* Looping Oops
@ 2000-12-06 12:45 Christian Gennerat
2000-12-06 17:23 ` rmk
0 siblings, 1 reply; 2+ messages in thread
From: Christian Gennerat @ 2000-12-06 12:45 UTC (permalink / raw)
To: linux-kernel; +Cc: Chmouel Boudjnah
With the command "ping -f " sent by an Irnet/toshoboe
to my Irnet/Irtty machine running kernel 2.4.0.test11-pre3
I got this Oops
each turn the call trace has 11 more values.
ksymoops 2.3.4 on i586 2.4.0-0.6mdk. Options used
-V (default)
-k ksyms-1 (specified)
-l modul-1 (specified)
-o /lib/modules/2.4.0-0.6mdk/ (default)
-m /usr/src/linux/System.map (default)
irttp_data_request_Rbb400e5c(), No data, or not connected
irnet: ppp_irnet_send(): IrTTP doesn't like this packet !!! (0xFFFFFF95)
Warning: kfree_skb passed an skb still on a list (from c307fe5e).
kernel BUG at skbuff.c:276!
invalid operand: 0000
CPU: 0
EIP: 0010:[<c018a058>]
EFLAGS: 00010296
eax: 0000001c ebx: c1f13d00 ecx: 00000001 edx: 00000001
esi: c1f13d00 edi: c1a64400 ebp: c1f13d00 esp: c10b7c28
ds: 0018 es: 0018 ss: 0018
Process kapm-idled (pid: 2, stackpage=c10b7000)
Stack: c01e0b61 c01e0c80 00000114 c1a64400 c307fe43 c307fe5e c1f13d00 c1a6bb80
c1a6bb80 c1d18a44 c1d18a44 c1a64400 00000000 c307b3fb c1a64460 c1f13d00
c1a64848 c307af1e c1a6bb80 c1a64848 c1a64800 c307b57a c1a6bb80 c1a64848
Call Trace: [<c01e0b61>] [<c01e0c80>] [<c307fe43>] [<c307fe5e>] [<c307b3fb>] [<c307af1e>] [<c307b57a>]
[<c307beb1>] [<c3080af8>] [<c305d42a>] [<c305d2e6>] [<c307fe31>] [<c307b3fb>] [<c307b386>] [<c307af6d>]
[<c307ad14>] [<c018f57e>] [<c018ba6c>] [<c01957dd>] [<c0196469>] [<c01accdf>] [<c01acabc>] [<ea000201>]
[<ea000201>] [<c01ad293>] [<c0189fde>] [<c01ad548>] [<c0192fbf>] [<c019332d>] [<c018bf03>] [<c01197ce>]
[<c010a138>] [<c0108e60>] [<c010dc8d>] [<c0100018>] [<c010dd80>] [<c010e57f>] [<c01c58fc>] [<c010ee9c>]
[<c0105000>] [<c010742e>] [<c0107437>]
Code: 0f 0b 83 c4 0c 8b 4c 24 0c 8b 51 2c 85 d2 74 07 ff 4a 04 8b
>>EIP; c018a058 <__kfree_skb+34/160> <=====
Trace; c01e0b61 <vga_con+821/25c5>
Trace; c01e0c80 <vga_con+940/25c5>
Trace; c307fe43 <[irnet]ppp_irnet_send+1c7/1f4>
Trace; c307fe5e <[irnet]ppp_irnet_send+1e2/1f4>
Trace; c307b3fb <[ppp_generic]ppp_push+3b/98>
Trace; c307af1e <[ppp_generic]ppp_xmit_process+12/d0>
Trace; c307b57a <[ppp_generic]ppp_channel_push+122/134>
Trace; c307beb1 <[ppp_generic]ppp_output_wakeup+11/18>
Trace; c3080af8 <[irnet]irnet_flow_indication+20/24>
Trace; c305d42a <[irda]irttp_run_tx_queue+13a/154>
Trace; c305d2e6 <[irda]irttp_data_request+1be/1c8>
Trace; c307fe31 <[irnet]ppp_irnet_send+1b5/1f4>
Trace; c307b3fb <[ppp_generic]ppp_push+3b/98>
Trace; c307b386 <[ppp_generic]ppp_send_frame+3aa/3e4>
Trace; c307af6d <[ppp_generic]ppp_xmit_process+61/d0>
Trace; c307ad14 <[ppp_generic]ppp_start_xmit+1c0/1fc>
Trace; c018f57e <qdisc_restart+4e/c8>
Trace; c018ba6c <dev_queue_xmit+2c/124>
Trace; c01957dd <ip_output+a5/100>
Trace; c0196469 <ip_build_xmit+27d/31c>
Trace; c01accdf <icmp_reply+19b/1b8>
Trace; c01acabc <icmp_glue_bits+0/88>
Trace; ea000201 <END_OF_CODE+26f7b36e/????>
Trace; ea000201 <END_OF_CODE+26f7b36e/????>
Trace; c01ad293 <icmp_echo+3f/48>
Trace; c0189fde <kfree_skbmem+26/6c>
Trace; c01ad548 <icmp_rcv+a4/dc>
Trace; c0192fbf <ip_local_deliver+e3/184>
Trace; c019332d <ip_rcv+2cd/350>
Trace; c018bf03 <net_rx_action+11b/1d4>
Trace; c01197ce <do_softirq+4e/74>
Trace; c010a138 <do_IRQ+9c/ac>
Trace; c0108e60 <ret_from_intr+0/20>
Trace; c010dc8d <apm_bios_call_simple+35/5c>
Trace; c0100018 <startup_32+18/139>
Trace; c010dd80 <apm_do_idle+14/30>
Trace; c010e57f <apm_mainloop+8f/f0>
Trace; c01c58fc <error_table+4dc/3884>
Trace; c010ee9c <apm+278/29c>
Trace; c0105000 <empty_bad_page+0/1000>
Trace; c010742e <kernel_thread+1a/30>
Trace; c0107437 <kernel_thread+23/30>
Code; c018a058 <__kfree_skb+34/160>
00000000 <_EIP>:
Code; c018a058 <__kfree_skb+34/160> <=====
0: 0f 0b ud2a <=====
Code; c018a05a <__kfree_skb+36/160>
2: 83 c4 0c add $0xc,%esp
Code; c018a05d <__kfree_skb+39/160>
5: 8b 4c 24 0c mov 0xc(%esp,1),%ecx
Code; c018a061 <__kfree_skb+3d/160>
9: 8b 51 2c mov 0x2c(%ecx),%edx
Code; c018a064 <__kfree_skb+40/160>
c: 85 d2 test %edx,%edx
Code; c018a066 <__kfree_skb+42/160>
e: 74 07 je 17 <_EIP+0x17> c018a06f <__kfree_skb+4b/160>
Code; c018a068 <__kfree_skb+44/160>
10: ff 4a 04 decl 0x4(%edx)
Code; c018a06b <__kfree_skb+47/160>
13: 8b 00 mov (%eax),%eax
Aiee, killing interrupt handler
invalid operand: 0000
CPU: 0
EIP: 0010:[<c0113b13>]
EFLAGS: 00010292
eax: 0000001b ebx: 00000000 ecx: 00000001 edx: 00000001
esi: fffffff9 edi: 0000000b ebp: c10b7b34 esp: c10b7ae4
ds: 0018 es: 0018 ss: 0018
Process kapm-idled (pid: 2, stackpage=c10b7000)
Stack: c01c6e61 c01c6fb6 000002ba c01f5160 c10b6000 0000000b 00000001 c10b6000
00000020 c0115f9a c10b7bf4 c10b6000 0000000b c01184ea c10b6000 c10b6000
c01f5160 00000000 c10b6000 c1f13d00 c1f13d00 c01187d6 c10b7bf4 00000000
Call Trace: [<c01c6e61>] [<c01c6fb6>] [<c0115f9a>] [<c01184ea>] [<c01187d6>] [<c01094e4>] [<c01092ce>]
[<c0109563>] [<c01c2ffc>] [<c018a058>] [<c0109f9d>] [<c010a138>] [<c0108ee4>] [<c018a058>] [<c01e0b61>]
[<c01e0c80>] [<c307fe43>] [<c307fe5e>] [<c307b3fb>] [<c307af1e>] [<c307b57a>] [<c307beb1>] [<c3080af8>]
[<c305d42a>] [<c305d2e6>] [<c307fe31>] [<c307b3fb>] [<c307b386>] [<c307af6d>] [<c307ad14>] [<c018f57e>]
[<c018ba6c>] [<c01957dd>] [<c0196469>] [<c01accdf>] [<c01acabc>] [<ea000201>] [<ea000201>] [<c01ad293>]
[<c0189fde>] [<c01ad548>] [<c0192fbf>] [<c019332d>] [<c018bf03>] [<c01197ce>] [<c010a138>] [<c0108e60>]
[<c010dc8d>] [<c0100018>] [<c010dd80>] [<c010e57f>] [<c01c58fc>] [<c010ee9c>] [<c0105000>] [<c010742e>]
[<c0107437>]
Code: 0f 0b 8d 65 bc 5b 5e 5f 89 ec 5d c3 90 55 89 e5 83 ec 20 57
>>EIP; c0113b13 <schedule+493/4a0> <=====
Trace; c01c6e61 <error_table+1a41/3884>
Trace; c01c6fb6 <error_table+1b96/3884>
Trace; c0115f9a <printk+18e/19c>
Trace; c01184ea <exit_notify+116/214>
Trace; c01187d6 <do_exit+1ee/1f4>
Trace; c01094e4 <do_invalid_op+0/88>
Trace; c01092ce <die+42/44>
Trace; c0109563 <do_invalid_op+7f/88>
Trace; c01c2ffc <stext_lock+1ffc/2ac0>
Trace; c018a058 <__kfree_skb+34/160>
Trace; c0109f9d <handle_IRQ_event+31/5c>
Trace; c010a138 <do_IRQ+9c/ac>
Trace; c0108ee4 <error_code+34/40>
Trace; c018a058 <__kfree_skb+34/160>
Trace; c01e0b61 <vga_con+821/25c5>
Trace; c01e0c80 <vga_con+940/25c5>
Trace; c307fe43 <[irnet]ppp_irnet_send+1c7/1f4>
Trace; c307fe5e <[irnet]ppp_irnet_send+1e2/1f4>
Trace; c307b3fb <[ppp_generic]ppp_push+3b/98>
Trace; c307af1e <[ppp_generic]ppp_xmit_process+12/d0>
Trace; c307b57a <[ppp_generic]ppp_channel_push+122/134>
Trace; c307beb1 <[ppp_generic]ppp_output_wakeup+11/18>
Trace; c3080af8 <[irnet]irnet_flow_indication+20/24>
Trace; c305d42a <[irda]irttp_run_tx_queue+13a/154>
Trace; c305d2e6 <[irda]irttp_data_request+1be/1c8>
Trace; c307fe31 <[irnet]ppp_irnet_send+1b5/1f4>
Trace; c307b3fb <[ppp_generic]ppp_push+3b/98>
Trace; c307b386 <[ppp_generic]ppp_send_frame+3aa/3e4>
Trace; c307af6d <[ppp_generic]ppp_xmit_process+61/d0>
Trace; c307ad14 <[ppp_generic]ppp_start_xmit+1c0/1fc>
Trace; c018f57e <qdisc_restart+4e/c8>
Trace; c018ba6c <dev_queue_xmit+2c/124>
Trace; c01957dd <ip_output+a5/100>
Trace; c0196469 <ip_build_xmit+27d/31c>
Trace; c01accdf <icmp_reply+19b/1b8>
Trace; c01acabc <icmp_glue_bits+0/88>
Trace; ea000201 <END_OF_CODE+26f7b36e/????>
Trace; ea000201 <END_OF_CODE+26f7b36e/????>
Trace; c01ad293 <icmp_echo+3f/48>
Trace; c0189fde <kfree_skbmem+26/6c>
Trace; c01ad548 <icmp_rcv+a4/dc>
Trace; c0192fbf <ip_local_deliver+e3/184>
Trace; c019332d <ip_rcv+2cd/350>
Trace; c018bf03 <net_rx_action+11b/1d4>
Trace; c01197ce <do_softirq+4e/74>
Trace; c010a138 <do_IRQ+9c/ac>
Trace; c0108e60 <ret_from_intr+0/20>
Trace; c010dc8d <apm_bios_call_simple+35/5c>
Trace; c0100018 <startup_32+18/139>
Trace; c010dd80 <apm_do_idle+14/30>
Trace; c010e57f <apm_mainloop+8f/f0>
Trace; c01c58fc <error_table+4dc/3884>
Trace; c010ee9c <apm+278/29c>
Trace; c0105000 <empty_bad_page+0/1000>
Trace; c010742e <kernel_thread+1a/30>
Trace; c0107437 <kernel_thread+23/30>
Code; c0113b13 <schedule+493/4a0>
00000000 <_EIP>:
Code; c0113b13 <schedule+493/4a0> <=====
0: 0f 0b ud2a <=====
Code; c0113b15 <schedule+495/4a0>
2: 8d 65 bc lea 0xffffffbc(%ebp),%esp
Code; c0113b18 <schedule+498/4a0>
5: 5b pop %ebx
Code; c0113b19 <schedule+499/4a0>
6: 5e pop %esi
Code; c0113b1a <schedule+49a/4a0>
7: 5f pop %edi
Code; c0113b1b <schedule+49b/4a0>
8: 89 ec mov %ebp,%esp
Code; c0113b1d <schedule+49d/4a0>
a: 5d pop %ebp
Code; c0113b1e <schedule+49e/4a0>
b: c3 ret
Code; c0113b1f <schedule+49f/4a0>
c: 90 nop
Code; c0113b20 <__wake_up+0/140>
d: 55 push %ebp
Code; c0113b21 <__wake_up+1/140>
e: 89 e5 mov %esp,%ebp
Code; c0113b23 <__wake_up+3/140>
10: 83 ec 20 sub $0x20,%esp
Code; c0113b26 <__wake_up+6/140>
13: 57 push %edi
Aiee, killing interrupt handler
invalid operand: 0000
CPU: 0
EIP: 0010:[<c0113b13>]
EFLAGS: 00010286
eax: 0000001b ebx: 00000000 ecx: 00000001 edx: 00000001
esi: fffffff9 edi: 0000000b ebp: c10b79f0 esp: c10b79a0
ds: 0018 es: 0018 ss: 0018
Process kapm-idled (pid: 2, stackpage=c10b7000)
Stack: c01c6e61 c01c6fb6 000002ba 00000000 c10b6000 0000000b 00000001 c10b6000
00000020 c0115f9a c10b7ab0 c10b6000 0000000b c01184ea c10b6000 c10b6000
00000000 00000000 c10b6000 c10b7b34 c10b7b34 c01187d6 c10b7ab0 00000000
Call Trace: [<c01c6e61>] [<c01c6fb6>] [<c0115f9a>] [<c01184ea>] [<c01187d6>] [<c01094e4>] [<c01092ce>]
[<c0109563>] [<c01c2ffc>] [<c0113b13>] [<c0109f9d>] [<c010a138>] [<c0108ee4>] [<c0113b13>] [<c01c6e61>]
[<c01c6fb6>] [<c0115f9a>] [<c01184ea>] [<c01187d6>] [<c01094e4>] [<c01092ce>] [<c0109563>] [<c01c2ffc>]
[<c018a058>] [<c0109f9d>] [<c010a138>] [<c0108ee4>] [<c018a058>] [<c01e0b61>] [<c01e0c80>] [<c307fe43>]
[<c307fe5e>] [<c307b3fb>] [<c307af1e>] [<c307b57a>] [<c307beb1>] [<c3080af8>] [<c305d42a>] [<c305d2e6>]
[<c307fe31>] [<c307b3fb>] [<c307b386>] [<c307af6d>] [<c307ad14>] [<c018f57e>] [<c018ba6c>] [<c01957dd>]
[<c0196469>] [<c01accdf>] [<c01acabc>] [<ea000201>] [<ea000201>] [<c01ad293>] [<c0189fde>] [<c01ad548>]
[<c0192fbf>] [<c019332d>] [<c018bf03>] [<c01197ce>] [<c010a138>] [<c0108e60>] [<c010dc8d>] [<c0100018>]
[<c010dd80>] [<c010e57f>] [<c01c58fc>] [<c010ee9c>] [<c0105000>] [<c010742e>] [<c0107437>]
Code: 0f 0b 8d 65 bc 5b 5e 5f 89 ec 5d c3 90 55 89 e5 83 ec 20 57
>>EIP; c0113b13 <schedule+493/4a0> <=====
Trace; c01c6e61 <error_table+1a41/3884>
Trace; c01c6fb6 <error_table+1b96/3884>
Trace; c0115f9a <printk+18e/19c>
Trace; c01184ea <exit_notify+116/214>
Trace; c01187d6 <do_exit+1ee/1f4>
Trace; c01094e4 <do_invalid_op+0/88>
Trace; c01092ce <die+42/44>
Trace; c0109563 <do_invalid_op+7f/88>
Trace; c01c2ffc <stext_lock+1ffc/2ac0>
Trace; c0113b13 <schedule+493/4a0>
Trace; c0109f9d <handle_IRQ_event+31/5c>
Trace; c010a138 <do_IRQ+9c/ac>
Trace; c0108ee4 <error_code+34/40>
Trace; c0113b13 <schedule+493/4a0>
Trace; c01c6e61 <error_table+1a41/3884>
Trace; c01c6fb6 <error_table+1b96/3884>
Trace; c0115f9a <printk+18e/19c>
Trace; c01184ea <exit_notify+116/214>
Trace; c01187d6 <do_exit+1ee/1f4>
Trace; c01094e4 <do_invalid_op+0/88>
Trace; c01092ce <die+42/44>
Trace; c0109563 <do_invalid_op+7f/88>
Trace; c01c2ffc <stext_lock+1ffc/2ac0>
Trace; c018a058 <__kfree_skb+34/160>
Trace; c0109f9d <handle_IRQ_event+31/5c>
Trace; c010a138 <do_IRQ+9c/ac>
Trace; c0108ee4 <error_code+34/40>
Trace; c018a058 <__kfree_skb+34/160>
Trace; c01e0b61 <vga_con+821/25c5>
Trace; c01e0c80 <vga_con+940/25c5>
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^ permalink raw reply [flat|nested] 2+ messages in thread
* Re: Looping Oops
2000-12-06 12:45 Looping Oops Christian Gennerat
@ 2000-12-06 17:23 ` rmk
0 siblings, 0 replies; 2+ messages in thread
From: rmk @ 2000-12-06 17:23 UTC (permalink / raw)
To: Christian Gennerat; +Cc: linux-kernel, Chmouel Boudjnah
> Aiee, killing interrupt handler
> invalid operand: 0000
> CPU: 0
> EIP: 0010:[<c0113b13>]
> EFLAGS: 00010292
>...
> Aiee, killing interrupt handler
> invalid operand: 0000
> CPU: 0
> EIP: 0010:[<c0113b13>]
> EFLAGS: 00010286
You are not the only one to find this. On the ARM kernels, I have had to
change the printk("Aiee, killing interrupt handler") to be a panic to
prevent this problem. (Note, this is a quick fix, and will catch more
than the case it is meant to).
However, the real question is:
If we enter schedule() from interrupt context due to a bug, we call BUG().
BUG() then causes an oops to be printed, and eventually do_exit() is called.
We then hit the printk("Aiee, killing interrupt handler") in kernel/exit.c
and then re-enter schedule() still in interrupt context. Virtual cookie to
anyone who can guess what happens next ;)
We do need some way of stopping this endless loop - the first occurance
of schedule being called in interrupt context is interesting, the rest
are not, and they just end up causing the real problem to be lost off the
screen.
Russell K. (from elsewhere)
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^ permalink raw reply [flat|nested] 2+ messages in thread
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2000-12-06 12:45 Looping Oops Christian Gennerat
2000-12-06 17:23 ` rmk
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