ksymoops 2.4.9 on i686 2.6.9-rc3-mm1.  Options used
     -V (default)
     -k /proc/ksyms (default)
     -l /proc/modules (default)
     -o /lib/modules/2.6.9-rc3-mm1/ (default)
     -m /boot/System.map-2.6.9-rc3-mm1 (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.
 [<c0105e17>] dump_stack+0x17/0x20
 [<c018684b>] remove_proc_entry+0x13b/0x140
 [<d080a0e2>] uhci_hcd_init+0xe2/0xfc [uhci_hcd]
 [<c013484c>] sys_init_module+0x19c/0x2a0
 [<c0104f6d>] sysenter_past_esp+0x52/0x71
Unable to handle kernel paging request at virtual address d45a1290
c0142f6e
*pde = 00000000
Oops: 0000 [#1]
CPU:    0
EIP:    0060:[<c0142f6e>]    Not tainted VLI
Using defaults from ksymoops -t elf32-i386 -a i386
EFLAGS: 00010086   (2.6.9-rc3-mm1) 
eax: c1276c77   ebx: cfab9c20   ecx: c13e527c   edx: cfbc60a4
esi: 00000020   edi: 00000046   ebp: cf46fd74   esp: cf46fd64
ds: 007b   es: 007b   ss: 0068
Stack: cf46fd90 ffffff8d c1366b44 c13e510c cf46fd8c d081efd3 c13e510c ffffff8d 
       c1366b44 c13e510c cf46fdb0 d081fed3 c01ba362 cf54195c 00000000 00000292 
       d0821b00 c1366b44 c13e510c cf46fdd4 d0838a40 fffb98b8 00000246 cfbc60a4 
Call Trace:
 [<c0105df6>] show_stack+0xa6/0xb0
 [<c0105f6d>] show_registers+0x14d/0x1c0
 [<c0106154>] die+0xe4/0x170
 [<c01157f2>] do_page_fault+0x4c2/0x5f7
 [<c01059c9>] error_code+0x2d/0x38
 [<d081efd3>] uhci_alloc_urb_priv+0x23/0x90 [uhci_hcd]
 [<d081fed3>] uhci_urb_enqueue+0x63/0x270 [uhci_hcd]
 [<d0838a40>] hcd_submit_urb+0x120/0x190 [usbcore]
 [<d0839446>] usb_submit_urb+0x1e6/0x250 [usbcore]
 [<d0839743>] usb_start_wait_urb+0x43/0xd0 [usbcore]
 [<d0839830>] usb_internal_control_msg+0x60/0x80 [usbcore]
 [<d08398d0>] usb_control_msg+0x80/0xa0 [usbcore]
 [<d083645f>] hub_set_address+0x5f/0x80 [usbcore]
 [<d0836612>] hub_port_init+0x192/0x340 [usbcore]
 [<d0836a97>] hub_port_connect_change+0xe7/0x3c0 [usbcore]
 [<d0836f2a>] hub_events+0x1ba/0x390 [usbcore]
 [<d0837135>] hub_thread+0x35/0x100 [usbcore]
 [<c01032b5>] kernel_thread_helper+0x5/0x10
Code: c3 89 d6 75 48 89 f2 89 d8 e8 3f f3 ff ff 9c 5f fa 8b 13 8b 02 85 c0 74 45 ff 83 94 00 00 00 8b 02 c7 42 0c 01 00 00 00 48 89 02 <8b> 54 82 10 57 9d 89 d1 8b 45 04 89 f2 89 04 24 89 d8 e8 8b fb 


>>EIP; c0142f6e <kmem_cache_alloc+3e/90>   <=====

>>eax; c1276c77 <pg0+ea5c77/3fc2d400>
>>ebx; cfab9c20 <pg0+f6e8c20/3fc2d400>
>>ecx; c13e527c <pg0+101427c/3fc2d400>
>>edx; cfbc60a4 <pg0+f7f50a4/3fc2d400>
>>ebp; cf46fd74 <pg0+f09ed74/3fc2d400>
>>esp; cf46fd64 <pg0+f09ed64/3fc2d400>

Trace; c0105df6 <show_stack+a6/b0>
Trace; c0105f6d <show_registers+14d/1c0>
Trace; c0106154 <die+e4/170>
Trace; c01157f2 <do_page_fault+4c2/5f7>
Trace; c01059c9 <error_code+2d/38>
Trace; d081efd3 <pg0+1044dfd3/3fc2d400>
Trace; d081fed3 <pg0+1044eed3/3fc2d400>
Trace; d0838a40 <pg0+10467a40/3fc2d400>
Trace; d0839446 <pg0+10468446/3fc2d400>
Trace; d0839743 <pg0+10468743/3fc2d400>
Trace; d0839830 <pg0+10468830/3fc2d400>
Trace; d08398d0 <pg0+104688d0/3fc2d400>
Trace; d083645f <pg0+1046545f/3fc2d400>
Trace; d0836612 <pg0+10465612/3fc2d400>
Trace; d0836a97 <pg0+10465a97/3fc2d400>
Trace; d0836f2a <pg0+10465f2a/3fc2d400>
Trace; d0837135 <pg0+10466135/3fc2d400>
Trace; c01032b5 <kernel_thread_helper+5/10>

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

Code;  c0142f43 <kmem_cache_alloc+13/90>
00000000 <_EIP>:
Code;  c0142f43 <kmem_cache_alloc+13/90>
   0:   c3                        ret    
Code;  c0142f44 <kmem_cache_alloc+14/90>
   1:   89 d6                     mov    %edx,%esi
Code;  c0142f46 <kmem_cache_alloc+16/90>
   3:   75 48                     jne    4d <_EIP+0x4d>
Code;  c0142f48 <kmem_cache_alloc+18/90>
   5:   89 f2                     mov    %esi,%edx
Code;  c0142f4a <kmem_cache_alloc+1a/90>
   7:   89 d8                     mov    %ebx,%eax
Code;  c0142f4c <kmem_cache_alloc+1c/90>
   9:   e8 3f f3 ff ff            call   fffff34d <_EIP+0xfffff34d>
Code;  c0142f51 <kmem_cache_alloc+21/90>
   e:   9c                        pushf  
Code;  c0142f52 <kmem_cache_alloc+22/90>
   f:   5f                        pop    %edi
Code;  c0142f53 <kmem_cache_alloc+23/90>
  10:   fa                        cli    
Code;  c0142f54 <kmem_cache_alloc+24/90>
  11:   8b 13                     mov    (%ebx),%edx
Code;  c0142f56 <kmem_cache_alloc+26/90>
  13:   8b 02                     mov    (%edx),%eax
Code;  c0142f58 <kmem_cache_alloc+28/90>
  15:   85 c0                     test   %eax,%eax
Code;  c0142f5a <kmem_cache_alloc+2a/90>
  17:   74 45                     je     5e <_EIP+0x5e>
Code;  c0142f5c <kmem_cache_alloc+2c/90>
  19:   ff 83 94 00 00 00         incl   0x94(%ebx)
Code;  c0142f62 <kmem_cache_alloc+32/90>
  1f:   8b 02                     mov    (%edx),%eax
Code;  c0142f64 <kmem_cache_alloc+34/90>
  21:   c7 42 0c 01 00 00 00      movl   $0x1,0xc(%edx)
Code;  c0142f6b <kmem_cache_alloc+3b/90>
  28:   48                        dec    %eax
Code;  c0142f6c <kmem_cache_alloc+3c/90>
  29:   89 02                     mov    %eax,(%edx)

This decode from eip onwards should be reliable

Code;  c0142f6e <kmem_cache_alloc+3e/90>
00000000 <_EIP>:
Code;  c0142f6e <kmem_cache_alloc+3e/90>   <=====
   0:   8b 54 82 10               mov    0x10(%edx,%eax,4),%edx   <=====
Code;  c0142f72 <kmem_cache_alloc+42/90>
   4:   57                        push   %edi
Code;  c0142f73 <kmem_cache_alloc+43/90>
   5:   9d                        popf   
Code;  c0142f74 <kmem_cache_alloc+44/90>
   6:   89 d1                     mov    %edx,%ecx
Code;  c0142f76 <kmem_cache_alloc+46/90>
   8:   8b 45 04                  mov    0x4(%ebp),%eax
Code;  c0142f79 <kmem_cache_alloc+49/90>
   b:   89 f2                     mov    %esi,%edx
Code;  c0142f7b <kmem_cache_alloc+4b/90>
   d:   89 04 24                  mov    %eax,(%esp,1)
Code;  c0142f7e <kmem_cache_alloc+4e/90>
  10:   89 d8                     mov    %ebx,%eax
Code;  c0142f80 <kmem_cache_alloc+50/90>
  12:   e8                        .byte 0xe8
Code;  c0142f81 <kmem_cache_alloc+51/90>
  13:   8b fb                     mov    %ebx,%edi


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