* bug#12402: 24.2.50; Crash switching to ibuffer
@ 2012-09-10 14:41 Andy Moreton
2012-09-10 16:42 ` Eli Zaretskii
2012-10-07 18:35 ` Eli Zaretskii
0 siblings, 2 replies; 9+ messages in thread
From: Andy Moreton @ 2012-09-10 14:41 UTC (permalink / raw)
To: 12402
During normal editing I tried to switch to the ibuffer buffer, and emacs
aborted (backtrace below). Built from a clean bootstrap of r109965.
In GNU Emacs 24.2.50.1 (i386-mingw-nt5.1.2600)
of 2012-09-10 on AJM-DESKTOP
Bzr revision: 109965 cyd@gnu.org-20120910032510-vrblnwlfnsb0cx3s
Windowing system distributor `Microsoft Corp.', version 5.1.2600
Configured using:
`configure --with-gcc (4.6) --no-opt --enable-checking --cflags
-IC:/emacs/devel/libxml2-2.7.8/include/libxml2
-IC:/emacs/devel/giflib-4.1.4-1/include
-IC:/emacs/devel/jpeg-6b-4/include
-IC:/emacs/devel/tiff-3.8.2-1/include
-IC:/emacs/devel/libpng-1.4.3-1/include
-IC:/emacs/devel/xpm-3.5.1-1/include
-IC:/emacs/devel/xpm-3.5.1-1/src/xpm/3.5.1/libXpm-3.5.1-src/lib
-IC:/emacs/devel/zlib-1.2.5-2/include'
Backtrace with "bt full":
#0 0x7c90120f in ntdll!DbgUiConnectToDbg () from C:\WINDOWS\system32\ntdll=
.dll
No symbol table info available.
#1 0x01153186 in emacs_abort () at w32fns.c:7215
button =3D 0x6
#2 0x012e632c in relinquish () at ralloc.c:333
h =3D 0x0
excess =3D 0x3d0d80
#3 0x012e6f10 in r_alloc_sbrk (size=3D0xffcb5000) at ralloc.c:890
b =3D 0x0
address =3D 0x7d11000
#4 0x011546ff in _free_internal_nolock (ptr=3D0x7d01000) at gmalloc.c:1152
bytes =3D 0x34b000
info_block =3D 0x4253
info_blocks =3D 0x60
prev_block =3D 0x4377
prev_blocks =3D 0x120
next_block =3D 0x4a3a
next_blocks =3D 0x2a
type =3D 0x0
block =3D 0x449c
blocks =3D 0x34b
i =3D 0x34b000
prev =3D 0x1639f58
next =3D 0x60d5c20
curbrk =3D 0x7d11000
lesscore_threshold =3D 0x48
l =3D 0x34b000
#5 0x01154a86 in _free_internal (ptr=3D0x7d01000) at gmalloc.c:1243
No locals.
#6 0x01154ab4 in e_free (ptr=3D0x7d01000) at gmalloc.c:1257
hook =3D 0
#7 0x0103a4ef in emacs_blocked_free (ptr=3D0x7d01000, ptr2=3D0x731d7c0) at=
alloc.c:1288
No locals.
#8 0x01154aa7 in e_free (ptr=3D0x7d01000) at gmalloc.c:1255
hook =3D 0x103a4c9 <emacs_blocked_free>
#9 0x01039f3e in lisp_free (block=3D0x7d01000) at alloc.c:975
No locals.
#10 0x0103cad8 in sweep_vectors () at alloc.c:3192
block =3D 0x0
bprev =3D 0x353bff8
vector =3D 0x7d01000
next =3D 0x353bff8
vprev =3D 0x1639f58
#11 0x01042cc5 in gc_sweep () at alloc.c:6595
No locals.
#12 0x01040a61 in Fgarbage_collect () at alloc.c:5578
bind =3D 0x46e4360
nextb =3D 0x0
stack_top_variable =3D 0x0
i =3D 0x634
message_p =3D 0x0
count =3D 0x35
start =3D {
tv_sec =3D 0x504dedda,=20
tv_nsec =3D 0x1954fc40
}
retval =3D 0x353781a
#13 0x01039630 in maybe_gc () at lisp.h:3621
No locals.
#14 0x01033df4 in eval_sub (form=3D0x666a82e) at eval.c:2067
fun =3D 0x353781a
val =3D 0x35502a2
original_fun =3D 0x35505fa
original_args =3D 0x35369c0
funcar =3D 0x0
backtrace =3D {
next =3D 0x35502a2,=20
function =3D 0x353781a,=20
args =3D 0x35f5795,=20
nargs =3D 0x4,=20
debug_on_exit =3D 0x0
}
gcpro1 =3D {
next =3D 0x353781a,=20
var =3D 0x82d398,=20
nvars =3D 0x1037f78
}
gcpro2 =3D {
next =3D 0x82d368,=20
var =3D 0x35502a0,=20
nvars =3D 0x666a82e
}
gcpro3 =3D {
next =3D 0x353781a,=20
var =3D 0x2,=20
nvars =3D 0x35369c0
}
#15 0x01034b65 in eval_sub (form=3D0x666af6e) at eval.c:2241
count =3D 0x35
exp =3D 0x666a82e
fun =3D 0x35c06b6
val =3D 0x35502a2
original_fun =3D 0x357974a
original_args =3D 0x666af66
funcar =3D 0x3550b1a
backtrace =3D {
next =3D 0x82d530,=20
function =3D 0x82d448,=20
args =3D 0x82d444,=20
nargs =3D 0xffffffff,=20
debug_on_exit =3D 0x0
}
gcpro1 =3D {
next =3D 0x353781a,=20
var =3D 0x82d498,=20
nvars =3D 0x1037f78
}
gcpro2 =3D {
next =3D 0x82d468,=20
var =3D 0x35502a0,=20
nvars =3D 0x666af6e
}
gcpro3 =3D {
next =3D 0x353781a,=20
var =3D 0x1,=20
nvars =3D 0x35369c0
}
#16 0x01034b65 in eval_sub (form=3D0x3e054a6) at eval.c:2241
count =3D 0x35
exp =3D 0x666af6e
fun =3D 0x35c05de
val =3D 0x353781a
original_fun =3D 0x3e1847a
original_args =3D 0x3e05516
funcar =3D 0x3550b1a
backtrace =3D {
next =3D 0x82d670,=20
function =3D 0x82d548,=20
args =3D 0x82d544,=20
nargs =3D 0xffffffff,=20
debug_on_exit =3D 0x0
}
gcpro1 =3D {
next =3D 0x82d538,=20
var =3D 0x2,=20
nvars =3D 0xffffffff
}
gcpro2 =3D {
next =3D 0x82d558,=20
var =3D 0x1035a9f,=20
nvars =3D 0x2
}
gcpro3 =3D {
next =3D 0x2,=20
var =3D 0x3e0514e,=20
nvars =3D 0x0
}
#17 0x01030516 in Fprogn (args=3D0x35bf66e) at eval.c:376
val =3D 0x353781a
gcpro1 =3D {
next =3D 0x3,=20
var =3D 0x82d618,=20
nvars =3D 0x3e18490
}
#18 0x010370ff in funcall_lambda (fun=3D0x35bf566, nargs=3D0x2, arg_vector=
=3D0x82d6d8) at eval.c:3034
val =3D 0x353781a
syms_left =3D 0x353781a
next =3D 0x3e18492
lexenv =3D 0x353781a
count =3D 0x33
i =3D 0x2
optional =3D 0x0
rest =3D 0x0
#19 0x010367af in Ffuncall (nargs=3D0x3, args=3D0x82d6d4) at eval.c:2870
fun =3D 0x35bf566
original_fun =3D 0x35bf566
funcar =3D 0x3543d6a
numargs =3D 0x2
lisp_numargs =3D 0x82d6b8
val =3D 0x353781a
backtrace =3D {
next =3D 0x82d970,=20
function =3D 0x82d6d4,=20
args =3D 0x82d6d8,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x82d6ac
#20 0x010e025d in exec_byte_code (bytestr=3D0x358b831, vector=3D0x3a11b1d, =
maxdepth=3D0x14, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byt=
ecode.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x28
op =3D 0x2
vectorp =3D 0x3a11b20
stack =3D {
pc =3D 0x35d4b2c ".\n)??=87",=20
byte_string =3D 0x358b831,=20
byte_string_start =3D 0x35d4ab0 "\b@=89\031=E0=A4=A8=3D=83\023",=
=20
constants =3D 0x3a11b1d,=20
next =3D 0x82da0c
}
top =3D 0x82d6d4
result =3D 0x353781a
#21 0x01037234 in funcall_lambda (fun=3D0x367ae6d, nargs=3D0x2, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x353781a
syms_left =3D 0x353781a
next =3D 0x36d996a
lexenv =3D 0x353781a
count =3D 0x26
i =3D 0x2
optional =3D 0x0
rest =3D 0x0
#22 0x010366dd in Ffuncall (nargs=3D0x3, args=3D0x82d9d4) at eval.c:2858
fun =3D 0x367ae6d
original_fun =3D 0x354b1b2
funcar =3D 0xffffffff
numargs =3D 0x2
lisp_numargs =3D 0x0
val =3D 0x353781a
backtrace =3D {
next =3D 0x82dc60,=20
function =3D 0x82d9d4,=20
args =3D 0x82d9d8,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x1
#23 0x010e025d in exec_byte_code (bytestr=3D0x358b951, vector=3D0x3a11abd, =
maxdepth=3D0xc, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byte=
code.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x26
op =3D 0x2
vectorp =3D 0x3a11ac0
stack =3D {
pc =3D 0x35d4a86 "=87",=20
byte_string =3D 0x358b951,=20
byte_string_start =3D 0x35d4a74 "\b@=E0=A4=A4=3D=83\016",=20
constants =3D 0x3a11abd,=20
next =3D 0x82dcfc
}
top =3D 0x82d9d4
result =3D 0x353781a
#24 0x01037234 in funcall_lambda (fun=3D0x3a11ad5, nargs=3D0x2, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x353781a
syms_left =3D 0x353781a
next =3D 0x36d996a
lexenv =3D 0x353781a
count =3D 0x24
i =3D 0x2
optional =3D 0x0
rest =3D 0x0
#25 0x010366dd in Ffuncall (nargs=3D0x3, args=3D0x82dcc4) at eval.c:2858
fun =3D 0x3a11ad5
original_fun =3D 0x354b19a
funcar =3D 0x82dcb0
numargs =3D 0x2
lisp_numargs =3D 0x1
val =3D 0x353781a
backtrace =3D {
next =3D 0x82df50,=20
function =3D 0x82dcc4,=20
args =3D 0x82dcc8,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x0
#26 0x010e025d in exec_byte_code (bytestr=3D0x358ba01, vector=3D0x35b7de5, =
maxdepth=3D0xc, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byte=
code.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x24
op =3D 0x2
vectorp =3D 0x35b7de8
stack =3D {
pc =3D 0x35d4a48 "=87",=20
byte_string =3D 0x358ba01,=20
byte_string_start =3D 0x35d4a44 "=E0=A4=A4\b \"=87",=20
constants =3D 0x35b7de5,=20
next =3D 0x82e19c
}
top =3D 0x82dcc4
result =3D 0x353781a
#27 0x01037234 in funcall_lambda (fun=3D0x3a11a75, nargs=3D0x1, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x353781a
syms_left =3D 0x353781a
next =3D 0x354b182
lexenv =3D 0x353781a
count =3D 0x23
i =3D 0x1
optional =3D 0x0
rest =3D 0x0
#28 0x010366dd in Ffuncall (nargs=3D0x2, args=3D0x82dfb8) at eval.c:2858
fun =3D 0x3a11a75
original_fun =3D 0x3a11a75
funcar =3D 0x381993e
numargs =3D 0x1
lisp_numargs =3D 0x82df98
val =3D 0x353781a
backtrace =3D {
next =3D 0x82e0f0,=20
function =3D 0x82dfb8,=20
args =3D 0x82dfbc,=20
nargs =3D 0x1,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x0
i =3D 0x4ad534
#29 0x01035a9f in call1 (fn=3D0x3a11a75, arg1=3D0x3e053ae) at eval.c:2603
ret_ungc_val =3D 0x353781a
gcpro1 =3D {
next =3D 0x1,=20
var =3D 0x663d000,=20
nvars =3D 0x2
}
args =3D {0x3a11a75, 0x3e053ae}
#30 0x0107b98b in mapcar1 (leni=3D0x1, vals=3D0x82e050, fn=3D0x3a11a75, seq=
=3D0x3e053b6) at fns.c:2319
tail =3D 0x3e053b6
dummy =3D 0x353781a
i =3D 0x0
gcpro1 =3D {
next =3D 0x353781a,=20
var =3D 0x82e050,=20
nvars =3D 0x1
}
gcpro2 =3D {
next =3D 0x353781a,=20
var =3D 0x353781a,=20
nvars =3D 0x353781a
}
gcpro3 =3D {
next =3D 0x3537832,=20
var =3D 0x3a11a75,=20
nvars =3D 0x663d400
}
#31 0x0107bdd1 in Fmapcar (function=3D0x3a11a75, sequence=3D0x3e053b6) at f=
ns.c:2389
len =3D 0x1
leni =3D 0x1
args =3D 0x82e050
ret =3D 0x666af2e
sa_count =3D 0x23
sa_must_free =3D 0x0
#32 0x01036332 in Ffuncall (nargs=3D0x3, args=3D0x82e158) at eval.c:2812
fun =3D 0x15041bd
original_fun =3D 0x35518f2
funcar =3D 0x30
numargs =3D 0x2
lisp_numargs =3D 0x150
val =3D 0x666af2e
backtrace =3D {
next =3D 0x82e3f0,=20
function =3D 0x82e158,=20
args =3D 0x82e15c,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x82e15c
i =3D 0x1
#33 0x010e025d in exec_byte_code (bytestr=3D0x358ba91, vector=3D0x3a11a8d, =
maxdepth=3D0x10, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byt=
ecode.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x23
op =3D 0x2
vectorp =3D 0x3a11a90
stack =3D {
pc =3D 0x35d4a2d ">?=87",=20
byte_string =3D 0x358ba91,=20
byte_string_start =3D 0x35d4a28 "=E0=A4=A3=E0=A4=A4=E0=A4=A5\b\">=
?=87",=20
constants =3D 0x3a11a8d,=20
next =3D 0x82e48c
}
top =3D 0x82e158
result =3D 0x353781a
#34 0x01037234 in funcall_lambda (fun=3D0x3a11aa5, nargs=3D0x2, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x353781a
syms_left =3D 0x353781a
next =3D 0x354b16a
lexenv =3D 0x353781a
count =3D 0x21
i =3D 0x2
optional =3D 0x0
rest =3D 0x0
#35 0x010366dd in Ffuncall (nargs=3D0x3, args=3D0x82e454) at eval.c:2858
fun =3D 0x3a11aa5
original_fun =3D 0x38c5a72
funcar =3D 0x0
numargs =3D 0x2
lisp_numargs =3D 0x0
val =3D 0x353781a
backtrace =3D {
next =3D 0x82e6e0,=20
function =3D 0x82e454,=20
args =3D 0x82e458,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x82e474
#36 0x010e025d in exec_byte_code (bytestr=3D0x3587601, vector=3D0x367ae85, =
maxdepth=3D0xc, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byte=
code.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x21
op =3D 0x2
vectorp =3D 0x367ae88
stack =3D {
pc =3D 0x35d4cd1 "=87",=20
byte_string =3D 0x3587601,=20
byte_string_start =3D 0x35d4ccc "=E0=A4=A4\b@ \"=87",=20
constants =3D 0x367ae85,=20
next =3D 0x82e77c
}
top =3D 0x82e454
result =3D 0x353781a
#37 0x01037234 in funcall_lambda (fun=3D0x367ae9d, nargs=3D0x1, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x353781a
syms_left =3D 0x353781a
next =3D 0x354b302
lexenv =3D 0x353781a
count =3D 0x20
i =3D 0x1
optional =3D 0x0
rest =3D 0x0
#38 0x010366dd in Ffuncall (nargs=3D0x2, args=3D0x82e744) at eval.c:2858
fun =3D 0x367ae9d
original_fun =3D 0x367ae9d
funcar =3D 0x6653396
numargs =3D 0x1
lisp_numargs =3D 0x82e728
val =3D 0x353781a
backtrace =3D {
next =3D 0x82e9d0,=20
function =3D 0x82e744,=20
args =3D 0x82e748,=20
nargs =3D 0x1,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x666cc9e
#39 0x010e025d in exec_byte_code (bytestr=3D0x359d431, vector=3D0x3bd6bdd, =
maxdepth=3D0xc, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byte=
code.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x1c
op =3D 0x1
vectorp =3D 0x3bd6be0
stack =3D {
pc =3D 0x35b9626 "=83\034",=20
byte_string =3D 0x359d431,=20
byte_string_start =3D 0x35b9614 "=E0=A4=A8=89\030\031\n=E0=A4=A8\=
033=89\034=83'",=20
constants =3D 0x3bd6bdd,=20
next =3D 0x82ea7c
}
top =3D 0x82e744
result =3D 0x666b1a6
#40 0x01037234 in funcall_lambda (fun=3D0x3bd6c05, nargs=3D0x2, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x666b1a6
syms_left =3D 0x353781a
next =3D 0x38c5b1a
lexenv =3D 0x353781a
count =3D 0x1a
i =3D 0x2
optional =3D 0x0
rest =3D 0x0
#41 0x010366dd in Ffuncall (nargs=3D0x3, args=3D0x82ea34) at eval.c:2858
fun =3D 0x3bd6c05
original_fun =3D 0x38c5aea
funcar =3D 0x1
numargs =3D 0x2
lisp_numargs =3D 0x82ea18
val =3D 0x666b1a6
backtrace =3D {
next =3D 0x82ecd0,=20
function =3D 0x82ea34,=20
args =3D 0x82ea38,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x1d0
i =3D 0x1
#42 0x010e025d in exec_byte_code (bytestr=3D0x3587741, vector=3D0x367aeb5, =
maxdepth=3D0x14, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byt=
ecode.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x14
op =3D 0x2
vectorp =3D 0x367aeb8
stack =3D {
pc =3D 0x35d4c26 "=89\036\020@\036\021\016\020A@\036\022\f\v\016\=
021I\210\vT\023\016\022\026\017,\016\rA=89\026\r=84!",=20
byte_string =3D 0x3587741,=20
byte_string_start =3D 0x35d4bf8 "\b=83\b",=20
constants =3D 0x367aeb5,=20
next =3D 0x82ed8c
}
top =3D 0x82ea34
result =3D 0x34
#43 0x01037234 in funcall_lambda (fun=3D0x367af1d, nargs=3D0x1, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x34
syms_left =3D 0x353781a
next =3D 0x354b2ba
lexenv =3D 0x353781a
count =3D 0x11
i =3D 0x1
optional =3D 0x1
rest =3D 0x0
#44 0x010366dd in Ffuncall (nargs=3D0x2, args=3D0x82ed34) at eval.c:2858
fun =3D 0x367af1d
original_fun =3D 0x38c599a
funcar =3D 0x0
numargs =3D 0x1
lisp_numargs =3D 0x82ed18
val =3D 0x3537832
backtrace =3D {
next =3D 0x82efe0,=20
function =3D 0x82ed34,=20
args =3D 0x82ed38,=20
nargs =3D 0x1,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x2
#45 0x010e025d in exec_byte_code (bytestr=3D0x35ac151, vector=3D0x3c53895, =
maxdepth=3D0x20, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byt=
ecode.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0xc
op =3D 0x1
vectorp =3D 0x3c53898
stack =3D {
pc =3D 0x35b8bac "=82/",=20
byte_string =3D 0x35ac151,=20
byte_string_start =3D 0x35b8b84 "=E0=A4=A8=E0=A4=A9!=84\f",=20
constants =3D 0x3c53895,=20
next =3D 0x82f08c
}
top =3D 0x82ed34
result =3D 0x6545ae6
#46 0x01037234 in funcall_lambda (fun=3D0x3bf128d, nargs=3D0x2, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x6545ae6
syms_left =3D 0x353781a
next =3D 0x36d601a
lexenv =3D 0x353781a
count =3D 0xa
i =3D 0x2
optional =3D 0x1
rest =3D 0x0
#47 0x010366dd in Ffuncall (nargs=3D0x3, args=3D0x82f044) at eval.c:2858
fun =3D 0x3bf128d
original_fun =3D 0x35c4a42
funcar =3D 0x0
numargs =3D 0x2
lisp_numargs =3D 0x82f028
val =3D 0x6545ae6
backtrace =3D {
next =3D 0x82f2e0,=20
function =3D 0x82f044,=20
args =3D 0x82f048,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0xa0
i =3D 0x1
#48 0x010e025d in exec_byte_code (bytestr=3D0x35ac841, vector=3D0x3aff005, =
maxdepth=3D0x18, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byt=
ecode.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x8
op =3D 0x2
vectorp =3D 0x3aff008
stack =3D {
pc =3D 0x35b88ed "\210\016\030=84g",=20
byte_string =3D 0x35ac841,=20
byte_string_start =3D 0x35b8890 "\b=83\a",=20
constants =3D 0x3aff005,=20
next =3D 0x82f37c
}
top =3D 0x82f044
result =3D 0x3d19362
#49 0x01037234 in funcall_lambda (fun=3D0x372f355, nargs=3D0x2, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x3d19362
syms_left =3D 0x353781a
next =3D 0x37023aa
lexenv =3D 0x353781a
count =3D 0x6
i =3D 0x2
optional =3D 0x1
rest =3D 0x0
#50 0x010366dd in Ffuncall (nargs=3D0x3, args=3D0x82f344) at eval.c:2858
fun =3D 0x372f355
original_fun =3D 0x38ca672
funcar =3D 0x10b64de
numargs =3D 0x2
lisp_numargs =3D 0x82f328
val =3D 0x3d19362
backtrace =3D {
next =3D 0x82f5f0,=20
function =3D 0x82f344,=20
args =3D 0x82f348,=20
nargs =3D 0x2,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x10df612
i =3D 0x10df612
#51 0x010e025d in exec_byte_code (bytestr=3D0x3598ea1, vector=3D0x3853fad, =
maxdepth=3D0xc, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byte=
code.c:898
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x5
op =3D 0x2
vectorp =3D 0x3853fb0
stack =3D {
pc =3D 0x35b9f3a "\210)=E0=A4=A7=87",=20
byte_string =3D 0x3598ea1,=20
byte_string_start =3D 0x35b9f28 "r\bq\210 =83\023",=20
constants =3D 0x3853fad,=20
next =3D 0x82f76c
}
top =3D 0x82f344
result =3D 0x3d21e05
#52 0x010df64a in Fbyte_code (bytestr=3D0x3598ea1, vector=3D0x3853fad, maxd=
epth=3D0xc) at bytecode.c:473
No locals.
#53 0x0103469e in eval_sub (form=3D0x38f7d6e) at eval.c:2176
numargs =3D 0xc
args_left =3D 0x353781a
i =3D 0x10df612
maxargs =3D 0x3
argvals =3D {0x3598ea1, 0x3853fad, 0xc, 0x4ce0c05, 0x56a0005, 0x56a=
0e05, 0x1e0, 0x30}
fun =3D 0x150544d
val =3D 0x82f668
original_fun =3D 0x35529fa
original_args =3D 0x38f7d66
funcar =3D 0x4e8f6c6
backtrace =3D {
next =3D 0x82f9c0,=20
function =3D 0x82f608,=20
args =3D 0x82f5ac,=20
nargs =3D 0x3,=20
debug_on_exit =3D 0x0
}
gcpro1 =3D {
next =3D 0x30,=20
var =3D 0x82f618,=20
nvars =3D 0x10
}
gcpro2 =3D {
next =3D 0x0,=20
var =3D 0x13af3b6,=20
nvars =3D 0x1434940
}
gcpro3 =3D {
next =3D 0x107bccc,=20
var =3D 0x82f5ac,=20
nvars =3D 0x3
}
#54 0x01032217 in internal_lisp_condition_case (var=3D0x353781a, bodyform=
=3D0x38f7d6e, handlers=3D0x38f7d4e) at eval.c:1273
val =3D 0x353781a
c =3D {
tag =3D 0x353781a,=20
val =3D 0x353781a,=20
next =3D 0x82fa90,=20
gcpro =3D 0x0,=20
jmp =3D {0x82f708, 0x353781a, 0x0, 0x0, 0x82f65c, 0x1032173, 0x82=
ffe0, 0x0, 0x4d22200, 0x82f9c0, 0x82f724, 0x82f728, 0x0, 0x82f9c0, 0x82f734=
, 0x82f708},=20
backlist =3D 0x82f9c0,=20
handlerlist =3D 0x82fa7c,=20
lisp_eval_depth =3D 0x1,=20
pdlcount =3D 0x5,=20
poll_suppress_count =3D 0x0,=20
interrupt_input_blocked =3D 0x0,=20
byte_stack =3D 0x82f76c
}
h =3D {
handler =3D 0x38f7d4e,=20
var =3D 0x353781a,=20
chosen_clause =3D 0x14348f5,=20
tag =3D 0x82f68c,=20
next =3D 0x82fa7c
}
#55 0x010e0dfc in exec_byte_code (bytestr=3D0x3598f21, vector=3D0x3a7e385, =
maxdepth=3D0x10, args_template=3D0x353781a, nargs=3D0x0, args=3D0x0) at byt=
ecode.c:1094
handlers =3D 0x38f7d4e
body =3D 0x38f7d6e
targets =3D {0x10e300e, 0x10e3013, 0x10e3015, 0x10e3017, 0x10e3019,=
0x10e3019, 0x10e3061, 0x10e30b8, 0x10dfabb, 0x10dfabd, 0x10dfabf, 0x10dfac=
1, 0x10dfac3, 0x10dfac3, 0x10dfac9, 0x10dfa8c, 0x10dff10, 0x10dff12, 0x10df=
f14, 0x10dff16, 0x10dff18, 0x10dff18, 0x10dff4d, 0x10dff1e, 0x10e0199, 0x10=
e019b, 0x10e019d, 0x10e019f, 0x10e01a1, 0x10e01a1, 0x10e0153, 0x10e016a, 0x=
10e0231, 0x10e0233, 0x10e0235, 0x10e0237, 0x10e0239, 0x10e0239, 0x10e01eb, =
0x10e0202, 0x10e02ce, 0x10e02d0, 0x10e02d2, 0x10e02d4, 0x10e02d6, 0x10e02d6=
, 0x10e0288, 0x10e029f, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e30=
0e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e0f37, 0x10e107d, 0x10e10c1, 0x10e=
1105, 0x10e1149, 0x10dfdd1, 0x10dfe1e, 0x10e119b, 0x10dfd2b, 0x10dfe69, 0x1=
0e11e0, 0x10e1231, 0x10e1273, 0x10e12d5, 0x10e1317, 0x10e13be, 0x10e13f6, 0=
x10e1447, 0x10e14b1, 0x10e14e9, 0x10e1521, 0x10e1572, 0x10e15c3, 0x10e1614,=
0x10e167e, 0x10e16c0, 0x10e1702, 0x10e17a9, 0x10e181a, 0x10e188b, 0x10e1af=
f, 0x10e1b50, 0x10e1ba1, 0x10e1bf2, 0x10e1c43, 0x10e1c85, 0x10e1cfc, 0x10e1=
d3e, 0x10e1d80, 0x10e1dc2, 0x10e1e97, 0x10e0c42, 0x10e1ee0, 0x10e1f18, 0x10=
e1fbb, 0x10e2004, 0x10e204d, 0x10e2085, 0x10e20c5, 0x10e2105, 0x10e2148, 0x=
10e300e, 0x10e218a, 0x10e21be, 0x10e21f2, 0x10e2226, 0x10e225a, 0x10e228e, =
0x10e0c42, 0x10e300e, 0x10e22c6, 0x10e22fa, 0x10e2332, 0x10e236a, 0x10e23bb=
, 0x10e240c, 0x10e2444, 0x10e2739, 0x10e278a, 0x10e27db, 0x10e282c, 0x10e28=
60, 0x10e300e, 0x10e0ba3, 0x10e0364, 0x10dfc44, 0x10e043b, 0x10e052e, 0x10e=
061d, 0x10e0b39, 0x10e0b79, 0x10e0119, 0x10e0c07, 0x10e0c6d, 0x10e0cea, 0x1=
0e0d25, 0x10e0d7e, 0x10e0dbd, 0x10e0e27, 0x10e0ec1, 0x10e032a, 0x10e2898, 0=
x10e2902, 0x10e293a, 0x10e2972, 0x10e29aa, 0x10e29e2, 0x10e2a33, 0x10e2a84,=
0x10e2ad5, 0x10e2b26, 0x10e2ca4, 0x10e2cf5, 0x10e2d46, 0x10e2d7e, 0x10e2dc=
f, 0x10e2e20, 0x10e2eac, 0x10e2f39, 0x10e1e04, 0x10e1e46, 0x10e2f7b, 0x10e2=
fcb, 0x10e300e, 0x10e070c, 0x10e07c1, 0x10e08a3, 0x10e0985, 0x10e0a5f, 0x10=
e1359, 0x10e1744, 0x10e1f56, 0x10e312a, 0x10e3181, 0x10e300e, 0x10e300e, 0x=
10e31f3, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, 0x10e300e, =
0x10e300e, 0x10e300e, 0x10e300e, 0x10e3260 <repeats 64 times>}
count =3D 0x3
op =3D 0x8f
vectorp =3D 0x3a7e388
stack =3D {
pc =3D 0x35b9f16 "\210 A=89\021=84\017",=20
byte_string =3D 0x3598f21,=20
byte_string_start =3D 0x35b9f00 "=E0=A4=A4=E0=A4=A5!=85 ",=20
constants =3D 0x3a7e385,=20
next =3D 0x0
}
top =3D 0x82f724
result =3D 0x42b3b7b
#56 0x01037234 in funcall_lambda (fun=3D0x3a7e3ad, nargs=3D0x0, arg_vector=
=3D0x353781a) at eval.c:3041
val =3D 0x42b3b7b
syms_left =3D 0x353781a
next =3D 0x700a705e
lexenv =3D 0x353781a
count =3D 0x3
i =3D 0x0
optional =3D 0x0
rest =3D 0x0
#57 0x010366dd in Ffuncall (nargs=3D0x1, args=3D0x82fa40) at eval.c:2858
fun =3D 0x3a7e3ad
original_fun =3D 0x354b032
funcar =3D 0x353781a
numargs =3D 0x0
lisp_numargs =3D 0x0
val =3D 0x42b3b7b
backtrace =3D {
next =3D 0x0,=20
function =3D 0x82fa40,=20
args =3D 0x82fa44,=20
nargs =3D 0x0,=20
debug_on_exit =3D 0x0
}
internal_args =3D 0x353781a
i =3D 0x0
#58 0x01035a6b in call0 (fn=3D0x354b032) at eval.c:2588
ret_ungc_val =3D 0x42b3b7b
gcpro1 =3D {
next =3D 0x164431c,=20
var =3D 0x353781a,=20
nvars =3D 0x653a72e
}
#59 0x01007af5 in safe_run_hooks_1 () at keyboard.c:1926
No locals.
#60 0x010322f9 in internal_condition_case (bfun=3D0x1007a72 <safe_run_hooks=
_1>, handlers=3D0x3537832, hfun=3D0x1007af7 <safe_run_hooks_error>) at eval=
.c:1319
val =3D 0x3541de0
c =3D {
tag =3D 0x353781a,=20
val =3D 0x353781a,=20
next =3D 0x82fce0,=20
gcpro =3D 0x0,=20
jmp =3D {0x82fb08, 0x353781a, 0x0, 0x0, 0x82fa5c, 0x10322a6, 0x82=
ffe0, 0x0, 0x3550ad2, 0x353781a, 0x353781a, 0x0, 0x35f564d, 0x353781a, 0x82=
fb18, 0x1028db2},=20
backlist =3D 0x0,=20
handlerlist =3D 0x82fccc,=20
lisp_eval_depth =3D 0x0,=20
pdlcount =3D 0x3,=20
poll_suppress_count =3D 0x0,=20
interrupt_input_blocked =3D 0x0,=20
byte_stack =3D 0x0
}
h =3D {
handler =3D 0x3537832,=20
var =3D 0x353781a,=20
chosen_clause =3D 0x1,=20
tag =3D 0x82fa90,=20
next =3D 0x82fccc
}
#61 0x01007f1c in safe_run_hook_funcall (nargs=3D0x1, args=3D0x82fbc0) at k=
eyboard.c:1981
No locals.
#62 0x010358ae in run_hook_with_args (nargs=3D0x1, args=3D0x82fbc0, funcall=
=3D0x1007e5c <safe_run_hook_funcall>) at eval.c:2533
global_vals =3D 0x7879936
sym =3D 0x3541de2
val =3D 0x512c98e
ret =3D 0x353781a
gcpro1 =3D {
next =3D 0x3541de2,=20
var =3D 0x353781a,=20
nvars =3D 0x1
}
gcpro2 =3D {
next =3D 0x82fb88,=20
var =3D 0x1037d6f,=20
nvars =3D 0x3550ad2
}
gcpro3 =3D {
next =3D 0x3550ad0,=20
var =3D 0x353781a,=20
nvars =3D 0x36ed44a
}
#63 0x01007f70 in safe_run_hooks (hook=3D0x354b032) at keyboard.c:1998
count =3D 0x2
#64 0x01006713 in command_loop_1 () at keyboard.c:1640
cmd =3D 0x36ed44a
keybuf =3D {0x3541892, 0x8, 0x82fc08, 0x0, 0x0, 0x0, 0x82fc38, 0x10=
054e2, 0x6f37efe, 0x3537832, 0x82fc5f, 0x353781a, 0x0, 0x0, 0x82fc38, 0x386=
3de0, 0x353a500, 0x0, 0x82fca8, 0x1005262, 0x6f37efe, 0x82fc5f, 0x2, 0x7ffd=
e000, 0x0, 0x0, 0x82fc88, 0x33d05, 0x2, 0x4721f86}
i =3D 0x1
prev_modiff =3D 0x9093f
prev_buffer =3D 0x4d22200
already_adjusted =3D 0x0
#65 0x010322f9 in internal_condition_case (bfun=3D0x1005991 <command_loop_1=
>, handlers=3D0x3543dca, hfun=3D0x1005166 <cmd_error>) at eval.c:1319
val =3D 0x4721f86
c =3D {
tag =3D 0x353781a,=20
val =3D 0x353781a,=20
next =3D 0x82fd94,=20
gcpro =3D 0x0,=20
jmp =3D {0x82fd58, 0x0, 0x0, 0x0, 0x82fcac, 0x10322a6, 0x82ffe0, =
0x0, 0x2, 0x0, 0x82fdc0, 0x2, 0x2, 0x0, 0x1, 0x1},=20
backlist =3D 0x0,=20
handlerlist =3D 0x0,=20
lisp_eval_depth =3D 0x0,=20
pdlcount =3D 0x2,=20
poll_suppress_count =3D 0x0,=20
interrupt_input_blocked =3D 0x0,=20
byte_stack =3D 0x0
}
h =3D {
handler =3D 0x3543dca,=20
var =3D 0x353781a,=20
chosen_clause =3D 0x3537832,=20
tag =3D 0x82fce0,=20
next =3D 0x0
}
#66 0x010055be in command_loop_2 (ignore=3D0x353781a) at keyboard.c:1193
val =3D 0x0
#67 0x01031d0a in internal_catch (tag=3D0x3541612, func=3D0x100559a <comman=
d_loop_2>, arg=3D0x353781a) at eval.c:1076
c =3D {
tag =3D 0x3541612,=20
val =3D 0x353781a,=20
next =3D 0x0,=20
gcpro =3D 0x0,=20
jmp =3D {0x82fe08, 0x7ffde000, 0x0, 0x0, 0x82fd7c, 0x1031cfb, 0x8=
2ffe0, 0x0, 0x353781a, 0x353de00, 0x740053, 0x6e0061, 0x7ffde000, 0x82fe08,=
0x1027b01, 0x165b4dc},=20
backlist =3D 0x0,=20
handlerlist =3D 0x0,=20
lisp_eval_depth =3D 0x0,=20
pdlcount =3D 0x2,=20
poll_suppress_count =3D 0x0,=20
interrupt_input_blocked =3D 0x0,=20
byte_stack =3D 0x0
}
#68 0x0100557a in command_loop () at keyboard.c:1172
No locals.
#69 0x01004b23 in recursive_edit_1 () at keyboard.c:793
count =3D 0x1
val =3D 0x77c4a190
#70 0x01004e50 in Frecursive_edit () at keyboard.c:857
count =3D 0x0
buffer =3D 0x353781a
#71 0x01002b23 in main (argc=3D0x2, argv=3D0xa425b0) at emacs.c:1660
dummy =3D 0x82ffe0
stack_bottom_variable =3D 0x0
do_initial_setlocale =3D 0x1
skip_args =3D 0x0
no_loadup =3D 0x0
junk =3D 0x0
dname_arg =3D 0x0
ch_to_dir =3D 0x0
fatal_error_action =3D {
sa_flags =3D 0x0,=20
sa_handler =3D 0x10013a5 <deliver_fatal_signal>,=20
sa_mask =3D 0x0
}
Lisp Backtrace:
"ibuffer-aif" (0x82d444)
"ibuffer-awhen" (0x82d544)
0x35bf560 Lisp type 6
"ibuffer-included-in-filter-p-1" (0x82d9d8)
"ibuffer-included-in-filter-p" (0x82dcc8)
0x3a11a70 PVEC_COMPILED
"mapcar" (0x82e15c)
"ibuffer-included-in-filters-p" (0x82e458)
0x367ae98 PVEC_COMPILED
"ibuffer-split-list" (0x82ea38)
"ibuffer-generate-filter-groups" (0x82ed38)
"ibuffer-redisplay-engine" (0x82f048)
"ibuffer-update" (0x82f348)
"byte-code" (0x82f5ac)
"ibuffer-auto-update-changed" (0x82fa44)
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-09-10 14:41 bug#12402: 24.2.50; Crash switching to ibuffer Andy Moreton
@ 2012-09-10 16:42 ` Eli Zaretskii
[not found] ` <504E1EE2.7030605@solarflare.com>
2012-10-07 18:35 ` Eli Zaretskii
1 sibling, 1 reply; 9+ messages in thread
From: Eli Zaretskii @ 2012-09-10 16:42 UTC (permalink / raw)
To: Andy Moreton; +Cc: 12402
> Date: Mon, 10 Sep 2012 15:41:26 +0100
> From: Andy Moreton <amoreton@solarflare.com>
>
> During normal editing I tried to switch to the ibuffer buffer, and emacs
> aborted (backtrace below). Built from a clean bootstrap of r109965.
Any chance of a repeatable recipe?
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
[not found] ` <504E1EE2.7030605@solarflare.com>
@ 2012-09-10 18:13 ` Eli Zaretskii
2012-09-19 21:49 ` Andy Moreton
0 siblings, 1 reply; 9+ messages in thread
From: Eli Zaretskii @ 2012-09-10 18:13 UTC (permalink / raw)
To: Andy Moreton; +Cc: 12402
> Date: Mon, 10 Sep 2012 18:09:54 +0100
> From: Andy Moreton <amoreton@solarflare.com>
>
> On 10/09/2012 17:42, Eli Zaretskii wrote:
> >> Date: Mon, 10 Sep 2012 15:41:26 +0100
> >> From: Andy Moreton <amoreton@solarflare.com>
> >>
> >> During normal editing I tried to switch to the ibuffer buffer, and emacs
> >> aborted (backtrace below). Built from a clean bootstrap of r109965.
> >
> > Any chance of a repeatable recipe?
> >
> Alas no - I've not managed to get it to crash again. What would be useful to
> look at if I can trigger another abort ?
The entire linked list of heaps, for starters, and the break_value.
The loop before the crash locus shows how:
for (h = last_heap; h && break_value < h->end; h = h->prev)
{
excess += (char *) h->end - (char *) ((break_value < h->bloc_start)
? h->bloc_start : break_value);
}
I always thought that we should have only one heap on MS-Windows, so
first_heap and last_heap should be the same. That's because on
Windows we reserve the entire range of addresses at startup, as a
single contiguous chunk. But maybe I was mistaken...
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-09-10 18:13 ` Eli Zaretskii
@ 2012-09-19 21:49 ` Andy Moreton
2012-09-20 2:56 ` Eli Zaretskii
2012-09-20 3:24 ` Stefan Monnier
0 siblings, 2 replies; 9+ messages in thread
From: Andy Moreton @ 2012-09-19 21:49 UTC (permalink / raw)
To: 12402
On Mon 10 Sep 2012, Eli Zaretskii wrote:
>> > Any chance of a repeatable recipe?
I've not seen this precise crash again on newer trunk revisions. I have
seen a GC-related abort appearing recently, such as this from r110025.
It seems to take a day or two of use for it to appear:
#1 0x01153656 in emacs_abort () at w32fns.c:7215
#2 0x010554e4 in sys_kill (pid=0x58c, sig=0x16) at w32proc.c:1433
#3 0x010014d8 in fatal_error_backtrace (sig=0x16, backtrace_limit=0x7fffffff) at emacs.c:332
#4 0x010434cf in die (msg=0x15210ac "assertion failed: !VECTOR_MARKED_P (ptr)", file=0x151f181 "alloc.c", line=0x169d) at alloc.c:6743
#5 0x010411a4 in mark_vectorlike (ptr=0x3867de0) at alloc.c:5789
#6 0x01041b04 in mark_object (arg=0x3867de5) at alloc.c:6050
...many mark_object and mark_vectorlike calls...
#7282 0x0103a877 in mark_interval (i=0x6, dummy=0x353381a) at alloc.c:1557
#7283 0x012df039 in traverse_intervals_noorder (tree=0x43520c4, function=0x103a827 <mark_interval>, arg=0x353381a) at intervals.c:245
#7284 0x0104198e in mark_object (arg=0x4352721) at alloc.c:5962
#7285 0x010411e4 in mark_vectorlike (ptr=0x3e0d400) at alloc.c:5799
#7286 0x010413f5 in mark_buffer (buffer=0x3e0d400) at alloc.c:5850
#7287 0x01041a0c in mark_object (arg=0x3e0d405) at alloc.c:6007
...
...many mark_object and mark_vectorlike calls...
...
#7554 0x01041c4f in mark_object (arg=0x35412ba) at alloc.c:6107
#7555 0x01042330 in mark_object (arg=0x435ae26) at alloc.c:6212
#7556 0x0103a877 in mark_interval (i=0x6, dummy=0x353381a) at alloc.c:1557
#7557 0x012df039 in traverse_intervals_noorder (tree=0x4361454, function=0x103a827 <mark_interval>, arg=0x353381a) at intervals.c:245
#7558 0x0104198e in mark_object (arg=0x4361151) at alloc.c:5962
#7559 0x010411e4 in mark_vectorlike (ptr=0x5134600) at alloc.c:5799
#7560 0x010413f5 in mark_buffer (buffer=0x5134600) at alloc.c:5850
...
#7717 0x010401d6 in Fgarbage_collect () at alloc.c:5481
#7718 0x01039574 in maybe_gc () at lisp.h:3627
#7719 0x01033d10 in eval_sub (form=0x365db6e) at eval.c:2065
#7720 0x01034a81 in eval_sub (form=0x365dace) at eval.c:2239
#7721 0x01034a81 in eval_sub (form=0x3df8b56) at eval.c:2239
#7722 0x0103041e in Fprogn (args=0x35b608e) at eval.c:376
...
#7773 0x01005582 in command_loop () at keyboard.c:1163
#7774 0x01004b2b in recursive_edit_1 () at keyboard.c:784
#7775 0x01004e58 in Frecursive_edit () at keyboard.c:848
#7776 0x01002b23 in main (argc=0x2, argv=0xa425b0) at emacs.c:1660
Lisp Backtrace:
"ibuffer-aif" (0x82d444)
"ibuffer-awhen" (0x82d544)
0x35d5f60 Lisp type 6
"ibuffer-included-in-filter-p-1" (0x82d9d8)
"ibuffer-included-in-filter-p" (0x82dcc8)
0x3cd1fe0 PVEC_COMPILED
"mapcar" (0x82e15c)
"ibuffer-included-in-filters-p" (0x82e458)
0x3bd6120 PVEC_COMPILED
"ibuffer-split-list" (0x82ea38)
"ibuffer-generate-filter-groups" (0x82ed38)
"ibuffer-redisplay-engine" (0x82f048)
"ibuffer-update" (0x82f348)
"byte-code" (0x82f5ac)
"ibuffer-auto-update-changed" (0x82fa44)
Is the GC really supposed to build such a deeply recursive call chain ?
AndyM
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-09-19 21:49 ` Andy Moreton
@ 2012-09-20 2:56 ` Eli Zaretskii
2012-09-20 3:24 ` Stefan Monnier
1 sibling, 0 replies; 9+ messages in thread
From: Eli Zaretskii @ 2012-09-20 2:56 UTC (permalink / raw)
To: Andy Moreton; +Cc: 12402
> From: Andy Moreton <andrewjmoreton@gmail.com>
> Date: Wed, 19 Sep 2012 22:49:23 +0100
>
> On Mon 10 Sep 2012, Eli Zaretskii wrote:
>
> >> > Any chance of a repeatable recipe?
>
> I've not seen this precise crash again on newer trunk revisions. I have
> seen a GC-related abort appearing recently, such as this from r110025.
> It seems to take a day or two of use for it to appear:
>
> #1 0x01153656 in emacs_abort () at w32fns.c:7215
> #2 0x010554e4 in sys_kill (pid=0x58c, sig=0x16) at w32proc.c:1433
> #3 0x010014d8 in fatal_error_backtrace (sig=0x16, backtrace_limit=0x7fffffff) at emacs.c:332
> #4 0x010434cf in die (msg=0x15210ac "assertion failed: !VECTOR_MARKED_P (ptr)", file=0x151f181 "alloc.c", line=0x169d) at alloc.c:6743
> #5 0x010411a4 in mark_vectorlike (ptr=0x3867de0) at alloc.c:5789
> #6 0x01041b04 in mark_object (arg=0x3867de5) at alloc.c:6050
>
> ...many mark_object and mark_vectorlike calls...
I'm quite sure that this is a different problem. The original abort
was in ralloc.c, and it was not during GC. This one seems like some
GC bug.
I've seen the abort in ralloc.c as well, and I'm currently testing a
provisional fix.
If you can follow the advice in etc/DEBUG and try to find out which
data structure caused the abort in GC, that would add valuable
information.
Thanks.
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-09-19 21:49 ` Andy Moreton
2012-09-20 2:56 ` Eli Zaretskii
@ 2012-09-20 3:24 ` Stefan Monnier
1 sibling, 0 replies; 9+ messages in thread
From: Stefan Monnier @ 2012-09-20 3:24 UTC (permalink / raw)
To: Andy Moreton; +Cc: 12402
>>> > Any chance of a repeatable recipe?
> I've not seen this precise crash again on newer trunk revisions. I have
> seen a GC-related abort appearing recently, such as this from r110025.
> It seems to take a day or two of use for it to appear:
I've just installed a patch which might fix a situation like the one
shown in your backtrace. Please update and see if the problem disappeared.
Stefan
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-09-10 14:41 bug#12402: 24.2.50; Crash switching to ibuffer Andy Moreton
2012-09-10 16:42 ` Eli Zaretskii
@ 2012-10-07 18:35 ` Eli Zaretskii
2012-10-08 12:03 ` Andy Moreton
1 sibling, 1 reply; 9+ messages in thread
From: Eli Zaretskii @ 2012-10-07 18:35 UTC (permalink / raw)
To: Andy Moreton; +Cc: 12402
> Date: Mon, 10 Sep 2012 15:41:26 +0100
> From: Andy Moreton <amoreton@solarflare.com>
>
> During normal editing I tried to switch to the ibuffer buffer, and emacs
> aborted (backtrace below). Built from a clean bootstrap of r109965.
>
> In GNU Emacs 24.2.50.1 (i386-mingw-nt5.1.2600)
> of 2012-09-10 on AJM-DESKTOP
> Bzr revision: 109965 cyd@gnu.org-20120910032510-vrblnwlfnsb0cx3s
> Windowing system distributor `Microsoft Corp.', version 5.1.2600
> Configured using:
> `configure --with-gcc (4.6) --no-opt --enable-checking --cflags
> -IC:/emacs/devel/libxml2-2.7.8/include/libxml2
> -IC:/emacs/devel/giflib-4.1.4-1/include
> -IC:/emacs/devel/jpeg-6b-4/include
> -IC:/emacs/devel/tiff-3.8.2-1/include
> -IC:/emacs/devel/libpng-1.4.3-1/include
> -IC:/emacs/devel/xpm-3.5.1-1/include
> -IC:/emacs/devel/xpm-3.5.1-1/src/xpm/3.5.1/libXpm-3.5.1-src/lib
> -IC:/emacs/devel/zlib-1.2.5-2/include'
>
> Backtrace with "bt full":
>
> #0 0x7c90120f in ntdll!DbgUiConnectToDbg () from C:\WINDOWS\system32\ntdll=
> .dll
> No symbol table info available.
> #1 0x01153186 in emacs_abort () at w32fns.c:7215
> button = 0x6
> #2 0x012e632c in relinquish () at ralloc.c:333
> h = 0x0
> excess = 0x3d0d80
I installed a change that might eliminate this problem, as trunk
revision 110430. Please test.
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-10-07 18:35 ` Eli Zaretskii
@ 2012-10-08 12:03 ` Andy Moreton
2012-10-08 12:34 ` Eli Zaretskii
0 siblings, 1 reply; 9+ messages in thread
From: Andy Moreton @ 2012-10-08 12:03 UTC (permalink / raw)
To: Eli Zaretskii; +Cc: 12402
On 07/10/2012 19:35, Eli Zaretskii wrote:
>
> I installed a change that might eliminate this problem, as trunk
> revision 110430. Please test.
I've not been able to reproduce this problem in recent builds for some time (I
build emacs daily). Please close this bug, and I'll file another if I see
similar problems.
Thanks,
AndyM
^ permalink raw reply [flat|nested] 9+ messages in thread
* bug#12402: 24.2.50; Crash switching to ibuffer
2012-10-08 12:03 ` Andy Moreton
@ 2012-10-08 12:34 ` Eli Zaretskii
0 siblings, 0 replies; 9+ messages in thread
From: Eli Zaretskii @ 2012-10-08 12:34 UTC (permalink / raw)
To: Andy Moreton; +Cc: 12402-done
> Date: Mon, 8 Oct 2012 13:03:37 +0100
> From: Andy Moreton <amoreton@solarflare.com>
> CC: <12402@debbugs.gnu.org>
>
> On 07/10/2012 19:35, Eli Zaretskii wrote:
> >
> > I installed a change that might eliminate this problem, as trunk
> > revision 110430. Please test.
>
> I've not been able to reproduce this problem in recent builds for some time (I
> build emacs daily). Please close this bug, and I'll file another if I see
> similar problems.
Done.
^ permalink raw reply [flat|nested] 9+ messages in thread
end of thread, other threads:[~2012-10-08 12:34 UTC | newest]
Thread overview: 9+ messages (download: mbox.gz follow: Atom feed
-- links below jump to the message on this page --
2012-09-10 14:41 bug#12402: 24.2.50; Crash switching to ibuffer Andy Moreton
2012-09-10 16:42 ` Eli Zaretskii
[not found] ` <504E1EE2.7030605@solarflare.com>
2012-09-10 18:13 ` Eli Zaretskii
2012-09-19 21:49 ` Andy Moreton
2012-09-20 2:56 ` Eli Zaretskii
2012-09-20 3:24 ` Stefan Monnier
2012-10-07 18:35 ` Eli Zaretskii
2012-10-08 12:03 ` Andy Moreton
2012-10-08 12:34 ` Eli Zaretskii
Code repositories for project(s) associated with this external index
https://git.savannah.gnu.org/cgit/emacs.git
https://git.savannah.gnu.org/cgit/emacs/org-mode.git
This is an external index of several public inboxes,
see mirroring instructions on how to clone and mirror
all data and code used by this external index.