Package: emacs;
Reported by: Robert Marshall <robert <at> capuchin.co.uk>
Date: Wed, 24 Jun 2015 10:28:02 UTC
Severity: normal
Merged with 33974
Found in versions 26.1.90, 25.0.50
Fixed in version 26.2
Done: Eli Zaretskii <eliz <at> gnu.org>
Bug is archived. No further changes may be made.
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bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Wed, 24 Jun 2015 10:28:02 GMT) Full text and rfc822 format available.Robert Marshall <robert <at> capuchin.co.uk>:bug-gnu-emacs <at> gnu.org.
(Wed, 24 Jun 2015 10:28:03 GMT) Full text and rfc822 format available.Message #5 received at submit <at> debbugs.gnu.org (full text, mbox):
From: Robert Marshall <robert <at> capuchin.co.uk> To: bug-gnu-emacs <at> gnu.org Subject: 25.0.50; build from git crashes on startup Date: Wed, 24 Jun 2015 11:26:27 +0100
The crash appears to be dependent upon using the desktop load if I start
with --no-desktop I don't get the crash. I don't see that message about
'Corrupted shared library list' (very early on in the log) when running
with no-desktop
Starting program: /home/robert/emacs-git/new/emacs/src/emacs
[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib/i386-linux-gnu/libthread_db.so.1".
warning: Corrupted shared library list: 0x8d9e460 != 0x85b4f90
[New Thread 0xad99db40 (LWP 26868)]
[New Thread 0xb277eb40 (LWP 26867)]
[New Thread 0xb31ffb40 (LWP 26866)]
[New Thread 0xb3bfeb40 (LWP 26865)]
Program received signal SIGSEGV, Segmentation fault.
hash_string (len=<optimised out>, ptr=<optimised out>) at fns.c:4317
4317 hash = sxhash_combine (hash, c);
(gdb) bt full
#0 hash_string (len=<optimised out>, ptr=<optimised out>) at fns.c:4317
p = 0x1 <error: Cannot access memory at address 0x1>
end = 0x9ffe288 "x\342\377\t\377\377\377\377"
c = <error reading variable c (Cannot access memory at address 0x0)>
hash = 0
#1 sxhash_string (len=<optimised out>, ptr=<optimised out>) at fns.c:4329
hash = 0
#2 sxhash (obj=<optimised out>, depth=depth <at> entry=1) at fns.c:4442
hash = <optimised out>
#3 0x08199fa2 in sxhash (depth=1, obj=<optimised out>) at lisp.h:1958
No locals.
#4 sxhash_list (depth=0, list=139364147) at fns.c:4369
hash = <optimised out>
i = 0
#5 sxhash (obj=<optimised out>, depth=0) at fns.c:4462
hash = <optimised out>
#6 0x0819c12f in hash_lookup (h=0x85a4628, key=139364147, hash=0x0) at fns.c:4010
hash_code = <optimised out>
start_of_bucket = <optimised out>
idx = <optimised out>
#7 0x0819c1f1 in Fgethash (key=139364147, table=140133933, dflt=0) at fns.c:4692
i = <optimised out>
#8 0x081e6b9c in ftfont_lookup_cache (key=139364147, cache_for=FTFONT_CACHE_FOR_FACE)
at ftfont.c:376
cache = 164268760
cache_data = 0x138
#9 0x081e87c6 in ftfont_close (font=0x9ca8ad8) at ftfont.c:1322
ftfont_info = 0x9ca8ad8
val = <optimised out>
cache = <optimised out>
#10 0x08176d33 in cleanup_vector (vector=0x9ca8ad8) at alloc.c:2989
drv = <optimised out>
vector = 0x9ca8ad8
#11 0x08177127 in sweep_vectors () at alloc.c:3041
total_bytes = 312
free_this_block = false
nbytes = <optimised out>
block = 0x9ca7bf8
bprev = 0x9d237f8
lv = <optimised out>
lvprev = 0x84a3c30
vector = 0x9ca89a0
next = 0x9ca8ad8
#12 0x0817aefa in gc_sweep () at alloc.c:6974
No locals.
#13 garbage_collect_1 (end=0xbfffdafc) at alloc.c:5770
nextb = 0x0
i = <optimised out>
retval = <optimised out>
stack_top_variable = 111 'o'
message_p = true
start = <optimised out>
tot_before = 0
total = {137277432, 159292392, 16768220, 139660920, 5, 159292396,
-1073751270, -2100820224, 22, 0, 1}
#14 Fgarbage_collect () at alloc.c:5976
end = 0xbfffdafc
#15 0x08190f68 in maybe_gc () at lisp.h:4779
No locals.
#16 Ffuncall (nargs=2, args=0xbfffdc24) at eval.c:2668
fun = <optimised out>
original_fun = <optimised out>
numargs = 1
val = <optimised out>
internal_args = <optimised out>
count = 22
#17 0x081c362d in exec_byte_code (bytestr=<optimised out>, vector=137279565,
maxdepth=26, args_template=0, nargs=0, args=<optimised out>) at bytecode.c:919
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 22
op = 1
vectorp = 0x82eb84c <pure+253644>
stack = {
pc = 0x8435880 <pure+1605376> "\020\t\204\f",
byte_string = 137279548,
byte_string_start = 0x843587d <pure+1605373> "\306\b!\020\t\204\f",
next = 0xbfffdfdc
}
top = 0xbfffdc24
result = <optimised out>
type = <optimised out>
#18 0x08190ceb in funcall_lambda (fun=0, nargs=1, nargs <at> entry=32, arg_vector=0x2,
arg_vector <at> entry=0xbfffdda4) at eval.c:2951
val = 0
syms_left = 0
lexenv = 0
#19 0x081910a1 in Ffuncall (nargs=33, args=0xbfffdda0) at eval.c:2779
fun = <optimised out>
original_fun = 2329008
numargs = 32
val = <optimised out>
internal_args = <optimised out>
count = 18
#20 0x08191f2c in Fapply (nargs=4, args=0xbfffdf18) at eval.c:2337
i = <optimised out>
numargs = <optimised out>
funcall_nargs = 33
funcall_args = 0xbfffdda0
spread_arg = 0
fun = <optimised out>
retval = <optimised out>
sa_avail = <optimised out>
sa_must_free = false
#21 0x08191185 in Ffuncall (nargs=5, args=0xbfffdf14) at eval.c:2698
fun = 138830805
original_fun = 4536
numargs = 4
val = <optimised out>
internal_args = <optimised out>
count = 17
#22 0x081c362d in exec_byte_code (bytestr=<optimised out>, vector=137288085,
maxdepth=98, args_template=0, nargs=0, args=<optimised out>) at bytecode.c:919
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 17
op = 4
vectorp = 0x82ed994 <pure+262164>
stack = {
pc = 0x84345d1 <pure+1600593> "\207",
byte_string = 137288068,
byte_string_start = 0x8434584 <pure+1600516> "\303\304\b\t\b\305=\203E",
next = 0xbfffe15c
}
top = 0xbfffdf14
result = <optimised out>
type = <optimised out>
#23 0x08190ceb in funcall_lambda (fun=0, nargs=1, nargs <at> entry=2, arg_vector=0x2,
arg_vector <at> entry=0xbfffe0e8) at eval.c:2951
val = 0
syms_left = 0
lexenv = 0
#24 0x081910a1 in Ffuncall (nargs=3, args=0xbfffe0e4) at eval.c:2779
fun = <optimised out>
original_fun = 1895840
numargs = 2
val = <optimised out>
internal_args = <optimised out>
count = 14
#25 0x081c362d in exec_byte_code (bytestr=<optimised out>, vector=137288725,
maxdepth=22, args_template=0, nargs=0, args=<optimised out>) at bytecode.c:919
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 14
op = 2
vectorp = 0x82edc14 <pure+262804>
stack = {
pc = 0x843444a <pure+1600202> "\210\b\310N\311ʉ\032\033\034\211\035\203S",
byte_string = 137288708,
byte_string_start = 0x8434438 <pure+1600184> "\b\306N\203\016",
next = 0xbfffe2dc
}
top = 0xbfffe0e4
result = <optimised out>
type = <optimised out>
#26 0x08190ceb in funcall_lambda (fun=0, nargs=1, nargs <at> entry=2, arg_vector=0x2,
arg_vector <at> entry=0xbfffe268) at eval.c:2951
val = 0
syms_left = 0
lexenv = 0
#27 0x081910a1 in Ffuncall (nargs=3, args=0xbfffe264) at eval.c:2779
fun = <optimised out>
original_fun = 2033904
numargs = 2
val = <optimised out>
internal_args = <optimised out>
count = 11
#28 0x081c362d in exec_byte_code (bytestr=<optimised out>, vector=137291901,
maxdepth=26, args_template=0, nargs=0, args=<optimised out>) at bytecode.c:919
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 9
op = 2
vectorp = 0x82ee87c <pure+265980>
stack = {
pc = 0x8433c9b <pure+1598235> "\210\312\b\n\"0\202\"",
byte_string = 137291884,
byte_string_start = 0x8433c86 <pure+1598214> "\306 \237\307\030\211\031\203*",
next = 0xbfffe47c
}
top = 0xbfffe264
result = <optimised out>
type = <optimised out>
#29 0x08190ceb in funcall_lambda (fun=0, nargs=nargs <at> entry=1, arg_vector=0x2,
arg_vector <at> entry=0xbfffe400) at eval.c:2951
val = 0
syms_left = 0
lexenv = 0
#30 0x081910a1 in Ffuncall (nargs=2, args=0xbfffe3fc) at eval.c:2779
fun = <optimised out>
original_fun = 9792
numargs = 1
val = <optimised out>
internal_args = <optimised out>
count = 6
#31 0x081c362d in exec_byte_code (bytestr=<optimised out>, vector=137608541,
maxdepth=58, args_template=2, nargs=0, args=<optimised out>) at bytecode.c:919
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 6
op = 1
vectorp = 0x833bd5c <pure+582620>
stack = {
pc = 0x83f6e07 <pure+1348743> "\210\307\001\005\"\262\004\016;@\247\203\275\002\016;@S\v\366\313\006\aF\016;ABB\026;\312\v\005\"\266\005\001q\210ˉ\022\211\023\207",
byte_string = 137608524,
byte_string_start = 0x83f6b69 <pure+1348073> "p\b\t\236A\n\203b",
next = 0xbfffe5fc
}
top = 0xbfffe3fc
result = <optimised out>
type = <optimised out>
#32 0x08190df1 in funcall_lambda (fun=0, nargs=1, nargs <at> entry=0, arg_vector=0x2,
arg_vector <at> entry=0xbfffe588) at eval.c:2885
val = 0
syms_left = 2
lexenv = -1073748600
#33 0x081910a1 in Ffuncall (nargs=1, args=0xbfffe584) at eval.c:2779
fun = <optimised out>
original_fun = 3565808
numargs = 0
val = <optimised out>
internal_args = <optimised out>
count = 5
#34 0x081c362d in exec_byte_code (bytestr=<optimised out>, vector=142380029,
maxdepth=26, args_template=2, nargs=0, args=<optimised out>) at bytecode.c:919
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 5
op = 0
vectorp = 0x87c8bfc
stack = {
pc = 0x83f38f6 <pure+1335158> "\210\333\335!\203t",
byte_string = 137624700,
byte_string_start = 0x83f388e <pure+1335054> "\t\203\b",
next = 0xbfffe7fc
}
top = 0xbfffe584
result = <optimised out>
type = <optimised out>
#35 0x08190df1 in funcall_lambda (fun=0, nargs=1, nargs <at> entry=0, arg_vector=0x2,
arg_vector <at> entry=0xbfffe714) at eval.c:2885
val = 0
syms_left = 2
lexenv = -1073748204
#36 0x081910a1 in Ffuncall (nargs=1, args=0xbfffe710) at eval.c:2779
fun = <optimised out>
original_fun = 142624269
numargs = 0
val = <optimised out>
internal_args = <optimised out>
count = 4
#37 0x081c342f in bcall0 (f=142624269) at bytecode.c:491
No locals.
#38 0x08190007 in unbind_to (count=4, value=0) at eval.c:3214
quitf = 0
#39 0x081c366e in exec_byte_code (bytestr=<optimised out>, vector=137624149,
maxdepth=50, args_template=2, nargs=0, args=<optimised out>) at bytecode.c:941
targets = {0x81c3788 <exec_byte_code+776>, 0x81c4dc0 <exec_byte_code+6464>,
0x81c4dc8 <exec_byte_code+6472>, 0x81c4dd0 <exec_byte_code+6480>,
0x81c35a0 <exec_byte_code+288>, 0x81c35a0 <exec_byte_code+288>,
0x81c4b20 <exec_byte_code+5792>, 0x81c4910 <exec_byte_code+5264>,
0x81c49c8 <exec_byte_code+5448>, 0x81c49c0 <exec_byte_code+5440>,
0x81c3818 <exec_byte_code+920>, 0x81c49d0 <exec_byte_code+5456>,
0x81c36c0 <exec_byte_code+576>, 0x81c36c0 <exec_byte_code+576>,
0x81c4ba8 <exec_byte_code+5928>, 0x81c37d0 <exec_byte_code+848>,
0x81c49d8 <exec_byte_code+5464>, 0x81c49e0 <exec_byte_code+5472>,
0x81c4b60 <exec_byte_code+5856>, 0x81c4a50 <exec_byte_code+5584>,
0x81c3718 <exec_byte_code+664>, 0x81c3720 <exec_byte_code+672>,
0x81c4b68 <exec_byte_code+5864>, 0x81c49e8 <exec_byte_code+5480>,
0x81c4a80 <exec_byte_code+5632>, 0x81c4a88 <exec_byte_code+5640>,
0x81c4ad8 <exec_byte_code+5720>, 0x81c4a90 <exec_byte_code+5648>,
0x81c35d0 <exec_byte_code+336>, 0x81c35d0 <exec_byte_code+336>,
0x81c4a38 <exec_byte_code+5560>, 0x81c4a58 <exec_byte_code+5592>,
0x81c4ad0 <exec_byte_code+5712>, 0x81c4ae0 <exec_byte_code+5728>,
0x81c4ae8 <exec_byte_code+5736>, 0x81c49a0 <exec_byte_code+5408>,
0x81c3610 <exec_byte_code+400>, 0x81c3610 <exec_byte_code+400>,
0x81c4a98 <exec_byte_code+5656>, 0x81c4ab0 <exec_byte_code+5680>,
0x81c4d58 <exec_byte_code+6360>, 0x81c4d50 <exec_byte_code+6352>,
0x81c4d60 <exec_byte_code+6368>, 0x81c4af0 <exec_byte_code+5744>,
0x81c3650 <exec_byte_code+464>, 0x81c3650 <exec_byte_code+464>,
0x81c49a8 <exec_byte_code+5416>, 0x81c4d28 <exec_byte_code+6312>,
0x81c3bc0 <exec_byte_code+1856>, 0x81c3a78 <exec_byte_code+1528>,
0x81c4db0 <exec_byte_code+6448>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3d00 <exec_byte_code+2176>, 0x81c3d80 <exec_byte_code+2304>,
0x81c3db0 <exec_byte_code+2352>, 0x81c3de8 <exec_byte_code+2408>,
0x81c3e20 <exec_byte_code+2464>, 0x81c4cf0 <exec_byte_code+6256>,
0x81c4c58 <exec_byte_code+6104>, 0x81c3e60 <exec_byte_code+2528>,
0x81c4cc0 <exec_byte_code+6208>, 0x81c4c90 <exec_byte_code+6160>,
0x81c43b0 <exec_byte_code+3888>, 0x81c4200 <exec_byte_code+3456>,
0x81c4230 <exec_byte_code+3504>, 0x81c4268 <exec_byte_code+3560>,
0x81c4298 <exec_byte_code+3608>, 0x81c4310 <exec_byte_code+3728>,
0x81c4340 <exec_byte_code+3776>, 0x81c4378 <exec_byte_code+3832>,
0x81c3e88 <exec_byte_code+2568>, 0x81c3eb0 <exec_byte_code+2608>,
0x81c3ee0 <exec_byte_code+2656>, 0x81c3f18 <exec_byte_code+2712>,
0x81c3f50 <exec_byte_code+2768>, 0x81c3f88 <exec_byte_code+2824>,
0x81c3fc0 <exec_byte_code+2880>, 0x81c3ff0 <exec_byte_code+2928>,
0x81c4020 <exec_byte_code+2976>, 0x81c4098 <exec_byte_code+3096>,
0x81c40d0 <exec_byte_code+3152>, 0x81c4110 <exec_byte_code+3216>,
0x81c41c8 <exec_byte_code+3400>, 0x81c4158 <exec_byte_code+3288>,
0x81c4190 <exec_byte_code+3344>, 0x81c43e8 <exec_byte_code+3944>,
0x81c4420 <exec_byte_code+4000>, 0x81c4450 <exec_byte_code+4048>,
0x81c4488 <exec_byte_code+4104>, 0x81c5340 <exec_byte_code+7872>,
0x81c5370 <exec_byte_code+7920>, 0x81c53a0 <exec_byte_code+7968>,
0x81c51c8 <exec_byte_code+7496>, 0x81c3690 <exec_byte_code+528>,
0x81c5200 <exec_byte_code+7552>, 0x81c5230 <exec_byte_code+7600>,
0x81c52a8 <exec_byte_code+7720>, 0x81c52e0 <exec_byte_code+7776>,
0x81c5310 <exec_byte_code+7824>, 0x81c4eb0 <exec_byte_code+6704>,
0x81c4ed8 <exec_byte_code+6744>, 0x81c4f00 <exec_byte_code+6784>,
0x81c4f30 <exec_byte_code+6832>, 0x81c3788 <exec_byte_code+776>,
0x81c4f60 <exec_byte_code+6880>, 0x81c4f88 <exec_byte_code+6920>,
0x81c4fb0 <exec_byte_code+6960>, 0x81c4fd8 <exec_byte_code+7000>,
0x81c5000 <exec_byte_code+7040>, 0x81c5028 <exec_byte_code+7080>,
0x81c3690 <exec_byte_code+528>, 0x81c3788 <exec_byte_code+776>,
0x81c5050 <exec_byte_code+7120>, 0x81c5090 <exec_byte_code+7184>,
0x81c50c0 <exec_byte_code+7232>, 0x81c50f0 <exec_byte_code+7280>,
0x81c5128 <exec_byte_code+7336>, 0x81c5160 <exec_byte_code+7392>,
0x81c4e50 <exec_byte_code+6608>, 0x81c4e78 <exec_byte_code+6648>,
0x81c5870 <exec_byte_code+9200>, 0x81c58a8 <exec_byte_code+9256>,
0x81c57a8 <exec_byte_code+9000>, 0x81c57d0 <exec_byte_code+9040>,
0x81c3788 <exec_byte_code+776>, 0x81c3a08 <exec_byte_code+1416>,
0x81c44b8 <exec_byte_code+4152>, 0x81c4bc0 <exec_byte_code+5952>,
0x81c4550 <exec_byte_code+4304>, 0x81c45e8 <exec_byte_code+4456>,
0x81c4678 <exec_byte_code+4600>, 0x81c4d68 <exec_byte_code+6376>,
0x81c39e8 <exec_byte_code+1384>, 0x81c4b80 <exec_byte_code+5888>,
0x81c3960 <exec_byte_code+1248>, 0x81c3990 <exec_byte_code+1296>,
0x81c3a48 <exec_byte_code+1480>, 0x81c3b80 <exec_byte_code+1792>,
0x81c3be8 <exec_byte_code+1896>, 0x81c3c30 <exec_byte_code+1968>,
0x81c3c70 <exec_byte_code+2032>, 0x81c3cb0 <exec_byte_code+2096>,
0x81c4af8 <exec_byte_code+5752>, 0x81c5800 <exec_byte_code+9088>,
0x81c5840 <exec_byte_code+9152>, 0x81c55a0 <exec_byte_code+8480>,
0x81c55d0 <exec_byte_code+8528>, 0x81c5600 <exec_byte_code+8576>,
0x81c5630 <exec_byte_code+8624>, 0x81c5668 <exec_byte_code+8680>,
0x81c56a0 <exec_byte_code+8736>, 0x81c56d8 <exec_byte_code+8792>,
0x81c5710 <exec_byte_code+8848>, 0x81c5400 <exec_byte_code+8064>,
0x81c5438 <exec_byte_code+8120>, 0x81c5470 <exec_byte_code+8176>,
0x81c54a0 <exec_byte_code+8224>, 0x81c54d8 <exec_byte_code+8280>,
0x81c5510 <exec_byte_code+8336>, 0x81c5540 <exec_byte_code+8384>,
0x81c5570 <exec_byte_code+8432>, 0x81c53d0 <exec_byte_code+8016>,
0x81c5190 <exec_byte_code+7440>, 0x81c4dd8 <exec_byte_code+6488>,
0x81c4e18 <exec_byte_code+6552>, 0x81c3788 <exec_byte_code+776>,
0x81c4708 <exec_byte_code+4744>, 0x81c4790 <exec_byte_code+4880>,
0x81c4810 <exec_byte_code+5008>, 0x81c4890 <exec_byte_code+5136>,
0x81c38e0 <exec_byte_code+1120>, 0x81c42c8 <exec_byte_code+3656>,
0x81c4050 <exec_byte_code+3024>, 0x81c5260 <exec_byte_code+7648>,
0x81c4960 <exec_byte_code+5344>, 0x81c3820 <exec_byte_code+928>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3870 <exec_byte_code+1008>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c3788 <exec_byte_code+776>, 0x81c3788 <exec_byte_code+776>,
0x81c38b0 <exec_byte_code+1072> <repeats 64 times>}
count = 4
op = 1
vectorp = 0x833fa54 <pure+598228>
stack = {
pc = 0x83f3ad1 <pure+1335633> "\210\375\376\377\"\210\201H",
byte_string = 137624132,
byte_string_start = 0x83f396b <pure+1335275> "\b\203\b",
next = 0x0
}
top = 0xbfffe764
result = <optimised out>
type = <optimised out>
#40 0x08190df1 in funcall_lambda (fun=0, fun <at> entry=137624109, nargs=1, nargs <at> entry=0,
arg_vector=0x2, arg_vector <at> entry=0xbfffe890) at eval.c:2885
val = 0
syms_left = 2
lexenv = -1073747736
#41 0x0819221b in apply_lambda (fun=137624109, args=<optimised out>,
count=count <at> entry=3) at eval.c:2826
args_left = <optimised out>
i = <optimised out>
arg_vector = <optimised out>
gcpro1 = <optimised out>
tem = <optimised out>
sa_avail = <optimised out>
sa_must_free = <optimised out>
#42 0x081905c5 in eval_sub (form=141392307) at eval.c:2256
fun = <optimised out>
val = <optimised out>
original_args = 0
gcpro3 = <optimised out>
count = 3
#43 0x08192962 in Feval (form=141392307, lexical=0) at eval.c:1996
No locals.
#44 0x08125030 in top_level_2 () at keyboard.c:1143
No locals.
#45 0x0818fa84 in internal_condition_case (bfun=0x8125020 <top_level_2>,
handlers=9168, hfun=0x8129580 <cmd_error>) at eval.c:1348
val = <optimised out>
c = <optimised out>
#46 0x08124ff7 in top_level_1 (ignore=0) at keyboard.c:1151
ignore = 0
#47 0x0818f98b in internal_catch (tag=22032, func=0x8124f90 <top_level_1>, arg=0)
at eval.c:1108
val = <optimised out>
c = <optimised out>
#48 0x08124f26 in command_loop () at keyboard.c:1112
No locals.
#49 0x081291f3 in recursive_edit_1 () at keyboard.c:723
val = 0
#50 0x081294d7 in Frecursive_edit () at keyboard.c:794
buffer = <optimised out>
#51 0x0805a8b8 in main (argc=<optimised out>, argv=0xbfffeb74) at emacs.c:1626
dummy = 0
stack_bottom_variable = 8 '\b'
do_initial_setlocale = <optimised out>
dumping = <optimised out>
skip_args = 0
rlim = {
rlim_cur = 8388608,
rlim_max = 18446744073709551615
}
no_loadup = <optimised out>
junk = 0x0
dname_arg = 0x0
ch_to_dir = 0x0
original_pwd = <optimised out>
Lisp Backtrace:
"Automatic GC" (0x0)
"purecopy" (0xbfffdc28)
"set-face-attribute" (0xbfffdda4)
"apply" (0xbfffdf18)
"face-spec-reset-face" (0xbfffe0e8)
"face-spec-recalc" (0xbfffe268)
"face-set-after-frame-default" (0xbfffe400)
"frame-notice-user-settings" (0xbfffe588)
0x8804608 PVEC_COMPILED
"normal-top-level" (0xbfffe890)
In GNU Emacs 25.0.50.2 (i686-pc-linux-gnu, GTK+ Version 3.14.13, cairo version 1.14.2)
of 2015-06-24 on poulenc
Repository revision: 9b891278cf715cee229a00068fd8d5c29ef9d79d
Windowing system distributor `The X.Org Foundation', version 11.0.11701000
System Description: Ubuntu 15.04
Configured using:
`configure --with-cairo'
Configured features:
XPM JPEG TIFF GIF PNG RSVG CAIRO IMAGEMAGICK SOUND GPM DBUS GCONF
GSETTINGS NOTIFY LIBSELINUX GNUTLS LIBXML2 FREETYPE M17N_FLT LIBOTF XFT
ZLIB TOOLKIT_SCROLL_BARS GTK3
Important settings:
value of $LANG: en_GB.UTF-8
value of $XMODIFIERS: @im=ibus
locale-coding-system: utf-8-unix
Major mode: Lisp Interaction
Minor modes in effect:
global-hi-lock-mode: t
hi-lock-mode: t
recentf-mode: t
show-paren-mode: t
tooltip-mode: t
global-eldoc-mode: t
electric-indent-mode: t
mouse-wheel-mode: t
tool-bar-mode: t
menu-bar-mode: t
file-name-shadow-mode: t
global-font-lock-mode: t
font-lock-mode: t
blink-cursor-mode: t
auto-composition-mode: t
auto-encryption-mode: t
auto-compression-mode: t
line-number-mode: t
transient-mark-mode: t
Recent messages:
Loading /home/robert/.recentf...done
Cleaning up the recentf list...done (0 removed)
Preparing diary...
No diary entries for Wednesday, 24 June 2015
Preparing diary...done
Package longlines is obsolete!
For information about GNU Emacs and the GNU system, type C-h C-a.
Loading dired-x...done
Load-path shadows:
None found.
Features:
(shadow sort mail-extr emacsbug message dired-x dired format-spec rfc822
mml mml-sec mm-decode mm-bodies mm-encode mailabbrev gmm-utils
mailheader sendmail mail-utils twittering-mode advice identica-mode json
url-http tls url-auth mail-parse rfc2231 rfc2047 rfc2045 ietf-drums
url-gw url url-proxy url-privacy url-expand url-methods url-history
url-cookie url-domsuf url-util url-parse auth-source cl-macs cl-seq
eieio byte-opt bytecomp byte-compile cl-extra seq cconv eieio-core
gnus-util mm-util help-fns mail-prsvr password-cache url-vars mailcap
longlines parse-time xml cl gv cal-china lunar solar cal-dst cal-bahai
cal-islam cal-hebrew holidays hol-loaddefs diary-lib diary-loaddefs
cal-menu calendar cal-loaddefs warnings server tbemail org-install
hi-lock edmacro kmacro desktop frameset recentf tree-widget wid-edit
cl-loaddefs pcase cl-lib easymenu paren finder-inf package epg-config
time-date mule-util tooltip eldoc electric uniquify ediff-hook vc-hooks
lisp-float-type mwheel x-win term/common-win x-dnd tool-bar dnd fontset
image regexp-opt fringe tabulated-list newcomment elisp-mode lisp-mode
prog-mode register page menu-bar rfn-eshadow timer select scroll-bar
mouse jit-lock font-lock syntax facemenu font-core frame cl-generic cham
georgian utf-8-lang misc-lang vietnamese tibetan thai tai-viet lao
korean japanese eucjp-ms cp51932 hebrew greek romanian slovak czech
european ethiopic indian cyrillic chinese charscript case-table epa-hook
jka-cmpr-hook help simple abbrev minibuffer cl-preloaded nadvice
loaddefs button faces cus-face macroexp files text-properties overlay
sha1 md5 base64 format env code-pages mule custom widget
hashtable-print-readable backquote dbusbind gfilenotify dynamic-setting
system-font-setting font-render-setting cairo move-toolbar gtk x-toolkit
x multi-tty make-network-process emacs)
Memory information:
((conses 8 131784 6130)
(symbols 24 25568 0)
(miscs 20 60 143)
(strings 16 33813 5814)
(string-bytes 1 1025342)
(vectors 8 18568)
(vector-slots 4 551568 5838)
(floats 8 739 140)
(intervals 28 246 4)
(buffers 520 14)
(heap 1024 13334 951))
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Sun, 26 Jul 2015 20:31:01 GMT) Full text and rfc822 format available.Message #8 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Paul Eggert <eggert <at> cs.ucla.edu> To: Robert Marshall <robert <at> capuchin.co.uk> Cc: "K. Handa" <handa <at> gnu.org>, 20890 <at> debbugs.gnu.org Subject: Re: 25.0.50; build from git crashes on startup Date: Sun, 26 Jul 2015 13:30:41 -0700
[Message part 1 (text/plain, inline)]
Thanks for the bug report. From the backtrace it appears that ftfont_close's implementation incorrectly assumes that ftfont_close can't be called from the garbage collector. I've installed the attached FIXME comment and am CC'ing Kenichi Handa, who's an expert in ftfont.c.
[0001-src-ftfont.c-ftfont_close-Add-comment-re-Bug-20890.patch (text/x-diff, attachment)]
Noam Postavsky <npostavs <at> gmail.com>
to control <at> debbugs.gnu.org.
(Mon, 25 Sep 2017 14:37:02 GMT) Full text and rfc822 format available.bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Tue, 03 Apr 2018 09:40:01 GMT) Full text and rfc822 format available.Message #13 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Robert Pluim <rpluim <at> gmail.com> To: 20890 <at> debbugs.gnu.org Cc: "K. Handa" <handa <at> gnu.org>, Robert Marshall <robert <at> capuchin.co.uk>, Paul Eggert <eggert <at> cs.ucla.edu> Subject: Re: 25.0.50; build from git crashes on startup Date: Tue, 03 Apr 2018 11:39:10 +0200
tags 20890 patch Paul Eggert <eggert <at> cs.ucla.edu> writes: > Thanks for the bug report. From the backtrace it appears that > ftfont_close's implementation incorrectly assumes that ftfont_close > can't be called from the garbage collector. I've installed the > attached FIXME comment and am CC'ing Kenichi Handa, who's an expert in > ftfont.c. Following Eli's suggestion in <https://debbugs.gnu.org/cgi/bugreport.cgi?bug=30874#88>, Iʼve tested the following workaround. It works, but it doesnʼt feel like the right thing to do. However, without it, cairo builds are completely unusable, and cairo is something we will need to enable by default in future. Robert diff --git i/src/ftfont.c w/src/ftfont.c index 24a92dd52e..5eda61af0e 100644 --- i/src/ftfont.c +++ w/src/ftfont.c @@ -1249,6 +1249,11 @@ ftfont_close (struct font *font) struct ftfont_info *ftfont_info = (struct ftfont_info *) font; Lisp_Object val, cache; +#ifdef USE_CAIRO + /* Bug#20890 workaround. */ + if (gc_in_progress) + return; +#endif val = Fcons (font->props[FONT_FILE_INDEX], make_number (ftfont_info->index)); cache = ftfont_lookup_cache (val, FTFONT_CACHE_FOR_FACE); eassert (CONSP (cache));
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Tue, 03 Apr 2018 10:07:01 GMT) Full text and rfc822 format available.Message #16 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Robert Pluim <rpluim <at> gmail.com>, Kenichi Handa <handa <at> gnu.org> Cc: 20890 <at> debbugs.gnu.org, eggert <at> cs.ucla.edu, robert <at> capuchin.co.uk Subject: Re: bug#20890: 25.0.50; build from git crashes on startup Date: Tue, 03 Apr 2018 13:06:07 +0300
> From: Robert Pluim <rpluim <at> gmail.com> > Date: Tue, 03 Apr 2018 11:39:10 +0200 > Cc: Robert Marshall <robert <at> capuchin.co.uk>, Paul Eggert <eggert <at> cs.ucla.edu> > > Following Eli's suggestion in > <https://debbugs.gnu.org/cgi/bugreport.cgi?bug=30874#88>, Iʼve tested > the following workaround. It works, but it doesnʼt feel like the right > thing to do. However, without it, cairo builds are completely > unusable, and cairo is something we will need to enable by default in > future. Unless Handa-san can propose a better fix, I think we should install this workaround. The call to ftfont_close from GC is only needed in applications that load and use gobs of fonts, which is not a frequent situation. The downside of this change is to let Emacs's memory footprint grow larger, which is certainly better than a crash. Thanks.
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Tue, 03 Apr 2018 15:04:02 GMT) Full text and rfc822 format available.Message #19 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Paul Eggert <eggert <at> cs.ucla.edu> To: Eli Zaretskii <eliz <at> gnu.org>, Robert Pluim <rpluim <at> gmail.com>, Kenichi Handa <handa <at> gnu.org> Cc: 20890 <at> debbugs.gnu.org, robert <at> capuchin.co.uk Subject: Re: bug#20890: 25.0.50; build from git crashes on startup Date: Tue, 3 Apr 2018 08:03:07 -0700
On 04/03/2018 03:06 AM, Eli Zaretskii wrote: > Unless Handa-san can propose a better fix, I think we should install > this workaround. Into the master branch or the emacs-26 branch?
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Tue, 03 Apr 2018 15:14:01 GMT) Full text and rfc822 format available.Message #22 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Paul Eggert <eggert <at> cs.ucla.edu> Cc: robert <at> capuchin.co.uk, handa <at> gnu.org, rpluim <at> gmail.com, 20890 <at> debbugs.gnu.org Subject: Re: bug#20890: 25.0.50; build from git crashes on startup Date: Tue, 03 Apr 2018 18:13:12 +0300
> Cc: 20890 <at> debbugs.gnu.org, robert <at> capuchin.co.uk > From: Paul Eggert <eggert <at> cs.ucla.edu> > Date: Tue, 3 Apr 2018 08:03:07 -0700 > > On 04/03/2018 03:06 AM, Eli Zaretskii wrote: > > Unless Handa-san can propose a better fix, I think we should install > > this workaround. > > Into the master branch or the emacs-26 branch? The master branch. I don't see how can we justify this on the release branch, since this only affects the Cairo build.
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Tue, 03 Apr 2018 15:27:01 GMT) Full text and rfc822 format available.Message #25 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Paul Eggert <eggert <at> cs.ucla.edu> To: Eli Zaretskii <eliz <at> gnu.org> Cc: robert <at> capuchin.co.uk, handa <at> gnu.org, rpluim <at> gmail.com, 20890 <at> debbugs.gnu.org Subject: Re: bug#20890: 25.0.50; build from git crashes on startup Date: Tue, 3 Apr 2018 08:26:46 -0700
On 04/03/2018 08:13 AM, Eli Zaretskii wrote: >> Into the master branch or the emacs-26 branch? > The master branch. I don't see how can we justify this on the release > branch, since this only affects the Cairo build. OK, done. Leaving Bug#20890 open, since this is a workaround and not a real fix.
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Wed, 04 Apr 2018 08:53:01 GMT) Full text and rfc822 format available.Message #28 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Robert Pluim <rpluim <at> gmail.com> To: Eli Zaretskii <eliz <at> gnu.org> Cc: 20890 <at> debbugs.gnu.org, eggert <at> cs.ucla.edu Subject: Re: master 1233bcb: Work around GC+Cairo bug Date: Wed, 04 Apr 2018 10:52:42 +0200
Eli Zaretskii <eliz <at> gnu.org> writes:
>> From: Robert Pluim <rpluim <at> gmail.com>
>> Date: Wed, 04 Apr 2018 00:14:20 +0200
>> Cc: Paul Eggert <eggert <at> cs.ucla.edu>
>>
>> > Work around GC+Cairo bug
>> >
>> > Workaround suggested by Robert Pluim (Bug#20890#13).
>> > * src/ftfont.c (ftfont_close) [USE_CAIRO]:
>> > Do nothing if GC is in progress.
>>
>> And whilst this reduces the frequency of the issue, of course it
>> doesnʼt eliminate it. Currently Iʼve deployed the following
>> sledgehammer, but we really need something better:
>
> Sorry, I don't understand: are you saying that you still get crashes
> inside ftfont_close, after the above commit? If so, can you please
> show the backtrace?
Yes.
> (Let's please continue discussing this in the bug report, not here.)
Moved there. Backtrace:
Thread 1 "emacs" received signal SIGSEGV, Segmentation fault.
0x00007ffff1f87c68 in FT_List_Find () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6
(gdb) bt
#0 0x00007ffff1f87c68 in FT_List_Find () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6
#1 0x00007ffff1f87ecf in FT_Done_Size () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6
#2 0x00000000005d5484 in ftcrfont_close (font=0x35fdf60) at ftcrfont.c:176
#3 0x00000000005502db in cleanup_vector (vector=vector <at> entry=0x35fdf60) at alloc.c:3194
#4 0x000000000055134a in sweep_vectors () at alloc.c:3241
#5 0x00000000005556f7 in gc_sweep () at alloc.c:7191
#6 garbage_collect_1 (end=<optimized out>) at alloc.c:6030
#7 Fgarbage_collect () at alloc.c:6162
#8 0x000000000056df29 in maybe_gc () at lisp.h:4839
#9 Ffuncall (nargs=4, args=args <at> entry=0x7fffffff9a28) at eval.c:2803
#10 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8dd84d), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9295952, args=<optimized out>, args <at> entry=0x7fffffff9a28)
at bytecode.c:632
#11 0x000000000056ddd0 in funcall_lambda (fun=make_number(35184372082330), nargs=9295952, nargs <at> entry=5,
arg_vector=0x7fffffff9a28, arg_vector <at> entry=0x7fffffff9c18) at eval.c:3022
#12 0x000000000056e053 in Ffuncall (nargs=6, args=args <at> entry=0x7fffffff9c10) at eval.c:2835
#13 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8dd8fd), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9296128, args=<optimized out>, args <at> entry=0x7fffffff9c10)
at bytecode.c:632
#14 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffff9c64), nargs=9296128, nargs <at> entry=2,
arg_vector=0x7fffffff9c10, arg_vector <at> entry=0x7fffffff9df0) at eval.c:3022
#15 0x000000000056e053 in Ffuncall (nargs=3, args=args <at> entry=0x7fffffff9de8) at eval.c:2835
#16 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8dd99d), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9296288, args=<optimized out>, args <at> entry=0x7fffffff9de8)
at bytecode.c:632
#17 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffff9e27), nargs=9296288, nargs <at> entry=2,
arg_vector=0x7fffffff9de8, arg_vector <at> entry=0x7fffffff9fc0) at eval.c:3022
#18 0x000000000056e053 in Ffuncall (nargs=3, args=args <at> entry=0x7fffffff9fb8) at eval.c:2835
#19 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8e163d), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9311808, args=<optimized out>, args <at> entry=0x7fffffff9fb8)
at bytecode.c:632
#20 0x000000000056ddd0 in funcall_lambda (fun=make_number(35184372082708), nargs=9311808, nargs <at> entry=2,
arg_vector=0x7fffffff9fb8, arg_vector <at> entry=0x7fffffffa240) at eval.c:3022
#21 0x000000000056e053 in Ffuncall (nargs=3, args=args <at> entry=0x7fffffffa238) at eval.c:2835
#22 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x971615), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9901592, args=<optimized out>, args <at> entry=0x7fffffffa238)
at bytecode.c:632
#23 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffa395), nargs=9901592, nargs <at> entry=1,
arg_vector=0x7fffffffa238, arg_vector <at> entry=0x7fffffffa4f8) at eval.c:3022
#24 0x000000000056e053 in Ffuncall (nargs=nargs <at> entry=2, args=args <at> entry=0x7fffffffa4f0) at eval.c:2835
#25 0x000000000056e1ba in call1 (fn=fn <at> entry=XIL(0x63c0), arg1=arg1 <at> entry=XIL(0x3705335)) at eval.c:2672
#26 0x00000000004c08be in update_face_from_frame_parameter (f=f <at> entry=0x3705330, param=param <at> entry=XIL(0x2be0),
new_value=new_value <at> entry=XIL(0x35eabf4)) at xfaces.c:3256
#27 0x00000000004d959d in x_set_background_color (f=0x3705330, arg=XIL(0x35eabf4), oldval=<optimized out>)
at xfns.c:1107
#28 0x000000000042bf18 in x_set_frame_parameters (f=f <at> entry=0x3705330, alist=alist <at> entry=XIL(0xc5b653))
at frame.c:3919
#29 0x000000000042c77c in Fmodify_frame_parameters (frame=frame <at> entry=XIL(0x3705335), alist=XIL(0xc5b653))
at frame.c:3183
#30 0x00000000004bc61f in Finternal_set_lisp_face_attribute (face=XIL(0x4770), attr=XIL(0x2a0), value=XIL(0x35eabf4),
frame=XIL(0x3705335)) at xfaces.c:3215
#31 0x000000000056e0f6 in Ffuncall (nargs=<optimized out>, args=args <at> entry=0x7fffffffa7e0) at eval.c:2821
#32 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8de15d), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9298272, args=<optimized out>, args <at> entry=0x7fffffffa7e0)
at bytecode.c:632
#33 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffa8d7), nargs=9298272, nargs <at> entry=32,
arg_vector=0x7fffffffa7e0, arg_vector <at> entry=0x7fffffffaa38) at eval.c:3022
#34 0x000000000056e053 in Ffuncall (nargs=nargs <at> entry=33, args=0x7fffffffaa30) at eval.c:2835
#35 0x000000000056fbc0 in Fapply (nargs=<optimized out>, args=0x7fffffffac40) at eval.c:2441
#36 0x000000000056e0f6 in Ffuncall (nargs=<optimized out>, args=args <at> entry=0x7fffffffac38) at eval.c:2821
#37 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8e16fd), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9312000, args=<optimized out>, args <at> entry=0x7fffffffac38)
at bytecode.c:632
#38 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffac88), nargs=9312000, nargs <at> entry=3,
arg_vector=0x7fffffffac38, arg_vector <at> entry=0x7fffffffae20) at eval.c:3022
#39 0x000000000056e053 in Ffuncall (nargs=4, args=args <at> entry=0x7fffffffae18) at eval.c:2835
#40 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8e163d), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9311808, args=<optimized out>, args <at> entry=0x7fffffffae18)
at bytecode.c:632
#41 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffae77), nargs=9311808, nargs <at> entry=2,
arg_vector=0x7fffffffae18, arg_vector <at> entry=0x7fffffffb030) at eval.c:3022
#42 0x000000000056e053 in Ffuncall (nargs=3, args=args <at> entry=0x7fffffffb028) at eval.c:2835
#43 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8e27dd), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9316320, args=<optimized out>, args <at> entry=0x7fffffffb028)
at bytecode.c:632
#44 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffb079), nargs=9316320, nargs <at> entry=2,
arg_vector=0x7fffffffb028, arg_vector <at> entry=0x7fffffffb240) at eval.c:3022
#45 0x000000000056e053 in Ffuncall (nargs=3, args=args <at> entry=0x7fffffffb238) at eval.c:2835
#46 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x8e25fd), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9315840, args=<optimized out>, args <at> entry=0x7fffffffb238)
at bytecode.c:632
#47 0x000000000056ddd0 in funcall_lambda (fun=make_number(35184372083889), nargs=9315840, nargs <at> entry=1,
arg_vector=0x7fffffffb238, arg_vector <at> entry=0x7fffffffb448) at eval.c:3022
#48 0x000000000056e053 in Ffuncall (nargs=2, args=args <at> entry=0x7fffffffb440) at eval.c:2835
#49 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0xcbbb35), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=13351736, args=<optimized out>, args <at> entry=0x7fffffffb440)
at bytecode.c:632
#50 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffb453), nargs=13351736, nargs <at> entry=1,
arg_vector=0x7fffffffb440, arg_vector <at> entry=0x7fffffffb688) at eval.c:3022
#51 0x000000000056e053 in Ffuncall (nargs=nargs <at> entry=2, args=args <at> entry=0x7fffffffb680) at eval.c:2835
#52 0x000000000056fda3 in Fapply (nargs=2, args=0x7fffffffb680) at eval.c:2398
#53 0x000000000056e0f6 in Ffuncall (nargs=<optimized out>, args=args <at> entry=0x7fffffffb678) at eval.c:2821
#54 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x12ca355), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=19702616, args=<optimized out>, args <at> entry=0x7fffffffb678)
at bytecode.c:632
#55 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffb70d), nargs=19702616, nargs <at> entry=1,
arg_vector=0x7fffffffb678, arg_vector <at> entry=0x7fffffffb890) at eval.c:3022
#56 0x000000000056e053 in Ffuncall (nargs=2, args=args <at> entry=0x7fffffffb888) at eval.c:2835
#57 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x970995), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9898392, args=<optimized out>, args <at> entry=0x7fffffffb888)
at bytecode.c:632
#58 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffb968), nargs=9898392, nargs <at> entry=1,
arg_vector=0x7fffffffb888, arg_vector <at> entry=0x7fffffffbb10) at eval.c:3022
#59 0x000000000056e053 in Ffuncall (nargs=2, args=args <at> entry=0x7fffffffbb08) at eval.c:2835
#60 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x9705b5), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9897400, args=<optimized out>, args <at> entry=0x7fffffffbb08)
at bytecode.c:632
#61 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffbb27), nargs=9897400, nargs <at> entry=2,
arg_vector=0x7fffffffbb08, arg_vector <at> entry=0x7fffffffbcc8) at eval.c:3022
#62 0x000000000056e053 in Ffuncall (nargs=3, args=args <at> entry=0x7fffffffbcc0) at eval.c:2835
#63 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x19b10e5), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=26939624, args=<optimized out>, args <at> entry=0x7fffffffbcc0)
at bytecode.c:632
#64 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffbdd3), nargs=26939624, nargs <at> entry=4,
arg_vector=0x7fffffffbcc0, arg_vector <at> entry=0x7fffffffc040) at eval.c:3022
#65 0x000000000056e053 in Ffuncall (nargs=5, args=args <at> entry=0x7fffffffc038) at eval.c:2835
#66 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x1a313b5), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=27464632, args=<optimized out>, args <at> entry=0x7fffffffc038)
at bytecode.c:632
#67 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffc27d), nargs=27464632, nargs <at> entry=9,
arg_vector=0x7fffffffc038, arg_vector <at> entry=0x7fffffffc520) at eval.c:3022
#68 0x000000000056e053 in Ffuncall (nargs=10, args=args <at> entry=0x7fffffffc518) at eval.c:2835
#69 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x1e7dc45), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=31972424, args=<optimized out>, args <at> entry=0x7fffffffc518)
at bytecode.c:632
#70 0x000000000056ddd0 in funcall_lambda (fun=make_number(35184372085087), nargs=31972424, nargs <at> entry=0,
arg_vector=0x7fffffffc518, arg_vector <at> entry=0x7fffffffc708) at eval.c:3022
#71 0x000000000056e053 in Ffuncall (nargs=1, args=args <at> entry=0x7fffffffc700) at eval.c:2835
#72 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x1eaa035), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=32153656, args=<optimized out>, args <at> entry=0x7fffffffc700)
at bytecode.c:632
#73 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffc829), nargs=32153656, nargs <at> entry=0,
arg_vector=0x7fffffffc700, arg_vector <at> entry=0x7fffffffca10) at eval.c:3022
#74 0x000000000056e053 in Ffuncall (nargs=1, args=args <at> entry=0x7fffffffca08) at eval.c:2835
#75 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x1e7d235), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=31969848, args=<optimized out>, args <at> entry=0x7fffffffca08)
at bytecode.c:632
#76 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffca3f), nargs=31969848, nargs <at> entry=0,
arg_vector=0x7fffffffca08, arg_vector <at> entry=0x7fffffffcbf8) at eval.c:3022
#77 0x000000000056e053 in Ffuncall (nargs=1, args=0x7fffffffcbf0) at eval.c:2835
#78 0x000000000056e119 in funcall_nil (nargs=<optimized out>, args=<optimized out>) at eval.c:2452
#79 0x000000000056cafd in run_hook_with_args (nargs=1, args=0x7fffffffcbf0, funcall=0x56e110 <funcall_nil>)
at eval.c:2629
#80 0x000000000056cc46 in Frun_hook_with_args (args=0x7fffffffcbf0, nargs=1) at eval.c:2494
#81 run_hook (hook=XIL(0x1e7d285)) at eval.c:2642
#82 Frun_hooks (nargs=2, args=0x7fffffffcc70) at eval.c:2476
#83 0x000000000056e0f6 in Ffuncall (nargs=<optimized out>, args=args <at> entry=0x7fffffffcc68) at eval.c:2821
#84 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x978e85), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9932424, args=<optimized out>, args <at> entry=0x7fffffffcc68)
at bytecode.c:632
#85 0x000000000056ddd0 in funcall_lambda (fun=make_number(35184372085891), nargs=9932424, nargs <at> entry=0,
arg_vector=0x7fffffffcc68, arg_vector <at> entry=0x7fffffffd468) at eval.c:3022
#86 0x000000000056e053 in Ffuncall (nargs=1, args=args <at> entry=0x7fffffffd460) at eval.c:2835
#87 0x00000000005a5f48 in exec_byte_code (bytestr=<optimized out>, vector=XIL(0x977e35), maxdepth=<optimized out>,
args_template=<optimized out>, nargs=nargs <at> entry=9928248, args=<optimized out>, args <at> entry=0x7fffffffd460)
at bytecode.c:632
#88 0x000000000056ddd0 in funcall_lambda (fun=XIL(0x7fffffffd62c), fun <at> entry=XIL(0x977de5), nargs=9928248,
nargs <at> entry=0, arg_vector=0x7fffffffd460, arg_vector <at> entry=0x7fffffffd780) at eval.c:3022
#89 0x000000000056d0c0 in apply_lambda (fun=XIL(0x977de5), args=<optimized out>, count=count <at> entry=4) at eval.c:2958
#90 0x000000000056d472 in eval_sub (form=form <at> entry=XIL(0x1132f63)) at eval.c:2361
#91 0x00000000005715a8 in Feval (form=XIL(0x1132f63), lexical=<optimized out>) at eval.c:2106
#92 0x000000000056c67e in internal_condition_case (bfun=bfun <at> entry=0x4f7770 <top_level_2>,
handlers=handlers <at> entry=XIL(0x5250), hfun=hfun <at> entry=0x4fd000 <cmd_error>) at eval.c:1332
#93 0x00000000004fa02c in top_level_1 (ignore=ignore <at> entry=XIL(0)) at keyboard.c:1128
#94 0x000000000056c61c in internal_catch (tag=tag <at> entry=XIL(0xc960), func=func <at> entry=0x4f9fd0 <top_level_1>,
arg=arg <at> entry=XIL(0)) at eval.c:1097
#95 0x00000000004f7708 in command_loop () at keyboard.c:1089
#96 0x00000000004fcbe6 in recursive_edit_1 () at keyboard.c:696
#97 0x00000000004fcf30 in Frecursive_edit () at keyboard.c:767
#98 0x000000000041be36 in main (argc=1, argv=0x7fffffffdb48) at emacs.c:1724
Lisp Backtrace:
"Automatic GC" (0x0)
"internal-face-x-get-resource" (0xffff9a30)
"set-face-attribute-from-resource" (0xffff9c18)
"set-face-attributes-from-resources" (0xffff9df0)
"make-face-x-resource-internal" (0xffff9fc0)
"face-spec-recalc" (0xffffa240)
"frame-set-background-mode" (0xffffa4f8)
"internal-set-lisp-face-attribute" (0xffffa7e8)
"set-face-attribute" (0xffffaa38)
"apply" (0xffffac40)
"face-spec-set-2" (0xffffae20)
"face-spec-recalc" (0xffffb030)
"face-set-after-frame-default" (0xffffb240)
"x-create-frame-with-faces" (0xffffb448)
0x12cc430 PVEC_COMPILED
"apply" (0xffffb680)
"frame-creation-function" (0xffffb890)
"make-frame" (0xffffbb10)
"make-frame-on-display" (0xffffbcc8)
"frameset--restore-frame" (0xffffc040)
"frameset-restore" (0xffffc520)
"desktop-restore-frameset" (0xffffc708)
"desktop-read" (0xffffca10)
0x1e7d280 PVEC_COMPILED
"run-hooks" (0xffffcc70)
"command-line" (0xffffd468)
"normal-top-level" (0xffffd780)
(gdb)
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Wed, 04 Apr 2018 09:09:01 GMT) Full text and rfc822 format available.Message #31 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Robert Pluim <rpluim <at> gmail.com> Cc: 20890 <at> debbugs.gnu.org, eggert <at> cs.ucla.edu Subject: Re: master 1233bcb: Work around GC+Cairo bug Date: Wed, 04 Apr 2018 12:08:26 +0300
> From: Robert Pluim <rpluim <at> gmail.com> > Cc: eggert <at> cs.ucla.edu, 20890 <at> debbugs.gnu.org > Date: Wed, 04 Apr 2018 10:52:42 +0200 > > > Sorry, I don't understand: are you saying that you still get crashes > > inside ftfont_close, after the above commit? If so, can you please > > show the backtrace? > > Yes. > > > (Let's please continue discussing this in the bug report, not here.) > > Moved there. Backtrace: > > Thread 1 "emacs" received signal SIGSEGV, Segmentation fault. > 0x00007ffff1f87c68 in FT_List_Find () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6 > (gdb) bt > #0 0x00007ffff1f87c68 in FT_List_Find () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6 > #1 0x00007ffff1f87ecf in FT_Done_Size () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6 > #2 0x00000000005d5484 in ftcrfont_close (font=0x35fdf60) at ftcrfont.c:176 > #3 0x00000000005502db in cleanup_vector (vector=vector <at> entry=0x35fdf60) at alloc.c:3194 This is not in ftfont_close, this is in ftcrfont_close. If you can tell why FT_List_Find crashes, in terms of Emacs variables and data structures, maybe we can figure out what is going on here. But in any case, I think we should put the same workaround in ftcrfont_close as we did in ftfont_close, because the former calls the latter, and we then risk the situation where we only half-close the font when ftcrfont_close is called from GC. Thanks.
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Wed, 04 Apr 2018 12:11:02 GMT) Full text and rfc822 format available.Message #34 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Robert Pluim <rpluim <at> gmail.com> To: Eli Zaretskii <eliz <at> gnu.org> Cc: 20890 <at> debbugs.gnu.org, eggert <at> cs.ucla.edu Subject: Re: bug#20890: master 1233bcb: Work around GC+Cairo bug Date: Wed, 04 Apr 2018 14:10:12 +0200
Eli Zaretskii <eliz <at> gnu.org> writes: >> From: Robert Pluim <rpluim <at> gmail.com> >> Cc: eggert <at> cs.ucla.edu, 20890 <at> debbugs.gnu.org >> Date: Wed, 04 Apr 2018 10:52:42 +0200 >> >> > Sorry, I don't understand: are you saying that you still get crashes >> > inside ftfont_close, after the above commit? If so, can you please >> > show the backtrace? >> >> Yes. >> >> > (Let's please continue discussing this in the bug report, not here.) >> >> Moved there. Backtrace: >> >> Thread 1 "emacs" received signal SIGSEGV, Segmentation fault. >> 0x00007ffff1f87c68 in FT_List_Find () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6 >> (gdb) bt >> #0 0x00007ffff1f87c68 in FT_List_Find () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6 >> #1 0x00007ffff1f87ecf in FT_Done_Size () from /usr/lib/x86_64-linux-gnu/libfreetype.so.6 >> #2 0x00000000005d5484 in ftcrfont_close (font=0x35fdf60) at ftcrfont.c:176 >> #3 0x00000000005502db in cleanup_vector (vector=vector <at> entry=0x35fdf60) at alloc.c:3194 > > This is not in ftfont_close, this is in ftcrfont_close. Ah yes. Too many functions with similar names, plus this happens only when running Ubuntu, not Fedora. > If you can tell why FT_List_Find crashes, in terms of Emacs variables > and data structures, maybe we can figure out what is going on here. > But in any case, I think we should put the same workaround in > ftcrfont_close as we did in ftfont_close, because the former calls the > latter, and we then risk the situation where we only half-close the > font when ftcrfont_close is called from GC. That same workaround fixes it on Ubuntu. Robert
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Wed, 04 Apr 2018 13:45:02 GMT) Full text and rfc822 format available.Message #37 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Robert Pluim <rpluim <at> gmail.com> Cc: 20890 <at> debbugs.gnu.org, eggert <at> cs.ucla.edu Subject: Re: bug#20890: master 1233bcb: Work around GC+Cairo bug Date: Wed, 04 Apr 2018 16:44:04 +0300
> From: Robert Pluim <rpluim <at> gmail.com> > Cc: 20890 <at> debbugs.gnu.org, eggert <at> cs.ucla.edu > Date: Wed, 04 Apr 2018 14:10:12 +0200 > > > If you can tell why FT_List_Find crashes, in terms of Emacs variables > > and data structures, maybe we can figure out what is going on here. > > But in any case, I think we should put the same workaround in > > ftcrfont_close as we did in ftfont_close, because the former calls the > > latter, and we then risk the situation where we only half-close the > > font when ftcrfont_close is called from GC. > > That same workaround fixes it on Ubuntu. Then I think we should install it.
bug-gnu-emacs <at> gnu.org:bug#20890; Package emacs.
(Wed, 04 Apr 2018 18:02:02 GMT) Full text and rfc822 format available.Message #40 received at 20890 <at> debbugs.gnu.org (full text, mbox):
From: Paul Eggert <eggert <at> cs.ucla.edu> To: Eli Zaretskii <eliz <at> gnu.org>, Robert Pluim <rpluim <at> gmail.com> Cc: 20890 <at> debbugs.gnu.org Subject: Re: bug#20890: master 1233bcb: Work around GC+Cairo bug Date: Wed, 4 Apr 2018 11:00:55 -0700
[Message part 1 (text/plain, inline)]
On 04/04/2018 06:44 AM, Eli Zaretskii wrote: > Then I think we should install it. OK, I installed the attached into master.
[0001-Improve-GC-Cairo-workaround.patch (text/x-patch, attachment)]
Eli Zaretskii <eliz <at> gnu.org>
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(Sat, 05 Jan 2019 09:59:02 GMT) Full text and rfc822 format available.Eli Zaretskii <eliz <at> gnu.org>
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(Sat, 05 Jan 2019 09:59:03 GMT) Full text and rfc822 format available.Glenn Morris <rgm <at> gnu.org>
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