7d40 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcf62c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcfbdc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcfce0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcffe4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd0864 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd14ac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd3ce8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd4824 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd4af4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd5514 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc1990 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc1c00 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc04b4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0510 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0554 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0668 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0990 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0cd0 */ /* <- kernel.function("list_empty").inl
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf9c60 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf7418 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xf75f4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4574 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4e04 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4eac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe4fb4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xe50a4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xdbe90 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd9f04 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd6218 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd65d8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd7d40 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcf62c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcfbdc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcfce0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xcffe4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd0864 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd14ac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd3ce8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd4824 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd4af4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xd5514 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc1990 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc1c00 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc04b4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0510 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0554 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0668 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0990 */ /* <- kernel.function("list_empty").inline */
ine */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0f28 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc1148 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x53d604 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbd580 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbd768 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbd7c4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbf984 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb9bc8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb7db4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb3148 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb33b4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x53c414 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad560 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad4ec */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad478 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad690 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad700 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad764 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xab4e8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xab638 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xab6d0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xaaf94 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x627c4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x6a974 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x78ef0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x79b04 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x9c7ac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x9ca08 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x9ee84 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xa5f8c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xa9dc4 */ /* <- ker
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0cd0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc0f28 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xc1148 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x53d604 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbd580 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbd768 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbd7c4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xbf984 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb9bc8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb7db4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb3148 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xb33b4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x53c414 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad560 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad4ec */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad478 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad690 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad700 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xad764 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xab4e8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xab638 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xab6d0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xaaf94 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x627c4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x6a974 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x78ef0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x79b04 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x9c7ac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x9ca08 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x9ee84 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xa5f8c */ /* <- kernel.function("list_empty").inline */
nel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x147544 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x157f70 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169034 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169100 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169154 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16969c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1697d4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169894 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169984 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169ec4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16a438 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16a394 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16a538 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16b0a8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16b164 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16b9ac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16c478 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16c81c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16c874 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16e4e4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x172358 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x172d88 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x172fb0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1732f4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x173ea4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x179c98 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17a808 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17a734 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17aa38 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17ab30 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/l
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0xa9dc4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x147544 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x157f70 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169034 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169100 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169154 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16969c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1697d4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169894 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169984 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x169ec4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16a438 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16a394 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16a538 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16b0a8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16b164 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16b9ac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16c478 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16c81c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16c874 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x16e4e4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x172358 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x172d88 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x172fb0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1732f4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x173ea4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x179c98 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17a808 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17a734 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17aa38 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17ab30 */ /* <- kernel.function("list_empty").inline */
inux/list.h:185").inline /* pc=_stext+0x17a8e4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b420 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b4d4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b598 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b65c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b824 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b938 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b9e0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17ba58 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17bc08 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17bc64 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1815f0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x18167c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x185498 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x192500 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x192c08 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1947bc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194838 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194884 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194a9c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194b3c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194bc8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194c00 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194d5c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19524c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x195718 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19566c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1957f0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x198568 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19880c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x199904 */ /* <- kernel.function("li
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17a8e4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b420 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b4d4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b598 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b65c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b824 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b938 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17b9e0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17ba58 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17bc08 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x17bc64 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1815f0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x18167c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x185498 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x192500 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x192c08 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1947bc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194838 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194884 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194a9c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194b3c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194bc8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194c00 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x194d5c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19524c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x195718 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19566c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1957f0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x198568 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19880c */ /* <- kernel.function("list_empty").inline */
st_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x199c1c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x199d54 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19ab64 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19bba8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac108 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac3d0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac420 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac538 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac750 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1acb3c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1acc90 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ace40 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ae6c8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1b1198 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1b18bc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1b2fbc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1bc57c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1c1660 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1c168c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1d15c8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f773c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f77e4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f77ac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f825c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f855c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f85b8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fa76c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fad1c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fb938 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fb9e8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185"
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x199904 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x199c1c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x199d54 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19ab64 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x19bba8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac108 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac3d0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac420 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac538 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ac750 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1acb3c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1acc90 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ace40 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1ae6c8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1b1198 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1b18bc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1b2fbc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1bc57c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1c1660 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1c168c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1d15c8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f773c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f77e4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f77ac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f825c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f855c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1f85b8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fa76c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fad1c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fb938 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fb9e8 */ /* <- kernel.function("list_empty").inline */
).inline /* pc=_stext+0x1fc770 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x213960 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x213b54 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x233b78 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x23404c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x23efe8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x257724 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x271150 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x272490 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x272a6c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x273ee8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x289628 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x28961c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2899c8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2967ac */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x296888 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2974c4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x299088 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x29f9d0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x29fe90 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x29fef0 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a5fdc */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a6788 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a6790 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a68a4 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a8684 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2aae54 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2aaff8 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2b6034 */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2c916c */ /* <- kernel.function("list_empty").inline */
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x5cac8 */ /* <- kernel.function("list_empty").inline
kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x1fc770 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x213960 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x213b54 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x233b78 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x23404c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x23efe8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x257724 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x271150 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x272490 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x272a6c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x273ee8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x289628 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x28961c */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2899c8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2967ac */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x296888 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2974c4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x299088 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x29f9d0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x29fe90 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x29fef0 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a5fdc */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a6788 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a6790 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a68a4 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2a8684 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2aae54 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2aaff8 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2b6034 */ /* <- kernel.function("list_empty").inline */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x2c916c */ /* <- kernel.function("list_empty").inline */
 */
timer.sec(15) /* <- timer.sec(15) */

kernel.function("list_empty@include/linux/list.h:185").inline /* pc=_stext+0x5cac8 */ /* <- kernel.function("list_empty").inline */

timer.sec(15) /* <- timer.sec(15) */
wait results: 7743 exp12 0 0
XPASS: semko/nodwf04.stp
Running /home/src/testsuite/semko/nodwf05.stp
starting /home/src/testsuite/semko/nodwf05.stp
spawn2 /home/src/testsuite/semko/nodwf05.stp
spawn /home/src/testsuite/semko/nodwf05.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("register_console@kernel/printk.c:1194") /* pc=_stext+0x8f484 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("add_preferred_console@kernel/printk.c:930") /* pc=_stext+0x8e524 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("resume_console@kernel/printk.c:979") /* pc=_stext+0x8edac */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("printk_needs_cpu@kernel/printk.c:1036") /* pc=_stext+0x8e240 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("console_conditional_schedule@kernel/printk.c:1105") /* pc=_stext+0x53bce8 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("console_device@kernel/printk.c:1137") /* pc=_stext+0x8ec34 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("vprintk@kernel/printk.c:691") /* pc=_stext+0x8ee10 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("wake_up_klogd@kernel/printk.c:1041") /* pc=_stext+0x8e26c */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("SyS_syslog@kernel/printk.c:412") /* pc=_stext+0x8ff1c */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("__printk_ratelimit@kernel/printk.c:1400") /* pc=_stext+0x8e6d4 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("_call_console_drivers@kernel/printk.c:465") /* pc=_stext+0x8e0b8 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("kmsg_dump_register@kernel/printk.c:1440") /* pc=_stext+0x8e348 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("early_printk@kernel/printk.c:53") /* pc=_stext+0x8dfc0 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("console_unblank@kernel/printk.c:1112") /* pc=_stext+0x8ecd8 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("release_console_sem@kernel/printk.c:1061") /* pc=_stext+0x8e794 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("try_acquire_console_sem@kernel/printk.c:1007") /* pc=_stext+0x8e710 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("printk_tick@kernel/printk.c:1028") /* pc=_stext+0x8ea38 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("console_start@kernel/printk.c:1167") /* pc=_stext+0x8ebc4 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("printk_timed_ratelimit@kernel/printk.c:1416") /* pc=_stext+0x8e640 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("update_console_cmdline@kernel/printk.c:935") /* pc=_stext+0x8e52c */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("kmsg_dump@kernel/printk.c:1507") /* pc=_stext+0x8f280 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("console_stop@kernel/printk.c:1159") /* pc=_stext+0x8ebfc */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("unregister_console@kernel/printk.c:1338") /* pc=_stext+0x8eaf8 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("do_syslog@kernel/printk.c:263") /* pc=_stext+0x8f928 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("acquire_console_sem@kernel/printk.c:996") /* pc=_stext+0x8ea94 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("is_console_locked@kernel/printk.c:1021") /* pc=_stext+0x8e228 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("log_buf_kexec_setup@kernel/printk.c:160") /* pc=_stext+0x8ff48 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("__add_preferred_console@kernel/printk.c:834") /* pc=_stext+0x8e3fc */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("emit_log_char@kernel/printk.c:528") /* pc=_stext+0x8e194 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("kmsg_dump_unregister@kernel/printk.c:1469") /* pc=_stext+0x8e2a0 */ /* <- kernel.function# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("register_console@kernel/printk.c:1194") /* pc=_stext+0x8f484 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("add_preferred_console@kernel/printk.c:930") /* pc=_stext+0x8e524 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("resume_console@kernel/printk.c:979") /* pc=_stext+0x8edac */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("printk_needs_cpu@kernel/printk.c:1036") /* pc=_stext+0x8e240 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("console_conditional_schedule@kernel/printk.c:1105") /* pc=_stext+0x53bce8 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("console_device@kernel/printk.c:1137") /* pc=_stext+0x8ec34 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("vprintk@kernel/printk.c:691") /* pc=_stext+0x8ee10 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("wake_up_klogd@kernel/printk.c:1041") /* pc=_stext+0x8e26c */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("SyS_syslog@kernel/printk.c:412") /* pc=_stext+0x8ff1c */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("__printk_ratelimit@kernel/printk.c:1400") /* pc=_stext+0x8e6d4 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("_call_console_drivers@kernel/printk.c:465") /* pc=_stext+0x8e0b8 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("kmsg_dump_register@kernel/printk.c:1440") /* pc=_stext+0x8e348 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("early_printk@kernel/printk.c:53") /* pc=_stext+0x8dfc0 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("console_unblank@kernel/printk.c:1112") /* pc=_stext+0x8ecd8 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("release_console_sem@kernel/printk.c:1061") /* pc=_stext+0x8e794 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("try_acquire_console_sem@kernel/printk.c:1007") /* pc=_stext+0x8e710 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("printk_tick@kernel/printk.c:1028") /* pc=_stext+0x8ea38 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("console_start@kernel/printk.c:1167") /* pc=_stext+0x8ebc4 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("printk_timed_ratelimit@kernel/printk.c:1416") /* pc=_stext+0x8e640 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("update_console_cmdline@kernel/printk.c:935") /* pc=_stext+0x8e52c */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("kmsg_dump@kernel/printk.c:1507") /* pc=_stext+0x8f280 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("console_stop@kernel/printk.c:1159") /* pc=_stext+0x8ebfc */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("unregister_console@kernel/printk.c:1338") /* pc=_stext+0x8eaf8 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("do_syslog@kernel/printk.c:263") /* pc=_stext+0x8f928 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("acquire_console_sem@kernel/printk.c:996") /* pc=_stext+0x8ea94 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("is_console_locked@kernel/printk.c:1021") /* pc=_stext+0x8e228 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("log_buf_kexec_setup@kernel/printk.c:160") /* pc=_stext+0x8ff48 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("__add_preferred_console@kernel/printk.c:834") /* pc=_stext+0x8e3fc */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("emit_log_char@kernel/printk.c:528") /* pc=_stext+0x8e194 */ /* <- kernel.function("*@kernel/printk.c") */
("*@kernel/printk.c") */
kernel.function("suspend_console@kernel/printk.c:969") /* pc=_stext+0x8f8c4 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("__call_console_drivers@kernel/printk.c:437") /* pc=_stext+0x8dfc4 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("zap_locks@kernel/printk.c:545") /* pc=_stext+0x8eee8 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("printk_delay@kernel/printk.c:679") /* pc=_stext+0x8ee30 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("wake_up_klogd@kernel/printk.c:1041") /* pc=_stext+0x8e9d8 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("acquire_console_semaphore_for_printk@kernel/printk.c:648") /* pc=_stext+0x8f184 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("can_use_console@kernel/printk.c:633") /* pc=_stext+0x8f184 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("have_callable_console@kernel/printk.c:569") /* pc=_stext+0x8f184 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("kmsg_to_str@kernel/printk.c:1492") /* pc=_stext+0x8f374 */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("call_console_drivers@kernel/printk.c:485") /* pc=_stext+0x8e7fc */ /* <- kernel.function("*@kernel/printk.c") */
kernel.function("SYSC_syslog@kernel/printk.c:413") /* pc=_stext+0x8ff1c */ /* <- kernel.function("*@kernel/printk.c") */
timer.sec(15) /* <- timer.sec(15) */

kernel.function("kmsg_dump_unregister@kernel/printk.c:1469") /* pc=_stext+0x8e2a0 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("suspend_console@kernel/printk.c:969") /* pc=_stext+0x8f8c4 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("__call_console_drivers@kernel/printk.c:437") /* pc=_stext+0x8dfc4 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("zap_locks@kernel/printk.c:545") /* pc=_stext+0x8eee8 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("printk_delay@kernel/printk.c:679") /* pc=_stext+0x8ee30 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("wake_up_klogd@kernel/printk.c:1041") /* pc=_stext+0x8e9d8 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("acquire_console_semaphore_for_printk@kernel/printk.c:648") /* pc=_stext+0x8f184 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("can_use_console@kernel/printk.c:633") /* pc=_stext+0x8f184 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("have_callable_console@kernel/printk.c:569") /* pc=_stext+0x8f184 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("kmsg_to_str@kernel/printk.c:1492") /* pc=_stext+0x8f374 */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("call_console_drivers@kernel/printk.c:485") /* pc=_stext+0x8e7fc */ /* <- kernel.function("*@kernel/printk.c") */

kernel.function("SYSC_syslog@kernel/printk.c:413") /* pc=_stext+0x8ff1c */ /* <- kernel.function("*@kernel/printk.c") */

timer.sec(15) /* <- timer.sec(15) */
wait results: 7748 exp12 0 0
XPASS: semko/nodwf05.stp
Running /home/src/testsuite/semko/nodwf06.stp
starting /home/src/testsuite/semko/nodwf06.stp
spawn2 /home/src/testsuite/semko/nodwf06.stp
spawn /home/src/testsuite/semko/nodwf06.stp
# global embedded code
%{
#include <asm/processor.h>

#if !defined(task_pt_regs)
#if defined(__powerpc__)
#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)
#endif
#if defined(__x86_64__)
#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)
#endif
#endif
%}
%{
#include <linux/version.h>
#include <linux/file.h>
#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)
#include <linux/fdtable.h>
#endif
#ifndef STAPCONF_TASK_UID
#include <linux/cred.h>
#endif
%}
# functions
exit:unknown ()
pp:string ()
# probes
kernel.statement("vprintk@kernel/printk.c:651") /* pc=_stext+0x8f188 */ /* <- kernel.statement("*@kernel/printk.c:639") */
kernel.statement("acquire_console_semaphore_for_printk@kernel/printk.c:639") /* pc=_stext+0x8f188 */ /* <- kernel.statement("*@kernel/printk.c:639") */
timer.sec(15) /* <- timer.sec(15) */
# global embedded code

%{

#include <asm/processor.h>



#if !defined(task_pt_regs)

#if defined(__powerpc__)

#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)

#endif

#if defined(__x86_64__)

#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)

#endif

#endif

%}

%{

#include <linux/version.h>

#include <linux/file.h>

#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)

#include <linux/fdtable.h>

#endif

#ifndef STAPCONF_TASK_UID

#include <linux/cred.h>

#endif

%}

# functions

exit:unknown ()

pp:string ()

# probes

kernel.statement("vprintk@kernel/printk.c:651") /* pc=_stext+0x8f188 */ /* <- kernel.statement("*@kernel/printk.c:639") */

kernel.statement("acquire_console_semaphore_for_printk@kernel/printk.c:639") /* pc=_stext+0x8f188 */ /* <- kernel.statement("*@kernel/printk.c:639") */

timer.sec(15) /* <- timer.sec(15) */
wait results: 7753 exp12 0 0
XPASS: semko/nodwf06.stp
Running /home/src/testsuite/semko/nodwf07.stp
starting /home/src/testsuite/semko/nodwf07.stp
spawn2 /home/src/testsuite/semko/nodwf07.stp
spawn /home/src/testsuite/semko/nodwf07.stp
Error: Pattern '*' matches every instruction address in the symbol table,
some of which aren't even functions.  Please be more precise.
Error: Pattern '*' matches every instruction address in the symbol table,

some of which aren't even functions.  Please be more precise.
wait results: 7758 exp12 0 0
XPASS: semko/nodwf07.stp
Running /home/src/testsuite/semko/nodwf08.stp
starting /home/src/testsuite/semko/nodwf08.stp
spawn2 /home/src/testsuite/semko/nodwf08.stp
spawn /home/src/testsuite/semko/nodwf08.stp
semantic error: no match while resolving probe point kernel.function("register_kprobe")
semantic error: no match while resolving probe point kernel.function("register_kprobe")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7763 exp12 0 1
XFAIL: semko/nodwf08.stp
Running /home/src/testsuite/semko/nodwf09.stp
starting /home/src/testsuite/semko/nodwf09.stp
spawn2 /home/src/testsuite/semko/nodwf09.stp
spawn /home/src/testsuite/semko/nodwf09.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# functions
_dwarf_tvar_get_fmt_0:long ()
exit:unknown ()
kernel_string:string (addr:long)
probefunc:string ()
# probes
kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */
timer.sec(15) /* <- timer.sec(15) */
# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# functions

_dwarf_tvar_get_fmt_0:long ()

exit:unknown ()

kernel_string:string (addr:long)

probefunc:string ()

# probes

kernel.function("printk@kernel/printk.c:602") /* pc=_stext+0x542a30 */ /* <- kernel.function("printk") */

timer.sec(15) /* <- timer.sec(15) */
wait results: 7768 exp12 0 0
XPASS: semko/nodwf09.stp
Running /home/src/testsuite/semko/nofunc.stp
starting /home/src/testsuite/semko/nofunc.stp
spawn1 stap -p2 /home/src/testsuite/semko/nofunc.stp
spawn stap -p2 /home/src/testsuite/semko/nofunc.stp
semantic error: unresolved arity-0 function: identifier 'foo' at /home/src/testsuite/semko/nofunc.stp:4:3
        source:   foo ()  # function is MIA
                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved arity-0 function: identifier 'foo' at /home/src/testsuite/semko/nofunc.stp:4:3

        source:   foo ()  # function is MIA

                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7773 exp12 0 1
XFAIL: semko/nofunc.stp
Running /home/src/testsuite/semko/one.stp
starting /home/src/testsuite/semko/one.stp
spawn1 stap -up2 /home/src/testsuite/semko/one.stp
spawn stap -up2 /home/src/testsuite/semko/one.stp
semantic error: unresolved type : identifier 'a' at /home/src/testsuite/semko/one.stp:8:15
        source: probe begin { a = stamp ("read"); }
                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved type : identifier 'a' at /home/src/testsuite/semko/one.stp:8:15

        source: probe begin { a = stamp ("read"); }

                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7777 exp12 0 1
XFAIL: semko/one.stp
Running /home/src/testsuite/semko/procfs01.stp
starting /home/src/testsuite/semko/procfs01.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs01.stp
spawn stap -p2 /home/src/testsuite/semko/procfs01.stp
semantic error: probe point truncated at position 1 (follow: read write): identifier 'procfs' at /home/src/testsuite/semko/procfs01.stp:3:7 while resolving probe point procfs
        source: probe procfs { }
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point truncated at position 1 (follow: read write): identifier 'procfs' at /home/src/testsuite/semko/procfs01.stp:3:7 while resolving probe point procfs

        source: probe procfs { }

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7781 exp12 0 1
XFAIL: semko/procfs01.stp
Running /home/src/testsuite/semko/procfs02.stp
starting /home/src/testsuite/semko/procfs02.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs02.stp
spawn stap -p2 /home/src/testsuite/semko/procfs02.stp
semantic error: probe point mismatch at position 1 (alternatives: read write): identifier 'rread' at /home/src/testsuite/semko/procfs02.stp:3:21 while resolving probe point procfs("foo").rread
        source: probe procfs("foo").rread { }
                                    ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 1 (alternatives: read write): identifier 'rread' at /home/src/testsuite/semko/procfs02.stp:3:21 while resolving probe point procfs("foo").rread

        source: probe procfs("foo").rread { }

                                    ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7785 exp12 0 1
XFAIL: semko/procfs02.stp
Running /home/src/testsuite/semko/procfs03.stp
starting /home/src/testsuite/semko/procfs03.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs03.stp
spawn stap -p2 /home/src/testsuite/semko/procfs03.stp
semantic error: probe point mismatch at position 2 (alternatives: maxsize(number)): identifier 'write' at /home/src/testsuite/semko/procfs03.stp:3:19 while resolving probe point procfs.read.write
        source: probe procfs.read.write { }
                                  ^
semantic error: probe point mismatch at position 2 (alternatives: maxsize(number)): identifier 'write' at /home/src/testsuite/semko/procfs03.stp:3:19 while resolving probe point procfs.read.write

        source: probe procfs.read.write { }

                                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7789 exp12 0 1
XFAIL: semko/procfs03.stp
Running /home/src/testsuite/semko/procfs04.stp
starting /home/src/testsuite/semko/procfs04.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs04.stp
spawn stap -p2 /home/src/testsuite/semko/procfs04.stp
semantic error: procfs $value variable is read-only in a procfs write probe: identifier '$value' at /home/src/testsuite/semko/procfs04.stp:5:7
        source:       $value = "hi"
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs $value variable is read-only in a procfs write probe: identifier '$value' at /home/src/testsuite/semko/procfs04.stp:5:7

        source:       $value = "hi"

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7793 exp12 0 1
XFAIL: semko/procfs04.stp
Running /home/src/testsuite/semko/procfs05.stp
starting /home/src/testsuite/semko/procfs05.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs05.stp
spawn stap -p2 /home/src/testsuite/semko/procfs05.stp
semantic error: procfs $value variable cannot be read in a procfs read probe: identifier '$value' at /home/src/testsuite/semko/procfs05.stp:5:11
        source:       x = $value
                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs $value variable cannot be read in a procfs read probe: identifier '$value' at /home/src/testsuite/semko/procfs05.stp:5:11

        source:       x = $value

                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7797 exp12 0 1
XFAIL: semko/procfs05.stp
Running /home/src/testsuite/semko/procfs06.stp
starting /home/src/testsuite/semko/procfs06.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs06.stp
spawn stap -p2 /home/src/testsuite/semko/procfs06.stp
semantic error: procfs path cannot start with a '/': identifier 'procfs' at /home/src/testsuite/semko/procfs06.stp:4:7 while resolving probe point procfs("/foo").read
        source: probe procfs("/foo").read { }
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs path cannot start with a '/': identifier 'procfs' at /home/src/testsuite/semko/procfs06.stp:4:7 while resolving probe point procfs("/foo").read

        source: probe procfs("/foo").read { }

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7801 exp12 0 1
XFAIL: semko/procfs06.stp
Running /home/src/testsuite/semko/procfs07.stp
starting /home/src/testsuite/semko/procfs07.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs07.stp
spawn stap -p2 /home/src/testsuite/semko/procfs07.stp
semantic error: procfs path cannot end with a '/': identifier 'procfs' at /home/src/testsuite/semko/procfs07.stp:4:7 while resolving probe point procfs("foo/").read
        source: probe procfs("foo/").read { }
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs path cannot end with a '/': identifier 'procfs' at /home/src/testsuite/semko/procfs07.stp:4:7 while resolving probe point procfs("foo/").read

        source: probe procfs("foo/").read { }

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7805 exp12 0 1
XFAIL: semko/procfs07.stp
Running /home/src/testsuite/semko/procfs08.stp
starting /home/src/testsuite/semko/procfs08.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs08.stp
spawn stap -p2 /home/src/testsuite/semko/procfs08.stp
semantic error: procfs path cannot be relative (and contain '.' or '..'): identifier 'procfs' at /home/src/testsuite/semko/procfs08.stp:4:7 while resolving probe point procfs("foo/../bar").read
        source: probe procfs("foo/../bar").read { }
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs path cannot be relative (and contain '.' or '..'): identifier 'procfs' at /home/src/testsuite/semko/procfs08.stp:4:7 while resolving probe point procfs("foo/../bar").read

        source: probe procfs("foo/../bar").read { }

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7809 exp12 0 1
XFAIL: semko/procfs08.stp
Running /home/src/testsuite/semko/procfs09.stp
starting /home/src/testsuite/semko/procfs09.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs09.stp
spawn stap -p2 /home/src/testsuite/semko/procfs09.stp
semantic error: procfs path cannot be relative (and contain '.' or '..'): identifier 'procfs' at /home/src/testsuite/semko/procfs09.stp:4:7 while resolving probe point procfs("foo/.").read
        source: probe procfs("foo/.").read { }
                      ^
semantic error: procfs path cannot be relative (and contain '.' or '..'): identifier 'procfs' at /home/src/testsuite/semko/procfs09.stp:4:7 while resolving probe point procfs("foo/.").read

        source: probe procfs("foo/.").read { }

                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7813 exp12 0 1
XFAIL: semko/procfs09.stp
Running /home/src/testsuite/semko/procfs10.stp
starting /home/src/testsuite/semko/procfs10.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs10.stp
spawn stap -p2 /home/src/testsuite/semko/procfs10.stp
semantic error: procfs path component cannot be empty: identifier 'procfs' at /home/src/testsuite/semko/procfs10.stp:4:7 while resolving probe point procfs("a//c").read
        source: probe procfs("a//c").read { }
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs path component cannot be empty: identifier 'procfs' at /home/src/testsuite/semko/procfs10.stp:4:7 while resolving probe point procfs("a//c").read

        source: probe procfs("a//c").read { }

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7817 exp12 0 1
XFAIL: semko/procfs10.stp
Running /home/src/testsuite/semko/procfs11.stp
starting /home/src/testsuite/semko/procfs11.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs11.stp
spawn stap -p2 /home/src/testsuite/semko/procfs11.stp
semantic error: procfs variable '$value' may not be used as a structure: operator '->' at /home/src/testsuite/semko/procfs11.stp:4:34
        source: probe procfs.write { print($value->foo) }
                                                 ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs variable '$value' may not be used as a structure: operator '->' at /home/src/testsuite/semko/procfs11.stp:4:34

        source: probe procfs.write { print($value->foo) }

                                                 ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7821 exp12 0 1
XFAIL: semko/procfs11.stp
Running /home/src/testsuite/semko/procfs12.stp
starting /home/src/testsuite/semko/procfs12.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs12.stp
spawn stap -p2 /home/src/testsuite/semko/procfs12.stp
semantic error: procfs variable '$value' may not be used as array: operator '[' at /home/src/testsuite/semko/procfs12.stp:4:34
        source: probe procfs.write { print($value[0]) }
                                                 ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: procfs variable '$value' may not be used as array: operator '[' at /home/src/testsuite/semko/procfs12.stp:4:34

        source: probe procfs.write { print($value[0]) }

                                                 ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7825 exp12 0 1
XFAIL: semko/procfs12.stp
Running /home/src/testsuite/semko/procfs13.stp
starting /home/src/testsuite/semko/procfs13.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs13.stp
spawn stap -p2 /home/src/testsuite/semko/procfs13.stp
semantic error: probe point mismatch at position 2 (alternatives: maxsize(number)): identifier 'maxsize' at /home/src/testsuite/semko/procfs13.stp:4:19 while resolving probe point procfs.read.maxsize
        source: probe procfs.read.maxsize { $value = "foo" }
                                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 2 (alternatives: maxsize(number)): identifier 'maxsize' at /home/src/testsuite/semko/procfs13.stp:4:19 while resolving probe point procfs.read.maxsize

        source: probe procfs.read.maxsize { $value = "foo" }

                                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7829 exp12 0 1
XFAIL: semko/procfs13.stp
Running /home/src/testsuite/semko/procfs14.stp
starting /home/src/testsuite/semko/procfs14.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs14.stp
spawn stap -p2 /home/src/testsuite/semko/procfs14.stp
semantic error: maxsize must be greater than 0 while resolving probe point procfs.read.maxsize(-1)
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: maxsize must be greater than 0 while resolving probe point procfs.read.maxsize(-1)

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7833 exp12 0 1
XFAIL: semko/procfs14.stp
Running /home/src/testsuite/semko/procfs15.stp
starting /home/src/testsuite/semko/procfs15.stp
spawn1 stap -p2 /home/src/testsuite/semko/procfs15.stp
spawn stap -p2 /home/src/testsuite/semko/procfs15.stp
semantic error: maxsize must be greater than 0 while resolving probe point procfs("foo").read.maxsize(-1)
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: maxsize must be greater than 0 while resolving probe point procfs("foo").read.maxsize(-1)

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7837 exp12 0 1
XFAIL: semko/procfs15.stp
Running /home/src/testsuite/semko/return01.stp
starting /home/src/testsuite/semko/return01.stp
spawn1 stap -p2 /home/src/testsuite/semko/return01.stp
spawn stap -p2 /home/src/testsuite/semko/return01.stp
semantic error: no match while resolving probe point kernel.function("get_page_state").return
semantic error: no match while resolving probe point kernel.function("get_page_state").return
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7841 exp12 0 1
XFAIL: semko/return01.stp
Running /home/src/testsuite/semko/return02.stp
starting /home/src/testsuite/semko/return02.stp
spawn1 stap -p2 /home/src/testsuite/semko/return02.stp
spawn stap -p2 /home/src/testsuite/semko/return02.stp
semantic error: unable to find local 'return' near pc 0xc000000000154e30 in vfs_read(fs/read_write.c) (alternatives: file buf count pos ret): identifier '$return' at /home/src/testsuite/semko/return02.stp:6:43
        source:     printf("in sys_read - return = %d\n", $return)
                                                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unable to find local 'return' near pc 0xc000000000154e30 in vfs_read(fs/read_write.c) (alternatives: file buf count pos ret): identifier '$return' at /home/src/testsuite/semko/return02.stp:6:43

        source:     printf("in sys_read - return = %d\n", $return)

                                                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7845 exp12 0 1
XFAIL: semko/return02.stp
Running /home/src/testsuite/semko/seven.stp
starting /home/src/testsuite/semko/seven.stp
spawn1 stap -p2 /home/src/testsuite/semko/seven.stp
spawn stap -p2 /home/src/testsuite/semko/seven.stp
semantic error: type mismatch (string vs. long): string '1' at /home/src/testsuite/semko/seven.stp:6:7
        source:   baz["1"] = 5;   # inconsistent index types
                      ^
semantic error: type mismatch (string vs. long): identifier 'baz' at :6:3
        source:   baz["1"] = 5;   # inconsistent index types
                  ^
semantic error: type was first inferred here (long): identifier 'baz' at :5:3
        source:   baz[1] = 4;
                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (string vs. long): string '1' at /home/src/testsuite/semko/seven.stp:6:7

        source:   baz["1"] = 5;   # inconsistent index types

                      ^

semantic error: type mismatch (string vs. long): identifier 'baz' at :6:3

        source:   baz["1"] = 5;   # inconsistent index types

                  ^

semantic error: type was first inferred here (long): identifier 'baz' at :5:3

        source:   baz[1] = 4;

                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7849 exp12 0 1
XFAIL: semko/seven.stp
Running /home/src/testsuite/semko/seventeen.stp
starting /home/src/testsuite/semko/seventeen.stp
spawn1 stap -p2 /home/src/testsuite/semko/seventeen.stp
spawn stap -p2 /home/src/testsuite/semko/seventeen.stp
semantic error: no match while resolving probe point module("no_such_module").function("*")
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: no match while resolving probe point module("no_such_module").function("*")

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7853 exp12 0 1
XFAIL: semko/seventeen.stp
Running /home/src/testsuite/semko/six.stp
starting /home/src/testsuite/semko/six.stp
spawn1 stap -p2 /home/src/testsuite/semko/six.stp
spawn stap -p2 /home/src/testsuite/semko/six.stp
semantic error: inconsistent arity (1 vs. 2): identifier 'bar' at /home/src/testsuite/semko/six.stp:6:3
        source:   bar[1, 2] = 3;  # inconsistent array dimensions
                  ^
semantic error: arity 1 first inferred here: identifier 'bar' at :5:3
        source:   bar[1] = 2;
                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: inconsistent arity (1 vs. 2): identifier 'bar' at /home/src/testsuite/semko/six.stp:6:3

        source:   bar[1, 2] = 3;  # inconsistent array dimensions

                  ^

semantic error: arity 1 first inferred here: identifier 'bar' at :5:3

        source:   bar[1] = 2;

                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7857 exp12 0 1
XFAIL: semko/six.stp
Running /home/src/testsuite/semko/sixteen.stp
starting /home/src/testsuite/semko/sixteen.stp
spawn1 stap -p2 /home/src/testsuite/semko/sixteen.stp
spawn stap -p2 /home/src/testsuite/semko/sixteen.stp
semantic error: no match while resolving probe point kernel.function("no_such_function_anywhere_guaranteed")
semantic error: no match while resolving probe point kernel.function("no_such_function_anywhere_guaranteed")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7861 exp12 0 1
XFAIL: semko/sixteen.stp
Running /home/src/testsuite/semko/target_addr1.stp
starting /home/src/testsuite/semko/target_addr1.stp
spawn1 stap -p2 /home/src/testsuite/semko/target_addr1.stp
spawn stap -p2 /home/src/testsuite/semko/target_addr1.stp
semantic error: cannot take address of bit-field: identifier '$p' at /home/src/testsuite/semko/target_addr1.stp:5:15
        source:     println(& $p->did_exec)  // unsigned:1
                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: cannot take address of bit-field: identifier '$p' at /home/src/testsuite/semko/target_addr1.stp:5:15

        source:     println(& $p->did_exec)  // unsigned:1

                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7865 exp12 0 1
XFAIL: semko/target_addr1.stp
Running /home/src/testsuite/semko/target_addr2.stp
starting /home/src/testsuite/semko/target_addr2.stp
spawn1 stap -p2 /home/src/testsuite/semko/target_addr2.stp
spawn stap -p2 /home/src/testsuite/semko/target_addr2.stp
semantic error: cannot take address of object in register: identifier '$dfd' at /home/src/testsuite/semko/target_addr2.stp:5:15
        source:     println(& $dfd)
                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: cannot take address of object in register: identifier '$dfd' at /home/src/testsuite/semko/target_addr2.stp:5:15

        source:     println(& $dfd)

                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7869 exp12 0 1
XFAIL: semko/target_addr2.stp
Running /home/src/testsuite/semko/target_addr3.stp
starting /home/src/testsuite/semko/target_addr3.stp
spawn1 stap -p2 /home/src/testsuite/semko/target_addr3.stp
spawn stap -p2 /home/src/testsuite/semko/target_addr3.stp
semantic error: cannot take address of object in register: identifier '$return' at /home/src/testsuite/semko/target_addr3.stp:5:15
        source:     println(& $return)
                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: cannot take address of object in register: identifier '$return' at /home/src/testsuite/semko/target_addr3.stp:5:15

        source:     println(& $return)

                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7873 exp12 0 1
XFAIL: semko/target_addr3.stp
Running /home/src/testsuite/semko/target_lvalue.stp
starting /home/src/testsuite/semko/target_lvalue.stp
spawn2 /home/src/testsuite/semko/target_lvalue.stp
spawn /home/src/testsuite/semko/target_lvalue.stp
semantic error: Only the following assign operators are implemented on target variables: =: operator '++' at <input>:1:22
        source: probe syscall.read { ++$fd }
                                     ^
semantic error: no match while resolving probe point kernel.function("sys_read").call
semantic error: no match while resolving probe point syscall.read
semantic error: Only the following assign operators are implemented on target variables: =: operator '++' at <input>:1:22

        source: probe syscall.read { ++$fd }

                                     ^

semantic error: no match while resolving probe point kernel.function("sys_read").call

semantic error: no match while resolving probe point syscall.read
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: Only the following assign operators are implemented on target variables: =: operator '++' at <input>:1:25
        source: probe syscall.read { $fd++ }
                                        ^
semantic error: no match while resolving probe point kernel.function("sys_read").call
semantic error: no match while resolving probe point syscall.read

semantic error: Only the following assign operators are implemented on target variables: =: operator '++' at <input>:1:25

        source: probe syscall.read { $fd++ }

                                        ^

semantic error: no match while resolving probe point kernel.function("sys_read").call

semantic error: no match while resolving probe point syscall.read
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: Only the following assign operators are implemented on target variables: =: keyword at <input>:1:22
        source: probe syscall.read { delete $fd }
                                     ^
semantic error: no match while resolving probe point kernel.function("sys_read").call
semantic error: no match while resolving probe point syscall.read

semantic error: Only the following assign operators are implemented on target variables: =: keyword at <input>:1:22

        source: probe syscall.read { delete $fd }

                                     ^

semantic error: no match while resolving probe point kernel.function("sys_read").call

semantic error: no match while resolving probe point syscall.read
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: Only the following assign operators are implemented on target variables: =: operator '++' at <input>:1:22
        source: probe syscall.read { ++$fd = 42 }
                                     ^
semantic error: no match while resolving probe point kernel.function("sys_read").call
semantic error: no match while resolving probe point syscall.read

semantic error: Only the following assign operators are implemented on target variables: =: operator '++' at <input>:1:22

        source: probe syscall.read { ++$fd = 42 }

                                     ^

semantic error: no match while resolving probe point kernel.function("sys_read").call

semantic error: no match while resolving probe point syscall.read
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7877 exp12 0 1
XFAIL: semko/target_lvalue.stp
Running /home/src/testsuite/semko/ten.stp
starting /home/src/testsuite/semko/ten.stp
spawn1 stap -p2 /home/src/testsuite/semko/ten.stp
spawn stap -p2 /home/src/testsuite/semko/ten.stp
semantic error: inconsistent arity (0 vs. 1): identifier 'foo' at /home/src/testsuite/semko/ten.stp:5:22
        source: probe end { if (4 in foo) { } }
                                     ^
semantic error: arity 0 first inferred here: identifier 'foo' at :4:15
        source: probe begin { foo = 1 }
                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: inconsistent arity (0 vs. 1): identifier 'foo' at /home/src/testsuite/semko/ten.stp:5:22

        source: probe end { if (4 in foo) { } }

                                     ^

semantic error: arity 0 first inferred here: identifier 'foo' at :4:15

        source: probe begin { foo = 1 }

                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7888 exp12 0 1
XFAIL: semko/ten.stp
Running /home/src/testsuite/semko/thirteen.stp
starting /home/src/testsuite/semko/thirteen.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirteen.stp
spawn stap -p2 /home/src/testsuite/semko/thirteen.stp
semantic error: function call modifies var 'foo' during 'foreach' iteration: identifier 'bar' at /home/src/testsuite/semko/thirteen.stp:15:3
        source: 		bar()
                		^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: function call modifies var 'foo' during 'foreach' iteration: identifier 'bar' at /home/src/testsuite/semko/thirteen.stp:15:3

        source: 		bar()

                		^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7892 exp12 0 1
XFAIL: semko/thirteen.stp
Running /home/src/testsuite/semko/thirty.stp
starting /home/src/testsuite/semko/thirty.stp
spawn1 stap -up2 /home/src/testsuite/semko/thirty.stp
spawn stap -up2 /home/src/testsuite/semko/thirty.stp
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/thirty.stp:10:2
        source: 	x = 10
                	^
semantic error: type was first inferred here (stats): identifier 'x' at :9:2
        source: 	x <<< 1
                	^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/thirty.stp:10:2

        source: 	x = 10

                	^

semantic error: type was first inferred here (stats): identifier 'x' at :9:2

        source: 	x <<< 1

                	^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7896 exp12 0 1
XFAIL: semko/thirty.stp
Running /home/src/testsuite/semko/thirtyeight.stp
starting /home/src/testsuite/semko/thirtyeight.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtyeight.stp
spawn stap -p2 /home/src/testsuite/semko/thirtyeight.stp
semantic error: absolute statement probe in unprivileged script: keyword at /home/src/testsuite/semko/thirtyeight.stp:3:1 while resolving probe point kernel.statement(0).absolute
        source: probe kernel.statement(0).absolute {} /* needs guru mode */
                ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: absolute statement probe in unprivileged script: keyword at /home/src/testsuite/semko/thirtyeight.stp:3:1 while resolving probe point kernel.statement(0).absolute

        source: probe kernel.statement(0).absolute {} /* needs guru mode */

                ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7900 exp12 0 1
XFAIL: semko/thirtyeight.stp
Running /home/src/testsuite/semko/thirtyfive.stp
starting /home/src/testsuite/semko/thirtyfive.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtyfive.stp
spawn stap -p2 /home/src/testsuite/semko/thirtyfive.stp
semantic error: probe point mismatch at position 1 (alternatives: a) didn't find any wildcard matches: identifier '*' at /home/src/testsuite/semko/thirtyfive.stp:4:11 while resolving probe point foo.*
        source: probe foo.* { }
                          ^
semantic error: probe point mismatch at position 1 (alternatives: a) didn't find any wildcard matches: identifier '*' at /home/src/testsuite/semko/thirtyfive.stp:4:11 while resolving probe point foo.*

        source: probe foo.* { }

                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7904 exp12 0 1
XFAIL: semko/thirtyfive.stp
Running /home/src/testsuite/semko/thirtyfour.stp
starting /home/src/testsuite/semko/thirtyfour.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtyfour.stp
spawn stap -p2 /home/src/testsuite/semko/thirtyfour.stp
WARNING: side-effect-free probe 'probe_2085': keyword at /home/src/testsuite/semko/thirtyfour.stp:10:1
 source: probe kernel.function("do_sys_open").return { $filename }
         ^
semantic error: write to target variable not permitted: identifier '$fd' at :7:5
        source:     $fd = 0
                    ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: side-effect-free probe 'probe_2085': keyword at /home/src/testsuite/semko/thirtyfour.stp:10:1

 source: probe kernel.function("do_sys_open").return { $filename }

         ^

semantic error: write to target variable not permitted: identifier '$fd' at :7:5

        source:     $fd = 0

                    ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7908 exp12 0 1
XFAIL: semko/thirtyfour.stp
Running /home/src/testsuite/semko/thirtynine.stp
starting /home/src/testsuite/semko/thirtynine.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtynine.stp
spawn stap -p2 /home/src/testsuite/semko/thirtynine.stp
semantic error: probe point mismatch at position 2 (alternatives: call inline label(string) return): keyword at /home/src/testsuite/semko/thirtynine.stp:3:35 while resolving probe point kernel.function("sys_open").if(1)
        source: probe kernel.function("sys_open").if(1) {} /* if statement doesn't need '.'*/
                                                  ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 2 (alternatives: call inline label(string) return): keyword at /home/src/testsuite/semko/thirtynine.stp:3:35 while resolving probe point kernel.function("sys_open").if(1)

        source: probe kernel.function("sys_open").if(1) {} /* if statement doesn't need '.'*/

                                                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7912 exp12 0 1
XFAIL: semko/thirtynine.stp
Running /home/src/testsuite/semko/thirtyone.stp
starting /home/src/testsuite/semko/thirtyone.stp
spawn1 stap -up2 /home/src/testsuite/semko/thirtyone.stp
spawn stap -up2 /home/src/testsuite/semko/thirtyone.stp
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/thirtyone.stp:10:2
        source: 	x[10] = 10
                	^
semantic error: type was first inferred here (stats): identifier 'x' at :9:2
        source: 	x[10] <<< 1
                	^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/thirtyone.stp:10:2

        source: 	x[10] = 10

                	^

semantic error: type was first inferred here (stats): identifier 'x' at :9:2

        source: 	x[10] <<< 1

                	^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7916 exp12 0 1
XFAIL: semko/thirtyone.stp
Running /home/src/testsuite/semko/thirtyseven.stp
starting /home/src/testsuite/semko/thirtyseven.stp
spawn1 stap -gp2 /home/src/testsuite/semko/thirtyseven.stp
spawn stap -gp2 /home/src/testsuite/semko/thirtyseven.stp
semantic error: unresolved target-symbol expression: identifier '$any_variable' at /home/src/testsuite/semko/thirtyseven.stp:3:45
        source: probe kernel.statement(0).absolute { print ($any_variable) }
                                                            ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved target-symbol expression: identifier '$any_variable' at /home/src/testsuite/semko/thirtyseven.stp:3:45

        source: probe kernel.statement(0).absolute { print ($any_variable) }

                                                            ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7920 exp12 0 1
XFAIL: semko/thirtyseven.stp
Running /home/src/testsuite/semko/thirtysix.stp
starting /home/src/testsuite/semko/thirtysix.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtysix.stp
spawn stap -p2 /home/src/testsuite/semko/thirtysix.stp
semantic error: unable to find member 'no_such_field' for struct kmem_cache (alternatives: array batchcount limit shared buffer_size reciprocal_buffer_size flags num gfporder gfpflags colour colour_off slabp_cache slab_size dflags ctor name next nodelists): operator '->' at /home/src/testsuite/semko/thirtysix.stp:4:17
        source:   print ($cachep->no_such_field)
                                ^
semantic error: invalid access '->should_have_indexed_it' for array type: operator '->' at :5:24
        source:   print ($cachep->array->should_have_indexed_it)
                                       ^
semantic error: 'struct list_head' is being accessed instead of a member: identifier '$cachep' at :6:10
        source:   print ($cachep->next)
                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unable to find member 'no_such_field' for struct kmem_cache (alternatives: array batchcount limit shared buffer_size reciprocal_buffer_size flags num gfporder gfpflags colour colour_off slabp_cache slab_size dflags ctor name next nodelists): operator '->' at /home/src/testsuite/semko/thirtysix.stp:4:17

        source:   print ($cachep->no_such_field)

                                ^

semantic error: invalid access '->should_have_indexed_it' for array type: operator '->' at :5:24

        source:   print ($cachep->array->should_have_indexed_it)

                                       ^

semantic error: 'struct list_head' is being accessed instead of a member: identifier '$cachep' at :6:10

        source:   print ($cachep->next)

                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7924 exp12 0 1
XFAIL: semko/thirtysix.stp
Running /home/src/testsuite/semko/thirtythree.stp
starting /home/src/testsuite/semko/thirtythree.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtythree.stp
spawn stap -p2 /home/src/testsuite/semko/thirtythree.stp
semantic error: no match while resolving probe point kernel.function("do_IRQ")
semantic error: no match while resolving probe point kernel.function("do_IRQ")
semantic error: no match while resolving probe point kernel.function("*@*/kprobes.c")

semantic error: no match while resolving probe point kernel.function("*@*/kprobes.c")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7928 exp12 0 1
XFAIL: semko/thirtythree.stp
Running /home/src/testsuite/semko/thirtytwo.stp
starting /home/src/testsuite/semko/thirtytwo.stp
spawn1 stap -p2 /home/src/testsuite/semko/thirtytwo.stp
spawn stap -p2 /home/src/testsuite/semko/thirtytwo.stp
semantic error: no match while resolving probe point kernel.function("init_setup")
semantic error: no match while resolving probe point kernel.function("init_setup")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7932 exp12 0 1
XFAIL: semko/thirtytwo.stp
Running /home/src/testsuite/semko/three.stp
starting /home/src/testsuite/semko/three.stp
spawn1 stap -p2 /home/src/testsuite/semko/three.stp
spawn stap -p2 /home/src/testsuite/semko/three.stp
semantic error: invalid type stats: identifier 'a' at /home/src/testsuite/semko/three.stp:6:5
        source:   b[a] = 4; # must not index with stats variable
                    ^
semantic error: stat locals not supported, missing global declaration? : identifier 'a' at :5:3
        source:   a <<< 2;
                  semantic error: invalid type stats: identifier 'a' at /home/src/testsuite/semko/three.stp:6:5

        source:   b[a] = 4; # must not index with stats variable

                    ^

semantic error: stat locals not supported, missing global declaration? : identifier 'a' at :5:3

        source:   a <<< 2;
^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

                  ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7936 exp12 0 1
XFAIL: semko/three.stp
Running /home/src/testsuite/semko/twelve.stp
starting /home/src/testsuite/semko/twelve.stp
spawn1 stap -p2 /home/src/testsuite/semko/twelve.stp
spawn stap -p2 /home/src/testsuite/semko/twelve.stp
WARNING: eliding unused variable 'a': identifier 'a' at /home/src/testsuite/semko/twelve.stp:4:8
 source:   for (a=0; "hello";) {println("hello")}
                ^
semantic error: type mismatch (string vs. long): string 'hello' at :4:13
        source:   for (a=0; "hello";) {println("hello")}
                            ^
semantic error: type mismatch (string vs. long): string 'goodbye' at :5:10
        source:   while ("goodbye") {println("world")}
                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: eliding unused variable 'a': identifier 'a' at /home/src/testsuite/semko/twelve.stp:4:8

 source:   for (a=0; "hello";) {println("hello")}

                ^

semantic error: type mismatch (string vs. long): string 'hello' at :4:13

        source:   for (a=0; "hello";) {println("hello")}

                            ^

semantic error: type mismatch (string vs. long): string 'goodbye' at :5:10

        source:   while ("goodbye") {println("world")}

                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7940 exp12 0 1
XFAIL: semko/twelve.stp
Running /home/src/testsuite/semko/twenty.stp
starting /home/src/testsuite/semko/twenty.stp
spawn1 stap -p2 /home/src/testsuite/semko/twenty.stp
spawn stap -p2 /home/src/testsuite/semko/twenty.stp
WARNING: side-effect-free function 'a': identifier 'a' at /home/src/testsuite/semko/twenty.stp:3:10
WARNING: side-effect-free function 'a': identifier 'a' at /home/src/testsuite/semko/twenty.stp:3:10
 source: function a:string () { }
                  ^
semantic error: type mismatch (string vs. long): identifier 'a' at :3:10
        source: function a:string () { }
                         ^

 source: function a:string () { }

                  ^

semantic error: type mismatch (string vs. long): identifier 'a' at :3:10

        source: function a:string () { }

                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7944 exp12 0 1
XFAIL: semko/twenty.stp
Running /home/src/testsuite/semko/twentyeight.stp
starting /home/src/testsuite/semko/twentyeight.stp
spawn1 stap -p2 /home/src/testsuite/semko/twentyeight.stp
spawn stap -p2 /home/src/testsuite/semko/twentyeight.stp
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/twentyeight.stp:10:2
        source: 	x++
                	^
semantic error: type was first inferred here (stats): identifier 'x' at :9:2
        source: 	x <<< 10
                	^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/twentyeight.stp:10:2

        source: 	x++

                	^

semantic error: type was first inferred here (stats): identifier 'x' at :9:2

        source: 	x <<< 10

                	^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7948 exp12 0 1
XFAIL: semko/twentyeight.stp
Running /home/src/testsuite/semko/twentyfive.stp
starting /home/src/testsuite/semko/twentyfive.stp
spawn1 stap -up2 /home/src/testsuite/semko/twentyfive.stp
spawn stap -up2 /home/src/testsuite/semko/twentyfive.stp
semantic error: unresolved type : identifier 'x' at /home/src/testsuite/semko/twentyfive.stp:10:2
        source: 	x = y[10]
                	^
semantic error: unresolved type : identifier 'y' at :10:6
        source: 	x = y[10]
                	    ^
semantic error: unresolved type : identifier 'x' at :5:8
        source: global x, y
                       ^
semantic error: unresolved type : identifier 'y' at :5:11
        source: global x, y
                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved type : identifier 'x' at /home/src/testsuite/semko/twentyfive.stp:10:2

        source: 	x = y[10]

                	^

semantic error: unresolved type : identifier 'y' at :10:6

        source: 	x = y[10]

                	    ^

semantic error: unresolved type : identifier 'x' at :5:8

        source: global x, y

                       ^

semantic error: unresolved type : identifier 'y' at :5:11

        source: global x, y

                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7952 exp12 0 1
XFAIL: semko/twentyfive.stp
Running /home/src/testsuite/semko/twentyfour.stp
starting /home/src/testsuite/semko/twentyfour.stp
spawn1 stap -up2 /home/src/testsuite/semko/twentyfour.stp
spawn stap -up2 /home/src/testsuite/semko/twentyfour.stp
semantic error: unresolved type : identifier 'y' at /home/src/testsuite/semko/twentyfour.stp:10:2
        source: 	y = x
                	^
semantic error: unresolved type : identifier 'x' at :10:6
        source: 	y = x
                	    ^
semantic error: unresolved type : identifier 'x' at :5:8
        source: global x, y
                       ^
semantic error: unresolved type : identifier 'y' at :5:11
        source: global x, y
                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: unresolved type : identifier 'y' at /home/src/testsuite/semko/twentyfour.stp:10:2

        source: 	y = x

                	^

semantic error: unresolved type : identifier 'x' at :10:6

        source: 	y = x

                	    ^

semantic error: unresolved type : identifier 'x' at :5:8

        source: global x, y

                       ^

semantic error: unresolved type : identifier 'y' at :5:11

        source: global x, y

                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7956 exp12 0 1
XFAIL: semko/twentyfour.stp
Running /home/src/testsuite/semko/twentynine.stp
starting /home/src/testsuite/semko/twentynine.stp
spawn1 stap -up2 /home/src/testsuite/semko/twentynine.stp
spawn stap -up2 /home/src/testsuite/semko/twentynine.stp
semantic error: type mismatch (long vs. stats): number '10' at /home/src/testsuite/semko/twentynine.stp:9:8
        source: 	x <<< 10 <<< 11  # but see PR 1922
                	      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. stats): number '10' at /home/src/testsuite/semko/twentynine.stp:9:8

        source: 	x <<< 10 <<< 11  # but see PR 1922

                	      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7960 exp12 0 1
XFAIL: semko/twentynine.stp
Running /home/src/testsuite/semko/twentyone.stp
starting /home/src/testsuite/semko/twentyone.stp
spawn1 stap -p2 /home/src/testsuite/semko/twentyone.stp
spawn stap -p2 /home/src/testsuite/semko/twentyone.stp
semantic error: no match while resolving probe point kernel.function("context_switch").call
semantic error: no match while resolving probe point kernel.function("context_switch").call
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7964 exp12 0 1
XFAIL: semko/twentyone.stp
Running /home/src/testsuite/semko/twentyseven.stp
starting /home/src/testsuite/semko/twentyseven.stp
spawn1 stap -up2 /home/src/testsuite/semko/twentyseven.stp
spawn stap -up2 /home/src/testsuite/semko/twentyseven.stp
semantic error: type mismatch (stats vs. long): identifier 'x' at /home/src/testsuite/semko/twentyseven.stp:14:2
        source: 	x <<< 10
                	^
semantic error: type was first inferred here (long): identifier 'x' at :9:10
        source: 	bar <<< x
                	        ^
semantic error: type mismatch (long vs. stats): identifier 'x' at :5:8
        source: global x
                       ^
semantic error: invalid type stats: identifier 'bar' at :7:14
        source: function foo(bar)
                             ^
semantic error: unresolved type : identifier 'foo' at :15:2
        source: 	foo(x)
                	^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (stats vs. long): identifier 'x' at /home/src/testsuite/semko/twentyseven.stp:14:2

        source: 	x <<< 10

                	^

semantic error: type was first inferred here (long): identifier 'x' at :9:10

        source: 	bar <<< x

                	        ^

semantic error: type mismatch (long vs. stats): identifier 'x' at :5:8

        source: global x

                       ^

semantic error: invalid type stats: identifier 'bar' at :7:14

        source: function foo(bar)

                             ^

semantic error: unresolved type : identifier 'foo' at :15:2

        source: 	foo(x)

                	^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7968 exp12 0 1
XFAIL: semko/twentyseven.stp
Running /home/src/testsuite/semko/twentysix.stp
starting /home/src/testsuite/semko/twentysix.stp
spawn1 stap -up2 /home/src/testsuite/semko/twentysix.stp
spawn stap -up2 /home/src/testsuite/semko/twentysix.stp
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/twentysix.stp:11:2
        source: 	x[10] = 10
                	^
semantic error: type was first inferred here (stats): identifier 'x' at :10:2
        source: 	x[10] <<< 1
                	^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (long vs. stats): identifier 'x' at /home/src/testsuite/semko/twentysix.stp:11:2

        source: 	x[10] = 10

                	^

semantic error: type was first inferred here (stats): identifier 'x' at :10:2

        source: 	x[10] <<< 1

                	^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7972 exp12 0 1
XFAIL: semko/twentysix.stp
Running /home/src/testsuite/semko/twentythree.stp
starting /home/src/testsuite/semko/twentythree.stp
spawn1 stap -p2 /home/src/testsuite/semko/twentythree.stp
spawn stap -p2 /home/src/testsuite/semko/twentythree.stp
semantic error: invalid use of wildcard probe point component while registering probe alias badalias.* = begin
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: invalid use of wildcard probe point component while registering probe alias badalias.* = begin

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7976 exp12 0 1
XFAIL: semko/twentythree.stp
Running /home/src/testsuite/semko/twentytwo.stp
starting /home/src/testsuite/semko/twentytwo.stp
spawn1 stap -p2 /home/src/testsuite/semko/twentytwo.stp
spawn stap -p2 /home/src/testsuite/semko/twentytwo.stp
semantic error: no match while resolving probe point kernel.function("vfs_read").inline
semantic error: no match while resolving probe point kernel.function("vfs_read").inline
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7980 exp12 0 1
XFAIL: semko/twentytwo.stp
Running /home/src/testsuite/semko/two.stp
starting /home/src/testsuite/semko/two.stp
spawn1 stap -up2 /home/src/testsuite/semko/two.stp
spawn stap -up2 /home/src/testsuite/semko/two.stp
semantic error: type mismatch (string vs. long): string 'string' at /home/src/testsuite/semko/two.stp:4:13
        source:   bar = 2 + "string";  # mixing integer+string arithmetic
                            ^
semantic error: type mismatch (long vs. string): operator '+' at :4:11
        source:   bar = 2 + "string";  # mixing integer+string arithmetic
                          ^
semantic error: type was first inferred here (string): operator '+' at :4:11
        source:   bar = 2 + "string";  # mixing integer+string arithmetic
                          ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: type mismatch (string vs. long): string 'string' at /home/src/testsuite/semko/two.stp:4:13

        source:   bar = 2 + "string";  # mixing integer+string arithmetic

                            ^

semantic error: type mismatch (long vs. string): operator '+' at :4:11

        source:   bar = 2 + "string";  # mixing integer+string arithmetic

                          ^

semantic error: type was first inferred here (string): operator '+' at :4:11

        source:   bar = 2 + "string";  # mixing integer+string arithmetic

                          ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7984 exp12 0 1
XFAIL: semko/two.stp
Running /home/src/testsuite/semko/twotwo.stp
starting /home/src/testsuite/semko/twotwo.stp
spawn1 stap -up2 /home/src/testsuite/semko/twotwo.stp
spawn stap -up2 /home/src/testsuite/semko/twotwo.stp
semantic error: invalid type stats: identifier 'zoo' at /home/src/testsuite/semko/twotwo.stp:7:3
        source:   zoo (car)
                  ^
semantic error: invalid type stats: identifier 'p' at :3:15
        source: function zoo (p) { p <<< 5; return 0 }  # passing stats as function arg
                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: invalid type stats: identifier 'zoo' at /home/src/testsuite/semko/twotwo.stp:7:3

        source:   zoo (car)

                  ^

semantic error: invalid type stats: identifier 'p' at :3:15

        source: function zoo (p) { p <<< 5; return 0 }  # passing stats as function arg

                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7988 exp12 0 1
XFAIL: semko/twotwo.stp
Running /home/src/testsuite/semko/typemismatch.stp
starting /home/src/testsuite/semko/typemismatch.stp
spawn1 stap -p2 /home/src/testsuite/semko/typemismatch.stp
spawn stap -p2 /home/src/testsuite/semko/typemismatch.stp
WARNING: eliding unused variable 'foo': identifier 'foo' at /home/src/testsuite/semko/typemismatch.stp:6:15
 source: probe begin { foo = 1 ; foo = "bar" ; noo = 4 } 
                       ^
semantic error: type mismatch (string vs. long): identifier 'noo' at :8:39
        source: probe end { foo = "zoo" ; foo <<< 2 ; noo = "zoo" }
                                                      ^
semantic error: type was first inferred here (long): identifier 'noo' at :6:39
        source: probe begin { foo = 1 ; foo = "bar" ; noo = 4 } 
                                                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: eliding unused variable 'foo': identifier 'foo' at /home/src/testsuite/semko/typemismatch.stp:6:15

 source: probe begin { foo = 1 ; foo = "bar" ; noo = 4 } 

                       ^

semantic error: type mismatch (string vs. long): identifier 'noo' at :8:39

        source: probe end { foo = "zoo" ; foo <<< 2 ; noo = "zoo" }

                                                      ^

semantic error: type was first inferred here (long): identifier 'noo' at :6:39

        source: probe begin { foo = 1 ; foo = "bar" ; noo = 4 } 

                                                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7992 exp12 0 1
XFAIL: semko/typemismatch.stp
Running /home/src/testsuite/semko/utrace.stp
starting /home/src/testsuite/semko/utrace.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace.stp
spawn stap -p2 /home/src/testsuite/semko/utrace.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process.begin
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process.begin

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 7996 exp12 0 1
XFAIL: semko/utrace.stp
Running /home/src/testsuite/semko/utrace03.stp
starting /home/src/testsuite/semko/utrace03.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace03.stp
spawn stap -p2 /home/src/testsuite/semko/utrace03.stp
semantic error: probe point mismatch at position 2: keyword at /home/src/testsuite/semko/utrace03.stp:4:31 while resolving probe point process("/bin/cat").end.return
        source: probe process("/bin/cat").end.return { }
                                              ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point mismatch at position 2: keyword at /home/src/testsuite/semko/utrace03.stp:4:31 while resolving probe point process("/bin/cat").end.return

        source: probe process("/bin/cat").end.return { }

                                              ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8000 exp12 0 1
XFAIL: semko/utrace03.stp
Running /home/src/testsuite/semko/utrace04.stp
starting /home/src/testsuite/semko/utrace04.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace04.stp
spawn stap -p2 /home/src/testsuite/semko/utrace04.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").end
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").end

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8004 exp12 0 1
XFAIL: semko/utrace04.stp
Running /home/src/testsuite/semko/utrace05.stp
starting /home/src/testsuite/semko/utrace05.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace05.stp
spawn stap -p2 /home/src/testsuite/semko/utrace05.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8008 exp12 0 1
XFAIL: semko/utrace05.stp
Running /home/src/testsuite/semko/utrace06.stp
starting /home/src/testsuite/semko/utrace06.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace06.stp
spawn stap -p2 /home/src/testsuite/semko/utrace06.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8012 exp12 0 1
XFAIL: semko/utrace06.stp
Running /home/src/testsuite/semko/utrace07.stp
starting /home/src/testsuite/semko/utrace07.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace07.stp
spawn stap -p2 /home/src/testsuite/semko/utrace07.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8016 exp12 0 1
XFAIL: semko/utrace07.stp
Running /home/src/testsuite/semko/utrace14.stp
starting /home/src/testsuite/semko/utrace14.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace14.stp
spawn stap -p2 /home/src/testsuite/semko/utrace14.stp
semantic error: process pid must be greater than 1: identifier 'process' at /home/src/testsuite/semko/utrace14.stp:4:7 while resolving probe point process(1).begin
        source: probe process(1).begin { }
                      ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process pid must be greater than 1: identifier 'process' at /home/src/testsuite/semko/utrace14.stp:4:7 while resolving probe point process(1).begin

        source: probe process(1).begin { }

                      ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8020 exp12 0 1
XFAIL: semko/utrace14.stp
Running /home/src/testsuite/semko/utrace15.stp
starting /home/src/testsuite/semko/utrace15.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace15.stp
spawn stap -p2 /home/src/testsuite/semko/utrace15.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8024 exp12 0 1
XFAIL: semko/utrace15.stp
Running /home/src/testsuite/semko/utrace16.stp
starting /home/src/testsuite/semko/utrace16.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace16.stp
spawn stap -p2 /home/src/testsuite/semko/utrace16.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8028 exp12 0 1
XFAIL: semko/utrace16.stp
Running /home/src/testsuite/semko/utrace17.stp
starting /home/src/testsuite/semko/utrace17.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace17.stp
spawn stap -p2 /home/src/testsuite/semko/utrace17.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8032 exp12 0 1
XFAIL: semko/utrace17.stp
Running /home/src/testsuite/semko/utrace18.stp
starting /home/src/testsuite/semko/utrace18.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace18.stp
spawn stap -p2 /home/src/testsuite/semko/utrace18.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall.return
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall.return

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8036 exp12 0 1
XFAIL: semko/utrace18.stp
Running /home/src/testsuite/semko/utrace19.stp
starting /home/src/testsuite/semko/utrace19.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace19.stp
spawn stap -p2 /home/src/testsuite/semko/utrace19.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8040 exp12 0 1
XFAIL: semko/utrace19.stp
Running /home/src/testsuite/semko/utrace20.stp
starting /home/src/testsuite/semko/utrace20.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace20.stp
spawn stap -p2 /home/src/testsuite/semko/utrace20.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8044 exp12 0 1
XFAIL: semko/utrace20.stp
Running /home/src/testsuite/semko/utrace21.stp
starting /home/src/testsuite/semko/utrace21.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace21.stp
spawn stap -p2 /home/src/testsuite/semko/utrace21.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall.return
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall.return

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8048 exp12 0 1
XFAIL: semko/utrace21.stp
Running /home/src/testsuite/semko/utrace22.stp
starting /home/src/testsuite/semko/utrace22.stp
spawn1 stap -p2 /home/src/testsuite/semko/utrace22.stp
spawn stap -p2 /home/src/testsuite/semko/utrace22.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall.return
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("/bin/cat").syscall.return

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8052 exp12 0 1
XFAIL: semko/utrace22.stp
Running /home/src/testsuite/semko/zero.stp
starting /home/src/testsuite/semko/zero.stp
spawn1 stap -p2 /home/src/testsuite/semko/zero.stp
spawn stap -p2 /home/src/testsuite/semko/zero.stp
WARNING: never-assigned local variable 'a' : identifier 'a' at /home/src/testsuite/semko/zero.stp:4:14
 source:   print (1 = a)
                      ^
semantic error: Expecting symbol or array index expression: number '1' at :4:10
        source:   print (1 = a)
                         ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
WARNING: never-assigned local variable 'a' : identifier 'a' at /home/src/testsuite/semko/zero.stp:4:14

 source:   print (1 = a)

                      ^

semantic error: Expecting symbol or array index expression: number '1' at :4:10

        source:   print (1 = a)

                         ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8056 exp12 0 1
XFAIL: semko/zero.stp
testcase /home/src/testsuite/systemtap.pass1-4/semko.exp completed in 114 seconds
Running /home/src/testsuite/systemtap.pass1-4/semok.exp ...
Running /home/src/testsuite/semok/args.stp
starting /home/src/testsuite/semok/args.stp
spawn2 /home/src/testsuite/semok/args.stp
spawn /home/src/testsuite/semok/args.stp
# functions
log:unknown (msg:string)
# probes
begin /* <- begin */
# functions

log:unknown (msg:string)

# probes

begin /* <- begin */
wait results: 8060 exp12 0 0
PASS: semok/args.stp
Running /home/src/testsuite/semok/badvar.stp
starting /home/src/testsuite/semok/badvar.stp
spawn2 /home/src/testsuite/semok/badvar.stp
spawn /home/src/testsuite/semok/badvar.stp
WARNING: Bad $context variable being substituted with literal 0: identifier '$foo' at <input>:3:7
 source:   if ($foo == 0)
               ^
# functions
exit:unknown ()
# probes
kernel.function("SyS_read@fs/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.read */
WARNING: Bad $context variable being substituted with literal 0: identifier '$foo' at <input>:3:7

 source:   if ($foo == 0)

               ^

# functions

exit:unknown ()

# probes

kernel.function("SyS_read@fs/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.read */
wait results: 8065 exp12 0 0
PASS: semok/badvar.stp
Running /home/src/testsuite/semok/badvar_undefined.stp
starting /home/src/testsuite/semok/badvar_undefined.stp
spawn2 /home/src/testsuite/semok/badvar_undefined.stp
spawn /home/src/testsuite/semok/badvar_undefined.stp
# functions
_dwarf_tvar_get_pathname_1:long ()
user_string:string (addr:long)
user_string2:string (addr:long, err_msg:string)
# probes
kernel.function("SyS_getxattr@fs/xattr.c:377") /* pc=_stext+0x1775d4 */ /* <- kernel.function("sys_getxattr") */
# functions

_dwarf_tvar_get_pathname_1:long ()

user_string:string (addr:long)

user_string2:string (addr:long, err_msg:string)

# probes

kernel.function("SyS_getxattr@fs/xattr.c:377") /* pc=_stext+0x1775d4 */ /* <- kernel.function("sys_getxattr") */
wait results: 8070 exp12 0 0
PASS: semok/badvar_undefined.stp
Running /home/src/testsuite/semok/beginend.stp
starting /home/src/testsuite/semok/beginend.stp
spawn1 stap -p2 /home/src/testsuite/semok/beginend.stp
spawn stap -p2 /home/src/testsuite/semok/beginend.stp
WARNING: side-effect-free probe 'probe_2089': keyword at /home/src/testsuite/semok/beginend.stp:3:1
 source: probe begin {}
         ^
WARNING: side-effect-free probe 'probe_2090': keyword at :4:1
 source: probe begin(0) {}
         ^
WARNING: side-effect-free probe 'probe_2091': keyword at :5:1
 source: probe begin(9223372036854775807) {}
         ^
WARNING: side-effect-free probe 'probe_2092': keyword at :6:1
 source: probe begin(-9223372036854775808) {}
         ^
WARNING: side-effect-free probe 'probe_2093': keyword at :8:1
 source: probe end {}
         ^
WARNING: side-effect-free probe 'probe_2094': keyword at :9:1
 source: probe end(0) {}
         ^
WARNING: side-effect-free probe 'probe_2095': keyword at :10:1
 source: probe end(9223372036854775807) {}
         ^
WARNING: side-effect-free probe 'probe_2096': keyword at :11:1
 source: probe end(-9223372036854775808) {}
         ^
# probes
begin /* <- begin */
begin(0) /* <- begin(0) */
begin(9223372036854775807) /* <- begin(9223372036854775807) */
begin(-9223372036854775808) /* <- begin(-9223372036854775808) */
end /* <- end */
end(0) /* <- end(0) */
end(9223372036854775807) /* <- end(9223372036854775807) */
end(-9223372036854775808) /* <- end(-9223372036854775808) */
WARNING: side-effect-free probe 'probe_2089': keyword at /home/src/testsuite/semok/beginend.stp:3:1

 source: probe begin {}

         ^

WARNING: side-effect-free probe 'probe_2090': keyword at :4:1

 source: probe begin(0) {}

         ^

WARNING: side-effect-free probe 'probe_2091': keyword at :5:1

 source: probe begin(9223372036854775807) {}

         ^

WARNING: side-effect-free probe 'probe_2092': keyword at :6:1

 source: probe begin(-9223372036854775808) {}

         ^

WARNING: side-effect-free probe 'probe_2093': keyword at :8:1

 source: probe end {}

         ^

WARNING: side-effect-free probe 'probe_2094': keyword at :9:1

 source: probe end(0) {}

         ^

WARNING: side-effect-free probe 'probe_2095': keyword at :10:1

 source: probe end(9223372036854775807) {}

         ^

WARNING: side-effect-free probe 'probe_2096': keyword at :11:1

 source: probe end(-9223372036854775808) {}

         ^

# probes

begin /* <- begin */

begin(0) /* <- begin(0) */

begin(9223372036854775807) /* <- begin(9223372036854775807) */

begin(-9223372036854775808) /* <- begin(-9223372036854775808) */

end /* <- end */

end(0) /* <- end(0) */

end(9223372036854775807) /* <- end(9223372036854775807) */

end(-9223372036854775808) /* <- end(-9223372036854775808) */
wait results: 8075 exp12 0 0
PASS: semok/beginend.stp
Running /home/src/testsuite/semok/bz10475.stp
starting /home/src/testsuite/semok/bz10475.stp
spawn1 stap -p2 /home/src/testsuite/semok/bz10475.stp
spawn stap -p2 /home/src/testsuite/semok/bz10475.stp
# functions
_dwarf_tvar_get_filename_0:long ()
# probes
kernel.function("filp_open@fs/namei.c:1910") /* pc=_stext+0x1648b0 */ /* <- kernel.function("filp_open") */
# functions

_dwarf_tvar_get_filename_0:long ()

# probes

kernel.function("filp_open@fs/namei.c:1910") /* pc=_stext+0x1648b0 */ /* <- kernel.function("filp_open") */
wait results: 8079 exp12 0 0
PASS: semok/bz10475.stp
Running /home/src/testsuite/semok/cast.stp
starting /home/src/testsuite/semok/cast.stp
spawn1 stap -p2 /home/src/testsuite/semok/cast.stp
spawn stap -p2 /home/src/testsuite/semok/cast.stp
# functions
_dwarf_cast_get_cast_0:long (pointer:long)
_dwarf_cast_get_cast_4:long (pointer:long)
_dwarf_cast_get_cast_5:long (pointer:long)
_dwarf_cast_get_cast_6:long (pointer:long)
# probes
begin /* <- begin */
# functions

_dwarf_cast_get_cast_0:long (pointer:long)

_dwarf_cast_get_cast_4:long (pointer:long)

_dwarf_cast_get_cast_5:long (pointer:long)

_dwarf_cast_get_cast_6:long (pointer:long)

# probes

begin /* <- begin */
wait results: 8083 exp12 0 0
PASS: semok/cast.stp
Running /home/src/testsuite/semok/config_config.stp
starting /home/src/testsuite/semok/config_config.stp
spawn1 stap -p2 /home/src/testsuite/semok/config_config.stp
spawn stap -p2 /home/src/testsuite/semok/config_config.stp
# functions
exit:unknown ()
# probes
begin /* <- begin */
# functions

exit:unknown ()

# probes

begin /* <- begin */
wait results: 8281 exp12 0 0
PASS: semok/config_config.stp
Running /home/src/testsuite/semok/config_number.stp
starting /home/src/testsuite/semok/config_number.stp
spawn1 stap -p2 /home/src/testsuite/semok/config_number.stp
spawn stap -p2 /home/src/testsuite/semok/config_number.stp
# functions
exit:unknown ()
# probes
begin /* <- begin */
# functions

exit:unknown ()

# probes

begin /* <- begin */
wait results: 8285 exp12 0 0
PASS: semok/config_number.stp
Running /home/src/testsuite/semok/config_wildcard.stp
starting /home/src/testsuite/semok/config_wildcard.stp
spawn1 stap -p2 /home/src/testsuite/semok/config_wildcard.stp
spawn stap -p2 /home/src/testsuite/semok/config_wildcard.stp
# functions
exit:unknown ()
# probes
begin /* <- begin */
# functions

exit:unknown ()

# probes

begin /* <- begin */
wait results: 8289 exp12 0 0
PASS: semok/config_wildcard.stp
Running /home/src/testsuite/semok/defined_list_vars.stp
starting /home/src/testsuite/semok/defined_list_vars.stp
spawn2 /home/src/testsuite/semok/defined_list_vars.stp
spawn /home/src/testsuite/semok/defined_list_vars.stp
my_syscall.poll timeout:long $ufds:long int $nfds:long int $timeout_msecs:long int
my_syscall.poll timeout:long $ufds:long int $nfds:long int $timeout_msecs:long int
wait results: 8293 exp12 0 0
PASS: semok/defined_list_vars.stp
Running /home/src/testsuite/semok/doubleglob.stp
starting /home/src/testsuite/semok/doubleglob.stp
spawn1 stap -p2 /home/src/testsuite/semok/doubleglob.stp
spawn stap -p2 /home/src/testsuite/semok/doubleglob.stp
WARNING: side-effect-free probe 'probe_2098': keyword at /home/src/testsuite/semok/doubleglob.stp:4:1
 source: probe t**ile {} // timer.profile
         ^
WARNING: side-effect-free probe 'probe_2099': keyword at :5:1
 source: probe t**es(1) {} // timer.jiffies(1)
         ^
WARNING: side-effect-free probe 'probe_2100': keyword at :6:1
 source: probe ke**on("vfs_read") {} // kernel.function("vfs_open")
         ^
WARNING: side-effect-free probe 'probe_2093': identifier '*sys**pen' at :3:7
 source: probe *sys**pen {} // [nd_]syscall.[mq_]open
               ^
WARNING: side-effect-free probe 'probe_2094': identifier '*sys**pen' at :3:7
 source: probe *sys**pen {} // [nd_]syscall.[mq_]open
               ^
WARNING: side-effect-free probe 'probe_2096': identifier '*sys**pen' at :3:7
 source: probe *sys**pen {} // [nd_]syscall.[mq_]open
               ^
WARNING: side-effect-free probe 'probe_2097': identifier '*sys**pen' at :3:7
 source: probe *sys**pen {} // [nd_]syscall.[mq_]open
               ^
WARNING: side-effect-free probe 'probe_2098': keyword at /home/src/testsuite/semok/doubleglob.stp:4:1

 source: probe t**ile {} // timer.profile

         ^

WARNING: side-effect-free probe 'probe_2099': keyword at :5:1

 source: probe t**es(1) {} // timer.jiffies(1)

         ^

WARNING: side-effect-free probe 'probe_2100': keyword at :6:1

 source: probe ke**on("vfs_read") {} // kernel.function("vfs_open")

         ^

WARNING: side-effect-free probe 'probe_2093': identifier '*sys**pen' at :3:7

 source: probe *sys**pen {} // [nd_]syscall.[mq_]open

               ^

WARNING: side-effect-free probe 'probe_2094': identifier '*sys**pen' at :3:7

 source: probe *sys**pen {} // [nd_]syscall.[mq_]open

               ^

WARNING: side-effect-free probe 'probe_2096': identifier '*sys**pen' at :3:7

 source: probe *sys**pen {} // [nd_]syscall.[mq_]open

               ^

WARNING: side-effect-free probe 'probe_2097': identifier '*sys**pen' at :3:7

 source: probe *sys**pen {} // [nd_]syscall.[mq_]open

               ^
# global embedded code
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}
%{
// Needed for function _struct_sockaddr_u. Unfortunately cannot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}
%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}
%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}
%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr, "EMPTY", len);
}
%}
%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}
%{
#include <linux/eventpoll.h>
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#
# global embedded code

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}

%{

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}

%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}

%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}

static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}

%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)

		strlcat(ptr, "EMPTY", len);

}

%}

%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}

%{

#include <linux/eventpoll.h>

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
include <linux/eventfd.h>
#endif
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}
%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}
%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}
%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
  };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}
%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}
%{
#include <asm/processor.h>

#if !defined(task_pt_regs)
#if defined(__powerpc__)
#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)
#endif
#if defined(__x86_64__)
#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)
#endif
#endif
%}
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCS
#include <linux/eventfd.h>

#endif

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}

%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}

%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {

	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}

%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}

  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}

%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}

%{

#include <asm/processor.h>



#if !defined(task_pt_regs)

#if defined(__powerpc__)

#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)

#endif

#if defined(__x86_64__)

#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)

#endif

#endif

%}

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI
I),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN),
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endif
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}
%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 
	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT

	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),

#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN

	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),

#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}

%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");
0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}
%{
#include <linux/version.h>
#include <linux/file.h>
#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)
#include <linux/fdtable.h>
#endif
#ifndef STAPCONF_TASK_UID
#include <linux/cred.h>
#endif
%}
# globals
_reg_offsets:long [string]
_stp_regs_registered:long
# functions
_stp_arg:long (argnum:long, sign_extend:long, truncate:long)
  # locals
  val:long
_stp_get_register_by_offset:long (offset:long)
_stp_register:long (name:string, sign_extend:long)
  # locals
  offset:long
  value:long
_stp_register_regs:unknown ()
_stp_sign_extend32:long (value:long)
error:unknown (msg:string)
int_arg:long (argnum:long)
pointer_arg:long (argnum:long)
probing_32bit_app:long ()
registers_valid:long ()
u_register:long (name:string)
uint_arg:long (argnum:long)
# probes
kprobe.function("compat_sys_mq_open")? /*  name = compat_sys_mq_open*/ /* <- nd_syscall.mq_open = kprobe.function("compat_sys_mq_open")?, kprobe.function("sys_mq_open")? <- *sys**pen */
kprobe.function("sys_mq_open")? /*  name = sys_mq_open*/ /* <- nd_syscall.mq_open = kprobe.function("compat_sys_mq_open")?, kprobe.function("sys_mq_open")? <- *sys**pen */
kprobe.function("compat_sys_open")? /*  name = compat_sys_open*/ /* <- nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")? <- *sys**pen */
  # locals
  flags:long
kprobe.function("sys32_open")? /*  name = sys32_open*/ /* <- nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")? <- *sys**pen */
  # locals
  flags:long
kprobe.function("sys_open")? /*  name = sys_open*/ /* <- nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")? <- *sys**pen */
  # locals
  flags:long
kernel.function("compat_sys_mq_open@ipc/compat_mq.c:52").call? /* pc=_stext+0x25df80 */ /* <- syscall.mq_open = kernel.function("compat_sys_mq_open").call?, kernel.function("sys_mq_open").call? <- *sys**pen */
kernel.function("SyS_mq_open@ipc/mqueue.c:674").call? /* pc=_stext+0x25d52c */ /* <- syscall.mq_open = kernel.function("compat_sys_mq_open").call?, kernel.function("sys_mq_open").call? <- *sys**pen */
kernel.function("compat_sys_open@fs/compat.c:1345").call? /* pc=_stext+0x1a0e18 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- *sys**pen */
kernel.function("SyS_open@fs/open.c:900").call? /* pc=_stext+0x152380 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- *sys**pen */
timer.profile /* <- t**ile */
timer.jiffies(1) /* <- t**es(1) */
kernel.function("vfs_read@fs/read_write.c:296") /* pc=_stext+0x154e30 */ /* <- ke**on("vfs_read") */

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}

%{

#include <linux/version.h>

#include <linux/file.h>

#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)

#include <linux/fdtable.h>

#endif

#ifndef STAPCONF_TASK_UID

#include <linux/cred.h>

#endif

%}

# globals

_reg_offsets:long [string]

_stp_regs_registered:long

# functions

_stp_arg:long (argnum:long, sign_extend:long, truncate:long)

  # locals

  val:long

_stp_get_register_by_offset:long (offset:long)

_stp_register:long (name:string, sign_extend:long)

  # locals

  offset:long

  value:long

_stp_register_regs:unknown ()

_stp_sign_extend32:long (value:long)

error:unknown (msg:string)

int_arg:long (argnum:long)

pointer_arg:long (argnum:long)

probing_32bit_app:long ()

registers_valid:long ()

u_register:long (name:string)

uint_arg:long (argnum:long)

# probes

kprobe.function("compat_sys_mq_open")? /*  name = compat_sys_mq_open*/ /* <- nd_syscall.mq_open = kprobe.function("compat_sys_mq_open")?, kprobe.function("sys_mq_open")? <- *sys**pen */

kprobe.function("sys_mq_open")? /*  name = sys_mq_open*/ /* <- nd_syscall.mq_open = kprobe.function("compat_sys_mq_open")?, kprobe.function("sys_mq_open")? <- *sys**pen */

kprobe.function("compat_sys_open")? /*  name = compat_sys_open*/ /* <- nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")? <- *sys**pen */

  # locals

  flags:long

kprobe.function("sys32_open")? /*  name = sys32_open*/ /* <- nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")? <- *sys**pen */

  # locals

  flags:long

kprobe.function("sys_open")? /*  name = sys_open*/ /* <- nd_syscall.open = kprobe.function("compat_sys_open")?, kprobe.function("sys32_open")?, kprobe.function("sys_open")? <- *sys**pen */

  # locals

  flags:long

kernel.function("compat_sys_mq_open@ipc/compat_mq.c:52").call? /* pc=_stext+0x25df80 */ /* <- syscall.mq_open = kernel.function("compat_sys_mq_open").call?, kernel.function("sys_mq_open").call? <- *sys**pen */

kernel.function("SyS_mq_open@ipc/mqueue.c:674").call? /* pc=_stext+0x25d52c */ /* <- syscall.mq_open = kernel.function("compat_sys_mq_open").call?, kernel.function("sys_mq_open").call? <- *sys**pen */

kernel.function("compat_sys_open@fs/compat.c:1345").call? /* pc=_stext+0x1a0e18 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- *sys**pen */

kernel.function("SyS_open@fs/open.c:900").call? /* pc=_stext+0x152380 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- *sys**pen */

timer.profile /* <- t**ile */

timer.jiffies(1) /* <- t**es(1) */

kernel.function("vfs_read@fs/read_write.c:296") /* pc=_stext+0x154e30 */ /* <- ke**on("vfs_read") */
wait results: 8299 exp12 0 0
PASS: semok/doubleglob.stp
Running /home/src/testsuite/semok/eight.stp
starting /home/src/testsuite/semok/eight.stp
spawn2 /home/src/testsuite/semok/eight.stp
spawn /home/src/testsuite/semok/eight.stp
WARNING: side-effect-free probe 'probe_2083': keyword at <input>:1:1
 source: probe begin { a = f1 (); }
         ^
WARNING: eliding unused variable 'a': identifier 'a' at :1:15
 source: probe begin { a = f1 (); }
                       ^
# probes
begin /* <- begin */
WARNING: side-effect-free probe 'probe_2083': keyword at <input>:1:1

 source: probe begin { a = f1 (); }

         ^

WARNING: eliding unused variable 'a': identifier 'a' at :1:15

 source: probe begin { a = f1 (); }

                       ^

# probes

begin /* <- begin */
wait results: 8303 exp12 0 0
PASS: semok/eight.stp
Running /home/src/testsuite/semok/eighteen.stp
starting /home/src/testsuite/semok/eighteen.stp
spawn1 stap -p2 /home/src/testsuite/semok/eighteen.stp
spawn stap -p2 /home/src/testsuite/semok/eighteen.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/eighteen.stp:6:1
 source: probe begin {
         ^
WARNING: side-effect-free function 'f': identifier 'f' at :3:10
 source: function f () { }
                  ^
WARNING: side-effect-free function 'g': identifier 'g' at :4:10
 source: function g (arg) { }
                  ^
WARNING: eliding unused function 'f': identifier 'f' at :3:10
 source: function f () { }
                  ^
WARNING: eliding unused function 'g': identifier 'g' at :4:10
 source: function g (arg) { }
                  ^
# probes
begin /* <- begin */
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/eighteen.stp:6:1

 source: probe begin {

         ^

WARNING: side-effect-free function 'f': identifier 'f' at :3:10

 source: function f () { }

                  ^

WARNING: side-effect-free function 'g': identifier 'g' at :4:10

 source: function g (arg) { }

                  ^

WARNING: eliding unused function 'f': identifier 'f' at :3:10

 source: function f () { }

                  ^

WARNING: eliding unused function 'g': identifier 'g' at :4:10

 source: function g (arg) { }

                  ^

# probes

begin /* <- begin */
wait results: 8308 exp12 0 0
PASS: semok/eighteen.stp
Running /home/src/testsuite/semok/eleven.stp
starting /home/src/testsuite/semok/eleven.stp
spawn1 stap -p2 /home/src/testsuite/semok/eleven.stp
spawn stap -p2 /home/src/testsuite/semok/eleven.stp
WARNING: never-assigned local variable 'timestamp' (alternatives: syscall_name retvalue entry_time my_count my_fd read_times tid): identifier 'timestamp' at /home/src/testsuite/semok/eleven.stp:27:16
 source:             += timestamp - entry_time[tid]
                        ^
WARNING: side-effect-free probe 'probe_2086': keyword at :34:1
 source: probe end {
         ^
WARNING: eliding unused function 'trace': identifier 'trace' at :6:10
 source: function trace (s) { return 0 }
                  ^
WARNING: eliding unused variable 'syscall': identifier 'syscall' at :35:16
 source:       foreach (syscall in read_times) {
                        ^
WARNING: eliding unused variable 'retvalue': identifier 'retvalue' at :22:23
 source:       syscall_name="" retvalue=0
                               ^
# globals
entry_time:long [long]
my_count:long [long]
my_fd:long [long]
read_times:long [string]
tid:long
# probes
begin /* <- begin */
  # locals
  count:long
  timestamp:long
  fd:long
end /* <- end */
  # locals
  syscall_name:string
  timestamp:long
end /* <- end */
end /* <- end */
  # locals
  idx0:long
  val:long
end /* <- end */
  # locals
  idx0:long
  val:long
WARNING: never-assigned local variable 'timestamp' (alternatives: syscall_name retvalue entry_time my_count my_fd read_times tid): identifier 'timestamp' at /home/src/testsuite/semok/eleven.stp:27:16

 source:             += timestamp - entry_time[tid]

                        ^

WARNING: side-effect-free probe 'probe_2086': keyword at :34:1

 source: probe end {

         ^

WARNING: eliding unused function 'trace': identifier 'trace' at :6:10

 source: function trace (s) { return 0 }

                  ^

WARNING: eliding unused variable 'syscall': identifier 'syscall' at :35:16

 source:       foreach (syscall in read_times) {

                        ^

WARNING: eliding unused variable 'retvalue': identifier 'retvalue' at :22:23

 source:       syscall_name="" retvalue=0

                               ^

# globals

entry_time:long [long]

my_count:long [long]

my_fd:long [long]

read_times:long [string]

tid:long

# probes

begin /* <- begin */

  # locals

  count:long

  timestamp:long

  fd:long

end /* <- end */

  # locals

  syscall_name:string

  timestamp:long

end /* <- end */

end /* <- end */

  # locals

  idx0:long

  val:long

end /* <- end */

  # locals

  idx0:long

  val:long
wait results: 8312 exp12 0 0
PASS: semok/eleven.stp
Running /home/src/testsuite/semok/fifteen.stp
starting /home/src/testsuite/semok/fifteen.stp
spawn1 stap -p2 /home/src/testsuite/semok/fifteen.stp
spawn stap -p2 /home/src/testsuite/semok/fifteen.stp
WARNING: eliding unused function 'trace': identifier 'trace' at /home/src/testsuite/semok/fifteen.stp:3:10
 source: function trace (n) { return 0 }
                  ^
WARNING: side-effect-free probe 'probe_2082': keyword at :8:1
 source: probe begin, begin, begin
         ^
WARNING: side-effect-free probe 'probe_2083': keyword at :8:1
 source: probe begin, begin, begin
         ^
WARNING: side-effect-free probe 'probe_2084': keyword at :8:1
 source: probe begin, begin, begin
         ^
WARNING: eliding unused variable 'base_num': identifier 'base_num' at :10:2
 source: 	base_num = 10
         	^
# probes
begin /* <- begin,begin,begin */
begin /* <- begin,begin,begin */
begin /* <- begin,begin,begin */
WARNING: eliding unused function 'trace': identifier 'trace' at /home/src/testsuite/semok/fifteen.stp:3:10

 source: function trace (n) { return 0 }

                  ^

WARNING: side-effect-free probe 'probe_2082': keyword at :8:1

 source: probe begin, begin, begin

         ^

WARNING: side-effect-free probe 'probe_2083': keyword at :8:1

 source: probe begin, begin, begin

         ^

WARNING: side-effect-free probe 'probe_2084': keyword at :8:1

 source: probe begin, begin, begin

         ^

WARNING: eliding unused variable 'base_num': identifier 'base_num' at :10:2

 source: 	base_num = 10

         	^

# probes

begin /* <- begin,begin,begin */

begin /* <- begin,begin,begin */

begin /* <- begin,begin,begin */
wait results: 8316 exp12 0 0
PASS: semok/fifteen.stp
Running /home/src/testsuite/semok/five.stp
starting /home/src/testsuite/semok/five.stp
spawn1 stap -p2 /home/src/testsuite/semok/five.stp
spawn stap -p2 /home/src/testsuite/semok/five.stp
WARNING: eliding unused variable 'statvar': identifier 'statvar' at /home/src/testsuite/semok/five.stp:7:3
 source:   statvar <<< value <<< 4;
           ^
WARNING: eliding unused variable 'value': identifier 'value' at :7:15
 source:   statvar <<< value <<< 4;
                       ^
# globals
array:long [long]
# probes
begin /* <- begin */
end /* <- end */
  # locals
  idx0:long
  val:long
WARNING: eliding unused variable 'statvar': identifier 'statvar' at /home/src/testsuite/semok/five.stp:7:3

 source:   statvar <<< value <<< 4;

           ^

WARNING: eliding unused variable 'value': identifier 'value' at :7:15

 source:   statvar <<< value <<< 4;

                       ^

# globals

array:long [long]

# probes

begin /* <- begin */

end /* <- end */

  # locals

  idx0:long

  val:long
wait results: 8320 exp12 0 0
PASS: semok/five.stp
Running /home/src/testsuite/semok/four.stp
starting /home/src/testsuite/semok/four.stp
spawn1 stap -p2 /home/src/testsuite/semok/four.stp
spawn stap -p2 /home/src/testsuite/semok/four.stp
WARNING: never-assigned global variable 'kernel_jiffies' (alternatives: kernel_current_comm): identifier 'kernel_jiffies' at /home/src/testsuite/semok/four.stp:5:8
 source: global kernel_jiffies, kernel_current_comm
                ^
WARNING: never-assigned global variable 'kernel_current_comm' (alternatives: kernel_jiffies): identifier 'kernel_current_comm' at :5:24
 source: global kernel_jiffies, kernel_current_comm
                                ^
WARNING: side-effect-free probe 'probe_2082': keyword at :20:1
 source: probe begin /* syscall ("read") */
         ^
WARNING: eliding unused function 'kernel_netlink': identifier 'kernel_netlink' at :7:10
 source: function kernel_netlink(a, b) {
                  ^
WARNING: eliding unused function 'stamp': identifier 'stamp' at :12:10
 source: function stamp (syscall)
                  ^
WARNING: eliding unused variable 'kernel_jiffies': identifier 'kernel_jiffies' at :5:8
 source: global kernel_jiffies, kernel_current_comm
                ^
WARNING: eliding unused variable 'kernel_current_comm': identifier 'kernel_current_comm' at :5:24
 source: global kernel_jiffies, kernel_current_comm
                                ^
# probes
begin /* <- begin */
WARNING: never-assigned global variable 'kernel_jiffies' (alternatives: kernel_current_comm): identifier 'kernel_jiffies' at /home/src/testsuite/semok/four.stp:5:8

 source: global kernel_jiffies, kernel_current_comm

                ^

WARNING: never-assigned global variable 'kernel_current_comm' (alternatives: kernel_jiffies): identifier 'kernel_current_comm' at :5:24

 source: global kernel_jiffies, kernel_current_comm

                                ^

WARNING: side-effect-free probe 'probe_2082': keyword at :20:1

 source: probe begin /* syscall ("read") */

         ^

WARNING: eliding unused function 'kernel_netlink': identifier 'kernel_netlink' at :7:10

 source: function kernel_netlink(a, b) {

                  ^

WARNING: eliding unused function 'stamp': identifier 'stamp' at :12:10

 source: function stamp (syscall)

                  ^

WARNING: eliding unused variable 'kernel_jiffies': identifier 'kernel_jiffies' at :5:8

 source: global kernel_jiffies, kernel_current_comm

                ^

WARNING: eliding unused variable 'kernel_current_comm': identifier 'kernel_current_comm' at :5:24

 source: global kernel_jiffies, kernel_current_comm

                                ^

# probes

begin /* <- begin */
wait results: 8324 exp12 0 0
PASS: semok/four.stp
Running /home/src/testsuite/semok/fourteen.stp
starting /home/src/testsuite/semok/fourteen.stp
spawn1 stap -p2 /home/src/testsuite/semok/fourteen.stp
spawn stap -p2 /home/src/testsuite/semok/fourteen.stp
WARNING: side-effect-free probe 'probe_2091': keyword at /home/src/testsuite/semok/fourteen.stp:27:1
 source: probe quux, end
         ^
WARNING: eliding unused function 'trace': identifier 'trace' at :3:10
 source: function trace (s) { return 0 }
                  ^
WARNING: eliding unused variable 'z': identifier 'z' at :24:2
 source: 	z = x + y
         	^
WARNING: side-effect-free probe 'probe_2090': identifier 'foo' at :12:13
 source: probe bar = foo 
                     ^
WARNING: eliding unused variable 'x': identifier 'x' at :14:2
 source: 	x=1
         	^
WARNING: eliding unused variable 'y': identifier 'y' at :19:2
 source: 	y=2
         	^
# probes
begin /* <- foo = begin <- bar = foo <- baz = bar <- quux = baz <- quux,end */
end /* <- quux,end */
WARNING: side-effect-free probe 'probe_2091': keyword at /home/src/testsuite/semok/fourteen.stp:27:1

 source: probe quux, end

         ^

WARNING: eliding unused function 'trace': identifier 'trace' at :3:10

 source: function trace (s) { return 0 }

                  ^

WARNING: eliding unused variable 'z': identifier 'z' at :24:2

 source: 	z = x + y

         	^

WARNING: side-effect-free probe 'probe_2090': identifier 'foo' at :12:13

 source: probe bar = foo 

                     ^

WARNING: eliding unused variable 'x': identifier 'x' at :14:2

 source: 	x=1

         	^

WARNING: eliding unused variable 'y': identifier 'y' at :19:2

 source: 	y=2

         	^

# probes

begin /* <- foo = begin <- bar = foo <- baz = bar <- quux = baz <- quux,end */

end /* <- quux,end */
wait results: 8328 exp12 0 0
PASS: semok/fourteen.stp
Running /home/src/testsuite/semok/gurufunc.stp
starting /home/src/testsuite/semok/gurufunc.stp
spawn1 stap -gup2 /home/src/testsuite/semok/gurufunc.stp
spawn stap -gup2 /home/src/testsuite/semok/gurufunc.stp
# functions
set_kernel_char:unknown (addr:long, val:long)
set_kernel_int:unknown (addr:long, val:long)
set_kernel_long:unknown (addr:long, val:long)
set_kernel_pointer:unknown (addr:long, val:long)
set_kernel_short:unknown (addr:long, val:long)
set_kernel_string:unknown (addr:long, val:string)
set_kernel_string_n:unknown (addr:long, n:long, val:string)
# probes
begin /* <- begin */
# functions

set_kernel_char:unknown (addr:long, val:long)

set_kernel_int:unknown (addr:long, val:long)

set_kernel_long:unknown (addr:long, val:long)

set_kernel_pointer:unknown (addr:long, val:long)

set_kernel_short:unknown (addr:long, val:long)

set_kernel_string:unknown (addr:long, val:string)

set_kernel_string_n:unknown (addr:long, n:long, val:string)

# probes

begin /* <- begin */
wait results: 8332 exp12 0 0
PASS: semok/gurufunc.stp
Running /home/src/testsuite/semok/nine.stp
starting /home/src/testsuite/semok/nine.stp
spawn2 /home/src/testsuite/semok/nine.stp
spawn /home/src/testsuite/semok/nine.stp
# globals
g2:long [long]
# functions
f1:long ()
# probes
begin /* <- begin */
begin /* <- begin */
# globals

g2:long [long]

# functions

f1:long ()

# probes

begin /* <- begin */

begin /* <- begin */
wait results: 8336 exp12 0 0
PASS: semok/nine.stp
Running /home/src/testsuite/semok/nineteen.stp
starting /home/src/testsuite/semok/nineteen.stp
spawn1 stap -p2 /home/src/testsuite/semok/nineteen.stp
spawn stap -p2 /home/src/testsuite/semok/nineteen.stp
WARNING: side-effect-free probe 'probe_2091': identifier 'bar' at /home/src/testsuite/semok/nineteen.stp:3:15
 source: probe foo.a = bar.a { "alias a" }
                       ^
WARNING: side-effect-free probe 'probe_2094': identifier 'bar' at :4:15
 source: probe foo.b = bar.b { "alias b" }
                       ^
WARNING: side-effect-free probe 'probe_2096': identifier 'bar' at :9:7
 source: probe bar.* { "bar" }  # refers to multiple probes
               ^
WARNING: side-effect-free probe 'probe_2098': identifier 'bar' at :9:7
 source: probe bar.* { "bar" }  # refers to multiple probes
               ^
WARNING: side-effect-free probe 'probe_2101': identifier 'bar' at :7:13
 source: probe baz = bar.* { "wild aliases" }  # baz expands to multiple aliases
                     ^
WARNING: side-effect-free probe 'probe_2103': identifier 'bar' at :7:13
 source: probe baz = bar.* { "wild aliases" }  # baz expands to multiple aliases
                     ^
# probes
begin /* <- bar.a = begin <- foo.a = bar.a <- foo.* */
end /* <- bar.b = end <- foo.b = bar.b <- foo.* */
begin /* <- bar.a = begin <- bar.* */
end /* <- bar.b = end <- bar.* */
begin /* <- bar.a = begin <- baz = bar.* <- baz */
end /* <- bar.b = end <- baz = bar.* <- baz */
WARNING: side-effect-free probe 'probe_2091': identifier 'bar' at /home/src/testsuite/semok/nineteen.stp:3:15

 source: probe foo.a = bar.a { "alias a" }

                       ^

WARNING: side-effect-free probe 'probe_2094': identifier 'bar' at :4:15

 source: probe foo.b = bar.b { "alias b" }

                       ^

WARNING: side-effect-free probe 'probe_2096': identifier 'bar' at :9:7

 source: probe bar.* { "bar" }  # refers to multiple probes

               ^

WARNING: side-effect-free probe 'probe_2098': identifier 'bar' at :9:7

 source: probe bar.* { "bar" }  # refers to multiple probes

               ^

WARNING: side-effect-free probe 'probe_2101': identifier 'bar' at :7:13

 source: probe baz = bar.* { "wild aliases" }  # baz expands to multiple aliases

                     ^

WARNING: side-effect-free probe 'probe_2103': identifier 'bar' at :7:13

 source: probe baz = bar.* { "wild aliases" }  # baz expands to multiple aliases

                     ^

# probes

begin /* <- bar.a = begin <- foo.a = bar.a <- foo.* */

end /* <- bar.b = end <- foo.b = bar.b <- foo.* */

begin /* <- bar.a = begin <- bar.* */

end /* <- bar.b = end <- bar.* */

begin /* <- bar.a = begin <- baz = bar.* <- baz */

end /* <- bar.b = end <- baz = bar.* <- baz */
wait results: 8341 exp12 0 0
PASS: semok/nineteen.stp
Running /home/src/testsuite/semok/nodwf01.stp
starting /home/src/testsuite/semok/nodwf01.stp
spawn2 /home/src/testsuite/semok/nodwf01.stp
spawn /home/src/testsuite/semok/nodwf01.stp
# global embedded code
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCSI),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
# global embedded code

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI

	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT

	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN),
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endif
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}
%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}
%{
// Needed for function _struct_sockaddr_u. Unfortunately cann
#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN

	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),

#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}

%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}

%{
ot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}
%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}
%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}
%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr, "EMPTY", len);
}
%}
%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}
%{
#include <linux/eventpoll.h>
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/eventfd.h>
#endif
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}
%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}
%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}

%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}

%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}

static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}

%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)

		strlcat(ptr, "EMPTY", len);

}

%}

%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}

%{

#include <linux/eventpoll.h>

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/eventfd.h>

#endif

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}

%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}

%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}
%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
  };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}
%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}
%{
static void *
_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)
{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	size_t end = offset + length;
	if (end > offset && pi && end <= pi->rp->data_size)
		return &pi->data[offset];
#endif
	return NULL;
}
%}
# globals
nret:long
# functions
_dwarf_tvar_get_fildes_16:long ()
_dwarf_tvar_get_flags_10:long ()
_dwarf_tvar_get_flags_20:long ()
_dwarf_tvar_get_flags_4:long ()
_get_kretprobe_long:long (i:long)
_set_kretprobe_long:unknown (i:long, value:long)
exit:unknown ()
returnstr:string (returnp:long)
# probes
kernel.function("SyS_accept4@net/socket.c:1459").return! /* pc=_stext+0x48c898 */ /* <- syscall.accept.return = kernel.function("sys_accept4").return!, kernel.function("sys_accept").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_access@fs/open.c:356").return /* pc=_stext+0x153084 */ /* <- syscall.access.return = kernel.function("sys_access").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_acct@kernel/acct.c:274").return? /* pc=_stext+0xc8de8 */ /* <- syscall.acct.return = kernel.function("sys_acct").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_add_key@security/keys/keyctl.c:61").return? /* pc=_stext+0x263714 */ /* <- syscall.add_key.return = kernel.function("sys_add_key").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_adjtimex@kernel/time.c:206").return /* pc=_stext+0x9445c */ /* <- syscall.adjtimex.return = kernel.function("sys_adjtimex").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_alarm@kernel/timer.c:1314").return? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm.return = kernel.function("sys32_alarm").return?, kernel.function("sys_alarm").return? <- syscall.*.retur
	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}

%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}

  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}

%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}

%{

static void *

_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)

{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	size_t end = offset + length;

	if (end > offset && pi && end <= pi->rp->data_size)

		return &pi->data[offset];

#endif

	return NULL;

}

%}

# globals

nret:long

# functions

_dwarf_tvar_get_fildes_16:long ()

_dwarf_tvar_get_flags_10:long ()

_dwarf_tvar_get_flags_20:long ()

_dwarf_tvar_get_flags_4:long ()

_get_kretprobe_long:long (i:long)

_set_kretprobe_long:unknown (i:long, value:long)

exit:unknown ()

returnstr:string (returnp:long)

# probes

kernel.function("SyS_accept4@net/socket.c:1459").return! /* pc=_stext+0x48c898 */ /* <- syscall.accept.return = kernel.function("sys_accept4").return!, kernel.function("sys_accept").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_access@fs/open.c:356").return /* pc=_stext+0x153084 */ /* <- syscall.access.return = kernel.function("sys_access").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_acct@kernel/acct.c:274").return? /* pc=_stext+0xc8de8 */ /* <- syscall.acct.return = kernel.function("sys_acct").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_add_key@security/keys/keyctl.c:61").return? /* pc=_stext+0x263714 */ /* <- syscall.add_key.return = kernel.function("sys_add_key").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_adjtimex@kernel/time.c:206").return /* pc=_stext+0x9445c */ /* <- syscall.adjtimex.return = kernel.function("sys_adjtimex").return <- syscall.*.return */

  # locals

  name:string
n */
  # locals
  name:string
kernel.function("SyS_bdflush@fs/buffer.c:3278").return? /* pc=_stext+0x181098 */ /* <- syscall.bdflush.return = kernel.function("sys_bdflush").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_bind@net/socket.c:1396").return? /* pc=_stext+0x48cd50 */ /* <- syscall.bind.return = kernel.function("sys_bind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_brk@mm/mmap.c:245").return /* pc=_stext+0x129e2c */ /* <- syscall.brk.return = kernel.function("ia64_brk").return?, kernel.function("sys_brk").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_capget@kernel/capability.c:161").return /* pc=_stext+0x9aa10 */ /* <- syscall.capget.return = kernel.function("sys_capget").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_capset@kernel/capability.c:235").return /* pc=_stext+0x9a7c8 */ /* <- syscall.capset.return = kernel.function("sys_capset").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chdir@fs/open.c:361").return /* pc=_stext+0x152ff4 */ /* <- syscall.chdir.return = kernel.function("sys_chdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chmod@fs/open.c:507").return /* pc=_stext+0x152e80 */ /* <- syscall.chmod.return = kernel.function("sys_chmod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chown@fs/open.c:539").return /* pc=_stext+0x152ce4 */ /* <- syscall.chown.return = kernel.function("sys_chown").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chroot@fs/open.c:408").return /* pc=_stext+0x152eb0 */ /* <- syscall.chroot.return = kernel.function("sys_chroot").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_getres@kernel/posix-timers.c:972").return /* pc=_stext+0xa98e0 */ /* <- syscall.clock_getres.return = kernel.function("compat_clock_getres").return?, kernel.function("sys_clock_getres").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955").return /* pc=_stext+0xa99d0 */ /* <- syscall.clock_gettime.return = kernel.function("sys_clock_gettime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003").return /* pc=_stext+0xa9784 */ /* <- syscall.clock_nanosleep.return = kernel.function("sys_clock_nanosleep").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_settime@kernel/posix-timers.c:942").return /* pc=_stext+0xa9ad8 */ /* <- syscall.clock_settime.return = kernel.function("sys_clock_settime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_close@fs/open.c:969").return /* pc=_stext+0x152018 */ /* <- syscall.close.return = kernel.function("sys_close").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_adjtimex@kernel/compat.c:963").return? /* pc=_stext+0xcbe38 */ /* <- syscall.compat_adjtimex.return = kernel.function("compat_sys_adjtimex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_clock_nanosleep@kernel/compat.c:675").return? /* pc=_stext+0xcce7c */ /* <- syscall.compat_clock_nanosleep.return = kernel.function("compat_clock_nanosleep").return?, kernel.function("compat_sys_clock_nanosleep").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_do_execve@fs/compat.c:1488").return? /* pc=_stext+0x1a0af4 */ /* <- syscall.compat_execve.return = kernel.function("compat_do_execve").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_futex@kernel/futex_compat.c:176").return? /* pc=_stext+0xbff04 */ /* <- syscall.compat_futex.return = kernel.function("compat_sys_futex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_futimesat@fs/compat.c:109").return? /* pc=_stext+0x1a2e80 */ /* <- syscall.compat_futimesat.return = kernel.function("compat_
kernel.function("SyS_alarm@kernel/timer.c:1314").return? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm.return = kernel.function("sys32_alarm").return?, kernel.function("sys_alarm").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_bdflush@fs/buffer.c:3278").return? /* pc=_stext+0x181098 */ /* <- syscall.bdflush.return = kernel.function("sys_bdflush").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_bind@net/socket.c:1396").return? /* pc=_stext+0x48cd50 */ /* <- syscall.bind.return = kernel.function("sys_bind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_brk@mm/mmap.c:245").return /* pc=_stext+0x129e2c */ /* <- syscall.brk.return = kernel.function("ia64_brk").return?, kernel.function("sys_brk").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_capget@kernel/capability.c:161").return /* pc=_stext+0x9aa10 */ /* <- syscall.capget.return = kernel.function("sys_capget").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_capset@kernel/capability.c:235").return /* pc=_stext+0x9a7c8 */ /* <- syscall.capset.return = kernel.function("sys_capset").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chdir@fs/open.c:361").return /* pc=_stext+0x152ff4 */ /* <- syscall.chdir.return = kernel.function("sys_chdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chmod@fs/open.c:507").return /* pc=_stext+0x152e80 */ /* <- syscall.chmod.return = kernel.function("sys_chmod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chown@fs/open.c:539").return /* pc=_stext+0x152ce4 */ /* <- syscall.chown.return = kernel.function("sys_chown").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chroot@fs/open.c:408").return /* pc=_stext+0x152eb0 */ /* <- syscall.chroot.return = kernel.function("sys_chroot").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_getres@kernel/posix-timers.c:972").return /* pc=_stext+0xa98e0 */ /* <- syscall.clock_getres.return = kernel.function("compat_clock_getres").return?, kernel.function("sys_clock_getres").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955").return /* pc=_stext+0xa99d0 */ /* <- syscall.clock_gettime.return = kernel.function("sys_clock_gettime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003").return /* pc=_stext+0xa9784 */ /* <- syscall.clock_nanosleep.return = kernel.function("sys_clock_nanosleep").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_settime@kernel/posix-timers.c:942").return /* pc=_stext+0xa9ad8 */ /* <- syscall.clock_settime.return = kernel.function("sys_clock_settime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_close@fs/open.c:969").return /* pc=_stext+0x152018 */ /* <- syscall.close.return = kernel.function("sys_close").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_adjtimex@kernel/compat.c:963").return? /* pc=_stext+0xcbe38 */ /* <- syscall.compat_adjtimex.return = kernel.function("compat_sys_adjtimex").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_clock_nanosleep@kernel/compat.c:675").return? /* pc=_stext+0xcce7c */ /* <- syscall.compat_clock_nanosleep.return = kernel.function("compat_clock_nanosleep").return?, kernel.function("compat_sys_clock_nanosleep").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_do_execve@fs/compat.c:1488").return? /* pc=_stext+0x1a0af4 */ /* <- syscall.compat_execve.return = kernel.function("compat_do_execve").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_futex@kernel/futex_compat.c:176").return? /* pc=_stext+0xbff04 */ /* <- syscall.compat_futex.return = kernel.function("compat_sys_futex").return? <- syscall.*.return */

  # locals

  name:string
sys_futimesat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getitimer@kernel/compat.c:183").return? /* pc=_stext+0xce1b0 */ /* <- syscall.compat_getitimer.return = kernel.function("compat_sys_getitimer").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_io_setup@fs/compat.c:525").return? /* pc=_stext+0x1a1e58 */ /* <- syscall.compat_io_setup.return = kernel.function("compat_sys_io_setup").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_io_submit@fs/compat.c:663").return? /* pc=_stext+0x1a1bc8 */ /* <- syscall.compat_io_submit.return = kernel.function("compat_sys_io_submit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_nanosleep@kernel/compat.c:129").return? /* pc=_stext+0xce314 */ /* <- syscall.compat_nanosleep.return = kernel.function("compat_sys_nanosleep").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_ppoll@fs/compat.c:1913").return? /* pc=_stext+0x19fec4 */ /* <- syscall.compat_ppoll.return = kernel.function("compat_sys_ppoll").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_pselect6@fs/compat.c:1894").return? /* pc=_stext+0x1a0470 */ /* <- syscall.compat_pselect6.return = kernel.function("compat_sys_pselect6").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_select@fs/compat.c:1799").return? /* pc=_stext+0x1a06ec */ /* <- syscall.compat_select.return = kernel.function("compat_sys_select").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_setitimer@kernel/compat.c:196").return? /* pc=_stext+0xcdf0c */ /* <- syscall.compat_setitimer.return = kernel.function("compat_sys_setitimer").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_signalfd@fs/compat.c:2290").return? /* pc=_stext+0x19e2a0 */ /* <- syscall.compat_signalfd.return = kernel.function("compat_sys_signalfd").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_msgctl@ipc/compat.c:418").return? /* pc=_stext+0x2539c0 */ /* <- syscall.compat_sys_msgctl.return = kernel.function("compat_sys_msgctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_msgrcv@ipc/compat.c:324").return? /* pc=_stext+0x254398 */ /* <- syscall.compat_sys_msgrcv.return = kernel.function("compat_sys_msgrcv").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_msgsnd@ipc/compat.c:307").return? /* pc=_stext+0x2544c4 */ /* <- syscall.compat_sys_msgsnd.return = kernel.function("compat_sys_msgsnd").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_recvmsg@net/compat.c:740").return? /* pc=_stext+0x4b81a4 */ /* <- syscall.compat_sys_recvmsg.return = kernel.function("compat_sys_recvmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_semctl@ipc/compat.c:236").return? /* pc=_stext+0x25459c */ /* <- syscall.compat_sys_semctl.return = kernel.function("compat_sys_semctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_semtimedop@ipc/compat.c:670").return? /* pc=_stext+0x252a84 */ /* <- syscall.compat_sys_semtimedop.return = kernel.function("compat_sys_semtimedop").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sendmsg@net/compat.c:735").return? /* pc=_stext+0x4b81d0 */ /* <- syscall.compat_sys_sendmsg.return = kernel.function("compat_sys_sendmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_shmat@ipc/compat.c:471").return? /* pc=_stext+0x25390c */ /* <- syscall.compat_sys_shmat.return = kernel.function("compat_sys_shmat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_shmctl@ipc/compat.c:590").return? /* pc=_stext+0x252b5c */ /* <- syscall.compat_sys_shmctl.return = kernel.function("compat_sys_shmctl").return? <- sy
kernel.function("compat_sys_futimesat@fs/compat.c:109").return? /* pc=_stext+0x1a2e80 */ /* <- syscall.compat_futimesat.return = kernel.function("compat_sys_futimesat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getitimer@kernel/compat.c:183").return? /* pc=_stext+0xce1b0 */ /* <- syscall.compat_getitimer.return = kernel.function("compat_sys_getitimer").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_io_setup@fs/compat.c:525").return? /* pc=_stext+0x1a1e58 */ /* <- syscall.compat_io_setup.return = kernel.function("compat_sys_io_setup").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_io_submit@fs/compat.c:663").return? /* pc=_stext+0x1a1bc8 */ /* <- syscall.compat_io_submit.return = kernel.function("compat_sys_io_submit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_nanosleep@kernel/compat.c:129").return? /* pc=_stext+0xce314 */ /* <- syscall.compat_nanosleep.return = kernel.function("compat_sys_nanosleep").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_ppoll@fs/compat.c:1913").return? /* pc=_stext+0x19fec4 */ /* <- syscall.compat_ppoll.return = kernel.function("compat_sys_ppoll").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_pselect6@fs/compat.c:1894").return? /* pc=_stext+0x1a0470 */ /* <- syscall.compat_pselect6.return = kernel.function("compat_sys_pselect6").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_select@fs/compat.c:1799").return? /* pc=_stext+0x1a06ec */ /* <- syscall.compat_select.return = kernel.function("compat_sys_select").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_setitimer@kernel/compat.c:196").return? /* pc=_stext+0xcdf0c */ /* <- syscall.compat_setitimer.return = kernel.function("compat_sys_setitimer").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_signalfd@fs/compat.c:2290").return? /* pc=_stext+0x19e2a0 */ /* <- syscall.compat_signalfd.return = kernel.function("compat_sys_signalfd").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_msgctl@ipc/compat.c:418").return? /* pc=_stext+0x2539c0 */ /* <- syscall.compat_sys_msgctl.return = kernel.function("compat_sys_msgctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_msgrcv@ipc/compat.c:324").return? /* pc=_stext+0x254398 */ /* <- syscall.compat_sys_msgrcv.return = kernel.function("compat_sys_msgrcv").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_msgsnd@ipc/compat.c:307").return? /* pc=_stext+0x2544c4 */ /* <- syscall.compat_sys_msgsnd.return = kernel.function("compat_sys_msgsnd").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_recvmsg@net/compat.c:740").return? /* pc=_stext+0x4b81a4 */ /* <- syscall.compat_sys_recvmsg.return = kernel.function("compat_sys_recvmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_semctl@ipc/compat.c:236").return? /* pc=_stext+0x25459c */ /* <- syscall.compat_sys_semctl.return = kernel.function("compat_sys_semctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_semtimedop@ipc/compat.c:670").return? /* pc=_stext+0x252a84 */ /* <- syscall.compat_sys_semtimedop.return = kernel.function("compat_sys_semtimedop").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sendmsg@net/compat.c:735").return? /* pc=_stext+0x4b81d0 */ /* <- syscall.compat_sys_sendmsg.return = kernel.function("compat_sys_sendmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_shmat@ipc/compat.c:471").return? /* pc=_stext+0x25390c */ /* <- syscall.compat_sys_shmat.return = kernel.function("compat_sys_shmat").return? <- syscall.*.return */

  # locals

  name:string
scall.*.return */
  # locals
  name:string
kernel.function("compat_sys_utimes@fs/compat.c:128").return? /* pc=_stext+0x1a3078 */ /* <- syscall.compat_sys_utimes.return = kernel.function("compat_sys_utimes").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.compat_sysctl.return = kernel.function("compat_sys_sysctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_utime@fs/compat.c:80").return? /* pc=_stext+0x1a3164 */ /* <- syscall.compat_utime.return = kernel.function("compat_sys_utime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_utimensat@fs/compat.c:94").return? /* pc=_stext+0x1a30a0 */ /* <- syscall.compat_utimensat.return = kernel.function("compat_sys_utimensat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_vmsplice@fs/compat.c:1322").return? /* pc=_stext+0x1a0e50 */ /* <- syscall.compat_vmsplice.return = kernel.function("compat_sys_vmsplice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_connect@net/socket.c:1550").return? /* pc=_stext+0x48cc58 */ /* <- syscall.connect.return = kernel.function("sys_connect").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_creat@fs/open.c:933").return? /* pc=_stext+0x152138 */ /* <- syscall.creat.return = kernel.function("sys_creat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_delete_module@kernel/module.c:721").return? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module.return = kernel.function("sys_delete_module").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_dup@fs/fcntl.c:131").return /* pc=_stext+0x165858 */ /* <- syscall.dup.return = kernel.function("sys_dup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */
kernel.function("SyS_dup2@fs/fcntl.c:116").return /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */
kernel.function("SyS_dup3@fs/fcntl.c:53").return! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").return! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").return? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl.return = kernel.function("compat_sys_epoll_ctl").return?, kernel.function("sys_epoll_ctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").return? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").return? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("Sy
kernel.function("compat_sys_shmctl@ipc/compat.c:590").return? /* pc=_stext+0x252b5c */ /* <- syscall.compat_sys_shmctl.return = kernel.function("compat_sys_shmctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_utimes@fs/compat.c:128").return? /* pc=_stext+0x1a3078 */ /* <- syscall.compat_sys_utimes.return = kernel.function("compat_sys_utimes").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.compat_sysctl.return = kernel.function("compat_sys_sysctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_utime@fs/compat.c:80").return? /* pc=_stext+0x1a3164 */ /* <- syscall.compat_utime.return = kernel.function("compat_sys_utime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_utimensat@fs/compat.c:94").return? /* pc=_stext+0x1a30a0 */ /* <- syscall.compat_utimensat.return = kernel.function("compat_sys_utimensat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_vmsplice@fs/compat.c:1322").return? /* pc=_stext+0x1a0e50 */ /* <- syscall.compat_vmsplice.return = kernel.function("compat_sys_vmsplice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_connect@net/socket.c:1550").return? /* pc=_stext+0x48cc58 */ /* <- syscall.connect.return = kernel.function("sys_connect").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_creat@fs/open.c:933").return? /* pc=_stext+0x152138 */ /* <- syscall.creat.return = kernel.function("sys_creat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_delete_module@kernel/module.c:721").return? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module.return = kernel.function("sys_delete_module").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_dup@fs/fcntl.c:131").return /* pc=_stext+0x165858 */ /* <- syscall.dup.return = kernel.function("sys_dup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */

kernel.function("SyS_dup2@fs/fcntl.c:116").return /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */

kernel.function("SyS_dup3@fs/fcntl.c:53").return! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").return! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").return? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl.return = kernel.function("compat_sys_epoll_ctl").return?, kernel.function("sys_epoll_ctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").return? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").return? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */

  # locals

  name:string
S_epoll_wait@fs/eventpoll.c:1321").return? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait.return = kernel.function("compat_sys_epoll_wait").return?, kernel.function("sys_epoll_wait").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */
kernel.function("SyS_eventfd2@fs/eventfd.c:409").return! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("do_execve@fs/exec.c:1323").return /* pc=_stext+0x15c270 */ /* <- syscall.execve.return = kernel.function("do_execve").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_faccessat@fs/open.c:286").return? /* pc=_stext+0x1530b4 */ /* <- syscall.faccessat.return = kernel.function("sys_faccessat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fadvise64@mm/fadvise.c:153").return? /* pc=_stext+0x109898 */ /* <- syscall.fadvise64.return = kernel.function("sys_fadvise64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fadvise64_64@mm/fadvise.c:139").return? /* pc=_stext+0x1098c4 */ /* <- syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchdir@fs/open.c:382").return /* pc=_stext+0x152f5c */ /* <- syscall.fchdir.return = kernel.function("sys_fchdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchmod@fs/open.c:436").return /* pc=_stext+0x152a48 */ /* <- syscall.fchmod.return = kernel.function("sys_fchmod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchmodat@fs/open.c:474").return? /* pc=_stext+0x152d90 */ /* <- syscall.fchmodat.return = kernel.function("sys_fchmodat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchown@fs/open.c:602").return /* pc=_stext+0x152980 */ /* <- syscall.fchown.return = kernel.function("sys_fchown").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchownat@fs/open.c:559").return? /* pc=_stext+0x152c20 */ /* <- syscall.fchownat.return = kernel.function("sys_fchownat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fcntl@fs/compat.c:517").return? /* pc=_stext+0x1a24ec */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fcntl64@fs/compat.c:448").return? /* pc=_stext+0x1a1f78 */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fcntl@fs/fcntl.c:429").return? /* pc=_stext+0x1652bc */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fdatasync@fs/sync.c:226").return /* pc=_stext+0x17f4e8 */ /* <- syscall.fdatasync.return = kernel.function("sys_fdatasync").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fgetxattr@fs/xattr.c:405").return /* pc=_stext+0x177478 */ /* <- syscall.fgetxattr.return = kernel.function("sys_fgetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_flistxattr@fs/xattr.c:477").return /* pc=_stext+0x176f60 */ /* <- syscall.flistxattr.return = kernel.function("sys_flistxattr").return <- syscal
kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").return? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait.return = kernel.function("compat_sys_epoll_wait").return?, kernel.function("sys_epoll_wait").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */

kernel.function("SyS_eventfd2@fs/eventfd.c:409").return! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("do_execve@fs/exec.c:1323").return /* pc=_stext+0x15c270 */ /* <- syscall.execve.return = kernel.function("do_execve").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_faccessat@fs/open.c:286").return? /* pc=_stext+0x1530b4 */ /* <- syscall.faccessat.return = kernel.function("sys_faccessat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fadvise64@mm/fadvise.c:153").return? /* pc=_stext+0x109898 */ /* <- syscall.fadvise64.return = kernel.function("sys_fadvise64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fadvise64_64@mm/fadvise.c:139").return? /* pc=_stext+0x1098c4 */ /* <- syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchdir@fs/open.c:382").return /* pc=_stext+0x152f5c */ /* <- syscall.fchdir.return = kernel.function("sys_fchdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchmod@fs/open.c:436").return /* pc=_stext+0x152a48 */ /* <- syscall.fchmod.return = kernel.function("sys_fchmod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchmodat@fs/open.c:474").return? /* pc=_stext+0x152d90 */ /* <- syscall.fchmodat.return = kernel.function("sys_fchmodat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchown@fs/open.c:602").return /* pc=_stext+0x152980 */ /* <- syscall.fchown.return = kernel.function("sys_fchown").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchownat@fs/open.c:559").return? /* pc=_stext+0x152c20 */ /* <- syscall.fchownat.return = kernel.function("sys_fchownat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fcntl@fs/compat.c:517").return? /* pc=_stext+0x1a24ec */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fcntl64@fs/compat.c:448").return? /* pc=_stext+0x1a1f78 */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fcntl@fs/fcntl.c:429").return? /* pc=_stext+0x1652bc */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fdatasync@fs/sync.c:226").return /* pc=_stext+0x17f4e8 */ /* <- syscall.fdatasync.return = kernel.function("sys_fdatasync").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fgetxattr@fs/xattr.c:405").return /* pc=_stext+0x177478 */ /* <- syscall.fgetxattr.return = kernel.function("sys_fgetxattr").return <- syscall.*.return */

  # locals

  name:string
l.*.return */
  # locals
  name:string
kernel.function("SyS_flock@fs/locks.c:1569").return /* pc=_stext+0x19d138 */ /* <- syscall.flock.return = kernel.function("sys_flock").return <- syscall.*.return */
  # locals
  name:string
kernel.function("do_fork@kernel/fork.c:1374").return /* pc=_stext+0x8d068 */ /* <- syscall.fork.return = kernel.function("do_fork").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fremovexattr@fs/xattr.c:545").return /* pc=_stext+0x176bd0 */ /* <- syscall.fremovexattr.return = kernel.function("sys_fremovexattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fsetxattr@fs/xattr.c:318").return /* pc=_stext+0x177ad0 */ /* <- syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstat64@fs/stat.c:380").return? /* pc=_stext+0x159634 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newfstat@fs/stat.c:273").return? /* pc=_stext+0x15968c */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_newfstat@fs/compat.c:211").return? /* pc=_stext+0x1a2d84 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstatat64@fs/stat.c:392").return? /* pc=_stext+0x1593a4 */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newfstatat@fs/stat.c:261").return? /* pc=_stext+0x1593fc */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fstatfs@fs/compat.c:278").return? /* pc=_stext+0x1a25a4 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstatfs@fs/statfs.c:136").return /* pc=_stext+0x180984 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fstatfs64@fs/compat.c:346").return? /* pc=_stext+0x1a2504 */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstatfs64@fs/statfs.c:154").return? /* pc=_stext+0x1807ec */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fsync@fs/sync.c:221").return /* pc=_stext+0x17f510 */ /* <- syscall.fsync.return = kernel.function("sys_fsync").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ftruncate@fs/open.c:178").return /* pc=_stext+0x153514 */ /* <- syscall.ftruncate.return = kernel
kernel.function("SyS_flistxattr@fs/xattr.c:477").return /* pc=_stext+0x176f60 */ /* <- syscall.flistxattr.return = kernel.function("sys_flistxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_flock@fs/locks.c:1569").return /* pc=_stext+0x19d138 */ /* <- syscall.flock.return = kernel.function("sys_flock").return <- syscall.*.return */

  # locals

  name:string

kernel.function("do_fork@kernel/fork.c:1374").return /* pc=_stext+0x8d068 */ /* <- syscall.fork.return = kernel.function("do_fork").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fremovexattr@fs/xattr.c:545").return /* pc=_stext+0x176bd0 */ /* <- syscall.fremovexattr.return = kernel.function("sys_fremovexattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fsetxattr@fs/xattr.c:318").return /* pc=_stext+0x177ad0 */ /* <- syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstat64@fs/stat.c:380").return? /* pc=_stext+0x159634 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newfstat@fs/stat.c:273").return? /* pc=_stext+0x15968c */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_newfstat@fs/compat.c:211").return? /* pc=_stext+0x1a2d84 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstatat64@fs/stat.c:392").return? /* pc=_stext+0x1593a4 */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newfstatat@fs/stat.c:261").return? /* pc=_stext+0x1593fc */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fstatfs@fs/compat.c:278").return? /* pc=_stext+0x1a25a4 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstatfs@fs/statfs.c:136").return /* pc=_stext+0x180984 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fstatfs64@fs/compat.c:346").return? /* pc=_stext+0x1a2504 */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstatfs64@fs/statfs.c:154").return? /* pc=_stext+0x1807ec */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fsync@fs/sync.c:221").return /* pc=_stext+0x17f510 */ /* <- syscall.fsync.return = kernel.function("sys_fsync").return <- syscall.*.return */

  # locals

  name:string
.function("sys_ftruncate").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_futex@kernel/futex.c:2616").return? /* pc=_stext+0xbfba8 */ /* <- syscall.futex.return = kernel.function("sys_futex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_futimesat@fs/utimes.c:192").return? /* pc=_stext+0x17fc48 */ /* <- syscall.futimesat.return = kernel.function("sys_futimesat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_get_mempolicy@mm/mempolicy.c:1379").return? /* pc=_stext+0x13f528 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350").return? /* pc=_stext+0x13f9f8 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getcwd@fs/dcache.c:2102").return /* pc=_stext+0x16a9e0 */ /* <- syscall.getcwd.return = kernel.function("sys_getcwd").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getdents@fs/readdir.c:192").return? /* pc=_stext+0x16718c */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getdents64@fs/readdir.c:274").return? /* pc=_stext+0x167068 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getdents@fs/compat.c:1022").return? /* pc=_stext+0x1a1784 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getdents64@fs/compat.c:1110").return? /* pc=_stext+0x1a1660 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getegid@kernel/timer.c:1378").return /* pc=_stext+0x9c72c */ /* <- syscall.getegid.return = kernel.function("sys_getegid16").return?, kernel.function("sys32_getegid16").return?, kernel.function("sys_getegid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_geteuid@kernel/timer.c:1366").return /* pc=_stext+0x9c70c */ /* <- syscall.geteuid.return = kernel.function("sys_geteuid16").return?, kernel.function("sys32_geteuid16").return?, kernel.function("sys_geteuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getgid@kernel/timer.c:1372").return /* pc=_stext+0x9c71c */ /* <- syscall.getgid.return = kernel.function("sys_getgid16").return?, kernel.function("sys32_getgid16").return?, kernel.function("sys_getgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getgroups@kernel/groups.c:203").return? /* pc=_stext+0xb3d20 */ /* <- syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_gethostname@kernel/sys.c:1189").return? /* pc=_stext+0xa3560 */ /* <- syscall.gethostname.return = kernel.function("sys_gethostname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getitimer@kernel/itimer.c:103").return /* pc=_stext+0
kernel.function("SyS_ftruncate@fs/open.c:178").return /* pc=_stext+0x153514 */ /* <- syscall.ftruncate.return = kernel.function("sys_ftruncate").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_futex@kernel/futex.c:2616").return? /* pc=_stext+0xbfba8 */ /* <- syscall.futex.return = kernel.function("sys_futex").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_futimesat@fs/utimes.c:192").return? /* pc=_stext+0x17fc48 */ /* <- syscall.futimesat.return = kernel.function("sys_futimesat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_get_mempolicy@mm/mempolicy.c:1379").return? /* pc=_stext+0x13f528 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350").return? /* pc=_stext+0x13f9f8 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getcwd@fs/dcache.c:2102").return /* pc=_stext+0x16a9e0 */ /* <- syscall.getcwd.return = kernel.function("sys_getcwd").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getdents@fs/readdir.c:192").return? /* pc=_stext+0x16718c */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getdents64@fs/readdir.c:274").return? /* pc=_stext+0x167068 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getdents@fs/compat.c:1022").return? /* pc=_stext+0x1a1784 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getdents64@fs/compat.c:1110").return? /* pc=_stext+0x1a1660 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getegid@kernel/timer.c:1378").return /* pc=_stext+0x9c72c */ /* <- syscall.getegid.return = kernel.function("sys_getegid16").return?, kernel.function("sys32_getegid16").return?, kernel.function("sys_getegid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_geteuid@kernel/timer.c:1366").return /* pc=_stext+0x9c70c */ /* <- syscall.geteuid.return = kernel.function("sys_geteuid16").return?, kernel.function("sys32_geteuid16").return?, kernel.function("sys_geteuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getgid@kernel/timer.c:1372").return /* pc=_stext+0x9c71c */ /* <- syscall.getgid.return = kernel.function("sys_getgid16").return?, kernel.function("sys32_getgid16").return?, kernel.function("sys_getgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getgroups@kernel/groups.c:203").return? /* pc=_stext+0xb3d20 */ /* <- syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_gethostname@kernel/sys.c:1189").return? /* pc=_stext+0xa3560 */ /* <- syscall.gethostname.return = kernel.function("sys_gethostname").return? <- syscall.*.return */

  # locals

  name:string
x93f64 */ /* <- syscall.getitimer.return = kernel.function("sys_getitimer").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getpeername@net/socket.c:1613").return? /* pc=_stext+0x48c6c8 */ /* <- syscall.getpeername.return = kernel.function("sys_getpeername").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getpgid@kernel/sys.c:990").return /* pc=_stext+0xa3d18 */ /* <- syscall.getpgid.return = kernel.function("sys_getpgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getpgrp@kernel/sys.c:1021").return? /* pc=_stext+0xa3cf0 */ /* <- syscall.getpgrp.return = kernel.function("sys_getpgrp").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getpid@kernel/timer.c:1338").return /* pc=_stext+0x9cfb0 */ /* <- syscall.getpid.return = kernel.function("sys_getpid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getppid@kernel/timer.c:1349").return /* pc=_stext+0x9cf7c */ /* <- syscall.getppid.return = kernel.function("sys_getppid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getpriority@kernel/sys.c:216").return /* pc=_stext+0xa5088 */ /* <- syscall.getpriority.return = kernel.function("sys_getpriority").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getresgid@kernel/sys.c:800").return /* pc=_stext+0xa25b4 */ /* <- syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getresuid@kernel/sys.c:746").return /* pc=_stext+0xa2700 */ /* <- syscall.getresuid.return = kernel.function("sys_getresuid16").return?, kernel.function("sys_getresuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getrlimit@kernel/sys.c:1237").return? /* pc=_stext+0xa32cc */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_old_getrlimit@kernel/sys.c:1257").return? /* pc=_stext+0xa31e4 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getrlimit@kernel/compat.c:334").return? /* pc=_stext+0xcd828 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getrusage@kernel/sys.c:1452").return /* pc=_stext+0xa3030 */ /* <- syscall.getrusage.return = kernel.function("sys_getrusage").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getsid@kernel/sys.c:1027").return /* pc=_stext+0xa3c70 */ /* <- syscall.getsid.return = kernel.function("sys_getsid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getsockname@net/socket.c:1582").return? /* pc=_stext+0x48c7b0 */ /* <- syscall.getsockname.return = kernel.function("sys_getsockname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getsockopt@net/compat.c:503").return? /* pc=_stext+0x4b8efc */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getsockopt@net/socket.c:1790").return? /* pc=_stext+0x48a9b8 */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_gettid@kernel/timer.c:1494").return /* pc=_stext+0x9ccd8 */ /* <- syscall.gettid.return = kernel.function("sys_gettid").return <- syscall.*.retu
kernel.function("SyS_getitimer@kernel/itimer.c:103").return /* pc=_stext+0x93f64 */ /* <- syscall.getitimer.return = kernel.function("sys_getitimer").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getpeername@net/socket.c:1613").return? /* pc=_stext+0x48c6c8 */ /* <- syscall.getpeername.return = kernel.function("sys_getpeername").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getpgid@kernel/sys.c:990").return /* pc=_stext+0xa3d18 */ /* <- syscall.getpgid.return = kernel.function("sys_getpgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getpgrp@kernel/sys.c:1021").return? /* pc=_stext+0xa3cf0 */ /* <- syscall.getpgrp.return = kernel.function("sys_getpgrp").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getpid@kernel/timer.c:1338").return /* pc=_stext+0x9cfb0 */ /* <- syscall.getpid.return = kernel.function("sys_getpid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getppid@kernel/timer.c:1349").return /* pc=_stext+0x9cf7c */ /* <- syscall.getppid.return = kernel.function("sys_getppid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getpriority@kernel/sys.c:216").return /* pc=_stext+0xa5088 */ /* <- syscall.getpriority.return = kernel.function("sys_getpriority").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getresgid@kernel/sys.c:800").return /* pc=_stext+0xa25b4 */ /* <- syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getresuid@kernel/sys.c:746").return /* pc=_stext+0xa2700 */ /* <- syscall.getresuid.return = kernel.function("sys_getresuid16").return?, kernel.function("sys_getresuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getrlimit@kernel/sys.c:1237").return? /* pc=_stext+0xa32cc */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_old_getrlimit@kernel/sys.c:1257").return? /* pc=_stext+0xa31e4 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getrlimit@kernel/compat.c:334").return? /* pc=_stext+0xcd828 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getrusage@kernel/sys.c:1452").return /* pc=_stext+0xa3030 */ /* <- syscall.getrusage.return = kernel.function("sys_getrusage").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getsid@kernel/sys.c:1027").return /* pc=_stext+0xa3c70 */ /* <- syscall.getsid.return = kernel.function("sys_getsid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getsockname@net/socket.c:1582").return? /* pc=_stext+0x48c7b0 */ /* <- syscall.getsockname.return = kernel.function("sys_getsockname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getsockopt@net/compat.c:503").return? /* pc=_stext+0x4b8efc */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getsockopt@net/socket.c:1790").return? /* pc=_stext+0x48a9b8 */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */

  # locals

  name:string
rn */
  # locals
  name:string
kernel.function("compat_sys_gettimeofday@kernel/compat.c:57").return? /* pc=_stext+0xcca90 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_gettimeofday@kernel/time.c:102").return /* pc=_stext+0x946c4 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getuid@kernel/timer.c:1360").return /* pc=_stext+0x9c6fc */ /* <- syscall.getuid.return = kernel.function("sys_getuid16").return?, kernel.function("sys32_getuid16").return?, kernel.function("sys_getuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getxattr@fs/xattr.c:377").return /* pc=_stext+0x1775d4 */ /* <- syscall.getxattr.return = kernel.function("sys_getxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_init_module@kernel/module.c:2603").return? /* pc=_stext+0xc691c */ /* <- syscall.init_module.return = kernel.function("sys_init_module").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").return? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch.return = kernel.function("sys_inotify_add_watch").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").return! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").return? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch.return = kernel.function("sys_inotify_rm_watch").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_cancel@fs/aio.c:1747").return /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel.return = kernel.function("sys_io_cancel").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_destroy@fs/aio.c:1283").return /* pc=_stext+0x199160 */ /* <- syscall.io_destroy.return = kernel.function("sys_io_destroy").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_io_getevents@fs/compat.c:549").return? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_getevents@fs/aio.c:1812").return? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_setup@fs/aio.c:1245").return /* pc=_stext+0x199310 */ /* <- syscall.io_setup.return = kernel.function("sys_io_setup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_submit@fs/aio.c:1712").return /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit.return = kernel.function("sys_io_submit").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").return? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ioctl@fs/ioctl.c:613").return? /* pc=_ste
kernel.function("sys_gettid@kernel/timer.c:1494").return /* pc=_stext+0x9ccd8 */ /* <- syscall.gettid.return = kernel.function("sys_gettid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_gettimeofday@kernel/compat.c:57").return? /* pc=_stext+0xcca90 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_gettimeofday@kernel/time.c:102").return /* pc=_stext+0x946c4 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getuid@kernel/timer.c:1360").return /* pc=_stext+0x9c6fc */ /* <- syscall.getuid.return = kernel.function("sys_getuid16").return?, kernel.function("sys32_getuid16").return?, kernel.function("sys_getuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getxattr@fs/xattr.c:377").return /* pc=_stext+0x1775d4 */ /* <- syscall.getxattr.return = kernel.function("sys_getxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_init_module@kernel/module.c:2603").return? /* pc=_stext+0xc691c */ /* <- syscall.init_module.return = kernel.function("sys_init_module").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").return? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch.return = kernel.function("sys_inotify_add_watch").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").return! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").return? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch.return = kernel.function("sys_inotify_rm_watch").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_cancel@fs/aio.c:1747").return /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel.return = kernel.function("sys_io_cancel").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_destroy@fs/aio.c:1283").return /* pc=_stext+0x199160 */ /* <- syscall.io_destroy.return = kernel.function("sys_io_destroy").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_io_getevents@fs/compat.c:549").return? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_getevents@fs/aio.c:1812").return? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_setup@fs/aio.c:1245").return /* pc=_stext+0x199310 */ /* <- syscall.io_setup.return = kernel.function("sys_io_setup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_submit@fs/aio.c:1712").return /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit.return = kernel.function("sys_io_submit").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").return? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */

  # locals

  name:string
xt+0x1663fc */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ioprio_get@fs/ioprio.c:192").return? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ioprio_set@fs/ioprio.c:76").return? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set.return = kernel.function("sys_ioprio_set").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").return? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_kexec_load@kernel/kexec.c:940").return? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_keyctl@security/keys/compat.c:27").return? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").return? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_kill@kernel/signal.c:2314").return /* pc=_stext+0xa0c20 */ /* <- syscall.kill.return = kernel.function("sys_kill").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lchown@fs/open.c:583").return /* pc=_stext+0x152b74 */ /* <- syscall.lchown.return = kernel.function("sys_lchown").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lgetxattr@fs/xattr.c:391").return /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_link@fs/namei.c:2520").return /* pc=_stext+0x15fcbc */ /* <- syscall.link.return = kernel.function("sys_link").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_linkat@fs/namei.c:2471").return? /* pc=_stext+0x164028 */ /* <- syscall.linkat.return = kernel.function("sys_linkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_listen@net/socket.c:1425").return? /* pc=_stext+0x48ae90 */ /* <- syscall.listen.return = kernel.function("sys_listen").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_listxattr@fs/xattr.c:450").return /* pc=_stext+0x17709c */ /* <- syscall.listxattr.return = kernel.function("sys_listxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_llistxattr@fs/xattr.c:464").return /* pc=_stext+0x177010 */ /* <- syscall.llistxattr.return = kernel.function("sys_llistxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_llseek@fs/read_write.c:193").return? /* pc=_stext+0x15515c */ /* <- syscall.llseek.return = kernel.function("sys_llseek").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").return? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie.return = kernel.function("sys_lookup_dcookie").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lremovexattr@fs/xattr.c:528").return /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr.return = kernel.function("sys_lremovexattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lseek@fs/read_write.c:167").return /* pc=_stext+0x153a5c */ /* <- syscall.lseek.return = kernel.function("sys_lseek").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ls
kernel.function("SyS_ioctl@fs/ioctl.c:613").return? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ioprio_get@fs/ioprio.c:192").return? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ioprio_set@fs/ioprio.c:76").return? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set.return = kernel.function("sys_ioprio_set").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").return? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_kexec_load@kernel/kexec.c:940").return? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_keyctl@security/keys/compat.c:27").return? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").return? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_kill@kernel/signal.c:2314").return /* pc=_stext+0xa0c20 */ /* <- syscall.kill.return = kernel.function("sys_kill").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lchown@fs/open.c:583").return /* pc=_stext+0x152b74 */ /* <- syscall.lchown.return = kernel.function("sys_lchown").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lgetxattr@fs/xattr.c:391").return /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_link@fs/namei.c:2520").return /* pc=_stext+0x15fcbc */ /* <- syscall.link.return = kernel.function("sys_link").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_linkat@fs/namei.c:2471").return? /* pc=_stext+0x164028 */ /* <- syscall.linkat.return = kernel.function("sys_linkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_listen@net/socket.c:1425").return? /* pc=_stext+0x48ae90 */ /* <- syscall.listen.return = kernel.function("sys_listen").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_listxattr@fs/xattr.c:450").return /* pc=_stext+0x17709c */ /* <- syscall.listxattr.return = kernel.function("sys_listxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_llistxattr@fs/xattr.c:464").return /* pc=_stext+0x177010 */ /* <- syscall.llistxattr.return = kernel.function("sys_llistxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_llseek@fs/read_write.c:193").return? /* pc=_stext+0x15515c */ /* <- syscall.llseek.return = kernel.function("sys_llseek").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").return? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie.return = kernel.function("sys_lookup_dcookie").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lremovexattr@fs/xattr.c:528").return /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr.return = kernel.function("sys_lremovexattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lseek@fs/read_write.c:167").return /* pc=_stext+0x153a5c */ /* <- syscall.lseek.return = kernel.function("sys_lseek").return <- syscall.*.return */

  # locals

  name:string
etxattr@fs/xattr.c:300").return /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr.return = kernel.function("sys_lsetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newlstat@fs/stat.c:247").return? /* pc=_stext+0x1594bc */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_newlstat@fs/compat.c:185").return? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lstat64@fs/stat.c:369").return? /* pc=_stext+0x159468 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_madvise@mm/madvise.c:335").return? /* pc=_stext+0x1201ec */ /* <- syscall.madvise.return = kernel.function("sys_madvise").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mbind@mm/mempolicy.c:1429").return? /* pc=_stext+0x13f124 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mbind@mm/mempolicy.c:1234").return? /* pc=_stext+0x13ff60 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275").return? /* pc=_stext+0x140704 */ /* <- syscall.migrate_pages.return = kernel.function("sys_migrate_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mincore@mm/mincore.c:257").return? /* pc=_stext+0x125e9c */ /* <- syscall.mincore.return = kernel.function("sys_mincore").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mkdir@fs/namei.c:2130").return /* pc=_stext+0x15fe08 */ /* <- syscall.mkdir.return = kernel.function("sys_mkdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mkdirat@fs/namei.c:2093").return? /* pc=_stext+0x163b3c */ /* <- syscall.mkdirat.return = kernel.function("sys_mkdirat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mknod@fs/namei.c:2067").return /* pc=_stext+0x15fe38 */ /* <- syscall.mknod.return = kernel.function("sys_mknod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mknodat@fs/namei.c:2013").return? /* pc=_stext+0x163c50 */ /* <- syscall.mknodat.return = kernel.function("sys_mknodat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mlock@mm/mlock.c:472").return? /* pc=_stext+0x12709c */ /* <- syscall.mlock.return = kernel.function("sys_mlock").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mlockall@mm/mlock.c:537").return? /* pc=_stext+0x126dec */ /* <- syscall.mlockall.return = kernel.function("sys_mlockall").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75").return? /* pc=_stext+0xc160 */ /* <- syscall.mmap.return = kernel.function("sys_mmap").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68").return? /* pc=_stext+0xc1d4 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").ret
kernel.function("SyS_lsetxattr@fs/xattr.c:300").return /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr.return = kernel.function("sys_lsetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newlstat@fs/stat.c:247").return? /* pc=_stext+0x1594bc */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_newlstat@fs/compat.c:185").return? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lstat64@fs/stat.c:369").return? /* pc=_stext+0x159468 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_madvise@mm/madvise.c:335").return? /* pc=_stext+0x1201ec */ /* <- syscall.madvise.return = kernel.function("sys_madvise").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mbind@mm/mempolicy.c:1429").return? /* pc=_stext+0x13f124 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mbind@mm/mempolicy.c:1234").return? /* pc=_stext+0x13ff60 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275").return? /* pc=_stext+0x140704 */ /* <- syscall.migrate_pages.return = kernel.function("sys_migrate_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mincore@mm/mincore.c:257").return? /* pc=_stext+0x125e9c */ /* <- syscall.mincore.return = kernel.function("sys_mincore").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mkdir@fs/namei.c:2130").return /* pc=_stext+0x15fe08 */ /* <- syscall.mkdir.return = kernel.function("sys_mkdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mkdirat@fs/namei.c:2093").return? /* pc=_stext+0x163b3c */ /* <- syscall.mkdirat.return = kernel.function("sys_mkdirat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mknod@fs/namei.c:2067").return /* pc=_stext+0x15fe38 */ /* <- syscall.mknod.return = kernel.function("sys_mknod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mknodat@fs/namei.c:2013").return? /* pc=_stext+0x163c50 */ /* <- syscall.mknodat.return = kernel.function("sys_mknodat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mlock@mm/mlock.c:472").return? /* pc=_stext+0x12709c */ /* <- syscall.mlock.return = kernel.function("sys_mlock").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mlockall@mm/mlock.c:537").return? /* pc=_stext+0x126dec */ /* <- syscall.mlockall.return = kernel.function("sys_mlockall").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75").return? /* pc=_stext+0xc160 */ /* <- syscall.mmap.return = kernel.function("sys_mmap").return? <- syscall.*.return */

  # locals

  name:string
urn?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mmap2@arch/powerpc/kernel/sys_ppc32.c:527").return? /* pc=_stext+0x18e74 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mount@fs/compat.c:842").return? /* pc=_stext+0x1a1958 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mount@fs/namespace.c:2119").return /* pc=_stext+0x174db0 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_move_pages@kernel/compat.c:1027").return? /* pc=_stext+0xcbb38 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_move_pages@mm/migrate.c:1078").return? /* pc=_stext+0x147974 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mprotect@mm/mprotect.c:222").return? /* pc=_stext+0x12b0ec */ /* <- syscall.mprotect.return = kernel.function("sys_mprotect").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_getsetattr@ipc/compat_mq.c:125").return? /* pc=_stext+0x25d970 */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156").return? /* pc=_stext+0x25c27c */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_notify@ipc/compat_mq.c:107").return? /* pc=_stext+0x25dd1c */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_notify@ipc/mqueue.c:1024").return? /* pc=_stext+0x25c494 */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_open@ipc/compat_mq.c:52").return? /* pc=_stext+0x25df80 */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_open@ipc/mqueue.c:674").return? /* pc=_stext+0x25d52c */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_timedreceive@ipc/compat_mq.c:96").return? /* pc=_stext+0x25de80 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936").return? /* pc=_stext+0x25c9e0 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_timedsend@ipc/compat_mq.c:82").return? /* pc=_stext+0x25df00 */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842").return? /*
kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68").return? /* pc=_stext+0xc1d4 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mmap2@arch/powerpc/kernel/sys_ppc32.c:527").return? /* pc=_stext+0x18e74 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mount@fs/compat.c:842").return? /* pc=_stext+0x1a1958 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mount@fs/namespace.c:2119").return /* pc=_stext+0x174db0 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_move_pages@kernel/compat.c:1027").return? /* pc=_stext+0xcbb38 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_move_pages@mm/migrate.c:1078").return? /* pc=_stext+0x147974 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mprotect@mm/mprotect.c:222").return? /* pc=_stext+0x12b0ec */ /* <- syscall.mprotect.return = kernel.function("sys_mprotect").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_getsetattr@ipc/compat_mq.c:125").return? /* pc=_stext+0x25d970 */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156").return? /* pc=_stext+0x25c27c */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_notify@ipc/compat_mq.c:107").return? /* pc=_stext+0x25dd1c */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_notify@ipc/mqueue.c:1024").return? /* pc=_stext+0x25c494 */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_open@ipc/compat_mq.c:52").return? /* pc=_stext+0x25df80 */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_open@ipc/mqueue.c:674").return? /* pc=_stext+0x25d52c */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_timedreceive@ipc/compat_mq.c:96").return? /* pc=_stext+0x25de80 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936").return? /* pc=_stext+0x25c9e0 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_timedsend@ipc/compat_mq.c:82").return? /* pc=_stext+0x25df00 */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */

  # locals

  name:string
 pc=_stext+0x25ce1c */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_unlink@ipc/mqueue.c:746").return? /* pc=_stext+0x25d2e8 */ /* <- syscall.mq_unlink.return = kernel.function("sys_mq_unlink").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mremap@mm/mremap.c:512").return? /* pc=_stext+0x12bfa0 */ /* <- syscall.mremap.return = kernel.function("ia64_mremap").return?, kernel.function("sys_mremap").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgctl@ipc/msg.c:469").return? /* pc=_stext+0x256a98 */ /* <- syscall.msgctl.return = kernel.function("sys_msgctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgget@ipc/msg.c:312").return? /* pc=_stext+0x257038 */ /* <- syscall.msgget.return = kernel.function("sys_msgget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgrcv@ipc/msg.c:908").return? /* pc=_stext+0x25639c */ /* <- syscall.msgrcv.return = kernel.function("sys_msgrcv").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgsnd@ipc/msg.c:727").return? /* pc=_stext+0x256878 */ /* <- syscall.msgsnd.return = kernel.function("sys_msgsnd").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msync@mm/msync.c:31").return? /* pc=_stext+0x12c040 */ /* <- syscall.msync.return = kernel.function("sys_msync").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_munlock@mm/mlock.c:500").return? /* pc=_stext+0x127018 */ /* <- syscall.munlock.return = kernel.function("sys_munlock").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_munlockall@mm/mlock.c:566").return? /* pc=_stext+0x126d90 */ /* <- syscall.munlockall.return = kernel.function("sys_munlockall").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_munmap@mm/mmap.c:2096").return /* pc=_stext+0x1293d4 */ /* <- syscall.munmap.return = kernel.function("sys_munmap").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").return /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep.return = kernel.function("sys_nanosleep").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").return? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").return? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").return /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall.return = kernel.function("sys_ni_syscall").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_nice@kernel/sched.c:4275").return? /* pc=_stext+0x8a668 */ /* <- syscall.nice.return = kernel.function("sys_nice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_open@fs/compat.c:1345").return? /* pc=_stext+0x1a0e18 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_open@fs/open.c:900").return? /* pc=_stext+0x152380 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_openat@fs/compat.c:1355").return? /* pc=_stext+0x1a0df0 */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, k
kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842").return? /* pc=_stext+0x25ce1c */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_unlink@ipc/mqueue.c:746").return? /* pc=_stext+0x25d2e8 */ /* <- syscall.mq_unlink.return = kernel.function("sys_mq_unlink").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mremap@mm/mremap.c:512").return? /* pc=_stext+0x12bfa0 */ /* <- syscall.mremap.return = kernel.function("ia64_mremap").return?, kernel.function("sys_mremap").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgctl@ipc/msg.c:469").return? /* pc=_stext+0x256a98 */ /* <- syscall.msgctl.return = kernel.function("sys_msgctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgget@ipc/msg.c:312").return? /* pc=_stext+0x257038 */ /* <- syscall.msgget.return = kernel.function("sys_msgget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgrcv@ipc/msg.c:908").return? /* pc=_stext+0x25639c */ /* <- syscall.msgrcv.return = kernel.function("sys_msgrcv").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgsnd@ipc/msg.c:727").return? /* pc=_stext+0x256878 */ /* <- syscall.msgsnd.return = kernel.function("sys_msgsnd").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msync@mm/msync.c:31").return? /* pc=_stext+0x12c040 */ /* <- syscall.msync.return = kernel.function("sys_msync").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_munlock@mm/mlock.c:500").return? /* pc=_stext+0x127018 */ /* <- syscall.munlock.return = kernel.function("sys_munlock").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_munlockall@mm/mlock.c:566").return? /* pc=_stext+0x126d90 */ /* <- syscall.munlockall.return = kernel.function("sys_munlockall").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_munmap@mm/mmap.c:2096").return /* pc=_stext+0x1293d4 */ /* <- syscall.munmap.return = kernel.function("sys_munmap").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").return /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep.return = kernel.function("sys_nanosleep").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").return? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").return? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").return /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall.return = kernel.function("sys_ni_syscall").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_nice@kernel/sched.c:4275").return? /* pc=_stext+0x8a668 */ /* <- syscall.nice.return = kernel.function("sys_nice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_open@fs/compat.c:1345").return? /* pc=_stext+0x1a0e18 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_open@fs/open.c:900").return? /* pc=_stext+0x152380 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */

  # locals

  name:string
ernel.function("sys_openat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_openat@fs/open.c:914").return? /* pc=_stext+0x15236c */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_pause@kernel/signal.c:2698").return? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause.return = kernel.function("sys_pause").return?, kernel.function("sys32_pause").return?, kernel.function("compat_sys_pause").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_personality@kernel/exec_domain.c:191").return /* pc=_stext+0x8d908 */ /* <- syscall.personality.return = kernel.function("sys_personality").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */
kernel.function("SyS_pipe2@fs/pipe.c:1101").return! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pivot_root@fs/namespace.c:2185").return /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root.return = kernel.function("sys_pivot_root").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_poll@fs/select.c:916").return /* pc=_stext+0x167dec */ /* <- syscall.poll.return = kernel.function("sys_poll").return <- syscall.*.return */
  # locals
  name:string
kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106").return /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality.return = kernel.function("ppc64_personality").return <- syscall.*.return */
  # locals
  name:string
kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830").return? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas.return = kernel.function("ppc_rtas").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ppoll@fs/select.c:952").return? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll.return = kernel.function("sys_ppoll").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_prctl@kernel/sys.c:1467").return /* pc=_stext+0xa284c */ /* <- syscall.prctl.return = kernel.function("sys_prctl").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pread64@fs/read_write.c:448").return /* pc=_stext+0x15500c */ /* <- syscall.pread.return = kernel.function("sys_pread64").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pselect6@fs/select.c:677").return? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6.return = kernel.function("sys_pselect6").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ptrace@kernel/ptrace.c:688").return? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace.return = kernel.function("sys_ptrace").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pwrite64@fs/read_write.c:477").return /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite.return = kernel.function("sys_pwrite64").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_quotactl@fs/quota/quota.c:334").return? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl.return = kernel.function("sys_quotactl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_read@fs/read_write.c:391").return /* pc=_stext+0x1550bc */ /* <- syscall.read.return = kernel.function("sys_read").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readahead@mm/filemap.c:1396").return /* pc=_stext+0x10559c */ /* <- syscall.readahead.return = kernel.function("sys_readahead").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_old_readdir@fs/compat.c:942").return? /* pc=_stext+0x1a18c0 */
kernel.function("compat_sys_openat@fs/compat.c:1355").return? /* pc=_stext+0x1a0df0 */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_openat@fs/open.c:914").return? /* pc=_stext+0x15236c */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_pause@kernel/signal.c:2698").return? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause.return = kernel.function("sys_pause").return?, kernel.function("sys32_pause").return?, kernel.function("compat_sys_pause").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_personality@kernel/exec_domain.c:191").return /* pc=_stext+0x8d908 */ /* <- syscall.personality.return = kernel.function("sys_personality").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */

kernel.function("SyS_pipe2@fs/pipe.c:1101").return! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pivot_root@fs/namespace.c:2185").return /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root.return = kernel.function("sys_pivot_root").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_poll@fs/select.c:916").return /* pc=_stext+0x167dec */ /* <- syscall.poll.return = kernel.function("sys_poll").return <- syscall.*.return */

  # locals

  name:string

kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106").return /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality.return = kernel.function("ppc64_personality").return <- syscall.*.return */

  # locals

  name:string

kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830").return? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas.return = kernel.function("ppc_rtas").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ppoll@fs/select.c:952").return? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll.return = kernel.function("sys_ppoll").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_prctl@kernel/sys.c:1467").return /* pc=_stext+0xa284c */ /* <- syscall.prctl.return = kernel.function("sys_prctl").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pread64@fs/read_write.c:448").return /* pc=_stext+0x15500c */ /* <- syscall.pread.return = kernel.function("sys_pread64").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pselect6@fs/select.c:677").return? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6.return = kernel.function("sys_pselect6").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ptrace@kernel/ptrace.c:688").return? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace.return = kernel.function("sys_ptrace").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pwrite64@fs/read_write.c:477").return /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite.return = kernel.function("sys_pwrite64").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_quotactl@fs/quota/quota.c:334").return? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl.return = kernel.function("sys_quotactl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_read@fs/read_write.c:391").return /* pc=_stext+0x1550bc */ /* <- syscall.read.return = kernel.function("sys_read").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readahead@mm/filemap.c:1396").return /* pc=_stext+0x10559c */ /* <- syscall.readahead.return = kernel.function("sys_readahead").return <- syscall.*.return */

  # locals

  name:string
 /* <- syscall.readdir.return = kernel.function("compat_sys_old_readdir").return?, kernel.function("old32_readdir").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readlink@fs/stat.c:312").return /* pc=_stext+0x159138 */ /* <- syscall.readlink.return = kernel.function("sys_readlink").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readlinkat@fs/stat.c:285").return? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat.return = kernel.function("sys_readlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_readv@fs/compat.c:1230").return? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readv@fs/read_write.c:712").return /* pc=_stext+0x154a3c */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_reboot@kernel/sys.c:369").return /* pc=_stext+0xa4e2c */ /* <- syscall.reboot.return = kernel.function("sys_reboot").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_recv@net/socket.c:1746").return? /* pc=_stext+0x48840c */ /* <- syscall.recv.return = kernel.function("sys_recv").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_recvfrom@net/socket.c:1703").return? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom.return = kernel.function("sys_recvfrom").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_recvmsg@net/socket.c:2047").return? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg.return = kernel.function("sys_recvmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_remap_file_pages@mm/fremap.c:124").return? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages.return = kernel.function("sys_remap_file_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_removexattr@fs/xattr.c:510").return /* pc=_stext+0x176d2c */ /* <- syscall.removexattr.return = kernel.function("sys_removexattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rename@fs/namei.c:2765").return /* pc=_stext+0x15fc88 */ /* <- syscall.rename.return = kernel.function("sys_rename").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_renameat@fs/namei.c:2672").return? /* pc=_stext+0x163634 */ /* <- syscall.renameat.return = kernel.function("sys_renameat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_request_key@security/keys/keyctl.c:152").return? /* pc=_stext+0x263580 */ /* <- syscall.request_key.return = kernel.function("sys_request_key").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_restart_syscall@kernel/signal.c:2056").return /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall.return = kernel.function("sys_restart_syscall").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rmdir@fs/namei.c:2244").return /* pc=_stext+0x163b30 */ /* <- syscall.rmdir.return = kernel.function("sys_rmdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").return? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction.return = kernel.function("sys_rt_sigaction").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").return? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32.return = kernel.function("sys32_rt_sigaction").return?, kernel.function("compat_sys_rt_sigaction").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").return? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending.return = kernel.function("sys_rt_sigpending").return? <- syscall.*.return */
  # locals
  name:string
ke
kernel.function("compat_sys_old_readdir@fs/compat.c:942").return? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir.return = kernel.function("compat_sys_old_readdir").return?, kernel.function("old32_readdir").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readlink@fs/stat.c:312").return /* pc=_stext+0x159138 */ /* <- syscall.readlink.return = kernel.function("sys_readlink").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readlinkat@fs/stat.c:285").return? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat.return = kernel.function("sys_readlinkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_readv@fs/compat.c:1230").return? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readv@fs/read_write.c:712").return /* pc=_stext+0x154a3c */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_reboot@kernel/sys.c:369").return /* pc=_stext+0xa4e2c */ /* <- syscall.reboot.return = kernel.function("sys_reboot").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_recv@net/socket.c:1746").return? /* pc=_stext+0x48840c */ /* <- syscall.recv.return = kernel.function("sys_recv").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_recvfrom@net/socket.c:1703").return? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom.return = kernel.function("sys_recvfrom").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_recvmsg@net/socket.c:2047").return? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg.return = kernel.function("sys_recvmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_remap_file_pages@mm/fremap.c:124").return? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages.return = kernel.function("sys_remap_file_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_removexattr@fs/xattr.c:510").return /* pc=_stext+0x176d2c */ /* <- syscall.removexattr.return = kernel.function("sys_removexattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rename@fs/namei.c:2765").return /* pc=_stext+0x15fc88 */ /* <- syscall.rename.return = kernel.function("sys_rename").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_renameat@fs/namei.c:2672").return? /* pc=_stext+0x163634 */ /* <- syscall.renameat.return = kernel.function("sys_renameat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_request_key@security/keys/keyctl.c:152").return? /* pc=_stext+0x263580 */ /* <- syscall.request_key.return = kernel.function("sys_request_key").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_restart_syscall@kernel/signal.c:2056").return /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall.return = kernel.function("sys_restart_syscall").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rmdir@fs/namei.c:2244").return /* pc=_stext+0x163b30 */ /* <- syscall.rmdir.return = kernel.function("sys_rmdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").return? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction.return = kernel.function("sys_rt_sigaction").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").return? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32.return = kernel.function("sys32_rt_sigaction").return?, kernel.function("compat_sys_rt_sigaction").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").return? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending.return = kernel.function("sys_rt_sigpending").return? <- syscall.*.return */

  # locals

  name:string
rnel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").return? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").return? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").return /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo.return = kernel.function("sys_rt_sigqueueinfo").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").return? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn.return = kernel.function("sys_rt_sigreturn").return?, kernel.function("sys32_rt_sigreturn").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").return? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").return? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").return? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").return /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976").return /* pc=_stext+0x79410 */ /* <- syscall.sched_get_priority_max.return = kernel.function("sys_sched_get_priority_max").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001").return /* pc=_stext+0x79444 */ /* <- syscall.sched_get_priority_min.return = kernel.function("sys_sched_get_priority_min").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805").return /* pc=_stext+0x85e88 */ /* <- syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_getparam@kernel/sched.c:4638").return /* pc=_stext+0x85f30 */ /* <- syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612").return /* pc=_stext+0x85fe8 */ /* <- syscall.sched_getscheduler.return = kernel.function("sys_sched_getscheduler").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027").return /* pc=_stext+0x85c8c */ /* <- syscall.sched_rr_get_interval.return = kernel.function("sys_sched_rr_get_interval").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753").return /* pc=_stext+0x862a4 */ /* <- syscall.sched_setaffinity.return = kernel.function("sys_sched_setaffinity").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched
kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").return? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").return? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").return /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo.return = kernel.function("sys_rt_sigqueueinfo").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").return? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn.return = kernel.function("sys_rt_sigreturn").return?, kernel.function("sys32_rt_sigreturn").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").return? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").return? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").return? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").return /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976").return /* pc=_stext+0x79410 */ /* <- syscall.sched_get_priority_max.return = kernel.function("sys_sched_get_priority_max").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001").return /* pc=_stext+0x79444 */ /* <- syscall.sched_get_priority_min.return = kernel.function("sys_sched_get_priority_min").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805").return /* pc=_stext+0x85e88 */ /* <- syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_getparam@kernel/sched.c:4638").return /* pc=_stext+0x85f30 */ /* <- syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612").return /* pc=_stext+0x85fe8 */ /* <- syscall.sched_getscheduler.return = kernel.function("sys_sched_getscheduler").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027").return /* pc=_stext+0x85c8c */ /* <- syscall.sched_rr_get_interval.return = kernel.function("sys_sched_rr_get_interval").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753").return /* pc=_stext+0x862a4 */ /* <- syscall.sched_setaffinity.return = kernel.function("sys_sched_setaffinity").return <- syscall.*.return */

  # locals

  name:string
_setparam@kernel/sched.c:4603").return? /* pc=_stext+0x8a074 */ /* <- syscall.sched_setparam.return = kernel.function("sys_sched_setparam").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589").return? /* pc=_stext+0x8a0a0 */ /* <- syscall.sched_setscheduler.return = kernel.function("sys_sched_setscheduler").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sched_yield@kernel/sched.c:4839").return /* pc=_stext+0x8aa98 */ /* <- syscall.sched_yield.return = kernel.function("sys_sched_yield").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_select@fs/select.c:597").return /* pc=_stext+0x168a1c */ /* <- syscall.select.return = kernel.function("sys_select").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semctl@ipc/sem.c:1115").return? /* pc=_stext+0x258e48 */ /* <- syscall.semctl.return = kernel.function("sys_semctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semget@ipc/sem.c:321").return? /* pc=_stext+0x2592d0 */ /* <- syscall.semget.return = kernel.function("sys_semget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semtimedop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_send@net/socket.c:1690").return? /* pc=_stext+0x4883d8 */ /* <- syscall.send.return = kernel.function("sys_send").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendfile@fs/read_write.c:897").return? /* pc=_stext+0x1543b4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendfile64@fs/read_write.c:916").return? /* pc=_stext+0x1542a4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendmsg@net/socket.c:1845").return? /* pc=_stext+0x48a680 */ /* <- syscall.sendmsg.return = kernel.function("sys_sendmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendto@net/socket.c:1646").return? /* pc=_stext+0x48cb30 */ /* <- syscall.sendto.return = kernel.function("sys_sendto").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_set_mempolicy@mm/mempolicy.c:1405").return? /* pc=_stext+0x13f22c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255").return? /* pc=_stext+0x13f49c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_set_tid_address@kernel/fork.c:917").return /* pc=_stext+0x8b680 */ /* <- syscall.set_tid_address.return = kernel.function("sys_set_tid_address").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setdomainname@kernel/sys.c:1214").return /* pc=_stext+0xa3388 */ /* <- syscall.setdomainname.return = kernel.function("sys_setdomainname").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setfsgid@kernel/sys.c:852").return? /* pc=_stext+0xa40c4 */ /* <- syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setfsuid@kernel/sys.c:819").return? /* pc=_stext+0xa44f0 */ /* <- syscall
kernel.function("SyS_sched_setparam@kernel/sched.c:4603").return? /* pc=_stext+0x8a074 */ /* <- syscall.sched_setparam.return = kernel.function("sys_sched_setparam").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589").return? /* pc=_stext+0x8a0a0 */ /* <- syscall.sched_setscheduler.return = kernel.function("sys_sched_setscheduler").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sched_yield@kernel/sched.c:4839").return /* pc=_stext+0x8aa98 */ /* <- syscall.sched_yield.return = kernel.function("sys_sched_yield").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_select@fs/select.c:597").return /* pc=_stext+0x168a1c */ /* <- syscall.select.return = kernel.function("sys_select").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semctl@ipc/sem.c:1115").return? /* pc=_stext+0x258e48 */ /* <- syscall.semctl.return = kernel.function("sys_semctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semget@ipc/sem.c:321").return? /* pc=_stext+0x2592d0 */ /* <- syscall.semget.return = kernel.function("sys_semget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semtimedop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_send@net/socket.c:1690").return? /* pc=_stext+0x4883d8 */ /* <- syscall.send.return = kernel.function("sys_send").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendfile@fs/read_write.c:897").return? /* pc=_stext+0x1543b4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendfile64@fs/read_write.c:916").return? /* pc=_stext+0x1542a4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendmsg@net/socket.c:1845").return? /* pc=_stext+0x48a680 */ /* <- syscall.sendmsg.return = kernel.function("sys_sendmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendto@net/socket.c:1646").return? /* pc=_stext+0x48cb30 */ /* <- syscall.sendto.return = kernel.function("sys_sendto").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_set_mempolicy@mm/mempolicy.c:1405").return? /* pc=_stext+0x13f22c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255").return? /* pc=_stext+0x13f49c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_set_tid_address@kernel/fork.c:917").return /* pc=_stext+0x8b680 */ /* <- syscall.set_tid_address.return = kernel.function("sys_set_tid_address").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setdomainname@kernel/sys.c:1214").return /* pc=_stext+0xa3388 */ /* <- syscall.setdomainname.return = kernel.function("sys_setdomainname").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setfsgid@kernel/sys.c:852").return? /* pc=_stext+0xa40c4 */ /* <- syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return? <- syscall.*.return */

  # locals

  name:string
.setfsuid.return = kernel.function("sys_setfsuid16").return?, kernel.function("sys_setfsuid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setgid@kernel/sys.c:531").return? /* pc=_stext+0xa42f8 */ /* <- syscall.setgid.return = kernel.function("sys_setgid16").return?, kernel.function("sys_setgid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setgroups@kernel/groups.c:232").return? /* pc=_stext+0xb4200 */ /* <- syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sethostname@kernel/sys.c:1165").return /* pc=_stext+0xa3474 */ /* <- syscall.sethostname.return = kernel.function("sys_sethostname").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setitimer@kernel/itimer.c:280").return /* pc=_stext+0x93be4 */ /* <- syscall.setitimer.return = kernel.function("sys_setitimer").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setpgid@kernel/sys.c:921").return /* pc=_stext+0xa3d98 */ /* <- syscall.setpgid.return = kernel.function("sys_setpgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setpriority@kernel/sys.c:149").return /* pc=_stext+0xa53d4 */ /* <- syscall.setpriority.return = kernel.function("sys_setpriority").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setregid@kernel/sys.c:484").return /* pc=_stext+0xa43b8 */ /* <- syscall.setregid.return = kernel.function("sys_setregid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setresgid@kernel/sys.c:761").return /* pc=_stext+0xa419c */ /* <- syscall.setresgid.return = kernel.function("sys_setresgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setresuid@kernel/sys.c:696").return /* pc=_stext+0xa46a0 */ /* <- syscall.setresuid.return = kernel.function("sys_setresuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setreuid@kernel/sys.c:594").return /* pc=_stext+0xa4944 */ /* <- syscall.setreuid.return = kernel.function("sys_setreuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setrlimit@kernel/sys.c:1275").return /* pc=_stext+0xa3078 */ /* <- syscall.setrlimit.return = kernel.function("sys_setrlimit").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setsid@kernel/sys.c:1056").return /* pc=_stext+0xa3b8c */ /* <- syscall.setsid.return = kernel.function("sys_setsid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_setsockopt@net/compat.c:390").return? /* pc=_stext+0x4b94a0 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setsockopt@net/socket.c:1756").return? /* pc=_stext+0x48aac8 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_settimeofday@kernel/time.c:186").return /* pc=_stext+0x9460c */ /* <- syscall.settimeofday.return = kernel.function("sys_settimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_settimeofday@kernel/compat.c:74").return? /* pc=_stext+0xce4b0 */ /* <- syscall.settimeofday32.return = kernel.function("sys32_settimeofday").return?, kernel.function("compat_sys_settimeofday").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setuid@kernel/sys.c:655").return /* pc=_stext+0xa4840 */ /* <- syscall.setuid.return = kernel.function("sys_setuid16").return?, kernel.function("sys_setuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setxattr@fs/xattr.c:281").return /* pc=_stext+0x177c8c */ /* <- syscall.
kernel.function("SyS_setfsuid@kernel/sys.c:819").return? /* pc=_stext+0xa44f0 */ /* <- syscall.setfsuid.return = kernel.function("sys_setfsuid16").return?, kernel.function("sys_setfsuid").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setgid@kernel/sys.c:531").return? /* pc=_stext+0xa42f8 */ /* <- syscall.setgid.return = kernel.function("sys_setgid16").return?, kernel.function("sys_setgid").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setgroups@kernel/groups.c:232").return? /* pc=_stext+0xb4200 */ /* <- syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sethostname@kernel/sys.c:1165").return /* pc=_stext+0xa3474 */ /* <- syscall.sethostname.return = kernel.function("sys_sethostname").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setitimer@kernel/itimer.c:280").return /* pc=_stext+0x93be4 */ /* <- syscall.setitimer.return = kernel.function("sys_setitimer").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setpgid@kernel/sys.c:921").return /* pc=_stext+0xa3d98 */ /* <- syscall.setpgid.return = kernel.function("sys_setpgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setpriority@kernel/sys.c:149").return /* pc=_stext+0xa53d4 */ /* <- syscall.setpriority.return = kernel.function("sys_setpriority").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setregid@kernel/sys.c:484").return /* pc=_stext+0xa43b8 */ /* <- syscall.setregid.return = kernel.function("sys_setregid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setresgid@kernel/sys.c:761").return /* pc=_stext+0xa419c */ /* <- syscall.setresgid.return = kernel.function("sys_setresgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setresuid@kernel/sys.c:696").return /* pc=_stext+0xa46a0 */ /* <- syscall.setresuid.return = kernel.function("sys_setresuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setreuid@kernel/sys.c:594").return /* pc=_stext+0xa4944 */ /* <- syscall.setreuid.return = kernel.function("sys_setreuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setrlimit@kernel/sys.c:1275").return /* pc=_stext+0xa3078 */ /* <- syscall.setrlimit.return = kernel.function("sys_setrlimit").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setsid@kernel/sys.c:1056").return /* pc=_stext+0xa3b8c */ /* <- syscall.setsid.return = kernel.function("sys_setsid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_setsockopt@net/compat.c:390").return? /* pc=_stext+0x4b94a0 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setsockopt@net/socket.c:1756").return? /* pc=_stext+0x48aac8 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_settimeofday@kernel/time.c:186").return /* pc=_stext+0x9460c */ /* <- syscall.settimeofday.return = kernel.function("sys_settimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_settimeofday@kernel/compat.c:74").return? /* pc=_stext+0xce4b0 */ /* <- syscall.settimeofday32.return = kernel.function("sys32_settimeofday").return?, kernel.function("compat_sys_settimeofday").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setuid@kernel/sys.c:655").return /* pc=_stext+0xa4840 */ /* <- syscall.setuid.return = kernel.function("sys_setuid16").return?, kernel.function("sys_setuid").return <- syscall.*.return */

  # locals

  name:string
setxattr.return = kernel.function("sys_setxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sgetmask@kernel/signal.c:2655").return? /* pc=_stext+0x9e0e4 */ /* <- syscall.sgetmask.return = kernel.function("sys_sgetmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmat@ipc/shm.c:955").return? /* pc=_stext+0x25a1a0 */ /* <- syscall.shmat.return = kernel.function("sys_shmat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmctl@ipc/shm.c:635").return? /* pc=_stext+0x25a1f4 */ /* <- syscall.shmctl.return = kernel.function("sys_shmctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmdt@ipc/shm.c:971").return? /* pc=_stext+0x259858 */ /* <- syscall.shmdt.return = kernel.function("sys_shmdt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmget@ipc/shm.c:448").return? /* pc=_stext+0x25aa0c */ /* <- syscall.shmget.return = kernel.function("sys_shmget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shutdown@net/socket.c:1819").return? /* pc=_stext+0x48a908 */ /* <- syscall.shutdown.return = kernel.function("sys_shutdown").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sigaction@arch/powerpc/kernel/signal_32.c:259").return? /* pc=_stext+0xf9ac */ /* <- syscall.sigaction32.return = kernel.function("sys32_sigaction").return?, kernel.function("compat_sys_sigaction").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_signal@kernel/signal.c:2680").return? /* pc=_stext+0x9ec74 */ /* <- syscall.signal.return = kernel.function("sys_signal").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_signalfd4@fs/signalfd.c:210").call! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */
kernel.function("SyS_signalfd4@fs/signalfd.c:210").return! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_sigpending@kernel/signal.c:2559").return? /* pc=_stext+0x9e440 */ /* <- syscall.sigpending.return = kernel.function("sys_sigpending").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sigprocmask@kernel/signal.c:2571").return? /* pc=_stext+0x9e44c */ /* <- syscall.sigprocmask.return = kernel.function("sys_sigprocmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_socket@net/socket.c:1274").return? /* pc=_stext+0x48ba20 */ /* <- syscall.socket.return = kernel.function("sys_socket").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_socketpair@net/socket.c:1316").return? /* pc=_stext+0x48b788 */ /* <- syscall.socketpair.return = kernel.function("sys_socketpair").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_splice@fs/splice.c:1721").return? /* pc=_stext+0x17cbc4 */ /* <- syscall.splice.return = kernel.function("sys_splice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ssetmask@kernel/signal.c:2660").return? /* pc=_stext+0x9e210 */ /* <- syscall.ssetmask.return = kernel.function("sys_ssetmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newstat@fs/stat.c:237").return? /* pc=_stext+0x159574 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_stat64@fs/stat.c:358").return? /* pc=_stext+0x159520 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat"
kernel.function("SyS_setxattr@fs/xattr.c:281").return /* pc=_stext+0x177c8c */ /* <- syscall.setxattr.return = kernel.function("sys_setxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sgetmask@kernel/signal.c:2655").return? /* pc=_stext+0x9e0e4 */ /* <- syscall.sgetmask.return = kernel.function("sys_sgetmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmat@ipc/shm.c:955").return? /* pc=_stext+0x25a1a0 */ /* <- syscall.shmat.return = kernel.function("sys_shmat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmctl@ipc/shm.c:635").return? /* pc=_stext+0x25a1f4 */ /* <- syscall.shmctl.return = kernel.function("sys_shmctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmdt@ipc/shm.c:971").return? /* pc=_stext+0x259858 */ /* <- syscall.shmdt.return = kernel.function("sys_shmdt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmget@ipc/shm.c:448").return? /* pc=_stext+0x25aa0c */ /* <- syscall.shmget.return = kernel.function("sys_shmget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shutdown@net/socket.c:1819").return? /* pc=_stext+0x48a908 */ /* <- syscall.shutdown.return = kernel.function("sys_shutdown").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sigaction@arch/powerpc/kernel/signal_32.c:259").return? /* pc=_stext+0xf9ac */ /* <- syscall.sigaction32.return = kernel.function("sys32_sigaction").return?, kernel.function("compat_sys_sigaction").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_signal@kernel/signal.c:2680").return? /* pc=_stext+0x9ec74 */ /* <- syscall.signal.return = kernel.function("sys_signal").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_signalfd4@fs/signalfd.c:210").call! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */

kernel.function("SyS_signalfd4@fs/signalfd.c:210").return! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_sigpending@kernel/signal.c:2559").return? /* pc=_stext+0x9e440 */ /* <- syscall.sigpending.return = kernel.function("sys_sigpending").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sigprocmask@kernel/signal.c:2571").return? /* pc=_stext+0x9e44c */ /* <- syscall.sigprocmask.return = kernel.function("sys_sigprocmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_socket@net/socket.c:1274").return? /* pc=_stext+0x48ba20 */ /* <- syscall.socket.return = kernel.function("sys_socket").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_socketpair@net/socket.c:1316").return? /* pc=_stext+0x48b788 */ /* <- syscall.socketpair.return = kernel.function("sys_socketpair").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_splice@fs/splice.c:1721").return? /* pc=_stext+0x17cbc4 */ /* <- syscall.splice.return = kernel.function("sys_splice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ssetmask@kernel/signal.c:2660").return? /* pc=_stext+0x9e210 */ /* <- syscall.ssetmask.return = kernel.function("sys_ssetmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newstat@fs/stat.c:237").return? /* pc=_stext+0x159574 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */

  # locals

  name:string
).return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_newstat@fs/compat.c:173").return? /* pc=_stext+0x1a2e2c */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_statfs@fs/compat.c:262").return? /* pc=_stext+0x1a27ac */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_statfs@fs/statfs.c:102").return? /* pc=_stext+0x180a44 */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_statfs64@fs/compat.c:327").return? /* pc=_stext+0x1a270c */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_statfs64@fs/statfs.c:118").return? /* pc=_stext+0x1808bc */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_stime@kernel/compat.c:915").return? /* pc=_stext+0xcc918 */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_stime@kernel/time.c:81").return? /* pc=_stext+0x9476c */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_swapoff@mm/swapfile.c:1531").return? /* pc=_stext+0x1355d8 */ /* <- syscall.swapoff.return = kernel.function("sys_swapoff").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_swapon@mm/swapfile.c:1791").return? /* pc=_stext+0x13426c */ /* <- syscall.swapon.return = kernel.function("sys_swapon").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_symlink@fs/namei.c:2419").return /* pc=_stext+0x15fcf4 */ /* <- syscall.symlink.return = kernel.function("sys_symlink").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_symlinkat@fs/namei.c:2378").return? /* pc=_stext+0x163e68 */ /* <- syscall.symlinkat.return = kernel.function("sys_symlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sync@fs/sync.c:99").return /* pc=_stext+0x17f878 */ /* <- syscall.sync.return = kernel.function("sys_sync").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462").return? /* pc=_stext+0x998fc */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sysfs@fs/filesystems.c:182").return /* pc=_stext+0x170d04 */ /* <- syscall.sysfs.return = kernel.function("sys_sysfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sysinfo@kernel/compat.c:1095").return? /* pc=_stext+0xcac54 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */
  # locals
kernel.function("SyS_stat64@fs/stat.c:358").return? /* pc=_stext+0x159520 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_newstat@fs/compat.c:173").return? /* pc=_stext+0x1a2e2c */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_statfs@fs/compat.c:262").return? /* pc=_stext+0x1a27ac */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_statfs@fs/statfs.c:102").return? /* pc=_stext+0x180a44 */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_statfs64@fs/compat.c:327").return? /* pc=_stext+0x1a270c */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_statfs64@fs/statfs.c:118").return? /* pc=_stext+0x1808bc */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_stime@kernel/compat.c:915").return? /* pc=_stext+0xcc918 */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_stime@kernel/time.c:81").return? /* pc=_stext+0x9476c */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_swapoff@mm/swapfile.c:1531").return? /* pc=_stext+0x1355d8 */ /* <- syscall.swapoff.return = kernel.function("sys_swapoff").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_swapon@mm/swapfile.c:1791").return? /* pc=_stext+0x13426c */ /* <- syscall.swapon.return = kernel.function("sys_swapon").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_symlink@fs/namei.c:2419").return /* pc=_stext+0x15fcf4 */ /* <- syscall.symlink.return = kernel.function("sys_symlink").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_symlinkat@fs/namei.c:2378").return? /* pc=_stext+0x163e68 */ /* <- syscall.symlinkat.return = kernel.function("sys_symlinkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sync@fs/sync.c:99").return /* pc=_stext+0x17f878 */ /* <- syscall.sync.return = kernel.function("sys_sync").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462").return? /* pc=_stext+0x998fc */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sysfs@fs/filesystems.c:182").return /* pc=_stext+0x170d04 */ /* <- syscall.sysfs.return = kernel.function("sys_sysfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sysinfo@kernel/compat.c:1095").return? /* pc=_stext+0xcac54 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */

  name:string
kernel.function("SyS_sysinfo@kernel/timer.c:1565").return /* pc=_stext+0x9cc70 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_syslog@kernel/printk.c:412").return /* pc=_stext+0x8ff1c */ /* <- syscall.syslog.return = kernel.function("sys_syslog").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_tee@fs/splice.c:2062").return? /* pc=_stext+0x17c650 */ /* <- syscall.tee.return = kernel.function("sys_tee").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_tgkill@kernel/signal.c:2380").return /* pc=_stext+0xa0880 */ /* <- syscall.tgkill.return = kernel.function("sys_tgkill").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_time@kernel/compat.c:899").return? /* pc=_stext+0xcc9d0 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_time@kernel/time.c:62").return? /* pc=_stext+0x94820 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_create@kernel/posix-timers.c:524").return /* pc=_stext+0xaa694 */ /* <- syscall.timer_create.return = kernel.function("sys_timer_create").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").return /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete.return = kernel.function("sys_timer_delete").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").return /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun.return = kernel.function("sys_timer_getoverrun").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").return /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").return /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime.return = kernel.function("sys_timer_settime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_times@kernel/compat.c:220").return? /* pc=_stext+0xcde48 */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_times@kernel/sys.c:896").return? /* pc=_stext+0xa402c */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_tkill@kernel/signal.c:2392").return /* pc=_stext+0xa0840 */ /* <- syscall.tkill.return = kernel.function("sys_tkill").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_truncate@fs/open.c:127").return? /* pc=_stext+0x153660 */ /* <- syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_umask@kernel/sys.c:1460").return /* pc=_stext+0xa2444 */ /* <- syscall.umask.return = kernel.function("sys_umask").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_umount@fs/namespace.c:1132").return /* pc=_stext+0x1730b4 */ /* <- syscall.umount.return = kernel.function("sys_umount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_uname@kernel/sys.c:1115").return? /* pc=_stext+0xa3628 */ /* <- syscall.uname.return = kernel.function("sys_uname").return
  # locals

  name:string

kernel.function("SyS_sysinfo@kernel/timer.c:1565").return /* pc=_stext+0x9cc70 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_syslog@kernel/printk.c:412").return /* pc=_stext+0x8ff1c */ /* <- syscall.syslog.return = kernel.function("sys_syslog").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_tee@fs/splice.c:2062").return? /* pc=_stext+0x17c650 */ /* <- syscall.tee.return = kernel.function("sys_tee").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_tgkill@kernel/signal.c:2380").return /* pc=_stext+0xa0880 */ /* <- syscall.tgkill.return = kernel.function("sys_tgkill").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_time@kernel/compat.c:899").return? /* pc=_stext+0xcc9d0 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_time@kernel/time.c:62").return? /* pc=_stext+0x94820 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_create@kernel/posix-timers.c:524").return /* pc=_stext+0xaa694 */ /* <- syscall.timer_create.return = kernel.function("sys_timer_create").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").return /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete.return = kernel.function("sys_timer_delete").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").return /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun.return = kernel.function("sys_timer_getoverrun").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").return /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").return /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime.return = kernel.function("sys_timer_settime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_times@kernel/compat.c:220").return? /* pc=_stext+0xcde48 */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_times@kernel/sys.c:896").return? /* pc=_stext+0xa402c */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_tkill@kernel/signal.c:2392").return /* pc=_stext+0xa0840 */ /* <- syscall.tkill.return = kernel.function("sys_tkill").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_truncate@fs/open.c:127").return? /* pc=_stext+0x153660 */ /* <- syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_umask@kernel/sys.c:1460").return /* pc=_stext+0xa2444 */ /* <- syscall.umask.return = kernel.function("sys_umask").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_umount@fs/namespace.c:1132").return /* pc=_stext+0x1730b4 */ /* <- syscall.umount.return = kernel.function("sys_umount").return <- syscall.*.return */

  # locals

  name:string
?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_olduname@kernel/sys.c:1132").return? /* pc=_stext+0xa37b8 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newuname@kernel/sys.c:1097").return? /* pc=_stext+0xa36f4 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_unlink@fs/namei.c:2352").return /* pc=_stext+0x1639e0 */ /* <- syscall.unlink.return = kernel.function("sys_unlink").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_unlinkat@fs/namei.c:2341").return? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat.return = kernel.function("sys_unlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_unshare@kernel/fork.c:1621").return? /* pc=_stext+0x8b28c */ /* <- syscall.unshare.return = kernel.function("sys_unshare").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_uselib@fs/exec.c:107").return /* pc=_stext+0x15c55c */ /* <- syscall.uselib.return = kernel.function("sys_uselib").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ustat@fs/statfs.c:175").return? /* pc=_stext+0x180708 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_ustat@fs/compat.c:372").return? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_utime@fs/utimes.c:27").return? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime.return = kernel.function("sys_utime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_utimensat@fs/utimes.c:174").return? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat.return = kernel.function("sys_utimensat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_utimes@fs/utimes.c:220").return /* pc=_stext+0x17f910 */ /* <- syscall.utimes.return = kernel.function("sys_utimes").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_vhangup@fs/open.c:1009").return /* pc=_stext+0x151e6c */ /* <- syscall.vhangup.return = kernel.function("sys_vhangup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_vmsplice@fs/splice.c:1694").return? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice.return = kernel.function("sys_vmsplice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_wait4@kernel/exit.c:1727").return /* pc=_stext+0x92ae4 */ /* <- syscall.wait4.return = kernel.function("sys_wait4").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_waitid@kernel/exit.c:1656").return /* pc=_stext+0x92bec */ /* <- syscall.waitid.return = kernel.function("sys_waitid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_write@fs/read_write.c:409").return /* pc=_stext+0x154d90 */ /* <- syscall.write.return = kernel.function("sys_write").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_writev@fs/compat.c:1287").return? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").re
kernel.function("SyS_uname@kernel/sys.c:1115").return? /* pc=_stext+0xa3628 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_olduname@kernel/sys.c:1132").return? /* pc=_stext+0xa37b8 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newuname@kernel/sys.c:1097").return? /* pc=_stext+0xa36f4 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_unlink@fs/namei.c:2352").return /* pc=_stext+0x1639e0 */ /* <- syscall.unlink.return = kernel.function("sys_unlink").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_unlinkat@fs/namei.c:2341").return? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat.return = kernel.function("sys_unlinkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_unshare@kernel/fork.c:1621").return? /* pc=_stext+0x8b28c */ /* <- syscall.unshare.return = kernel.function("sys_unshare").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_uselib@fs/exec.c:107").return /* pc=_stext+0x15c55c */ /* <- syscall.uselib.return = kernel.function("sys_uselib").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ustat@fs/statfs.c:175").return? /* pc=_stext+0x180708 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_ustat@fs/compat.c:372").return? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_utime@fs/utimes.c:27").return? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime.return = kernel.function("sys_utime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_utimensat@fs/utimes.c:174").return? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat.return = kernel.function("sys_utimensat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_utimes@fs/utimes.c:220").return /* pc=_stext+0x17f910 */ /* <- syscall.utimes.return = kernel.function("sys_utimes").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_vhangup@fs/open.c:1009").return /* pc=_stext+0x151e6c */ /* <- syscall.vhangup.return = kernel.function("sys_vhangup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_vmsplice@fs/splice.c:1694").return? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice.return = kernel.function("sys_vmsplice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_wait4@kernel/exit.c:1727").return /* pc=_stext+0x92ae4 */ /* <- syscall.wait4.return = kernel.function("sys_wait4").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_waitid@kernel/exit.c:1656").return /* pc=_stext+0x92bec */ /* <- syscall.waitid.return = kernel.function("sys_waitid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_write@fs/read_write.c:409").return /* pc=_stext+0x154d90 */ /* <- syscall.write.return = kernel.function("sys_write").return <- syscall.*.return */

  # locals

  name:string
turn <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_writev@fs/read_write.c:733").return /* pc=_stext+0x15483c */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */
  # locals
  name:string

kernel.function("compat_sys_writev@fs/compat.c:1287").return? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_writev@fs/read_write.c:733").return /* pc=_stext+0x15483c */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */

  # locals

  name:string
wait results: 8345 exp12 0 0
PASS: semok/nodwf01.stp
Running /home/src/testsuite/semok/nodwf02.stp
starting /home/src/testsuite/semok/nodwf02.stp
spawn2 /home/src/testsuite/semok/nodwf02.stp
spawn /home/src/testsuite/semok/nodwf02.stp
# global embedded code
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}
%{
// Needed for function _struct_sockaddr_u. Unfortunately cannot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}
%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}
%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}
%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr, "EMPTY", len);
}
%}
%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}
%{
#include <linux/eventpoll.h>
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
## global embedded code

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}

%{

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}

%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}

%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}

static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}

%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)

		strlcat(ptr, "EMPTY", len);

}

%}

%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}

%{

#include <linux/eventpoll.h>

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
include <linux/eventfd.h>
#endif
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}
%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}
%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}
%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
  };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}
%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCSI),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(
#include <linux/eventfd.h>

#endif

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}

%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}

%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {

	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}

%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}

  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}

%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI

	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT
EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN),
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endif
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}
%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}
# globals
ncall:long
# functions
_dwarf_tvar_get_flags_113:long ()
_dwarf_tvar_get_flags_338:long ()
_dwarf_tvar_get_flags_42:long ()
exit:unknown ()
# probes
kernel.func
	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),

#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN

	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),

#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}

%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}

# globals

ncall:long

# functions

_dwarf_tvar_get_flags_113:long ()

_dwarf_tvar_get_flags_338:long ()

_dwarf_tvar_get_flags_42:long ()

exit:unknown ()

# probes
tion("SyS_accept4@net/socket.c:1459").call? /* pc=_stext+0x48c898 */ /* <- _syscall.accept4 = kernel.function("sys_accept4").call <- syscall.accept = _syscall.accept4!, _syscall.accept <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_access@fs/open.c:356").call /* pc=_stext+0x153084 */ /* <- syscall.access = kernel.function("sys_access").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_acct@kernel/acct.c:274").call? /* pc=_stext+0xc8de8 */ /* <- syscall.acct = kernel.function("sys_acct").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_add_key@security/keys/keyctl.c:61").call? /* pc=_stext+0x263714 */ /* <- syscall.add_key = kernel.function("sys_add_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_adjtimex@kernel/time.c:206").call /* pc=_stext+0x9445c */ /* <- syscall.adjtimex = kernel.function("sys_adjtimex").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_alarm@kernel/timer.c:1314").call? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm = kernel.function("sys32_alarm").call?, kernel.function("sys_alarm").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_delete_module@kernel/module.c:721").call? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module = kernel.function("sys_delete_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_dup@fs/fcntl.c:131").call /* pc=_stext+0x165858 */ /* <- syscall.dup = kernel.function("sys_dup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2 = kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2 = kernel.function("sys_dup3").call!, kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create = kernel.function("sys_epoll_create1").call!, kernel.function("sys_epoll_create").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").call? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl = kernel.function("compat_sys_epoll_ctl").call?, kernel.function("sys_epoll_ctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,s
kernel.function("SyS_accept4@net/socket.c:1459").call? /* pc=_stext+0x48c898 */ /* <- _syscall.accept4 = kernel.function("sys_accept4").call <- syscall.accept = _syscall.accept4!, _syscall.accept <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_access@fs/open.c:356").call /* pc=_stext+0x153084 */ /* <- syscall.access = kernel.function("sys_access").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_acct@kernel/acct.c:274").call? /* pc=_stext+0xc8de8 */ /* <- syscall.acct = kernel.function("sys_acct").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_add_key@security/keys/keyctl.c:61").call? /* pc=_stext+0x263714 */ /* <- syscall.add_key = kernel.function("sys_add_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_adjtimex@kernel/time.c:206").call /* pc=_stext+0x9445c */ /* <- syscall.adjtimex = kernel.function("sys_adjtimex").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_alarm@kernel/timer.c:1314").call? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm = kernel.function("sys32_alarm").call?, kernel.function("sys_alarm").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_delete_module@kernel/module.c:721").call? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module = kernel.function("sys_delete_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_dup@fs/fcntl.c:131").call /* pc=_stext+0x165858 */ /* <- syscall.dup = kernel.function("sys_dup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2 = kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2 = kernel.function("sys_dup3").call!, kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create = kernel.function("sys_epoll_create1").call!, kernel.function("sys_epoll_create").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string
yscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").call? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").call? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").call? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait = kernel.function("compat_sys_epoll_wait").call?, kernel.function("sys_epoll_wait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd = kernel.function("sys_eventfd2").call!, kernel.function("sys_eventfd").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("do_execve@fs/exec.c:1323").call /* pc=_stext+0x15c270 */ /* <- syscall.execve = kernel.function("do_execve").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("do_exit@kernel/exit.c:890").call /* pc=_stext+0x92ec0 */ /* <- syscall.exit = kernel.function("do_exit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_exit_group@kernel/exit.c:1087").call /* pc=_stext+0x93698 */ /* <- syscall.exit_group = kernel.function("sys_exit_group").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_init_module@kernel/module.c:2603").call? /* pc=_stext+0xc691c */ /* <- syscall.init_module = kernel.function("sys_init_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").call? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch = kernel.function("sys_inotify_add_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init = kernel.function("sys_inotify_init1").call!, kernel.function("sys_inotify_init").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").call? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch = kernel.function("sys_inotify_rm_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscal
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").call? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl = kernel.function("compat_sys_epoll_ctl").call?, kernel.function("sys_epoll_ctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").call? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").call? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").call? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait = kernel.function("compat_sys_epoll_wait").call?, kernel.function("sys_epoll_wait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd = kernel.function("sys_eventfd2").call!, kernel.function("sys_eventfd").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("do_execve@fs/exec.c:1323").call /* pc=_stext+0x15c270 */ /* <- syscall.execve = kernel.function("do_execve").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("do_exit@kernel/exit.c:890").call /* pc=_stext+0x92ec0 */ /* <- syscall.exit = kernel.function("do_exit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_exit_group@kernel/exit.c:1087").call /* pc=_stext+0x93698 */ /* <- syscall.exit_group = kernel.function("sys_exit_group").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_init_module@kernel/module.c:2603").call? /* pc=_stext+0xc691c */ /* <- syscall.init_module = kernel.function("sys_init_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").call? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch = kernel.function("sys_inotify_add_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init = kernel.function("sys_inotify_init1").call!, kernel.function("sys_inotify_init").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string
l.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_cancel@fs/aio.c:1747").call /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel = kernel.function("sys_io_cancel").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_destroy@fs/aio.c:1283").call /* pc=_stext+0x199160 */ /* <- syscall.io_destroy = kernel.function("sys_io_destroy").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_io_getevents@fs/compat.c:549").call? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_getevents@fs/aio.c:1812").call? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_setup@fs/aio.c:1245").call /* pc=_stext+0x199310 */ /* <- syscall.io_setup = kernel.function("sys_io_setup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_submit@fs/aio.c:1712").call /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit = kernel.function("sys_io_submit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").call? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ioctl@fs/ioctl.c:613").call? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ioprio_get@fs/ioprio.c:192").call? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get = kernel.function("sys_ioprio_get").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ioprio_set@fs/ioprio.c:76").call? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set = kernel.function("sys_ioprio_set").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").call? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_kexec_load@kernel/kexec.c:940").call? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load = kernel.function(
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").call? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch = kernel.function("sys_inotify_rm_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_cancel@fs/aio.c:1747").call /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel = kernel.function("sys_io_cancel").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_destroy@fs/aio.c:1283").call /* pc=_stext+0x199160 */ /* <- syscall.io_destroy = kernel.function("sys_io_destroy").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_io_getevents@fs/compat.c:549").call? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_getevents@fs/aio.c:1812").call? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_setup@fs/aio.c:1245").call /* pc=_stext+0x199310 */ /* <- syscall.io_setup = kernel.function("sys_io_setup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_submit@fs/aio.c:1712").call /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit = kernel.function("sys_io_submit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").call? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ioctl@fs/ioctl.c:613").call? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ioprio_get@fs/ioprio.c:192").call? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get = kernel.function("sys_ioprio_get").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ioprio_set@fs/ioprio.c:76").call? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set = kernel.function("sys_ioprio_set").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").call? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
"compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_keyctl@security/keys/compat.c:27").call? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").call? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_kill@kernel/signal.c:2314").call /* pc=_stext+0xa0c20 */ /* <- syscall.kill = kernel.function("sys_kill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lchown@fs/open.c:583").call /* pc=_stext+0x152b74 */ /* <- syscall.lchown = kernel.function("sys_lchown").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lgetxattr@fs/xattr.c:391").call /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr = kernel.function("sys_lgetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_link@fs/namei.c:2520").call /* pc=_stext+0x15fcbc */ /* <- syscall.link = kernel.function("sys_link").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_linkat@fs/namei.c:2471").call? /* pc=_stext+0x164028 */ /* <- syscall.linkat = kernel.function("sys_linkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_listen@net/socket.c:1425").call? /* pc=_stext+0x48ae90 */ /* <- syscall.listen = kernel.function("sys_listen").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_listxattr@fs/xattr.c:450").call /* pc=_stext+0x17709c */ /* <- syscall.listxattr = kernel.function("sys_listxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_llistxattr@fs/xattr.c:464").call /* pc=_stext+0x177010 */ /* <- syscall.llistxattr = kernel.function("sys_llistxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_llseek@fs/read_write.c:193").call? /* pc=_stext+0x15515c */ /* <- syscall.llseek = kernel.function("sys_llseek").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").call? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie = kernel.functi
kernel.function("SyS_kexec_load@kernel/kexec.c:940").call? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_keyctl@security/keys/compat.c:27").call? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").call? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_kill@kernel/signal.c:2314").call /* pc=_stext+0xa0c20 */ /* <- syscall.kill = kernel.function("sys_kill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lchown@fs/open.c:583").call /* pc=_stext+0x152b74 */ /* <- syscall.lchown = kernel.function("sys_lchown").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lgetxattr@fs/xattr.c:391").call /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr = kernel.function("sys_lgetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_link@fs/namei.c:2520").call /* pc=_stext+0x15fcbc */ /* <- syscall.link = kernel.function("sys_link").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_linkat@fs/namei.c:2471").call? /* pc=_stext+0x164028 */ /* <- syscall.linkat = kernel.function("sys_linkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_listen@net/socket.c:1425").call? /* pc=_stext+0x48ae90 */ /* <- syscall.listen = kernel.function("sys_listen").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_listxattr@fs/xattr.c:450").call /* pc=_stext+0x17709c */ /* <- syscall.listxattr = kernel.function("sys_listxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_llistxattr@fs/xattr.c:464").call /* pc=_stext+0x177010 */ /* <- syscall.llistxattr = kernel.function("sys_llistxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_llseek@fs/read_write.c:193").call? /* pc=_stext+0x15515c */ /* <- syscall.llseek = kernel.function("sys_llseek").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
on("sys_lookup_dcookie").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lremovexattr@fs/xattr.c:528").call /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr = kernel.function("sys_lremovexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lseek@fs/read_write.c:167").call /* pc=_stext+0x153a5c */ /* <- syscall.lseek = kernel.function("sys_lseek").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lsetxattr@fs/xattr.c:300").call /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr = kernel.function("sys_lsetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_newlstat@fs/stat.c:247").call? /* pc=_stext+0x1594bc */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_newlstat@fs/compat.c:185").call? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lstat64@fs/stat.c:369").call? /* pc=_stext+0x159468 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").call /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep = kernel.function("sys_nanosleep").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").call? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").call? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").call /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall = kernel.function("sys_ni_syscall").call <- syscall.a*,syscall.d
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").call? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie = kernel.function("sys_lookup_dcookie").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lremovexattr@fs/xattr.c:528").call /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr = kernel.function("sys_lremovexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lseek@fs/read_write.c:167").call /* pc=_stext+0x153a5c */ /* <- syscall.lseek = kernel.function("sys_lseek").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lsetxattr@fs/xattr.c:300").call /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr = kernel.function("sys_lsetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_newlstat@fs/stat.c:247").call? /* pc=_stext+0x1594bc */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_newlstat@fs/compat.c:185").call? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lstat64@fs/stat.c:369").call? /* pc=_stext+0x159468 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").call /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep = kernel.function("sys_nanosleep").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").call? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").call? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_nice@kernel/sched.c:4275").call? /* pc=_stext+0x8a668 */ /* <- syscall.nice = kernel.function("sys_nice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_pause@kernel/signal.c:2698").call? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause = kernel.function("sys_pause").call?, kernel.function("sys32_pause").call?, kernel.function("compat_sys_pause").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_personality@kernel/exec_domain.c:191").call /* pc=_stext+0x8d908 */ /* <- syscall.personality = kernel.function("sys_personality").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_pivot_root@fs/namespace.c:2185").call /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root = kernel.function("sys_pivot_root").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_poll@fs/select.c:916").call /* pc=_stext+0x167dec */ /* <- syscall.poll = kernel.function("sys_poll").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106") /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality = kernel.function("ppc64_personality") <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830")? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas = kernel.function("ppc_rtas")? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ppoll@fs/select.c:952").call? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll = kernel.function("sys_ppoll").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_prctl@kernel/sys.c:1467").call /* pc=_stext+0xa284c */ /* <- syscall.prctl = kernel.function("sys_prctl").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pread64@fs/read_write.c:448").call /* pc=_stext+0x15500c */ /* <- syscall.pread = kernel.function("sys_pread64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pselect6@fs/select.c:677").call? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6 = kernel.function("sys_pselect6").c
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").call /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall = kernel.function("sys_ni_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_nice@kernel/sched.c:4275").call? /* pc=_stext+0x8a668 */ /* <- syscall.nice = kernel.function("sys_nice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_pause@kernel/signal.c:2698").call? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause = kernel.function("sys_pause").call?, kernel.function("sys32_pause").call?, kernel.function("compat_sys_pause").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_personality@kernel/exec_domain.c:191").call /* pc=_stext+0x8d908 */ /* <- syscall.personality = kernel.function("sys_personality").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("SyS_pivot_root@fs/namespace.c:2185").call /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root = kernel.function("sys_pivot_root").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_poll@fs/select.c:916").call /* pc=_stext+0x167dec */ /* <- syscall.poll = kernel.function("sys_poll").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106") /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality = kernel.function("ppc64_personality") <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830")? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas = kernel.function("ppc_rtas")? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ppoll@fs/select.c:952").call? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll = kernel.function("sys_ppoll").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_prctl@kernel/sys.c:1467").call /* pc=_stext+0xa284c */ /* <- syscall.prctl = kernel.function("sys_prctl").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pread64@fs/read_write.c:448").call /* pc=_stext+0x15500c */ /* <- syscall.pread = kernel.function("sys_pread64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
all? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ptrace@kernel/ptrace.c:688").call? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace = kernel.function("sys_ptrace").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pwrite64@fs/read_write.c:477").call /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite = kernel.function("sys_pwrite64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_quotactl@fs/quota/quota.c:334").call? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl = kernel.function("sys_quotactl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_read@fs/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readahead@mm/filemap.c:1396").call /* pc=_stext+0x10559c */ /* <- syscall.readahead = kernel.function("sys_readahead").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_old_readdir@fs/compat.c:942").call? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir = kernel.function("compat_sys_old_readdir").call?, kernel.function("old32_readdir").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readlink@fs/stat.c:312").call /* pc=_stext+0x159138 */ /* <- syscall.readlink = kernel.function("sys_readlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readlinkat@fs/stat.c:285").call? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat = kernel.function("sys_readlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_readv@fs/compat.c:1230").call? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readv@fs/read_write.c:712").call /* pc=_stext+0x154a3c */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_reboot@kernel/sys.c:369").call /* pc=_stext+0xa4e2c */ /* <- syscall.reboot = kernel.function("sys_reboot").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_recv@net/socket.c:1746").call? /* pc=_stext+0x48840c */ /* <- syscall.recv = kernel.function("sys_recv").call? <- sy
kernel.function("SyS_pselect6@fs/select.c:677").call? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6 = kernel.function("sys_pselect6").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ptrace@kernel/ptrace.c:688").call? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace = kernel.function("sys_ptrace").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pwrite64@fs/read_write.c:477").call /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite = kernel.function("sys_pwrite64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_quotactl@fs/quota/quota.c:334").call? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl = kernel.function("sys_quotactl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_read@fs/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readahead@mm/filemap.c:1396").call /* pc=_stext+0x10559c */ /* <- syscall.readahead = kernel.function("sys_readahead").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_old_readdir@fs/compat.c:942").call? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir = kernel.function("compat_sys_old_readdir").call?, kernel.function("old32_readdir").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readlink@fs/stat.c:312").call /* pc=_stext+0x159138 */ /* <- syscall.readlink = kernel.function("sys_readlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readlinkat@fs/stat.c:285").call? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat = kernel.function("sys_readlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_readv@fs/compat.c:1230").call? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readv@fs/read_write.c:712").call /* pc=_stext+0x154a3c */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_reboot@kernel/sys.c:369").call /* pc=_stext+0xa4e2c */ /* <- syscall.reboot = kernel.function("sys_reboot").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
scall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_recvfrom@net/socket.c:1703").call? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom = kernel.function("sys_recvfrom").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_recvmsg@net/socket.c:2047").call? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg = kernel.function("sys_recvmsg").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_remap_file_pages@mm/fremap.c:124").call? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages = kernel.function("sys_remap_file_pages").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_removexattr@fs/xattr.c:510").call /* pc=_stext+0x176d2c */ /* <- syscall.removexattr = kernel.function("sys_removexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rename@fs/namei.c:2765").call /* pc=_stext+0x15fc88 */ /* <- syscall.rename = kernel.function("sys_rename").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_renameat@fs/namei.c:2672").call? /* pc=_stext+0x163634 */ /* <- syscall.renameat = kernel.function("sys_renameat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_request_key@security/keys/keyctl.c:152").call? /* pc=_stext+0x263580 */ /* <- syscall.request_key = kernel.function("sys_request_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_restart_syscall@kernel/signal.c:2056").call /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall = kernel.function("sys_restart_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rmdir@fs/namei.c:2244").call /* pc=_stext+0x163b30 */ /* <- syscall.rmdir = kernel.function("sys_rmdir").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").call? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction = kernel.function("sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").call? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32 = kernel.function("sys32_rt_sigaction").call?, kernel.function("compat_sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").call? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sig
kernel.function("sys_recv@net/socket.c:1746").call? /* pc=_stext+0x48840c */ /* <- syscall.recv = kernel.function("sys_recv").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_recvfrom@net/socket.c:1703").call? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom = kernel.function("sys_recvfrom").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_recvmsg@net/socket.c:2047").call? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg = kernel.function("sys_recvmsg").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_remap_file_pages@mm/fremap.c:124").call? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages = kernel.function("sys_remap_file_pages").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_removexattr@fs/xattr.c:510").call /* pc=_stext+0x176d2c */ /* <- syscall.removexattr = kernel.function("sys_removexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rename@fs/namei.c:2765").call /* pc=_stext+0x15fc88 */ /* <- syscall.rename = kernel.function("sys_rename").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_renameat@fs/namei.c:2672").call? /* pc=_stext+0x163634 */ /* <- syscall.renameat = kernel.function("sys_renameat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_request_key@security/keys/keyctl.c:152").call? /* pc=_stext+0x263580 */ /* <- syscall.request_key = kernel.function("sys_request_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_restart_syscall@kernel/signal.c:2056").call /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall = kernel.function("sys_restart_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rmdir@fs/namei.c:2244").call /* pc=_stext+0x163b30 */ /* <- syscall.rmdir = kernel.function("sys_rmdir").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").call? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction = kernel.function("sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").call? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32 = kernel.function("sys32_rt_sigaction").call?, kernel.function("compat_sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
pending = kernel.function("sys_rt_sigpending").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").call? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").call? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").call /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo = kernel.function("sys_rt_sigqueueinfo").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").call? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn = kernel.function("sys_rt_sigreturn").call?, kernel.function("sys32_rt_sigreturn").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").call? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").call? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").call? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").call /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_tee@fs/splice.c:2062").call? /* pc=_stext+0x17c650 */ /* <- syscall.tee = kernel.function("sys_tee").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_tgkill@kernel/signal.c:2380").call /* pc=_stext+0xa0880 */ /* <- syscall.tgkill = kernel.function("sys_tgkill"
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").call? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending = kernel.function("sys_rt_sigpending").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").call? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").call? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").call /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo = kernel.function("sys_rt_sigqueueinfo").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").call? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn = kernel.function("sys_rt_sigreturn").call?, kernel.function("sys32_rt_sigreturn").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").call? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").call? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").call? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").call /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_tee@fs/splice.c:2062").call? /* pc=_stext+0x17c650 */ /* <- syscall.tee = kernel.function("sys_tee").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
).call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_time@kernel/compat.c:899").call? /* pc=_stext+0xcc9d0 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_time@kernel/time.c:62").call? /* pc=_stext+0x94820 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_create@kernel/posix-timers.c:524").call /* pc=_stext+0xaa694 */ /* <- syscall.timer_create = kernel.function("sys_timer_create").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").call /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete = kernel.function("sys_timer_delete").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").call /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun = kernel.function("sys_timer_getoverrun").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").call /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime = kernel.function("sys_timer_gettime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").call /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime = kernel.function("sys_timer_settime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_times@kernel/compat.c:220").call? /* pc=_stext+0xcde48 */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_times@kernel/sys.c:896").call? /* pc=_stext+0xa402c */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_tkill@kernel/signal.c:2392").call /* pc=_stext+0xa0840 */ /* <- syscall.tkill = kernel.function("sys_tkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_truncate@fs/open.c:127").call? /* pc=_stext+0x153660 */ /* <- syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call? <- sys
kernel.function("SyS_tgkill@kernel/signal.c:2380").call /* pc=_stext+0xa0880 */ /* <- syscall.tgkill = kernel.function("sys_tgkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_time@kernel/compat.c:899").call? /* pc=_stext+0xcc9d0 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_time@kernel/time.c:62").call? /* pc=_stext+0x94820 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_create@kernel/posix-timers.c:524").call /* pc=_stext+0xaa694 */ /* <- syscall.timer_create = kernel.function("sys_timer_create").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").call /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete = kernel.function("sys_timer_delete").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").call /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun = kernel.function("sys_timer_getoverrun").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").call /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime = kernel.function("sys_timer_gettime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").call /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime = kernel.function("sys_timer_settime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_times@kernel/compat.c:220").call? /* pc=_stext+0xcde48 */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_times@kernel/sys.c:896").call? /* pc=_stext+0xa402c */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_tkill@kernel/signal.c:2392").call /* pc=_stext+0xa0840 */ /* <- syscall.tkill = kernel.function("sys_tkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
call.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_umask@kernel/sys.c:1460").call /* pc=_stext+0xa2444 */ /* <- syscall.umask = kernel.function("sys_umask").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_umount@fs/namespace.c:1132").call /* pc=_stext+0x1730b4 */ /* <- syscall.umount = kernel.function("sys_umount").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_uname@kernel/sys.c:1115").call? /* pc=_stext+0xa3628 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_olduname@kernel/sys.c:1132").call? /* pc=_stext+0xa37b8 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_newuname@kernel/sys.c:1097").call? /* pc=_stext+0xa36f4 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_unlink@fs/namei.c:2352").call /* pc=_stext+0x1639e0 */ /* <- syscall.unlink = kernel.function("sys_unlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_unlinkat@fs/namei.c:2341").call? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat = kernel.function("sys_unlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_unshare@kernel/fork.c:1621").call? /* pc=_stext+0x8b28c */ /* <- syscall.unshare = kernel.function("sys_unshare").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_uselib@fs/exec.c:107").call /* pc=_stext+0x15c55c */ /* <- syscall.uselib = kernel.function("sys_uselib").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ustat@fs/statfs.c:175").call /* pc=_stext+0x180708 */ /* <- syscall.ustat = kernel.function("sys_ustat").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_ustat@fs/compat.c:372").call? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat32 = kernel.function("compat_sys_ustat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.
kernel.function("SyS_truncate@fs/open.c:127").call? /* pc=_stext+0x153660 */ /* <- syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_umask@kernel/sys.c:1460").call /* pc=_stext+0xa2444 */ /* <- syscall.umask = kernel.function("sys_umask").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_umount@fs/namespace.c:1132").call /* pc=_stext+0x1730b4 */ /* <- syscall.umount = kernel.function("sys_umount").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_uname@kernel/sys.c:1115").call? /* pc=_stext+0xa3628 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_olduname@kernel/sys.c:1132").call? /* pc=_stext+0xa37b8 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_newuname@kernel/sys.c:1097").call? /* pc=_stext+0xa36f4 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_unlink@fs/namei.c:2352").call /* pc=_stext+0x1639e0 */ /* <- syscall.unlink = kernel.function("sys_unlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_unlinkat@fs/namei.c:2341").call? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat = kernel.function("sys_unlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_unshare@kernel/fork.c:1621").call? /* pc=_stext+0x8b28c */ /* <- syscall.unshare = kernel.function("sys_unshare").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_uselib@fs/exec.c:107").call /* pc=_stext+0x15c55c */ /* <- syscall.uselib = kernel.function("sys_uselib").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ustat@fs/statfs.c:175").call /* pc=_stext+0x180708 */ /* <- syscall.ustat = kernel.function("sys_ustat").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_utime@fs/utimes.c:27").call? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime = kernel.function("sys_utime").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_utimensat@fs/utimes.c:174").call? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat = kernel.function("sys_utimensat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_utimes@fs/utimes.c:220").call /* pc=_stext+0x17f910 */ /* <- syscall.utimes = kernel.function("sys_utimes").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_vhangup@fs/open.c:1009").call /* pc=_stext+0x151e6c */ /* <- syscall.vhangup = kernel.function("sys_vhangup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_vmsplice@fs/splice.c:1694").call? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice = kernel.function("sys_vmsplice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_wait4@kernel/exit.c:1727").call /* pc=_stext+0x92ae4 */ /* <- syscall.wait4 = kernel.function("sys_wait4").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_waitid@kernel/exit.c:1656").call /* pc=_stext+0x92bec */ /* <- syscall.waitid = kernel.function("sys_waitid").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_write@fs/read_write.c:409").call /* pc=_stext+0x154d90 */ /* <- syscall.write = kernel.function("sys_write").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_writev@fs/compat.c:1287").call? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_writev@fs/read_write.c:733").call /* pc=_stext+0x15483c */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string

kernel.function("compat_sys_ustat@fs/compat.c:372").call? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat32 = kernel.function("compat_sys_ustat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_utime@fs/utimes.c:27").call? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime = kernel.function("sys_utime").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_utimensat@fs/utimes.c:174").call? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat = kernel.function("sys_utimensat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_utimes@fs/utimes.c:220").call /* pc=_stext+0x17f910 */ /* <- syscall.utimes = kernel.function("sys_utimes").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_vhangup@fs/open.c:1009").call /* pc=_stext+0x151e6c */ /* <- syscall.vhangup = kernel.function("sys_vhangup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_vmsplice@fs/splice.c:1694").call? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice = kernel.function("sys_vmsplice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_wait4@kernel/exit.c:1727").call /* pc=_stext+0x92ae4 */ /* <- syscall.wait4 = kernel.function("sys_wait4").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_waitid@kernel/exit.c:1656").call /* pc=_stext+0x92bec */ /* <- syscall.waitid = kernel.function("sys_waitid").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_write@fs/read_write.c:409").call /* pc=_stext+0x154d90 */ /* <- syscall.write = kernel.function("sys_write").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_writev@fs/compat.c:1287").call? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_writev@fs/read_write.c:733").call /* pc=_stext+0x15483c */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
wait results: 8350 exp12 0 0
PASS: semok/nodwf02.stp
Running /home/src/testsuite/semok/nodwf03.stp
starting /home/src/testsuite/semok/nodwf03.stp
spawn2 /home/src/testsuite/semok/nodwf03.stp
spawn /home/src/testsuite/semok/nodwf03.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# globals
ncall:long
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68") /* pc=_stext+0xc1d4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75") /* pc=_stext+0xc160 */ /* <- kernel.function("sys_*") */
kernel.function("sys_execve@arch/powerpc/kernel/process.c:990") /* pc=_stext+0x12654 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clone@arch/powerpc/kernel/process.c:957") /* pc=_stext+0x11e20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fork@arch/powerpc/kernel/process.c:973") /* pc=_stext+0x11dd4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vfork@arch/powerpc/kernel/process.c:981") /* pc=_stext+0x11d88 */ /* <- kernel.function("sys_*") */
# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# globals

ncall:long

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68") /* pc=_stext+0xc1d4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75") /* pc=_stext+0xc160 */ /* <- kernel.function("sys_*") */

kernel.function("sys_execve@arch/powerpc/kernel/process.c:990") /* pc=_stext+0x12654 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clone@arch/powerpc/kernel/process.c:957") /* pc=_stext+0x11e20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fork@arch/powerpc/kernel/process.c:973") /* pc=_stext+0x11dd4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vfork@arch/powerpc/kernel/process.c:981") /* pc=_stext+0x11d88 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sigaltstack@arch/powerpc/kernel/signal.c:203") /* pc=_stext+0x140f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_swapcontext@arch/powerpc/kernel/signal_64.c:282") /* pc=_stext+0x1aa04 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354") /* pc=_stext+0x1a874 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pciconfig_iobase@arch/powerpc/kernel/pci_64.c:216") /* pc=_stext+0x2ffe0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_subpage_prot@arch/powerpc/mm/subpage-prot.c:143") /* pc=_stext+0x415f4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_spu_run@arch/powerpc/platforms/cell/spu_syscalls.c:95") /* pc=_stext+0x68bec */ /* <- kernel.function("sys_*") */
kernel.function("sys_spu_create@arch/powerpc/platforms/cell/spu_syscalls.c:70") /* pc=_stext+0x68d10 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976") /* pc=_stext+0x79410 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612") /* pc=_stext+0x85fe8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_getparam@kernel/sched.c:4638") /* pc=_stext+0x85f30 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001") /* pc=_stext+0x79444 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_nice@kernel/sched.c:4275") /* pc=_stext+0x8a668 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027") /* pc=_stext+0x85c8c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753") /* pc=_stext+0x862a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805") /* pc=_stext+0x85e88 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589") /* pc=_stext+0x8a0a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_setparam@kernel/sched.c:4603") /* pc=_stext+0x8a074 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_yield@kernel/sched.c:4839") /* pc=_stext+0x8aa98 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_set_tid_address@kernel/fork.c:917") /* pc=_stext+0x8b680 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_unshare@kernel/fork.c:1621") /* pc=_stext+0x8b28c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_personality@kernel/exec_domain.c:191") /* pc=_stext+0x8d908 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_syslog@kernel/printk.c:412") /* pc=_stext+0x8ff1c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_waitpid@kernel/exit.c:1771") /* pc=_stext+0x904dc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_wait4@kernel/exit.c:1727") /* pc=_stext+0x92ae4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_waitid@kernel/exit.c:1656") /* pc=_stext+0x92bec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_exit_group@kernel/exit.c:1087") /* pc=_stext+0x93698 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_exit@kernel/exit.c:1046") /* pc=_stext+0x936c0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getitimer@kernel/itimer.c:103") /* pc=_stext+0x93f64 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setitimer@kernel/itimer.c:280") /* pc=_stext+0x93be4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_stime@kernel/time.c:81") /* pc=_stext+0x9476c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_settimeofday@kernel/time.c:186") /* pc=_stext+0x9460c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_time@kernel/time.c:62") /* pc=_stext+0x94820 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_adjtimex@kernel/time.c:206") /* pc=_stext+0x9445c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_gettimeofday@kernel/time.c:102") /* pc=_stext+0x946c4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462") /* pc=_stext+0x998fc */ /* <- kernel.f
kernel.function("sys_sigaltstack@arch/powerpc/kernel/signal.c:203") /* pc=_stext+0x140f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_swapcontext@arch/powerpc/kernel/signal_64.c:282") /* pc=_stext+0x1aa04 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354") /* pc=_stext+0x1a874 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pciconfig_iobase@arch/powerpc/kernel/pci_64.c:216") /* pc=_stext+0x2ffe0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_subpage_prot@arch/powerpc/mm/subpage-prot.c:143") /* pc=_stext+0x415f4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_spu_run@arch/powerpc/platforms/cell/spu_syscalls.c:95") /* pc=_stext+0x68bec */ /* <- kernel.function("sys_*") */

kernel.function("sys_spu_create@arch/powerpc/platforms/cell/spu_syscalls.c:70") /* pc=_stext+0x68d10 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976") /* pc=_stext+0x79410 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612") /* pc=_stext+0x85fe8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_getparam@kernel/sched.c:4638") /* pc=_stext+0x85f30 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001") /* pc=_stext+0x79444 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_nice@kernel/sched.c:4275") /* pc=_stext+0x8a668 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027") /* pc=_stext+0x85c8c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753") /* pc=_stext+0x862a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805") /* pc=_stext+0x85e88 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589") /* pc=_stext+0x8a0a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_setparam@kernel/sched.c:4603") /* pc=_stext+0x8a074 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_yield@kernel/sched.c:4839") /* pc=_stext+0x8aa98 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_set_tid_address@kernel/fork.c:917") /* pc=_stext+0x8b680 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_unshare@kernel/fork.c:1621") /* pc=_stext+0x8b28c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_personality@kernel/exec_domain.c:191") /* pc=_stext+0x8d908 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_syslog@kernel/printk.c:412") /* pc=_stext+0x8ff1c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_waitpid@kernel/exit.c:1771") /* pc=_stext+0x904dc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_wait4@kernel/exit.c:1727") /* pc=_stext+0x92ae4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_waitid@kernel/exit.c:1656") /* pc=_stext+0x92bec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_exit_group@kernel/exit.c:1087") /* pc=_stext+0x93698 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_exit@kernel/exit.c:1046") /* pc=_stext+0x936c0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getitimer@kernel/itimer.c:103") /* pc=_stext+0x93f64 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setitimer@kernel/itimer.c:280") /* pc=_stext+0x93be4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_stime@kernel/time.c:81") /* pc=_stext+0x9476c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_settimeofday@kernel/time.c:186") /* pc=_stext+0x9460c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_time@kernel/time.c:62") /* pc=_stext+0x94820 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_adjtimex@kernel/time.c:206") /* pc=_stext+0x9445c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_gettimeofday@kernel/time.c:102") /* pc=_stext+0x946c4 */ /* <- kernel.function("sys_*") */
unction("sys_*") */
kernel.function("SyS_capset@kernel/capability.c:235") /* pc=_stext+0x9a7c8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_capget@kernel/capability.c:161") /* pc=_stext+0x9aa10 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ptrace@kernel/ptrace.c:688") /* pc=_stext+0x9b8ac */ /* <- kernel.function("sys_*") */
kernel.function("sys_getegid@kernel/timer.c:1378") /* pc=_stext+0x9c72c */ /* <- kernel.function("sys_*") */
kernel.function("sys_gettid@kernel/timer.c:1494") /* pc=_stext+0x9ccd8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getuid@kernel/timer.c:1360") /* pc=_stext+0x9c6fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sysinfo@kernel/timer.c:1565") /* pc=_stext+0x9cc70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgid@kernel/timer.c:1372") /* pc=_stext+0x9c71c */ /* <- kernel.function("sys_*") */
kernel.function("sys_geteuid@kernel/timer.c:1366") /* pc=_stext+0x9c70c */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpid@kernel/timer.c:1338") /* pc=_stext+0x9cfb0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_alarm@kernel/timer.c:1314") /* pc=_stext+0x9cfe0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getppid@kernel/timer.c:1349") /* pc=_stext+0x9cf7c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_tkill@kernel/signal.c:2392") /* pc=_stext+0xa0840 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402") /* pc=_stext+0xa0a58 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_tgkill@kernel/signal.c:2380") /* pc=_stext+0xa0880 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sigprocmask@kernel/signal.c:2571") /* pc=_stext+0x9e44c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241") /* pc=_stext+0xa1e34 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pause@kernel/signal.c:2698") /* pc=_stext+0x9e0f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707") /* pc=_stext+0x9e12c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ssetmask@kernel/signal.c:2660") /* pc=_stext+0x9e210 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sgetmask@kernel/signal.c:2655") /* pc=_stext+0x9e0e4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigaction@kernel/signal.c:2624") /* pc=_stext+0x9ecd0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_tgsigqueueinfo@kernel/signal.c:2435") /* pc=_stext+0xa0730 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109") /* pc=_stext+0x9e5a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sigpending@kernel/signal.c:2559") /* pc=_stext+0x9e440 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_kill@kernel/signal.c:2314") /* pc=_stext+0xa0c20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_restart_syscall@kernel/signal.c:2056") /* pc=_stext+0x9e098 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_signal@kernel/signal.c:2680") /* pc=_stext+0x9ec74 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168") /* pc=_stext+0x9e448 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getcpu@kernel/sys.c:1622") /* pc=_stext+0xa2498 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setfsgid@kernel/sys.c:852") /* pc=_stext+0xa40c4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setpgid@kernel/sys.c:921") /* pc=_stext+0xa3d98 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_umask@kernel/sys.c:1460") /* pc=_stext+0xa2444 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setsid@kernel/sys.c:1056") /* pc=_stext+0xa3b8c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setdomainname@kernel/sys.c:1214") /* pc=_stext+0xa3388 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sethostname@kernel/sys.c:1165") /* pc=_stext+0xa3474 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setuid@kernel/sys.c:655") /*
kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462") /* pc=_stext+0x998fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_capset@kernel/capability.c:235") /* pc=_stext+0x9a7c8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_capget@kernel/capability.c:161") /* pc=_stext+0x9aa10 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ptrace@kernel/ptrace.c:688") /* pc=_stext+0x9b8ac */ /* <- kernel.function("sys_*") */

kernel.function("sys_getegid@kernel/timer.c:1378") /* pc=_stext+0x9c72c */ /* <- kernel.function("sys_*") */

kernel.function("sys_gettid@kernel/timer.c:1494") /* pc=_stext+0x9ccd8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getuid@kernel/timer.c:1360") /* pc=_stext+0x9c6fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sysinfo@kernel/timer.c:1565") /* pc=_stext+0x9cc70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgid@kernel/timer.c:1372") /* pc=_stext+0x9c71c */ /* <- kernel.function("sys_*") */

kernel.function("sys_geteuid@kernel/timer.c:1366") /* pc=_stext+0x9c70c */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpid@kernel/timer.c:1338") /* pc=_stext+0x9cfb0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_alarm@kernel/timer.c:1314") /* pc=_stext+0x9cfe0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getppid@kernel/timer.c:1349") /* pc=_stext+0x9cf7c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_tkill@kernel/signal.c:2392") /* pc=_stext+0xa0840 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402") /* pc=_stext+0xa0a58 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_tgkill@kernel/signal.c:2380") /* pc=_stext+0xa0880 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sigprocmask@kernel/signal.c:2571") /* pc=_stext+0x9e44c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241") /* pc=_stext+0xa1e34 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pause@kernel/signal.c:2698") /* pc=_stext+0x9e0f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707") /* pc=_stext+0x9e12c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ssetmask@kernel/signal.c:2660") /* pc=_stext+0x9e210 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sgetmask@kernel/signal.c:2655") /* pc=_stext+0x9e0e4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigaction@kernel/signal.c:2624") /* pc=_stext+0x9ecd0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_tgsigqueueinfo@kernel/signal.c:2435") /* pc=_stext+0xa0730 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109") /* pc=_stext+0x9e5a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sigpending@kernel/signal.c:2559") /* pc=_stext+0x9e440 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_kill@kernel/signal.c:2314") /* pc=_stext+0xa0c20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_restart_syscall@kernel/signal.c:2056") /* pc=_stext+0x9e098 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_signal@kernel/signal.c:2680") /* pc=_stext+0x9ec74 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigpending@kernel/signal.c:2168") /* pc=_stext+0x9e448 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getcpu@kernel/sys.c:1622") /* pc=_stext+0xa2498 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setfsgid@kernel/sys.c:852") /* pc=_stext+0xa40c4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setpgid@kernel/sys.c:921") /* pc=_stext+0xa3d98 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_umask@kernel/sys.c:1460") /* pc=_stext+0xa2444 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setsid@kernel/sys.c:1056") /* pc=_stext+0xa3b8c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setdomainname@kernel/sys.c:1214") /* pc=_stext+0xa3388 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sethostname@kernel/sys.c:1165") /* pc=_stext+0xa3474 */ /* <- kernel.function("sys_*") */
 pc=_stext+0xa4840 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_gethostname@kernel/sys.c:1189") /* pc=_stext+0xa3560 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setfsuid@kernel/sys.c:819") /* pc=_stext+0xa44f0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getpriority@kernel/sys.c:216") /* pc=_stext+0xa5088 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getresgid@kernel/sys.c:800") /* pc=_stext+0xa25b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setresgid@kernel/sys.c:761") /* pc=_stext+0xa419c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getpgid@kernel/sys.c:990") /* pc=_stext+0xa3d18 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_olduname@kernel/sys.c:1132") /* pc=_stext+0xa37b8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setgid@kernel/sys.c:531") /* pc=_stext+0xa42f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setregid@kernel/sys.c:484") /* pc=_stext+0xa43b8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newuname@kernel/sys.c:1097") /* pc=_stext+0xa36f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_times@kernel/sys.c:896") /* pc=_stext+0xa402c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getrusage@kernel/sys.c:1452") /* pc=_stext+0xa3030 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setrlimit@kernel/sys.c:1275") /* pc=_stext+0xa3078 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setpriority@kernel/sys.c:149") /* pc=_stext+0xa53d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_prctl@kernel/sys.c:1467") /* pc=_stext+0xa284c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_old_getrlimit@kernel/sys.c:1257") /* pc=_stext+0xa31e4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_reboot@kernel/sys.c:369") /* pc=_stext+0xa4e2c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setreuid@kernel/sys.c:594") /* pc=_stext+0xa4944 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getrlimit@kernel/sys.c:1237") /* pc=_stext+0xa32cc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setresuid@kernel/sys.c:696") /* pc=_stext+0xa46a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_uname@kernel/sys.c:1115") /* pc=_stext+0xa3628 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getresuid@kernel/sys.c:746") /* pc=_stext+0xa2700 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpgrp@kernel/sys.c:1021") /* pc=_stext+0xa3cf0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getsid@kernel/sys.c:1027") /* pc=_stext+0xa3c70 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732") /* pc=_stext+0xa9ee0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_getres@kernel/posix-timers.c:972") /* pc=_stext+0xa98e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955") /* pc=_stext+0xa99d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_settime@kernel/posix-timers.c:942") /* pc=_stext+0xa9ad8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_delete@kernel/posix-timers.c:855") /* pc=_stext+0xa9f34 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_create@kernel/posix-timers.c:524") /* pc=_stext+0xaa694 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003") /* pc=_stext+0xa9784 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703") /* pc=_stext+0xaa5a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_settime@kernel/posix-timers.c:802") /* pc=_stext+0xaa208 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15") /* pc=_stext+0xac668 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607") /* pc=_stext+0xb0044 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getgroups@kernel/groups.c:203") /* pc=_stext+0xb3d20 */ /* <- kernel.function("sys_
kernel.function("SyS_setuid@kernel/sys.c:655") /* pc=_stext+0xa4840 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_gethostname@kernel/sys.c:1189") /* pc=_stext+0xa3560 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setfsuid@kernel/sys.c:819") /* pc=_stext+0xa44f0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getpriority@kernel/sys.c:216") /* pc=_stext+0xa5088 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getresgid@kernel/sys.c:800") /* pc=_stext+0xa25b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setresgid@kernel/sys.c:761") /* pc=_stext+0xa419c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getpgid@kernel/sys.c:990") /* pc=_stext+0xa3d18 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_olduname@kernel/sys.c:1132") /* pc=_stext+0xa37b8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setgid@kernel/sys.c:531") /* pc=_stext+0xa42f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setregid@kernel/sys.c:484") /* pc=_stext+0xa43b8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newuname@kernel/sys.c:1097") /* pc=_stext+0xa36f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_times@kernel/sys.c:896") /* pc=_stext+0xa402c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getrusage@kernel/sys.c:1452") /* pc=_stext+0xa3030 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setrlimit@kernel/sys.c:1275") /* pc=_stext+0xa3078 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setpriority@kernel/sys.c:149") /* pc=_stext+0xa53d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_prctl@kernel/sys.c:1467") /* pc=_stext+0xa284c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_old_getrlimit@kernel/sys.c:1257") /* pc=_stext+0xa31e4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_reboot@kernel/sys.c:369") /* pc=_stext+0xa4e2c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setreuid@kernel/sys.c:594") /* pc=_stext+0xa4944 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getrlimit@kernel/sys.c:1237") /* pc=_stext+0xa32cc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setresuid@kernel/sys.c:696") /* pc=_stext+0xa46a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_uname@kernel/sys.c:1115") /* pc=_stext+0xa3628 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getresuid@kernel/sys.c:746") /* pc=_stext+0xa2700 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpgrp@kernel/sys.c:1021") /* pc=_stext+0xa3cf0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getsid@kernel/sys.c:1027") /* pc=_stext+0xa3c70 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732") /* pc=_stext+0xa9ee0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_getres@kernel/posix-timers.c:972") /* pc=_stext+0xa98e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955") /* pc=_stext+0xa99d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_settime@kernel/posix-timers.c:942") /* pc=_stext+0xa9ad8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_delete@kernel/posix-timers.c:855") /* pc=_stext+0xa9f34 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_create@kernel/posix-timers.c:524") /* pc=_stext+0xaa694 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003") /* pc=_stext+0xa9784 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703") /* pc=_stext+0xaa5a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_settime@kernel/posix-timers.c:802") /* pc=_stext+0xaa208 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ni_syscall@kernel/sys_ni.c:15") /* pc=_stext+0xac668 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607") /* pc=_stext+0xb0044 */ /* <- kernel.function("sys_*") */
*") */
kernel.function("SyS_setgroups@kernel/groups.c:232") /* pc=_stext+0xb4200 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_set_robust_list@kernel/futex.c:2361") /* pc=_stext+0xbc6d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_get_robust_list@kernel/futex.c:2384") /* pc=_stext+0xbfd54 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_futex@kernel/futex.c:2616") /* pc=_stext+0xbfba8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_delete_module@kernel/module.c:721") /* pc=_stext+0xc6c30 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_init_module@kernel/module.c:2603") /* pc=_stext+0xc691c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_acct@kernel/acct.c:274") /* pc=_stext+0xc8de8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_kexec_load@kernel/kexec.c:940") /* pc=_stext+0xca598 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_perf_event_open@kernel/perf_event.c:5067") /* pc=_stext+0xfeef8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readahead@mm/filemap.c:1396") /* pc=_stext+0x10559c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fadvise64_64@mm/fadvise.c:139") /* pc=_stext+0x1098c4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fadvise64@mm/fadvise.c:153") /* pc=_stext+0x109898 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_remap_file_pages@mm/fremap.c:124") /* pc=_stext+0x11fd18 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_madvise@mm/madvise.c:335") /* pc=_stext+0x1201ec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mincore@mm/mincore.c:257") /* pc=_stext+0x125e9c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_munlock@mm/mlock.c:500") /* pc=_stext+0x127018 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mlockall@mm/mlock.c:537") /* pc=_stext+0x126dec */ /* <- kernel.function("sys_*") */
kernel.function("sys_munlockall@mm/mlock.c:566") /* pc=_stext+0x126d90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mlock@mm/mlock.c:472") /* pc=_stext+0x12709c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_munmap@mm/mmap.c:2096") /* pc=_stext+0x1293d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mmap_pgoff@mm/mmap.c:1083") /* pc=_stext+0x12a8ac */ /* <- kernel.function("sys_*") */
kernel.function("SyS_brk@mm/mmap.c:245") /* pc=_stext+0x129e2c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mprotect@mm/mprotect.c:222") /* pc=_stext+0x12b0ec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mremap@mm/mremap.c:512") /* pc=_stext+0x12bfa0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msync@mm/msync.c:31") /* pc=_stext+0x12c040 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_swapoff@mm/swapfile.c:1531") /* pc=_stext+0x1355d8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_swapon@mm/swapfile.c:1791") /* pc=_stext+0x13426c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350") /* pc=_stext+0x13f9f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255") /* pc=_stext+0x13f49c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mbind@mm/mempolicy.c:1234") /* pc=_stext+0x13ff60 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275") /* pc=_stext+0x140704 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_move_pages@mm/migrate.c:1078") /* pc=_stext+0x147974 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchdir@fs/open.c:382") /* pc=_stext+0x152f5c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_openat@fs/open.c:914") /* pc=_stext+0x15236c */ /* <- kernel.function("sys_*") */
kernel.function("sys_vhangup@fs/open.c:1009") /* pc=_stext+0x151e6c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chmod@fs/open.c:507") /* pc=_stext+0x152e80 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchownat@fs/open.c:559") /* pc=_stext+0x152c20 */ /* <- kernel.function("sys_*") */
kernel.function("SyS
kernel.function("SyS_getgroups@kernel/groups.c:203") /* pc=_stext+0xb3d20 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setgroups@kernel/groups.c:232") /* pc=_stext+0xb4200 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_set_robust_list@kernel/futex.c:2361") /* pc=_stext+0xbc6d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_get_robust_list@kernel/futex.c:2384") /* pc=_stext+0xbfd54 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_futex@kernel/futex.c:2616") /* pc=_stext+0xbfba8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_delete_module@kernel/module.c:721") /* pc=_stext+0xc6c30 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_init_module@kernel/module.c:2603") /* pc=_stext+0xc691c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_acct@kernel/acct.c:274") /* pc=_stext+0xc8de8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_kexec_load@kernel/kexec.c:940") /* pc=_stext+0xca598 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_perf_event_open@kernel/perf_event.c:5067") /* pc=_stext+0xfeef8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readahead@mm/filemap.c:1396") /* pc=_stext+0x10559c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fadvise64_64@mm/fadvise.c:139") /* pc=_stext+0x1098c4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fadvise64@mm/fadvise.c:153") /* pc=_stext+0x109898 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_remap_file_pages@mm/fremap.c:124") /* pc=_stext+0x11fd18 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_madvise@mm/madvise.c:335") /* pc=_stext+0x1201ec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mincore@mm/mincore.c:257") /* pc=_stext+0x125e9c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_munlock@mm/mlock.c:500") /* pc=_stext+0x127018 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mlockall@mm/mlock.c:537") /* pc=_stext+0x126dec */ /* <- kernel.function("sys_*") */

kernel.function("sys_munlockall@mm/mlock.c:566") /* pc=_stext+0x126d90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mlock@mm/mlock.c:472") /* pc=_stext+0x12709c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_munmap@mm/mmap.c:2096") /* pc=_stext+0x1293d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mmap_pgoff@mm/mmap.c:1083") /* pc=_stext+0x12a8ac */ /* <- kernel.function("sys_*") */

kernel.function("SyS_brk@mm/mmap.c:245") /* pc=_stext+0x129e2c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mprotect@mm/mprotect.c:222") /* pc=_stext+0x12b0ec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mremap@mm/mremap.c:512") /* pc=_stext+0x12bfa0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msync@mm/msync.c:31") /* pc=_stext+0x12c040 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_swapoff@mm/swapfile.c:1531") /* pc=_stext+0x1355d8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_swapon@mm/swapfile.c:1791") /* pc=_stext+0x13426c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350") /* pc=_stext+0x13f9f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255") /* pc=_stext+0x13f49c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mbind@mm/mempolicy.c:1234") /* pc=_stext+0x13ff60 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275") /* pc=_stext+0x140704 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_move_pages@mm/migrate.c:1078") /* pc=_stext+0x147974 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchdir@fs/open.c:382") /* pc=_stext+0x152f5c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_openat@fs/open.c:914") /* pc=_stext+0x15236c */ /* <- kernel.function("sys_*") */

kernel.function("sys_vhangup@fs/open.c:1009") /* pc=_stext+0x151e6c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chmod@fs/open.c:507") /* pc=_stext+0x152e80 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchownat@fs/open.c:559") /* pc=_stext+0x152c20 */ /* <- kernel.function("sys_*") */
_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_access@fs/open.c:356") /* pc=_stext+0x153084 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ftruncate@fs/open.c:178") /* pc=_stext+0x153514 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_truncate@fs/open.c:127") /* pc=_stext+0x153660 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chown@fs/open.c:539") /* pc=_stext+0x152ce4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchmodat@fs/open.c:474") /* pc=_stext+0x152d90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fallocate@fs/open.c:275") /* pc=_stext+0x1533cc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chroot@fs/open.c:408") /* pc=_stext+0x152eb0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lchown@fs/open.c:583") /* pc=_stext+0x152b74 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_creat@fs/open.c:933") /* pc=_stext+0x152138 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchmod@fs/open.c:436") /* pc=_stext+0x152a48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchown@fs/open.c:602") /* pc=_stext+0x152980 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chdir@fs/open.c:361") /* pc=_stext+0x152ff4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_close@fs/open.c:969") /* pc=_stext+0x152018 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_faccessat@fs/open.c:286") /* pc=_stext+0x1530b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pwritev@fs/read_write.c:785") /* pc=_stext+0x154764 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendfile64@fs/read_write.c:916") /* pc=_stext+0x1542a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lseek@fs/read_write.c:167") /* pc=_stext+0x153a5c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_writev@fs/read_write.c:733") /* pc=_stext+0x15483c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_read@fs/read_write.c:391") /* pc=_stext+0x1550bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readv@fs/read_write.c:712") /* pc=_stext+0x154a3c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_llseek@fs/read_write.c:193") /* pc=_stext+0x15515c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_write@fs/read_write.c:409") /* pc=_stext+0x154d90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendfile@fs/read_write.c:897") /* pc=_stext+0x1543b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_preadv@fs/read_write.c:760") /* pc=_stext+0x154964 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pwrite64@fs/read_write.c:477") /* pc=_stext+0x154ce0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pread64@fs/read_write.c:448") /* pc=_stext+0x15500c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newfstatat@fs/stat.c:261") /* pc=_stext+0x1593fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readlink@fs/stat.c:312") /* pc=_stext+0x159138 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newfstat@fs/stat.c:273") /* pc=_stext+0x15968c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstat64@fs/stat.c:380") /* pc=_stext+0x159634 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readlinkat@fs/stat.c:285") /* pc=_stext+0x159170 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newlstat@fs/stat.c:247") /* pc=_stext+0x1594bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newstat@fs/stat.c:237") /* pc=_stext+0x159574 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lstat64@fs/stat.c:369") /* pc=_stext+0x159468 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_stat64@fs/stat.c:358") /* pc=_stext+0x159520 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstatat64@fs/stat.c:392") /* pc=_stext+0x1593a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_uselib@fs/exec.c:107") /* pc=_stext+0x15c55c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pipe@fs/pipe.c:1117") /* pc=_stext+0x1
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_access@fs/open.c:356") /* pc=_stext+0x153084 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ftruncate@fs/open.c:178") /* pc=_stext+0x153514 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_truncate@fs/open.c:127") /* pc=_stext+0x153660 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chown@fs/open.c:539") /* pc=_stext+0x152ce4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchmodat@fs/open.c:474") /* pc=_stext+0x152d90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fallocate@fs/open.c:275") /* pc=_stext+0x1533cc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chroot@fs/open.c:408") /* pc=_stext+0x152eb0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lchown@fs/open.c:583") /* pc=_stext+0x152b74 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_creat@fs/open.c:933") /* pc=_stext+0x152138 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchmod@fs/open.c:436") /* pc=_stext+0x152a48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchown@fs/open.c:602") /* pc=_stext+0x152980 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chdir@fs/open.c:361") /* pc=_stext+0x152ff4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_close@fs/open.c:969") /* pc=_stext+0x152018 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_faccessat@fs/open.c:286") /* pc=_stext+0x1530b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pwritev@fs/read_write.c:785") /* pc=_stext+0x154764 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendfile64@fs/read_write.c:916") /* pc=_stext+0x1542a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lseek@fs/read_write.c:167") /* pc=_stext+0x153a5c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_writev@fs/read_write.c:733") /* pc=_stext+0x15483c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_read@fs/read_write.c:391") /* pc=_stext+0x1550bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readv@fs/read_write.c:712") /* pc=_stext+0x154a3c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_llseek@fs/read_write.c:193") /* pc=_stext+0x15515c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_write@fs/read_write.c:409") /* pc=_stext+0x154d90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendfile@fs/read_write.c:897") /* pc=_stext+0x1543b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_preadv@fs/read_write.c:760") /* pc=_stext+0x154964 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pwrite64@fs/read_write.c:477") /* pc=_stext+0x154ce0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pread64@fs/read_write.c:448") /* pc=_stext+0x15500c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newfstatat@fs/stat.c:261") /* pc=_stext+0x1593fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readlink@fs/stat.c:312") /* pc=_stext+0x159138 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newfstat@fs/stat.c:273") /* pc=_stext+0x15968c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstat64@fs/stat.c:380") /* pc=_stext+0x159634 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readlinkat@fs/stat.c:285") /* pc=_stext+0x159170 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newlstat@fs/stat.c:247") /* pc=_stext+0x1594bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newstat@fs/stat.c:237") /* pc=_stext+0x159574 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lstat64@fs/stat.c:369") /* pc=_stext+0x159468 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_stat64@fs/stat.c:358") /* pc=_stext+0x159520 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstatat64@fs/stat.c:392") /* pc=_stext+0x1593a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_uselib@fs/exec.c:107") /* pc=_stext+0x15c55c */ /* <- kernel.function("sys_*") */
5d4f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pipe2@fs/pipe.c:1101") /* pc=_stext+0x15dc6c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_linkat@fs/namei.c:2471") /* pc=_stext+0x164028 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_symlinkat@fs/namei.c:2378") /* pc=_stext+0x163e68 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mknodat@fs/namei.c:2013") /* pc=_stext+0x163c50 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_unlinkat@fs/namei.c:2341") /* pc=_stext+0x163b00 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mknod@fs/namei.c:2067") /* pc=_stext+0x15fe38 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_unlink@fs/namei.c:2352") /* pc=_stext+0x1639e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rename@fs/namei.c:2765") /* pc=_stext+0x15fc88 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mkdirat@fs/namei.c:2093") /* pc=_stext+0x163b3c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_link@fs/namei.c:2520") /* pc=_stext+0x15fcbc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_renameat@fs/namei.c:2672") /* pc=_stext+0x163634 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rmdir@fs/namei.c:2244") /* pc=_stext+0x163b30 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mkdir@fs/namei.c:2130") /* pc=_stext+0x15fe08 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_symlink@fs/namei.c:2419") /* pc=_stext+0x15fcf4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_dup@fs/fcntl.c:131") /* pc=_stext+0x165858 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_dup3@fs/fcntl.c:53") /* pc=_stext+0x165944 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_dup2@fs/fcntl.c:116") /* pc=_stext+0x1658d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fcntl@fs/fcntl.c:429") /* pc=_stext+0x1652bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ioctl@fs/ioctl.c:613") /* pc=_stext+0x1663fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getdents64@fs/readdir.c:274") /* pc=_stext+0x167068 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getdents@fs/readdir.c:192") /* pc=_stext+0x16718c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_old_readdir@fs/readdir.c:106") /* pc=_stext+0x1672c8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ppoll@fs/select.c:952") /* pc=_stext+0x167c48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_select@fs/select.c:597") /* pc=_stext+0x168a1c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pselect6@fs/select.c:677") /* pc=_stext+0x1687c0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_poll@fs/select.c:916") /* pc=_stext+0x167dec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getcwd@fs/dcache.c:2102") /* pc=_stext+0x16a9e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sysfs@fs/filesystems.c:182") /* pc=_stext+0x170d04 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_oldumount@fs/namespace.c:1171") /* pc=_stext+0x172818 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pivot_root@fs/namespace.c:2185") /* pc=_stext+0x171ea8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_umount@fs/namespace.c:1132") /* pc=_stext+0x1730b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mount@fs/namespace.c:2119") /* pc=_stext+0x174db0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_llistxattr@fs/xattr.c:464") /* pc=_stext+0x177010 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lremovexattr@fs/xattr.c:528") /* pc=_stext+0x176c9c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_flistxattr@fs/xattr.c:477") /* pc=_stext+0x176f60 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lsetxattr@fs/xattr.c:300") /* pc=_stext+0x177bcc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_removexattr@fs/xattr.c:510") /* pc=_stext+0x176d2c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fgetxattr@fs/xattr.c:405") /* pc=_stext+0x177478 */ /* <- kerne
kernel.function("SyS_pipe@fs/pipe.c:1117") /* pc=_stext+0x15d4f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pipe2@fs/pipe.c:1101") /* pc=_stext+0x15dc6c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_linkat@fs/namei.c:2471") /* pc=_stext+0x164028 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_symlinkat@fs/namei.c:2378") /* pc=_stext+0x163e68 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mknodat@fs/namei.c:2013") /* pc=_stext+0x163c50 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_unlinkat@fs/namei.c:2341") /* pc=_stext+0x163b00 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mknod@fs/namei.c:2067") /* pc=_stext+0x15fe38 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_unlink@fs/namei.c:2352") /* pc=_stext+0x1639e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rename@fs/namei.c:2765") /* pc=_stext+0x15fc88 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mkdirat@fs/namei.c:2093") /* pc=_stext+0x163b3c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_link@fs/namei.c:2520") /* pc=_stext+0x15fcbc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_renameat@fs/namei.c:2672") /* pc=_stext+0x163634 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rmdir@fs/namei.c:2244") /* pc=_stext+0x163b30 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mkdir@fs/namei.c:2130") /* pc=_stext+0x15fe08 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_symlink@fs/namei.c:2419") /* pc=_stext+0x15fcf4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_dup@fs/fcntl.c:131") /* pc=_stext+0x165858 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_dup3@fs/fcntl.c:53") /* pc=_stext+0x165944 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_dup2@fs/fcntl.c:116") /* pc=_stext+0x1658d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fcntl@fs/fcntl.c:429") /* pc=_stext+0x1652bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ioctl@fs/ioctl.c:613") /* pc=_stext+0x1663fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getdents64@fs/readdir.c:274") /* pc=_stext+0x167068 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getdents@fs/readdir.c:192") /* pc=_stext+0x16718c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_old_readdir@fs/readdir.c:106") /* pc=_stext+0x1672c8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ppoll@fs/select.c:952") /* pc=_stext+0x167c48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_select@fs/select.c:597") /* pc=_stext+0x168a1c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pselect6@fs/select.c:677") /* pc=_stext+0x1687c0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_poll@fs/select.c:916") /* pc=_stext+0x167dec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getcwd@fs/dcache.c:2102") /* pc=_stext+0x16a9e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sysfs@fs/filesystems.c:182") /* pc=_stext+0x170d04 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_oldumount@fs/namespace.c:1171") /* pc=_stext+0x172818 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pivot_root@fs/namespace.c:2185") /* pc=_stext+0x171ea8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_umount@fs/namespace.c:1132") /* pc=_stext+0x1730b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mount@fs/namespace.c:2119") /* pc=_stext+0x174db0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_llistxattr@fs/xattr.c:464") /* pc=_stext+0x177010 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lremovexattr@fs/xattr.c:528") /* pc=_stext+0x176c9c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_flistxattr@fs/xattr.c:477") /* pc=_stext+0x176f60 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lsetxattr@fs/xattr.c:300") /* pc=_stext+0x177bcc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_removexattr@fs/xattr.c:510") /* pc=_stext+0x176d2c */ /* <- kernel.function("sys_*") */
l.function("sys_*") */
kernel.function("SyS_listxattr@fs/xattr.c:450") /* pc=_stext+0x17709c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getxattr@fs/xattr.c:377") /* pc=_stext+0x1775d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fsetxattr@fs/xattr.c:318") /* pc=_stext+0x177ad0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setxattr@fs/xattr.c:281") /* pc=_stext+0x177c8c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fremovexattr@fs/xattr.c:545") /* pc=_stext+0x176bd0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lgetxattr@fs/xattr.c:391") /* pc=_stext+0x177538 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_tee@fs/splice.c:2062") /* pc=_stext+0x17c650 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_vmsplice@fs/splice.c:1694") /* pc=_stext+0x17e588 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_splice@fs/splice.c:1721") /* pc=_stext+0x17cbc4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sync_file_range2@fs/sync.c:398") /* pc=_stext+0x17f184 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sync_file_range@fs/sync.c:381") /* pc=_stext+0x17f1bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_sync@fs/sync.c:99") /* pc=_stext+0x17f878 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fsync@fs/sync.c:221") /* pc=_stext+0x17f510 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fdatasync@fs/sync.c:226") /* pc=_stext+0x17f4e8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_futimesat@fs/utimes.c:192") /* pc=_stext+0x17fc48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_utimensat@fs/utimes.c:174") /* pc=_stext+0x17fd10 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_utime@fs/utimes.c:27") /* pc=_stext+0x17fdb4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_utimes@fs/utimes.c:220") /* pc=_stext+0x17f910 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_statfs64@fs/statfs.c:118") /* pc=_stext+0x1808bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ustat@fs/statfs.c:175") /* pc=_stext+0x180708 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_statfs@fs/statfs.c:102") /* pc=_stext+0x180a44 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstatfs64@fs/statfs.c:154") /* pc=_stext+0x1807ec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstatfs@fs/statfs.c:136") /* pc=_stext+0x180984 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_bdflush@fs/buffer.c:3278") /* pc=_stext+0x181098 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ioprio_get@fs/ioprio.c:192") /* pc=_stext+0x18e284 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ioprio_set@fs/ioprio.c:76") /* pc=_stext+0x18e688 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726") /* pc=_stext+0x193a28 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640") /* pc=_stext+0x19403c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686") /* pc=_stext+0x193c14 */ /* <- kernel.function("sys_*") */
kernel.function("sys_inotify_init@fs/notify/inotify/inotify_user.c:681") /* pc=_stext+0x194014 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321") /* pc=_stext+0x194e00 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187") /* pc=_stext+0x195928 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_create@fs/eventpoll.c:1215") /* pc=_stext+0x1958f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375") /* pc=_stext+0x194394 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229") /* pc=_stext+0x195370 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_signalfd@fs/signalfd.c:264") /* pc=_stext+0x195d78 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_signalfd4@fs/signalfd.c:21
kernel.function("SyS_fgetxattr@fs/xattr.c:405") /* pc=_stext+0x177478 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_listxattr@fs/xattr.c:450") /* pc=_stext+0x17709c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getxattr@fs/xattr.c:377") /* pc=_stext+0x1775d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fsetxattr@fs/xattr.c:318") /* pc=_stext+0x177ad0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setxattr@fs/xattr.c:281") /* pc=_stext+0x177c8c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fremovexattr@fs/xattr.c:545") /* pc=_stext+0x176bd0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lgetxattr@fs/xattr.c:391") /* pc=_stext+0x177538 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_tee@fs/splice.c:2062") /* pc=_stext+0x17c650 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_vmsplice@fs/splice.c:1694") /* pc=_stext+0x17e588 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_splice@fs/splice.c:1721") /* pc=_stext+0x17cbc4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sync_file_range2@fs/sync.c:398") /* pc=_stext+0x17f184 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sync_file_range@fs/sync.c:381") /* pc=_stext+0x17f1bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_sync@fs/sync.c:99") /* pc=_stext+0x17f878 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fsync@fs/sync.c:221") /* pc=_stext+0x17f510 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fdatasync@fs/sync.c:226") /* pc=_stext+0x17f4e8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_futimesat@fs/utimes.c:192") /* pc=_stext+0x17fc48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_utimensat@fs/utimes.c:174") /* pc=_stext+0x17fd10 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_utime@fs/utimes.c:27") /* pc=_stext+0x17fdb4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_utimes@fs/utimes.c:220") /* pc=_stext+0x17f910 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_statfs64@fs/statfs.c:118") /* pc=_stext+0x1808bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ustat@fs/statfs.c:175") /* pc=_stext+0x180708 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_statfs@fs/statfs.c:102") /* pc=_stext+0x180a44 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstatfs64@fs/statfs.c:154") /* pc=_stext+0x1807ec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstatfs@fs/statfs.c:136") /* pc=_stext+0x180984 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_bdflush@fs/buffer.c:3278") /* pc=_stext+0x181098 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ioprio_get@fs/ioprio.c:192") /* pc=_stext+0x18e284 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ioprio_set@fs/ioprio.c:76") /* pc=_stext+0x18e688 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726") /* pc=_stext+0x193a28 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640") /* pc=_stext+0x19403c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686") /* pc=_stext+0x193c14 */ /* <- kernel.function("sys_*") */

kernel.function("sys_inotify_init@fs/notify/inotify/inotify_user.c:681") /* pc=_stext+0x194014 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321") /* pc=_stext+0x194e00 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187") /* pc=_stext+0x195928 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_create@fs/eventpoll.c:1215") /* pc=_stext+0x1958f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375") /* pc=_stext+0x194394 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229") /* pc=_stext+0x195370 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_signalfd@fs/signalfd.c:264") /* pc=_stext+0x195d78 */ /* <- kernel.function("sys_*") */
0") /* pc=_stext+0x195dd0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timerfd_gettime@fs/timerfd.c:252") /* pc=_stext+0x196908 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timerfd_settime@fs/timerfd.c:196") /* pc=_stext+0x196d58 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timerfd_create@fs/timerfd.c:164") /* pc=_stext+0x1970d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_eventfd2@fs/eventfd.c:409") /* pc=_stext+0x1979e8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_eventfd@fs/eventfd.c:434") /* pc=_stext+0x1971d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_getevents@fs/aio.c:1812") /* pc=_stext+0x199d9c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_destroy@fs/aio.c:1283") /* pc=_stext+0x199160 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_cancel@fs/aio.c:1747") /* pc=_stext+0x1989f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_setup@fs/aio.c:1245") /* pc=_stext+0x199310 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_submit@fs/aio.c:1712") /* pc=_stext+0x19aab0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_flock@fs/locks.c:1569") /* pc=_stext+0x19d138 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_nfsservctl@fs/nfsctl.c:87") /* pc=_stext+0x1a5598 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_quotactl@fs/quota/quota.c:334") /* pc=_stext+0x1b3448 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203") /* pc=_stext+0x1cfb78 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgctl@ipc/msg.c:469") /* pc=_stext+0x256a98 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgget@ipc/msg.c:312") /* pc=_stext+0x257038 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgsnd@ipc/msg.c:727") /* pc=_stext+0x256878 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgrcv@ipc/msg.c:908") /* pc=_stext+0x25639c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semctl@ipc/sem.c:1115") /* pc=_stext+0x258e48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semtimedop@ipc/sem.c:1260") /* pc=_stext+0x257d08 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semop@ipc/sem.c:1456") /* pc=_stext+0x257cd8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semget@ipc/sem.c:321") /* pc=_stext+0x2592d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmdt@ipc/shm.c:971") /* pc=_stext+0x259858 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmctl@ipc/shm.c:635") /* pc=_stext+0x25a1f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmat@ipc/shm.c:955") /* pc=_stext+0x25a1a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmget@ipc/shm.c:448") /* pc=_stext+0x25aa0c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ipc@ipc/syscall.c:17") /* pc=_stext+0x25b02c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_notify@ipc/mqueue.c:1024") /* pc=_stext+0x25c494 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936") /* pc=_stext+0x25c9e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_open@ipc/mqueue.c:674") /* pc=_stext+0x25d52c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_unlink@ipc/mqueue.c:746") /* pc=_stext+0x25d2e8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842") /* pc=_stext+0x25ce1c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156") /* pc=_stext+0x25c27c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_add_key@security/keys/keyctl.c:61") /* pc=_stext+0x263714 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_keyctl@security/keys/keyctl.c:1339") /* pc=_stext+0x2633e4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_request_key@security/keys/keyctl.c:152") /* pc=_stext+0x263580 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pciconfig_write@drivers/pci/syscall.c:87") /* pc=_stext+0x2df5e0 */ /* <- kerne
kernel.function("SyS_signalfd4@fs/signalfd.c:210") /* pc=_stext+0x195dd0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timerfd_gettime@fs/timerfd.c:252") /* pc=_stext+0x196908 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timerfd_settime@fs/timerfd.c:196") /* pc=_stext+0x196d58 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timerfd_create@fs/timerfd.c:164") /* pc=_stext+0x1970d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_eventfd2@fs/eventfd.c:409") /* pc=_stext+0x1979e8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_eventfd@fs/eventfd.c:434") /* pc=_stext+0x1971d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_getevents@fs/aio.c:1812") /* pc=_stext+0x199d9c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_destroy@fs/aio.c:1283") /* pc=_stext+0x199160 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_cancel@fs/aio.c:1747") /* pc=_stext+0x1989f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_setup@fs/aio.c:1245") /* pc=_stext+0x199310 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_submit@fs/aio.c:1712") /* pc=_stext+0x19aab0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_flock@fs/locks.c:1569") /* pc=_stext+0x19d138 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_nfsservctl@fs/nfsctl.c:87") /* pc=_stext+0x1a5598 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_quotactl@fs/quota/quota.c:334") /* pc=_stext+0x1b3448 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203") /* pc=_stext+0x1cfb78 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgctl@ipc/msg.c:469") /* pc=_stext+0x256a98 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgget@ipc/msg.c:312") /* pc=_stext+0x257038 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgsnd@ipc/msg.c:727") /* pc=_stext+0x256878 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgrcv@ipc/msg.c:908") /* pc=_stext+0x25639c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semctl@ipc/sem.c:1115") /* pc=_stext+0x258e48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semtimedop@ipc/sem.c:1260") /* pc=_stext+0x257d08 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semop@ipc/sem.c:1456") /* pc=_stext+0x257cd8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semget@ipc/sem.c:321") /* pc=_stext+0x2592d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmdt@ipc/shm.c:971") /* pc=_stext+0x259858 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmctl@ipc/shm.c:635") /* pc=_stext+0x25a1f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmat@ipc/shm.c:955") /* pc=_stext+0x25a1a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmget@ipc/shm.c:448") /* pc=_stext+0x25aa0c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ipc@ipc/syscall.c:17") /* pc=_stext+0x25b02c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_notify@ipc/mqueue.c:1024") /* pc=_stext+0x25c494 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936") /* pc=_stext+0x25c9e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_open@ipc/mqueue.c:674") /* pc=_stext+0x25d52c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_unlink@ipc/mqueue.c:746") /* pc=_stext+0x25d2e8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842") /* pc=_stext+0x25ce1c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156") /* pc=_stext+0x25c27c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_add_key@security/keys/keyctl.c:61") /* pc=_stext+0x263714 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_keyctl@security/keys/keyctl.c:1339") /* pc=_stext+0x2633e4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_request_key@security/keys/keyctl.c:152") /* pc=_stext+0x263580 */ /* <- kernel.function("sys_*") */
l.function("sys_*") */
kernel.function("SyS_pciconfig_read@drivers/pci/syscall.c:17") /* pc=_stext+0x2df7e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fillrect@drivers/video/sysfillrect.c:244") /* pc=_stext+0x3047f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_copyarea@drivers/video/syscopyarea.c:316") /* pc=_stext+0x304c48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_imageblit@drivers/video/sysimgblt.c:241") /* pc=_stext+0x305548 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_send@net/socket.c:1690") /* pc=_stext+0x4883d8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_accept@net/socket.c:1532") /* pc=_stext+0x4883ac */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setsockopt@net/socket.c:1756") /* pc=_stext+0x48aac8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_socketpair@net/socket.c:1316") /* pc=_stext+0x48b788 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_accept4@net/socket.c:1459") /* pc=_stext+0x48c898 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_bind@net/socket.c:1396") /* pc=_stext+0x48cd50 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getpeername@net/socket.c:1613") /* pc=_stext+0x48c6c8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_recvmsg@net/socket.c:2047") /* pc=_stext+0x48c514 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getsockopt@net/socket.c:1790") /* pc=_stext+0x48a9b8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_listen@net/socket.c:1425") /* pc=_stext+0x48ae90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendto@net/socket.c:1646") /* pc=_stext+0x48cb30 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x48840c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_socketcall@net/socket.c:2210") /* pc=_stext+0x488438 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shutdown@net/socket.c:1819") /* pc=_stext+0x48a908 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_recvmmsg@net/socket.c:2170") /* pc=_stext+0x48c430 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendmsg@net/socket.c:1845") /* pc=_stext+0x48a680 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_recvfrom@net/socket.c:1703") /* pc=_stext+0x48c59c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_connect@net/socket.c:1550") /* pc=_stext+0x48cc58 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getsockname@net/socket.c:1582") /* pc=_stext+0x48c7b0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_socket@net/socket.c:1274") /* pc=_stext+0x48ba20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x4885cc */ /* <- kernel.function("sys_*") */
kernel.function("sys_call_table") /* pc=_stext+0x12a70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_chown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getegid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_geteuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setfsgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setfsuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.
kernel.function("SyS_pciconfig_write@drivers/pci/syscall.c:87") /* pc=_stext+0x2df5e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pciconfig_read@drivers/pci/syscall.c:17") /* pc=_stext+0x2df7e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fillrect@drivers/video/sysfillrect.c:244") /* pc=_stext+0x3047f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_copyarea@drivers/video/syscopyarea.c:316") /* pc=_stext+0x304c48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_imageblit@drivers/video/sysimgblt.c:241") /* pc=_stext+0x305548 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_send@net/socket.c:1690") /* pc=_stext+0x4883d8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_accept@net/socket.c:1532") /* pc=_stext+0x4883ac */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setsockopt@net/socket.c:1756") /* pc=_stext+0x48aac8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_socketpair@net/socket.c:1316") /* pc=_stext+0x48b788 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_accept4@net/socket.c:1459") /* pc=_stext+0x48c898 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_bind@net/socket.c:1396") /* pc=_stext+0x48cd50 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getpeername@net/socket.c:1613") /* pc=_stext+0x48c6c8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_recvmsg@net/socket.c:2047") /* pc=_stext+0x48c514 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getsockopt@net/socket.c:1790") /* pc=_stext+0x48a9b8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_listen@net/socket.c:1425") /* pc=_stext+0x48ae90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendto@net/socket.c:1646") /* pc=_stext+0x48cb30 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x48840c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_socketcall@net/socket.c:2210") /* pc=_stext+0x488438 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shutdown@net/socket.c:1819") /* pc=_stext+0x48a908 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_recvmmsg@net/socket.c:2170") /* pc=_stext+0x48c430 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendmsg@net/socket.c:1845") /* pc=_stext+0x48a680 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_recvfrom@net/socket.c:1703") /* pc=_stext+0x48c59c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_connect@net/socket.c:1550") /* pc=_stext+0x48cc58 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getsockname@net/socket.c:1582") /* pc=_stext+0x48c7b0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_socket@net/socket.c:1274") /* pc=_stext+0x48ba20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x4885cc */ /* <- kernel.function("sys_*") */

kernel.function("sys_call_table") /* pc=_stext+0x12a70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_chown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getegid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_geteuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setfsgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setfsuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
function("sys_*") */
kernel.function("sys_setgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setregid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setreuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vm86") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vm86old") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setregid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setreuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vm86") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vm86old") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
wait results: 8355 exp12 0 0
PASS: semok/nodwf03.stp
Running /home/src/testsuite/semok/nodwf04.stp
starting /home/src/testsuite/semok/nodwf04.stp
spawn2 /home/src/testsuite/semok/nodwf04.stp
spawn /home/src/testsuite/semok/nodwf04.stp
# global embedded code
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCSI),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN),
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endi# global embedded code

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI

	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT

	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),

#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN

	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),
f
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}
%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}
%{
// Needed for function _struct_sockaddr_u. Unfortunately cannot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}
%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}
%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}
%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr,
#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}

%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}

%{

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}

%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}

%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}

static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}

%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)
 "EMPTY", len);
}
%}
%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}
%{
#include <linux/eventpoll.h>
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/eventfd.h>
#endif
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}
%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}
%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}
%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
  };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}
%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}
%{
static void *
_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)
{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	size_t end = offset + lengt
		strlcat(ptr, "EMPTY", len);

}

%}

%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}

%{

#include <linux/eventpoll.h>

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/eventfd.h>

#endif

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}

%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}

%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {

	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}

%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}

  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}

%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}

%{

static void *

_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)

{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
h;
	if (end > offset && pi && end <= pi->rp->data_size)
		return &pi->data[offset];
#endif
	return NULL;
}
%}
# globals
nret:long
# functions
_dwarf_tvar_get_fildes_16:long ()
_dwarf_tvar_get_flags_10:long ()
_dwarf_tvar_get_flags_20:long ()
_dwarf_tvar_get_flags_4:long ()
_get_kretprobe_long:long (i:long)
_set_kretprobe_long:unknown (i:long, value:long)
exit:unknown ()
returnstr:string (returnp:long)
# probes
kernel.function("SyS_accept4@net/socket.c:1459").return! /* pc=_stext+0x48c898 */ /* <- syscall.accept.return = kernel.function("sys_accept4").return!, kernel.function("sys_accept").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_access@fs/open.c:356").return /* pc=_stext+0x153084 */ /* <- syscall.access.return = kernel.function("sys_access").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_access").return /* pc=_stext+0x153084 */ /* <- syscall.access.return = kernel.function("sys_access").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_acct@kernel/acct.c:274").return? /* pc=_stext+0xc8de8 */ /* <- syscall.acct.return = kernel.function("sys_acct").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_acct").return? /* pc=_stext+0xc8de8 */ /* <- syscall.acct.return = kernel.function("sys_acct").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_add_key@security/keys/keyctl.c:61").return? /* pc=_stext+0x263714 */ /* <- syscall.add_key.return = kernel.function("sys_add_key").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_adjtimex@kernel/time.c:206").return /* pc=_stext+0x9445c */ /* <- syscall.adjtimex.return = kernel.function("sys_adjtimex").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_alarm@kernel/timer.c:1314").return? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm.return = kernel.function("sys32_alarm").return?, kernel.function("sys_alarm").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_bdflush@fs/buffer.c:3278").return? /* pc=_stext+0x181098 */ /* <- syscall.bdflush.return = kernel.function("sys_bdflush").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_bind@net/socket.c:1396").return? /* pc=_stext+0x48cd50 */ /* <- syscall.bind.return = kernel.function("sys_bind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_bind").return? /* pc=_stext+0x48cd50 */ /* <- syscall.bind.return = kernel.function("sys_bind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_brk@mm/mmap.c:245").return /* pc=_stext+0x129e2c */ /* <- syscall.brk.return = kernel.function("ia64_brk").return?, kernel.function("sys_brk").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_capget@kernel/capability.c:161").return /* pc=_stext+0x9aa10 */ /* <- syscall.capget.return = kernel.function("sys_capget").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_capset@kernel/capability.c:235").return /* pc=_stext+0x9a7c8 */ /* <- syscall.capset.return = kernel.function("sys_capset").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chdir@fs/open.c:361").return /* pc=_stext+0x152ff4 */ /* <- syscall.chdir.return = kernel.function("sys_chdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chmod@fs/open.c:507").return /* pc=_stext+0x152e80 */ /* <- syscall.chmod.return = kernel.function("sys_chmod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_chmod").return /* pc=_stext+0x152e80 */ /* <- syscall.chmod.return = kernel.function("sys_chmod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chown@fs/open.c:539").return /* pc=_stext+0x152ce4 */ /* <- syscall.chown.return = kernel.function("sys_chown").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_chroot@fs/open.c:408").return /* pc=_stext+0x152eb0 */ /
	size_t end = offset + length;

	if (end > offset && pi && end <= pi->rp->data_size)

		return &pi->data[offset];

#endif

	return NULL;

}

%}

# globals

nret:long

# functions

_dwarf_tvar_get_fildes_16:long ()

_dwarf_tvar_get_flags_10:long ()

_dwarf_tvar_get_flags_20:long ()

_dwarf_tvar_get_flags_4:long ()

_get_kretprobe_long:long (i:long)

_set_kretprobe_long:unknown (i:long, value:long)

exit:unknown ()

returnstr:string (returnp:long)

# probes

kernel.function("SyS_accept4@net/socket.c:1459").return! /* pc=_stext+0x48c898 */ /* <- syscall.accept.return = kernel.function("sys_accept4").return!, kernel.function("sys_accept").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_access@fs/open.c:356").return /* pc=_stext+0x153084 */ /* <- syscall.access.return = kernel.function("sys_access").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_access").return /* pc=_stext+0x153084 */ /* <- syscall.access.return = kernel.function("sys_access").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_acct@kernel/acct.c:274").return? /* pc=_stext+0xc8de8 */ /* <- syscall.acct.return = kernel.function("sys_acct").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_acct").return? /* pc=_stext+0xc8de8 */ /* <- syscall.acct.return = kernel.function("sys_acct").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_add_key@security/keys/keyctl.c:61").return? /* pc=_stext+0x263714 */ /* <- syscall.add_key.return = kernel.function("sys_add_key").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_adjtimex@kernel/time.c:206").return /* pc=_stext+0x9445c */ /* <- syscall.adjtimex.return = kernel.function("sys_adjtimex").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_alarm@kernel/timer.c:1314").return? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm.return = kernel.function("sys32_alarm").return?, kernel.function("sys_alarm").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_bdflush@fs/buffer.c:3278").return? /* pc=_stext+0x181098 */ /* <- syscall.bdflush.return = kernel.function("sys_bdflush").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_bind@net/socket.c:1396").return? /* pc=_stext+0x48cd50 */ /* <- syscall.bind.return = kernel.function("sys_bind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_bind").return? /* pc=_stext+0x48cd50 */ /* <- syscall.bind.return = kernel.function("sys_bind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_brk@mm/mmap.c:245").return /* pc=_stext+0x129e2c */ /* <- syscall.brk.return = kernel.function("ia64_brk").return?, kernel.function("sys_brk").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_capget@kernel/capability.c:161").return /* pc=_stext+0x9aa10 */ /* <- syscall.capget.return = kernel.function("sys_capget").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_capset@kernel/capability.c:235").return /* pc=_stext+0x9a7c8 */ /* <- syscall.capset.return = kernel.function("sys_capset").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chdir@fs/open.c:361").return /* pc=_stext+0x152ff4 */ /* <- syscall.chdir.return = kernel.function("sys_chdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chmod@fs/open.c:507").return /* pc=_stext+0x152e80 */ /* <- syscall.chmod.return = kernel.function("sys_chmod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_chmod").return /* pc=_stext+0x152e80 */ /* <- syscall.chmod.return = kernel.function("sys_chmod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_chown@fs/open.c:539").return /* pc=_stext+0x152ce4 */ /* <- syscall.chown.return = kernel.function("sys_chown").return <- syscall.*.return */

  # locals

  name:string
* <- syscall.chroot.return = kernel.function("sys_chroot").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_getres@kernel/posix-timers.c:972").return /* pc=_stext+0xa98e0 */ /* <- syscall.clock_getres.return = kernel.function("compat_clock_getres").return?, kernel.function("sys_clock_getres").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955").return /* pc=_stext+0xa99d0 */ /* <- syscall.clock_gettime.return = kernel.function("sys_clock_gettime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003").return /* pc=_stext+0xa9784 */ /* <- syscall.clock_nanosleep.return = kernel.function("sys_clock_nanosleep").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_clock_settime@kernel/posix-timers.c:942").return /* pc=_stext+0xa9ad8 */ /* <- syscall.clock_settime.return = kernel.function("sys_clock_settime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_close@fs/open.c:969").return /* pc=_stext+0x152018 */ /* <- syscall.close.return = kernel.function("sys_close").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_adjtimex@kernel/compat.c:963").return? /* pc=_stext+0xcbe38 */ /* <- syscall.compat_adjtimex.return = kernel.function("compat_sys_adjtimex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_clock_nanosleep@kernel/compat.c:675").return? /* pc=_stext+0xcce7c */ /* <- syscall.compat_clock_nanosleep.return = kernel.function("compat_clock_nanosleep").return?, kernel.function("compat_sys_clock_nanosleep").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_do_execve@fs/compat.c:1488").return? /* pc=_stext+0x1a0af4 */ /* <- syscall.compat_execve.return = kernel.function("compat_do_execve").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_futex@kernel/futex_compat.c:176").return? /* pc=_stext+0xbff04 */ /* <- syscall.compat_futex.return = kernel.function("compat_sys_futex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_futimesat@fs/compat.c:109").return? /* pc=_stext+0x1a2e80 */ /* <- syscall.compat_futimesat.return = kernel.function("compat_sys_futimesat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getitimer@kernel/compat.c:183").return? /* pc=_stext+0xce1b0 */ /* <- syscall.compat_getitimer.return = kernel.function("compat_sys_getitimer").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_io_setup@fs/compat.c:525").return? /* pc=_stext+0x1a1e58 */ /* <- syscall.compat_io_setup.return = kernel.function("compat_sys_io_setup").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_io_submit@fs/compat.c:663").return? /* pc=_stext+0x1a1bc8 */ /* <- syscall.compat_io_submit.return = kernel.function("compat_sys_io_submit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_nanosleep@kernel/compat.c:129").return? /* pc=_stext+0xce314 */ /* <- syscall.compat_nanosleep.return = kernel.function("compat_sys_nanosleep").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_ppoll@fs/compat.c:1913").return? /* pc=_stext+0x19fec4 */ /* <- syscall.compat_ppoll.return = kernel.function("compat_sys_ppoll").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_pselect6@fs/compat.c:1894").return? /* pc=_stext+0x1a0470 */ /* <- syscall.compat_pselect6.return = kernel.function("compat_sys_pselect6").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_select@fs/compat.c:1799").return? /* pc=_stext+0x1a06ec */ /* <- syscall.compat_select.return = kernel.function("compat_sys_select").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_setitimer@kernel/compat.c:
kernel.function("SyS_chroot@fs/open.c:408").return /* pc=_stext+0x152eb0 */ /* <- syscall.chroot.return = kernel.function("sys_chroot").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_getres@kernel/posix-timers.c:972").return /* pc=_stext+0xa98e0 */ /* <- syscall.clock_getres.return = kernel.function("compat_clock_getres").return?, kernel.function("sys_clock_getres").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955").return /* pc=_stext+0xa99d0 */ /* <- syscall.clock_gettime.return = kernel.function("sys_clock_gettime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003").return /* pc=_stext+0xa9784 */ /* <- syscall.clock_nanosleep.return = kernel.function("sys_clock_nanosleep").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_clock_settime@kernel/posix-timers.c:942").return /* pc=_stext+0xa9ad8 */ /* <- syscall.clock_settime.return = kernel.function("sys_clock_settime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_close@fs/open.c:969").return /* pc=_stext+0x152018 */ /* <- syscall.close.return = kernel.function("sys_close").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_adjtimex@kernel/compat.c:963").return? /* pc=_stext+0xcbe38 */ /* <- syscall.compat_adjtimex.return = kernel.function("compat_sys_adjtimex").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_clock_nanosleep@kernel/compat.c:675").return? /* pc=_stext+0xcce7c */ /* <- syscall.compat_clock_nanosleep.return = kernel.function("compat_clock_nanosleep").return?, kernel.function("compat_sys_clock_nanosleep").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_do_execve@fs/compat.c:1488").return? /* pc=_stext+0x1a0af4 */ /* <- syscall.compat_execve.return = kernel.function("compat_do_execve").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_futex@kernel/futex_compat.c:176").return? /* pc=_stext+0xbff04 */ /* <- syscall.compat_futex.return = kernel.function("compat_sys_futex").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_futimesat@fs/compat.c:109").return? /* pc=_stext+0x1a2e80 */ /* <- syscall.compat_futimesat.return = kernel.function("compat_sys_futimesat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getitimer@kernel/compat.c:183").return? /* pc=_stext+0xce1b0 */ /* <- syscall.compat_getitimer.return = kernel.function("compat_sys_getitimer").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_io_setup@fs/compat.c:525").return? /* pc=_stext+0x1a1e58 */ /* <- syscall.compat_io_setup.return = kernel.function("compat_sys_io_setup").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_io_submit@fs/compat.c:663").return? /* pc=_stext+0x1a1bc8 */ /* <- syscall.compat_io_submit.return = kernel.function("compat_sys_io_submit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_nanosleep@kernel/compat.c:129").return? /* pc=_stext+0xce314 */ /* <- syscall.compat_nanosleep.return = kernel.function("compat_sys_nanosleep").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_ppoll@fs/compat.c:1913").return? /* pc=_stext+0x19fec4 */ /* <- syscall.compat_ppoll.return = kernel.function("compat_sys_ppoll").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_pselect6@fs/compat.c:1894").return? /* pc=_stext+0x1a0470 */ /* <- syscall.compat_pselect6.return = kernel.function("compat_sys_pselect6").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_select@fs/compat.c:1799").return? /* pc=_stext+0x1a06ec */ /* <- syscall.compat_select.return = kernel.function("compat_sys_select").return? <- syscall.*.return */

  # locals

  name:string
196").return? /* pc=_stext+0xcdf0c */ /* <- syscall.compat_setitimer.return = kernel.function("compat_sys_setitimer").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_signalfd@fs/compat.c:2290").return? /* pc=_stext+0x19e2a0 */ /* <- syscall.compat_signalfd.return = kernel.function("compat_sys_signalfd").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_msgctl@ipc/compat.c:418").return? /* pc=_stext+0x2539c0 */ /* <- syscall.compat_sys_msgctl.return = kernel.function("compat_sys_msgctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_msgrcv@ipc/compat.c:324").return? /* pc=_stext+0x254398 */ /* <- syscall.compat_sys_msgrcv.return = kernel.function("compat_sys_msgrcv").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_msgsnd@ipc/compat.c:307").return? /* pc=_stext+0x2544c4 */ /* <- syscall.compat_sys_msgsnd.return = kernel.function("compat_sys_msgsnd").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_recvmsg@net/compat.c:740").return? /* pc=_stext+0x4b81a4 */ /* <- syscall.compat_sys_recvmsg.return = kernel.function("compat_sys_recvmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_semctl@ipc/compat.c:236").return? /* pc=_stext+0x25459c */ /* <- syscall.compat_sys_semctl.return = kernel.function("compat_sys_semctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_semtimedop@ipc/compat.c:670").return? /* pc=_stext+0x252a84 */ /* <- syscall.compat_sys_semtimedop.return = kernel.function("compat_sys_semtimedop").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sendmsg@net/compat.c:735").return? /* pc=_stext+0x4b81d0 */ /* <- syscall.compat_sys_sendmsg.return = kernel.function("compat_sys_sendmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_shmat@ipc/compat.c:471").return? /* pc=_stext+0x25390c */ /* <- syscall.compat_sys_shmat.return = kernel.function("compat_sys_shmat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_shmctl@ipc/compat.c:590").return? /* pc=_stext+0x252b5c */ /* <- syscall.compat_sys_shmctl.return = kernel.function("compat_sys_shmctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_utimes@fs/compat.c:128").return? /* pc=_stext+0x1a3078 */ /* <- syscall.compat_sys_utimes.return = kernel.function("compat_sys_utimes").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.compat_sysctl.return = kernel.function("compat_sys_sysctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_utime@fs/compat.c:80").return? /* pc=_stext+0x1a3164 */ /* <- syscall.compat_utime.return = kernel.function("compat_sys_utime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_utimensat@fs/compat.c:94").return? /* pc=_stext+0x1a30a0 */ /* <- syscall.compat_utimensat.return = kernel.function("compat_sys_utimensat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_vmsplice@fs/compat.c:1322").return? /* pc=_stext+0x1a0e50 */ /* <- syscall.compat_vmsplice.return = kernel.function("compat_sys_vmsplice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_connect@net/socket.c:1550").return? /* pc=_stext+0x48cc58 */ /* <- syscall.connect.return = kernel.function("sys_connect").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_creat@fs/open.c:933").return? /* pc=_stext+0x152138 */ /* <- syscall.creat.return = kernel.function("sys_creat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_delete_module@kernel/module.c:721").return? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module.return = kernel.function("s
kernel.function("compat_sys_setitimer@kernel/compat.c:196").return? /* pc=_stext+0xcdf0c */ /* <- syscall.compat_setitimer.return = kernel.function("compat_sys_setitimer").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_signalfd@fs/compat.c:2290").return? /* pc=_stext+0x19e2a0 */ /* <- syscall.compat_signalfd.return = kernel.function("compat_sys_signalfd").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_msgctl@ipc/compat.c:418").return? /* pc=_stext+0x2539c0 */ /* <- syscall.compat_sys_msgctl.return = kernel.function("compat_sys_msgctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_msgrcv@ipc/compat.c:324").return? /* pc=_stext+0x254398 */ /* <- syscall.compat_sys_msgrcv.return = kernel.function("compat_sys_msgrcv").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_msgsnd@ipc/compat.c:307").return? /* pc=_stext+0x2544c4 */ /* <- syscall.compat_sys_msgsnd.return = kernel.function("compat_sys_msgsnd").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_recvmsg@net/compat.c:740").return? /* pc=_stext+0x4b81a4 */ /* <- syscall.compat_sys_recvmsg.return = kernel.function("compat_sys_recvmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_semctl@ipc/compat.c:236").return? /* pc=_stext+0x25459c */ /* <- syscall.compat_sys_semctl.return = kernel.function("compat_sys_semctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_semtimedop@ipc/compat.c:670").return? /* pc=_stext+0x252a84 */ /* <- syscall.compat_sys_semtimedop.return = kernel.function("compat_sys_semtimedop").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sendmsg@net/compat.c:735").return? /* pc=_stext+0x4b81d0 */ /* <- syscall.compat_sys_sendmsg.return = kernel.function("compat_sys_sendmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_shmat@ipc/compat.c:471").return? /* pc=_stext+0x25390c */ /* <- syscall.compat_sys_shmat.return = kernel.function("compat_sys_shmat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_shmctl@ipc/compat.c:590").return? /* pc=_stext+0x252b5c */ /* <- syscall.compat_sys_shmctl.return = kernel.function("compat_sys_shmctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_utimes@fs/compat.c:128").return? /* pc=_stext+0x1a3078 */ /* <- syscall.compat_sys_utimes.return = kernel.function("compat_sys_utimes").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.compat_sysctl.return = kernel.function("compat_sys_sysctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_utime@fs/compat.c:80").return? /* pc=_stext+0x1a3164 */ /* <- syscall.compat_utime.return = kernel.function("compat_sys_utime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_utimensat@fs/compat.c:94").return? /* pc=_stext+0x1a30a0 */ /* <- syscall.compat_utimensat.return = kernel.function("compat_sys_utimensat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_vmsplice@fs/compat.c:1322").return? /* pc=_stext+0x1a0e50 */ /* <- syscall.compat_vmsplice.return = kernel.function("compat_sys_vmsplice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_connect@net/socket.c:1550").return? /* pc=_stext+0x48cc58 */ /* <- syscall.connect.return = kernel.function("sys_connect").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_creat@fs/open.c:933").return? /* pc=_stext+0x152138 */ /* <- syscall.creat.return = kernel.function("sys_creat").return? <- syscall.*.return */

  # locals

  name:string
ys_delete_module").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_dup@fs/fcntl.c:131").return /* pc=_stext+0x165858 */ /* <- syscall.dup.return = kernel.function("sys_dup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_dup").return /* pc=_stext+0x165858 */ /* <- syscall.dup.return = kernel.function("sys_dup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */
kernel.function("SyS_dup2@fs/fcntl.c:116").return /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */
kernel.function("SyS_dup3@fs/fcntl.c:53").return! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").return! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").return? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl.return = kernel.function("compat_sys_epoll_ctl").return?, kernel.function("sys_epoll_ctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").return? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").return? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").return? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait.return = kernel.function("compat_sys_epoll_wait").return?, kernel.function("sys_epoll_wait").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */
kernel.function("SyS_eventfd2@fs/eventfd.c:409").return! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("do_execve@fs/exec.c:1323").return /* pc=_stext+0x15c270 */ /* <- syscall.execve.return = kernel.function("do_execve").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_faccessat@fs/open.c:286").return? /* pc=_stext+0x1530b4 */ /* <- syscall.faccessat.return = kernel.function("sys_faccessat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_faccessat").return? /* pc=_stext+0x1530b4 */ /* <- syscall.faccessat.return = kernel.function("sys_faccessat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fadvise64@mm/fadvise.c:153").return? /* pc=_stext+0x109898 */ /* <- syscall.fadvise64.return = kernel.function("sys_fadvise64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_
kernel.function("SyS_delete_module@kernel/module.c:721").return? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module.return = kernel.function("sys_delete_module").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_dup@fs/fcntl.c:131").return /* pc=_stext+0x165858 */ /* <- syscall.dup.return = kernel.function("sys_dup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_dup").return /* pc=_stext+0x165858 */ /* <- syscall.dup.return = kernel.function("sys_dup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */

kernel.function("SyS_dup2@fs/fcntl.c:116").return /* pc=_stext+0x1658d4 */ /* <- syscall.dup2.return = kernel.function("sys_dup2").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */

kernel.function("SyS_dup3@fs/fcntl.c:53").return! /* pc=_stext+0x165944 */ /* <- syscall.dup2.return = kernel.function("sys_dup3").return!, kernel.function("sys_dup2").return <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").return! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create.return = kernel.function("sys_epoll_create1").return!, kernel.function("sys_epoll_create").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").return? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl.return = kernel.function("compat_sys_epoll_ctl").return?, kernel.function("sys_epoll_ctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").return? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").return? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait.return = kernel.function("compat_sys_epoll_pwait").return?, kernel.function("sys_epoll_pwait").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").return? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait.return = kernel.function("compat_sys_epoll_wait").return?, kernel.function("sys_epoll_wait").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */

kernel.function("SyS_eventfd2@fs/eventfd.c:409").return! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd.return = kernel.function("sys_eventfd2").return!, kernel.function("sys_eventfd").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("do_execve@fs/exec.c:1323").return /* pc=_stext+0x15c270 */ /* <- syscall.execve.return = kernel.function("do_execve").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_faccessat@fs/open.c:286").return? /* pc=_stext+0x1530b4 */ /* <- syscall.faccessat.return = kernel.function("sys_faccessat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_faccessat").return? /* pc=_stext+0x1530b4 */ /* <- syscall.faccessat.return = kernel.function("sys_faccessat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fadvise64@mm/fadvise.c:153").return? /* pc=_stext+0x109898 */ /* <- syscall.fadvise64.return = kernel.function("sys_fadvise64").return? <- syscall.*.return */

  # locals

  name:string
fadvise64_64@mm/fadvise.c:139").return? /* pc=_stext+0x1098c4 */ /* <- syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_fadvise64_64").return? /* pc=_stext+0x1098c4 */ /* <- syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchdir@fs/open.c:382").return /* pc=_stext+0x152f5c */ /* <- syscall.fchdir.return = kernel.function("sys_fchdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchmod@fs/open.c:436").return /* pc=_stext+0x152a48 */ /* <- syscall.fchmod.return = kernel.function("sys_fchmod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchmodat@fs/open.c:474").return? /* pc=_stext+0x152d90 */ /* <- syscall.fchmodat.return = kernel.function("sys_fchmodat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchown@fs/open.c:602").return /* pc=_stext+0x152980 */ /* <- syscall.fchown.return = kernel.function("sys_fchown").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fchownat@fs/open.c:559").return? /* pc=_stext+0x152c20 */ /* <- syscall.fchownat.return = kernel.function("sys_fchownat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_fchownat").return? /* pc=_stext+0x152c20 */ /* <- syscall.fchownat.return = kernel.function("sys_fchownat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fcntl@fs/compat.c:517").return? /* pc=_stext+0x1a24ec */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fcntl64@fs/compat.c:448").return? /* pc=_stext+0x1a1f78 */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fcntl@fs/fcntl.c:429").return? /* pc=_stext+0x1652bc */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_fcntl").return? /* pc=_stext+0x1652bc */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fdatasync@fs/sync.c:226").return /* pc=_stext+0x17f4e8 */ /* <- syscall.fdatasync.return = kernel.function("sys_fdatasync").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fgetxattr@fs/xattr.c:405").return /* pc=_stext+0x177478 */ /* <- syscall.fgetxattr.return = kernel.function("sys_fgetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_flistxattr@fs/xattr.c:477").return /* pc=_stext+0x176f60 */ /* <- syscall.flistxattr.return = kernel.function("sys_flistxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_flock@fs/locks.c:1569").return /* pc=_stext+0x19d138 */ /* <- syscall.flock.return = kernel.function("sys_flock").return <- syscall.*.return */
  # locals
  name:string
kernel.function("do_fork@kernel/fork.c:1374").return /* pc=_stext+0x8d068 */ /* <- syscall.fork.return = kernel.function("do_fork").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fremovexattr@fs/xattr.c:545").return /* pc=_stext+0x176bd0 */ /* <- syscall.fremovexattr.return = kernel.function("sys_fremovexattr").return <- syscall.*.return */
  # locals
  name:string
kernel.f
kernel.function("SyS_fadvise64_64@mm/fadvise.c:139").return? /* pc=_stext+0x1098c4 */ /* <- syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_fadvise64_64").return? /* pc=_stext+0x1098c4 */ /* <- syscall.fadvise64_64.return = kernel.function("sys_fadvise64_64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchdir@fs/open.c:382").return /* pc=_stext+0x152f5c */ /* <- syscall.fchdir.return = kernel.function("sys_fchdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchmod@fs/open.c:436").return /* pc=_stext+0x152a48 */ /* <- syscall.fchmod.return = kernel.function("sys_fchmod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchmodat@fs/open.c:474").return? /* pc=_stext+0x152d90 */ /* <- syscall.fchmodat.return = kernel.function("sys_fchmodat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchown@fs/open.c:602").return /* pc=_stext+0x152980 */ /* <- syscall.fchown.return = kernel.function("sys_fchown").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fchownat@fs/open.c:559").return? /* pc=_stext+0x152c20 */ /* <- syscall.fchownat.return = kernel.function("sys_fchownat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_fchownat").return? /* pc=_stext+0x152c20 */ /* <- syscall.fchownat.return = kernel.function("sys_fchownat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fcntl@fs/compat.c:517").return? /* pc=_stext+0x1a24ec */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fcntl64@fs/compat.c:448").return? /* pc=_stext+0x1a1f78 */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fcntl@fs/fcntl.c:429").return? /* pc=_stext+0x1652bc */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_fcntl").return? /* pc=_stext+0x1652bc */ /* <- syscall.fcntl.return = kernel.function("compat_sys_fcntl").return?, kernel.function("compat_sys_fcntl64").return?, kernel.function("sys_fcntl64").return?, kernel.function("sys_fcntl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fdatasync@fs/sync.c:226").return /* pc=_stext+0x17f4e8 */ /* <- syscall.fdatasync.return = kernel.function("sys_fdatasync").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fgetxattr@fs/xattr.c:405").return /* pc=_stext+0x177478 */ /* <- syscall.fgetxattr.return = kernel.function("sys_fgetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_flistxattr@fs/xattr.c:477").return /* pc=_stext+0x176f60 */ /* <- syscall.flistxattr.return = kernel.function("sys_flistxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_flock@fs/locks.c:1569").return /* pc=_stext+0x19d138 */ /* <- syscall.flock.return = kernel.function("sys_flock").return <- syscall.*.return */

  # locals

  name:string

kernel.function("do_fork@kernel/fork.c:1374").return /* pc=_stext+0x8d068 */ /* <- syscall.fork.return = kernel.function("do_fork").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fremovexattr@fs/xattr.c:545").return /* pc=_stext+0x176bd0 */ /* <- syscall.fremovexattr.return = kernel.function("sys_fremovexattr").return <- syscall.*.return */

  # locals

  name:string
unction("SyS_fsetxattr@fs/xattr.c:318").return /* pc=_stext+0x177ad0 */ /* <- syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_fsetxattr").return /* pc=_stext+0x177ad0 */ /* <- syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstat64@fs/stat.c:380").return? /* pc=_stext+0x159634 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newfstat@fs/stat.c:273").return? /* pc=_stext+0x15968c */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_newfstat").return? /* pc=_stext+0x15968c */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_newfstat@fs/compat.c:211").return? /* pc=_stext+0x1a2d84 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstatat64@fs/stat.c:392").return? /* pc=_stext+0x1593a4 */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_fstatat64").return? /* pc=_stext+0x1593a4 */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newfstatat@fs/stat.c:261").return? /* pc=_stext+0x1593fc */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fstatfs@fs/compat.c:278").return? /* pc=_stext+0x1a25a4 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstatfs@fs/statfs.c:136").return /* pc=_stext+0x180984 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_fstatfs").return /* pc=_stext+0x180984 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_fstatfs64@fs/compat.c:346").return? /* pc=_stext+0x1a2504 */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fstatfs64@fs/statfs.c:154").return? /* pc=_stex
kernel.function("SyS_fsetxattr@fs/xattr.c:318").return /* pc=_stext+0x177ad0 */ /* <- syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_fsetxattr").return /* pc=_stext+0x177ad0 */ /* <- syscall.fsetxattr.return = kernel.function("sys_fsetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstat64@fs/stat.c:380").return? /* pc=_stext+0x159634 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newfstat@fs/stat.c:273").return? /* pc=_stext+0x15968c */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_newfstat").return? /* pc=_stext+0x15968c */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_newfstat@fs/compat.c:211").return? /* pc=_stext+0x1a2d84 */ /* <- syscall.fstat.return = kernel.function("sys_fstat").return?, kernel.function("sys_fstat64").return?, kernel.function("sys32_fstat64").return?, kernel.function("sys_newfstat").return?, kernel.function("sys_oabi_fstat64").return?, kernel.function("compat_sys_newfstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstatat64@fs/stat.c:392").return? /* pc=_stext+0x1593a4 */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_fstatat64").return? /* pc=_stext+0x1593a4 */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newfstatat@fs/stat.c:261").return? /* pc=_stext+0x1593fc */ /* <- syscall.fstatat.return = kernel.function("sys_fstatat64").return?, kernel.function("sys_newfstatat").return?, kernel.function("compat_sys_newfstatat").return?, kernel.function("sys32_fstatat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fstatfs@fs/compat.c:278").return? /* pc=_stext+0x1a25a4 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fstatfs@fs/statfs.c:136").return /* pc=_stext+0x180984 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_fstatfs").return /* pc=_stext+0x180984 */ /* <- syscall.fstatfs.return = kernel.function("compat_sys_fstatfs").return?, kernel.function("sys_fstatfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_fstatfs64@fs/compat.c:346").return? /* pc=_stext+0x1a2504 */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */

  # locals

  name:string
t+0x1807ec */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_fsync@fs/sync.c:221").return /* pc=_stext+0x17f510 */ /* <- syscall.fsync.return = kernel.function("sys_fsync").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ftruncate@fs/open.c:178").return /* pc=_stext+0x153514 */ /* <- syscall.ftruncate.return = kernel.function("sys_ftruncate").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_futex@kernel/futex.c:2616").return? /* pc=_stext+0xbfba8 */ /* <- syscall.futex.return = kernel.function("sys_futex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_futex").return? /* pc=_stext+0xbfba8 */ /* <- syscall.futex.return = kernel.function("sys_futex").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_futimesat@fs/utimes.c:192").return? /* pc=_stext+0x17fc48 */ /* <- syscall.futimesat.return = kernel.function("sys_futimesat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_futimesat").return? /* pc=_stext+0x17fc48 */ /* <- syscall.futimesat.return = kernel.function("sys_futimesat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_get_mempolicy@mm/mempolicy.c:1379").return? /* pc=_stext+0x13f528 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350").return? /* pc=_stext+0x13f9f8 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getcwd@fs/dcache.c:2102").return /* pc=_stext+0x16a9e0 */ /* <- syscall.getcwd.return = kernel.function("sys_getcwd").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getdents@fs/readdir.c:192").return? /* pc=_stext+0x16718c */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getdents64@fs/readdir.c:274").return? /* pc=_stext+0x167068 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getdents64").return? /* pc=_stext+0x167068 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getdents@fs/compat.c:1022").return? /* pc=_stext+0x1a1784 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getdents64@fs/compat.c:1110").return? /* pc=_stext+0x1a1660 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getegid@kernel/timer.c:1378").return /* pc=_stext+0x9c72c */ /* <- syscall.getegid.return = kernel.function("sys_getegid16").return?, kernel.function("sys32_getegid16").return?, kernel.function("sys_getegid").return <- syscall.*.
kernel.function("SyS_fstatfs64@fs/statfs.c:154").return? /* pc=_stext+0x1807ec */ /* <- syscall.fstatfs64.return = kernel.function("compat_sys_fstatfs64").return?, kernel.function("sys_fstatfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_fsync@fs/sync.c:221").return /* pc=_stext+0x17f510 */ /* <- syscall.fsync.return = kernel.function("sys_fsync").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ftruncate@fs/open.c:178").return /* pc=_stext+0x153514 */ /* <- syscall.ftruncate.return = kernel.function("sys_ftruncate").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_futex@kernel/futex.c:2616").return? /* pc=_stext+0xbfba8 */ /* <- syscall.futex.return = kernel.function("sys_futex").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_futex").return? /* pc=_stext+0xbfba8 */ /* <- syscall.futex.return = kernel.function("sys_futex").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_futimesat@fs/utimes.c:192").return? /* pc=_stext+0x17fc48 */ /* <- syscall.futimesat.return = kernel.function("sys_futimesat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_futimesat").return? /* pc=_stext+0x17fc48 */ /* <- syscall.futimesat.return = kernel.function("sys_futimesat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_get_mempolicy@mm/mempolicy.c:1379").return? /* pc=_stext+0x13f528 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350").return? /* pc=_stext+0x13f9f8 */ /* <- syscall.get_mempolicy.return = kernel.function("compat_sys_get_mempolicy").return?, kernel.function("sys_get_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getcwd@fs/dcache.c:2102").return /* pc=_stext+0x16a9e0 */ /* <- syscall.getcwd.return = kernel.function("sys_getcwd").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getdents@fs/readdir.c:192").return? /* pc=_stext+0x16718c */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getdents64@fs/readdir.c:274").return? /* pc=_stext+0x167068 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getdents64").return? /* pc=_stext+0x167068 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getdents@fs/compat.c:1022").return? /* pc=_stext+0x1a1784 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getdents64@fs/compat.c:1110").return? /* pc=_stext+0x1a1660 */ /* <- syscall.getdents.return = kernel.function("sys_getdents").return?, kernel.function("sys_getdents64").return?, kernel.function("compat_sys_getdents").return?, kernel.function("compat_sys_getdents64").return? <- syscall.*.return */

  # locals

  name:string
return */
  # locals
  name:string
kernel.function("sys_geteuid@kernel/timer.c:1366").return /* pc=_stext+0x9c70c */ /* <- syscall.geteuid.return = kernel.function("sys_geteuid16").return?, kernel.function("sys32_geteuid16").return?, kernel.function("sys_geteuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getgid@kernel/timer.c:1372").return /* pc=_stext+0x9c71c */ /* <- syscall.getgid.return = kernel.function("sys_getgid16").return?, kernel.function("sys32_getgid16").return?, kernel.function("sys_getgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getgroups@kernel/groups.c:203").return? /* pc=_stext+0xb3d20 */ /* <- syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getgroups").return? /* pc=_stext+0xb3d20 */ /* <- syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_gethostname@kernel/sys.c:1189").return? /* pc=_stext+0xa3560 */ /* <- syscall.gethostname.return = kernel.function("sys_gethostname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getitimer@kernel/itimer.c:103").return /* pc=_stext+0x93f64 */ /* <- syscall.getitimer.return = kernel.function("sys_getitimer").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getitimer").return /* pc=_stext+0x93f64 */ /* <- syscall.getitimer.return = kernel.function("sys_getitimer").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getpeername@net/socket.c:1613").return? /* pc=_stext+0x48c6c8 */ /* <- syscall.getpeername.return = kernel.function("sys_getpeername").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getpgid@kernel/sys.c:990").return /* pc=_stext+0xa3d18 */ /* <- syscall.getpgid.return = kernel.function("sys_getpgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getpgrp@kernel/sys.c:1021").return? /* pc=_stext+0xa3cf0 */ /* <- syscall.getpgrp.return = kernel.function("sys_getpgrp").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getpid@kernel/timer.c:1338").return /* pc=_stext+0x9cfb0 */ /* <- syscall.getpid.return = kernel.function("sys_getpid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getppid@kernel/timer.c:1349").return /* pc=_stext+0x9cf7c */ /* <- syscall.getppid.return = kernel.function("sys_getppid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getpriority@kernel/sys.c:216").return /* pc=_stext+0xa5088 */ /* <- syscall.getpriority.return = kernel.function("sys_getpriority").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getpriority").return /* pc=_stext+0xa5088 */ /* <- syscall.getpriority.return = kernel.function("sys_getpriority").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getresgid@kernel/sys.c:800").return /* pc=_stext+0xa25b4 */ /* <- syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getresgid").return /* pc=_stext+0xa25b4 */ /* <- syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getresuid@kernel/sys.c:746").return /* pc=_stext+0xa2700 */ /* <- syscall.getresuid.return = kernel.function("sys_getresuid16").return?, kernel.function("sys_getresuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getrlimit@kernel/sys.c:1237").return? /* pc=_stext+0xa32cc */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlim
kernel.function("sys_getegid@kernel/timer.c:1378").return /* pc=_stext+0x9c72c */ /* <- syscall.getegid.return = kernel.function("sys_getegid16").return?, kernel.function("sys32_getegid16").return?, kernel.function("sys_getegid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_geteuid@kernel/timer.c:1366").return /* pc=_stext+0x9c70c */ /* <- syscall.geteuid.return = kernel.function("sys_geteuid16").return?, kernel.function("sys32_geteuid16").return?, kernel.function("sys_geteuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getgid@kernel/timer.c:1372").return /* pc=_stext+0x9c71c */ /* <- syscall.getgid.return = kernel.function("sys_getgid16").return?, kernel.function("sys32_getgid16").return?, kernel.function("sys_getgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getgroups@kernel/groups.c:203").return? /* pc=_stext+0xb3d20 */ /* <- syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getgroups").return? /* pc=_stext+0xb3d20 */ /* <- syscall.getgroups.return = kernel.function("sys_getgroups16").return?, kernel.function("sys32_getgroups16").return?, kernel.function("sys_getgroups").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_gethostname@kernel/sys.c:1189").return? /* pc=_stext+0xa3560 */ /* <- syscall.gethostname.return = kernel.function("sys_gethostname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getitimer@kernel/itimer.c:103").return /* pc=_stext+0x93f64 */ /* <- syscall.getitimer.return = kernel.function("sys_getitimer").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getitimer").return /* pc=_stext+0x93f64 */ /* <- syscall.getitimer.return = kernel.function("sys_getitimer").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getpeername@net/socket.c:1613").return? /* pc=_stext+0x48c6c8 */ /* <- syscall.getpeername.return = kernel.function("sys_getpeername").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getpgid@kernel/sys.c:990").return /* pc=_stext+0xa3d18 */ /* <- syscall.getpgid.return = kernel.function("sys_getpgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getpgrp@kernel/sys.c:1021").return? /* pc=_stext+0xa3cf0 */ /* <- syscall.getpgrp.return = kernel.function("sys_getpgrp").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getpid@kernel/timer.c:1338").return /* pc=_stext+0x9cfb0 */ /* <- syscall.getpid.return = kernel.function("sys_getpid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getppid@kernel/timer.c:1349").return /* pc=_stext+0x9cf7c */ /* <- syscall.getppid.return = kernel.function("sys_getppid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getpriority@kernel/sys.c:216").return /* pc=_stext+0xa5088 */ /* <- syscall.getpriority.return = kernel.function("sys_getpriority").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getpriority").return /* pc=_stext+0xa5088 */ /* <- syscall.getpriority.return = kernel.function("sys_getpriority").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getresgid@kernel/sys.c:800").return /* pc=_stext+0xa25b4 */ /* <- syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getresgid").return /* pc=_stext+0xa25b4 */ /* <- syscall.getresgid.return = kernel.function("sys_getresgid16").return?, kernel.function("sys_getresgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getresuid@kernel/sys.c:746").return /* pc=_stext+0xa2700 */ /* <- syscall.getresuid.return = kernel.function("sys_getresuid16").return?, kernel.function("sys_getresuid").return <- syscall.*.return */

  # locals

  name:string
it").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_old_getrlimit@kernel/sys.c:1257").return? /* pc=_stext+0xa31e4 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getrlimit@kernel/compat.c:334").return? /* pc=_stext+0xcd828 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getrusage@kernel/sys.c:1452").return /* pc=_stext+0xa3030 */ /* <- syscall.getrusage.return = kernel.function("sys_getrusage").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getsid@kernel/sys.c:1027").return /* pc=_stext+0xa3c70 */ /* <- syscall.getsid.return = kernel.function("sys_getsid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getsid").return /* pc=_stext+0xa3c70 */ /* <- syscall.getsid.return = kernel.function("sys_getsid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getsockname@net/socket.c:1582").return? /* pc=_stext+0x48c7b0 */ /* <- syscall.getsockname.return = kernel.function("sys_getsockname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_getsockopt@net/compat.c:503").return? /* pc=_stext+0x4b8efc */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getsockopt@net/socket.c:1790").return? /* pc=_stext+0x48a9b8 */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_gettid@kernel/timer.c:1494").return /* pc=_stext+0x9ccd8 */ /* <- syscall.gettid.return = kernel.function("sys_gettid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_gettimeofday@kernel/compat.c:57").return? /* pc=_stext+0xcca90 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_gettimeofday@kernel/time.c:102").return /* pc=_stext+0x946c4 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_gettimeofday").return /* pc=_stext+0x946c4 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_getuid@kernel/timer.c:1360").return /* pc=_stext+0x9c6fc */ /* <- syscall.getuid.return = kernel.function("sys_getuid16").return?, kernel.function("sys32_getuid16").return?, kernel.function("sys_getuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_getxattr@fs/xattr.c:377").return /* pc=_stext+0x1775d4 */ /* <- syscall.getxattr.return = kernel.function("sys_getxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_init_module@kernel/module.c:2603").return? /* pc=_stext+0xc691c */ /* <- syscall.init_module.return = kernel.function("sys_init_module").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").return? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch.return = kerne
kernel.function("SyS_getrlimit@kernel/sys.c:1237").return? /* pc=_stext+0xa32cc */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_old_getrlimit@kernel/sys.c:1257").return? /* pc=_stext+0xa31e4 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getrlimit@kernel/compat.c:334").return? /* pc=_stext+0xcd828 */ /* <- syscall.getrlimit.return = kernel.function("sys_getrlimit").return?, kernel.function("sys_old_getrlimit").return?, kernel.function("compat_sys_getrlimit").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getrusage@kernel/sys.c:1452").return /* pc=_stext+0xa3030 */ /* <- syscall.getrusage.return = kernel.function("sys_getrusage").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getsid@kernel/sys.c:1027").return /* pc=_stext+0xa3c70 */ /* <- syscall.getsid.return = kernel.function("sys_getsid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getsid").return /* pc=_stext+0xa3c70 */ /* <- syscall.getsid.return = kernel.function("sys_getsid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getsockname@net/socket.c:1582").return? /* pc=_stext+0x48c7b0 */ /* <- syscall.getsockname.return = kernel.function("sys_getsockname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_getsockopt@net/compat.c:503").return? /* pc=_stext+0x4b8efc */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getsockopt@net/socket.c:1790").return? /* pc=_stext+0x48a9b8 */ /* <- syscall.getsockopt.return = kernel.function("compat_sys_getsockopt").return?, kernel.function("sys_getsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_gettid@kernel/timer.c:1494").return /* pc=_stext+0x9ccd8 */ /* <- syscall.gettid.return = kernel.function("sys_gettid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_gettimeofday@kernel/compat.c:57").return? /* pc=_stext+0xcca90 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_gettimeofday@kernel/time.c:102").return /* pc=_stext+0x946c4 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_gettimeofday").return /* pc=_stext+0x946c4 */ /* <- syscall.gettimeofday.return = kernel.function("compat_sys_gettimeofday").return?, kernel.function("sys32_gettimeofday").return?, kernel.function("sys_gettimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_getuid@kernel/timer.c:1360").return /* pc=_stext+0x9c6fc */ /* <- syscall.getuid.return = kernel.function("sys_getuid16").return?, kernel.function("sys32_getuid16").return?, kernel.function("sys_getuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_getxattr@fs/xattr.c:377").return /* pc=_stext+0x1775d4 */ /* <- syscall.getxattr.return = kernel.function("sys_getxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_init_module@kernel/module.c:2603").return? /* pc=_stext+0xc691c */ /* <- syscall.init_module.return = kernel.function("sys_init_module").return? <- syscall.*.return */

  # locals

  name:string
l.function("sys_inotify_add_watch").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").return! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").return? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch.return = kernel.function("sys_inotify_rm_watch").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_cancel@fs/aio.c:1747").return /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel.return = kernel.function("sys_io_cancel").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_destroy@fs/aio.c:1283").return /* pc=_stext+0x199160 */ /* <- syscall.io_destroy.return = kernel.function("sys_io_destroy").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_io_destroy").return /* pc=_stext+0x199160 */ /* <- syscall.io_destroy.return = kernel.function("sys_io_destroy").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_io_getevents@fs/compat.c:549").return? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_getevents@fs/aio.c:1812").return? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_setup@fs/aio.c:1245").return /* pc=_stext+0x199310 */ /* <- syscall.io_setup.return = kernel.function("sys_io_setup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_io_submit@fs/aio.c:1712").return /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit.return = kernel.function("sys_io_submit").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").return? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ioctl@fs/ioctl.c:613").return? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ioprio_get@fs/ioprio.c:192").return? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_ioprio_get").return? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ioprio_set@fs/ioprio.c:76").return? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set.return = kernel.function("sys_ioprio_set").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").return? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_kexec_load@kernel/kexec.c:940").return? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */
  # locals
  name:string
kernel.function
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").return? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch.return = kernel.function("sys_inotify_add_watch").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").return! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init.return = kernel.function("sys_inotify_init1").return!, kernel.function("sys_inotify_init").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").return? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch.return = kernel.function("sys_inotify_rm_watch").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_cancel@fs/aio.c:1747").return /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel.return = kernel.function("sys_io_cancel").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_destroy@fs/aio.c:1283").return /* pc=_stext+0x199160 */ /* <- syscall.io_destroy.return = kernel.function("sys_io_destroy").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_io_destroy").return /* pc=_stext+0x199160 */ /* <- syscall.io_destroy.return = kernel.function("sys_io_destroy").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_io_getevents@fs/compat.c:549").return? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_getevents@fs/aio.c:1812").return? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents.return = kernel.function("compat_sys_io_getevents").return?, kernel.function("sys_io_getevents").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_setup@fs/aio.c:1245").return /* pc=_stext+0x199310 */ /* <- syscall.io_setup.return = kernel.function("sys_io_setup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_io_submit@fs/aio.c:1712").return /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit.return = kernel.function("sys_io_submit").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").return? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ioctl@fs/ioctl.c:613").return? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl.return = kernel.function("compat_sys_ioctl").return?, kernel.function("sys_ioctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ioprio_get@fs/ioprio.c:192").return? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_ioprio_get").return? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get.return = kernel.function("sys_ioprio_get").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ioprio_set@fs/ioprio.c:76").return? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set.return = kernel.function("sys_ioprio_set").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").return? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_kexec_load@kernel/kexec.c:940").return? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load.return = kernel.function("compat_sys_kexec_load").return?, kernel.function("sys_kexec_load").return? <- syscall.*.return */

  # locals

  name:string
("compat_sys_keyctl@security/keys/compat.c:27").return? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").return? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_kill@kernel/signal.c:2314").return /* pc=_stext+0xa0c20 */ /* <- syscall.kill.return = kernel.function("sys_kill").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lchown@fs/open.c:583").return /* pc=_stext+0x152b74 */ /* <- syscall.lchown.return = kernel.function("sys_lchown").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lgetxattr@fs/xattr.c:391").return /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_lgetxattr").return /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_link@fs/namei.c:2520").return /* pc=_stext+0x15fcbc */ /* <- syscall.link.return = kernel.function("sys_link").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_linkat@fs/namei.c:2471").return? /* pc=_stext+0x164028 */ /* <- syscall.linkat.return = kernel.function("sys_linkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_listen@net/socket.c:1425").return? /* pc=_stext+0x48ae90 */ /* <- syscall.listen.return = kernel.function("sys_listen").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_listxattr@fs/xattr.c:450").return /* pc=_stext+0x17709c */ /* <- syscall.listxattr.return = kernel.function("sys_listxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_llistxattr@fs/xattr.c:464").return /* pc=_stext+0x177010 */ /* <- syscall.llistxattr.return = kernel.function("sys_llistxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_llseek@fs/read_write.c:193").return? /* pc=_stext+0x15515c */ /* <- syscall.llseek.return = kernel.function("sys_llseek").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").return? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie.return = kernel.function("sys_lookup_dcookie").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lremovexattr@fs/xattr.c:528").return /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr.return = kernel.function("sys_lremovexattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lseek@fs/read_write.c:167").return /* pc=_stext+0x153a5c */ /* <- syscall.lseek.return = kernel.function("sys_lseek").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lsetxattr@fs/xattr.c:300").return /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr.return = kernel.function("sys_lsetxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newlstat@fs/stat.c:247").return? /* pc=_stext+0x1594bc */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_newlstat@fs/compat.c:185").return? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64")
kernel.function("compat_sys_keyctl@security/keys/compat.c:27").return? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").return? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl.return = kernel.function("compat_sys_keyctl").return?, kernel.function("sys_keyctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_kill@kernel/signal.c:2314").return /* pc=_stext+0xa0c20 */ /* <- syscall.kill.return = kernel.function("sys_kill").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lchown@fs/open.c:583").return /* pc=_stext+0x152b74 */ /* <- syscall.lchown.return = kernel.function("sys_lchown").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lgetxattr@fs/xattr.c:391").return /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_lgetxattr").return /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr.return = kernel.function("sys_lgetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_link@fs/namei.c:2520").return /* pc=_stext+0x15fcbc */ /* <- syscall.link.return = kernel.function("sys_link").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_linkat@fs/namei.c:2471").return? /* pc=_stext+0x164028 */ /* <- syscall.linkat.return = kernel.function("sys_linkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_listen@net/socket.c:1425").return? /* pc=_stext+0x48ae90 */ /* <- syscall.listen.return = kernel.function("sys_listen").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_listxattr@fs/xattr.c:450").return /* pc=_stext+0x17709c */ /* <- syscall.listxattr.return = kernel.function("sys_listxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_llistxattr@fs/xattr.c:464").return /* pc=_stext+0x177010 */ /* <- syscall.llistxattr.return = kernel.function("sys_llistxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_llseek@fs/read_write.c:193").return? /* pc=_stext+0x15515c */ /* <- syscall.llseek.return = kernel.function("sys_llseek").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").return? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie.return = kernel.function("sys_lookup_dcookie").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lremovexattr@fs/xattr.c:528").return /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr.return = kernel.function("sys_lremovexattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lseek@fs/read_write.c:167").return /* pc=_stext+0x153a5c */ /* <- syscall.lseek.return = kernel.function("sys_lseek").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lsetxattr@fs/xattr.c:300").return /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr.return = kernel.function("sys_lsetxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newlstat@fs/stat.c:247").return? /* pc=_stext+0x1594bc */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */

  # locals

  name:string
.return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_lstat64@fs/stat.c:369").return? /* pc=_stext+0x159468 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_madvise@mm/madvise.c:335").return? /* pc=_stext+0x1201ec */ /* <- syscall.madvise.return = kernel.function("sys_madvise").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mbind@mm/mempolicy.c:1429").return? /* pc=_stext+0x13f124 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mbind@mm/mempolicy.c:1234").return? /* pc=_stext+0x13ff60 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275").return? /* pc=_stext+0x140704 */ /* <- syscall.migrate_pages.return = kernel.function("sys_migrate_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mincore@mm/mincore.c:257").return? /* pc=_stext+0x125e9c */ /* <- syscall.mincore.return = kernel.function("sys_mincore").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mkdir@fs/namei.c:2130").return /* pc=_stext+0x15fe08 */ /* <- syscall.mkdir.return = kernel.function("sys_mkdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mkdirat@fs/namei.c:2093").return? /* pc=_stext+0x163b3c */ /* <- syscall.mkdirat.return = kernel.function("sys_mkdirat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mknod@fs/namei.c:2067").return /* pc=_stext+0x15fe38 */ /* <- syscall.mknod.return = kernel.function("sys_mknod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mknod").return /* pc=_stext+0x15fe38 */ /* <- syscall.mknod.return = kernel.function("sys_mknod").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mknodat@fs/namei.c:2013").return? /* pc=_stext+0x163c50 */ /* <- syscall.mknodat.return = kernel.function("sys_mknodat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mlock@mm/mlock.c:472").return? /* pc=_stext+0x12709c */ /* <- syscall.mlock.return = kernel.function("sys_mlock").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mlockall@mm/mlock.c:537").return? /* pc=_stext+0x126dec */ /* <- syscall.mlockall.return = kernel.function("sys_mlockall").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75").return? /* pc=_stext+0xc160 */ /* <- syscall.mmap.return = kernel.function("sys_mmap").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68").return? /* pc=_stext+0xc1d4 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mmap2@arch/powerpc/kernel/sys_ppc32.c:527").return? /* pc=_stext+0x18e74 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mount@fs/compat.c:842").return? /* pc=_stext+0x1a1958 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mount@fs/namespace.c:2119").return /* pc=_stext+0x174db0 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.fu
kernel.function("compat_sys_newlstat@fs/compat.c:185").return? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_lstat64@fs/stat.c:369").return? /* pc=_stext+0x159468 */ /* <- syscall.lstat.return = kernel.function("sys_lstat").return?, kernel.function("sys_newlstat").return?, kernel.function("compat_sys_newlstat").return?, kernel.function("sys32_lstat64").return?, kernel.function("sys_lstat64").return?, kernel.function("sys_oabi_lstat64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_madvise@mm/madvise.c:335").return? /* pc=_stext+0x1201ec */ /* <- syscall.madvise.return = kernel.function("sys_madvise").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mbind@mm/mempolicy.c:1429").return? /* pc=_stext+0x13f124 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mbind@mm/mempolicy.c:1234").return? /* pc=_stext+0x13ff60 */ /* <- syscall.mbind.return = kernel.function("compat_sys_mbind").return?, kernel.function("sys_mbind").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275").return? /* pc=_stext+0x140704 */ /* <- syscall.migrate_pages.return = kernel.function("sys_migrate_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mincore@mm/mincore.c:257").return? /* pc=_stext+0x125e9c */ /* <- syscall.mincore.return = kernel.function("sys_mincore").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mkdir@fs/namei.c:2130").return /* pc=_stext+0x15fe08 */ /* <- syscall.mkdir.return = kernel.function("sys_mkdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mkdirat@fs/namei.c:2093").return? /* pc=_stext+0x163b3c */ /* <- syscall.mkdirat.return = kernel.function("sys_mkdirat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mknod@fs/namei.c:2067").return /* pc=_stext+0x15fe38 */ /* <- syscall.mknod.return = kernel.function("sys_mknod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_mknod").return /* pc=_stext+0x15fe38 */ /* <- syscall.mknod.return = kernel.function("sys_mknod").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mknodat@fs/namei.c:2013").return? /* pc=_stext+0x163c50 */ /* <- syscall.mknodat.return = kernel.function("sys_mknodat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mlock@mm/mlock.c:472").return? /* pc=_stext+0x12709c */ /* <- syscall.mlock.return = kernel.function("sys_mlock").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mlockall@mm/mlock.c:537").return? /* pc=_stext+0x126dec */ /* <- syscall.mlockall.return = kernel.function("sys_mlockall").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75").return? /* pc=_stext+0xc160 */ /* <- syscall.mmap.return = kernel.function("sys_mmap").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68").return? /* pc=_stext+0xc1d4 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mmap2@arch/powerpc/kernel/sys_ppc32.c:527").return? /* pc=_stext+0x18e74 */ /* <- syscall.mmap2.return = kernel.function("sys_mmap2").return?, kernel.function("compat_sys_mmap2").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mount@fs/compat.c:842").return? /* pc=_stext+0x1a1958 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */

  # locals

  name:string
nction("sys_mount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mount").return /* pc=_stext+0x174db0 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_move_pages@kernel/compat.c:1027").return? /* pc=_stext+0xcbb38 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_move_pages@mm/migrate.c:1078").return? /* pc=_stext+0x147974 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mprotect@mm/mprotect.c:222").return? /* pc=_stext+0x12b0ec */ /* <- syscall.mprotect.return = kernel.function("sys_mprotect").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_getsetattr@ipc/compat_mq.c:125").return? /* pc=_stext+0x25d970 */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156").return? /* pc=_stext+0x25c27c */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_mq_getsetattr").return? /* pc=_stext+0x25c27c */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_notify@ipc/compat_mq.c:107").return? /* pc=_stext+0x25dd1c */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_notify@ipc/mqueue.c:1024").return? /* pc=_stext+0x25c494 */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_open@ipc/compat_mq.c:52").return? /* pc=_stext+0x25df80 */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_open@ipc/mqueue.c:674").return? /* pc=_stext+0x25d52c */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_timedreceive@ipc/compat_mq.c:96").return? /* pc=_stext+0x25de80 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936").return? /* pc=_stext+0x25c9e0 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_mq_timedsend@ipc/compat_mq.c:82").return? /* pc=_stext+0x25df00 */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842").return? /* pc=_stext+0x25ce1c */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mq_unlink@ipc/mqueue.c:746").return? /* pc=_stext+0x25d2e8 */ /* <- sysc
kernel.function("SyS_mount@fs/namespace.c:2119").return /* pc=_stext+0x174db0 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_mount").return /* pc=_stext+0x174db0 */ /* <- syscall.mount.return = kernel.function("compat_sys_mount").return?, kernel.function("sys_mount").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_move_pages@kernel/compat.c:1027").return? /* pc=_stext+0xcbb38 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_move_pages@mm/migrate.c:1078").return? /* pc=_stext+0x147974 */ /* <- syscall.move_pages.return = kernel.function("compat_sys_move_pages").return?, kernel.function("sys_move_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mprotect@mm/mprotect.c:222").return? /* pc=_stext+0x12b0ec */ /* <- syscall.mprotect.return = kernel.function("sys_mprotect").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_getsetattr@ipc/compat_mq.c:125").return? /* pc=_stext+0x25d970 */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156").return? /* pc=_stext+0x25c27c */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_mq_getsetattr").return? /* pc=_stext+0x25c27c */ /* <- syscall.mq_getsetattr.return = kernel.function("compat_sys_mq_getsetattr").return?, kernel.function("sys_mq_getsetattr").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_notify@ipc/compat_mq.c:107").return? /* pc=_stext+0x25dd1c */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_notify@ipc/mqueue.c:1024").return? /* pc=_stext+0x25c494 */ /* <- syscall.mq_notify.return = kernel.function("compat_sys_mq_notify").return?, kernel.function("sys_mq_notify").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_open@ipc/compat_mq.c:52").return? /* pc=_stext+0x25df80 */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_open@ipc/mqueue.c:674").return? /* pc=_stext+0x25d52c */ /* <- syscall.mq_open.return = kernel.function("compat_sys_mq_open").return?, kernel.function("sys_mq_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_timedreceive@ipc/compat_mq.c:96").return? /* pc=_stext+0x25de80 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936").return? /* pc=_stext+0x25c9e0 */ /* <- syscall.mq_timedreceive.return = kernel.function("compat_sys_mq_timedreceive").return?, kernel.function("sys_mq_timedreceive").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_mq_timedsend@ipc/compat_mq.c:82").return? /* pc=_stext+0x25df00 */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842").return? /* pc=_stext+0x25ce1c */ /* <- syscall.mq_timedsend.return = kernel.function("compat_sys_mq_timedsend").return?, kernel.function("sys_mq_timedsend").return? <- syscall.*.return */

  # locals

  name:string
all.mq_unlink.return = kernel.function("sys_mq_unlink").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_mremap@mm/mremap.c:512").return? /* pc=_stext+0x12bfa0 */ /* <- syscall.mremap.return = kernel.function("ia64_mremap").return?, kernel.function("sys_mremap").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgctl@ipc/msg.c:469").return? /* pc=_stext+0x256a98 */ /* <- syscall.msgctl.return = kernel.function("sys_msgctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_msgctl").return? /* pc=_stext+0x256a98 */ /* <- syscall.msgctl.return = kernel.function("sys_msgctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgget@ipc/msg.c:312").return? /* pc=_stext+0x257038 */ /* <- syscall.msgget.return = kernel.function("sys_msgget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_msgget").return? /* pc=_stext+0x257038 */ /* <- syscall.msgget.return = kernel.function("sys_msgget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgrcv@ipc/msg.c:908").return? /* pc=_stext+0x25639c */ /* <- syscall.msgrcv.return = kernel.function("sys_msgrcv").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msgsnd@ipc/msg.c:727").return? /* pc=_stext+0x256878 */ /* <- syscall.msgsnd.return = kernel.function("sys_msgsnd").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_msync@mm/msync.c:31").return? /* pc=_stext+0x12c040 */ /* <- syscall.msync.return = kernel.function("sys_msync").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_munlock@mm/mlock.c:500").return? /* pc=_stext+0x127018 */ /* <- syscall.munlock.return = kernel.function("sys_munlock").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_munlock").return? /* pc=_stext+0x127018 */ /* <- syscall.munlock.return = kernel.function("sys_munlock").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_munlockall@mm/mlock.c:566").return? /* pc=_stext+0x126d90 */ /* <- syscall.munlockall.return = kernel.function("sys_munlockall").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_munmap@mm/mmap.c:2096").return /* pc=_stext+0x1293d4 */ /* <- syscall.munmap.return = kernel.function("sys_munmap").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").return /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep.return = kernel.function("sys_nanosleep").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").return? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").return? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").return /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall.return = kernel.function("sys_ni_syscall").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_nice@kernel/sched.c:4275").return? /* pc=_stext+0x8a668 */ /* <- syscall.nice.return = kernel.function("sys_nice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_nice").return? /* pc=_stext+0x8a668 */ /* <- syscall.nice.return = kernel.function("sys_nice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_open@fs/compat.c:1345").return? /* pc=_stext+0x1a0e18 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.funct
kernel.function("SyS_mq_unlink@ipc/mqueue.c:746").return? /* pc=_stext+0x25d2e8 */ /* <- syscall.mq_unlink.return = kernel.function("sys_mq_unlink").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_mremap@mm/mremap.c:512").return? /* pc=_stext+0x12bfa0 */ /* <- syscall.mremap.return = kernel.function("ia64_mremap").return?, kernel.function("sys_mremap").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgctl@ipc/msg.c:469").return? /* pc=_stext+0x256a98 */ /* <- syscall.msgctl.return = kernel.function("sys_msgctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_msgctl").return? /* pc=_stext+0x256a98 */ /* <- syscall.msgctl.return = kernel.function("sys_msgctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgget@ipc/msg.c:312").return? /* pc=_stext+0x257038 */ /* <- syscall.msgget.return = kernel.function("sys_msgget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_msgget").return? /* pc=_stext+0x257038 */ /* <- syscall.msgget.return = kernel.function("sys_msgget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgrcv@ipc/msg.c:908").return? /* pc=_stext+0x25639c */ /* <- syscall.msgrcv.return = kernel.function("sys_msgrcv").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msgsnd@ipc/msg.c:727").return? /* pc=_stext+0x256878 */ /* <- syscall.msgsnd.return = kernel.function("sys_msgsnd").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_msync@mm/msync.c:31").return? /* pc=_stext+0x12c040 */ /* <- syscall.msync.return = kernel.function("sys_msync").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_munlock@mm/mlock.c:500").return? /* pc=_stext+0x127018 */ /* <- syscall.munlock.return = kernel.function("sys_munlock").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_munlock").return? /* pc=_stext+0x127018 */ /* <- syscall.munlock.return = kernel.function("sys_munlock").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_munlockall@mm/mlock.c:566").return? /* pc=_stext+0x126d90 */ /* <- syscall.munlockall.return = kernel.function("sys_munlockall").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_munmap@mm/mmap.c:2096").return /* pc=_stext+0x1293d4 */ /* <- syscall.munmap.return = kernel.function("sys_munmap").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").return /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep.return = kernel.function("sys_nanosleep").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").return? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").return? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl.return = kernel.function("sys_nfsservctl").return?, kernel.function("compat_sys_nfsservctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").return /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall.return = kernel.function("sys_ni_syscall").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_nice@kernel/sched.c:4275").return? /* pc=_stext+0x8a668 */ /* <- syscall.nice.return = kernel.function("sys_nice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_nice").return? /* pc=_stext+0x8a668 */ /* <- syscall.nice.return = kernel.function("sys_nice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_open@fs/compat.c:1345").return? /* pc=_stext+0x1a0e18 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */

  # locals

  name:string
ion("SyS_open@fs/open.c:900").return? /* pc=_stext+0x152380 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_open").return? /* pc=_stext+0x152380 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_openat@fs/compat.c:1355").return? /* pc=_stext+0x1a0df0 */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_openat@fs/open.c:914").return? /* pc=_stext+0x15236c */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_pause@kernel/signal.c:2698").return? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause.return = kernel.function("sys_pause").return?, kernel.function("sys32_pause").return?, kernel.function("compat_sys_pause").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_personality@kernel/exec_domain.c:191").return /* pc=_stext+0x8d908 */ /* <- syscall.personality.return = kernel.function("sys_personality").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_personality").return /* pc=_stext+0x8d908 */ /* <- syscall.personality.return = kernel.function("sys_personality").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */
kernel.function("SyS_pipe2@fs/pipe.c:1101").return! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_pipe2").return! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pivot_root@fs/namespace.c:2185").return /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root.return = kernel.function("sys_pivot_root").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_poll@fs/select.c:916").return /* pc=_stext+0x167dec */ /* <- syscall.poll.return = kernel.function("sys_poll").return <- syscall.*.return */
  # locals
  name:string
kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106").return /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality.return = kernel.function("ppc64_personality").return <- syscall.*.return */
  # locals
  name:string
kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830").return? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas.return = kernel.function("ppc_rtas").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ppoll@fs/select.c:952").return? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll.return = kernel.function("sys_ppoll").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_prctl@kernel/sys.c:1467").return /* pc=_stext+0xa284c */ /* <- syscall.prctl.return = kernel.function("sys_prctl").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pread64@fs/read_write.c:448").return /* pc=_stext+0x15500c */ /* <- syscall.pread.return = kernel.function("sys_pread64").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pselect6@fs/select.c:677").return? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6.return = kernel.function("sys_pselect6").return? <- syscall.*.return */
kernel.function("SyS_open@fs/open.c:900").return? /* pc=_stext+0x152380 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_open").return? /* pc=_stext+0x152380 */ /* <- syscall.open.return = kernel.function("compat_sys_open").return?, kernel.function("sys32_open").return?, kernel.function("sys_open").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_openat@fs/compat.c:1355").return? /* pc=_stext+0x1a0df0 */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_openat@fs/open.c:914").return? /* pc=_stext+0x15236c */ /* <- syscall.openat.return = kernel.function("compat_sys_openat").return?, kernel.function("sys_openat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_pause@kernel/signal.c:2698").return? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause.return = kernel.function("sys_pause").return?, kernel.function("sys32_pause").return?, kernel.function("compat_sys_pause").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_personality@kernel/exec_domain.c:191").return /* pc=_stext+0x8d908 */ /* <- syscall.personality.return = kernel.function("sys_personality").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_personality").return /* pc=_stext+0x8d908 */ /* <- syscall.personality.return = kernel.function("sys_personality").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */

kernel.function("SyS_pipe2@fs/pipe.c:1101").return! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_pipe2").return! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe.return = kernel.function("sys_pipe2").return!, kernel.function("sys_ia64_pipe").return?, kernel.function("sys_pipe").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pivot_root@fs/namespace.c:2185").return /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root.return = kernel.function("sys_pivot_root").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_poll@fs/select.c:916").return /* pc=_stext+0x167dec */ /* <- syscall.poll.return = kernel.function("sys_poll").return <- syscall.*.return */

  # locals

  name:string

kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106").return /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality.return = kernel.function("ppc64_personality").return <- syscall.*.return */

  # locals

  name:string

kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830").return? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas.return = kernel.function("ppc_rtas").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ppoll@fs/select.c:952").return? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll.return = kernel.function("sys_ppoll").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_prctl@kernel/sys.c:1467").return /* pc=_stext+0xa284c */ /* <- syscall.prctl.return = kernel.function("sys_prctl").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pread64@fs/read_write.c:448").return /* pc=_stext+0x15500c */ /* <- syscall.pread.return = kernel.function("sys_pread64").return <- syscall.*.return */

  # locals

  name:string

  # locals
  name:string
kernel.function("SyS_ptrace@kernel/ptrace.c:688").return? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace.return = kernel.function("sys_ptrace").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_pwrite64@fs/read_write.c:477").return /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite.return = kernel.function("sys_pwrite64").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_quotactl@fs/quota/quota.c:334").return? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl.return = kernel.function("sys_quotactl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_read@fs/read_write.c:391").return /* pc=_stext+0x1550bc */ /* <- syscall.read.return = kernel.function("sys_read").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readahead@mm/filemap.c:1396").return /* pc=_stext+0x10559c */ /* <- syscall.readahead.return = kernel.function("sys_readahead").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_old_readdir@fs/compat.c:942").return? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir.return = kernel.function("compat_sys_old_readdir").return?, kernel.function("old32_readdir").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readlink@fs/stat.c:312").return /* pc=_stext+0x159138 */ /* <- syscall.readlink.return = kernel.function("sys_readlink").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readlinkat@fs/stat.c:285").return? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat.return = kernel.function("sys_readlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_readv@fs/compat.c:1230").return? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_readv@fs/read_write.c:712").return /* pc=_stext+0x154a3c */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_readv").return /* pc=_stext+0x154a3c */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_reboot@kernel/sys.c:369").return /* pc=_stext+0xa4e2c */ /* <- syscall.reboot.return = kernel.function("sys_reboot").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_recv@net/socket.c:1746").return? /* pc=_stext+0x48840c */ /* <- syscall.recv.return = kernel.function("sys_recv").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_recvfrom@net/socket.c:1703").return? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom.return = kernel.function("sys_recvfrom").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_recvfrom").return? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom.return = kernel.function("sys_recvfrom").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_recvmsg@net/socket.c:2047").return? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg.return = kernel.function("sys_recvmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_remap_file_pages@mm/fremap.c:124").return? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages.return = kernel.function("sys_remap_file_pages").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_removexattr@fs/xattr.c:510").return /* pc=_stext+0x176d2c */ /* <- syscall.removexattr.return = kernel.function("sys_removexattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rename@fs/namei.c:2765").return /* pc=_stext+0x15fc88 */ /* <- syscall.rename.return = kernel.function("sys_rename").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_renameat@fs/namei.c:2672"
kernel.function("SyS_pselect6@fs/select.c:677").return? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6.return = kernel.function("sys_pselect6").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ptrace@kernel/ptrace.c:688").return? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace.return = kernel.function("sys_ptrace").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_pwrite64@fs/read_write.c:477").return /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite.return = kernel.function("sys_pwrite64").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_quotactl@fs/quota/quota.c:334").return? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl.return = kernel.function("sys_quotactl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_read@fs/read_write.c:391").return /* pc=_stext+0x1550bc */ /* <- syscall.read.return = kernel.function("sys_read").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readahead@mm/filemap.c:1396").return /* pc=_stext+0x10559c */ /* <- syscall.readahead.return = kernel.function("sys_readahead").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_old_readdir@fs/compat.c:942").return? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir.return = kernel.function("compat_sys_old_readdir").return?, kernel.function("old32_readdir").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readlink@fs/stat.c:312").return /* pc=_stext+0x159138 */ /* <- syscall.readlink.return = kernel.function("sys_readlink").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readlinkat@fs/stat.c:285").return? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat.return = kernel.function("sys_readlinkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_readv@fs/compat.c:1230").return? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_readv@fs/read_write.c:712").return /* pc=_stext+0x154a3c */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_readv").return /* pc=_stext+0x154a3c */ /* <- syscall.readv.return = kernel.function("compat_sys_readv").return?, kernel.function("sys_readv").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_reboot@kernel/sys.c:369").return /* pc=_stext+0xa4e2c */ /* <- syscall.reboot.return = kernel.function("sys_reboot").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_recv@net/socket.c:1746").return? /* pc=_stext+0x48840c */ /* <- syscall.recv.return = kernel.function("sys_recv").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_recvfrom@net/socket.c:1703").return? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom.return = kernel.function("sys_recvfrom").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_recvfrom").return? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom.return = kernel.function("sys_recvfrom").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_recvmsg@net/socket.c:2047").return? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg.return = kernel.function("sys_recvmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_remap_file_pages@mm/fremap.c:124").return? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages.return = kernel.function("sys_remap_file_pages").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_removexattr@fs/xattr.c:510").return /* pc=_stext+0x176d2c */ /* <- syscall.removexattr.return = kernel.function("sys_removexattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rename@fs/namei.c:2765").return /* pc=_stext+0x15fc88 */ /* <- syscall.rename.return = kernel.function("sys_rename").return <- syscall.*.return */

  # locals

  name:string
).return? /* pc=_stext+0x163634 */ /* <- syscall.renameat.return = kernel.function("sys_renameat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_request_key@security/keys/keyctl.c:152").return? /* pc=_stext+0x263580 */ /* <- syscall.request_key.return = kernel.function("sys_request_key").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_restart_syscall@kernel/signal.c:2056").return /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall.return = kernel.function("sys_restart_syscall").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rmdir@fs/namei.c:2244").return /* pc=_stext+0x163b30 */ /* <- syscall.rmdir.return = kernel.function("sys_rmdir").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").return? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction.return = kernel.function("sys_rt_sigaction").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").return? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32.return = kernel.function("sys32_rt_sigaction").return?, kernel.function("compat_sys_rt_sigaction").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").return? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending.return = kernel.function("sys_rt_sigpending").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").return? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").return? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").return /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo.return = kernel.function("sys_rt_sigqueueinfo").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").return? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn.return = kernel.function("sys_rt_sigreturn").return?, kernel.function("sys32_rt_sigreturn").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").return? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").return? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").return? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").return /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_rt_sigtimedwait").return /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_si
kernel.function("SyS_renameat@fs/namei.c:2672").return? /* pc=_stext+0x163634 */ /* <- syscall.renameat.return = kernel.function("sys_renameat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_request_key@security/keys/keyctl.c:152").return? /* pc=_stext+0x263580 */ /* <- syscall.request_key.return = kernel.function("sys_request_key").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_restart_syscall@kernel/signal.c:2056").return /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall.return = kernel.function("sys_restart_syscall").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rmdir@fs/namei.c:2244").return /* pc=_stext+0x163b30 */ /* <- syscall.rmdir.return = kernel.function("sys_rmdir").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").return? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction.return = kernel.function("sys_rt_sigaction").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").return? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32.return = kernel.function("sys32_rt_sigaction").return?, kernel.function("compat_sys_rt_sigaction").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").return? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending.return = kernel.function("sys_rt_sigpending").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").return? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").return? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask.return = kernel.function("sys32_rt_sigprocmask").return?, kernel.function("compat_sys_rt_sigprocmask").return?, kernel.function("sys_rt_sigprocmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").return /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo.return = kernel.function("sys_rt_sigqueueinfo").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").return? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn.return = kernel.function("sys_rt_sigreturn").return?, kernel.function("sys32_rt_sigreturn").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").return? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").return? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend.return = kernel.function("compat_sys_rt_sigsuspend").return?, kernel.function("ia64_rt_sigsuspend").return?, kernel.function("sys_rt_sigsuspend").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").return? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").return /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */

  # locals

  name:string
gtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976").return /* pc=_stext+0x79410 */ /* <- syscall.sched_get_priority_max.return = kernel.function("sys_sched_get_priority_max").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001").return /* pc=_stext+0x79444 */ /* <- syscall.sched_get_priority_min.return = kernel.function("sys_sched_get_priority_min").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805").return /* pc=_stext+0x85e88 */ /* <- syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sched_getaffinity").return /* pc=_stext+0x85e88 */ /* <- syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_getparam@kernel/sched.c:4638").return /* pc=_stext+0x85f30 */ /* <- syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sched_getparam").return /* pc=_stext+0x85f30 */ /* <- syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612").return /* pc=_stext+0x85fe8 */ /* <- syscall.sched_getscheduler.return = kernel.function("sys_sched_getscheduler").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027").return /* pc=_stext+0x85c8c */ /* <- syscall.sched_rr_get_interval.return = kernel.function("sys_sched_rr_get_interval").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753").return /* pc=_stext+0x862a4 */ /* <- syscall.sched_setaffinity.return = kernel.function("sys_sched_setaffinity").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_setparam@kernel/sched.c:4603").return? /* pc=_stext+0x8a074 */ /* <- syscall.sched_setparam.return = kernel.function("sys_sched_setparam").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589").return? /* pc=_stext+0x8a0a0 */ /* <- syscall.sched_setscheduler.return = kernel.function("sys_sched_setscheduler").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sched_yield@kernel/sched.c:4839").return /* pc=_stext+0x8aa98 */ /* <- syscall.sched_yield.return = kernel.function("sys_sched_yield").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_select@fs/select.c:597").return /* pc=_stext+0x168a1c */ /* <- syscall.select.return = kernel.function("sys_select").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_select").return /* pc=_stext+0x168a1c */ /* <- syscall.select.return = kernel.function("sys_select").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semctl@ipc/sem.c:1115").return? /* pc=_stext+0x258e48 */ /* <- syscall.semctl.return = kernel.function("sys_semctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semget@ipc/sem.c:321").return? /* pc=_stext+0x2592d0 */ /* <- syscall.semget.return = kernel.function("sys_semget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_semget").return? /* pc=_stext+0x2592d0 */ /* <- syscall.semget.return = kernel.function("sys_semget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+
kernel.function("sys_rt_sigtimedwait").return /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait.return = kernel.function("compat_sys_rt_sigtimedwait").return?, kernel.function("sys_rt_sigtimedwait").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976").return /* pc=_stext+0x79410 */ /* <- syscall.sched_get_priority_max.return = kernel.function("sys_sched_get_priority_max").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001").return /* pc=_stext+0x79444 */ /* <- syscall.sched_get_priority_min.return = kernel.function("sys_sched_get_priority_min").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805").return /* pc=_stext+0x85e88 */ /* <- syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sched_getaffinity").return /* pc=_stext+0x85e88 */ /* <- syscall.sched_getaffinity.return = kernel.function("sys_sched_getaffinity").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_getparam@kernel/sched.c:4638").return /* pc=_stext+0x85f30 */ /* <- syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sched_getparam").return /* pc=_stext+0x85f30 */ /* <- syscall.sched_getparam.return = kernel.function("sys_sched_getparam").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612").return /* pc=_stext+0x85fe8 */ /* <- syscall.sched_getscheduler.return = kernel.function("sys_sched_getscheduler").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027").return /* pc=_stext+0x85c8c */ /* <- syscall.sched_rr_get_interval.return = kernel.function("sys_sched_rr_get_interval").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753").return /* pc=_stext+0x862a4 */ /* <- syscall.sched_setaffinity.return = kernel.function("sys_sched_setaffinity").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_setparam@kernel/sched.c:4603").return? /* pc=_stext+0x8a074 */ /* <- syscall.sched_setparam.return = kernel.function("sys_sched_setparam").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589").return? /* pc=_stext+0x8a0a0 */ /* <- syscall.sched_setscheduler.return = kernel.function("sys_sched_setscheduler").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sched_yield@kernel/sched.c:4839").return /* pc=_stext+0x8aa98 */ /* <- syscall.sched_yield.return = kernel.function("sys_sched_yield").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_select@fs/select.c:597").return /* pc=_stext+0x168a1c */ /* <- syscall.select.return = kernel.function("sys_select").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_select").return /* pc=_stext+0x168a1c */ /* <- syscall.select.return = kernel.function("sys_select").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semctl@ipc/sem.c:1115").return? /* pc=_stext+0x258e48 */ /* <- syscall.semctl.return = kernel.function("sys_semctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semget@ipc/sem.c:321").return? /* pc=_stext+0x2592d0 */ /* <- syscall.semget.return = kernel.function("sys_semget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_semget").return? /* pc=_stext+0x2592d0 */ /* <- syscall.semget.return = kernel.function("sys_semget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */

  # locals

  name:string
0x257d08 */ /* <- syscall.semtimedop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_send@net/socket.c:1690").return? /* pc=_stext+0x4883d8 */ /* <- syscall.send.return = kernel.function("sys_send").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendfile@fs/read_write.c:897").return? /* pc=_stext+0x1543b4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendfile64@fs/read_write.c:916").return? /* pc=_stext+0x1542a4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sendfile64").return? /* pc=_stext+0x1542a4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendmsg@net/socket.c:1845").return? /* pc=_stext+0x48a680 */ /* <- syscall.sendmsg.return = kernel.function("sys_sendmsg").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sendto@net/socket.c:1646").return? /* pc=_stext+0x48cb30 */ /* <- syscall.sendto.return = kernel.function("sys_sendto").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sendto").return? /* pc=_stext+0x48cb30 */ /* <- syscall.sendto.return = kernel.function("sys_sendto").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_set_mempolicy@mm/mempolicy.c:1405").return? /* pc=_stext+0x13f22c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255").return? /* pc=_stext+0x13f49c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_set_mempolicy").return? /* pc=_stext+0x13f49c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_set_tid_address@kernel/fork.c:917").return /* pc=_stext+0x8b680 */ /* <- syscall.set_tid_address.return = kernel.function("sys_set_tid_address").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setdomainname@kernel/sys.c:1214").return /* pc=_stext+0xa3388 */ /* <- syscall.setdomainname.return = kernel.function("sys_setdomainname").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setdomainname").return /* pc=_stext+0xa3388 */ /* <- syscall.setdomainname.return = kernel.function("sys_setdomainname").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setfsgid@kernel/sys.c:852").return? /* pc=_stext+0xa40c4 */ /* <- syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setfsgid").return? /* pc=_stext+0xa40c4 */ /* <- syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setfsuid@kernel/sys.c:819").return? /* pc=_stext+0xa44f0 */ /* <- syscall.setfsuid.return = kernel.function("sys_setfsuid16").return?, kernel.function("sys_setfsuid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setgid@kernel/sys.c:531").return? /* pc=_stext+0xa42f8 */ /* <- syscall.setgid.return = kernel.function("sys_setgid16").return?, kernel.function("sys_setgid").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS
kernel.function("SyS_semtimedop@ipc/sem.c:1260").return? /* pc=_stext+0x257d08 */ /* <- syscall.semtimedop.return = kernel.function("sys_semtimedop").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_send@net/socket.c:1690").return? /* pc=_stext+0x4883d8 */ /* <- syscall.send.return = kernel.function("sys_send").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendfile@fs/read_write.c:897").return? /* pc=_stext+0x1543b4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendfile64@fs/read_write.c:916").return? /* pc=_stext+0x1542a4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sendfile64").return? /* pc=_stext+0x1542a4 */ /* <- syscall.sendfile.return = kernel.function("sys_sendfile").return?, kernel.function("sys_sendfile64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendmsg@net/socket.c:1845").return? /* pc=_stext+0x48a680 */ /* <- syscall.sendmsg.return = kernel.function("sys_sendmsg").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sendto@net/socket.c:1646").return? /* pc=_stext+0x48cb30 */ /* <- syscall.sendto.return = kernel.function("sys_sendto").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sendto").return? /* pc=_stext+0x48cb30 */ /* <- syscall.sendto.return = kernel.function("sys_sendto").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_set_mempolicy@mm/mempolicy.c:1405").return? /* pc=_stext+0x13f22c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255").return? /* pc=_stext+0x13f49c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_set_mempolicy").return? /* pc=_stext+0x13f49c */ /* <- syscall.set_mempolicy.return = kernel.function("compat_sys_set_mempolicy").return?, kernel.function("sys_set_mempolicy").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_set_tid_address@kernel/fork.c:917").return /* pc=_stext+0x8b680 */ /* <- syscall.set_tid_address.return = kernel.function("sys_set_tid_address").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setdomainname@kernel/sys.c:1214").return /* pc=_stext+0xa3388 */ /* <- syscall.setdomainname.return = kernel.function("sys_setdomainname").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setdomainname").return /* pc=_stext+0xa3388 */ /* <- syscall.setdomainname.return = kernel.function("sys_setdomainname").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setfsgid@kernel/sys.c:852").return? /* pc=_stext+0xa40c4 */ /* <- syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setfsgid").return? /* pc=_stext+0xa40c4 */ /* <- syscall.setfsgid.return = kernel.function("sys_setfsgid16").return?, kernel.function("sys_setfsgid").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setfsuid@kernel/sys.c:819").return? /* pc=_stext+0xa44f0 */ /* <- syscall.setfsuid.return = kernel.function("sys_setfsuid16").return?, kernel.function("sys_setfsuid").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setgid@kernel/sys.c:531").return? /* pc=_stext+0xa42f8 */ /* <- syscall.setgid.return = kernel.function("sys_setgid16").return?, kernel.function("sys_setgid").return? <- syscall.*.return */

  # locals

  name:string
_setgroups@kernel/groups.c:232").return? /* pc=_stext+0xb4200 */ /* <- syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setgroups").return? /* pc=_stext+0xb4200 */ /* <- syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sethostname@kernel/sys.c:1165").return /* pc=_stext+0xa3474 */ /* <- syscall.sethostname.return = kernel.function("sys_sethostname").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setitimer@kernel/itimer.c:280").return /* pc=_stext+0x93be4 */ /* <- syscall.setitimer.return = kernel.function("sys_setitimer").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setpgid@kernel/sys.c:921").return /* pc=_stext+0xa3d98 */ /* <- syscall.setpgid.return = kernel.function("sys_setpgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setpriority@kernel/sys.c:149").return /* pc=_stext+0xa53d4 */ /* <- syscall.setpriority.return = kernel.function("sys_setpriority").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setpriority").return /* pc=_stext+0xa53d4 */ /* <- syscall.setpriority.return = kernel.function("sys_setpriority").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setregid@kernel/sys.c:484").return /* pc=_stext+0xa43b8 */ /* <- syscall.setregid.return = kernel.function("sys_setregid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setregid").return /* pc=_stext+0xa43b8 */ /* <- syscall.setregid.return = kernel.function("sys_setregid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setresgid@kernel/sys.c:761").return /* pc=_stext+0xa419c */ /* <- syscall.setresgid.return = kernel.function("sys_setresgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setresgid").return /* pc=_stext+0xa419c */ /* <- syscall.setresgid.return = kernel.function("sys_setresgid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setresuid@kernel/sys.c:696").return /* pc=_stext+0xa46a0 */ /* <- syscall.setresuid.return = kernel.function("sys_setresuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setresuid").return /* pc=_stext+0xa46a0 */ /* <- syscall.setresuid.return = kernel.function("sys_setresuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setreuid@kernel/sys.c:594").return /* pc=_stext+0xa4944 */ /* <- syscall.setreuid.return = kernel.function("sys_setreuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setreuid").return /* pc=_stext+0xa4944 */ /* <- syscall.setreuid.return = kernel.function("sys_setreuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setrlimit@kernel/sys.c:1275").return /* pc=_stext+0xa3078 */ /* <- syscall.setrlimit.return = kernel.function("sys_setrlimit").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_setsid@kernel/sys.c:1056").return /* pc=_stext+0xa3b8c */ /* <- syscall.setsid.return = kernel.function("sys_setsid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_setsockopt@net/compat.c:390").return? /* pc=_stext+0x4b94a0 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setsockopt@net/socket.c:1756").return? /* pc=_stext+0x48aac8 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("s
kernel.function("SyS_setgroups@kernel/groups.c:232").return? /* pc=_stext+0xb4200 */ /* <- syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setgroups").return? /* pc=_stext+0xb4200 */ /* <- syscall.setgroups.return = kernel.function("sys_setgroups16").return?, kernel.function("sys32_setgroups16").return?, kernel.function("sys_setgroups").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sethostname@kernel/sys.c:1165").return /* pc=_stext+0xa3474 */ /* <- syscall.sethostname.return = kernel.function("sys_sethostname").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setitimer@kernel/itimer.c:280").return /* pc=_stext+0x93be4 */ /* <- syscall.setitimer.return = kernel.function("sys_setitimer").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setpgid@kernel/sys.c:921").return /* pc=_stext+0xa3d98 */ /* <- syscall.setpgid.return = kernel.function("sys_setpgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setpriority@kernel/sys.c:149").return /* pc=_stext+0xa53d4 */ /* <- syscall.setpriority.return = kernel.function("sys_setpriority").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setpriority").return /* pc=_stext+0xa53d4 */ /* <- syscall.setpriority.return = kernel.function("sys_setpriority").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setregid@kernel/sys.c:484").return /* pc=_stext+0xa43b8 */ /* <- syscall.setregid.return = kernel.function("sys_setregid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setregid").return /* pc=_stext+0xa43b8 */ /* <- syscall.setregid.return = kernel.function("sys_setregid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setresgid@kernel/sys.c:761").return /* pc=_stext+0xa419c */ /* <- syscall.setresgid.return = kernel.function("sys_setresgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setresgid").return /* pc=_stext+0xa419c */ /* <- syscall.setresgid.return = kernel.function("sys_setresgid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setresuid@kernel/sys.c:696").return /* pc=_stext+0xa46a0 */ /* <- syscall.setresuid.return = kernel.function("sys_setresuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setresuid").return /* pc=_stext+0xa46a0 */ /* <- syscall.setresuid.return = kernel.function("sys_setresuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setreuid@kernel/sys.c:594").return /* pc=_stext+0xa4944 */ /* <- syscall.setreuid.return = kernel.function("sys_setreuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setreuid").return /* pc=_stext+0xa4944 */ /* <- syscall.setreuid.return = kernel.function("sys_setreuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setrlimit@kernel/sys.c:1275").return /* pc=_stext+0xa3078 */ /* <- syscall.setrlimit.return = kernel.function("sys_setrlimit").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_setsid@kernel/sys.c:1056").return /* pc=_stext+0xa3b8c */ /* <- syscall.setsid.return = kernel.function("sys_setsid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_setsockopt@net/compat.c:390").return? /* pc=_stext+0x4b94a0 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setsockopt@net/socket.c:1756").return? /* pc=_stext+0x48aac8 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */

  # locals

  name:string
ys_setsockopt").return? /* pc=_stext+0x48aac8 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_settimeofday@kernel/time.c:186").return /* pc=_stext+0x9460c */ /* <- syscall.settimeofday.return = kernel.function("sys_settimeofday").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_settimeofday@kernel/compat.c:74").return? /* pc=_stext+0xce4b0 */ /* <- syscall.settimeofday32.return = kernel.function("sys32_settimeofday").return?, kernel.function("compat_sys_settimeofday").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setuid@kernel/sys.c:655").return /* pc=_stext+0xa4840 */ /* <- syscall.setuid.return = kernel.function("sys_setuid16").return?, kernel.function("sys_setuid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_setxattr@fs/xattr.c:281").return /* pc=_stext+0x177c8c */ /* <- syscall.setxattr.return = kernel.function("sys_setxattr").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sgetmask@kernel/signal.c:2655").return? /* pc=_stext+0x9e0e4 */ /* <- syscall.sgetmask.return = kernel.function("sys_sgetmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmat@ipc/shm.c:955").return? /* pc=_stext+0x25a1a0 */ /* <- syscall.shmat.return = kernel.function("sys_shmat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmctl@ipc/shm.c:635").return? /* pc=_stext+0x25a1f4 */ /* <- syscall.shmctl.return = kernel.function("sys_shmctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmdt@ipc/shm.c:971").return? /* pc=_stext+0x259858 */ /* <- syscall.shmdt.return = kernel.function("sys_shmdt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_shmdt").return? /* pc=_stext+0x259858 */ /* <- syscall.shmdt.return = kernel.function("sys_shmdt").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shmget@ipc/shm.c:448").return? /* pc=_stext+0x25aa0c */ /* <- syscall.shmget.return = kernel.function("sys_shmget").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_shutdown@net/socket.c:1819").return? /* pc=_stext+0x48a908 */ /* <- syscall.shutdown.return = kernel.function("sys_shutdown").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sigaction@arch/powerpc/kernel/signal_32.c:259").return? /* pc=_stext+0xf9ac */ /* <- syscall.sigaction32.return = kernel.function("sys32_sigaction").return?, kernel.function("compat_sys_sigaction").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_signal@kernel/signal.c:2680").return? /* pc=_stext+0x9ec74 */ /* <- syscall.signal.return = kernel.function("sys_signal").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_signalfd4@fs/signalfd.c:210").call! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */
kernel.function("SyS_signalfd4@fs/signalfd.c:210").return! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */
  # locals
  flags:long
  name:string
kernel.function("SyS_sigpending@kernel/signal.c:2559").return? /* pc=_stext+0x9e440 */ /* <- syscall.sigpending.return = kernel.function("sys_sigpending").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sigprocmask@kernel/signal.c:2571").return? /* pc=_stext+0x9e44c */ /* <- syscall.sigprocmask.return = kernel.function("sys_sigprocmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_socket@net/socket.c:1274").return? /* pc=_stext+0x48ba20 */ /* <- syscall.socket.return = kernel.function("sys_socket").return? <- syscall.*.r
kernel.function("sys_setsockopt").return? /* pc=_stext+0x48aac8 */ /* <- syscall.setsockopt.return = kernel.function("compat_sys_setsockopt").return?, kernel.function("sys_setsockopt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_settimeofday@kernel/time.c:186").return /* pc=_stext+0x9460c */ /* <- syscall.settimeofday.return = kernel.function("sys_settimeofday").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_settimeofday@kernel/compat.c:74").return? /* pc=_stext+0xce4b0 */ /* <- syscall.settimeofday32.return = kernel.function("sys32_settimeofday").return?, kernel.function("compat_sys_settimeofday").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setuid@kernel/sys.c:655").return /* pc=_stext+0xa4840 */ /* <- syscall.setuid.return = kernel.function("sys_setuid16").return?, kernel.function("sys_setuid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_setxattr@fs/xattr.c:281").return /* pc=_stext+0x177c8c */ /* <- syscall.setxattr.return = kernel.function("sys_setxattr").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sgetmask@kernel/signal.c:2655").return? /* pc=_stext+0x9e0e4 */ /* <- syscall.sgetmask.return = kernel.function("sys_sgetmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmat@ipc/shm.c:955").return? /* pc=_stext+0x25a1a0 */ /* <- syscall.shmat.return = kernel.function("sys_shmat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmctl@ipc/shm.c:635").return? /* pc=_stext+0x25a1f4 */ /* <- syscall.shmctl.return = kernel.function("sys_shmctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmdt@ipc/shm.c:971").return? /* pc=_stext+0x259858 */ /* <- syscall.shmdt.return = kernel.function("sys_shmdt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_shmdt").return? /* pc=_stext+0x259858 */ /* <- syscall.shmdt.return = kernel.function("sys_shmdt").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shmget@ipc/shm.c:448").return? /* pc=_stext+0x25aa0c */ /* <- syscall.shmget.return = kernel.function("sys_shmget").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_shutdown@net/socket.c:1819").return? /* pc=_stext+0x48a908 */ /* <- syscall.shutdown.return = kernel.function("sys_shutdown").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sigaction@arch/powerpc/kernel/signal_32.c:259").return? /* pc=_stext+0xf9ac */ /* <- syscall.sigaction32.return = kernel.function("sys32_sigaction").return?, kernel.function("compat_sys_sigaction").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_signal@kernel/signal.c:2680").return? /* pc=_stext+0x9ec74 */ /* <- syscall.signal.return = kernel.function("sys_signal").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_signalfd4@fs/signalfd.c:210").call! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */

kernel.function("SyS_signalfd4@fs/signalfd.c:210").return! /* pc=_stext+0x195dd0 */ /* <- syscall.signalfd.return = kernel.function("sys_signalfd4").return!, kernel.function("sys_signalfd").return? <- syscall.*.return */

  # locals

  flags:long

  name:string

kernel.function("SyS_sigpending@kernel/signal.c:2559").return? /* pc=_stext+0x9e440 */ /* <- syscall.sigpending.return = kernel.function("sys_sigpending").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sigprocmask@kernel/signal.c:2571").return? /* pc=_stext+0x9e44c */ /* <- syscall.sigprocmask.return = kernel.function("sys_sigprocmask").return? <- syscall.*.return */

  # locals

  name:string
eturn */
  # locals
  name:string
kernel.function("SyS_socketpair@net/socket.c:1316").return? /* pc=_stext+0x48b788 */ /* <- syscall.socketpair.return = kernel.function("sys_socketpair").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_splice@fs/splice.c:1721").return? /* pc=_stext+0x17cbc4 */ /* <- syscall.splice.return = kernel.function("sys_splice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ssetmask@kernel/signal.c:2660").return? /* pc=_stext+0x9e210 */ /* <- syscall.ssetmask.return = kernel.function("sys_ssetmask").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newstat@fs/stat.c:237").return? /* pc=_stext+0x159574 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_stat64@fs/stat.c:358").return? /* pc=_stext+0x159520 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_newstat@fs/compat.c:173").return? /* pc=_stext+0x1a2e2c */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_statfs@fs/compat.c:262").return? /* pc=_stext+0x1a27ac */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_statfs@fs/statfs.c:102").return? /* pc=_stext+0x180a44 */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_statfs").return? /* pc=_stext+0x180a44 */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_statfs64@fs/compat.c:327").return? /* pc=_stext+0x1a270c */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_statfs64@fs/statfs.c:118").return? /* pc=_stext+0x1808bc */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_stime@kernel/compat.c:915").return? /* pc=_stext+0xcc918 */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_stime@kernel/time.c:81").return? /* pc=_stext+0x9476c */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_swapoff@mm/swapfile.c:1531").return? /* pc=_stext+0x1355d8 */ /* <- syscall.swapoff.return = kernel.function("sys_swapoff").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_swapon@mm/swapfile.c:1791").return? /* pc=_stext+0x13426c */ /* <- syscall.swapon.return = kernel.function("sys_swapon").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_swapon").return? /* pc=_stext+0x13426c */ /* <- syscall.swapon.return
kernel.function("SyS_socket@net/socket.c:1274").return? /* pc=_stext+0x48ba20 */ /* <- syscall.socket.return = kernel.function("sys_socket").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_socketpair@net/socket.c:1316").return? /* pc=_stext+0x48b788 */ /* <- syscall.socketpair.return = kernel.function("sys_socketpair").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_splice@fs/splice.c:1721").return? /* pc=_stext+0x17cbc4 */ /* <- syscall.splice.return = kernel.function("sys_splice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ssetmask@kernel/signal.c:2660").return? /* pc=_stext+0x9e210 */ /* <- syscall.ssetmask.return = kernel.function("sys_ssetmask").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newstat@fs/stat.c:237").return? /* pc=_stext+0x159574 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_stat64@fs/stat.c:358").return? /* pc=_stext+0x159520 */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_newstat@fs/compat.c:173").return? /* pc=_stext+0x1a2e2c */ /* <- syscall.stat.return = kernel.function("sys_stat").return?, kernel.function("sys_newstat").return?, kernel.function("sys32_stat64").return?, kernel.function("sys_stat64").return?, kernel.function("sys_oabi_stat64").return?, kernel.function("compat_sys_newstat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_statfs@fs/compat.c:262").return? /* pc=_stext+0x1a27ac */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_statfs@fs/statfs.c:102").return? /* pc=_stext+0x180a44 */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_statfs").return? /* pc=_stext+0x180a44 */ /* <- syscall.statfs.return = kernel.function("compat_sys_statfs").return?, kernel.function("sys_statfs").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_statfs64@fs/compat.c:327").return? /* pc=_stext+0x1a270c */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_statfs64@fs/statfs.c:118").return? /* pc=_stext+0x1808bc */ /* <- syscall.statfs64.return = kernel.function("compat_sys_statfs64").return?, kernel.function("sys_statfs64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_stime@kernel/compat.c:915").return? /* pc=_stext+0xcc918 */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_stime@kernel/time.c:81").return? /* pc=_stext+0x9476c */ /* <- syscall.stime.return = kernel.function("compat_sys_stime").return?, kernel.function("sys_stime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_swapoff@mm/swapfile.c:1531").return? /* pc=_stext+0x1355d8 */ /* <- syscall.swapoff.return = kernel.function("sys_swapoff").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_swapon@mm/swapfile.c:1791").return? /* pc=_stext+0x13426c */ /* <- syscall.swapon.return = kernel.function("sys_swapon").return? <- syscall.*.return */

  # locals

  name:string
 = kernel.function("sys_swapon").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_symlink@fs/namei.c:2419").return /* pc=_stext+0x15fcf4 */ /* <- syscall.symlink.return = kernel.function("sys_symlink").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_symlinkat@fs/namei.c:2378").return? /* pc=_stext+0x163e68 */ /* <- syscall.symlinkat.return = kernel.function("sys_symlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sync@fs/sync.c:99").return /* pc=_stext+0x17f878 */ /* <- syscall.sync.return = kernel.function("sys_sync").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462").return? /* pc=_stext+0x998fc */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sysfs@fs/filesystems.c:182").return /* pc=_stext+0x170d04 */ /* <- syscall.sysfs.return = kernel.function("sys_sysfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_sysfs").return /* pc=_stext+0x170d04 */ /* <- syscall.sysfs.return = kernel.function("sys_sysfs").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_sysinfo@kernel/compat.c:1095").return? /* pc=_stext+0xcac54 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_sysinfo@kernel/timer.c:1565").return /* pc=_stext+0x9cc70 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_syslog@kernel/printk.c:412").return /* pc=_stext+0x8ff1c */ /* <- syscall.syslog.return = kernel.function("sys_syslog").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_tee@fs/splice.c:2062").return? /* pc=_stext+0x17c650 */ /* <- syscall.tee.return = kernel.function("sys_tee").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_tgkill@kernel/signal.c:2380").return /* pc=_stext+0xa0880 */ /* <- syscall.tgkill.return = kernel.function("sys_tgkill").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_time@kernel/compat.c:899").return? /* pc=_stext+0xcc9d0 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_time@kernel/time.c:62").return? /* pc=_stext+0x94820 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_time").return? /* pc=_stext+0x94820 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_create@kernel/posix-timers.c:524").return /* pc=_stext+0xaa694 */ /* <- syscall.timer_create.return = kernel.function("sys_timer_create").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").return /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete.return = kernel.function("sys_timer_delete").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_getoverrun@ker
kernel.function("sys_swapon").return? /* pc=_stext+0x13426c */ /* <- syscall.swapon.return = kernel.function("sys_swapon").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_symlink@fs/namei.c:2419").return /* pc=_stext+0x15fcf4 */ /* <- syscall.symlink.return = kernel.function("sys_symlink").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_symlinkat@fs/namei.c:2378").return? /* pc=_stext+0x163e68 */ /* <- syscall.symlinkat.return = kernel.function("sys_symlinkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sync@fs/sync.c:99").return /* pc=_stext+0x17f878 */ /* <- syscall.sync.return = kernel.function("sys_sync").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sysctl@kernel/sysctl_binary.c:1506").return? /* pc=_stext+0x997b0 */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462").return? /* pc=_stext+0x998fc */ /* <- syscall.sysctl.return = kernel.function("compat_sys_sysctl").return?, kernel.function("sys_sysctl").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sysfs@fs/filesystems.c:182").return /* pc=_stext+0x170d04 */ /* <- syscall.sysfs.return = kernel.function("sys_sysfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_sysfs").return /* pc=_stext+0x170d04 */ /* <- syscall.sysfs.return = kernel.function("sys_sysfs").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_sysinfo@kernel/compat.c:1095").return? /* pc=_stext+0xcac54 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_sysinfo@kernel/timer.c:1565").return /* pc=_stext+0x9cc70 */ /* <- syscall.sysinfo.return = kernel.function("compat_sys_sysinfo").return?, kernel.function("sys_sysinfo").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_syslog@kernel/printk.c:412").return /* pc=_stext+0x8ff1c */ /* <- syscall.syslog.return = kernel.function("sys_syslog").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_tee@fs/splice.c:2062").return? /* pc=_stext+0x17c650 */ /* <- syscall.tee.return = kernel.function("sys_tee").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_tgkill@kernel/signal.c:2380").return /* pc=_stext+0xa0880 */ /* <- syscall.tgkill.return = kernel.function("sys_tgkill").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_time@kernel/compat.c:899").return? /* pc=_stext+0xcc9d0 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_time@kernel/time.c:62").return? /* pc=_stext+0x94820 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_time").return? /* pc=_stext+0x94820 */ /* <- syscall.time.return = kernel.function("sys32_time").return?, kernel.function("sys_time64").return?, kernel.function("compat_sys_time").return?, kernel.function("sys_time").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_create@kernel/posix-timers.c:524").return /* pc=_stext+0xaa694 */ /* <- syscall.timer_create.return = kernel.function("sys_timer_create").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").return /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete.return = kernel.function("sys_timer_delete").return <- syscall.*.return */

  # locals

  name:string
nel/posix-timers.c:732").return /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun.return = kernel.function("sys_timer_getoverrun").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").return /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_timer_gettime").return /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").return /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime.return = kernel.function("sys_timer_settime").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_times@kernel/compat.c:220").return? /* pc=_stext+0xcde48 */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_times@kernel/sys.c:896").return? /* pc=_stext+0xa402c */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_tkill@kernel/signal.c:2392").return /* pc=_stext+0xa0840 */ /* <- syscall.tkill.return = kernel.function("sys_tkill").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_truncate@fs/open.c:127").return? /* pc=_stext+0x153660 */ /* <- syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_truncate").return? /* pc=_stext+0x153660 */ /* <- syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_umask@kernel/sys.c:1460").return /* pc=_stext+0xa2444 */ /* <- syscall.umask.return = kernel.function("sys_umask").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_umount@fs/namespace.c:1132").return /* pc=_stext+0x1730b4 */ /* <- syscall.umount.return = kernel.function("sys_umount").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_uname@kernel/sys.c:1115").return? /* pc=_stext+0xa3628 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_olduname@kernel/sys.c:1132").return? /* pc=_stext+0xa37b8 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_newuname@kernel/sys.c:1097").return? /* pc=_stext+0xa36f4 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_unlink@fs/namei.c:2352").return /* pc=_stext+0x1639e0 */ /* <- syscall.unlink.return = kernel.function("sys_unlink").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_unlinkat@fs/namei.c:2341").return? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat.return = kernel.function("sys_unlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_unlinkat").return? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat.return = kernel.function("sys_unlinkat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function
kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").return /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun.return = kernel.function("sys_timer_getoverrun").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").return /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_timer_gettime").return /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime.return = kernel.function("sys_timer_gettime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").return /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime.return = kernel.function("sys_timer_settime").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_times@kernel/compat.c:220").return? /* pc=_stext+0xcde48 */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_times@kernel/sys.c:896").return? /* pc=_stext+0xa402c */ /* <- syscall.times.return = kernel.function("compat_sys_times").return?, kernel.function("sys_times").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_tkill@kernel/signal.c:2392").return /* pc=_stext+0xa0840 */ /* <- syscall.tkill.return = kernel.function("sys_tkill").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_truncate@fs/open.c:127").return? /* pc=_stext+0x153660 */ /* <- syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_truncate").return? /* pc=_stext+0x153660 */ /* <- syscall.truncate.return = kernel.function("sys_truncate").return?, kernel.function("sys_truncate64").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_umask@kernel/sys.c:1460").return /* pc=_stext+0xa2444 */ /* <- syscall.umask.return = kernel.function("sys_umask").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_umount@fs/namespace.c:1132").return /* pc=_stext+0x1730b4 */ /* <- syscall.umount.return = kernel.function("sys_umount").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_uname@kernel/sys.c:1115").return? /* pc=_stext+0xa3628 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_olduname@kernel/sys.c:1132").return? /* pc=_stext+0xa37b8 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_newuname@kernel/sys.c:1097").return? /* pc=_stext+0xa36f4 */ /* <- syscall.uname.return = kernel.function("sys_uname").return?, kernel.function("sys_olduname").return?, kernel.function("sys32_olduname").return?, kernel.function("sys32_uname").return?, kernel.function("sys_newuname").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_unlink@fs/namei.c:2352").return /* pc=_stext+0x1639e0 */ /* <- syscall.unlink.return = kernel.function("sys_unlink").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_unlinkat@fs/namei.c:2341").return? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat.return = kernel.function("sys_unlinkat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_unlinkat").return? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat.return = kernel.function("sys_unlinkat").return? <- syscall.*.return */

  # locals

  name:string
("SyS_unshare@kernel/fork.c:1621").return? /* pc=_stext+0x8b28c */ /* <- syscall.unshare.return = kernel.function("sys_unshare").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_uselib@fs/exec.c:107").return /* pc=_stext+0x15c55c */ /* <- syscall.uselib.return = kernel.function("sys_uselib").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_ustat@fs/statfs.c:175").return? /* pc=_stext+0x180708 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_ustat@fs/compat.c:372").return? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_utime@fs/utimes.c:27").return? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime.return = kernel.function("sys_utime").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_utimensat@fs/utimes.c:174").return? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat.return = kernel.function("sys_utimensat").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_utimes@fs/utimes.c:220").return /* pc=_stext+0x17f910 */ /* <- syscall.utimes.return = kernel.function("sys_utimes").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_utimes").return /* pc=_stext+0x17f910 */ /* <- syscall.utimes.return = kernel.function("sys_utimes").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_vhangup@fs/open.c:1009").return /* pc=_stext+0x151e6c */ /* <- syscall.vhangup.return = kernel.function("sys_vhangup").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_vmsplice@fs/splice.c:1694").return? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice.return = kernel.function("sys_vmsplice").return? <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_wait4@kernel/exit.c:1727").return /* pc=_stext+0x92ae4 */ /* <- syscall.wait4.return = kernel.function("sys_wait4").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_waitid@kernel/exit.c:1656").return /* pc=_stext+0x92bec */ /* <- syscall.waitid.return = kernel.function("sys_waitid").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_write@fs/read_write.c:409").return /* pc=_stext+0x154d90 */ /* <- syscall.write.return = kernel.function("sys_write").return <- syscall.*.return */
  # locals
  name:string
kernel.function("compat_sys_writev@fs/compat.c:1287").return? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */
  # locals
  name:string
kernel.function("SyS_writev@fs/read_write.c:733").return /* pc=_stext+0x15483c */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */
  # locals
  name:string
kernel.function("sys_writev").return /* pc=_stext+0x15483c */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */
  # locals
  name:string

kernel.function("SyS_unshare@kernel/fork.c:1621").return? /* pc=_stext+0x8b28c */ /* <- syscall.unshare.return = kernel.function("sys_unshare").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_uselib@fs/exec.c:107").return /* pc=_stext+0x15c55c */ /* <- syscall.uselib.return = kernel.function("sys_uselib").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_ustat@fs/statfs.c:175").return? /* pc=_stext+0x180708 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_ustat@fs/compat.c:372").return? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat.return = kernel.function("sys_ustat").return?, kernel.function("sys32_ustat").return?, kernel.function("compat_sys_ustat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_utime@fs/utimes.c:27").return? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime.return = kernel.function("sys_utime").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_utimensat@fs/utimes.c:174").return? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat.return = kernel.function("sys_utimensat").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_utimes@fs/utimes.c:220").return /* pc=_stext+0x17f910 */ /* <- syscall.utimes.return = kernel.function("sys_utimes").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_utimes").return /* pc=_stext+0x17f910 */ /* <- syscall.utimes.return = kernel.function("sys_utimes").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_vhangup@fs/open.c:1009").return /* pc=_stext+0x151e6c */ /* <- syscall.vhangup.return = kernel.function("sys_vhangup").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_vmsplice@fs/splice.c:1694").return? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice.return = kernel.function("sys_vmsplice").return? <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_wait4@kernel/exit.c:1727").return /* pc=_stext+0x92ae4 */ /* <- syscall.wait4.return = kernel.function("sys_wait4").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_waitid@kernel/exit.c:1656").return /* pc=_stext+0x92bec */ /* <- syscall.waitid.return = kernel.function("sys_waitid").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_write@fs/read_write.c:409").return /* pc=_stext+0x154d90 */ /* <- syscall.write.return = kernel.function("sys_write").return <- syscall.*.return */

  # locals

  name:string

kernel.function("compat_sys_writev@fs/compat.c:1287").return? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */

  # locals

  name:string

kernel.function("SyS_writev@fs/read_write.c:733").return /* pc=_stext+0x15483c */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */

  # locals

  name:string

kernel.function("sys_writev").return /* pc=_stext+0x15483c */ /* <- syscall.writev.return = kernel.function("compat_sys_writev").return?, kernel.function("sys_writev").return <- syscall.*.return */

  # locals

  name:string
wait results: 8360 exp12 0 0
PASS: semok/nodwf04.stp
Running /home/src/testsuite/semok/nodwf05.stp
starting /home/src/testsuite/semok/nodwf05.stp
spawn2 /home/src/testsuite/semok/nodwf05.stp
spawn /home/src/testsuite/semok/nodwf05.stp
# global embedded code
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}
%{
// Needed for function _struct_sockaddr_u. Unfortunately cannot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}
%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}
%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}
%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr, "EMPTY", len);
}
%}
%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}
%{
#include <linux/eventpoll.h>
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
## global embedded code

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}

%{

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}

%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}

%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}

static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}

%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)

		strlcat(ptr, "EMPTY", len);

}

%}

%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}

%{

#include <linux/eventpoll.h>

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
include <linux/eventfd.h>
#endif
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}
%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}
%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}
%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
  };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}
%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCSI),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(
#include <linux/eventfd.h>

#endif

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}

%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}

%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {

	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}

%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}

  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}

%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI

	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT
EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN),
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endif
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}
%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}
# globals
ncall:long
# functions
_dwarf_tvar_get_flags_113:long ()
_dwarf_tvar_get_flags_338:long ()
_dwarf_tvar_get_flags_42:long ()
exit:unknown ()
# probes
kernel.func
	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),

#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN

	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),

#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}

%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}

# globals

ncall:long

# functions

_dwarf_tvar_get_flags_113:long ()

_dwarf_tvar_get_flags_338:long ()

_dwarf_tvar_get_flags_42:long ()

exit:unknown ()

# probes
tion("SyS_accept4@net/socket.c:1459").call? /* pc=_stext+0x48c898 */ /* <- _syscall.accept4 = kernel.function("sys_accept4").call <- syscall.accept = _syscall.accept4!, _syscall.accept <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_access@fs/open.c:356").call /* pc=_stext+0x153084 */ /* <- syscall.access = kernel.function("sys_access").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_access").call /* pc=_stext+0x153084 */ /* <- syscall.access = kernel.function("sys_access").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_acct@kernel/acct.c:274").call? /* pc=_stext+0xc8de8 */ /* <- syscall.acct = kernel.function("sys_acct").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_acct").call? /* pc=_stext+0xc8de8 */ /* <- syscall.acct = kernel.function("sys_acct").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_add_key@security/keys/keyctl.c:61").call? /* pc=_stext+0x263714 */ /* <- syscall.add_key = kernel.function("sys_add_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_adjtimex@kernel/time.c:206").call /* pc=_stext+0x9445c */ /* <- syscall.adjtimex = kernel.function("sys_adjtimex").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_alarm@kernel/timer.c:1314").call? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm = kernel.function("sys32_alarm").call?, kernel.function("sys_alarm").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_delete_module@kernel/module.c:721").call? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module = kernel.function("sys_delete_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_dup@fs/fcntl.c:131").call /* pc=_stext+0x165858 */ /* <- syscall.dup = kernel.function("sys_dup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_dup").call /* pc=_stext+0x165858 */ /* <- syscall.dup = kernel.function("sys_dup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2 = kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2 = kernel.function("sys_dup3").call!, kernel.function("sys_dup2").call <-
kernel.function("SyS_accept4@net/socket.c:1459").call? /* pc=_stext+0x48c898 */ /* <- _syscall.accept4 = kernel.function("sys_accept4").call <- syscall.accept = _syscall.accept4!, _syscall.accept <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_access@fs/open.c:356").call /* pc=_stext+0x153084 */ /* <- syscall.access = kernel.function("sys_access").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_access").call /* pc=_stext+0x153084 */ /* <- syscall.access = kernel.function("sys_access").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_acct@kernel/acct.c:274").call? /* pc=_stext+0xc8de8 */ /* <- syscall.acct = kernel.function("sys_acct").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_acct").call? /* pc=_stext+0xc8de8 */ /* <- syscall.acct = kernel.function("sys_acct").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_add_key@security/keys/keyctl.c:61").call? /* pc=_stext+0x263714 */ /* <- syscall.add_key = kernel.function("sys_add_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_adjtimex@kernel/time.c:206").call /* pc=_stext+0x9445c */ /* <- syscall.adjtimex = kernel.function("sys_adjtimex").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_alarm@kernel/timer.c:1314").call? /* pc=_stext+0x9cfe0 */ /* <- syscall.alarm = kernel.function("sys32_alarm").call?, kernel.function("sys_alarm").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_delete_module@kernel/module.c:721").call? /* pc=_stext+0xc6c30 */ /* <- syscall.delete_module = kernel.function("sys_delete_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_dup@fs/fcntl.c:131").call /* pc=_stext+0x165858 */ /* <- syscall.dup = kernel.function("sys_dup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_dup").call /* pc=_stext+0x165858 */ /* <- syscall.dup = kernel.function("sys_dup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_dup2@fs/fcntl.c:116").call /* pc=_stext+0x1658d4 */ /* <- syscall.dup2 = kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
 syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create = kernel.function("sys_epoll_create1").call!, kernel.function("sys_epoll_create").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").call? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl = kernel.function("compat_sys_epoll_ctl").call?, kernel.function("sys_epoll_ctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").call? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").call? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").call? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait = kernel.function("compat_sys_epoll_wait").call?, kernel.function("sys_epoll_wait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd = kernel.function("sys_eventfd2").call!, kernel.function("sys_eventfd").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("do_execve@fs/exec.c:1323").call /* pc=_stext+0x15c270 */ /* <- syscall.execve = kernel.function("do_execve").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("do_exit@kernel/exit.c:890").call /* pc=_stext+0x92ec0 */ /* <- syscall.exit = kernel.function("do_exit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_exit_group@kernel/exit.c:1087").call /* pc=_stext+0x93698 */ /* <- syscall.exit_group = kernel.function("sys_exit_group").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_init_module@kernel/module.c:2603").call? /* pc=_stext+0xc691c */ /* <- syscall.init_module = kernel.function("sys_init_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").call? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch = kernel.function("sys_inotify_add_watch").call? <- syscall.a*,syscall.d*,syscall.e
kernel.function("SyS_dup3@fs/fcntl.c:53").call! /* pc=_stext+0x165944 */ /* <- syscall.dup2 = kernel.function("sys_dup3").call!, kernel.function("sys_dup2").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187").call! /* pc=_stext+0x195928 */ /* <- syscall.epoll_create = kernel.function("sys_epoll_create1").call!, kernel.function("sys_epoll_create").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229").call? /* pc=_stext+0x195370 */ /* <- syscall.epoll_ctl = kernel.function("compat_sys_epoll_ctl").call?, kernel.function("sys_epoll_ctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_epoll_pwait@fs/compat.c:2223").call? /* pc=_stext+0x19e2a8 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375").call? /* pc=_stext+0x194394 */ /* <- syscall.epoll_pwait = kernel.function("compat_sys_epoll_pwait").call?, kernel.function("sys_epoll_pwait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321").call? /* pc=_stext+0x194e00 */ /* <- syscall.epoll_wait = kernel.function("compat_sys_epoll_wait").call?, kernel.function("sys_epoll_wait").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_eventfd2@fs/eventfd.c:409").call! /* pc=_stext+0x1979e8 */ /* <- syscall.eventfd = kernel.function("sys_eventfd2").call!, kernel.function("sys_eventfd").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("do_execve@fs/exec.c:1323").call /* pc=_stext+0x15c270 */ /* <- syscall.execve = kernel.function("do_execve").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("do_exit@kernel/exit.c:890").call /* pc=_stext+0x92ec0 */ /* <- syscall.exit = kernel.function("do_exit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_exit_group@kernel/exit.c:1087").call /* pc=_stext+0x93698 */ /* <- syscall.exit_group = kernel.function("sys_exit_group").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_init_module@kernel/module.c:2603").call? /* pc=_stext+0xc691c */ /* <- syscall.init_module = kernel.function("sys_init_module").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init = kernel.function("sys_inotify_init1").call!, kernel.function("sys_inotify_init").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").call? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch = kernel.function("sys_inotify_rm_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_cancel@fs/aio.c:1747").call /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel = kernel.function("sys_io_cancel").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_destroy@fs/aio.c:1283").call /* pc=_stext+0x199160 */ /* <- syscall.io_destroy = kernel.function("sys_io_destroy").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_io_destroy").call /* pc=_stext+0x199160 */ /* <- syscall.io_destroy = kernel.function("sys_io_destroy").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_io_getevents@fs/compat.c:549").call? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_getevents@fs/aio.c:1812").call? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_setup@fs/aio.c:1245").call /* pc=_stext+0x199310 */ /* <- syscall.io_setup = kernel.function("sys_io_setup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_io_submit@fs/aio.c:1712").call /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit = kernel.function("sys_io_submit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").call? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ioctl@fs/ioctl.c:613").call? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w*
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686").call? /* pc=_stext+0x193c14 */ /* <- syscall.inotify_add_watch = kernel.function("sys_inotify_add_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640").call! /* pc=_stext+0x19403c */ /* <- syscall.inotify_init = kernel.function("sys_inotify_init1").call!, kernel.function("sys_inotify_init").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726").call? /* pc=_stext+0x193a28 */ /* <- syscall.inotify_rm_watch = kernel.function("sys_inotify_rm_watch").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_cancel@fs/aio.c:1747").call /* pc=_stext+0x1989f4 */ /* <- syscall.io_cancel = kernel.function("sys_io_cancel").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_destroy@fs/aio.c:1283").call /* pc=_stext+0x199160 */ /* <- syscall.io_destroy = kernel.function("sys_io_destroy").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_io_destroy").call /* pc=_stext+0x199160 */ /* <- syscall.io_destroy = kernel.function("sys_io_destroy").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_io_getevents@fs/compat.c:549").call? /* pc=_stext+0x1a1d58 */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_getevents@fs/aio.c:1812").call? /* pc=_stext+0x199d9c */ /* <- syscall.io_getevents = kernel.function("compat_sys_io_getevents").call?, kernel.function("sys_io_getevents").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_setup@fs/aio.c:1245").call /* pc=_stext+0x199310 */ /* <- syscall.io_setup = kernel.function("sys_io_setup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_io_submit@fs/aio.c:1712").call /* pc=_stext+0x19aab0 */ /* <- syscall.io_submit = kernel.function("sys_io_submit").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_ioctl@fs/compat_ioctl.c:1679").call? /* pc=_stext+0x1a32f0 */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
 */
  # locals
  name:string
kernel.function("SyS_ioprio_get@fs/ioprio.c:192").call? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get = kernel.function("sys_ioprio_get").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_ioprio_get").call? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get = kernel.function("sys_ioprio_get").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ioprio_set@fs/ioprio.c:76").call? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set = kernel.function("sys_ioprio_set").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").call? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_kexec_load@kernel/kexec.c:940").call? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_keyctl@security/keys/compat.c:27").call? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").call? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_kill@kernel/signal.c:2314").call /* pc=_stext+0xa0c20 */ /* <- syscall.kill = kernel.function("sys_kill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lchown@fs/open.c:583").call /* pc=_stext+0x152b74 */ /* <- syscall.lchown = kernel.function("sys_lchown").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lgetxattr@fs/xattr.c:391").call /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr = kernel.function("sys_lgetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_lgetxattr").call /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr = kernel.function("sys_lgetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_link@fs/namei.c:2520").call /* pc=_stext+0x15fcbc */ /* <- syscall.link = kernel.function("sys_link").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,
kernel.function("SyS_ioctl@fs/ioctl.c:613").call? /* pc=_stext+0x1663fc */ /* <- syscall.ioctl = kernel.function("compat_sys_ioctl").call?, kernel.function("sys_ioctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ioprio_get@fs/ioprio.c:192").call? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get = kernel.function("sys_ioprio_get").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_ioprio_get").call? /* pc=_stext+0x18e284 */ /* <- syscall.ioprio_get = kernel.function("sys_ioprio_get").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ioprio_set@fs/ioprio.c:76").call? /* pc=_stext+0x18e688 */ /* <- syscall.ioprio_set = kernel.function("sys_ioprio_set").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_kexec_load@kernel/kexec.c:1031").call? /* pc=_stext+0xc9748 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_kexec_load@kernel/kexec.c:940").call? /* pc=_stext+0xca598 */ /* <- syscall.kexec_load = kernel.function("compat_sys_kexec_load").call?, kernel.function("sys_kexec_load").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_keyctl@security/keys/compat.c:27").call? /* pc=_stext+0x265e4c */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_keyctl@security/keys/keyctl.c:1339").call? /* pc=_stext+0x2633e4 */ /* <- syscall.keyctl = kernel.function("compat_sys_keyctl").call?, kernel.function("sys_keyctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_kill@kernel/signal.c:2314").call /* pc=_stext+0xa0c20 */ /* <- syscall.kill = kernel.function("sys_kill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lchown@fs/open.c:583").call /* pc=_stext+0x152b74 */ /* <- syscall.lchown = kernel.function("sys_lchown").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lgetxattr@fs/xattr.c:391").call /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr = kernel.function("sys_lgetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_lgetxattr").call /* pc=_stext+0x177538 */ /* <- syscall.lgetxattr = kernel.function("sys_lgetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_linkat@fs/namei.c:2471").call? /* pc=_stext+0x164028 */ /* <- syscall.linkat = kernel.function("sys_linkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_listen@net/socket.c:1425").call? /* pc=_stext+0x48ae90 */ /* <- syscall.listen = kernel.function("sys_listen").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_listxattr@fs/xattr.c:450").call /* pc=_stext+0x17709c */ /* <- syscall.listxattr = kernel.function("sys_listxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_llistxattr@fs/xattr.c:464").call /* pc=_stext+0x177010 */ /* <- syscall.llistxattr = kernel.function("sys_llistxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_llseek@fs/read_write.c:193").call? /* pc=_stext+0x15515c */ /* <- syscall.llseek = kernel.function("sys_llseek").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").call? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie = kernel.function("sys_lookup_dcookie").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lremovexattr@fs/xattr.c:528").call /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr = kernel.function("sys_lremovexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lseek@fs/read_write.c:167").call /* pc=_stext+0x153a5c */ /* <- syscall.lseek = kernel.function("sys_lseek").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lsetxattr@fs/xattr.c:300").call /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr = kernel.function("sys_lsetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_newlstat@fs/stat.c:247").call? /* pc=_stext+0x1594bc */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_newlstat@fs/compat.c:185").call? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,sys
kernel.function("SyS_link@fs/namei.c:2520").call /* pc=_stext+0x15fcbc */ /* <- syscall.link = kernel.function("sys_link").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_linkat@fs/namei.c:2471").call? /* pc=_stext+0x164028 */ /* <- syscall.linkat = kernel.function("sys_linkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_listen@net/socket.c:1425").call? /* pc=_stext+0x48ae90 */ /* <- syscall.listen = kernel.function("sys_listen").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_listxattr@fs/xattr.c:450").call /* pc=_stext+0x17709c */ /* <- syscall.listxattr = kernel.function("sys_listxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_llistxattr@fs/xattr.c:464").call /* pc=_stext+0x177010 */ /* <- syscall.llistxattr = kernel.function("sys_llistxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_llseek@fs/read_write.c:193").call? /* pc=_stext+0x15515c */ /* <- syscall.llseek = kernel.function("sys_llseek").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203").call? /* pc=_stext+0x1cfb78 */ /* <- syscall.lookup_dcookie = kernel.function("sys_lookup_dcookie").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lremovexattr@fs/xattr.c:528").call /* pc=_stext+0x176c9c */ /* <- syscall.lremovexattr = kernel.function("sys_lremovexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lseek@fs/read_write.c:167").call /* pc=_stext+0x153a5c */ /* <- syscall.lseek = kernel.function("sys_lseek").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lsetxattr@fs/xattr.c:300").call /* pc=_stext+0x177bcc */ /* <- syscall.lsetxattr = kernel.function("sys_lsetxattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_newlstat@fs/stat.c:247").call? /* pc=_stext+0x1594bc */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
call.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_lstat64@fs/stat.c:369").call? /* pc=_stext+0x159468 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").call /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep = kernel.function("sys_nanosleep").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").call? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").call? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").call /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall = kernel.function("sys_ni_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_nice@kernel/sched.c:4275").call? /* pc=_stext+0x8a668 */ /* <- syscall.nice = kernel.function("sys_nice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_nice").call? /* pc=_stext+0x8a668 */ /* <- syscall.nice = kernel.function("sys_nice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_pause@kernel/signal.c:2698").call? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause = kernel.function("sys_pause").call?, kernel.function("sys32_pause").call?, kernel.function("compat_sys_pause").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_personality@kernel/exec_domain.c:191").call /* pc=_stext+0x8d908 */ /* <- syscall.personality = kernel.function("sys_personality").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_personality").call /* pc=_stext+0x8d908 */ /* <- syscall.personality = kernel.function("sys_personality").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
 
kernel.function("compat_sys_newlstat@fs/compat.c:185").call? /* pc=_stext+0x1a2dd8 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_lstat64@fs/stat.c:369").call? /* pc=_stext+0x159468 */ /* <- syscall.lstat = kernel.function("sys_lstat").call?, kernel.function("sys_newlstat").call?, kernel.function("compat_sys_newlstat").call?, kernel.function("sys32_lstat64").call?, kernel.function("sys_lstat64").call?, kernel.function("sys_oabi_lstat64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607").call /* pc=_stext+0xb0044 */ /* <- syscall.nanosleep = kernel.function("sys_nanosleep").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_nfsservctl@fs/nfsctl.c:87").call? /* pc=_stext+0x1a5598 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_nfsservctl@fs/compat.c:2143").call? /* pc=_stext+0x19f518 */ /* <- syscall.nfsservctl = kernel.function("sys_nfsservctl").call?, kernel.function("compat_sys_nfsservctl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_ni_syscall@kernel/sys_ni.c:15").call /* pc=_stext+0xac668 */ /* <- syscall.ni_syscall = kernel.function("sys_ni_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_nice@kernel/sched.c:4275").call? /* pc=_stext+0x8a668 */ /* <- syscall.nice = kernel.function("sys_nice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_nice").call? /* pc=_stext+0x8a668 */ /* <- syscall.nice = kernel.function("sys_nice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_pause@kernel/signal.c:2698").call? /* pc=_stext+0x9e0f8 */ /* <- syscall.pause = kernel.function("sys_pause").call?, kernel.function("sys32_pause").call?, kernel.function("compat_sys_pause").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_personality@kernel/exec_domain.c:191").call /* pc=_stext+0x8d908 */ /* <- syscall.personality = kernel.function("sys_personality").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_personality").call /* pc=_stext+0x8d908 */ /* <- syscall.personality = kernel.function("sys_personality").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pipe2@fs/pipe.c:1101").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
 # locals
  flags:long
  name:string
kernel.function("sys_pipe2").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  flags:long
  name:string
kernel.function("SyS_pivot_root@fs/namespace.c:2185").call /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root = kernel.function("sys_pivot_root").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_poll@fs/select.c:916").call /* pc=_stext+0x167dec */ /* <- syscall.poll = kernel.function("sys_poll").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106") /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality = kernel.function("ppc64_personality") <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830")? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas = kernel.function("ppc_rtas")? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ppoll@fs/select.c:952").call? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll = kernel.function("sys_ppoll").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_prctl@kernel/sys.c:1467").call /* pc=_stext+0xa284c */ /* <- syscall.prctl = kernel.function("sys_prctl").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pread64@fs/read_write.c:448").call /* pc=_stext+0x15500c */ /* <- syscall.pread = kernel.function("sys_pread64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pselect6@fs/select.c:677").call? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6 = kernel.function("sys_pselect6").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ptrace@kernel/ptrace.c:688").call? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace = kernel.function("sys_ptrace").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_pwrite64@fs/read_write.c:477").call /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite = kernel.function("sys_pwrite64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_quotactl@fs/quota/quota.c:334").call? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl = kernel.function("sys_quotactl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_read@f
  # locals

  flags:long

  name:string

kernel.function("sys_pipe2").call! /* pc=_stext+0x15dc6c */ /* <- syscall.pipe = kernel.function("sys_pipe2").call!, kernel.function("sys_ia64_pipe").call?, kernel.function("sys_pipe").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  flags:long

  name:string

kernel.function("SyS_pivot_root@fs/namespace.c:2185").call /* pc=_stext+0x171ea8 */ /* <- syscall.pivot_root = kernel.function("sys_pivot_root").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_poll@fs/select.c:916").call /* pc=_stext+0x167dec */ /* <- syscall.poll = kernel.function("sys_poll").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("ppc64_personality@arch/powerpc/kernel/syscalls.c:106") /* pc=_stext+0xc104 */ /* <- syscall.ppc64_personality = kernel.function("ppc64_personality") <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("ppc_rtas@arch/powerpc/kernel/rtas.c:830")? /* pc=_stext+0x1f0e8 */ /* <- syscall.ppc_rtas = kernel.function("ppc_rtas")? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ppoll@fs/select.c:952").call? /* pc=_stext+0x167c48 */ /* <- syscall.ppoll = kernel.function("sys_ppoll").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_prctl@kernel/sys.c:1467").call /* pc=_stext+0xa284c */ /* <- syscall.prctl = kernel.function("sys_prctl").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pread64@fs/read_write.c:448").call /* pc=_stext+0x15500c */ /* <- syscall.pread = kernel.function("sys_pread64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pselect6@fs/select.c:677").call? /* pc=_stext+0x1687c0 */ /* <- syscall.pselect6 = kernel.function("sys_pselect6").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ptrace@kernel/ptrace.c:688").call? /* pc=_stext+0x9b8ac */ /* <- syscall.ptrace = kernel.function("sys_ptrace").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_pwrite64@fs/read_write.c:477").call /* pc=_stext+0x154ce0 */ /* <- syscall.pwrite = kernel.function("sys_pwrite64").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_quotactl@fs/quota/quota.c:334").call? /* pc=_stext+0x1b3448 */ /* <- syscall.quotactl = kernel.function("sys_quotactl").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
s/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readahead@mm/filemap.c:1396").call /* pc=_stext+0x10559c */ /* <- syscall.readahead = kernel.function("sys_readahead").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_old_readdir@fs/compat.c:942").call? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir = kernel.function("compat_sys_old_readdir").call?, kernel.function("old32_readdir").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readlink@fs/stat.c:312").call /* pc=_stext+0x159138 */ /* <- syscall.readlink = kernel.function("sys_readlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readlinkat@fs/stat.c:285").call? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat = kernel.function("sys_readlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_readv@fs/compat.c:1230").call? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_readv@fs/read_write.c:712").call /* pc=_stext+0x154a3c */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_readv").call /* pc=_stext+0x154a3c */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_reboot@kernel/sys.c:369").call /* pc=_stext+0xa4e2c */ /* <- syscall.reboot = kernel.function("sys_reboot").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_recv@net/socket.c:1746").call? /* pc=_stext+0x48840c */ /* <- syscall.recv = kernel.function("sys_recv").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_recvfrom@net/socket.c:1703").call? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom = kernel.function("sys_recvfrom").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_recvfrom").call? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom = kernel.function("sys_recvfrom").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_recvmsg@net/sock
kernel.function("SyS_read@fs/read_write.c:391").call /* pc=_stext+0x1550bc */ /* <- syscall.read = kernel.function("sys_read").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readahead@mm/filemap.c:1396").call /* pc=_stext+0x10559c */ /* <- syscall.readahead = kernel.function("sys_readahead").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_old_readdir@fs/compat.c:942").call? /* pc=_stext+0x1a18c0 */ /* <- syscall.readdir = kernel.function("compat_sys_old_readdir").call?, kernel.function("old32_readdir").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readlink@fs/stat.c:312").call /* pc=_stext+0x159138 */ /* <- syscall.readlink = kernel.function("sys_readlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readlinkat@fs/stat.c:285").call? /* pc=_stext+0x159170 */ /* <- syscall.readlinkat = kernel.function("sys_readlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_readv@fs/compat.c:1230").call? /* pc=_stext+0x1a15d0 */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_readv@fs/read_write.c:712").call /* pc=_stext+0x154a3c */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_readv").call /* pc=_stext+0x154a3c */ /* <- syscall.readv = kernel.function("compat_sys_readv").call?, kernel.function("sys_readv").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_reboot@kernel/sys.c:369").call /* pc=_stext+0xa4e2c */ /* <- syscall.reboot = kernel.function("sys_reboot").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_recv@net/socket.c:1746").call? /* pc=_stext+0x48840c */ /* <- syscall.recv = kernel.function("sys_recv").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_recvfrom@net/socket.c:1703").call? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom = kernel.function("sys_recvfrom").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_recvfrom").call? /* pc=_stext+0x48c59c */ /* <- syscall.recvfrom = kernel.function("sys_recvfrom").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
et.c:2047").call? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg = kernel.function("sys_recvmsg").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_remap_file_pages@mm/fremap.c:124").call? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages = kernel.function("sys_remap_file_pages").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_removexattr@fs/xattr.c:510").call /* pc=_stext+0x176d2c */ /* <- syscall.removexattr = kernel.function("sys_removexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rename@fs/namei.c:2765").call /* pc=_stext+0x15fc88 */ /* <- syscall.rename = kernel.function("sys_rename").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_renameat@fs/namei.c:2672").call? /* pc=_stext+0x163634 */ /* <- syscall.renameat = kernel.function("sys_renameat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_request_key@security/keys/keyctl.c:152").call? /* pc=_stext+0x263580 */ /* <- syscall.request_key = kernel.function("sys_request_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_restart_syscall@kernel/signal.c:2056").call /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall = kernel.function("sys_restart_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rmdir@fs/namei.c:2244").call /* pc=_stext+0x163b30 */ /* <- syscall.rmdir = kernel.function("sys_rmdir").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").call? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction = kernel.function("sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").call? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32 = kernel.function("sys32_rt_sigaction").call?, kernel.function("compat_sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").call? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending = kernel.function("sys_rt_sigpending").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").call? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,sys
kernel.function("SyS_recvmsg@net/socket.c:2047").call? /* pc=_stext+0x48c514 */ /* <- syscall.recvmsg = kernel.function("sys_recvmsg").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_remap_file_pages@mm/fremap.c:124").call? /* pc=_stext+0x11fd18 */ /* <- syscall.remap_file_pages = kernel.function("sys_remap_file_pages").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_removexattr@fs/xattr.c:510").call /* pc=_stext+0x176d2c */ /* <- syscall.removexattr = kernel.function("sys_removexattr").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rename@fs/namei.c:2765").call /* pc=_stext+0x15fc88 */ /* <- syscall.rename = kernel.function("sys_rename").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_renameat@fs/namei.c:2672").call? /* pc=_stext+0x163634 */ /* <- syscall.renameat = kernel.function("sys_renameat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_request_key@security/keys/keyctl.c:152").call? /* pc=_stext+0x263580 */ /* <- syscall.request_key = kernel.function("sys_request_key").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_restart_syscall@kernel/signal.c:2056").call /* pc=_stext+0x9e098 */ /* <- syscall.restart_syscall = kernel.function("sys_restart_syscall").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rmdir@fs/namei.c:2244").call /* pc=_stext+0x163b30 */ /* <- syscall.rmdir = kernel.function("sys_rmdir").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigaction@kernel/signal.c:2624").call? /* pc=_stext+0x9ecd0 */ /* <- syscall.rt_sigaction = kernel.function("sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigaction@arch/powerpc/kernel/signal_32.c:600").call? /* pc=_stext+0xf78c */ /* <- syscall.rt_sigaction32 = kernel.function("sys32_rt_sigaction").call?, kernel.function("compat_sys_rt_sigaction").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigpending@kernel/signal.c:2168").call? /* pc=_stext+0x9e448 */ /* <- syscall.rt_sigpending = kernel.function("sys_rt_sigpending").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
call.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").call? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").call /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo = kernel.function("sys_rt_sigqueueinfo").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").call? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn = kernel.function("sys_rt_sigreturn").call?, kernel.function("sys32_rt_sigreturn").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").call? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").call? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").call? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").call /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_rt_sigtimedwait").call /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_tee@fs/splice.c:2062").call? /* pc=_stext+0x17c650 */ /* <- syscall.tee = kernel.function("sys_tee").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_tgkill@kernel/signal.c:2380").call /* pc=_stext+0xa0880 */ /* <- syscall.tgkill = kernel.function("sys_tgkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
kernel.function("compat_sys_rt_sigprocmask@arch/powerpc/kernel/signal_32.c:637").call? /* pc=_stext+0xf66c */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109").call? /* pc=_stext+0x9e5a0 */ /* <- syscall.rt_sigprocmask = kernel.function("sys32_rt_sigprocmask").call?, kernel.function("compat_sys_rt_sigprocmask").call?, kernel.function("sys_rt_sigprocmask").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402").call /* pc=_stext+0xa0a58 */ /* <- syscall.rt_sigqueueinfo = kernel.function("sys_rt_sigqueueinfo").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354").call? /* pc=_stext+0x1a874 */ /* <- syscall.rt_sigreturn = kernel.function("sys_rt_sigreturn").call?, kernel.function("sys32_rt_sigreturn").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigsuspend@kernel/compat.c:936").call? /* pc=_stext+0xcc824 */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707").call? /* pc=_stext+0x9e12c */ /* <- syscall.rt_sigsuspend = kernel.function("compat_sys_rt_sigsuspend").call?, kernel.function("ia64_rt_sigsuspend").call?, kernel.function("sys_rt_sigsuspend").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_rt_sigtimedwait@kernel/compat.c:820").call? /* pc=_stext+0xccc34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241").call /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_rt_sigtimedwait").call /* pc=_stext+0xa1e34 */ /* <- syscall.rt_sigtimedwait = kernel.function("compat_sys_rt_sigtimedwait").call?, kernel.function("sys_rt_sigtimedwait").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_tee@fs/splice.c:2062").call? /* pc=_stext+0x17c650 */ /* <- syscall.tee = kernel.function("sys_tee").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_tgkill@kernel/signal.c:2380").call /* pc=_stext+0xa0880 */ /* <- syscall.tgkill = kernel.function("sys_tgkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals
  name:string
kernel.function("compat_sys_time@kernel/compat.c:899").call? /* pc=_stext+0xcc9d0 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_time@kernel/time.c:62").call? /* pc=_stext+0x94820 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_time").call? /* pc=_stext+0x94820 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_create@kernel/posix-timers.c:524").call /* pc=_stext+0xaa694 */ /* <- syscall.timer_create = kernel.function("sys_timer_create").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").call /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete = kernel.function("sys_timer_delete").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").call /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun = kernel.function("sys_timer_getoverrun").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").call /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime = kernel.function("sys_timer_gettime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_timer_gettime").call /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime = kernel.function("sys_timer_gettime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").call /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime = kernel.function("sys_timer_settime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_times@kernel/compat.c:220").call? /* pc=_stext+0xcde48 */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_times@kernel/sys.c:896").call? /* pc=_stext+0xa402c */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t
  # locals

  name:string

kernel.function("compat_sys_time@kernel/compat.c:899").call? /* pc=_stext+0xcc9d0 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_time@kernel/time.c:62").call? /* pc=_stext+0x94820 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_time").call? /* pc=_stext+0x94820 */ /* <- syscall.time = kernel.function("sys32_time").call?, kernel.function("sys_time64").call?, kernel.function("compat_sys_time").call?, kernel.function("sys_time").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_create@kernel/posix-timers.c:524").call /* pc=_stext+0xaa694 */ /* <- syscall.timer_create = kernel.function("sys_timer_create").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_delete@kernel/posix-timers.c:855").call /* pc=_stext+0xa9f34 */ /* <- syscall.timer_delete = kernel.function("sys_timer_delete").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732").call /* pc=_stext+0xa9ee0 */ /* <- syscall.timer_getoverrun = kernel.function("sys_timer_getoverrun").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703").call /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime = kernel.function("sys_timer_gettime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_timer_gettime").call /* pc=_stext+0xaa5a4 */ /* <- syscall.timer_gettime = kernel.function("sys_timer_gettime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_timer_settime@kernel/posix-timers.c:802").call /* pc=_stext+0xaa208 */ /* <- syscall.timer_settime = kernel.function("sys_timer_settime").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_times@kernel/compat.c:220").call? /* pc=_stext+0xcde48 */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_tkill@kernel/signal.c:2392").call /* pc=_stext+0xa0840 */ /* <- syscall.tkill = kernel.function("sys_tkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_truncate@fs/open.c:127").call? /* pc=_stext+0x153660 */ /* <- syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_truncate").call? /* pc=_stext+0x153660 */ /* <- syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_umask@kernel/sys.c:1460").call /* pc=_stext+0xa2444 */ /* <- syscall.umask = kernel.function("sys_umask").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_umount@fs/namespace.c:1132").call /* pc=_stext+0x1730b4 */ /* <- syscall.umount = kernel.function("sys_umount").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_uname@kernel/sys.c:1115").call? /* pc=_stext+0xa3628 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_olduname@kernel/sys.c:1132").call? /* pc=_stext+0xa37b8 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_newuname@kernel/sys.c:1097").call? /* pc=_stext+0xa36f4 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_unlink@fs/namei.c:2352").call /* pc=_stext+0x1639e0 */ /* <- syscall.unlink = kernel.function("sys_unlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_unlinkat@fs/namei.c:2341").call? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat = kernel.function("sys_unlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_unlinkat").call? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat = kernel.function("sys_unlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,sy
kernel.function("SyS_times@kernel/sys.c:896").call? /* pc=_stext+0xa402c */ /* <- syscall.times = kernel.function("compat_sys_times").call?, kernel.function("sys_times").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_tkill@kernel/signal.c:2392").call /* pc=_stext+0xa0840 */ /* <- syscall.tkill = kernel.function("sys_tkill").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_truncate@fs/open.c:127").call? /* pc=_stext+0x153660 */ /* <- syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_truncate").call? /* pc=_stext+0x153660 */ /* <- syscall.truncate = kernel.function("sys_truncate").call?, kernel.function("sys_truncate64").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_umask@kernel/sys.c:1460").call /* pc=_stext+0xa2444 */ /* <- syscall.umask = kernel.function("sys_umask").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_umount@fs/namespace.c:1132").call /* pc=_stext+0x1730b4 */ /* <- syscall.umount = kernel.function("sys_umount").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_uname@kernel/sys.c:1115").call? /* pc=_stext+0xa3628 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_olduname@kernel/sys.c:1132").call? /* pc=_stext+0xa37b8 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_newuname@kernel/sys.c:1097").call? /* pc=_stext+0xa36f4 */ /* <- syscall.uname = kernel.function("sys_uname").call?, kernel.function("sys_olduname").call?, kernel.function("sys32_olduname").call?, kernel.function("sys32_uname").call?, kernel.function("sys_newuname").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_unlink@fs/namei.c:2352").call /* pc=_stext+0x1639e0 */ /* <- syscall.unlink = kernel.function("sys_unlink").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_unlinkat@fs/namei.c:2341").call? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat = kernel.function("sys_unlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
scall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_unshare@kernel/fork.c:1621").call? /* pc=_stext+0x8b28c */ /* <- syscall.unshare = kernel.function("sys_unshare").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_uselib@fs/exec.c:107").call /* pc=_stext+0x15c55c */ /* <- syscall.uselib = kernel.function("sys_uselib").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_ustat@fs/statfs.c:175").call /* pc=_stext+0x180708 */ /* <- syscall.ustat = kernel.function("sys_ustat").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_ustat@fs/compat.c:372").call? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat32 = kernel.function("compat_sys_ustat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_utime@fs/utimes.c:27").call? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime = kernel.function("sys_utime").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_utimensat@fs/utimes.c:174").call? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat = kernel.function("sys_utimensat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_utimes@fs/utimes.c:220").call /* pc=_stext+0x17f910 */ /* <- syscall.utimes = kernel.function("sys_utimes").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_utimes").call /* pc=_stext+0x17f910 */ /* <- syscall.utimes = kernel.function("sys_utimes").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_vhangup@fs/open.c:1009").call /* pc=_stext+0x151e6c */ /* <- syscall.vhangup = kernel.function("sys_vhangup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_vmsplice@fs/splice.c:1694").call? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice = kernel.function("sys_vmsplice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_wait4@kernel/exit.c:1727").call /* pc=_stext+0x92ae4 */ /* <- syscall.wait4 = kernel.function("sys_wait4").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_waitid@kernel/exit.c:1656").call /* pc=_stext+0x92bec */ /* <- syscall.waitid = kernel.function("sys_waitid").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_write@fs/read_write.c:409").call /* pc=_stext+0x154d90 */ /* <- syscall.write = kernel.funct
kernel.function("sys_unlinkat").call? /* pc=_stext+0x163b00 */ /* <- syscall.unlinkat = kernel.function("sys_unlinkat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_unshare@kernel/fork.c:1621").call? /* pc=_stext+0x8b28c */ /* <- syscall.unshare = kernel.function("sys_unshare").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_uselib@fs/exec.c:107").call /* pc=_stext+0x15c55c */ /* <- syscall.uselib = kernel.function("sys_uselib").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_ustat@fs/statfs.c:175").call /* pc=_stext+0x180708 */ /* <- syscall.ustat = kernel.function("sys_ustat").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_ustat@fs/compat.c:372").call? /* pc=_stext+0x1a2634 */ /* <- syscall.ustat32 = kernel.function("compat_sys_ustat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_utime@fs/utimes.c:27").call? /* pc=_stext+0x17fdb4 */ /* <- syscall.utime = kernel.function("sys_utime").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_utimensat@fs/utimes.c:174").call? /* pc=_stext+0x17fd10 */ /* <- syscall.utimensat = kernel.function("sys_utimensat").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_utimes@fs/utimes.c:220").call /* pc=_stext+0x17f910 */ /* <- syscall.utimes = kernel.function("sys_utimes").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_utimes").call /* pc=_stext+0x17f910 */ /* <- syscall.utimes = kernel.function("sys_utimes").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_vhangup@fs/open.c:1009").call /* pc=_stext+0x151e6c */ /* <- syscall.vhangup = kernel.function("sys_vhangup").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_vmsplice@fs/splice.c:1694").call? /* pc=_stext+0x17e588 */ /* <- syscall.vmsplice = kernel.function("sys_vmsplice").call? <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_wait4@kernel/exit.c:1727").call /* pc=_stext+0x92ae4 */ /* <- syscall.wait4 = kernel.function("sys_wait4").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_waitid@kernel/exit.c:1656").call /* pc=_stext+0x92bec */ /* <- syscall.waitid = kernel.function("sys_waitid").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
ion("sys_write").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("compat_sys_writev@fs/compat.c:1287").call? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("SyS_writev@fs/read_write.c:733").call /* pc=_stext+0x15483c */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string
kernel.function("sys_writev").call /* pc=_stext+0x15483c */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */
  # locals
  name:string

kernel.function("SyS_write@fs/read_write.c:409").call /* pc=_stext+0x154d90 */ /* <- syscall.write = kernel.function("sys_write").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("compat_sys_writev@fs/compat.c:1287").call? /* pc=_stext+0x1a13f8 */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("SyS_writev@fs/read_write.c:733").call /* pc=_stext+0x15483c */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string

kernel.function("sys_writev").call /* pc=_stext+0x15483c */ /* <- syscall.writev = kernel.function("compat_sys_writev").call?, kernel.function("sys_writev").call <- syscall.a*,syscall.d*,syscall.e*,syscall.i*,syscall.k*,syscall.l*,syscall.n*,syscall.p*,syscall.q*?,syscall.r*,syscall.t*,syscall.u*,syscall.v*,syscall.w* */

  # locals

  name:string
wait results: 8365 exp12 0 0
PASS: semok/nodwf05.stp
Running /home/src/testsuite/semok/nodwf06.stp
starting /home/src/testsuite/semok/nodwf06.stp
spawn2 /home/src/testsuite/semok/nodwf06.stp
spawn /home/src/testsuite/semok/nodwf06.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# globals
ncall:long
# functions
exit:unknown ()
probefunc:string ()
# probes
kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68") /* pc=_stext+0xc1d4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75") /* pc=_stext+0xc160 */ /* <- kernel.function("sys_*") */
kernel.function("sys_execve@arch/powerpc/kernel/process.c:990") /* pc=_stext+0x12654 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clone@arch/powerpc/kernel/process.c:957") /* pc=_stext+0x11e20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fork@arch/powerpc/kernel/process.c:973") /* pc=_stext+0x11dd4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vfork@arch/powerpc/kernel/process.c:981") /* pc=_stext+0x11d88 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sigaltstack@arch/powerpc/kernel/signal.c:203") /* pc=_stext+0x140f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_swapcontext@arch/powerpc/kernel/signal_64.c:282") /* pc=_stext+0x1aa04 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354") /* pc=_stext+0x1a874 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pciconfig_iobase@arch/powerpc/kernel/pci_64.c:216") /* pc=_stext+0x2ffe0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_subpage_prot@arch/powerpc/mm/subpage-prot.c:143") /* pc=_stext+0x415f4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_spu_run@arch/powerpc/platforms/cell/spu_syscalls.c:95") /* pc=_stext+0x68bec */ /* <- kernel.function("sys_*") */
kernel.function("sys_spu_create@arch/powerpc/platforms/cell/spu_syscalls.c:70") /* pc=_stext+0x68d10 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976") /* pc=_stext+0x79410 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612") /* pc=_stext+0x85fe8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_getparam@kernel/sched.c:4638") /* pc=_stext+0x85f30 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001") /* pc=_stext+0x79444 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_nice@kernel/sched.c:4275") /* pc=_stext+0x8a668 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027") /* pc=_stext+0x85c8c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753") /* pc=_stext+0x862a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805") /* pc=_stext+0x85e88 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589") /* pc=_stext+0x8a0a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sched_setparam@kernel/sched.c:4603") /* pc=_stext+0x8a074 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_yield@kernel/sched.c:4839") /* pc=_stext+0x8aa98 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_set_tid_address@kernel/fork.c:917") /* pc=_stext+0x8b680 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_unshare@kernel/fork.c:1621") /* pc=_stext+0x8b28c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_personality@kernel/exec_domain.c:191") /* pc=_stext+0x8d908 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_syslog@kernel/printk.c:412") /* pc=_stext+0x8ff1c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_waitpid@kernel/exit.c:1771") /* pc=_stext+0x904dc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_wait4@kernel/exit.c:1727") /* pc=_stext+0x92ae4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_waitid@kernel/exit.c:1656") /* pc=_stext+0x92bec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_exit_group@kernel/exit.c:1087") /* pc=_stext+0x93698 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_exit@kernel/exit.c:1046") /* pc=_s# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# globals

ncall:long

# functions

exit:unknown ()

probefunc:string ()

# probes

kernel.function("sys_mmap2@arch/powerpc/kernel/syscalls.c:68") /* pc=_stext+0xc1d4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mmap@arch/powerpc/kernel/syscalls.c:75") /* pc=_stext+0xc160 */ /* <- kernel.function("sys_*") */

kernel.function("sys_execve@arch/powerpc/kernel/process.c:990") /* pc=_stext+0x12654 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clone@arch/powerpc/kernel/process.c:957") /* pc=_stext+0x11e20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fork@arch/powerpc/kernel/process.c:973") /* pc=_stext+0x11dd4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vfork@arch/powerpc/kernel/process.c:981") /* pc=_stext+0x11d88 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sigaltstack@arch/powerpc/kernel/signal.c:203") /* pc=_stext+0x140f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_swapcontext@arch/powerpc/kernel/signal_64.c:282") /* pc=_stext+0x1aa04 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigreturn@arch/powerpc/kernel/signal_64.c:354") /* pc=_stext+0x1a874 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pciconfig_iobase@arch/powerpc/kernel/pci_64.c:216") /* pc=_stext+0x2ffe0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_subpage_prot@arch/powerpc/mm/subpage-prot.c:143") /* pc=_stext+0x415f4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_spu_run@arch/powerpc/platforms/cell/spu_syscalls.c:95") /* pc=_stext+0x68bec */ /* <- kernel.function("sys_*") */

kernel.function("sys_spu_create@arch/powerpc/platforms/cell/spu_syscalls.c:70") /* pc=_stext+0x68d10 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_get_priority_max@kernel/sched.c:4976") /* pc=_stext+0x79410 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_getscheduler@kernel/sched.c:4612") /* pc=_stext+0x85fe8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_getparam@kernel/sched.c:4638") /* pc=_stext+0x85f30 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_get_priority_min@kernel/sched.c:5001") /* pc=_stext+0x79444 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_nice@kernel/sched.c:4275") /* pc=_stext+0x8a668 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_rr_get_interval@kernel/sched.c:5027") /* pc=_stext+0x85c8c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_setaffinity@kernel/sched.c:4753") /* pc=_stext+0x862a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_getaffinity@kernel/sched.c:4805") /* pc=_stext+0x85e88 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_setscheduler@kernel/sched.c:4589") /* pc=_stext+0x8a0a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sched_setparam@kernel/sched.c:4603") /* pc=_stext+0x8a074 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_yield@kernel/sched.c:4839") /* pc=_stext+0x8aa98 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_set_tid_address@kernel/fork.c:917") /* pc=_stext+0x8b680 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_unshare@kernel/fork.c:1621") /* pc=_stext+0x8b28c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_personality@kernel/exec_domain.c:191") /* pc=_stext+0x8d908 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_syslog@kernel/printk.c:412") /* pc=_stext+0x8ff1c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_waitpid@kernel/exit.c:1771") /* pc=_stext+0x904dc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_wait4@kernel/exit.c:1727") /* pc=_stext+0x92ae4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_waitid@kernel/exit.c:1656") /* pc=_stext+0x92bec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_exit_group@kernel/exit.c:1087") /* pc=_stext+0x93698 */ /* <- kernel.function("sys_*") */
text+0x936c0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getitimer@kernel/itimer.c:103") /* pc=_stext+0x93f64 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setitimer@kernel/itimer.c:280") /* pc=_stext+0x93be4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_stime@kernel/time.c:81") /* pc=_stext+0x9476c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_settimeofday@kernel/time.c:186") /* pc=_stext+0x9460c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_time@kernel/time.c:62") /* pc=_stext+0x94820 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_adjtimex@kernel/time.c:206") /* pc=_stext+0x9445c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_gettimeofday@kernel/time.c:102") /* pc=_stext+0x946c4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462") /* pc=_stext+0x998fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_capset@kernel/capability.c:235") /* pc=_stext+0x9a7c8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_capget@kernel/capability.c:161") /* pc=_stext+0x9aa10 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ptrace@kernel/ptrace.c:688") /* pc=_stext+0x9b8ac */ /* <- kernel.function("sys_*") */
kernel.function("sys_getegid@kernel/timer.c:1378") /* pc=_stext+0x9c72c */ /* <- kernel.function("sys_*") */
kernel.function("sys_gettid@kernel/timer.c:1494") /* pc=_stext+0x9ccd8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getuid@kernel/timer.c:1360") /* pc=_stext+0x9c6fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sysinfo@kernel/timer.c:1565") /* pc=_stext+0x9cc70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgid@kernel/timer.c:1372") /* pc=_stext+0x9c71c */ /* <- kernel.function("sys_*") */
kernel.function("sys_geteuid@kernel/timer.c:1366") /* pc=_stext+0x9c70c */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpid@kernel/timer.c:1338") /* pc=_stext+0x9cfb0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_alarm@kernel/timer.c:1314") /* pc=_stext+0x9cfe0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getppid@kernel/timer.c:1349") /* pc=_stext+0x9cf7c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_tkill@kernel/signal.c:2392") /* pc=_stext+0xa0840 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402") /* pc=_stext+0xa0a58 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_tgkill@kernel/signal.c:2380") /* pc=_stext+0xa0880 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sigprocmask@kernel/signal.c:2571") /* pc=_stext+0x9e44c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241") /* pc=_stext+0xa1e34 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pause@kernel/signal.c:2698") /* pc=_stext+0x9e0f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707") /* pc=_stext+0x9e12c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ssetmask@kernel/signal.c:2660") /* pc=_stext+0x9e210 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sgetmask@kernel/signal.c:2655") /* pc=_stext+0x9e0e4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigaction@kernel/signal.c:2624") /* pc=_stext+0x9ecd0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_tgsigqueueinfo@kernel/signal.c:2435") /* pc=_stext+0xa0730 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109") /* pc=_stext+0x9e5a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sigpending@kernel/signal.c:2559") /* pc=_stext+0x9e440 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_kill@kernel/signal.c:2314") /* pc=_stext+0xa0c20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_restart_syscall@kernel/signal.c:2056") /* pc=_stext+0x9e098 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_signal@kernel/signal.c:2680") /* pc=_stext+0x9ec74 */ /* <- kernel.function("sys_*") */
kernel.funct
kernel.function("SyS_exit@kernel/exit.c:1046") /* pc=_stext+0x936c0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getitimer@kernel/itimer.c:103") /* pc=_stext+0x93f64 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setitimer@kernel/itimer.c:280") /* pc=_stext+0x93be4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_stime@kernel/time.c:81") /* pc=_stext+0x9476c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_settimeofday@kernel/time.c:186") /* pc=_stext+0x9460c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_time@kernel/time.c:62") /* pc=_stext+0x94820 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_adjtimex@kernel/time.c:206") /* pc=_stext+0x9445c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_gettimeofday@kernel/time.c:102") /* pc=_stext+0x946c4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sysctl@kernel/sysctl_binary.c:1462") /* pc=_stext+0x998fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_capset@kernel/capability.c:235") /* pc=_stext+0x9a7c8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_capget@kernel/capability.c:161") /* pc=_stext+0x9aa10 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ptrace@kernel/ptrace.c:688") /* pc=_stext+0x9b8ac */ /* <- kernel.function("sys_*") */

kernel.function("sys_getegid@kernel/timer.c:1378") /* pc=_stext+0x9c72c */ /* <- kernel.function("sys_*") */

kernel.function("sys_gettid@kernel/timer.c:1494") /* pc=_stext+0x9ccd8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getuid@kernel/timer.c:1360") /* pc=_stext+0x9c6fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sysinfo@kernel/timer.c:1565") /* pc=_stext+0x9cc70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgid@kernel/timer.c:1372") /* pc=_stext+0x9c71c */ /* <- kernel.function("sys_*") */

kernel.function("sys_geteuid@kernel/timer.c:1366") /* pc=_stext+0x9c70c */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpid@kernel/timer.c:1338") /* pc=_stext+0x9cfb0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_alarm@kernel/timer.c:1314") /* pc=_stext+0x9cfe0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getppid@kernel/timer.c:1349") /* pc=_stext+0x9cf7c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_tkill@kernel/signal.c:2392") /* pc=_stext+0xa0840 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigqueueinfo@kernel/signal.c:2402") /* pc=_stext+0xa0a58 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_tgkill@kernel/signal.c:2380") /* pc=_stext+0xa0880 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sigprocmask@kernel/signal.c:2571") /* pc=_stext+0x9e44c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigtimedwait@kernel/signal.c:2241") /* pc=_stext+0xa1e34 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pause@kernel/signal.c:2698") /* pc=_stext+0x9e0f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigsuspend@kernel/signal.c:2707") /* pc=_stext+0x9e12c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ssetmask@kernel/signal.c:2660") /* pc=_stext+0x9e210 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sgetmask@kernel/signal.c:2655") /* pc=_stext+0x9e0e4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigaction@kernel/signal.c:2624") /* pc=_stext+0x9ecd0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_tgsigqueueinfo@kernel/signal.c:2435") /* pc=_stext+0xa0730 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rt_sigprocmask@kernel/signal.c:2109") /* pc=_stext+0x9e5a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sigpending@kernel/signal.c:2559") /* pc=_stext+0x9e440 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_kill@kernel/signal.c:2314") /* pc=_stext+0xa0c20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_restart_syscall@kernel/signal.c:2056") /* pc=_stext+0x9e098 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_signal@kernel/signal.c:2680") /* pc=_stext+0x9ec74 */ /* <- kernel.function("sys_*") */
ion("SyS_rt_sigpending@kernel/signal.c:2168") /* pc=_stext+0x9e448 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getcpu@kernel/sys.c:1622") /* pc=_stext+0xa2498 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setfsgid@kernel/sys.c:852") /* pc=_stext+0xa40c4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setpgid@kernel/sys.c:921") /* pc=_stext+0xa3d98 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_umask@kernel/sys.c:1460") /* pc=_stext+0xa2444 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setsid@kernel/sys.c:1056") /* pc=_stext+0xa3b8c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setdomainname@kernel/sys.c:1214") /* pc=_stext+0xa3388 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sethostname@kernel/sys.c:1165") /* pc=_stext+0xa3474 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setuid@kernel/sys.c:655") /* pc=_stext+0xa4840 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_gethostname@kernel/sys.c:1189") /* pc=_stext+0xa3560 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setfsuid@kernel/sys.c:819") /* pc=_stext+0xa44f0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getpriority@kernel/sys.c:216") /* pc=_stext+0xa5088 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getresgid@kernel/sys.c:800") /* pc=_stext+0xa25b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setresgid@kernel/sys.c:761") /* pc=_stext+0xa419c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getpgid@kernel/sys.c:990") /* pc=_stext+0xa3d18 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_olduname@kernel/sys.c:1132") /* pc=_stext+0xa37b8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setgid@kernel/sys.c:531") /* pc=_stext+0xa42f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setregid@kernel/sys.c:484") /* pc=_stext+0xa43b8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newuname@kernel/sys.c:1097") /* pc=_stext+0xa36f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_times@kernel/sys.c:896") /* pc=_stext+0xa402c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getrusage@kernel/sys.c:1452") /* pc=_stext+0xa3030 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setrlimit@kernel/sys.c:1275") /* pc=_stext+0xa3078 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setpriority@kernel/sys.c:149") /* pc=_stext+0xa53d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_prctl@kernel/sys.c:1467") /* pc=_stext+0xa284c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_old_getrlimit@kernel/sys.c:1257") /* pc=_stext+0xa31e4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_reboot@kernel/sys.c:369") /* pc=_stext+0xa4e2c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setreuid@kernel/sys.c:594") /* pc=_stext+0xa4944 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getrlimit@kernel/sys.c:1237") /* pc=_stext+0xa32cc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setresuid@kernel/sys.c:696") /* pc=_stext+0xa46a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_uname@kernel/sys.c:1115") /* pc=_stext+0xa3628 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getresuid@kernel/sys.c:746") /* pc=_stext+0xa2700 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpgrp@kernel/sys.c:1021") /* pc=_stext+0xa3cf0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getsid@kernel/sys.c:1027") /* pc=_stext+0xa3c70 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732") /* pc=_stext+0xa9ee0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_getres@kernel/posix-timers.c:972") /* pc=_stext+0xa98e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955") /* pc=_stext+0xa99d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_settime@kernel/posix-timers.c:942") /* pc=_stext+0xa9ad8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer
kernel.function("SyS_rt_sigpending@kernel/signal.c:2168") /* pc=_stext+0x9e448 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getcpu@kernel/sys.c:1622") /* pc=_stext+0xa2498 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setfsgid@kernel/sys.c:852") /* pc=_stext+0xa40c4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setpgid@kernel/sys.c:921") /* pc=_stext+0xa3d98 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_umask@kernel/sys.c:1460") /* pc=_stext+0xa2444 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setsid@kernel/sys.c:1056") /* pc=_stext+0xa3b8c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setdomainname@kernel/sys.c:1214") /* pc=_stext+0xa3388 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sethostname@kernel/sys.c:1165") /* pc=_stext+0xa3474 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setuid@kernel/sys.c:655") /* pc=_stext+0xa4840 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_gethostname@kernel/sys.c:1189") /* pc=_stext+0xa3560 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setfsuid@kernel/sys.c:819") /* pc=_stext+0xa44f0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getpriority@kernel/sys.c:216") /* pc=_stext+0xa5088 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getresgid@kernel/sys.c:800") /* pc=_stext+0xa25b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setresgid@kernel/sys.c:761") /* pc=_stext+0xa419c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getpgid@kernel/sys.c:990") /* pc=_stext+0xa3d18 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_olduname@kernel/sys.c:1132") /* pc=_stext+0xa37b8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setgid@kernel/sys.c:531") /* pc=_stext+0xa42f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setregid@kernel/sys.c:484") /* pc=_stext+0xa43b8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newuname@kernel/sys.c:1097") /* pc=_stext+0xa36f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_times@kernel/sys.c:896") /* pc=_stext+0xa402c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getrusage@kernel/sys.c:1452") /* pc=_stext+0xa3030 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setrlimit@kernel/sys.c:1275") /* pc=_stext+0xa3078 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setpriority@kernel/sys.c:149") /* pc=_stext+0xa53d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_prctl@kernel/sys.c:1467") /* pc=_stext+0xa284c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_old_getrlimit@kernel/sys.c:1257") /* pc=_stext+0xa31e4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_reboot@kernel/sys.c:369") /* pc=_stext+0xa4e2c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setreuid@kernel/sys.c:594") /* pc=_stext+0xa4944 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getrlimit@kernel/sys.c:1237") /* pc=_stext+0xa32cc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setresuid@kernel/sys.c:696") /* pc=_stext+0xa46a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_uname@kernel/sys.c:1115") /* pc=_stext+0xa3628 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getresuid@kernel/sys.c:746") /* pc=_stext+0xa2700 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpgrp@kernel/sys.c:1021") /* pc=_stext+0xa3cf0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getsid@kernel/sys.c:1027") /* pc=_stext+0xa3c70 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_getoverrun@kernel/posix-timers.c:732") /* pc=_stext+0xa9ee0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_getres@kernel/posix-timers.c:972") /* pc=_stext+0xa98e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_gettime@kernel/posix-timers.c:955") /* pc=_stext+0xa99d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_settime@kernel/posix-timers.c:942") /* pc=_stext+0xa9ad8 */ /* <- kernel.function("sys_*") */
_delete@kernel/posix-timers.c:855") /* pc=_stext+0xa9f34 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_create@kernel/posix-timers.c:524") /* pc=_stext+0xaa694 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003") /* pc=_stext+0xa9784 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703") /* pc=_stext+0xaa5a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timer_settime@kernel/posix-timers.c:802") /* pc=_stext+0xaa208 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ni_syscall@kernel/sys_ni.c:15") /* pc=_stext+0xac668 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607") /* pc=_stext+0xb0044 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getgroups@kernel/groups.c:203") /* pc=_stext+0xb3d20 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setgroups@kernel/groups.c:232") /* pc=_stext+0xb4200 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_set_robust_list@kernel/futex.c:2361") /* pc=_stext+0xbc6d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_get_robust_list@kernel/futex.c:2384") /* pc=_stext+0xbfd54 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_futex@kernel/futex.c:2616") /* pc=_stext+0xbfba8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_delete_module@kernel/module.c:721") /* pc=_stext+0xc6c30 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_init_module@kernel/module.c:2603") /* pc=_stext+0xc691c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_acct@kernel/acct.c:274") /* pc=_stext+0xc8de8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_kexec_load@kernel/kexec.c:940") /* pc=_stext+0xca598 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_perf_event_open@kernel/perf_event.c:5067") /* pc=_stext+0xfeef8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readahead@mm/filemap.c:1396") /* pc=_stext+0x10559c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fadvise64_64@mm/fadvise.c:139") /* pc=_stext+0x1098c4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fadvise64@mm/fadvise.c:153") /* pc=_stext+0x109898 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_remap_file_pages@mm/fremap.c:124") /* pc=_stext+0x11fd18 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_madvise@mm/madvise.c:335") /* pc=_stext+0x1201ec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mincore@mm/mincore.c:257") /* pc=_stext+0x125e9c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_munlock@mm/mlock.c:500") /* pc=_stext+0x127018 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mlockall@mm/mlock.c:537") /* pc=_stext+0x126dec */ /* <- kernel.function("sys_*") */
kernel.function("sys_munlockall@mm/mlock.c:566") /* pc=_stext+0x126d90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mlock@mm/mlock.c:472") /* pc=_stext+0x12709c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_munmap@mm/mmap.c:2096") /* pc=_stext+0x1293d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mmap_pgoff@mm/mmap.c:1083") /* pc=_stext+0x12a8ac */ /* <- kernel.function("sys_*") */
kernel.function("SyS_brk@mm/mmap.c:245") /* pc=_stext+0x129e2c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mprotect@mm/mprotect.c:222") /* pc=_stext+0x12b0ec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mremap@mm/mremap.c:512") /* pc=_stext+0x12bfa0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msync@mm/msync.c:31") /* pc=_stext+0x12c040 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_swapoff@mm/swapfile.c:1531") /* pc=_stext+0x1355d8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_swapon@mm/swapfile.c:1791") /* pc=_stext+0x13426c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350") /* pc=_stext+0x13f9f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255") /* pc=_stext+0x13f49c */ /
kernel.function("SyS_timer_delete@kernel/posix-timers.c:855") /* pc=_stext+0xa9f34 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_create@kernel/posix-timers.c:524") /* pc=_stext+0xaa694 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_clock_nanosleep@kernel/posix-timers.c:1003") /* pc=_stext+0xa9784 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_gettime@kernel/posix-timers.c:703") /* pc=_stext+0xaa5a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timer_settime@kernel/posix-timers.c:802") /* pc=_stext+0xaa208 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ni_syscall@kernel/sys_ni.c:15") /* pc=_stext+0xac668 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_nanosleep@kernel/hrtimer.c:1607") /* pc=_stext+0xb0044 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getgroups@kernel/groups.c:203") /* pc=_stext+0xb3d20 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setgroups@kernel/groups.c:232") /* pc=_stext+0xb4200 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_set_robust_list@kernel/futex.c:2361") /* pc=_stext+0xbc6d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_get_robust_list@kernel/futex.c:2384") /* pc=_stext+0xbfd54 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_futex@kernel/futex.c:2616") /* pc=_stext+0xbfba8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_delete_module@kernel/module.c:721") /* pc=_stext+0xc6c30 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_init_module@kernel/module.c:2603") /* pc=_stext+0xc691c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_acct@kernel/acct.c:274") /* pc=_stext+0xc8de8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_kexec_load@kernel/kexec.c:940") /* pc=_stext+0xca598 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_perf_event_open@kernel/perf_event.c:5067") /* pc=_stext+0xfeef8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readahead@mm/filemap.c:1396") /* pc=_stext+0x10559c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fadvise64_64@mm/fadvise.c:139") /* pc=_stext+0x1098c4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fadvise64@mm/fadvise.c:153") /* pc=_stext+0x109898 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_remap_file_pages@mm/fremap.c:124") /* pc=_stext+0x11fd18 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_madvise@mm/madvise.c:335") /* pc=_stext+0x1201ec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mincore@mm/mincore.c:257") /* pc=_stext+0x125e9c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_munlock@mm/mlock.c:500") /* pc=_stext+0x127018 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mlockall@mm/mlock.c:537") /* pc=_stext+0x126dec */ /* <- kernel.function("sys_*") */

kernel.function("sys_munlockall@mm/mlock.c:566") /* pc=_stext+0x126d90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mlock@mm/mlock.c:472") /* pc=_stext+0x12709c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_munmap@mm/mmap.c:2096") /* pc=_stext+0x1293d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mmap_pgoff@mm/mmap.c:1083") /* pc=_stext+0x12a8ac */ /* <- kernel.function("sys_*") */

kernel.function("SyS_brk@mm/mmap.c:245") /* pc=_stext+0x129e2c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mprotect@mm/mprotect.c:222") /* pc=_stext+0x12b0ec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mremap@mm/mremap.c:512") /* pc=_stext+0x12bfa0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msync@mm/msync.c:31") /* pc=_stext+0x12c040 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_swapoff@mm/swapfile.c:1531") /* pc=_stext+0x1355d8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_swapon@mm/swapfile.c:1791") /* pc=_stext+0x13426c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_get_mempolicy@mm/mempolicy.c:1350") /* pc=_stext+0x13f9f8 */ /* <- kernel.function("sys_*") */
* <- kernel.function("sys_*") */
kernel.function("SyS_mbind@mm/mempolicy.c:1234") /* pc=_stext+0x13ff60 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275") /* pc=_stext+0x140704 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_move_pages@mm/migrate.c:1078") /* pc=_stext+0x147974 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchdir@fs/open.c:382") /* pc=_stext+0x152f5c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_openat@fs/open.c:914") /* pc=_stext+0x15236c */ /* <- kernel.function("sys_*") */
kernel.function("sys_vhangup@fs/open.c:1009") /* pc=_stext+0x151e6c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chmod@fs/open.c:507") /* pc=_stext+0x152e80 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchownat@fs/open.c:559") /* pc=_stext+0x152c20 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_access@fs/open.c:356") /* pc=_stext+0x153084 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ftruncate@fs/open.c:178") /* pc=_stext+0x153514 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_truncate@fs/open.c:127") /* pc=_stext+0x153660 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chown@fs/open.c:539") /* pc=_stext+0x152ce4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchmodat@fs/open.c:474") /* pc=_stext+0x152d90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fallocate@fs/open.c:275") /* pc=_stext+0x1533cc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chroot@fs/open.c:408") /* pc=_stext+0x152eb0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lchown@fs/open.c:583") /* pc=_stext+0x152b74 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_creat@fs/open.c:933") /* pc=_stext+0x152138 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchmod@fs/open.c:436") /* pc=_stext+0x152a48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fchown@fs/open.c:602") /* pc=_stext+0x152980 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_chdir@fs/open.c:361") /* pc=_stext+0x152ff4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_close@fs/open.c:969") /* pc=_stext+0x152018 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_faccessat@fs/open.c:286") /* pc=_stext+0x1530b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pwritev@fs/read_write.c:785") /* pc=_stext+0x154764 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendfile64@fs/read_write.c:916") /* pc=_stext+0x1542a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lseek@fs/read_write.c:167") /* pc=_stext+0x153a5c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_writev@fs/read_write.c:733") /* pc=_stext+0x15483c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_read@fs/read_write.c:391") /* pc=_stext+0x1550bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readv@fs/read_write.c:712") /* pc=_stext+0x154a3c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_llseek@fs/read_write.c:193") /* pc=_stext+0x15515c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_write@fs/read_write.c:409") /* pc=_stext+0x154d90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendfile@fs/read_write.c:897") /* pc=_stext+0x1543b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_preadv@fs/read_write.c:760") /* pc=_stext+0x154964 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pwrite64@fs/read_write.c:477") /* pc=_stext+0x154ce0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pread64@fs/read_write.c:448") /* pc=_stext+0x15500c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newfstatat@fs/stat.c:261") /* pc=_stext+0x1593fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readlink@fs/stat.c:312") /* pc=_stext+0x159138 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newfstat@fs/stat.c:273") /* pc=_stext+0x15968c */ /* <- kernel.function("
kernel.function("SyS_set_mempolicy@mm/mempolicy.c:1255") /* pc=_stext+0x13f49c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mbind@mm/mempolicy.c:1234") /* pc=_stext+0x13ff60 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_migrate_pages@mm/mempolicy.c:1275") /* pc=_stext+0x140704 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_move_pages@mm/migrate.c:1078") /* pc=_stext+0x147974 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchdir@fs/open.c:382") /* pc=_stext+0x152f5c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_openat@fs/open.c:914") /* pc=_stext+0x15236c */ /* <- kernel.function("sys_*") */

kernel.function("sys_vhangup@fs/open.c:1009") /* pc=_stext+0x151e6c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chmod@fs/open.c:507") /* pc=_stext+0x152e80 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchownat@fs/open.c:559") /* pc=_stext+0x152c20 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_access@fs/open.c:356") /* pc=_stext+0x153084 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ftruncate@fs/open.c:178") /* pc=_stext+0x153514 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_truncate@fs/open.c:127") /* pc=_stext+0x153660 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chown@fs/open.c:539") /* pc=_stext+0x152ce4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchmodat@fs/open.c:474") /* pc=_stext+0x152d90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fallocate@fs/open.c:275") /* pc=_stext+0x1533cc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chroot@fs/open.c:408") /* pc=_stext+0x152eb0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lchown@fs/open.c:583") /* pc=_stext+0x152b74 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_creat@fs/open.c:933") /* pc=_stext+0x152138 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchmod@fs/open.c:436") /* pc=_stext+0x152a48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fchown@fs/open.c:602") /* pc=_stext+0x152980 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_chdir@fs/open.c:361") /* pc=_stext+0x152ff4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_close@fs/open.c:969") /* pc=_stext+0x152018 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_faccessat@fs/open.c:286") /* pc=_stext+0x1530b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pwritev@fs/read_write.c:785") /* pc=_stext+0x154764 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendfile64@fs/read_write.c:916") /* pc=_stext+0x1542a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lseek@fs/read_write.c:167") /* pc=_stext+0x153a5c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_writev@fs/read_write.c:733") /* pc=_stext+0x15483c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_read@fs/read_write.c:391") /* pc=_stext+0x1550bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readv@fs/read_write.c:712") /* pc=_stext+0x154a3c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_llseek@fs/read_write.c:193") /* pc=_stext+0x15515c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_write@fs/read_write.c:409") /* pc=_stext+0x154d90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendfile@fs/read_write.c:897") /* pc=_stext+0x1543b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_preadv@fs/read_write.c:760") /* pc=_stext+0x154964 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pwrite64@fs/read_write.c:477") /* pc=_stext+0x154ce0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pread64@fs/read_write.c:448") /* pc=_stext+0x15500c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newfstatat@fs/stat.c:261") /* pc=_stext+0x1593fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readlink@fs/stat.c:312") /* pc=_stext+0x159138 */ /* <- kernel.function("sys_*") */
sys_*") */
kernel.function("SyS_fstat64@fs/stat.c:380") /* pc=_stext+0x159634 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_readlinkat@fs/stat.c:285") /* pc=_stext+0x159170 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newlstat@fs/stat.c:247") /* pc=_stext+0x1594bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_newstat@fs/stat.c:237") /* pc=_stext+0x159574 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lstat64@fs/stat.c:369") /* pc=_stext+0x159468 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_stat64@fs/stat.c:358") /* pc=_stext+0x159520 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstatat64@fs/stat.c:392") /* pc=_stext+0x1593a4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_uselib@fs/exec.c:107") /* pc=_stext+0x15c55c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pipe@fs/pipe.c:1117") /* pc=_stext+0x15d4f8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pipe2@fs/pipe.c:1101") /* pc=_stext+0x15dc6c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_linkat@fs/namei.c:2471") /* pc=_stext+0x164028 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_symlinkat@fs/namei.c:2378") /* pc=_stext+0x163e68 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mknodat@fs/namei.c:2013") /* pc=_stext+0x163c50 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_unlinkat@fs/namei.c:2341") /* pc=_stext+0x163b00 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mknod@fs/namei.c:2067") /* pc=_stext+0x15fe38 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_unlink@fs/namei.c:2352") /* pc=_stext+0x1639e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rename@fs/namei.c:2765") /* pc=_stext+0x15fc88 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mkdirat@fs/namei.c:2093") /* pc=_stext+0x163b3c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_link@fs/namei.c:2520") /* pc=_stext+0x15fcbc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_renameat@fs/namei.c:2672") /* pc=_stext+0x163634 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_rmdir@fs/namei.c:2244") /* pc=_stext+0x163b30 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mkdir@fs/namei.c:2130") /* pc=_stext+0x15fe08 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_symlink@fs/namei.c:2419") /* pc=_stext+0x15fcf4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_dup@fs/fcntl.c:131") /* pc=_stext+0x165858 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_dup3@fs/fcntl.c:53") /* pc=_stext+0x165944 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_dup2@fs/fcntl.c:116") /* pc=_stext+0x1658d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fcntl@fs/fcntl.c:429") /* pc=_stext+0x1652bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ioctl@fs/ioctl.c:613") /* pc=_stext+0x1663fc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getdents64@fs/readdir.c:274") /* pc=_stext+0x167068 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getdents@fs/readdir.c:192") /* pc=_stext+0x16718c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_old_readdir@fs/readdir.c:106") /* pc=_stext+0x1672c8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ppoll@fs/select.c:952") /* pc=_stext+0x167c48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_select@fs/select.c:597") /* pc=_stext+0x168a1c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pselect6@fs/select.c:677") /* pc=_stext+0x1687c0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_poll@fs/select.c:916") /* pc=_stext+0x167dec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getcwd@fs/dcache.c:2102") /* pc=_stext+0x16a9e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sysfs@fs/filesystems.c:182") /* pc=_stext+0x170d04 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_oldumount@fs/namespace.c:1171") /* pc=_stext+0x172818 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pivot_root@fs/namespace.c:21
kernel.function("SyS_newfstat@fs/stat.c:273") /* pc=_stext+0x15968c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstat64@fs/stat.c:380") /* pc=_stext+0x159634 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_readlinkat@fs/stat.c:285") /* pc=_stext+0x159170 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newlstat@fs/stat.c:247") /* pc=_stext+0x1594bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_newstat@fs/stat.c:237") /* pc=_stext+0x159574 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lstat64@fs/stat.c:369") /* pc=_stext+0x159468 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_stat64@fs/stat.c:358") /* pc=_stext+0x159520 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstatat64@fs/stat.c:392") /* pc=_stext+0x1593a4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_uselib@fs/exec.c:107") /* pc=_stext+0x15c55c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pipe@fs/pipe.c:1117") /* pc=_stext+0x15d4f8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pipe2@fs/pipe.c:1101") /* pc=_stext+0x15dc6c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_linkat@fs/namei.c:2471") /* pc=_stext+0x164028 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_symlinkat@fs/namei.c:2378") /* pc=_stext+0x163e68 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mknodat@fs/namei.c:2013") /* pc=_stext+0x163c50 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_unlinkat@fs/namei.c:2341") /* pc=_stext+0x163b00 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mknod@fs/namei.c:2067") /* pc=_stext+0x15fe38 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_unlink@fs/namei.c:2352") /* pc=_stext+0x1639e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rename@fs/namei.c:2765") /* pc=_stext+0x15fc88 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mkdirat@fs/namei.c:2093") /* pc=_stext+0x163b3c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_link@fs/namei.c:2520") /* pc=_stext+0x15fcbc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_renameat@fs/namei.c:2672") /* pc=_stext+0x163634 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_rmdir@fs/namei.c:2244") /* pc=_stext+0x163b30 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mkdir@fs/namei.c:2130") /* pc=_stext+0x15fe08 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_symlink@fs/namei.c:2419") /* pc=_stext+0x15fcf4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_dup@fs/fcntl.c:131") /* pc=_stext+0x165858 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_dup3@fs/fcntl.c:53") /* pc=_stext+0x165944 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_dup2@fs/fcntl.c:116") /* pc=_stext+0x1658d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fcntl@fs/fcntl.c:429") /* pc=_stext+0x1652bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ioctl@fs/ioctl.c:613") /* pc=_stext+0x1663fc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getdents64@fs/readdir.c:274") /* pc=_stext+0x167068 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getdents@fs/readdir.c:192") /* pc=_stext+0x16718c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_old_readdir@fs/readdir.c:106") /* pc=_stext+0x1672c8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ppoll@fs/select.c:952") /* pc=_stext+0x167c48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_select@fs/select.c:597") /* pc=_stext+0x168a1c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pselect6@fs/select.c:677") /* pc=_stext+0x1687c0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_poll@fs/select.c:916") /* pc=_stext+0x167dec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getcwd@fs/dcache.c:2102") /* pc=_stext+0x16a9e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sysfs@fs/filesystems.c:182") /* pc=_stext+0x170d04 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_oldumount@fs/namespace.c:1171") /* pc=_stext+0x172818 */ /* <- kernel.function("sys_*") */
85") /* pc=_stext+0x171ea8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_umount@fs/namespace.c:1132") /* pc=_stext+0x1730b4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mount@fs/namespace.c:2119") /* pc=_stext+0x174db0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_llistxattr@fs/xattr.c:464") /* pc=_stext+0x177010 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lremovexattr@fs/xattr.c:528") /* pc=_stext+0x176c9c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_flistxattr@fs/xattr.c:477") /* pc=_stext+0x176f60 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lsetxattr@fs/xattr.c:300") /* pc=_stext+0x177bcc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_removexattr@fs/xattr.c:510") /* pc=_stext+0x176d2c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fgetxattr@fs/xattr.c:405") /* pc=_stext+0x177478 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_listxattr@fs/xattr.c:450") /* pc=_stext+0x17709c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getxattr@fs/xattr.c:377") /* pc=_stext+0x1775d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fsetxattr@fs/xattr.c:318") /* pc=_stext+0x177ad0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setxattr@fs/xattr.c:281") /* pc=_stext+0x177c8c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fremovexattr@fs/xattr.c:545") /* pc=_stext+0x176bd0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lgetxattr@fs/xattr.c:391") /* pc=_stext+0x177538 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_tee@fs/splice.c:2062") /* pc=_stext+0x17c650 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_vmsplice@fs/splice.c:1694") /* pc=_stext+0x17e588 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_splice@fs/splice.c:1721") /* pc=_stext+0x17cbc4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sync_file_range2@fs/sync.c:398") /* pc=_stext+0x17f184 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sync_file_range@fs/sync.c:381") /* pc=_stext+0x17f1bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_sync@fs/sync.c:99") /* pc=_stext+0x17f878 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fsync@fs/sync.c:221") /* pc=_stext+0x17f510 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fdatasync@fs/sync.c:226") /* pc=_stext+0x17f4e8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_futimesat@fs/utimes.c:192") /* pc=_stext+0x17fc48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_utimensat@fs/utimes.c:174") /* pc=_stext+0x17fd10 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_utime@fs/utimes.c:27") /* pc=_stext+0x17fdb4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_utimes@fs/utimes.c:220") /* pc=_stext+0x17f910 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_statfs64@fs/statfs.c:118") /* pc=_stext+0x1808bc */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ustat@fs/statfs.c:175") /* pc=_stext+0x180708 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_statfs@fs/statfs.c:102") /* pc=_stext+0x180a44 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstatfs64@fs/statfs.c:154") /* pc=_stext+0x1807ec */ /* <- kernel.function("sys_*") */
kernel.function("SyS_fstatfs@fs/statfs.c:136") /* pc=_stext+0x180984 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_bdflush@fs/buffer.c:3278") /* pc=_stext+0x181098 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ioprio_get@fs/ioprio.c:192") /* pc=_stext+0x18e284 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ioprio_set@fs/ioprio.c:76") /* pc=_stext+0x18e688 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726") /* pc=_stext+0x193a28 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640") /* pc=_stext+0x19403c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686") /* pc=_ste
kernel.function("SyS_pivot_root@fs/namespace.c:2185") /* pc=_stext+0x171ea8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_umount@fs/namespace.c:1132") /* pc=_stext+0x1730b4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mount@fs/namespace.c:2119") /* pc=_stext+0x174db0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_llistxattr@fs/xattr.c:464") /* pc=_stext+0x177010 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lremovexattr@fs/xattr.c:528") /* pc=_stext+0x176c9c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_flistxattr@fs/xattr.c:477") /* pc=_stext+0x176f60 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lsetxattr@fs/xattr.c:300") /* pc=_stext+0x177bcc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_removexattr@fs/xattr.c:510") /* pc=_stext+0x176d2c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fgetxattr@fs/xattr.c:405") /* pc=_stext+0x177478 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_listxattr@fs/xattr.c:450") /* pc=_stext+0x17709c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getxattr@fs/xattr.c:377") /* pc=_stext+0x1775d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fsetxattr@fs/xattr.c:318") /* pc=_stext+0x177ad0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setxattr@fs/xattr.c:281") /* pc=_stext+0x177c8c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fremovexattr@fs/xattr.c:545") /* pc=_stext+0x176bd0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lgetxattr@fs/xattr.c:391") /* pc=_stext+0x177538 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_tee@fs/splice.c:2062") /* pc=_stext+0x17c650 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_vmsplice@fs/splice.c:1694") /* pc=_stext+0x17e588 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_splice@fs/splice.c:1721") /* pc=_stext+0x17cbc4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sync_file_range2@fs/sync.c:398") /* pc=_stext+0x17f184 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sync_file_range@fs/sync.c:381") /* pc=_stext+0x17f1bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_sync@fs/sync.c:99") /* pc=_stext+0x17f878 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fsync@fs/sync.c:221") /* pc=_stext+0x17f510 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fdatasync@fs/sync.c:226") /* pc=_stext+0x17f4e8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_futimesat@fs/utimes.c:192") /* pc=_stext+0x17fc48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_utimensat@fs/utimes.c:174") /* pc=_stext+0x17fd10 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_utime@fs/utimes.c:27") /* pc=_stext+0x17fdb4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_utimes@fs/utimes.c:220") /* pc=_stext+0x17f910 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_statfs64@fs/statfs.c:118") /* pc=_stext+0x1808bc */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ustat@fs/statfs.c:175") /* pc=_stext+0x180708 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_statfs@fs/statfs.c:102") /* pc=_stext+0x180a44 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstatfs64@fs/statfs.c:154") /* pc=_stext+0x1807ec */ /* <- kernel.function("sys_*") */

kernel.function("SyS_fstatfs@fs/statfs.c:136") /* pc=_stext+0x180984 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_bdflush@fs/buffer.c:3278") /* pc=_stext+0x181098 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ioprio_get@fs/ioprio.c:192") /* pc=_stext+0x18e284 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ioprio_set@fs/ioprio.c:76") /* pc=_stext+0x18e688 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_inotify_rm_watch@fs/notify/inotify/inotify_user.c:726") /* pc=_stext+0x193a28 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_inotify_init1@fs/notify/inotify/inotify_user.c:640") /* pc=_stext+0x19403c */ /* <- kernel.function("sys_*") */
xt+0x193c14 */ /* <- kernel.function("sys_*") */
kernel.function("sys_inotify_init@fs/notify/inotify/inotify_user.c:681") /* pc=_stext+0x194014 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321") /* pc=_stext+0x194e00 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187") /* pc=_stext+0x195928 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_create@fs/eventpoll.c:1215") /* pc=_stext+0x1958f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375") /* pc=_stext+0x194394 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229") /* pc=_stext+0x195370 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_signalfd@fs/signalfd.c:264") /* pc=_stext+0x195d78 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_signalfd4@fs/signalfd.c:210") /* pc=_stext+0x195dd0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timerfd_gettime@fs/timerfd.c:252") /* pc=_stext+0x196908 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timerfd_settime@fs/timerfd.c:196") /* pc=_stext+0x196d58 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_timerfd_create@fs/timerfd.c:164") /* pc=_stext+0x1970d4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_eventfd2@fs/eventfd.c:409") /* pc=_stext+0x1979e8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_eventfd@fs/eventfd.c:434") /* pc=_stext+0x1971d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_getevents@fs/aio.c:1812") /* pc=_stext+0x199d9c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_destroy@fs/aio.c:1283") /* pc=_stext+0x199160 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_cancel@fs/aio.c:1747") /* pc=_stext+0x1989f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_setup@fs/aio.c:1245") /* pc=_stext+0x199310 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_io_submit@fs/aio.c:1712") /* pc=_stext+0x19aab0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_flock@fs/locks.c:1569") /* pc=_stext+0x19d138 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_nfsservctl@fs/nfsctl.c:87") /* pc=_stext+0x1a5598 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_quotactl@fs/quota/quota.c:334") /* pc=_stext+0x1b3448 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203") /* pc=_stext+0x1cfb78 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgctl@ipc/msg.c:469") /* pc=_stext+0x256a98 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgget@ipc/msg.c:312") /* pc=_stext+0x257038 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgsnd@ipc/msg.c:727") /* pc=_stext+0x256878 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_msgrcv@ipc/msg.c:908") /* pc=_stext+0x25639c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semctl@ipc/sem.c:1115") /* pc=_stext+0x258e48 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semtimedop@ipc/sem.c:1260") /* pc=_stext+0x257d08 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semop@ipc/sem.c:1456") /* pc=_stext+0x257cd8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_semget@ipc/sem.c:321") /* pc=_stext+0x2592d0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmdt@ipc/shm.c:971") /* pc=_stext+0x259858 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmctl@ipc/shm.c:635") /* pc=_stext+0x25a1f4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmat@ipc/shm.c:955") /* pc=_stext+0x25a1a0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shmget@ipc/shm.c:448") /* pc=_stext+0x25aa0c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_ipc@ipc/syscall.c:17") /* pc=_stext+0x25b02c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_notify@ipc/mqueue.c:1024") /* pc=_stext+0x25c494 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936") /* pc=_stext+0x25c9e0 */ /* <- kernel.function("
kernel.function("SyS_inotify_add_watch@fs/notify/inotify/inotify_user.c:686") /* pc=_stext+0x193c14 */ /* <- kernel.function("sys_*") */

kernel.function("sys_inotify_init@fs/notify/inotify/inotify_user.c:681") /* pc=_stext+0x194014 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_wait@fs/eventpoll.c:1321") /* pc=_stext+0x194e00 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_create1@fs/eventpoll.c:1187") /* pc=_stext+0x195928 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_create@fs/eventpoll.c:1215") /* pc=_stext+0x1958f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_pwait@fs/eventpoll.c:1375") /* pc=_stext+0x194394 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_epoll_ctl@fs/eventpoll.c:1229") /* pc=_stext+0x195370 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_signalfd@fs/signalfd.c:264") /* pc=_stext+0x195d78 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_signalfd4@fs/signalfd.c:210") /* pc=_stext+0x195dd0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timerfd_gettime@fs/timerfd.c:252") /* pc=_stext+0x196908 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timerfd_settime@fs/timerfd.c:196") /* pc=_stext+0x196d58 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_timerfd_create@fs/timerfd.c:164") /* pc=_stext+0x1970d4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_eventfd2@fs/eventfd.c:409") /* pc=_stext+0x1979e8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_eventfd@fs/eventfd.c:434") /* pc=_stext+0x1971d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_getevents@fs/aio.c:1812") /* pc=_stext+0x199d9c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_destroy@fs/aio.c:1283") /* pc=_stext+0x199160 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_cancel@fs/aio.c:1747") /* pc=_stext+0x1989f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_setup@fs/aio.c:1245") /* pc=_stext+0x199310 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_io_submit@fs/aio.c:1712") /* pc=_stext+0x19aab0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_flock@fs/locks.c:1569") /* pc=_stext+0x19d138 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_nfsservctl@fs/nfsctl.c:87") /* pc=_stext+0x1a5598 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_quotactl@fs/quota/quota.c:334") /* pc=_stext+0x1b3448 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_lookup_dcookie@fs/dcookies.c:203") /* pc=_stext+0x1cfb78 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgctl@ipc/msg.c:469") /* pc=_stext+0x256a98 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgget@ipc/msg.c:312") /* pc=_stext+0x257038 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgsnd@ipc/msg.c:727") /* pc=_stext+0x256878 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_msgrcv@ipc/msg.c:908") /* pc=_stext+0x25639c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semctl@ipc/sem.c:1115") /* pc=_stext+0x258e48 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semtimedop@ipc/sem.c:1260") /* pc=_stext+0x257d08 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semop@ipc/sem.c:1456") /* pc=_stext+0x257cd8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_semget@ipc/sem.c:321") /* pc=_stext+0x2592d0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmdt@ipc/shm.c:971") /* pc=_stext+0x259858 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmctl@ipc/shm.c:635") /* pc=_stext+0x25a1f4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmat@ipc/shm.c:955") /* pc=_stext+0x25a1a0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shmget@ipc/shm.c:448") /* pc=_stext+0x25aa0c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_ipc@ipc/syscall.c:17") /* pc=_stext+0x25b02c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_notify@ipc/mqueue.c:1024") /* pc=_stext+0x25c494 */ /* <- kernel.function("sys_*") */
sys_*") */
kernel.function("SyS_mq_open@ipc/mqueue.c:674") /* pc=_stext+0x25d52c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_unlink@ipc/mqueue.c:746") /* pc=_stext+0x25d2e8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842") /* pc=_stext+0x25ce1c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156") /* pc=_stext+0x25c27c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_add_key@security/keys/keyctl.c:61") /* pc=_stext+0x263714 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_keyctl@security/keys/keyctl.c:1339") /* pc=_stext+0x2633e4 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_request_key@security/keys/keyctl.c:152") /* pc=_stext+0x263580 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pciconfig_write@drivers/pci/syscall.c:87") /* pc=_stext+0x2df5e0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_pciconfig_read@drivers/pci/syscall.c:17") /* pc=_stext+0x2df7e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fillrect@drivers/video/sysfillrect.c:244") /* pc=_stext+0x3047f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_copyarea@drivers/video/syscopyarea.c:316") /* pc=_stext+0x304c48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_imageblit@drivers/video/sysimgblt.c:241") /* pc=_stext+0x305548 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_send@net/socket.c:1690") /* pc=_stext+0x4883d8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_accept@net/socket.c:1532") /* pc=_stext+0x4883ac */ /* <- kernel.function("sys_*") */
kernel.function("SyS_setsockopt@net/socket.c:1756") /* pc=_stext+0x48aac8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_socketpair@net/socket.c:1316") /* pc=_stext+0x48b788 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_accept4@net/socket.c:1459") /* pc=_stext+0x48c898 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_bind@net/socket.c:1396") /* pc=_stext+0x48cd50 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getpeername@net/socket.c:1613") /* pc=_stext+0x48c6c8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_recvmsg@net/socket.c:2047") /* pc=_stext+0x48c514 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getsockopt@net/socket.c:1790") /* pc=_stext+0x48a9b8 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_listen@net/socket.c:1425") /* pc=_stext+0x48ae90 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendto@net/socket.c:1646") /* pc=_stext+0x48cb30 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x48840c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_socketcall@net/socket.c:2210") /* pc=_stext+0x488438 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_shutdown@net/socket.c:1819") /* pc=_stext+0x48a908 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_recvmmsg@net/socket.c:2170") /* pc=_stext+0x48c430 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_sendmsg@net/socket.c:1845") /* pc=_stext+0x48a680 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_recvfrom@net/socket.c:1703") /* pc=_stext+0x48c59c */ /* <- kernel.function("sys_*") */
kernel.function("SyS_connect@net/socket.c:1550") /* pc=_stext+0x48cc58 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_getsockname@net/socket.c:1582") /* pc=_stext+0x48c7b0 */ /* <- kernel.function("sys_*") */
kernel.function("SyS_socket@net/socket.c:1274") /* pc=_stext+0x48ba20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x4885cc */ /* <- kernel.function("sys_*") */
kernel.function("sys_fork") /* pc=_stext+0x11dd4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_execve") /* pc=_stext+0x12654 */ /* <- kernel.function("sys_*") */
kernel.function("sys_call_table") /* pc=_stext+0x12a70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigreturn") /* pc=_stext+0x1a874 */ /* <- kernel.function("sys_*") */
ke
kernel.function("SyS_mq_timedreceive@ipc/mqueue.c:936") /* pc=_stext+0x25c9e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_open@ipc/mqueue.c:674") /* pc=_stext+0x25d52c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_unlink@ipc/mqueue.c:746") /* pc=_stext+0x25d2e8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_timedsend@ipc/mqueue.c:842") /* pc=_stext+0x25ce1c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_mq_getsetattr@ipc/mqueue.c:1156") /* pc=_stext+0x25c27c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_add_key@security/keys/keyctl.c:61") /* pc=_stext+0x263714 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_keyctl@security/keys/keyctl.c:1339") /* pc=_stext+0x2633e4 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_request_key@security/keys/keyctl.c:152") /* pc=_stext+0x263580 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pciconfig_write@drivers/pci/syscall.c:87") /* pc=_stext+0x2df5e0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_pciconfig_read@drivers/pci/syscall.c:17") /* pc=_stext+0x2df7e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fillrect@drivers/video/sysfillrect.c:244") /* pc=_stext+0x3047f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_copyarea@drivers/video/syscopyarea.c:316") /* pc=_stext+0x304c48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_imageblit@drivers/video/sysimgblt.c:241") /* pc=_stext+0x305548 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_send@net/socket.c:1690") /* pc=_stext+0x4883d8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_accept@net/socket.c:1532") /* pc=_stext+0x4883ac */ /* <- kernel.function("sys_*") */

kernel.function("SyS_setsockopt@net/socket.c:1756") /* pc=_stext+0x48aac8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_socketpair@net/socket.c:1316") /* pc=_stext+0x48b788 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_accept4@net/socket.c:1459") /* pc=_stext+0x48c898 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_bind@net/socket.c:1396") /* pc=_stext+0x48cd50 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getpeername@net/socket.c:1613") /* pc=_stext+0x48c6c8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_recvmsg@net/socket.c:2047") /* pc=_stext+0x48c514 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getsockopt@net/socket.c:1790") /* pc=_stext+0x48a9b8 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_listen@net/socket.c:1425") /* pc=_stext+0x48ae90 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendto@net/socket.c:1646") /* pc=_stext+0x48cb30 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x48840c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_socketcall@net/socket.c:2210") /* pc=_stext+0x488438 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_shutdown@net/socket.c:1819") /* pc=_stext+0x48a908 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_recvmmsg@net/socket.c:2170") /* pc=_stext+0x48c430 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_sendmsg@net/socket.c:1845") /* pc=_stext+0x48a680 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_recvfrom@net/socket.c:1703") /* pc=_stext+0x48c59c */ /* <- kernel.function("sys_*") */

kernel.function("SyS_connect@net/socket.c:1550") /* pc=_stext+0x48cc58 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_getsockname@net/socket.c:1582") /* pc=_stext+0x48c7b0 */ /* <- kernel.function("sys_*") */

kernel.function("SyS_socket@net/socket.c:1274") /* pc=_stext+0x48ba20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recv@net/socket.c:1746") /* pc=_stext+0x4885cc */ /* <- kernel.function("sys_*") */

kernel.function("sys_fork") /* pc=_stext+0x11dd4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_execve") /* pc=_stext+0x12654 */ /* <- kernel.function("sys_*") */

kernel.function("sys_call_table") /* pc=_stext+0x12a70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigreturn") /* pc=_stext+0x1a874 */ /* <- kernel.function("sys_*") */
rnel.function("sys_pciconfig_iobase") /* pc=_stext+0x2ffe0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_subpage_prot") /* pc=_stext+0x415f4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_spu_run") /* pc=_stext+0x68bec */ /* <- kernel.function("sys_*") */
kernel.function("sys_spu_create") /* pc=_stext+0x68d10 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_get_priority_min") /* pc=_stext+0x79444 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_getaffinity") /* pc=_stext+0x85e88 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_getparam") /* pc=_stext+0x85f30 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_getscheduler") /* pc=_stext+0x85fe8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_nice") /* pc=_stext+0x8a668 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_yield") /* pc=_stext+0x8aa98 */ /* <- kernel.function("sys_*") */
kernel.function("sys_personality") /* pc=_stext+0x8d908 */ /* <- kernel.function("sys_*") */
kernel.function("sys_syslog") /* pc=_stext+0x8ff1c */ /* <- kernel.function("sys_*") */
kernel.function("sys_wait4") /* pc=_stext+0x92ae4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_waitid") /* pc=_stext+0x92bec */ /* <- kernel.function("sys_*") */
kernel.function("sys_exit_group") /* pc=_stext+0x93698 */ /* <- kernel.function("sys_*") */
kernel.function("sys_exit") /* pc=_stext+0x936c0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getitimer") /* pc=_stext+0x93f64 */ /* <- kernel.function("sys_*") */
kernel.function("sys_gettimeofday") /* pc=_stext+0x946c4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_time") /* pc=_stext+0x94820 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sysctl") /* pc=_stext+0x998fc */ /* <- kernel.function("sys_*") */
kernel.function("sys_ptrace") /* pc=_stext+0x9b8ac */ /* <- kernel.function("sys_*") */
kernel.function("sys_geteuid") /* pc=_stext+0x9c70c */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgid") /* pc=_stext+0x9c71c */ /* <- kernel.function("sys_*") */
kernel.function("sys_gettid") /* pc=_stext+0x9ccd8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pause") /* pc=_stext+0x9e0f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigsuspend") /* pc=_stext+0x9e12c */ /* <- kernel.function("sys_*") */
kernel.function("sys_sigpending") /* pc=_stext+0x9e440 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigprocmask") /* pc=_stext+0x9e5a0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigaction") /* pc=_stext+0x9ecd0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_tgsigqueueinfo") /* pc=_stext+0xa0730 */ /* <- kernel.function("sys_*") */
kernel.function("sys_tkill") /* pc=_stext+0xa0840 */ /* <- kernel.function("sys_*") */
kernel.function("sys_kill") /* pc=_stext+0xa0c20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigtimedwait") /* pc=_stext+0xa1e34 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getcpu") /* pc=_stext+0xa2498 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getresgid") /* pc=_stext+0xa25b4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getresuid") /* pc=_stext+0xa2700 */ /* <- kernel.function("sys_*") */
kernel.function("sys_prctl") /* pc=_stext+0xa284c */ /* <- kernel.function("sys_*") */
kernel.function("sys_old_getrlimit") /* pc=_stext+0xa31e4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setdomainname") /* pc=_stext+0xa3388 */ /* <- kernel.function("sys_*") */
kernel.function("sys_uname") /* pc=_stext+0xa3628 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getsid") /* pc=_stext+0xa3c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpgid") /* pc=_stext+0xa3d18 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setpgid") /* pc=_stext+0xa3d98 */ /* <- kernel.function("sys_*") */
kernel.function("sys_times") /* pc=_stext+0xa402c */ /* <- kernel.function("sys_*") */
kernel.function("sys_setfsgid") /* p
kernel.function("sys_pciconfig_iobase") /* pc=_stext+0x2ffe0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_subpage_prot") /* pc=_stext+0x415f4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_spu_run") /* pc=_stext+0x68bec */ /* <- kernel.function("sys_*") */

kernel.function("sys_spu_create") /* pc=_stext+0x68d10 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_get_priority_min") /* pc=_stext+0x79444 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_getaffinity") /* pc=_stext+0x85e88 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_getparam") /* pc=_stext+0x85f30 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_getscheduler") /* pc=_stext+0x85fe8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_nice") /* pc=_stext+0x8a668 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_yield") /* pc=_stext+0x8aa98 */ /* <- kernel.function("sys_*") */

kernel.function("sys_personality") /* pc=_stext+0x8d908 */ /* <- kernel.function("sys_*") */

kernel.function("sys_syslog") /* pc=_stext+0x8ff1c */ /* <- kernel.function("sys_*") */

kernel.function("sys_wait4") /* pc=_stext+0x92ae4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_waitid") /* pc=_stext+0x92bec */ /* <- kernel.function("sys_*") */

kernel.function("sys_exit_group") /* pc=_stext+0x93698 */ /* <- kernel.function("sys_*") */

kernel.function("sys_exit") /* pc=_stext+0x936c0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getitimer") /* pc=_stext+0x93f64 */ /* <- kernel.function("sys_*") */

kernel.function("sys_gettimeofday") /* pc=_stext+0x946c4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_time") /* pc=_stext+0x94820 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sysctl") /* pc=_stext+0x998fc */ /* <- kernel.function("sys_*") */

kernel.function("sys_ptrace") /* pc=_stext+0x9b8ac */ /* <- kernel.function("sys_*") */

kernel.function("sys_geteuid") /* pc=_stext+0x9c70c */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgid") /* pc=_stext+0x9c71c */ /* <- kernel.function("sys_*") */

kernel.function("sys_gettid") /* pc=_stext+0x9ccd8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pause") /* pc=_stext+0x9e0f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigsuspend") /* pc=_stext+0x9e12c */ /* <- kernel.function("sys_*") */

kernel.function("sys_sigpending") /* pc=_stext+0x9e440 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigprocmask") /* pc=_stext+0x9e5a0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigaction") /* pc=_stext+0x9ecd0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_tgsigqueueinfo") /* pc=_stext+0xa0730 */ /* <- kernel.function("sys_*") */

kernel.function("sys_tkill") /* pc=_stext+0xa0840 */ /* <- kernel.function("sys_*") */

kernel.function("sys_kill") /* pc=_stext+0xa0c20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigtimedwait") /* pc=_stext+0xa1e34 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getcpu") /* pc=_stext+0xa2498 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getresgid") /* pc=_stext+0xa25b4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getresuid") /* pc=_stext+0xa2700 */ /* <- kernel.function("sys_*") */

kernel.function("sys_prctl") /* pc=_stext+0xa284c */ /* <- kernel.function("sys_*") */

kernel.function("sys_old_getrlimit") /* pc=_stext+0xa31e4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setdomainname") /* pc=_stext+0xa3388 */ /* <- kernel.function("sys_*") */

kernel.function("sys_uname") /* pc=_stext+0xa3628 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getsid") /* pc=_stext+0xa3c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpgid") /* pc=_stext+0xa3d18 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setpgid") /* pc=_stext+0xa3d98 */ /* <- kernel.function("sys_*") */

kernel.function("sys_times") /* pc=_stext+0xa402c */ /* <- kernel.function("sys_*") */
c=_stext+0xa40c4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setresgid") /* pc=_stext+0xa419c */ /* <- kernel.function("sys_*") */
kernel.function("sys_setregid") /* pc=_stext+0xa43b8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setresuid") /* pc=_stext+0xa46a0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setreuid") /* pc=_stext+0xa4944 */ /* <- kernel.function("sys_*") */
kernel.function("sys_reboot") /* pc=_stext+0xa4e2c */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpriority") /* pc=_stext+0xa5088 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setpriority") /* pc=_stext+0xa53d4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clock_getres") /* pc=_stext+0xa98e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clock_gettime") /* pc=_stext+0xa99d0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timer_gettime") /* pc=_stext+0xaa5a4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timer_create") /* pc=_stext+0xaa694 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgroups") /* pc=_stext+0xb3d20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setgroups") /* pc=_stext+0xb4200 */ /* <- kernel.function("sys_*") */
kernel.function("sys_futex") /* pc=_stext+0xbfba8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_get_robust_list") /* pc=_stext+0xbfd54 */ /* <- kernel.function("sys_*") */
kernel.function("sys_acct") /* pc=_stext+0xc8de8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_readahead") /* pc=_stext+0x10559c */ /* <- kernel.function("sys_*") */
kernel.function("sys_fadvise64") /* pc=_stext+0x109898 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fadvise64_64") /* pc=_stext+0x1098c4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_remap_file_pages") /* pc=_stext+0x11fd18 */ /* <- kernel.function("sys_*") */
kernel.function("sys_madvise") /* pc=_stext+0x1201ec */ /* <- kernel.function("sys_*") */
kernel.function("sys_mincore") /* pc=_stext+0x125e9c */ /* <- kernel.function("sys_*") */
kernel.function("sys_munlock") /* pc=_stext+0x127018 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mmap_pgoff") /* pc=_stext+0x12a8ac */ /* <- kernel.function("sys_*") */
kernel.function("sys_mprotect") /* pc=_stext+0x12b0ec */ /* <- kernel.function("sys_*") */
kernel.function("sys_swapon") /* pc=_stext+0x13426c */ /* <- kernel.function("sys_*") */
kernel.function("sys_set_mempolicy") /* pc=_stext+0x13f49c */ /* <- kernel.function("sys_*") */
kernel.function("sys_get_mempolicy") /* pc=_stext+0x13f9f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_migrate_pages") /* pc=_stext+0x140704 */ /* <- kernel.function("sys_*") */
kernel.function("sys_move_pages") /* pc=_stext+0x147974 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vhangup") /* pc=_stext+0x151e6c */ /* <- kernel.function("sys_*") */
kernel.function("sys_open") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchown") /* pc=_stext+0x152980 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchmod") /* pc=_stext+0x152a48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lchown") /* pc=_stext+0x152b74 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchownat") /* pc=_stext+0x152c20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchmodat") /* pc=_stext+0x152d90 */ /* <- kernel.function("sys_*") */
kernel.function("sys_chmod") /* pc=_stext+0x152e80 */ /* <- kernel.function("sys_*") */
kernel.function("sys_chroot") /* pc=_stext+0x152eb0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_chdir") /* pc=_stext+0x152ff4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_access") /* pc=_stext+0x153084 */ /* <- kernel.function("sys_*") */
kernel.function("sys_faccessat") /* pc=_stext+0x1530b4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fallocate") /* pc=_stext+0x1533cc */ /* <- kernel.function("sys_*") */
kernel.function("sys_truncate") /* pc=_stext+0x153660 */ /* <- ke
kernel.function("sys_setfsgid") /* pc=_stext+0xa40c4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setresgid") /* pc=_stext+0xa419c */ /* <- kernel.function("sys_*") */

kernel.function("sys_setregid") /* pc=_stext+0xa43b8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setresuid") /* pc=_stext+0xa46a0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setreuid") /* pc=_stext+0xa4944 */ /* <- kernel.function("sys_*") */

kernel.function("sys_reboot") /* pc=_stext+0xa4e2c */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpriority") /* pc=_stext+0xa5088 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setpriority") /* pc=_stext+0xa53d4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clock_getres") /* pc=_stext+0xa98e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clock_gettime") /* pc=_stext+0xa99d0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timer_gettime") /* pc=_stext+0xaa5a4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timer_create") /* pc=_stext+0xaa694 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgroups") /* pc=_stext+0xb3d20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setgroups") /* pc=_stext+0xb4200 */ /* <- kernel.function("sys_*") */

kernel.function("sys_futex") /* pc=_stext+0xbfba8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_get_robust_list") /* pc=_stext+0xbfd54 */ /* <- kernel.function("sys_*") */

kernel.function("sys_acct") /* pc=_stext+0xc8de8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_readahead") /* pc=_stext+0x10559c */ /* <- kernel.function("sys_*") */

kernel.function("sys_fadvise64") /* pc=_stext+0x109898 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fadvise64_64") /* pc=_stext+0x1098c4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_remap_file_pages") /* pc=_stext+0x11fd18 */ /* <- kernel.function("sys_*") */

kernel.function("sys_madvise") /* pc=_stext+0x1201ec */ /* <- kernel.function("sys_*") */

kernel.function("sys_mincore") /* pc=_stext+0x125e9c */ /* <- kernel.function("sys_*") */

kernel.function("sys_munlock") /* pc=_stext+0x127018 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mmap_pgoff") /* pc=_stext+0x12a8ac */ /* <- kernel.function("sys_*") */

kernel.function("sys_mprotect") /* pc=_stext+0x12b0ec */ /* <- kernel.function("sys_*") */

kernel.function("sys_swapon") /* pc=_stext+0x13426c */ /* <- kernel.function("sys_*") */

kernel.function("sys_set_mempolicy") /* pc=_stext+0x13f49c */ /* <- kernel.function("sys_*") */

kernel.function("sys_get_mempolicy") /* pc=_stext+0x13f9f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_migrate_pages") /* pc=_stext+0x140704 */ /* <- kernel.function("sys_*") */

kernel.function("sys_move_pages") /* pc=_stext+0x147974 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vhangup") /* pc=_stext+0x151e6c */ /* <- kernel.function("sys_*") */

kernel.function("sys_open") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchown") /* pc=_stext+0x152980 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchmod") /* pc=_stext+0x152a48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lchown") /* pc=_stext+0x152b74 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchownat") /* pc=_stext+0x152c20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchmodat") /* pc=_stext+0x152d90 */ /* <- kernel.function("sys_*") */

kernel.function("sys_chmod") /* pc=_stext+0x152e80 */ /* <- kernel.function("sys_*") */

kernel.function("sys_chroot") /* pc=_stext+0x152eb0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_chdir") /* pc=_stext+0x152ff4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_access") /* pc=_stext+0x153084 */ /* <- kernel.function("sys_*") */

kernel.function("sys_faccessat") /* pc=_stext+0x1530b4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fallocate") /* pc=_stext+0x1533cc */ /* <- kernel.function("sys_*") */
rnel.function("sys_*") */
kernel.function("sys_lseek") /* pc=_stext+0x153a5c */ /* <- kernel.function("sys_*") */
kernel.function("sys_sendfile64") /* pc=_stext+0x1542a4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_writev") /* pc=_stext+0x15483c */ /* <- kernel.function("sys_*") */
kernel.function("sys_readv") /* pc=_stext+0x154a3c */ /* <- kernel.function("sys_*") */
kernel.function("sys_read") /* pc=_stext+0x1550bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_llseek") /* pc=_stext+0x15515c */ /* <- kernel.function("sys_*") */
kernel.function("sys_readlink") /* pc=_stext+0x159138 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fstatat64") /* pc=_stext+0x1593a4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lstat64") /* pc=_stext+0x159468 */ /* <- kernel.function("sys_*") */
kernel.function("sys_newlstat") /* pc=_stext+0x1594bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_fstat64") /* pc=_stext+0x159634 */ /* <- kernel.function("sys_*") */
kernel.function("sys_newfstat") /* pc=_stext+0x15968c */ /* <- kernel.function("sys_*") */
kernel.function("sys_pipe") /* pc=_stext+0x15d4f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pipe2") /* pc=_stext+0x15dc6c */ /* <- kernel.function("sys_*") */
kernel.function("sys_rename") /* pc=_stext+0x15fc88 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mknod") /* pc=_stext+0x15fe38 */ /* <- kernel.function("sys_*") */
kernel.function("sys_unlink") /* pc=_stext+0x1639e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_unlinkat") /* pc=_stext+0x163b00 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fcntl") /* pc=_stext+0x1652bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_dup") /* pc=_stext+0x165858 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getdents64") /* pc=_stext+0x167068 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getdents") /* pc=_stext+0x16718c */ /* <- kernel.function("sys_*") */
kernel.function("sys_old_readdir") /* pc=_stext+0x1672c8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ppoll") /* pc=_stext+0x167c48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_poll") /* pc=_stext+0x167dec */ /* <- kernel.function("sys_*") */
kernel.function("sys_select") /* pc=_stext+0x168a1c */ /* <- kernel.function("sys_*") */
kernel.function("sys_getcwd") /* pc=_stext+0x16a9e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sysfs") /* pc=_stext+0x170d04 */ /* <- kernel.function("sys_*") */
kernel.function("sys_oldumount") /* pc=_stext+0x172818 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mount") /* pc=_stext+0x174db0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_llistxattr") /* pc=_stext+0x177010 */ /* <- kernel.function("sys_*") */
kernel.function("sys_listxattr") /* pc=_stext+0x17709c */ /* <- kernel.function("sys_*") */
kernel.function("sys_lgetxattr") /* pc=_stext+0x177538 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fsetxattr") /* pc=_stext+0x177ad0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_tee") /* pc=_stext+0x17c650 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sync_file_range") /* pc=_stext+0x17f1bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_fdatasync") /* pc=_stext+0x17f4e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_utimes") /* pc=_stext+0x17f910 */ /* <- kernel.function("sys_*") */
kernel.function("sys_futimesat") /* pc=_stext+0x17fc48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_utime") /* pc=_stext+0x17fdb4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_statfs64") /* pc=_stext+0x1808bc */ /* <- kernel.function("sys_*") */
kernel.function("sys_fstatfs") /* pc=_stext+0x180984 */ /* <- kernel.function("sys_*") */
kernel.function("sys_statfs") /* pc=_stext+0x180a44 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ioprio_get") /* pc=_stext+0x18e284 */ /* <- kernel.function("sys_*") */
kernel.function("sys_epoll_create") /* pc=_stext+0x1958f4 */ /*
kernel.function("sys_truncate") /* pc=_stext+0x153660 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lseek") /* pc=_stext+0x153a5c */ /* <- kernel.function("sys_*") */

kernel.function("sys_sendfile64") /* pc=_stext+0x1542a4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_writev") /* pc=_stext+0x15483c */ /* <- kernel.function("sys_*") */

kernel.function("sys_readv") /* pc=_stext+0x154a3c */ /* <- kernel.function("sys_*") */

kernel.function("sys_read") /* pc=_stext+0x1550bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_llseek") /* pc=_stext+0x15515c */ /* <- kernel.function("sys_*") */

kernel.function("sys_readlink") /* pc=_stext+0x159138 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fstatat64") /* pc=_stext+0x1593a4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lstat64") /* pc=_stext+0x159468 */ /* <- kernel.function("sys_*") */

kernel.function("sys_newlstat") /* pc=_stext+0x1594bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_fstat64") /* pc=_stext+0x159634 */ /* <- kernel.function("sys_*") */

kernel.function("sys_newfstat") /* pc=_stext+0x15968c */ /* <- kernel.function("sys_*") */

kernel.function("sys_pipe") /* pc=_stext+0x15d4f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pipe2") /* pc=_stext+0x15dc6c */ /* <- kernel.function("sys_*") */

kernel.function("sys_rename") /* pc=_stext+0x15fc88 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mknod") /* pc=_stext+0x15fe38 */ /* <- kernel.function("sys_*") */

kernel.function("sys_unlink") /* pc=_stext+0x1639e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_unlinkat") /* pc=_stext+0x163b00 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fcntl") /* pc=_stext+0x1652bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_dup") /* pc=_stext+0x165858 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getdents64") /* pc=_stext+0x167068 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getdents") /* pc=_stext+0x16718c */ /* <- kernel.function("sys_*") */

kernel.function("sys_old_readdir") /* pc=_stext+0x1672c8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ppoll") /* pc=_stext+0x167c48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_poll") /* pc=_stext+0x167dec */ /* <- kernel.function("sys_*") */

kernel.function("sys_select") /* pc=_stext+0x168a1c */ /* <- kernel.function("sys_*") */

kernel.function("sys_getcwd") /* pc=_stext+0x16a9e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sysfs") /* pc=_stext+0x170d04 */ /* <- kernel.function("sys_*") */

kernel.function("sys_oldumount") /* pc=_stext+0x172818 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mount") /* pc=_stext+0x174db0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_llistxattr") /* pc=_stext+0x177010 */ /* <- kernel.function("sys_*") */

kernel.function("sys_listxattr") /* pc=_stext+0x17709c */ /* <- kernel.function("sys_*") */

kernel.function("sys_lgetxattr") /* pc=_stext+0x177538 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fsetxattr") /* pc=_stext+0x177ad0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_tee") /* pc=_stext+0x17c650 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sync_file_range") /* pc=_stext+0x17f1bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_fdatasync") /* pc=_stext+0x17f4e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_utimes") /* pc=_stext+0x17f910 */ /* <- kernel.function("sys_*") */

kernel.function("sys_futimesat") /* pc=_stext+0x17fc48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_utime") /* pc=_stext+0x17fdb4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_statfs64") /* pc=_stext+0x1808bc */ /* <- kernel.function("sys_*") */

kernel.function("sys_fstatfs") /* pc=_stext+0x180984 */ /* <- kernel.function("sys_*") */

kernel.function("sys_statfs") /* pc=_stext+0x180a44 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ioprio_get") /* pc=_stext+0x18e284 */ /* <- kernel.function("sys_*") */
 <- kernel.function("sys_*") */
kernel.function("sys_epoll_create1") /* pc=_stext+0x195928 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timerfd_create") /* pc=_stext+0x1970d4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_eventfd2") /* pc=_stext+0x1979e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_io_destroy") /* pc=_stext+0x199160 */ /* <- kernel.function("sys_*") */
kernel.function("sys_msgsnd") /* pc=_stext+0x256878 */ /* <- kernel.function("sys_*") */
kernel.function("sys_msgctl") /* pc=_stext+0x256a98 */ /* <- kernel.function("sys_*") */
kernel.function("sys_msgget") /* pc=_stext+0x257038 */ /* <- kernel.function("sys_*") */
kernel.function("sys_semctl") /* pc=_stext+0x258e48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_semget") /* pc=_stext+0x2592d0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_shmdt") /* pc=_stext+0x259858 */ /* <- kernel.function("sys_*") */
kernel.function("sys_shmat") /* pc=_stext+0x25a1a0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_shmctl") /* pc=_stext+0x25a1f4 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mq_getsetattr") /* pc=_stext+0x25c27c */ /* <- kernel.function("sys_*") */
kernel.function("sys_mq_notify") /* pc=_stext+0x25c494 */ /* <- kernel.function("sys_*") */
kernel.function("sys_request_key") /* pc=_stext+0x263580 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pciconfig_write") /* pc=_stext+0x2df5e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pciconfig_read") /* pc=_stext+0x2df7e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_send") /* pc=_stext+0x4883d8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setsockopt") /* pc=_stext+0x48aac8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_socketpair") /* pc=_stext+0x48b788 */ /* <- kernel.function("sys_*") */
kernel.function("sys_socket") /* pc=_stext+0x48ba20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recvmmsg") /* pc=_stext+0x48c430 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recvmsg") /* pc=_stext+0x48c514 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recvfrom") /* pc=_stext+0x48c59c */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpeername") /* pc=_stext+0x48c6c8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sendto") /* pc=_stext+0x48cb30 */ /* <- kernel.function("sys_*") */
kernel.function("sys_bind") /* pc=_stext+0x48cd50 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mmap") /* pc=_stext+0x9c5360 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mmap2") /* pc=_stext+0x9c5378 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vfork") /* pc=_stext+0x9c5bb8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clone") /* pc=_stext+0x9c5be8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_call_table") /* pc=_stext+0x9c5d68 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sigaltstack") /* pc=_stext+0x9c5de0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_swapcontext") /* pc=_stext+0x9c7928 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_get_priority_max") /* pc=_stext+0x9d4708 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_rr_get_interval") /* pc=_stext+0x9d5608 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_setaffinity") /* pc=_stext+0x9d57e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_setparam") /* pc=_stext+0x9d5c20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sched_setscheduler") /* pc=_stext+0x9d5c38 */ /* <- kernel.function("sys_*") */
kernel.function("sys_unshare") /* pc=_stext+0x9d5e90 */ /* <- kernel.function("sys_*") */
kernel.function("sys_set_tid_address") /* pc=_stext+0x9d5f20 */ /* <- kernel.function("sys_*") */
kernel.function("sys_waitpid") /* pc=_stext+0x9d6790 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setitimer") /* pc=_stext+0x9d6a78 */ /* <- kernel.function("sys_*") */
kernel.function("sys_adjtimex") /* pc=_ste
kernel.function("sys_epoll_create") /* pc=_stext+0x1958f4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_epoll_create1") /* pc=_stext+0x195928 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timerfd_create") /* pc=_stext+0x1970d4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_eventfd2") /* pc=_stext+0x1979e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_io_destroy") /* pc=_stext+0x199160 */ /* <- kernel.function("sys_*") */

kernel.function("sys_msgsnd") /* pc=_stext+0x256878 */ /* <- kernel.function("sys_*") */

kernel.function("sys_msgctl") /* pc=_stext+0x256a98 */ /* <- kernel.function("sys_*") */

kernel.function("sys_msgget") /* pc=_stext+0x257038 */ /* <- kernel.function("sys_*") */

kernel.function("sys_semctl") /* pc=_stext+0x258e48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_semget") /* pc=_stext+0x2592d0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_shmdt") /* pc=_stext+0x259858 */ /* <- kernel.function("sys_*") */

kernel.function("sys_shmat") /* pc=_stext+0x25a1a0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_shmctl") /* pc=_stext+0x25a1f4 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mq_getsetattr") /* pc=_stext+0x25c27c */ /* <- kernel.function("sys_*") */

kernel.function("sys_mq_notify") /* pc=_stext+0x25c494 */ /* <- kernel.function("sys_*") */

kernel.function("sys_request_key") /* pc=_stext+0x263580 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pciconfig_write") /* pc=_stext+0x2df5e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pciconfig_read") /* pc=_stext+0x2df7e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_send") /* pc=_stext+0x4883d8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setsockopt") /* pc=_stext+0x48aac8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_socketpair") /* pc=_stext+0x48b788 */ /* <- kernel.function("sys_*") */

kernel.function("sys_socket") /* pc=_stext+0x48ba20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recvmmsg") /* pc=_stext+0x48c430 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recvmsg") /* pc=_stext+0x48c514 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recvfrom") /* pc=_stext+0x48c59c */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpeername") /* pc=_stext+0x48c6c8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sendto") /* pc=_stext+0x48cb30 */ /* <- kernel.function("sys_*") */

kernel.function("sys_bind") /* pc=_stext+0x48cd50 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mmap") /* pc=_stext+0x9c5360 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mmap2") /* pc=_stext+0x9c5378 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vfork") /* pc=_stext+0x9c5bb8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clone") /* pc=_stext+0x9c5be8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_call_table") /* pc=_stext+0x9c5d68 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sigaltstack") /* pc=_stext+0x9c5de0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_swapcontext") /* pc=_stext+0x9c7928 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_get_priority_max") /* pc=_stext+0x9d4708 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_rr_get_interval") /* pc=_stext+0x9d5608 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_setaffinity") /* pc=_stext+0x9d57e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_setparam") /* pc=_stext+0x9d5c20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sched_setscheduler") /* pc=_stext+0x9d5c38 */ /* <- kernel.function("sys_*") */

kernel.function("sys_unshare") /* pc=_stext+0x9d5e90 */ /* <- kernel.function("sys_*") */

kernel.function("sys_set_tid_address") /* pc=_stext+0x9d5f20 */ /* <- kernel.function("sys_*") */

kernel.function("sys_waitpid") /* pc=_stext+0x9d6790 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setitimer") /* pc=_stext+0x9d6a78 */ /* <- kernel.function("sys_*") */
xt+0x9d6ce8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_settimeofday") /* pc=_stext+0x9d6d18 */ /* <- kernel.function("sys_*") */
kernel.function("sys_stime") /* pc=_stext+0x9d6d48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_capset") /* pc=_stext+0x9d7858 */ /* <- kernel.function("sys_*") */
kernel.function("sys_capget") /* pc=_stext+0x9d7870 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getuid") /* pc=_stext+0x9d7bb8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getegid") /* pc=_stext+0x9d7c00 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sysinfo") /* pc=_stext+0x9d7cc0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getppid") /* pc=_stext+0x9d7d68 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpid") /* pc=_stext+0x9d7d80 */ /* <- kernel.function("sys_*") */
kernel.function("sys_alarm") /* pc=_stext+0x9d7d98 */ /* <- kernel.function("sys_*") */
kernel.function("sys_restart_syscall") /* pc=_stext+0x9d7ff0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sgetmask") /* pc=_stext+0x9d8020 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ssetmask") /* pc=_stext+0x9d8098 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigpending") /* pc=_stext+0x9d80f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sigprocmask") /* pc=_stext+0x9d8110 */ /* <- kernel.function("sys_*") */
kernel.function("sys_signal") /* pc=_stext+0x9d81a0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_tgkill") /* pc=_stext+0x9d8458 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rt_sigqueueinfo") /* pc=_stext+0x9d8500 */ /* <- kernel.function("sys_*") */
kernel.function("sys_umask") /* pc=_stext+0x9d86f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getrusage") /* pc=_stext+0x9d87a0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setrlimit") /* pc=_stext+0x9d87b8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getrlimit") /* pc=_stext+0x9d87e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sethostname") /* pc=_stext+0x9d8818 */ /* <- kernel.function("sys_*") */
kernel.function("sys_gethostname") /* pc=_stext+0x9d8830 */ /* <- kernel.function("sys_*") */
kernel.function("sys_newuname") /* pc=_stext+0x9d8860 */ /* <- kernel.function("sys_*") */
kernel.function("sys_olduname") /* pc=_stext+0x9d8878 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setsid") /* pc=_stext+0x9d8890 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getpgrp") /* pc=_stext+0x9d88c0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setgid") /* pc=_stext+0x9d8968 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setfsuid") /* pc=_stext+0x9d8998 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setuid") /* pc=_stext+0x9d89e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clock_nanosleep") /* pc=_stext+0x9d96d0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_clock_settime") /* pc=_stext+0x9d9718 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timer_getoverrun") /* pc=_stext+0x9d9778 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timer_delete") /* pc=_stext+0x9d9790 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timer_settime") /* pc=_stext+0x9d97c0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getegid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vm86old") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ni_syscall") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getuid16") /* pc=_stext+0x9
kernel.function("sys_adjtimex") /* pc=_stext+0x9d6ce8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_settimeofday") /* pc=_stext+0x9d6d18 */ /* <- kernel.function("sys_*") */

kernel.function("sys_stime") /* pc=_stext+0x9d6d48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_capset") /* pc=_stext+0x9d7858 */ /* <- kernel.function("sys_*") */

kernel.function("sys_capget") /* pc=_stext+0x9d7870 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getuid") /* pc=_stext+0x9d7bb8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getegid") /* pc=_stext+0x9d7c00 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sysinfo") /* pc=_stext+0x9d7cc0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getppid") /* pc=_stext+0x9d7d68 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpid") /* pc=_stext+0x9d7d80 */ /* <- kernel.function("sys_*") */

kernel.function("sys_alarm") /* pc=_stext+0x9d7d98 */ /* <- kernel.function("sys_*") */

kernel.function("sys_restart_syscall") /* pc=_stext+0x9d7ff0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sgetmask") /* pc=_stext+0x9d8020 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ssetmask") /* pc=_stext+0x9d8098 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigpending") /* pc=_stext+0x9d80f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sigprocmask") /* pc=_stext+0x9d8110 */ /* <- kernel.function("sys_*") */

kernel.function("sys_signal") /* pc=_stext+0x9d81a0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_tgkill") /* pc=_stext+0x9d8458 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rt_sigqueueinfo") /* pc=_stext+0x9d8500 */ /* <- kernel.function("sys_*") */

kernel.function("sys_umask") /* pc=_stext+0x9d86f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getrusage") /* pc=_stext+0x9d87a0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setrlimit") /* pc=_stext+0x9d87b8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getrlimit") /* pc=_stext+0x9d87e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sethostname") /* pc=_stext+0x9d8818 */ /* <- kernel.function("sys_*") */

kernel.function("sys_gethostname") /* pc=_stext+0x9d8830 */ /* <- kernel.function("sys_*") */

kernel.function("sys_newuname") /* pc=_stext+0x9d8860 */ /* <- kernel.function("sys_*") */

kernel.function("sys_olduname") /* pc=_stext+0x9d8878 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setsid") /* pc=_stext+0x9d8890 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getpgrp") /* pc=_stext+0x9d88c0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setgid") /* pc=_stext+0x9d8968 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setfsuid") /* pc=_stext+0x9d8998 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setuid") /* pc=_stext+0x9d89e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clock_nanosleep") /* pc=_stext+0x9d96d0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_clock_settime") /* pc=_stext+0x9d9718 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timer_getoverrun") /* pc=_stext+0x9d9778 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timer_delete") /* pc=_stext+0x9d9790 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timer_settime") /* pc=_stext+0x9d97c0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getegid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vm86old") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ni_syscall") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_geteuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setregid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vm86") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setfsgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setreuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_chown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setfsuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_nanosleep") /* pc=_stext+0x9da498 */ /* <- kernel.function("sys_*") */
kernel.function("sys_set_robust_list") /* pc=_stext+0x9dbec0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_init_module") /* pc=_stext+0x9dce38 */ /* <- kernel.function("sys_*") */
kernel.function("sys_delete_module") /* pc=_stext+0x9dce68 */ /* <- kernel.function("sys_*") */
kernel.function("sys_kexec_load") /* pc=_stext+0x9dd438 */ /* <- kernel.function("sys_*") */
kernel.function("sys_perf_event_open") /* pc=_stext+0x9e26d0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_munlockall") /* pc=_stext+0x9e5c28 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mlockall") /* pc=_stext+0x9e5c40 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mlock") /* pc=_stext+0x9e5c88 */ /* <- kernel.function("sys_*") */
kernel.function("sys_munmap") /* pc=_stext+0x9e5fb8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_brk") /* pc=_stext+0x9e6030 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mremap") /* pc=_stext+0x9e6138 */ /* <- kernel.function("sys_*") */
kernel.function("sys_msync") /* pc=_stext+0x9e6150 */ /* <- kernel.function("sys_*") */
kernel.function("sys_swapoff") /* pc=_stext+0x9e6ea0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mbind") /* pc=_stext+0x9e7ad0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_close") /* pc=_stext+0x9e91c8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_creat") /* pc=_stext+0x9e91e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_openat") /* pc=_stext+0x9e9228 */ /* <- kernel.function("sys_*") */
kernel.function("sys_chown") /* pc=_stext+0x9e9330 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fchdir") /* pc=_stext+0x9e9390 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ftruncate") /* pc=_stext+0x9e9438 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sendfile") /* pc=_stext+0x9e95d0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pwritev") /* pc=_stext+0x9e9618 */ /* <- kernel.function("sys_*") */
kernel.function("sys_preadv") /* pc=_stext+0x9e9660 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pwrite64") /* pc=_stext+0x9e96a8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_write") /* pc=_stext+0x9e96c0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pread64") /* pc=_stext+0x9e96f0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_readlinkat") /* pc=_stext+0x9e9f48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_newfstatat") /* pc=_stext+0x9e9fa8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_stat64") /* pc=_stext+0x9ea020 */ /* <- kernel.function("sys_*") 
kernel.function("sys_getuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_geteuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lchown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setregid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getresuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setgroups16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vm86") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setfsgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setreuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_chown16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setfsuid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getresgid16") /* pc=_stext+0x9d9c70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_nanosleep") /* pc=_stext+0x9da498 */ /* <- kernel.function("sys_*") */

kernel.function("sys_set_robust_list") /* pc=_stext+0x9dbec0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_init_module") /* pc=_stext+0x9dce38 */ /* <- kernel.function("sys_*") */

kernel.function("sys_delete_module") /* pc=_stext+0x9dce68 */ /* <- kernel.function("sys_*") */

kernel.function("sys_kexec_load") /* pc=_stext+0x9dd438 */ /* <- kernel.function("sys_*") */

kernel.function("sys_perf_event_open") /* pc=_stext+0x9e26d0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_munlockall") /* pc=_stext+0x9e5c28 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mlockall") /* pc=_stext+0x9e5c40 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mlock") /* pc=_stext+0x9e5c88 */ /* <- kernel.function("sys_*") */

kernel.function("sys_munmap") /* pc=_stext+0x9e5fb8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_brk") /* pc=_stext+0x9e6030 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mremap") /* pc=_stext+0x9e6138 */ /* <- kernel.function("sys_*") */

kernel.function("sys_msync") /* pc=_stext+0x9e6150 */ /* <- kernel.function("sys_*") */

kernel.function("sys_swapoff") /* pc=_stext+0x9e6ea0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mbind") /* pc=_stext+0x9e7ad0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_close") /* pc=_stext+0x9e91c8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_creat") /* pc=_stext+0x9e91e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_openat") /* pc=_stext+0x9e9228 */ /* <- kernel.function("sys_*") */

kernel.function("sys_chown") /* pc=_stext+0x9e9330 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fchdir") /* pc=_stext+0x9e9390 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ftruncate") /* pc=_stext+0x9e9438 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sendfile") /* pc=_stext+0x9e95d0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pwritev") /* pc=_stext+0x9e9618 */ /* <- kernel.function("sys_*") */

kernel.function("sys_preadv") /* pc=_stext+0x9e9660 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pwrite64") /* pc=_stext+0x9e96a8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_write") /* pc=_stext+0x9e96c0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pread64") /* pc=_stext+0x9e96f0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_readlinkat") /* pc=_stext+0x9e9f48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_newfstatat") /* pc=_stext+0x9e9fa8 */ /* <- kernel.function("sys_*") */
*/
kernel.function("sys_newstat") /* pc=_stext+0x9ea038 */ /* <- kernel.function("sys_*") */
kernel.function("sys_uselib") /* pc=_stext+0x9ea320 */ /* <- kernel.function("sys_*") */
kernel.function("sys_link") /* pc=_stext+0x9ea9c8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_symlink") /* pc=_stext+0x9ea9e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mkdir") /* pc=_stext+0x9eaa10 */ /* <- kernel.function("sys_*") */
kernel.function("sys_renameat") /* pc=_stext+0x9eacb0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_rmdir") /* pc=_stext+0x9ead28 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mkdirat") /* pc=_stext+0x9ead40 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mknodat") /* pc=_stext+0x9ead58 */ /* <- kernel.function("sys_*") */
kernel.function("sys_symlinkat") /* pc=_stext+0x9ead70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_linkat") /* pc=_stext+0x9eada0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_dup2") /* pc=_stext+0x9eaf38 */ /* <- kernel.function("sys_*") */
kernel.function("sys_dup3") /* pc=_stext+0x9eaf50 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ioctl") /* pc=_stext+0x9eafc8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pselect6") /* pc=_stext+0x9eb1f0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_pivot_root") /* pc=_stext+0x9ec468 */ /* <- kernel.function("sys_*") */
kernel.function("sys_umount") /* pc=_stext+0x9ec648 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fremovexattr") /* pc=_stext+0x9ecb40 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lremovexattr") /* pc=_stext+0x9ecb58 */ /* <- kernel.function("sys_*") */
kernel.function("sys_removexattr") /* pc=_stext+0x9ecb70 */ /* <- kernel.function("sys_*") */
kernel.function("sys_flistxattr") /* pc=_stext+0x9ecbb8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fgetxattr") /* pc=_stext+0x9ecc48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getxattr") /* pc=_stext+0x9ecc78 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lsetxattr") /* pc=_stext+0x9eccf0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_setxattr") /* pc=_stext+0x9ecd08 */ /* <- kernel.function("sys_*") */
kernel.function("sys_splice") /* pc=_stext+0x9ed4e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_vmsplice") /* pc=_stext+0x9ed668 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sync_file_range2") /* pc=_stext+0x9ed6c8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fsync") /* pc=_stext+0x9ed770 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sync") /* pc=_stext+0x9ed818 */ /* <- kernel.function("sys_*") */
kernel.function("sys_utimensat") /* pc=_stext+0x9ed890 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ustat") /* pc=_stext+0x9ed9e0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fstatfs64") /* pc=_stext+0x9ed9f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_bdflush") /* pc=_stext+0x9edb90 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ioprio_set") /* pc=_stext+0x9eee68 */ /* <- kernel.function("sys_*") */
kernel.function("sys_inotify_rm_watch") /* pc=_stext+0x9ef7f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_inotify_add_watch") /* pc=_stext+0x9ef828 */ /* <- kernel.function("sys_*") */
kernel.function("sys_inotify_init") /* pc=_stext+0x9ef858 */ /* <- kernel.function("sys_*") */
kernel.function("sys_inotify_init1") /* pc=_stext+0x9ef870 */ /* <- kernel.function("sys_*") */
kernel.function("sys_epoll_pwait") /* pc=_stext+0x9ef8d0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_epoll_wait") /* pc=_stext+0x9efa08 */ /* <- kernel.function("sys_*") */
kernel.function("sys_epoll_ctl") /* pc=_stext+0x9efa50 */ /* <- kernel.function("sys_*") */
kernel.function("sys_signalfd") /* pc=_stext+0x9efb28 */ /* <- kernel.function("sys_*") */
kernel.function("sys_signalfd4") /* pc=_stext+0x9efb58 */ /* <- kernel.function("sys_*") */
kernel.function("sys_tim
kernel.function("sys_stat64") /* pc=_stext+0x9ea020 */ /* <- kernel.function("sys_*") */

kernel.function("sys_newstat") /* pc=_stext+0x9ea038 */ /* <- kernel.function("sys_*") */

kernel.function("sys_uselib") /* pc=_stext+0x9ea320 */ /* <- kernel.function("sys_*") */

kernel.function("sys_link") /* pc=_stext+0x9ea9c8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_symlink") /* pc=_stext+0x9ea9e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mkdir") /* pc=_stext+0x9eaa10 */ /* <- kernel.function("sys_*") */

kernel.function("sys_renameat") /* pc=_stext+0x9eacb0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_rmdir") /* pc=_stext+0x9ead28 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mkdirat") /* pc=_stext+0x9ead40 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mknodat") /* pc=_stext+0x9ead58 */ /* <- kernel.function("sys_*") */

kernel.function("sys_symlinkat") /* pc=_stext+0x9ead70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_linkat") /* pc=_stext+0x9eada0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_dup2") /* pc=_stext+0x9eaf38 */ /* <- kernel.function("sys_*") */

kernel.function("sys_dup3") /* pc=_stext+0x9eaf50 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ioctl") /* pc=_stext+0x9eafc8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pselect6") /* pc=_stext+0x9eb1f0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_pivot_root") /* pc=_stext+0x9ec468 */ /* <- kernel.function("sys_*") */

kernel.function("sys_umount") /* pc=_stext+0x9ec648 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fremovexattr") /* pc=_stext+0x9ecb40 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lremovexattr") /* pc=_stext+0x9ecb58 */ /* <- kernel.function("sys_*") */

kernel.function("sys_removexattr") /* pc=_stext+0x9ecb70 */ /* <- kernel.function("sys_*") */

kernel.function("sys_flistxattr") /* pc=_stext+0x9ecbb8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fgetxattr") /* pc=_stext+0x9ecc48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getxattr") /* pc=_stext+0x9ecc78 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lsetxattr") /* pc=_stext+0x9eccf0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_setxattr") /* pc=_stext+0x9ecd08 */ /* <- kernel.function("sys_*") */

kernel.function("sys_splice") /* pc=_stext+0x9ed4e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_vmsplice") /* pc=_stext+0x9ed668 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sync_file_range2") /* pc=_stext+0x9ed6c8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fsync") /* pc=_stext+0x9ed770 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sync") /* pc=_stext+0x9ed818 */ /* <- kernel.function("sys_*") */

kernel.function("sys_utimensat") /* pc=_stext+0x9ed890 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ustat") /* pc=_stext+0x9ed9e0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fstatfs64") /* pc=_stext+0x9ed9f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_bdflush") /* pc=_stext+0x9edb90 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ioprio_set") /* pc=_stext+0x9eee68 */ /* <- kernel.function("sys_*") */

kernel.function("sys_inotify_rm_watch") /* pc=_stext+0x9ef7f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_inotify_add_watch") /* pc=_stext+0x9ef828 */ /* <- kernel.function("sys_*") */

kernel.function("sys_inotify_init") /* pc=_stext+0x9ef858 */ /* <- kernel.function("sys_*") */

kernel.function("sys_inotify_init1") /* pc=_stext+0x9ef870 */ /* <- kernel.function("sys_*") */

kernel.function("sys_epoll_pwait") /* pc=_stext+0x9ef8d0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_epoll_wait") /* pc=_stext+0x9efa08 */ /* <- kernel.function("sys_*") */

kernel.function("sys_epoll_ctl") /* pc=_stext+0x9efa50 */ /* <- kernel.function("sys_*") */

kernel.function("sys_signalfd") /* pc=_stext+0x9efb28 */ /* <- kernel.function("sys_*") */

kernel.function("sys_signalfd4") /* pc=_stext+0x9efb58 */ /* <- kernel.function("sys_*") */
erfd_gettime") /* pc=_stext+0x9efbe8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_timerfd_settime") /* pc=_stext+0x9efc18 */ /* <- kernel.function("sys_*") */
kernel.function("sys_eventfd") /* pc=_stext+0x9efc60 */ /* <- kernel.function("sys_*") */
kernel.function("sys_io_cancel") /* pc=_stext+0x9eff30 */ /* <- kernel.function("sys_*") */
kernel.function("sys_io_setup") /* pc=_stext+0x9effd8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_io_getevents") /* pc=_stext+0x9f0038 */ /* <- kernel.function("sys_*") */
kernel.function("sys_io_submit") /* pc=_stext+0x9f0080 */ /* <- kernel.function("sys_*") */
kernel.function("sys_flock") /* pc=_stext+0x9f0458 */ /* <- kernel.function("sys_*") */
kernel.function("sys_nfsservctl") /* pc=_stext+0x9f0b00 */ /* <- kernel.function("sys_*") */
kernel.function("sys_quotactl") /* pc=_stext+0x9f1580 */ /* <- kernel.function("sys_*") */
kernel.function("sys_lookup_dcookie") /* pc=_stext+0x9f3ec0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_msgrcv") /* pc=_stext+0x9fb450 */ /* <- kernel.function("sys_*") */
kernel.function("sys_semop") /* pc=_stext+0x9fb630 */ /* <- kernel.function("sys_*") */
kernel.function("sys_semtimedop") /* pc=_stext+0x9fb648 */ /* <- kernel.function("sys_*") */
kernel.function("sys_shmget") /* pc=_stext+0x9fb8e8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_ipc") /* pc=_stext+0x9fba08 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mq_timedreceive") /* pc=_stext+0x9fbc78 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mq_timedsend") /* pc=_stext+0x9fbc90 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mq_unlink") /* pc=_stext+0x9fbca8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_mq_open") /* pc=_stext+0x9fbcd8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_keyctl") /* pc=_stext+0x9fc3f8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_add_key") /* pc=_stext+0x9fc428 */ /* <- kernel.function("sys_*") */
kernel.function("sys_fillrect") /* pc=_stext+0xa0cee0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_copyarea") /* pc=_stext+0xa0cef8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_imageblit") /* pc=_stext+0xa0cf10 */ /* <- kernel.function("sys_*") */
kernel.function("sys_accept") /* pc=_stext+0xa23b00 */ /* <- kernel.function("sys_*") */
kernel.function("sys_recv") /* pc=_stext+0xa23b30 */ /* <- kernel.function("sys_*") */
kernel.function("sys_socketcall") /* pc=_stext+0xa23b48 */ /* <- kernel.function("sys_*") */
kernel.function("sys_sendmsg") /* pc=_stext+0xa23cc8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_shutdown") /* pc=_stext+0xa23ce0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getsockopt") /* pc=_stext+0xa23cf8 */ /* <- kernel.function("sys_*") */
kernel.function("sys_listen") /* pc=_stext+0xa23d88 */ /* <- kernel.function("sys_*") */
kernel.function("sys_getsockname") /* pc=_stext+0xa23f98 */ /* <- kernel.function("sys_*") */
kernel.function("sys_accept4") /* pc=_stext+0xa23fb0 */ /* <- kernel.function("sys_*") */
kernel.function("sys_connect") /* pc=_stext+0xa23ff8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timerfd_gettime") /* pc=_stext+0x9efbe8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_timerfd_settime") /* pc=_stext+0x9efc18 */ /* <- kernel.function("sys_*") */

kernel.function("sys_eventfd") /* pc=_stext+0x9efc60 */ /* <- kernel.function("sys_*") */

kernel.function("sys_io_cancel") /* pc=_stext+0x9eff30 */ /* <- kernel.function("sys_*") */

kernel.function("sys_io_setup") /* pc=_stext+0x9effd8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_io_getevents") /* pc=_stext+0x9f0038 */ /* <- kernel.function("sys_*") */

kernel.function("sys_io_submit") /* pc=_stext+0x9f0080 */ /* <- kernel.function("sys_*") */

kernel.function("sys_flock") /* pc=_stext+0x9f0458 */ /* <- kernel.function("sys_*") */

kernel.function("sys_nfsservctl") /* pc=_stext+0x9f0b00 */ /* <- kernel.function("sys_*") */

kernel.function("sys_quotactl") /* pc=_stext+0x9f1580 */ /* <- kernel.function("sys_*") */

kernel.function("sys_lookup_dcookie") /* pc=_stext+0x9f3ec0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_msgrcv") /* pc=_stext+0x9fb450 */ /* <- kernel.function("sys_*") */

kernel.function("sys_semop") /* pc=_stext+0x9fb630 */ /* <- kernel.function("sys_*") */

kernel.function("sys_semtimedop") /* pc=_stext+0x9fb648 */ /* <- kernel.function("sys_*") */

kernel.function("sys_shmget") /* pc=_stext+0x9fb8e8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_ipc") /* pc=_stext+0x9fba08 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mq_timedreceive") /* pc=_stext+0x9fbc78 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mq_timedsend") /* pc=_stext+0x9fbc90 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mq_unlink") /* pc=_stext+0x9fbca8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_mq_open") /* pc=_stext+0x9fbcd8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_keyctl") /* pc=_stext+0x9fc3f8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_add_key") /* pc=_stext+0x9fc428 */ /* <- kernel.function("sys_*") */

kernel.function("sys_fillrect") /* pc=_stext+0xa0cee0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_copyarea") /* pc=_stext+0xa0cef8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_imageblit") /* pc=_stext+0xa0cf10 */ /* <- kernel.function("sys_*") */

kernel.function("sys_accept") /* pc=_stext+0xa23b00 */ /* <- kernel.function("sys_*") */

kernel.function("sys_recv") /* pc=_stext+0xa23b30 */ /* <- kernel.function("sys_*") */

kernel.function("sys_socketcall") /* pc=_stext+0xa23b48 */ /* <- kernel.function("sys_*") */

kernel.function("sys_sendmsg") /* pc=_stext+0xa23cc8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_shutdown") /* pc=_stext+0xa23ce0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getsockopt") /* pc=_stext+0xa23cf8 */ /* <- kernel.function("sys_*") */

kernel.function("sys_listen") /* pc=_stext+0xa23d88 */ /* <- kernel.function("sys_*") */

kernel.function("sys_getsockname") /* pc=_stext+0xa23f98 */ /* <- kernel.function("sys_*") */

kernel.function("sys_accept4") /* pc=_stext+0xa23fb0 */ /* <- kernel.function("sys_*") */

kernel.function("sys_connect") /* pc=_stext+0xa23ff8 */ /* <- kernel.function("sys_*") */
wait results: 8370 exp12 0 0
PASS: semok/nodwf06.stp
Running /home/src/testsuite/semok/nodwf07.stp
starting /home/src/testsuite/semok/nodwf07.stp
spawn2 /home/src/testsuite/semok/nodwf07.stp
spawn /home/src/testsuite/semok/nodwf07.stp
# global embedded code
%{
#ifndef STP_NEED_SYMBOL_DATA
#define STP_NEED_SYMBOL_DATA 1
#endif
%}
# globals
ncall:long
# functions
exit:unknown ()
probefunc:string ()
# probes
module("pmi").function("pmi_of_probe@arch/powerpc/sysdev/pmi.c:126") /* pc=.text+0x410 */ /* <- module("*").function("*_probe") */
module("axonram").function("axon_ram_probe@arch/powerpc/sysdev/axonram.c:179") /* pc=.text+0x204 */ /* <- module("*").function("*_probe") */
module("ipv6").function("rt6_probe@net/ipv6/route.c:289") /* pc=.text+0x132d8 */ /* <- module("*").function("*_probe") */
module("mac80211").function("ieee80211_scan_state_send_probe@net/mac80211/scan.c:626") /* pc=.text+0x5c28 */ /* <- module("*").function("*_probe") */
module("mac80211").function("ieee80211_direct_probe@net/mac80211/work.c:443") /* pc=.text+0xe7a4 */ /* <- module("*").function("*_probe") */
# global embedded code

%{

#ifndef STP_NEED_SYMBOL_DATA

#define STP_NEED_SYMBOL_DATA 1

#endif

%}

# globals

ncall:long

# functions

exit:unknown ()

probefunc:string ()

# probes

module("pmi").function("pmi_of_probe@arch/powerpc/sysdev/pmi.c:126") /* pc=.text+0x410 */ /* <- module("*").function("*_probe") */

module("axonram").function("axon_ram_probe@arch/powerpc/sysdev/axonram.c:179") /* pc=.text+0x204 */ /* <- module("*").function("*_probe") */

module("ipv6").function("rt6_probe@net/ipv6/route.c:289") /* pc=.text+0x132d8 */ /* <- module("*").function("*_probe") */

module("mac80211").function("ieee80211_scan_state_send_probe@net/mac80211/scan.c:626") /* pc=.text+0x5c28 */ /* <- module("*").function("*_probe") */

module("mac80211").function("ieee80211_direct_probe@net/mac80211/work.c:443") /* pc=.text+0xe7a4 */ /* <- module("*").function("*_probe") */
module("9pnet_virtio").function("p9_virtio_probe@net/9p/trans_virtio.c:247") /* pc=.text+0x498 */ /* <- module("*").function("*_probe") */
module("appletalk").function("aarp_send_probe@net/appletalk/aarp.c:208") /* pc=.text+0xbe4 */ /* <- module("*").function("*_probe") */
module("ocfs2").function("ocfs2_sb_probe@fs/ocfs2/super.c:729") /* pc=.text+0x5e8c0 */ /* <- module("*").function("*_probe") */
module("snd_oxygen_lib").function("oxygen_pci_probe@sound/pci/oxygen/oxygen_lib.c:549") /* pc=.text+0x1640 */ /* <- module("*").function("*_probe") */
module("snd_oxygen_lib").function("oxygen_pci_probe") /* pc=.text+0x1640 */ /* <- module("*").function("*_probe") */
module("snd_usb_audio").function("usb_audio_probe@sound/usb/card.c:541") /* pc=.text+0x4c8 */ /* <- module("*").function("*_probe") */
module("snd_usb_audio").function("snd_usb_audio_probe@sound/usb/card.c:405") /* pc=.text+0x50c */ /* <- module("*").function("*_probe") */
module("snd_usb_usx2y").function("snd_usX2Y_probe@sound/usb/usx2y/usbusx2y.c:404") /* pc=.text+0x16c */ /* <- module("*").function("*_probe") */
module("snd_usb_usx2y").function("usX2Y_usb_probe@sound/usb/usx2y/usbusx2y.c:376") /* pc=.text+0x1a8 */ /* <- module("*").function("*_probe") */
module("snd_powermac").function("keywest_probe@sound/ppc/keywest.c:37") /* pc=.text+0x5c70 */ /* <- module("*").function("*_probe") */
module("snd_aoa_i2sbus").function("i2sbus_probe@sound/aoa/soundbus/i2sbus/core.c:336") /* pc=.text+0x474 */ /* <- module("*").function("*_probe") */
module("snd_aoa_soundbus").function("soundbus_probe@sound/aoa/soundbus/core.c:38") /* pc=.text+0x4a4 */ /* <- module("*").function("*_probe") */
module("snd_aoa_codec_tas").function("tas_i2c_probe@sound/aoa/codecs/tas.c:921") /* pc=.text+0x428 */ /* <- module("*").function("*_probe") */
module("snd_aoa_codec_onyx").function("onyx_i2c_probe@sound/aoa/codecs/onyx.c:1037") /* pc=.text+0x20c */ /* <- module("*").function("*_probe") */
module("snd_aoa_fabric_layout").function("aoa_fabric_layout_probe@sound/aoa/fabrics/layout.c:983") /* pc=.text+0xfd0 */ /* <- module("*").function("*_probe") */
module("leds_pca9532").function("pca9532_probe@drivers/leds/leds-pca9532.c:301") /* pc=.text+0x2f0 */ /* <- module("*").function("*_probe") */
module("mptctl").function("mptctl_probe@drivers/message/fusion/mptctl.c:2954") /* pc=.text+0x3944 */ /* <- module("*").function("*_probe") */
module("mptsas").function("mptsas_probe@drivers/message/fusion/mptsas.c:4906") /* pc=.text+0x4580 */ /* <- module("*").function("*_probe") */
module("ibmvstgt").function("ibmvstgt_probe@drivers/scsi/ibmvscsi/ibmvstgt.c:831") /* pc=.text+0x9e8 */ /* <- module("*").function("*_probe") */
module("ibmvscsic").function("ibmvscsi_probe@drivers/scsi/ibmvscsi/ibmvscsi.c:1857") /* pc=.text+0x2eac */ /* <- module("*").function("*_probe") */
module("ibmvfc").function("ibmvfc_probe@drivers/scsi/ibmvscsi/ibmvfc.c:4612") /* pc=.text+0x5e40 */ /* <- module("*").function("*_probe") */
module("scsi_mod").function("ioctl_probe@drivers/scsi/scsi_ioctl.c:42") /* pc=.text+0x2d1c */ /* <- module("*").function("*_probe") */
module("sr_mod").function("sr_probe@drivers/scsi/sr.c:572") /* pc=.text+0xa64 */ /* <- module("*").function("*_probe") */
module("st").function("st_probe@drivers/scsi/st.c:3969") /* pc=.text+0x6648 */ /* <- module("*").function("*_probe") */
module("ses").function("ses_probe@drivers/scsi/ses.c:51") /* pc=.text+0x118 */ /* <- module("*").function("*_probe") */
module("arcmsr").function("arcmsr_probe@drivers/scsi/arcmsr/arcmsr_hba.c:452") /* pc=.text+0x4f1c */ /* <- module("*").function("*_probe") */
module("sd_mod").function("sd_probe@drivers/scsi/sd.c:2265") /* pc=.text+0x1d4c */ /* <- module("*").function("*_probe") */
module("scsi_debug").function("sdebug_driver_probe@drivers/scsi/scsi_debug.c:3881") /* pc=.text+0x6278 */ /* <- module("*").function("*_probe") */
module("ch").function("ch_probe@drivers/scsi/ch.c:894") /* pc=.text+0x600 */ /* <- module("*").function("*_probe") */
module("ds2760_battery").function("ds2760_battery_probe@drivers
module("9pnet_virtio").function("p9_virtio_probe@net/9p/trans_virtio.c:247") /* pc=.text+0x498 */ /* <- module("*").function("*_probe") */

module("appletalk").function("aarp_send_probe@net/appletalk/aarp.c:208") /* pc=.text+0xbe4 */ /* <- module("*").function("*_probe") */

module("ocfs2").function("ocfs2_sb_probe@fs/ocfs2/super.c:729") /* pc=.text+0x5e8c0 */ /* <- module("*").function("*_probe") */

module("snd_oxygen_lib").function("oxygen_pci_probe@sound/pci/oxygen/oxygen_lib.c:549") /* pc=.text+0x1640 */ /* <- module("*").function("*_probe") */

module("snd_oxygen_lib").function("oxygen_pci_probe") /* pc=.text+0x1640 */ /* <- module("*").function("*_probe") */

module("snd_usb_audio").function("usb_audio_probe@sound/usb/card.c:541") /* pc=.text+0x4c8 */ /* <- module("*").function("*_probe") */

module("snd_usb_audio").function("snd_usb_audio_probe@sound/usb/card.c:405") /* pc=.text+0x50c */ /* <- module("*").function("*_probe") */

module("snd_usb_usx2y").function("snd_usX2Y_probe@sound/usb/usx2y/usbusx2y.c:404") /* pc=.text+0x16c */ /* <- module("*").function("*_probe") */

module("snd_usb_usx2y").function("usX2Y_usb_probe@sound/usb/usx2y/usbusx2y.c:376") /* pc=.text+0x1a8 */ /* <- module("*").function("*_probe") */

module("snd_powermac").function("keywest_probe@sound/ppc/keywest.c:37") /* pc=.text+0x5c70 */ /* <- module("*").function("*_probe") */

module("snd_aoa_i2sbus").function("i2sbus_probe@sound/aoa/soundbus/i2sbus/core.c:336") /* pc=.text+0x474 */ /* <- module("*").function("*_probe") */

module("snd_aoa_soundbus").function("soundbus_probe@sound/aoa/soundbus/core.c:38") /* pc=.text+0x4a4 */ /* <- module("*").function("*_probe") */

module("snd_aoa_codec_tas").function("tas_i2c_probe@sound/aoa/codecs/tas.c:921") /* pc=.text+0x428 */ /* <- module("*").function("*_probe") */

module("snd_aoa_codec_onyx").function("onyx_i2c_probe@sound/aoa/codecs/onyx.c:1037") /* pc=.text+0x20c */ /* <- module("*").function("*_probe") */

module("snd_aoa_fabric_layout").function("aoa_fabric_layout_probe@sound/aoa/fabrics/layout.c:983") /* pc=.text+0xfd0 */ /* <- module("*").function("*_probe") */

module("leds_pca9532").function("pca9532_probe@drivers/leds/leds-pca9532.c:301") /* pc=.text+0x2f0 */ /* <- module("*").function("*_probe") */

module("mptctl").function("mptctl_probe@drivers/message/fusion/mptctl.c:2954") /* pc=.text+0x3944 */ /* <- module("*").function("*_probe") */

module("mptsas").function("mptsas_probe@drivers/message/fusion/mptsas.c:4906") /* pc=.text+0x4580 */ /* <- module("*").function("*_probe") */

module("ibmvstgt").function("ibmvstgt_probe@drivers/scsi/ibmvscsi/ibmvstgt.c:831") /* pc=.text+0x9e8 */ /* <- module("*").function("*_probe") */

module("ibmvscsic").function("ibmvscsi_probe@drivers/scsi/ibmvscsi/ibmvscsi.c:1857") /* pc=.text+0x2eac */ /* <- module("*").function("*_probe") */

module("ibmvfc").function("ibmvfc_probe@drivers/scsi/ibmvscsi/ibmvfc.c:4612") /* pc=.text+0x5e40 */ /* <- module("*").function("*_probe") */

module("scsi_mod").function("ioctl_probe@drivers/scsi/scsi_ioctl.c:42") /* pc=.text+0x2d1c */ /* <- module("*").function("*_probe") */

module("sr_mod").function("sr_probe@drivers/scsi/sr.c:572") /* pc=.text+0xa64 */ /* <- module("*").function("*_probe") */

module("st").function("st_probe@drivers/scsi/st.c:3969") /* pc=.text+0x6648 */ /* <- module("*").function("*_probe") */

module("ses").function("ses_probe@drivers/scsi/ses.c:51") /* pc=.text+0x118 */ /* <- module("*").function("*_probe") */

module("arcmsr").function("arcmsr_probe@drivers/scsi/arcmsr/arcmsr_hba.c:452") /* pc=.text+0x4f1c */ /* <- module("*").function("*_probe") */

module("sd_mod").function("sd_probe@drivers/scsi/sd.c:2265") /* pc=.text+0x1d4c */ /* <- module("*").function("*_probe") */

module("scsi_debug").function("sdebug_driver_probe@drivers/scsi/scsi_debug.c:3881") /* pc=.text+0x6278 */ /* <- module("*").function("*_probe") */

module("ch").function("ch_probe@drivers/scsi/ch.c:894") /* pc=.text+0x600 */ /* <- module("*").function("*_probe") */
/power/ds2760_battery.c:504") /* pc=.text+0x7ac */ /* <- module("*").function("*_probe") */
module("pda_power").function("pda_power_probe@drivers/power/pda_power.c:230") /* pc=.text+0x78c */ /* <- module("*").function("*_probe") */
module("virtio_balloon").function("virtballoon_probe@drivers/virtio/virtio_balloon.c:280") /* pc=.text+0x3c0 */ /* <- module("*").function("*_probe") */
module("virtio").function("virtio_dev_probe@drivers/virtio/virtio.c:110") /* pc=.text+0x3b0 */ /* <- module("*").function("*_probe") */
module("ssb").function("ssb_device_probe@drivers/ssb/main.c:330") /* pc=.text+0xb90 */ /* <- module("*").function("*_probe") */
module("ssb").function("ssb_pcihost_probe@drivers/ssb/pcihost_wrapper.c:58") /* pc=.text+0x4c24 */ /* <- module("*").function("*_probe") */
module("ds1682").function("ds1682_probe@drivers/misc/ds1682.c:205") /* pc=.text+0x310 */ /* <- module("*").function("*_probe") */
module("tifm_7xx1").function("tifm_7xx1_probe@drivers/misc/tifm_7xx1.c:322") /* pc=.text+0xedc */ /* <- module("*").function("*_probe") */
module("tifm_core").function("tifm_device_probe@drivers/misc/tifm_core.c:72") /* pc=.text+0x294 */ /* <- module("*").function("*_probe") */
module("microtek").function("mts_usb_probe@drivers/usb/image/microtek.c:678") /* pc=.text+0x908 */ /* <- module("*").function("*_probe") */
module("mdc800").function("mdc800_usb_probe@drivers/usb/image/mdc800.c:437") /* pc=.text+0xe40 */ /* <- module("*").function("*_probe") */
module("ftdi_elan").function("ftdi_elan_probe@drivers/usb/misc/ftdi-elan.c:2753") /* pc=.text+0xc28 */ /* <- module("*").function("*_probe") */
module("idmouse").function("idmouse_probe@drivers/usb/misc/idmouse.c:336") /* pc=.text+0x708 */ /* <- module("*").function("*_probe") */
module("trancevibrator").function("tv_probe@drivers/usb/misc/trancevibrator.c:93") /* pc=.text+0x1a8 */ /* <- module("*").function("*_probe") */
module("sisusbvga").function("sisusb_probe@drivers/usb/misc/sisusbvga/sisusb.c:3075") /* pc=.text+0x5b44 */ /* <- module("*").function("*_probe") */
module("emi26").function("emi26_probe@drivers/usb/misc/emi26.c:257") /* pc=.text+0x1e4 */ /* <- module("*").function("*_probe") */
module("cytherm").function("cytherm_probe@drivers/usb/misc/cytherm.c:349") /* pc=.text+0xa0c */ /* <- module("*").function("*_probe") */
module("ldusb").function("ld_usb_probe@drivers/usb/misc/ldusb.c:635") /* pc=.text+0x1014 */ /* <- module("*").function("*_probe") */
module("usbled").function("led_probe@drivers/usb/misc/usbled.c:103") /* pc=.text+0x42c */ /* <- module("*").function("*_probe") */
module("legousbtower").function("tower_probe@drivers/usb/misc/legousbtower.c:854") /* pc=.text+0x1734 */ /* <- module("*").function("*_probe") */
module("usblcd").function("lcd_probe@drivers/usb/misc/usblcd.c:298") /* pc=.text+0x760 */ /* <- module("*").function("*_probe") */
module("appledisplay").function("appledisplay_probe@drivers/usb/misc/appledisplay.c:205") /* pc=.text+0x1e8 */ /* <- module("*").function("*_probe") */
module("cypress_cy7c63").function("cypress_probe@drivers/usb/misc/cypress_cy7c63.c:208") /* pc=.text+0x398 */ /* <- module("*").function("*_probe") */
module("emi62").function("emi62_probe@drivers/usb/misc/emi62.c:270") /* pc=.text+0x198 */ /* <- module("*").function("*_probe") */
module("iowarrior").function("iowarrior_probe@drivers/usb/misc/iowarrior.c:761") /* pc=.text+0x1224 */ /* <- module("*").function("*_probe") */
module("adutux").function("adu_probe@drivers/usb/misc/adutux.c:702") /* pc=.text+0x182c */ /* <- module("*").function("*_probe") */
module("uss720").function("uss720_probe@drivers/usb/misc/uss720.c:685") /* pc=.text+0xa80 */ /* <- module("*").function("*_probe") */
module("cdc_acm").function("acm_probe@drivers/usb/class/cdc-acm.c:932") /* pc=.text+0xbd0 */ /* <- module("*").function("*_probe") */
module("usblp").function("usblp_probe@drivers/usb/class/usblp.c:1077") /* pc=.text+0x1830 */ /* <- module("*").function("*_probe") */
module("cdc_wdm").function("wdm_probe@drivers/usb/class/cdc-wdm.c:621") /* pc=.text+0xfa0 */ 
module("ds2760_battery").function("ds2760_battery_probe@drivers/power/ds2760_battery.c:504") /* pc=.text+0x7ac */ /* <- module("*").function("*_probe") */

module("pda_power").function("pda_power_probe@drivers/power/pda_power.c:230") /* pc=.text+0x78c */ /* <- module("*").function("*_probe") */

module("virtio_balloon").function("virtballoon_probe@drivers/virtio/virtio_balloon.c:280") /* pc=.text+0x3c0 */ /* <- module("*").function("*_probe") */

module("virtio").function("virtio_dev_probe@drivers/virtio/virtio.c:110") /* pc=.text+0x3b0 */ /* <- module("*").function("*_probe") */

module("ssb").function("ssb_device_probe@drivers/ssb/main.c:330") /* pc=.text+0xb90 */ /* <- module("*").function("*_probe") */

module("ssb").function("ssb_pcihost_probe@drivers/ssb/pcihost_wrapper.c:58") /* pc=.text+0x4c24 */ /* <- module("*").function("*_probe") */

module("ds1682").function("ds1682_probe@drivers/misc/ds1682.c:205") /* pc=.text+0x310 */ /* <- module("*").function("*_probe") */

module("tifm_7xx1").function("tifm_7xx1_probe@drivers/misc/tifm_7xx1.c:322") /* pc=.text+0xedc */ /* <- module("*").function("*_probe") */

module("tifm_core").function("tifm_device_probe@drivers/misc/tifm_core.c:72") /* pc=.text+0x294 */ /* <- module("*").function("*_probe") */

module("microtek").function("mts_usb_probe@drivers/usb/image/microtek.c:678") /* pc=.text+0x908 */ /* <- module("*").function("*_probe") */

module("mdc800").function("mdc800_usb_probe@drivers/usb/image/mdc800.c:437") /* pc=.text+0xe40 */ /* <- module("*").function("*_probe") */

module("ftdi_elan").function("ftdi_elan_probe@drivers/usb/misc/ftdi-elan.c:2753") /* pc=.text+0xc28 */ /* <- module("*").function("*_probe") */

module("idmouse").function("idmouse_probe@drivers/usb/misc/idmouse.c:336") /* pc=.text+0x708 */ /* <- module("*").function("*_probe") */

module("trancevibrator").function("tv_probe@drivers/usb/misc/trancevibrator.c:93") /* pc=.text+0x1a8 */ /* <- module("*").function("*_probe") */

module("sisusbvga").function("sisusb_probe@drivers/usb/misc/sisusbvga/sisusb.c:3075") /* pc=.text+0x5b44 */ /* <- module("*").function("*_probe") */

module("emi26").function("emi26_probe@drivers/usb/misc/emi26.c:257") /* pc=.text+0x1e4 */ /* <- module("*").function("*_probe") */

module("cytherm").function("cytherm_probe@drivers/usb/misc/cytherm.c:349") /* pc=.text+0xa0c */ /* <- module("*").function("*_probe") */

module("ldusb").function("ld_usb_probe@drivers/usb/misc/ldusb.c:635") /* pc=.text+0x1014 */ /* <- module("*").function("*_probe") */

module("usbled").function("led_probe@drivers/usb/misc/usbled.c:103") /* pc=.text+0x42c */ /* <- module("*").function("*_probe") */

module("legousbtower").function("tower_probe@drivers/usb/misc/legousbtower.c:854") /* pc=.text+0x1734 */ /* <- module("*").function("*_probe") */

module("usblcd").function("lcd_probe@drivers/usb/misc/usblcd.c:298") /* pc=.text+0x760 */ /* <- module("*").function("*_probe") */

module("appledisplay").function("appledisplay_probe@drivers/usb/misc/appledisplay.c:205") /* pc=.text+0x1e8 */ /* <- module("*").function("*_probe") */

module("cypress_cy7c63").function("cypress_probe@drivers/usb/misc/cypress_cy7c63.c:208") /* pc=.text+0x398 */ /* <- module("*").function("*_probe") */

module("emi62").function("emi62_probe@drivers/usb/misc/emi62.c:270") /* pc=.text+0x198 */ /* <- module("*").function("*_probe") */

module("iowarrior").function("iowarrior_probe@drivers/usb/misc/iowarrior.c:761") /* pc=.text+0x1224 */ /* <- module("*").function("*_probe") */

module("adutux").function("adu_probe@drivers/usb/misc/adutux.c:702") /* pc=.text+0x182c */ /* <- module("*").function("*_probe") */

module("uss720").function("uss720_probe@drivers/usb/misc/uss720.c:685") /* pc=.text+0xa80 */ /* <- module("*").function("*_probe") */

module("cdc_acm").function("acm_probe@drivers/usb/class/cdc-acm.c:932") /* pc=.text+0xbd0 */ /* <- module("*").function("*_probe") */

module("usblp").function("usblp_probe@drivers/usb/class/usblp.c:1077") /* pc=.text+0x1830 */ /* <- module("*").function("*_probe") */
/* <- module("*").function("*_probe") */
module("isp1760").function("of_isp1760_probe@drivers/usb/host/isp1760-if.c:32") /* pc=.text+0x35c0 */ /* <- module("*").function("*_probe") */
module("usb_storage").function("storage_probe@drivers/usb/storage/usb.c:997") /* pc=.text+0x34a4 */ /* <- module("*").function("*_probe") */
module("ums_usbat").function("usbat_probe@drivers/usb/storage/shuttle_usbat.c:1834") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("ums_freecom").function("freecom_probe@drivers/usb/storage/freecom.c:528") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("ums_cypress").function("cypress_probe@drivers/usb/storage/cypress_atacb.c:248") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("ums_onetouch").function("onetouch_probe@drivers/usb/storage/onetouch.c:289") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("ums_karma").function("karma_probe@drivers/usb/storage/karma.c:205") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("ums_alauda").function("alauda_probe@drivers/usb/storage/alauda.c:1250") /* pc=.text+0x11c */ /* <- module("*").function("*_probe") */
module("ums_datafab").function("datafab_probe@drivers/usb/storage/datafab.c:725") /* pc=.text+0x4 */ /* <- module("*").function("*_probe") */
module("ums_sddr09").function("sddr09_probe@drivers/usb/storage/sddr09.c:1754") /* pc=.text+0x11c */ /* <- module("*").function("*_probe") */
module("ums_isd200").function("isd200_probe@drivers/usb/storage/isd200.c:1544") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("ums_sddr55").function("sddr55_probe@drivers/usb/storage/sddr55.c:980") /* pc=.text+0x8 */ /* <- module("*").function("*_probe") */
module("ums_jumpshot").function("jumpshot_probe@drivers/usb/storage/jumpshot.c:651") /* pc=.text+0x4 */ /* <- module("*").function("*_probe") */
module("aircable").function("aircable_probe@drivers/usb/serial/aircable.c:103") /* pc=.text+0xbc */ /* <- module("*").function("*_probe") */
module("option").function("option_probe@drivers/usb/serial/option.c:1002") /* pc=.text+0x238 */ /* <- module("*").function("*_probe") */
module("usbserial").function("usb_serial_probe@drivers/usb/serial/usb-serial.c:699") /* pc=.text+0x1a84 */ /* <- module("*").function("*_probe") */
module("usbserial").function("generic_probe@drivers/usb/serial/generic.c:78") /* pc=.text+0x2ef0 */ /* <- module("*").function("*_probe") */
module("usbserial").function("usb_serial_device_probe@drivers/usb/serial/bus.c:52") /* pc=.text+0x43bc */ /* <- module("*").function("*_probe") */
module("usbserial").function("usb_serial_probe") /* pc=.text+0x1a84 */ /* <- module("*").function("*_probe") */
module("ftdi_sio").function("ftdi_sio_port_probe@drivers/usb/serial/ftdi_sio.c:1509") /* pc=.text+0x247c */ /* <- module("*").function("*_probe") */
module("ftdi_sio").function("ftdi_sio_probe@drivers/usb/serial/ftdi_sio.c:1493") /* pc=.text+0xdc */ /* <- module("*").function("*_probe") */
module("ftdi_sio").function("ftdi_jtag_probe@drivers/usb/serial/ftdi_sio.c:1606") /* pc=.text+0x258 */ /* <- module("*").function("*_probe") */
module("visor").function("palm_os_3_probe@drivers/usb/serial/visor.c:341") /* pc=.text+0x390 */ /* <- module("*").function("*_probe") */
module("visor").function("palm_os_4_probe@drivers/usb/serial/visor.c:441") /* pc=.text+0x188 */ /* <- module("*").function("*_probe") */
module("visor").function("visor_probe@drivers/usb/serial/visor.c:475") /* pc=.text+0x98 */ /* <- module("*").function("*_probe") */
module("mos7720").function("mos77xx_probe@drivers/usb/serial/mos7720.c:996") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("sierra").function("sierra_probe@drivers/usb/serial/sierra.c:171") /* pc=.text+0x16b0 */ /* <- module("*").function("*_probe") */
module("c67x00").function("c67x00_hcd_probe@drivers/usb/c67x00/c67x00-hcd.c:345") /* pc=.text+0x1138 */ /* <- module("*").function("*_probe") */
module("c67x00").function("c67x00_hcd_probe") /* pc=.opd+0x348 */ /* <- module("*").funct
module("cdc_wdm").function("wdm_probe@drivers/usb/class/cdc-wdm.c:621") /* pc=.text+0xfa0 */ /* <- module("*").function("*_probe") */

module("isp1760").function("of_isp1760_probe@drivers/usb/host/isp1760-if.c:32") /* pc=.text+0x35c0 */ /* <- module("*").function("*_probe") */

module("usb_storage").function("storage_probe@drivers/usb/storage/usb.c:997") /* pc=.text+0x34a4 */ /* <- module("*").function("*_probe") */

module("ums_usbat").function("usbat_probe@drivers/usb/storage/shuttle_usbat.c:1834") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("ums_freecom").function("freecom_probe@drivers/usb/storage/freecom.c:528") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("ums_cypress").function("cypress_probe@drivers/usb/storage/cypress_atacb.c:248") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("ums_onetouch").function("onetouch_probe@drivers/usb/storage/onetouch.c:289") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("ums_karma").function("karma_probe@drivers/usb/storage/karma.c:205") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("ums_alauda").function("alauda_probe@drivers/usb/storage/alauda.c:1250") /* pc=.text+0x11c */ /* <- module("*").function("*_probe") */

module("ums_datafab").function("datafab_probe@drivers/usb/storage/datafab.c:725") /* pc=.text+0x4 */ /* <- module("*").function("*_probe") */

module("ums_sddr09").function("sddr09_probe@drivers/usb/storage/sddr09.c:1754") /* pc=.text+0x11c */ /* <- module("*").function("*_probe") */

module("ums_isd200").function("isd200_probe@drivers/usb/storage/isd200.c:1544") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("ums_sddr55").function("sddr55_probe@drivers/usb/storage/sddr55.c:980") /* pc=.text+0x8 */ /* <- module("*").function("*_probe") */

module("ums_jumpshot").function("jumpshot_probe@drivers/usb/storage/jumpshot.c:651") /* pc=.text+0x4 */ /* <- module("*").function("*_probe") */

module("aircable").function("aircable_probe@drivers/usb/serial/aircable.c:103") /* pc=.text+0xbc */ /* <- module("*").function("*_probe") */

module("option").function("option_probe@drivers/usb/serial/option.c:1002") /* pc=.text+0x238 */ /* <- module("*").function("*_probe") */

module("usbserial").function("usb_serial_probe@drivers/usb/serial/usb-serial.c:699") /* pc=.text+0x1a84 */ /* <- module("*").function("*_probe") */

module("usbserial").function("generic_probe@drivers/usb/serial/generic.c:78") /* pc=.text+0x2ef0 */ /* <- module("*").function("*_probe") */

module("usbserial").function("usb_serial_device_probe@drivers/usb/serial/bus.c:52") /* pc=.text+0x43bc */ /* <- module("*").function("*_probe") */

module("usbserial").function("usb_serial_probe") /* pc=.text+0x1a84 */ /* <- module("*").function("*_probe") */

module("ftdi_sio").function("ftdi_sio_port_probe@drivers/usb/serial/ftdi_sio.c:1509") /* pc=.text+0x247c */ /* <- module("*").function("*_probe") */

module("ftdi_sio").function("ftdi_sio_probe@drivers/usb/serial/ftdi_sio.c:1493") /* pc=.text+0xdc */ /* <- module("*").function("*_probe") */

module("ftdi_sio").function("ftdi_jtag_probe@drivers/usb/serial/ftdi_sio.c:1606") /* pc=.text+0x258 */ /* <- module("*").function("*_probe") */

module("visor").function("palm_os_3_probe@drivers/usb/serial/visor.c:341") /* pc=.text+0x390 */ /* <- module("*").function("*_probe") */

module("visor").function("palm_os_4_probe@drivers/usb/serial/visor.c:441") /* pc=.text+0x188 */ /* <- module("*").function("*_probe") */

module("visor").function("visor_probe@drivers/usb/serial/visor.c:475") /* pc=.text+0x98 */ /* <- module("*").function("*_probe") */

module("mos7720").function("mos77xx_probe@drivers/usb/serial/mos7720.c:996") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("sierra").function("sierra_probe@drivers/usb/serial/sierra.c:171") /* pc=.text+0x16b0 */ /* <- module("*").function("*_probe") */

module("c67x00").function("c67x00_hcd_probe@drivers/usb/c67x00/c67x00-hcd.c:345") /* pc=.text+0x1138 */ /* <- module("*").function("*_probe") */
ion("*_probe") */
module("libata").function("ata_bus_probe@drivers/ata/libata-core.c:2715") /* pc=.text+0x8854 */ /* <- module("*").function("*_probe") */
module("libata").function("async_port_probe@drivers/ata/libata-core.c:6005") /* pc=.text+0x8c30 */ /* <- module("*").function("*_probe") */
module("libata").function("ata_eh_schedule_probe@drivers/ata/libata-eh.c:3270") /* pc=.text+0x11388 */ /* <- module("*").function("*_probe") */
module("libata").function("ata_bus_probe") /* pc=.opd+0xa68 */ /* <- module("*").function("*_probe") */
module("iwlagn").function("iwl_pci_probe@drivers/net/wireless/iwlwifi/iwl-agn.c:3596") /* pc=.text+0x4e08 */ /* <- module("*").function("*_probe") */
module("iwl3945").function("iwl3945_pci_probe@drivers/net/wireless/iwlwifi/iwl3945-base.c:3988") /* pc=.text+0x6630 */ /* <- module("*").function("*_probe") */
module("b43legacy").function("b43legacy_probe@drivers/net/wireless/b43legacy/main.c:3823") /* pc=.text+0x6054 */ /* <- module("*").function("*_probe") */
module("b43").function("b43_probe@drivers/net/wireless/b43/main.c:4963") /* pc=.text+0x53c4 */ /* <- module("*").function("*_probe") */
module("rt2x00usb").function("rt2x00usb_probe@drivers/net/wireless/rt2x00/rt2x00usb.c:627") /* pc=.text+0x280 */ /* <- module("*").function("*_probe") */
module("rt2x00usb").function("rt2x00usb_probe") /* pc=.text+0x280 */ /* <- module("*").function("*_probe") */
module("rt2x00pci").function("rt2x00pci_probe@drivers/net/wireless/rt2x00/rt2x00pci.c:263") /* pc=.text+0x3b4 */ /* <- module("*").function("*_probe") */
module("rt2x00pci").function("rt2x00pci_probe") /* pc=.opd+0x90 */ /* <- module("*").function("*_probe") */
module("usb8xxx").function("if_usb_probe@drivers/net/wireless/libertas/if_usb.c:227") /* pc=.text+0x131c */ /* <- module("*").function("*_probe") */
module("bonding").function("bond_ab_arp_probe@drivers/net/bonding/bond_main.c:2985") /* pc=.text+0x4334 */ /* <- module("*").function("*_probe") */
module("libphy").function("phy_probe@drivers/net/phy/phy_device.c:915") /* pc=.text+0x17a4 */ /* <- module("*").function("*_probe") */
module("lxt").function("lxt973_probe@drivers/net/phy/lxt.c:126") /* pc=.text+0xec */ /* <- module("*").function("*_probe") */
module("catc").function("catc_probe@drivers/net/usb/catc.c:763") /* pc=.text+0xea4 */ /* <- module("*").function("*_probe") */
module("kaweth").function("kaweth_probe@drivers/net/usb/kaweth.c:1007") /* pc=.text+0x1308 */ /* <- module("*").function("*_probe") */
module("pegasus").function("pegasus_probe@drivers/net/usb/pegasus.c:1318") /* pc=.text+0x23b4 */ /* <- module("*").function("*_probe") */
module("pegasus").function("mii_phy_probe@drivers/net/usb/pegasus.c:1227") /* pc=.text+0x2a6c */ /* <- module("*").function("*_probe") */
module("usbnet").function("usbnet_probe@drivers/net/usb/usbnet.c:1267") /* pc=.text+0xcc0 */ /* <- module("*").function("*_probe") */
module("usbnet").function("usbnet_probe") /* pc=.text+0xcc0 */ /* <- module("*").function("*_probe") */
module("hso").function("hso_probe@drivers/net/usb/hso.c:2947") /* pc=.text+0x42c4 */ /* <- module("*").function("*_probe") */
module("rtl8150").function("rtl8150_probe@drivers/net/usb/rtl8150.c:910") /* pc=.text+0x19c0 */ /* <- module("*").function("*_probe") */
module("ps3_gelic").function("gelic_wl_driver_probe") /* pc=.opd+0x408 */ /* <- module("*").function("*_probe") */
module("sungem_phy").function("mii_phy_probe@drivers/net/sungem_phy.c:1160") /* pc=.text+0x1fb0 */ /* <- module("*").function("*_probe") */
module("sungem_phy").function("mii_phy_probe") /* pc=.opd+0x2a0 */ /* <- module("*").function("*_probe") */
module("virtio_net").function("virtnet_probe@drivers/net/virtio_net.c:885") /* pc=.text+0x1934 */ /* <- module("*").function("*_probe") */
module("myri10ge").function("myri10ge_probe@drivers/net/myri10ge/myri10ge.c:3778") /* pc=.text+0x6210 */ /* <- module("*").function("*_probe") */
module("myri10ge").function("myri10ge_firmware_probe@drivers/net/myri10ge/myri10ge.c:3209") /* pc=.text+0x69e8 */ /* <- module("*").function("*_probe")
module("c67x00").function("c67x00_hcd_probe") /* pc=.opd+0x348 */ /* <- module("*").function("*_probe") */

module("libata").function("ata_bus_probe@drivers/ata/libata-core.c:2715") /* pc=.text+0x8854 */ /* <- module("*").function("*_probe") */

module("libata").function("async_port_probe@drivers/ata/libata-core.c:6005") /* pc=.text+0x8c30 */ /* <- module("*").function("*_probe") */

module("libata").function("ata_eh_schedule_probe@drivers/ata/libata-eh.c:3270") /* pc=.text+0x11388 */ /* <- module("*").function("*_probe") */

module("libata").function("ata_bus_probe") /* pc=.opd+0xa68 */ /* <- module("*").function("*_probe") */

module("iwlagn").function("iwl_pci_probe@drivers/net/wireless/iwlwifi/iwl-agn.c:3596") /* pc=.text+0x4e08 */ /* <- module("*").function("*_probe") */

module("iwl3945").function("iwl3945_pci_probe@drivers/net/wireless/iwlwifi/iwl3945-base.c:3988") /* pc=.text+0x6630 */ /* <- module("*").function("*_probe") */

module("b43legacy").function("b43legacy_probe@drivers/net/wireless/b43legacy/main.c:3823") /* pc=.text+0x6054 */ /* <- module("*").function("*_probe") */

module("b43").function("b43_probe@drivers/net/wireless/b43/main.c:4963") /* pc=.text+0x53c4 */ /* <- module("*").function("*_probe") */

module("rt2x00usb").function("rt2x00usb_probe@drivers/net/wireless/rt2x00/rt2x00usb.c:627") /* pc=.text+0x280 */ /* <- module("*").function("*_probe") */

module("rt2x00usb").function("rt2x00usb_probe") /* pc=.text+0x280 */ /* <- module("*").function("*_probe") */

module("rt2x00pci").function("rt2x00pci_probe@drivers/net/wireless/rt2x00/rt2x00pci.c:263") /* pc=.text+0x3b4 */ /* <- module("*").function("*_probe") */

module("rt2x00pci").function("rt2x00pci_probe") /* pc=.opd+0x90 */ /* <- module("*").function("*_probe") */

module("usb8xxx").function("if_usb_probe@drivers/net/wireless/libertas/if_usb.c:227") /* pc=.text+0x131c */ /* <- module("*").function("*_probe") */

module("bonding").function("bond_ab_arp_probe@drivers/net/bonding/bond_main.c:2985") /* pc=.text+0x4334 */ /* <- module("*").function("*_probe") */

module("libphy").function("phy_probe@drivers/net/phy/phy_device.c:915") /* pc=.text+0x17a4 */ /* <- module("*").function("*_probe") */

module("lxt").function("lxt973_probe@drivers/net/phy/lxt.c:126") /* pc=.text+0xec */ /* <- module("*").function("*_probe") */

module("catc").function("catc_probe@drivers/net/usb/catc.c:763") /* pc=.text+0xea4 */ /* <- module("*").function("*_probe") */

module("kaweth").function("kaweth_probe@drivers/net/usb/kaweth.c:1007") /* pc=.text+0x1308 */ /* <- module("*").function("*_probe") */

module("pegasus").function("pegasus_probe@drivers/net/usb/pegasus.c:1318") /* pc=.text+0x23b4 */ /* <- module("*").function("*_probe") */

module("pegasus").function("mii_phy_probe@drivers/net/usb/pegasus.c:1227") /* pc=.text+0x2a6c */ /* <- module("*").function("*_probe") */

module("usbnet").function("usbnet_probe@drivers/net/usb/usbnet.c:1267") /* pc=.text+0xcc0 */ /* <- module("*").function("*_probe") */

module("usbnet").function("usbnet_probe") /* pc=.text+0xcc0 */ /* <- module("*").function("*_probe") */

module("hso").function("hso_probe@drivers/net/usb/hso.c:2947") /* pc=.text+0x42c4 */ /* <- module("*").function("*_probe") */

module("rtl8150").function("rtl8150_probe@drivers/net/usb/rtl8150.c:910") /* pc=.text+0x19c0 */ /* <- module("*").function("*_probe") */

module("ps3_gelic").function("gelic_wl_driver_probe") /* pc=.opd+0x408 */ /* <- module("*").function("*_probe") */

module("sungem_phy").function("mii_phy_probe@drivers/net/sungem_phy.c:1160") /* pc=.text+0x1fb0 */ /* <- module("*").function("*_probe") */

module("sungem_phy").function("mii_phy_probe") /* pc=.opd+0x2a0 */ /* <- module("*").function("*_probe") */

module("virtio_net").function("virtnet_probe@drivers/net/virtio_net.c:885") /* pc=.text+0x1934 */ /* <- module("*").function("*_probe") */

module("myri10ge").function("myri10ge_probe@drivers/net/myri10ge/myri10ge.c:3778") /* pc=.text+0x6210 */ /* <- module("*").function("*_probe") */
 */
module("mdio").function("mdio45_probe@drivers/net/mdio.c:30") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("mdio").function("mdio45_probe") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("sfc").function("qt202x_phy_probe@drivers/net/sfc/qt202x_phy.c:332") /* pc=.text+0x17118 */ /* <- module("*").function("*_probe") */
module("sfc").function("tenxpress_phy_probe@drivers/net/sfc/tenxpress.c:307") /* pc=.text+0x194b8 */ /* <- module("*").function("*_probe") */
module("sfc").function("efx_mcdi_phy_probe@drivers/net/sfc/mcdi_phy.c:309") /* pc=.text+0x1e10c */ /* <- module("*").function("*_probe") */
module("sfc").function("efx_mtd_probe@drivers/net/sfc/mtd.c:304") /* pc=.text+0x1ec44 */ /* <- module("*").function("*_probe") */
module("sfc").function("siena_mtd_probe@drivers/net/sfc/mtd.c:604") /* pc=.text+0x1ec9c */ /* <- module("*").function("*_probe") */
module("sfc").function("falcon_mtd_probe@drivers/net/sfc/mtd.c:384") /* pc=.text+0x1ee78 */ /* <- module("*").function("*_probe") */
module("sfc").function("efx_mtd_probe") /* pc=.text+0x1ec44 */ /* <- module("*").function("*_probe") */
module("parport_pc").function("parport_pc_pci_probe@drivers/parport/parport_pc.c:3115") /* pc=.text+0x56dc */ /* <- module("*").function("*_probe") */
module("parport_pc").function("parport_irq_probe@drivers/parport/parport_pc.c:2200") /* pc=.text+0x15d0 */ /* <- module("*").function("*_probe") */
module("parport_pc").function("parport_dma_probe@drivers/parport/parport_pc.c:2251") /* pc=.text+0x4f00 */ /* <- module("*").function("*_probe") */
module("memstick").function("memstick_device_probe@drivers/memstick/core/memstick.c:80") /* pc=.text+0x500 */ /* <- module("*").function("*_probe") */
module("mspro_block").function("mspro_block_probe@drivers/memstick/core/mspro_block.c:1292") /* pc=.text+0x170c */ /* <- module("*").function("*_probe") */
module("jmb38x_ms").function("jmb38x_ms_probe@drivers/memstick/host/jmb38x_ms.c:876") /* pc=.text+0x1c64 */ /* <- module("*").function("*_probe") */
module("tifm_ms").function("tifm_ms_probe@drivers/memstick/host/tifm_ms.c:556") /* pc=.text+0x588 */ /* <- module("*").function("*_probe") */
module("bfusb").function("bfusb_probe@drivers/bluetooth/bfusb.c:641") /* pc=.text+0x214 */ /* <- module("*").function("*_probe") */
module("btusb").function("btusb_probe@drivers/bluetooth/btusb.c:860") /* pc=.text+0xffc */ /* <- module("*").function("*_probe") */
module("bcm203x").function("bcm203x_probe@drivers/bluetooth/bcm203x.c:163") /* pc=.text+0x8c */ /* <- module("*").function("*_probe") */
module("bpa10x").function("bpa10x_probe@drivers/bluetooth/bpa10x.c:447") /* pc=.text+0x6c */ /* <- module("*").function("*_probe") */
module("brd").function("brd_probe@drivers/block/brd.c:547") /* pc=.text+0xc60 */ /* <- module("*").function("*_probe") */
module("loop").function("loop_probe@drivers/block/loop.c:1577") /* pc=.text+0x2a58 */ /* <- module("*").function("*_probe") */
module("eth1394").function("eth1394_probe@drivers/ieee1394/eth1394.c:374") /* pc=.text+0x27cc */ /* <- module("*").function("*_probe") */
module("sbp2").function("sbp2_probe@drivers/ieee1394/sbp2.c:693") /* pc=.text+0x24a4 */ /* <- module("*").function("*_probe") */
module("ieee1394").function("node_probe@drivers/ieee1394/nodemgr.c:1480") /* pc=.text+0x8934 */ /* <- module("*").function("*_probe") */
module("ieee1394").function("nodemgr_node_probe@drivers/ieee1394/nodemgr.c:1494") /* pc=.text+0x85dc */ /* <- module("*").function("*_probe") */
module("virtio_rng").function("virtrng_probe@drivers/char/hw_random/virtio-rng.c:88") /* pc=.text+0x154 */ /* <- module("*").function("*_probe") */
module("adm1025").function("adm1025_probe@drivers/hwmon/adm1025.c:447") /* pc=.text+0xc90 */ /* <- module("*").function("*_probe") */
module("lm87").function("lm87_probe@drivers/hwmon/lm87.c:697") /* pc=.text+0x24e8 */ /* <- module("*").function("*_probe") */
module("w83791d").function("w83791d_probe@drivers/hwmon/w83791d.c:1306") /* pc=.text+0x1f9c */ /* <- module("*").function("*_probe")
module("myri10ge").function("myri10ge_firmware_probe@drivers/net/myri10ge/myri10ge.c:3209") /* pc=.text+0x69e8 */ /* <- module("*").function("*_probe") */

module("mdio").function("mdio45_probe@drivers/net/mdio.c:30") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("mdio").function("mdio45_probe") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("sfc").function("qt202x_phy_probe@drivers/net/sfc/qt202x_phy.c:332") /* pc=.text+0x17118 */ /* <- module("*").function("*_probe") */

module("sfc").function("tenxpress_phy_probe@drivers/net/sfc/tenxpress.c:307") /* pc=.text+0x194b8 */ /* <- module("*").function("*_probe") */

module("sfc").function("efx_mcdi_phy_probe@drivers/net/sfc/mcdi_phy.c:309") /* pc=.text+0x1e10c */ /* <- module("*").function("*_probe") */

module("sfc").function("efx_mtd_probe@drivers/net/sfc/mtd.c:304") /* pc=.text+0x1ec44 */ /* <- module("*").function("*_probe") */

module("sfc").function("siena_mtd_probe@drivers/net/sfc/mtd.c:604") /* pc=.text+0x1ec9c */ /* <- module("*").function("*_probe") */

module("sfc").function("falcon_mtd_probe@drivers/net/sfc/mtd.c:384") /* pc=.text+0x1ee78 */ /* <- module("*").function("*_probe") */

module("sfc").function("efx_mtd_probe") /* pc=.text+0x1ec44 */ /* <- module("*").function("*_probe") */

module("parport_pc").function("parport_pc_pci_probe@drivers/parport/parport_pc.c:3115") /* pc=.text+0x56dc */ /* <- module("*").function("*_probe") */

module("parport_pc").function("parport_irq_probe@drivers/parport/parport_pc.c:2200") /* pc=.text+0x15d0 */ /* <- module("*").function("*_probe") */

module("parport_pc").function("parport_dma_probe@drivers/parport/parport_pc.c:2251") /* pc=.text+0x4f00 */ /* <- module("*").function("*_probe") */

module("memstick").function("memstick_device_probe@drivers/memstick/core/memstick.c:80") /* pc=.text+0x500 */ /* <- module("*").function("*_probe") */

module("mspro_block").function("mspro_block_probe@drivers/memstick/core/mspro_block.c:1292") /* pc=.text+0x170c */ /* <- module("*").function("*_probe") */

module("jmb38x_ms").function("jmb38x_ms_probe@drivers/memstick/host/jmb38x_ms.c:876") /* pc=.text+0x1c64 */ /* <- module("*").function("*_probe") */

module("tifm_ms").function("tifm_ms_probe@drivers/memstick/host/tifm_ms.c:556") /* pc=.text+0x588 */ /* <- module("*").function("*_probe") */

module("bfusb").function("bfusb_probe@drivers/bluetooth/bfusb.c:641") /* pc=.text+0x214 */ /* <- module("*").function("*_probe") */

module("btusb").function("btusb_probe@drivers/bluetooth/btusb.c:860") /* pc=.text+0xffc */ /* <- module("*").function("*_probe") */

module("bcm203x").function("bcm203x_probe@drivers/bluetooth/bcm203x.c:163") /* pc=.text+0x8c */ /* <- module("*").function("*_probe") */

module("bpa10x").function("bpa10x_probe@drivers/bluetooth/bpa10x.c:447") /* pc=.text+0x6c */ /* <- module("*").function("*_probe") */

module("brd").function("brd_probe@drivers/block/brd.c:547") /* pc=.text+0xc60 */ /* <- module("*").function("*_probe") */

module("loop").function("loop_probe@drivers/block/loop.c:1577") /* pc=.text+0x2a58 */ /* <- module("*").function("*_probe") */

module("eth1394").function("eth1394_probe@drivers/ieee1394/eth1394.c:374") /* pc=.text+0x27cc */ /* <- module("*").function("*_probe") */

module("sbp2").function("sbp2_probe@drivers/ieee1394/sbp2.c:693") /* pc=.text+0x24a4 */ /* <- module("*").function("*_probe") */

module("ieee1394").function("node_probe@drivers/ieee1394/nodemgr.c:1480") /* pc=.text+0x8934 */ /* <- module("*").function("*_probe") */

module("ieee1394").function("nodemgr_node_probe@drivers/ieee1394/nodemgr.c:1494") /* pc=.text+0x85dc */ /* <- module("*").function("*_probe") */

module("virtio_rng").function("virtrng_probe@drivers/char/hw_random/virtio-rng.c:88") /* pc=.text+0x154 */ /* <- module("*").function("*_probe") */

module("adm1025").function("adm1025_probe@drivers/hwmon/adm1025.c:447") /* pc=.text+0xc90 */ /* <- module("*").function("*_probe") */

module("lm87").function("lm87_probe@drivers/hwmon/lm87.c:697") /* pc=.text+0x24e8 */ /* <- module("*").function("*_probe") */
 */
module("w83l785ts").function("w83l785ts_probe@drivers/hwmon/w83l785ts.c:182") /* pc=.text+0x3e0 */ /* <- module("*").function("*_probe") */
module("lm75").function("lm75_probe@drivers/hwmon/lm75.c:139") /* pc=.text+0x5e4 */ /* <- module("*").function("*_probe") */
module("lm63").function("lm63_probe@drivers/hwmon/lm63.c:468") /* pc=.text+0xcfc */ /* <- module("*").function("*_probe") */
module("adt7470").function("adt7470_probe@drivers/hwmon/adt7470.c:1254") /* pc=.text+0x1d1c */ /* <- module("*").function("*_probe") */
module("adm9240").function("adm9240_probe@drivers/hwmon/adm9240.c:593") /* pc=.text+0x1188 */ /* <- module("*").function("*_probe") */
module("lm90").function("lm90_probe@drivers/hwmon/lm90.c:792") /* pc=.text+0x14e8 */ /* <- module("*").function("*_probe") */
module("lm85").function("lm85_probe@drivers/hwmon/lm85.c:1246") /* pc=.text+0x2570 */ /* <- module("*").function("*_probe") */
module("ad7414").function("ad7414_probe@drivers/hwmon/ad7414.c:178") /* pc=.text+0x3a4 */ /* <- module("*").function("*_probe") */
module("ds1621").function("ds1621_probe@drivers/hwmon/ds1621.c:258") /* pc=.text+0x554 */ /* <- module("*").function("*_probe") */
module("w83793").function("w83793_probe@drivers/hwmon/w83793.c:1604") /* pc=.text+0x2dc8 */ /* <- module("*").function("*_probe") */
module("vt8231").function("vt8231_probe@drivers/hwmon/vt8231.c:717") /* pc=.text+0x230c */ /* <- module("*").function("*_probe") */
module("adm1031").function("adm1031_probe@drivers/hwmon/adm1031.c:896") /* pc=.text+0x1a5c */ /* <- module("*").function("*_probe") */
module("atxp1").function("atxp1_probe@drivers/hwmon/atxp1.c:317") /* pc=.text+0x750 */ /* <- module("*").function("*_probe") */
module("lm83").function("lm83_probe@drivers/hwmon/lm83.c:337") /* pc=.text+0x55c */ /* <- module("*").function("*_probe") */
module("thmc50").function("thmc50_probe@drivers/hwmon/thmc50.c:345") /* pc=.text+0x9a4 */ /* <- module("*").function("*_probe") */
module("adm1029").function("adm1029_probe@drivers/hwmon/adm1029.c:335") /* pc=.text+0x628 */ /* <- module("*").function("*_probe") */
module("adm1026").function("adm1026_probe@drivers/hwmon/adm1026.c:1699") /* pc=.text+0x2738 */ /* <- module("*").function("*_probe") */
module("w83781d").function("w83781d_probe@drivers/hwmon/w83781d.c:1152") /* pc=.text+0x2258 */ /* <- module("*").function("*_probe") */
module("gl518sm").function("gl518_probe@drivers/hwmon/gl518sm.c:511") /* pc=.text+0x1c10 */ /* <- module("*").function("*_probe") */
module("lm92").function("lm92_probe@drivers/hwmon/lm92.c:347") /* pc=.text+0xbe8 */ /* <- module("*").function("*_probe") */
module("w83l786ng").function("w83l786ng_probe@drivers/hwmon/w83l786ng.c:625") /* pc=.text+0x1374 */ /* <- module("*").function("*_probe") */
module("ads7828").function("ads7828_probe@drivers/hwmon/ads7828.c:221") /* pc=.text+0x2ec */ /* <- module("*").function("*_probe") */
module("w83792d").function("w83792d_probe@drivers/hwmon/w83792d.c:1310") /* pc=.text+0x21ec */ /* <- module("*").function("*_probe") */
module("lm78").function("lm78_i2c_probe@drivers/hwmon/lm78.c:618") /* pc=.text+0x1548 */ /* <- module("*").function("*_probe") */
module("lm80").function("lm80_probe@drivers/hwmon/lm80.c:472") /* pc=.text+0x128c */ /* <- module("*").function("*_probe") */
module("lm93").function("lm93_probe@drivers/hwmon/lm93.c:2536") /* pc=.text+0x35d0 */ /* <- module("*").function("*_probe") */
module("gl520sm").function("gl520_probe@drivers/hwmon/gl520sm.c:703") /* pc=.text+0x164c */ /* <- module("*").function("*_probe") */
module("adm1021").function("adm1021_probe@drivers/hwmon/adm1021.c:344") /* pc=.text+0x95c */ /* <- module("*").function("*_probe") */
module("lm77").function("lm77_probe@drivers/hwmon/lm77.c:315") /* pc=.text+0xc0c */ /* <- module("*").function("*_probe") */
module("f75375s").function("f75375_probe@drivers/hwmon/f75375s.c:619") /* pc=.text+0x1424 */ /* <- module("*").function("*_probe") */
module("ad7418").function("ad7418_probe@drivers/hwmon/ad7418.c:229") /* pc=.text+0x488 */ /* <- module("*").function
module("w83791d").function("w83791d_probe@drivers/hwmon/w83791d.c:1306") /* pc=.text+0x1f9c */ /* <- module("*").function("*_probe") */

module("w83l785ts").function("w83l785ts_probe@drivers/hwmon/w83l785ts.c:182") /* pc=.text+0x3e0 */ /* <- module("*").function("*_probe") */

module("lm75").function("lm75_probe@drivers/hwmon/lm75.c:139") /* pc=.text+0x5e4 */ /* <- module("*").function("*_probe") */

module("lm63").function("lm63_probe@drivers/hwmon/lm63.c:468") /* pc=.text+0xcfc */ /* <- module("*").function("*_probe") */

module("adt7470").function("adt7470_probe@drivers/hwmon/adt7470.c:1254") /* pc=.text+0x1d1c */ /* <- module("*").function("*_probe") */

module("adm9240").function("adm9240_probe@drivers/hwmon/adm9240.c:593") /* pc=.text+0x1188 */ /* <- module("*").function("*_probe") */

module("lm90").function("lm90_probe@drivers/hwmon/lm90.c:792") /* pc=.text+0x14e8 */ /* <- module("*").function("*_probe") */

module("lm85").function("lm85_probe@drivers/hwmon/lm85.c:1246") /* pc=.text+0x2570 */ /* <- module("*").function("*_probe") */

module("ad7414").function("ad7414_probe@drivers/hwmon/ad7414.c:178") /* pc=.text+0x3a4 */ /* <- module("*").function("*_probe") */

module("ds1621").function("ds1621_probe@drivers/hwmon/ds1621.c:258") /* pc=.text+0x554 */ /* <- module("*").function("*_probe") */

module("w83793").function("w83793_probe@drivers/hwmon/w83793.c:1604") /* pc=.text+0x2dc8 */ /* <- module("*").function("*_probe") */

module("vt8231").function("vt8231_probe@drivers/hwmon/vt8231.c:717") /* pc=.text+0x230c */ /* <- module("*").function("*_probe") */

module("adm1031").function("adm1031_probe@drivers/hwmon/adm1031.c:896") /* pc=.text+0x1a5c */ /* <- module("*").function("*_probe") */

module("atxp1").function("atxp1_probe@drivers/hwmon/atxp1.c:317") /* pc=.text+0x750 */ /* <- module("*").function("*_probe") */

module("lm83").function("lm83_probe@drivers/hwmon/lm83.c:337") /* pc=.text+0x55c */ /* <- module("*").function("*_probe") */

module("thmc50").function("thmc50_probe@drivers/hwmon/thmc50.c:345") /* pc=.text+0x9a4 */ /* <- module("*").function("*_probe") */

module("adm1029").function("adm1029_probe@drivers/hwmon/adm1029.c:335") /* pc=.text+0x628 */ /* <- module("*").function("*_probe") */

module("adm1026").function("adm1026_probe@drivers/hwmon/adm1026.c:1699") /* pc=.text+0x2738 */ /* <- module("*").function("*_probe") */

module("w83781d").function("w83781d_probe@drivers/hwmon/w83781d.c:1152") /* pc=.text+0x2258 */ /* <- module("*").function("*_probe") */

module("gl518sm").function("gl518_probe@drivers/hwmon/gl518sm.c:511") /* pc=.text+0x1c10 */ /* <- module("*").function("*_probe") */

module("lm92").function("lm92_probe@drivers/hwmon/lm92.c:347") /* pc=.text+0xbe8 */ /* <- module("*").function("*_probe") */

module("w83l786ng").function("w83l786ng_probe@drivers/hwmon/w83l786ng.c:625") /* pc=.text+0x1374 */ /* <- module("*").function("*_probe") */

module("ads7828").function("ads7828_probe@drivers/hwmon/ads7828.c:221") /* pc=.text+0x2ec */ /* <- module("*").function("*_probe") */

module("w83792d").function("w83792d_probe@drivers/hwmon/w83792d.c:1310") /* pc=.text+0x21ec */ /* <- module("*").function("*_probe") */

module("lm78").function("lm78_i2c_probe@drivers/hwmon/lm78.c:618") /* pc=.text+0x1548 */ /* <- module("*").function("*_probe") */

module("lm80").function("lm80_probe@drivers/hwmon/lm80.c:472") /* pc=.text+0x128c */ /* <- module("*").function("*_probe") */

module("lm93").function("lm93_probe@drivers/hwmon/lm93.c:2536") /* pc=.text+0x35d0 */ /* <- module("*").function("*_probe") */

module("gl520sm").function("gl520_probe@drivers/hwmon/gl520sm.c:703") /* pc=.text+0x164c */ /* <- module("*").function("*_probe") */

module("adm1021").function("adm1021_probe@drivers/hwmon/adm1021.c:344") /* pc=.text+0x95c */ /* <- module("*").function("*_probe") */

module("lm77").function("lm77_probe@drivers/hwmon/lm77.c:315") /* pc=.text+0xc0c */ /* <- module("*").function("*_probe") */

module("f75375s").function("f75375_probe@drivers/hwmon/f75375s.c:619") /* pc=.text+0x1424 */ /* <- module("*").function("*_probe") */
("*_probe") */
module("max1619").function("max1619_probe@drivers/hwmon/max1619.c:260") /* pc=.text+0x968 */ /* <- module("*").function("*_probe") */
module("max6650").function("max6650_probe@drivers/hwmon/max6650.c:562") /* pc=.text+0xbb8 */ /* <- module("*").function("*_probe") */
module("dme1737").function("dme1737_i2c_probe@drivers/hwmon/dme1737.c:2346") /* pc=.text+0x3a50 */ /* <- module("*").function("*_probe") */
module("smsc47m192").function("smsc47m192_probe@drivers/hwmon/smsc47m192.c:516") /* pc=.text+0xf90 */ /* <- module("*").function("*_probe") */
module("matroxfb_maven").function("maven_probe@drivers/video/matrox/matroxfb_maven.c:1239") /* pc=.text+0xe08 */ /* <- module("*").function("*_probe") */
module("i2c_matroxfb").function("i2c_matroxfb_probe@drivers/video/matrox/i2c-matroxfb.c:143") /* pc=.text+0x190 */ /* <- module("*").function("*_probe") */
module("i2c_smbus").function("smbalert_probe@drivers/i2c/i2c-smbus.c:138") /* pc=.text+0x50 */ /* <- module("*").function("*_probe") */
module("i2c_tiny_usb").function("i2c_tiny_usb_probe@drivers/i2c/busses/i2c-tiny-usb.c:188") /* pc=.text+0x3b4 */ /* <- module("*").function("*_probe") */
module("i2c_simtec").function("simtec_i2c_probe@drivers/i2c/busses/i2c-simtec.c:74") /* pc=.text+0x184 */ /* <- module("*").function("*_probe") */
module("pcf857x").function("pcf857x_probe@drivers/gpio/pcf857x.c:185") /* pc=.text+0x1f0 */ /* <- module("*").function("*_probe") */
module("mcp23s08").function("mcp23s08_probe@drivers/gpio/mcp23s08.c:303") /* pc=.text+0x178 */ /* <- module("*").function("*_probe") */
module("powermate").function("powermate_probe@drivers/input/misc/powermate.c:297") /* pc=.text+0x474 */ /* <- module("*").function("*_probe") */
module("ati_remote2").function("ati_remote2_probe@drivers/input/misc/ati_remote2.c:753") /* pc=.text+0x12d4 */ /* <- module("*").function("*_probe") */
module("keyspan_remote").function("keyspan_probe@drivers/input/misc/keyspan_remote.c:443") /* pc=.text+0xd4 */ /* <- module("*").function("*_probe") */
module("yealink").function("usb_probe@drivers/input/misc/yealink.c:860") /* pc=.text+0xe9c */ /* <- module("*").function("*_probe") */
module("ati_remote").function("ati_remote_probe@drivers/input/misc/ati_remote.c:732") /* pc=.text+0x3b0 */ /* <- module("*").function("*_probe") */
module("gameport").function("gameport_driver_probe@drivers/input/gameport/gameport.c:669") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */
module("wacom").function("wacom_probe@drivers/input/tablet/wacom_sys.c:441") /* pc=.text+0x30bc */ /* <- module("*").function("*_probe") */
module("acecad").function("usb_acecad_probe@drivers/input/tablet/acecad.c:131") /* pc=.text+0x8c */ /* <- module("*").function("*_probe") */
module("aiptek").function("aiptek_probe@drivers/input/tablet/aiptek.c:1682") /* pc=.text+0x15b8 */ /* <- module("*").function("*_probe") */
module("kbtab").function("kbtab_probe@drivers/input/tablet/kbtab.c:113") /* pc=.text+0x8c */ /* <- module("*").function("*_probe") */
module("gtco").function("gtco_probe@drivers/input/tablet/gtco.c:827") /* pc=.text+0x104 */ /* <- module("*").function("*_probe") */
module("bcm5974").function("bcm5974_probe@drivers/input/mouse/bcm5974.c:685") /* pc=.text+0x500 */ /* <- module("*").function("*_probe") */
module("appletouch").function("atp_probe@drivers/input/mouse/appletouch.c:766") /* pc=.text+0x1384 */ /* <- module("*").function("*_probe") */
module("iforce").function("iforce_usb_probe@drivers/input/joystick/iforce/iforce-usb.c:132") /* pc=.text+0x2c98 */ /* <- module("*").function("*_probe") */
module("xpad").function("xpad_probe@drivers/input/joystick/xpad.c:772") /* pc=.text+0x5b8 */ /* <- module("*").function("*_probe") */
module("xpad").function("xpad_led_probe@drivers/input/joystick/xpad.c:672") /* pc=.text+0xb54 */ /* <- module("*").function("*_probe") */
module("usbtouchscreen").function("usbtouch_probe@drivers/input/touchscreen/usbtouchscreen.c:1317") /* pc=.text+0x12d4 */ /* <- module("*").function("*_probe") */
module("wire").function("w1_master_probe
module("ad7418").function("ad7418_probe@drivers/hwmon/ad7418.c:229") /* pc=.text+0x488 */ /* <- module("*").function("*_probe") */

module("max1619").function("max1619_probe@drivers/hwmon/max1619.c:260") /* pc=.text+0x968 */ /* <- module("*").function("*_probe") */

module("max6650").function("max6650_probe@drivers/hwmon/max6650.c:562") /* pc=.text+0xbb8 */ /* <- module("*").function("*_probe") */

module("dme1737").function("dme1737_i2c_probe@drivers/hwmon/dme1737.c:2346") /* pc=.text+0x3a50 */ /* <- module("*").function("*_probe") */

module("smsc47m192").function("smsc47m192_probe@drivers/hwmon/smsc47m192.c:516") /* pc=.text+0xf90 */ /* <- module("*").function("*_probe") */

module("matroxfb_maven").function("maven_probe@drivers/video/matrox/matroxfb_maven.c:1239") /* pc=.text+0xe08 */ /* <- module("*").function("*_probe") */

module("i2c_matroxfb").function("i2c_matroxfb_probe@drivers/video/matrox/i2c-matroxfb.c:143") /* pc=.text+0x190 */ /* <- module("*").function("*_probe") */

module("i2c_smbus").function("smbalert_probe@drivers/i2c/i2c-smbus.c:138") /* pc=.text+0x50 */ /* <- module("*").function("*_probe") */

module("i2c_tiny_usb").function("i2c_tiny_usb_probe@drivers/i2c/busses/i2c-tiny-usb.c:188") /* pc=.text+0x3b4 */ /* <- module("*").function("*_probe") */

module("i2c_simtec").function("simtec_i2c_probe@drivers/i2c/busses/i2c-simtec.c:74") /* pc=.text+0x184 */ /* <- module("*").function("*_probe") */

module("pcf857x").function("pcf857x_probe@drivers/gpio/pcf857x.c:185") /* pc=.text+0x1f0 */ /* <- module("*").function("*_probe") */

module("mcp23s08").function("mcp23s08_probe@drivers/gpio/mcp23s08.c:303") /* pc=.text+0x178 */ /* <- module("*").function("*_probe") */

module("powermate").function("powermate_probe@drivers/input/misc/powermate.c:297") /* pc=.text+0x474 */ /* <- module("*").function("*_probe") */

module("ati_remote2").function("ati_remote2_probe@drivers/input/misc/ati_remote2.c:753") /* pc=.text+0x12d4 */ /* <- module("*").function("*_probe") */

module("keyspan_remote").function("keyspan_probe@drivers/input/misc/keyspan_remote.c:443") /* pc=.text+0xd4 */ /* <- module("*").function("*_probe") */

module("yealink").function("usb_probe@drivers/input/misc/yealink.c:860") /* pc=.text+0xe9c */ /* <- module("*").function("*_probe") */

module("ati_remote").function("ati_remote_probe@drivers/input/misc/ati_remote.c:732") /* pc=.text+0x3b0 */ /* <- module("*").function("*_probe") */

module("gameport").function("gameport_driver_probe@drivers/input/gameport/gameport.c:669") /* pc=.text+0x0 */ /* <- module("*").function("*_probe") */

module("wacom").function("wacom_probe@drivers/input/tablet/wacom_sys.c:441") /* pc=.text+0x30bc */ /* <- module("*").function("*_probe") */

module("acecad").function("usb_acecad_probe@drivers/input/tablet/acecad.c:131") /* pc=.text+0x8c */ /* <- module("*").function("*_probe") */

module("aiptek").function("aiptek_probe@drivers/input/tablet/aiptek.c:1682") /* pc=.text+0x15b8 */ /* <- module("*").function("*_probe") */

module("kbtab").function("kbtab_probe@drivers/input/tablet/kbtab.c:113") /* pc=.text+0x8c */ /* <- module("*").function("*_probe") */

module("gtco").function("gtco_probe@drivers/input/tablet/gtco.c:827") /* pc=.text+0x104 */ /* <- module("*").function("*_probe") */

module("bcm5974").function("bcm5974_probe@drivers/input/mouse/bcm5974.c:685") /* pc=.text+0x500 */ /* <- module("*").function("*_probe") */

module("appletouch").function("atp_probe@drivers/input/mouse/appletouch.c:766") /* pc=.text+0x1384 */ /* <- module("*").function("*_probe") */

module("iforce").function("iforce_usb_probe@drivers/input/joystick/iforce/iforce-usb.c:132") /* pc=.text+0x2c98 */ /* <- module("*").function("*_probe") */

module("xpad").function("xpad_probe@drivers/input/joystick/xpad.c:772") /* pc=.text+0x5b8 */ /* <- module("*").function("*_probe") */

module("xpad").function("xpad_led_probe@drivers/input/joystick/xpad.c:672") /* pc=.text+0xb54 */ /* <- module("*").function("*_probe") */

module("usbtouchscreen").function("usbtouch_probe@drivers/input/touchscreen/usbtouchscreen.c:1317") /* pc=.text+0x12d4 */ /* <- module("*").function("*_probe") */
@drivers/w1/w1.c:67") /* pc=.text+0x8 */ /* <- module("*").function("*_probe") */
module("radeon").function("radeon_ddc_probe@drivers/gpu/drm/radeon/radeon_i2c.c:36") /* pc=.text+0x60d30 */ /* <- module("*").function("*_probe") */
module("radeon").function("radeon_ddc_probe") /* pc=.text+0x60d30 */ /* <- module("*").function("*_probe") */
module("drm_kms_helper").function("drm_fb_helper_single_fb_probe@drivers/gpu/drm/drm_fb_helper.c:746") /* pc=.text+0x189c */ /* <- module("*").function("*_probe") */
module("drm_kms_helper").function("drm_fb_helper_single_fb_probe") /* pc=.text+0x189c */ /* <- module("*").function("*_probe") */
module("ide_cd_mod").function("ide_cd_probe@drivers/ide/ide-cd.c:1705") /* pc=.text+0x1f90 */ /* <- module("*").function("*_probe") */
module("uio_pdrv").function("uio_pdrv_probe@drivers/uio/uio_pdrv.c:23") /* pc=.text+0x50 */ /* <- module("*").function("*_probe") */
module("uio_pdrv_genirq").function("uio_pdrv_genirq_probe@drivers/uio/uio_pdrv_genirq.c:93") /* pc=.text+0x68 */ /* <- module("*").function("*_probe") */
module("hfcmulti").function("hfcmulti_probe@drivers/isdn/hardware/mISDN/hfcmulti.c:5371") /* pc=.text+0x1f6e0 */ /* <- module("*").function("*_probe") */
module("chipreg").function("do_map_probe@drivers/mtd/chips/chipreg.c:59") /* pc=.text+0x16c */ /* <- module("*").function("*_probe") */
module("chipreg").function("do_map_probe") /* pc=.text+0x16c */ /* <- module("*").function("*_probe") */
timer.sec(5) /* <- timer.sec(5) */

module("wire").function("w1_master_probe@drivers/w1/w1.c:67") /* pc=.text+0x8 */ /* <- module("*").function("*_probe") */

module("radeon").function("radeon_ddc_probe@drivers/gpu/drm/radeon/radeon_i2c.c:36") /* pc=.text+0x60d30 */ /* <- module("*").function("*_probe") */

module("radeon").function("radeon_ddc_probe") /* pc=.text+0x60d30 */ /* <- module("*").function("*_probe") */

module("drm_kms_helper").function("drm_fb_helper_single_fb_probe@drivers/gpu/drm/drm_fb_helper.c:746") /* pc=.text+0x189c */ /* <- module("*").function("*_probe") */

module("drm_kms_helper").function("drm_fb_helper_single_fb_probe") /* pc=.text+0x189c */ /* <- module("*").function("*_probe") */

module("ide_cd_mod").function("ide_cd_probe@drivers/ide/ide-cd.c:1705") /* pc=.text+0x1f90 */ /* <- module("*").function("*_probe") */

module("uio_pdrv").function("uio_pdrv_probe@drivers/uio/uio_pdrv.c:23") /* pc=.text+0x50 */ /* <- module("*").function("*_probe") */

module("uio_pdrv_genirq").function("uio_pdrv_genirq_probe@drivers/uio/uio_pdrv_genirq.c:93") /* pc=.text+0x68 */ /* <- module("*").function("*_probe") */

module("hfcmulti").function("hfcmulti_probe@drivers/isdn/hardware/mISDN/hfcmulti.c:5371") /* pc=.text+0x1f6e0 */ /* <- module("*").function("*_probe") */

module("chipreg").function("do_map_probe@drivers/mtd/chips/chipreg.c:59") /* pc=.text+0x16c */ /* <- module("*").function("*_probe") */

module("chipreg").function("do_map_probe") /* pc=.text+0x16c */ /* <- module("*").function("*_probe") */

timer.sec(5) /* <- timer.sec(5) */
wait results: 8375 exp12 0 0
PASS: semok/nodwf07.stp
Running /home/src/testsuite/semok/one.stp
starting /home/src/testsuite/semok/one.stp
spawn1 stap -p2 /home/src/testsuite/semok/one.stp
spawn stap -p2 /home/src/testsuite/semok/one.stp
WARNING: never-assigned global variable 'kernel_jiffies' (alternatives: kernel_current_comm): identifier 'kernel_jiffies' at /home/src/testsuite/semok/one.stp:5:8
 source: global kernel_jiffies, kernel_current_comm
                ^
WARNING: never-assigned global variable 'kernel_current_comm' (alternatives: kernel_jiffies): identifier 'kernel_current_comm' at :5:24
 source: global kernel_jiffies, kernel_current_comm
                                ^
WARNING: side-effect-free probe 'probe_2082': keyword at :22:1
 source: probe begin /* syscall ("read") */
         ^
WARNING: eliding unused function 'kernel_netlink': identifier 'kernel_netlink' at :7:10
 source: function kernel_netlink(a, b) {
                  ^
WARNING: eliding unused function 'stamp': identifier 'stamp' at :12:10
 source: function stamp (syscall)
                  ^
WARNING: eliding unused variable 'kernel_jiffies': identifier 'kernel_jiffies' at :5:8
 source: global kernel_jiffies, kernel_current_comm
                ^
WARNING: eliding unused variable 'kernel_current_comm': identifier 'kernel_current_comm' at :5:24
 source: global kernel_jiffies, kernel_current_comm
                                ^
# probes
begin /* <- begin */
WARNING: never-assigned global variable 'kernel_jiffies' (alternatives: kernel_current_comm): identifier 'kernel_jiffies' at /home/src/testsuite/semok/one.stp:5:8

 source: global kernel_jiffies, kernel_current_comm

                ^

WARNING: never-assigned global variable 'kernel_current_comm' (alternatives: kernel_jiffies): identifier 'kernel_current_comm' at :5:24

 source: global kernel_jiffies, kernel_current_comm

                                ^

WARNING: side-effect-free probe 'probe_2082': keyword at :22:1

 source: probe begin /* syscall ("read") */

         ^

WARNING: eliding unused function 'kernel_netlink': identifier 'kernel_netlink' at :7:10

 source: function kernel_netlink(a, b) {

                  ^

WARNING: eliding unused function 'stamp': identifier 'stamp' at :12:10

 source: function stamp (syscall)

                  ^

WARNING: eliding unused variable 'kernel_jiffies': identifier 'kernel_jiffies' at :5:8

 source: global kernel_jiffies, kernel_current_comm

                ^

WARNING: eliding unused variable 'kernel_current_comm': identifier 'kernel_current_comm' at :5:24

 source: global kernel_jiffies, kernel_current_comm

                                ^

# probes

begin /* <- begin */
wait results: 8380 exp12 0 0
PASS: semok/one.stp
Running /home/src/testsuite/semok/optimize.stp
starting /home/src/testsuite/semok/optimize.stp
spawn1 stap -wp2 /home/src/testsuite/semok/optimize.stp
spawn stap -wp2 /home/src/testsuite/semok/optimize.stp
# globals
b:string
ii:long
# functions
useful:long ()
# probes
begin /* <- begin */
begin /* <- begin */
  # locals
  i:long
begin /* <- begin */
  # locals
  i:long
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
  # locals
  j:long
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
end /* <- end */
# globals

b:string

ii:long

# functions

useful:long ()

# probes

begin /* <- begin */

begin /* <- begin */

  # locals

  i:long

begin /* <- begin */

  # locals

  i:long

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

  # locals

  j:long

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

end /* <- end */
wait results: 8384 exp12 0 0
PASS: semok/optimize.stp
Running /home/src/testsuite/semok/pretty.stp
starting /home/src/testsuite/semok/pretty.stp
spawn1 stap -p2 /home/src/testsuite/semok/pretty.stp
spawn stap -p2 /home/src/testsuite/semok/pretty.stp
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("stap").function("parse_cmdline")
semantic error: process probes not available without kernel CONFIG_UTRACE while resolving probe point process("stap").function("parse_cmdline")
Pass 2: analysis failed.  Try again with another '--vp 01' option.

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8388 exp12 0 1
FAIL: semok/pretty.stp
Running /home/src/testsuite/semok/seven.stp
starting /home/src/testsuite/semok/seven.stp
spawn1 stap -p2 /home/src/testsuite/semok/seven.stp
spawn stap -p2 /home/src/testsuite/semok/seven.stp
WARNING: never-assigned local variable 'key' (alternatives: ar1 ar2): identifier 'key' at /home/src/testsuite/semok/seven.stp:27:7
 source:   if (key in ar2)
               ^
WARNING: side-effect-free probe 'probe_2084': keyword at :24:1
 source: probe end
         ^
WARNING: eliding unused function 'printk': identifier 'printk' at :5:10
 source: function printk (s:string) { return 0 } # to become a built-in
                  ^
WARNING: never-assigned local variable 'key' (alternatives: ar1 ar2): identifier 'key' at /home/src/testsuite/semok/seven.stp:27:7

 source:   if (key in ar2)

               ^

WARNING: side-effect-free probe 'probe_2084': keyword at :24:1

 source: probe end

         ^

WARNING: eliding unused function 'printk': identifier 'printk' at :5:10

 source: function printk (s:string) { return 0 } # to become a built-in

                  ^
WARNING: eliding unused variable 'key': identifier 'key' at :27:7
 source:   if (key in ar2)
               ^
# globals
ar1:long [long]
ar2:string [long]
# functions
search:string (key:long)
# probes
begin /* <- begin */
  # locals
  tgid:long
  pid:long
  tid:long
end /* <- end */

WARNING: eliding unused variable 'key': identifier 'key' at :27:7

 source:   if (key in ar2)

               ^

# globals

ar1:long [long]

ar2:string [long]

# functions

search:string (key:long)

# probes

begin /* <- begin */

  # locals

  tgid:long

  pid:long

  tid:long

end /* <- end */
wait results: 8392 exp12 0 0
PASS: semok/seven.stp
Running /home/src/testsuite/semok/seventeen.stp
starting /home/src/testsuite/semok/seventeen.stp
spawn1 stap -p2 /home/src/testsuite/semok/seventeen.stp
spawn stap -p2 /home/src/testsuite/semok/seventeen.stp
# globals
foo:long [long]
# functions
_dwarf_tvar_get_nr_segs_0:long ()
# probes
kernel.function("pipe_write@fs/pipe.c:464") /* pc=_stext+0x15de4c */ /* <- kernel.function("pipe_write") */
  # locals
  a:long
# globals

foo:long [long]

# functions

_dwarf_tvar_get_nr_segs_0:long ()

# probes

kernel.function("pipe_write@fs/pipe.c:464") /* pc=_stext+0x15de4c */ /* <- kernel.function("pipe_write") */

  # locals

  a:long
wait results: 8396 exp12 0 0
PASS: semok/seventeen.stp
Running /home/src/testsuite/semok/six.stp
starting /home/src/testsuite/semok/six.stp
spawn1 stap -p2 /home/src/testsuite/semok/six.stp
spawn stap -p2 /home/src/testsuite/semok/six.stp
# globals
bar:long [long]
baz:string [long]
# probes
begin /* <- begin */
  # locals
  tid:long
  pid:long
end /* <- end */
  # locals
  idx0:long
  val:long
end /* <- end */
  # locals
  idx0:long
  val:string
# globals

bar:long [long]

baz:string [long]

# probes

begin /* <- begin */

  # locals

  tid:long

  pid:long

end /* <- end */

  # locals

  idx0:long

  val:long

end /* <- end */

  # locals

  idx0:long

  val:string
wait results: 8400 exp12 0 0
PASS: semok/six.stp
Running /home/src/testsuite/semok/sixteen.stp
starting /home/src/testsuite/semok/sixteen.stp
spawn1 stap -p2 /home/src/testsuite/semok/sixteen.stp
spawn stap -p2 /home/src/testsuite/semok/sixteen.stp
WARNING: never-assigned local variable 'a' (alternatives: b c d e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'a' at /home/src/testsuite/semok/sixteen.stp:6:3
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
           ^
WARNING: never-assigned local variable 'b' (alternatives: a c d e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'b' at :6:7
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
               ^
WARNING: never-assigned local variable 'c' (alternatives: a b d e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'c' at :6:10
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                  ^
WARNING: never-assigned local variable 'd' (alternatives: a b c e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'd' at :6:14
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                      ^
WARNING: never-assigned local variable 'e' (alternatives: a b c d f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'e' at :6:17
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                         ^
WARNING: never-assigned local variable 'f' (alternatives: a b c d e g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'f' at :6:21
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                             ^
WARNING: never-assigned local variable 'g' (alternatives: a b c d e f h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'g' at :6:24
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                ^
WARNING: never-assigned local variable 'h' (alternatives: a b c d e f g i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'h' at :6:28
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                    ^
WARNING: never-assigned local variable 'i' (alternatives: a b c d e f g h j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'i' at :6:31
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                       ^
WARNING: never-assigned local variable 'j' (alternatives: a b c d e f g h i k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'j' at :6:36
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                            ^
WARNING: never-assigned local variable 'k' (alternatives: a b c d e f g h i j l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'k' at :6:39
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                               ^
WARNING: never-assigned local variable 'l' (alternatives: a b c d e f g h i j k m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'l' at :6:44
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                    ^
WARNING: never-assigned local variable 'm' (alternatives: a b c d e f g h i j k l n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'm' at :6:47
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                       ^
WARNING: never-assigned local variable 'n' (alternatives: a b c d e f g h i j k l m o p q r s t u v x y z aa bb cc dd ee ff): identifier 'n' at :6:51
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                           ^
WARNING: never-assigned local variable 'o' (alternatives: a b c d e f g h i j k l m n p q r s t u v x y z aa bb cc dd ee ff): identifier 'o' at :6:54
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o |WARNING: never-assigned local variable 'a' (alternatives: b c d e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'a' at /home/src/testsuite/semok/sixteen.stp:6:3

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

           ^

WARNING: never-assigned local variable 'b' (alternatives: a c d e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'b' at :6:7

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

               ^

WARNING: never-assigned local variable 'c' (alternatives: a b d e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'c' at :6:10

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                  ^

WARNING: never-assigned local variable 'd' (alternatives: a b c e f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'd' at :6:14

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                      ^

WARNING: never-assigned local variable 'e' (alternatives: a b c d f g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'e' at :6:17

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                         ^

WARNING: never-assigned local variable 'f' (alternatives: a b c d e g h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'f' at :6:21

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                             ^

WARNING: never-assigned local variable 'g' (alternatives: a b c d e f h i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'g' at :6:24

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                ^

WARNING: never-assigned local variable 'h' (alternatives: a b c d e f g i j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'h' at :6:28

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                    ^

WARNING: never-assigned local variable 'i' (alternatives: a b c d e f g h j k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'i' at :6:31

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                       ^

WARNING: never-assigned local variable 'j' (alternatives: a b c d e f g h i k l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'j' at :6:36

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                            ^

WARNING: never-assigned local variable 'k' (alternatives: a b c d e f g h i j l m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'k' at :6:39

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                               ^

WARNING: never-assigned local variable 'l' (alternatives: a b c d e f g h i j k m n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'l' at :6:44

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                    ^

WARNING: never-assigned local variable 'm' (alternatives: a b c d e f g h i j k l n o p q r s t u v x y z aa bb cc dd ee ff): identifier 'm' at :6:47

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                       ^

WARNING: never-assigned local variable 'n' (alternatives: a b c d e f g h i j k l m o p q r s t u v x y z aa bb cc dd ee ff): identifier 'n' at :6:51

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                           ^

WARNING: never-assigned local variable 'o' (alternatives: a b c d e f g h i j k l m n p q r s t u v x y z aa bb cc dd ee ff): identifier 'o' at :6:54
 p; q && r; s || t;
                                                              ^
WARNING: never-assigned local variable 'p' (alternatives: a b c d e f g h i j k l m n o q r s t u v x y z aa bb cc dd ee ff): identifier 'p' at :6:58
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                  ^
WARNING: never-assigned local variable 'q' (alternatives: a b c d e f g h i j k l m n o p r s t u v x y z aa bb cc dd ee ff): identifier 'q' at :6:61
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                     ^
WARNING: never-assigned local variable 'r' (alternatives: a b c d e f g h i j k l m n o p q s t u v x y z aa bb cc dd ee ff): identifier 'r' at :6:66
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                          ^
WARNING: never-assigned local variable 's' (alternatives: a b c d e f g h i j k l m n o p q r t u v x y z aa bb cc dd ee ff): identifier 's' at :6:69
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                             ^
WARNING: never-assigned local variable 't' (alternatives: a b c d e f g h i j k l m n o p q r s u v x y z aa bb cc dd ee ff): identifier 't' at :6:74
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                                  ^
WARNING: never-assigned local variable 'u' (alternatives: a b c d e f g h i j k l m n o p q r s t v x y z aa bb cc dd ee ff): identifier 'u' at :7:3
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
           ^
WARNING: never-assigned local variable 'v' (alternatives: a b c d e f g h i j k l m n o p q r s t u x y z aa bb cc dd ee ff): identifier 'v' at :7:7
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
               ^
WARNING: never-assigned local variable 'x' (alternatives: a b c d e f g h i j k l m n o p q r s t u v y z aa bb cc dd ee ff): identifier 'x' at :7:10
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                  ^
WARNING: never-assigned local variable 'y' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x z aa bb cc dd ee ff): identifier 'y' at :7:14
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                      ^
WARNING: never-assigned local variable 'z' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y aa bb cc dd ee ff): identifier 'z' at :7:17
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                         ^
WARNING: never-assigned local variable 'aa' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z bb cc dd ee ff): identifier 'aa' at :7:21
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                             ^
WARNING: never-assigned local variable 'bb' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z aa cc dd ee ff): identifier 'bb' at :7:27
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                                   ^
WARNING: never-assigned local variable 'cc' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z aa bb dd ee ff): identifier 'cc' at :7:33
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                                         ^
WARNING: never-assigned local variable 'dd' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z aa bb cc ee ff): identifier 'dd' at :7:39
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                                               ^
WARNING: never-assigned local variable 'b' (alternatives: a c d e f g h i j k l m n o p u v x y z aa): identifier 'b' at :11:7
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
           
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                              ^

WARNING: never-assigned local variable 'p' (alternatives: a b c d e f g h i j k l m n o q r s t u v x y z aa bb cc dd ee ff): identifier 'p' at :6:58

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                  ^

WARNING: never-assigned local variable 'q' (alternatives: a b c d e f g h i j k l m n o p r s t u v x y z aa bb cc dd ee ff): identifier 'q' at :6:61

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                     ^

WARNING: never-assigned local variable 'r' (alternatives: a b c d e f g h i j k l m n o p q s t u v x y z aa bb cc dd ee ff): identifier 'r' at :6:66

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                          ^

WARNING: never-assigned local variable 's' (alternatives: a b c d e f g h i j k l m n o p q r t u v x y z aa bb cc dd ee ff): identifier 's' at :6:69

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                             ^

WARNING: never-assigned local variable 't' (alternatives: a b c d e f g h i j k l m n o p q r s u v x y z aa bb cc dd ee ff): identifier 't' at :6:74

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                                  ^

WARNING: never-assigned local variable 'u' (alternatives: a b c d e f g h i j k l m n o p q r s t v x y z aa bb cc dd ee ff): identifier 'u' at :7:3

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

           ^

WARNING: never-assigned local variable 'v' (alternatives: a b c d e f g h i j k l m n o p q r s t u x y z aa bb cc dd ee ff): identifier 'v' at :7:7

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

               ^

WARNING: never-assigned local variable 'x' (alternatives: a b c d e f g h i j k l m n o p q r s t u v y z aa bb cc dd ee ff): identifier 'x' at :7:10

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                  ^

WARNING: never-assigned local variable 'y' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x z aa bb cc dd ee ff): identifier 'y' at :7:14

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                      ^

WARNING: never-assigned local variable 'z' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y aa bb cc dd ee ff): identifier 'z' at :7:17

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                         ^

WARNING: never-assigned local variable 'aa' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z bb cc dd ee ff): identifier 'aa' at :7:21

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                             ^

WARNING: never-assigned local variable 'bb' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z aa cc dd ee ff): identifier 'bb' at :7:27

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                                   ^

WARNING: never-assigned local variable 'cc' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z aa bb dd ee ff): identifier 'cc' at :7:33

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                                         ^

WARNING: never-assigned local variable 'dd' (alternatives: a b c d e f g h i j k l m n o p q r s t u v x y z aa bb cc ee ff): identifier 'dd' at :7:39

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                                               ^

WARNING: never-assigned local variable 'b' (alternatives: a c d e f g h i j k l m n o p u v x y z aa): identifier 'b' at :11:7

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
    ^
WARNING: never-assigned local variable 'd' (alternatives: a b c e f g h i j k l m n o p u v x y z aa): identifier 'd' at :11:15
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                       ^
WARNING: never-assigned local variable 'f' (alternatives: a b c d e g h i j k l m n o p u v x y z aa): identifier 'f' at :11:23
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                               ^
WARNING: never-assigned local variable 'h' (alternatives: a b c d e f g i j k l m n o p u v x y z aa): identifier 'h' at :11:31
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                                       ^
WARNING: never-assigned local variable 'j' (alternatives: a b c d e f g h i k l m n o p u v x y z aa): identifier 'j' at :11:40
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                                                ^
WARNING: never-assigned local variable 'l' (alternatives: a b c d e f g h i j k m n o p u v x y z aa): identifier 'l' at :11:49
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                                                         ^
WARNING: never-assigned local variable 'n' (alternatives: a b c d e f g h i j k l m o p u v x y z aa): identifier 'n' at :11:57
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                                                                 ^
WARNING: never-assigned local variable 'p' (alternatives: a b c d e f g h i j k l m n o u v x y z aa): identifier 'p' at :11:65
 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;
                                                                         ^
WARNING: never-assigned local variable 'v' (alternatives: a b c d e f g h i j k l m n o p u x y z aa): identifier 'v' at :12:7
 source:  u .= v; x *= y; z ^= aa;
               ^
WARNING: never-assigned local variable 'y' (alternatives: a b c d e f g h i j k l m n o p u v x z aa): identifier 'y' at :12:15
 source:  u .= v; x *= y; z ^= aa;
                       ^
WARNING: never-assigned local variable 'aa' (alternatives: a b c d e f g h i j k l m n o p u v x y z): identifier 'aa' at :12:23
 source:  u .= v; x *= y; z ^= aa;
                               ^
WARNING: eliding unused variable 'a': identifier 'a' at :6:3
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
           ^
WARNING: eliding unused variable 'b': identifier 'b' at :6:7
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
               ^
WARNING: eliding unused variable 'c': identifier 'c' at :6:10
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                  ^
WARNING: eliding unused variable 'd': identifier 'd' at :6:14
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                      ^
WARNING: eliding unused variable 'e': identifier 'e' at :6:17
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                         ^
WARNING: eliding unused variable 'f': identifier 'f' at :6:21
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                             ^
WARNING: eliding unused variable 'g': identifier 'g' at :6:24
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                ^
WARNING: eliding unused variable 'h': identifier 'h' at :6:28
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                    ^
WARNING: eliding unused variable 'i': identifier 'i' at :6:31
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                       ^
WARNING: eliding unused variable 'j': identifier 'j' at :6:36
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n
               ^

WARNING: never-assigned local variable 'd' (alternatives: a b c e f g h i j k l m n o p u v x y z aa): identifier 'd' at :11:15

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                       ^

WARNING: never-assigned local variable 'f' (alternatives: a b c d e g h i j k l m n o p u v x y z aa): identifier 'f' at :11:23

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                               ^

WARNING: never-assigned local variable 'h' (alternatives: a b c d e f g i j k l m n o p u v x y z aa): identifier 'h' at :11:31

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                                       ^

WARNING: never-assigned local variable 'j' (alternatives: a b c d e f g h i k l m n o p u v x y z aa): identifier 'j' at :11:40

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                                                ^

WARNING: never-assigned local variable 'l' (alternatives: a b c d e f g h i j k m n o p u v x y z aa): identifier 'l' at :11:49

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                                                         ^

WARNING: never-assigned local variable 'n' (alternatives: a b c d e f g h i j k l m o p u v x y z aa): identifier 'n' at :11:57

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                                                                 ^

WARNING: never-assigned local variable 'p' (alternatives: a b c d e f g h i j k l m n o u v x y z aa): identifier 'p' at :11:65

 source:  a /= b; c %= d; e += f;  g-= h; i >>= j; k <<= l; m &= n; o |= p;

                                                                         ^

WARNING: never-assigned local variable 'v' (alternatives: a b c d e f g h i j k l m n o p u x y z aa): identifier 'v' at :12:7

 source:  u .= v; x *= y; z ^= aa;

               ^

WARNING: never-assigned local variable 'y' (alternatives: a b c d e f g h i j k l m n o p u v x z aa): identifier 'y' at :12:15

 source:  u .= v; x *= y; z ^= aa;

                       ^

WARNING: never-assigned local variable 'aa' (alternatives: a b c d e f g h i j k l m n o p u v x y z): identifier 'aa' at :12:23

 source:  u .= v; x *= y; z ^= aa;

                               ^

WARNING: eliding unused variable 'a': identifier 'a' at :6:3

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

           ^

WARNING: eliding unused variable 'b': identifier 'b' at :6:7

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

               ^

WARNING: eliding unused variable 'c': identifier 'c' at :6:10

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                  ^

WARNING: eliding unused variable 'd': identifier 'd' at :6:14

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                      ^

WARNING: eliding unused variable 'e': identifier 'e' at :6:17

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                         ^

WARNING: eliding unused variable 'f': identifier 'f' at :6:21

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                             ^

WARNING: eliding unused variable 'g': identifier 'g' at :6:24

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                ^

WARNING: eliding unused variable 'h': identifier 'h' at :6:28

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                    ^

WARNING: eliding unused variable 'i': identifier 'i' at :6:31

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                       ^

WARNING: eliding unused variable 'j': identifier 'j' at :6:36
; o | p; q && r; s || t;
                                            ^
WARNING: eliding unused variable 'k': identifier 'k' at :6:39
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                               ^
WARNING: eliding unused variable 'l': identifier 'l' at :6:44
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                    ^
WARNING: eliding unused variable 'm': identifier 'm' at :6:47
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                       ^
WARNING: eliding unused variable 'n': identifier 'n' at :6:51
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                           ^
WARNING: eliding unused variable 'o': identifier 'o' at :6:54
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                              ^
WARNING: eliding unused variable 'p': identifier 'p' at :6:58
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                  ^
WARNING: eliding unused variable 'q': identifier 'q' at :6:61
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                     ^
WARNING: eliding unused variable 'r': identifier 'r' at :6:66
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                          ^
WARNING: eliding unused variable 's': identifier 's' at :6:69
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                             ^
WARNING: eliding unused variable 't': identifier 't' at :6:74
 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;
                                                                                  ^
WARNING: eliding unused variable 'u': identifier 'u' at :7:3
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
           ^
WARNING: eliding unused variable 'v': identifier 'v' at :7:7
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
               ^
WARNING: eliding unused variable 'x': identifier 'x' at :7:10
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                  ^
WARNING: eliding unused variable 'y': identifier 'y' at :7:14
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                      ^
WARNING: eliding unused variable 'z': identifier 'z' at :7:17
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                         ^
WARNING: eliding unused variable 'aa': identifier 'aa' at :7:21
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                             ^
WARNING: eliding unused variable 'bb': identifier 'bb' at :7:27
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                                   ^
WARNING: eliding unused variable 'cc': identifier 'cc' at :7:33
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                                         ^
WARNING: eliding unused variable 'dd': identifier 'dd' at :7:39
 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;
                                               ^
# probes
begin /* <- begin */
  # locals
  ee:long
  ff:long
begin /* <- begin */
  # locals
  a:long
  b:long
  c:long
  d:long
  e:long
  f:long
  g:long
  h:long
  i:long
  j:long
  k:long
  l:long
  m:long
  n:long
  o:long
  p:long
  u:string
  v:string
  x:long
  y:long
  z:long
  aa:long

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                            ^

WARNING: eliding unused variable 'k': identifier 'k' at :6:39

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                               ^

WARNING: eliding unused variable 'l': identifier 'l' at :6:44

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                    ^

WARNING: eliding unused variable 'm': identifier 'm' at :6:47

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                       ^

WARNING: eliding unused variable 'n': identifier 'n' at :6:51

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                           ^

WARNING: eliding unused variable 'o': identifier 'o' at :6:54

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                              ^

WARNING: eliding unused variable 'p': identifier 'p' at :6:58

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                  ^

WARNING: eliding unused variable 'q': identifier 'q' at :6:61

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                     ^

WARNING: eliding unused variable 'r': identifier 'r' at :6:66

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                          ^

WARNING: eliding unused variable 's': identifier 's' at :6:69

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                             ^

WARNING: eliding unused variable 't': identifier 't' at :6:74

 source:   a / b; c % d; e + f; g - h; i >> j; k << l; m & n; o | p; q && r; s || t;

                                                                                  ^

WARNING: eliding unused variable 'u': identifier 'u' at :7:3

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

           ^

WARNING: eliding unused variable 'v': identifier 'v' at :7:7

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

               ^

WARNING: eliding unused variable 'x': identifier 'x' at :7:10

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                  ^

WARNING: eliding unused variable 'y': identifier 'y' at :7:14

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                      ^

WARNING: eliding unused variable 'z': identifier 'z' at :7:17

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                         ^

WARNING: eliding unused variable 'aa': identifier 'aa' at :7:21

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                             ^

WARNING: eliding unused variable 'bb': identifier 'bb' at :7:27

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                                   ^

WARNING: eliding unused variable 'cc': identifier 'cc' at :7:33

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                                         ^

WARNING: eliding unused variable 'dd': identifier 'dd' at :7:39

 source:   u . v; x * y; z ^ aa; ~ bb; ! cc; - dd; ++ ee; -- ff;

                                               ^

# probes

begin /* <- begin */

  # locals

  ee:long

  ff:long

begin /* <- begin */

  # locals

  a:long

  b:long

  c:long

  d:long

  e:long

  f:long

  g:long

  h:long

  i:long

  j:long

  k:long

  l:long

  m:long

  n:long

  o:long

  p:long

  u:string

  v:string

  x:long

  y:long

  z:long

  aa:long
wait results: 8404 exp12 0 0
PASS: semok/sixteen.stp
Running /home/src/testsuite/semok/syscall_return.stp
starting /home/src/testsuite/semok/syscall_return.stp
spawn2 /home/src/testsuite/semok/syscall_return.stp
spawn /home/src/testsuite/semok/syscall_return.stp
wait results: 8408 exp12 0 0
PASS: semok/syscall_return.stp
Running /home/src/testsuite/semok/target_addr.stp
starting /home/src/testsuite/semok/target_addr.stp
spawn1 stap -p2 /home/src/testsuite/semok/target_addr.stp
spawn stap -p2 /home/src/testsuite/semok/target_addr.stp
# functions
_dwarf_tvar_get_p_0:long ()
_dwarf_tvar_get_p_1:long ()
_dwarf_tvar_get_p_2:long ()
_dwarf_tvar_get_p_3:long ()
_dwarf_tvar_get_p_4:long ()
# probes
kernel.function("release_task@kernel/exit.c:161") /* pc=_stext+0x91628 */ /* <- kernel.function("release_task") */
# functions

_dwarf_tvar_get_p_0:long ()

_dwarf_tvar_get_p_1:long ()

_dwarf_tvar_get_p_2:long ()

_dwarf_tvar_get_p_3:long ()

_dwarf_tvar_get_p_4:long ()

# probes

kernel.function("release_task@kernel/exit.c:161") /* pc=_stext+0x91628 */ /* <- kernel.function("release_task") */
wait results: 8414 exp12 0 0
PASS: semok/target_addr.stp
Running /home/src/testsuite/semok/ten.stp
starting /home/src/testsuite/semok/ten.stp
spawn1 stap -p2 /home/src/testsuite/semok/ten.stp
spawn stap -p2 /home/src/testsuite/semok/ten.stp
WARNING: never-assigned local variable 'k' (alternatives: l m n arr rra): identifier 'k' at /home/src/testsuite/semok/ten.stp:11:7
 source:   if (k in arr) { k.""; arr[k]+0 }
               ^
WARNING: never-assigned local variable 'm' (alternatives: k l n arr rra): identifier 'm' at :13:7
 source:   if (m in rra) { m+0; rra[m]."" }
               ^
WARNING: side-effect-free probe 'probe_2084': keyword at :9:1
 source: probe end {
         ^
WARNING: eliding unused variable 'k': identifier 'k' at :11:7
 source:   if (k in arr) { k.""; arr[k]+0 }
               ^
WARNING: eliding unused variable 'l': identifier 'l' at :12:12
 source:   foreach (l in arr) { l.""; arr[l]+0 }
                    ^
WARNING: eliding unused variable 'm': identifier 'm' at :13:7
 source:   if (m in rra) { m+0; rra[m]."" }
               ^
WARNING: eliding unused variable 'n': identifier 'n' at :14:12
 source:   foreach (n in rra) { n+0; rra[n]."" }
                    ^
# globals
arr:long [string]
rra:string [long]
# probes
begin /* <- begin */
end /* <- end */
end /* <- end */
  # locals
  idx0:string
  val:long
end /* <- end */
  # locals
  idx0:long
  val:string
WARNING: never-assigned local variable 'k' (alternatives: l m n arr rra): identifier 'k' at /home/src/testsuite/semok/ten.stp:11:7

 source:   if (k in arr) { k.""; arr[k]+0 }

               ^

WARNING: never-assigned local variable 'm' (alternatives: k l n arr rra): identifier 'm' at :13:7

 source:   if (m in rra) { m+0; rra[m]."" }

               ^

WARNING: side-effect-free probe 'probe_2084': keyword at :9:1

 source: probe end {

         ^

WARNING: eliding unused variable 'k': identifier 'k' at :11:7

 source:   if (k in arr) { k.""; arr[k]+0 }

               ^

WARNING: eliding unused variable 'l': identifier 'l' at :12:12

 source:   foreach (l in arr) { l.""; arr[l]+0 }

                    ^

WARNING: eliding unused variable 'm': identifier 'm' at :13:7

 source:   if (m in rra) { m+0; rra[m]."" }

               ^

WARNING: eliding unused variable 'n': identifier 'n' at :14:12

 source:   foreach (n in rra) { n+0; rra[n]."" }

                    ^

# globals

arr:long [string]

rra:string [long]

# probes

begin /* <- begin */

end /* <- end */

end /* <- end */

  # locals

  idx0:string

  val:long

end /* <- end */

  # locals

  idx0:long

  val:string
wait results: 8418 exp12 0 0
PASS: semok/ten.stp
Running /home/src/testsuite/semok/thirteen.stp
starting /home/src/testsuite/semok/thirteen.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirteen.stp
spawn stap -p2 /home/src/testsuite/semok/thirteen.stp
WARNING: eliding unused function 'trace': identifier 'trace' at /home/src/testsuite/semok/thirteen.stp:3:10
 source: function trace (s) { return 0 }
                  ^
WARNING: side-effect-free probe 'probe_2085': identifier 'pipe_read' at :21:7
 source: probe pipe_read, pipe_write
               ^
WARNING: side-effect-free probe 'probe_2087': identifier 'pipe_write' at :21:18
 source: probe pipe_read, pipe_write
                          ^
WARNING: eliding unused variable 'fname': identifier 'fname' at :9:2
 source: 	fname = "pipe_read"
         	^
WARNING: eliding unused variable 'reading_from_pipe': identifier 'reading_from_pipe' at :10:2
 source: 	reading_from_pipe = 1
         	^
# probes
kernel.function("pipe_read@fs/pipe.c:351") /* pc=_stext+0x15e3d8 */ /* <- pipe_read = kernel.function("pipe_read") <- pipe_read,pipe_write */
kernel.function("pipe_write@fs/pipe.c:464") /* pc=_stext+0x15de4c */ /* <- pipe_write = kernel.function("pipe_write") <- pipe_read,pipe_write */
WARNING: eliding unused function 'trace': identifier 'trace' at /home/src/testsuite/semok/thirteen.stp:3:10

 source: function trace (s) { return 0 }

                  ^

WARNING: side-effect-free probe 'probe_2085': identifier 'pipe_read' at :21:7

 source: probe pipe_read, pipe_write

               ^

WARNING: side-effect-free probe 'probe_2087': identifier 'pipe_write' at :21:18

 source: probe pipe_read, pipe_write

                          ^

WARNING: eliding unused variable 'fname': identifier 'fname' at :9:2

 source: 	fname = "pipe_read"

         	^

WARNING: eliding unused variable 'reading_from_pipe': identifier 'reading_from_pipe' at :10:2

 source: 	reading_from_pipe = 1

         	^

# probes

kernel.function("pipe_read@fs/pipe.c:351") /* pc=_stext+0x15e3d8 */ /* <- pipe_read = kernel.function("pipe_read") <- pipe_read,pipe_write */

kernel.function("pipe_write@fs/pipe.c:464") /* pc=_stext+0x15de4c */ /* <- pipe_write = kernel.function("pipe_write") <- pipe_read,pipe_write */
wait results: 8422 exp12 0 0
PASS: semok/thirteen.stp
Running /home/src/testsuite/semok/thirty.stp
starting /home/src/testsuite/semok/thirty.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirty.stp
spawn stap -p2 /home/src/testsuite/semok/thirty.stp
WARNING: side-effect-free probe 'probe_2090': identifier 'foo' at /home/src/testsuite/semok/thirty.stp:5:15
 source: probe foo.b = foo.c {}
                       ^
WARNING: side-effect-free probe 'probe_2092': identifier 'foo' at :3:26
 source: probe foo.a.one = foo.b, foo.c {} // not recursive
                                  ^
WARNING: side-effect-free probe 'probe_2095': identifier 'foo' at :4:19
 source: probe foo.a.two = foo.c, foo.b {} // not recursive
                           ^
WARNING: side-effect-free probe 'probe_2098': identifier 'foo' at :5:15
 source: probe foo.b = foo.c {}
                       ^
# probes
begin /* <- foo.c = begin <- foo.b = foo.c <- foo.a.one = foo.b, foo.c <- foo.a.one */
begin /* <- foo.c = begin <- foo.a.one = foo.b, foo.c <- foo.a.one */
begin /* <- foo.c = begin <- foo.a.two = foo.c, foo.b <- foo.a.two */
begin /* <- foo.c = begin <- foo.b = foo.c <- foo.a.two = foo.c, foo.b <- foo.a.two */
WARNING: side-effect-free probe 'probe_2090': identifier 'foo' at /home/src/testsuite/semok/thirty.stp:5:15

 source: probe foo.b = foo.c {}

                       ^

WARNING: side-effect-free probe 'probe_2092': identifier 'foo' at :3:26

 source: probe foo.a.one = foo.b, foo.c {} // not recursive

                                  ^

WARNING: side-effect-free probe 'probe_2095': identifier 'foo' at :4:19

 source: probe foo.a.two = foo.c, foo.b {} // not recursive

                           ^

WARNING: side-effect-free probe 'probe_2098': identifier 'foo' at :5:15

 source: probe foo.b = foo.c {}

                       ^

# probes

begin /* <- foo.c = begin <- foo.b = foo.c <- foo.a.one = foo.b, foo.c <- foo.a.one */

begin /* <- foo.c = begin <- foo.a.one = foo.b, foo.c <- foo.a.one */

begin /* <- foo.c = begin <- foo.a.two = foo.c, foo.b <- foo.a.two */

begin /* <- foo.c = begin <- foo.b = foo.c <- foo.a.two = foo.c, foo.b <- foo.a.two */
wait results: 8426 exp12 0 0
PASS: semok/thirty.stp
Running /home/src/testsuite/semok/thirtyeight.stp
starting /home/src/testsuite/semok/thirtyeight.stp
spawn1 stap -Wp2 /home/src/testsuite/semok/thirtyeight.stp
spawn stap -Wp2 /home/src/testsuite/semok/thirtyeight.stp
# global embedded code
%{struct _stp_procfs_data {
  char *buffer;
  size_t bufsize;
  size_t count;
};
#ifndef STP_PROCFS_BUFSIZE
#define STP_PROCFS_BUFSIZE MAXSTRINGLEN
#endif
%}
# probes
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */
procfs.write /* <- procfs.write */
begin /* <- begin */
# global embedded code

%{struct _stp_procfs_data {

  char *buffer;

  size_t bufsize;

  size_t count;

};

#ifndef STP_PROCFS_BUFSIZE

#define STP_PROCFS_BUFSIZE MAXSTRINGLEN

#endif

%}

# probes

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */

procfs.write /* <- procfs.write */

begin /* <- begin */
wait results: 8430 exp12 0 0
PASS: semok/thirtyeight.stp
Running /home/src/testsuite/semok/thirtyfive.stp
starting /home/src/testsuite/semok/thirtyfive.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtyfive.stp
spawn stap -p2 /home/src/testsuite/semok/thirtyfive.stp
WARNING: side-effect-free probe 'probe_2088': keyword at /home/src/testsuite/semok/thirtyfive.stp:4:1
 source: probe kernel.function("do_filp""_""open") {}
         ^
WARNING: side-effect-free probe 'probe_2089': keyword at :5:1
 source: probe kernel.function("filp" "_" "close") {}
         ^
WARNING: side-effect-free probe 'probe_2090': keyword at :6:1
 source: probe kernel.function("p"
         ^
WARNING: side-effect-free probe 'probe_2091': keyword at :11:1
 source: probe kernel.function("do_filp[" @# "_]open") {}
         ^
WARNING: side-effect-free probe 'probe_2092': keyword at :12:1
 source: probe kernel.function("do_filp" %( 1==1 %? "_" %) "open") {}
         ^
WARNING: side-effect-free probe 'probe_2093': keyword at :13:1
 source: probe kernel.function("do_filp[" %( 1==1 %? @# %) "_]open") {}
         ^
# functions
log:unknown (msg:string)
# probes
kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp_open") */
kernel.function("filp_close@fs/open.c:945") /* pc=_stext+0x151f40 */ /* <- kernel.function("filp_close") */
kernel.function("panic@kernel/panic.c:78") /* pc=_stext+0x5428f0 */ /* <- kernel.function("panic") */
kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp[0_]open") */
kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp_open") */
kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp[0_]open") */
begin /* <- begin */
WARNING: side-effect-free probe 'probe_2088': keyword at /home/src/testsuite/semok/thirtyfive.stp:4:1

 source: probe kernel.function("do_filp""_""open") {}

         ^

WARNING: side-effect-free probe 'probe_2089': keyword at :5:1

 source: probe kernel.function("filp" "_" "close") {}

         ^

WARNING: side-effect-free probe 'probe_2090': keyword at :6:1

 source: probe kernel.function("p"

         ^

WARNING: side-effect-free probe 'probe_2091': keyword at :11:1

 source: probe kernel.function("do_filp[" @# "_]open") {}

         ^

WARNING: side-effect-free probe 'probe_2092': keyword at :12:1

 source: probe kernel.function("do_filp" %( 1==1 %? "_" %) "open") {}

         ^

WARNING: side-effect-free probe 'probe_2093': keyword at :13:1

 source: probe kernel.function("do_filp[" %( 1==1 %? @# %) "_]open") {}

         ^

# functions

log:unknown (msg:string)

# probes

kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp_open") */

kernel.function("filp_close@fs/open.c:945") /* pc=_stext+0x151f40 */ /* <- kernel.function("filp_close") */

kernel.function("panic@kernel/panic.c:78") /* pc=_stext+0x5428f0 */ /* <- kernel.function("panic") */

kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp[0_]open") */

kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp_open") */

kernel.function("do_filp_open@fs/namei.c:1763") /* pc=_stext+0x164160 */ /* <- kernel.function("do_filp[0_]open") */

begin /* <- begin */
wait results: 8434 exp12 0 0
PASS: semok/thirtyfive.stp
Running /home/src/testsuite/semok/thirtyfour.stp
starting /home/src/testsuite/semok/thirtyfour.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtyfour.stp
spawn stap -p2 /home/src/testsuite/semok/thirtyfour.stp
# functions
log:unknown (msg:string)
# probes
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- foo = kernel.function("sys_open") <- foo */
  # locals
  name:string
kernel.function("SyS_close@fs/open.c:969") /* pc=_stext+0x152018 */ /* <- foo = kernel.function("sys_close") <- foo */
  # locals
  name:string
kernel.function("SyS_exit@kernel/exit.c:1046") /* pc=_stext+0x936c0 */ /* <- foo.bar = kernel.function("sys_exit") <- foo.* */
  # locals
  name:string
# functions

log:unknown (msg:string)

# probes

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- foo = kernel.function("sys_open") <- foo */

  # locals

  name:string

kernel.function("SyS_close@fs/open.c:969") /* pc=_stext+0x152018 */ /* <- foo = kernel.function("sys_close") <- foo */

  # locals

  name:string

kernel.function("SyS_exit@kernel/exit.c:1046") /* pc=_stext+0x936c0 */ /* <- foo.bar = kernel.function("sys_exit") <- foo.* */

  # locals

  name:string
wait results: 8438 exp12 0 0
PASS: semok/thirtyfour.stp
Running /home/src/testsuite/semok/thirtynine.stp
starting /home/src/testsuite/semok/thirtynine.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtynine.stp
spawn stap -p2 /home/src/testsuite/semok/thirtynine.stp
semantic error: not accessible at this address (0xc00000000053b8d8): identifier '$prev' at /home/src/testsuite/semok/thirtynine.stp:6:40
        source:   printf("switch from=0x%x to=0x%x\n", $prev, $next)
                                                       ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: not accessible at this address (0xc00000000053b8d8): identifier '$prev' at /home/src/testsuite/semok/thirtynine.stp:6:40

        source:   printf("switch from=0x%x to=0x%x\n", $prev, $next)

                                                       ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 8442 exp12 0 1
FAIL: semok/thirtynine.stp
Running /home/src/testsuite/semok/thirtyone.stp
starting /home/src/testsuite/semok/thirtyone.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtyone.stp
spawn stap -p2 /home/src/testsuite/semok/thirtyone.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/thirtyone.stp:5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2083': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2084': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2085': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2086': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2087': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/thirtyone.stp:5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2083': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2084': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2085': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2086': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2087': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

WARNING: side-effect-free probe 'probe_2088': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2089': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2090': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2091': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2092': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2093': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2094': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2095': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2096': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2097': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2098': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2099': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2100': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2101': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2102': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2103': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2104': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: 
         ^

WARNING: side-effect-free probe 'probe_2088': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2089': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2090': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2091': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2092': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2093': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2094': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2095': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2096': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2097': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2098': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2099': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2100': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2101': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2102': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2103': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2104': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^
side-effect-free probe 'probe_2105': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2106': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2107': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2108': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2109': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2110': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2111': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2112': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2113': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2114': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2115': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2116': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2117': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2118': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2119': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2120': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2121': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2122': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2123': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2124': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2125': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2126': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2127': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2128': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2129': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2130': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2131': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2132': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2133': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2134': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2135': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2136': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2137': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: sid
WARNING: side-effect-free probe 'probe_2105': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2106': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2107': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2108': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2109': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2110': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2111': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2112': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2113': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2114': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2115': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2116': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2117': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2118': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2119': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2120': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2121': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2122': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2123': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2124': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2125': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2126': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2127': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2128': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2129': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2130': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2131': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2132': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2133': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2134': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2135': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2136': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2137': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^
e-effect-free probe 'probe_2138': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2139': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2140': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2141': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2142': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2143': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2144': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2145': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2146': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2147': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2148': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2149': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2150': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2151': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2152': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2153': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2154': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2155': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2156': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2157': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2158': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2159': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2160': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2161': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2162': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2163': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2164': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2165': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2166': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2167': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2168': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2169': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2170': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-e
WARNING: side-effect-free probe 'probe_2138': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2139': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2140': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2141': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2142': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2143': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2144': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2145': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2146': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2147': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2148': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2149': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2150': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2151': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2152': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2153': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2154': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2155': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2156': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2157': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2158': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2159': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2160': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2161': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2162': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2163': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2164': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2165': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2166': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2167': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2168': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2169': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2170': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^
ffect-free probe 'probe_2171': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2172': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2173': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2174': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2175': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2176': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2177': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2178': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2179': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2180': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2181': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2182': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2183': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2184': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2185': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2186': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2187': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2188': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2189': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2190': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2191': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2192': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2193': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2194': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2195': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2196': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2197': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2198': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2199': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2200': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2201': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2202': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2203': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effe
WARNING: side-effect-free probe 'probe_2171': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2172': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2173': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2174': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2175': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2176': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2177': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2178': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2179': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2180': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2181': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2182': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2183': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2184': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2185': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2186': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2187': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2188': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2189': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2190': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2191': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2192': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2193': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2194': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2195': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2196': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2197': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2198': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2199': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2200': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2201': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2202': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2203': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^
ct-free probe 'probe_2204': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2205': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2206': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2207': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2208': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2209': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2210': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2211': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2212': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2213': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2214': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2215': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2216': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2217': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2218': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2219': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2220': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2221': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2222': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
WARNING: side-effect-free probe 'probe_2223': keyword at :5:1
 source: probe kernel.function("*@module.c") {}
         ^
# probes
kernel.function("find_section@arch/powerpc/kernel/module.c:51") /* pc=_stext+0x2783c */ /* <- kernel.function("*@module.c") */
kernel.function("module_finalize@arch/powerpc/kernel/module.c:64") /* pc=_stext+0x278f4 */ /* <- kernel.function("*@module.c") */
kernel.function("module_arch_cleanup@arch/powerpc/kernel/module.c:103") /* pc=_stext+0x27818 */ /* <- kernel.function("*@module.c") */
kernel.function("module_alloc@arch/powerpc/kernel/module.c:35") /* pc=_stext+0x27a54 */ /* <- kernel.function("*@module.c") */
kernel.function("module_free@arch/powerpc/kernel/module.c:44") /* pc=_stext+0x27a2c */ /* <- kernel.function("*@module.c") */
kernel.function("module_layout@kernel/module.c:3125") /* pc=_stext+0xc2bcc */ /* <- kernel.function("*@module.c") */
kernel.function("module_kallsyms_on_each_symbol@kernel/module.c:2872") /* pc=_stext+0xc2890 */ /* <- kernel.function("*@module.c") */
kernel.function("each_symbol@kernel/module.c:228") /* pc=_stext+0xc248c */ /* <- kernel.function("*@module.c") */
kernel.function("find_symbol@kernel/module.c:343") /* pc=_stext+0xc269c */ /* <- kernel.function("*@module.c") */
kernel.function("lookup_module_symbol_name@kernel/module.c:2763") /* pc=_stext+0xc37dc */ /* <- kernel.function("*@module.c") */
kernel.function("module_flags@kernel/module.c:2890") /* pc=_stext+0xc2984 */ /* <- kernel.function("*@module.c") */
kernel.function("free_module@kernel/module.c:1542") /* pc=_stext+0xc4644 */ /* <- kernel.function("*@module.c") */
kernel.function("free_modinfo_version@kernel/module.c:517") /* pc=_stext+0xc3a38 */ /* <- kernel.function("*@module.c") */
ker
WARNING: side-effect-free probe 'probe_2204': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2205': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2206': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2207': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2208': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2209': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2210': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2211': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2212': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2213': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2214': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2215': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2216': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2217': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2218': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2219': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2220': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2221': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2222': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

WARNING: side-effect-free probe 'probe_2223': keyword at :5:1

 source: probe kernel.function("*@module.c") {}

         ^

# probes

kernel.function("find_section@arch/powerpc/kernel/module.c:51") /* pc=_stext+0x2783c */ /* <- kernel.function("*@module.c") */

kernel.function("module_finalize@arch/powerpc/kernel/module.c:64") /* pc=_stext+0x278f4 */ /* <- kernel.function("*@module.c") */

kernel.function("module_arch_cleanup@arch/powerpc/kernel/module.c:103") /* pc=_stext+0x27818 */ /* <- kernel.function("*@module.c") */

kernel.function("module_alloc@arch/powerpc/kernel/module.c:35") /* pc=_stext+0x27a54 */ /* <- kernel.function("*@module.c") */

kernel.function("module_free@arch/powerpc/kernel/module.c:44") /* pc=_stext+0x27a2c */ /* <- kernel.function("*@module.c") */

kernel.function("module_layout@kernel/module.c:3125") /* pc=_stext+0xc2bcc */ /* <- kernel.function("*@module.c") */

kernel.function("module_kallsyms_on_each_symbol@kernel/module.c:2872") /* pc=_stext+0xc2890 */ /* <- kernel.function("*@module.c") */

kernel.function("each_symbol@kernel/module.c:228") /* pc=_stext+0xc248c */ /* <- kernel.function("*@module.c") */

kernel.function("find_symbol@kernel/module.c:343") /* pc=_stext+0xc269c */ /* <- kernel.function("*@module.c") */

kernel.function("lookup_module_symbol_name@kernel/module.c:2763") /* pc=_stext+0xc37dc */ /* <- kernel.function("*@module.c") */

kernel.function("module_flags@kernel/module.c:2890") /* pc=_stext+0xc2984 */ /* <- kernel.function("*@module.c") */

kernel.function("free_module@kernel/module.c:1542") /* pc=_stext+0xc4644 */ /* <- kernel.function("*@module.c") */

kernel.function("free_modinfo_version@kernel/module.c:517") /* pc=_stext+0xc3a38 */ /* <- kernel.function("*@module.c") */
nel.function("m_next@kernel/module.c:2931") /* pc=_stext+0xc2c08 */ /* <- kernel.function("*@module.c") */
kernel.function("show_modinfo_srcversion@kernel/module.c:518") /* pc=_stext+0xc4344 */ /* <- kernel.function("*@module.c") */
kernel.function("each_symbol_in_section@kernel/module.c:213") /* pc=_stext+0xc2398 */ /* <- kernel.function("*@module.c") */
kernel.function("module_refcount@kernel/module.c:676") /* pc=_stext+0xc3c8c */ /* <- kernel.function("*@module.c") */
kernel.function("lookup_module_symbol_attrs@kernel/module.c:2787") /* pc=_stext+0xc36b0 */ /* <- kernel.function("*@module.c") */
kernel.function("free_notes_attrs@kernel/module.c:1241") /* pc=_stext+0xc447c */ /* <- kernel.function("*@module.c") */
kernel.function("try_to_force_load@kernel/module.c:937") /* pc=_stext+0xc40bc */ /* <- kernel.function("*@module.c") */
kernel.function("find_module@kernel/module.c:365") /* pc=_stext+0xc3174 */ /* <- kernel.function("*@module.c") */
kernel.function("SyS_delete_module@kernel/module.c:721") /* pc=_stext+0xc6c30 */ /* <- kernel.function("*@module.c") */
kernel.function("__try_stop_module@kernel/module.c:647") /* pc=_stext+0xc3f58 */ /* <- kernel.function("*@module.c") */
kernel.function("module_unload_free@kernel/module.c:608") /* pc=_stext+0xc4558 */ /* <- kernel.function("*@module.c") */
kernel.function("is_module_text_address@kernel/module.c:3070") /* pc=_stext+0xc2ba4 */ /* <- kernel.function("*@module.c") */
kernel.function("__unlink_module@kernel/module.c:1534") /* pc=_stext+0xc2744 */ /* <- kernel.function("*@module.c") */
kernel.function("resolve_symbol@kernel/module.c:1060") /* pc=_stext+0xc49f8 */ /* <- kernel.function("*@module.c") */
kernel.function("module_sect_show@kernel/module.c:1137") /* pc=_stext+0xc43c4 */ /* <- kernel.function("*@module.c") */
kernel.function("__symbol_put@kernel/module.c:823") /* pc=_stext+0xc4874 */ /* <- kernel.function("*@module.c") */
kernel.function("simplify_symbols@kernel/module.c:1641") /* pc=_stext+0xc4b10 */ /* <- kernel.function("*@module.c") */
kernel.function("symbol_put_addr@kernel/module.c:836") /* pc=_stext+0xc6b60 */ /* <- kernel.function("*@module.c") */
kernel.function("print_modules@kernel/module.c:3102") /* pc=_stext+0xc2cc4 */ /* <- kernel.function("*@module.c") */
kernel.function("ref_module@kernel/module.c:586") /* pc=_stext+0xc48bc */ /* <- kernel.function("*@module.c") */
kernel.function("find_symbol_in_section@kernel/module.c:297") /* pc=_stext+0xc33b0 */ /* <- kernel.function("*@module.c") */
kernel.function("section_objs@kernel/module.c:173") /* pc=_stext+0xc3118 */ /* <- kernel.function("*@module.c") */
kernel.function("module_put@kernel/module.c:863") /* pc=_stext+0xc4500 */ /* <- kernel.function("*@module.c") */
kernel.function("show_modinfo_version@kernel/module.c:517") /* pc=_stext+0xc4384 */ /* <- kernel.function("*@module.c") */
kernel.function("show_refcnt@kernel/module.c:853") /* pc=_stext+0xc4280 */ /* <- kernel.function("*@module.c") */
kernel.function("show_initstate@kernel/module.c:902") /* pc=_stext+0xc42d0 */ /* <- kernel.function("*@module.c") */
kernel.function("setup_modinfo_version@kernel/module.c:517") /* pc=_stext+0xc4440 */ /* <- kernel.function("*@module.c") */
kernel.function("modules_open@kernel/module.c:2978") /* pc=_stext+0xc2bd0 */ /* <- kernel.function("*@module.c") */
kernel.function("is_module_percpu_address@kernel/module.c:433") /* pc=_stext+0xc3fb0 */ /* <- kernel.function("*@module.c") */
kernel.function("get_modinfo@kernel/module.c:1813") /* pc=_stext+0xc3ae0 */ /* <- kernel.function("*@module.c") */
kernel.function("__symbol_get@kernel/module.c:1582") /* pc=_stext+0xc2778 */ /* <- kernel.function("*@module.c") */
kernel.function("get_offset@kernel/module.c:1710") /* pc=_stext+0xc27f8 */ /* <- kernel.function("*@module.c") */
kernel.function("load_module@kernel/module.c:2113") /* pc=_stext+0xc4e08 */ /* <- kernel.function("*@module.c") */
kernel.function("modinfo_srcversion_exists@kernel/module.c:518") /* pc=_stext+0xc2734 */ /* <- kernel.function("*@module.c") */
kernel.funct
kernel.function("m_next@kernel/module.c:2931") /* pc=_stext+0xc2c08 */ /* <- kernel.function("*@module.c") */

kernel.function("show_modinfo_srcversion@kernel/module.c:518") /* pc=_stext+0xc4344 */ /* <- kernel.function("*@module.c") */

kernel.function("each_symbol_in_section@kernel/module.c:213") /* pc=_stext+0xc2398 */ /* <- kernel.function("*@module.c") */

kernel.function("module_refcount@kernel/module.c:676") /* pc=_stext+0xc3c8c */ /* <- kernel.function("*@module.c") */

kernel.function("lookup_module_symbol_attrs@kernel/module.c:2787") /* pc=_stext+0xc36b0 */ /* <- kernel.function("*@module.c") */

kernel.function("free_notes_attrs@kernel/module.c:1241") /* pc=_stext+0xc447c */ /* <- kernel.function("*@module.c") */

kernel.function("try_to_force_load@kernel/module.c:937") /* pc=_stext+0xc40bc */ /* <- kernel.function("*@module.c") */

kernel.function("find_module@kernel/module.c:365") /* pc=_stext+0xc3174 */ /* <- kernel.function("*@module.c") */

kernel.function("SyS_delete_module@kernel/module.c:721") /* pc=_stext+0xc6c30 */ /* <- kernel.function("*@module.c") */

kernel.function("__try_stop_module@kernel/module.c:647") /* pc=_stext+0xc3f58 */ /* <- kernel.function("*@module.c") */

kernel.function("module_unload_free@kernel/module.c:608") /* pc=_stext+0xc4558 */ /* <- kernel.function("*@module.c") */

kernel.function("is_module_text_address@kernel/module.c:3070") /* pc=_stext+0xc2ba4 */ /* <- kernel.function("*@module.c") */

kernel.function("__unlink_module@kernel/module.c:1534") /* pc=_stext+0xc2744 */ /* <- kernel.function("*@module.c") */

kernel.function("resolve_symbol@kernel/module.c:1060") /* pc=_stext+0xc49f8 */ /* <- kernel.function("*@module.c") */

kernel.function("module_sect_show@kernel/module.c:1137") /* pc=_stext+0xc43c4 */ /* <- kernel.function("*@module.c") */

kernel.function("__symbol_put@kernel/module.c:823") /* pc=_stext+0xc4874 */ /* <- kernel.function("*@module.c") */

kernel.function("simplify_symbols@kernel/module.c:1641") /* pc=_stext+0xc4b10 */ /* <- kernel.function("*@module.c") */

kernel.function("symbol_put_addr@kernel/module.c:836") /* pc=_stext+0xc6b60 */ /* <- kernel.function("*@module.c") */

kernel.function("print_modules@kernel/module.c:3102") /* pc=_stext+0xc2cc4 */ /* <- kernel.function("*@module.c") */

kernel.function("ref_module@kernel/module.c:586") /* pc=_stext+0xc48bc */ /* <- kernel.function("*@module.c") */

kernel.function("find_symbol_in_section@kernel/module.c:297") /* pc=_stext+0xc33b0 */ /* <- kernel.function("*@module.c") */

kernel.function("section_objs@kernel/module.c:173") /* pc=_stext+0xc3118 */ /* <- kernel.function("*@module.c") */

kernel.function("module_put@kernel/module.c:863") /* pc=_stext+0xc4500 */ /* <- kernel.function("*@module.c") */

kernel.function("show_modinfo_version@kernel/module.c:517") /* pc=_stext+0xc4384 */ /* <- kernel.function("*@module.c") */

kernel.function("show_refcnt@kernel/module.c:853") /* pc=_stext+0xc4280 */ /* <- kernel.function("*@module.c") */

kernel.function("show_initstate@kernel/module.c:902") /* pc=_stext+0xc42d0 */ /* <- kernel.function("*@module.c") */

kernel.function("setup_modinfo_version@kernel/module.c:517") /* pc=_stext+0xc4440 */ /* <- kernel.function("*@module.c") */

kernel.function("modules_open@kernel/module.c:2978") /* pc=_stext+0xc2bd0 */ /* <- kernel.function("*@module.c") */

kernel.function("is_module_percpu_address@kernel/module.c:433") /* pc=_stext+0xc3fb0 */ /* <- kernel.function("*@module.c") */

kernel.function("get_modinfo@kernel/module.c:1813") /* pc=_stext+0xc3ae0 */ /* <- kernel.function("*@module.c") */

kernel.function("__symbol_get@kernel/module.c:1582") /* pc=_stext+0xc2778 */ /* <- kernel.function("*@module.c") */

kernel.function("get_offset@kernel/module.c:1710") /* pc=_stext+0xc27f8 */ /* <- kernel.function("*@module.c") */

kernel.function("load_module@kernel/module.c:2113") /* pc=_stext+0xc4e08 */ /* <- kernel.function("*@module.c") */

kernel.function("modinfo_srcversion_exists@kernel/module.c:518") /* pc=_stext+0xc2734 */ /* <- kernel.function("*@module.c") */
ion("unregister_module_notifier@kernel/module.c:108") /* pc=_stext+0xc6ef4 */ /* <- kernel.function("*@module.c") */
kernel.function("module_kallsyms_lookup_name@kernel/module.c:2848") /* pc=_stext+0xc320c */ /* <- kernel.function("*@module.c") */
kernel.function("modinfo_version_exists@kernel/module.c:517") /* pc=_stext+0xc2724 */ /* <- kernel.function("*@module.c") */
kernel.function("m_stop@kernel/module.c:2936") /* pc=_stext+0xc2c40 */ /* <- kernel.function("*@module.c") */
kernel.function("get_ksymbol@kernel/module.c:2692") /* pc=_stext+0xc2e40 */ /* <- kernel.function("*@module.c") */
kernel.function("m_start@kernel/module.c:2925") /* pc=_stext+0xc2c74 */ /* <- kernel.function("*@module.c") */
kernel.function("SyS_init_module@kernel/module.c:2603") /* pc=_stext+0xc691c */ /* <- kernel.function("*@module.c") */
kernel.function("find_sec@kernel/module.c:147") /* pc=_stext+0xc3070 */ /* <- kernel.function("*@module.c") */
kernel.function("module_address_lookup@kernel/module.c:2739") /* pc=_stext+0xc38bc */ /* <- kernel.function("*@module.c") */
kernel.function("module_alloc_update_bounds@kernel/module.c:2066") /* pc=_stext+0xc3bf8 */ /* <- kernel.function("*@module.c") */
kernel.function("search_module_extables@kernel/module.c:2999") /* pc=_stext+0xc2d94 */ /* <- kernel.function("*@module.c") */
kernel.function("__module_address@kernel/module.c:3047") /* pc=_stext+0xc2a5c */ /* <- kernel.function("*@module.c") */
kernel.function("register_module_notifier@kernel/module.c:102") /* pc=_stext+0xc6f30 */ /* <- kernel.function("*@module.c") */
kernel.function("module_get_kallsym@kernel/module.c:2814") /* pc=_stext+0xc3500 */ /* <- kernel.function("*@module.c") */
kernel.function("m_show@kernel/module.c:2941") /* pc=_stext+0xc3db0 */ /* <- kernel.function("*@module.c") */
kernel.function("__module_text_address@kernel/module.c:3088") /* pc=_stext+0xc2b2c */ /* <- kernel.function("*@module.c") */
kernel.function("check_version@kernel/module.c:967") /* pc=_stext+0xc4140 */ /* <- kernel.function("*@module.c") */
kernel.function("setup_modinfo_srcversion@kernel/module.c:518") /* pc=_stext+0xc4404 */ /* <- kernel.function("*@module.c") */
kernel.function("free_modinfo_srcversion@kernel/module.c:518") /* pc=_stext+0xc39fc */ /* <- kernel.function("*@module.c") */
kernel.function("free_sect_attrs@kernel/module.c:1144") /* pc=_stext+0xc3a74 */ /* <- kernel.function("*@module.c") */
kernel.function("__module_put_and_exit@kernel/module.c:136") /* pc=_stext+0xc6ed0 */ /* <- kernel.function("*@module.c") */
kernel.function("arch_mod_section_prepend@kernel/module.c:1702") /* pc=_stext+0xc27f0 */ /* <- kernel.function("*@module.c") */
kernel.function("module_notes_read@kernel/module.c:1231") /* pc=_stext+0xc39b8 */ /* <- kernel.function("*@module.c") */
kernel.function("is_module_address@kernel/module.c:3029") /* pc=_stext+0xc2b04 */ /* <- kernel.function("*@module.c") */
kernel.function("remove_notes_attrs@kernel/module.c:1312") /* pc=_stext+0xc469c */ /* <- kernel.function("*@module.c") */
kernel.function("elf_type@kernel/module.c:1881") /* pc=_stext+0xc5cfc */ /* <- kernel.function("*@module.c") */
kernel.function("add_kallsyms@kernel/module.c:1998") /* pc=_stext+0xc5cec */ /* <- kernel.function("*@module.c") */
kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc63c0 */ /* <- kernel.function("*@module.c") */
kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc647c */ /* <- kernel.function("*@module.c") */
kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc6558 */ /* <- kernel.function("*@module.c") */
kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc660c */ /* <- kernel.function("*@module.c") */
kernel.function("SYSC_init_module@kernel/module.c:2604") /* pc=_stext+0xc6930 */ /* <- kernel.function("*@module.c") */
kernel.function("find_pcpusec@kernel/module.c:410") /* pc=_stext+0xc502c */ /* <- kernel.function("*@module.c") */
kernel.function("already_uses@kernel/module.c:546") /* pc=_stext+0xc48e8 */ /* <- kernel.function("*@module.c") */
kernel.function("unregister_module_notifier@kernel/module.c:108") /* pc=_stext+0xc6ef4 */ /* <- kernel.function("*@module.c") */

kernel.function("module_kallsyms_lookup_name@kernel/module.c:2848") /* pc=_stext+0xc320c */ /* <- kernel.function("*@module.c") */

kernel.function("modinfo_version_exists@kernel/module.c:517") /* pc=_stext+0xc2724 */ /* <- kernel.function("*@module.c") */

kernel.function("m_stop@kernel/module.c:2936") /* pc=_stext+0xc2c40 */ /* <- kernel.function("*@module.c") */

kernel.function("get_ksymbol@kernel/module.c:2692") /* pc=_stext+0xc2e40 */ /* <- kernel.function("*@module.c") */

kernel.function("m_start@kernel/module.c:2925") /* pc=_stext+0xc2c74 */ /* <- kernel.function("*@module.c") */

kernel.function("SyS_init_module@kernel/module.c:2603") /* pc=_stext+0xc691c */ /* <- kernel.function("*@module.c") */

kernel.function("find_sec@kernel/module.c:147") /* pc=_stext+0xc3070 */ /* <- kernel.function("*@module.c") */

kernel.function("module_address_lookup@kernel/module.c:2739") /* pc=_stext+0xc38bc */ /* <- kernel.function("*@module.c") */

kernel.function("module_alloc_update_bounds@kernel/module.c:2066") /* pc=_stext+0xc3bf8 */ /* <- kernel.function("*@module.c") */

kernel.function("search_module_extables@kernel/module.c:2999") /* pc=_stext+0xc2d94 */ /* <- kernel.function("*@module.c") */

kernel.function("__module_address@kernel/module.c:3047") /* pc=_stext+0xc2a5c */ /* <- kernel.function("*@module.c") */

kernel.function("register_module_notifier@kernel/module.c:102") /* pc=_stext+0xc6f30 */ /* <- kernel.function("*@module.c") */

kernel.function("module_get_kallsym@kernel/module.c:2814") /* pc=_stext+0xc3500 */ /* <- kernel.function("*@module.c") */

kernel.function("m_show@kernel/module.c:2941") /* pc=_stext+0xc3db0 */ /* <- kernel.function("*@module.c") */

kernel.function("__module_text_address@kernel/module.c:3088") /* pc=_stext+0xc2b2c */ /* <- kernel.function("*@module.c") */

kernel.function("check_version@kernel/module.c:967") /* pc=_stext+0xc4140 */ /* <- kernel.function("*@module.c") */

kernel.function("setup_modinfo_srcversion@kernel/module.c:518") /* pc=_stext+0xc4404 */ /* <- kernel.function("*@module.c") */

kernel.function("free_modinfo_srcversion@kernel/module.c:518") /* pc=_stext+0xc39fc */ /* <- kernel.function("*@module.c") */

kernel.function("free_sect_attrs@kernel/module.c:1144") /* pc=_stext+0xc3a74 */ /* <- kernel.function("*@module.c") */

kernel.function("__module_put_and_exit@kernel/module.c:136") /* pc=_stext+0xc6ed0 */ /* <- kernel.function("*@module.c") */

kernel.function("arch_mod_section_prepend@kernel/module.c:1702") /* pc=_stext+0xc27f0 */ /* <- kernel.function("*@module.c") */

kernel.function("module_notes_read@kernel/module.c:1231") /* pc=_stext+0xc39b8 */ /* <- kernel.function("*@module.c") */

kernel.function("is_module_address@kernel/module.c:3029") /* pc=_stext+0xc2b04 */ /* <- kernel.function("*@module.c") */

kernel.function("remove_notes_attrs@kernel/module.c:1312") /* pc=_stext+0xc469c */ /* <- kernel.function("*@module.c") */

kernel.function("elf_type@kernel/module.c:1881") /* pc=_stext+0xc5cfc */ /* <- kernel.function("*@module.c") */

kernel.function("add_kallsyms@kernel/module.c:1998") /* pc=_stext+0xc5cec */ /* <- kernel.function("*@module.c") */

kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc63c0 */ /* <- kernel.function("*@module.c") */

kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc647c */ /* <- kernel.function("*@module.c") */

kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc6558 */ /* <- kernel.function("*@module.c") */

kernel.function("sect_empty@kernel/module.c:1117") /* pc=_stext+0xc660c */ /* <- kernel.function("*@module.c") */

kernel.function("SYSC_init_module@kernel/module.c:2604") /* pc=_stext+0xc6930 */ /* <- kernel.function("*@module.c") */

kernel.function("find_pcpusec@kernel/module.c:410") /* pc=_stext+0xc502c */ /* <- kernel.function("*@module.c") */

kernel.function("already_uses@kernel/module.c:546") /* pc=_stext+0xc48e8 */ /* <- kernel.function("*@module.c") */

kernel.function("percpu_modalloc@kernel/module.c:385") /* pc=_stext+0xc5230 */ /* <- kernel.function("*@module.c") */
kernel.function("add_notes_attrs@kernel/module.c:1253") /* pc=_stext+0xc6544 */ /* <- kernel.function("*@module.c") */
kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc4108 */ /* <- kernel.function("*@module.c") */
kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc516c */ /* <- kernel.function("*@module.c") */
kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc5890 */ /* <- kernel.function("*@module.c") */
kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc58e4 */ /* <- kernel.function("*@module.c") */
kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc59bc */ /* <- kernel.function("*@module.c") */
kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5a00 */ /* <- kernel.function("*@module.c") */
kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5a44 */ /* <- kernel.function("*@module.c") */
kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5a88 */ /* <- kernel.function("*@module.c") */
kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5acc */ /* <- kernel.function("*@module.c") */
kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5fc0 */ /* <- kernel.function("*@module.c") */
kernel.function("percpu_modcopy@kernel/module.c:416") /* pc=_stext+0xc5c54 */ /* <- kernel.function("*@module.c") */
kernel.function("free_modinfo@kernel/module.c:1841") /* pc=_stext+0xc6750 */ /* <- kernel.function("*@module.c") */
kernel.function("verify_export_symbols@kernel/module.c:1603") /* pc=_stext+0xc6020 */ /* <- kernel.function("*@module.c") */
kernel.function("add_usage_links@kernel/module.c:1340") /* pc=_stext+0xc6308 */ /* <- kernel.function("*@module.c") */
kernel.function("setup_modinfo@kernel/module.c:1827") /* pc=_stext+0xc5908 */ /* <- kernel.function("*@module.c") */
kernel.function("remove_sect_attrs@kernel/module.c:1207") /* pc=_stext+0xc46b0 */ /* <- kernel.function("*@module.c") */
kernel.function("check_modstruct_version@kernel/module.c:1007") /* pc=_stext+0xc504c */ /* <- kernel.function("*@module.c") */
kernel.function("percpu_modfree@kernel/module.c:403") /* pc=_stext+0xc4820 */ /* <- kernel.function("*@module.c") */
kernel.function("maybe_relocated@kernel/module.c:953") /* pc=_stext+0xc41e0 */ /* <- kernel.function("*@module.c") */
kernel.function("module_remove_modinfo_attrs@kernel/module.c:1393") /* pc=_stext+0xc4730 */ /* <- kernel.function("*@module.c") */
kernel.function("mod_find_symname@kernel/module.c:2836") /* pc=_stext+0xc3270 */ /* <- kernel.function("*@module.c") */
kernel.function("mod_find_symname@kernel/module.c:2836") /* pc=_stext+0xc32f0 */ /* <- kernel.function("*@module.c") */
kernel.function("layout_sections@kernel/module.c:1727") /* pc=_stext+0xc52bc */ /* <- kernel.function("*@module.c") */
kernel.function("is_arm_mapping_symbol@kernel/module.c:2683") /* pc=_stext+0xc2f10 */ /* <- kernel.function("*@module.c") */
kernel.function("is_arm_mapping_symbol@kernel/module.c:2683") /* pc=_stext+0xc2f68 */ /* <- kernel.function("*@module.c") */
kernel.function("try_stop_module@kernel/module.c:662") /* pc=_stext+0xc6d5c */ /* <- kernel.function("*@module.c") */
kernel.function("mod_percpu@kernel/module.c:379") /* pc=_stext+0xc52b4 */ /* <- kernel.function("*@module.c") */
kernel.function("add_module_usage@kernel/module.c:567") /* pc=_stext+0xc4930 */ /* <- kernel.function("*@module.c") */
kernel.function("add_sect_attrs@kernel/module.c:1154") /* pc=_stext+0xc63c0 */ /* <- kernel.function("*@module.c") */
kernel.function("del_usage_links@kernel/module.c:1355") /* pc=_stext+0xc46d8 */ /* <- kernel.function("*@module.c") */
kernel.function("set_license@kernel/module.c:1779") /* pc=_stext+0xc57dc */ /* <- kernel.function("*@module.c") */
kernel.function("do_mod_ctors@kernel/module.c:2592") /* pc=_stext+0xc69ac */ /* <- kernel.function("*@module.c") */
kernel.function("mod_s
kernel.function("percpu_modalloc@kernel/module.c:385") /* pc=_stext+0xc5230 */ /* <- kernel.function("*@module.c") */

kernel.function("add_notes_attrs@kernel/module.c:1253") /* pc=_stext+0xc6544 */ /* <- kernel.function("*@module.c") */

kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc4108 */ /* <- kernel.function("*@module.c") */

kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc516c */ /* <- kernel.function("*@module.c") */

kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc5890 */ /* <- kernel.function("*@module.c") */

kernel.function("add_taint_module@kernel/module.c:126") /* pc=_stext+0xc58e4 */ /* <- kernel.function("*@module.c") */

kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc59bc */ /* <- kernel.function("*@module.c") */

kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5a00 */ /* <- kernel.function("*@module.c") */

kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5a44 */ /* <- kernel.function("*@module.c") */

kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5a88 */ /* <- kernel.function("*@module.c") */

kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5acc */ /* <- kernel.function("*@module.c") */

kernel.function("section_addr@kernel/module.c:161") /* pc=_stext+0xc5fc0 */ /* <- kernel.function("*@module.c") */

kernel.function("percpu_modcopy@kernel/module.c:416") /* pc=_stext+0xc5c54 */ /* <- kernel.function("*@module.c") */

kernel.function("free_modinfo@kernel/module.c:1841") /* pc=_stext+0xc6750 */ /* <- kernel.function("*@module.c") */

kernel.function("verify_export_symbols@kernel/module.c:1603") /* pc=_stext+0xc6020 */ /* <- kernel.function("*@module.c") */

kernel.function("add_usage_links@kernel/module.c:1340") /* pc=_stext+0xc6308 */ /* <- kernel.function("*@module.c") */

kernel.function("setup_modinfo@kernel/module.c:1827") /* pc=_stext+0xc5908 */ /* <- kernel.function("*@module.c") */

kernel.function("remove_sect_attrs@kernel/module.c:1207") /* pc=_stext+0xc46b0 */ /* <- kernel.function("*@module.c") */

kernel.function("check_modstruct_version@kernel/module.c:1007") /* pc=_stext+0xc504c */ /* <- kernel.function("*@module.c") */

kernel.function("percpu_modfree@kernel/module.c:403") /* pc=_stext+0xc4820 */ /* <- kernel.function("*@module.c") */

kernel.function("maybe_relocated@kernel/module.c:953") /* pc=_stext+0xc41e0 */ /* <- kernel.function("*@module.c") */

kernel.function("module_remove_modinfo_attrs@kernel/module.c:1393") /* pc=_stext+0xc4730 */ /* <- kernel.function("*@module.c") */

kernel.function("mod_find_symname@kernel/module.c:2836") /* pc=_stext+0xc3270 */ /* <- kernel.function("*@module.c") */

kernel.function("mod_find_symname@kernel/module.c:2836") /* pc=_stext+0xc32f0 */ /* <- kernel.function("*@module.c") */

kernel.function("layout_sections@kernel/module.c:1727") /* pc=_stext+0xc52bc */ /* <- kernel.function("*@module.c") */

kernel.function("is_arm_mapping_symbol@kernel/module.c:2683") /* pc=_stext+0xc2f10 */ /* <- kernel.function("*@module.c") */

kernel.function("is_arm_mapping_symbol@kernel/module.c:2683") /* pc=_stext+0xc2f68 */ /* <- kernel.function("*@module.c") */

kernel.function("try_stop_module@kernel/module.c:662") /* pc=_stext+0xc6d5c */ /* <- kernel.function("*@module.c") */

kernel.function("mod_percpu@kernel/module.c:379") /* pc=_stext+0xc52b4 */ /* <- kernel.function("*@module.c") */

kernel.function("add_module_usage@kernel/module.c:567") /* pc=_stext+0xc4930 */ /* <- kernel.function("*@module.c") */

kernel.function("add_sect_attrs@kernel/module.c:1154") /* pc=_stext+0xc63c0 */ /* <- kernel.function("*@module.c") */

kernel.function("del_usage_links@kernel/module.c:1355") /* pc=_stext+0xc46d8 */ /* <- kernel.function("*@module.c") */

kernel.function("set_license@kernel/module.c:1779") /* pc=_stext+0xc57dc */ /* <- kernel.function("*@module.c") */

kernel.function("do_mod_ctors@kernel/module.c:2592") /* pc=_stext+0xc69ac */ /* <- kernel.function("*@module.c") */
ysfs_fini@kernel/module.c:1482") /* pc=_stext+0xc47d4 */ /* <- kernel.function("*@module.c") */
kernel.function("wait_for_zero_refcount@kernel/module.c:706") /* pc=_stext+0xc6dc0 */ /* <- kernel.function("*@module.c") */
kernel.function("mod_kobject_remove@kernel/module.c:1520") /* pc=_stext+0xc46d8 */ /* <- kernel.function("*@module.c") */
kernel.function("strong_try_module_get@kernel/module.c:116") /* pc=_stext+0xc27a4 */ /* <- kernel.function("*@module.c") */
kernel.function("strong_try_module_get@kernel/module.c:116") /* pc=_stext+0xc4920 */ /* <- kernel.function("*@module.c") */
kernel.function("layout_symtab@kernel/module.c:1945") /* pc=_stext+0xc5470 */ /* <- kernel.function("*@module.c") */
kernel.function("is_exported@kernel/module.c:1867") /* pc=_stext+0xc35b4 */ /* <- kernel.function("*@module.c") */
kernel.function("is_core_symbol@kernel/module.c:1918") /* pc=_stext+0xc54d8 */ /* <- kernel.function("*@module.c") */
kernel.function("is_core_symbol@kernel/module.c:1918") /* pc=_stext+0xc5e48 */ /* <- kernel.function("*@module.c") */
kernel.function("print_unload_info@kernel/module.c:800") /* pc=_stext+0xc3de0 */ /* <- kernel.function("*@module.c") */
kernel.function("lookup_symbol@kernel/module.c:1857") /* pc=_stext+0xc35c0 */ /* <- kernel.function("*@module.c") */
kernel.function("lookup_symbol@kernel/module.c:1857") /* pc=_stext+0xc3608 */ /* <- kernel.function("*@module.c") */
kernel.function("next_string@kernel/module.c:1793") /* pc=_stext+0xc3b64 */ /* <- kernel.function("*@module.c") */
kernel.function("mod_sysfs_init@kernel/module.c:1409") /* pc=_stext+0xc6158 */ /* <- kernel.function("*@module.c") */
kernel.function("module_unload_init@kernel/module.c:528") /* pc=_stext+0xc5728 */ /* <- kernel.function("*@module.c") */
kernel.function("within@kernel/module.c:2673") /* pc=_stext+0xc2b54 */ /* <- kernel.function("*@module.c") */
kernel.function("within@kernel/module.c:2673") /* pc=_stext+0xc2b6c */ /* <- kernel.function("*@module.c") */
kernel.function("same_magic@kernel/module.c:1022") /* pc=_stext+0xc50f4 */ /* <- kernel.function("*@module.c") */
kernel.function("mod_sysfs_setup@kernel/module.c:1445") /* pc=_stext+0xc6158 */ /* <- kernel.function("*@module.c") */
kernel.function("resolve_symbol_wait@kernel/module.c:1095") /* pc=_stext+0xc4b44 */ /* <- kernel.function("*@module.c") */
kernel.function("module_add_modinfo_attrs@kernel/module.c:1367") /* pc=_stext+0xc6228 */ /* <- kernel.function("*@module.c") */
kernel.function("SYSC_delete_module@kernel/module.c:722") /* pc=_stext+0xc6c44 */ /* <- kernel.function("*@module.c") */
kernel.function("module_remove_driver@drivers/base/module.c:73") /* pc=_stext+0x3d637c */ /* <- kernel.function("*@module.c") */
kernel.function("module_add_driver@drivers/base/module.c:34") /* pc=_stext+0x3d6438 */ /* <- kernel.function("*@module.c") */
kernel.function("make_driver_name@drivers/base/module.c:15") /* pc=_stext+0x3d63dc */ /* <- kernel.function("*@module.c") */
kernel.function("make_driver_name@drivers/base/module.c:15") /* pc=_stext+0x3d64b8 */ /* <- kernel.function("*@module.c") */
kernel.function("module_create_drivers_dir@drivers/base/module.c:26") /* pc=_stext+0x3d64e0 */ /* <- kernel.function("*@module.c") */

kernel.function("mod_sysfs_fini@kernel/module.c:1482") /* pc=_stext+0xc47d4 */ /* <- kernel.function("*@module.c") */

kernel.function("wait_for_zero_refcount@kernel/module.c:706") /* pc=_stext+0xc6dc0 */ /* <- kernel.function("*@module.c") */

kernel.function("mod_kobject_remove@kernel/module.c:1520") /* pc=_stext+0xc46d8 */ /* <- kernel.function("*@module.c") */

kernel.function("strong_try_module_get@kernel/module.c:116") /* pc=_stext+0xc27a4 */ /* <- kernel.function("*@module.c") */

kernel.function("strong_try_module_get@kernel/module.c:116") /* pc=_stext+0xc4920 */ /* <- kernel.function("*@module.c") */

kernel.function("layout_symtab@kernel/module.c:1945") /* pc=_stext+0xc5470 */ /* <- kernel.function("*@module.c") */

kernel.function("is_exported@kernel/module.c:1867") /* pc=_stext+0xc35b4 */ /* <- kernel.function("*@module.c") */

kernel.function("is_core_symbol@kernel/module.c:1918") /* pc=_stext+0xc54d8 */ /* <- kernel.function("*@module.c") */

kernel.function("is_core_symbol@kernel/module.c:1918") /* pc=_stext+0xc5e48 */ /* <- kernel.function("*@module.c") */

kernel.function("print_unload_info@kernel/module.c:800") /* pc=_stext+0xc3de0 */ /* <- kernel.function("*@module.c") */

kernel.function("lookup_symbol@kernel/module.c:1857") /* pc=_stext+0xc35c0 */ /* <- kernel.function("*@module.c") */

kernel.function("lookup_symbol@kernel/module.c:1857") /* pc=_stext+0xc3608 */ /* <- kernel.function("*@module.c") */

kernel.function("next_string@kernel/module.c:1793") /* pc=_stext+0xc3b64 */ /* <- kernel.function("*@module.c") */

kernel.function("mod_sysfs_init@kernel/module.c:1409") /* pc=_stext+0xc6158 */ /* <- kernel.function("*@module.c") */

kernel.function("module_unload_init@kernel/module.c:528") /* pc=_stext+0xc5728 */ /* <- kernel.function("*@module.c") */

kernel.function("within@kernel/module.c:2673") /* pc=_stext+0xc2b54 */ /* <- kernel.function("*@module.c") */

kernel.function("within@kernel/module.c:2673") /* pc=_stext+0xc2b6c */ /* <- kernel.function("*@module.c") */

kernel.function("same_magic@kernel/module.c:1022") /* pc=_stext+0xc50f4 */ /* <- kernel.function("*@module.c") */

kernel.function("mod_sysfs_setup@kernel/module.c:1445") /* pc=_stext+0xc6158 */ /* <- kernel.function("*@module.c") */

kernel.function("resolve_symbol_wait@kernel/module.c:1095") /* pc=_stext+0xc4b44 */ /* <- kernel.function("*@module.c") */

kernel.function("module_add_modinfo_attrs@kernel/module.c:1367") /* pc=_stext+0xc6228 */ /* <- kernel.function("*@module.c") */

kernel.function("SYSC_delete_module@kernel/module.c:722") /* pc=_stext+0xc6c44 */ /* <- kernel.function("*@module.c") */

kernel.function("module_remove_driver@drivers/base/module.c:73") /* pc=_stext+0x3d637c */ /* <- kernel.function("*@module.c") */

kernel.function("module_add_driver@drivers/base/module.c:34") /* pc=_stext+0x3d6438 */ /* <- kernel.function("*@module.c") */

kernel.function("make_driver_name@drivers/base/module.c:15") /* pc=_stext+0x3d63dc */ /* <- kernel.function("*@module.c") */

kernel.function("make_driver_name@drivers/base/module.c:15") /* pc=_stext+0x3d64b8 */ /* <- kernel.function("*@module.c") */

kernel.function("module_create_drivers_dir@drivers/base/module.c:26") /* pc=_stext+0x3d64e0 */ /* <- kernel.function("*@module.c") */
wait results: 8446 exp12 0 0
PASS: semok/thirtyone.stp
Running /home/src/testsuite/semok/thirtyseven.stp
starting /home/src/testsuite/semok/thirtyseven.stp
spawn1 stap -wWp2 /home/src/testsuite/semok/thirtyseven.stp
spawn stap -wWp2 /home/src/testsuite/semok/thirtyseven.stp
# functions
exit:unknown ()
# probes
begin /* <- begin */
# functions

exit:unknown ()

# probes

begin /* <- begin */
wait results: 8450 exp12 0 0
PASS: semok/thirtyseven.stp
Running /home/src/testsuite/semok/thirtysix.stp
starting /home/src/testsuite/semok/thirtysix.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtysix.stp
spawn stap -p2 /home/src/testsuite/semok/thirtysix.stp
# global embedded code
%{struct _stp_procfs_data {
  char *buffer;
  size_t bufsize;
  size_t count;
};
#ifndef STP_PROCFS_BUFSIZE
#define STP_PROCFS_BUFSIZE MAXSTRINGLEN
#endif
%}
%{
static void *
_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)
{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	size_t end = offset + length;
	if (end > offset && pi && end <= pi->rp->data_size)
		return &pi->data[offset];
#endif
	return NULL;
}
%}
# functions
_dwarf_tvar_get_mode_3:long ()
_get_kretprobe_long:long (i:long)
_procfs_value_get12:string ()
_set_kretprobe_long:unknown (i:long, value:long)
foo1:unknown ()
foo2:unknown ()
# probes
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */
kernel.function("SyS_open@fs/open.c:900").return /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open").return */
kernel.function("SyS_open@fs/open.c:900").call /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open").return */
kernel.function("SyS_open@fs/open.c:900").return /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open").return */
procfs("file").read /* <- procfs("file").read */
procfs("file").write /* <- procfs("file").write */
begin /* <- begin,end,error,never */
end /* <- begin,end,error,never */
error /* <- begin,end,error,never */
never /* <- begin,end,error,never */
timer.s(1) /* <- timer.s(1),timer.jiffies(1) */
timer.jiffies(1) /* <- timer.s(1),timer.jiffies(1) */
timer.profile /* <- timer.profile */
begin /* <- begin */
begin /* <- begin */
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */
kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */
begin /* <- begin */
begin /* <- begin */
begin /* <- begin */
kernel.function("release_task@kernel/exit.c:161") /* pc=_stext+0x91628 */ /* <- kernel.function("release_task") */
kernel.function("release_task@kernel/exit.c:161") /* pc=_stext+0x91628 */ /* <- kernel.function("release_task") */
# global embedded code

%{struct _stp_procfs_data {

  char *buffer;

  size_t bufsize;

  size_t count;

};

#ifndef STP_PROCFS_BUFSIZE

#define STP_PROCFS_BUFSIZE MAXSTRINGLEN

#endif

%}

%{

static void *

_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)

{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	size_t end = offset + length;

	if (end > offset && pi && end <= pi->rp->data_size)

		return &pi->data[offset];

#endif

	return NULL;

}

%}

# functions

_dwarf_tvar_get_mode_3:long ()

_get_kretprobe_long:long (i:long)

_procfs_value_get12:string ()

_set_kretprobe_long:unknown (i:long, value:long)

foo1:unknown ()

foo2:unknown ()

# probes

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */

kernel.function("SyS_open@fs/open.c:900").return /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open").return */

kernel.function("SyS_open@fs/open.c:900").call /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open").return */

kernel.function("SyS_open@fs/open.c:900").return /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open").return */

procfs("file").read /* <- procfs("file").read */

procfs("file").write /* <- procfs("file").write */

begin /* <- begin,end,error,never */

end /* <- begin,end,error,never */

error /* <- begin,end,error,never */

never /* <- begin,end,error,never */

timer.s(1) /* <- timer.s(1),timer.jiffies(1) */

timer.jiffies(1) /* <- timer.s(1),timer.jiffies(1) */

timer.profile /* <- timer.profile */

begin /* <- begin */

begin /* <- begin */

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */

kernel.function("SyS_open@fs/open.c:900") /* pc=_stext+0x152380 */ /* <- kernel.function("sys_open") */

begin /* <- begin */

begin /* <- begin */

begin /* <- begin */

kernel.function("release_task@kernel/exit.c:161") /* pc=_stext+0x91628 */ /* <- kernel.function("release_task") */

kernel.function("release_task@kernel/exit.c:161") /* pc=_stext+0x91628 */ /* <- kernel.function("release_task") */
wait results: 8454 exp12 0 0
PASS: semok/thirtysix.stp
Running /home/src/testsuite/semok/thirtythree.stp
starting /home/src/testsuite/semok/thirtythree.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtythree.stp
spawn stap -p2 /home/src/testsuite/semok/thirtythree.stp
# functions
_dwarf_tvar_get_page_0:long ()
_dwarf_tvar_get_page_1:long ()
# probes
kernel.function("do_mpage_readpage@fs/mpage.c:172") /* pc=_stext+0x18d9c4 */ /* <- kernel.function("do_mpage_readpage") */
# functions

_dwarf_tvar_get_page_0:long ()

_dwarf_tvar_get_page_1:long ()

# probes

kernel.function("do_mpage_readpage@fs/mpage.c:172") /* pc=_stext+0x18d9c4 */ /* <- kernel.function("do_mpage_readpage") */
wait results: 8478 exp12 0 0
PASS: semok/thirtythree.stp
Running /home/src/testsuite/semok/thirtytwo.stp
starting /home/src/testsuite/semok/thirtytwo.stp
spawn1 stap -p2 /home/src/testsuite/semok/thirtytwo.stp
spawn stap -p2 /home/src/testsuite/semok/thirtytwo.stp
# global embedded code
%{
static void *
_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)
{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	size_t end = offset + length;
	if (end > offset && pi && end <= pi->rp->data_size)
		return &pi->data[offset];
#endif
	return NULL;
}
%}
# functions
_dwarf_tvar_get_dfd_1:long ()
_dwarf_tvar_get_filename_2:long ()
_dwarf_tvar_get_flags_3:long ()
_dwarf_tvar_get_mode_4:long ()
_dwarf_tvar_get_return_0:long ()
_get_kretprobe_string:string (i:long)
_set_kretprobe_string:unknown (i:long, value:string)
log:unknown (msg:string)
# probes
kernel.function("do_sys_open@fs/open.c:879").call /* pc=_stext+0x1521f4 */ /* <- kernel.function("do_sys_open").return */
kernel.function("do_sys_open@fs/open.c:879").return /* pc=_stext+0x1521f4 */ /* <- kernel.function("do_sys_open").return */
# global embedded code

%{

static void *

_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)

{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	size_t end = offset + length;

	if (end > offset && pi && end <= pi->rp->data_size)

		return &pi->data[offset];

#endif

	return NULL;

}

%}

# functions

_dwarf_tvar_get_dfd_1:long ()

_dwarf_tvar_get_filename_2:long ()

_dwarf_tvar_get_flags_3:long ()

_dwarf_tvar_get_mode_4:long ()

_dwarf_tvar_get_return_0:long ()

_get_kretprobe_string:string (i:long)

_set_kretprobe_string:unknown (i:long, value:string)

log:unknown (msg:string)

# probes

kernel.function("do_sys_open@fs/open.c:879").call /* pc=_stext+0x1521f4 */ /* <- kernel.function("do_sys_open").return */

kernel.function("do_sys_open@fs/open.c:879").return /* pc=_stext+0x1521f4 */ /* <- kernel.function("do_sys_open").return */
wait results: 8482 exp12 0 0
PASS: semok/thirtytwo.stp
Running /home/src/testsuite/semok/three.stp
starting /home/src/testsuite/semok/three.stp
spawn1 stap -p2 /home/src/testsuite/semok/three.stp
spawn stap -p2 /home/src/testsuite/semok/three.stp
WARNING: eliding unused variable 'a': identifier 'a' at /home/src/testsuite/semok/three.stp:5:3
 source:   a <<< 2;
           ^
# globals
b:stats [long]
# probes
begin /* <- begin */
end /* <- end */
  # locals
  idx0:long
WARNING: eliding unused variable 'a': identifier 'a' at /home/src/testsuite/semok/three.stp:5:3

 source:   a <<< 2;

           ^

# globals

b:stats [long]

# probes

begin /* <- begin */

end /* <- end */

  # locals

  idx0:long
wait results: 8486 exp12 0 0
PASS: semok/three.stp
Running /home/src/testsuite/semok/transko.stp
starting /home/src/testsuite/semok/transko.stp
spawn2 /home/src/testsuite/semok/transko.stp
spawn /home/src/testsuite/semok/transko.stp
WARNING: eliding unused function 'bar': identifier 'bar' at /home/src/testsuite/./../testsuite/transko/two.stp:3:10
 source: function bar () {
                  ^
# probes
end /* <- end */
  # locals
  a:long
  b:long
WARNING: eliding unused function 'bar': identifier 'bar' at /home/src/testsuite/./../testsuite/transko/two.stp:3:10

 source: function bar () {

                  ^

# probes

end /* <- end */

  # locals

  a:long

  b:long
# probes
begin /* <- begin */

# probes

begin /* <- begin */
wait results: 8490 exp12 0 0
PASS: semok/transko.stp
Running /home/src/testsuite/semok/twelve.stp
starting /home/src/testsuite/semok/twelve.stp
spawn1 stap -p2 /home/src/testsuite/semok/twelve.stp
spawn stap -p2 /home/src/testsuite/semok/twelve.stp
WARNING: side-effect-free probe 'probe_2083': keyword at /home/src/testsuite/semok/twelve.stp:7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2084': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2085': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2086': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2087': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2088': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2089': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2090': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2091': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2092': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2093': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2094': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2095': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2096': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2097': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2098': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2099': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2100': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2101': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2102': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2103': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2104': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2105': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2106': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2107': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2108': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2109': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2110': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2111': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2112': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2113': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2114': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2115': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2116': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2117': keyword at :7:1
 source: probe kerWARNING: side-effect-free probe 'probe_2083': keyword at /home/src/testsuite/semok/twelve.stp:7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2084': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2085': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2086': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2087': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2088': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2089': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2090': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2091': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2092': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2093': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2094': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2095': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2096': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2097': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2098': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2099': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2100': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2101': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2102': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2103': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2104': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2105': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2106': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2107': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2108': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2109': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2110': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2111': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2112': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2113': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2114': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2115': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2116': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2117': keyword at :7:1
nel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2118': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2119': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: side-effect-free probe 'probe_2120': keyword at :7:1
 source: probe kernel.function("pipe_*")
         ^
WARNING: eliding unused function 'trace': identifier 'trace' at :3:10
 source: function trace (s) { return 0 }
                  ^
# probes
kernel.function("pipe_write@fs/pipe.c:464") /* pc=_stext+0x15de4c */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_rdwr_open@fs/pipe.c:832") /* pc=_stext+0x15ca68 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_read_fasync@fs/pipe.c:729") /* pc=_stext+0x15cc28 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_fcntl@fs/pipe.c:1201") /* pc=_stext+0x15d2a0 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_write_release@fs/pipe.c:782") /* pc=_stext+0x15d7d4 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_rdwr_release@fs/pipe.c:788") /* pc=_stext+0x15d7c4 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_read@fs/pipe.c:351") /* pc=_stext+0x15e3d8 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_poll@fs/pipe.c:675") /* pc=_stext+0x15c80c */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_unlock@fs/pipe.c:69") /* pc=_stext+0x15cd38 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_read_open@fs/pipe.c:798") /* pc=_stext+0x15ccc0 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_wait@fs/pipe.c:91") /* pc=_stext+0x15dd98 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_release@fs/pipe.c:707") /* pc=_stext+0x15d6d4 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_proc_fn@fs/pipe.c:1189") /* pc=_stext+0x15d480 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_iov_copy_from_user@fs/pipe.c:108") /* pc=_stext+0x15d1b8 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_double_lock@fs/pipe.c:77") /* pc=_stext+0x15d11c */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_lock@fs/pipe.c:60") /* pc=_stext+0x15c944 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_write_open@fs/pipe.c:815") /* pc=_stext+0x15cbb0 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_read_release@fs/pipe.c:776") /* pc=_stext+0x15d7e0 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_rdwr_fasync@fs/pipe.c:757") /* pc=_stext+0x15c978 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_write_fasync@fs/pipe.c:743") /* pc=_stext+0x15cb18 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_ioctl@fs/pipe.c:648") /* pc=_stext+0x15cfe8 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_set_size@fs/pipe.c:1127") /* pc=_stext+0x15d364 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_iov_copy_to_user@fs/pipe.c:134") /* pc=_stext+0x15e618 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15c950 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d150 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d168 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d170 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d188 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_to_user@fs/splice.c:1519") /* pc=_stext+0x17d350 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_to_sendpage@fs/splice.c:694") /* pc=_stext+0x17be9c */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_to_file@fs/splice.c:734") /* pc=_stext+0x17da58 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17c6fc */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17c71c */ /*
 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2118': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2119': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: side-effect-free probe 'probe_2120': keyword at :7:1

 source: probe kernel.function("pipe_*")

         ^

WARNING: eliding unused function 'trace': identifier 'trace' at :3:10

 source: function trace (s) { return 0 }

                  ^

# probes

kernel.function("pipe_write@fs/pipe.c:464") /* pc=_stext+0x15de4c */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_rdwr_open@fs/pipe.c:832") /* pc=_stext+0x15ca68 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_read_fasync@fs/pipe.c:729") /* pc=_stext+0x15cc28 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_fcntl@fs/pipe.c:1201") /* pc=_stext+0x15d2a0 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_write_release@fs/pipe.c:782") /* pc=_stext+0x15d7d4 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_rdwr_release@fs/pipe.c:788") /* pc=_stext+0x15d7c4 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_read@fs/pipe.c:351") /* pc=_stext+0x15e3d8 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_poll@fs/pipe.c:675") /* pc=_stext+0x15c80c */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_unlock@fs/pipe.c:69") /* pc=_stext+0x15cd38 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_read_open@fs/pipe.c:798") /* pc=_stext+0x15ccc0 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_wait@fs/pipe.c:91") /* pc=_stext+0x15dd98 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_release@fs/pipe.c:707") /* pc=_stext+0x15d6d4 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_proc_fn@fs/pipe.c:1189") /* pc=_stext+0x15d480 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_iov_copy_from_user@fs/pipe.c:108") /* pc=_stext+0x15d1b8 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_double_lock@fs/pipe.c:77") /* pc=_stext+0x15d11c */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_lock@fs/pipe.c:60") /* pc=_stext+0x15c944 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_write_open@fs/pipe.c:815") /* pc=_stext+0x15cbb0 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_read_release@fs/pipe.c:776") /* pc=_stext+0x15d7e0 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_rdwr_fasync@fs/pipe.c:757") /* pc=_stext+0x15c978 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_write_fasync@fs/pipe.c:743") /* pc=_stext+0x15cb18 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_ioctl@fs/pipe.c:648") /* pc=_stext+0x15cfe8 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_set_size@fs/pipe.c:1127") /* pc=_stext+0x15d364 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_iov_copy_to_user@fs/pipe.c:134") /* pc=_stext+0x15e618 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15c950 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d150 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d168 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d170 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_lock_nested@fs/pipe.c:54") /* pc=_stext+0x15d188 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_to_user@fs/splice.c:1519") /* pc=_stext+0x17d350 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_to_sendpage@fs/splice.c:694") /* pc=_stext+0x17be9c */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_to_file@fs/splice.c:734") /* pc=_stext+0x17da58 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17c6fc */ /* <- kernel.function("pipe_*") */
 <- kernel.function("pipe_*") */
kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17cc94 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17ccb4 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17e304 */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17e64c */ /* <- kernel.function("pipe_*") */
kernel.function("pipe_to_null@drivers/char/mem.c:632") /* pc=_stext+0x38c260 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17c71c */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17cc94 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17ccb4 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17e304 */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_info@fs/splice.c:1331") /* pc=_stext+0x17e64c */ /* <- kernel.function("pipe_*") */

kernel.function("pipe_to_null@drivers/char/mem.c:632") /* pc=_stext+0x38c260 */ /* <- kernel.function("pipe_*") */
wait results: 8499 exp12 0 0
PASS: semok/twelve.stp
Running /home/src/testsuite/semok/twenty.stp
starting /home/src/testsuite/semok/twenty.stp
spawn2 /home/src/testsuite/semok/twenty.stp
spawn /home/src/testsuite/semok/twenty.stp
 733663 5869298 104115138
 733663 5869298 104115138
wait results: 8503 exp12 0 0
PASS: semok/twenty.stp
Running /home/src/testsuite/semok/twentyeight.stp
starting /home/src/testsuite/semok/twentyeight.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentyeight.stp
spawn stap -p2 /home/src/testsuite/semok/twentyeight.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/twentyeight.stp:4:1
 source: probe kerne*.funct*("vfs_read").* {}
         ^
WARNING: side-effect-free probe 'probe_2083': keyword at :4:1
 source: probe kerne*.funct*("vfs_read").* {}
         ^
# probes
kernel.function("vfs_read@fs/read_write.c:296").call /* pc=_stext+0x154e30 */ /* <- kerne*.funct*("vfs_read").* */
kernel.function("vfs_read@fs/read_write.c:296").return /* pc=_stext+0x154e30 */ /* <- kerne*.funct*("vfs_read").* */
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/twentyeight.stp:4:1

 source: probe kerne*.funct*("vfs_read").* {}

         ^

WARNING: side-effect-free probe 'probe_2083': keyword at :4:1

 source: probe kerne*.funct*("vfs_read").* {}

         ^

# probes

kernel.function("vfs_read@fs/read_write.c:296").call /* pc=_stext+0x154e30 */ /* <- kerne*.funct*("vfs_read").* */

kernel.function("vfs_read@fs/read_write.c:296").return /* pc=_stext+0x154e30 */ /* <- kerne*.funct*("vfs_read").* */
wait results: 8509 exp12 0 0
PASS: semok/twentyeight.stp
Running /home/src/testsuite/semok/twentyfive.stp
starting /home/src/testsuite/semok/twentyfive.stp
spawn2 /home/src/testsuite/semok/twentyfive.stp
spawn /home/src/testsuite/semok/twentyfive.stp
WARNING: never-assigned local variable 'foo$1$2$3' : identifier 'foo$1$2$3' at <input>:1:14
 source: probe begin {foo$1$2$3}
                      ^
WARNING: side-effect-free probe 'probe_2082': keyword at :1:1
 source: probe begin {foo$1$2$3}
         ^
WARNING: eliding unused variable 'foo$1$2$3': identifier 'foo$1$2$3' at :1:14
 source: probe begin {foo$1$2$3}
                      ^
# probes
begin /* <- begin */
WARNING: never-assigned local variable 'foo$1$2$3' : identifier 'foo$1$2$3' at <input>:1:14

 source: probe begin {foo$1$2$3}

                      ^

WARNING: side-effect-free probe 'probe_2082': keyword at :1:1

 source: probe begin {foo$1$2$3}

         ^

WARNING: eliding unused variable 'foo$1$2$3': identifier 'foo$1$2$3' at :1:14

 source: probe begin {foo$1$2$3}

                      ^

# probes

begin /* <- begin */
# global embedded code
%{
// Needed for the following four functions
// _struct_utimbuf_actime, _struct_utimbuf_modtime,
// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime
#include <linux/utime.h>
%}
%{
// Needed for function _struct_sockaddr_u. Unfortunately cannot be
// inlined into the function since these header files define static
// functions themselves.
#include <linux/socket.h>
#include <linux/in.h>
#include <linux/netlink.h>
%}
%{
// Needed for function __reboot_magic_str:string. Unfortunately cannot
// be inlined into the function since these header file defines static
// functions on some architectures.
#include <linux/reboot.h>
%}
%{
/*
* Simple lookup functions for mapping values to names
* using embedded C. Use these functions to create safe,
* consistent lookups.
*/

/* Convenient macro to add defines to an array */
#define V(a) {a,#a}

typedef struct {
	long val;
	char *name;
} _stp_val_array;

static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, slen;
	while (array[i].name) {
		if (array[i].val == val) {
			strlcat (ptr, array[i].name, len);
			return;
		}
		i++;
	}
	slen = strlen(ptr);
	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
}
static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)
{
	int i = 0, flag = 0, slen;

	if (val == 0) {
		_stp_lookup_str(array, val, ptr, len);
		return;
	}

	while (array[i].name) {
		if (array[i].val & val) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			val &= (~array[i].val);
			flag = 1;
		}
		i++;
	}
	if (val) {
		if (flag)
			strlcat(ptr, "|", len);
		slen = strlen(ptr);
		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);
	}
}
%}
%{
static const _stp_val_array const _stp_signal_list[] = {
	{0, "SIG_0"},
	V(SIGHUP),
	V(SIGINT),
	V(SIGQUIT),
	V(SIGILL),
	V(SIGTRAP),
	V(SIGABRT),
	V(SIGBUS),
	V(SIGFPE),
	V(SIGKILL),
	V(SIGUSR1),
	V(SIGSEGV),
	V(SIGPIPE),
	V(SIGUSR2),
	V(SIGALRM),
	V(SIGTERM),
	V(SIGCHLD),
	V(SIGCONT),
	V(SIGSTOP),
	V(SIGTSTP),
	V(SIGTTIN),
	V(SIGTTOU),
	V(SIGURG),
	V(SIGPROF),
	V(SIGWINCH),
	V(SIGVTALRM),
	{SIGIO,"SIGIO/SIGPOLL"},
	V(SIGPWR),
	{0, NULL}
};

static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)
{
	const _stp_val_array * const array = _stp_signal_list;
	int i = 0, flag = 0;
	while (array[i].name) {
		if (array[i].val && sigismember(mask, array[i].val)) {
			if (flag)
				strlcat(ptr, "|", len);
			strlcat(ptr, array[i].name, len);
			flag = 1;
		}
		i++;
	}
	if (flag == 0)
		strlcat(ptr, "EMPTY", len);
}
%}
%{
static const _stp_val_array const _stp_semctl_list[] = {
	V(IPC_INFO),
	V(SEM_INFO),
	V(SEM_STAT),
	V(GETALL),
	V(GETVAL),
	V(GETPID),
	V(GETNCNT),
	V(GETZCNT),
	V(IPC_STAT),
	V(SETVAL),
	V(SETALL),
	V(IPC_RMID),
	V(IPC_SET),
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_fork_list[] = {
	V(CLONE_VM),
	V(CLONE_FS),
	V(CLONE_FILES),
	V(CLONE_SIGHAND),
	V(CLONE_PTRACE),
	V(CLONE_VFORK),
	V(CLONE_PARENT),
	V(CLONE_THREAD),
	V(CLONE_NEWNS),
	V(CLONE_SYSVSEM),
	V(CLONE_SETTLS),
	V(CLONE_PARENT_SETTID),
	V(CLONE_CHILD_CLEARTID),
	V(CLONE_DETACHED),
	V(CLONE_UNTRACED),
	V(CLONE_CHILD_SETTID),
	V(CLONE_STOPPED),
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)
	V(CLONE_NEWUTS),
	V(CLONE_NEWIPC),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)
	V(CLONE_NEWUSER),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)
	V(CLONE_NEWPID),
	V(CLONE_NEWNET),
#endif
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	V(CLONE_IO),
#endif
	{0, NULL}
};
%}
%{
static const _stp_val_array const _stp_atflag_list[] = {
#ifdef AT_SYMLINK_NOFOLLOW
	V(AT_SYMLINK_NOFOLLOW),
#endif
#ifdef AT_REMOVEDIR
	V(AT_REMOVEDIR),
#endif
#ifdef AT_SYMLINK_FOLLOW
	V(AT_SYMLINK_FOLLOW),
#endif
	{0, NULL}
};
%}
%{
#include <linux/eventpoll.h>
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#
# global embedded code

%{

// Needed for the following four functions

// _struct_utimbuf_actime, _struct_utimbuf_modtime,

// _struct_compat_utimbuf_actime, _struct_compat_utimbuf_modtime

#include <linux/utime.h>

%}

%{

// Needed for function _struct_sockaddr_u. Unfortunately cannot be

// inlined into the function since these header files define static

// functions themselves.

#include <linux/socket.h>

#include <linux/in.h>

#include <linux/netlink.h>

%}

%{

// Needed for function __reboot_magic_str:string. Unfortunately cannot

// be inlined into the function since these header file defines static

// functions on some architectures.

#include <linux/reboot.h>

%}

%{

/*

* Simple lookup functions for mapping values to names

* using embedded C. Use these functions to create safe,

* consistent lookups.

*/



/* Convenient macro to add defines to an array */

#define V(a) {a,#a}



typedef struct {

	long val;

	char *name;

} _stp_val_array;



static void _stp_lookup_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, slen;

	while (array[i].name) {

		if (array[i].val == val) {

			strlcat (ptr, array[i].name, len);

			return;

		}

		i++;

	}

	slen = strlen(ptr);

	_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

}

static void _stp_lookup_or_str(const _stp_val_array * const array, long val, char *ptr, int len)

{

	int i = 0, flag = 0, slen;



	if (val == 0) {

		_stp_lookup_str(array, val, ptr, len);

		return;

	}



	while (array[i].name) {

		if (array[i].val & val) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			val &= (~array[i].val);

			flag = 1;

		}

		i++;

	}

	if (val) {

		if (flag)

			strlcat(ptr, "|", len);

		slen = strlen(ptr);

		_stp_snprintf(ptr + slen, len - slen, "0x%lx", val);

	}

}

%}

%{

static const _stp_val_array const _stp_signal_list[] = {

	{0, "SIG_0"},

	V(SIGHUP),

	V(SIGINT),

	V(SIGQUIT),

	V(SIGILL),

	V(SIGTRAP),

	V(SIGABRT),

	V(SIGBUS),

	V(SIGFPE),

	V(SIGKILL),

	V(SIGUSR1),

	V(SIGSEGV),

	V(SIGPIPE),

	V(SIGUSR2),

	V(SIGALRM),

	V(SIGTERM),

	V(SIGCHLD),

	V(SIGCONT),

	V(SIGSTOP),

	V(SIGTSTP),

	V(SIGTTIN),

	V(SIGTTOU),

	V(SIGURG),

	V(SIGPROF),

	V(SIGWINCH),

	V(SIGVTALRM),

	{SIGIO,"SIGIO/SIGPOLL"},

	V(SIGPWR),

	{0, NULL}

};



static void _stp_sigset_str(sigset_t *mask, char *ptr, int len)

{

	const _stp_val_array * const array = _stp_signal_list;

	int i = 0, flag = 0;

	while (array[i].name) {

		if (array[i].val && sigismember(mask, array[i].val)) {

			if (flag)

				strlcat(ptr, "|", len);

			strlcat(ptr, array[i].name, len);

			flag = 1;

		}

		i++;

	}

	if (flag == 0)

		strlcat(ptr, "EMPTY", len);

}

%}

%{

static const _stp_val_array const _stp_semctl_list[] = {

	V(IPC_INFO),

	V(SEM_INFO),

	V(SEM_STAT),

	V(GETALL),

	V(GETVAL),

	V(GETPID),

	V(GETNCNT),

	V(GETZCNT),

	V(IPC_STAT),

	V(SETVAL),

	V(SETALL),

	V(IPC_RMID),

	V(IPC_SET),

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_fork_list[] = {

	V(CLONE_VM),

	V(CLONE_FS),

	V(CLONE_FILES),

	V(CLONE_SIGHAND),

	V(CLONE_PTRACE),

	V(CLONE_VFORK),

	V(CLONE_PARENT),

	V(CLONE_THREAD),

	V(CLONE_NEWNS),

	V(CLONE_SYSVSEM),

	V(CLONE_SETTLS),

	V(CLONE_PARENT_SETTID),

	V(CLONE_CHILD_CLEARTID),

	V(CLONE_DETACHED),

	V(CLONE_UNTRACED),

	V(CLONE_CHILD_SETTID),

	V(CLONE_STOPPED),

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,19)

	V(CLONE_NEWUTS),

	V(CLONE_NEWIPC),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,23)

	V(CLONE_NEWUSER),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,24)

	V(CLONE_NEWPID),

	V(CLONE_NEWNET),

#endif

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	V(CLONE_IO),

#endif

	{0, NULL}

};

%}

%{

static const _stp_val_array const _stp_atflag_list[] = {

#ifdef AT_SYMLINK_NOFOLLOW

	V(AT_SYMLINK_NOFOLLOW),

#endif

#ifdef AT_REMOVEDIR

	V(AT_REMOVEDIR),

#endif

#ifdef AT_SYMLINK_FOLLOW

	V(AT_SYMLINK_FOLLOW),

#endif

	{0, NULL}

};

%}

%{

#include <linux/eventpoll.h>

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
include <linux/eventfd.h>
#endif
%}
%{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)
#include <linux/signalfd.h>
#endif
%}
%{
#ifdef CONFIG_INOTIFY
#include <linux/inotify.h>
#endif
%}
%{
#include <linux/shm.h>
static const _stp_val_array const _stp_shmat_list[] = {
	V(SHM_RDONLY),
	V(SHM_RND),
	V(SHM_REMAP),
	V(SHM_EXEC),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mprotect_list[] = {
	{0, "PROT_NONE"},
	V(PROT_READ),
	V(PROT_WRITE),
	V(PROT_EXEC),
	V(PROT_SEM),
	{0, NULL}
};
%}
%{
#include <linux/mman.h>
static const _stp_val_array const _stp_mmap_list[] = {
	V(MAP_SHARED),
	V(MAP_PRIVATE),
	V(MAP_FIXED),
	V(MAP_ANONYMOUS),
	V(MAP_GROWSDOWN),
	V(MAP_DENYWRITE),
	V(MAP_EXECUTABLE),
	V(MAP_LOCKED),
	V(MAP_NORESERVE),
	V(MAP_POPULATE),
	V(MAP_NONBLOCK),
	{0, NULL}
};
%}
%{
static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)
{
  static const _stp_val_array const _stp_sa_handler_list[] = {
    {0, "SIG_DFL"},
    {1, "SIG_IGN"},
    {0, NULL}
  };

  static const _stp_val_array const _stp_sa_flags_list[] = {
    V(SA_NOCLDSTOP),
    V(SA_NOCLDWAIT),
    V(SA_RESETHAND),
    V(SA_ONSTACK),
    V(SA_RESTART),
    V(SA_NODEFER),
    V(SA_SIGINFO),
    V(SA_RESTORER),
    {0, NULL}
  };
  
  int slen;
  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,
		  ptr, len);
  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)
    {
      strlcat (ptr, ", ", len);
      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);
      strlcat (ptr, ", ", len);
#if !defined (__ia64__)
      slen = strlen(ptr);
      _stp_snprintf(ptr + slen, len - slen,
		    "0x%lx, [", (long)act->sa_restorer);
#else
      strlcat (ptr, "[", len);
#endif
      _stp_sigset_str(&act->sa_mask, ptr, len);
      strlcat (ptr, "]", len);
    }
}
%}
%{
#include <linux/interrupt.h>
#ifndef IRQF_ONESHOT
#define IRQF_ONESHOT 0x00002000
#endif
static const _stp_val_array const _stp_irq_list[] = {
#ifdef IRQF_DISABLED
	V(IRQF_DISABLED),
#endif
#ifdef IRQF_SAMPLE_RANDOM
	V(IRQF_SAMPLE_RANDOM),
#endif
#ifdef IRQF_SHARED
	V(IRQF_SHARED),
#endif
#ifdef IRQF_PROBE_SHARED
	V(IRQF_PROBE_SHARED),
#endif
#ifdef IRQF_TIMER
	V(IRQF_TIMER),
#endif
#ifdef IRQF_PERCPU
	V(IRQF_PERCPU),
#endif
#ifdef IRQF_NOBALANCING
	V(IRQF_NOBALANCING),
#endif
#ifdef IRQF_IRQPOLL
	V(IRQF_IRQPOLL),
#endif
	V(IRQF_ONESHOT),
	{0, NULL}
};
%}
%{
#define N(a) [a]=#a

static const char * const errlist[] = {
/* from asm-generic/errno-base.h */
[1] = "EPERM",
[2] = "ENOENT",
[3] = "ESRCH",
[4] = "EINTR",
[5] = "EIO",
[6] = "ENXIO",
[7] = "E2BIG",
[8] = "ENOEXEC",
[9] = "EBADF",
[10]= "ECHILD",
[11]= "EAGAIN",
[12]= "ENOMEM",
[13]= "EACCES",
[14]= "EFAULT",
[15]= "ENOTBLK",
[16]= "EBUSY",
[17]= "EEXIST",
[18]= "EXDEV",
[19]= "ENODEV",
[20]= "ENOTDIR",
[21]= "EISDIR",
[22]= "EINVAL",
[23]= "ENFILE",
[24]= "EMFILE",
[25]= "ENOTTY",
[26]= "ETXTBSY",
[27]= "EFBIG",
[28]= "ENOSPC",
[29]= "ESPIPE",
[30]= "EROFS",
[31]= "EMLINK",
[32]= "EPIPE",
[33]= "EDOM",
[34]= "ERANGE",
/* end of errno-base.h */
/* The rest of this is arch-dependent */
#ifdef EDEADLK
	N(EDEADLK),
#endif
#ifdef ENAMETOOLONG
	N(ENAMETOOLONG),
#endif
#ifdef ENOLCK
	N(ENOLCK),
#endif
#ifdef ENOSYS
	N(ENOSYS),
#endif
#ifdef ENOTEMPTY
	N(ENOTEMPTY),
#endif
#ifdef ELOOP
	N(ELOOP),
#endif
#ifdef ENOMSG
	N(ENOMSG),
#endif
#ifdef EIDRM
	N(EIDRM),
#endif
#ifdef ECHRNG
	N(ECHRNG),
#endif
#ifdef EL2NSYNC
	N(EL2NSYNC),
#endif
#ifdef EL3HLT
	N(EL3HLT),
#endif
#ifdef EL3RST
	N(EL3RST),
#endif
#ifdef ELNRNG
	N(ELNRNG),
#endif
#ifdef EUNATCH
	N(EUNATCH),
#endif
#ifdef ENOCSI
	N(ENOCSI),
#endif
#ifdef EL2HLT
	N(EL2HLT),
#endif
#ifdef EBADE
	N(EBADE),
#endif
#ifdef EBADR
	N(EBADR),
#endif
#ifdef EXFULL
	N(EXFULL),
#endif
#ifdef ENOANO
	N(ENOANO),
#endif
#ifdef EBADRQC
	N(EBADRQC),
#endif
#ifdef EBADSLT
	N(EBADSLT),
#endif
#ifdef EBFONT
	N(
#include <linux/eventfd.h>

#endif

%}

%{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,22)

#include <linux/signalfd.h>

#endif

%}

%{

#ifdef CONFIG_INOTIFY

#include <linux/inotify.h>

#endif

%}

%{

#include <linux/shm.h>

static const _stp_val_array const _stp_shmat_list[] = {

	V(SHM_RDONLY),

	V(SHM_RND),

	V(SHM_REMAP),

	V(SHM_EXEC),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mprotect_list[] = {

	{0, "PROT_NONE"},

	V(PROT_READ),

	V(PROT_WRITE),

	V(PROT_EXEC),

	V(PROT_SEM),

	{0, NULL}

};

%}

%{

#include <linux/mman.h>

static const _stp_val_array const _stp_mmap_list[] = {

	V(MAP_SHARED),

	V(MAP_PRIVATE),

	V(MAP_FIXED),

	V(MAP_ANONYMOUS),

	V(MAP_GROWSDOWN),

	V(MAP_DENYWRITE),

	V(MAP_EXECUTABLE),

	V(MAP_LOCKED),

	V(MAP_NORESERVE),

	V(MAP_POPULATE),

	V(MAP_NONBLOCK),

	{0, NULL}

};

%}

%{

static void _stp_sigaction_str(struct sigaction *act, char *ptr, int len)

{

  static const _stp_val_array const _stp_sa_handler_list[] = {

    {0, "SIG_DFL"},

    {1, "SIG_IGN"},

    {0, NULL}

  };



  static const _stp_val_array const _stp_sa_flags_list[] = {

    V(SA_NOCLDSTOP),

    V(SA_NOCLDWAIT),

    V(SA_RESETHAND),

    V(SA_ONSTACK),

    V(SA_RESTART),

    V(SA_NODEFER),

    V(SA_SIGINFO),

    V(SA_RESTORER),

    {0, NULL}

  };

  

  int slen;

  _stp_lookup_str(_stp_sa_handler_list, (long)act->sa_handler,

		  ptr, len);

  if (act->sa_handler != SIG_IGN && act->sa_handler != SIG_DFL)

    {

      strlcat (ptr, ", ", len);

      _stp_lookup_or_str(_stp_sa_flags_list, act->sa_flags, ptr, len);

      strlcat (ptr, ", ", len);

#if !defined (__ia64__)

      slen = strlen(ptr);

      _stp_snprintf(ptr + slen, len - slen,

		    "0x%lx, [", (long)act->sa_restorer);

#else

      strlcat (ptr, "[", len);

#endif

      _stp_sigset_str(&act->sa_mask, ptr, len);

      strlcat (ptr, "]", len);

    }

}

%}

%{

#include <linux/interrupt.h>

#ifndef IRQF_ONESHOT

#define IRQF_ONESHOT 0x00002000

#endif

static const _stp_val_array const _stp_irq_list[] = {

#ifdef IRQF_DISABLED

	V(IRQF_DISABLED),

#endif

#ifdef IRQF_SAMPLE_RANDOM

	V(IRQF_SAMPLE_RANDOM),

#endif

#ifdef IRQF_SHARED

	V(IRQF_SHARED),

#endif

#ifdef IRQF_PROBE_SHARED

	V(IRQF_PROBE_SHARED),

#endif

#ifdef IRQF_TIMER

	V(IRQF_TIMER),

#endif

#ifdef IRQF_PERCPU

	V(IRQF_PERCPU),

#endif

#ifdef IRQF_NOBALANCING

	V(IRQF_NOBALANCING),

#endif

#ifdef IRQF_IRQPOLL

	V(IRQF_IRQPOLL),

#endif

	V(IRQF_ONESHOT),

	{0, NULL}

};

%}

%{

#define N(a) [a]=#a



static const char * const errlist[] = {

/* from asm-generic/errno-base.h */

[1] = "EPERM",

[2] = "ENOENT",

[3] = "ESRCH",

[4] = "EINTR",

[5] = "EIO",

[6] = "ENXIO",

[7] = "E2BIG",

[8] = "ENOEXEC",

[9] = "EBADF",

[10]= "ECHILD",

[11]= "EAGAIN",

[12]= "ENOMEM",

[13]= "EACCES",

[14]= "EFAULT",

[15]= "ENOTBLK",

[16]= "EBUSY",

[17]= "EEXIST",

[18]= "EXDEV",

[19]= "ENODEV",

[20]= "ENOTDIR",

[21]= "EISDIR",

[22]= "EINVAL",

[23]= "ENFILE",

[24]= "EMFILE",

[25]= "ENOTTY",

[26]= "ETXTBSY",

[27]= "EFBIG",

[28]= "ENOSPC",

[29]= "ESPIPE",

[30]= "EROFS",

[31]= "EMLINK",

[32]= "EPIPE",

[33]= "EDOM",

[34]= "ERANGE",

/* end of errno-base.h */

/* The rest of this is arch-dependent */

#ifdef EDEADLK

	N(EDEADLK),

#endif

#ifdef ENAMETOOLONG

	N(ENAMETOOLONG),

#endif

#ifdef ENOLCK

	N(ENOLCK),

#endif

#ifdef ENOSYS

	N(ENOSYS),

#endif

#ifdef ENOTEMPTY

	N(ENOTEMPTY),

#endif

#ifdef ELOOP

	N(ELOOP),

#endif

#ifdef ENOMSG

	N(ENOMSG),

#endif

#ifdef EIDRM

	N(EIDRM),

#endif

#ifdef ECHRNG

	N(ECHRNG),

#endif

#ifdef EL2NSYNC

	N(EL2NSYNC),

#endif

#ifdef EL3HLT

	N(EL3HLT),

#endif

#ifdef EL3RST

	N(EL3RST),

#endif

#ifdef ELNRNG

	N(ELNRNG),

#endif

#ifdef EUNATCH

	N(EUNATCH),

#endif

#ifdef ENOCSI

	N(ENOCSI),

#endif

#ifdef EL2HLT

	N(EL2HLT),

#endif

#ifdef EBADE

	N(EBADE),

#endif

#ifdef EBADR

	N(EBADR),

#endif

#ifdef EXFULL

	N(EXFULL),

#endif

#ifdef ENOANO

	N(ENOANO),

#endif

#ifdef EBADRQC

	N(EBADRQC),

#endif

#ifdef EBADSLT

	N(EBADSLT),

#endif

#ifdef EBFONT
EBFONT),
#endif
#ifdef ENOSTR
	N(ENOSTR),
#endif
#ifdef ENODATA
	N(ENODATA),
#endif
#ifdef ETIME
	N(ETIME),
#endif
#ifdef ENOSR
	N(ENOSR),
#endif
#ifdef ENONET
	N(ENONET),
#endif
#ifdef ENOPKG
	N(ENOPKG),
#endif
#ifdef EREMOTE
	N(EREMOTE),
#endif
#ifdef ENOLINK
	N(ENOLINK),
#endif
#ifdef EADV
	N(EADV),
#endif
#ifdef ESRMNT
	N(ESRMNT),
#endif
#ifdef ECOMM
	N(ECOMM),
#endif
#ifdef EPROTO
	N(EPROTO),
#endif
#ifdef EMULTIHOP
	N(EMULTIHOP),
#endif
#ifdef EDOTDOT
	N(EDOTDOT),
#endif
#ifdef EBADMSG
	N(EBADMSG),
#endif
#ifdef EOVERFLOW
	N(EOVERFLOW),
#endif
#ifdef ENOTUNIQ
	N(ENOTUNIQ),
#endif
#ifdef EBADFD
	N(EBADFD),
#endif
#ifdef EREMCHG
	N(EREMCHG),
#endif
#ifdef ELIBACC
	N(ELIBACC),
#endif
#ifdef ELIBBAD
	N(ELIBBAD),
#endif
#ifdef ELIBSCN
	N(ELIBSCN),
#endif
#ifdef ELIBMAX
	N(ELIBMAX),
#endif
#ifdef ELIBEXEC
	N(ELIBEXEC),
#endif
#ifdef EILSEQ
	N(EILSEQ),
#endif
#ifdef ERESTART
	N(ERESTART),
#endif
#ifdef ESTRPIPE
	N(ESTRPIPE),
#endif
#ifdef EUSERS
	N(EUSERS),
#endif
#ifdef ENOTSOCK
	N(ENOTSOCK),
#endif
#ifdef EDESTADDRREQ
	N(EDESTADDRREQ),
#endif
#ifdef EMSGSIZE
	N(EMSGSIZE),
#endif
#ifdef EPROTOTYPE
	N(EPROTOTYPE),
#endif
#ifdef ENOPROTOOPT
	N(ENOPROTOOPT),
#endif
#ifdef EPROTONOSUPPORT
	N(EPROTONOSUPPORT),
#endif
#ifdef ESOCKTNOSUPPORT
	N(ESOCKTNOSUPPORT),
#endif
#ifdef EOPNOTSUPP
	N(EOPNOTSUPP),
#endif
#ifdef EPFNOSUPPORT
	N(EPFNOSUPPORT),
#endif
#ifdef EAFNOSUPPORT
	N(EAFNOSUPPORT),
#endif
#ifdef EADDRINUSE
	N(EADDRINUSE),
#endif
#ifdef EADDRNOTAVAIL
	N(EADDRNOTAVAIL),
#endif
#ifdef ENETDOWN
	N(ENETDOWN),
#endif
#ifdef ENETUNREACH
	N(ENETUNREACH),
#endif
#ifdef ENETRESET
	N(ENETRESET),
#endif
#ifdef ECONNABORTED
	N(ECONNABORTED),
#endif
#ifdef ECONNRESET
	N(ECONNRESET),
#endif
#ifdef ENOBUFS
	N(ENOBUFS),
#endif
#ifdef EISCONN
	N(EISCONN),
#endif
#ifdef ENOTCONN
	N(ENOTCONN),
#endif
#ifdef ESHUTDOWN
	N(ESHUTDOWN),
#endif
#ifdef ETOOMANYREFS
	N(ETOOMANYREFS),
#endif
#ifdef ETIMEDOUT
	N(ETIMEDOUT),
#endif
#ifdef ECONNREFUSED
	N(ECONNREFUSED),
#endif
#ifdef EHOSTDOWN
	N(EHOSTDOWN),
#endif
#ifdef EHOSTUNREACH
	N(EHOSTUNREACH),
#endif
#ifdef EALREADY
	N(EALREADY),
#endif
#ifdef EINPROGRESS
	N(EINPROGRESS),
#endif
#ifdef ESTALE
	N(ESTALE),
#endif
#ifdef EUCLEAN
	N(EUCLEAN),
#endif
#ifdef ENOTNAM
	N(ENOTNAM),
#endif
#ifdef ENAVAIL
	N(ENAVAIL),
#endif
#ifdef EISNAM
	N(EISNAM),
#endif
#ifdef EREMOTEIO
	N(EREMOTEIO),
#endif
#ifdef EDQUOT
	N(EDQUOT),
#endif
#ifdef ENOMEDIUM
	N(ENOMEDIUM),
#endif
#ifdef EMEDIUMTYPE
	N(EMEDIUMTYPE),
#endif
#ifdef ECANCELED
	N(ECANCELED),
#endif
#ifdef ENOKEY
	N(ENOKEY),
#endif
#ifdef EKEYEXPIRED
	N(EKEYEXPIRED),
#endif
#ifdef EKEYREVOKED
	N(EKEYREVOKED),
#endif
#ifdef EKEYREJECTED
	N(EKEYREJECTED),
#endif
#ifdef EOWNERDEAD
	N(EOWNERDEAD),
#endif
#ifdef ENOTRECOVERABLE
	N(ENOTRECOVERABLE),
#endif
#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK
	N(EDEADLOCK),
#endif
#ifdef E
	N(EADV),
#endif
};
#undef N
static const int Maxerrno = sizeof(errlist)/sizeof(char *);
%}
%{
static long _stp_returnval(struct pt_regs *regs) {
	if (regs) {
#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))
		return regs->ax;
#elif defined (__i386__)
		return regs->eax;
#elif defined (__x86_64__)
		// TODO: Handle -m32 apps.
		return regs->rax;
#elif defined (__powerpc__)
		return regs->gpr[3];
#elif defined (__ia64__)
		return regs->r8;
#elif defined (__sparc64__)
		return regs->u_regs[UREG_RETPC];
#elif defined (__s390x__)
		return regs->gprs[2];
#elif defined (__arm__)
		return regs->ARM_r0;
#else
		_stp_error("returnval() not defined for this architecture");
		return 0;
#endif
	} else {
		_stp_error("returnval() not defined in this context");
		return 0;
	}
}
%}
# functions
log:unknown (msg:string)
# probes
kernel.function("compat_sys_open@fs/compat.c:1345").call? /* pc=_stext+0x1a0e18 */ /* <- syscall.open = kernel.function("compat_s
	N(EBFONT),

#endif

#ifdef ENOSTR

	N(ENOSTR),

#endif

#ifdef ENODATA

	N(ENODATA),

#endif

#ifdef ETIME

	N(ETIME),

#endif

#ifdef ENOSR

	N(ENOSR),

#endif

#ifdef ENONET

	N(ENONET),

#endif

#ifdef ENOPKG

	N(ENOPKG),

#endif

#ifdef EREMOTE

	N(EREMOTE),

#endif

#ifdef ENOLINK

	N(ENOLINK),

#endif

#ifdef EADV

	N(EADV),

#endif

#ifdef ESRMNT

	N(ESRMNT),

#endif

#ifdef ECOMM

	N(ECOMM),

#endif

#ifdef EPROTO

	N(EPROTO),

#endif

#ifdef EMULTIHOP

	N(EMULTIHOP),

#endif

#ifdef EDOTDOT

	N(EDOTDOT),

#endif

#ifdef EBADMSG

	N(EBADMSG),

#endif

#ifdef EOVERFLOW

	N(EOVERFLOW),

#endif

#ifdef ENOTUNIQ

	N(ENOTUNIQ),

#endif

#ifdef EBADFD

	N(EBADFD),

#endif

#ifdef EREMCHG

	N(EREMCHG),

#endif

#ifdef ELIBACC

	N(ELIBACC),

#endif

#ifdef ELIBBAD

	N(ELIBBAD),

#endif

#ifdef ELIBSCN

	N(ELIBSCN),

#endif

#ifdef ELIBMAX

	N(ELIBMAX),

#endif

#ifdef ELIBEXEC

	N(ELIBEXEC),

#endif

#ifdef EILSEQ

	N(EILSEQ),

#endif

#ifdef ERESTART

	N(ERESTART),

#endif

#ifdef ESTRPIPE

	N(ESTRPIPE),

#endif

#ifdef EUSERS

	N(EUSERS),

#endif

#ifdef ENOTSOCK

	N(ENOTSOCK),

#endif

#ifdef EDESTADDRREQ

	N(EDESTADDRREQ),

#endif

#ifdef EMSGSIZE

	N(EMSGSIZE),

#endif

#ifdef EPROTOTYPE

	N(EPROTOTYPE),

#endif

#ifdef ENOPROTOOPT

	N(ENOPROTOOPT),

#endif

#ifdef EPROTONOSUPPORT

	N(EPROTONOSUPPORT),

#endif

#ifdef ESOCKTNOSUPPORT

	N(ESOCKTNOSUPPORT),

#endif

#ifdef EOPNOTSUPP

	N(EOPNOTSUPP),

#endif

#ifdef EPFNOSUPPORT

	N(EPFNOSUPPORT),

#endif

#ifdef EAFNOSUPPORT

	N(EAFNOSUPPORT),

#endif

#ifdef EADDRINUSE

	N(EADDRINUSE),

#endif

#ifdef EADDRNOTAVAIL

	N(EADDRNOTAVAIL),

#endif

#ifdef ENETDOWN

	N(ENETDOWN),

#endif

#ifdef ENETUNREACH

	N(ENETUNREACH),

#endif

#ifdef ENETRESET

	N(ENETRESET),

#endif

#ifdef ECONNABORTED

	N(ECONNABORTED),

#endif

#ifdef ECONNRESET

	N(ECONNRESET),

#endif

#ifdef ENOBUFS

	N(ENOBUFS),

#endif

#ifdef EISCONN

	N(EISCONN),

#endif

#ifdef ENOTCONN

	N(ENOTCONN),

#endif

#ifdef ESHUTDOWN

	N(ESHUTDOWN),

#endif

#ifdef ETOOMANYREFS

	N(ETOOMANYREFS),

#endif

#ifdef ETIMEDOUT

	N(ETIMEDOUT),

#endif

#ifdef ECONNREFUSED

	N(ECONNREFUSED),

#endif

#ifdef EHOSTDOWN

	N(EHOSTDOWN),

#endif

#ifdef EHOSTUNREACH

	N(EHOSTUNREACH),

#endif

#ifdef EALREADY

	N(EALREADY),

#endif

#ifdef EINPROGRESS

	N(EINPROGRESS),

#endif

#ifdef ESTALE

	N(ESTALE),

#endif

#ifdef EUCLEAN

	N(EUCLEAN),

#endif

#ifdef ENOTNAM

	N(ENOTNAM),

#endif

#ifdef ENAVAIL

	N(ENAVAIL),

#endif

#ifdef EISNAM

	N(EISNAM),

#endif

#ifdef EREMOTEIO

	N(EREMOTEIO),

#endif

#ifdef EDQUOT

	N(EDQUOT),

#endif

#ifdef ENOMEDIUM

	N(ENOMEDIUM),

#endif

#ifdef EMEDIUMTYPE

	N(EMEDIUMTYPE),

#endif

#ifdef ECANCELED

	N(ECANCELED),

#endif

#ifdef ENOKEY

	N(ENOKEY),

#endif

#ifdef EKEYEXPIRED

	N(EKEYEXPIRED),

#endif

#ifdef EKEYREVOKED

	N(EKEYREVOKED),

#endif

#ifdef EKEYREJECTED

	N(EKEYREJECTED),

#endif

#ifdef EOWNERDEAD

	N(EOWNERDEAD),

#endif

#ifdef ENOTRECOVERABLE

	N(ENOTRECOVERABLE),

#endif

#if defined (EDEADLOCK) && EDEADLOCK != EDEADLK

	N(EDEADLOCK),

#endif

#ifdef E

	N(EADV),

#endif

};

#undef N

static const int Maxerrno = sizeof(errlist)/sizeof(char *);

%}

%{

static long _stp_returnval(struct pt_regs *regs) {

	if (regs) {

#if defined  (STAPCONF_X86_UNIREGS)  && (defined (__x86_64__) || defined (__i386__))

		return regs->ax;

#elif defined (__i386__)

		return regs->eax;

#elif defined (__x86_64__)

		// TODO: Handle -m32 apps.

		return regs->rax;

#elif defined (__powerpc__)

		return regs->gpr[3];

#elif defined (__ia64__)

		return regs->r8;

#elif defined (__sparc64__)

		return regs->u_regs[UREG_RETPC];

#elif defined (__s390x__)

		return regs->gprs[2];

#elif defined (__arm__)

		return regs->ARM_r0;

#else

		_stp_error("returnval() not defined for this architecture");

		return 0;

#endif

	} else {

		_stp_error("returnval() not defined in this context");

		return 0;

	}

}

%}

# functions

log:unknown (msg:string)

# probes
ys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- syscall.open,begin */
kernel.function("SyS_open@fs/open.c:900").call? /* pc=_stext+0x152380 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- syscall.open,begin */
begin /* <- syscall.open,begin */

kernel.function("compat_sys_open@fs/compat.c:1345").call? /* pc=_stext+0x1a0e18 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- syscall.open,begin */

kernel.function("SyS_open@fs/open.c:900").call? /* pc=_stext+0x152380 */ /* <- syscall.open = kernel.function("compat_sys_open").call?, kernel.function("sys32_open").call?, kernel.function("sys_open").call? <- syscall.open,begin */

begin /* <- syscall.open,begin */
WARNING: side-effect-free probe 'probe_2082': keyword at <input>:1:1
 source: probe begin {@1 @2}
         ^
# probes
begin /* <- begin */

WARNING: side-effect-free probe 'probe_2082': keyword at <input>:1:1

 source: probe begin {@1 @2}

         ^

# probes

begin /* <- begin */
# functions
log:unknown (msg:string)
# probes
begin /* <- begin */

# functions

log:unknown (msg:string)

# probes

begin /* <- begin */
wait results: 8513 exp12 0 0
PASS: semok/twentyfive.stp
Running /home/src/testsuite/semok/twentyfour.stp
starting /home/src/testsuite/semok/twentyfour.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentyfour.stp
spawn stap -p2 /home/src/testsuite/semok/twentyfour.stp
# global embedded code
%{
static void *
_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)
{
#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
	size_t end = offset + length;
	if (end > offset && pi && end <= pi->rp->data_size)
		return &pi->data[offset];
#endif
	return NULL;
}
%}
# functions
_dwarf_tvar_get_count_0:long ()
_get_kretprobe_long:long (i:long)
_set_kretprobe_long:unknown (i:long, value:long)
# probes
kernel.function("vfs_read@fs/read_write.c:296").call /* pc=_stext+0x154e30 */ /* <- kernel.function("vfs_read").return */
kernel.function("vfs_read@fs/read_write.c:296").return /* pc=_stext+0x154e30 */ /* <- kernel.function("vfs_read").return */
# global embedded code

%{

static void *

_kretprobe_data(struct kretprobe_instance *pi, size_t offset, size_t length)

{

#if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

	size_t end = offset + length;

	if (end > offset && pi && end <= pi->rp->data_size)

		return &pi->data[offset];

#endif

	return NULL;

}

%}

# functions

_dwarf_tvar_get_count_0:long ()

_get_kretprobe_long:long (i:long)

_set_kretprobe_long:unknown (i:long, value:long)

# probes

kernel.function("vfs_read@fs/read_write.c:296").call /* pc=_stext+0x154e30 */ /* <- kernel.function("vfs_read").return */

kernel.function("vfs_read@fs/read_write.c:296").return /* pc=_stext+0x154e30 */ /* <- kernel.function("vfs_read").return */
wait results: 8524 exp12 0 0
PASS: semok/twentyfour.stp
Running /home/src/testsuite/semok/twentynine.stp
starting /home/src/testsuite/semok/twentynine.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentynine.stp
spawn stap -p2 /home/src/testsuite/semok/twentynine.stp
WARNING: eliding unused function 'dummy': identifier 'dummy' at /home/src/testsuite/semok/twentynine.stp:3:10
 source: function dummy:long () {return p;}
                  ^
# globals
p:long
# functions
_dwarf_tvar_get_return_0:long ()
# probes
begin if ((3) && (p)) /* <- alias0 = begin if (3) <- *lias0 if (p) */
timer.s(1) if ((1) && (p)) /* <- blias0 = timer.s(1) if (1) <- *lias0 if (p) */
begin if ((3) && (1)) /* <- alias0 = begin if (3) <- alias2 = alias0 if (1), alias1 if (-(1)) <- alias2 if (4) */
kernel.function("vfs_read@fs/read_write.c:296").return if ((0) && (1)) /* pc=_stext+0x154e30 */ /* <- alias1 = kernel.function("vfs_read").return if (0) <- alias2 = alias0 if (1), alias1 if (-(1)) <- alias2 if (4) */
WARNING: eliding unused function 'dummy': identifier 'dummy' at /home/src/testsuite/semok/twentynine.stp:3:10

 source: function dummy:long () {return p;}

                  ^

# globals

p:long

# functions

_dwarf_tvar_get_return_0:long ()

# probes

begin if ((3) && (p)) /* <- alias0 = begin if (3) <- *lias0 if (p) */

timer.s(1) if ((1) && (p)) /* <- blias0 = timer.s(1) if (1) <- *lias0 if (p) */

begin if ((3) && (1)) /* <- alias0 = begin if (3) <- alias2 = alias0 if (1), alias1 if (-(1)) <- alias2 if (4) */

kernel.function("vfs_read@fs/read_write.c:296").return if ((0) && (1)) /* pc=_stext+0x154e30 */ /* <- alias1 = kernel.function("vfs_read").return if (0) <- alias2 = alias0 if (1), alias1 if (-(1)) <- alias2 if (4) */
wait results: 8528 exp12 0 0
PASS: semok/twentynine.stp
Running /home/src/testsuite/semok/twentyone.stp
starting /home/src/testsuite/semok/twentyone.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentyone.stp
spawn stap -p2 /home/src/testsuite/semok/twentyone.stp
# probes
begin /* <- abcdefgabc = begin <- a* */
begin /* <- abcdefgabc = begin <- a*c */
begin /* <- abcdefgabc = begin <- a*ab* */
begin /* <- abcdefgabc = begin <- a*bc* */
begin /* <- abcdefgabc = begin <- ab*fg*bc */
begin /* <- abcdefgabc = begin <- ab*fg*ab* */
begin /* <- abcdefgabc = begin <- ab*fg*bc* */
begin /* <- abcdefgabc = begin <- *c */
begin /* <- abcdefgabc = begin <- *abc* */
begin /* <- abcdefgabc = begin <- *def* */
begin /* <- abcdefgabc = begin <- *bc*bc */
begin /* <- abcdefgabc = begin <- *abc*bc */
begin /* <- abcdefgabc = begin <- *bc*ab* */
begin /* <- abcdefgabc = begin <- *bc*bc* */
begin /* <- abcdefgabc = begin <- *bc*fg*c */
# probes

begin /* <- abcdefgabc = begin <- a* */

begin /* <- abcdefgabc = begin <- a*c */

begin /* <- abcdefgabc = begin <- a*ab* */

begin /* <- abcdefgabc = begin <- a*bc* */

begin /* <- abcdefgabc = begin <- ab*fg*bc */

begin /* <- abcdefgabc = begin <- ab*fg*ab* */

begin /* <- abcdefgabc = begin <- ab*fg*bc* */

begin /* <- abcdefgabc = begin <- *c */

begin /* <- abcdefgabc = begin <- *abc* */

begin /* <- abcdefgabc = begin <- *def* */

begin /* <- abcdefgabc = begin <- *bc*bc */

begin /* <- abcdefgabc = begin <- *abc*bc */

begin /* <- abcdefgabc = begin <- *bc*ab* */

begin /* <- abcdefgabc = begin <- *bc*bc* */

begin /* <- abcdefgabc = begin <- *bc*fg*c */
wait results: 8532 exp12 0 0
PASS: semok/twentyone.stp
Running /home/src/testsuite/semok/twentyseven.stp
starting /home/src/testsuite/semok/twentyseven.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentyseven.stp
spawn stap -p2 /home/src/testsuite/semok/twentyseven.stp
WARNING: side-effect-free probe 'probe_2085': identifier 'foo' at /home/src/testsuite/semok/twentyseven.stp:11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2087': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2088': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2089': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2090': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2091': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2092': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2093': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2094': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2095': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2096': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2097': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2098': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2099': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2100': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2101': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2102': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2103': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2104': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2105': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2106': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2107': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2108': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2109': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2110': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2111': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2112': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2113': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2114': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2115': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2116': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2117': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2118': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2119': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2120': identifier 'foo' at :11:7
 soWARNING: side-effect-free probe 'probe_2085': identifier 'foo' at /home/src/testsuite/semok/twentyseven.stp:11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2087': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2088': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2089': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2090': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2091': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2092': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2093': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2094': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2095': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2096': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2097': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2098': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2099': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2100': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2101': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2102': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2103': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2104': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2105': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2106': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2107': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2108': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2109': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2110': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2111': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2112': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2113': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2114': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2115': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2116': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2117': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2118': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2119': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2120': identifier 'foo' at :11:7
urce: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2121': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2122': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2123': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2124': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2125': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2126': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2127': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2128': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2129': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2130': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2131': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2132': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2133': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2134': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2135': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2136': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2137': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2138': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2139': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2140': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2141': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2142': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2143': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2144': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2145': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2146': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2147': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2148': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2149': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2150': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2151': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2152': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2153': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2154': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2155': identifier 'foo' at :11:7
 so
 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2121': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2122': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2123': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2124': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2125': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2126': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2127': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2128': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2129': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2130': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2131': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2132': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2133': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2134': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2135': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2136': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2137': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2138': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2139': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2140': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2141': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2142': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2143': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2144': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2145': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2146': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2147': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2148': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2149': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2150': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2151': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2152': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2153': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2154': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2155': identifier 'foo' at :11:7
urce: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2156': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
WARNING: side-effect-free probe 'probe_2157': identifier 'foo' at :11:7
 source: probe foo.* { }
               ^
# probes
kernel.function("SyS_read@fs/read_write.c:391")! /* pc=_stext+0x1550bc */ /* <- foo.a = kernel.function("sys_read")!, kernel.function("no_such_function") <- foo.* */
module("mptscsih").function("mptscsih_change_queue_depth@drivers/message/fusion/mptscsih.c:2375")! /* pc=.text+0xb74 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("mptscsih").function("mptscsih_report_queue_full@drivers/message/fusion/mptscsih.c:1118")! /* pc=.text+0x1404 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("mptscsih").function("mptscsih_report_queue_full@drivers/message/fusion/mptscsih.c:1118")! /* pc=.text+0x1468 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("ibmvscsi_change_queue_depth@drivers/scsi/ibmvscsi/ibmvscsi.c:1624")! /* pc=.text+0x1c34 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("ibmvscsi_queuecommand@drivers/scsi/ibmvscsi/ibmvscsi.c:717")! /* pc=.text+0x2884 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("crq_queue_next_crq@drivers/scsi/ibmvscsi/rpa_vscsi.c:95")! /* pc=.text+0x443c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("rpavscsi_reset_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:202")! /* pc=.text+0x3e0c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("rpavscsi_release_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:73")! /* pc=.text+0x3f40 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("rpavscsi_init_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:242")! /* pc=.text+0x4028 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("ibmvscsic").function("rpavscsi_reenable_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:324")! /* pc=.text+0x3c84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_adjust_queue_depth@drivers/scsi/scsi.c:878")! /* pc=.text+0x85c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_track_queue_full@drivers/scsi/scsi.c:948")! /* pc=.text+0x9a0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_queue_work@drivers/scsi/hosts.c:544")! /* pc=.text+0x1b58 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").fun
 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2156': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

WARNING: side-effect-free probe 'probe_2157': identifier 'foo' at :11:7

 source: probe foo.* { }

               ^

# probes

kernel.function("SyS_read@fs/read_write.c:391")! /* pc=_stext+0x1550bc */ /* <- foo.a = kernel.function("sys_read")!, kernel.function("no_such_function") <- foo.* */

module("mptscsih").function("mptscsih_change_queue_depth@drivers/message/fusion/mptscsih.c:2375")! /* pc=.text+0xb74 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("mptscsih").function("mptscsih_report_queue_full@drivers/message/fusion/mptscsih.c:1118")! /* pc=.text+0x1404 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("mptscsih").function("mptscsih_report_queue_full@drivers/message/fusion/mptscsih.c:1118")! /* pc=.text+0x1468 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("ibmvscsi_change_queue_depth@drivers/scsi/ibmvscsi/ibmvscsi.c:1624")! /* pc=.text+0x1c34 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("ibmvscsi_queuecommand@drivers/scsi/ibmvscsi/ibmvscsi.c:717")! /* pc=.text+0x2884 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("crq_queue_next_crq@drivers/scsi/ibmvscsi/rpa_vscsi.c:95")! /* pc=.text+0x443c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("rpavscsi_reset_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:202")! /* pc=.text+0x3e0c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("rpavscsi_release_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:73")! /* pc=.text+0x3f40 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("rpavscsi_init_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:242")! /* pc=.text+0x4028 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("ibmvscsic").function("rpavscsi_reenable_crq_queue@drivers/scsi/ibmvscsi/rpa_vscsi.c:324")! /* pc=.text+0x3c84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_adjust_queue_depth@drivers/scsi/scsi.c:878")! /* pc=.text+0x85c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_track_queue_full@drivers/scsi/scsi.c:948")! /* pc=.text+0x9a0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_queue_work@drivers/scsi/hosts.c:544")! /* pc=.text+0x1b58 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
ction("scsi_handle_queue_full@drivers/scsi/scsi_error.c:389")! /* pc=.text+0x5164 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_handle_queue_ramp_up@drivers/scsi/scsi_error.c:353")! /* pc=.text+0x5040 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_run_queue@drivers/scsi/scsi_lib.c:401")! /* pc=.text+0x7a38 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("__scsi_alloc_queue@drivers/scsi/scsi_lib.c:1622")! /* pc=.text+0x8ce4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_queue_insert@drivers/scsi/scsi_lib.c:189")! /* pc=.text+0x9f60 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_run_host_queues@drivers/scsi/scsi_lib.c:507")! /* pc=.text+0x9794 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_alloc_queue@drivers/scsi/scsi_lib.c:1659")! /* pc=.text+0x8de4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_exit_queue@drivers/scsi/scsi_lib.c:1776")! /* pc=.text+0x8538 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_free_queue@drivers/scsi/scsi_lib.c:1674")! /* pc=.text+0x85b4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("__scsi_queue_insert@drivers/scsi/scsi_lib.c:107")! /* pc=.text+0x98f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_requeue_command@drivers/scsi/scsi_lib.c:479")! /* pc=.text+0x8e68 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_host_queue_ready@drivers/scsi/scsi_lib.c:1304")! /* pc=.text+0x8a50 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x7c4c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x7ca0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_target_queue_ready@drivers/scsi/scsi_lib.c:1259")! /* pc=.text+0x87e8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("queue_flag_clear_unlocked@include/linux/blkdev.h:526")! /* pc=.text+0x8da8 */ /* <- f
module("scsi_mod").function("scsi_handle_queue_full@drivers/scsi/scsi_error.c:389")! /* pc=.text+0x5164 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_handle_queue_ramp_up@drivers/scsi/scsi_error.c:353")! /* pc=.text+0x5040 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_run_queue@drivers/scsi/scsi_lib.c:401")! /* pc=.text+0x7a38 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("__scsi_alloc_queue@drivers/scsi/scsi_lib.c:1622")! /* pc=.text+0x8ce4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_queue_insert@drivers/scsi/scsi_lib.c:189")! /* pc=.text+0x9f60 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_run_host_queues@drivers/scsi/scsi_lib.c:507")! /* pc=.text+0x9794 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_alloc_queue@drivers/scsi/scsi_lib.c:1659")! /* pc=.text+0x8de4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_exit_queue@drivers/scsi/scsi_lib.c:1776")! /* pc=.text+0x8538 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_free_queue@drivers/scsi/scsi_lib.c:1674")! /* pc=.text+0x85b4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("__scsi_queue_insert@drivers/scsi/scsi_lib.c:107")! /* pc=.text+0x98f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_requeue_command@drivers/scsi/scsi_lib.c:479")! /* pc=.text+0x8e68 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_host_queue_ready@drivers/scsi/scsi_lib.c:1304")! /* pc=.text+0x8a50 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x7c4c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x7ca0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_target_queue_ready@drivers/scsi/scsi_lib.c:1259")! /* pc=.text+0x87e8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
oo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("queue_flag_set@include/linux/blkdev.h:519")! /* pc=.text+0x7c4c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("queue_flag_clear@include/linux/blkdev.h:536")! /* pc=.text+0x7bc8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("scsi_dev_queue_ready@drivers/scsi/scsi_lib.c:1230")! /* pc=.text+0x8808 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("sdev_show_queue_ramp_up_period@drivers/scsi/scsi_sysfs.c:788")! /* pc=.text+0xf590 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("sdev_store_queue_depth_rw@drivers/scsi/scsi_sysfs.c:757")! /* pc=.text+0xe500 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("sdev_store_queue_ramp_up_period@drivers/scsi/scsi_sysfs.c:799")! /* pc=.text+0xf530 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("show_can_queue@drivers/scsi/scsi_sysfs.c:251")! /* pc=.text+0xd9f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("sdev_store_queue_type_rw@drivers/scsi/scsi_sysfs.c:818")! /* pc=.text+0xe15c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("show_queue_type_field@drivers/scsi/scsi_sysfs.c:643")! /* pc=.text+0xdf88 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_mod").function("sdev_show_queue_depth@drivers/scsi/scsi_sysfs.c:541")! /* pc=.text+0xdfec */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_queuecommand@drivers/scsi/libiscsi.c:1603")! /* pc=.text+0x539c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_requeue_task@drivers/scsi/libiscsi.c:1432")! /* pc=.text+0x58bc */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_suspend_queue@drivers/scsi/libiscsi.c:1872")! /* pc=.text+0x9a0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_change_queue_depth@drivers/scsi/libiscsi.c:1742")! /* pc=.text+0x34f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x3ae8 */ /* <- foo.b = module("*scsi*").function("no_such_t
module("scsi_mod").function("queue_flag_clear_unlocked@include/linux/blkdev.h:526")! /* pc=.text+0x8da8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("queue_flag_set@include/linux/blkdev.h:519")! /* pc=.text+0x7c4c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("queue_flag_clear@include/linux/blkdev.h:536")! /* pc=.text+0x7bc8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("scsi_dev_queue_ready@drivers/scsi/scsi_lib.c:1230")! /* pc=.text+0x8808 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("sdev_show_queue_ramp_up_period@drivers/scsi/scsi_sysfs.c:788")! /* pc=.text+0xf590 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("sdev_store_queue_depth_rw@drivers/scsi/scsi_sysfs.c:757")! /* pc=.text+0xe500 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("sdev_store_queue_ramp_up_period@drivers/scsi/scsi_sysfs.c:799")! /* pc=.text+0xf530 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("show_can_queue@drivers/scsi/scsi_sysfs.c:251")! /* pc=.text+0xd9f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("sdev_store_queue_type_rw@drivers/scsi/scsi_sysfs.c:818")! /* pc=.text+0xe15c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("show_queue_type_field@drivers/scsi/scsi_sysfs.c:643")! /* pc=.text+0xdf88 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_mod").function("sdev_show_queue_depth@drivers/scsi/scsi_sysfs.c:541")! /* pc=.text+0xdfec */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_queuecommand@drivers/scsi/libiscsi.c:1603")! /* pc=.text+0x539c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_requeue_task@drivers/scsi/libiscsi.c:1432")! /* pc=.text+0x58bc */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_suspend_queue@drivers/scsi/libiscsi.c:1872")! /* pc=.text+0x9a0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_change_queue_depth@drivers/scsi/libiscsi.c:1742")! /* pc=.text+0x34f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
hing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x3e18 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x4a40 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x4d5c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x51b8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x5690 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x58f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x5988 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_sas").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x10d0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("fc_queue_devloss_work@drivers/scsi/scsi_transport_fc.c:2289")! /* pc=.text+0x35bc */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("fc_queue_work@drivers/scsi/scsi_transport_fc.c:2246")! /* pc=.text+0x46e4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x3b84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x3b2c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("fc_bsg_goose_queue@drivers/scsi/scsi_transport_fc.c:3762")! /* pc=.text+0x3ae0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x1d84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x409c */ /* <- foo.b = module("*scsi*"
module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x3ae8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x3e18 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x4a40 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x4d5c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x51b8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x5690 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x58f4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("libiscsi").function("iscsi_conn_queue_work@drivers/scsi/libiscsi.c:104")! /* pc=.text+0x5988 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_sas").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x10d0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("fc_queue_devloss_work@drivers/scsi/scsi_transport_fc.c:2289")! /* pc=.text+0x35bc */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("fc_queue_work@drivers/scsi/scsi_transport_fc.c:2246")! /* pc=.text+0x46e4 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x3b84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("queue_is_locked@include/linux/blkdev.h:477")! /* pc=.text+0x3b2c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("fc_bsg_goose_queue@drivers/scsi/scsi_transport_fc.c:3762")! /* pc=.text+0x3ae0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x1d84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
).function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("queue_flag_set@include/linux/blkdev.h:519")! /* pc=.text+0x3b2c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_transport_fc").function("queue_flag_clear@include/linux/blkdev.h:536")! /* pc=.text+0x3b84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_tgt").function("scsi_tgt_queue_command@drivers/scsi/scsi_tgt_lib.c:311")! /* pc=.text+0x3d8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_tgt").function("scsi_tgt_free_queue@drivers/scsi/scsi_tgt_lib.c:264")! /* pc=.text+0xbcc */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_tgt").function("scsi_tgt_alloc_queue@drivers/scsi/scsi_tgt_lib.c:216")! /* pc=.text+0x574 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_dh_rdac").function("queue_mode_select@drivers/scsi/device_handler/scsi_dh_rdac.c:624")! /* pc=.text+0x520 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_debug").function("stop_all_queued@drivers/scsi/scsi_debug.c:2445")! /* pc=.text+0x1ba8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_debug").function("sdebug_max_queue_store@drivers/scsi/scsi_debug.c:3006")! /* pc=.text+0xc78 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_debug").function("scsi_debug_queuecommand@drivers/scsi/scsi_debug.c:3519")! /* pc=.text+0x463c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_debug").function("sdebug_max_queue_show@drivers/scsi/scsi_debug.c:3001")! /* pc=.text+0x798 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_debug").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x10e8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
module("scsi_debug").function("stop_queued_cmnd@drivers/scsi/scsi_debug.c:2424")! /* pc=.text+0x1ce0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x409c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("queue_flag_set@include/linux/blkdev.h:519")! /* pc=.text+0x3b2c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_transport_fc").function("queue_flag_clear@include/linux/blkdev.h:536")! /* pc=.text+0x3b84 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_tgt").function("scsi_tgt_queue_command@drivers/scsi/scsi_tgt_lib.c:311")! /* pc=.text+0x3d8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_tgt").function("scsi_tgt_free_queue@drivers/scsi/scsi_tgt_lib.c:264")! /* pc=.text+0xbcc */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_tgt").function("scsi_tgt_alloc_queue@drivers/scsi/scsi_tgt_lib.c:216")! /* pc=.text+0x574 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_dh_rdac").function("queue_mode_select@drivers/scsi/device_handler/scsi_dh_rdac.c:624")! /* pc=.text+0x520 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_debug").function("stop_all_queued@drivers/scsi/scsi_debug.c:2445")! /* pc=.text+0x1ba8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_debug").function("sdebug_max_queue_store@drivers/scsi/scsi_debug.c:3006")! /* pc=.text+0xc78 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_debug").function("scsi_debug_queuecommand@drivers/scsi/scsi_debug.c:3519")! /* pc=.text+0x463c */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_debug").function("sdebug_max_queue_show@drivers/scsi/scsi_debug.c:3001")! /* pc=.text+0x798 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_debug").function("queue_flag_set_unlocked@include/linux/blkdev.h:488")! /* pc=.text+0x10e8 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */

module("scsi_debug").function("stop_queued_cmnd@drivers/scsi/scsi_debug.c:2424")! /* pc=.text+0x1ce0 */ /* <- foo.b = module("*scsi*").function("no_such_thing")?, module("*scsi*").function("*queue*")!, module("no_such_module").function("no_such_function") <- foo.* */
wait results: 8536 exp12 0 0
PASS: semok/twentyseven.stp
Running /home/src/testsuite/semok/twentysix.stp
starting /home/src/testsuite/semok/twentysix.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentysix.stp
spawn stap -p2 /home/src/testsuite/semok/twentysix.stp
# global embedded code
%{
#include <asm/processor.h>

#if !defined(task_pt_regs)
#if defined(__powerpc__)
#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)
#endif
#if defined(__x86_64__)
#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)
#endif
#endif
%}
%{
#include <linux/version.h>
#include <linux/file.h>
#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)
#include <linux/fdtable.h>
#endif
#ifndef STAPCONF_TASK_UID
#include <linux/cred.h>
#endif
%}
# functions
pp:string ()
# probes
begin /* <- begin,begin(10),end,end(10),error,error(10) */
begin(10) /* <- begin,begin(10),end,end(10),error,error(10) */
end /* <- begin,begin(10),end,end(10),error,error(10) */
end(10) /* <- begin,begin(10),end,end(10),error,error(10) */
error /* <- begin,begin(10),end,end(10),error,error(10) */
error(10) /* <- begin,begin(10),end,end(10),error,error(10) */
# global embedded code

%{

#include <asm/processor.h>



#if !defined(task_pt_regs)

#if defined(__powerpc__)

#define task_pt_regs(tsk)       ((struct pt_regs *)(tsk)->thread.regs)

#endif

#if defined(__x86_64__)

#define task_pt_regs(tsk)	((struct pt_regs *)(tsk)->thread.rsp0 - 1)

#endif

#endif

%}

%{

#include <linux/version.h>

#include <linux/file.h>

#if LINUX_VERSION_CODE > KERNEL_VERSION(2,6,25)

#include <linux/fdtable.h>

#endif

#ifndef STAPCONF_TASK_UID

#include <linux/cred.h>

#endif

%}

# functions

pp:string ()

# probes

begin /* <- begin,begin(10),end,end(10),error,error(10) */

begin(10) /* <- begin,begin(10),end,end(10),error,error(10) */

end /* <- begin,begin(10),end,end(10),error,error(10) */

end(10) /* <- begin,begin(10),end,end(10),error,error(10) */

error /* <- begin,begin(10),end,end(10),error,error(10) */

error(10) /* <- begin,begin(10),end,end(10),error,error(10) */
wait results: 8540 exp12 0 0
PASS: semok/twentysix.stp
Running /home/src/testsuite/semok/twentythree.stp
starting /home/src/testsuite/semok/twentythree.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentythree.stp
spawn stap -p2 /home/src/testsuite/semok/twentythree.stp
# globals
c:long
a:long
b:string
d:string
# probes
begin /* <- begin */
end /* <- end */
end /* <- end */
# globals

c:long

a:long

b:string

d:string

# probes

begin /* <- begin */

end /* <- end */

end /* <- end */
wait results: 8544 exp12 0 0
PASS: semok/twentythree.stp
Running /home/src/testsuite/semok/twentytwo.stp
starting /home/src/testsuite/semok/twentytwo.stp
spawn1 stap -p2 /home/src/testsuite/semok/twentytwo.stp
spawn stap -p2 /home/src/testsuite/semok/twentytwo.stp
WARNING: side-effect-free probe 'probe_2091': identifier 'foo' at /home/src/testsuite/semok/twentytwo.stp:4:7
 source: probe foo.* { }
               ^
# probes
never /* <- foo.a = kernel.function("no_such_function")?, never <- foo.* */
WARNING: side-effect-free probe 'probe_2091': identifier 'foo' at /home/src/testsuite/semok/twentytwo.stp:4:7

 source: probe foo.* { }

               ^

# probes

never /* <- foo.a = kernel.function("no_such_function")?, never <- foo.* */
wait results: 8548 exp12 0 0
PASS: semok/twentytwo.stp
Running /home/src/testsuite/semok/two.stp
starting /home/src/testsuite/semok/two.stp
spawn1 stap -p2 /home/src/testsuite/semok/two.stp
spawn stap -p2 /home/src/testsuite/semok/two.stp
WARNING: never-assigned local variable 'koo' (alternatives: foo bar baz): identifier 'koo' at /home/src/testsuite/semok/two.stp:12:15
 source:   foo = bar + koo;
                       ^
WARNING: eliding unused variable 'foo': identifier 'foo' at :12:3
 source:   foo = bar + koo;
           ^
WARNING: eliding unused variable 'koo': identifier 'koo' at :12:15
 source:   foo = bar + koo;
                       ^
# globals
bar:long
baz:long [long, string, long]
# functions
koo:long (p:long)
# probes
end /* <- end */
end /* <- end */
WARNING: never-assigned local variable 'koo' (alternatives: foo bar baz): identifier 'koo' at /home/src/testsuite/semok/two.stp:12:15

 source:   foo = bar + koo;

                       ^

WARNING: eliding unused variable 'foo': identifier 'foo' at :12:3

 source:   foo = bar + koo;

           ^

WARNING: eliding unused variable 'koo': identifier 'koo' at :12:15

 source:   foo = bar + koo;

                       ^

# globals

bar:long

baz:long [long, string, long]

# functions

koo:long (p:long)

# probes

end /* <- end */

end /* <- end */
wait results: 8552 exp12 0 0
PASS: semok/two.stp
Running /home/src/testsuite/semok/utrace01.stp
starting /home/src/testsuite/semok/utrace01.stp
spawn1 stap -p2 /home/src/testsuite/semok/utrace01.stp
spawn stap -p2 /home/src/testsuite/semok/utrace01.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/utrace01.stp:4:1
 source: probe  %( CONFIG_UTRACE == "y" %?  process("cat").end %: never %) { }
         ^
# probes
never /* <- never */
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/semok/utrace01.stp:4:1

 source: probe  %( CONFIG_UTRACE == "y" %?  process("cat").end %: never %) { }

         ^

# probes

never /* <- never */
wait results: 8556 exp12 0 0
PASS: semok/utrace01.stp
testcase /home/src/testsuite/systemtap.pass1-4/semok.exp completed in 234 seconds
Running /home/src/testsuite/systemtap.pass1-4/transko.exp ...
Running /home/src/testsuite/transko/two.stp
starting /home/src/testsuite/transko/two.stp
spawn1 stap -p3 /home/src/testsuite/transko/two.stp
spawn stap -p3 /home/src/testsuite/transko/two.stp
WARNING: eliding unused function 'bar': identifier 'bar' at /home/src/testsuite/transko/two.stp:3:10
 source: function bar () {
                  ^
semantic error: cannot 'break' outside loop: keyword at :8:3
        source:   break
                  ^
semantic error: cannot 'continue' outside loop: keyword at :10:3
        source:   continue
                  ^
Pass 3: translation failed.  Try again with another '--vp 001' option.
WARNING: eliding unused function 'bar': identifier 'bar' at /home/src/testsuite/transko/two.stp:3:10

 source: function bar () {

                  ^

semantic error: cannot 'break' outside loop: keyword at :8:3

        source:   break

                  ^

semantic error: cannot 'continue' outside loop: keyword at :10:3

        source:   continue

                  ^

Pass 3: translation failed.  Try again with another '--vp 001' option.
wait results: 8560 exp12 0 1
XFAIL: transko/two.stp
Running /home/src/testsuite/transko/varargs.stp
starting /home/src/testsuite/transko/varargs.stp
spawn1 stap -p3 /home/src/testsuite/transko/varargs.stp
spawn stap -p3 /home/src/testsuite/transko/varargs.stp
semantic error: too many arguments to print: identifier 'println' at /home/src/testsuite/transko/varargs.stp:5:5
        source:     println(1, 2, 3, 4, 5, 6, 7, 8,
                    ^
Pass 3: translation failed.  Try again with another '--vp 001' option.
semantic error: too many arguments to print: identifier 'println' at /home/src/testsuite/transko/varargs.stp:5:5

        source:     println(1, 2, 3, 4, 5, 6, 7, 8,

                    ^

Pass 3: translation failed.  Try again with another '--vp 001' option.
wait results: 8564 exp12 0 1
XFAIL: transko/varargs.stp
testcase /home/src/testsuite/systemtap.pass1-4/transko.exp completed in 1 seconds
Running /home/src/testsuite/systemtap.pass1-4/transok.exp ...
Running /home/src/testsuite/transok/buildko.stp
starting /home/src/testsuite/transok/buildko.stp
spawn2 /home/src/testsuite/transok/buildko.stp
spawn /home/src/testsuite/transok/buildko.stp

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  (void) ((int64_t) ( /* not pure */ SYNTAX ERROR ));
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "embedded-code at /home/src/testsuite/./../testsuite/buildko/three.stp:4:3";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #en

#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  (void) ((int64_t) ( /* not pure */ SYNTAX ERROR ));

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "embedded-code at /home/src/testsuite/./../testsuite/buildko/three.stp:4:3";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);
dif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sc
  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED
hed();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/three.stp:3:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/three.stp:3:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      union {
        struct {
          string_t __tmp11;
        };
        struct {
          int64_t __tmp24;
        };
        struct {
          int64_t __tmp37;
          int64_t __tmp38;
        };
        struct {
          int64_t __tmp50;
          int64_t __tmp51;
        };
      };
    } probe_2082;
    struct probe_2084_locals {
      int64_t idx0;
      string_t idx1;
      int64_t idx2;
      string_t idx3;
      int64_t idx4;
      string_t idx5;
      int64_t idx6;
      string_t idx7;
      int64_t idx8;
      string_t idx9;
      string_t val;
      union {
        struct {
          struct map_node *__tmp0;
          int64_t __tmp1;
          string_t __tmp2;
          int64_t __tmp3;
          string_t __tmp4;
          int64_t __tmp5;
          string_t __tmp6;
          int64_t __tmp7;
          string_t __tmp8;
          int64_t __tmp9;
          string_t __tmp10;
          string_t __tmp11;
        };
      };
    } probe_2084;
    struct probe_2086_locals {
      string_t idx0;
      int64_t idx1;
      string_t idx2;
      int64_t idx3;
      string_t idx4;
      int64_t idx5;
      string_t idx6;
      int64_t idx7;
      string_t idx8;
      int64_t idx9;
      int64_t val;
      union {
        struct {
          struct map_node *__tmp0;
          string_t __tmp1;
          int64_t __tmp2;
          string_t


#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      union {

        struct {

          string_t __tmp11;

        };

        struct {

          int64_t __tmp24;

        };

        struct {

          int64_t __tmp37;

          int64_t __tmp38;

        };

        struct {

          int64_t __tmp50;

          int64_t __tmp51;

        };

      };

    } probe_2082;

    struct probe_2084_locals {

      int64_t idx0;

      string_t idx1;

      int64_t idx2;

      string_t idx3;

      int64_t idx4;

      string_t idx5;

      int64_t idx6;

      string_t idx7;

      int64_t idx8;

      string_t idx9;

      string_t val;

      union {

        struct {

          struct map_node *__tmp0;

          int64_t __tmp1;

          string_t __tmp2;

          int64_t __tmp3;

          string_t __tmp4;

          int64_t __tmp5;

          string_t __tmp6;

          int64_t __tmp7;

          string_t __tmp8;

          int64_t __tmp9;

          string_t __tmp10;

          string_t __tmp11;

        };

      };

    } probe_2084;

    struct probe_2086_locals {

      string_t idx0;

      int64_t idx1;

      string_t idx2;

      int64_t idx3;

      string_t idx4;

      int64_t idx5;

      string_t idx6;

      int64_t idx7;

      string_t idx8;

      int64_t idx9;

      int64_t val;

      union {

        struct {

          struct map_node *__tmp0;

          string_t __tmp1;

          int64_t __tmp2;
 __tmp3;
          int64_t __tmp4;
          string_t __tmp5;
          int64_t __tmp6;
          string_t __tmp7;
          int64_t __tmp8;
          string_t __tmp9;
          int64_t __tmp10;
          int64_t __tmp11;
        };
      };
    } probe_2086;
    struct probe_2088_locals {
      int64_t idx0;
      string_t idx1;
      int64_t idx2;
      string_t idx3;
      int64_t idx4;
      string_t idx5;
      int64_t idx6;
      string_t idx7;
      int64_t idx8;
      string_t idx9;
      union {
        struct {
          struct map_node *__tmp0;
          int64_t __tmp1;
          string_t __tmp2;
          int64_t __tmp3;
          string_t __tmp4;
          int64_t __tmp5;
          string_t __tmp6;
          int64_t __tmp7;
          string_t __tmp8;
          int64_t __tmp9;
          string_t __tmp10;
          int64_t __tmp11;
          struct stat_data *__tmp12;
          int64_t __tmp13;
          int64_t __tmp14;
          struct stat_data *__tmp15;
          int64_t __tmp16;
          int64_t __tmp17;
          struct stat_data *__tmp18;
          int64_t __tmp19;
          int64_t __tmp20;
          struct stat_data *__tmp21;
          int64_t __tmp22;
          int64_t __tmp23;
          struct stat_data *__tmp24;
          int64_t __tmp25;
        };
      };
    } probe_2088;
    struct probe_2090_locals {
      string_t idx0;
      int64_t idx1;
      string_t idx2;
      int64_t idx3;
      string_t idx4;
      int64_t idx5;
      string_t idx6;
      int64_t idx7;
      string_t idx8;
      int64_t idx9;
      union {
        struct {
          struct map_node *__tmp0;
          string_t __tmp1;
          int64_t __tmp2;
          string_t __tmp3;
          int64_t __tmp4;
          string_t __tmp5;
          int64_t __tmp6;
          string_t __tmp7;
          int64_t __tmp8;
          string_t __tmp9;
          int64_t __tmp10;
          int64_t __tmp11;
          struct stat_data *__tmp12;
          int64_t __tmp13;
          int64_t __tmp14;
          struct stat_data *__tmp15;
          int64_t __tmp16;
          int64_t __tmp17;
          struct stat_data *__tmp18;
          int64_t __tmp19;
          int64_t __tmp20;
          struct stat_data *__tmp21;
          int64_t __tmp22;
          int64_t __tmp23;
          struct stat_data *__tmp24;
          int64_t __tmp25;
        };
      };
    } probe_2090;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };

#include "alloc.c"
#define VALUE_TYPE STRING
#define KEY1_TYPE INT64
#define KEY2_TYPE STRING
#define KEY3_TYPE INT64
#define KEY4_TYPE STRING
#define KEY5_TYPE INT64
#define KEY6_TYPE STRING
#define KEY7_TYPE INT64
#define KEY8_TYPE STRING
#define KEY9_TYPE INT64
#define KEY10_TYPE STRING
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#undef KEY4_TYPE
#undef KEY5_TYPE
#undef KEY6_TYPE
#undef KEY7_TYPE
#undef KEY8_TYPE
#undef KEY9_TYPE
#undef KEY10_TYPE
#define VALUE_TYPE STAT
#define KEY1_TYPE INT64
#define KEY2_TYPE STRING
#define KEY3_TYPE INT64
#define KEY4_TYPE STRING
#define KEY5_TYPE INT64
#define KEY6_TYPE STRING
#define KEY7_TYPE INT64
#define KEY8_TYPE STRING
#define KEY9_TYPE INT64
#define KEY10_TYPE STRING
#include "pmap-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#undef KEY4_TYPE
#undef KEY5_TYPE
#undef KEY6_TYPE
#undef KEY7_TYPE
#undef KEY8_TYPE
#undef KEY9_TYPE
#undef KEY10_TYPE
#define VALUE_TYPE STAT
#define KEY1_TYPE INT64
#define KEY2_TYPE STRING
#define KEY3_TYPE INT64
#define KEY4_TYPE STRING
#define KEY5_TYPE INT64
#define KEY6_TYPE STRING
#define KEY7_TYPE INT64
#define KEY8_TYPE STRING
#define KEY9_TYPE INT64
#define KEY10_TYPE STRING
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#undef KEY4_TYPE
#u
          string_t __tmp3;

          int64_t __tmp4;

          string_t __tmp5;

          int64_t __tmp6;

          string_t __tmp7;

          int64_t __tmp8;

          string_t __tmp9;

          int64_t __tmp10;

          int64_t __tmp11;

        };

      };

    } probe_2086;

    struct probe_2088_locals {

      int64_t idx0;

      string_t idx1;

      int64_t idx2;

      string_t idx3;

      int64_t idx4;

      string_t idx5;

      int64_t idx6;

      string_t idx7;

      int64_t idx8;

      string_t idx9;

      union {

        struct {

          struct map_node *__tmp0;

          int64_t __tmp1;

          string_t __tmp2;

          int64_t __tmp3;

          string_t __tmp4;

          int64_t __tmp5;

          string_t __tmp6;

          int64_t __tmp7;

          string_t __tmp8;

          int64_t __tmp9;

          string_t __tmp10;

          int64_t __tmp11;

          struct stat_data *__tmp12;

          int64_t __tmp13;

          int64_t __tmp14;

          struct stat_data *__tmp15;

          int64_t __tmp16;

          int64_t __tmp17;

          struct stat_data *__tmp18;

          int64_t __tmp19;

          int64_t __tmp20;

          struct stat_data *__tmp21;

          int64_t __tmp22;

          int64_t __tmp23;

          struct stat_data *__tmp24;

          int64_t __tmp25;

        };

      };

    } probe_2088;

    struct probe_2090_locals {

      string_t idx0;

      int64_t idx1;

      string_t idx2;

      int64_t idx3;

      string_t idx4;

      int64_t idx5;

      string_t idx6;

      int64_t idx7;

      string_t idx8;

      int64_t idx9;

      union {

        struct {

          struct map_node *__tmp0;

          string_t __tmp1;

          int64_t __tmp2;

          string_t __tmp3;

          int64_t __tmp4;

          string_t __tmp5;

          int64_t __tmp6;

          string_t __tmp7;

          int64_t __tmp8;

          string_t __tmp9;

          int64_t __tmp10;

          int64_t __tmp11;

          struct stat_data *__tmp12;

          int64_t __tmp13;

          int64_t __tmp14;

          struct stat_data *__tmp15;

          int64_t __tmp16;

          int64_t __tmp17;

          struct stat_data *__tmp18;

          int64_t __tmp19;

          int64_t __tmp20;

          struct stat_data *__tmp21;

          int64_t __tmp22;

          int64_t __tmp23;

          struct stat_data *__tmp24;

          int64_t __tmp25;

        };

      };

    } probe_2090;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };



#include "alloc.c"

#define VALUE_TYPE STRING

#define KEY1_TYPE INT64

#define KEY2_TYPE STRING

#define KEY3_TYPE INT64

#define KEY4_TYPE STRING

#define KEY5_TYPE INT64

#define KEY6_TYPE STRING

#define KEY7_TYPE INT64

#define KEY8_TYPE STRING

#define KEY9_TYPE INT64

#define KEY10_TYPE STRING

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#undef KEY4_TYPE

#undef KEY5_TYPE

#undef KEY6_TYPE

#undef KEY7_TYPE

#undef KEY8_TYPE

#undef KEY9_TYPE

#undef KEY10_TYPE

#define VALUE_TYPE STAT

#define KEY1_TYPE INT64

#define KEY2_TYPE STRING

#define KEY3_TYPE INT64

#define KEY4_TYPE STRING

#define KEY5_TYPE INT64

#define KEY6_TYPE STRING

#define KEY7_TYPE INT64

#define KEY8_TYPE STRING

#define KEY9_TYPE INT64

#define KEY10_TYPE STRING

#include "pmap-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#undef KEY4_TYPE

#undef KEY5_TYPE

#undef KEY6_TYPE

#undef KEY7_TYPE

#undef KEY8_TYPE

#undef KEY9_TYPE

#undef KEY10_TYPE

#define VALUE_TYPE STAT

#define KEY1_TYPE INT64

#define KEY2_TYPE STRING

#define KEY3_TYPE INT64

#define KEY4_TYPE STRING

#define KEY5_TYPE INT64

#define KEY6_TYPE STRING

#define KEY7_TYPE INT64

#define KEY8_TYPE STRING

#define KEY9_TYPE INT64

#define KEY10_TYPE STRING

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#undef KEY4_TYPE
ndef KEY5_TYPE
#undef KEY6_TYPE
#undef KEY7_TYPE
#undef KEY8_TYPE
#undef KEY9_TYPE
#undef KEY10_TYPE
#define VALUE_TYPE INT64
#define KEY1_TYPE STRING
#define KEY2_TYPE INT64
#define KEY3_TYPE STRING
#define KEY4_TYPE INT64
#define KEY5_TYPE STRING
#define KEY6_TYPE INT64
#define KEY7_TYPE STRING
#define KEY8_TYPE INT64
#define KEY9_TYPE STRING
#define KEY10_TYPE INT64
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#undef KEY4_TYPE
#undef KEY5_TYPE
#undef KEY6_TYPE
#undef KEY7_TYPE
#undef KEY8_TYPE
#undef KEY9_TYPE
#undef KEY10_TYPE
#define VALUE_TYPE STAT
#define KEY1_TYPE STRING
#define KEY2_TYPE INT64
#define KEY3_TYPE STRING
#define KEY4_TYPE INT64
#define KEY5_TYPE STRING
#define KEY6_TYPE INT64
#define KEY7_TYPE STRING
#define KEY8_TYPE INT64
#define KEY9_TYPE STRING
#define KEY10_TYPE INT64
#include "pmap-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#undef KEY4_TYPE
#undef KEY5_TYPE
#undef KEY6_TYPE
#undef KEY7_TYPE
#undef KEY8_TYPE
#undef KEY9_TYPE
#undef KEY10_TYPE
#define VALUE_TYPE STAT
#define KEY1_TYPE STRING
#define KEY2_TYPE INT64
#define KEY3_TYPE STRING
#define KEY4_TYPE INT64
#define KEY5_TYPE STRING
#define KEY6_TYPE INT64
#define KEY7_TYPE STRING
#define KEY8_TYPE INT64
#define KEY9_TYPE STRING
#define KEY10_TYPE INT64
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#undef KEY4_TYPE
#undef KEY5_TYPE
#undef KEY6_TYPE
#undef KEY7_TYPE
#undef KEY8_TYPE
#undef KEY9_TYPE
#undef KEY10_TYPE
#include "map.c"
#include "stat.c"


#include "probe_lock.h" 
static struct {
  MAP s_a10;
  rwlock_t s_a10_lock;
  #ifdef STP_TIMING
  atomic_t s_a10_lock_skip_count;
  #endif

  MAP s_b10;
  rwlock_t s_b10_lock;
  #ifdef STP_TIMING
  atomic_t s_b10_lock_skip_count;
  #endif

  PMAP s_c10;
  rwlock_t s_c10_lock;
  #ifdef STP_TIMING
  atomic_t s_c10_lock_skip_count;
  #endif

  PMAP s_d10;
  rwlock_t s_d10_lock;
  #ifdef STP_TIMING
  atomic_t s_d10_lock_skip_count;
  #endif

} global = {
  
  #ifdef STP_TIMING
  .s_a10_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_b10_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_c10_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_d10_lock_skip_count = ATOMIC_INIT(0),
  #endif
};

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  {
    (void) 
    ({
      c->last_stmt = "identifier 'a10' at /home/src/testsuite/./../testsuite/buildko/two.stp:10:7";
      strlcpy (l->__tmp11, "a", MAXSTRINGLEN);
      { int rc = _stp_map_set_isisisisiss (global.s_a10, ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", (l->__tmp11[0] ? l->__tmp11 : NULL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      "a";
    });
    
    (void) 
    ({
      c->last_stmt = "identifier 'b10' at /home/src/testsuite/./../testsuite/buildko/two.stp:11:7";
      l->__tmp24 = ((int64_t)0LL);
      { int rc = _stp_map_set_sisisisisii (global.s_b10, "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), l->__tmp24); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      ((int64_t)0LL);
    });
    
    (void) 
    ({
      c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:12:7";
      { int rc = _stp_pmap_add_isisisisisx (global.s_c10, ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out
#undef KEY5_TYPE

#undef KEY6_TYPE

#undef KEY7_TYPE

#undef KEY8_TYPE

#undef KEY9_TYPE

#undef KEY10_TYPE

#define VALUE_TYPE INT64

#define KEY1_TYPE STRING

#define KEY2_TYPE INT64

#define KEY3_TYPE STRING

#define KEY4_TYPE INT64

#define KEY5_TYPE STRING

#define KEY6_TYPE INT64

#define KEY7_TYPE STRING

#define KEY8_TYPE INT64

#define KEY9_TYPE STRING

#define KEY10_TYPE INT64

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#undef KEY4_TYPE

#undef KEY5_TYPE

#undef KEY6_TYPE

#undef KEY7_TYPE

#undef KEY8_TYPE

#undef KEY9_TYPE

#undef KEY10_TYPE

#define VALUE_TYPE STAT

#define KEY1_TYPE STRING

#define KEY2_TYPE INT64

#define KEY3_TYPE STRING

#define KEY4_TYPE INT64

#define KEY5_TYPE STRING

#define KEY6_TYPE INT64

#define KEY7_TYPE STRING

#define KEY8_TYPE INT64

#define KEY9_TYPE STRING

#define KEY10_TYPE INT64

#include "pmap-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#undef KEY4_TYPE

#undef KEY5_TYPE

#undef KEY6_TYPE

#undef KEY7_TYPE

#undef KEY8_TYPE

#undef KEY9_TYPE

#undef KEY10_TYPE

#define VALUE_TYPE STAT

#define KEY1_TYPE STRING

#define KEY2_TYPE INT64

#define KEY3_TYPE STRING

#define KEY4_TYPE INT64

#define KEY5_TYPE STRING

#define KEY6_TYPE INT64

#define KEY7_TYPE STRING

#define KEY8_TYPE INT64

#define KEY9_TYPE STRING

#define KEY10_TYPE INT64

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#undef KEY4_TYPE

#undef KEY5_TYPE

#undef KEY6_TYPE

#undef KEY7_TYPE

#undef KEY8_TYPE

#undef KEY9_TYPE

#undef KEY10_TYPE

#include "map.c"

#include "stat.c"





#include "probe_lock.h" 

static struct {

  MAP s_a10;

  rwlock_t s_a10_lock;

  #ifdef STP_TIMING

  atomic_t s_a10_lock_skip_count;

  #endif



  MAP s_b10;

  rwlock_t s_b10_lock;

  #ifdef STP_TIMING

  atomic_t s_b10_lock_skip_count;

  #endif



  PMAP s_c10;

  rwlock_t s_c10_lock;

  #ifdef STP_TIMING

  atomic_t s_c10_lock_skip_count;

  #endif



  PMAP s_d10;

  rwlock_t s_d10_lock;

  #ifdef STP_TIMING

  atomic_t s_d10_lock_skip_count;

  #endif



} global = {

  

  #ifdef STP_TIMING

  .s_a10_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_b10_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_c10_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_d10_lock_skip_count = ATOMIC_INIT(0),

  #endif

};



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  {

    (void) 

    ({

      c->last_stmt = "identifier 'a10' at /home/src/testsuite/./../testsuite/buildko/two.stp:10:7";

      strlcpy (l->__tmp11, "a", MAXSTRINGLEN);

      { int rc = _stp_map_set_isisisisiss (global.s_a10, ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", (l->__tmp11[0] ? l->__tmp11 : NULL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      "a";

    });

    

    (void) 

    ({

      c->last_stmt = "identifier 'b10' at /home/src/testsuite/./../testsuite/buildko/two.stp:11:7";

      l->__tmp24 = ((int64_t)0LL);

      { int rc = _stp_map_set_sisisisisii (global.s_b10, "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), l->__tmp24); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      ((int64_t)0LL);

    });

    

    (void) 

    ({

      c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:12:7";
; }};
      ((int64_t)0LL);
    });
    
    (void) 
    ({
      c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:13:7";
      { int rc = _stp_pmap_add_sisisisisix (global.s_d10, "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), ((int64_t)0LL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      ((int64_t)0LL);
    });
    
  }
  c->actionremaining -= 4;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/./../testsuite/buildko/two.stp:9:13";
    goto out;
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_2083;
#endif

static void probe_2084 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2084_locals * __restrict__ l = & c->probe_locals.probe_2084;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_2083;
  #endif
  l->idx0 = 0;
  l->idx1[0] = '\0';
  l->idx2 = 0;
  l->idx3[0] = '\0';
  l->idx4 = 0;
  l->idx5[0] = '\0';
  l->idx6 = 0;
  l->idx7[0] = '\0';
  l->idx8 = 0;
  l->idx9[0] = '\0';
  l->val[0] = '\0';
  {
    _stp_map_sort (global.s_a10, 0, 1);
    l->__tmp0 = _stp_map_start (global.s_a10);
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "identifier 'a10' at /home/src/testsuite/./../testsuite/buildko/two.stp:4:8";
      goto out;
    }
  top_0:
    if (! (l->__tmp0)) goto break_0;
    {
      l->idx0 = _stp_key_get_int64 (l->__tmp0, 1);
      strlcpy (l->idx1, (_stp_key_get_str (l->__tmp0, 2) ?: ""), MAXSTRINGLEN);
      l->idx2 = _stp_key_get_int64 (l->__tmp0, 3);
      strlcpy (l->idx3, (_stp_key_get_str (l->__tmp0, 4) ?: ""), MAXSTRINGLEN);
      l->idx4 = _stp_key_get_int64 (l->__tmp0, 5);
      strlcpy (l->idx5, (_stp_key_get_str (l->__tmp0, 6) ?: ""), MAXSTRINGLEN);
      l->idx6 = _stp_key_get_int64 (l->__tmp0, 7);
      strlcpy (l->idx7, (_stp_key_get_str (l->__tmp0, 8) ?: ""), MAXSTRINGLEN);
      l->idx8 = _stp_key_get_int64 (l->__tmp0, 9);
      strlcpy (l->idx9, (_stp_key_get_str (l->__tmp0, 10) ?: ""), MAXSTRINGLEN);
      strlcpy (l->val, (_stp_get_str (l->__tmp0) ?: ""), MAXSTRINGLEN);
      (void) 
      ({
        l->__tmp1 = l->idx0;
        strlcpy (l->__tmp2, l->idx1, MAXSTRINGLEN);
        l->__tmp3 = l->idx2;
        strlcpy (l->__tmp4, l->idx3, MAXSTRINGLEN);
        l->__tmp5 = l->idx4;
        strlcpy (l->__tmp6, l->idx5, MAXSTRINGLEN);
        l->__tmp7 = l->idx6;
        strlcpy (l->__tmp8, l->idx7, MAXSTRINGLEN);
        l->__tmp9 = l->idx8;
        strlcpy (l->__tmp10, l->idx9, MAXSTRINGLEN);
        strlcpy (l->__tmp11, l->val, MAXSTRINGLEN);
        _stp_printf ("a10[%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\"]=\"%#s\"\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11);
        ((int64_t)0LL);
      });
      c->actionremaining -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'a10' at /home/src/testsuite/./../testsuite/buildko/two.stp:4:8";
        goto out;
      }
    }
  continue_0:
    l->__tmp0 = _stp_map_iter (global.s_a10, l->__tmp0);
    goto top_0;
  break_0:
    ; /* dummy statement */
    
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_2085;
#endif

static void probe_2086 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2086_locals * __restrict__ l = & c->probe_locals.probe_2086;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_2085;
  #endif
  l->idx0[0] = '\0';
  l->idx1 = 0;
  l->idx2[0] = '\0';
  l->idx3 = 0;
  l->idx4[0] = '\0';
  l->idx5 = 0;
  l->idx6[0] = '\0';
  l->idx7 = 0;
  l->idx8[0] = '\0';

      { int rc = _stp_pmap_add_isisisisisx (global.s_c10, ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL), "a", ((int64_t)0LL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      ((int64_t)0LL);

    });

    

    (void) 

    ({

      c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:13:7";

      { int rc = _stp_pmap_add_sisisisisix (global.s_d10, "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), "b", ((int64_t)0LL), ((int64_t)0LL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      ((int64_t)0LL);

    });

    

  }

  c->actionremaining -= 4;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/./../testsuite/buildko/two.stp:9:13";

    goto out;

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_2083;

#endif



static void probe_2084 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2084_locals * __restrict__ l = & c->probe_locals.probe_2084;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_2083;

  #endif

  l->idx0 = 0;

  l->idx1[0] = '\0';

  l->idx2 = 0;

  l->idx3[0] = '\0';

  l->idx4 = 0;

  l->idx5[0] = '\0';

  l->idx6 = 0;

  l->idx7[0] = '\0';

  l->idx8 = 0;

  l->idx9[0] = '\0';

  l->val[0] = '\0';

  {

    _stp_map_sort (global.s_a10, 0, 1);

    l->__tmp0 = _stp_map_start (global.s_a10);

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "identifier 'a10' at /home/src/testsuite/./../testsuite/buildko/two.stp:4:8";

      goto out;

    }

  top_0:

    if (! (l->__tmp0)) goto break_0;

    {

      l->idx0 = _stp_key_get_int64 (l->__tmp0, 1);

      strlcpy (l->idx1, (_stp_key_get_str (l->__tmp0, 2) ?: ""), MAXSTRINGLEN);

      l->idx2 = _stp_key_get_int64 (l->__tmp0, 3);

      strlcpy (l->idx3, (_stp_key_get_str (l->__tmp0, 4) ?: ""), MAXSTRINGLEN);

      l->idx4 = _stp_key_get_int64 (l->__tmp0, 5);

      strlcpy (l->idx5, (_stp_key_get_str (l->__tmp0, 6) ?: ""), MAXSTRINGLEN);

      l->idx6 = _stp_key_get_int64 (l->__tmp0, 7);

      strlcpy (l->idx7, (_stp_key_get_str (l->__tmp0, 8) ?: ""), MAXSTRINGLEN);

      l->idx8 = _stp_key_get_int64 (l->__tmp0, 9);

      strlcpy (l->idx9, (_stp_key_get_str (l->__tmp0, 10) ?: ""), MAXSTRINGLEN);

      strlcpy (l->val, (_stp_get_str (l->__tmp0) ?: ""), MAXSTRINGLEN);

      (void) 

      ({

        l->__tmp1 = l->idx0;

        strlcpy (l->__tmp2, l->idx1, MAXSTRINGLEN);

        l->__tmp3 = l->idx2;

        strlcpy (l->__tmp4, l->idx3, MAXSTRINGLEN);

        l->__tmp5 = l->idx4;

        strlcpy (l->__tmp6, l->idx5, MAXSTRINGLEN);

        l->__tmp7 = l->idx6;

        strlcpy (l->__tmp8, l->idx7, MAXSTRINGLEN);

        l->__tmp9 = l->idx8;

        strlcpy (l->__tmp10, l->idx9, MAXSTRINGLEN);

        strlcpy (l->__tmp11, l->val, MAXSTRINGLEN);

        _stp_printf ("a10[%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\"]=\"%#s\"\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11);

        ((int64_t)0LL);

      });

      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'a10' at /home/src/testsuite/./../testsuite/buildko/two.stp:4:8";

        goto out;

      }

    }

  continue_0:

    l->__tmp0 = _stp_map_iter (global.s_a10, l->__tmp0);

    goto top_0;

  break_0:

    ; /* dummy statement */

    

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_2085;

#endif



static void probe_2086 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2086_locals * __restrict__ l = & c->probe_locals.probe_2086;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_2085;

  #endif

  l->idx0[0] = '\0';

  l->idx1 = 0;

  l->idx2[0] = '\0';

  l->idx3 = 0;

  l->idx4[0] = '\0';

  l->idx5 = 0;

  l->idx6[0] = '\0';

  l->idx7 = 0;

  l->idx8[0] = '\0';
  l->idx9 = 0;
  l->val = 0;
  {
    _stp_map_sort (global.s_b10, 0, 1);
    l->__tmp0 = _stp_map_start (global.s_b10);
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "identifier 'b10' at /home/src/testsuite/./../testsuite/buildko/two.stp:5:8";
      goto out;
    }
  top_1:
    if (! (l->__tmp0)) goto break_1;
    {
      strlcpy (l->idx0, (_stp_key_get_str (l->__tmp0, 1) ?: ""), MAXSTRINGLEN);
      l->idx1 = _stp_key_get_int64 (l->__tmp0, 2);
      strlcpy (l->idx2, (_stp_key_get_str (l->__tmp0, 3) ?: ""), MAXSTRINGLEN);
      l->idx3 = _stp_key_get_int64 (l->__tmp0, 4);
      strlcpy (l->idx4, (_stp_key_get_str (l->__tmp0, 5) ?: ""), MAXSTRINGLEN);
      l->idx5 = _stp_key_get_int64 (l->__tmp0, 6);
      strlcpy (l->idx6, (_stp_key_get_str (l->__tmp0, 7) ?: ""), MAXSTRINGLEN);
      l->idx7 = _stp_key_get_int64 (l->__tmp0, 8);
      strlcpy (l->idx8, (_stp_key_get_str (l->__tmp0, 9) ?: ""), MAXSTRINGLEN);
      l->idx9 = _stp_key_get_int64 (l->__tmp0, 10);
      l->val = _stp_get_int64 (l->__tmp0);
      (void) 
      ({
        strlcpy (l->__tmp1, l->idx0, MAXSTRINGLEN);
        l->__tmp2 = l->idx1;
        strlcpy (l->__tmp3, l->idx2, MAXSTRINGLEN);
        l->__tmp4 = l->idx3;
        strlcpy (l->__tmp5, l->idx4, MAXSTRINGLEN);
        l->__tmp6 = l->idx5;
        strlcpy (l->__tmp7, l->idx6, MAXSTRINGLEN);
        l->__tmp8 = l->idx7;
        strlcpy (l->__tmp9, l->idx8, MAXSTRINGLEN);
        l->__tmp10 = l->idx9;
        l->__tmp11 = l->val;
        _stp_printf ("b10[\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld]=%#llx\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11);
        ((int64_t)0LL);
      });
      c->actionremaining -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'b10' at /home/src/testsuite/./../testsuite/buildko/two.stp:5:8";
        goto out;
      }
    }
  continue_1:
    l->__tmp0 = _stp_map_iter (global.s_b10, l->__tmp0);
    goto top_1;
  break_1:
    ; /* dummy statement */
    
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_2087;
#endif

static void probe_2088 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2088_locals * __restrict__ l = & c->probe_locals.probe_2088;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_2087;
  #endif
  l->idx0 = 0;
  l->idx1[0] = '\0';
  l->idx2 = 0;
  l->idx3[0] = '\0';
  l->idx4 = 0;
  l->idx5[0] = '\0';
  l->idx6 = 0;
  l->idx7[0] = '\0';
  l->idx8 = 0;
  l->idx9[0] = '\0';
  {
    if (unlikely(NULL == _stp_pmap_agg (global.s_c10))) {
      c->last_error = "aggregation overflow in global.s_c10";
      c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
      goto out;
    }
    else
      _stp_map_sort (_stp_pmap_get_agg(global.s_c10), -5, 1);
    l->__tmp0 = _stp_map_start (_stp_pmap_get_agg(global.s_c10));
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
      goto out;
    }
  top_2:
    if (! (l->__tmp0)) goto break_2;
    {
      l->idx0 = _stp_key_get_int64 (l->__tmp0, 1);
      strlcpy (l->idx1, (_stp_key_get_str (l->__tmp0, 2) ?: ""), MAXSTRINGLEN);
      l->idx2 = _stp_key_get_int64 (l->__tmp0, 3);
      strlcpy (l->idx3, (_stp_key_get_str (l->__tmp0, 4) ?: ""), MAXSTRINGLEN);
      l->idx4 = _stp_key_get_int64 (l->__tmp0, 5);
      strlcpy (l->idx5, (_stp_key_get_str (l->__tmp0, 6) ?: ""), MAXSTRINGLEN);
      l->idx6 = _stp_key_get_int64 (l->__tmp0, 7);
      strlcpy (l->idx7, (_stp_key_get_str (l->__tmp0, 8) ?: ""), MAXSTRINGLEN);
      l->idx8 = _stp_key_get_int64 (l->__tmp0, 9);

  l->idx9 = 0;

  l->val = 0;

  {

    _stp_map_sort (global.s_b10, 0, 1);

    l->__tmp0 = _stp_map_start (global.s_b10);

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "identifier 'b10' at /home/src/testsuite/./../testsuite/buildko/two.stp:5:8";

      goto out;

    }

  top_1:

    if (! (l->__tmp0)) goto break_1;

    {

      strlcpy (l->idx0, (_stp_key_get_str (l->__tmp0, 1) ?: ""), MAXSTRINGLEN);

      l->idx1 = _stp_key_get_int64 (l->__tmp0, 2);

      strlcpy (l->idx2, (_stp_key_get_str (l->__tmp0, 3) ?: ""), MAXSTRINGLEN);

      l->idx3 = _stp_key_get_int64 (l->__tmp0, 4);

      strlcpy (l->idx4, (_stp_key_get_str (l->__tmp0, 5) ?: ""), MAXSTRINGLEN);

      l->idx5 = _stp_key_get_int64 (l->__tmp0, 6);

      strlcpy (l->idx6, (_stp_key_get_str (l->__tmp0, 7) ?: ""), MAXSTRINGLEN);

      l->idx7 = _stp_key_get_int64 (l->__tmp0, 8);

      strlcpy (l->idx8, (_stp_key_get_str (l->__tmp0, 9) ?: ""), MAXSTRINGLEN);

      l->idx9 = _stp_key_get_int64 (l->__tmp0, 10);

      l->val = _stp_get_int64 (l->__tmp0);

      (void) 

      ({

        strlcpy (l->__tmp1, l->idx0, MAXSTRINGLEN);

        l->__tmp2 = l->idx1;

        strlcpy (l->__tmp3, l->idx2, MAXSTRINGLEN);

        l->__tmp4 = l->idx3;

        strlcpy (l->__tmp5, l->idx4, MAXSTRINGLEN);

        l->__tmp6 = l->idx5;

        strlcpy (l->__tmp7, l->idx6, MAXSTRINGLEN);

        l->__tmp8 = l->idx7;

        strlcpy (l->__tmp9, l->idx8, MAXSTRINGLEN);

        l->__tmp10 = l->idx9;

        l->__tmp11 = l->val;

        _stp_printf ("b10[\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld]=%#llx\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11);

        ((int64_t)0LL);

      });

      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'b10' at /home/src/testsuite/./../testsuite/buildko/two.stp:5:8";

        goto out;

      }

    }

  continue_1:

    l->__tmp0 = _stp_map_iter (global.s_b10, l->__tmp0);

    goto top_1;

  break_1:

    ; /* dummy statement */

    

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_2087;

#endif



static void probe_2088 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2088_locals * __restrict__ l = & c->probe_locals.probe_2088;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_2087;

  #endif

  l->idx0 = 0;

  l->idx1[0] = '\0';

  l->idx2 = 0;

  l->idx3[0] = '\0';

  l->idx4 = 0;

  l->idx5[0] = '\0';

  l->idx6 = 0;

  l->idx7[0] = '\0';

  l->idx8 = 0;

  l->idx9[0] = '\0';

  {

    if (unlikely(NULL == _stp_pmap_agg (global.s_c10))) {

      c->last_error = "aggregation overflow in global.s_c10";

      c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

      goto out;

    }

    else

      _stp_map_sort (_stp_pmap_get_agg(global.s_c10), -5, 1);

    l->__tmp0 = _stp_map_start (_stp_pmap_get_agg(global.s_c10));

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

      goto out;

    }

  top_2:

    if (! (l->__tmp0)) goto break_2;

    {

      l->idx0 = _stp_key_get_int64 (l->__tmp0, 1);

      strlcpy (l->idx1, (_stp_key_get_str (l->__tmp0, 2) ?: ""), MAXSTRINGLEN);

      l->idx2 = _stp_key_get_int64 (l->__tmp0, 3);

      strlcpy (l->idx3, (_stp_key_get_str (l->__tmp0, 4) ?: ""), MAXSTRINGLEN);

      l->idx4 = _stp_key_get_int64 (l->__tmp0, 5);

      strlcpy (l->idx5, (_stp_key_get_str (l->__tmp0, 6) ?: ""), MAXSTRINGLEN);

      l->idx6 = _stp_key_get_int64 (l->__tmp0, 7);

      strlcpy (l->idx7, (_stp_key_get_str (l->__tmp0, 8) ?: ""), MAXSTRINGLEN);

      l->idx8 = _stp_key_get_int64 (l->__tmp0, 9);
      strlcpy (l->idx9, (_stp_key_get_str (l->__tmp0, 10) ?: ""), MAXSTRINGLEN);
      (void) 
      ({
        l->__tmp1 = l->idx0;
        strlcpy (l->__tmp2, l->idx1, MAXSTRINGLEN);
        l->__tmp3 = l->idx2;
        strlcpy (l->__tmp4, l->idx3, MAXSTRINGLEN);
        l->__tmp5 = l->idx4;
        strlcpy (l->__tmp6, l->idx5, MAXSTRINGLEN);
        l->__tmp7 = l->idx6;
        strlcpy (l->__tmp8, l->idx7, MAXSTRINGLEN);
        l->__tmp9 = l->idx8;
        strlcpy (l->__tmp10, l->idx9, MAXSTRINGLEN);
        l->__tmp11 = 
        ({
          l->__tmp12 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp12 == NULL))
            l->__tmp13 = 0;
          else
            l->__tmp13 = l->__tmp12->count;
          l->__tmp13;
        });
        l->__tmp14 = 
        ({
          l->__tmp15 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp15 == NULL) || l->__tmp15->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
            goto out;
          }
          else
            l->__tmp16 = l->__tmp15->min;
          l->__tmp16;
        });
        l->__tmp17 = 
        ({
          l->__tmp18 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp18 == NULL) || l->__tmp18->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
            goto out;
          }
          else
            l->__tmp19 = l->__tmp18->max;
          l->__tmp19;
        });
        l->__tmp20 = 
        ({
          l->__tmp21 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp21 == NULL) || l->__tmp21->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
            goto out;
          }
          else
            l->__tmp22 = l->__tmp21->sum;
          l->__tmp22;
        });
        l->__tmp23 = 
        ({
          l->__tmp24 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp24 == NULL) || l->__tmp24->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
            goto out;
          }
          else
            l->__tmp25 = _stp_div64(NULL, l->__tmp24->sum, l->__tmp24->count);
          l->__tmp25;
        });
        _stp_printf ("c10[%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\"] @count=%#llx @min=%#llx @max=%#llx @sum=%#llx @avg=%#llx\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11, l->__tmp14, l->__tmp17, l->__tmp20, l->__tmp23);
        ((int64_t)0LL);
      });
      c->actionremaining -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
        goto out;
      }
    }
  continue_2:
    l->__tmp0 = _stp_map_iter (_stp_pmap_get_agg(global.s_c10), l->__tmp0);
    goto top_2;
  break_2:
    ; /* dummy statement */
    
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_2089;
#endif

static void probe_2090 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2090_locals * __restrict__ l = & c->probe_locals.probe_2090;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_2089;
  #endif
  l->idx0[0] = '\0';
  l->idx1 = 0;
  l->idx2[0] = '\0';
  l->idx3 = 0;
  l->idx4[0] = '\0';
  l->idx5 = 0;
  l->idx6[0] = '\0';
  l->idx7 = 0;
  l->idx8[0] = '\0';
  l->idx9 = 0;
  {
    if (unlikely(NULL == _stp_pmap_agg (global.s_d10))) {
      c->last_error = "aggregation overflow in global.s_d10";
      c->last_stmt = "identifier 'd10' a
      strlcpy (l->idx9, (_stp_key_get_str (l->__tmp0, 10) ?: ""), MAXSTRINGLEN);

      (void) 

      ({

        l->__tmp1 = l->idx0;

        strlcpy (l->__tmp2, l->idx1, MAXSTRINGLEN);

        l->__tmp3 = l->idx2;

        strlcpy (l->__tmp4, l->idx3, MAXSTRINGLEN);

        l->__tmp5 = l->idx4;

        strlcpy (l->__tmp6, l->idx5, MAXSTRINGLEN);

        l->__tmp7 = l->idx6;

        strlcpy (l->__tmp8, l->idx7, MAXSTRINGLEN);

        l->__tmp9 = l->idx8;

        strlcpy (l->__tmp10, l->idx9, MAXSTRINGLEN);

        l->__tmp11 = 

        ({

          l->__tmp12 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp12 == NULL))

            l->__tmp13 = 0;

          else

            l->__tmp13 = l->__tmp12->count;

          l->__tmp13;

        });

        l->__tmp14 = 

        ({

          l->__tmp15 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp15 == NULL) || l->__tmp15->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

            goto out;

          }

          else

            l->__tmp16 = l->__tmp15->min;

          l->__tmp16;

        });

        l->__tmp17 = 

        ({

          l->__tmp18 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp18 == NULL) || l->__tmp18->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

            goto out;

          }

          else

            l->__tmp19 = l->__tmp18->max;

          l->__tmp19;

        });

        l->__tmp20 = 

        ({

          l->__tmp21 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp21 == NULL) || l->__tmp21->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

            goto out;

          }

          else

            l->__tmp22 = l->__tmp21->sum;

          l->__tmp22;

        });

        l->__tmp23 = 

        ({

          l->__tmp24 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp24 == NULL) || l->__tmp24->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

            goto out;

          }

          else

            l->__tmp25 = _stp_div64(NULL, l->__tmp24->sum, l->__tmp24->count);

          l->__tmp25;

        });

        _stp_printf ("c10[%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\"] @count=%#llx @min=%#llx @max=%#llx @sum=%#llx @avg=%#llx\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11, l->__tmp14, l->__tmp17, l->__tmp20, l->__tmp23);

        ((int64_t)0LL);

      });

      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'c10' at /home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

        goto out;

      }

    }

  continue_2:

    l->__tmp0 = _stp_map_iter (_stp_pmap_get_agg(global.s_c10), l->__tmp0);

    goto top_2;

  break_2:

    ; /* dummy statement */

    

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_2089;

#endif



static void probe_2090 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2090_locals * __restrict__ l = & c->probe_locals.probe_2090;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_2089;

  #endif

  l->idx0[0] = '\0';

  l->idx1 = 0;

  l->idx2[0] = '\0';

  l->idx3 = 0;

  l->idx4[0] = '\0';

  l->idx5 = 0;

  l->idx6[0] = '\0';

  l->idx7 = 0;

  l->idx8[0] = '\0';

  l->idx9 = 0;

  {

    if (unlikely(NULL == _stp_pmap_agg (global.s_d10))) {

      c->last_error = "aggregation overflow in global.s_d10";
t /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
      goto out;
    }
    else
      _stp_map_sort (_stp_pmap_get_agg(global.s_d10), -5, 1);
    l->__tmp0 = _stp_map_start (_stp_pmap_get_agg(global.s_d10));
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
      goto out;
    }
  top_3:
    if (! (l->__tmp0)) goto break_3;
    {
      strlcpy (l->idx0, (_stp_key_get_str (l->__tmp0, 1) ?: ""), MAXSTRINGLEN);
      l->idx1 = _stp_key_get_int64 (l->__tmp0, 2);
      strlcpy (l->idx2, (_stp_key_get_str (l->__tmp0, 3) ?: ""), MAXSTRINGLEN);
      l->idx3 = _stp_key_get_int64 (l->__tmp0, 4);
      strlcpy (l->idx4, (_stp_key_get_str (l->__tmp0, 5) ?: ""), MAXSTRINGLEN);
      l->idx5 = _stp_key_get_int64 (l->__tmp0, 6);
      strlcpy (l->idx6, (_stp_key_get_str (l->__tmp0, 7) ?: ""), MAXSTRINGLEN);
      l->idx7 = _stp_key_get_int64 (l->__tmp0, 8);
      strlcpy (l->idx8, (_stp_key_get_str (l->__tmp0, 9) ?: ""), MAXSTRINGLEN);
      l->idx9 = _stp_key_get_int64 (l->__tmp0, 10);
      (void) 
      ({
        strlcpy (l->__tmp1, l->idx0, MAXSTRINGLEN);
        l->__tmp2 = l->idx1;
        strlcpy (l->__tmp3, l->idx2, MAXSTRINGLEN);
        l->__tmp4 = l->idx3;
        strlcpy (l->__tmp5, l->idx4, MAXSTRINGLEN);
        l->__tmp6 = l->idx5;
        strlcpy (l->__tmp7, l->idx6, MAXSTRINGLEN);
        l->__tmp8 = l->idx7;
        strlcpy (l->__tmp9, l->idx8, MAXSTRINGLEN);
        l->__tmp10 = l->idx9;
        l->__tmp11 = 
        ({
          l->__tmp12 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp12 == NULL))
            l->__tmp13 = 0;
          else
            l->__tmp13 = l->__tmp12->count;
          l->__tmp13;
        });
        l->__tmp14 = 
        ({
          l->__tmp15 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp15 == NULL) || l->__tmp15->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
            goto out;
          }
          else
            l->__tmp16 = l->__tmp15->min;
          l->__tmp16;
        });
        l->__tmp17 = 
        ({
          l->__tmp18 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp18 == NULL) || l->__tmp18->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
            goto out;
          }
          else
            l->__tmp19 = l->__tmp18->max;
          l->__tmp19;
        });
        l->__tmp20 = 
        ({
          l->__tmp21 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp21 == NULL) || l->__tmp21->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
            goto out;
          }
          else
            l->__tmp22 = l->__tmp21->sum;
          l->__tmp22;
        });
        l->__tmp23 = 
        ({
          l->__tmp24 = _stp_get_stat (l->__tmp0);
          if (unlikely (l->__tmp24 == NULL) || l->__tmp24->count == 0) {
            c->last_error = "empty aggregate";
            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
            goto out;
          }
          else
            l->__tmp25 = _stp_div64(NULL, l->__tmp24->sum, l->__tmp24->count);
          l->__tmp25;
        });
        _stp_printf ("d10[\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld] @count=%#llx @min=%#llx @max=%#llx @sum=%#llx @avg=%#llx\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11, l->__tmp14, l->__tmp17, l->__tmp20, l->__tmp23);
        ((int64_t)0LL);
      });
      c->actionremain
      c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

      goto out;

    }

    else

      _stp_map_sort (_stp_pmap_get_agg(global.s_d10), -5, 1);

    l->__tmp0 = _stp_map_start (_stp_pmap_get_agg(global.s_d10));

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

      goto out;

    }

  top_3:

    if (! (l->__tmp0)) goto break_3;

    {

      strlcpy (l->idx0, (_stp_key_get_str (l->__tmp0, 1) ?: ""), MAXSTRINGLEN);

      l->idx1 = _stp_key_get_int64 (l->__tmp0, 2);

      strlcpy (l->idx2, (_stp_key_get_str (l->__tmp0, 3) ?: ""), MAXSTRINGLEN);

      l->idx3 = _stp_key_get_int64 (l->__tmp0, 4);

      strlcpy (l->idx4, (_stp_key_get_str (l->__tmp0, 5) ?: ""), MAXSTRINGLEN);

      l->idx5 = _stp_key_get_int64 (l->__tmp0, 6);

      strlcpy (l->idx6, (_stp_key_get_str (l->__tmp0, 7) ?: ""), MAXSTRINGLEN);

      l->idx7 = _stp_key_get_int64 (l->__tmp0, 8);

      strlcpy (l->idx8, (_stp_key_get_str (l->__tmp0, 9) ?: ""), MAXSTRINGLEN);

      l->idx9 = _stp_key_get_int64 (l->__tmp0, 10);

      (void) 

      ({

        strlcpy (l->__tmp1, l->idx0, MAXSTRINGLEN);

        l->__tmp2 = l->idx1;

        strlcpy (l->__tmp3, l->idx2, MAXSTRINGLEN);

        l->__tmp4 = l->idx3;

        strlcpy (l->__tmp5, l->idx4, MAXSTRINGLEN);

        l->__tmp6 = l->idx5;

        strlcpy (l->__tmp7, l->idx6, MAXSTRINGLEN);

        l->__tmp8 = l->idx7;

        strlcpy (l->__tmp9, l->idx8, MAXSTRINGLEN);

        l->__tmp10 = l->idx9;

        l->__tmp11 = 

        ({

          l->__tmp12 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp12 == NULL))

            l->__tmp13 = 0;

          else

            l->__tmp13 = l->__tmp12->count;

          l->__tmp13;

        });

        l->__tmp14 = 

        ({

          l->__tmp15 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp15 == NULL) || l->__tmp15->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

            goto out;

          }

          else

            l->__tmp16 = l->__tmp15->min;

          l->__tmp16;

        });

        l->__tmp17 = 

        ({

          l->__tmp18 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp18 == NULL) || l->__tmp18->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

            goto out;

          }

          else

            l->__tmp19 = l->__tmp18->max;

          l->__tmp19;

        });

        l->__tmp20 = 

        ({

          l->__tmp21 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp21 == NULL) || l->__tmp21->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

            goto out;

          }

          else

            l->__tmp22 = l->__tmp21->sum;

          l->__tmp22;

        });

        l->__tmp23 = 

        ({

          l->__tmp24 = _stp_get_stat (l->__tmp0);

          if (unlikely (l->__tmp24 == NULL) || l->__tmp24->count == 0) {

            c->last_error = "empty aggregate";

            c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

            goto out;

          }

          else

            l->__tmp25 = _stp_div64(NULL, l->__tmp24->sum, l->__tmp24->count);

          l->__tmp25;

        });

        _stp_printf ("d10[\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld,\"%#s\",%#lld] @count=%#llx @min=%#llx @max=%#llx @sum=%#llx @avg=%#llx\n", l->__tmp1, l->__tmp2, l->__tmp3, l->__tmp4, l->__tmp5, l->__tmp6, l->__tmp7, l->__tmp8, l->__tmp9, l->__tmp10, l->__tmp11, l->__tmp14, l->__tmp17, l->__tmp20, l->__tmp23);

        ((int64_t)0LL);

      });
ing -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
        goto out;
      }
    }
  continue_3:
    l->__tmp0 = _stp_map_iter (_stp_pmap_get_agg(global.s_d10), l->__tmp0);
    goto top_3;
  break_3:
    ; /* dummy statement */
    
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
  { .pp="end", .ph=&probe_2084, .state=STAP_SESSION_STOPPING, .type=1 },
  { .pp="end", .ph=&probe_2086, .state=STAP_SESSION_STOPPING, .type=1 },
  { .pp="end", .ph=&probe_2088, .state=STAP_SESSION_STOPPING, .type=1 },
  { .pp="end", .ph=&probe_2090, .state=STAP_SESSION_STOPPING, .type=1 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = 
      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'd10' at /home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

        goto out;

      }

    }

  continue_3:

    l->__tmp0 = _stp_map_iter (_stp_pmap_get_agg(global.s_d10), l->__tmp0);

    goto top_3;

  break_3:

    ; /* dummy statement */

    

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

  { .pp="end", .ph=&probe_2084, .state=STAP_SESSION_STOPPING, .type=1 },

  { .pp="end", .ph=&probe_2086, .state=STAP_SESSION_STOPPING, .type=1 },

  { .pp="end", .ph=&probe_2088, .state=STAP_SESSION_STOPPING, .type=1 },

  { .pp="end", .ph=&probe_2090, .state=STAP_SESSION_STOPPING, .type=1 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
-EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  global.s_a10 = _stp_map_new_isisisisiss (MAXMAPENTRIES); if (global.s_a10 == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable a10 allocation failed");
    goto out;
  }
  rwlock_init (& global.s_a10_lock);
  global.s_b10 = _stp_map_new_sisisisisii (MAXMAPENTRIES); if (global.s_b10 == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable b10 allocation failed");
    goto out;
  }
  rwlock_init (& global.s_b10_lock);
  global.s_c10 = _stp_pmap_new_isisisisisx (MAXMAPENTRIES, HIST_NONE); if (global.s_c10 == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable c10 allocation failed");
    goto out;
  }
  rwlock_init (& global.s_c10_lock);
  global.s_d10 = _stp_pmap_new_sisisisisix (MAXMAPENTRIES, HIST_NONE); if (global.s_d10 == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable d10 allocation failed");
    goto out;
  }
  rwlock_init (& global.s_d10_lock);
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  time_probe_2083 = _stp_stat_init (HIST_NONE);
  time_probe_2085 = _stp_stat_init (HIST_NONE);
  time_probe_2087 = _stp_stat_init (HIST_NONE);
  time_probe_2089 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 5);
  for (i=0; i<5; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  _stp_map_del (global.s_a10);
  _stp_map_del (global.s_b10);
  _stp_pmap_del (global.s_c10);
  _stp_pmap_del (global.s_d10);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<5; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<5; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  _stp_map_del (global.s_a10);
  _stp_map_del (global.s_b10);
  _stp_pmap_del (global.s_c10);
  _stp_pmap_del (global.s_d10);
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *pro
      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  global.s_a10 = _stp_map_new_isisisisiss (MAXMAPENTRIES); if (global.s_a10 == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable a10 allocation failed");

    goto out;

  }

  rwlock_init (& global.s_a10_lock);

  global.s_b10 = _stp_map_new_sisisisisii (MAXMAPENTRIES); if (global.s_b10 == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable b10 allocation failed");

    goto out;

  }

  rwlock_init (& global.s_b10_lock);

  global.s_c10 = _stp_pmap_new_isisisisisx (MAXMAPENTRIES, HIST_NONE); if (global.s_c10 == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable c10 allocation failed");

    goto out;

  }

  rwlock_init (& global.s_c10_lock);

  global.s_d10 = _stp_pmap_new_sisisisisix (MAXMAPENTRIES, HIST_NONE); if (global.s_d10 == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable d10 allocation failed");

    goto out;

  }

  rwlock_init (& global.s_d10_lock);

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  time_probe_2083 = _stp_stat_init (HIST_NONE);

  time_probe_2085 = _stp_stat_init (HIST_NONE);

  time_probe_2087 = _stp_stat_init (HIST_NONE);

  time_probe_2089 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 5);

  for (i=0; i<5; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  _stp_map_del (global.s_a10);

  _stp_map_del (global.s_b10);

  _stp_pmap_del (global.s_c10);

  _stp_pmap_del (global.s_d10);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<5; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<5; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  _stp_map_del (global.s_a10);

  _stp_map_del (global.s_b10);

  _stp_pmap_del (global.s_c10);

  _stp_pmap_del (global.s_d10);

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {
be_point = "begin";
      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:9:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    if (likely (time_probe_2083)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:4:8";
      struct stat_data *stats = _stp_stat_get (time_probe_2083, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_2083);
    }
    if (likely (time_probe_2085)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:5:8";
      struct stat_data *stats = _stp_stat_get (time_probe_2085, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_2085);
    }
    if (likely (time_probe_2087)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:6:8";
      struct stat_data *stats = _stp_stat_get (time_probe_2087, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_2087);
    }
    if (likely (time_probe_2089)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:7:8";
      struct stat_data *stats = _stp_stat_get (time_probe_2089, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_2089);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& global.s_a10_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "a10", ctr);
      ctr = atomic_read (& global.s_b10_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "b10", ctr);
      ctr = atomic_read (& global.s_c10_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "c10", ctr);
      ctr = atomic_read (& global.s_d10_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "d10", ctr);
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_r
      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:9:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    if (likely (time_probe_2083)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:4:8";

      struct stat_data *stats = _stp_stat_get (time_probe_2083, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_2083);

    }

    if (likely (time_probe_2085)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:5:8";

      struct stat_data *stats = _stp_stat_get (time_probe_2085, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_2085);

    }

    if (likely (time_probe_2087)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:6:8";

      struct stat_data *stats = _stp_stat_get (time_probe_2087, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_2087);

    }

    if (likely (time_probe_2089)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/./../testsuite/buildko/two.stp:7:8";

      struct stat_data *stats = _stp_stat_get (time_probe_2089, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_2089);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& global.s_a10_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "a10", ctr);

      ctr = atomic_read (& global.s_b10_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "b10", ctr);

      ctr = atomic_read (& global.s_c10_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "c10", ctr);

      ctr = atomic_read (& global.s_d10_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "d10", ctr);

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
ead (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

#undef a10

#undef b10

#undef c10

#undef d10

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");



#undef a10



#undef b10



#undef c10



#undef d10
wait results: 8568 exp12 0 0
PASS: transok/buildko.stp
Running /home/src/testsuite/transok/eight.stp
starting /home/src/testsuite/transok/eight.stp
spawn1 stap -p3 /home/src/testsuite/transok/eight.stp
spawn stap -p3 /home/src/testsuite/transok/eight.stp

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      string_t a;
      int64_t x;
      string_t y;
      string_t z;
      union {
        struct {
          int64_t __tmp2;
        };
        struct {
          struct map_node *__tmp4;
        };
        struct {
          string_t __tmp7;
          string_t __tmp9;
        };
        struct {
          string_t __tmp13;
          string_t __tmp15;
        };
        struct {
          struct map_node *__tmp17;
          string_t __tmp18;
          string_t __tmp19;
        };
      };
    } probe_2082;
  } probe_locals;
  union {
    struct function_bar_locals {
      int64_t __tmp1;
      int64_t __tmp3;
      int64_t __retvalue;
    } function_bar;
    struct function_log_locals {
      string_t msg;
      /* no return value */
    } function_log;
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };

#include "alloc.c"
#define VALUE_TYPE STRING
#define KEY1_TYPE INT64
#define KEY2_TYPE STRING
#define KEY3_TYPE STRING
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#define VALUE_TYPE INT64
#define KEY1_TYPE STRING
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#include "map.c"

#include "probe_lock.h" 
static struct {
  MAP s_foo;
  rwlock_t s_foo_lock;
  #ifdef STP_TIMING
  atomi

#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      string_t a;

      int64_t x;

      string_t y;

      string_t z;

      union {

        struct {

          int64_t __tmp2;

        };

        struct {

          struct map_node *__tmp4;

        };

        struct {

          string_t __tmp7;

          string_t __tmp9;

        };

        struct {

          string_t __tmp13;

          string_t __tmp15;

        };

        struct {

          struct map_node *__tmp17;

          string_t __tmp18;

          string_t __tmp19;

        };

      };

    } probe_2082;

  } probe_locals;

  union {

    struct function_bar_locals {

      int64_t __tmp1;

      int64_t __tmp3;

      int64_t __retvalue;

    } function_bar;

    struct function_log_locals {

      string_t msg;

      /* no return value */

    } function_log;

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };



#include "alloc.c"

#define VALUE_TYPE STRING

#define KEY1_TYPE INT64

#define KEY2_TYPE STRING

#define KEY3_TYPE STRING

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#define VALUE_TYPE INT64

#define KEY1_TYPE STRING

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#include "map.c"



#include "probe_lock.h" 

static struct {

  MAP s_foo;

  rwlock_t s_foo_lock;

  #ifdef STP_TIMING
c_t s_foo_lock_skip_count;
  #endif

  MAP s_baz;
  rwlock_t s_baz_lock;
  #ifdef STP_TIMING
  atomic_t s_baz_lock_skip_count;
  #endif

  int64_t s_zoo;
  rwlock_t s_zoo_lock;
  #ifdef STP_TIMING
  atomic_t s_zoo_lock_skip_count;
  #endif

} global = {
  
  #ifdef STP_TIMING
  .s_foo_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_baz_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_zoo_lock_skip_count = ATOMIC_INIT(0),
  #endif
};

static void function_bar (struct context * __restrict__ c);

static void function_log (struct context * __restrict__ c);

static void function_bar (struct context* __restrict__ c) {
  __label__ out;
  struct function_bar_locals *  __restrict__ l = & c->locals[c->nesting+1].function_bar;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'bar' at /home/src/testsuite/transok/eight.stp:7:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  l->__retvalue = 0;
  #define return goto out
  l->__retvalue = ((
  ({
    l->__tmp1 = _stp_map_get_si (global.s_foo, "hello");
    l->__tmp1;
  })) + (
  ({
    l->__tmp3 = global.s_zoo;
    global.s_zoo += 1;
    l->__tmp3;
  })));
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "keyword at /home/src/testsuite/transok/eight.stp:9:2";
    goto out;
  }
  goto out;
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


static void function_log (struct context* __restrict__ c) {
  __label__ out;
  struct function_log_locals *  __restrict__ l = & c->locals[c->nesting+1].function_log;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'log' at /usr/local/share/systemtap/tapset/logging.stp:24:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  #define return goto out
  {
     /* unprivileged */
	_stp_printf ("%s\n", THIS->msg);

  }
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  l->a[0] = '\0';
  l->x = 0;
  l->y[0] = '\0';
  l->z[0] = '\0';
  {
    (void) 
    ({
      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/eight.stp:14:2";
      l->__tmp2 = ((int64_t)10LL);
      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp2); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      ((int64_t)10LL);
    });
    
    l->__tmp4 = _stp_map_start (global.s_foo);
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/eight.stp:15:2";
      goto out;
    }
  top_0:
    if (! (l->__tmp4)) goto break_0;
    {
      strlcpy (l->a, (_stp_key_get_str (l->__tmp4, 1) ?: ""), MAXSTRINGLEN);
      (void) 
      ({
        function_bar (c);
        if (unlikely(c->last_error)) goto out;
        c->locals[c->nesting+1].function_bar.__retvalue;
      });
      c->actionremaining -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'bar' at /home/src/testsuite/transok/eight.stp:17:3";
        goto out;
      }
    }
  continue_0:
    l->__tmp4 = _stp_map_iter (global.s_foo, l->__tmp4);
    goto top_0;
  break_0:
    ; /* dummy statement */
    
    (void) 
    ({
      strlcpy (l->__tmp7, l->a, MAXSTRINGLEN);
      c->last_stmt = "identifi
  atomic_t s_foo_lock_skip_count;

  #endif



  MAP s_baz;

  rwlock_t s_baz_lock;

  #ifdef STP_TIMING

  atomic_t s_baz_lock_skip_count;

  #endif



  int64_t s_zoo;

  rwlock_t s_zoo_lock;

  #ifdef STP_TIMING

  atomic_t s_zoo_lock_skip_count;

  #endif



} global = {

  

  #ifdef STP_TIMING

  .s_foo_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_baz_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_zoo_lock_skip_count = ATOMIC_INIT(0),

  #endif

};



static void function_bar (struct context * __restrict__ c);



static void function_log (struct context * __restrict__ c);



static void function_bar (struct context* __restrict__ c) {

  __label__ out;

  struct function_bar_locals *  __restrict__ l = & c->locals[c->nesting+1].function_bar;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'bar' at /home/src/testsuite/transok/eight.stp:7:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  l->__retvalue = 0;

  #define return goto out

  l->__retvalue = ((

  ({

    l->__tmp1 = _stp_map_get_si (global.s_foo, "hello");

    l->__tmp1;

  })) + (

  ({

    l->__tmp3 = global.s_zoo;

    global.s_zoo += 1;

    l->__tmp3;

  })));

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "keyword at /home/src/testsuite/transok/eight.stp:9:2";

    goto out;

  }

  goto out;

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





static void function_log (struct context* __restrict__ c) {

  __label__ out;

  struct function_log_locals *  __restrict__ l = & c->locals[c->nesting+1].function_log;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'log' at /usr/local/share/systemtap/tapset/logging.stp:24:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  #define return goto out

  {

     /* unprivileged */

	_stp_printf ("%s\n", THIS->msg);



  }

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  l->a[0] = '\0';

  l->x = 0;

  l->y[0] = '\0';

  l->z[0] = '\0';

  {

    (void) 

    ({

      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/eight.stp:14:2";

      l->__tmp2 = ((int64_t)10LL);

      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp2); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      ((int64_t)10LL);

    });

    

    l->__tmp4 = _stp_map_start (global.s_foo);

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/eight.stp:15:2";

      goto out;

    }

  top_0:

    if (! (l->__tmp4)) goto break_0;

    {

      strlcpy (l->a, (_stp_key_get_str (l->__tmp4, 1) ?: ""), MAXSTRINGLEN);

      (void) 

      ({

        function_bar (c);

        if (unlikely(c->last_error)) goto out;

        c->locals[c->nesting+1].function_bar.__retvalue;

      });

      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'bar' at /home/src/testsuite/transok/eight.stp:17:3";

        goto out;

      }

    }

  continue_0:

    l->__tmp4 = _stp_map_iter (global.s_foo, l->__tmp4);

    goto top_0;

  break_0:

    ; /* dummy statement */

    

    (void) 

    ({

      strlcpy (l->__tmp7, l->a, MAXSTRINGLEN);
er 'baz' at /home/src/testsuite/transok/eight.stp:20:2";
      strlcpy (l->__tmp9, "chicken", MAXSTRINGLEN);
      { int rc = _stp_map_set_isss (global.s_baz, ((int64_t)1LL), "hello", l->__tmp7, (l->__tmp9[0] ? l->__tmp9 : NULL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      "chicken";
    });
    
    (void) 
    ({
      strlcpy (l->__tmp13, l->a, MAXSTRINGLEN);
      c->last_stmt = "identifier 'baz' at /home/src/testsuite/transok/eight.stp:21:2";
      strlcpy (l->__tmp15, "supreme", MAXSTRINGLEN);
      { int rc = _stp_map_set_isss (global.s_baz, ((int64_t)1LL), "goodbye", l->__tmp13, (l->__tmp15[0] ? l->__tmp15 : NULL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      "supreme";
    });
    
    l->__tmp17 = _stp_map_start (global.s_baz);
    c->actionremaining -= 3;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/eight.stp:23:2";
      goto out;
    }
  top_1:
    if (! (l->__tmp17)) goto break_1;
    {
      l->x = _stp_key_get_int64 (l->__tmp17, 1);
      strlcpy (l->y, (_stp_key_get_str (l->__tmp17, 2) ?: ""), MAXSTRINGLEN);
      strlcpy (l->z, (_stp_key_get_str (l->__tmp17, 3) ?: ""), MAXSTRINGLEN);
      (void) 
      ({
        strlcpy (l->__tmp18, ({ 
          strlcpy (l->__tmp19, (_stp_get_str (l->__tmp17) ?: ""), MAXSTRINGLEN);
          strlcat (l->__tmp19, l->y, MAXSTRINGLEN);
          l->__tmp19;
        }), MAXSTRINGLEN);
        strlcpy (c->locals[c->nesting+1].function_log.msg, l->__tmp18, MAXSTRINGLEN);
        function_log (c);
        if (unlikely(c->last_error)) goto out;
        (void) 0;
      });
      c->actionremaining -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'log' at /home/src/testsuite/transok/eight.stp:25:3";
        goto out;
      }
    }
  continue_1:
    l->__tmp17 = _stp_map_iter (global.s_baz, l->__tmp17);
    goto top_1;
  break_1:
    ; /* dummy statement */
    
    (void) 
    ({
      strlcpy (c->locals[c->nesting+1].function_log.msg, "hello from systemtap", MAXSTRINGLEN);
      function_log (c);
      if (unlikely(c->last_error)) goto out;
      (void) 0;
    });
    
  }
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/eight.stp:13:1";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
      c->last_stmt = "identifier 'baz' at /home/src/testsuite/transok/eight.stp:20:2";

      strlcpy (l->__tmp9, "chicken", MAXSTRINGLEN);

      { int rc = _stp_map_set_isss (global.s_baz, ((int64_t)1LL), "hello", l->__tmp7, (l->__tmp9[0] ? l->__tmp9 : NULL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      "chicken";

    });

    

    (void) 

    ({

      strlcpy (l->__tmp13, l->a, MAXSTRINGLEN);

      c->last_stmt = "identifier 'baz' at /home/src/testsuite/transok/eight.stp:21:2";

      strlcpy (l->__tmp15, "supreme", MAXSTRINGLEN);

      { int rc = _stp_map_set_isss (global.s_baz, ((int64_t)1LL), "goodbye", l->__tmp13, (l->__tmp15[0] ? l->__tmp15 : NULL)); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      "supreme";

    });

    

    l->__tmp17 = _stp_map_start (global.s_baz);

    c->actionremaining -= 3;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/eight.stp:23:2";

      goto out;

    }

  top_1:

    if (! (l->__tmp17)) goto break_1;

    {

      l->x = _stp_key_get_int64 (l->__tmp17, 1);

      strlcpy (l->y, (_stp_key_get_str (l->__tmp17, 2) ?: ""), MAXSTRINGLEN);

      strlcpy (l->z, (_stp_key_get_str (l->__tmp17, 3) ?: ""), MAXSTRINGLEN);

      (void) 

      ({

        strlcpy (l->__tmp18, ({ 

          strlcpy (l->__tmp19, (_stp_get_str (l->__tmp17) ?: ""), MAXSTRINGLEN);

          strlcat (l->__tmp19, l->y, MAXSTRINGLEN);

          l->__tmp19;

        }), MAXSTRINGLEN);

        strlcpy (c->locals[c->nesting+1].function_log.msg, l->__tmp18, MAXSTRINGLEN);

        function_log (c);

        if (unlikely(c->last_error)) goto out;

        (void) 0;

      });

      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'log' at /home/src/testsuite/transok/eight.stp:25:3";

        goto out;

      }

    }

  continue_1:

    l->__tmp17 = _stp_map_iter (global.s_baz, l->__tmp17);

    goto top_1;

  break_1:

    ; /* dummy statement */

    

    (void) 

    ({

      strlcpy (c->locals[c->nesting+1].function_log.msg, "hello from systemtap", MAXSTRINGLEN);

      function_log (c);

      if (unlikely(c->last_error)) goto out;

      (void) 0;

    });

    

  }

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/eight.stp:13:1";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  global.s_foo = _stp_map_new_si (MAXMAPENTRIES); if (global.s_foo == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable foo allocation failed");
    goto out;
  }
  rwlock_init (& global.s_foo_lock);
  global.s_baz = _stp_map_new_isss (MAXMAPENTRIES); if (global.s_baz == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable baz allocation failed");
    goto out;
  }
  rwlock_init (& global.s_baz_lock);
  
  if (rc) {
    _stp_error ("global variable zoo allocation failed");
    goto out;
  }
  rwlock_init (& global.s_zoo_lock);
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  _stp_map_del (global.s_foo);
  _stp_map_del (global.s_baz);
  
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  ret
  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  global.s_foo = _stp_map_new_si (MAXMAPENTRIES); if (global.s_foo == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable foo allocation failed");

    goto out;

  }

  rwlock_init (& global.s_foo_lock);

  global.s_baz = _stp_map_new_isss (MAXMAPENTRIES); if (global.s_baz == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable baz allocation failed");

    goto out;

  }

  rwlock_init (& global.s_baz_lock);

  

  if (rc) {

    _stp_error ("global variable zoo allocation failed");

    goto out;

  }

  rwlock_init (& global.s_zoo_lock);

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  _stp_map_del (global.s_foo);

  _stp_map_del (global.s_baz);

  

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }
urn rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  _stp_map_del (global.s_foo);
  _stp_map_del (global.s_baz);
  
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/eight.stp:12:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& global.s_foo_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "foo", ctr);
      ctr = atomic_read (& global.s_baz_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "baz", ctr);
      ctr = atomic_read (& global.s_zoo_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "zoo", ctr);
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

#undef foo

#undef baz

#undef zoo
module_param_named (zoo, global.s_zoo, int64_t, 0);

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  _stp_map_del (global.s_foo);

  _stp_map_del (global.s_baz);

  

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/eight.stp:12:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& global.s_foo_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "foo", ctr);

      ctr = atomic_read (& global.s_baz_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "baz", ctr);

      ctr = atomic_read (& global.s_zoo_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "zoo", ctr);

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");



#undef foo



#undef baz



#undef zoo

module_param_named (zoo, global.s_zoo, int64_t, 0);
wait results: 8582 exp12 0 0
PASS: transok/eight.stp
Running /home/src/testsuite/transok/five.stp
starting /home/src/testsuite/transok/five.stp
spawn1 stap -p3 /home/src/testsuite/transok/five.stp
spawn stap -p3 /home/src/testsuite/transok/five.stp
WARNING: eliding unused variable 'b': identifier 'b' at /home/src/testsuite/transok/five.stp:13:28
 source:   for (a=0; a<=4; a=a+1) { b = a }
                                    ^

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      int64_t a;
      union {
        struct {
          int64_t __tmp2;
        };
        struct {
          int64_t __tmp6;
        };
        struct {
          int64_t __tmp10;
        };
        struct {
          int64_t __tmp14;
        };
        struct {
          int64_t __tmp18;
        };
      };
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  l->a = 0;
  {
    (void) 
    ({
      l->a = ((int64_t)0LL);
      ((int64_t)0LL);
    });
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:6:3";
      goto out;
    }
  top_0:
    if (! (((int64_t)1LL))) goWARNING: eliding unused variable 'b': identifier 'b' at /home/src/testsuite/transok/five.stp:13:28

 source:   for (a=0; a<=4; a=a+1) { b = a }

                                    ^



#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      int64_t a;

      union {

        struct {

          int64_t __tmp2;

        };

        struct {

          int64_t __tmp6;

        };

        struct {

          int64_t __tmp10;

        };

        struct {

          int64_t __tmp14;

        };

        struct {

          int64_t __tmp18;

        };

      };

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  l->a = 0;

  {

    (void) 

    ({

      l->a = ((int64_t)0LL);

      ((int64_t)0LL);

    });

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:6:3";

      goto out;

    }

  top_0:
to break_0;
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:6:17";
      goto out;
    }
    if ((((l->a) > (((int64_t)4LL))))) {
      c->actionremaining -= 1;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:6:28";
        goto out;
      }
      goto break_0;
    }
  continue_0:
    goto top_0;
  break_0:
    ; /* dummy statement */
    
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:8:3";
      goto out;
    }
  top_1:
    if (! (((int64_t)1LL))) goto break_1;
    /* null */;
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:8:3";
      goto out;
    }
  continue_1:
    (void) 
    ({
      l->__tmp2 = ((l->a) + (((int64_t)1LL)));
      l->a = l->__tmp2;
      l->__tmp2;
    });
    goto top_1;
  break_1:
    ; /* dummy statement */
    
    (void) 
    ({
      l->a = ((int64_t)0LL);
      ((int64_t)0LL);
    });
    c->actionremaining -= 3;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:9:3";
      goto out;
    }
  top_2:
    if (! ((((l->a) > (((int64_t)0LL)))))) goto break_2;
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:9:20";
      goto out;
    }
    if ((((l->a) < (((int64_t)4LL))))) {
      c->actionremaining -= 1;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:9:31";
        goto out;
      }
      goto continue_2;
    }
  continue_2:
    goto top_2;
  break_2:
    ; /* dummy statement */
    
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:10:3";
      goto out;
    }
  top_3:
    if (! ((((l->a) > (((int64_t)0LL)))))) goto break_3;
    /* null */;
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:10:3";
      goto out;
    }
  continue_3:
    (void) 
    ({
      l->__tmp6 = ((l->a) + (((int64_t)1LL)));
      l->a = l->__tmp6;
      l->__tmp6;
    });
    goto top_3;
  break_3:
    ; /* dummy statement */
    
    (void) 
    ({
      l->a = ((int64_t)0LL);
      ((int64_t)0LL);
    });
    c->actionremaining -= 3;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:11:3";
      goto out;
    }
  top_4:
    if (! (((int64_t)1LL))) goto break_4;
    /* null */;
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:11:3";
      goto out;
    }
  continue_4:
    (void) 
    ({
      l->__tmp10 = ((l->a) + (((int64_t)1LL)));
      l->a = l->__tmp10;
      l->__tmp10;
    });
    goto top_4;
  break_4:
    ; /* dummy statement */
    
    (void) 
    ({
      l->a = ((int64_t)0LL);
      ((int64_t)0LL);
    });
    c->actionremaining -= 3;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword
    if (! (((int64_t)1LL))) goto break_0;

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:6:17";

      goto out;

    }

    if ((((l->a) > (((int64_t)4LL))))) {

      c->actionremaining -= 1;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:6:28";

        goto out;

      }

      goto break_0;

    }

  continue_0:

    goto top_0;

  break_0:

    ; /* dummy statement */

    

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:8:3";

      goto out;

    }

  top_1:

    if (! (((int64_t)1LL))) goto break_1;

    /* null */;

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:8:3";

      goto out;

    }

  continue_1:

    (void) 

    ({

      l->__tmp2 = ((l->a) + (((int64_t)1LL)));

      l->a = l->__tmp2;

      l->__tmp2;

    });

    goto top_1;

  break_1:

    ; /* dummy statement */

    

    (void) 

    ({

      l->a = ((int64_t)0LL);

      ((int64_t)0LL);

    });

    c->actionremaining -= 3;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:9:3";

      goto out;

    }

  top_2:

    if (! ((((l->a) > (((int64_t)0LL)))))) goto break_2;

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:9:20";

      goto out;

    }

    if ((((l->a) < (((int64_t)4LL))))) {

      c->actionremaining -= 1;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:9:31";

        goto out;

      }

      goto continue_2;

    }

  continue_2:

    goto top_2;

  break_2:

    ; /* dummy statement */

    

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:10:3";

      goto out;

    }

  top_3:

    if (! ((((l->a) > (((int64_t)0LL)))))) goto break_3;

    /* null */;

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:10:3";

      goto out;

    }

  continue_3:

    (void) 

    ({

      l->__tmp6 = ((l->a) + (((int64_t)1LL)));

      l->a = l->__tmp6;

      l->__tmp6;

    });

    goto top_3;

  break_3:

    ; /* dummy statement */

    

    (void) 

    ({

      l->a = ((int64_t)0LL);

      ((int64_t)0LL);

    });

    c->actionremaining -= 3;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:11:3";

      goto out;

    }

  top_4:

    if (! (((int64_t)1LL))) goto break_4;

    /* null */;

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:11:3";

      goto out;

    }

  continue_4:

    (void) 

    ({

      l->__tmp10 = ((l->a) + (((int64_t)1LL)));

      l->a = l->__tmp10;

      l->__tmp10;

    });

    goto top_4;

  break_4:

    ; /* dummy statement */

    

    (void) 

    ({

      l->a = ((int64_t)0LL);

      ((int64_t)0LL);

    });

    c->actionremaining -= 3;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";
 at /home/src/testsuite/transok/five.stp:12:3";
      goto out;
    }
  top_5:
    if (! ((((l->a) <= (((int64_t)4LL)))))) goto break_5;
    /* null */;
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:12:3";
      goto out;
    }
  continue_5:
    (void) 
    ({
      l->__tmp14 = ((l->a) + (((int64_t)1LL)));
      l->a = l->__tmp14;
      l->__tmp14;
    });
    goto top_5;
  break_5:
    ; /* dummy statement */
    
    (void) 
    ({
      l->a = ((int64_t)0LL);
      ((int64_t)0LL);
    });
    c->actionremaining -= 3;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:13:3";
      goto out;
    }
  top_6:
    if (! ((((l->a) <= (((int64_t)4LL)))))) goto break_6;
    /* null */;
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:13:3";
      goto out;
    }
  continue_6:
    (void) 
    ({
      l->__tmp18 = ((l->a) + (((int64_t)1LL)));
      l->a = l->__tmp18;
      l->__tmp18;
    });
    goto top_6;
  break_6:
    ; /* dummy statement */
    
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:15:3";
      goto out;
    }
  top_7:
    if (! (((int64_t)99LL))) goto break_7;
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:15:14";
      goto out;
    }
    goto out;
  continue_7:
    goto top_7;
  break_7:
    ; /* dummy statement */
    
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:16:3";
      goto out;
    }
  top_8:
    if (! (((int64_t)99LL))) goto break_8;
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:16:14";
      goto out;
    }
    goto break_8;
  continue_8:
    goto top_8;
  break_8:
    ; /* dummy statement */
    
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:17:3";
      goto out;
    }
  top_9:
    if (! (((int64_t)99LL))) goto break_9;
    c->actionremaining -= 2;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:17:14";
      goto out;
    }
    goto continue_9;
  continue_9:
    goto top_9;
  break_9:
    ; /* dummy statement */
    
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&ses
      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:12:3";

      goto out;

    }

  top_5:

    if (! ((((l->a) <= (((int64_t)4LL)))))) goto break_5;

    /* null */;

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:12:3";

      goto out;

    }

  continue_5:

    (void) 

    ({

      l->__tmp14 = ((l->a) + (((int64_t)1LL)));

      l->a = l->__tmp14;

      l->__tmp14;

    });

    goto top_5;

  break_5:

    ; /* dummy statement */

    

    (void) 

    ({

      l->a = ((int64_t)0LL);

      ((int64_t)0LL);

    });

    c->actionremaining -= 3;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:13:3";

      goto out;

    }

  top_6:

    if (! ((((l->a) <= (((int64_t)4LL)))))) goto break_6;

    /* null */;

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:13:3";

      goto out;

    }

  continue_6:

    (void) 

    ({

      l->__tmp18 = ((l->a) + (((int64_t)1LL)));

      l->a = l->__tmp18;

      l->__tmp18;

    });

    goto top_6;

  break_6:

    ; /* dummy statement */

    

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:15:3";

      goto out;

    }

  top_7:

    if (! (((int64_t)99LL))) goto break_7;

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:15:14";

      goto out;

    }

    goto out;

  continue_7:

    goto top_7;

  break_7:

    ; /* dummy statement */

    

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:16:3";

      goto out;

    }

  top_8:

    if (! (((int64_t)99LL))) goto break_8;

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:16:14";

      goto out;

    }

    goto break_8;

  continue_8:

    goto top_8;

  break_8:

    ; /* dummy statement */

    

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:17:3";

      goto out;

    }

  top_9:

    if (! (((int64_t)99LL))) goto break_9;

    c->actionremaining -= 2;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/five.stp:17:14";

      goto out;

    }

    goto continue_9;

  continue_9:

    goto top_9;

  break_9:

    ; /* dummy statement */

    

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }
sion_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  
  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {
int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/five.stp:3:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/five.stp:3:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8586 exp12 0 0
PASS: transok/five.stp
Running /home/src/testsuite/transok/four.stp
starting /home/src/testsuite/transok/four.stp
spawn1 stap -p3 /home/src/testsuite/transok/four.stp
spawn stap -p3 /home/src/testsuite/transok/four.stp
WARNING: eliding unused function 'f': identifier 'f' at /home/src/testsuite/transok/four.stp:3:10
 source: function f () {
                  ^
WARNING: eliding unused variable 'cs': identifier 'cs' at :10:41
 source:   c = (a > b) ? (a == b) : (a != b)     cs = (as > bs) ? (as == bs) : (as != bs)
                                                 ^
WARNING: eliding unused variable 'bs': identifier 'bs' at :9:41
 source:   b = a * (b + c) - d                   bs = as . "bs" . as
                                                 ^
WARNING: eliding unused variable 'as': identifier 'as' at :8:41
 source:   a = 0                                 as = ""
                                                 ^

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      int64_t a;
      int64_t b;
      int64_t c;
      int64_t d;
      union {
        struct {
          int64_t __tmp2;
        };
        struct {
          int64_t __tmp4;
        };
        struct {
          int64_t __tmp6;
        };
      };
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l =WARNING: eliding unused function 'f': identifier 'f' at /home/src/testsuite/transok/four.stp:3:10

 source: function f () {

                  ^

WARNING: eliding unused variable 'cs': identifier 'cs' at :10:41

 source:   c = (a > b) ? (a == b) : (a != b)     cs = (as > bs) ? (as == bs) : (as != bs)

                                                 ^

WARNING: eliding unused variable 'bs': identifier 'bs' at :9:41

 source:   b = a * (b + c) - d                   bs = as . "bs" . as

                                                 ^

WARNING: eliding unused variable 'as': identifier 'as' at :8:41

 source:   a = 0                                 as = ""

                                                 ^



#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      int64_t a;

      int64_t b;

      int64_t c;

      int64_t d;

      union {

        struct {

          int64_t __tmp2;

        };

        struct {

          int64_t __tmp4;

        };

        struct {

          int64_t __tmp6;

        };

      };

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;
 & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  l->a = 0;
  l->b = 0;
  l->c = 0;
  l->d = 0;
  {
    (void) 
    ({
      l->a = ((int64_t)0LL);
      ((int64_t)0LL);
    });
    
    (void) 
    ({
      l->__tmp2 = ((((l->a) * (((l->b) + (l->c))))) - (l->d));
      l->b = l->__tmp2;
      l->__tmp2;
    });
    
    (void) 
    ({
      l->__tmp4 = (((((l->a) > (l->b)))) ? ((((l->a) == (l->b)))) : ((((l->a) != (l->b)))));
      l->c = l->__tmp4;
      l->__tmp4;
    });
    
    (void) 
    ({
      l->__tmp6 = (((((((((l->a) > (l->b)))) + ((((l->a) >= (l->b)))))) + ((((l->a) < (l->b)))))) + ((((l->a) <= (l->b)))));
      l->d = l->__tmp6;
      l->__tmp6;
    });
    
  }
  c->actionremaining -= 4;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/four.stp:7:11";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="end", .ph=&probe_2082, .state=STAP_SESSION_STOPPING, .type=1 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static i
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  l->a = 0;

  l->b = 0;

  l->c = 0;

  l->d = 0;

  {

    (void) 

    ({

      l->a = ((int64_t)0LL);

      ((int64_t)0LL);

    });

    

    (void) 

    ({

      l->__tmp2 = ((((l->a) * (((l->b) + (l->c))))) - (l->d));

      l->b = l->__tmp2;

      l->__tmp2;

    });

    

    (void) 

    ({

      l->__tmp4 = (((((l->a) > (l->b)))) ? ((((l->a) == (l->b)))) : ((((l->a) != (l->b)))));

      l->c = l->__tmp4;

      l->__tmp4;

    });

    

    (void) 

    ({

      l->__tmp6 = (((((((((l->a) > (l->b)))) + ((((l->a) >= (l->b)))))) + ((((l->a) < (l->b)))))) + ((((l->a) <= (l->b)))));

      l->d = l->__tmp6;

      l->__tmp6;

    });

    

  }

  c->actionremaining -= 4;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/four.stp:7:11";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="end", .ph=&probe_2082, .state=STAP_SESSION_STOPPING, .type=1 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}


nt systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/transok/four.stp:7:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      i
static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/transok/four.stp:7:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);
f (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8590 exp12 0 0
PASS: transok/four.stp
Running /home/src/testsuite/transok/nine.stp
starting /home/src/testsuite/transok/nine.stp
spawn2 /home/src/testsuite/transok/nine.stp
spawn /home/src/testsuite/transok/nine.stp

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
    } probe_2082;
  } probe_locals;
  union {
    struct function_bar_locals {
      int64_t foo;
      /* no return value */
    } function_bar;
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

void just_some_declaration () {}



static void function_bar (struct context * __restrict__ c);

static void function_bar (struct context* __restrict__ c) {
  __label__ out;
  struct function_bar_locals *  __restrict__ l = & c->locals[c->nesting+1].function_bar;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'bar' at <input>:6:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  #define return goto out
  {
     just_some_declaration(); THIS->__retvalue = THIS->foo + 5; 
  }
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  (void) 
  ({
    c->locals[c->nesting+1].functi

#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

    } probe_2082;

  } probe_locals;

  union {

    struct function_bar_locals {

      int64_t foo;

      /* no return value */

    } function_bar;

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



void just_some_declaration () {}







static void function_bar (struct context * __restrict__ c);



static void function_bar (struct context* __restrict__ c) {

  __label__ out;

  struct function_bar_locals *  __restrict__ l = & c->locals[c->nesting+1].function_bar;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'bar' at <input>:6:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  #define return goto out

  {

     just_some_declaration(); THIS->__retvalue = THIS->foo + 5; 

  }

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  (void) 

  ({
on_bar.foo = ((int64_t)5LL);
    function_bar (c);
    if (unlikely(c->last_error)) goto out;
    (void) 0;
  });
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "identifier 'bar' at <input>:10:3";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    context
    c->locals[c->nesting+1].function_bar.foo = ((int64_t)5LL);

    function_bar (c);

    if (unlikely(c->last_error)) goto out;

    (void) 0;

  });

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "identifier 'bar' at <input>:10:3";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {
s[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "<input>:8:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "<input>:8:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8594 exp12 0 0
PASS: transok/nine.stp
Running /home/src/testsuite/transok/one.stp
starting /home/src/testsuite/transok/one.stp
spawn1 stap -p3 /home/src/testsuite/transok/one.stp
spawn stap -p3 /home/src/testsuite/transok/one.stp
WARNING: never-assigned local variable 'c' (alternatives: a b as bs): identifier 'c' at /home/src/testsuite/transok/one.stp:20:11
 source:   a ? b : c
                   ^
WARNING: never-assigned local variable 'as' (alternatives: a b c bs): identifier 'as' at :36:3
 source:   as . bs
           ^
WARNING: never-assigned local variable 'bs' (alternatives: a b c as): identifier 'bs' at :36:8
 source:   as . bs
                ^
WARNING: eliding unused variable 'c': identifier 'c' at :20:11
 source:   a ? b : c
                   ^
WARNING: eliding unused variable 'as': identifier 'as' at :36:3
 source:   as . bs
           ^
WARNING: eliding unused variable 'bs': identifier 'bs' at :36:8
 source:   as . bs
                ^

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
WARNING: never-assigned local variable 'c' (alternatives: a b as bs): identifier 'c' at /home/src/testsuite/transok/one.stp:20:11

 source:   a ? b : c

                   ^

WARNING: never-assigned local variable 'as' (alternatives: a b c bs): identifier 'as' at :36:3

 source:   as . bs

           ^

WARNING: never-assigned local variable 'bs' (alternatives: a b c as): identifier 'bs' at :36:8

 source:   as . bs

                ^

WARNING: eliding unused variable 'c': identifier 'c' at :20:11

 source:   a ? b : c

                   ^

WARNING: eliding unused variable 'as': identifier 'as' at :36:3

 source:   as . bs

           ^

WARNING: eliding unused variable 'bs': identifier 'bs' at :36:8

 source:   as . bs

                ^



#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      int64_t a;
      int64_t b;
      union {
        struct {
          int64_t __tmp0;
        };
        struct {
          int64_t __tmp2;
        };
        struct {
          int64_t __tmp4;
        };
        struct {
          int64_t __tmp6;
        };
        struct {
          int64_t __tmp8;
        };
        struct {
          int64_t __tmp10;
        };
        struct {
          int64_t __tmp12;
        };
        struct {
          int64_t __tmp14;
        };
        struct {
          int64_t __tmp16;
        };
        struct {
          int64_t __tmp18;
        };
        struct {
          int64_t __tmp20;
        };
        struct {
          int64_t __tmp23;
        };
        struct {
          int64_t __tmp25;
        };
      };
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  l->a = 0;
  l->b = 0;
  {
    (void) 
    ({
      l->__tmp0 = l->b;
      l->a = l->__tmp0;
      l->__tmp0;
    });
    
    (void) 
    ({
      l->__tmp2 = l->b;
      l->a += l->__tmp2;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp4 = l->b;
      l->a -= l->__tmp4;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp6 = l->b;
      l->a *= l->__tmp6;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp8 = l->b;
      if (unlikely(!l->__tmp8)) {
        c->last_error = "division by 0";
        c->last_stmt = "identifier 'b' at /home/src/testsuite/transok/one.stp:11:8";
        goto out;
      }
      l->a = _stp_div64 (NULL, l->a, l->__tmp8);
      l->a;
    });
    
    (void) 
    ({
      l->__tmp10 = l->b;
      if (unlikely(!l->__tmp10)) {
        c->last_error = "division by 0";
        c->last_stmt = "identifier 'b' at /home/src/testsuite/transok/one.stp:12:8";
        goto out;
      }
      l->a = _stp_mod64 (NULL, l->a, l->__tmp10);
      l->a;
    });
    
    (void) 
    ({
      l->__tmp12 = l->b;
      l->a <<= l->__tmp12;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp14 = l->b;
      l->a >>= l->__tmp14;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp16 = l->b;
      l->a &= l->__tmp16;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp18 = l->b;
      l->a ^= l->__tmp18;
      l->a;
    });
    c->actionremaining -= 10;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "identifier 'a' at /home/src/testsuite/transok/one.stp:16:3";
      goto out;
    }
    
    (void) 
    ({
      l->__tmp20 = l->b;
      l->a |= l->__tmp20;
      l->a;
    });
    
    (void) 
    ({
      l->__tmp23 = l->a;
      l->a += 1;
      l->__tmp23;
    });
    
    (void) 
    ({
      l->__tmp25 = l->a;
      l->a -= 1;
      l->__tmp25;
    });
    
    (void) 
    ({
      l->a += 1;
      l->a;
    });
    
    (void) 
    ({
      l->b -= 1;
      l->b;
    });
    
  }
  c->actionremaining -= 5;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/one.stp:4:1";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin"
  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      int64_t a;

      int64_t b;

      union {

        struct {

          int64_t __tmp0;

        };

        struct {

          int64_t __tmp2;

        };

        struct {

          int64_t __tmp4;

        };

        struct {

          int64_t __tmp6;

        };

        struct {

          int64_t __tmp8;

        };

        struct {

          int64_t __tmp10;

        };

        struct {

          int64_t __tmp12;

        };

        struct {

          int64_t __tmp14;

        };

        struct {

          int64_t __tmp16;

        };

        struct {

          int64_t __tmp18;

        };

        struct {

          int64_t __tmp20;

        };

        struct {

          int64_t __tmp23;

        };

        struct {

          int64_t __tmp25;

        };

      };

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  l->a = 0;

  l->b = 0;

  {

    (void) 

    ({

      l->__tmp0 = l->b;

      l->a = l->__tmp0;

      l->__tmp0;

    });

    

    (void) 

    ({

      l->__tmp2 = l->b;

      l->a += l->__tmp2;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp4 = l->b;

      l->a -= l->__tmp4;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp6 = l->b;

      l->a *= l->__tmp6;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp8 = l->b;

      if (unlikely(!l->__tmp8)) {

        c->last_error = "division by 0";

        c->last_stmt = "identifier 'b' at /home/src/testsuite/transok/one.stp:11:8";

        goto out;

      }

      l->a = _stp_div64 (NULL, l->a, l->__tmp8);

      l->a;

    });

    

    (void) 

    ({

      l->__tmp10 = l->b;

      if (unlikely(!l->__tmp10)) {

        c->last_error = "division by 0";

        c->last_stmt = "identifier 'b' at /home/src/testsuite/transok/one.stp:12:8";

        goto out;

      }

      l->a = _stp_mod64 (NULL, l->a, l->__tmp10);

      l->a;

    });

    

    (void) 

    ({

      l->__tmp12 = l->b;

      l->a <<= l->__tmp12;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp14 = l->b;

      l->a >>= l->__tmp14;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp16 = l->b;

      l->a &= l->__tmp16;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp18 = l->b;

      l->a ^= l->__tmp18;

      l->a;

    });

    c->actionremaining -= 10;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "identifier 'a' at /home/src/testsuite/transok/one.stp:16:3";

      goto out;

    }

    

    (void) 

    ({

      l->__tmp20 = l->b;

      l->a |= l->__tmp20;

      l->a;

    });

    

    (void) 

    ({

      l->__tmp23 = l->a;

      l->a += 1;

      l->__tmp23;

    });

    

    (void) 

    ({

      l->__tmp25 = l->a;

      l->a -= 1;

      l->__tmp25;

    });

    

    (void) 

    ({

      l->a += 1;

      l->a;

    });

    

    (void) 

    ({

      l->b -= 1;

      l->b;

    });

    

  }

  c->actionremaining -= 5;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/one.stp:4:1";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {
, .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (st
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)
p); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/one.stp:3:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/one.stp:3:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8599 exp12 0 0
PASS: transok/one.stp
Running /home/src/testsuite/transok/seven.stp
starting /home/src/testsuite/transok/seven.stp
spawn1 stap -p3 /home/src/testsuite/transok/seven.stp
spawn stap -p3 /home/src/testsuite/transok/seven.stp

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      int64_t x;
      union {
        struct {
          int64_t __tmp4;
        };
        struct {
          int64_t __tmp8;
          int64_t __tmp9;
        };
        struct {
          int64_t __tmp12;
        };
        struct {
          int64_t __tmp14;
          int64_t __tmp17;
        };
        struct {
          int64_t __tmp19;
          int64_t __tmp22;
          int64_t __tmp23;
          int64_t __tmp25;
          int64_t __tmp28;
          int64_t __tmp29;
          int64_t __tmp20;
        };
      };
    } probe_2082;
  } probe_locals;
  union {
    struct function_log_locals {
      string_t msg;
      /* no return value */
    } function_log;
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };

#include "alloc.c"
#define VALUE_TYPE INT64
#define KEY1_TYPE INT64
#define KEY2_TYPE INT64
#define KEY3_TYPE STRING
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#undef KEY2_TYPE
#undef KEY3_TYPE
#define VALUE_TYPE INT64
#define KEY1_TYPE STRING
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#include "map.c"

#include "probe_lock.h" 
static struct {
  MAP s_foo;
  rwlock_t s_foo_lock;
  #ifdef STP_TIMING
  atomic_t s_foo_lock_skip_count;
  #endif

  MAP s_bar;
  rwlock_t s_bar_lock;
  #ifdef STP_TIMING


#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      int64_t x;

      union {

        struct {

          int64_t __tmp4;

        };

        struct {

          int64_t __tmp8;

          int64_t __tmp9;

        };

        struct {

          int64_t __tmp12;

        };

        struct {

          int64_t __tmp14;

          int64_t __tmp17;

        };

        struct {

          int64_t __tmp19;

          int64_t __tmp22;

          int64_t __tmp23;

          int64_t __tmp25;

          int64_t __tmp28;

          int64_t __tmp29;

          int64_t __tmp20;

        };

      };

    } probe_2082;

  } probe_locals;

  union {

    struct function_log_locals {

      string_t msg;

      /* no return value */

    } function_log;

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };



#include "alloc.c"

#define VALUE_TYPE INT64

#define KEY1_TYPE INT64

#define KEY2_TYPE INT64

#define KEY3_TYPE STRING

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#undef KEY2_TYPE

#undef KEY3_TYPE

#define VALUE_TYPE INT64

#define KEY1_TYPE STRING

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#include "map.c"



#include "probe_lock.h" 

static struct {

  MAP s_foo;

  rwlock_t s_foo_lock;

  #ifdef STP_TIMING

  atomic_t s_foo_lock_skip_count;

  #endif



  MAP s_bar;

  rwlock_t s_bar_lock;

  #ifdef STP_TIMING

  atomic_t s_bar_lock_skip_count;
  #endif

} global = {
  
  #ifdef STP_TIMING
  .s_foo_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_bar_lock_skip_count = ATOMIC_INIT(0),
  #endif
};

static void function_log (struct context * __restrict__ c);

static void function_log (struct context* __restrict__ c) {
  __label__ out;
  struct function_log_locals *  __restrict__ l = & c->locals[c->nesting+1].function_log;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'log' at /usr/local/share/systemtap/tapset/logging.stp:24:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  #define return goto out
  {
     /* unprivileged */
	_stp_printf ("%s\n", THIS->msg);

  }
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  l->x = 0;
  {
    (void) 
    ({
      l->x = ((int64_t)10LL);
      ((int64_t)10LL);
    });
    
    (void) 
    ({
      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:11:2";
      l->__tmp4 = ((int64_t)25LL);
      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp4); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      ((int64_t)25LL);
    });
    
    (void) 
    ({
      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:12:2";
      l->__tmp8 = _stp_map_get_si (global.s_foo, "hello");
      l->__tmp9 = l->__tmp8;
      l->__tmp8 += 1;
      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp8); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      l->__tmp9;
    });
    
    (void) 
    ({
      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:13:4";
      l->__tmp12 = _stp_map_get_si (global.s_foo, "hello");
      l->__tmp12 += 1;
      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp12); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      l->__tmp12;
    });
    
    (void) 
    ({
      l->__tmp14 = 
      ({
        l->__tmp17 = _stp_map_get_si (global.s_foo, "hello");
        l->__tmp17;
      });
      l->x = l->__tmp14;
      l->__tmp14;
    });
    
    (void) 
    ({
      l->__tmp19 = 
      ({
        l->__tmp22 = l->x;
        l->__tmp23 = 
        ({
          l->__tmp25 = _stp_map_get_si (global.s_foo, "hello");
          l->__tmp25;
        });
        c->last_stmt = "identifier 'bar' at /home/src/testsuite/transok/seven.stp:15:15";
        l->__tmp28 = _stp_map_get_iisi (global.s_bar, l->__tmp22, l->__tmp23, "goodbye");
        l->__tmp29 = l->__tmp28;
        l->__tmp28 += 1;
        { int rc = _stp_map_set_iisi (global.s_bar, l->__tmp22, l->__tmp23, "goodbye", l->__tmp28); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
        l->__tmp29;
      });
      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:15:2";
      l->__tmp20 = _stp_map_get_si (global.s_foo, "yo");
      l->__tmp20 *= l->__tmp19;
      { int rc = _stp_map_set_si (global.s_foo, "yo", l->__tmp20); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      l->__tmp20;
    });
    
    (void) 
    ({
      strlcpy (c->locals[c->nesting+1].function_log.msg, "hello from systemtap", MAXSTRINGLEN);
      function_log (c);
      if (unlikely(c->last_error)) goto out;
      (void) 0;
    });
    
  }
  c->actionremaining -= 7;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded
  atomic_t s_bar_lock_skip_count;

  #endif



} global = {

  

  #ifdef STP_TIMING

  .s_foo_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_bar_lock_skip_count = ATOMIC_INIT(0),

  #endif

};



static void function_log (struct context * __restrict__ c);



static void function_log (struct context* __restrict__ c) {

  __label__ out;

  struct function_log_locals *  __restrict__ l = & c->locals[c->nesting+1].function_log;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'log' at /usr/local/share/systemtap/tapset/logging.stp:24:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  #define return goto out

  {

     /* unprivileged */

	_stp_printf ("%s\n", THIS->msg);



  }

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  l->x = 0;

  {

    (void) 

    ({

      l->x = ((int64_t)10LL);

      ((int64_t)10LL);

    });

    

    (void) 

    ({

      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:11:2";

      l->__tmp4 = ((int64_t)25LL);

      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp4); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      ((int64_t)25LL);

    });

    

    (void) 

    ({

      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:12:2";

      l->__tmp8 = _stp_map_get_si (global.s_foo, "hello");

      l->__tmp9 = l->__tmp8;

      l->__tmp8 += 1;

      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp8); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      l->__tmp9;

    });

    

    (void) 

    ({

      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:13:4";

      l->__tmp12 = _stp_map_get_si (global.s_foo, "hello");

      l->__tmp12 += 1;

      { int rc = _stp_map_set_si (global.s_foo, "hello", l->__tmp12); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      l->__tmp12;

    });

    

    (void) 

    ({

      l->__tmp14 = 

      ({

        l->__tmp17 = _stp_map_get_si (global.s_foo, "hello");

        l->__tmp17;

      });

      l->x = l->__tmp14;

      l->__tmp14;

    });

    

    (void) 

    ({

      l->__tmp19 = 

      ({

        l->__tmp22 = l->x;

        l->__tmp23 = 

        ({

          l->__tmp25 = _stp_map_get_si (global.s_foo, "hello");

          l->__tmp25;

        });

        c->last_stmt = "identifier 'bar' at /home/src/testsuite/transok/seven.stp:15:15";

        l->__tmp28 = _stp_map_get_iisi (global.s_bar, l->__tmp22, l->__tmp23, "goodbye");

        l->__tmp29 = l->__tmp28;

        l->__tmp28 += 1;

        { int rc = _stp_map_set_iisi (global.s_bar, l->__tmp22, l->__tmp23, "goodbye", l->__tmp28); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

        l->__tmp29;

      });

      c->last_stmt = "identifier 'foo' at /home/src/testsuite/transok/seven.stp:15:2";

      l->__tmp20 = _stp_map_get_si (global.s_foo, "yo");

      l->__tmp20 *= l->__tmp19;

      { int rc = _stp_map_set_si (global.s_foo, "yo", l->__tmp20); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      l->__tmp20;

    });

    

    (void) 

    ({

      strlcpy (c->locals[c->nesting+1].function_log.msg, "hello from systemtap", MAXSTRINGLEN);

      function_log (c);

      if (unlikely(c->last_error)) goto out;

      (void) 0;

    });

    

  }

  c->actionremaining -= 7;

  if (unlikely (c->actionremaining <= 0)) {
";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/seven.stp:9:1";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
  
    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/seven.stp:9:1";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;
    goto out;
    }
  }
  global.s_foo = _stp_map_new_si (MAXMAPENTRIES); if (global.s_foo == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable foo allocation failed");
    goto out;
  }
  rwlock_init (& global.s_foo_lock);
  global.s_bar = _stp_map_new_iisi (MAXMAPENTRIES); if (global.s_bar == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable bar allocation failed");
    goto out;
  }
  rwlock_init (& global.s_bar_lock);
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  _stp_map_del (global.s_foo);
  _stp_map_del (global.s_bar);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  _stp_map_del (global.s_foo);
  _stp_map_del (global.s_bar);
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/seven.stp:8:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& global.s_foo_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "foo", ctr);
      ctr = atomic_read (& global.s_bar_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "bar", ctr);
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn
      goto out;

    }

  }

  global.s_foo = _stp_map_new_si (MAXMAPENTRIES); if (global.s_foo == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable foo allocation failed");

    goto out;

  }

  rwlock_init (& global.s_foo_lock);

  global.s_bar = _stp_map_new_iisi (MAXMAPENTRIES); if (global.s_bar == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable bar allocation failed");

    goto out;

  }

  rwlock_init (& global.s_bar_lock);

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  _stp_map_del (global.s_foo);

  _stp_map_del (global.s_bar);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  _stp_map_del (global.s_foo);

  _stp_map_del (global.s_bar);

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/seven.stp:8:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& global.s_foo_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "foo", ctr);

      ctr = atomic_read (& global.s_bar_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "bar", ctr);

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);
 ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

#undef foo

#undef bar

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");



#undef foo



#undef bar
wait results: 8603 exp12 0 0
PASS: transok/seven.stp
Running /home/src/testsuite/transok/six.stp
starting /home/src/testsuite/transok/six.stp
spawn1 stap -p3 /home/src/testsuite/transok/six.stp
spawn stap -p3 /home/src/testsuite/transok/six.stp

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
      union {
      };
    } probe_2082;
  } probe_locals;
  union {
    struct function_log_locals {
      string_t msg;
      /* no return value */
    } function_log;
    struct function_warn_locals {
      string_t msg;
      /* no return value */
    } function_warn;
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

static void function_log (struct context * __restrict__ c);

static void function_warn (struct context * __restrict__ c);

static void function_log (struct context* __restrict__ c) {
  __label__ out;
  struct function_log_locals *  __restrict__ l = & c->locals[c->nesting+1].function_log;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'log' at /usr/local/share/systemtap/tapset/logging.stp:24:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  #define return goto out
  {
     /* unprivileged */
	_stp_printf ("%s\n", THIS->msg);

  }
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


static void function_warn (struct context* __restrict__ c) {
  __label__ out;
  struct function_warn_locals *  __restrict__ l = & c->locals[c->nesting+1].function

#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

      union {

      };

    } probe_2082;

  } probe_locals;

  union {

    struct function_log_locals {

      string_t msg;

      /* no return value */

    } function_log;

    struct function_warn_locals {

      string_t msg;

      /* no return value */

    } function_warn;

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



static void function_log (struct context * __restrict__ c);



static void function_warn (struct context * __restrict__ c);



static void function_log (struct context* __restrict__ c) {

  __label__ out;

  struct function_log_locals *  __restrict__ l = & c->locals[c->nesting+1].function_log;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'log' at /usr/local/share/systemtap/tapset/logging.stp:24:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  #define return goto out

  {

     /* unprivileged */

	_stp_printf ("%s\n", THIS->msg);



  }

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





static void function_warn (struct context* __restrict__ c) {

  __label__ out;
_warn;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'warn' at /usr/local/share/systemtap/tapset/logging.stp:40:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  #define return goto out
  {
     /* unprivileged */
    _stp_warn ("%s", THIS->msg);

  }
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  {
    (void) 
    ({
      _stp_print ("kernel time\n");
    });
    
    (void) 
    ({
      strlcpy (c->locals[c->nesting+1].function_log.msg, "hello there", MAXSTRINGLEN);
      function_log (c);
      if (unlikely(c->last_error)) goto out;
      (void) 0;
    });
    
    (void) 
    ({
      strlcpy (c->locals[c->nesting+1].function_warn.msg, "this is a builtin", MAXSTRINGLEN);
      function_warn (c);
      if (unlikely(c->last_error)) goto out;
      (void) 0;
    });
    
  }
  c->actionremaining -= 3;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/six.stp:4:1";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_s
  struct function_warn_locals *  __restrict__ l = & c->locals[c->nesting+1].function_warn;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'warn' at /usr/local/share/systemtap/tapset/logging.stp:40:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  #define return goto out

  {

     /* unprivileged */

    _stp_warn ("%s", THIS->msg);



  }

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  {

    (void) 

    ({

      _stp_print ("kernel time\n");

    });

    

    (void) 

    ({

      strlcpy (c->locals[c->nesting+1].function_log.msg, "hello there", MAXSTRINGLEN);

      function_log (c);

      if (unlikely(c->last_error)) goto out;

      (void) 0;

    });

    

    (void) 

    ({

      strlcpy (c->locals[c->nesting+1].function_warn.msg, "this is a builtin", MAXSTRINGLEN);

      function_warn (c);

      if (unlikely(c->last_error)) goto out;

      (void) 0;

    });

    

  }

  c->actionremaining -= 3;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/six.stp:4:1";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {
et (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/six.stp:3:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #
      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/six.stp:3:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif
ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8607 exp12 0 0
PASS: transok/six.stp
Running /home/src/testsuite/transok/ten.stp
starting /home/src/testsuite/transok/ten.stp
spawn1 stap -p3 /home/src/testsuite/transok/ten.stp
spawn stap -p3 /home/src/testsuite/transok/ten.stp
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/transok/ten.stp:3:1
 source: probe kernel.function("dentry_open")
         ^
WARNING: side-effect-free probe 'probe_2082': keyword at /home/src/testsuite/transok/ten.stp:3:1

 source: probe kernel.function("dentry_open")

         ^

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  static const struct stp_probe_lock locks[] = {
  };
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifndef STP_PRIVILEGED
  #error Internal Error: Probe kernel.function("dentry_open@fs/open.c:803") generated in --unprivileged mode
  #endif
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  bspcache(c->unwaddr, c->regs);
  if (!stp_lock_probe(locks, ARRAY_SIZE(locks)))
    return;
  /* null */;
out:
  stp_unlock_probe(locks, ARRAY_SIZE(locks));
  _stp_print_flush();
}


/* ---- dwarf probes ---- */
#if ! defined(CONFIG_KPROBES)
#error "Need CONFIG_KPROBES!"
#endif

#ifndef KRETACTIVE
#define KRETACTIVE (max(15,6*(int)num_possible_cpus()))
#endif
#include "kprobes-common.h"
static int enter_kprobe_probe (struct kprobe *inst, struct pt_regs *regs);
static int enter_kretprobe_probe (struct kretprobe_instance *inst, struct pt_regs *regs);
#if defined(STAPCONF_UNREGISTER_KPROBES)
static void * stap_unreg_kprobes[1];
#endif
static stru


#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  static const struct stp_probe_lock locks[] = {

  };

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifndef STP_PRIVILEGED

  #error Internal Error: Probe kernel.function("dentry_open@fs/open.c:803") generated in --unprivileged mode

  #endif

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  bspcache(c->unwaddr, c->regs);

  if (!stp_lock_probe(locks, ARRAY_SIZE(locks)))

    return;

  /* null */;

out:

  stp_unlock_probe(locks, ARRAY_SIZE(locks));

  _stp_print_flush();

}





/* ---- dwarf probes ---- */

#if ! defined(CONFIG_KPROBES)

#error "Need CONFIG_KPROBES!"

#endif



#ifndef KRETACTIVE

#define KRETACTIVE (max(15,6*(int)num_possible_cpus()))

#endif

#include "kprobes-common.h"

static int enter_kprobe_probe (struct kprobe *inst, struct pt_regs *regs);

static int enter_kretprobe_probe (struct kretprobe_instance *inst, struct pt_regs *regs);

#if defined(STAPCONF_UNREGISTER_KPROBES)

static void * stap_unreg_kprobes[1];

#endif
ct stap_dwarf_kprobe stap_dwarf_kprobes[1];
static struct stap_dwarf_probe {
  const unsigned return_p:1;
  const unsigned maxactive_p:1;
  const unsigned optional_p:1;
  unsigned registered_p:1;
  const unsigned short maxactive_val;
  const unsigned short saved_longs;
  const unsigned short saved_strings;
  const char module[7];
  const char section[7];
  const char pp[49];
  const unsigned long address;
  void (* const ph) (struct context*);
  void (* const entry_ph) (struct context*);
  const unsigned long sdt_sem_offset;
  unsigned long sdt_sem_address;
  struct task_struct *tsk;
  const char *pathname;
  struct stap_task_finder_target finder;
} stap_dwarf_probes[] = {
  { .address=(unsigned long)0x152698ULL, .module="kernel", .section="_stext", .pp="kernel.function(\"dentry_open@fs/open.c:803\")", .sdt_sem_offset=0, .ph=&probe_2082 },
};

static int enter_kprobe_probe (struct kprobe *inst, struct pt_regs *regs) {
  int kprobe_idx = ((uintptr_t)inst-(uintptr_t)stap_dwarf_kprobes)/sizeof(struct stap_dwarf_kprobe);
  struct stap_dwarf_probe *sdp = &stap_dwarf_probes[((kprobe_idx >= 0 && kprobe_idx < 1)?kprobe_idx:0)];
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #if defined(STP_TIMING) || defined(STP_OVERLOAD)
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != STAP_SESSION_RUNNING)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", sdp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = sdp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  c->regs = regs;
  {
    unsigned long kprobes_ip = REG_IP(c->regs);
    SET_REG_IP(regs, (unsigned long) inst->addr);
    (*sdp->ph) (c);
    SET_REG_IP(regs, kprobes_ip);
  }
  #if defined(STP_TIMING) || defined(STP_OVERLOAD)
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
    #ifdef STP_OVERLOAD
    {
      cycles_t interval = (cycles_atend > c->cycles_base)
        ? (cycles_atend - c->cycles_base)
        : (STP_OVERLOAD_INTERVAL + 1);
      c->cycles_sum += cycles_elapsed;
      if (interval > STP_OVERLOAD_INTERVAL) {
        if (c->cycles_sum > STP_OVERLOAD_THRESHOLD) {
          _stp_error ("probe overhead exceeded threshold");
          atomic_set (&session_state, STAP_SESSION_ERROR);
          atomic_inc (&error_count);
        }
        c->cycles_base = cycles_atend;
        c->cycles_sum = 0;
      }
    }
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c
static struct stap_dwarf_kprobe stap_dwarf_kprobes[1];

static struct stap_dwarf_probe {

  const unsigned return_p:1;

  const unsigned maxactive_p:1;

  const unsigned optional_p:1;

  unsigned registered_p:1;

  const unsigned short maxactive_val;

  const unsigned short saved_longs;

  const unsigned short saved_strings;

  const char module[7];

  const char section[7];

  const char pp[49];

  const unsigned long address;

  void (* const ph) (struct context*);

  void (* const entry_ph) (struct context*);

  const unsigned long sdt_sem_offset;

  unsigned long sdt_sem_address;

  struct task_struct *tsk;

  const char *pathname;

  struct stap_task_finder_target finder;

} stap_dwarf_probes[] = {

  { .address=(unsigned long)0x152698ULL, .module="kernel", .section="_stext", .pp="kernel.function(\"dentry_open@fs/open.c:803\")", .sdt_sem_offset=0, .ph=&probe_2082 },

};



static int enter_kprobe_probe (struct kprobe *inst, struct pt_regs *regs) {

  int kprobe_idx = ((uintptr_t)inst-(uintptr_t)stap_dwarf_kprobes)/sizeof(struct stap_dwarf_kprobe);

  struct stap_dwarf_probe *sdp = &stap_dwarf_probes[((kprobe_idx >= 0 && kprobe_idx < 1)?kprobe_idx:0)];

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #if defined(STP_TIMING) || defined(STP_OVERLOAD)

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != STAP_SESSION_RUNNING)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", sdp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = sdp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  c->regs = regs;

  {

    unsigned long kprobes_ip = REG_IP(c->regs);

    SET_REG_IP(regs, (unsigned long) inst->addr);

    (*sdp->ph) (c);

    SET_REG_IP(regs, kprobes_ip);

  }

  #if defined(STP_TIMING) || defined(STP_OVERLOAD)

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

    #ifdef STP_OVERLOAD

    {

      cycles_t interval = (cycles_atend > c->cycles_base)

        ? (cycles_atend - c->cycles_base)

        : (STP_OVERLOAD_INTERVAL + 1);

      c->cycles_sum += cycles_elapsed;

      if (interval > STP_OVERLOAD_INTERVAL) {

        if (c->cycles_sum > STP_OVERLOAD_THRESHOLD) {

          _stp_error ("probe overhead exceeded threshold");

          atomic_set (&session_state, STAP_SESSION_ERROR);

          atomic_inc (&error_count);

        }

        c->cycles_base = cycles_atend;

        c->cycles_sum = 0;

      }

    }

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else
->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
  return 0;
}

static int enter_kretprobe_common (struct kretprobe_instance *inst, struct pt_regs *regs, int entry) {
  struct kretprobe *krp = inst->rp;
  int kprobe_idx = ((uintptr_t)krp-(uintptr_t)stap_dwarf_kprobes)/sizeof(struct stap_dwarf_kprobe);
  struct stap_dwarf_probe *sdp = &stap_dwarf_probes[((kprobe_idx >= 0 && kprobe_idx < 1)?kprobe_idx:0)];
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #if defined(STP_TIMING) || defined(STP_OVERLOAD)
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != STAP_SESSION_RUNNING)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", sdp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = sdp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  c->regs = regs;
  c->pi = inst;
  c->pi_longs = sdp->saved_longs;
  {
    unsigned long kprobes_ip = REG_IP(c->regs);
    if (entry) {
      SET_REG_IP(regs, (unsigned long) inst->rp->kp.addr);
      (sdp->entry_ph) (c);
    } else {
      SET_REG_IP(regs, (unsigned long)inst->ret_addr);
      (sdp->ph) (c);
    }
    SET_REG_IP(regs, kprobes_ip);
  }
  #if defined(STP_TIMING) || defined(STP_OVERLOAD)
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
    #ifdef STP_OVERLOAD
    {
      cycles_t interval = (cycles_atend > c->cycles_base)
        ? (cycles_atend - c->cycles_base)
        : (STP_OVERLOAD_INTERVAL + 1);
      c->cycles_sum += cycles_elapsed;
      if (interval > STP_OVERLOAD_INTERVAL) {
        if (c->cycles_sum > STP_OVERLOAD_THRESHOLD) {
          _stp_error ("probe overhead exceeded threshold");
          atomic_set (&session_state, STAP_SESSION_ERROR);
          atomic_inc (&error_count);
        }
        c->cycles_base = cycles_atend;
        c->cycles_sum = 0;
      }
    }
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
    
      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

  return 0;

}



static int enter_kretprobe_common (struct kretprobe_instance *inst, struct pt_regs *regs, int entry) {

  struct kretprobe *krp = inst->rp;

  int kprobe_idx = ((uintptr_t)krp-(uintptr_t)stap_dwarf_kprobes)/sizeof(struct stap_dwarf_kprobe);

  struct stap_dwarf_probe *sdp = &stap_dwarf_probes[((kprobe_idx >= 0 && kprobe_idx < 1)?kprobe_idx:0)];

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #if defined(STP_TIMING) || defined(STP_OVERLOAD)

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != STAP_SESSION_RUNNING)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", sdp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = sdp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  c->regs = regs;

  c->pi = inst;

  c->pi_longs = sdp->saved_longs;

  {

    unsigned long kprobes_ip = REG_IP(c->regs);

    if (entry) {

      SET_REG_IP(regs, (unsigned long) inst->rp->kp.addr);

      (sdp->entry_ph) (c);

    } else {

      SET_REG_IP(regs, (unsigned long)inst->ret_addr);

      (sdp->ph) (c);

    }

    SET_REG_IP(regs, kprobes_ip);

  }

  #if defined(STP_TIMING) || defined(STP_OVERLOAD)

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

    #ifdef STP_OVERLOAD

    {

      cycles_t interval = (cycles_atend > c->cycles_base)

        ? (cycles_atend - c->cycles_base)

        : (STP_OVERLOAD_INTERVAL + 1);

      c->cycles_sum += cycles_elapsed;

      if (interval > STP_OVERLOAD_INTERVAL) {

        if (c->cycles_sum > STP_OVERLOAD_THRESHOLD) {

          _stp_error ("probe overhead exceeded threshold");

          atomic_set (&session_state, STAP_SESSION_ERROR);

          atomic_inc (&error_count);

        }

        c->cycles_base = cycles_atend;

        c->cycles_sum = 0;

      }

    }

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else
  _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
  return 0;
}

static int enter_kretprobe_probe (struct kretprobe_instance *inst, struct pt_regs *regs) {
  return enter_kretprobe_common(inst, regs, 0);
}

static int enter_kretprobe_entry_probe (struct kretprobe_instance *inst, struct pt_regs *regs) {
  return enter_kretprobe_common(inst, regs, 1);
}

#include "kprobes-common.c"


static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
    unsigned long relocated_addr = _stp_module_relocate (sdp->module, sdp->section, sdp->address, NULL);
    if (relocated_addr == 0) continue;
    probe_point = sdp->pp;
    if (sdp->return_p) {
      kp->u.krp.kp.addr = (void *) relocated_addr;
      if (sdp->maxactive_p) {
        kp->u.krp.maxactive = sdp->maxactive_val;
      } else {
        kp->u.krp.maxactive = KRETACTIVE;
      }
      kp->u.krp.handler = &enter_kretprobe_probe;
      #if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)
      if (sdp->entry_ph) {
        kp->u.krp.entry_handler = &enter_kretprobe_entry_probe;
        kp->u.krp.data_size = sdp->saved_longs * sizeof(int64_t) + 
                              sdp->saved_strings * MAXSTRINGLEN;
      }
      #endif
      #ifdef __ia64__
      kp->dummy.addr = kp->u.krp.kp.addr;
      kp->dummy.pre_handler = NULL;
      rc = register_kprobe (& kp->dummy);
      if (rc == 0) {
        rc = register_kretprobe (& kp->u.krp);
        if (rc != 0)
          unregister_kprobe (& kp->dummy);
      }
      #else
      rc = register_kretprobe (& kp->u.krp);
      #endif
    } else {
      kp->u.kp.addr = (void *) relocated_addr;
      kp->u.kp.pre_handler = &enter_kprobe_probe;
      #ifdef __ia64__
      kp->dummy.addr = kp->u.kp.addr;
      kp->dummy.pre_handler = NULL;
      rc = register_kprobe (& kp->dummy);
      if (rc == 0) {
        rc = register_kprobe (& kp->u.kp);
        if (rc != 0)
          unregister_kprobe (& kp->dummy);
      }
      #else
      rc = register_kprobe (& kp->u.kp);
      #endif
    }
    if (rc) {
      sdp->registered_p = 0;
      if (!sdp->optional_p)
        _stp_warn ("probe %s (address 0x%lx) registration error (rc %d)", probe_point, (unsigned long) relocated_addr, rc);
      rc = 0;
    }
    else sdp->registered_p = 1
      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

  return 0;

}



static int enter_kretprobe_probe (struct kretprobe_instance *inst, struct pt_regs *regs) {

  return enter_kretprobe_common(inst, regs, 0);

}



static int enter_kretprobe_entry_probe (struct kretprobe_instance *inst, struct pt_regs *regs) {

  return enter_kretprobe_common(inst, regs, 1);

}



#include "kprobes-common.c"





static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

    unsigned long relocated_addr = _stp_module_relocate (sdp->module, sdp->section, sdp->address, NULL);

    if (relocated_addr == 0) continue;

    probe_point = sdp->pp;

    if (sdp->return_p) {

      kp->u.krp.kp.addr = (void *) relocated_addr;

      if (sdp->maxactive_p) {

        kp->u.krp.maxactive = sdp->maxactive_val;

      } else {

        kp->u.krp.maxactive = KRETACTIVE;

      }

      kp->u.krp.handler = &enter_kretprobe_probe;

      #if LINUX_VERSION_CODE >= KERNEL_VERSION(2,6,25)

      if (sdp->entry_ph) {

        kp->u.krp.entry_handler = &enter_kretprobe_entry_probe;

        kp->u.krp.data_size = sdp->saved_longs * sizeof(int64_t) + 

                              sdp->saved_strings * MAXSTRINGLEN;

      }

      #endif

      #ifdef __ia64__

      kp->dummy.addr = kp->u.krp.kp.addr;

      kp->dummy.pre_handler = NULL;

      rc = register_kprobe (& kp->dummy);

      if (rc == 0) {

        rc = register_kretprobe (& kp->u.krp);

        if (rc != 0)

          unregister_kprobe (& kp->dummy);

      }

      #else

      rc = register_kretprobe (& kp->u.krp);

      #endif

    } else {

      kp->u.kp.addr = (void *) relocated_addr;

      kp->u.kp.pre_handler = &enter_kprobe_probe;

      #ifdef __ia64__

      kp->dummy.addr = kp->u.kp.addr;

      kp->dummy.pre_handler = NULL;

      rc = register_kprobe (& kp->dummy);

      if (rc == 0) {

        rc = register_kprobe (& kp->u.kp);

        if (rc != 0)

          unregister_kprobe (& kp->dummy);

      }

      #else

      rc = register_kprobe (& kp->u.kp);

      #endif

    }

    if (rc) {

      sdp->registered_p = 0;

      if (!sdp->optional_p)

        _stp_warn ("probe %s (address 0x%lx) registration error (rc %d)", probe_point, (unsigned long) relocated_addr, rc);

      rc = 0;

    }
;
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  
  /* ---- task finder ---- */
  if (rc == 0) {
    rc = stap_start_task_finder();
    if (rc) {
      stap_stop_task_finder();
    }
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    for (i=0; i<1; i++) {
      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
      unsigned short sdt_semaphore = 0;
      if (sdp->sdt_sem_address && __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 0)) {
        sdt_semaphore --;
        __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 1);
      }
    }
    #if defined(STAPCONF_UNREGISTER_KPROBES)
    j = 0;
    for (i=0; i<1; i++) {
      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
      if (! sdp->registered_p) continue;
      if (!sdp->return_p)
        stap_unreg_kprobes[j++] = &kp->u.kp;
    }
    unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);
    j = 0;
    for (i=0; i<1; i++) {
      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
      if (! sdp->registered_p) continue;
      if (sdp->return_p)
        stap_unreg_kprobes[j++] = &kp->u.krp;
    }
    unregister_kretprobes((struct kretprobe **)stap_unreg_kprobes, j);
    #ifdef __ia64__
    j = 0;
    for (i=0; i<1; i++) {
      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
      if (! sdp->registered_p) continue;
      stap_unreg_kprobes[j++] = &kp->dummy;
    }
    unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);
    #endif
    #endif
    for (i=0; i<1; i++) {
      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
      if (! sdp->registered_p) continue;
      if (sdp->return_p) {
      #if !defined(STAPCONF_UNREGISTER_KPROBES)
        unregister_kretprobe (&kp->u.krp);
        #endif
        atomic_add (kp->u.krp.nmissed, & skipped_count);
        #ifdef STP_TIMING
        if (kp->u.krp.nmissed)
          _stp_warn ("Skipped due to missed kretprobe/1 on '%s': %d\n", sdp->pp, kp->u.krp.nmissed);
        #endif
        atomic_add (kp->u.krp.kp.nmissed, & skipped_count);
        #ifdef STP_TIMING
        if (kp->u.krp.kp.nmissed)
          _stp_warn ("Skipped due to missed kretprobe/2 on '%s': %lu\n", sdp->pp, kp->u.krp.kp.nmissed);
        #endif
      } else {
      #if !defined(STAPCONF_UNREGISTER_KPROBES)
        unregister_kprobe (&kp->u.kp);
        #endif
        atomic_add (kp->u.kp.nmissed, & skipped_count);
        #ifdef STP_TIMING
        if (kp->u.kp.nmissed)
          _stp_warn ("Skipped due to missed kprobe on '%s': %lu\n", sdp->pp, kp->u.kp.nmissed);
        #endif
      }
      #if !defined(STAPCONF_UNREGISTER_KPROBES) && defined(__ia64__)
      unregister_kprobe (&kp->dummy);
      #endif
      sdp->registered_p = 0;
    }
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOP
    else sdp->registered_p = 1;

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  

  /* ---- task finder ---- */

  if (rc == 0) {

    rc = stap_start_task_finder();

    if (rc) {

      stap_stop_task_finder();

    }

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    for (i=0; i<1; i++) {

      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

      unsigned short sdt_semaphore = 0;

      if (sdp->sdt_sem_address && __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 0)) {

        sdt_semaphore --;

        __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 1);

      }

    }

    #if defined(STAPCONF_UNREGISTER_KPROBES)

    j = 0;

    for (i=0; i<1; i++) {

      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

      if (! sdp->registered_p) continue;

      if (!sdp->return_p)

        stap_unreg_kprobes[j++] = &kp->u.kp;

    }

    unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);

    j = 0;

    for (i=0; i<1; i++) {

      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

      if (! sdp->registered_p) continue;

      if (sdp->return_p)

        stap_unreg_kprobes[j++] = &kp->u.krp;

    }

    unregister_kretprobes((struct kretprobe **)stap_unreg_kprobes, j);

    #ifdef __ia64__

    j = 0;

    for (i=0; i<1; i++) {

      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

      if (! sdp->registered_p) continue;

      stap_unreg_kprobes[j++] = &kp->dummy;

    }

    unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);

    #endif

    #endif

    for (i=0; i<1; i++) {

      struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

      struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

      if (! sdp->registered_p) continue;

      if (sdp->return_p) {

      #if !defined(STAPCONF_UNREGISTER_KPROBES)

        unregister_kretprobe (&kp->u.krp);

        #endif

        atomic_add (kp->u.krp.nmissed, & skipped_count);

        #ifdef STP_TIMING

        if (kp->u.krp.nmissed)

          _stp_warn ("Skipped due to missed kretprobe/1 on '%s': %d\n", sdp->pp, kp->u.krp.nmissed);

        #endif

        atomic_add (kp->u.krp.kp.nmissed, & skipped_count);

        #ifdef STP_TIMING

        if (kp->u.krp.kp.nmissed)

          _stp_warn ("Skipped due to missed kretprobe/2 on '%s': %lu\n", sdp->pp, kp->u.krp.kp.nmissed);

        #endif

      } else {

      #if !defined(STAPCONF_UNREGISTER_KPROBES)

        unregister_kprobe (&kp->u.kp);

        #endif

        atomic_add (kp->u.kp.nmissed, & skipped_count);

        #ifdef STP_TIMING

        if (kp->u.kp.nmissed)

          _stp_warn ("Skipped due to missed kprobe on '%s': %lu\n", sdp->pp, kp->u.kp.nmissed);

        #endif

      }

      #if !defined(STAPCONF_UNREGISTER_KPROBES) && defined(__ia64__)

      unregister_kprobe (&kp->dummy);

      #endif

      sdp->registered_p = 0;

    }

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
PING);
  
  /* ---- task finder ---- */
  stap_stop_task_finder();
  for (i=0; i<1; i++) {
    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
    unsigned short sdt_semaphore = 0;
    if (sdp->sdt_sem_address && __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 0)) {
      sdt_semaphore --;
      __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 1);
    }
  }
  #if defined(STAPCONF_UNREGISTER_KPROBES)
  j = 0;
  for (i=0; i<1; i++) {
    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
    if (! sdp->registered_p) continue;
    if (!sdp->return_p)
      stap_unreg_kprobes[j++] = &kp->u.kp;
  }
  unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);
  j = 0;
  for (i=0; i<1; i++) {
    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
    if (! sdp->registered_p) continue;
    if (sdp->return_p)
      stap_unreg_kprobes[j++] = &kp->u.krp;
  }
  unregister_kretprobes((struct kretprobe **)stap_unreg_kprobes, j);
  #ifdef __ia64__
  j = 0;
  for (i=0; i<1; i++) {
    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
    if (! sdp->registered_p) continue;
    stap_unreg_kprobes[j++] = &kp->dummy;
  }
  unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);
  #endif
  #endif
  for (i=0; i<1; i++) {
    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];
    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];
    if (! sdp->registered_p) continue;
    if (sdp->return_p) {
    #if !defined(STAPCONF_UNREGISTER_KPROBES)
      unregister_kretprobe (&kp->u.krp);
      #endif
      atomic_add (kp->u.krp.nmissed, & skipped_count);
      #ifdef STP_TIMING
      if (kp->u.krp.nmissed)
        _stp_warn ("Skipped due to missed kretprobe/1 on '%s': %d\n", sdp->pp, kp->u.krp.nmissed);
      #endif
      atomic_add (kp->u.krp.kp.nmissed, & skipped_count);
      #ifdef STP_TIMING
      if (kp->u.krp.kp.nmissed)
        _stp_warn ("Skipped due to missed kretprobe/2 on '%s': %lu\n", sdp->pp, kp->u.krp.kp.nmissed);
      #endif
    } else {
    #if !defined(STAPCONF_UNREGISTER_KPROBES)
      unregister_kprobe (&kp->u.kp);
      #endif
      atomic_add (kp->u.kp.nmissed, & skipped_count);
      #ifdef STP_TIMING
      if (kp->u.kp.nmissed)
        _stp_warn ("Skipped due to missed kprobe on '%s': %lu\n", sdp->pp, kp->u.kp.nmissed);
      #endif
    }
    #if !defined(STAPCONF_UNREGISTER_KPROBES) && defined(__ia64__)
    unregister_kprobe (&kp->dummy);
    #endif
    sdp->registered_p = 0;
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "kernel.function(\"dentry_open\")";
      const char *decl_location = "/home/src/testsuite/transok/ten.stp:3:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read
    atomic_set (&session_state, STAP_SESSION_STOPPING);

  

  /* ---- task finder ---- */

  stap_stop_task_finder();

  for (i=0; i<1; i++) {

    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

    unsigned short sdt_semaphore = 0;

    if (sdp->sdt_sem_address && __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 0)) {

      sdt_semaphore --;

      __access_process_vm_noflush (sdp->tsk, sdp->sdt_sem_address, &sdt_semaphore, sizeof (sdt_semaphore), 1);

    }

  }

  #if defined(STAPCONF_UNREGISTER_KPROBES)

  j = 0;

  for (i=0; i<1; i++) {

    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

    if (! sdp->registered_p) continue;

    if (!sdp->return_p)

      stap_unreg_kprobes[j++] = &kp->u.kp;

  }

  unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);

  j = 0;

  for (i=0; i<1; i++) {

    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

    if (! sdp->registered_p) continue;

    if (sdp->return_p)

      stap_unreg_kprobes[j++] = &kp->u.krp;

  }

  unregister_kretprobes((struct kretprobe **)stap_unreg_kprobes, j);

  #ifdef __ia64__

  j = 0;

  for (i=0; i<1; i++) {

    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

    if (! sdp->registered_p) continue;

    stap_unreg_kprobes[j++] = &kp->dummy;

  }

  unregister_kprobes((struct kprobe **)stap_unreg_kprobes, j);

  #endif

  #endif

  for (i=0; i<1; i++) {

    struct stap_dwarf_probe *sdp = & stap_dwarf_probes[i];

    struct stap_dwarf_kprobe *kp = & stap_dwarf_kprobes[i];

    if (! sdp->registered_p) continue;

    if (sdp->return_p) {

    #if !defined(STAPCONF_UNREGISTER_KPROBES)

      unregister_kretprobe (&kp->u.krp);

      #endif

      atomic_add (kp->u.krp.nmissed, & skipped_count);

      #ifdef STP_TIMING

      if (kp->u.krp.nmissed)

        _stp_warn ("Skipped due to missed kretprobe/1 on '%s': %d\n", sdp->pp, kp->u.krp.nmissed);

      #endif

      atomic_add (kp->u.krp.kp.nmissed, & skipped_count);

      #ifdef STP_TIMING

      if (kp->u.krp.kp.nmissed)

        _stp_warn ("Skipped due to missed kretprobe/2 on '%s': %lu\n", sdp->pp, kp->u.krp.kp.nmissed);

      #endif

    } else {

    #if !defined(STAPCONF_UNREGISTER_KPROBES)

      unregister_kprobe (&kp->u.kp);

      #endif

      atomic_add (kp->u.kp.nmissed, & skipped_count);

      #ifdef STP_TIMING

      if (kp->u.kp.nmissed)

        _stp_warn ("Skipped due to missed kprobe on '%s': %lu\n", sdp->pp, kp->u.kp.nmissed);

      #endif

    }

    #if !defined(STAPCONF_UNREGISTER_KPROBES) && defined(__ia64__)

    unregister_kprobe (&kp->dummy);

    #endif

    sdp->registered_p = 0;

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "kernel.function(\"dentry_open\")";

      const char *decl_location = "/home/src/testsuite/transok/ten.stp:3:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif
 (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8611 exp12 0 0
PASS: transok/ten.stp
Running /home/src/testsuite/transok/three.stp
starting /home/src/testsuite/transok/three.stp
spawn1 stap -p3 /home/src/testsuite/transok/three.stp
spawn stap -p3 /home/src/testsuite/transok/three.stp
WARNING: eliding unused variable 'd': identifier 'd' at /home/src/testsuite/transok/three.stp:7:3
 source:   d = "hello";
           ^
WARNING: eliding unused variable 'bab': identifier 'bab' at :9:3
 source:   bab = "hi";
           ^

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 2
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2083_locals {
      union {
      };
    } probe_2083;
    struct probe_2084_locals {
      union {
        struct {
          int64_t __tmp0;
          int64_t __tmp1;
        };
      };
    } probe_2084;
    struct probe_2087_locals {
      int64_t idx0;
      int64_t val;
      union {
        struct {
          struct map_node *__tmp0;
          int64_t __tmp1;
          int64_t __tmp2;
        };
      };
    } probe_2087;
    struct probe_2089_locals {
      union {
        struct {
          int64_t __tmp0;
        };
      };
    } probe_2089;
  } probe_locals;
  union {
    struct function_f1_locals {
      int64_t c;
      int64_t a;
      string_t b;
      union {
        struct {
          int64_t __tmp2;
          int64_t __tmp3;
          int64_t __tmp4;
        };
      };
      int64_t __retvalue;
    } function_f1;
    struct function_f2_locals {
      int64_t __retvalue;
    } function_f2;
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };

#include "alloc.c"
#define VALUE_TYPE INT64
#define KEY1_TYPE INWARNING: eliding unused variable 'd': identifier 'd' at /home/src/testsuite/transok/three.stp:7:3

 source:   d = "hello";

           ^

WARNING: eliding unused variable 'bab': identifier 'bab' at :9:3

 source:   bab = "hi";

           ^



#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 2

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2083_locals {

      union {

      };

    } probe_2083;

    struct probe_2084_locals {

      union {

        struct {

          int64_t __tmp0;

          int64_t __tmp1;

        };

      };

    } probe_2084;

    struct probe_2087_locals {

      int64_t idx0;

      int64_t val;

      union {

        struct {

          struct map_node *__tmp0;

          int64_t __tmp1;

          int64_t __tmp2;

        };

      };

    } probe_2087;

    struct probe_2089_locals {

      union {

        struct {

          int64_t __tmp0;

        };

      };

    } probe_2089;

  } probe_locals;

  union {

    struct function_f1_locals {

      int64_t c;

      int64_t a;

      string_t b;

      union {

        struct {

          int64_t __tmp2;

          int64_t __tmp3;

          int64_t __tmp4;

        };

      };

      int64_t __retvalue;

    } function_f1;

    struct function_f2_locals {

      int64_t __retvalue;

    } function_f2;

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };



#include "alloc.c"

#define VALUE_TYPE INT64
T64
#include "map-gen.c"
#undef VALUE_TYPE
#undef KEY1_TYPE
#include "map.c"

#include "probe_lock.h" 
static struct {
  MAP s_poo;
  rwlock_t s_poo_lock;
  #ifdef STP_TIMING
  atomic_t s_poo_lock_skip_count;
  #endif

  int64_t s_koo;
  rwlock_t s_koo_lock;
  #ifdef STP_TIMING
  atomic_t s_koo_lock_skip_count;
  #endif

} global = {
  
  #ifdef STP_TIMING
  .s_poo_lock_skip_count = ATOMIC_INIT(0),
  #endif
  #ifdef STP_TIMING
  .s_koo_lock_skip_count = ATOMIC_INIT(0),
  #endif
};

static void function_f1 (struct context * __restrict__ c);

static void function_f2 (struct context * __restrict__ c);

static void function_f1 (struct context* __restrict__ c) {
  __label__ out;
  struct function_f1_locals *  __restrict__ l = & c->locals[c->nesting+1].function_f1;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'f1' at /home/src/testsuite/transok/three.stp:5:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  l->c = 0;
  l->__retvalue = 0;
  #define return goto out
  {
    (void) 
    ({
      l->c = ((int64_t)1LL);
      ((int64_t)1LL);
    });
    
    (void) 
    ({
      l->__tmp2 = ((l->c) + (((int64_t)1LL)));
      l->__tmp3 = ((l->c) + (((int64_t)2LL)));
      c->last_stmt = "identifier 'poo' at /home/src/testsuite/transok/three.stp:10:3";
      l->__tmp4 = l->__tmp3;
      { int rc = _stp_map_set_ii (global.s_poo, l->__tmp2, l->__tmp4); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};
      l->__tmp3;
    });
    
    l->__retvalue = ((int64_t)0LL);
    c->actionremaining -= 3;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "keyword at /home/src/testsuite/transok/three.stp:12:3";
      goto out;
    }
    goto out;
    
  }
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


static void function_f2 (struct context* __restrict__ c) {
  __label__ out;
  struct function_f2_locals *  __restrict__ l = & c->locals[c->nesting+1].function_f2;
  (void) l;
  #define CONTEXT c
  #define THIS l
  c->last_stmt = "identifier 'f2' at /home/src/testsuite/transok/three.stp:15:10";
  if (unlikely (c->nesting+1 >= MAXNESTING)) {
    c->last_error = "MAXNESTING exceeded";
    return;
  } else {
    c->nesting ++;
  }
  l->__retvalue = 0;
  #define return goto out
  l->__retvalue = 
  ({
    c->locals[c->nesting+1].function_f1.a = ((int64_t)4LL);
    strlcpy (c->locals[c->nesting+1].function_f1.b, "zoo", MAXSTRINGLEN);
    function_f1 (c);
    if (unlikely(c->last_error)) goto out;
    c->locals[c->nesting+1].function_f1.__retvalue;
  });
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "keyword at /home/src/testsuite/transok/three.stp:16:3";
    goto out;
  }
  goto out;
  #undef return
out:
  if (0) goto out;
  c->nesting --;
  #undef CONTEXT
  #undef THIS
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2083 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2083_locals * __restrict__ l = & c->probe_locals.probe_2083;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  {
    (void) 
    ({
      function_f2 (c);
      if (unlikely(c->last_error)) goto out;
      c->locals[c->nesting+1].function_f2.__retvalue;
    });
    
    (void) 
    ({
      global.s_koo = ((int64_t)1LL);
      ((int64_t)1LL);
    });
    
  }
  c->actionremaining -= 2;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/three.stp:21:13";
    goto out;
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_1;
#endif

static void probe_2084 (s
#define KEY1_TYPE INT64

#include "map-gen.c"

#undef VALUE_TYPE

#undef KEY1_TYPE

#include "map.c"



#include "probe_lock.h" 

static struct {

  MAP s_poo;

  rwlock_t s_poo_lock;

  #ifdef STP_TIMING

  atomic_t s_poo_lock_skip_count;

  #endif



  int64_t s_koo;

  rwlock_t s_koo_lock;

  #ifdef STP_TIMING

  atomic_t s_koo_lock_skip_count;

  #endif



} global = {

  

  #ifdef STP_TIMING

  .s_poo_lock_skip_count = ATOMIC_INIT(0),

  #endif

  #ifdef STP_TIMING

  .s_koo_lock_skip_count = ATOMIC_INIT(0),

  #endif

};



static void function_f1 (struct context * __restrict__ c);



static void function_f2 (struct context * __restrict__ c);



static void function_f1 (struct context* __restrict__ c) {

  __label__ out;

  struct function_f1_locals *  __restrict__ l = & c->locals[c->nesting+1].function_f1;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'f1' at /home/src/testsuite/transok/three.stp:5:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  l->c = 0;

  l->__retvalue = 0;

  #define return goto out

  {

    (void) 

    ({

      l->c = ((int64_t)1LL);

      ((int64_t)1LL);

    });

    

    (void) 

    ({

      l->__tmp2 = ((l->c) + (((int64_t)1LL)));

      l->__tmp3 = ((l->c) + (((int64_t)2LL)));

      c->last_stmt = "identifier 'poo' at /home/src/testsuite/transok/three.stp:10:3";

      l->__tmp4 = l->__tmp3;

      { int rc = _stp_map_set_ii (global.s_poo, l->__tmp2, l->__tmp4); if (unlikely(rc)) { c->last_error = "Array overflow, check MAXMAPENTRIES"; goto out; }};

      l->__tmp3;

    });

    

    l->__retvalue = ((int64_t)0LL);

    c->actionremaining -= 3;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "keyword at /home/src/testsuite/transok/three.stp:12:3";

      goto out;

    }

    goto out;

    

  }

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





static void function_f2 (struct context* __restrict__ c) {

  __label__ out;

  struct function_f2_locals *  __restrict__ l = & c->locals[c->nesting+1].function_f2;

  (void) l;

  #define CONTEXT c

  #define THIS l

  c->last_stmt = "identifier 'f2' at /home/src/testsuite/transok/three.stp:15:10";

  if (unlikely (c->nesting+1 >= MAXNESTING)) {

    c->last_error = "MAXNESTING exceeded";

    return;

  } else {

    c->nesting ++;

  }

  l->__retvalue = 0;

  #define return goto out

  l->__retvalue = 

  ({

    c->locals[c->nesting+1].function_f1.a = ((int64_t)4LL);

    strlcpy (c->locals[c->nesting+1].function_f1.b, "zoo", MAXSTRINGLEN);

    function_f1 (c);

    if (unlikely(c->last_error)) goto out;

    c->locals[c->nesting+1].function_f1.__retvalue;

  });

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "keyword at /home/src/testsuite/transok/three.stp:16:3";

    goto out;

  }

  goto out;

  #undef return

out:

  if (0) goto out;

  c->nesting --;

  #undef CONTEXT

  #undef THIS

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2083 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2083_locals * __restrict__ l = & c->probe_locals.probe_2083;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  {

    (void) 

    ({

      function_f2 (c);

      if (unlikely(c->last_error)) goto out;

      c->locals[c->nesting+1].function_f2.__retvalue;

    });

    

    (void) 

    ({

      global.s_koo = ((int64_t)1LL);

      ((int64_t)1LL);

    });

    

  }

  c->actionremaining -= 2;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/three.stp:21:13";

    goto out;

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_1;

#endif


truct context * __restrict__ c) {
  __label__ out;
  struct probe_2084_locals * __restrict__ l = & c->probe_locals.probe_2084;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_1;
  #endif
  {
    (void) 
    ({
      function_f2 (c);
      if (unlikely(c->last_error)) goto out;
      c->locals[c->nesting+1].function_f2.__retvalue;
    });
    
    (void) 
    ({
      l->__tmp0 = 
      ({
        l->__tmp1 = ((int64_t)7LL);
        c->locals[c->nesting+1].function_f1.a = l->__tmp1;
        strlcpy (c->locals[c->nesting+1].function_f1.b, "foo", MAXSTRINGLEN);
        function_f1 (c);
        if (unlikely(c->last_error)) goto out;
        c->locals[c->nesting+1].function_f1.__retvalue;
      });
      c->locals[c->nesting+1].function_f1.a = l->__tmp0;
      strlcpy (c->locals[c->nesting+1].function_f1.b, "canoe", MAXSTRINGLEN);
      function_f1 (c);
      if (unlikely(c->last_error)) goto out;
      c->locals[c->nesting+1].function_f1.__retvalue;
    });
    
  }
  c->actionremaining -= 2;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "operator '{' at /home/src/testsuite/transok/three.stp:26:18";
    goto out;
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_2086;
#endif

static void probe_2087 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2087_locals * __restrict__ l = & c->probe_locals.probe_2087;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_2086;
  #endif
  l->idx0 = 0;
  l->val = 0;
  {
    _stp_map_sort (global.s_poo, 0, 1);
    l->__tmp0 = _stp_map_start (global.s_poo);
    c->actionremaining -= 1;
    if (unlikely (c->actionremaining <= 0)) {
      c->last_error = "MAXACTION exceeded";
      c->last_stmt = "identifier 'poo' at /home/src/testsuite/transok/three.stp:3:8";
      goto out;
    }
  top_0:
    if (! (l->__tmp0)) goto break_0;
    {
      l->idx0 = _stp_key_get_int64 (l->__tmp0, 1);
      l->val = _stp_get_int64 (l->__tmp0);
      (void) 
      ({
        l->__tmp1 = l->idx0;
        l->__tmp2 = l->val;
        _stp_printf ("poo[%#lld]=%#llx\n", l->__tmp1, l->__tmp2);
        ((int64_t)0LL);
      });
      c->actionremaining -= 2;
      if (unlikely (c->actionremaining <= 0)) {
        c->last_error = "MAXACTION exceeded";
        c->last_stmt = "identifier 'poo' at /home/src/testsuite/transok/three.stp:3:8";
        goto out;
      }
    }
  continue_0:
    l->__tmp0 = _stp_map_iter (global.s_poo, l->__tmp0);
    goto top_0;
  break_0:
    ; /* dummy statement */
    
  }
out:
  _stp_print_flush();
}


#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_2088;
#endif

static void probe_2089 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2089_locals * __restrict__ l = & c->probe_locals.probe_2089;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_2088;
  #endif
  {
    (void) 
    ({
      l->__tmp0 = global.s_koo;
      _stp_printf ("koo=%#llx\n", l->__tmp0);
      ((int64_t)0LL);
    });
    
  }
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "identifier 'koo' at /home/src/testsuite/transok/three.stp:19:8";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2083, .state=STAP_SESSION_STARTING, .type=0 },
  { .pp="begin", .ph=&probe_2084, .state=STAP_SESSION_STARTING, .type=0 },
  { .pp="end", .ph=&probe_2084, .state=STAP_SESSION_STOPPING, .type=1 },
  { .pp="end", .ph=&probe_2087, .state=STAP_SESSION_STOPPING, .type=1 },
  { .pp="end", .ph=&probe_2089, .state=STAP_SESSION_STOPPING, .type=1 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  uns
static void probe_2084 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2084_locals * __restrict__ l = & c->probe_locals.probe_2084;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_1;

  #endif

  {

    (void) 

    ({

      function_f2 (c);

      if (unlikely(c->last_error)) goto out;

      c->locals[c->nesting+1].function_f2.__retvalue;

    });

    

    (void) 

    ({

      l->__tmp0 = 

      ({

        l->__tmp1 = ((int64_t)7LL);

        c->locals[c->nesting+1].function_f1.a = l->__tmp1;

        strlcpy (c->locals[c->nesting+1].function_f1.b, "foo", MAXSTRINGLEN);

        function_f1 (c);

        if (unlikely(c->last_error)) goto out;

        c->locals[c->nesting+1].function_f1.__retvalue;

      });

      c->locals[c->nesting+1].function_f1.a = l->__tmp0;

      strlcpy (c->locals[c->nesting+1].function_f1.b, "canoe", MAXSTRINGLEN);

      function_f1 (c);

      if (unlikely(c->last_error)) goto out;

      c->locals[c->nesting+1].function_f1.__retvalue;

    });

    

  }

  c->actionremaining -= 2;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "operator '{' at /home/src/testsuite/transok/three.stp:26:18";

    goto out;

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_2086;

#endif



static void probe_2087 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2087_locals * __restrict__ l = & c->probe_locals.probe_2087;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_2086;

  #endif

  l->idx0 = 0;

  l->val = 0;

  {

    _stp_map_sort (global.s_poo, 0, 1);

    l->__tmp0 = _stp_map_start (global.s_poo);

    c->actionremaining -= 1;

    if (unlikely (c->actionremaining <= 0)) {

      c->last_error = "MAXACTION exceeded";

      c->last_stmt = "identifier 'poo' at /home/src/testsuite/transok/three.stp:3:8";

      goto out;

    }

  top_0:

    if (! (l->__tmp0)) goto break_0;

    {

      l->idx0 = _stp_key_get_int64 (l->__tmp0, 1);

      l->val = _stp_get_int64 (l->__tmp0);

      (void) 

      ({

        l->__tmp1 = l->idx0;

        l->__tmp2 = l->val;

        _stp_printf ("poo[%#lld]=%#llx\n", l->__tmp1, l->__tmp2);

        ((int64_t)0LL);

      });

      c->actionremaining -= 2;

      if (unlikely (c->actionremaining <= 0)) {

        c->last_error = "MAXACTION exceeded";

        c->last_stmt = "identifier 'poo' at /home/src/testsuite/transok/three.stp:3:8";

        goto out;

      }

    }

  continue_0:

    l->__tmp0 = _stp_map_iter (global.s_poo, l->__tmp0);

    goto top_0;

  break_0:

    ; /* dummy statement */

    

  }

out:

  _stp_print_flush();

}





#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_2088;

#endif



static void probe_2089 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2089_locals * __restrict__ l = & c->probe_locals.probe_2089;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_2088;

  #endif

  {

    (void) 

    ({

      l->__tmp0 = global.s_koo;

      _stp_printf ("koo=%#llx\n", l->__tmp0);

      ((int64_t)0LL);

    });

    

  }

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";

    c->last_stmt = "identifier 'koo' at /home/src/testsuite/transok/three.stp:19:8";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2083, .state=STAP_SESSION_STARTING, .type=0 },

  { .pp="begin", .ph=&probe_2084, .state=STAP_SESSION_STARTING, .type=0 },

  { .pp="end", .ph=&probe_2084, .state=STAP_SESSION_STOPPING, .type=1 },

  { .pp="end", .ph=&probe_2087, .state=STAP_SESSION_STOPPING, .type=1 },

  { .pp="end", .ph=&probe_2089, .state=STAP_SESSION_STOPPING, .type=1 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE
igned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  global.s_poo = _stp_map_new_ii (MAXMAPENTRIES); if (global.s_poo == NULL) rc = -ENOMEM;
  if (rc) {
    _stp_error ("global variable poo allocation failed");
    goto out;
  }
  rwlock_init (& global.s_poo_lock);
  
  if (rc) {
    _stp_error ("global variable koo allocation failed");
    goto out;
  }
  rwlock_init (& global.s_koo_lock);
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  time_probe_1 = _stp_stat_init (HIST_NONE);
  time_probe
  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  global.s_poo = _stp_map_new_ii (MAXMAPENTRIES); if (global.s_poo == NULL) rc = -ENOMEM;

  if (rc) {

    _stp_error ("global variable poo allocation failed");

    goto out;

  }

  rwlock_init (& global.s_poo_lock);

  

  if (rc) {

    _stp_error ("global variable koo allocation failed");

    goto out;

  }

  rwlock_init (& global.s_koo_lock);

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  time_probe_1 = _stp_stat_init (HIST_NONE);
_2086 = _stp_stat_init (HIST_NONE);
  time_probe_2088 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 5);
  for (i=0; i<5; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  _stp_map_del (global.s_poo);
  
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<5; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<5; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  _stp_map_del (global.s_poo);
  
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/three.stp:21:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    if (likely (time_probe_1)) {
      const char *probe_point = "begin""+""1";
      const char *decl_location = "/home/src/testsuite/transok/three.stp:26:1";
      struct stat_data *stats = _stp_stat_get (time_probe_1, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_1);
    }
    if (likely (time_probe_2086)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/transok/three.stp:3:8";
      struct stat_data *stats = _stp_stat_get (time_probe_2086, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_2086);
    }
    if (likely (time_probe_2088)) {
      const char *probe_point = "end";
      const char *decl_location = "/home/src/testsuite/transok/three.stp:19:8";
      struct stat_data *stats = _stp_stat_get (time_probe_2
  time_probe_2086 = _stp_stat_init (HIST_NONE);

  time_probe_2088 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 5);

  for (i=0; i<5; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  _stp_map_del (global.s_poo);

  

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<5; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<5; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  _stp_map_del (global.s_poo);

  

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/three.stp:21:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    if (likely (time_probe_1)) {

      const char *probe_point = "begin""+""1";

      const char *decl_location = "/home/src/testsuite/transok/three.stp:26:1";

      struct stat_data *stats = _stp_stat_get (time_probe_1, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_1);

    }

    if (likely (time_probe_2086)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/transok/three.stp:3:8";

      struct stat_data *stats = _stp_stat_get (time_probe_2086, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_2086);

    }

    if (likely (time_probe_2088)) {

      const char *probe_point = "end";

      const char *decl_location = "/home/src/testsuite/transok/three.stp:19:8";
088, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_2088);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& global.s_poo_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "poo", ctr);
      ctr = atomic_read (& global.s_koo_lock_skip_count);
      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "koo", ctr);
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

#undef poo

#undef koo
module_param_named (koo, global.s_koo, int64_t, 0);

      struct stat_data *stats = _stp_stat_get (time_probe_2088, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_2088);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& global.s_poo_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "poo", ctr);

      ctr = atomic_read (& global.s_koo_lock_skip_count);

      if (ctr) _stp_warn ("Skipped due to global '%s' lock timeout: %d\n", "koo", ctr);

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");



#undef poo



#undef koo

module_param_named (koo, global.s_koo, int64_t, 0);
wait results: 8615 exp12 0 0
PASS: transok/three.stp
Running /home/src/testsuite/transok/tval-opt.stp
starting /home/src/testsuite/transok/tval-opt.stp
spawn2 /home/src/testsuite/transok/tval-opt.stp
spawn /home/src/testsuite/transok/tval-opt.stp
wait results: 8619 exp12 0 0
PASS: transok/tval-opt.stp
Running /home/src/testsuite/transok/two.stp
starting /home/src/testsuite/transok/two.stp
spawn1 stap -p3 /home/src/testsuite/transok/two.stp
spawn stap -p3 /home/src/testsuite/transok/two.stp
WARNING: eliding unused function 'poo': identifier 'poo' at /home/src/testsuite/transok/two.stp:3:10
 source: function poo (zoo) { n = poo2 (8); return "foo" . zoo }
                  ^
WARNING: eliding unused function 'poo2': identifier 'poo2' at :4:10
 source: function poo2 (zoo) { return poo3 (2 + 4 * zoo) }
                  ^
WARNING: eliding unused function 'poo3': identifier 'poo3' at :5:10
 source: function poo3 (zoo) { return zoo }
                  ^
WARNING: side-effect-free probe 'probe_2082': keyword at :2:1
 source: probe begin, end { 2; }
         ^
WARNING: side-effect-free probe 'probe_2083': keyword at :2:1
 source: probe begin, end { 2; }
         ^
WARNING: eliding unused function 'poo': identifier 'poo' at /home/src/testsuite/transok/two.stp:3:10

 source: function poo (zoo) { n = poo2 (8); return "foo" . zoo }

                  ^

WARNING: eliding unused function 'poo2': identifier 'poo2' at :4:10

 source: function poo2 (zoo) { return poo3 (2 + 4 * zoo) }

                  ^

WARNING: eliding unused function 'poo3': identifier 'poo3' at :5:10

 source: function poo3 (zoo) { return zoo }

                  ^

WARNING: side-effect-free probe 'probe_2082': keyword at :2:1

 source: probe begin, end { 2; }

         ^

WARNING: side-effect-free probe 'probe_2083': keyword at :2:1

 source: probe begin, end { 2; }

         ^

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */


#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  /* null */;
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
  { .pp="end", .ph=&probe_2082, .state=STAP_SESSION_STOPPING, .type=1 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id())
#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  /* null */;

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

  { .pp="end", .ph=&probe_2082, .state=STAP_SESSION_STOPPING, .type=1 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY
;
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  }
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 2);
  for (i=0; i<2; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<2; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<2;
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 2);

  for (i=0; i<2; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<2; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }
 i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin""+""1";
      const char *decl_location = "/home/src/testsuite/transok/two.stp:2:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

  for (i=0; i<2; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin""+""1";

      const char *decl_location = "/home/src/testsuite/transok/two.stp:2:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8630 exp12 0 0
PASS: transok/two.stp
Running /home/src/testsuite/transok/varargs.stp
starting /home/src/testsuite/transok/varargs.stp
spawn1 stap -p3 /home/src/testsuite/transok/varargs.stp
spawn stap -p3 /home/src/testsuite/transok/varargs.stp

#define STP_PRIVILEGED 1
#ifndef MAXNESTING
#define MAXNESTING 1
#endif
#include <asm/types.h>
#ifndef MAXSTRINGLEN
#if BITS_PER_LONG == 32
#define MAXSTRINGLEN 256
#else
#define MAXSTRINGLEN 512
#endif
#endif
#ifndef MAXACTION
#define MAXACTION 1000
#endif
#ifndef MAXACTION_INTERRUPTIBLE
#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)
#endif
#ifndef TRYLOCKDELAY
#define TRYLOCKDELAY 10 /* microseconds */
#endif
#ifndef MAXTRYLOCK
#define MAXTRYLOCK 100 /* 1 millisecond total */
#endif
#ifndef MAXMAPENTRIES
#define MAXMAPENTRIES 2048
#endif
#ifndef MAXERRORS
#define MAXERRORS 0
#endif
#ifndef MAXSKIPPED
#define MAXSKIPPED 100
#endif
#ifndef MINSTACKSPACE
#define MINSTACKSPACE 1024
#endif
#ifndef INTERRUPTIBLE
#define INTERRUPTIBLE 1
#endif
#ifndef STP_OVERLOAD_INTERVAL
#define STP_OVERLOAD_INTERVAL 1000000000LL
#endif
#ifndef STP_OVERLOAD_THRESHOLD
#define STP_OVERLOAD_THRESHOLD 500000000LL
#endif
#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)
#define STP_OVERLOAD
#endif
#define STP_SKIP_BADVARS 0
#include "runtime.h"
#include "stack.c"
#include "stat.c"
#include <linux/string.h>
#include <linux/timer.h>
#include <linux/sched.h>
#include <linux/delay.h>
#include <linux/profile.h>
#include <linux/random.h>
#include <linux/vermagic.h>
#include <linux/utsname.h>
#include <linux/version.h>
#include "loc2c-runtime.h" 
#include "access_process_vm.h" 

typedef char string_t[MAXSTRINGLEN];

#define STAP_SESSION_STARTING 0
#define STAP_SESSION_RUNNING 1
#define STAP_SESSION_ERROR 2
#define STAP_SESSION_STOPPING 3
#define STAP_SESSION_STOPPED 4
static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);
static atomic_t error_count = ATOMIC_INIT (0);
static atomic_t skipped_count = ATOMIC_INIT (0);
static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);
static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);
static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);

struct context {
  atomic_t busy;
  const char *probe_point;
  int actionremaining;
  int nesting;
  string_t error_buffer;
  const char *last_error;
  const char *last_stmt;
  struct pt_regs *regs;
  unsigned long *unwaddr;
  struct kretprobe_instance *pi;
  int pi_longs;
  int regparm;
  va_list *mark_va_list;
  const char * marker_name;
  const char * marker_format;
  void *data;
  #ifdef STP_TIMING
  Stat *statp;
  #endif
  #ifdef STP_OVERLOAD
  cycles_t cycles_base;
  cycles_t cycles_sum;
  #endif
  struct uretprobe_instance *ri;
  union {
    struct probe_2082_locals {
    } probe_2082;
  } probe_locals;
  union {
  } locals [MAXNESTING+1];
  #if MAXNESTING < 0
  #error "MAXNESTING must be positive"
  #endif
};

static struct context *contexts[NR_CPUS] = { NULL };


#include "probe_lock.h" 

#ifdef STP_TIMING
static __cacheline_aligned Stat time_probe_0;
#endif

static void probe_2082 (struct context * __restrict__ c) {
  __label__ out;
  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;
  (void) l;
  #ifdef STP_TIMING
  c->statp = & time_probe_0;
  #endif
  (void) 
  ({
    _stp_printf ("%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld\n", ((int64_t)1LL), ((int64_t)2LL), ((int64_t)3LL), ((int64_t)4LL), ((int64_t)5LL), ((int64_t)6LL), ((int64_t)7LL), ((int64_t)8LL), ((int64_t)9LL), ((int64_t)10LL), ((int64_t)11LL), ((int64_t)12LL), ((int64_t)13LL), ((int64_t)14LL), ((int64_t)15LL), ((int64_t)16LL), ((int64_t)17LL), ((int64_t)18LL), ((int64_t)19LL), ((int64_t)20LL), ((int64_t)21LL), ((int64_t)22LL), ((int64_t)23LL), ((int64_t)24LL), ((int64_t)25LL), ((int64_t)26LL), ((int64_t)27LL), ((int64_t)28LL), ((int64_t)29LL), ((int64_t)30LL), ((int64_t)31LL), ((int64_t)32LL));
    ((int64_t)0LL);
  });
  c->actionremaining -= 1;
  if (unlikely (c->actionremaining <= 0)) {
    c->last_error = "MAXACTION exceeded";
    c->last_stmt = "identifier

#define STP_PRIVILEGED 1

#ifndef MAXNESTING

#define MAXNESTING 1

#endif

#include <asm/types.h>

#ifndef MAXSTRINGLEN

#if BITS_PER_LONG == 32

#define MAXSTRINGLEN 256

#else

#define MAXSTRINGLEN 512

#endif

#endif

#ifndef MAXACTION

#define MAXACTION 1000

#endif

#ifndef MAXACTION_INTERRUPTIBLE

#define MAXACTION_INTERRUPTIBLE (MAXACTION * 10)

#endif

#ifndef TRYLOCKDELAY

#define TRYLOCKDELAY 10 /* microseconds */

#endif

#ifndef MAXTRYLOCK

#define MAXTRYLOCK 100 /* 1 millisecond total */

#endif

#ifndef MAXMAPENTRIES

#define MAXMAPENTRIES 2048

#endif

#ifndef MAXERRORS

#define MAXERRORS 0

#endif

#ifndef MAXSKIPPED

#define MAXSKIPPED 100

#endif

#ifndef MINSTACKSPACE

#define MINSTACKSPACE 1024

#endif

#ifndef INTERRUPTIBLE

#define INTERRUPTIBLE 1

#endif

#ifndef STP_OVERLOAD_INTERVAL

#define STP_OVERLOAD_INTERVAL 1000000000LL

#endif

#ifndef STP_OVERLOAD_THRESHOLD

#define STP_OVERLOAD_THRESHOLD 500000000LL

#endif

#if !defined(STP_NO_OVERLOAD) && !defined(STAP_NO_OVERLOAD)

#define STP_OVERLOAD

#endif

#define STP_SKIP_BADVARS 0

#include "runtime.h"

#include "stack.c"

#include "stat.c"

#include <linux/string.h>

#include <linux/timer.h>

#include <linux/sched.h>

#include <linux/delay.h>

#include <linux/profile.h>

#include <linux/random.h>

#include <linux/vermagic.h>

#include <linux/utsname.h>

#include <linux/version.h>

#include "loc2c-runtime.h" 

#include "access_process_vm.h" 



typedef char string_t[MAXSTRINGLEN];



#define STAP_SESSION_STARTING 0

#define STAP_SESSION_RUNNING 1

#define STAP_SESSION_ERROR 2

#define STAP_SESSION_STOPPING 3

#define STAP_SESSION_STOPPED 4

static atomic_t session_state = ATOMIC_INIT (STAP_SESSION_STARTING);

static atomic_t error_count = ATOMIC_INIT (0);

static atomic_t skipped_count = ATOMIC_INIT (0);

static atomic_t skipped_count_lowstack = ATOMIC_INIT (0);

static atomic_t skipped_count_reentrant = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_reg = ATOMIC_INIT (0);

static atomic_t skipped_count_uprobe_unreg = ATOMIC_INIT (0);



struct context {

  atomic_t busy;

  const char *probe_point;

  int actionremaining;

  int nesting;

  string_t error_buffer;

  const char *last_error;

  const char *last_stmt;

  struct pt_regs *regs;

  unsigned long *unwaddr;

  struct kretprobe_instance *pi;

  int pi_longs;

  int regparm;

  va_list *mark_va_list;

  const char * marker_name;

  const char * marker_format;

  void *data;

  #ifdef STP_TIMING

  Stat *statp;

  #endif

  #ifdef STP_OVERLOAD

  cycles_t cycles_base;

  cycles_t cycles_sum;

  #endif

  struct uretprobe_instance *ri;

  union {

    struct probe_2082_locals {

    } probe_2082;

  } probe_locals;

  union {

  } locals [MAXNESTING+1];

  #if MAXNESTING < 0

  #error "MAXNESTING must be positive"

  #endif

};



static struct context *contexts[NR_CPUS] = { NULL };





#include "probe_lock.h" 



#ifdef STP_TIMING

static __cacheline_aligned Stat time_probe_0;

#endif



static void probe_2082 (struct context * __restrict__ c) {

  __label__ out;

  struct probe_2082_locals * __restrict__ l = & c->probe_locals.probe_2082;

  (void) l;

  #ifdef STP_TIMING

  c->statp = & time_probe_0;

  #endif

  (void) 

  ({

    _stp_printf ("%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld%lld\n", ((int64_t)1LL), ((int64_t)2LL), ((int64_t)3LL), ((int64_t)4LL), ((int64_t)5LL), ((int64_t)6LL), ((int64_t)7LL), ((int64_t)8LL), ((int64_t)9LL), ((int64_t)10LL), ((int64_t)11LL), ((int64_t)12LL), ((int64_t)13LL), ((int64_t)14LL), ((int64_t)15LL), ((int64_t)16LL), ((int64_t)17LL), ((int64_t)18LL), ((int64_t)19LL), ((int64_t)20LL), ((int64_t)21LL), ((int64_t)22LL), ((int64_t)23LL), ((int64_t)24LL), ((int64_t)25LL), ((int64_t)26LL), ((int64_t)27LL), ((int64_t)28LL), ((int64_t)29LL), ((int64_t)30LL), ((int64_t)31LL), ((int64_t)32LL));

    ((int64_t)0LL);

  });

  c->actionremaining -= 1;

  if (unlikely (c->actionremaining <= 0)) {

    c->last_error = "MAXACTION exceeded";
 'println' at /home/src/testsuite/transok/varargs.stp:5:5";
    goto out;
  }
out:
  _stp_print_flush();
}


/* ---- begin/end/error probes ---- */
static struct stap_be_probe {
  void (*ph)(struct context*);
  const char* pp;
  int state, type;
} stap_be_probes[] = {
  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },
};
static void enter_be_probe (struct stap_be_probe *stp) {
  struct context* __restrict__ c;
  #if !INTERRUPTIBLE
  unsigned long flags;
  #endif
  #ifdef STP_TIMING
  cycles_t cycles_atstart = get_cycles ();
  #endif
  #if INTERRUPTIBLE
  preempt_disable ();
  #else
  local_irq_save (flags);
  #endif
  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))
    < (MINSTACKSPACE + sizeof (struct thread_info)))) {
    atomic_inc (& skipped_count);
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_lowstack);
    #endif
    goto probe_epilogue;
  }
  if (atomic_read (&session_state) != stp->state)
    goto probe_epilogue;
  c = contexts[smp_processor_id()];
  if (atomic_inc_return (& c->busy) != 1) {
    #if !INTERRUPTIBLE
    atomic_inc (& skipped_count);
    #endif
    #ifdef STP_TIMING
    atomic_inc (& skipped_count_reentrant);
    #ifdef DEBUG_REENTRANCY
    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());
    #endif
    #endif
    atomic_dec (& c->busy);
    goto probe_epilogue;
  }
  
  c->last_stmt = 0;
  c->last_error = 0;
  c->nesting = -1;
  c->regs = 0;
  c->unwaddr = 0;
  c->probe_point = stp->pp;
  c->pi = 0;
  c->pi_longs = 0;
  c->regparm = 0;
  c->marker_name = NULL;
  c->marker_format = NULL;
  #if INTERRUPTIBLE
  c->actionremaining = MAXACTION_INTERRUPTIBLE;
  #else
  c->actionremaining = MAXACTION;
  #endif
  #ifdef STP_TIMING
  c->statp = 0;
  #endif
  c->ri = 0;
  (*stp->ph) (c);
  #ifdef STP_TIMING
  {
    cycles_t cycles_atend = get_cycles ();
    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)
      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)
      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;
    #ifdef STP_TIMING
    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);
    #endif
  }
  #endif
  c->probe_point = 0;
  if (unlikely (c->last_error && c->last_error[0])) {
    if (c->last_stmt != NULL)
      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);
    else
      _stp_softerror ("%s", c->last_error);
    atomic_inc (& error_count);
    if (atomic_read (& error_count) > MAXERRORS) {
      atomic_set (& session_state, STAP_SESSION_ERROR);
      _stp_exit ();
    }
  }
  atomic_dec (&c->busy);
probe_epilogue:
  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {
    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))
    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");
  }
  #if INTERRUPTIBLE
  preempt_enable_no_resched ();
  #else
  local_irq_restore (flags);
  #endif
}

static int systemtap_module_init (void) {
  int rc = 0;
  int cpu;
  int i=0, j=0;
  const char *probe_point = "";
  {
    const char* release = UTS_RELEASE;
    if (strcmp (release, "2.6.35-rc3")) {
      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");
      rc = -EINVAL;
    }
    if (_stp_module_check()) rc = -EINVAL;
  }
  if (rc) goto out;
  #ifdef STAP_NEED_GETTIMEOFDAY
  rc = _stp_init_time();
  if (rc) {
    _stp_error ("couldn't initialize gettimeofday");
    goto out;
  }
  #endif
  (void) probe_point;
  (void) i;
  (void) j;
  atomic_set (&session_state, STAP_SESSION_STARTING);
  for_each_possible_cpu(cpu) {
    contexts[cpu] = _stp_kzalloc(sizeof(struct context));
    if (contexts[cpu] == NULL) {
      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));
      rc = -ENOMEM;
      goto out;
    }
  
    c->last_stmt = "identifier 'println' at /home/src/testsuite/transok/varargs.stp:5:5";

    goto out;

  }

out:

  _stp_print_flush();

}





/* ---- begin/end/error probes ---- */

static struct stap_be_probe {

  void (*ph)(struct context*);

  const char* pp;

  int state, type;

} stap_be_probes[] = {

  { .pp="begin", .ph=&probe_2082, .state=STAP_SESSION_STARTING, .type=0 },

};

static void enter_be_probe (struct stap_be_probe *stp) {

  struct context* __restrict__ c;

  #if !INTERRUPTIBLE

  unsigned long flags;

  #endif

  #ifdef STP_TIMING

  cycles_t cycles_atstart = get_cycles ();

  #endif

  #if INTERRUPTIBLE

  preempt_disable ();

  #else

  local_irq_save (flags);

  #endif

  if (unlikely ((((unsigned long) (& c)) & (THREAD_SIZE-1))

    < (MINSTACKSPACE + sizeof (struct thread_info)))) {

    atomic_inc (& skipped_count);

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_lowstack);

    #endif

    goto probe_epilogue;

  }

  if (atomic_read (&session_state) != stp->state)

    goto probe_epilogue;

  c = contexts[smp_processor_id()];

  if (atomic_inc_return (& c->busy) != 1) {

    #if !INTERRUPTIBLE

    atomic_inc (& skipped_count);

    #endif

    #ifdef STP_TIMING

    atomic_inc (& skipped_count_reentrant);

    #ifdef DEBUG_REENTRANCY

    _stp_warn ("Skipped %s due to %s residency on cpu %u\n", stp->pp, c->probe_point ?: "?", smp_processor_id());

    #endif

    #endif

    atomic_dec (& c->busy);

    goto probe_epilogue;

  }

  

  c->last_stmt = 0;

  c->last_error = 0;

  c->nesting = -1;

  c->regs = 0;

  c->unwaddr = 0;

  c->probe_point = stp->pp;

  c->pi = 0;

  c->pi_longs = 0;

  c->regparm = 0;

  c->marker_name = NULL;

  c->marker_format = NULL;

  #if INTERRUPTIBLE

  c->actionremaining = MAXACTION_INTERRUPTIBLE;

  #else

  c->actionremaining = MAXACTION;

  #endif

  #ifdef STP_TIMING

  c->statp = 0;

  #endif

  c->ri = 0;

  (*stp->ph) (c);

  #ifdef STP_TIMING

  {

    cycles_t cycles_atend = get_cycles ();

    int32_t cycles_elapsed = ((int32_t)cycles_atend > (int32_t)cycles_atstart)

      ? ((int32_t)cycles_atend - (int32_t)cycles_atstart)

      : (~(int32_t)0) - (int32_t)cycles_atstart + (int32_t)cycles_atend + 1;

    #ifdef STP_TIMING

    if (likely (c->statp)) _stp_stat_add(*c->statp, cycles_elapsed);

    #endif

  }

  #endif

  c->probe_point = 0;

  if (unlikely (c->last_error && c->last_error[0])) {

    if (c->last_stmt != NULL)

      _stp_softerror ("%s near %s", c->last_error, c->last_stmt);

    else

      _stp_softerror ("%s", c->last_error);

    atomic_inc (& error_count);

    if (atomic_read (& error_count) > MAXERRORS) {

      atomic_set (& session_state, STAP_SESSION_ERROR);

      _stp_exit ();

    }

  }

  atomic_dec (&c->busy);

probe_epilogue:

  if (unlikely (atomic_read (& skipped_count) > MAXSKIPPED)) {

    if (unlikely (pseudo_atomic_cmpxchg(& session_state, STAP_SESSION_RUNNING, STAP_SESSION_ERROR) == STAP_SESSION_RUNNING))

    _stp_error ("Skipped too many probes, check MAXSKIPPED or try again with stap -t for more details.");

  }

  #if INTERRUPTIBLE

  preempt_enable_no_resched ();

  #else

  local_irq_restore (flags);

  #endif

}



static int systemtap_module_init (void) {

  int rc = 0;

  int cpu;

  int i=0, j=0;

  const char *probe_point = "";

  {

    const char* release = UTS_RELEASE;

    if (strcmp (release, "2.6.35-rc3")) {

      _stp_error ("module release mismatch (%s vs %s)", release, "2.6.35-rc3");

      rc = -EINVAL;

    }

    if (_stp_module_check()) rc = -EINVAL;

  }

  if (rc) goto out;

  #ifdef STAP_NEED_GETTIMEOFDAY

  rc = _stp_init_time();

  if (rc) {

    _stp_error ("couldn't initialize gettimeofday");

    goto out;

  }

  #endif

  (void) probe_point;

  (void) i;

  (void) j;

  atomic_set (&session_state, STAP_SESSION_STARTING);

  for_each_possible_cpu(cpu) {

    contexts[cpu] = _stp_kzalloc(sizeof(struct context));

    if (contexts[cpu] == NULL) {

      _stp_error ("context (size %lu) allocation failed", (unsigned long) sizeof (struct context));

      rc = -ENOMEM;

      goto out;

    }
}
  #ifdef STP_TIMING
  time_probe_0 = _stp_stat_init (HIST_NONE);
  #endif
  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 0)
      enter_be_probe (stp); /* rc = 0 */
  }
  if (rc) {
    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);
    atomic_set (&session_state, STAP_SESSION_ERROR);
    goto out;
  }
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    atomic_set (&session_state, STAP_SESSION_RUNNING);
  return 0;
out:
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  return rc;
}


static void systemtap_module_exit (void) {
  int holdon;
  int i=0, j=0;
  int cpu;
  (void) i;
  (void) j;
  if (atomic_read (&session_state) == STAP_SESSION_STARTING)
    return;
  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)
    atomic_set (&session_state, STAP_SESSION_STOPPING);
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 1)
      enter_be_probe (stp);
  }
  for (i=0; i<1; i++) {
    struct stap_be_probe* stp = & stap_be_probes [i];
    if (stp->type == 2)
      enter_be_probe (stp);
  }
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  do {
    int i;
    holdon = 0;
    for (i=0; i < NR_CPUS; i++)
      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;
      yield ();
  } while (holdon);
  #ifdef STAPCONF_SYNCHRONIZE_SCHED
  synchronize_sched();
  #endif
  for_each_possible_cpu(cpu) {
    if (contexts[cpu] != NULL) {
      _stp_kfree(contexts[cpu]);
      contexts[cpu] = NULL;
    }
  }
  #ifdef STP_TIMING
  {
    if (likely (time_probe_0)) {
      const char *probe_point = "begin";
      const char *decl_location = "/home/src/testsuite/transok/varargs.stp:3:1";
      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);
      if (stats->count) {
        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);
        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",
        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);
      }
      _stp_stat_del (time_probe_0);
    }
    _stp_print_flush();
  }
  #endif
  #ifdef STAP_NEED_GETTIMEOFDAY
   _stp_kill_time();
  #endif
  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {
    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));
    #ifdef STP_TIMING
    {
      int ctr;
      ctr = atomic_read (& skipped_count_lowstack);
      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);
      ctr = atomic_read (& skipped_count_reentrant);
      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_reg);
      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);
      ctr = atomic_read (& skipped_count_uprobe_unreg);
      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);
    }
    #endif
    _stp_print_flush();
  }
}


static int probe_start (void) {
  return systemtap_module_init () ? -1 : 0;
}

static void probe_exit (void) {
  systemtap_module_exit ();
}
#include "stap-symbols.h"
MODULE_DESCRIPTION("systemtap-generated probe");
MODULE_LICENSE("GPL");

  }

  #ifdef STP_TIMING

  time_probe_0 = _stp_stat_init (HIST_NONE);

  #endif

  _stp_print_kernel_info("1.2/0.147", (num_online_cpus() * sizeof(struct context)), 1);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 0)

      enter_be_probe (stp); /* rc = 0 */

  }

  if (rc) {

    _stp_error ("probe %s registration error (rc %d)", probe_point, rc);

    atomic_set (&session_state, STAP_SESSION_ERROR);

    goto out;

  }

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    atomic_set (&session_state, STAP_SESSION_RUNNING);

  return 0;

out:

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  return rc;

}





static void systemtap_module_exit (void) {

  int holdon;

  int i=0, j=0;

  int cpu;

  (void) i;

  (void) j;

  if (atomic_read (&session_state) == STAP_SESSION_STARTING)

    return;

  if (atomic_read (&session_state) == STAP_SESSION_RUNNING)

    atomic_set (&session_state, STAP_SESSION_STOPPING);

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 1)

      enter_be_probe (stp);

  }

  for (i=0; i<1; i++) {

    struct stap_be_probe* stp = & stap_be_probes [i];

    if (stp->type == 2)

      enter_be_probe (stp);

  }

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  do {

    int i;

    holdon = 0;

    for (i=0; i < NR_CPUS; i++)

      if (cpu_possible (i) && contexts[i] != NULL && atomic_read (& contexts[i]->busy)) holdon = 1;

      yield ();

  } while (holdon);

  #ifdef STAPCONF_SYNCHRONIZE_SCHED

  synchronize_sched();

  #endif

  for_each_possible_cpu(cpu) {

    if (contexts[cpu] != NULL) {

      _stp_kfree(contexts[cpu]);

      contexts[cpu] = NULL;

    }

  }

  #ifdef STP_TIMING

  {

    if (likely (time_probe_0)) {

      const char *probe_point = "begin";

      const char *decl_location = "/home/src/testsuite/transok/varargs.stp:3:1";

      struct stat_data *stats = _stp_stat_get (time_probe_0, 0);

      if (stats->count) {

        int64_t avg = _stp_div64 (NULL, stats->sum, stats->count);

        _stp_printf ("probe %s (%s), hits: %lld, cycles: %lldmin/%lldavg/%lldmax\n",

        probe_point, decl_location, (long long) stats->count, (long long) stats->min, (long long) avg, (long long) stats->max);

      }

      _stp_stat_del (time_probe_0);

    }

    _stp_print_flush();

  }

  #endif

  #ifdef STAP_NEED_GETTIMEOFDAY

   _stp_kill_time();

  #endif

  if (atomic_read (& skipped_count) || atomic_read (& error_count) || atomic_read (& skipped_count_reentrant)) {

    _stp_warn ("Number of errors: %d, skipped probes: %d\n", (int) atomic_read (& error_count), (int) atomic_read (& skipped_count));

    #ifdef STP_TIMING

    {

      int ctr;

      ctr = atomic_read (& skipped_count_lowstack);

      if (ctr) _stp_warn ("Skipped due to low stack: %d\n", ctr);

      ctr = atomic_read (& skipped_count_reentrant);

      if (ctr) _stp_warn ("Skipped due to reentrancy: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_reg);

      if (ctr) _stp_warn ("Skipped due to uprobe register failure: %d\n", ctr);

      ctr = atomic_read (& skipped_count_uprobe_unreg);

      if (ctr) _stp_warn ("Skipped due to uprobe unregister failure: %d\n", ctr);

    }

    #endif

    _stp_print_flush();

  }

}





static int probe_start (void) {

  return systemtap_module_init () ? -1 : 0;

}



static void probe_exit (void) {

  systemtap_module_exit ();

}

#include "stap-symbols.h"

MODULE_DESCRIPTION("systemtap-generated probe");

MODULE_LICENSE("GPL");
wait results: 8634 exp12 0 0
PASS: transok/varargs.stp
testcase /home/src/testsuite/systemtap.pass1-4/transok.exp completed in 17 seconds
Running /home/src/testsuite/systemtap.printf/basic1.exp ...
executing: stap /home/src/testsuite/systemtap.printf/basic1.stp
PASS: systemtap.printf/basic1.stp
testcase /home/src/testsuite/systemtap.printf/basic1.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/basic2.exp ...
executing: stap /home/src/testsuite/systemtap.printf/basic2.stp
PASS: systemtap.printf/basic2.stp
testcase /home/src/testsuite/systemtap.printf/basic2.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/basic3.exp ...
executing: stap /home/src/testsuite/systemtap.printf/basic3.stp
PASS: systemtap.printf/basic3.stp
testcase /home/src/testsuite/systemtap.printf/basic3.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/basic4.exp ...
executing: stap /home/src/testsuite/systemtap.printf/basic4.stp
PASS: systemtap.printf/basic4.stp
testcase /home/src/testsuite/systemtap.printf/basic4.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/basic5.exp ...
executing: stap /home/src/testsuite/systemtap.printf/basic5.stp
PASS: systemtap.printf/basic5.stp
testcase /home/src/testsuite/systemtap.printf/basic5.exp completed in 7 seconds
Running /home/src/testsuite/systemtap.printf/basic6.exp ...
executing: stap /home/src/testsuite/systemtap.printf/basic6.stp
PASS: systemtap.printf/basic6.stp
testcase /home/src/testsuite/systemtap.printf/basic6.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/bin1.exp ...
PASS: systemtap.printf/bin1.stp
testcase /home/src/testsuite/systemtap.printf/bin1.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/bin2.exp ...
PASS: systemtap.printf/bin2.stp
testcase /home/src/testsuite/systemtap.printf/bin2.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/bin3.exp ...
PASS: systemtap.printf/bin3.stp
testcase /home/src/testsuite/systemtap.printf/bin3.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/bin4.exp ...
PASS: systemtap.printf/bin4.stp
testcase /home/src/testsuite/systemtap.printf/bin4.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/bin5.exp ...
PASS: systemtap.printf/bin5.stp
testcase /home/src/testsuite/systemtap.printf/bin5.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/bin6.exp ...
executing: stap /home/src/testsuite/systemtap.printf/bin6.stp
FAIL: systemtap.printf/bin6.stp
line 2: expected "Binary static width default precision	:d:"
Got "Binary static width default precision	:f:"
testcase /home/src/testsuite/systemtap.printf/bin6.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/char1.exp ...
executing: stap /home/src/testsuite/systemtap.printf/char1.stp
PASS: systemtap.printf/char1.stp
testcase /home/src/testsuite/systemtap.printf/char1.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/end1.exp ...
PASS: systemtap.printf/end1
testcase /home/src/testsuite/systemtap.printf/end1.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/end1b.exp ...
PASS: systemtap.printf/end1b
testcase /home/src/testsuite/systemtap.printf/end1b.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/int1.exp ...
executing: stap /home/src/testsuite/systemtap.printf/int1.stp
PASS: systemtap.printf/int1.stp
testcase /home/src/testsuite/systemtap.printf/int1.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/memory1.exp ...
executing: stap /home/src/testsuite/systemtap.printf/memory1.stp
PASS: systemtap.printf/memory1.stp
testcase /home/src/testsuite/systemtap.printf/memory1.exp completed in 16 seconds
Running /home/src/testsuite/systemtap.printf/mixed_out.exp ...
PASS: systemtap.printf/mixed_out
testcase /home/src/testsuite/systemtap.printf/mixed_out.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/mixed_outb.exp ...
PASS: systemtap.printf/mixed_outb
testcase /home/src/testsuite/systemtap.printf/mixed_outb.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/oct.exp ...
PASS: systemtap.printf/oct.stp
testcase /home/src/testsuite/systemtap.printf/oct.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/out1.exp ...
PASS: systemtap.printf/out1
testcase /home/src/testsuite/systemtap.printf/out1.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/out1b.exp ...
PASS: systemtap.printf/out1b
testcase /home/src/testsuite/systemtap.printf/out1b.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/out2.exp ...
PASS: systemtap.printf/out2
testcase /home/src/testsuite/systemtap.printf/out2.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/out2b.exp ...
PASS: systemtap.printf/out2b
testcase /home/src/testsuite/systemtap.printf/out2b.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/out3.exp ...
PASS: systemtap.printf/out3
testcase /home/src/testsuite/systemtap.printf/out3.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/out3b.exp ...
PASS: systemtap.printf/out3b
testcase /home/src/testsuite/systemtap.printf/out3b.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/print.exp ...
executing: stap /home/src/testsuite/systemtap.printf/print.stp
PASS: systemtap.printf/print.stp
testcase /home/src/testsuite/systemtap.printf/print.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/print_char.exp ...
executing: stap /home/src/testsuite/systemtap.printf/print_char.stp
PASS: systemtap.printf/print_char.stp
testcase /home/src/testsuite/systemtap.printf/print_char.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/printd.exp ...
PASS: printd
PASS: printdln
testcase /home/src/testsuite/systemtap.printf/printd.exp completed in 10 seconds
Running /home/src/testsuite/systemtap.printf/println.exp ...
executing: stap /home/src/testsuite/systemtap.printf/println.stp
PASS: systemtap.printf/println.stp
testcase /home/src/testsuite/systemtap.printf/println.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.printf/ptr.exp ...
executing: stap /home/src/testsuite/systemtap.printf/ptr.stp
PASS: systemtap.printf/ptr.stp
testcase /home/src/testsuite/systemtap.printf/ptr.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/ring_buffer.exp ...
executing: stap -v -DSTP_USE_RING_BUFFER -e {
    probe begin {
	printf("systemtap starting probe\n")
	exit()
    }
    probe end {
	printf("systemtap ending probe\n")
	printf("Hello")
	printf("World\n")
    }
}
spawn stap -v -DSTP_USE_RING_BUFFER -e 
    probe begin {
	printf("systemtap starting probe\n")
	exit()
    }
    probe end {
	printf("systemtap ending probe\n")
	printf("Hello")
	printf("World\n")
    }

Pass 1: parsed user script and 70 library script(s) using 27520virt/25152res/4544shr kb, in 420usr/0sys/462real ms.
Pass 2: analyzed script: 2 probe(s), 1 function(s), 0 embed(s), 0 global(s) using 28608virt/25920res/4800shr kb, in 10usr/0sys/10real ms.
Pass 3: translated to C into "/tmp/stapvMpTbo/stap_7afd00a239295afbbd2b1da288f1bbd8_816.c" using 28608virt/26240res/5120shr kb, in 0usr/0sys/1real ms.
In file included from /usr/local/share/systemtap/runtime/transport/transport.c:52,
                 from /usr/local/share/systemtap/runtime/print.c:18,
                 from /usr/local/share/systemtap/runtime/runtime.h:138,
                 from /tmp/stapvMpTbo/stap_7afd00a239295afbbd2b1da288f1bbd8_816.c:51:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:7: error: ‘local_t’ undeclared here (not in a function)
cc1: warnings being treated as errors
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:7: error: type defaults to ‘int’ in declaration of ‘_stp_cpu_disabled’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c: In function ‘_stp_ring_buffer_disable_cpu’:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:12: error: implicit declaration of function ‘local_inc’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c: In function ‘_stp_ring_buffer_enable_cpu’:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:17: error: implicit declaration of function ‘local_dec’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c: In function ‘_stp_ring_buffer_cpu_disabled’:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:23: error: implicit declaration of function ‘local_read’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c: In function ‘_stp_ring_buffer_consume’:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:254: error: too few arguments to function ‘ring_buffer_consume’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c: In function ‘_stp_peek_next_event’:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:290: error: too few arguments to function ‘ring_buffer_peek’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c: In function ‘_stp_buffer_iter_start’:
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:397: error: passing argument 1 of ‘ring_buffer_read_start’ from incompatible pointer type
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:397: error: too many arguments to function ‘ring_buffer_read_start’
/usr/local/share/systemtap/runtime/transport/ring_buffer.c:397: error: void value not ignored as it ought to be
make[3]: *** [/tmp/stapvMpTbo/stap_7afd00a239295afbbd2b1da288f1bbd8_816.o] Error 1
make[2]: *** [_module_/tmp/stapvMpTbo] Error 2
Pass 4: compiled C into "stap_7afd00a239295afbbd2b1da288f1bbd8_816.ko" in 1010usr/250sys/1300real ms.
Pass 4: compilation failed.  Try again with another '--vp 0001' option.
FAIL: RING_BUFFER startup (eof)
testcase /home/src/testsuite/systemtap.printf/ring_buffer.exp completed in 2 seconds
Running /home/src/testsuite/systemtap.printf/sharedbuf.exp ...
spawn stap /home/src/testsuite/systemtap.printf/sharedbuf.stp -DRELAY_HOST=test1
Host: begin
PASS: shared buffer hosting
WARNING: ".stp_print_flush_test1" [/tmp/stapW3omGC/stap_3d9a5dbdb9a6277360acd2a5f78c5859_716.ko] undefined!
Error inserting module '/tmp/stapW3omGC/stap_3d9a5dbdb9a6277360acd2a5f78c5859_716.ko': Invalid parameters
Retrying, after attempted removal of module stap_3d9a5dbdb9a6277360acd2a5f78c5859_716 (rc -1)
Error inserting module '/tmp/stapW3omGC/stap_3d9a5dbdb9a6277360acd2a5f78c5859_716.ko': Invalid parameters
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: shared buffer guest
WARNING: ".stp_print_flush_test1" [/tmp/stapJ7ycpr/stap_de397189ddaa0bdb206fa763f762d0cc_820.ko] undefined!
Error inserting module '/tmp/stapJ7ycpr/stap_de397189ddaa0bdb206fa763f762d0cc_820.ko': Invalid parameters
Retrying, after attempted removal of module stap_de397189ddaa0bdb206fa763f762d0cc_820 (rc -1)
Error inserting module '/tmp/stapJ7ycpr/stap_de397189ddaa0bdb206fa763f762d0cc_820.ko': Invalid parameters
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: shared buffer guest2
FAIL: buffer sharing (0, 0)
testcase /home/src/testsuite/systemtap.printf/sharedbuf.exp completed in 135 seconds
Running /home/src/testsuite/systemtap.printf/string1.exp ...
executing: stap /home/src/testsuite/systemtap.printf/string1.stp
PASS: systemtap.printf/string1.stp
testcase /home/src/testsuite/systemtap.printf/string1.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.printf/string2.exp ...
PASS: systemtap.printf/string2.stp
testcase /home/src/testsuite/systemtap.printf/string2.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.samples/examples.exp ...
testcase /home/src/testsuite/systemtap.samples/examples.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.samples/tcptest.exp ...
executing: stap -v /home/src/testsuite/systemtap.samples/tcptest.stp
spawn stap -v /home/src/testsuite/systemtap.samples/tcptest.stp
Pass 1: parsed user script and 70 library script(s) using 27584virt/25152res/4544shr kb, in 430usr/0sys/470real ms.
Pass 2: analyzed script: 8 probe(s), 24 function(s), 5 embed(s), 12 global(s) using 181120virt/95104res/5824shr kb, in 4750usr/2070sys/7484real ms.
Pass 3: translated to C into "/tmp/stapcMHu0s/stap_a70b21be389c86050d1524afff86cc27_10719.c" using 180672virt/98496res/9472shr kb, in 1520usr/40sys/1644real ms.
Pass 4: compiled C into "stap_a70b21be389c86050d1524afff86cc27_10719.ko" in 6990usr/370sys/7751real ms.
Pass 5: starting run.
systemtap starting probe
PASS: systemtap.samples/tcptest.stp startup
PASS: systemtap.samples/tcptest.stp load generation
systemtap ending probe
TCP totalbytes: 204800
UID	PID	SIZE	NAME			PORT	SOURCE		RTO	RCVMSS	SSTHRES	CWND	STATE
0	17667	102400	tcptest.tcl			0	0.0.0.0	10000	0	0	0	0
0	17668	102400	tcptest.tcl			0		0	16384	2147483647	2	8



PASS: systemtap.samples/tcptest.stp shutdown and output
Pass 5: run completed in 10usr/40sys/2879real ms.
metric:	systemtap.samples/tcptest.stp 	430	0	470	4750	2070	7484	1520	40	1644	6990	370	7751	10	40	2879
testcase /home/src/testsuite/systemtap.samples/tcptest.exp completed in 20 seconds
Running /home/src/testsuite/systemtap.server/client_args.exp ...
eval exec stap --unprivileged --client-options -B X=Y
ERROR: -B invalid with --client-options
PASS: Invalid Server Client Arguments: --unprivileged --client-options -B X=Y
eval exec stap --unprivileged --client-options -D X=Y
You can't specify -D when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_17679
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --unprivileged --client-options -D X=Y
eval exec stap --unprivileged --client-options -I /tmp
You can't specify -I when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
              /tmp
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_17680
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --unprivileged --client-options -I /tmp
eval exec stap --unprivileged --client-options -m test
You can't specify -m when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              test
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --unprivileged --client-options -m test
eval exec stap --unprivileged --client-options -R /tmp
ERROR: -R invalid with --client-options
PASS: Invalid Server Client Arguments: --unprivileged --client-options -R /tmp
eval exec stap --unprivileged --client-options -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3
ERROR: -B invalid with --client-options
PASS: Invalid Server Client Arguments: --unprivileged --client-options -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3
eval exec stap --client-options --unprivileged -B X=Y
ERROR: -B invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options --unprivileged -B X=Y
eval exec stap --client-options --unprivileged -D X=Y
You can't specify -D when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_17685
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --client-options --unprivileged -D X=Y
eval exec stap --client-options --unprivileged -I /tmp
You can't specify -I when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
              /tmp
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_17686
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --client-options --unprivileged -I /tmp
eval exec stap --client-options --unprivileged -m test
You can't specify -m when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              test
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --client-options --unprivileged -m test
eval exec stap --client-options --unprivileged -R /tmp
ERROR: -R invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options --unprivileged -R /tmp
eval exec stap --client-options --unprivileged -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3
ERROR: -B invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options --unprivileged -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3
eval exec stap --client-options -B X=Y --unprivileged
ERROR: -B invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options -B X=Y --unprivileged
eval exec stap --client-options -D X=Y --unprivileged
You can't specify -D when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_17691
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --client-options -D X=Y --unprivileged
eval exec stap --client-options -I /tmp --unprivileged
You can't specify -I when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
              /tmp
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              stap_17692
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --client-options -I /tmp --unprivileged
eval exec stap --client-options -m test --unprivileged
You can't specify -m when --unprivileged is specified.
SystemTap translator/driver (version 1.2/0.147 non-git sources)
Copyright (C) 2005-2010 Red Hat, Inc. and others
This is free software; see the source for copying conditions.

Usage: stap [options] FILE         Run script in file.
   or: stap [options] -            Run script on stdin.
   or: stap [options] -e SCRIPT    Run given script.
   or: stap [options] -l PROBE     List matching probes.
   or: stap [options] -L PROBE     List matching probes and local variables.

Options:
   --         end of translator options, script options follow
   -h --help  show help
   -V         show version
   -p NUM     stop after pass NUM 1-5, instead of 1
              (parse, elaborate, translate, compile, run)
   -v         add verbosity to all passes
   --vp {N}+  add per-pass verbosity [00000]
   -k         keep temporary directory
   -u         unoptimized translation
   -w         suppress warnings
   -W         turn warnings into errors
   -g         guru mode
   -P         prologue-searching for function probes
   -b         bulk (percpu file) mode
   -s NUM     buffer size in megabytes, instead of 0
   -I DIR     look in DIR for additional .stp script files, in addition to
              /usr/share/systemtap/tapset
              /etc/opt/kde3/share/systemtap/tapset
              /opt/kde3/share/systemtap/tapset
              /usr/local/share/systemtap/tapset
   -D NM=VAL  emit macro definition into generated C code
   -B NM=VAL  pass option to kbuild make
   -R DIR     look in DIR for runtime, instead of
              /usr/local/share/systemtap/runtime
   -r DIR     cross-compile to kernel with given build tree; or else
   -r RELEASE cross-compile to kernel /lib/modules/RELEASE/build, instead of
              /lib/modules/2.6.35-rc3/build
   -a ARCH    cross-compile to given architecture, instead of powerpc
   -m MODULE  set probe module name, instead of 
              test
   -o FILE    send script output to file, instead of stdout. This supports
              strftime(3) formats for FILE
   -c CMD     start the probes, run CMD, and exit when it finishes
   -x PID     sets target() to PID
   -F         run as on-file flight recorder with -o.
              run as on-memory flight recorder without -o.
   -S size[,n] set maximum of the size and the number of files.
   -d OBJECT  add unwind/symbol data for OBJECT file
   --ldd      add unwind/symbol data for all referenced OBJECT files.
   --all-modules
              add unwind/symbol data for all loaded kernel objects.
   -t         collect probe timing information
   --unprivileged
              restrict usage to features available to unprivileged users
   --compatible=VERSION
              suppress incompatible language/tapset changes beyond VERSION,
              instead of 1.2
   --skip-badvars
              substitute zero for bad context $variables

PASS: Invalid Server Client Arguments: --client-options -m test --unprivileged
eval exec stap --client-options -R /tmp --unprivileged
ERROR: -R invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options -R /tmp --unprivileged
eval exec stap --client-options -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3 --unprivileged
ERROR: -B invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3 --unprivileged
eval exec stap --client-options -R /path
ERROR: -R invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options -R /path
eval exec stap -D "foo;bar"
ERROR: Safety pattern mismatch for -D parameter ('foo;bar' vs. '^[a-z_][a-z_0-9]*(=-?[a-z_0-9]+)?$') rc=1
PASS: Invalid Server Client Arguments: -D "foo;bar"
eval exec stap -D 2=4
ERROR: Safety pattern mismatch for -D parameter ('2=4' vs. '^[a-z_][a-z_0-9]*(=-?[a-z_0-9]+)?$') rc=1
PASS: Invalid Server Client Arguments: -D 2=4
eval exec stap -D "foo;bar"
ERROR: Safety pattern mismatch for -D parameter ('foo;bar' vs. '^[a-z_][a-z_0-9]*(=-?[a-z_0-9]+)?$') rc=1
PASS: Invalid Server Client Arguments: -D "foo;bar"
eval exec stap --client-options -r /path
ERROR: Safety pattern mismatch for -r parameter from client ('/path' vs. '^[a-z0-9_.-]+$') rc=1
PASS: Invalid Server Client Arguments: --client-options -r /path
eval exec stap -S /path
ERROR: Safety pattern mismatch for -S parameter ('/path' vs. '^[0-9]+(,[0-9]+)?$') rc=1
PASS: Invalid Server Client Arguments: -S /path
eval exec stap --client-options -q
ERROR: -q invalid with --client-options
PASS: Invalid Server Client Arguments: --client-options -q
PASS: Valid Server Client Arguments: -a i386
PASS: Valid Server Client Arguments: -B X=Y
PASS: Valid Server Client Arguments: -D X=Y
PASS: Valid Server Client Arguments: -I /tmp
PASS: Valid Server Client Arguments: -m test
PASS: Valid Server Client Arguments: -r 2.6.35-rc3
PASS: Valid Server Client Arguments: -a i386 -B X=Y -D X=Y -I /tmp -m test -r 2.6.35-rc3
PASS: Valid Server Client Arguments: --unprivileged
PASS: Valid Server Client Arguments: --unprivileged -a i386
PASS: Valid Server Client Arguments: --unprivileged -B X=Y
PASS: Valid Server Client Arguments: --unprivileged -D X=Y
PASS: Valid Server Client Arguments: --unprivileged -I /tmp
PASS: Valid Server Client Arguments: --unprivileged -m test
PASS: Valid Server Client Arguments: --unprivileged -R /tmp
PASS: Valid Server Client Arguments: --unprivileged -r 2.6.35-rc3
PASS: Valid Server Client Arguments: --unprivileged -a i386 -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3
PASS: Valid Server Client Arguments: --client-options
PASS: Valid Server Client Arguments: --client-options -a i386
PASS: Valid Server Client Arguments: --client-options -D X=Y
PASS: Valid Server Client Arguments: --client-options -I /tmp
PASS: Valid Server Client Arguments: --client-options -m test
PASS: Valid Server Client Arguments: --client-options -r 2.6.35-rc3
PASS: Valid Server Client Arguments: --client-options -a i386 -D X=Y -I /tmp -m test -r 2.6.35-rc3
PASS: Valid Server Client Arguments: --unprivileged --client-options
PASS: Valid Server Client Arguments: --client-options --unprivileged
PASS: Valid Server Client Arguments: --unprivileged -a i386 --client-options
PASS: Valid Server Client Arguments: --unprivileged -B X=Y --client-options
PASS: Valid Server Client Arguments: --unprivileged -D X=Y --client-options
PASS: Valid Server Client Arguments: --unprivileged -I /tmp --client-options
PASS: Valid Server Client Arguments: --unprivileged -m test --client-options
PASS: Valid Server Client Arguments: --unprivileged -R /tmp --client-options
PASS: Valid Server Client Arguments: --unprivileged -r 2.6.35-rc3 --client-options
PASS: Valid Server Client Arguments: --unprivileged -a i386 -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3 --client-options
PASS: Valid Server Client Arguments: -a i386 --unprivileged --client-options
PASS: Valid Server Client Arguments: -B X=Y --unprivileged --client-options
PASS: Valid Server Client Arguments: -D X=Y --unprivileged --client-options
PASS: Valid Server Client Arguments: -I /tmp --unprivileged --client-options
PASS: Valid Server Client Arguments: -m test --unprivileged --client-options
PASS: Valid Server Client Arguments: -R /tmp --unprivileged --client-options
PASS: Valid Server Client Arguments: -r 2.6.35-rc3 --unprivileged --client-options
PASS: Valid Server Client Arguments: -a i386 -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3 --unprivileged --client-options
PASS: Valid Server Client Arguments: -a i386 --client-options --unprivileged
PASS: Valid Server Client Arguments: -B X=Y --client-options --unprivileged
PASS: Valid Server Client Arguments: -D X=Y --client-options --unprivileged
PASS: Valid Server Client Arguments: -I /tmp --client-options --unprivileged
PASS: Valid Server Client Arguments: -m test --client-options --unprivileged
PASS: Valid Server Client Arguments: -R /tmp --client-options --unprivileged
PASS: Valid Server Client Arguments: -r 2.6.35-rc3 --client-options --unprivileged
PASS: Valid Server Client Arguments: -a i386 -B X=Y -D X=Y -I /tmp -m test -R /tmp -r 2.6.35-rc3 --client-options --unprivileged
testcase /home/src/testsuite/systemtap.server/client_args.exp completed in 28 seconds
Running /home/src/testsuite/systemtap.server/server.exp ...
UNTESTED: Server Tests
testcase /home/src/testsuite/systemtap.server/server.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.server/server_args.exp ...
Random seed is 1277208507
UNTESTED: Server Argument Test
testcase /home/src/testsuite/systemtap.server/server_args.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.stress/all_kernel_functions.exp ...
UNTESTED: all_kernel_functions is disabled
testcase /home/src/testsuite/systemtap.stress/all_kernel_functions.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.stress/conversions.exp ...
spawn stap -DMAXERRORS=40 /home/src/testsuite/systemtap.stress/conversions.stp 0
exp conversions.stp 0 0
WARNING: user char copy fault (null)
WARNING: user long copy fault (null)
WARNING: user int copy fault (null)
WARNING: user short copy fault (null)
WARNING: user string copy fault -14 at (null)
WARNING: user string copy fault -14 at (null)
ERROR: kernel read fault at 0x(null) (_addr) near number '0' at /home/src/testsuite/systemtap.stress/conversions.stp:11:29
ERROR: kernel int copy fault at 0x(null) near identifier 'kernel_int' at /usr/local/share/systemtap/tapset/conversions.stp:98:10
ERROR: kernel char copy fault at 0x(null) near identifier 'kernel_char' at /usr/local/share/systemtap/tapset/conversions.stp:138:10
ERROR: kernel short copy fault at 0x(null) near identifier 'kernel_short' at /usr/local/share/systemtap/tapset/conversions.stp:118:10
ERROR: kernel int copy fault at 0x(null) near identifier 'kernel_int' at /usr/local/share/systemtap/tapset/conversions.stp:98:10
ERROR: kernel long copy fault at 0x(null) near identifier 'kernel_long' at /usr/local/share/systemtap/tapset/conversions.stp:81:10
ERROR: kernel string copy fault at 0x(null) near identifier 'kernel_string' at /usr/local/share/systemtap/tapset/conversions.stp:21:10

00000000NULL<unknown><only suspected, not known><unknown>NULL<unknown><only suspected, not known><unknown>
WARNING: Number of errors: 7, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
done exp conversions.stp 0 14
PASS: conversions.stp 0
done conversions.stp 0 14
spawn stap -DMAXERRORS=40 /home/src/testsuite/systemtap.stress/conversions.stp 0xffffffff
exp conversions.stp 0xffffffff 0
WARNING: user char copy fault 00000000ffffffff
WARNING: user long copy fault 00000000ffffffff
WARNING: user int copy fault 00000000ffffffff
WARNING: user short copy fault 00000000ffffffff
WARNING: user string copy fault -14 at 00000000ffffffff
WARNING: user string copy fault -14 at 00000000ffffffff
ERROR: kernel read fault at 0x00000000ffffffff (_addr) near number '0xffffffff' at /home/src/testsuite/systemtap.stress/conversions.stp:11:29
ERROR: kernel int copy fault at 0x00000000ffffffff near identifier 'kernel_int' at /usr/local/share/systemtap/tapset/conversions.stp:98:10
ERROR: kernel char copy fault at 0x00000000ffffffff near identifier 'kernel_char' at /usr/local/share/systemtap/tapset/conversions.stp:138:10
ERROR: kernel short copy fault at 0x00000000ffffffff near identifier 'kernel_short' at /usr/local/share/systemtap/tapset/conversions.stp:118:10
ERROR: kernel int copy fault at 0x00000000ffffffff near identifier 'kernel_int' at /usr/local/share/systemtap/tapset/conversions.stp:98:10
ERROR: kernel long copy fault at 0x00000000ffffffff near identifier 'kernel_long' at /usr/local/share/systemtap/tapset/conversions.stp:81:10
ERROR: kernel string copy fault at 0x00000000ffffffff near identifier 'kernel_string' at /usr/local/share/systemtap/tapset/conversions.stp:21:10

00000000<un<unknown><only suspected, not known><unknown><unknown><unknown><only suspected, not known><unknown>
WARNING: Number of errors: 7, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
done exp conversions.stp 0xffffffff 14
PASS: conversions.stp 0xffffffff
done conversions.stp 0xffffffff 14
spawn stap -DMAXERRORS=40 /home/src/testsuite/systemtap.stress/conversions.stp 0xffffffffffffffff
exp conversions.stp 0xffffffffffffffff 0
WARNING: user char copy fault ffffffffffffffff
WARNING: user long copy fault ffffffffffffffff
WARNING: user int copy fault ffffffffffffffff
WARNING: user short copy fault ffffffffffffffff
WARNING: user string copy fault -14 at ffffffffffffffff
WARNING: user string copy fault -14 at ffffffffffffffff
ERROR: kernel read fault at 0xffffffffffffffff (_addr) near number '0xffffffffffffffff' at /home/src/testsuite/systemtap.stress/conversions.stp:11:29
ERROR: kernel int copy fault at 0xffffffffffffffff near identifier 'kernel_int' at /usr/local/share/systemtap/tapset/conversions.stp:98:10
ERROR: kernel char copy fault at 0xffffffffffffffff near identifier 'kernel_char' at /usr/local/share/systemtap/tapset/conversions.stp:138:10
ERROR: kernel short copy fault at 0xffffffffffffffff near identifier 'kernel_short' at /usr/local/share/systemtap/tapset/conversions.stp:118:10
ERROR: kernel int copy fault at 0xffffffffffffffff near identifier 'kernel_int' at /usr/local/share/systemtap/tapset/conversions.stp:98:10
ERROR: kernel long copy fault at 0xffffffffffffffff near identifier 'kernel_long' at /usr/local/share/systemtap/tapset/conversions.stp:81:10
ERROR: kernel string copy fault at 0xffffffffffffffff near identifier 'kernel_string' at /usr/local/share/systemtap/tapset/conversions.stp:21:10

00000000<un<unknown><only suspected, not known><unknown><unknown><unknown><only suspected, not known><unknown>
WARNING: Number of errors: 7, skipped probes: 0
Pass 5: run failed.  Try again with another '--vp 00001' option.
done exp conversions.stp 0xffffffffffffffff 14
PASS: conversions.stp 0xffffffffffffffff
done conversions.stp 0xffffffffffffffff 14
testcase /home/src/testsuite/systemtap.stress/conversions.exp completed in 19 seconds
Running /home/src/testsuite/systemtap.stress/current.exp ...
executing: stap -v -g /home/src/testsuite/systemtap.stress/current.stp
spawn stap -v -g /home/src/testsuite/systemtap.stress/current.stp
Pass 1: parsed user script and 70 library script(s) using 27520virt/25216res/4544shr kb, in 430usr/0sys/467real ms.
Pass 2: analyzed script: 829 probe(s), 3 function(s), 0 embed(s), 1 global(s) using 921792virt/821248res/327872shr kb, in 8180usr/780sys/9670real ms.
Pass 3: translated to C into "/tmp/staptOwoEC/stap_5fed9eddb90c1c29eb767afd2ef29ebf_351960.c" using 484480virt/333248res/76160shr kb, in 11670usr/690sys/13300real ms.
Pass 4: compiled C into "stap_5fed9eddb90c1c29eb767afd2ef29ebf_351960.ko" in 6770usr/360sys/7537real ms.
Pass 5: starting run.
ERROR: Build-id mismatch: "fuse" vs. "fuse.ko" byte 0 (0xcb vs 0x00) rc 0 -14
Pass 5: run completed in 10usr/60sys/192real ms.
Pass 5: run failed.  Try again with another '--vp 00001' option.
FAIL: systemtap.stress/current.stp startup (eof)
testcase /home/src/testsuite/systemtap.stress/current.exp completed in 31 seconds
Running /home/src/testsuite/systemtap.stress/whitelist.exp ...
UNTESTED: whitelist is disabled
testcase /home/src/testsuite/systemtap.stress/whitelist.exp completed in 0 seconds
Running /home/src/testsuite/systemtap.string/dot.exp ...
executing: stap /home/src/testsuite/systemtap.string/sprint.stp
PASS: systemtap.string/sprint.stp
testcase /home/src/testsuite/systemtap.string/dot.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.string/isinstr.exp ...
executing: stap /home/src/testsuite/systemtap.string/isinstr.stp
PASS: systemtap.string/isinstr.stp
testcase /home/src/testsuite/systemtap.string/isinstr.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.string/sprint.exp ...
executing: stap /home/src/testsuite/systemtap.string/dot.stp
PASS: systemtap.string/dot.stp
testcase /home/src/testsuite/systemtap.string/sprint.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.string/str_replace.exp ...
executing: stap /home/src/testsuite/systemtap.string/str_replace.stp -DMAXSTRINGLEN=128
PASS: systemtap.string/str_replace.stp
testcase /home/src/testsuite/systemtap.string/str_replace.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.string/strlen.exp ...
executing: stap /home/src/testsuite/systemtap.string/strlen.stp -DMAXSTRINGLEN=64
PASS: systemtap.string/strlen.stp
testcase /home/src/testsuite/systemtap.string/strlen.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.string/strtol.exp ...
executing: stap /home/src/testsuite/systemtap.string/strtol.stp
PASS: systemtap.string/strtol.stp
testcase /home/src/testsuite/systemtap.string/strtol.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.string/substr.exp ...
executing: stap /home/src/testsuite/systemtap.string/substr.stp
PASS: systemtap.string/substr.stp
testcase /home/src/testsuite/systemtap.string/substr.exp completed in 5 seconds
Running /home/src/testsuite/systemtap.string/text_str.exp ...
executing: stap /home/src/testsuite/systemtap.string/text_str.stp
PASS: systemtap.string/text_str.stp
testcase /home/src/testsuite/systemtap.string/text_str.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.string/tokenize.exp ...
executing: stap /home/src/testsuite/systemtap.string/tokenize.stp
PASS: systemtap.string/tokenize.stp
testcase /home/src/testsuite/systemtap.string/tokenize.exp completed in 6 seconds
Running /home/src/testsuite/systemtap.syscall/nd_syscall.exp ...
Testing 64-bit access nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/access.c  -m64  -lm   -o /home/src/testsuite/staptestRC7m1p/access    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/access.c -m64 -lm -o /home/src/testsuite/staptestRC7m1p/access
PASS: 64-bit access nd_syscall
Testing 64-bit acct nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/acct.c  -m64  -lm   -o /home/src/testsuite/staptestV70CHc/acct    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/acct.c -m64 -lm -o /home/src/testsuite/staptestV70CHc/acct
PASS: 64-bit acct nd_syscall
Testing 64-bit alarm nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/alarm.c  -m64  -lm   -o /home/src/testsuite/staptestGWkOad/alarm    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/alarm.c -m64 -lm -o /home/src/testsuite/staptestGWkOad/alarm
PASS: 64-bit alarm nd_syscall
Testing 64-bit chmod nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/chmod.c  -m64  -lm   -o /home/src/testsuite/staptest8NYCsh/chmod    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/chmod.c -m64 -lm -o /home/src/testsuite/staptest8NYCsh/chmod
PASS: 64-bit chmod nd_syscall
Testing 64-bit clock nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/clock.c  -m64  -lm   -o /home/src/testsuite/staptestWBBATW/clock    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/clock.c -m64 -lm -o /home/src/testsuite/staptestWBBATW/clock
PASS: 64-bit clock nd_syscall
Testing 64-bit dir nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dir.c  -m64  -lm   -o /home/src/testsuite/staptestGo7vPs/dir    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dir.c -m64 -lm -o /home/src/testsuite/staptestGo7vPs/dir
PASS: 64-bit dir nd_syscall
Testing 64-bit dup nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dup.c  -m64  -lm   -o /home/src/testsuite/staptestpu4UEq/dup    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dup.c -m64 -lm -o /home/src/testsuite/staptestpu4UEq/dup
dup FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestpu4UEq/dup /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestpu4UEq/dup ) = 
  dup: close (4) = 0
0
dup: brk (0x0000000000000000) = 268566528
dup: access ("/etc/ld.so.preload", R_OK) = 
  dup: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffff53c990) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap/tls", 0x00000fffff53c990) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffff53c990) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap", 0x00000fffff53c990) = 0
dup: open ("/etc/ld.so.cache", O_RDONLY) = 4
dup: fstat (4, 0x00000fffff53c930) = 0
dup: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
dup: close (4) = 0
dup: open ("/lib64/libm.so.6", O_RDONLY) = 4
dup: read (4, 0x00000fffff53cb60, 832) = 832
dup: fstat (4, 0x00000fffff53c970) = 0
dup: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
dup: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  dup: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
dup: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
dup: close (4) = 0
dup: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
dup: open ("/lib64/libc.so.6", O_RDONLY) = 4
dup: read (4, 0x00000fffff53cb30, 832) = 832
dup: fstat (4, 0x00000fffff53c940) = 0
dup: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
dup: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  dup: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
dup: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
dup: close (4) = 0
dup: open ("/dev/urandom", O_RDONLY) = 4
dup: read (4, 0x00000fffff53d480, 8) = 8
dup: close (4) = 0
dup: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
dup: munmap (0x0000040000060000, 195366) = 0
dup: dup (2) = 4
dup: dup (256) = -9 (EBADF)
dup: dup2 (3, 4) = 4
dup: dup2 (255, 256) = -9 (EBADF)
dup: dup2 (1, 1) = 1
dup: exit_group (0) = 
  dup: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  dup: close (4) = 0
dup: brk (0x0000000000000000) = 268566528
dup: access ("/etc/ld.so.preload", R_OK) = 
  dup: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffff53c990) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap/tls", 0x00000fffff53c990) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffff53c990) = -2 (ENOENT)
dup: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
dup: stat ("/usr/local/lib/systemtap", 0x00000fffff53c990) = 0
dup: open ("/etc/ld.so.cache", O_RDONLY) = 4
dup: fstat (4, 0x00000fffff53c930) = 0
dup: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
dup: close (4) = 0
dup: open ("/lib64/libm.so.6", O_RDONLY) = 4
dup: read (4, 0x00000fffff53cb60, 832) = 832
dup: fstat (4, 0x00000fffff53c970) = 0
dup: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
dup: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  dup: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
dup: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
dup: close (4) = 0
dup: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
dup: open ("/lib64/libc.so.6", O_RDONLY) = 4
dup: read (4, 0x00000fffff53cb30, 832) = 832
dup: fstat (4, 0x00000fffff53c940) = 0
dup: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
dup: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  dup: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
dup: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
dup: close (4) = 0
dup: open ("/dev/urandom", O_RDONLY) = 4
dup: read (4, 0x00000fffff53d480, 8) = 8
dup: close (4) = 0
dup: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
dup: munmap (0x0000040000060000, 195366) = 0
*dup: dup (2) = 4
*dup: dup (256) = -9 (EBADF)
*dup: dup2 (3, 4) = 4
*dup: dup2 (255, 256) = -9 (EBADF)
*dup: dup2 (1, 1) = 1
dup: exit_group (0) = 
  dup: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
dup: dup3 \(4, 5, O_CLOEXEC\) = 5
dup: dup3 \(256, 255, O_CLOEXEC\) = -9 \(EBADF\)
dup: dup3 \(5, 6, UNKNOWN\) = -22 \(EINVAL\)
dup: dup3 \(1, 1, O_CLOEXEC\) = -22 \(EINVAL\)
FAIL: 64-bit dup nd_syscall
Testing 64-bit eventfd nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/eventfd.c  -m64  -lm   -o /home/src/testsuite/staptestID0FCl/eventfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/eventfd.c -m64 -lm -o /home/src/testsuite/staptestID0FCl/eventfd
eventfd FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestID0FCl/eventfd /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestID0FCl/eventfd ) = 
  eventfd: close (4) = 0
0
eventfd: brk (0x0000000000000000) = 268566528
eventfd: access ("/etc/ld.so.preload", R_OK) = 
  eventfd: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffe1d70f40) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap/tls", 0x00000fffe1d70f40) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffe1d70f40) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap", 0x00000fffe1d70f40) = 0
eventfd: open ("/etc/ld.so.cache", O_RDONLY) = 4
eventfd: fstat (4, 0x00000fffe1d70ee0) = 0
eventfd: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
eventfd: close (4) = 0
eventfd: open ("/lib64/libm.so.6", O_RDONLY) = 4
eventfd: read (4, 0x00000fffe1d71110, 832) = 832
eventfd: fstat (4, 0x00000fffe1d70f20) = 0
eventfd: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
eventfd: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  eventfd: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
eventfd: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
eventfd: close (4) = 0
eventfd: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: open ("/lib64/libc.so.6", O_RDONLY) = 4
eventfd: read (4, 0x00000fffe1d710e0, 832) = 832
eventfd: fstat (4, 0x00000fffe1d70ef0) = 0
eventfd: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
eventfd: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  eventfd: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
eventfd: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
eventfd: close (4) = 0
eventfd: open ("/dev/urandom", O_RDONLY) = 4
eventfd: read (4, 0x00000fffe1d71a30, 8) = 8
eventfd: close (4) = 0
eventfd: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
eventfd: munmap (0x0000040000060000, 195366) = 0
eventfd: exit_group (0) = 
  eventfd: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  eventfd: close (4) = 0
eventfd: brk (0x0000000000000000) = 268566528
eventfd: access ("/etc/ld.so.preload", R_OK) = 
  eventfd: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffe1d70f40) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap/tls", 0x00000fffe1d70f40) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffe1d70f40) = -2 (ENOENT)
eventfd: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: stat ("/usr/local/lib/systemtap", 0x00000fffe1d70f40) = 0
eventfd: open ("/etc/ld.so.cache", O_RDONLY) = 4
eventfd: fstat (4, 0x00000fffe1d70ee0) = 0
eventfd: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
eventfd: close (4) = 0
eventfd: open ("/lib64/libm.so.6", O_RDONLY) = 4
eventfd: read (4, 0x00000fffe1d71110, 832) = 832
eventfd: fstat (4, 0x00000fffe1d70f20) = 0
eventfd: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
eventfd: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  eventfd: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
eventfd: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
eventfd: close (4) = 0
eventfd: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
eventfd: open ("/lib64/libc.so.6", O_RDONLY) = 4
eventfd: read (4, 0x00000fffe1d710e0, 832) = 832
eventfd: fstat (4, 0x00000fffe1d70ef0) = 0
eventfd: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
eventfd: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  eventfd: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
eventfd: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
eventfd: close (4) = 0
eventfd: open ("/dev/urandom", O_RDONLY) = 4
eventfd: read (4, 0x00000fffe1d71a30, 8) = 8
eventfd: close (4) = 0
eventfd: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
eventfd: munmap (0x0000040000060000, 195366) = 0
eventfd: exit_group (0) = 
  eventfd: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
eventfd: eventfd \(0\) = [\-0-9]+
eventfd: eventfd2 \(1, EFD_NONBLOCK\) = [\-0-9]+
eventfd: eventfd2 \(2, EFD_CLOEXEC\) = [\-0-9]+
eventfd: eventfd2 \(3, EFD_NONBLOCK\|EFD_CLOEXEC\) = [\-0-9]+
FAIL: 64-bit eventfd nd_syscall
Testing 64-bit forkwait nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/forkwait.c  -m64  -lm   -o /home/src/testsuite/staptest6PfeWL/forkwait    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/forkwait.c -m64 -lm -o /home/src/testsuite/staptest6PfeWL/forkwait
PASS: 64-bit forkwait nd_syscall
Testing 64-bit futimes nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/futimes.c  -m64  -lm   -o /home/src/testsuite/staptestcTDpZk/futimes    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/futimes.c -m64 -lm -o /home/src/testsuite/staptestcTDpZk/futimes
PASS: 64-bit futimes nd_syscall
Testing 64-bit inotify nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/inotify.c  -m64  -lm   -o /home/src/testsuite/staptestDl9Hx9/inotify    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/inotify.c -m64 -lm -o /home/src/testsuite/staptestDl9Hx9/inotify
inotify FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestDl9Hx9/inotify /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestDl9Hx9/inotify ) = 
  inotify: close (4) = 0
0
inotify: brk (0x0000000000000000) = 268566528
inotify: access ("/etc/ld.so.preload", R_OK) = 
  inotify: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffd65c88d0) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap/tls", 0x00000fffd65c88d0) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffd65c88d0) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap", 0x00000fffd65c88d0) = 0
inotify: open ("/etc/ld.so.cache", O_RDONLY) = 4
inotify: fstat (4, 0x00000fffd65c8870) = 0
inotify: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
inotify: close (4) = 0
inotify: open ("/lib64/libm.so.6", O_RDONLY) = 4
inotify: read (4, 0x00000fffd65c8aa0, 832) = 832
inotify: fstat (4, 0x00000fffd65c88b0) = 0
inotify: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
inotify: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  inotify: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
inotify: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
inotify: close (4) = 0
inotify: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
inotify: open ("/lib64/libc.so.6", O_RDONLY) = 4
inotify: read (4, 0x00000fffd65c8a70, 832) = 832
inotify: fstat (4, 0x00000fffd65c8880) = 0
inotify: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
inotify: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  inotify: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
inotify: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
inotify: close (4) = 0
inotify: open ("/dev/urandom", O_RDONLY) = 4
inotify: read (4, 0x00000fffd65c93c0, 8) = 8
inotify: close (4) = 0
inotify: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
inotify: munmap (0x0000040000060000, 195366) = 0
inotify: inotify_init () = 4
inotify: inotify_add_watch (4, "/tmp", 4095) = 1
inotify: inotify_rm_watch (4, 1) = 0
inotify: exit_group (0) = 
  inotify: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  inotify: close (4) = 0
inotify: brk (0x0000000000000000) = 268566528
inotify: access ("/etc/ld.so.preload", R_OK) = 
  inotify: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffd65c88d0) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap/tls", 0x00000fffd65c88d0) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffd65c88d0) = -2 (ENOENT)
inotify: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
inotify: stat ("/usr/local/lib/systemtap", 0x00000fffd65c88d0) = 0
inotify: open ("/etc/ld.so.cache", O_RDONLY) = 4
inotify: fstat (4, 0x00000fffd65c8870) = 0
inotify: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
inotify: close (4) = 0
inotify: open ("/lib64/libm.so.6", O_RDONLY) = 4
inotify: read (4, 0x00000fffd65c8aa0, 832) = 832
inotify: fstat (4, 0x00000fffd65c88b0) = 0
inotify: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
inotify: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  inotify: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
inotify: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
inotify: close (4) = 0
inotify: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
inotify: open ("/lib64/libc.so.6", O_RDONLY) = 4
inotify: read (4, 0x00000fffd65c8a70, 832) = 832
inotify: fstat (4, 0x00000fffd65c8880) = 0
inotify: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
inotify: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  inotify: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
inotify: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
inotify: close (4) = 0
inotify: open ("/dev/urandom", O_RDONLY) = 4
inotify: read (4, 0x00000fffd65c93c0, 8) = 8
inotify: close (4) = 0
inotify: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
inotify: munmap (0x0000040000060000, 195366) = 0
*inotify: inotify_init () = 4
inotify: inotify_add_watch (4, "/tmp", 4095) = 1
inotify: inotify_rm_watch (4, 1) = 0
inotify: exit_group (0) = 
  inotify: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
inotify: inotify_add_watch \([\-0-9]+, "/tmp", IN_ACCESS\|IN_MODIFY\|IN_ATTRIB\|IN_CLOSE_WRITE\|IN_CLOSE_NOWRITE\|IN_OPEN\|IN_MOVED_FROM\|IN_MOVED_TO\|IN_CREATE\|IN_DELETE\|IN_DELETE_SELF\|IN_MOVE_SELF\) = [\-0-9]+
inotify: inotify_rm_watch \([\-0-9]+, [\-0-9]+\) = 0
inotify: inotify_init1 \(IN_NONBLOCK\) = [\-0-9]+
inotify: inotify_init1 \(IN_CLOEXEC\) = [\-0-9]+
inotify: inotify_init1 \(IN_NONBLOCK\|IN_CLOEXEC\) = [\-0-9]+
FAIL: 64-bit inotify nd_syscall
Testing 64-bit itimer nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/itimer.c  -m64  -lm   -o /home/src/testsuite/staptest1bhoce/itimer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/itimer.c -m64 -lm -o /home/src/testsuite/staptest1bhoce/itimer
PASS: 64-bit itimer nd_syscall
Testing 64-bit link nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/link.c  -m64  -lm   -o /home/src/testsuite/staptestUHr7nM/link    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/link.c -m64 -lm -o /home/src/testsuite/staptestUHr7nM/link
PASS: 64-bit link nd_syscall
Testing 64-bit mmap nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mmap.c  -m64  -lm   -o /home/src/testsuite/staptestYjm2c9/mmap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mmap.c -m64 -lm -o /home/src/testsuite/staptestYjm2c9/mmap
PASS: 64-bit mmap nd_syscall
Testing 64-bit mount nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mount.c  -m64  -lm   -o /home/src/testsuite/staptestnzHC82/mount    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mount.c -m64 -lm -o /home/src/testsuite/staptestnzHC82/mount
PASS: 64-bit mount nd_syscall
Testing 64-bit net1 nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/net1.c  -m64  -lm   -o /home/src/testsuite/staptestFv43Yq/net1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/net1.c -m64 -lm -o /home/src/testsuite/staptestFv43Yq/net1
net1 FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestFv43Yq/net1 /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestFv43Yq/net1 ) = 
  net1: close (4) = 0
0
net1: brk (0x0000000000000000) = 268566528
net1: access ("/etc/ld.so.preload", R_OK) = 
  net1: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffda7295a0) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap/tls", 0x00000fffda7295a0) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffda7295a0) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap", 0x00000fffda7295a0) = 0
net1: open ("/etc/ld.so.cache", O_RDONLY) = 4
net1: fstat (4, 0x00000fffda729540) = 0
net1: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
net1: close (4) = 0
net1: open ("/lib64/libm.so.6", O_RDONLY) = 4
net1: read (4, 0x00000fffda729770, 832) = 832
net1: fstat (4, 0x00000fffda729580) = 0
net1: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
net1: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  net1: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
net1: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
net1: close (4) = 0
net1: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
net1: open ("/lib64/libc.so.6", O_RDONLY) = 4
net1: read (4, 0x00000fffda729740, 832) = 832
net1: fstat (4, 0x00000fffda729550) = 0
net1: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
net1: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  net1: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
net1: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
net1: close (4) = 0
net1: open ("/dev/urandom", O_RDONLY) = 4
net1: read (4, 0x00000fffda72a090, 8) = 8
net1: close (4) = 0
net1: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
net1: munmap (0x0000040000060000, 195366) = 0
net1: socket (PF_INET, SOCK_STREAM, 0) = 4
net1: fcntl (4, F_GETFL, 0x0000000000000000) = 2
net1: fcntl (4, F_SETFL, 0x0000000000000802) = 0
net1: bind (4, {AF_INET, 0.0.0.0, 8765}, 16) = 0
net1: listen (4, 7) = 0
net1: close (-1) = -9 (EBADF)
net1: close (4) = 0
net1: exit_group (0) = 
  net1: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  net1: close (4) = 0
net1: brk (0x0000000000000000) = 268566528
net1: access ("/etc/ld.so.preload", R_OK) = 
  net1: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffda7295a0) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap/tls", 0x00000fffda7295a0) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffda7295a0) = -2 (ENOENT)
net1: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
net1: stat ("/usr/local/lib/systemtap", 0x00000fffda7295a0) = 0
net1: open ("/etc/ld.so.cache", O_RDONLY) = 4
net1: fstat (4, 0x00000fffda729540) = 0
net1: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
net1: close (4) = 0
net1: open ("/lib64/libm.so.6", O_RDONLY) = 4
net1: read (4, 0x00000fffda729770, 832) = 832
net1: fstat (4, 0x00000fffda729580) = 0
net1: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
net1: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  net1: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
net1: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
net1: close (4) = 0
net1: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
net1: open ("/lib64/libc.so.6", O_RDONLY) = 4
net1: read (4, 0x00000fffda729740, 832) = 832
net1: fstat (4, 0x00000fffda729550) = 0
net1: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
net1: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  net1: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
net1: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
net1: close (4) = 0
net1: open ("/dev/urandom", O_RDONLY) = 4
net1: read (4, 0x00000fffda72a090, 8) = 8
net1: close (4) = 0
net1: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
net1: munmap (0x0000040000060000, 195366) = 0
*net1: socket (PF_INET, SOCK_STREAM, 0) = 4
*net1: fcntl (4, F_GETFL, 0x0000000000000000) = 2
*net1: fcntl (4, F_SETFL, 0x0000000000000802) = 0
*net1: bind (4, {AF_INET, 0.0.0.0, 8765}, 16) = 0
*net1: listen (4, 7) = 0
net1: close (-1) = -9 (EBADF)
net1: close (4) = 0
net1: exit_group (0) = 
  net1: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
net1: accept \([\-0-9]+, 0x[0]+, 0x[0]+, 0\) = -[\-0-9]+ \(EAGAIN\)
FAIL: 64-bit net1 nd_syscall
Testing 64-bit openclose nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/openclose.c  -m64  -lm   -o /home/src/testsuite/staptest8gOpsM/openclose    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/openclose.c -m64 -lm -o /home/src/testsuite/staptest8gOpsM/openclose
PASS: 64-bit openclose nd_syscall
Testing 64-bit pipe nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/pipe.c  -m64  -lm   -o /home/src/testsuite/staptestmGYQF9/pipe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/pipe.c -m64 -lm -o /home/src/testsuite/staptestmGYQF9/pipe
pipe FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestmGYQF9/pipe /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestmGYQF9/pipe ) = 
  pipe: close (4) = 0
0
pipe: brk (0x0000000000000000) = 268566528
pipe: access ("/etc/ld.so.preload", R_OK) = 
  pipe: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffff9c8b900) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap/tls", 0x00000ffff9c8b900) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffff9c8b900) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap", 0x00000ffff9c8b900) = 0
pipe: open ("/etc/ld.so.cache", O_RDONLY) = 4
pipe: fstat (4, 0x00000ffff9c8b8a0) = 0
pipe: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
pipe: close (4) = 0
pipe: open ("/lib64/libm.so.6", O_RDONLY) = 4
pipe: read (4, 0x00000ffff9c8bad0, 832) = 832
pipe: fstat (4, 0x00000ffff9c8b8e0) = 0
pipe: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
pipe: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  pipe: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
pipe: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
pipe: close (4) = 0
pipe: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
pipe: open ("/lib64/libc.so.6", O_RDONLY) = 4
pipe: read (4, 0x00000ffff9c8baa0, 832) = 832
pipe: fstat (4, 0x00000ffff9c8b8b0) = 0
pipe: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
pipe: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  pipe: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
pipe: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
pipe: close (4) = 0
pipe: open ("/dev/urandom", O_RDONLY) = 4
pipe: read (4, 0x00000ffff9c8c3f0, 8) = 8
pipe: close (4) = 0
pipe: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
pipe: munmap (0x0000040000060000, 195366) = 0
pipe: pipe ([0, 0]) = 0
pipe: exit_group (0) = 
  pipe: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  pipe: close (4) = 0
pipe: brk (0x0000000000000000) = 268566528
pipe: access ("/etc/ld.so.preload", R_OK) = 
  pipe: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffff9c8b900) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap/tls", 0x00000ffff9c8b900) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffff9c8b900) = -2 (ENOENT)
pipe: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
pipe: stat ("/usr/local/lib/systemtap", 0x00000ffff9c8b900) = 0
pipe: open ("/etc/ld.so.cache", O_RDONLY) = 4
pipe: fstat (4, 0x00000ffff9c8b8a0) = 0
pipe: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
pipe: close (4) = 0
pipe: open ("/lib64/libm.so.6", O_RDONLY) = 4
pipe: read (4, 0x00000ffff9c8bad0, 832) = 832
pipe: fstat (4, 0x00000ffff9c8b8e0) = 0
pipe: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
pipe: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  pipe: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
pipe: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
pipe: close (4) = 0
pipe: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
pipe: open ("/lib64/libc.so.6", O_RDONLY) = 4
pipe: read (4, 0x00000ffff9c8baa0, 832) = 832
pipe: fstat (4, 0x00000ffff9c8b8b0) = 0
pipe: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
pipe: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  pipe: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
pipe: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
pipe: close (4) = 0
pipe: open ("/dev/urandom", O_RDONLY) = 4
pipe: read (4, 0x00000ffff9c8c3f0, 8) = 8
pipe: close (4) = 0
pipe: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
pipe: munmap (0x0000040000060000, 195366) = 0
*pipe: pipe ([0, 0]) = 0
pipe: exit_group (0) = 
  pipe: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
pipe: pipe2 \(\[[\-0-9]+, [\-0-9]+\], O_CLOEXEC\) = 0
pipe: pipe2 \(\[[\-0-9]+, [\-0-9]+\], O_NONBLOCK\|O_CLOEXEC\) = 0
FAIL: 64-bit pipe nd_syscall
Testing 64-bit poll nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/poll.c  -m64  -lm   -o /home/src/testsuite/staptestG9fo9Y/poll    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/poll.c -m64 -lm -o /home/src/testsuite/staptestG9fo9Y/poll
poll FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestG9fo9Y/poll /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestG9fo9Y/poll ) = 
  poll: close (4) = 0
0
poll: brk (0x0000000000000000) = 268566528
poll: access ("/etc/ld.so.preload", R_OK) = 
  poll: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffffb907300) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap/tls", 0x00000ffffb907300) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffffb907300) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap", 0x00000ffffb907300) = 0
poll: open ("/etc/ld.so.cache", O_RDONLY) = 4
poll: fstat (4, 0x00000ffffb9072a0) = 0
poll: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
poll: close (4) = 0
poll: open ("/lib64/libm.so.6", O_RDONLY) = 4
poll: read (4, 0x00000ffffb9074d0, 832) = 832
poll: fstat (4, 0x00000ffffb9072e0) = 0
poll: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
poll: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  poll: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
poll: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
poll: close (4) = 0
poll: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
poll: open ("/lib64/libc.so.6", O_RDONLY) = 4
poll: read (4, 0x00000ffffb9074a0, 832) = 832
poll: fstat (4, 0x00000ffffb9072b0) = 0
poll: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
poll: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  poll: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
poll: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
poll: close (4) = 0
poll: open ("/dev/urandom", O_RDONLY) = 4
poll: read (4, 0x00000ffffb907df0, 8) = 8
poll: close (4) = 0
poll: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
poll: munmap (0x0000040000060000, 195366) = 0
poll: epoll_ctl (4, EPOLL_CTL_ADD, 13, 0x00000ffffb908168) = -9 (EBADF)
poll: epoll_wait (4, 0x00000ffffb908168, 17, 0) = 0
poll: close (4) = 0
poll: poll (0x00000ffffb908178, 1, 0) = 1
poll: ppoll (0x00000ffffb908178, 1, [0.200000000], 0x00000ffffb908190, 8) = 1
poll: exit_group (0) = 
  poll: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  poll: close (4) = 0
poll: brk (0x0000000000000000) = 268566528
poll: access ("/etc/ld.so.preload", R_OK) = 
  poll: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffffb907300) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap/tls", 0x00000ffffb907300) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffffb907300) = -2 (ENOENT)
poll: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
poll: stat ("/usr/local/lib/systemtap", 0x00000ffffb907300) = 0
poll: open ("/etc/ld.so.cache", O_RDONLY) = 4
poll: fstat (4, 0x00000ffffb9072a0) = 0
poll: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
poll: close (4) = 0
poll: open ("/lib64/libm.so.6", O_RDONLY) = 4
poll: read (4, 0x00000ffffb9074d0, 832) = 832
poll: fstat (4, 0x00000ffffb9072e0) = 0
poll: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
poll: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  poll: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
poll: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
poll: close (4) = 0
poll: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
poll: open ("/lib64/libc.so.6", O_RDONLY) = 4
poll: read (4, 0x00000ffffb9074a0, 832) = 832
poll: fstat (4, 0x00000ffffb9072b0) = 0
poll: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
poll: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  poll: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
poll: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
poll: close (4) = 0
poll: open ("/dev/urandom", O_RDONLY) = 4
poll: read (4, 0x00000ffffb907df0, 8) = 8
poll: close (4) = 0
poll: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
poll: munmap (0x0000040000060000, 195366) = 0
poll: epoll_ctl (4, EPOLL_CTL_ADD, 13, 0x00000ffffb908168) = -9 (EBADF)
poll: epoll_wait (4, 0x00000ffffb908168, 17, 0) = 0
poll: close (4) = 0
poll: poll (0x00000ffffb908178, 1, 0) = 1
poll: ppoll (0x00000ffffb908178, 1, [0.200000000], 0x00000ffffb908190, 8) = 1
poll: exit_group (0) = 
  poll: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
poll: epoll_create1 \(EPOLL_CLOEXEC\)
poll: epoll_ctl \([\-0-9]+, EPOLL_CTL_ADD, 13, [x0-9a-fA-F]+\)
poll: epoll_wait \([\-0-9]+, [x0-9a-fA-F]+, 17, 0\)
poll: poll \([x0-9a-fA-F]+, 1, 0\)
poll: ppoll \([x0-9a-fA-F]+, 1, \[0.200000000\], [x0-9a-fA-F]+, 8\)
FAIL: 64-bit poll nd_syscall
Testing 64-bit readwrite nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/readwrite.c  -m64  -lm   -o /home/src/testsuite/staptestvWd3pm/readwrite    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/readwrite.c -m64 -lm -o /home/src/testsuite/staptestvWd3pm/readwrite
PASS: 64-bit readwrite nd_syscall
Testing 64-bit rt_signal nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/rt_signal.c  -m64  -lm   -o /home/src/testsuite/staptestuEXyxn/rt_signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/rt_signal.c -m64 -lm -o /home/src/testsuite/staptestuEXyxn/rt_signal
PASS: 64-bit rt_signal nd_syscall
Testing 64-bit select nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/select.c  -m64  -lm   -o /home/src/testsuite/staptestVR9AGJ/select    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/select.c -m64 -lm -o /home/src/testsuite/staptestVR9AGJ/select
PASS: 64-bit select nd_syscall
Testing 64-bit sendfile nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sendfile.c  -m64  -lm   -o /home/src/testsuite/staptestnLYvWE/sendfile    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sendfile.c -m64 -lm -o /home/src/testsuite/staptestnLYvWE/sendfile
PASS: 64-bit sendfile nd_syscall
Testing 64-bit signal nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signal.c  -m64  -lm   -o /home/src/testsuite/staptestNyGlHk/signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signal.c -m64 -lm -o /home/src/testsuite/staptestNyGlHk/signal
signal FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestNyGlHk/signal /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestNyGlHk/signal ) = 
  signal: close (4) = 0
0
signal: brk (0x0000000000000000) = 268566528
signal: access ("/etc/ld.so.preload", R_OK) = 
  signal: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffff10e7730) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls", 0x00000ffff10e7730) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffff10e7730) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap", 0x00000ffff10e7730) = 0
signal: open ("/etc/ld.so.cache", O_RDONLY) = 4
signal: fstat (4, 0x00000ffff10e76d0) = 0
signal: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
signal: close (4) = 0
signal: open ("/lib64/libm.so.6", O_RDONLY) = 4
signal: read (4, 0x00000ffff10e7900, 832) = 832
signal: fstat (4, 0x00000ffff10e7710) = 0
signal: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
signal: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  signal: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
signal: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
signal: close (4) = 0
signal: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
signal: open ("/lib64/libc.so.6", O_RDONLY) = 4
signal: read (4, 0x00000ffff10e78d0, 832) = 832
signal: fstat (4, 0x00000ffff10e76e0) = 0
signal: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
signal: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  signal: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
signal: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
signal: close (4) = 0
signal: open ("/dev/urandom", O_RDONLY) = 4
signal: read (4, 0x00000ffff10e8220, 8) = 8
signal: close (4) = 0
signal: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
signal: munmap (0x0000040000060000, 195366) = 0
signal: signal (SIGUSR1, SIG_IGN) = 0
signal: signal (SIGUSR1, SIG_DFL) = 1
signal: signal (SIGUSR1, 0x10011080) = 0
signal: setuid (0) = 
  signal: setreuid (0, -31448) = 
    signal: setresuid (0, -31448, 0) = 
      signal: setresgid (0, -31448, 0) = 
        signal: setregid (0, -31448) = 
          signal: setgroups (0, 0x00000ffff10e8528) = 
            signal: setgid (0) = 
              signal: setfsuid (0) = 
                signal: setfsgid (0) = 
                  signal: ni_syscall () = 
                    signal: lchown16 (NULL, -31448, 0) = 
                      signal: getuid () = 
                        signal: getresuid (0x0000000000000000, 0x00000ffff10e8528, 0x0000000000000000) = 
                          signal: getresgid (0x0000000000000000, 0x00000ffff10e8528, 0x0000000000000000) = 
                            signal: getgroups (0, 0x00000ffff10e8528) = 
                              signal: getgid () = 
                                signal: geteuid () = 
                                  signal: getegid () = 
                                    signal: fchown16 (0, -31448, 0) = 
                                      signal: chown16 (NULL, -31448, 0) = 
signal: ipc (0, 4044260648, 0, 32, 0x00000000ffffffc0, 2048) = -38 (ENOSYS)
                                      -38 (ENOSYS)
                                    -38 (ENOSYS)
                                  -38 (ENOSYS)
                                -38 (ENOSYS)
                              -38 (ENOSYS)
                            -38 (ENOSYS)
                          -38 (ENOSYS)
                        -38 (ENOSYS)
                      -38 (ENOSYS)
                    -38 (ENOSYS)
                  -38 (ENOSYS)
                -38 (ENOSYS)
              -38 (ENOSYS)
            -38 (ENOSYS)
          -38 (ENOSYS)
        -38 (ENOSYS)
      -38 (ENOSYS)
    -38 (ENOSYS)
  -38 (ENOSYS)
-38 (ENOSYS)
signal: setuid (1) = 
  signal: setreuid (1, -31448) = 
    signal: setresuid (1, -31448, 0) = 
      signal: setresgid (1, -31448, 0) = 
        signal: setregid (1, -31448) = 
          signal: setgroups (1, 0x00000ffff10e8528) = 
            signal: setgid (1) = 
              signal: setfsuid (1) = 
                signal: setfsgid (1) = 
                  signal: ni_syscall () = 
                    signal: lchown16 (<unknown>, -31448, 0) = 
                      signal: getuid () = 
                        signal: getresuid (0x0000000000000001, 0x00000ffff10e8528, 0x0000000000000000) = 
                          signal: getresgid (0x0000000000000001, 0x00000ffff10e8528, 0x0000000000000000) = 
                            signal: getgroups (1, 0x00000ffff10e8528) = 
                              signal: getgid () = 
                                signal: geteuid () = 
                                  signal: getegid () = 
                                    signal: fchown16 (1, -31448, 0) = 
                                      signal: chown16 (<unknown>, -31448, 0) = 
signal: ipc (1, 4044260648, 0, 2573024, 0x000000000000f032, 252592) = -38 (ENOSYS)
                                      -38 (ENOSYS)
                                    -38 (ENOSYS)
                                  -38 (ENOSYS)
                                -38 (ENOSYS)
                              -38 (ENOSYS)
                            -38 (ENOSYS)
                          -38 (ENOSYS)
                        -38 (ENOSYS)
                      -38 (ENOSYS)
                    -38 (ENOSYS)
                  -38 (ENOSYS)
                -38 (ENOSYS)
              -38 (ENOSYS)
            -38 (ENOSYS)
          -38 (ENOSYS)
        -38 (ENOSYS)
      -38 (ENOSYS)
    -38 (ENOSYS)
  -38 (ENOSYS)
-38 (ENOSYS)
signal: setuid (10) = 
  signal: setreuid (10, -31320) = 
    signal: setresuid (10, -31320, 0) = 
      signal: setresgid (10, -31320, 0) = 
        signal: setregid (10, -31320) = 
          signal: setgroups (10, 0x00000ffff10e85a8) = 
            signal: setgid (10) = 
              signal: setfsuid (10) = 
                signal: setfsgid (10) = 
                  signal: ni_syscall () = 
                    signal: lchown16 (<unknown>, -31320, 0) = 
                      signal: getuid () = 
                        signal: getresuid (0x000000000000000a, 0x00000ffff10e85a8, 0x0000000000000000) = 
                          signal: getresgid (0x000000000000000a, 0x00000ffff10e85a8, 0x0000000000000000) = 
                            signal: getgroups (10, 0x00000ffff10e85a8) = 
                              signal: getgid () = 
                                signal: geteuid () = 
                                  signal: getegid () = 
                                    signal: fchown16 (10, -31320, 0) = 
                                      signal: chown16 (<unknown>, -31320, 0) = 
signal: ipc (10, 4044260776, 0, 96, 0x00000000ffffffc0, 0) = -38 (ENOSYS)
                                      -38 (ENOSYS)
                                    -38 (ENOSYS)
                                  -38 (ENOSYS)
                                -38 (ENOSYS)
                              -38 (ENOSYS)
                            -38 (ENOSYS)
                          -38 (ENOSYS)
                        -38 (ENOSYS)
                      -38 (ENOSYS)
                    -38 (ENOSYS)
                  -38 (ENOSYS)
                -38 (ENOSYS)
              -38 (ENOSYS)
            -38 (ENOSYS)
          -38 (ENOSYS)
        -38 (ENOSYS)
      -38 (ENOSYS)
    -38 (ENOSYS)
  -38 (ENOSYS)
-38 (ENOSYS)
signal: tgkill (1234, 5678, SIG_0) = -3 (ESRCH)
signal: exit_group (0) = 
  signal: exit (0) = 
WARNING: Number of errors: 0, skipped probes: 168
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  signal: close (4) = 0
signal: brk (0x0000000000000000) = 268566528
signal: access ("/etc/ld.so.preload", R_OK) = 
  signal: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffff10e7730) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls", 0x00000ffff10e7730) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffff10e7730) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap", 0x00000ffff10e7730) = 0
signal: open ("/etc/ld.so.cache", O_RDONLY) = 4
signal: fstat (4, 0x00000ffff10e76d0) = 0
signal: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
signal: close (4) = 0
signal: open ("/lib64/libm.so.6", O_RDONLY) = 4
signal: read (4, 0x00000ffff10e7900, 832) = 832
signal: fstat (4, 0x00000ffff10e7710) = 0
signal: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
signal: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  signal: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
signal: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
signal: close (4) = 0
signal: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
signal: open ("/lib64/libc.so.6", O_RDONLY) = 4
signal: read (4, 0x00000ffff10e78d0, 832) = 832
signal: fstat (4, 0x00000ffff10e76e0) = 0
signal: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
signal: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  signal: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
signal: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
signal: close (4) = 0
signal: open ("/dev/urandom", O_RDONLY) = 4
signal: read (4, 0x00000ffff10e8220, 8) = 8
signal: close (4) = 0
signal: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
signal: munmap (0x0000040000060000, 195366) = 0
*signal: signal (SIGUSR1, SIG_IGN) = 0
*signal: signal (SIGUSR1, SIG_DFL) = 1
*signal: signal (SIGUSR1, 0x10011080) = 0
signal: setuid (0) = 
  signal: setreuid (0, -31448) = 
    signal: setresuid (0, -31448, 0) = 
      signal: setresgid (0, -31448, 0) = 
        signal: setregid (0, -31448) = 
          signal: setgroups (0, 0x00000ffff10e8528) = 
            signal: setgid (0) = 
              signal: setfsuid (0) = 
                signal: setfsgid (0) = 
                  signal: ni_syscall () = 
                    signal: lchown16 (NULL, -31448, 0) = 
                      signal: getuid () = 
                        signal: getresuid (0x0000000000000000, 0x00000ffff10e8528, 0x0000000000000000) = 
                          signal: getresgid (0x0000000000000000, 0x00000ffff10e8528, 0x0000000000000000) = 
                            signal: getgroups (0, 0x00000ffff10e8528) = 
                              signal: getgid () = 
                                signal: geteuid () = 
                                  signal: getegid () = 
                                    signal: fchown16 (0, -31448, 0) = 
                                      signal: chown16 (NULL, -31448, 0) = 
signal: ipc (0, 4044260648, 0, 32, 0x00000000ffffffc0, 2048) = -38 (ENOSYS)
signal: setuid (1) = 
  signal: setreuid (1, -31448) = 
    signal: setresuid (1, -31448, 0) = 
      signal: setresgid (1, -31448, 0) = 
        signal: setregid (1, -31448) = 
          signal: setgroups (1, 0x00000ffff10e8528) = 
            signal: setgid (1) = 
              signal: setfsuid (1) = 
                signal: setfsgid (1) = 
                  signal: ni_syscall () = 
                    signal: lchown16 (<unknown>, -31448, 0) = 
                      signal: getuid () = 
                        signal: getresuid (0x0000000000000001, 0x00000ffff10e8528, 0x0000000000000000) = 
                          signal: getresgid (0x0000000000000001, 0x00000ffff10e8528, 0x0000000000000000) = 
                            signal: getgroups (1, 0x00000ffff10e8528) = 
                              signal: getgid () = 
                                signal: geteuid () = 
                                  signal: getegid () = 
                                    signal: fchown16 (1, -31448, 0) = 
                                      signal: chown16 (<unknown>, -31448, 0) = 
signal: ipc (1, 4044260648, 0, 2573024, 0x000000000000f032, 252592) = -38 (ENOSYS)
signal: setuid (10) = 
  signal: setreuid (10, -31320) = 
    signal: setresuid (10, -31320, 0) = 
      signal: setresgid (10, -31320, 0) = 
        signal: setregid (10, -31320) = 
          signal: setgroups (10, 0x00000ffff10e85a8) = 
            signal: setgid (10) = 
              signal: setfsuid (10) = 
                signal: setfsgid (10) = 
                  signal: ni_syscall () = 
                    signal: lchown16 (<unknown>, -31320, 0) = 
                      signal: getuid () = 
                        signal: getresuid (0x000000000000000a, 0x00000ffff10e85a8, 0x0000000000000000) = 
                          signal: getresgid (0x000000000000000a, 0x00000ffff10e85a8, 0x0000000000000000) = 
                            signal: getgroups (10, 0x00000ffff10e85a8) = 
                              signal: getgid () = 
                                signal: geteuid () = 
                                  signal: getegid () = 
                                    signal: fchown16 (10, -31320, 0) = 
                                      signal: chown16 (<unknown>, -31320, 0) = 
signal: ipc (10, 4044260776, 0, 96, 0x00000000ffffffc0, 0) = -38 (ENOSYS)
signal: tgkill (1234, 5678, SIG_0) = -3 (ESRCH)
signal: exit_group (0) = 
  signal: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
signal: sigprocmask \(SIG_BLOCK, [x0-9a-fA-F]+, 0x0+\) = 0
signal: sigprocmask \(SIG_UNBLOCK, [x0-9a-fA-F]+, 0x0+\) = 0
signal: sigaction \(SIGUSR1, {SIG_IGN}, 0x0+\) = 0
signal: tgkill \(1234, 5678, SIG_0\)
FAIL: 64-bit signal nd_syscall
Testing 64-bit signalfd nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signalfd.c  -m64  -lm   -o /home/src/testsuite/staptestyzqqTr/signalfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signalfd.c -m64 -lm -o /home/src/testsuite/staptestyzqqTr/signalfd
signalfd FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestyzqqTr/signalfd /home/src/testsuite/systemtap.syscall/nd_sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestyzqqTr/signalfd ) = 
  signalfd: close (4) = 0
0
signalfd: brk (0x0000000000000000) = 268566528
signalfd: access ("/etc/ld.so.preload", R_OK) = 
  signalfd: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffdee43810) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap/tls", 0x00000fffdee43810) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffdee43810) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap", 0x00000fffdee43810) = 0
signalfd: open ("/etc/ld.so.cache", O_RDONLY) = 4
signalfd: fstat (4, 0x00000fffdee437b0) = 0
signalfd: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
signalfd: close (4) = 0
signalfd: open ("/lib64/libm.so.6", O_RDONLY) = 4
signalfd: read (4, 0x00000fffdee439e0, 832) = 832
signalfd: fstat (4, 0x00000fffdee437f0) = 0
signalfd: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
signalfd: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  signalfd: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
0
signalfd: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
signalfd: close (4) = 0
signalfd: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: open ("/lib64/libc.so.6", O_RDONLY) = 4
signalfd: read (4, 0x00000fffdee439b0, 832) = 832
signalfd: fstat (4, 0x00000fffdee437c0) = 0
signalfd: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
signalfd: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  signalfd: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
0
signalfd: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
signalfd: close (4) = 0
signalfd: open ("/dev/urandom", O_RDONLY) = 4
signalfd: read (4, 0x00000fffdee44300, 8) = 8
signalfd: close (4) = 0
signalfd: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
signalfd: munmap (0x0000040000060000, 195366) = 0
signalfd: exit_group (0) = 
  signalfd: exit (0) = 
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  signalfd: close (4) = 0
signalfd: brk (0x0000000000000000) = 268566528
signalfd: access ("/etc/ld.so.preload", R_OK) = 
  signalfd: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000fffdee43810) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap/tls", 0x00000fffdee43810) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap/power5+", 0x00000fffdee43810) = -2 (ENOENT)
signalfd: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: stat ("/usr/local/lib/systemtap", 0x00000fffdee43810) = 0
signalfd: open ("/etc/ld.so.cache", O_RDONLY) = 4
signalfd: fstat (4, 0x00000fffdee437b0) = 0
signalfd: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 4, 0) = 0x40000060000
signalfd: close (4) = 0
signalfd: open ("/lib64/libm.so.6", O_RDONLY) = 4
signalfd: read (4, 0x00000fffdee439e0, 832) = 832
signalfd: fstat (4, 0x00000fffdee437f0) = 0
signalfd: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000090000
signalfd: fadvise64 (4, 0, 814976, FADV_WILLNEED) = 
  signalfd: fadvise64_64 (4, 0, 814976, FADV_WILLNEED) = 0
signalfd: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 655360) = 0x40000140000
signalfd: close (4) = 0
signalfd: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
signalfd: open ("/lib64/libc.so.6", O_RDONLY) = 4
signalfd: read (4, 0x00000fffdee439b0, 832) = 832
signalfd: fstat (4, 0x00000fffdee437c0) = 0
signalfd: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 4, 0) = 0x40000160000
signalfd: fadvise64 (4, 0, 1883064, FADV_WILLNEED) = 
  signalfd: fadvise64_64 (4, 0, 1883064, FADV_WILLNEED) = 0
signalfd: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 4, 1638400) = 0x40000300000
signalfd: close (4) = 0
signalfd: open ("/dev/urandom", O_RDONLY) = 4
signalfd: read (4, 0x00000fffdee44300, 8) = 8
signalfd: close (4) = 0
signalfd: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
signalfd: munmap (0x0000040000060000, 195366) = 0
signalfd: exit_group (0) = 
  signalfd: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
signalfd: signalfd \(-1, [x0-9a-fA-F]+, [\-0-9]+\) = [\-0-9]+
signalfd: signalfd \([\-0-9]+, [x0-9a-fA-F]+, [\-0-9]+\) = [\-0-9]+
signalfd: signalfd4 \(-1, [x0-9a-fA-F]+, [\-0-9]+, SFD_NONBLOCK\) = [\-0-9]+
signalfd: signalfd4 \(-1, [x0-9a-fA-F]+, [\-0-9]+, SFD_CLOEXEC\) = [\-0-9]+
signalfd: signalfd4 \(-1, [x0-9a-fA-F]+, [\-0-9]+, SFD_NONBLOCK\|SFD_CLOEXEC\) = [\-0-9]+
FAIL: 64-bit signalfd nd_syscall
Testing 64-bit stat nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/stat.c  -m64  -lm   -o /home/src/testsuite/staptestZIYCFc/stat    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/stat.c -m64 -lm -o /home/src/testsuite/staptestZIYCFc/stat
PASS: 64-bit stat nd_syscall
Testing 64-bit statfs nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/statfs.c  -m64  -lm   -o /home/src/testsuite/staptestjfVYHf/statfs    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/statfs.c -m64 -lm -o /home/src/testsuite/staptestjfVYHf/statfs
PASS: 64-bit statfs nd_syscall
Testing 64-bit swap nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/swap.c  -m64  -lm   -o /home/src/testsuite/staptestkFGoAs/swap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/swap.c -m64 -lm -o /home/src/testsuite/staptestkFGoAs/swap
PASS: 64-bit swap nd_syscall
Testing 64-bit sync nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sync.c  -m64  -lm   -o /home/src/testsuite/staptestQ4NFUk/sync    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sync.c -m64 -lm -o /home/src/testsuite/staptestQ4NFUk/sync
PASS: 64-bit sync nd_syscall
Testing 64-bit timer nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/timer.c  -m64  -lm   -o /home/src/testsuite/staptestL62D97/timer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/timer.c -m64 -lm -o /home/src/testsuite/staptestL62D97/timer
PASS: 64-bit timer nd_syscall
Testing 64-bit trunc nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/trunc.c  -m64  -lm   -o /home/src/testsuite/staptest53lwVk/trunc    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/trunc.c -m64 -lm -o /home/src/testsuite/staptest53lwVk/trunc
PASS: 64-bit trunc nd_syscall
Testing 64-bit uid nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid.c  -m64  -lm   -o /home/src/testsuite/staptestVi8Q8E/uid    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid.c -m64 -lm -o /home/src/testsuite/staptestVi8Q8E/uid
PASS: 64-bit uid nd_syscall
Testing 64-bit uid16 nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid16.c  -m64  -lm   -o /home/src/testsuite/staptest4vjqts/uid16    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid16.c -m64 -lm -o /home/src/testsuite/staptest4vjqts/uid16
UNSUPPORTED: 64-bit uid16 nd_syscall not supported on this arch
Testing 64-bit umask nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/umask.c  -m64  -lm   -o /home/src/testsuite/staptestQ7Vczi/umask    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/umask.c -m64 -lm -o /home/src/testsuite/staptestQ7Vczi/umask
PASS: 64-bit umask nd_syscall
Testing 64-bit unlink nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/unlink.c  -m64  -lm   -o /home/src/testsuite/staptestnqWAvI/unlink    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/unlink.c -m64 -lm -o /home/src/testsuite/staptestnqWAvI/unlink
PASS: 64-bit unlink nd_syscall
Testing 32-bit access nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/access.c  -m32  -lm   -o /home/src/testsuite/staptestgoHjhJ/access    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/access.c -m32 -lm -o /home/src/testsuite/staptestgoHjhJ/access
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/access.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/access.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit access nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit access nd_syscall
Testing 32-bit acct nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/acct.c  -m32  -lm   -o /home/src/testsuite/staptestAjjccm/acct    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/acct.c -m32 -lm -o /home/src/testsuite/staptestAjjccm/acct
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/acct.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/acct.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit acct nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit acct nd_syscall
Testing 32-bit alarm nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/alarm.c  -m32  -lm   -o /home/src/testsuite/staptestDue2bD/alarm    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/alarm.c -m32 -lm -o /home/src/testsuite/staptestDue2bD/alarm
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/alarm.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/alarm.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit alarm nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit alarm nd_syscall
Testing 32-bit chmod nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/chmod.c  -m32  -lm   -o /home/src/testsuite/staptestayHGS1/chmod    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/chmod.c -m32 -lm -o /home/src/testsuite/staptestayHGS1/chmod
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/chmod.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/chmod.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit chmod nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit chmod nd_syscall
Testing 32-bit clock nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/clock.c  -m32  -lm   -o /home/src/testsuite/staptest77NyPW/clock    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/clock.c -m32 -lm -o /home/src/testsuite/staptest77NyPW/clock
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/clock.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/clock.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit clock nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit clock nd_syscall
Testing 32-bit dir nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dir.c  -m32  -lm   -o /home/src/testsuite/staptestnD5yYD/dir    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dir.c -m32 -lm -o /home/src/testsuite/staptestnD5yYD/dir
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/stat.h:27,
                 from /home/src/testsuite/systemtap.syscall/dir.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/stat.h:27,
                 from /home/src/testsuite/systemtap.syscall/dir.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit dir nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit dir nd_syscall
Testing 32-bit dup nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dup.c  -m32  -lm   -o /home/src/testsuite/staptestyZ1SLg/dup    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dup.c -m32 -lm -o /home/src/testsuite/staptestyZ1SLg/dup
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/dup.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/dup.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit dup nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit dup nd_syscall
Testing 32-bit eventfd nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/eventfd.c  -m32  -lm   -o /home/src/testsuite/staptest5Va4H7/eventfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/eventfd.c -m32 -lm -o /home/src/testsuite/staptest5Va4H7/eventfd
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/eventfd.h:22,
                 from /home/src/testsuite/systemtap.syscall/eventfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/eventfd.h:22,
                 from /home/src/testsuite/systemtap.syscall/eventfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit eventfd nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit eventfd nd_syscall
Testing 32-bit forkwait nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/forkwait.c  -m32  -lm   -o /home/src/testsuite/staptestN1KQKH/forkwait    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/forkwait.c -m32 -lm -o /home/src/testsuite/staptestN1KQKH/forkwait
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/forkwait.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/forkwait.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit forkwait nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit forkwait nd_syscall
Testing 32-bit futimes nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/futimes.c  -m32  -lm   -o /home/src/testsuite/staptestBM8ZsT/futimes    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/futimes.c -m32 -lm -o /home/src/testsuite/staptestBM8ZsT/futimes
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/futimes.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/futimes.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit futimes nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit futimes nd_syscall
Testing 32-bit inotify nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/inotify.c  -m32  -lm   -o /home/src/testsuite/staptestsu8933/inotify    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/inotify.c -m32 -lm -o /home/src/testsuite/staptestsu8933/inotify
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/inotify.h:22,
                 from /home/src/testsuite/systemtap.syscall/inotify.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/inotify.h:22,
                 from /home/src/testsuite/systemtap.syscall/inotify.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit inotify nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit inotify nd_syscall
Testing 32-bit itimer nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/itimer.c  -m32  -lm   -o /home/src/testsuite/staptestWcTJbK/itimer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/itimer.c -m32 -lm -o /home/src/testsuite/staptestWcTJbK/itimer
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/itimer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/itimer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit itimer nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit itimer nd_syscall
Testing 32-bit link nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/link.c  -m32  -lm   -o /home/src/testsuite/staptestXQET8r/link    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/link.c -m32 -lm -o /home/src/testsuite/staptestXQET8r/link
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/link.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/link.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit link nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit link nd_syscall
Testing 32-bit mmap nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mmap.c  -m32  -lm   -o /home/src/testsuite/staptestFwiXDI/mmap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mmap.c -m32 -lm -o /home/src/testsuite/staptestFwiXDI/mmap
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mmap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mmap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit mmap nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit mmap nd_syscall
Testing 32-bit mount nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mount.c  -m32  -lm   -o /home/src/testsuite/staptestqsHhdS/mount    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mount.c -m32 -lm -o /home/src/testsuite/staptestqsHhdS/mount
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mount.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mount.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit mount nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit mount nd_syscall
Testing 32-bit net1 nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/net1.c  -m32  -lm   -o /home/src/testsuite/staptestsRX7ic/net1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/net1.c -m32 -lm -o /home/src/testsuite/staptestsRX7ic/net1
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/net1.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/net1.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit net1 nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit net1 nd_syscall
Testing 32-bit openclose nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/openclose.c  -m32  -lm   -o /home/src/testsuite/staptestM7UlkF/openclose    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/openclose.c -m32 -lm -o /home/src/testsuite/staptestM7UlkF/openclose
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/openclose.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/openclose.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit openclose nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit openclose nd_syscall
Testing 32-bit pipe nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/pipe.c  -m32  -lm   -o /home/src/testsuite/staptestk35346/pipe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/pipe.c -m32 -lm -o /home/src/testsuite/staptestk35346/pipe
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/pipe.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/pipe.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit pipe nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit pipe nd_syscall
Testing 32-bit poll nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/poll.c  -m32  -lm   -o /home/src/testsuite/staptestloSKuH/poll    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/poll.c -m32 -lm -o /home/src/testsuite/staptestloSKuH/poll
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/epoll.h:22,
                 from /home/src/testsuite/systemtap.syscall/poll.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/epoll.h:22,
                 from /home/src/testsuite/systemtap.syscall/poll.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit poll nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit poll nd_syscall
Testing 32-bit readwrite nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/readwrite.c  -m32  -lm   -o /home/src/testsuite/staptestP3sKPb/readwrite    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/readwrite.c -m32 -lm -o /home/src/testsuite/staptestP3sKPb/readwrite
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/readwrite.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/readwrite.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit readwrite nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit readwrite nd_syscall
Testing 32-bit rt_signal nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/rt_signal.c  -m32  -lm   -o /home/src/testsuite/staptests99NSw/rt_signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/rt_signal.c -m32 -lm -o /home/src/testsuite/staptests99NSw/rt_signal
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/rt_signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/rt_signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit rt_signal nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit rt_signal nd_syscall
Testing 32-bit select nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/select.c  -m32  -lm   -o /home/src/testsuite/staptestlrFudC/select    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/select.c -m32 -lm -o /home/src/testsuite/staptestlrFudC/select
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/select.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/select.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit select nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit select nd_syscall
Testing 32-bit sendfile nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sendfile.c  -m32  -lm   -o /home/src/testsuite/staptesth6Ae3T/sendfile    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sendfile.c -m32 -lm -o /home/src/testsuite/staptesth6Ae3T/sendfile
In file included from /usr/include/features.h:354,
                 from /usr/include/fcntl.h:27,
                 from /home/src/testsuite/systemtap.syscall/sendfile.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/fcntl.h:27,
                 from /home/src/testsuite/systemtap.syscall/sendfile.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit sendfile nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit sendfile nd_syscall
Testing 32-bit signal nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signal.c  -m32  -lm   -o /home/src/testsuite/staptestzCYSaK/signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signal.c -m32 -lm -o /home/src/testsuite/staptestzCYSaK/signal
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit signal nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit signal nd_syscall
Testing 32-bit signalfd nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signalfd.c  -m32  -lm   -o /home/src/testsuite/staptestJ5HewS/signalfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signalfd.c -m32 -lm -o /home/src/testsuite/staptestJ5HewS/signalfd
In file included from /usr/include/features.h:354,
                 from /usr/include/signal.h:29,
                 from /usr/include/sys/signalfd.h:23,
                 from /home/src/testsuite/systemtap.syscall/signalfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/signal.h:29,
                 from /usr/include/sys/signalfd.h:23,
                 from /home/src/testsuite/systemtap.syscall/signalfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit signalfd nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit signalfd nd_syscall
Testing 32-bit stat nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/stat.c  -m32  -lm   -o /home/src/testsuite/staptestC3z370/stat    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/stat.c -m32 -lm -o /home/src/testsuite/staptestC3z370/stat
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/stat.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/stat.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit stat nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit stat nd_syscall
Testing 32-bit statfs nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/statfs.c  -m32  -lm   -o /home/src/testsuite/staptest311pZ7/statfs    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/statfs.c -m32 -lm -o /home/src/testsuite/staptest311pZ7/statfs
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/statfs.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/statfs.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit statfs nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit statfs nd_syscall
Testing 32-bit swap nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/swap.c  -m32  -lm   -o /home/src/testsuite/staptestv5nFR5/swap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/swap.c -m32 -lm -o /home/src/testsuite/staptestv5nFR5/swap
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/swap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/swap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit swap nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit swap nd_syscall
Testing 32-bit sync nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sync.c  -m32  -lm   -o /home/src/testsuite/staptest9I7uas/sync    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sync.c -m32 -lm -o /home/src/testsuite/staptest9I7uas/sync
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/sync.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/sync.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit sync nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit sync nd_syscall
Testing 32-bit timer nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/timer.c  -m32  -lm   -o /home/src/testsuite/staptestadeoCP/timer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/timer.c -m32 -lm -o /home/src/testsuite/staptestadeoCP/timer
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/timer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/timer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit timer nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit timer nd_syscall
Testing 32-bit trunc nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/trunc.c  -m32  -lm   -o /home/src/testsuite/staptest8RqjGl/trunc    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/trunc.c -m32 -lm -o /home/src/testsuite/staptest8RqjGl/trunc
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/trunc.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/trunc.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit trunc nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit trunc nd_syscall
Testing 32-bit uid nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid.c  -m32  -lm   -o /home/src/testsuite/staptestQOEj4p/uid    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid.c -m32 -lm -o /home/src/testsuite/staptestQOEj4p/uid
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit uid nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit uid nd_syscall
Testing 32-bit uid16 nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid16.c  -m32  -lm   -o /home/src/testsuite/staptestvLpZzB/uid16    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid16.c -m32 -lm -o /home/src/testsuite/staptestvLpZzB/uid16
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid16.c:7:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid16.c:7:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit uid16 nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit uid16 nd_syscall
Testing 32-bit umask nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/umask.c  -m32  -lm   -o /home/src/testsuite/staptestKspwvc/umask    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/umask.c -m32 -lm -o /home/src/testsuite/staptestKspwvc/umask
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/umask.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/umask.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit umask nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit umask nd_syscall
Testing 32-bit unlink nd_syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/unlink.c  -m32  -lm   -o /home/src/testsuite/staptestYCgf53/unlink    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/unlink.c -m32 -lm -o /home/src/testsuite/staptestYCgf53/unlink
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/unlink.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/unlink.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit unlink nd_syscall : no corresponding devel environment found
UNTESTED: 32-bit unlink nd_syscall
testcase /home/src/testsuite/systemtap.syscall/nd_syscall.exp completed in 858 seconds
Running /home/src/testsuite/systemtap.syscall/syscall.exp ...
Testing 64-bit access syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/access.c  -m64  -lm   -o /home/src/testsuite/staptestKHKSH8/access    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/access.c -m64 -lm -o /home/src/testsuite/staptestKHKSH8/access
PASS: 64-bit access syscall
Testing 64-bit acct syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/acct.c  -m64  -lm   -o /home/src/testsuite/staptestgRwWap/acct    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/acct.c -m64 -lm -o /home/src/testsuite/staptestgRwWap/acct
PASS: 64-bit acct syscall
Testing 64-bit alarm syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/alarm.c  -m64  -lm   -o /home/src/testsuite/staptesteaEqJq/alarm    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/alarm.c -m64 -lm -o /home/src/testsuite/staptesteaEqJq/alarm
PASS: 64-bit alarm syscall
Testing 64-bit chmod syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/chmod.c  -m64  -lm   -o /home/src/testsuite/staptestwcKbtw/chmod    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/chmod.c -m64 -lm -o /home/src/testsuite/staptestwcKbtw/chmod
PASS: 64-bit chmod syscall
Testing 64-bit clock syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/clock.c  -m64  -lm   -o /home/src/testsuite/staptestxM5Rnn/clock    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/clock.c -m64 -lm -o /home/src/testsuite/staptestxM5Rnn/clock
PASS: 64-bit clock syscall
Testing 64-bit dir syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dir.c  -m64  -lm   -o /home/src/testsuite/staptestWUz7ex/dir    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dir.c -m64 -lm -o /home/src/testsuite/staptestWUz7ex/dir
PASS: 64-bit dir syscall
Testing 64-bit dup syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dup.c  -m64  -lm   -o /home/src/testsuite/staptestTyZRtz/dup    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dup.c -m64 -lm -o /home/src/testsuite/staptestTyZRtz/dup
PASS: 64-bit dup syscall
Testing 64-bit eventfd syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/eventfd.c  -m64  -lm   -o /home/src/testsuite/staptestUchCma/eventfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/eventfd.c -m64 -lm -o /home/src/testsuite/staptestUchCma/eventfd
PASS: 64-bit eventfd syscall
Testing 64-bit forkwait syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/forkwait.c  -m64  -lm   -o /home/src/testsuite/staptesty1tnJe/forkwait    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/forkwait.c -m64 -lm -o /home/src/testsuite/staptesty1tnJe/forkwait
PASS: 64-bit forkwait syscall
Testing 64-bit futimes syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/futimes.c  -m64  -lm   -o /home/src/testsuite/staptestScXJtj/futimes    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/futimes.c -m64 -lm -o /home/src/testsuite/staptestScXJtj/futimes
PASS: 64-bit futimes syscall
Testing 64-bit inotify syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/inotify.c  -m64  -lm   -o /home/src/testsuite/staptestK1qzah/inotify    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/inotify.c -m64 -lm -o /home/src/testsuite/staptestK1qzah/inotify
PASS: 64-bit inotify syscall
Testing 64-bit itimer syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/itimer.c  -m64  -lm   -o /home/src/testsuite/staptestZbGphQ/itimer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/itimer.c -m64 -lm -o /home/src/testsuite/staptestZbGphQ/itimer
PASS: 64-bit itimer syscall
Testing 64-bit link syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/link.c  -m64  -lm   -o /home/src/testsuite/staptesttF3hmr/link    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/link.c -m64 -lm -o /home/src/testsuite/staptesttF3hmr/link
PASS: 64-bit link syscall
Testing 64-bit mmap syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mmap.c  -m64  -lm   -o /home/src/testsuite/staptestvbgrDd/mmap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mmap.c -m64 -lm -o /home/src/testsuite/staptestvbgrDd/mmap
PASS: 64-bit mmap syscall
Testing 64-bit mount syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mount.c  -m64  -lm   -o /home/src/testsuite/staptestxMlcCm/mount    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mount.c -m64 -lm -o /home/src/testsuite/staptestxMlcCm/mount
PASS: 64-bit mount syscall
Testing 64-bit net1 syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/net1.c  -m64  -lm   -o /home/src/testsuite/staptest6vgdM9/net1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/net1.c -m64 -lm -o /home/src/testsuite/staptest6vgdM9/net1
PASS: 64-bit net1 syscall
Testing 64-bit openclose syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/openclose.c  -m64  -lm   -o /home/src/testsuite/staptestlqAjtH/openclose    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/openclose.c -m64 -lm -o /home/src/testsuite/staptestlqAjtH/openclose
PASS: 64-bit openclose syscall
Testing 64-bit pipe syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/pipe.c  -m64  -lm   -o /home/src/testsuite/staptestBackFI/pipe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/pipe.c -m64 -lm -o /home/src/testsuite/staptestBackFI/pipe
PASS: 64-bit pipe syscall
Testing 64-bit poll syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/poll.c  -m64  -lm   -o /home/src/testsuite/staptestjrCcBQ/poll    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/poll.c -m64 -lm -o /home/src/testsuite/staptestjrCcBQ/poll
PASS: 64-bit poll syscall
Testing 64-bit readwrite syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/readwrite.c  -m64  -lm   -o /home/src/testsuite/staptestGc1gvt/readwrite    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/readwrite.c -m64 -lm -o /home/src/testsuite/staptestGc1gvt/readwrite
PASS: 64-bit readwrite syscall
Testing 64-bit rt_signal syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/rt_signal.c  -m64  -lm   -o /home/src/testsuite/staptestnccOXQ/rt_signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/rt_signal.c -m64 -lm -o /home/src/testsuite/staptestnccOXQ/rt_signal
PASS: 64-bit rt_signal syscall
Testing 64-bit select syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/select.c  -m64  -lm   -o /home/src/testsuite/staptestSJ1l60/select    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/select.c -m64 -lm -o /home/src/testsuite/staptestSJ1l60/select
PASS: 64-bit select syscall
Testing 64-bit sendfile syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sendfile.c  -m64  -lm   -o /home/src/testsuite/staptest1cKUo3/sendfile    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sendfile.c -m64 -lm -o /home/src/testsuite/staptest1cKUo3/sendfile
PASS: 64-bit sendfile syscall
Testing 64-bit signal syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signal.c  -m64  -lm   -o /home/src/testsuite/staptestCF26Tg/signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signal.c -m64 -lm -o /home/src/testsuite/staptestCF26Tg/signal
signal FAILED. output of "stap --skip-badvars -c /home/src/testsuite/staptestCF26Tg/signal /home/src/testsuite/systemtap.syscall/sys.stp" was:
------------------------------------------
stapio: rt_sigreturn () = 0
stapio: rt_sigaction (SIGUSR1, {SIG_DFL}, 0x0000000000000000, 8) = 0
stapio: rt_sigprocmask (SIG_SETMASK, [EMPTY], 0x0000000000000000, 8) = 0
stapio: execve (/home/src/testsuite/staptestCF26Tg/signal ) = 
  signal: close (3) = 0
0
signal: brk (0x0000000000000000) = 268566528
signal: access ("/etc/ld.so.preload", R_OK) = 
  signal: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
-2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffff98d1480) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls", 0x00000ffff98d1480) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffff98d1480) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap", 0x00000ffff98d1480) = 0
signal: open ("/etc/ld.so.cache", O_RDONLY) = 3
signal: fstat (3, 0x00000ffff98d1420) = 0
signal: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 3, 0) = 0x40000060000
signal: close (3) = 0
signal: open ("/lib64/libm.so.6", O_RDONLY) = 3
signal: read (3, 0x00000ffff98d1650, 832) = 832
signal: fstat (3, 0x00000ffff98d1460) = 0
signal: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 3, 0) = 0x40000090000
signal: fadvise64 (3, 0, 814976, FADV_WILLNEED) = 
  signal: fadvise64_64 (3, 0, 814976, FADV_WILLNEED) = 0
0
signal: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 3, 655360) = 0x40000140000
signal: close (3) = 0
signal: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
signal: open ("/lib64/libc.so.6", O_RDONLY) = 3
signal: read (3, 0x00000ffff98d1620, 832) = 832
signal: fstat (3, 0x00000ffff98d1430) = 0
signal: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 3, 0) = 0x40000160000
signal: fadvise64 (3, 0, 1883064, FADV_WILLNEED) = 
  signal: fadvise64_64 (3, 0, 1883064, FADV_WILLNEED) = 0
0
signal: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 3, 1638400) = 0x40000300000
signal: close (3) = 0
signal: open ("/dev/urandom", O_RDONLY) = 3
signal: read (3, 0x00000ffff98d1f70, 8) = 8
signal: close (3) = 0
signal: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
signal: munmap (0x0000040000060000, 195366) = 0
signal: signal (SIGUSR1, SIG_IGN) = 0
signal: signal (SIGUSR1, SIG_DFL) = 1
signal: signal (SIGUSR1, 0x10011080) = 0
signal: ni_syscall () = -38 (ENOSYS)
signal: ni_syscall () = -38 (ENOSYS)
signal: ni_syscall () = -38 (ENOSYS)
signal: tgkill (1234, 5678, SIG_0) = -3 (ESRCH)
signal: exit_group (0) = 
  signal: exit (0) = 
WARNING: Bad $context variable being substituted with literal 0: identifier '$fildes' at /usr/local/share/systemtap/tapset/syscalls2.stp:312:22
 source: 			pipe0 = user_int(&$fildes[0]);
         			                  ^
------------------------------------------
RESULTS: ('*' = MATCHED EXPECTED)
  signal: close (3) = 0
signal: brk (0x0000000000000000) = 268566528
signal: access ("/etc/ld.so.preload", R_OK) = 
  signal: faccessat (AT_FDCWD, "/etc/ld.so.preload", R_OK) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls/power5+", 0x00000ffff98d1480) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/tls/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/tls", 0x00000ffff98d1480) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/power5+/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap/power5+", 0x00000ffff98d1480) = -2 (ENOENT)
signal: open ("/usr/local/lib/systemtap/libm.so.6", O_RDONLY) = -2 (ENOENT)
signal: stat ("/usr/local/lib/systemtap", 0x00000ffff98d1480) = 0
signal: open ("/etc/ld.so.cache", O_RDONLY) = 3
signal: fstat (3, 0x00000ffff98d1420) = 0
signal: mmap (0x0000000000000000, 195366, PROT_READ, MAP_PRIVATE, 3, 0) = 0x40000060000
signal: close (3) = 0
signal: open ("/lib64/libm.so.6", O_RDONLY) = 3
signal: read (3, 0x00000ffff98d1650, 832) = 832
signal: fstat (3, 0x00000ffff98d1460) = 0
signal: mmap (0x0000000000000000, 814976, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 3, 0) = 0x40000090000
signal: fadvise64 (3, 0, 814976, FADV_WILLNEED) = 
  signal: fadvise64_64 (3, 0, 814976, FADV_WILLNEED) = 0
signal: mmap (0x0000040000140000, 131072, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 3, 655360) = 0x40000140000
signal: close (3) = 0
signal: open ("/usr/local/lib/systemtap/libc.so.6", O_RDONLY) = -2 (ENOENT)
signal: open ("/lib64/libc.so.6", O_RDONLY) = 3
signal: read (3, 0x00000ffff98d1620, 832) = 832
signal: fstat (3, 0x00000ffff98d1430) = 0
signal: mmap (0x0000000000000000, 1883064, PROT_READ|PROT_EXEC, MAP_PRIVATE|MAP_DENYWRITE, 3, 0) = 0x40000160000
signal: fadvise64 (3, 0, 1883064, FADV_WILLNEED) = 
  signal: fadvise64_64 (3, 0, 1883064, FADV_WILLNEED) = 0
signal: mmap (0x0000040000300000, 196608, PROT_READ|PROT_WRITE, MAP_PRIVATE|MAP_FIXED|MAP_DENYWRITE, 3, 1638400) = 0x40000300000
signal: close (3) = 0
signal: open ("/dev/urandom", O_RDONLY) = 3
signal: read (3, 0x00000ffff98d1f70, 8) = 8
signal: close (3) = 0
signal: mprotect (0x0000040000300000, 65536, PROT_READ) = 0
signal: munmap (0x0000040000060000, 195366) = 0
*signal: signal (SIGUSR1, SIG_IGN) = 0
*signal: signal (SIGUSR1, SIG_DFL) = 1
*signal: signal (SIGUSR1, 0x10011080) = 0
signal: ni_syscall () = -38 (ENOSYS)
signal: ni_syscall () = -38 (ENOSYS)
signal: ni_syscall () = -38 (ENOSYS)
signal: tgkill (1234, 5678, SIG_0) = -3 (ESRCH)
signal: exit_group (0) = 
  signal: exit (0) = 
--------- EXPECTED and NOT MATCHED ----------
signal: sigprocmask \(SIG_BLOCK, [x0-9a-fA-F]+, 0x0+\) = 0
signal: sigprocmask \(SIG_UNBLOCK, [x0-9a-fA-F]+, 0x0+\) = 0
signal: sigaction \(SIGUSR1, {SIG_IGN}, 0x0+\) = 0
signal: tgkill \(1234, 5678, SIG_0\)
FAIL: 64-bit signal syscall
Testing 64-bit signalfd syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signalfd.c  -m64  -lm   -o /home/src/testsuite/staptestpRElYO/signalfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signalfd.c -m64 -lm -o /home/src/testsuite/staptestpRElYO/signalfd
PASS: 64-bit signalfd syscall
Testing 64-bit stat syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/stat.c  -m64  -lm   -o /home/src/testsuite/staptestyo0A3x/stat    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/stat.c -m64 -lm -o /home/src/testsuite/staptestyo0A3x/stat
PASS: 64-bit stat syscall
Testing 64-bit statfs syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/statfs.c  -m64  -lm   -o /home/src/testsuite/staptestCSsH5E/statfs    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/statfs.c -m64 -lm -o /home/src/testsuite/staptestCSsH5E/statfs
PASS: 64-bit statfs syscall
Testing 64-bit swap syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/swap.c  -m64  -lm   -o /home/src/testsuite/staptestnqEQ3Q/swap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/swap.c -m64 -lm -o /home/src/testsuite/staptestnqEQ3Q/swap
PASS: 64-bit swap syscall
Testing 64-bit sync syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sync.c  -m64  -lm   -o /home/src/testsuite/staptest6fJqyC/sync    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sync.c -m64 -lm -o /home/src/testsuite/staptest6fJqyC/sync
PASS: 64-bit sync syscall
Testing 64-bit timer syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/timer.c  -m64  -lm   -o /home/src/testsuite/staptestK2m71c/timer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/timer.c -m64 -lm -o /home/src/testsuite/staptestK2m71c/timer
PASS: 64-bit timer syscall
Testing 64-bit trunc syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/trunc.c  -m64  -lm   -o /home/src/testsuite/staptest77e0Cf/trunc    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/trunc.c -m64 -lm -o /home/src/testsuite/staptest77e0Cf/trunc
PASS: 64-bit trunc syscall
Testing 64-bit uid syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid.c  -m64  -lm   -o /home/src/testsuite/staptestUQiXVu/uid    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid.c -m64 -lm -o /home/src/testsuite/staptestUQiXVu/uid
PASS: 64-bit uid syscall
Testing 64-bit uid16 syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid16.c  -m64  -lm   -o /home/src/testsuite/staptestToVe7g/uid16    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid16.c -m64 -lm -o /home/src/testsuite/staptestToVe7g/uid16
UNSUPPORTED: 64-bit uid16 syscall not supported on this arch
Testing 64-bit umask syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/umask.c  -m64  -lm   -o /home/src/testsuite/staptestyd0iU8/umask    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/umask.c -m64 -lm -o /home/src/testsuite/staptestyd0iU8/umask
PASS: 64-bit umask syscall
Testing 64-bit unlink syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/unlink.c  -m64  -lm   -o /home/src/testsuite/staptestEGyOFo/unlink    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/unlink.c -m64 -lm -o /home/src/testsuite/staptestEGyOFo/unlink
PASS: 64-bit unlink syscall
Testing 32-bit access syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/access.c  -m32  -lm   -o /home/src/testsuite/staptestxoa2oZ/access    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/access.c -m32 -lm -o /home/src/testsuite/staptestxoa2oZ/access
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/access.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/access.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit access syscall : no corresponding devel environment found
UNTESTED: 32-bit access syscall
Testing 32-bit acct syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/acct.c  -m32  -lm   -o /home/src/testsuite/staptestVMLWu8/acct    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/acct.c -m32 -lm -o /home/src/testsuite/staptestVMLWu8/acct
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/acct.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/acct.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit acct syscall : no corresponding devel environment found
UNTESTED: 32-bit acct syscall
Testing 32-bit alarm syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/alarm.c  -m32  -lm   -o /home/src/testsuite/staptestqbfbwg/alarm    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/alarm.c -m32 -lm -o /home/src/testsuite/staptestqbfbwg/alarm
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/alarm.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/alarm.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit alarm syscall : no corresponding devel environment found
UNTESTED: 32-bit alarm syscall
Testing 32-bit chmod syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/chmod.c  -m32  -lm   -o /home/src/testsuite/staptestfzIeaN/chmod    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/chmod.c -m32 -lm -o /home/src/testsuite/staptestfzIeaN/chmod
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/chmod.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/chmod.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit chmod syscall : no corresponding devel environment found
UNTESTED: 32-bit chmod syscall
Testing 32-bit clock syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/clock.c  -m32  -lm   -o /home/src/testsuite/staptestlClRbO/clock    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/clock.c -m32 -lm -o /home/src/testsuite/staptestlClRbO/clock
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/clock.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/clock.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit clock syscall : no corresponding devel environment found
UNTESTED: 32-bit clock syscall
Testing 32-bit dir syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dir.c  -m32  -lm   -o /home/src/testsuite/staptestnH3j53/dir    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dir.c -m32 -lm -o /home/src/testsuite/staptestnH3j53/dir
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/stat.h:27,
                 from /home/src/testsuite/systemtap.syscall/dir.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/stat.h:27,
                 from /home/src/testsuite/systemtap.syscall/dir.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit dir syscall : no corresponding devel environment found
UNTESTED: 32-bit dir syscall
Testing 32-bit dup syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/dup.c  -m32  -lm   -o /home/src/testsuite/staptestgAkq4s/dup    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/dup.c -m32 -lm -o /home/src/testsuite/staptestgAkq4s/dup
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/dup.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/dup.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit dup syscall : no corresponding devel environment found
UNTESTED: 32-bit dup syscall
Testing 32-bit eventfd syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/eventfd.c  -m32  -lm   -o /home/src/testsuite/stapteste5c71k/eventfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/eventfd.c -m32 -lm -o /home/src/testsuite/stapteste5c71k/eventfd
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/eventfd.h:22,
                 from /home/src/testsuite/systemtap.syscall/eventfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/eventfd.h:22,
                 from /home/src/testsuite/systemtap.syscall/eventfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit eventfd syscall : no corresponding devel environment found
UNTESTED: 32-bit eventfd syscall
Testing 32-bit forkwait syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/forkwait.c  -m32  -lm   -o /home/src/testsuite/staptestkxUxUp/forkwait    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/forkwait.c -m32 -lm -o /home/src/testsuite/staptestkxUxUp/forkwait
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/forkwait.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/forkwait.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit forkwait syscall : no corresponding devel environment found
UNTESTED: 32-bit forkwait syscall
Testing 32-bit futimes syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/futimes.c  -m32  -lm   -o /home/src/testsuite/staptestTT8L5v/futimes    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/futimes.c -m32 -lm -o /home/src/testsuite/staptestTT8L5v/futimes
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/futimes.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/futimes.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit futimes syscall : no corresponding devel environment found
UNTESTED: 32-bit futimes syscall
Testing 32-bit inotify syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/inotify.c  -m32  -lm   -o /home/src/testsuite/staptestMmF7pw/inotify    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/inotify.c -m32 -lm -o /home/src/testsuite/staptestMmF7pw/inotify
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/inotify.h:22,
                 from /home/src/testsuite/systemtap.syscall/inotify.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/inotify.h:22,
                 from /home/src/testsuite/systemtap.syscall/inotify.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit inotify syscall : no corresponding devel environment found
UNTESTED: 32-bit inotify syscall
Testing 32-bit itimer syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/itimer.c  -m32  -lm   -o /home/src/testsuite/staptest8C8OOU/itimer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/itimer.c -m32 -lm -o /home/src/testsuite/staptest8C8OOU/itimer
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/itimer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/itimer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit itimer syscall : no corresponding devel environment found
UNTESTED: 32-bit itimer syscall
Testing 32-bit link syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/link.c  -m32  -lm   -o /home/src/testsuite/staptestIl6AaR/link    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/link.c -m32 -lm -o /home/src/testsuite/staptestIl6AaR/link
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/link.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/link.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit link syscall : no corresponding devel environment found
UNTESTED: 32-bit link syscall
Testing 32-bit mmap syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mmap.c  -m32  -lm   -o /home/src/testsuite/staptestKadtAD/mmap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mmap.c -m32 -lm -o /home/src/testsuite/staptestKadtAD/mmap
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mmap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mmap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit mmap syscall : no corresponding devel environment found
UNTESTED: 32-bit mmap syscall
Testing 32-bit mount syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/mount.c  -m32  -lm   -o /home/src/testsuite/staptestNjOsN0/mount    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/mount.c -m32 -lm -o /home/src/testsuite/staptestNjOsN0/mount
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mount.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/mount.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit mount syscall : no corresponding devel environment found
UNTESTED: 32-bit mount syscall
Testing 32-bit net1 syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/net1.c  -m32  -lm   -o /home/src/testsuite/staptest8RHVMu/net1    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/net1.c -m32 -lm -o /home/src/testsuite/staptest8RHVMu/net1
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/net1.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/net1.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit net1 syscall : no corresponding devel environment found
UNTESTED: 32-bit net1 syscall
Testing 32-bit openclose syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/openclose.c  -m32  -lm   -o /home/src/testsuite/staptestgGtzC3/openclose    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/openclose.c -m32 -lm -o /home/src/testsuite/staptestgGtzC3/openclose
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/openclose.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/openclose.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit openclose syscall : no corresponding devel environment found
UNTESTED: 32-bit openclose syscall
Testing 32-bit pipe syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/pipe.c  -m32  -lm   -o /home/src/testsuite/staptestwRNrOG/pipe    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/pipe.c -m32 -lm -o /home/src/testsuite/staptestwRNrOG/pipe
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/pipe.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/pipe.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit pipe syscall : no corresponding devel environment found
UNTESTED: 32-bit pipe syscall
Testing 32-bit poll syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/poll.c  -m32  -lm   -o /home/src/testsuite/staptestR7KcXL/poll    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/poll.c -m32 -lm -o /home/src/testsuite/staptestR7KcXL/poll
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/epoll.h:22,
                 from /home/src/testsuite/systemtap.syscall/poll.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdint.h:26,
                 from /usr/include/sys/epoll.h:22,
                 from /home/src/testsuite/systemtap.syscall/poll.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit poll syscall : no corresponding devel environment found
UNTESTED: 32-bit poll syscall
Testing 32-bit readwrite syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/readwrite.c  -m32  -lm   -o /home/src/testsuite/staptestszteJc/readwrite    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/readwrite.c -m32 -lm -o /home/src/testsuite/staptestszteJc/readwrite
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/readwrite.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/readwrite.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit readwrite syscall : no corresponding devel environment found
UNTESTED: 32-bit readwrite syscall
Testing 32-bit rt_signal syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/rt_signal.c  -m32  -lm   -o /home/src/testsuite/staptest0HZBad/rt_signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/rt_signal.c -m32 -lm -o /home/src/testsuite/staptest0HZBad/rt_signal
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/rt_signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/rt_signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit rt_signal syscall : no corresponding devel environment found
UNTESTED: 32-bit rt_signal syscall
Testing 32-bit select syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/select.c  -m32  -lm   -o /home/src/testsuite/staptestsn2Ron/select    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/select.c -m32 -lm -o /home/src/testsuite/staptestsn2Ron/select
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/select.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/select.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit select syscall : no corresponding devel environment found
UNTESTED: 32-bit select syscall
Testing 32-bit sendfile syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sendfile.c  -m32  -lm   -o /home/src/testsuite/staptest3vZBZD/sendfile    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sendfile.c -m32 -lm -o /home/src/testsuite/staptest3vZBZD/sendfile
In file included from /usr/include/features.h:354,
                 from /usr/include/fcntl.h:27,
                 from /home/src/testsuite/systemtap.syscall/sendfile.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/fcntl.h:27,
                 from /home/src/testsuite/systemtap.syscall/sendfile.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit sendfile syscall : no corresponding devel environment found
UNTESTED: 32-bit sendfile syscall
Testing 32-bit signal syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signal.c  -m32  -lm   -o /home/src/testsuite/staptest8nuPQc/signal    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signal.c -m32 -lm -o /home/src/testsuite/staptest8nuPQc/signal
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/signal.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit signal syscall : no corresponding devel environment found
UNTESTED: 32-bit signal syscall
Testing 32-bit signalfd syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/signalfd.c  -m32  -lm   -o /home/src/testsuite/staptestMFfYFl/signalfd    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/signalfd.c -m32 -lm -o /home/src/testsuite/staptestMFfYFl/signalfd
In file included from /usr/include/features.h:354,
                 from /usr/include/signal.h:29,
                 from /usr/include/sys/signalfd.h:23,
                 from /home/src/testsuite/systemtap.syscall/signalfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/signal.h:29,
                 from /usr/include/sys/signalfd.h:23,
                 from /home/src/testsuite/systemtap.syscall/signalfd.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit signalfd syscall : no corresponding devel environment found
UNTESTED: 32-bit signalfd syscall
Testing 32-bit stat syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/stat.c  -m32  -lm   -o /home/src/testsuite/staptestzFYQGj/stat    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/stat.c -m32 -lm -o /home/src/testsuite/staptestzFYQGj/stat
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/stat.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/stat.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit stat syscall : no corresponding devel environment found
UNTESTED: 32-bit stat syscall
Testing 32-bit statfs syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/statfs.c  -m32  -lm   -o /home/src/testsuite/staptestDawavi/statfs    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/statfs.c -m32 -lm -o /home/src/testsuite/staptestDawavi/statfs
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/statfs.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/statfs.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit statfs syscall : no corresponding devel environment found
UNTESTED: 32-bit statfs syscall
Testing 32-bit swap syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/swap.c  -m32  -lm   -o /home/src/testsuite/staptest5e6aay/swap    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/swap.c -m32 -lm -o /home/src/testsuite/staptest5e6aay/swap
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/swap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/swap.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit swap syscall : no corresponding devel environment found
UNTESTED: 32-bit swap syscall
Testing 32-bit sync syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/sync.c  -m32  -lm   -o /home/src/testsuite/staptest7YgYlj/sync    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/sync.c -m32 -lm -o /home/src/testsuite/staptest7YgYlj/sync
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/sync.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/sync.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit sync syscall : no corresponding devel environment found
UNTESTED: 32-bit sync syscall
Testing 32-bit timer syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/timer.c  -m32  -lm   -o /home/src/testsuite/staptestjf2nVK/timer    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/timer.c -m32 -lm -o /home/src/testsuite/staptestjf2nVK/timer
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/timer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/timer.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit timer syscall : no corresponding devel environment found
UNTESTED: 32-bit timer syscall
Testing 32-bit trunc syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/trunc.c  -m32  -lm   -o /home/src/testsuite/staptestG3xYJx/trunc    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/trunc.c -m32 -lm -o /home/src/testsuite/staptestG3xYJx/trunc
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/trunc.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/unistd.h:26,
                 from /home/src/testsuite/systemtap.syscall/trunc.c:3:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit trunc syscall : no corresponding devel environment found
UNTESTED: 32-bit trunc syscall
Testing 32-bit uid syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid.c  -m32  -lm   -o /home/src/testsuite/staptestEj7srY/uid    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid.c -m32 -lm -o /home/src/testsuite/staptestEj7srY/uid
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid.c:4:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit uid syscall : no corresponding devel environment found
UNTESTED: 32-bit uid syscall
Testing 32-bit uid16 syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/uid16.c  -m32  -lm   -o /home/src/testsuite/staptestAsdeRt/uid16    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/uid16.c -m32 -lm -o /home/src/testsuite/staptestAsdeRt/uid16
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid16.c:7:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/uid16.c:7:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit uid16 syscall : no corresponding devel environment found
UNTESTED: 32-bit uid16 syscall
Testing 32-bit umask syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/umask.c  -m32  -lm   -o /home/src/testsuite/staptestEzh6wL/umask    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/umask.c -m32 -lm -o /home/src/testsuite/staptestEzh6wL/umask
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/umask.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/sys/types.h:27,
                 from /home/src/testsuite/systemtap.syscall/umask.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit umask syscall : no corresponding devel environment found
UNTESTED: 32-bit umask syscall
Testing 32-bit unlink syscall
Executing on host: gcc /home/src/testsuite/systemtap.syscall/unlink.c  -m32  -lm   -o /home/src/testsuite/staptest1V6652/unlink    (timeout = 300)
spawn gcc /home/src/testsuite/systemtap.syscall/unlink.c -m32 -lm -o /home/src/testsuite/staptest1V6652/unlink
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/unlink.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory
compiler exited with status 1
output is:
In file included from /usr/include/features.h:354,
                 from /usr/include/stdio.h:28,
                 from /home/src/testsuite/systemtap.syscall/unlink.c:2:
/usr/include/gnu/stubs.h:7:27: error: gnu/stubs-32.h: No such file or directory

32-bit unlink syscall : no corresponding devel environment found
UNTESTED: 32-bit unlink syscall
testcase /home/src/testsuite/systemtap.syscall/syscall.exp completed in 205 seconds
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedko.exp ...
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedko/five.stp
starting /home/src/testsuite/systemtap.unprivileged/unprivilegedko/five.stp
spawn2 /home/src/testsuite/systemtap.unprivileged/unprivilegedko/five.stp
spawn /home/src/testsuite/systemtap.unprivileged/unprivilegedko/five.stp
semantic error: probe point is not allowed for unprivileged users: identifier 'format' at <input>:1:24 while resolving probe point kernel.mark("*").format("*")
        source: probe kernel.mark("*").format("*") { }
                                       ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point is not allowed for unprivileged users: identifier 'format' at <input>:1:24 while resolving probe point kernel.mark("*").format("*")

        source: probe kernel.mark("*").format("*") { }

                                       ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 24336 exp12 0 1
XFAIL: unprivilegedko/five.stp
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedko/four.stp
starting /home/src/testsuite/systemtap.unprivileged/unprivilegedko/four.stp
spawn2 /home/src/testsuite/systemtap.unprivileged/unprivilegedko/four.stp
spawn /home/src/testsuite/systemtap.unprivileged/unprivilegedko/four.stp
semantic error: probe point is not allowed for unprivileged users: identifier 'mark' at <input>:1:14 while resolving probe point kernel.mark("*")
        source: probe kernel.mark("*") {}
                             ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point is not allowed for unprivileged users: identifier 'mark' at <input>:1:14 while resolving probe point kernel.mark("*")

        source: probe kernel.mark("*") {}

                             ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 24341 exp12 0 1
XFAIL: unprivilegedko/four.stp
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedko/one.stp
starting /home/src/testsuite/systemtap.unprivileged/unprivilegedko/one.stp
spawn2 /home/src/testsuite/systemtap.unprivileged/unprivilegedko/one.stp
spawn /home/src/testsuite/systemtap.unprivileged/unprivilegedko/one.stp
semantic error: probe point is not allowed for unprivileged users: keyword at <input>:1:14 while resolving probe point kernel.function("sys_open")
        source: probe kernel.function("sys_open") { }
                             ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point is not allowed for unprivileged users: keyword at <input>:1:14 while resolving probe point kernel.function("sys_open")

        source: probe kernel.function("sys_open") { }

                             ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 24346 exp12 0 1
XFAIL: unprivilegedko/one.stp
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedko/three.stp
starting /home/src/testsuite/systemtap.unprivileged/unprivilegedko/three.stp
spawn2 /home/src/testsuite/systemtap.unprivileged/unprivilegedko/three.stp
spawn /home/src/testsuite/systemtap.unprivileged/unprivilegedko/three.stp
semantic error: probe point is not allowed for unprivileged users: keyword at <input>:1:24 while resolving probe point module("*scsi*").function("*")
        source: probe module("*scsi*").function("*") { }
                                       ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point is not allowed for unprivileged users: keyword at <input>:1:24 while resolving probe point module("*scsi*").function("*")

        source: probe module("*scsi*").function("*") { }

                                       ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 24351 exp12 0 1
XFAIL: unprivilegedko/three.stp
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedko/two.stp
starting /home/src/testsuite/systemtap.unprivileged/unprivilegedko/two.stp
spawn2 /home/src/testsuite/systemtap.unprivileged/unprivilegedko/two.stp
spawn /home/src/testsuite/systemtap.unprivileged/unprivilegedko/two.stp
semantic error: probe point is not allowed for unprivileged users: identifier 'trace' at <input>:1:14 while resolving probe point kernel.trace("*")
        source: probe kernel.trace("*") {}
                             ^
Pass 2: analysis failed.  Try again with another '--vp 01' option.
semantic error: probe point is not allowed for unprivileged users: identifier 'trace' at <input>:1:14 while resolving probe point kernel.trace("*")

        source: probe kernel.trace("*") {}

                             ^

Pass 2: analysis failed.  Try again with another '--vp 01' option.
wait results: 24356 exp12 0 1
XFAIL: unprivilegedko/two.stp
testcase /home/src/testsuite/systemtap.unprivileged/unprivilegedko.exp completed in 3 seconds
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedok.exp ...
PASS: unprivilegedok compile
Running /home/src/testsuite/systemtap.unprivileged/unprivilegedok/one.stp
starting /home/src/testsuite/systemtap.unprivileged/unprivilegedok/one.stp
spawn2 /home/src/testsuite/systemtap.unprivileged/unprivilegedok/one.stp
spawn /home/src/testsuite/systemtap.unprivileged/unprivilegedok/one.stp
# probes
never /* <- never */
# probes

never /* <- never */
wait results: 24366 exp12 0 0
PASS: unprivilegedok/one.stp
testcase /home/src/testsuite/systemtap.unprivileged/unprivilegedok.exp completed in 1 seconds

		=== systemtap Summary ===

# of expected passes		959
# of unexpected failures	53
# of unexpected successes	8
# of expected failures		229
# of known failures		9
# of untested testcases		230
# of unsupported tests		2
as_root /bin/rm -f /lib/modules/2.6.35-rc3/kernel/systemtap_test_module1.ko
OUT 
RC 0
as_root /sbin/rmmod systemtap_test_module1
OUT ERROR: Module systemtap_test_module1 does not exist in /proc/modules
RC 1
as_root /bin/rm -f /lib/modules/2.6.35-rc3/kernel/systemtap_test_module2.ko
OUT 
RC 0
as_root /sbin/rmmod systemtap_test_module2
OUT ERROR: Module systemtap_test_module2 does not exist in /proc/modules
RC 1
runtest completed at Tue Jun 22 17:57:54 2010