* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
@ 2019-05-13 22:40 Michael Pagan
2019-05-14 1:04 ` Paul Eggert
2019-05-14 1:16 ` Noam Postavsky
0 siblings, 2 replies; 18+ messages in thread
From: Michael Pagan @ 2019-05-13 22:40 UTC (permalink / raw)
To: 35725
GNU Emacs 24.5 can open SVG files; however, versions 25.1 to 26.2 can
not. In `dired' with point on an SVG file, begin crash on <RET>.
Certainly, imagemagick is involved in this process, but installing,
removing, and even purging and re-installing imagemagick has not
yielded any different type of reaction from GNU Emacs. Regardless,
Emacs shouldn’t behave like this.
I checked the `BUGS' file, consulted `emacs-known-problems', and ran
some searches on the `bug-gnu-emacs' mailing-list and `debbugs', but…
to no avail, not one mention of anyone having problems opening SVG
files. Seeing as the 6 "Outstanding bugs" on GNU’s bug report logs
with filter {subject:segmentation+fault;package=emacs} do not match
the errors that I have experienced: I hereby submit this bug report.
After installing the latest tarball from the GNU FTP, and following
the `INSTALL' instructions, I started emacs like so:
$ emacs -Q
;; Next, I evaluate elisp within GNU Emacs in #<buffer *scratch*>:
(shell-command "wget https://www.gnu.org/graphics/empowered-by-gnu.svg")
(find-file "empowered-by-gnu.svg")
# (C-j C-M-f C-j) and emacs has crashed. Stderr? Try within BASH:
$ emacs -Q \
--eval '(shell-command "wget https://www.gnu.org/graphics/empowered-by-gnu.svg")' \
--eval '(find-file "~/empowered-by-gnu.svg")'
# Below is stderr:
Fatal error 11: Segmentation fault
Backtrace:
emacs[0x50db19]
emacs[0x4f3f67]
emacs[0x50c4ce]
emacs[0x50c7d3]
emacs[0x50c810]
/lib/x86_64-linux-gnu/libpthread.so.0(+0x11390)[0x7fd6f8e29390]
/usr/lib/x86_64-linux-gnu/ImageMagick-6.8.9/modules-Q16/coders/svg.so(+0xb8b8)[0x7fd6e400e8b8]
/usr/lib/x86_64-linux-gnu/libMagickCore-6.Q16.so.2(ReadImage+0x198)[0x7fd6fb3d0a18]
/usr/lib/x86_64-linux-gnu/libMagickWand-6.Q16.so.2(MagickReadImage+0x6a)[0x7fd6fb8a2a3a]
emacs[0x5dfc3c]
emacs[0x5e835d]
emacs[0x5e87e0]
emacs[0x56a886]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
emacs[0x569840]
emacs[0x569c02]
emacs[0x56dae0]
emacs[0x56a886]
emacs[0x5a1c38]
emacs[0x56a7f3]
emacs[0x5a1c38]
...
Segmentation fault
# I’m sure you would like a better backtrace…
$ mv .emacs.d/ ignore/
$ cd ~/Code/emacs-26.2/src
$ emacs -Q
;; Next, from within emacs minibuffer:
(M-x gdb <RET> gdb -i=mi bootstrap-emacs <RET> run <RET>)
;; Next, from within bootstrap-emacs in #<buffer *scratch*>:
(shell-command "wget https://www.gnu.org/graphics/empowered-by-gnu.svg")
(find-file "empowered-by-gnu.svg")
;; (C-j C-M-f C-j) and emacs has crashed… again. GDB Backtrace:
;;
;; It’s a long backtrace. Execute (C-s end-backtrace <RET>) to move
;; point to my next comment in this email.
;;
(gdb) run
Starting program: /home/michael/Code/emacs-26.2/src/bootstrap-emacs
[Thread debugging using libthread_db enabled]
Using host libthread_db library "/lib/x86_64-linux-gnu/libthread_db.so.1".
[New Thread 0x7fffe55a5700 (LWP 22700)]
[New Thread 0x7fffdf34e700 (LWP 22701)]
[New Thread 0x7fffde5ac700 (LWP 22702)]
warning: Corrupted shared library list: 0x1c37b40 != 0x1709980
[New Thread 0x7fffd7fff700 (LWP 22703)]
Thread 1 "bootstrap-emacs" received signal SIGSEGV, Segmentation fault.
ReadSVGImage (image_info=0x1ecadf0, exception=0xf6f990) at ../../coders/svg.c:2917
2917 ../../coders/svg.c: No such file or directory.
(gdb) bt full
#0 ReadSVGImage (image_info=0x1ecadf0, exception=0xf6f990) at ../../coders/svg.c:2917
cairo_image = <optimized out>
pixel_info = <optimized out>
p = <optimized out>
q = <optimized out>
svg_handle = <optimized out>
cairo_surface = <optimized out>
dimension_info = {width = 0, height = 1079410688, em = 90, ex = 7.9332950783013971e-317}
x = <optimized out>
pixels = <optimized out>
error = 0x7ffff3a81cf0 <DestroyExceptionElement>
y = <optimized out>
delegate_info = <optimized out>
filename = "/tmp/magick-22696aAOK2vM0lgLn\000\065\062,0.353 163.585,1.885 175.4,8.626 C 187.214,15.367 198.022,23.85 204.912,23.911 C 211.803,23.972 216.494,22.167 219.843,19.601 C 220.737,42.304 200.304,44.276 182.024,44"...
file = <optimized out>
image = 0x0
status = <optimized out>
unique_file = <optimized out>
n = <optimized out>
message = "1\000xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?>\n<!-- The Vectorized GNU Head by Aurelio A. Heckert -->\n<svg\n xmlns:dc=\"http://purl.org/dc/elements/1.1/\"\n xmlns:cc=\"http://creativecommons.or"...
sax_modules = {internalSubset = 0x4056800000000000, isStandalone = 0x4056800000000000, hasInternalSubset = 0xf50350, hasExternalSubset = 0x1eadaf8, resolveEntity = 0x1, getEntity = 0x1ecaf38, entityDecl = 0x7fffffff2e50, notationDecl = 0x2000, attributeDecl = 0xf50350, elementDecl = 0x1ecadf0, unparsedEntityDecl = 0x1eadad0, setDocumentLocator = 0x1ecaf38, startDocument = 0x7fffffff2e50, endDocument = 0x2000, startElement = 0xf50350, endElement = 0x7ffff0cc153c <__GI___libc_free+76>, reference = 0x1, characters = 0x1ecaf38, ignorableWhitespace = 0x7fffffff2e50, processingInstruction = 0x7ffff3b24564 <DestroySemaphoreInfo+84>, comment = 0x1eadad0, warning = 0x1ecadf0, error = 0x1eadad0, fatalError = 0x1ecaf38, getParameterEntity = 0x7fffffff2e50, cdataBlock = 0x7ffff3ac2dbf <RelinquishMagickMemory+15>, externalSubset = 0x1ecadf0, initialized = 4088081825, _private = 0xf6f990, startElementNs = 0x1, endElementNs = 0x7fffffff77a0, serror = 0x4abc18 <bidi_cache_iterator_state+40>}
sax_handler = <optimized out>
__PRETTY_FUNCTION__ = "ReadSVGImage"
__func__ = "ReadSVGImage"
#1 0x00007ffff3a1aa18 in ReadImage (image_info=image_info@entry=0x1ec6c50, exception=0xf6f990) at ../../magick/constitute.c:547
filename = "/home/michael/Code/emacs-26.2/src/empowered-by-gnu.svg\000\000\220\307\375\000\000\000\000\000\022\000\000\000\000\000\000\000\022\000\000\000\000\000\000\000\360Q\377\377\377\177\000\000\000\000\000\000\000\000\000\000\360Q\377\377\377\177\000\000\361\347T\000\000\000\000\000\022\000\000\000\000\000\000\000\020\265\377\377\377\177\000\000\377\377\377\377\000\000\000\000x\351T\000\000\000\000\000\240\017\000\000\000\000\000\000\020\265\377\377\377\177\000\000\377\377\377\377\000\000\000\000\351\311\350\001\000\000\000\000\240\017\000\000\000\000\000\000\241\026V\000\000\000\000\000lH\207\000\000\000\000\000"...
magick = "SVG\000c/22696/exe\000\000\000\000\000\000\000\000\000\000\v\031\033\202\210\243Y\000\000\000\000\000\000\000\000\001\000\000\000\000\000\000\000\001\000\000\000\000\000\000\000\300s\377\377\377\177\000\000\000\000\000\000\000\000\000\000\300s\377\377\377\177\000\000\001\000\000\000\000\000\000\000i\316J\000\000\000\000\000\001\000\000\000\000\000\000\000\t\260J", '\000' <repeats 13 times>, "\006\000\000\000\000\000\000\000\001\000\000\000\000\000\000\000@\213\377\377\377\177\000\000 \213\377\377\377\177\000\000\257\254J", '\000' <repeats 14 times>, "\v\031\033\202\210\243Y\001\000\000\000\001\000\000\000 \213\377\377\377\177", '\000' <repeats 26 times>...
magick_filename = "/home/michael/Code/emacs-26.2/src/empowered-by-gnu.svg\000\000`s\377\377\377\177\000\000dp\377\377\377\177\000\000\000\000\000?\000\000\000@`s\377\377\001\000\000\000\275\064I\000\000\000\000\000`s\377\377\377\177\000\000\000\000\000\000\377\177\000\000`p\377\377\377\177\000\000\n`\346\001\000\000\000\000\r", '\000' <repeats 31 times>, "\020\001\000\000\000\000\000\000\000\004\000\000\000\000\000\000`p\377\377\377\177\000\000\340\231\364\000\000\000\000\000 \033\000\361\377\177\000\000\000\000\000\000\000\000\000\000"...
value = <optimized out>
delegate_info = <optimized out>
magick_info = 0xefdf60
sans_exception = <optimized out>
geometry_info = {rho = 4.9406564584124654e-323, sigma = 6.9533558056045944e-310, xi = 6.9533558056049896e-310, psi = 2.9860166580377214e-317, chi = 0}
image = <optimized out>
next = 0x87486c <pure+19852>
read_info = 0x1ecadf0
flags = <optimized out>
thread_support = <optimized out>
domain = CoderPolicyDomain
rights = ReadPolicyRights
__PRETTY_FUNCTION__ = "ReadImage"
__func__ = "ReadImage"
#2 0x00007ffff3eeca3a in MagickReadImage (wand=wand@entry=0xe82400, filename=filename@entry=0x1e8d448 "/home/michael/Code/emacs-26.2/src/empowered-by-gnu.svg") at ../../wand/magick-image.c:8633
images = <optimized out>
read_info = 0x1ec6c50
__PRETTY_FUNCTION__ = "MagickReadImage"
__func__ = "MagickReadImage"
#3 0x00000000005dfc3c in imagemagick_load_image (f=0x1397140, img=0xf15300, contents=0x0, size=0, filename=0x1e8d448 "/home/michael/Code/emacs-26.2/src/empowered-by-gnu.svg") at image.c:8580
width = <optimized out>
height = <optimized out>
image_width = <optimized out>
image_height = <optimized out>
status = <optimized out>
ximg = 0x7fffffffae90
x = <optimized out>
y = <optimized out>
image_wand = 0xe82400
iterator = <optimized out>
pixels = <optimized out>
bg_wand = 0x0
pixel = {storage_class = (unknown: 4294942832), colorspace = 32767, matte = MagickFalse, fuzz = 1.1484305446297334e-316, depth = 5501492, red = 0, green = 0, blue = 0, opacity = 0, index = 2.21381251e-38}
ino = <optimized out>
desired_width = <optimized out>
desired_height = <optimized out>
hint_buffer = "\344\256b\001\000\000\000\000V\005\361\000\000\000\000\000\035\000\000\000\000\000\000\000\300s\365\000\000\000\000\000 \033\000\361\377\177\000\000\000\000\000\000\000\000\000\000@\000\000\000\000\000\000\000p?\351\001\000\000\000\000\360s\365\000\000\000\000\000P\003\314\360\377\177\000\000\060", '\000' <repeats 15 times>, "\024l\364", '\000' <repeats 13 times>, "\035\000\000\000\000\000\000\000n\315I\000\000\000\000\000\377\377\377\377\377\377\377\377\035\000\000\000\000\000\000\000\300\300\000\000\000\000\000\000\320s\365\000\000\000\000\000,\000\000\000\000\000\000\000 \033\000\361\377\177\000\000,\000\000\000\000\000\000\000\300s\365\000\000\000\000\000\060\000\000\000\000\000\000\000"...
filename_hint = 0x0
imagemagick_initialized = true
#4 0x00000000005e835d in lookup_image (f=f@entry=0x1397140, spec=spec@entry=32267795) at image.c:1752
img = <optimized out>
hash = <optimized out>
#5 0x00000000005e87e0 in Fimage_size (spec=32267795, pixels=49344, frame=<optimized out>) at image.c:877
img = <optimized out>
f = 0x1397140
id = <optimized out>
width = <optimized out>
height = <optimized out>
#6 0x000000000056a886 in Ffuncall (nargs=<optimized out>, args=args@entry=0x7fffffffb1a0) at eval.c:2776
fun = <optimized out>
original_fun = 691056
numargs = 3
val = <optimized out>
count = 31
#7 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=20615589, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488335312, args=<optimized out>, args@entry=0x7fffffffb1a0) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 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<exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x13a91a8
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffb1d0
top = 0x7fffffffb1a0
void_stack_lim = 0x7fffffffb1d0
bytestr_data = <optimized out>
pc = 0x7fffffffb1f0 "\207\307\305\004\"\307\310\005\"\001\203U"
count = 31
result = <optimized out>
#8 0x000000000056a57f in funcall_lambda (fun=140737488335344, nargs=140737488335312, nargs@entry=2, arg_vector=0x7fffffffb1a0, arg_vector@entry=0x7fffffffb380) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#9 0x000000000056a7f3 in Ffuncall (nargs=3, args=args@entry=0x7fffffffb378) at eval.c:2790
fun = <optimized out>
original_fun = 3360848
numargs = 2
val = <optimized out>
count = 30
#10 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=20661173, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488335792, args=<optimized out>, args@entry=0x7fffffffb378) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x13b43b8
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffb3b0
top = 0x7fffffffb378
void_stack_lim = 0x7fffffffb3b0
bytestr_data = <optimized out>
pc = 0x7fffffffb3c7 "\bǷ\202e"
count = 30
result = <optimized out>
#11 0x000000000056a57f in funcall_lambda (fun=140737488335815, nargs=140737488335792, nargs@entry=0, arg_vector=0x7fffffffb378, arg_vector@entry=0x7fffffffb5a0) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#12 0x000000000056a7f3 in Ffuncall (nargs=1, args=args@entry=0x7fffffffb598) at eval.c:2790
fun = <optimized out>
original_fun = 3674800
numargs = 0
val = <optimized out>
count = 29
#13 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=20814261, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488336352, args=<optimized out>, args@entry=0x7fffffffb598) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x13d99b8
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffb5e0
top = 0x7fffffffb598
void_stack_lim = 0x7fffffffb5e0
bytestr_data = <optimized out>
pc = 0x7fffffffb6cd "\210\362\363!\205", <incomplete sequence \367>
count = 27
result = <optimized out>
#14 0x000000000056a57f in funcall_lambda (fun=140737488336589, nargs=140737488336352, nargs@entry=0, arg_vector=0x7fffffffb598, arg_vector@entry=0x7fffffffb820) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#15 0x000000000056a7f3 in Ffuncall (nargs=1, args=args@entry=0x7fffffffb818) at eval.c:2790
fun = <optimized out>
original_fun = 19241376
numargs = 0
val = <optimized out>
count = 26
#16 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=20648261, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488337024, args=<optimized out>, args@entry=0x7fffffffb818) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x13b1148
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffb880
top = 0x7fffffffb818
void_stack_lim = 0x7fffffffb880
bytestr_data = <optimized out>
pc = 0x7fffffffb899 "\210\314 \204\061"
count = 26
result = <optimized out>
#17 0x000000000056a57f in funcall_lambda (fun=140737488337049, nargs=140737488337024, nargs@entry=0, arg_vector=0x7fffffffb818, arg_vector@entry=0x7fffffffba90) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#18 0x000000000056a7f3 in Ffuncall (nargs=1, args=args@entry=0x7fffffffba88) at eval.c:2790
fun = <optimized out>
original_fun = 4954704
numargs = 0
val = <optimized out>
count = 25
#19 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9216653, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488337568, args=<optimized out>, args@entry=0x7fffffffba88) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8ca290 <pure+370608>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffbaa0
top = 0x7fffffffba88
void_stack_lim = 0x7fffffffbaa0
bytestr_data = <optimized out>
pc = 0x7fffffffbab5 "\210\001\207\202\003"
count = 25
result = <optimized out>
#20 0x000000000056a57f in funcall_lambda (fun=140737488337589, nargs=140737488337568, nargs@entry=2, arg_vector=0x7fffffffba88, arg_vector@entry=0x7fffffffbc48) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#21 0x000000000056a7f3 in Ffuncall (nargs=3, args=args@entry=0x7fffffffbc40) at eval.c:2790
fun = <optimized out>
original_fun = 4853088
numargs = 2
val = <optimized out>
count = 24
#22 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9215469, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488338016, args=<optimized out>, args@entry=0x7fffffffbc40) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8c9df0 <pure+369424>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffbc60
top = 0x7fffffffbc40
void_stack_lim = 0x7fffffffbc60
bytestr_data = <optimized out>
pc = 0x7fffffffbe1e "\210̲\006\202e\001\266\003\002\204\353\001\212eb\210\214ede\r\\^}\210\340\307\016\061\353#*\211\262\004\203\353\001\333\003\006\a\"\210\002?\205\363\001\354p!\207\377\177"
count = 24
result = <optimized out>
#23 0x000000000056a57f in funcall_lambda (fun=140737488338462, nargs=140737488338016, nargs@entry=0, arg_vector=0x7fffffffbc40, arg_vector@entry=0x7fffffffbfa8) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#24 0x000000000056a7f3 in Ffuncall (nargs=1, args=args@entry=0x7fffffffbfa0) at eval.c:2790
fun = <optimized out>
original_fun = 4955520
numargs = 0
val = <optimized out>
count = 23
#25 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9208253, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488338880, args=<optimized out>, args@entry=0x7fffffffbfa0) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8c81c0 <pure+362208>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffbfc0
top = 0x7fffffffbfa0
void_stack_lim = 0x7fffffffbfc0
bytestr_data = <optimized out>
pc = 0x7fffffffbfd9 "0\202#"
count = 22
result = <optimized out>
#26 0x000000000056a57f in funcall_lambda (fun=140737488338905, nargs=140737488338880, nargs@entry=1, arg_vector=0x7fffffffbfa0, arg_vector@entry=0x7fffffffc188) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#27 0x000000000056a7f3 in Ffuncall (nargs=2, args=args@entry=0x7fffffffc180) at eval.c:2790
fun = <optimized out>
original_fun = 4955328
numargs = 1
val = <optimized out>
count = 21
#28 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9207421, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488339368, args=<optimized out>, args@entry=0x7fffffffc180) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8c7e80 <pure+361376>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffc1a8
top = 0x7fffffffc180
void_stack_lim = 0x7fffffffc1a8
bytestr_data = <optimized out>
pc = 0x7fffffffc288 "\210\016\063\347>\203\035\001deV\203\035\001dSf\350U\204\035\001\016\064\311=\203\005\001dSf\351U\204\035\001\t\204\035\001\212db\210\352\061\027\001\353c0\202\033\001\210\202\034\001\210)\t\203\062\001\016\062\203\062\001\016\065\354N\355=\204\062\001\356 \210\357\360!\207\207"
count = 21
result = <optimized out>
#29 0x000000000056a57f in funcall_lambda (fun=140737488339592, nargs=140737488339368, nargs@entry=2, arg_vector=0x7fffffffc180, arg_vector@entry=0x7fffffffc458) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#30 0x000000000056a7f3 in Ffuncall (nargs=3, args=args@entry=0x7fffffffc450) at eval.c:2790
fun = <optimized out>
original_fun = 4954896
numargs = 2
val = <optimized out>
count = 20
#31 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9205965, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488340080, args=<optimized out>, args@entry=0x7fffffffc450) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8c78d0 <pure+359920>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffc470
top = 0x7fffffffc450
void_stack_lim = 0x7fffffffc470
bytestr_data = <optimized out>
pc = 0x7fffffffc557 "\210p)\207"
count = 19
result = <optimized out>
#32 0x000000000056a57f in funcall_lambda (fun=140737488340311, nargs=140737488340080, nargs@entry=6, arg_vector=0x7fffffffc450, arg_vector@entry=0x7fffffffc6e8) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#33 0x000000000056a7f3 in Ffuncall (nargs=7, args=args@entry=0x7fffffffc6e0) at eval.c:2790
fun = <optimized out>
original_fun = 4954800
numargs = 6
val = <optimized out>
count = 18
#34 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9204653, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488340768, args=<optimized out>, args@entry=0x7fffffffc6e0) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8c73b0 <pure+358608>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffc720
top = 0x7fffffffc6e0
void_stack_lim = 0x7fffffffc720
bytestr_data = <optimized out>
pc = 0x7fffffffc99c "\266\205\207"
count = 18
result = <optimized out>
#35 0x000000000056a57f in funcall_lambda (fun=140737488341404, nargs=140737488340768, nargs@entry=4, arg_vector=0x7fffffffc6e0, arg_vector@entry=0x7fffffffcaf0) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#36 0x000000000056a7f3 in Ffuncall (nargs=5, args=args@entry=0x7fffffffcae8) at eval.c:2790
fun = <optimized out>
original_fun = 4936832
numargs = 4
val = <optimized out>
count = 17
#37 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9198701, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488341776, args=<optimized out>, args@entry=0x7fffffffcae8) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x8c5c70 <pure+352656>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffcb10
top = 0x7fffffffcae8
void_stack_lim = 0x7fffffffcb10
bytestr_data = <optimized out>
pc = 0x7fffffffcb16 "\211<\203\023"
count = 17
result = <optimized out>
#38 0x000000000056a57f in funcall_lambda (fun=140737488341782, fun@entry=9198605, nargs=140737488341776, nargs@entry=1, arg_vector=0x7fffffffcae8, arg_vector@entry=0x7fffffffcc30) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#39 0x0000000000569840 in apply_lambda (fun=9198605, args=<optimized out>, count=count@entry=16) at eval.c:2913
args_left = <optimized out>
i = <optimized out>
arg_vector = 0x7fffffffcc30
tem = <optimized out>
sa_avail = <optimized out>
sa_must_free = false
#40 0x0000000000569c02 in eval_sub (form=form@entry=16593555) at eval.c:2316
fun = <optimized out>
val = <optimized out>
original_args = 16593571
count = 16
argvals = {13090837, 6459156382961175296, 222, 140737488342104, 15, 15, 15, 422212465053264}
#41 0x000000000056dae0 in Feval (form=16593555, lexical=<optimized out>) at eval.c:2061
No locals.
#42 0x000000000056a886 in Ffuncall (nargs=<optimized out>, args=args@entry=0x7fffffffce48) at eval.c:2776
fun = <optimized out>
original_fun = 21408
numargs = 2
val = <optimized out>
count = 14
#43 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=10275917, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488342632, args=<optimized out>, args@entry=0x7fffffffce48) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x9ccc50 <pure+1429872>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffce68
top = 0x7fffffffce48
void_stack_lim = 0x7fffffffce68
bytestr_data = <optimized out>
pc = 0x7fffffffce83 "\002\203#"
count = 14
result = <optimized out>
#44 0x000000000056a57f in funcall_lambda (fun=140737488342659, nargs=140737488342632, nargs@entry=1, arg_vector=0x7fffffffce48, arg_vector@entry=0x7fffffffcfe8) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#45 0x000000000056a7f3 in Ffuncall (nargs=2, args=args@entry=0x7fffffffcfe0) at eval.c:2790
fun = <optimized out>
original_fun = 9944592
numargs = 1
val = <optimized out>
count = 13
#46 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=10276589, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488343032, args=<optimized out>, args@entry=0x7fffffffcfe0) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x9ccef0 <pure+1430544>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffcff8
top = 0x7fffffffcfe0
void_stack_lim = 0x7fffffffcff8
bytestr_data = <optimized out>
pc = 0x7fffffffd005 "\n)B\211A\t=\204\032"
count = 12
result = <optimized out>
#47 0x000000000056a57f in funcall_lambda (fun=140737488343045, nargs=140737488343032, nargs@entry=1, arg_vector=0x7fffffffcfe0, arg_vector@entry=0x7fffffffd168) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#48 0x000000000056a7f3 in Ffuncall (nargs=2, args=args@entry=0x7fffffffd160) at eval.c:2790
fun = <optimized out>
original_fun = 4879040
numargs = 1
val = <optimized out>
count = 11
#49 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=10273805, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488343408, args=<optimized out>, args@entry=0x7fffffffd160) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x9cc410 <pure+1427760>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffd170
top = 0x7fffffffd160
void_stack_lim = 0x7fffffffd170
bytestr_data = <optimized out>
pc = 0x7fffffffd17c "\210\301 )\207\242\207"
count = 10
result = <optimized out>
#50 0x000000000056a57f in funcall_lambda (fun=140737488343420, nargs=140737488343408, nargs@entry=1, arg_vector=0x7fffffffd160, arg_vector@entry=0x7fffffffd310) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#51 0x000000000056a7f3 in Ffuncall (nargs=nargs@entry=2, args=args@entry=0x7fffffffd308) at eval.c:2790
fun = <optimized out>
original_fun = 9939520
numargs = 1
val = <optimized out>
count = 9
#52 0x000000000056663d in Ffuncall_interactively (nargs=2, args=0x7fffffffd308) at callint.c:252
No locals.
#53 0x000000000056a886 in Ffuncall (nargs=nargs@entry=3, args=args@entry=0x7fffffffd300) at eval.c:2776
fun = <optimized out>
original_fun = 26304
numargs = 2
val = <optimized out>
count = 7
#54 0x00000000005670be in Fcall_interactively (function=<optimized out>, record_flag=<optimized out>, keys=<optimized out>) at callint.c:854
val = <optimized out>
args = <optimized out>
visargs = <optimized out>
specs = <optimized out>
filter_specs = <optimized out>
teml = <optimized out>
up_event = <optimized out>
enable = <optimized out>
sa_avail = <optimized out>
sa_must_free = <optimized out>
next_event = <optimized out>
prefix_arg = <optimized out>
string = <optimized out>
tem = <optimized out>
varies = <optimized out>
i = <optimized out>
nargs = <optimized out>
mark = <optimized out>
arg_from_tty = <optimized out>
key_count = <optimized out>
record_then_fail = <optimized out>
save_this_command = <optimized out>
save_last_command = <optimized out>
save_this_original_command = <optimized out>
save_real_this_command = <optimized out>
#55 0x000000000056a886 in Ffuncall (nargs=<optimized out>, args=args@entry=0x7fffffffd508) at eval.c:2776
fun = <optimized out>
original_fun = 580160
numargs = 3
val = <optimized out>
count = 5
#56 0x00000000005a1c38 in exec_byte_code (bytestr=<optimized out>, vector=9652637, maxdepth=<optimized out>, args_template=<optimized out>, nargs=nargs@entry=140737488344384, args=<optimized out>, args@entry=0x7fffffffd508) at bytecode.c:630
op = <optimized out>
type = <optimized out>
targets = {0x5a1d85 <exec_byte_code+1157>, 0x5a3b16 <exec_byte_code+8726>, 0x5a3b1b <exec_byte_code+8731>, 0x5a3b20 <exec_byte_code+8736>, 0x5a1c57 <exec_byte_code+855>, 0x5a1c57 <exec_byte_code+855>, 0x5a3b25 <exec_byte_code+8741>, 0x5a3b5c <exec_byte_code+8796>, 0x5a1e9c <exec_byte_code+1436>, 0x5a1ea1 <exec_byte_code+1441>, 0x5a1ea6 <exec_byte_code+1446>, 0x5a1eab <exec_byte_code+1451>, 0x5a1cb9 <exec_byte_code+953>, 0x5a1cc0 <exec_byte_code+960>, 0x5a1eb0 <exec_byte_code+1456>, 0x5a1e7c <exec_byte_code+1404>, 0x5a2000 <exec_byte_code+1792>, 0x5a2005 <exec_byte_code+1797>, 0x5a200a <exec_byte_code+1802>, 0x5a200f <exec_byte_code+1807>, 0x5a1d13 <exec_byte_code+1043>, 0x5a1d18 <exec_byte_code+1048>, 0x5a2034 <exec_byte_code+1844>, 0x5a2014 <exec_byte_code+1812>, 0x5a20b0 <exec_byte_code+1968>, 0x5a20b5 <exec_byte_code+1973>, 0x5a20ba <exec_byte_code+1978>, 0x5a20bf <exec_byte_code+1983>, 0x5a1bcd <exec_byte_code+717>, 0x5a1bd0 <exec_byte_code+720>, 0x5a2079 <exec_byte_code+1913>, 0x5a2090 <exec_byte_code+1936>, 0x5a20fb <exec_byte_code+2043>, 0x5a2100 <exec_byte_code+2048>, 0x5a2105 <exec_byte_code+2053>, 0x5a210a <exec_byte_code+2058>, 0x5a1c11 <exec_byte_code+785>, 0x5a1c18 <exec_byte_code+792>, 0x5a20c4 <exec_byte_code+1988>, 0x5a20db <exec_byte_code+2011>, 0x5a2146 <exec_byte_code+2118>, 0x5a214b <exec_byte_code+2123>, 0x5a2150 <exec_byte_code+2128>, 0x5a2155 <exec_byte_code+2133>, 0x5a1b7a <exec_byte_code+634>, 0x5a1b80 <exec_byte_code+640>, 0x5a210f <exec_byte_code+2063>, 0x5a2126 <exec_byte_code+2086>, 0x5a25de <exec_byte_code+3294>, 0x5a25d0 <exec_byte_code+3280>, 0x5a2549 <exec_byte_code+3145>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2749 <exec_byte_code+3657>, 0x5a27aa <exec_byte_code+3754>, 0x5a27eb <exec_byte_code+3819>, 0x5a2832 <exec_byte_code+3890>, 0x5a2879 <exec_byte_code+3961>, 0x5a1f47 <exec_byte_code+1607>, 0x5a1f8b <exec_byte_code+1675>, 0x5a28bc <exec_byte_code+4028>, 0x5a1f0d <exec_byte_code+1549>, 0x5a1fc6 <exec_byte_code+1734>, 0x5a29d3 <exec_byte_code+4307>, 0x5a2a0e <exec_byte_code+4366>, 0x5a28eb <exec_byte_code+4075>, 0x5a2926 <exec_byte_code+4134>, 0x5a295b <exec_byte_code+4187>, 0x5a2a39 <exec_byte_code+4409>, 0x5a2a64 <exec_byte_code+4452>, 0x5a2a9f <exec_byte_code+4511>, 0x5a2ade <exec_byte_code+4574>, 0x5a2b09 <exec_byte_code+4617>, 0x5a2b34 <exec_byte_code+4660>, 0x5a2b6f <exec_byte_code+4719>, 0x5a2baa <exec_byte_code+4778>, 0x5a2be5 <exec_byte_code+4837>, 0x5a2c24 <exec_byte_code+4900>, 0x5a2c59 <exec_byte_code+4953>, 0x5a2c8e <exec_byte_code+5006>, 0x5a2d06 <exec_byte_code+5126>, 0x5a2d4a <exec_byte_code+5194>, 0x5a2d8e <exec_byte_code+5262>, 0x5a2dec <exec_byte_code+5356>, 0x5a2e2c <exec_byte_code+5420>, 0x5a30d6 <exec_byte_code+6102>, 0x5a3116 <exec_byte_code+6166>, 0x5a3029 <exec_byte_code+5929>, 0x5a305e <exec_byte_code+5982>, 0x5a30a1 <exec_byte_code+6049>, 0x5a3156 <exec_byte_code+6230>, 0x5a2e6c <exec_byte_code+5484>, 0x5a2ea1 <exec_byte_code+5537>, 0x5a2f46 <exec_byte_code+5702>, 0x5a1c8b <exec_byte_code+907>, 0x5a2f8b <exec_byte_code+5771>, 0x5a2fb6 <exec_byte_code+5814>, 0x5a318b <exec_byte_code+6283>, 0x5a31d0 <exec_byte_code+6352>, 0x5a3215 <exec_byte_code+6421>, 0x5a3240 <exec_byte_code+6464>, 0x5a326d <exec_byte_code+6509>, 0x5a329a <exec_byte_code+6554>, 0x5a32cf <exec_byte_code+6607>, 0x5a1d85 <exec_byte_code+1157>, 0x5a32fc <exec_byte_code+6652>, 0x5a3329 <exec_byte_code+6697>, 0x5a3356 <exec_byte_code+6742>, 0x5a3383 <exec_byte_code+6787>, 0x5a33b0 <exec_byte_code+6832>, 0x5a33dd <exec_byte_code+6877>, 0x5a1c8b <exec_byte_code+907>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3408 <exec_byte_code+6920>, 0x5a3447 <exec_byte_code+6983>, 0x5a3472 <exec_byte_code+7026>, 0x5a349d <exec_byte_code+7069>, 0x5a34d8 <exec_byte_code+7128>, 0x5a3513 <exec_byte_code+7187>, 0x5a353e <exec_byte_code+7230>, 0x5a3560 <exec_byte_code+7264>, 0x5a3603 <exec_byte_code+7427>, 0x5a359b <exec_byte_code+7323>, 0x5a35d6 <exec_byte_code+7382>, 0x5a363e <exec_byte_code+7486>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2401 <exec_byte_code+2817>, 0x5a2181 <exec_byte_code+2177>, 0x5a1ec7 <exec_byte_code+1479>, 0x5a21b0 <exec_byte_code+2224>, 0x5a21f5 <exec_byte_code+2293>, 0x5a2234 <exec_byte_code+2356>, 0x5a3d77 <exec_byte_code+9335>, 0x5a23e0 <exec_byte_code+2784>, 0x5a204b <exec_byte_code+1867>, 0x5a2442 <exec_byte_code+2882>, 0x5a2470 <exec_byte_code+2928>, 0x5a24db <exec_byte_code+3035>, 0x5a2509 <exec_byte_code+3081>, 0x5a260d <exec_byte_code+3341>, 0x5a265b <exec_byte_code+3419>, 0x5a269a <exec_byte_code+3482>, 0x5a26e2 <exec_byte_code+3554>, 0x5a215a <exec_byte_code+2138>, 0x5a3669 <exec_byte_code+7529>, 0x5a36a8 <exec_byte_code+7592>, 0x5a36d3 <exec_byte_code+7635>, 0x5a36fe <exec_byte_code+7678>, 0x5a3729 <exec_byte_code+7721>, 0x5a3754 <exec_byte_code+7764>, 0x5a378f <exec_byte_code+7823>, 0x5a37ca <exec_byte_code+7882>, 0x5a3805 <exec_byte_code+7941>, 0x5a3840 <exec_byte_code+8000>, 0x5a38c2 <exec_byte_code+8130>, 0x5a38fd <exec_byte_code+8189>, 0x5a3938 <exec_byte_code+8248>, 0x5a3963 <exec_byte_code+8291>, 0x5a399e <exec_byte_code+8350>, 0x5a39d9 <exec_byte_code+8409>, 0x5a3a13 <exec_byte_code+8467>, 0x5a3a4d <exec_byte_code+8525>, 0x5a2ed6 <exec_byte_code+5590>, 0x5a2f0b <exec_byte_code+5643>, 0x5a3a82 <exec_byte_code+8578>, 0x5a3acf <exec_byte_code+8655>, 0x5a1d85 <exec_byte_code+1157>, 0x5a2273 <exec_byte_code+2419>, 0x5a22e8 <exec_byte_code+2536>, 0x5a2329 <exec_byte_code+2601>, 0x5a236a <exec_byte_code+2666>, 0x5a23a5 <exec_byte_code+2725>, 0x5a2990 <exec_byte_code+4240>, 0x5a2cc3 <exec_byte_code+5059>, 0x5a2fe6 <exec_byte_code+5862>, 0x5a3b9e <exec_byte_code+8862>, 0x5a3be0 <exec_byte_code+8928>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3c2f <exec_byte_code+9007>, 0x5a3c6f <exec_byte_code+9071>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a1d85 <exec_byte_code+1157>, 0x5a3d40 <exec_byte_code+9280> <repeats 64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = 0x9349a0 <pure+806592>
quitcounter = <optimized out>
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
sa_must_free = false
stack_base = <optimized out>
stack_lim = 0x7fffffffd540
top = 0x7fffffffd508
void_stack_lim = 0x7fffffffd540
bytestr_data = <optimized out>
pc = 0x7fffffffd5bb "\006\006\071\203\242"
count = 5
result = <optimized out>
#57 0x000000000056a57f in funcall_lambda (fun=140737488344507, nargs=140737488344384, nargs@entry=1, arg_vector=0x7fffffffd508, arg_vector@entry=0x7fffffffd728) at eval.c:2977
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
previous_optional_or_rest = <optimized out>
#58 0x000000000056a7f3 in Ffuncall (nargs=nargs@entry=2, args=args@entry=0x7fffffffd720) at eval.c:2790
fun = <optimized out>
original_fun = 16176
numargs = 1
val = <optimized out>
count = 4
#59 0x000000000056a94a in call1 (fn=fn@entry=16176, arg1=<optimized out>) at eval.c:2627
No locals.
#60 0x00000000005031cd in command_loop_1 () at keyboard.c:1482
cmd = <optimized out>
keybuf = {42, 0, 18, 6459156382961175296, 140737488345104, 9827504, 9923984, 4, 4294967295, 0, 140737488345232, 5676034, 0, 0, 472446402651, 0, 0, 0, -1, 281474976710655, 0, 0, 280375465082880, 6459156382961175296, 120, 0, 16751683, 4002, 4294967295, 5674582}
i = <optimized out>
prev_modiff = 282
prev_buffer = 0xc7c010
#61 0x0000000000568d6e in internal_condition_case (bfun=bfun@entry=0x502dd0 <command_loop_1>, handlers=handlers@entry=21120, hfun=hfun@entry=0x4f9950 <cmd_error>) at eval.c:1336
val = <optimized out>
c = 0x1631690
#62 0x00000000004f431c in command_loop_2 (ignore=ignore@entry=0) at keyboard.c:1110
val = 16104048
#63 0x0000000000568d0c in internal_catch (tag=tag@entry=50976, func=func@entry=0x4f4300 <command_loop_2>, arg=arg@entry=0) at eval.c:1101
val = <optimized out>
c = 0x1631570
#64 0x00000000004f42d9 in command_loop () at keyboard.c:1089
No locals.
#65 0x00000000004f9536 in recursive_edit_1 () at keyboard.c:695
val = <optimized out>
#66 0x00000000004f987b in Frecursive_edit () at keyboard.c:766
buffer = <optimized out>
#67 0x000000000041945e in main (argc=1, argv=0x7fffffffdb28) at emacs.c:1722
stack_bottom_variable = 0x0
do_initial_setlocale = <optimized out>
dumping = <optimized out>
skip_args = 0
no_loadup = false
junk = 0x0
dname_arg = 0x0
ch_to_dir = 0x0
original_pwd = <optimized out>
disable_aslr = <optimized out>
rlim = {rlim_cur = 10022912, rlim_max = 18446744073709551615}
sockfd = -1
(gdb) quit
;;[end-backtrace]-----------------------------------------------------
;;
;; gdb launched me into `emacs.c:1722' in `split-window-right'. The
;; beginning of the function, `main', that point is located in looks
;; like this:
/* ARGSUSED */
int
main (int argc, char **argv)
{
;; gdb has placed me at the end of the `main' function. Here is the
;; context, with `---:` pointing at the exact line the GNU Debugger
;; left me in:
initialized = 1;
/* Enter editor command loop. This never returns. */
---: Frecursive_edit ();
/* NOTREACHED */
return 0;
}
;; Grepping the `src' directory for the string "Frecursive_edit ();"
;; brings me to that line as well, so it is easy for me to find. I
;; don’t know why I can open an SVG file in GNU Emacs version 24.5,
;; but not in any version higher than that. Please note, I can build
;; versions 25.1 and up (which have the bug) using the instructions in
;; the INSTALL file, but I can not build version 24.5 (which does
;; *not* have the bug) which I install via the `apt' package manager.
;;
;; Can anyone else reproduce this bug on their system?
;;
In GNU Emacs 26.2 (build 1, x86_64-pc-linux-gnu, GTK+ Version 3.18.9)
of 2019-05-13 built on Technoethical-T500
Windowing system distributor 'The X.Org Foundation', version 11.0.11804000
System Description: Trisquel GNU/Linux 8.0, Flidas
Recent messages:
For information about GNU Emacs and the GNU system, type C-h C-a.
Configured using:
'configure --with-xft --with-x-toolkit=gtk3'
Configured features:
XPM JPEG TIFF GIF PNG RSVG IMAGEMAGICK SOUND GPM DBUS GSETTINGS GLIB
NOTIFY ACL GNUTLS LIBXML2 FREETYPE M17N_FLT LIBOTF XFT ZLIB
TOOLKIT_SCROLL_BARS GTK3 X11 XDBE XIM THREADS LCMS2
Important settings:
value of $LANG: en_US.UTF-8
value of $XMODIFIERS: @im=ibus
locale-coding-system: utf-8-unix
Major mode: Lisp Interaction
Minor modes in effect:
tooltip-mode: t
global-eldoc-mode: t
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
Load-path shadows:
None found.
Features:
(shadow sort mail-extr emacsbug message rmc puny seq byte-opt gv
bytecomp byte-compile cconv cl-loaddefs cl-lib dired dired-loaddefs
format-spec rfc822 mml easymenu mml-sec password-cache epa derived epg
epg-config gnus-util rmail rmail-loaddefs mm-decode mm-bodies mm-encode
mail-parse rfc2231 mailabbrev gmm-utils mailheader sendmail rfc2047
rfc2045 ietf-drums mm-util mail-prsvr mail-utils elec-pair time-date
mule-util tooltip eldoc electric uniquify ediff-hook vc-hooks
lisp-float-type mwheel term/x-win x-win term/common-win x-dnd tool-bar
dnd fontset image regexp-opt fringe tabulated-list replace newcomment
text-mode elisp-mode lisp-mode prog-mode register page menu-bar
rfn-eshadow isearch timer select scroll-bar mouse jit-lock font-lock
syntax facemenu font-core term/tty-colors 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 composite charscript charprop
case-table epa-hook jka-cmpr-hook help simple abbrev obarray 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 threads dbusbind
inotify lcms2 dynamic-setting system-font-setting font-render-setting
move-toolbar gtk x-toolkit x multi-tty make-network-process emacs)
Memory information:
((conses 16 94668 8751)
(symbols 48 20361 1)
(miscs 40 41 144)
(strings 32 28386 1033)
(string-bytes 1 750182)
(vectors 16 14069)
(vector-slots 8 502280 7440)
(floats 8 49 68)
(intervals 56 208 0)
(buffers 992 12)
(heap 1024 32419 1170))
Thanks for taking the time to read this bug report. Free Software is
great and always improving! I welcome your feedback.
Happy hacking
--
Michael Pagan (pegzmasta) | Casual GNU Emacs user
GPG Key ID: B942 AD12 82B1 6D14 27A0 86AE 119E 451E 71B4 6D72
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-13 22:40 bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg") Michael Pagan
@ 2019-05-14 1:04 ` Paul Eggert
2019-05-14 1:21 ` Glenn Morris
2019-05-14 1:16 ` Noam Postavsky
1 sibling, 1 reply; 18+ messages in thread
From: Paul Eggert @ 2019-05-14 1:04 UTC (permalink / raw)
To: Michael Pagan; +Cc: 35725
Thanks for the bug report. I don't see the problem with Emacs 26.2 on my
platform (Fedora 30, x86-64, configured with './configure --with-xft
--with-x-toolkit=gtk3 --without-rsvg'.
I suggest configuring --with-rsvg, so that librsvg used (instead of
ImageMagick) to display SVG files. I vaguely remember proposing that we
disable ImagicMagick by default; perhaps we should get around to doing
that. ImageMagick is a continuing source of bugs.
If librsvg doesn't fix the problem, please follow the instructions in
etc/DEBUG to build a debugging version of Emacs that will give you a
decent backtrace.
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-13 22:40 bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg") Michael Pagan
2019-05-14 1:04 ` Paul Eggert
@ 2019-05-14 1:16 ` Noam Postavsky
2019-05-14 15:25 ` Eli Zaretskii
1 sibling, 1 reply; 18+ messages in thread
From: Noam Postavsky @ 2019-05-14 1:16 UTC (permalink / raw)
To: Michael Pagan; +Cc: 35725
Michael Pagan <pegzmasta@member.fsf.org> writes:
> GNU Emacs 24.5 can open SVG files; however, versions 25.1 to 26.2 can
> not. In `dired' with point on an SVG file, begin crash on <RET>.
>
> Certainly, imagemagick is involved in this process, but installing,
> removing, and even purging and re-installing imagemagick has not
> yielded any different type of reaction from GNU Emacs. Regardless,
> Emacs shouldn’t behave like this.
I think this might be the same as Bug#29581; we closed that as being a
bug in some version of ImageMagick, but it's occurring to me that since
the backtrace ends in emacs, perhaps it is actually an Emacs bug after
all.
https://debbugs.gnu.org/29581
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 1:04 ` Paul Eggert
@ 2019-05-14 1:21 ` Glenn Morris
2019-05-14 3:59 ` Michael Pagan
2019-05-14 6:08 ` Paul Eggert
0 siblings, 2 replies; 18+ messages in thread
From: Glenn Morris @ 2019-05-14 1:21 UTC (permalink / raw)
To: Paul Eggert; +Cc: Michael Pagan, 35725
Paul Eggert wrote:
> I suggest configuring --with-rsvg, so that librsvg used (instead of
> ImageMagick) to display SVG files.
That's not enough (the build in the original report already has librsvg
support, per "configured features"); --without-imagemagick would be needed.
ImageMagick (still) has priority; https://debbugs.gnu.org/33587#19
> I vaguely remember proposing that we disable ImagicMagick by default;
https://debbugs.gnu.org/33587
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 1:21 ` Glenn Morris
@ 2019-05-14 3:59 ` Michael Pagan
2019-05-14 7:58 ` Lars Ingebrigtsen
2019-05-14 6:08 ` Paul Eggert
1 sibling, 1 reply; 18+ messages in thread
From: Michael Pagan @ 2019-05-14 3:59 UTC (permalink / raw)
To: Glenn Morris; +Cc: 35725
> Paul Eggert wrote:
>> I suggest configuring --with-rsvg, so that librsvg used (instead of
>> ImageMagick) to display SVG files.
On Mon, 13 May 2019 21:21:27 -0400, Glenn Morris <rgm@gnu.org> spake thus:
> That's not enough (the build in the original report already has librsvg
> support, per "configured features"); --without-imagemagick would be needed.
> ImageMagick (still) has priority; https://debbugs.gnu.org/33587#19
I re-configured GNU Emacs with the proposed flag, and now: Emacs can
open SVG files just fine; however, I can’t scale images anymore. I’d
rather have the ability to scale images in any buffer, than the
ability to display SVG files.
I have many image libraries installed (librsvg included), and it makes
sense to me to allow those libraries (e.g. libgif-dev, libjpeg-dev,
libpng-dev, etc.) to handle displaying images, but only allowing
ImageMagick to intervene when performing image manipulation routines.
Is there a way to prevent ImageMagick from handling a specific file
format (e.g. SVG) and to simply allow librsvg to do the job instead of
ImageMagick?
The following elisp does nothing for me, either:
(setq imagemagick-types-inhibit '(SVG C HTML HTM INFO M TXT PDF))
(imagemagick-register-types)
>> I vaguely remember proposing that we disable ImagicMagick by default;
I usually just stick with the defaults, and whatever the INSTALL file
recommends. I disabled ImageMagick and I was able to view SVG files,
but image scaling is such a desirable feature to me (usable in various
buffer types).
I don’t want it disabled by default, if that means losing the ability
to scale images. I re-installed my previous configuration of GNU
Emacs for now, even though I can’t display SVG images with it.
Thanks so far for all of your feedback!
--
Michael Pagan (pegzmasta) | Casual GNU Emacs user
GPG Key ID: B942 AD12 82B1 6D14 27A0 86AE 119E 451E 71B4 6D72
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 1:21 ` Glenn Morris
2019-05-14 3:59 ` Michael Pagan
@ 2019-05-14 6:08 ` Paul Eggert
2019-05-15 0:42 ` Glenn Morris
2019-05-15 4:07 ` Michael Pagan
1 sibling, 2 replies; 18+ messages in thread
From: Paul Eggert @ 2019-05-14 6:08 UTC (permalink / raw)
To: Glenn Morris; +Cc: Michael Pagan, 35725
Glenn Morris wrote:
>> I vaguely remember proposing that we disable ImagicMagick by default;
>
> https://debbugs.gnu.org/33587
Thanks for reminding me. I installed that patch just now. So we shouldn't see
this new bug (Bug#35725) in default builds on master. I won't close Bug#35725,
though, since the problem presumably can still occur with non-default builds.
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 3:59 ` Michael Pagan
@ 2019-05-14 7:58 ` Lars Ingebrigtsen
2019-05-14 8:00 ` Lars Ingebrigtsen
2019-05-14 16:04 ` Eli Zaretskii
0 siblings, 2 replies; 18+ messages in thread
From: Lars Ingebrigtsen @ 2019-05-14 7:58 UTC (permalink / raw)
To: Michael Pagan; +Cc: 35725, Paul Eggert
Michael Pagan <pegzmasta@member.fsf.org> writes:
> I re-configured GNU Emacs with the proposed flag, and now: Emacs can
> open SVG files just fine; however, I can’t scale images anymore. I’d
> rather have the ability to scale images in any buffer, than the
> ability to display SVG files.
Yeah, without the ability to scale images, all the modes that display
images (like eww, image-mode, Gnus) become pretty unusable.
But didn't Emacs get native scaling support recently? If not, I think
Emacs should default to --with-imagemagick again.
--
(domestic pets only, the antidote for overdose, milk.)
bloggy blog: http://lars.ingebrigtsen.no
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 7:58 ` Lars Ingebrigtsen
@ 2019-05-14 8:00 ` Lars Ingebrigtsen
2019-05-14 16:04 ` Eli Zaretskii
1 sibling, 0 replies; 18+ messages in thread
From: Lars Ingebrigtsen @ 2019-05-14 8:00 UTC (permalink / raw)
To: 35725
Lars Ingebrigtsen <larsi@gnus.org> writes:
> But didn't Emacs get native scaling support recently? If not, I think
> Emacs should default to --with-imagemagick again.
(I Cc'd Paul but got:
A message that you sent could not be delivered to one or more of its
recipients. This is a permanent error. The following address(es) failed:
eggert@cs.ucla.edu
host Pelican.CS.UCLA.EDU [131.179.128.17]
SMTP error from remote mail server after RCPT TO:<eggert@cs.ucla.edu>:
550 5.7.1 Service unavailable; client [80.91.231.51] blocked using b.barracudacentral.org
)
--
(domestic pets only, the antidote for overdose, milk.)
bloggy blog: http://lars.ingebrigtsen.no
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 1:16 ` Noam Postavsky
@ 2019-05-14 15:25 ` Eli Zaretskii
0 siblings, 0 replies; 18+ messages in thread
From: Eli Zaretskii @ 2019-05-14 15:25 UTC (permalink / raw)
To: Noam Postavsky; +Cc: pegzmasta, 35725
> From: Noam Postavsky <npostavs@gmail.com>
> Date: Mon, 13 May 2019 21:16:47 -0400
> Cc: 35725@debbugs.gnu.org
>
> I think this might be the same as Bug#29581; we closed that as being a
> bug in some version of ImageMagick, but it's occurring to me that since
> the backtrace ends in emacs, perhaps it is actually an Emacs bug after
> all.
What ends in Emacs is that our fatal signal handler is called, and
tries to handle the segfault. But the segfault itself is clearly
inside ImageMagick, not in Emacs code. Which still might mean we
somehow cause it, but I think we will need an ImageMagick expert, or
at least someone who will step through ImageMagick code, to tell us
what exactly is wrong, and why.
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 7:58 ` Lars Ingebrigtsen
2019-05-14 8:00 ` Lars Ingebrigtsen
@ 2019-05-14 16:04 ` Eli Zaretskii
2019-05-14 16:16 ` Paul Eggert
1 sibling, 1 reply; 18+ messages in thread
From: Eli Zaretskii @ 2019-05-14 16:04 UTC (permalink / raw)
To: Lars Ingebrigtsen; +Cc: pegzmasta, 35725, eggert
> From: Lars Ingebrigtsen <larsi@gnus.org>
> Date: Tue, 14 May 2019 03:58:04 -0400
> Cc: 35725@debbugs.gnu.org, Paul Eggert <eggert@cs.ucla.edu>
>
> But didn't Emacs get native scaling support recently?
Yes, you can see that in Emacs 27.
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 16:04 ` Eli Zaretskii
@ 2019-05-14 16:16 ` Paul Eggert
2019-05-15 0:49 ` Lars Ingebrigtsen
0 siblings, 1 reply; 18+ messages in thread
From: Paul Eggert @ 2019-05-14 16:16 UTC (permalink / raw)
To: Eli Zaretskii, Lars Ingebrigtsen; +Cc: pegzmasta, 35725
On 5/14/19 9:04 AM, Eli Zaretskii wrote:
>> From: Lars Ingebrigtsen <larsi@gnus.org>
>> Date: Tue, 14 May 2019 03:58:04 -0400
>> Cc: 35725@debbugs.gnu.org, Paul Eggert <eggert@cs.ucla.edu>
>>
>> But didn't Emacs get native scaling support recently?
> Yes, you can see that in Emacs 27.
Yes, just to make it clear, I don't recommend backporting the
no-ImageMagick-by-default patch to Emacs 26 since it lacks native scaling.
Lars, if barracudacentral.org is blacklisting you then there's a good
chance other people aren't getting your email either. You can request
removal by visiting here:
http://www.barracudacentral.org/rbl/removal-request
In the meantime you may be able to work around the problem by sending
email to eggert@gnu.org.
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 6:08 ` Paul Eggert
@ 2019-05-15 0:42 ` Glenn Morris
2019-05-18 17:12 ` Paul Eggert
2019-05-15 4:07 ` Michael Pagan
1 sibling, 1 reply; 18+ messages in thread
From: Glenn Morris @ 2019-05-15 0:42 UTC (permalink / raw)
To: Paul Eggert; +Cc: Michael Pagan, 35725
Hey, thanks for putting my name in a commit that will make people angry. :)
Putting the priority of libmagick below libpng etc is probably less
contentious, but of course more work.
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 16:16 ` Paul Eggert
@ 2019-05-15 0:49 ` Lars Ingebrigtsen
2019-05-15 18:45 ` Alan Third
0 siblings, 1 reply; 18+ messages in thread
From: Lars Ingebrigtsen @ 2019-05-15 0:49 UTC (permalink / raw)
To: eggert; +Cc: pegzmasta, 35725
Paul Eggert <eggert@cs.ucla.edu> writes:
>> Yes, you can see that in Emacs 27.
>
> Yes, just to make it clear, I don't recommend backporting the
> no-ImageMagick-by-default patch to Emacs 26 since it lacks native scaling.
Right. I thought native scaling had landed en Emacs 27, but I could
also see that images are not scaled correctly in eww (after I pulled the
"disable" patch), so I didn't know what was going on.
But I see that I can scale images manually (with +/-), so scaling
obviously works, and I'll try to chase down why eww does scaling wrong
now.
> Lars, if barracudacentral.org is blacklisting you then there's a good
> chance other people aren't getting your email either. You can request
> removal by visiting here:
>
> http://www.barracudacentral.org/rbl/removal-request
>
> In the meantime you may be able to work around the problem by sending
> email to eggert@gnu.org.
I am the only person using my MTA as an MTA, and I have never spammed
anybody (and it's been on that IP address for 21 years), so Barracuda
doesn't seem like a very reliably RBL.
But I'm moving my server soon to a new a colo, so I guess it doesn't
matter much...
--
(domestic pets only, the antidote for overdose, milk.)
bloggy blog: http://lars.ingebrigtsen.no
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-14 6:08 ` Paul Eggert
2019-05-15 0:42 ` Glenn Morris
@ 2019-05-15 4:07 ` Michael Pagan
2019-05-15 4:22 ` Lars Ingebrigtsen
1 sibling, 1 reply; 18+ messages in thread
From: Michael Pagan @ 2019-05-15 4:07 UTC (permalink / raw)
To: Paul Eggert; +Cc: 35725
On Mon, 13 May 2019 23:08:29 -0700, Paul Eggert <eggert@cs.ucla.edu> spake thus:
>>> I vaguely remember proposing that we disable ImagicMagick by default;
>> https://debbugs.gnu.org/33587
> Thanks for reminding me. I installed that patch just now. So we
> shouldn't see this new bug (Bug#35725) in default builds on master. I
> won't close Bug#35725, though, since the problem presumably can still
> occur with non-default builds.
Thank you for the patch!
I tried the default build on master (GNU Emacs 27), and I can confirm
that I do *not* experience Bug#35725 whilst using it. Displaying SVG
files works and image scaling works, too. No crash on <RET>!
One thing I noticed, is that in previous versions of GNU Emacs (using
ImageMagick image scaling, instead of native scaling) is that the
scaling is fast in image-mode, but takes at least a second or two when
inside of eww or emacs-w3m; however, using GNU Emacs 27: There is no
lagging when scaling an image, on (+/-) it converts instantaneously.
Eww and emacs-w3m (and a few other packages) are much more responsive
when using native scaling to handle images.
Thanks everyone for all of your feedback!
--
Michael Pagan (pegzmasta) | Casual GNU Emacs user
GPG Key ID: B942 AD12 82B1 6D14 27A0 86AE 119E 451E 71B4 6D72
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-15 4:07 ` Michael Pagan
@ 2019-05-15 4:22 ` Lars Ingebrigtsen
0 siblings, 0 replies; 18+ messages in thread
From: Lars Ingebrigtsen @ 2019-05-15 4:22 UTC (permalink / raw)
To: Michael Pagan; +Cc: Paul Eggert, 35725
Michael Pagan <pegzmasta@member.fsf.org> writes:
> Eww and emacs-w3m (and a few other packages) are much more responsive
> when using native scaling to handle images.
Yup; it's a good change in all respects. Kudos to the person(s) who
wrote the native scaling code. :-)
--
(domestic pets only, the antidote for overdose, milk.)
bloggy blog: http://lars.ingebrigtsen.no
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-15 0:49 ` Lars Ingebrigtsen
@ 2019-05-15 18:45 ` Alan Third
2019-05-16 3:47 ` Lars Ingebrigtsen
0 siblings, 1 reply; 18+ messages in thread
From: Alan Third @ 2019-05-15 18:45 UTC (permalink / raw)
To: Lars Ingebrigtsen; +Cc: eggert, pegzmasta, 35725
On Wed, May 15, 2019 at 02:49:37AM +0200, Lars Ingebrigtsen wrote:
>
> Right. I thought native scaling had landed en Emacs 27, but I could
> also see that images are not scaled correctly in eww (after I pulled the
> "disable" patch), so I didn't know what was going on.
>
> But I see that I can scale images manually (with +/-), so scaling
> obviously works, and I'll try to chase down why eww does scaling wrong
> now.
My money would be on a check for imagemagick that needs to be updated
to also check for native scaling.
--
Alan Third
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-15 18:45 ` Alan Third
@ 2019-05-16 3:47 ` Lars Ingebrigtsen
0 siblings, 0 replies; 18+ messages in thread
From: Lars Ingebrigtsen @ 2019-05-16 3:47 UTC (permalink / raw)
To: Alan Third; +Cc: eggert, pegzmasta, 35725
Alan Third <alan@idiocy.org> writes:
> My money would be on a check for imagemagick that needs to be updated
> to also check for native scaling.
Yup; a fix was pushed yesterday.
--
(domestic pets only, the antidote for overdose, milk.)
bloggy blog: http://lars.ingebrigtsen.no
^ permalink raw reply [flat|nested] 18+ messages in thread
* bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg")
2019-05-15 0:42 ` Glenn Morris
@ 2019-05-18 17:12 ` Paul Eggert
0 siblings, 0 replies; 18+ messages in thread
From: Paul Eggert @ 2019-05-18 17:12 UTC (permalink / raw)
To: Glenn Morris; +Cc: Michael Pagan, 35725
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Glenn Morris wrote:
> Hey, thanks for putting my name in a commit that will make people angry. :)
You're welcome. But really, they should direct any ire at me.
> Putting the priority of libmagick below libpng etc is probably less
> contentious, but of course more work.
Could you explain what you mean by that? Emacs should already prefer
more-specialized code (if available) to libmagick.
I just now checked with splash.svg, and found that Emacs used libmagick instead
of librsvg when both were available. I tracked this down to a bug in image.el,
which I fixed by installing the attached patch into master. Is this the problem
you were thinking of, or was it something else?
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From db9af103944959be640a53fcf0f0b696f25d553f Mon Sep 17 00:00:00 2001
From: Paul Eggert <eggert@cs.ucla.edu>
Date: Sat, 18 May 2019 10:00:26 -0700
Subject: [PATCH] For SVG, 8192 is the new 256
MIME-Version: 1.0
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: 8bit
Prefer librsvg for display of splash.svg
When both librsvg and Imagemagick are available, Emacs should
prefer librsvg to render SVG images. However, Emacs was using
Imagemagick to render its own splash.svg file because
image-type-from-file-header returned nil for that file.
* lisp/image.el (image-type-from-buffer)
(image-type-from-file-header): Look at the first 8192 bytes of
the image, not just the first 256. For Emacs’s own splash.svg
file, image-type-header-regexps needs to look at 939 bytes.
8192 bytes is a reasonable number nowadays given typical file
system design.
* test/lisp/image-tests.el (image-tests--emacs-images-directory):
New contant.
(image-type-from-file-header-test): New test.
---
lisp/image.el | 4 ++--
test/lisp/image-tests.el | 11 +++++++++++
2 files changed, 13 insertions(+), 2 deletions(-)
diff --git a/lisp/image.el b/lisp/image.el
index ba87d7f785..db11302086 100644
--- a/lisp/image.el
+++ b/lisp/image.el
@@ -315,7 +315,7 @@ image-type-from-buffer
(buffer-substring
(point-min)
(min (point-max)
- (+ (point-min) 256))))))
+ (+ (point-min) 8192))))))
(setq image-type (cdr image-type))))
(setq type image-type
types nil)
@@ -339,7 +339,7 @@ image-type-from-file-header
(file-readable-p file)
(with-temp-buffer
(set-buffer-multibyte nil)
- (insert-file-contents-literally file nil 0 256)
+ (insert-file-contents-literally file nil 0 8192)
(image-type-from-buffer))))
diff --git a/test/lisp/image-tests.el b/test/lisp/image-tests.el
index 89b926e629..621646e575 100644
--- a/test/lisp/image-tests.el
+++ b/test/lisp/image-tests.el
@@ -22,6 +22,10 @@
(require 'ert)
(require 'image)
+(defconst image-tests--emacs-images-directory
+ (expand-file-name "../etc/images" (getenv "EMACS_TEST_DIRECTORY"))
+ "Directory containing Emacs images.")
+
(ert-deftest image--set-property ()
"Test `image--set-property' behavior."
(let ((image (list 'image)))
@@ -42,4 +46,11 @@
(setf (image-property image :width) nil)
(should (equal image '(image)))))
+(ert-deftest image-type-from-file-header-test ()
+ "Test image-type-from-file-header."
+ (should (eq 'svg
+ (image-type-from-file-header
+ (expand-file-name "splash.svg"
+ image-tests--emacs-images-directory)))))
+
;;; image-tests.el ends here
--
2.17.1
^ permalink raw reply related [flat|nested] 18+ messages in thread
end of thread, other threads:[~2019-05-18 17:12 UTC | newest]
Thread overview: 18+ messages (download: mbox.gz follow: Atom feed
-- links below jump to the message on this page --
2019-05-13 22:40 bug#35725: 26.2; Fatal error 11: Segmentation fault; Crash on: (find-file "any.svg") Michael Pagan
2019-05-14 1:04 ` Paul Eggert
2019-05-14 1:21 ` Glenn Morris
2019-05-14 3:59 ` Michael Pagan
2019-05-14 7:58 ` Lars Ingebrigtsen
2019-05-14 8:00 ` Lars Ingebrigtsen
2019-05-14 16:04 ` Eli Zaretskii
2019-05-14 16:16 ` Paul Eggert
2019-05-15 0:49 ` Lars Ingebrigtsen
2019-05-15 18:45 ` Alan Third
2019-05-16 3:47 ` Lars Ingebrigtsen
2019-05-14 6:08 ` Paul Eggert
2019-05-15 0:42 ` Glenn Morris
2019-05-18 17:12 ` Paul Eggert
2019-05-15 4:07 ` Michael Pagan
2019-05-15 4:22 ` Lars Ingebrigtsen
2019-05-14 1:16 ` Noam Postavsky
2019-05-14 15:25 ` Eli Zaretskii
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