here is the output. is there anything obvious that might be broken?
[EMAIL PROTECTED]:~/Development/M5/m5-2.0b3/build/ALPHA_SE$ ./m5.debug
--trace-flags=Exec,Syscall,SyscallVerbose --trace-start=5278440000
../../configs/example/se.py -c
benchmarks/400.perlbench/exe/perlbench_base.amd64-m64-gcc41-nn -i
benchmarks/400.perlbench/data/ref/input/checkspam.pl -o
"-Ibenchmarks/400.perlbench/run/run_base_ref_amd64-m64-gcc41-nn.0000/lib/
benchmarks/400.perlbench/data/ref/input/checkspam.pl 2500 5 25 11 150 1 1 1 1"
M5 Simulator System
Copyright (c) 2001-2006
The Regents of The University of Michigan
All Rights Reserved
M5 compiled Sep 7 2007 13:15:11
M5 started Fri Sep 7 14:45:45 2007
M5 executing on portonaught
command line: ./m5.debug --trace-flags=Exec,Syscall,SyscallVerbose
--trace-start=5278440000 ../../configs/example/se.py -c
benchmarks/400.perlbench/exe/perlbench_base.amd64-m64-gcc41-nn -i
benchmarks/400.perlbench/data/ref/input/checkspam.pl -o
-Ibenchmarks/400.perlbench/run/run_base_ref_amd64-m64-gcc41-nn.0000/lib/
benchmarks/400.perlbench/data/ref/input/checkspam.pl 2500 5 25 11 150 1 1 1 1
Global frequency set at 1000000000000 ticks per second
warn: More than two loadable segments in ELF object.
warn: Ignoring segment @ 0x12021e000 length 0x20.
warn: More than two loadable segments in ELF object.
warn: Ignoring segment @ 0x0 length 0x0.
warn: Entering event queue @ 0. Starting simulation...
warn: Increasing stack size by one page.
warn: Increasing stack size by one page.
warn: Increasing stack size by one page.
5278440000: system.cpu0 T0 : @vfprintf+5424 : cmple r1,47,r3 :
IntAlu : D=0x0000000000000001
5278440500: system.cpu0 T0 : @vfprintf+5428 : lda r2,-48(r1) :
IntAlu : D=0xffffffffffffffe0
5278441000: system.cpu0 T0 : @vfprintf+5432 : cmoveq r3,r1,r2 :
IntAlu : D=0xffffffffffffffe0
5278441500: system.cpu0 T0 : @vfprintf+5436 : ldq r1,64(r15) :
MemRead : D=0x000000011ff8f7e0 A=0x11ff8f010
5278442000: system.cpu0 T0 : @vfprintf+5440 : addq r2,r1,r2 :
IntAlu : D=0x000000011ff8f7c0
5278442500: system.cpu0 T0 : @vfprintf+5444 : ldl r1,72(r15) :
MemRead : D=0x0000000000000010 A=0x11ff8f018
5278443000: system.cpu0 T0 : @vfprintf+5448 : lda r1,8(r1) :
IntAlu : D=0x0000000000000018
5278443500: system.cpu0 T0 : @vfprintf+5452 : stl r1,72(r15) :
MemWrite : D=0x0000000000000018 A=0x11ff8f018
5278444000: system.cpu0 T0 : @vfprintf+5456 : ldt f10,0(r2) :
MemRead : D=0x40140832fcac8e69 A=0x11ff8f7c0
5278444500: system.cpu0 T0 : @vfprintf+5460 : stt f10,1240(r15) :
MemWrite : D=0x40140832fcac8e69 A=0x11ff8f4a8
5278445000: system.cpu0 T0 : @vfprintf+5464 : lda r1,1240(r15) :
IntAlu : D=0x000000011ff8f4a8
5278445500: system.cpu0 T0 : @vfprintf+5468 : stq r1,1248(r15) :
MemWrite : D=0x000000011ff8f4a8 A=0x11ff8f4b0
5278446000: system.cpu0 T0 : @vfprintf+5472 : bis r31,r11,r16 :
IntAlu : D=0x000000011ff8f6a0
5278446500: system.cpu0 T0 : @vfprintf+5476 : lda r17,1152(r15) :
IntAlu : D=0x000000011ff8f450
5278447000: system.cpu0 T0 : @vfprintf+5480 : lda r18,1248(r15) :
IntAlu : D=0x000000011ff8f4b0
5278447500: system.cpu0 T0 : @vfprintf+5484 : ldq r27,-25456(r29) :
MemRead : D=0x000000012017f920 A=0x1202259d8
5278448000: system.cpu0 T0 : @vfprintf+5488 : jsr r26,(r27) :
IntAlu : D=0x000000012017bde4
5278448500: system.cpu0 T0 : @__printf_fp : ldah r29,11(r27) : IntAlu
: D=0x000000012022f920
5278449000: system.cpu0 T0 : @__printf_fp+4 : lda r29,-15320(r29) :
IntAlu : D=0x000000012022bd48
5278449500: system.cpu0 T0 : @__printf_fp+8 : lda r30,-352(r30) :
IntAlu : D=0x000000011ff8ee70
5278450000: system.cpu0 T0 : @__printf_fp+12 : stq r26,0(r30) :
MemWrite : D=0x000000012017bde4 A=0x11ff8ee70
5278450500: system.cpu0 T0 : @__printf_fp+16 : stq r9,8(r30) :
MemWrite : D=0x0000000000000000 A=0x11ff8ee78
5278451000: system.cpu0 T0 : @__printf_fp+20 : stq r10,16(r30) :
MemWrite : D=0x000000011ff8f92f A=0x11ff8ee80
5278451500: system.cpu0 T0 : @__printf_fp+24 : stq r11,24(r30) :
MemWrite : D=0x000000011ff8f6a0 A=0x11ff8ee88
5278452000: system.cpu0 T0 : @__printf_fp+28 : stq r12,32(r30) :
MemWrite : D=0x0000000120228908 A=0x11ff8ee90
5278452500: system.cpu0 T0 : @__printf_fp+32 : stq r13,40(r30) :
MemWrite : D=0x0000000000000000 A=0x11ff8ee98
5278453000: system.cpu0 T0 : @__printf_fp+36 : stq r14,48(r30) :
MemWrite : D=0x0000000000000000 A=0x11ff8eea0
5278453500: system.cpu0 T0 : @__printf_fp+40 : stq r15,56(r30) :
MemWrite : D=0x000000011ff8efd0 A=0x11ff8eea8
5278454000: system.cpu0 T0 : @__printf_fp+44 : stt f2,64(r30) :
MemWrite : D=0x40140832fcac8e69 A=0x11ff8eeb0
5278454500: system.cpu0 T0 : @__printf_fp+48 : bis r31,r30,r15 :
IntAlu : D=0x000000011ff8ee70
5278455000: system.cpu0 T0 : @__printf_fp+52 : bis r31,r16,r13 :
IntAlu : D=0x000000011ff8f6a0
5278455500: system.cpu0 T0 : @__printf_fp+56 : bis r31,r17,r14 :
IntAlu : D=0x000000011ff8f450
5278456000: system.cpu0 T0 : @__printf_fp+60 : stq r31,184(r15) :
MemWrite : D=0x0000000000000000 A=0x11ff8ef28
5278456500: system.cpu0 T0 : @__printf_fp+64 : stq r31,192(r15) :
MemWrite : D=0x0000000000000000 A=0x11ff8ef30
5278457000: system.cpu0 T0 : @__printf_fp+68 : bis r31,r31,r12 :
IntAlu : D=0x0000000000000000
5278457500: system.cpu0 T0 : @__printf_fp+72 : bis r31,r31,r11 :
IntAlu : D=0x0000000000000000
5278458000: system.cpu0 T0 : @__printf_fp+76 : bis r31,r31,r9 :
IntAlu : D=0x0000000000000000
5278458500: system.cpu0 T0 : @__printf_fp+80 : stl r31,100(r15) :
MemWrite : D=0x0000000000000000 A=0x11ff8eed4
5278459000: system.cpu0 T0 : @__printf_fp+84 : stl r31,104(r15) :
MemWrite : D=0x0000000000000000 A=0x11ff8eed8
5278459500: system.cpu0 T0 : @__printf_fp+88 : stq r31,208(r15) :
MemWrite : D=0x0000000000000000 A=0x11ff8ef40
5278460000: system.cpu0 T0 : @__printf_fp+92 : ldl r1,12(r17) :
MemRead : D=0x0000000000000000 A=0x11ff8f45c
5278460500: system.cpu0 T0 : @__printf_fp+96 : zapnot r1,15,r1 :
IntAlu : D=0x0000000000000000
5278461000: system.cpu0 T0 : @__printf_fp+100 : srl r1,10,r2 :
IntAlu : D=0x0000000000000000
5278461500: system.cpu0 T0 : @__printf_fp+104 : and r2,1,r2 :
IntAlu : D=0x0000000000000000
5278462000: system.cpu0 T0 : @__printf_fp+108 : stq r2,216(r15) :
MemWrite : D=0x0000000000000000 A=0x11ff8ef48
5278462500: system.cpu0 T0 : @__printf_fp+112 : srl r1,8,r1 :
IntAlu : D=0x0000000000000000
5278463000: system.cpu0 T0 : @__printf_fp+116 : blbs r1,0x12017f9b8 :
IntAlu :
5278463500: system.cpu0 T0 : @__printf_fp+120 : call_pal rduniq :
IntAlu : D=0x000000012022e4e0
5278464000: system.cpu0 T0 : @__printf_fp+124 : ldq r1,-29160(r29) :
MemRead : D=0x0000000000000028 A=0x120224b60
5278464500: system.cpu0 T0 : @__printf_fp+128 : addq r0,r1,r0 :
IntAlu : D=0x000000012022e508
5278465000: system.cpu0 T0 : @__printf_fp+132 : ldq r1,0(r0) :
MemRead : D=0x0000000000000000 A=0x12022e508
5278465500: system.cpu0 T0 : @__printf_fp+136 : ldq r1,0(r1) :
MemRead : A=0x0
panic: Page table fault when accessing virtual address 0
@ cycle 5278465500
[invoke:build/ALPHA_SE/sim/faults.cc, line 65]
Program aborted at cycle 5278465500
Aborted (core dumped)
Steve Reinhardt <[EMAIL PROTECTED]> wrote: You're getting a segfault in the
target app, basically... not clear what's going wrong, but it could be a
syscall that's not working properly.
The easiest way to see what's going on is to turn on tracing. The Exec flag
(might still be called InstExec in your version) traces instruction execution,
and the Syscall and SyscallVerbose flags trace syscall emulation. The complete
list of traceflags is in src/base/traceflags.py. I'd suggest adding this to
your command line after m5.debug but before your .py file:
--trace-flags=Exec,Syscall,SyscallVerbose --trace-start=5278460000
and then redirect the output to a file, then look through it and see if you can
figure out where the null pointer is coming from.
Steve
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