Package: emacs;
Reported by: Jules Colding <colding <at> venalicium.dk>
Date: Wed, 4 Dec 2013 14:08:02 UTC
Severity: normal
Found in version 24.3.50
Done: Jan Djärv <jan.h.d <at> swipnet.se>
Bug is archived. No further changes may be made.
Message #32 received at 16049 <at> debbugs.gnu.org (full text, mbox):
From: Jan Djärv <jan.h.d <at> swipnet.se> To: martin rudalics <rudalics <at> gmx.at> Cc: Jules Colding <colding <at> venalicium.dk>, "16049 <at> debbugs.gnu.org" <16049 <at> debbugs.gnu.org> Subject: Re: bug#16049: 24.3.50; Crash on startup on Mac OS X 10.9 Date: Thu, 5 Dec 2013 18:43:15 +0100
5 dec 2013 kl. 18:35 skrev Jan Djärv <jan.h.d <at> swipnet.se>:
> Hello.
>
> 5 dec 2013 kl. 08:00 skrev martin rudalics <rudalics <at> gmx.at>:
>
>>> Yes, but I think I fixed that. It crashes later in redisplay.
>>
>> Please post the backtrace here. I doubt that I could be of much help
>> but maybe it's something I encountered on another platform before.
>
> I haven't had time to look into it, but here goes.
>
> Jan D.
That was the wrong one ignore that, here is the correct one.
Jan D.
Program received signal EXC_BAD_ACCESS, Could not access memory.
Reason: KERN_INVALID_ADDRESS at address: 0xffffffeeb81501ec
0x0000000100005da4 in update_window (w=0x101915a08, force_p=true) at dispnew.c:3374
3374 if (mode_line_row->mode_line_p && mode_line_row->enabled_p)
(gdb) bt full
#0 0x0000000100005da4 in update_window (w=0x101915a08, force_p=true) at dispnew.c:3374
end = (struct glyph_row *) 0xffffffeeb8150100
mode_line_row = (struct glyph_row *) 0xffffffeeb8150100
header_line_row = (struct glyph_row *) 0x0
changed_p = false
mouse_face_overwritten_p = false
row = (struct glyph_row *) 0x101398e00
yb = 2147483647
n_updated = 0
desired_matrix = (struct glyph_matrix *) 0x104fbe810
paused_p = false
preempt_count = 17
rif = (struct redisplay_interface *) 0x100641648
#1 0x0000000100005011 in update_window_tree (w=0x101915a08, force_p=true) at dispnew.c:3160
paused_p = false
#2 0x0000000100004d61 in update_frame (f=0x10104d198, force_p=true, inhibit_hairy_id_p=false) at dispnew.c:3058
paused_p = false
root_window = (struct window *) 0x101915850
#3 0x000000010003a81d in redisplay_internal () at xdisp.c:13640
gcscrollbars = true
f = (struct frame *) 0x10104d198
w = (struct window *) 0x101915850
sw = (struct window *) 0x101915850
fr = (struct frame *) 0x10104d198
pending = 0
must_finish = true
match_p = true
tlbufpos = {
charpos = 0,
bytepos = 0
}
tlendpos = {
charpos = 0,
bytepos = 0
}
number_of_visible_frames = 1
count = 11
sf = (struct frame *) 0x10104d198
polling_stopped_here = 1
tail = 4345545574
frame = 4312060317
consider_all_windows_p = true
update_miniwindow_p = true
#4 0x0000000100037cd7 in echo_area_display (update_frame_p=1) at xdisp.c:11016
count = 10
n = 1
mini_window = 4321270285
w = (struct window *) 0x101915a08
f = (struct frame *) 0x10104d198
window_height_changed_p = 1
sf = (struct frame *) 0x10104d198
#5 0x0000000100037976 in message3_nolog (m=4305611097) at xdisp.c:9989
mini_window = 4321270285
frame = 4312060317
f = (struct frame *) 0x10104d198
sf = (struct frame *) 0x10104d198
#6 0x00000001000375dc in message3 (m=4305611097) at xdisp.c:9931
gcpro1 = {
next = 0x100351c60,
var = 0x7fff5fbfd470,
nvars = 4296143725
}
#7 0x00000001001d93a1 in Fmessage (nargs=2, args=0x7fff5fbfd560) at editfns.c:3451
val = 4305611097
#8 0x00000001001e7ba2 in Ffuncall (nargs=3, args=0x7fff5fbfd558) at eval.c:2786
fun = 4301506669
original_fun = 4345337194
funcar = 4345338570
numargs = 2
lisp_numargs = 56
val = 4305611129
internal_args = (Lisp_Object *) 0x2
i = -4244532486
#9 0x0000000100240a37 in exec_byte_code (bytestr=4298891953, vector=4298891989, maxdepth=24, args_template=0, nargs=0, args=0x7fff5fbfdc98) at bytecode.c:919
targets = {0x100245126, 0x100245192, 0x100245197, 0x10024519c, 0x1002451a1, 0x1002451a6, 0x100245235, 0x1002452d9, 0x10024006c, 0x100240071, 0x100240076, 0x10024007b, 0x100240080, 0x100240085, 0x100240095, 0x100240023, 0x100240641, 0x100240646, 0x10024064b, 0x100240650, 0x100240655, 0x10024065a, 0x1002406b3, 0x10024066a, 0x1002408df, 0x1002408e4, 0x1002408e9, 0x1002408ee, 0x1002408f3, 0x1002408f8, 0x100240873, 0x100240896, 0x1002409d3, 0x1002409d8, 0x1002409dd, 0x1002409e2, 0x1002409e7, 0x1002409ec, 0x100240967, 0x10024098a, 0x100240ae5, 0x100240aea, 0x100240aef, 0x100240af4, 0x100240af9, 0x100240afe, 0x100240a79, 0x100240a9c, 0x100242031, 0x100241cfe, 0x100241cef, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002422cd, 0x10024242f, 0x1002424bd, 0x10024254b, 0x1002425d7, 0x100240448, 0x1002404f1, 0x10024267f, 0x100240373, 0x10024056b, 0x100242709, 0x100242783, 0x1002427d4, 0x10024284e, 0x1002428ba, 0x1002429c6, 0x100242a17, 0x100242a91, 0x100242b36, 0x100242b87, 0x100242bd8, 0x100242c52, 0x100242ccc, 0x100242d46, 0x100242deb, 0x100242e57, 0x100242ec3, 0x100242fcf, 0x100243081, 0x100243133, 0x1002434b5, 0x100243534, 0x1002435b3, 0x100243632, 0x1002436b1, 0x10024371d, 0x1002437e0, 0x10024384c, 0x1002438b8, 0x100243924, 0x100243a76, 0x100241b46, 0x100243af9, 0x100243b4a, 0x100243c42, 0x100243cbc, 0x100243d36, 0x100243d87, 0x100243df0, 0x100243e59, 0x100243eca, 0x10024512b, 0x100243f25, 0x100243f80, 0x100243fdb, 0x100244036, 0x100244091, 0x1002440ec, 0x100241b4b, 0x10024512b, 0x10024413d, 0x1002441a7, 0x1002441f8, 0x100244249, 0x1002442c3, 0x10024433d, 0x10024438e, 0x1002444f1, 0x10024456b, 0x1002445e5, 0x10024465f, 0x1002446ba, 0x10024512b, 0x100241a57, 0x100240bba, 0x1002401c2, 0x100240d37, 0x100240ee8, 0x100241098, 0x1002419e3, 0x100241a0a, 0x100240804, 0x100241afa, 0x100241b88, 0x100241c20, 0x100241c6c, 0x10024207a, 0x100242114, 0x1002421b9, 0x10024222f, 0x100240b68, 0x10024470b, 0x1002447b0, 0x100244801, 0x100244852, 0x1002448a3, 0x1002448f4, 0x10024496e, 0x1002449e8, 0x100244a62, 0x100244adc, 0x100244ca3, 0x100244d1d, 0x100244d97, 0x100244de8, 0x100244e62, 0x100244edc, 0x100244f3b, 0x100244f9a, 0x100243990, 0x1002439fc, 0x100245006, 0x100245092, 0x10024512b, 0x100241248, 0x100241393, 0x100241527, 0x1002416bb, 0x10024184f, 0x100242926, 0x100242f2f, 0x100243ba2, 0x1002453a8, 0x100245448, 0x10024512b, 0x10024512b, 0x100245513, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002455d2 <repeats 64 times>}
count = 8
count_volatile = 140734799796992
op = 2
vectorp = (Lisp_Object *) 0x1003be2d8
vectorp_volatile = (Lisp_Object * volatile) 0x10191d87d
stack = {
pc = 0x1006018b8 ")\207",
byte_string = 4298891953,
byte_string_start = 0x10060187f "\305\030\t\2069",
next = 0x7fff5fbfe248
}
stack_volatile = {
pc = 0x10191d87d "",
byte_string = 140734799796928,
byte_string_start = 0x10011f829 "H\213U\330H\213u\340H\211t\320\bH\203\3040]\303\017\037@",
next = 0x7fff5fbfdac0
}
top = (Lisp_Object *) 0x7fff5fbfd558
result = 4347016496
type = 5
#10 0x00000001001e8e24 in funcall_lambda (fun=4298891909, nargs=0, arg_vector=0x7fff5fbfdc98) at eval.c:2975
val = 72057598334889474
syms_left = 0
next = 51565942909
lexenv = 4298891904
count = 8
i = 140734799797168
optional = false
rest = false
#11 0x00000001001e7f01 in Ffuncall (nargs=1, args=0x7fff5fbfdc90) at eval.c:2854
fun = 4298891909
original_fun = 4346085898
funcar = 4320430890
numargs = 0
lisp_numargs = 140734799797328
val = 4296145164
internal_args = (Lisp_Object *) 0x7fff5fbfdc70
i = 4345406893
#12 0x0000000100240a37 in exec_byte_code (bytestr=4298893025, vector=4298893061, maxdepth=92, args_template=1028, nargs=1, args=0x7fff5fbfe448) at bytecode.c:919
targets = {0x100245126, 0x100245192, 0x100245197, 0x10024519c, 0x1002451a1, 0x1002451a6, 0x100245235, 0x1002452d9, 0x10024006c, 0x100240071, 0x100240076, 0x10024007b, 0x100240080, 0x100240085, 0x100240095, 0x100240023, 0x100240641, 0x100240646, 0x10024064b, 0x100240650, 0x100240655, 0x10024065a, 0x1002406b3, 0x10024066a, 0x1002408df, 0x1002408e4, 0x1002408e9, 0x1002408ee, 0x1002408f3, 0x1002408f8, 0x100240873, 0x100240896, 0x1002409d3, 0x1002409d8, 0x1002409dd, 0x1002409e2, 0x1002409e7, 0x1002409ec, 0x100240967, 0x10024098a, 0x100240ae5, 0x100240aea, 0x100240aef, 0x100240af4, 0x100240af9, 0x100240afe, 0x100240a79, 0x100240a9c, 0x100242031, 0x100241cfe, 0x100241cef, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002422cd, 0x10024242f, 0x1002424bd, 0x10024254b, 0x1002425d7, 0x100240448, 0x1002404f1, 0x10024267f, 0x100240373, 0x10024056b, 0x100242709, 0x100242783, 0x1002427d4, 0x10024284e, 0x1002428ba, 0x1002429c6, 0x100242a17, 0x100242a91, 0x100242b36, 0x100242b87, 0x100242bd8, 0x100242c52, 0x100242ccc, 0x100242d46, 0x100242deb, 0x100242e57, 0x100242ec3, 0x100242fcf, 0x100243081, 0x100243133, 0x1002434b5, 0x100243534, 0x1002435b3, 0x100243632, 0x1002436b1, 0x10024371d, 0x1002437e0, 0x10024384c, 0x1002438b8, 0x100243924, 0x100243a76, 0x100241b46, 0x100243af9, 0x100243b4a, 0x100243c42, 0x100243cbc, 0x100243d36, 0x100243d87, 0x100243df0, 0x100243e59, 0x100243eca, 0x10024512b, 0x100243f25, 0x100243f80, 0x100243fdb, 0x100244036, 0x100244091, 0x1002440ec, 0x100241b4b, 0x10024512b, 0x10024413d, 0x1002441a7, 0x1002441f8, 0x100244249, 0x1002442c3, 0x10024433d, 0x10024438e, 0x1002444f1, 0x10024456b, 0x1002445e5, 0x10024465f, 0x1002446ba, 0x10024512b, 0x100241a57, 0x100240bba, 0x1002401c2, 0x100240d37, 0x100240ee8, 0x100241098, 0x1002419e3, 0x100241a0a, 0x100240804, 0x100241afa, 0x100241b88, 0x100241c20, 0x100241c6c, 0x10024207a, 0x100242114, 0x1002421b9, 0x10024222f, 0x100240b68, 0x10024470b, 0x1002447b0, 0x100244801, 0x100244852, 0x1002448a3, 0x1002448f4, 0x10024496e, 0x1002449e8, 0x100244a62, 0x100244adc, 0x100244ca3, 0x100244d1d, 0x100244d97, 0x100244de8, 0x100244e62, 0x100244edc, 0x100244f3b, 0x100244f9a, 0x100243990, 0x1002439fc, 0x100245006, 0x100245092, 0x10024512b, 0x100241248, 0x100241393, 0x100241527, 0x1002416bb, 0x10024184f, 0x100242926, 0x100242f2f, 0x100243ba2, 0x1002453a8, 0x100245448, 0x10024512b, 0x10024512b, 0x100245513, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002455d2 <repeats 64 times>}
count = 7
count_volatile = 140734799798960
op = 0
vectorp = (Lisp_Object *) 0x1003be708
vectorp_volatile = (Lisp_Object * volatile) 0x10307c786
stack = {
pc = 0x1006012b2 "\210\b\203\021",
byte_string = 4298893025,
byte_string_start = 0x1006012b0 "\306 \210\b\203\021",
next = 0x7fff5fbfe9c8
}
stack_volatile = {
pc = 0x1001c3349 "\351\005",
byte_string = 4301272517,
byte_string_start = 0x10060360b "",
next = 0x100a26a39
}
top = (Lisp_Object *) 0x7fff5fbfdc90
result = 4301272541
type = CONDITION_CASE
#13 0x00000001001e8e24 in funcall_lambda (fun=4298892981, nargs=1, arg_vector=0x7fff5fbfe440) at eval.c:2975
val = 72057598334889474
syms_left = 1028
next = 51546264528
lexenv = 4298892976
count = 7
i = 140734799799136
optional = false
rest = false
#14 0x00000001001e7f01 in Ffuncall (nargs=2, args=0x7fff5fbfe438) at eval.c:2854
fun = 4298892981
original_fun = 4346083258
funcar = 4345338314
numargs = 1
lisp_numargs = 4305455816
val = 4301916816
internal_args = (Lisp_Object *) 0x2
i = -4293168087
#15 0x0000000100240a37 in exec_byte_code (bytestr=4298867649, vector=4298867685, maxdepth=68, args_template=0, nargs=0, args=0x7fff5fbfebc8) at bytecode.c:919
targets = {0x100245126, 0x100245192, 0x100245197, 0x10024519c, 0x1002451a1, 0x1002451a6, 0x100245235, 0x1002452d9, 0x10024006c, 0x100240071, 0x100240076, 0x10024007b, 0x100240080, 0x100240085, 0x100240095, 0x100240023, 0x100240641, 0x100240646, 0x10024064b, 0x100240650, 0x100240655, 0x10024065a, 0x1002406b3, 0x10024066a, 0x1002408df, 0x1002408e4, 0x1002408e9, 0x1002408ee, 0x1002408f3, 0x1002408f8, 0x100240873, 0x100240896, 0x1002409d3, 0x1002409d8, 0x1002409dd, 0x1002409e2, 0x1002409e7, 0x1002409ec, 0x100240967, 0x10024098a, 0x100240ae5, 0x100240aea, 0x100240aef, 0x100240af4, 0x100240af9, 0x100240afe, 0x100240a79, 0x100240a9c, 0x100242031, 0x100241cfe, 0x100241cef, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002422cd, 0x10024242f, 0x1002424bd, 0x10024254b, 0x1002425d7, 0x100240448, 0x1002404f1, 0x10024267f, 0x100240373, 0x10024056b, 0x100242709, 0x100242783, 0x1002427d4, 0x10024284e, 0x1002428ba, 0x1002429c6, 0x100242a17, 0x100242a91, 0x100242b36, 0x100242b87, 0x100242bd8, 0x100242c52, 0x100242ccc, 0x100242d46, 0x100242deb, 0x100242e57, 0x100242ec3, 0x100242fcf, 0x100243081, 0x100243133, 0x1002434b5, 0x100243534, 0x1002435b3, 0x100243632, 0x1002436b1, 0x10024371d, 0x1002437e0, 0x10024384c, 0x1002438b8, 0x100243924, 0x100243a76, 0x100241b46, 0x100243af9, 0x100243b4a, 0x100243c42, 0x100243cbc, 0x100243d36, 0x100243d87, 0x100243df0, 0x100243e59, 0x100243eca, 0x10024512b, 0x100243f25, 0x100243f80, 0x100243fdb, 0x100244036, 0x100244091, 0x1002440ec, 0x100241b4b, 0x10024512b, 0x10024413d, 0x1002441a7, 0x1002441f8, 0x100244249, 0x1002442c3, 0x10024433d, 0x10024438e, 0x1002444f1, 0x10024456b, 0x1002445e5, 0x10024465f, 0x1002446ba, 0x10024512b, 0x100241a57, 0x100240bba, 0x1002401c2, 0x100240d37, 0x100240ee8, 0x100241098, 0x1002419e3, 0x100241a0a, 0x100240804, 0x100241afa, 0x100241b88, 0x100241c20, 0x100241c6c, 0x10024207a, 0x100242114, 0x1002421b9, 0x10024222f, 0x100240b68, 0x10024470b, 0x1002447b0, 0x100244801, 0x100244852, 0x1002448a3, 0x1002448f4, 0x10024496e, 0x1002449e8, 0x100244a62, 0x100244adc, 0x100244ca3, 0x100244d1d, 0x100244d97, 0x100244de8, 0x100244e62, 0x100244edc, 0x100244f3b, 0x100244f9a, 0x100243990, 0x1002439fc, 0x100245006, 0x100245092, 0x10024512b, 0x100241248, 0x100241393, 0x100241527, 0x1002416bb, 0x10024184f, 0x100242926, 0x100242f2f, 0x100243ba2, 0x1002453a8, 0x100245448, 0x10024512b, 0x10024512b, 0x100245513, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002455d2 <repeats 64 times>}
count = 6
count_volatile = 140734799800880
op = 1
vectorp = (Lisp_Object *) 0x1003b83e8
vectorp_volatile = (Lisp_Object * volatile) 0x1001bff28
stack = {
pc = 0x100604069 "\210\307\016@\211\203\001\005\211@\002\204\372\004\201\261",
byte_string = 4298867649,
byte_string_start = 0x100603bbe "\306 \020\307\021\n\023\307\024\310\311!\211\307=\2040",
next = 0x7fff5fbff108
}
stack_volatile = {
pc = 0x0,
byte_string = 1606412816,
byte_string_start = 0x10319d8c0 "\001",
next = 0x7fff5fbfe9e0
}
top = (Lisp_Object *) 0x7fff5fbfe438
result = 4346992832
type = CONDITION_CASE
#16 0x00000001001e8e24 in funcall_lambda (fun=4298867605, nargs=0, arg_vector=0x7fff5fbfebc8) at eval.c:2975
val = 72057598334889474
syms_left = 0
next = 51541410239
lexenv = 4298867600
count = 6
i = 140734799801056
optional = false
rest = false
#17 0x00000001001e7f01 in Ffuncall (nargs=1, args=0x7fff5fbfebc0) at eval.c:2854
fun = 4298867605
original_fun = 4346081994
funcar = 4320145466
numargs = 0
lisp_numargs = 140734799801216
val = 4296766505
internal_args = (Lisp_Object *) 0x10306d556
i = 4345746774
#18 0x0000000100240a37 in exec_byte_code (bytestr=4298864033, vector=4298864069, maxdepth=32, args_template=0, nargs=0, args=0x7fff5fbff250) at bytecode.c:919
targets = {0x100245126, 0x100245192, 0x100245197, 0x10024519c, 0x1002451a1, 0x1002451a6, 0x100245235, 0x1002452d9, 0x10024006c, 0x100240071, 0x100240076, 0x10024007b, 0x100240080, 0x100240085, 0x100240095, 0x100240023, 0x100240641, 0x100240646, 0x10024064b, 0x100240650, 0x100240655, 0x10024065a, 0x1002406b3, 0x10024066a, 0x1002408df, 0x1002408e4, 0x1002408e9, 0x1002408ee, 0x1002408f3, 0x1002408f8, 0x100240873, 0x100240896, 0x1002409d3, 0x1002409d8, 0x1002409dd, 0x1002409e2, 0x1002409e7, 0x1002409ec, 0x100240967, 0x10024098a, 0x100240ae5, 0x100240aea, 0x100240aef, 0x100240af4, 0x100240af9, 0x100240afe, 0x100240a79, 0x100240a9c, 0x100242031, 0x100241cfe, 0x100241cef, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002422cd, 0x10024242f, 0x1002424bd, 0x10024254b, 0x1002425d7, 0x100240448, 0x1002404f1, 0x10024267f, 0x100240373, 0x10024056b, 0x100242709, 0x100242783, 0x1002427d4, 0x10024284e, 0x1002428ba, 0x1002429c6, 0x100242a17, 0x100242a91, 0x100242b36, 0x100242b87, 0x100242bd8, 0x100242c52, 0x100242ccc, 0x100242d46, 0x100242deb, 0x100242e57, 0x100242ec3, 0x100242fcf, 0x100243081, 0x100243133, 0x1002434b5, 0x100243534, 0x1002435b3, 0x100243632, 0x1002436b1, 0x10024371d, 0x1002437e0, 0x10024384c, 0x1002438b8, 0x100243924, 0x100243a76, 0x100241b46, 0x100243af9, 0x100243b4a, 0x100243c42, 0x100243cbc, 0x100243d36, 0x100243d87, 0x100243df0, 0x100243e59, 0x100243eca, 0x10024512b, 0x100243f25, 0x100243f80, 0x100243fdb, 0x100244036, 0x100244091, 0x1002440ec, 0x100241b4b, 0x10024512b, 0x10024413d, 0x1002441a7, 0x1002441f8, 0x100244249, 0x1002442c3, 0x10024433d, 0x10024438e, 0x1002444f1, 0x10024456b, 0x1002445e5, 0x10024465f, 0x1002446ba, 0x10024512b, 0x100241a57, 0x100240bba, 0x1002401c2, 0x100240d37, 0x100240ee8, 0x100241098, 0x1002419e3, 0x100241a0a, 0x100240804, 0x100241afa, 0x100241b88, 0x100241c20, 0x100241c6c, 0x10024207a, 0x100242114, 0x1002421b9, 0x10024222f, 0x100240b68, 0x10024470b, 0x1002447b0, 0x100244801, 0x100244852, 0x1002448a3, 0x1002448f4, 0x10024496e, 0x1002449e8, 0x100244a62, 0x100244adc, 0x100244ca3, 0x100244d1d, 0x100244d97, 0x100244de8, 0x100244e62, 0x100244edc, 0x100244f3b, 0x100244f9a, 0x100243990, 0x1002439fc, 0x100245006, 0x100245092, 0x10024512b, 0x100241248, 0x100241393, 0x100241527, 0x1002416bb, 0x10024184f, 0x100242926, 0x100242f2f, 0x100243ba2, 0x1002453a8, 0x100245448, 0x10024512b, 0x10024512b, 0x100245513, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x10024512b, 0x1002455d2 <repeats 64 times>}
count = 4
count_volatile = 140734799802736
op = 0
vectorp = (Lisp_Object *) 0x1003b75c8
vectorp_volatile = (Lisp_Object * volatile) 0x10019fe32
stack = {
pc = 0x1006046eb "\210)\210\366\367\370\"\210\371\313\372\"\211;\203:\001\373\001P\262\001\202T\001\016D\211\203S\001\211@\374\375\002\"\203L\001\211\262\003\001A\266\202\202<\001\210\211\205]\001\350\001\016A\"\207",
byte_string = 4298864033,
byte_string_start = 0x1006045ca "\b\203\b",
next = 0x0
}
stack_volatile = {
pc = 0x7fff5fbff320 "\002",
byte_string = 140734799803984,
byte_string_start = 0x1001cea8c "H\215=e\375N",
next = 0xf69279f4
}
top = (Lisp_Object *) 0x7fff5fbfebc0
result = 4296152812
type = 32767
#19 0x00000001001e8e24 in funcall_lambda (fun=4298863989, nargs=0, arg_vector=0x7fff5fbff250) at eval.c:2975
val = 4296984274
syms_left = 0
next = 0
lexenv = 1
count = 4
i = 140734799802896
optional = false
rest = false
#20 0x00000001001e7216 in apply_lambda (fun=4298863989, args=4320145466) at eval.c:2914
args_left = 4320145466
i = 0
numargs = 0
arg_vector = (Lisp_Object *) 0x7fff5fbff250
gcpro1 = {
next = 0x7fff5fbff2e0,
var = 0x10011fdcb,
nvars = 0
}
gcpro2 = {
next = 0x5,
var = 0xc5fc340b0,
nvars = 4298863984
}
gcpro3 = {
next = 0x7fff5fc340b0,
var = 0x7fff5fc3f760,
nvars = 140734800019632
}
tem = 140734800066400
sa_count = 4
sa_must_free = false
#21 0x00000001001e2b63 in eval_sub (form=4345432998) at eval.c:2220
fun = 4298863989
val = 0
original_fun = 4320283898
original_args = 4320145466
funcar = 4303183872
gcpro1 = {
next = 0x1030012da,
var = 0x7fff5fbff4a0,
nvars = 4296941022
}
gcpro2 = {
next = 0x1007fff5fbff450,
var = 0x10180303a,
nvars = 4320145466
}
gcpro3 = {
next = 0x5,
var = 0x500000002,
nvars = 4345303768
}
#22 0x00000001001e6d87 in Feval (form=4345432998, lexical=4320145466) at eval.c:1993
count = 2
#23 0x0000000100141ca1 in top_level_2 () at keyboard.c:1179
No locals.
#24 0x00000001001e596c in internal_condition_case (bfun=0x100141c80 <top_level_2>, handlers=4320211946, hfun=0x100141cb0 <cmd_error>) at eval.c:1344
val = 4297316741
c = (struct handler *) 0x10081b730
#25 0x0000000100141c27 in top_level_1 (ignore=4320145466) at keyboard.c:1187
No locals.
#26 0x00000001001e4fa4 in internal_catch (tag=4320208138, func=0x100141be0 <top_level_1>, arg=4320145466) at eval.c:1108
val = 4320145466
c = (struct handler *) 0x10081b630
#27 0x00000001001271a7 in command_loop () at keyboard.c:1148
No locals.
#28 0x0000000100127094 in recursive_edit_1 () at keyboard.c:777
count = 1
val = 4320145466
#29 0x0000000100127370 in Frecursive_edit () at keyboard.c:841
count = 0
buffer = 4320145466
#30 0x00000001001251f1 in main (argc=2, argv=0x7fff5fbff920) at emacs.c:1598
dummy = 0
stack_bottom_variable = 0 '\0'
do_initial_setlocale = true
dumping = false
skip_args = 0
rlim = {
rlim_cur = 8720000,
rlim_max = 67104768
}
no_loadup = false
junk = 0x0
dname_arg = 0x0
dname_arg2 = "pR\302_\377\177\000\000%\000\000\000\000\000\000\000h\000\000\000\001\000\000\000\001\000\000\000\000\000\000\000\360\370\277_\377\177\000\000{\022\300_\377\177\000\000\b\371\277_\377\177\000\000\b\371\277_\377\177\000\000\000\000\000\000\002\000\000\000 \371\277_\377\177\000"
ch_to_dir = 0x7fff5fbffa50 "x\372\277_\377\177"
original_pwd = 0x0
Current language: auto; currently minimal
Lisp Backtrace:
"redisplay_internal (C function)" (0x6bf640)
"message" (0x5fbfd560)
"display-startup-echo-area-message" (0x5fbfdc98)
"command-line-1" (0x5fbfe440)
"command-line" (0x5fbfebc8)
"normal-top-level" (0x5fbff250)
(gdb)
GNU bug tracking system
Copyright (C) 1999 Darren O. Benham,
1997,2003 nCipher Corporation Ltd,
1994-97 Ian Jackson.