ksymoops 2.4.9 on i686 2.6.0-test6-mm1.  Options used
     -V (default)
     -k /proc/ksyms (default)
     -l /proc/modules (default)
     -o /lib/modules/2.6.0-test6-mm1/ (default)
     -m /usr/src/linux/System.map (default)

Warning: You did not tell me where to find symbol information.  I will
assume that the log matches the kernel and modules that are running
right now and I'll use the default options above for symbol resolution.
If the current kernel and/or modules do not match the log, you can get
more accurate output by telling me the kernel version and where to find
map, modules, ksyms etc.  ksymoops -h explains the options.

Error (regular_file): read_ksyms stat /proc/ksyms failed
No modules in ksyms, skipping objects
No ksyms, skipping lsmod
Machine check exception polling timer started.
e100: selftest OK.
e100: eth0: Intel(R) PRO/100 Network Connection
cs: memory probe 0x0c0000-0x0fffff: excluding 0xc0000-0xcffff 0xe0000-0xfffff
Unable to handle kernel paging request at virtual address e1962000
c0305009
*pde = 1fde9067
Oops: 0002 [#1]
CPU:    0
EIP:    0060:[<c0305009>]    Not tainted VLI
Using defaults from ksymoops -t elf32-i386 -a i386
EFLAGS: 00010206
eax: 00000000   ebx: 00000002   ecx: 000013ee   edx: 00005fb8
esi: 00002fdc   edi: e1962000   ebp: de8e39e0   esp: da8b3f14
ds: 007b   es: 007b   ss: 0068
Stack: 00000002 0809723f 00002fdc dc3cb400 c178ec80 c02f21df 00000002 e1961000 
       00002fdc d61e6b00 de8e39e0 c1792600 d61e6b00 c02f3641 de8e39e0 d61e6b00 
       d61e6b00 00000000 dffc06c0 c1671c80 c015bba2 c1671c80 d61e6b00 c167c680 
Call Trace:
 [<c02f21df>] snd_pcm_oss_sync+0x69/0x15f
 [<c02f3641>] snd_pcm_oss_release+0x22/0xc3
 [<c015bba2>] __fput+0x10c/0x11e
 [<c015a273>] filp_close+0x59/0x86
 [<c016bcc4>] sys_dup2+0xe6/0x124
 [<c03a0b8f>] syscall_call+0x7/0xb
Code: 24 e8 8d fe ff ff 89 f1 8b 7c 24 1c eb ea 89 1c 24 e8 7d fe ff ff 66 85 c0 89 c2 75 1f 8d 14 36 31 c0 8b 7c 24 1c 89 d1 c1 e9 02 <f3> ab f6 c2 02 74 02 66 ab f6 c2 01 74 01 aa eb be 89 f0 83 ee 


>>EIP; c0305009 <snd_pcm_format_set_silence+9c/1d6>   <=====

>>edx; 00005fb8 <__crc_ide_cmd_ioctl+47d2/34adda>
>>esi; 00002fdc <__crc_ide_cmd_ioctl+17f6/34adda>
>>edi; e1962000 <__crc_snd_component_add+2d018e/7434f6>
>>ebp; de8e39e0 <__crc_mpage_readpages+afd2e/102408>
>>esp; da8b3f14 <__crc_sock_setsockopt+10cd10/156291>

Trace; c02f21df <snd_pcm_oss_sync+69/15f>
Trace; c02f3641 <snd_pcm_oss_release+22/c3>
Trace; c015bba2 <__fput+10c/11e>
Trace; c015a273 <filp_close+59/86>
Trace; c016bcc4 <sys_dup2+e6/124>
Trace; c03a0b8f <syscall_call+7/b>

This architecture has variable length instructions, decoding before eip
is unreliable, take these instructions with a pinch of salt.

Code;  c0304fde <snd_pcm_format_set_silence+71/1d6>
00000000 <_EIP>:
Code;  c0304fde <snd_pcm_format_set_silence+71/1d6>
   0:   24 e8                     and    $0xe8,%al
Code;  c0304fe0 <snd_pcm_format_set_silence+73/1d6>
   2:   8d                        lea    (bad),%edi
Code;  c0304fe1 <snd_pcm_format_set_silence+74/1d6>
   3:   fe                        (bad)  
Code;  c0304fe2 <snd_pcm_format_set_silence+75/1d6>
   4:   ff                        (bad)  
Code;  c0304fe3 <snd_pcm_format_set_silence+76/1d6>
   5:   ff 89 f1 8b 7c 24         decl   0x247c8bf1(%ecx)
Code;  c0304fe9 <snd_pcm_format_set_silence+7c/1d6>
   b:   1c eb                     sbb    $0xeb,%al
Code;  c0304feb <snd_pcm_format_set_silence+7e/1d6>
   d:   ea 89 1c 24 e8 7d fe      ljmp   $0xfe7d,$0xe8241c89
Code;  c0304ff2 <snd_pcm_format_set_silence+85/1d6>
  14:   ff                        (bad)  
Code;  c0304ff3 <snd_pcm_format_set_silence+86/1d6>
  15:   ff 66 85                  jmp    *0xffffff85(%esi)
Code;  c0304ff6 <snd_pcm_format_set_silence+89/1d6>
  18:   c0 89 c2 75 1f 8d 14      rorb   $0x14,0x8d1f75c2(%ecx)
Code;  c0304ffd <snd_pcm_format_set_silence+90/1d6>
  1f:   36                        ss
Code;  c0304ffe <snd_pcm_format_set_silence+91/1d6>
  20:   31 c0                     xor    %eax,%eax
Code;  c0305000 <snd_pcm_format_set_silence+93/1d6>
  22:   8b 7c 24 1c               mov    0x1c(%esp,1),%edi
Code;  c0305004 <snd_pcm_format_set_silence+97/1d6>
  26:   89 d1                     mov    %edx,%ecx
Code;  c0305006 <snd_pcm_format_set_silence+99/1d6>
  28:   c1 e9 02                  shr    $0x2,%ecx

This decode from eip onwards should be reliable

Code;  c0305009 <snd_pcm_format_set_silence+9c/1d6>
00000000 <_EIP>:
Code;  c0305009 <snd_pcm_format_set_silence+9c/1d6>   <=====
   0:   f3 ab                     repz stos %eax,%es:(%edi)   <=====
Code;  c030500b <snd_pcm_format_set_silence+9e/1d6>
   2:   f6 c2 02                  test   $0x2,%dl
Code;  c030500e <snd_pcm_format_set_silence+a1/1d6>
   5:   74 02                     je     9 <_EIP+0x9>
Code;  c0305010 <snd_pcm_format_set_silence+a3/1d6>
   7:   66 ab                     stos   %ax,%es:(%edi)
Code;  c0305012 <snd_pcm_format_set_silence+a5/1d6>
   9:   f6 c2 01                  test   $0x1,%dl
Code;  c0305015 <snd_pcm_format_set_silence+a8/1d6>
   c:   74 01                     je     f <_EIP+0xf>
Code;  c0305017 <snd_pcm_format_set_silence+aa/1d6>
   e:   aa                        stos   %al,%es:(%edi)
Code;  c0305018 <snd_pcm_format_set_silence+ab/1d6>
   f:   eb be                     jmp    ffffffcf <_EIP+0xffffffcf>
Code;  c030501a <snd_pcm_format_set_silence+ad/1d6>
  11:   89 f0                     mov    %esi,%eax
Code;  c030501c <snd_pcm_format_set_silence+af/1d6>
  13:   83                        .byte 0x83
Code;  c030501d <snd_pcm_format_set_silence+b0/1d6>
  14:   ee                        out    %al,(%dx)


1 warning and 1 error issued.  Results may not be reliable.