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Re: 'g/G' GDB commands


I've found the register layout for the g/G commands with the "maint print
registers" command and it looks like this : 

Name         Nr  Rel Offset    Size  Type
g0            0    0      0       4 int32_t
g1            1    1      4       4 int32_t
g2            2    2      8       4 int32_t
g3            3    3     12       4 int32_t
g4            4    4     16       4 int32_t
g5            5    5     20       4 int32_t
g6            6    6     24       4 int32_t
g7            7    7     28       4 int32_t
o0            8    8     32       4 int32_t
o1            9    9     36       4 int32_t
o2           10   10     40       4 int32_t
o3           11   11     44       4 int32_t
o4           12   12     48       4 int32_t
o5           13   13     52       4 int32_t
sp           14   14     56       4 *1
o7           15   15     60       4 int32_t
l0           16   16     64       4 int32_t
l1           17   17     68       4 int32_t
l2           18   18     72       4 int32_t
l3           19   19     76       4 int32_t
l4           20   20     80       4 int32_t
l5           21   21     84       4 int32_t
l6           22   22     88       4 int32_t
l7           23   23     92       4 int32_t
i0           24   24     96       4 int32_t
i1           25   25    100       4 int32_t
i2           26   26    104       4 int32_t
i3           27   27    108       4 int32_t
i4           28   28    112       4 int32_t
i5           29   29    116       4 int32_t
fp           30   30    120       4 *1
i7           31   31    124       4 int32_t
f0           32   32    128       4 float
f1           33   33    132       4 float
f2           34   34    136       4 float
f3           35   35    140       4 float
f4           36   36    144       4 float
f5           37   37    148       4 float
f6           38   38    152       4 float
f7           39   39    156       4 float
f8           40   40    160       4 float
f9           41   41    164       4 float
f10          42   42    168       4 float
f11          43   43    172       4 float
f12          44   44    176       4 float
f13          45   45    180       4 float
f14          46   46    184       4 float
f15          47   47    188       4 float
f16          48   48    192       4 float
f17          49   49    196       4 float
f18          50   50    200       4 float
f19          51   51    204       4 float
f20          52   52    208       4 float
f21          53   53    212       4 float
f22          54   54    216       4 float
f23          55   55    220       4 float
f24          56   56    224       4 float
f25          57   57    228       4 float
f26          58   58    232       4 float
f27          59   59    236       4 float
f28          60   60    240       4 float
f29          61   61    244       4 float
f30          62   62    248       4 float
f31          63   63    252       4 float
y            64   64    256       4 int32_t
psr          65   65    260       4 int32_t
wim          66   66    264       4 int32_t
tbr          67   67    268       4 int32_t
pc           68   68    272       4 *1
npc          69   69    276       4 *1
fsr          70   70    280       4 int32_t
csr          71   71    284       4 int32_t
d0           72    0    288       8 double
d2           73    1    296       8 double
d4           74    2    304       8 double
d6           75    3    312       8 double
d8           76    4    320       8 double
d10          77    5    328       8 double
d12          78    6    336       8 double
d14          79    7    344       8 double
d16          80    8    352       8 double
d18          81    9    360       8 double
d20          82   10    368       8 double
d22          83   11    376       8 double
d24          84   12    384       8 double
d26          85   13    392       8 double
d28          86   14    400       8 double
d30          87   15    408       8 double

Thanks for your answers.


Daniel Jacobowitz-2 wrote:
> 
> On Thu, Nov 15, 2007 at 10:54:27AM +0100, Guillaume MENANT wrote:
>> The chip I want to debug is the Atmel AT697E and I don't really know
>> which 
>> register of the AT697E corresponds to "32 general-purpose", "sr", "lo",
>> "hi", 
>> "bad", "cause", "fsr", "fir"... How can I have more information about
>> that ?
> 
> I doubt the Atmel AT697E is a MIPS; it's a SPARC, seems like.
> So that paragraph does not apply.
> 
> Configure a SPARC-targeted GDB and look at the output of "maint print
> registers".  That should give you an idea of the layout GDB expects.
> 
> -- 
> Daniel Jacobowitz
> CodeSourcery
> 
> 

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