Release/2.24

Contents

Current status
Planning
1. Release blockers?
2. Desirable this release?
Known Issues
1. Build and test issues
2. Packaging Changes

1. Current status

The release branch of glibc-2.24 is maintained by Adhemerval Zanella and its current release is 2.24.0 (tagged on 2016-08-02). There are no immediate plans for the next release.

The ref structure of this branch is:

release/2.24/master: main branch
glibc-2.24.0: revision releases tagged out of release/2.24/master

These people are interested in contents and further revisions tagged on the branch:

Carlos O'Donell (Fedora F25)

The general policies for release branches apply to this branch. Do you think a certain bugfix should be included in this branch?

Is the fix committed in master? It has to be, unless it's not applicable to master (e.g. code has been rewritten meantime).
Do you have commit permissions? If so, go ahead if you think it's reasonably safe. break;
Can you handle Git yourself? Then you can clone the glibc repository, cherry-pick the appropriate fixes, push your branch out and send a pull request at libc-alpha. break;
Add the glibc_2.24 keyword to the appropriate bug report.
If there is no appropriate bug report, send a request for the fix to be included to libc-alpha.

A revision release is tagged either when some critical bug-fix appears, or after some period of real-world testing, usually mainly in some SUSE distribution branch (but other distributions are welcome to run latest release/2.24/master as well, more so if they tell me about it!).

2. Planning

What things do we want to accomplish this release?

2.1. Release blockers?

[BZ #20314] Make copies of cstdlib/cmath and use them
[BZ #20139] Don't allow configure with not supporting AVX512 assembler w/o --disable-avx512
[BZ #20309] X86-64: Properly align stack in _dl_tlsdesc_dynamic
Revised^2: deprecate major/minor/makedev in sys/types.h
Refactor Linux raise implementation (BZ#15368)
Remove __ASSUME_OFF_DIFF_OFF64 definition
Add pretty printers for the NPTL lock types
- Moved to 2.25
Add security bugs to NEWS
- Go through fixed security+ bugs. Try to obtain CVE identifiers where they are still missing.
- Bugzilla query
- CVE assignments from MITRE
[BZ #13165] New condition variable
- Moved to 2.25
S390: Use DT_JUMPREL in prelink undo code. (requirement for partial relro support on s390)
[BZ #20024] Fixed vector sincos/sincosf ABI
malloc: Remove malloc_get_state, malloc_set_state
- Suggest moving to 2.25.
- Moved to 2.25.
[PATCH] Fix cos computation for multiple precision fallback (bz #20357)

2.2. Desirable this release?

3. Known Issues

Starting with this glibc release, when Emacs is compiled, Emacs will switch to its internal malloc implementation. This has the following consequences:
- When compiling older Emacs releases with newer GCC versions, it is necessary to specify the -ffreestanding flag for GCC. Otherwise calloc in src/gmalloc.c will end up with an infinite recursion. This has been fixed in a different way for emacs-25 in this commit.
- On 64-bit systems with aggressive ASLR (such as ppc64), the Emacs-internal malloc needs a lot of memory (typically 12 GiB). This has been fixed for emacs-25 in this commit.

3.1. Build and test issues

Describe build and test issues for each architecture, or confirm a clean build with no testsuite failures. The list below is not a complete list of ABI variants; testing should try to cover the different ABI variants as far as possible.

Build system: UNAME -a, GCC?, Binutils?, Kernel ?

TRIMMED LIST OF FAILURES.

3.1.1. Architecture-independent

On systems with limited memory, stdio-common/test-vfprintf and stdio-common/bug22 may fail (bug 14231).
If cross-testing, and the physical path to the build directory is different on the build system and the host used for testing (if it involves a symlink on one system but not the other), io/ftwtest fails.
If the test system does not have suitable copies of libgcc_s.so and libstdc++.so installed in system library directories, it is necessary to copy or symlink them into the build directory before testing (see https://sourceware.org/ml/libc-alpha/2012-04/msg01014.html regarding the use of system library directories here).
Cause of nptl/tst-cancel24-static failure, seen on multiple architectures, unknown, but responsible commit identified.

3.1.2. AArch64

Build system: Red Hat Enterprise Linux 7.2: gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC), GNU assembler version 2.23.52.0.1 (aarch64-redhat-linux) using BFD version version 2.23.52.0.1-55.el7 20130226, Linux 4.2.0-0.21.el7.aarch64 (Carlos O'Donell)

FAIL: debug/tst-backtrace5
FAIL: debug/tst-backtrace6
FAIL: math/basic-test
FAIL: math/test-double
FAIL: math/test-float
FAIL: math/test-ldouble
UNSUPPORTED: math/test-nearbyint-except-2
UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
      6 FAIL
   2396 PASS
      4 UNSUPPORTED
     45 XFAIL

The UNSUPPORTED tests are because the system C++ compiler doesn't support thread_local.
The tst-backtrace5 and test-backtrace6 are discussed here: https://sourceware.org/ml/libc-alpha/2014-08/msg00139.html

3.1.3. Alpha

Build system: alpha EV68AL Tsunami, gcc (Gentoo 5.4.0 p1.0, pie-0.6.5), GNU assembler (Gentoo 2.25.1 p1.1), Linux headers 4.6, Linux 4.6.0. (Mike Frysinger)

FAIL: conform/ISO/math.h/linknamespace
FAIL: conform/POSIX2008/termios.h/conform
FAIL: conform/POSIX/math.h/linknamespace
FAIL: conform/UNIX98/math.h/linknamespace
FAIL: conform/UNIX98/termios.h/conform
FAIL: conform/XOPEN2K8/netdb.h/conform
FAIL: conform/XOPEN2K8/termios.h/conform
FAIL: conform/XOPEN2K/netdb.h/conform
FAIL: conform/XOPEN2K/termios.h/conform
FAIL: conform/XPG3/math.h/linknamespace
FAIL: conform/XPG3/termios.h/conform
FAIL: conform/XPG4/math.h/linknamespace
FAIL: conform/XPG4/termios.h/conform
FAIL: crypt/badsalttest
FAIL: debug/tst-backtrace5
FAIL: debug/tst-backtrace6
FAIL: elf/check-localplt
FAIL: elf/tst-prelink-cmp
FAIL: io/tst-fts-lfs
FAIL: math/test-double
FAIL: math/test-double-finite
FAIL: math/test-fenv-return
FAIL: math/test-float
FAIL: math/test-float-finite
FAIL: math/test-idouble
FAIL: math/test-ifloat
FAIL: math/test-ldouble
FAIL: math/test-ldouble-finite
FAIL: nptl/tst-eintr1

3.1.4. ARM

Build system: (hard-float ABI) GCC 5.4.1 20160701, binutils 2.26.51.20160701, Linux 3.5.0 (Joseph Myers)

FAIL: elf/tst-ldconfig-X
FAIL: io/ftwtest
FAIL: nptl/tst-cancel24-static

elf/tst-ldconfig-X failure appears to be a glitch on the test system.

3.1.5. HPPA

Build system: parisc PA8600 (PCX-W+) 9000/785/C3600, gcc (Gentoo 4.8.4 p1.6, pie-0.6.1), GNU assembler (Gentoo 2.25.1 p1.1), Linux headers 3.18, Linux 3.18.7-gentoo. (Mike Frysinger)

FAIL: debug/backtrace-tst
FAIL: debug/tst-backtrace2
FAIL: debug/tst-backtrace3
FAIL: debug/tst-backtrace4
FAIL: debug/tst-backtrace5
FAIL: debug/tst-backtrace6
FAIL: elf/check-execstack
FAIL: elf/check-localplt
FAIL: elf/check-textrel
FAIL: elf/tst-audit2
FAIL: malloc/tst-mallocfork2
FAIL: math/test-float
FAIL: nptl/tst-cancel24-static
FAIL: nptl/tst-cancel3
FAIL: nptl/tst-cancel4
FAIL: nptl/tst-cancel5
FAIL: nptl/tst-cancelx20
FAIL: nptl/tst-cancelx21
FAIL: nptl/tst-cancelx3
FAIL: nptl/tst-cancelx4
FAIL: nptl/tst-cancelx5
FAIL: nptl/tst-cleanup4
FAIL: nptl/tst-cleanupx4
FAIL: nptl/tst-default-attr
FAIL: nptl/tst-stack4
FAIL: rt/tst-cputimer1
FAIL: rt/tst-cputimer2
FAIL: rt/tst-cputimer3
FAIL: rt/tst-mqueue8
FAIL: rt/tst-mqueue8x
FAIL: rt/tst-timer4
FAIL: rt/tst-timer5
FAIL: stdlib/tst-makecontext
FAIL: stdlib/tst-setcontext2
FAIL: stdlib/tst-setcontext3

3.1.6. IA64

Note: Building with gcc-4.8+ and --hash-style=gnu will create an ldso that segfaults immediately. See https://gcc.gnu.org/PR60465 for more details. You can workaround this in three ways:

build glibc with >=gcc-5.4
build glibc with <=gcc-4.7
build glibc with -Wl,--hash-style=sysv
build glibc with this hack

Build system: ia64 Dual-Core Intel(R) Itanium(R) Processor 9040, gcc (Gentoo 4.9.3 p1.2, pie-0.6.3), GNU assembler (Gentoo 2.25.1 p1.1), Linux headers 4.3, Linux 3.14.14-gentoo. (Mike Frysinger)

FAIL: debug/tst-backtrace4
FAIL: math/test-double
FAIL: math/test-double-finite
FAIL: math/test-fenv-return
FAIL: math/test-float
FAIL: math/test-float-finite
FAIL: math/test-idouble
FAIL: math/test-ifloat
FAIL: math/test-ildoubl
FAIL: math/test-ldouble
FAIL: math/test-ldouble-finite
FAIL: math/test-nearbyint-except
FAIL: misc/tst-clone2
FAIL: nptl/tst-cancel24-static
FAIL: nptl/tst-exec1
FAIL: posix/tst-spawn
FAIL: posix/tst-spawn2
FAIL: posix/tst-spawn-static
FAIL: rt/tst-cpuclock2
FAIL: stdio-common/tst-long-dbl-fphex
FAIL: stdlib/tst-makecontext3

tst-backtrace4 is known to fail on IA64 due to limited backtrace output; mailing list thread
all the math/ tests probably match some open bugs on the topic, or need some baselines updated, or are limitations in the IA64 optimized libm
tst-cancel24-static crash is unknown
tst-cpuclock2 seems to be flaky as it passes normally, but sometimes fails under load
tst-makecontext3 fails as makecontext is known to be limited on IA64; bug 14250

3.1.7. M68K

Build system: gcc (Gentoo 4.9.2 p1.4, pie-0.6.2), GNU assembler (Gentoo 2.25.1 p1.0), Linux headers 4.6 (Mike Frysinger)

Build-test only for m68k-unknown-linux-gnu is OK.

3.1.8. MicroBlaze

Build system: gcc (Gentoo 4.9.3 p1.2, pie-0.6.2), GNU assembler (Gentoo 2.25.1 p1.0), Linux headers 4.6 (Mike Frysinger)

Build-test only for microblaze-linux-gnu is OK.

3.1.9. MIPS

Build system: GCC 5.4.1 20160701, binutils 2.26.51.20160701, Linux 3.16.0 (LE hard-float), 3.14.0 (BE soft-float) (Joseph Myers)

The following failures apply to both BE and LE, o32, n32 and n64, both hard-float and soft-float.

FAIL: elf/check-execstack
FAIL: elf/check-localplt
FAIL: elf/tst-execstack
FAIL: elf/tst-execstack-needed
FAIL: elf/tst-ldconfig-X
FAIL: nptl/tst-cancel24-static
FAIL: nptl/tst-execstack
FAIL: stdio-common/bug22
FAIL: stdio-common/test-vfprintf
FAIL: timezone/tst-tzset

Also seen for n32:

FAIL: misc/tst-preadvwritev
FAIL: misc/tst-preadvwritev64

The following apply to soft-float:

FAIL: math/test-fenv
FAIL: math/test-fenvinline
FAIL: math/test-nearbyint-except

Also seen for BE n32 soft-float:

FAIL: rt/tst-cpuclock2

On soft-float MIPS systems, there is no support for floating-point exceptions and rounding modes, causing math/test-fenv, math/test-fenvinline and math/test-nearbyint-except to fail.
MIPS GCC does not use PT_GNU_STACK markers, causing elf/check-execstack to fail. Because of how the kernel FPU emulator works, fixing this involves complicated changes to components including both the Linux kernel and glibc.
Peculiarities of MIPS ELF cause elf/check-localplt to fail.
timezone/tst-tzset creates a 4GB file in $TMPDIR and fails if there is not enough disk space.
elf/tst-ldconfig-X failure cause unknown.

3.1.10. Nios II

Build system: GCC 5.4.1 20160726, binutils 2.26.51, Linux headers 4.6 (Chung-Lin Tang)

FAIL: elf/tst-ldconfig-X
FAIL: elf/tst-rtld-load-self
FAIL: elf/tst-tls13
FAIL: iconvdata/tst-tables
FAIL: io/ftwtest
FAIL: malloc/tst-malloc-thread-fail
FAIL: malloc/tst-mallocfork2
FAIL: nptl/tst-cancel24-static
FAIL: nptl/tst-cancel7
FAIL: nptl/tst-cancelx7
FAIL: nptl/tst-cond12
FAIL: nptl/tst-cond13
FAIL: nptl/tst-exit2
FAIL: nptl/tst-stack4
FAIL: nss/tst-nss-getpwent
FAIL: stdio-common/bug22
FAIL: stdio-common/test-vfprintf
FAIL: stdio-common/tst-sprintf
FAIL: timezone/tst-tzset
FAIL: wcsmbs/test-wcsncmp
FAIL: build stdlib/bug-getcontext.o
FAIL: build sunrpc/tst-xdrmem
FAIL: build sunrpc/tst-xdrmem2

Requires GCC 5.4 or newer to build; older versions triggers ICE in GCC.
malloc/tst-mallocfork2 is due to timeout, verified to work manually.
elf/tst-ldconfig-X and nptl/tst-exit2 may be due to test system problems, verified to work manually.
Others are known from previous release

3.1.11. PowerPC (32-bit soft-float)

Build system: (soft-float) GCC 5.4.1 20160701, binutils 2.26.51.20160701, Linux 3.10.38 (Joseph Myers)

FAIL: io/ftwtest
FAIL: math/test-ildoubl
FAIL: math/test-ldouble
FAIL: math/test-ldouble-finite
FAIL: math/test-nearbyint-except-2
FAIL: stdio-common/bug22
FAIL: stdio-common/test-vfprintf
FAIL: stdlib/tst-setcontext2
FAIL: timezone/tst-tzset

test-ildoubl, test-ldouble, test-ldouble-finite and test-nearbyint-except-2 fail because of IBM long double issues.
Cause of stdlib/tst-setcontext2 failure unknown.
timezone/tst-tzset creates a 4GB file in $TMPDIR and fails if there is not enough disk space.

3.1.12. PowerPC (32-bit hard-float)

Build System: Red Hat Enterprise Linux 7.2: gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC), GNU assembler version 2.23.52.0.1 (ppc64-redhat-linux) using BFD version version 2.23.52.0.1-55.el7 20130226, Linux 3.10.0-327.18.2.el7.ppc64 (Carlos O'Donell)

FAIL: math/test-double
FAIL: math/test-float
FAIL: math/test-ildoubl
FAIL: math/test-ldouble
FAIL: math/test-ldouble-finite
UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
      5 FAIL
   2405 PASS
      3 UNSUPPORTED
     45 XFAIL

The UNSUPPORTED tests are because the system C++ compiler doesn't support thread_local.

3.1.13. PowerPC (64-bit hard-float)

XPASS: elf/tst-protected1a
XPASS: elf/tst-protected1b
FAIL: math/test-double
FAIL: math/test-float
FAIL: math/test-ildoubl
FAIL: math/test-ldouble
FAIL: math/test-ldouble-finite
UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
      5 FAIL
   2436 PASS
      3 UNSUPPORTED
     43 XFAIL
      2 XPASS

The UNSUPPORTED tests are because the system C++ compiler doesn't support thread_local.

3.1.14. PowerPC64LE (64-bit hard-float)

Build System: Red Hat Enterprise Linux 7.2: gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC), GNU assembler version 2.23.52.0.1 (ppc64le-redhat-linux) using BFD version version 2.23.52.0.1-55.el7 20130226, Linux 3.10.0-327.18.2.el7.ppc64le (Carlos O'Donell)

XPASS: elf/tst-protected1a
XPASS: elf/tst-protected1b
FAIL: math/test-double
FAIL: math/test-float
FAIL: math/test-ildoubl
FAIL: math/test-ldouble
FAIL: math/test-ldouble-finite
UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
      5 FAIL
   2436 PASS
      3 UNSUPPORTED
     43 XFAIL
      2 XPASS

The UNSUPPORTED tests are because the system C++ compiler doesn't support thread_local.

3.1.15. S/390 (32-bit)

Build System: Red Hat Enterprise Linux 7.2: gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC), GNU assembler version 2.26.51 (s390-redhat-linux) using BFD version (GNU Binutils) 2.26.51.20160715, Linux 3.10.0-327.18.2.el7.s390x (Carlos O'Donell)

UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
FAIL: timezone/tst-tzset
Summary of test results:
      1 FAIL
   2429 PASS
      3 UNSUPPORTED
     45 XFAIL

The UNSUPPORTED tests are because the system C++ compiler doesn't support thread_local.
The timezone/tst-tzset failed on 31bit in some combinations of gcc-versions and optimization levels due to memcpy is clobbering r13. This is fixed in commit "S390: Do not clobber r13 with memcpy on 31bit with copies >1MB." before glibc release 2.24. (Stefan Liebler)

Build system: gcc version 5.3.0, GNU Binutils version 2.25, Linux 4.2 (Stefan Liebler)

FAIL: nptl/tst-setuid2

nptl/tst-setuid2 passes with root privileges.

3.1.16. S/390 (64-bit)

Build System: Red Hat Enterprise Linux 7.2: gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC), GNU assembler version 2.23.52.0.1 (s390x-redhat-linux) using BFD version version 2.23.52.0.1-55.el7 20130226, Linux 3.10.0-327.18.2.el7.s390x (Carlos O'Donell)

UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
   2431 PASS
      3 UNSUPPORTED
     45 XFAIL

The UNSUPPORTED tests are because the system C++ compiler doesn't support thread_local.

Build system: gcc version 5.3.0, GNU Binutils version 2.25, Linux 4.2 (Stefan Liebler)

FAIL: nptl/tst-cancelx4
FAIL: nptl/tst-cancelx5
FAIL: nptl/tst-cancelx16
FAIL: nptl/tst-setuid2

nptl/tst-setuid2 passes with root privileges.
nptl/tst-cancelx4|5 fails due to "cleanup handler not called for 'sigwait'". GCCs >= 4.9 and <= 5.3 saves r15 in a floating-point register in do_sigwait() and emits false cfi information. If a thread is cancelled while sigwait blocks, unwinding has already stopped before the function with the cleanup-handler. See gcc commits "S/390: Fix cfi for GPR 2 FPR saves" in gcc 4.9 branch, gcc 5 branch and gcc 6 branch. This occures if built with -O2. With -O3, r15 is not saved in fpr here and the test passes.
nptl/tst-cancelx16 fails due to not called cleanup handler around lockf - same issue as above.

3.1.17. SuperH

Build system: gcc (Gentoo 4.9.2 p1.4, pie-0.6.2), GNU assembler (Gentoo 2.25.1 p1.0), Linux headers 4.6 (Mike Frysinger)

Build-test only for sh4-unknown-linux-gnu is OK.

3.1.18. SPARC (32-bit)

3.1.19. SPARC (64-bit)

3.1.20. TILE-Gx (64-bit and 32-bit)

Build system: TILE-Gx72 running CentOS 6.3, with gcc 4.8.2, binutils 2.21, and Linux 3.10.55. (Chris Metcalf)

FAIL: nptl/tst-cancel24
FAIL: nptl/tst-cancel24-static
FAIL: nptl/tst-cancelx16
FAIL: nptl/tst-cancelx17
FAIL: nptl/tst-cancelx18
FAIL: nptl/tst-cancelx20
FAIL: nptl/tst-cancelx21
FAIL: nptl/tst-cancelx4
FAIL: nptl/tst-cancelx5
FAIL: nptl/tst-cleanupx0
FAIL: nptl/tst-cleanupx1
FAIL: nptl/tst-cleanupx3
FAIL: nptl/tst-cleanupx4
FAIL: nptl/tst-oncex3
FAIL: nptl/tst-oncex4
FAIL: rt/tst-mqueue8x

The failures above are due to bug 14266

FAIL: nptl/tst-cancel17

This is a segfault, cause unknown.

FAIL: nptl/tst-cancel19

The failure above occurs only on tilegx32: timeout, cause unknown.

3.1.21. TILEPro

Cross "make" on x86_64 successful with binutils-2.23.1, linux-3.9.2 headers, and gcc 4.7.3. "make check" was not run. (Chris Metcalf)

3.1.22. x86 (32-bit, Linux)

Build System: Red Hat Enterprise Linux 7.2: gcc version 4.8.5 20150623 (Red Hat 4.8.5-4) (GCC), GNU assembler version 2.26.51 (x86_64-pc-linux-gnu) using BFD version (GNU Binutils) 2.26.51.20160715, Linux 3.10.0-327.18.2.el7.x86_64 (Carlos O'Donell)

XPASS: elf/tst-protected1a
XPASS: elf/tst-protected1b
UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
   2444 PASS
      3 UNSUPPORTED
     43 XFAIL
      2 XPASS

The UNSUPPORTED tests are because the system compiler does not support thread_local.

3.1.23. x86_64 (64-bit, Linux)

UNSUPPORTED: elf/tst-audit10
XPASS: elf/tst-protected1a
XPASS: elf/tst-protected1b
UNSUPPORTED: math/test-double-libmvec-alias-avx2
UNSUPPORTED: math/test-double-libmvec-alias-avx2-main
UNSUPPORTED: math/test-double-libmvec-sincos-avx2
UNSUPPORTED: math/test-float-libmvec-alias-avx2
UNSUPPORTED: math/test-float-libmvec-alias-avx2-main
UNSUPPORTED: math/test-float-libmvec-sincosf-avx2
UNSUPPORTED: nptl/tst-thread_local1
UNSUPPORTED: stdlib/tst-quick_exit
UNSUPPORTED: stdlib/tst-thread-quick_exit
Summary of test results:
   2475 PASS
     10 UNSUPPORTED
     43 XFAIL
      2 XPASS

The UNSUPPORTED AVX2 tests are because the hardware under test did not have AVX2 support, likewise tst-audit10.
The other UNSUPPORTED tests are because the system compiler does not support thread_local.

3.1.24. x86_64 (x32, Linux)

Build System: Fedora 24: gcc version 6.1.1 20160621 (Red Hat 6.1.1-3) (GCC), (Linux/GNU Binutils) 2.26.51.0.2.20160711 , Linux 4.6.4-301.fc24.x86_64 (H.J. Lu)

FAIL: elf/tst-leaks1-mem
      1 FAIL
      5 XFAIL
FAIL: nptl/tst-setuid2
      1 FAIL

FAIL: elf/tst-leaks1-mem is due to

https://sourceware.org/bugzilla/show_bug.cgi?id=14681

and nptl/tst-setuid2 never passes for me.

3.1.25. x86 (32-bit, Hurd)

3.2. Packaging Changes

Describe any distribution packing changes that may be required.

The type union wait was removed. Applications need to replace it with int, and use the W* macros from <sys/wait.h> (such as WEXITSTATUS) instead of union member access. This commit shows an example of such a change: https://sourceware.org/git/?p=glibc.git;a=commitdiff;h=30bcdc1860a9e80afad11c94e508f962a6563205 Portable applications have configure checks for union wait and will select different code automatically because union wait once was a BSD compatibility extension, but it has been removed from FreeBSD and others for a very long time.