win32-irbuilder-segfault.txt

$ gdb --args ../usr/bin/julia.exe -C pentium4 --build `cygpath -w ../usr/lib/julia/sys0` sysimg.jl
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Reading symbols from ../usr/bin/julia.exe...done.
(gdb) r
Starting program: /cygdrive/d/cygwin64/home/Tony/julia32/usr/bin/julia.exe -C pentium4 --build D:\\cygwin64\\home\\Tony\\julia32\\usr\\lib\\julia\\sys0 sysimg.jl
[New Thread 8972.0x2540]
[New Thread 8972.0x2454]
exports.jl
[New Thread 8972.0x95c]
base.jl
reflection.jl
build_h.jl
version_git.jl
c.jl
promotion.jl
tuple.jl
range.jl
expr.jl
error.jl
bool.jl
number.jl
int.jl
operators.jl
pointer.jl
float.jl
complex.jl
rational.jl
abstractarray.jl
reduce.jl
subarray.jl
array.jl
bitarray.jl
intset.jl
dict.jl
set.jl
hashing.jl
iterator.jl
inference.jl
osutils.jl

Program received signal SIGSEGV, Segmentation fault.
llvm::IRBuilder<true, llvm::ConstantFolder, llvm::IRBuilderDefaultInserter<true> >::CreateCall4 (
    this=this@entry=0x62e3dc60 <builder>, Callee=0x31f72f0, Arg1=0x51a4eac,
    Arg2=Arg2@entry=0x4c05790, Arg3=0x3227870, Arg4=0x32270e8, Name=...)
    at D:/cygwin64/home/Tony/julia32/usr/include/llvm/IR/IRBuilder.h:1295
1295        Value *Args[] = { Arg1, Arg2, Arg3, Arg4 };
(gdb) bt
#0  llvm::IRBuilder<true, llvm::ConstantFolder, llvm::IRBuilderDefaultInserter<true> >::CreateCall4
    (this=this@entry=0x62e3dc60 <builder>, Callee=0x31f72f0, Arg1=0x51a4eac,
    Arg2=Arg2@entry=0x4c05790, Arg3=0x3227870, Arg4=0x32270e8, Name=...)
    at D:/cygwin64/home/Tony/julia32/usr/include/llvm/IR/IRBuilder.h:1295
#1  0x620795d0 in julia_to_native (needStackRestore=<synthetic pointer>,
    mightNeedTempSpace=<synthetic pointer>, ctx=<optimized out>, argn=<optimized out>,
    addressOf=<optimized out>, argex=<optimized out>, jv=<optimized out>, jt=<optimized out>,
    ty=0x31e13f8) at ccall.cpp:397
#2  emit_ccall (args=args@entry=0x51a200c, nargs=<optimized out>, nargs@entry=9,
    ctx=ctx@entry=0xd5ada4) at ccall.cpp:887
#3  0x6207dcfe in emit_intrinsic (ctx=0xd5ada4, nargs=9, args=0x51a200c, f=JL_I::ccall)
    at intrinsics.cpp:835
#4  emit_known_call (ff=<optimized out>, args=args@entry=0x51a200c, nargs=nargs@entry=9,
    ctx=ctx@entry=0xd5ada4, theFptr=theFptr@entry=0xd5ab00, theF=theF@entry=0xd5ab04,
    expr=expr@entry=0x5bb9c80) at codegen.cpp:1604
#5  0x62084722 in emit_call (args=args@entry=0x51a200c, arglen=10, ctx=ctx@entry=0xd5ada4,
    expr=expr@entry=0x5bb9c80) at codegen.cpp:2225
#6  0x62075594 in emit_expr (expr=expr@entry=0x5bb9c80, ctx=ctx@entry=0xd5ada4,
    isboxed=isboxed@entry=false, valuepos=valuepos@entry=false) at codegen.cpp:2689
#7  0x62086616 in emit_function (lam=lam@entry=0x561b740, cstyle=cstyle@entry=false)
    at codegen.cpp:3884
#8  0x62087ef8 in to_function (li=li@entry=0x561b740, cstyle=cstyle@entry=false) at codegen.cpp:564
#9  0x620880c8 in jl_compile (f=f@entry=0x5fafb40) at codegen.cpp:676
#10 0x620587a9 in jl_trampoline (F=0x5fafb40, args=0xd5b3c4, nargs=2) at builtins.c:798
#11 0x62051020 in jl_apply (nargs=2, args=0xd5b3c4, f=<optimized out>) at julia.h:982
#12 jl_apply_generic (F=0x4500190, args=0xd5b3c4, nargs=2) at gf.c:1411
#13 0x00d83a77 in ?? ()
#14 0x62051020 in jl_apply (nargs=1644498890, args=0x3371c50, f=<optimized out>) at julia.h:982
#15 jl_apply_generic (F=0x55b9620, args=0xd5b488, nargs=5) at gf.c:1411
#16 0x00d8272e in ?? ()
#17 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#18 jl_apply_generic (F=0x55b9560, args=0xd5b598, nargs=4) at gf.c:1411
#19 0x6204faa5 in jl_apply (nargs=4, args=0xd5b598, f=<optimized out>) at julia.h:982
#20 jl_type_infer (def=<optimized out>, argtypes=0x548a6fc, li=0x561b6f0) at gf.c:393
#21 cache_method (mt=mt@entry=0x33c6710, type=0x548a6fc, type@entry=0x56b0cb0,
    method=<optimized out>, decl=0x4f27cd8, sparams=0x5faf9f0) at gf.c:842
#22 0x62050542 in jl_mt_assoc_by_type (mt=mt@entry=0x33c6710, tt=0x56b0cb0, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:974
#23 0x6205106e in jl_apply_generic (F=0x4500190, args=0xd5b954, nargs=2) at gf.c:1419
#24 0x00d83a77 in ?? ()
#25 0x62051020 in jl_apply (nargs=1644498890, args=0x3371c50, f=<optimized out>) at julia.h:982
#26 jl_apply_generic (F=0x55b9620, args=0xd5ba18, nargs=5) at gf.c:1411
#27 0x00d8272e in ?? ()
#28 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#29 jl_apply_generic (F=0x55b9560, args=0xd5bb28, nargs=4) at gf.c:1411
#30 0x6204faa5 in jl_apply (nargs=4, args=0xd5bb28, f=<optimized out>) at julia.h:982
#31 jl_type_infer (def=<optimized out>, argtypes=0x5501bd0, li=0x561b650) at gf.c:393
---Type <return> to continue, or q <return> to quit---
#32 cache_method (mt=mt@entry=0x4529460, type=type@entry=0x5501bd0, method=<optimized out>,
    decl=0x3209e00, sparams=0x28f7070) at gf.c:842
#33 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x4529460, tt=0x5501bd0, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#34 0x6205106e in jl_apply_generic (F=0x45254c0, args=0xd5bee4, nargs=1) at gf.c:1419
#35 0x00d8395a in ?? ()
#36 0x62051020 in jl_apply (nargs=72504512, args=0xd5bee4, f=<optimized out>) at julia.h:982
#37 jl_apply_generic (F=0x55b9620, args=0xd5bfa8, nargs=5) at gf.c:1411
#38 0x00d8272e in ?? ()
#39 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#40 jl_apply_generic (F=0x55b9560, args=0xd5c0b8, nargs=4) at gf.c:1411
#41 0x6204faa5 in jl_apply (nargs=4, args=0xd5c0b8, f=<optimized out>) at julia.h:982
#42 jl_type_infer (def=<optimized out>, argtypes=0x548a6e8, li=0x561b5b0) at gf.c:393
#43 cache_method (mt=mt@entry=0x32db170, type=type@entry=0x548a6e8, method=<optimized out>,
    decl=0x28f9ac4, sparams=0x28f7070) at gf.c:842
#44 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x32db170, tt=0x548a6e8, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#45 0x6205106e in jl_apply_generic (F=0x32dd970, args=0xd5c210, nargs=3) at gf.c:1419
#46 0x00d8c0f0 in ?? ()
#47 0x62051020 in jl_apply (nargs=42988336, args=0x62050fca <jl_apply_generic>, f=<optimized out>)
    at julia.h:982
#48 jl_apply_generic (F=0x55b9350, args=0xd5c544, nargs=1) at gf.c:1411
#49 0x00d838a9 in ?? ()
#50 0x62051020 in jl_apply (nargs=52534048, args=0xd5c544, f=<optimized out>) at julia.h:982
#51 jl_apply_generic (F=0x55b9620, args=0xd5c608, nargs=5) at gf.c:1411
#52 0x00d8272e in ?? ()
#53 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#54 jl_apply_generic (F=0x55b9560, args=0xd5c718, nargs=4) at gf.c:1411
#55 0x6204faa5 in jl_apply (nargs=4, args=0xd5c718, f=<optimized out>) at julia.h:982
#56 jl_type_infer (def=<optimized out>, argtypes=0x56b0b30, li=0x561b560) at gf.c:393
#57 cache_method (mt=mt@entry=0x32f4da0, type=type@entry=0x56b0b30, method=<optimized out>,
    decl=0x4c88ec0, sparams=0x28f7070) at gf.c:842
#58 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x32f4da0, tt=0x56b0b30, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#59 0x6205106e in jl_apply_generic (F=0x330b940, args=0xd5c870, nargs=2) at gf.c:1419
#60 0x00d8be92 in ?? ()
#61 0x62051020 in jl_apply (nargs=42988336, args=0x62050fca <jl_apply_generic>, f=<optimized out>)
    at julia.h:982
#62 jl_apply_generic (F=0x55b9350, args=0xd5cba4, nargs=1) at gf.c:1411
#63 0x00d838a9 in ?? ()
#64 0x62051020 in jl_apply (nargs=52534048, args=0xd5cba4, f=<optimized out>) at julia.h:982
#65 jl_apply_generic (F=0x55b9620, args=0xd5cc68, nargs=5) at gf.c:1411
#66 0x00d8272e in ?? ()
#67 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#68 jl_apply_generic (F=0x55b9560, args=0xd5cd78, nargs=4) at gf.c:1411
#69 0x6204faa5 in jl_apply (nargs=4, args=0xd5cd78, f=<optimized out>) at julia.h:982
---Type <return> to continue, or q <return> to quit---
#70 jl_type_infer (def=<optimized out>, argtypes=0x5501bac, li=0x561b510) at gf.c:393
#71 cache_method (mt=mt@entry=0x32f4d20, type=type@entry=0x5501bac, method=<optimized out>,
    decl=0x4c51420, sparams=0x28f7070) at gf.c:842
#72 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x32f4d20, tt=0x5501bac, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#73 0x6205106e in jl_apply_generic (F=0x330b860, args=0xd5ced0, nargs=1) at gf.c:1419
#74 0x00d8bdb7 in ?? ()
#75 0x62051020 in jl_apply (nargs=42988336, args=0x3371c50, f=<optimized out>) at julia.h:982
#76 jl_apply_generic (F=0x55b9350, args=0xd5d204, nargs=1) at gf.c:1411
#77 0x00d838a9 in ?? ()
#78 0x62051020 in jl_apply (nargs=52534048, args=0xd5d204, f=<optimized out>) at julia.h:982
#79 jl_apply_generic (F=0x55b9620, args=0xd5d2c8, nargs=5) at gf.c:1411
#80 0x00d8272e in ?? ()
#81 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#82 jl_apply_generic (F=0x55b9560, args=0xd5d3d8, nargs=4) at gf.c:1411
#83 0x6204faa5 in jl_apply (nargs=4, args=0xd5d3d8, f=<optimized out>) at julia.h:982
#84 jl_type_infer (def=<optimized out>, argtypes=0x5501b64, li=0x561b4c0) at gf.c:393
#85 cache_method (mt=mt@entry=0x32f4c60, type=type@entry=0x5501b64, method=<optimized out>,
    decl=0x4ec4454, sparams=0x28f7070) at gf.c:842
#86 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x32f4c60, tt=0x5501b64, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#87 0x6205106e in jl_apply_generic (F=0x32fdf10, args=0xd5d530, nargs=1) at gf.c:1419
#88 0x00d8bd42 in ?? ()
#89 0x62051020 in jl_apply (nargs=42988336, args=0x3371c50, f=<optimized out>) at julia.h:982
#90 jl_apply_generic (F=0x55b9350, args=0xd5d864, nargs=1) at gf.c:1411
#91 0x00d838a9 in ?? ()
#92 0x62051020 in jl_apply (nargs=52534048, args=0xd5d864, f=<optimized out>) at julia.h:982
#93 jl_apply_generic (F=0x55b9620, args=0xd5d928, nargs=5) at gf.c:1411
#94 0x00d8272e in ?? ()
#95 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#96 jl_apply_generic (F=0x55b9560, args=0xd5da38, nargs=4) at gf.c:1411
#97 0x6204faa5 in jl_apply (nargs=4, args=0xd5da38, f=<optimized out>) at julia.h:982
#98 jl_type_infer (def=<optimized out>, argtypes=0x56b0ac0, li=0x561b470) at gf.c:393
#99 cache_method (mt=mt@entry=0x3374e30, type=type@entry=0x56b0ac0, method=<optimized out>,
    decl=0x4f28ef0, sparams=0x28f7070) at gf.c:842
#100 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x3374e30, tt=0x56b0ac0, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#101 0x6205106e in jl_apply_generic (F=0x3371c50, args=0xd5db90, nargs=2) at gf.c:1419
#102 0x00d8bcf6 in ?? ()
#103 0x62051020 in jl_apply (nargs=42988336, args=0x3371c50, f=<optimized out>) at julia.h:982
#104 jl_apply_generic (F=0x55b9350, args=0xd5dec4, nargs=1) at gf.c:1411
#105 0x00d838a9 in ?? ()
#106 0x62051020 in jl_apply (nargs=52534048, args=0xd5dec4, f=<optimized out>) at julia.h:982
#107 jl_apply_generic (F=0x55b9620, args=0xd5df88, nargs=5) at gf.c:1411
#108 0x00d8272e in ?? ()
#109 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
---Type <return> to continue, or q <return> to quit---
#110 jl_apply_generic (F=0x55b9560, args=0xd5e098, nargs=4) at gf.c:1411
#111 0x6204faa5 in jl_apply (nargs=4, args=0xd5e098, f=<optimized out>) at julia.h:982
#112 jl_type_infer (def=<optimized out>, argtypes=0x5501b4c, li=0x561b3d0) at gf.c:393
#113 cache_method (mt=mt@entry=0x55b2000, type=type@entry=0x5501b4c, method=<optimized out>,
    decl=0x55017c8, sparams=0x28f7070) at gf.c:842
#114 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x55b2000, tt=0x5501b4c, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#115 0x6205106e in jl_apply_generic (F=0x55b9350, args=0xd5e454, nargs=1) at gf.c:1419
#116 0x00d838a9 in ?? ()
#117 0x62051020 in jl_apply (nargs=52534048, args=0xd5e454, f=<optimized out>) at julia.h:982
#118 jl_apply_generic (F=0x55b9620, args=0xd5e518, nargs=5) at gf.c:1411
#119 0x00d8272e in ?? ()
#120 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#121 jl_apply_generic (F=0x55b9560, args=0xd5e628, nargs=4) at gf.c:1411
#122 0x6204faa5 in jl_apply (nargs=4, args=0xd5e628, f=<optimized out>) at julia.h:982
#123 jl_type_infer (def=<optimized out>, argtypes=0x56b0840, li=0x561b380) at gf.c:393
#124 cache_method (mt=mt@entry=0x3252ce0, type=type@entry=0x56b0840, method=<optimized out>,
    decl=0x3219af0, sparams=0x28f7070) at gf.c:842
#125 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x3252ce0, tt=0x56b0840, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#126 0x6205106e in jl_apply_generic (F=0x3219b20, args=0xd5e9e4, nargs=2) at gf.c:1419
#127 0x00d8386b in ?? ()
#128 0x62051020 in jl_apply (nargs=52534048, args=0xd5e9e4, f=<optimized out>) at julia.h:982
#129 jl_apply_generic (F=0x55b9620, args=0xd5eaa8, nargs=5) at gf.c:1411
#130 0x00d8272e in ?? ()
#131 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#132 jl_apply_generic (F=0x55b9560, args=0xd5ebb8, nargs=4) at gf.c:1411
#133 0x6204faa5 in jl_apply (nargs=4, args=0xd5ebb8, f=<optimized out>) at julia.h:982
#134 jl_type_infer (def=<optimized out>, argtypes=0x54a9d0c, li=0x561b2e0) at gf.c:393
#135 cache_method (mt=mt@entry=0x55b2220, type=type@entry=0x54a9d0c, method=<optimized out>,
    decl=0x54a9708, sparams=0x28f7070) at gf.c:842
#136 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x55b2220, tt=0x54a9d0c, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#137 0x6205106e in jl_apply_generic (F=0x55b9620, args=0xd5ecf8, nargs=5) at gf.c:1419
#138 0x00d8272e in ?? ()
#139 0x62051020 in jl_apply (nargs=1659451848, args=0x62050fca <jl_apply_generic>,
    f=<optimized out>) at julia.h:982
#140 jl_apply_generic (F=0x55b9560, args=0xd5ee08, nargs=4) at gf.c:1411
#141 0x6204faa5 in jl_apply (nargs=4, args=0xd5ee08, f=<optimized out>) at julia.h:982
#142 jl_type_infer (def=<optimized out>, argtypes=0x537f5f0, li=0x561b240) at gf.c:393
#143 cache_method (mt=mt@entry=0x55b21a0, type=type@entry=0x537f5f0, method=<optimized out>,
    decl=0x537f0c8, sparams=0x28f7070) at gf.c:842
#144 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x55b21a0, tt=0x537f5f0, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#145 0x6205106e in jl_apply_generic (F=0x55b9560, args=0xd5ef98, nargs=4) at gf.c:1419
#146 0x6204faa5 in jl_apply (nargs=4, args=0xd5ef98, f=<optimized out>) at julia.h:982
#147 jl_type_infer (def=<optimized out>, argtypes=0x548a6ac, li=0x561b1a0) at gf.c:393
---Type <return> to continue, or q <return> to quit---
#148 cache_method (mt=mt@entry=0x5699a70, type=type@entry=0x548a6ac, method=<optimized out>,
    decl=0x548a698, sparams=0x28f7070) at gf.c:842
#149 0x62050579 in jl_mt_assoc_by_type (mt=mt@entry=0x5699a70, tt=0x548a6ac, cache=cache@entry=1,
    inexact=inexact@entry=0) at gf.c:950
#150 0x6205106e in jl_apply_generic (F=0x56b0480, args=0xd5f0b4, nargs=3) at gf.c:1419
#151 0x00d82633 in ?? ()
#152 0x62053f95 in jl_apply (nargs=<optimized out>, args=<optimized out>,
    f=0x62e939c8 <jl_pgcstack>) at julia.h:982
#153 fl_invoke_julia_macro (args=<optimized out>, nargs=<optimized out>) at ast.c:77
#154 0x620aebc3 in apply_cl (nargs=1) at flisp.c:1270
#155 0x620b005c in _applyn (n=<optimized out>) at flisp.c:720
#156 0x620b0778 in fl_map1 (args=0x2ef0134, nargs=2) at flisp.c:2315
#157 0x620aeb2c in apply_cl (nargs=1) at flisp.c:1220
#158 0x620b005c in _applyn (n=<optimized out>) at flisp.c:720
#159 0x620b0778 in fl_map1 (args=0x2ef0104, nargs=2) at flisp.c:2315
#160 0x620aeb2c in apply_cl (nargs=1) at flisp.c:1220
#161 0x620b09a1 in do_trycatch () at flisp.c:936
#162 0x620adbae in apply_cl (nargs=2) at flisp.c:1891
#163 0x620b005c in _applyn (n=<optimized out>) at flisp.c:720
#164 0x620b0333 in fl_applyn (n=n@entry=0, f=47046010) at flisp.c:760
#165 0x62054484 in jl_parse_next () at ast.c:514
#166 0x6209ae0d in jl_parse_eval_all (fname=fname@entry=0x325a08c "osutils.jl") at toplevel.c:533
#167 0x6209b067 in jl_load (fname=0x325a08c "osutils.jl") at toplevel.c:578
#168 jl_load_ (str=0x3207c08) at toplevel.c:586
#169 0x00d60146 in ?? ()
#170 0x62051020 in jl_apply (nargs=52460552, args=0xd5f7dc, f=<optimized out>) at julia.h:982
#171 jl_apply_generic (F=0x3257460, args=0xd5f7dc, nargs=1) at gf.c:1411
#172 0x6208a18c in jl_apply (nargs=1, args=0xd5f7dc, f=0x3257460) at julia.h:982
#173 do_call (f=0x3257460, args=args@entry=0x56b8ac0, nargs=nargs@entry=1,
    locals=locals@entry=0x0, nl=nl@entry=0) at interpreter.c:65
#174 0x62089550 in eval (e=e@entry=0x56afe00, locals=locals@entry=0x0, nl=nl@entry=0)
    at interpreter.c:207
#175 0x6208a0ee in jl_interpret_toplevel_expr (e=0x56afe00) at interpreter.c:25
#176 0x6209a554 in jl_toplevel_eval_flex (e=<optimized out>, fast=fast@entry=1) at toplevel.c:496
#177 0x6209aaae in jl_toplevel_eval_flex (fast=1, e=<optimized out>) at toplevel.c:378
#178 jl_eval_module_expr (ex=0x32574f0) at toplevel.c:145
#179 0x6209a836 in jl_toplevel_eval_flex (e=<optimized out>, fast=fast@entry=1) at toplevel.c:388
#180 0x6209ae3f in jl_toplevel_eval_flex (fast=1, e=<optimized out>) at toplevel.c:540
#181 jl_parse_eval_all (fname=fname@entry=0xd5fd90 "sysimg.jl") at toplevel.c:544
#182 0x6209afc5 in jl_load (fname=0xd5fd90 "sysimg.jl") at toplevel.c:578
#183 0x004015e6 in exec_program () at repl.c:243
#184 0x00401821 in true_main (argc=1, argv=0x3db7a4) at repl.c:300
#185 0x6209001b in julia_trampoline (argc=1, argv=0x3db7a4, pmain=0x401769 <true_main>)
    at init.c:1056
#186 0x00402098 in wmain (argc=1, argv=0x3db7a4, envp=0x3d92a8) at repl.c:360
#187 0x004013f0 in __tmainCRTStartup ()
    at /usr/src/debug/mingw64-i686-runtime-4.0.2-1/crt/crtexe.c:329
#188 0x7536337a in KERNEL32!BaseThreadInitThunk () from /cygdrive/c/Windows/syswow64/kernel32.dll
#189 0x77529882 in ntdll!RtlInitializeExceptionChain () from /cygdrive/c/Windows/SysWOW64/ntdll.dll
---Type <return> to continue, or q <return> to quit---
#190 0x77529855 in ntdll!RtlInitializeExceptionChain () from /cygdrive/c/Windows/SysWOW64/ntdll.dll
#191 0x00000000 in ?? ()