Package: emacs;
Reported by: Chris Hunt <chrahunt <at> gmail.com>
Date: Sat, 14 Nov 2020 18:16:01 UTC
Severity: normal
Found in version 27.1
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bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 18:16:01 GMT) Full text and rfc822 format available.Chris Hunt <chrahunt <at> gmail.com>:bug-gnu-emacs <at> gnu.org.
(Sat, 14 Nov 2020 18:16:01 GMT) Full text and rfc822 format available.Message #5 received at submit <at> debbugs.gnu.org (full text, mbox):
From: Chris Hunt <chrahunt <at> gmail.com> To: bug-gnu-emacs <at> gnu.org Subject: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 11:46:42 -0500
Running the following shell script demonstrates the bug:
#+begin_src shell
#!/bin/sh
cd "$(mktemp -d)"
export RPC_SERVER_NAME="$PWD/emacs"
emacs --quick "--fg-daemon=$RPC_SERVER_NAME" >stdout.log 2>stderr.log &
sleep 1
cat <<EOF > script.el
(require 'server)
(setq command (read-string ""))
(message "Received '%s'" command)
(when (string= command "test")
(message "Sending request to server")
(let ((result (server-eval-at (getenv "RPC_SERVER_NAME") "hello from
server")))
(message "Response received from server '%s'" result)))
;; This should signal, since EOF.
(read-string "")
EOF
echo '[script] test 1'
echo notest | \
emacs --quick --batch --script "$PWD/script.el"
echo '[script] test 1 complete'
echo '[script] test 2'
echo test | \
emacs --quick --batch --script "$PWD/script.el"
echo '[script] test 2 complete'
#+end_src
Test 1 demonstrates the expected behavior, the second call to
`read-string' results
in an error and the non-daemon emacs process exits.
Test 2 demonstrates the bug. When `server-eval-at' is called, the
subsequent `read-string'
does not result in an error, and does not appear to return. The
non-daemon emacs process
does not exit.
On my machine, this outputs:
#+begin_src text
[script] test 1
Received ’notest’
Error reading from stdin
[script] test 1 complete
[script] test 2
Received ’test’
Sending request to server
Response received from server ’hello from server’
#+end_src
and hangs. According to `top', the non-daemon process is consuming
100% of a CPU core.
xbacktrace in gdb of the non-daemon emacs shows
#+begin_src text
"read-string" (0xb5783470)
"eval-buffer" (0xb5783660)
"load-with-code-conversion" (0xb5783928)
"load" (0xb5783c18)
"command-line-1" (0xb5784260)
"command-line" (0xb5784ac8)
"normal-top-level" (0xb5784e20)
#+end_src
Previously posted to https://emacs.stackexchange.com/q/61676/29147 and
https://lists.gnu.org/archive/html/help-gnu-emacs/2020-11/msg00405.html
In GNU Emacs 27.1 (build 1, x86_64-pc-linux-gnu, GTK+ Version 3.22.30)
of 2020-11-08 built on desktop
Windowing system distributor 'The X.Org Foundation', version 11.0.11906000
System Description: Ubuntu 18.04.5 LTS
Recent messages:
For information about GNU Emacs and the GNU system, type C-h C-a.
Configured using:
'configure --prefix /home/chris/.local/evm/emacs-27.1 --without-gif'
Configured features:
XPM JPEG TIFF PNG SOUND DBUS GSETTINGS GLIB NOTIFY INOTIFY ACL
LIBSELINUX GNUTLS LIBXML2 FREETYPE HARFBUZZ XFT ZLIB TOOLKIT_SCROLL_BARS
GTK3 X11 XDBE XIM MODULES THREADS PDUMPER GMP
Important settings:
value of $LANG: en_US.UTF-8
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 dired dired-loaddefs
format-spec rfc822 mml easymenu mml-sec password-cache epa derived epg
epg-config gnus-util rmail rmail-loaddefs text-property-search time-date
subr-x seq byte-opt gv bytecomp byte-compile cconv mm-decode mm-bodies
mm-encode mail-parse rfc2231 mailabbrev gmm-utils mailheader cl-loaddefs
cl-lib sendmail rfc2047 rfc2045 ietf-drums mm-util mail-prsvr mail-utils
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 tab-bar menu-bar rfn-eshadow isearch
timer select scroll-bar mouse jit-lock font-lock syntax facemenu
font-core term/tty-colors frame minibuffer 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
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 dynamic-setting system-font-setting font-render-setting
move-toolbar gtk x-toolkit x multi-tty make-network-process emacs)
Memory information:
((conses 16 44962 7821)
(symbols 48 5981 1)
(strings 32 15464 1865)
(string-bytes 1 512027)
(vectors 16 10063)
(vector-slots 8 131781 12876)
(floats 8 19 27)
(intervals 56 187 0)
(buffers 1000 11))
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 18:49:01 GMT) Full text and rfc822 format available.Message #8 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Chris Hunt <chrahunt <at> gmail.com> Cc: 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 20:47:46 +0200
> From: Chris Hunt <chrahunt <at> gmail.com> > Date: Sat, 14 Nov 2020 11:46:42 -0500 > > On my machine, this outputs: > > #+begin_src text > [script] test 1 > Received ’notest’ > Error reading from stdin > [script] test 1 complete > [script] test 2 > Received ’test’ > Sending request to server > Response received from server ’hello from server’ > #+end_src > > and hangs. According to `top', the non-daemon process is consuming > 100% of a CPU core. > > xbacktrace in gdb of the non-daemon emacs shows > > #+begin_src text > "read-string" (0xb5783470) > "eval-buffer" (0xb5783660) > "load-with-code-conversion" (0xb5783928) > "load" (0xb5783c18) > "command-line-1" (0xb5784260) > "command-line" (0xb5784ac8) > "normal-top-level" (0xb5784e20) > #+end_src Please show also the C-level backtrace from GDB. Thanks.
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 19:44:01 GMT) Full text and rfc822 format available.Message #11 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Chris Hunt <chrahunt <at> gmail.com> To: Eli Zaretskii <eliz <at> gnu.org> Cc: 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 14:42:30 -0500
> Please show also the C-level backtrace from GDB.
This is at the time of attachment (so wherever gdb interrupted the
process as it was spinning):
#+begin_src text
#0 __GI___libc_read (fd=0, buf=0x564dc6c76480, nbytes=4096) at
../sysdeps/unix/sysv/linux/read.c:27
resultvar = 0
sc_cancel_oldtype = 0
sc_ret = <optimized out>
sc_ret = <optimized out>
nbytes = 4096
fd = 0
buf = 0x564dc6c76480
#1 _IO_new_file_underflow (fp=0x7f3e5eba4a00 <_IO_2_1_stdin_>) at fileops.c:531
count = <optimized out>
#2 __GI__IO_default_uflow (fp=0x7f3e5eba4a00 <_IO_2_1_stdin_>) at genops.c:380
ch = <optimized out>
#3 getchar_unlocked () at /usr/include/x86_64-linux-gnu/bits/stdio.h:72
len = 0
line = 0x564dc6c07e30 "\240~\300\306MV"
val = <optimized out>
hide_char = <optimized out>
etty = {
main = {
c_iflag = 1107870600,
c_oflag = 3565618192,
c_cflag = 151023409,
c_lflag = 2300068360,
c_line = 131 '\203',
c_cc =
"i\000\314\002!\202l\000\325\002!)0\207\317\326\002\"\210\002\207\000\000\000\352\203\373?Z\227\323\300",
c_ispeed = 22093,
c_ospeed = 0
}
}
size = 100
etty_valid = 2
val = <optimized out>
mini_frame = <optimized out>
minibuffer = <optimized out>
input_method = <optimized out>
enable_multibyte = <optimized out>
pos = 0
histstring = <optimized out>
histval = <optimized out>
empty_minibuf = <optimized out>
dummy = <optimized out>
#4 read_minibuf_noninteractive (defalt=XIL(0), expflag=false,
prompt=<optimized out>) at minibuf.c:218
len = 0
line = 0x564dc6c07e30 "\240~\300\306MV"
val = <optimized out>
hide_char = <optimized out>
etty = {
main = {
c_iflag = 1107870600,
c_oflag = 3565618192,
c_cflag = 151023409,
c_lflag = 2300068360,
c_line = 131 '\203',
c_cc =
"i\000\314\002!\202l\000\325\002!)0\207\317\326\002\"\210\002\207\000\000\000\352\203\373?Z\227\323\300",
c_ispeed = 22093,
c_ospeed = 0
}
}
size = 100
etty_valid = 2
val = <optimized out>
mini_frame = <optimized out>
minibuffer = <optimized out>
input_method = <optimized out>
enable_multibyte = <optimized out>
pos = 0
histstring = <optimized out>
histval = <optimized out>
empty_minibuf = <optimized out>
dummy = <optimized out>
#5 read_minibuf (map=map <at> entry=XIL(0x7f3e551538b3),
initial=<optimized out>, initial <at> entry=XIL(0), prompt=<optimized out>,
prompt <at> entry=XIL(0x7f3e550917ac), expflag=<optimized out>,
histvar=XIL(0x9660), histpos=make_fixnum(0), defalt=XIL(0),
allow_props=false, inherit_input_method=false) at minibuf.c:431
val = <optimized out>
mini_frame = <optimized out>
minibuffer = <optimized out>
input_method = <optimized out>
enable_multibyte = <optimized out>
pos = 0
histstring = <optimized out>
histval = <optimized out>
empty_minibuf = <optimized out>
dummy = <optimized out>
#6 Fread_from_minibuffer (prompt=prompt <at> entry=XIL(0x7f3e550917ac),
initial_contents=initial_contents <at> entry=XIL(0),
keymap=XIL(0x7f3e551538b3), keymap <at> entry=XIL(0),
read=read <at> entry=XIL(0), hist=hist <at> entry=XIL(0),
default_value=default_value <at> entry=XIL(0), inherit_input_method=XIL(0))
at minibuf.c:942
histvar = <optimized out>
histpos = <optimized out>
val = <optimized out>
#7 Fread_string (prompt=XIL(0x7f3e550917ac), initial_input=XIL(0),
history=XIL(0), default_value=XIL(0), inherit_input_method=XIL(0)) at
minibuf.c:978
val = <optimized out>
#8 eval_sub (form=<optimized out>) at eval.c:2288
i = <optimized out>
maxargs = 5
args_left = XIL(0)
numargs = 1
original_args = XIL(0x564dc6c7aaf3)
count = 37
fun = <optimized out>
val = <optimized out>
argvals = {XIL(0x7f3e550917ac), XIL(0), XIL(0), XIL(0),
XIL(0), XIL(0xd3975a3ffb83ea00), XIL(0x564dc6c71cd0),
XIL(0x564dc594b6d0)}
#9 readevalloop_eager_expand_eval (val=<optimized out>,
val <at> entry=XIL(0x564dc6c7aae3),
macroexpand=macroexpand <at> entry=XIL(0x28f08f350bc0)) at lread.c:1928
#10 readevalloop (readcharfun=readcharfun <at> entry=XIL(0x564dc6c71cd5),
infile0=infile0 <at> entry=0x0, sourcename=XIL(0x564dc6c754e4),
sourcename <at> entry=XIL(0x564dc6c59024), printflag=false,
unibyte=unibyte <at> entry=XIL(0), readfun=readfun <at> entry=XIL(0),
start=XIL(0), end=XIL(0)) at lread.c:2110
c = <optimized out>
val = XIL(0x564dc6c7aae3)
b = <optimized out>
continue_reading_p = true
lex_bound = <optimized out>
whole_buffer = true
first_sexp = <optimized out>
macroexpand = XIL(0x28f08f350bc0)
#11 Feval_buffer (buffer=<optimized out>, printflag=XIL(0),
filename=XIL(0x564dc6c59024), unibyte=XIL(0),
do_allow_print=XIL(0x30)) at lread.c:2183
tem = <optimized out>
buf = XIL(0x564dc6c71cd5)
#12 Ffuncall (nargs=6, args=args <at> entry=0x7ffdb5783658) at eval.c:2795
fun = <optimized out>
original_fun = XIL(0x28f08f0dcd68)
numargs = 5
val = <optimized out>
count = 28
#13 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=args_template <at> entry=XIL(0),
nargs=nargs <at> entry=0, args=<optimized out>, args <at> entry=0x0) at
bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 1 '\001'
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5783658
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#14 funcall_lambda (fun=XIL(0x7f3e55167125), nargs=nargs <at> entry=4,
arg_vector=arg_vector <at> entry=0x7ffdb5783928) at eval.c:3068
val = <optimized out>
syms_left = XIL(0)
lexenv = XIL(0)
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#15 Ffuncall (nargs=nargs <at> entry=5, args=args <at> entry=0x7ffdb5783920) at
eval.c:2809
fun = <optimized out>
original_fun = XIL(0x28f08f192550)
numargs = 4
val = <optimized out>
count = 16
#16 call4 (fn=<optimized out>, arg1=arg1 <at> entry=XIL(0x564dc6c59024),
arg2=arg2 <at> entry=XIL(0x564dc6c59024), arg3=arg3 <at> entry=XIL(0),
arg4=<optimized out>) at eval.c:2677
#17 Fload (file=XIL(0x564dc6c3d614), noerror=XIL(0),
nomessage=XIL(0x30), nosuffix=<optimized out>, must_suffix=<optimized
out>) at lread.c:1386
val = <optimized out>
stream = <optimized out>
fd = 5
fd_index = 11
found = XIL(0x564dc6c59024)
efound = <optimized out>
hist_file_name = XIL(0x564dc6c59024)
newer = false
compiled = false
handler = <optimized out>
safe_p = true
fmode = 0x564dc59d3a5d "r"
version = <optimized out>
is_module = false
is_elc = false
input = {
stream = 0x564dc6c3d614,
lookahead = 109 'm',
buf = "4\216\305M"
}
#18 Ffuncall (nargs=5, args=args <at> entry=0x7ffdb5783c10) at eval.c:2795
fun = <optimized out>
original_fun = XIL(0x8dc0)
numargs = 4
val = <optimized out>
count = 10
#19 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=<optimized out>,
nargs=nargs <at> entry=1, args=<optimized out>, args <at> entry=0x7ffdb5783c60)
at bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 103 'g'
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5783c10
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#20 funcall_lambda (fun=XIL(0x7ffdb5783c10), nargs=nargs <at> entry=1,
arg_vector=0x7ffdb5783c60, arg_vector <at> entry=0x7ffdb5784260) at
eval.c:2990
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#21 Ffuncall (nargs=2, args=args <at> entry=0x7ffdb5784258) at eval.c:2809
fun = <optimized out>
original_fun = XIL(0x28f08f6174e8)
numargs = 1
val = <optimized out>
count = 7
#22 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=<optimized out>,
nargs=nargs <at> entry=0, args=<optimized out>, args <at> entry=0x7ffdb57842b8)
at bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 7 '\a'
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5784258
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#23 funcall_lambda (fun=XIL(0x7ffdb5784258), nargs=nargs <at> entry=0,
arg_vector=0x7ffdb57842b8, arg_vector <at> entry=0x7ffdb5784ac8) at
eval.c:2990
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#24 Ffuncall (nargs=1, args=args <at> entry=0x7ffdb5784ac0) at eval.c:2809
fun = <optimized out>
original_fun = XIL(0x28f08f618bd8)
numargs = 0
val = <optimized out>
count = 6
#25 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=<optimized out>,
nargs=nargs <at> entry=0, args=<optimized out>, args <at> entry=0x7ffdb5784b18)
at bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 39 '\''
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5784ac0
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#26 funcall_lambda (fun=XIL(0x7ffdb5784ac0),
fun <at> entry=XIL(0x7f3e555f18fd), nargs=nargs <at> entry=0,
arg_vector=0x7ffdb5784b18, arg_vector <at> entry=0x7ffdb5784e20) at
eval.c:2990
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#27 apply_lambda (fun=XIL(0x7f3e555f18fd), args=<optimized out>,
count=count <at> entry=4) at eval.c:2927
arg_vector = 0x7ffdb5784e20
tem = <optimized out>
sa_avail = <optimized out>
numargs = 0
args_left = <optimized out>
#28 eval_sub (form=form <at> entry=XIL(0x7f3e5574e1a3)) at eval.c:2349
original_args = XIL(0)
count = 4
fun = <optimized out>
val = <optimized out>
argvals = {make_fixnum(97710506011), XIL(0x7ffdb578507c),
make_fixnum(1000), XIL(0x120), XIL(0x7f3e5eba4c40), XIL(0x90),
make_fixnum(1000), XIL(0)}
#29 Feval (form=XIL(0x7f3e5574e1a3), lexical=<optimized out>) at eval.c:2103
#30 internal_condition_case (bfun=bfun <at> entry=0x564dc58b28d0
<top_level_2>, handlers=handlers <at> entry=XIL(0x90),
hfun=hfun <at> entry=0x564dc58b7d80 <cmd_error>) at eval.c:1356
val = <optimized out>
c = 0x564dc6c27e70
#31 top_level_1 (ignore=ignore <at> entry=XIL(0)) at keyboard.c:1108
ignore = XIL(0)
#32 internal_catch (tag=tag <at> entry=XIL(0xd110),
func=func <at> entry=0x564dc58b3c00 <top_level_1>, arg=arg <at> entry=XIL(0)) at
eval.c:1117
val = <optimized out>
c = 0x564dc6c11410
#33 command_loop () at keyboard.c:1069
#34 recursive_edit_1 () at keyboard.c:714
val = <optimized out>
#35 Frecursive_edit () at keyboard.c:786
buffer = <optimized out>
#36 main (argc=5, argv=<optimized out>) at emacs.c:2062
stack_bottom_variable = 0x300000003
do_initial_setlocale = <optimized out>
no_loadup = false
junk = 0x7ffdb5786fbb "/tmp/user/1000/tmp.532kakyaV9/script.el"
dname_arg = 0x0
ch_to_dir = 0x0
original_pwd = <optimized out>
dump_mode = <optimized out>
skip_args = 1
temacs = 0x0
attempt_load_pdump = <optimized out>
rlim = {
rlim_cur = 10022912,
rlim_max = 18446744073709551615
}
sockfd = -1
module_assertions = <optimized out>
Lisp Backtrace:
"read-string" (0xb5783470)
"eval-buffer" (0xb5783660)
"load-with-code-conversion" (0xb5783928)
"load" (0xb5783c18)
"command-line-1" (0xb5784260)
"command-line" (0xb5784ac8)
"normal-top-level" (0xb5784e20)
#+end_src
Which corresponds to this location (from the 27.1 tag):
https://github.com/emacs-mirror/emacs/blob/86d8d76aa36037184db0b2897c434cdaab1a9ae8/src/minibuf.c#L218
Setting a breakpoint at minibuf.c:219 shows that line being hit
repeatedly. `errno` is 4 (EINTR). Here is that interaction, the errno
output, and a backtrace at that breakpoint:
#+begin_src text
(gdb) b minibuf.c:219
Breakpoint 3 at 0x564dc58e0ba5: file minibuf.c, line 220.
(gdb) info b
Num Type Disp Enb Address What
1 breakpoint keep y 0x0000564dc57d4d01 in
terminate_due_to_signal at emacs.c:378
2 breakpoint keep y 0x0000564dc5886e60 in x_error_quitter
at xterm.c:10130
3 breakpoint keep y 0x0000564dc58e0ba5 in
read_minibuf_noninteractive at minibuf.c:220
(gdb) c
Continuing.
Thread 1 "emacs" hit Breakpoint 3, read_minibuf_noninteractive
(defalt=XIL(0), expflag=false, prompt=<optimized out>) at
minibuf.c:220
220 if (c == EOF)
(gdb) c
Continuing.
Thread 1 "emacs" hit Breakpoint 3, read_minibuf_noninteractive
(defalt=XIL(0), expflag=false, prompt=<optimized out>) at
minibuf.c:220
220 if (c == EOF)
(gdb) c
Continuing.
Thread 1 "emacs" hit Breakpoint 3, read_minibuf_noninteractive
(defalt=XIL(0), expflag=false, prompt=<optimized out>) at
minibuf.c:220
220 if (c == EOF)
(gdb) c
Continuing.
Thread 1 "emacs" hit Breakpoint 3, read_minibuf_noninteractive
(defalt=XIL(0), expflag=false, prompt=<optimized out>) at
minibuf.c:220
220 if (c == EOF)
(gdb) c
Continuing.
Thread 1 "emacs" hit Breakpoint 3, read_minibuf_noninteractive
(defalt=XIL(0), expflag=false, prompt=<optimized out>) at
minibuf.c:220
220 if (c == EOF)
(gdb) errno
Undefined command: "errno". Try "help".
(gdb) p errno
$1 = 4
(gdb) bt full
#0 read_minibuf_noninteractive (defalt=XIL(0), expflag=false,
prompt=<optimized out>) at minibuf.c:220
len = 0
line = 0x564dc6c07e30 "\240~\300\306MV"
val = <optimized out>
hide_char = <optimized out>
etty = {
main = {
c_iflag = 1107870600,
c_oflag = 3565618192,
c_cflag = 151023409,
c_lflag = 2300068360,
c_line = 131 '\203',
c_cc =
"i\000\314\002!\202l\000\325\002!)0\207\317\326\002\"\210\002\207\000\000\000\352\203\373?Z\227\323\300",
c_ispeed = 22093,
c_ospeed = 0
}
}
size = 100
etty_valid = 2
val = <optimized out>
mini_frame = <optimized out>
minibuffer = <optimized out>
input_method = <optimized out>
enable_multibyte = <optimized out>
pos = 0
histstring = <optimized out>
histval = <optimized out>
empty_minibuf = <optimized out>
dummy = <optimized out>
#1 read_minibuf (map=map <at> entry=XIL(0x7f3e551538b3),
initial=<optimized out>, initial <at> entry=XIL(0), prompt=<optimized out>,
prompt <at> entry=XIL(0x7f3e550917ac), expflag=<optimized out>,
histvar=XIL(0x9660), histpos=make_fixnum(0), defalt=XIL(0),
allow_props=false, inherit_input_method=false) at minibuf.c:431
val = <optimized out>
mini_frame = <optimized out>
minibuffer = <optimized out>
input_method = <optimized out>
enable_multibyte = <optimized out>
pos = 0
histstring = <optimized out>
histval = <optimized out>
empty_minibuf = <optimized out>
dummy = <optimized out>
#2 Fread_from_minibuffer (prompt=prompt <at> entry=XIL(0x7f3e550917ac),
initial_contents=initial_contents <at> entry=XIL(0),
keymap=XIL(0x7f3e551538b3), keymap <at> entry=XIL(0),
read=read <at> entry=XIL(0), hist=hist <at> entry=XIL(0),
default_value=default_value <at> entry=XIL(0), inherit_input_method=XIL(0))
at minibuf.c:942
histvar = <optimized out>
histpos = <optimized out>
val = <optimized out>
#3 Fread_string (prompt=XIL(0x7f3e550917ac), initial_input=XIL(0),
history=XIL(0), default_value=XIL(0), inherit_input_method=XIL(0)) at
minibuf.c:978
val = <optimized out>
#4 eval_sub (form=<optimized out>) at eval.c:2288
i = <optimized out>
maxargs = 5
args_left = XIL(0)
numargs = 1
original_args = XIL(0x564dc6c7aaf3)
count = 37
fun = <optimized out>
val = <optimized out>
argvals = {XIL(0x7f3e550917ac), XIL(0), XIL(0), XIL(0),
XIL(0), XIL(0xd3975a3ffb83ea00), XIL(0x564dc6c71cd0),
XIL(0x564dc594b6d0)}
#5 readevalloop_eager_expand_eval (val=<optimized out>,
val <at> entry=XIL(0x564dc6c7aae3),
macroexpand=macroexpand <at> entry=XIL(0x28f08f350bc0)) at lread.c:1928
#6 readevalloop (readcharfun=readcharfun <at> entry=XIL(0x564dc6c71cd5),
infile0=infile0 <at> entry=0x0, sourcename=XIL(0x564dc6c754e4),
sourcename <at> entry=XIL(0x564dc6c59024), printflag=false,
unibyte=unibyte <at> entry=XIL(0), readfun=readfun <at> entry=XIL(0),
start=XIL(0), end=XIL(0)) at lread.c:2110
c = <optimized out>
val = XIL(0x564dc6c7aae3)
b = <optimized out>
continue_reading_p = true
lex_bound = <optimized out>
whole_buffer = true
first_sexp = <optimized out>
macroexpand = XIL(0x28f08f350bc0)
#7 Feval_buffer (buffer=<optimized out>, printflag=XIL(0),
filename=XIL(0x564dc6c59024), unibyte=XIL(0),
do_allow_print=XIL(0x30)) at lread.c:2183
tem = <optimized out>
buf = XIL(0x564dc6c71cd5)
#8 Ffuncall (nargs=6, args=args <at> entry=0x7ffdb5783658) at eval.c:2795
fun = <optimized out>
original_fun = XIL(0x28f08f0dcd68)
numargs = 5
val = <optimized out>
count = 28
#9 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=args_template <at> entry=XIL(0),
nargs=nargs <at> entry=0, args=<optimized out>, args <at> entry=0x0) at
bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 1 '\001'
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5783658
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#10 funcall_lambda (fun=XIL(0x7f3e55167125), nargs=nargs <at> entry=4,
arg_vector=arg_vector <at> entry=0x7ffdb5783928) at eval.c:3068
val = <optimized out>
syms_left = XIL(0)
lexenv = XIL(0)
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#11 Ffuncall (nargs=nargs <at> entry=5, args=args <at> entry=0x7ffdb5783920) at
eval.c:2809
fun = <optimized out>
original_fun = XIL(0x28f08f192550)
numargs = 4
val = <optimized out>
count = 16
#12 call4 (fn=<optimized out>, arg1=arg1 <at> entry=XIL(0x564dc6c59024),
arg2=arg2 <at> entry=XIL(0x564dc6c59024), arg3=arg3 <at> entry=XIL(0),
arg4=<optimized out>) at eval.c:2677
#13 Fload (file=XIL(0x564dc6c3d614), noerror=XIL(0),
nomessage=XIL(0x30), nosuffix=<optimized out>, must_suffix=<optimized
out>) at lread.c:1386
val = <optimized out>
stream = <optimized out>
fd = 5
fd_index = 11
found = XIL(0x564dc6c59024)
efound = <optimized out>
hist_file_name = XIL(0x564dc6c59024)
newer = false
compiled = false
handler = <optimized out>
safe_p = true
fmode = 0x564dc59d3a5d "r"
version = <optimized out>
is_module = false
is_elc = false
input = {
stream = 0x564dc6c3d614,
lookahead = 109 'm',
buf = "4\216\305M"
}
#14 Ffuncall (nargs=5, args=args <at> entry=0x7ffdb5783c10) at eval.c:2795
fun = <optimized out>
original_fun = XIL(0x8dc0)
numargs = 4
val = <optimized out>
count = 10
#15 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=<optimized out>,
nargs=nargs <at> entry=1, args=<optimized out>, args <at> entry=0x7ffdb5783c60)
at bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 103 'g'
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5783c10
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#16 funcall_lambda (fun=XIL(0x7ffdb5783c10), nargs=nargs <at> entry=1,
arg_vector=0x7ffdb5783c60, arg_vector <at> entry=0x7ffdb5784260) at
eval.c:2990
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#17 Ffuncall (nargs=2, args=args <at> entry=0x7ffdb5784258) at eval.c:2809
fun = <optimized out>
original_fun = XIL(0x28f08f6174e8)
numargs = 1
val = <optimized out>
count = 7
#18 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=<optimized out>,
nargs=nargs <at> entry=0, args=<optimized out>, args <at> entry=0x7ffdb57842b8)
at bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 7 '\a'
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5784258
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#19 funcall_lambda (fun=XIL(0x7ffdb5784258), nargs=nargs <at> entry=0,
arg_vector=0x7ffdb57842b8, arg_vector <at> entry=0x7ffdb5784ac8) at
eval.c:2990
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#20 Ffuncall (nargs=1, args=args <at> entry=0x7ffdb5784ac0) at eval.c:2809
fun = <optimized out>
original_fun = XIL(0x28f08f618bd8)
numargs = 0
val = <optimized out>
count = 6
#21 exec_byte_code (bytestr=<optimized out>, vector=<optimized out>,
maxdepth=<optimized out>, args_template=<optimized out>,
nargs=nargs <at> entry=0, args=<optimized out>, args <at> entry=0x7ffdb5784b18)
at bytecode.c:633
op = <optimized out>
type = <optimized out>
targets = {0x564dc59625d1 <exec_byte_code+9297>,
0x564dc5960875 <exec_byte_code+1781>, 0x564dc5960870
<exec_byte_code+1776>, 0x564dc596086b <exec_byte_code+1771>,
0x564dc5960585 <exec_byte_code+1029>, 0x564dc5960585
<exec_byte_code+1029>, 0x564dc5960836 <exec_byte_code+1718>,
0x564dc59607f8 <exec_byte_code+1656>, 0x564dc5961583
<exec_byte_code+5123>, 0x564dc596157e <exec_byte_code+5118>,
0x564dc5961579 <exec_byte_code+5113>, 0x564dc5961574
<exec_byte_code+5108>, 0x564dc596052c <exec_byte_code+940>,
0x564dc5960530 <exec_byte_code+944>, 0x564dc5961568
<exec_byte_code+5096>, 0x564dc5961588 <exec_byte_code+5128>,
0x564dc5961447 <exec_byte_code+4807>, 0x564dc5961442
<exec_byte_code+4802>, 0x564dc596143d <exec_byte_code+4797>,
0x564dc5961438 <exec_byte_code+4792>, 0x564dc596047a
<exec_byte_code+762>, 0x564dc5960480 <exec_byte_code+768>,
0x564dc5961417 <exec_byte_code+4759>, 0x564dc5961423
<exec_byte_code+4771>, 0x564dc59613c5 <exec_byte_code+4677>,
0x564dc59613c0 <exec_byte_code+4672>, 0x564dc59613bb
<exec_byte_code+4667>, 0x564dc59613b6 <exec_byte_code+4662>,
0x564dc59604e7 <exec_byte_code+871>, 0x564dc59604f0
<exec_byte_code+880>, 0x564dc59613df <exec_byte_code+4703>,
0x564dc59613ca <exec_byte_code+4682>, 0x564dc5961390
<exec_byte_code+4624>, 0x564dc596138b <exec_byte_code+4619>,
0x564dc5961386 <exec_byte_code+4614>, 0x564dc5961381
<exec_byte_code+4609>, 0x564dc596043e <exec_byte_code+702>,
0x564dc5960440 <exec_byte_code+704>, 0x564dc59613aa
<exec_byte_code+4650>, 0x564dc5961395 <exec_byte_code+4629>,
0x564dc596135b <exec_byte_code+4571>, 0x564dc5961356
<exec_byte_code+4566>, 0x564dc5961351 <exec_byte_code+4561>,
0x564dc596134c <exec_byte_code+4556>, 0x564dc59603d4
<exec_byte_code+596>, 0x564dc59603d8 <exec_byte_code+600>,
0x564dc5961375 <exec_byte_code+4597>, 0x564dc5961360
<exec_byte_code+4576>, 0x564dc5961024 <exec_byte_code+3748>,
0x564dc59611b0 <exec_byte_code+4144>, 0x564dc5961051
<exec_byte_code+3793>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596229f
<exec_byte_code+8479>, 0x564dc5962262 <exec_byte_code+8418>,
0x564dc5962222 <exec_byte_code+8354>, 0x564dc59621e2
<exec_byte_code+8290>, 0x564dc59621a6 <exec_byte_code+8230>,
0x564dc59614ba <exec_byte_code+4922>, 0x564dc5961481
<exec_byte_code+4865>, 0x564dc596217b <exec_byte_code+8187>,
0x564dc59614fc <exec_byte_code+4988>, 0x564dc596144c
<exec_byte_code+4812>, 0x564dc5962142 <exec_byte_code+8130>,
0x564dc5962119 <exec_byte_code+8089>, 0x564dc59620e0
<exec_byte_code+8032>, 0x564dc59620aa <exec_byte_code+7978>,
0x564dc5962070 <exec_byte_code+7920>, 0x564dc5962006
<exec_byte_code+7814>, 0x564dc5961fcd <exec_byte_code+7757>,
0x564dc5961f90 <exec_byte_code+7696>, 0x564dc5961f67
<exec_byte_code+7655>, 0x564dc5961f3e <exec_byte_code+7614>,
0x564dc5961f05 <exec_byte_code+7557>, 0x564dc5961ecc
<exec_byte_code+7500>, 0x564dc5961e93 <exec_byte_code+7443>,
0x564dc5961e56 <exec_byte_code+7382>, 0x564dc5961e23
<exec_byte_code+7331>, 0x564dc5961df0 <exec_byte_code+7280>,
0x564dc5961dbd <exec_byte_code+7229>, 0x564dc5961d27
<exec_byte_code+7079>, 0x564dc5961cd2 <exec_byte_code+6994>,
0x564dc5961c97 <exec_byte_code+6935>, 0x564dc5961c59
<exec_byte_code+6873>, 0x564dc5961c1b <exec_byte_code+6811>,
0x564dc5961bdd <exec_byte_code+6749>, 0x564dc5961b9f
<exec_byte_code+6687>, 0x564dc5961b6c <exec_byte_code+6636>,
0x564dc5961b16 <exec_byte_code+6550>, 0x564dc5961ae3
<exec_byte_code+6499>, 0x564dc5961ab0 <exec_byte_code+6448>,
0x564dc5961a7d <exec_byte_code+6397>, 0x564dc5961a4a
<exec_byte_code+6346>, 0x564dc596199b <exec_byte_code+6171>,
0x564dc59605dc <exec_byte_code+1116>, 0x564dc5961972
<exec_byte_code+6130>, 0x564dc5961944 <exec_byte_code+6084>,
0x564dc59618c0 <exec_byte_code+5952>, 0x564dc596187d
<exec_byte_code+5885>, 0x564dc5961854 <exec_byte_code+5844>,
0x564dc5961829 <exec_byte_code+5801>, 0x564dc59617fe
<exec_byte_code+5758>, 0x564dc59617cb <exec_byte_code+5707>,
0x564dc59617a0 <exec_byte_code+5664>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5961775 <exec_byte_code+5621>,
0x564dc596174a <exec_byte_code+5578>, 0x564dc596171f
<exec_byte_code+5535>, 0x564dc59616f4 <exec_byte_code+5492>,
0x564dc59616c9 <exec_byte_code+5449>, 0x564dc59616a0
<exec_byte_code+5408>, 0x564dc59605dc <exec_byte_code+1116>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc5961661
<exec_byte_code+5345>, 0x564dc5961638 <exec_byte_code+5304>,
0x564dc596160f <exec_byte_code+5263>, 0x564dc59615d6
<exec_byte_code+5206>, 0x564dc596159d <exec_byte_code+5149>,
0x564dc5960d33 <exec_byte_code+2995>, 0x564dc5960c87
<exec_byte_code+2823>, 0x564dc5960c4e <exec_byte_code+2766>,
0x564dc5960c15 <exec_byte_code+2709>, 0x564dc5960bdc
<exec_byte_code+2652>, 0x564dc5960bb1 <exec_byte_code+2609>,
0x564dc5960b88 <exec_byte_code+2568>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc5960ea7 <exec_byte_code+3367>,
0x564dc5961301 <exec_byte_code+4481>, 0x564dc596152f
<exec_byte_code+5039>, 0x564dc59612c8 <exec_byte_code+4424>,
0x564dc5961296 <exec_byte_code+4374>, 0x564dc5961260
<exec_byte_code+4320>, 0x564dc596060a <exec_byte_code+1162>,
0x564dc5960ee1 <exec_byte_code+3425>, 0x564dc59613eb
<exec_byte_code+4715>, 0x564dc5960e88 <exec_byte_code+3336>,
0x564dc596113e <exec_byte_code+4030>, 0x564dc5961110
<exec_byte_code+3984>, 0x564dc59610d0 <exec_byte_code+3920>,
0x564dc5960fd6 <exec_byte_code+3670>, 0x564dc5960f99
<exec_byte_code+3609>, 0x564dc5962359 <exec_byte_code+8665>,
0x564dc59622e3 <exec_byte_code+8547>, 0x564dc5961328
<exec_byte_code+4520>, 0x564dc5960b4b <exec_byte_code+2507>,
0x564dc5960b22 <exec_byte_code+2466>, 0x564dc5960af9
<exec_byte_code+2425>, 0x564dc5960ad0 <exec_byte_code+2384>,
0x564dc5960aa7 <exec_byte_code+2343>, 0x564dc5960a6e
<exec_byte_code+2286>, 0x564dc5960a35 <exec_byte_code+2229>,
0x564dc59609fc <exec_byte_code+2172>, 0x564dc59609c3
<exec_byte_code+2115>, 0x564dc5960df7 <exec_byte_code+3191>,
0x564dc5960dbe <exec_byte_code+3134>, 0x564dc5960d85
<exec_byte_code+3077>, 0x564dc5960d5c <exec_byte_code+3036>,
0x564dc5960e4f <exec_byte_code+3279>, 0x564dc596098a
<exec_byte_code+2058>, 0x564dc5960954 <exec_byte_code+2004>,
0x564dc596091e <exec_byte_code+1950>, 0x564dc59608eb
<exec_byte_code+1899>, 0x564dc5961a17 <exec_byte_code+6295>,
0x564dc59619de <exec_byte_code+6238>, 0x564dc59608ae
<exec_byte_code+1838>, 0x564dc596087a <exec_byte_code+1786>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59611f3
<exec_byte_code+4211>, 0x564dc59611be <exec_byte_code+4158>,
0x564dc5960f64 <exec_byte_code+3556>, 0x564dc5960f32
<exec_byte_code+3506>, 0x564dc5960f00 <exec_byte_code+3456>,
0x564dc596202f <exec_byte_code+7855>, 0x564dc5961d7c
<exec_byte_code+7164>, 0x564dc5961903 <exec_byte_code+6019>,
0x564dc59607b8 <exec_byte_code+1592>, 0x564dc596076d
<exec_byte_code+1517>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc596073d
<exec_byte_code+1469>, 0x564dc59606d1 <exec_byte_code+1361>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59625d1 <exec_byte_code+9297>,
0x564dc59625d1 <exec_byte_code+9297>, 0x564dc59625d1
<exec_byte_code+9297>, 0x564dc59606a3 <exec_byte_code+1315> <repeats
64 times>}
const_length = <optimized out>
bytestr_length = <optimized out>
vectorp = <optimized out>
quitcounter = 39 '\''
stack_items = <optimized out>
sa_avail = <optimized out>
sa_count = <optimized out>
alloc = <optimized out>
item_bytes = <optimized out>
stack_base = <optimized out>
top = 0x7ffdb5784ac0
stack_lim = <optimized out>
bytestr_data = <optimized out>
pc = <optimized out>
count = <optimized out>
result = <optimized out>
#22 funcall_lambda (fun=XIL(0x7ffdb5784ac0),
fun <at> entry=XIL(0x7f3e555f18fd), nargs=nargs <at> entry=0,
arg_vector=0x7ffdb5784b18, arg_vector <at> entry=0x7ffdb5784e20) at
eval.c:2990
val = <optimized out>
syms_left = <optimized out>
lexenv = <optimized out>
i = <optimized out>
optional = <optimized out>
rest = <optimized out>
#23 apply_lambda (fun=XIL(0x7f3e555f18fd), args=<optimized out>,
count=count <at> entry=4) at eval.c:2927
arg_vector = 0x7ffdb5784e20
tem = <optimized out>
sa_avail = <optimized out>
numargs = 0
args_left = <optimized out>
#24 eval_sub (form=form <at> entry=XIL(0x7f3e5574e1a3)) at eval.c:2349
original_args = XIL(0)
count = 4
fun = <optimized out>
val = <optimized out>
argvals = {make_fixnum(97710506011), XIL(0x7ffdb578507c),
make_fixnum(1000), XIL(0x120), XIL(0x7f3e5eba4c40), XIL(0x90),
make_fixnum(1000), XIL(0)}
#25 Feval (form=XIL(0x7f3e5574e1a3), lexical=<optimized out>) at eval.c:2103
#26 internal_condition_case (bfun=bfun <at> entry=0x564dc58b28d0
<top_level_2>, handlers=handlers <at> entry=XIL(0x90),
hfun=hfun <at> entry=0x564dc58b7d80 <cmd_error>) at eval.c:1356
val = <optimized out>
c = 0x564dc6c27e70
#27 top_level_1 (ignore=ignore <at> entry=XIL(0)) at keyboard.c:1108
ignore = XIL(0)
#28 internal_catch (tag=tag <at> entry=XIL(0xd110),
func=func <at> entry=0x564dc58b3c00 <top_level_1>, arg=arg <at> entry=XIL(0)) at
eval.c:1117
val = <optimized out>
c = 0x564dc6c11410
#29 command_loop () at keyboard.c:1069
#30 recursive_edit_1 () at keyboard.c:714
val = <optimized out>
#31 Frecursive_edit () at keyboard.c:786
buffer = <optimized out>
#32 main (argc=5, argv=<optimized out>) at emacs.c:2062
stack_bottom_variable = 0x300000003
do_initial_setlocale = <optimized out>
no_loadup = false
junk = 0x7ffdb5786fbb "/tmp/user/1000/tmp.532kakyaV9/script.el"
dname_arg = 0x0
ch_to_dir = 0x0
original_pwd = <optimized out>
dump_mode = <optimized out>
skip_args = 1
temacs = 0x0
attempt_load_pdump = <optimized out>
rlim = {
rlim_cur = 10022912,
rlim_max = 18446744073709551615
}
sockfd = -1
module_assertions = <optimized out>
Lisp Backtrace:
"read-string" (0xb5783470)
"eval-buffer" (0xb5783660)
"load-with-code-conversion" (0xb5783928)
"load" (0xb5783c18)
"command-line-1" (0xb5784260)
"command-line" (0xb5784ac8)
"normal-top-level" (0xb5784e20)
(gdb) c
Continuing.
Thread 1 "emacs" hit Breakpoint 3, read_minibuf_noninteractive
(defalt=XIL(0), expflag=false, prompt=<optimized out>) at
minibuf.c:220
220 if (c == EOF)
(gdb) p errno
$2 = 4
#+end_src
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 19:59:01 GMT) Full text and rfc822 format available.Message #14 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Chris Hunt <chrahunt <at> gmail.com> Cc: 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 21:58:37 +0200
> From: Chris Hunt <chrahunt <at> gmail.com>
> Date: Sat, 14 Nov 2020 14:42:30 -0500
> Cc: 44642 <at> debbugs.gnu.org
>
> #3 getchar_unlocked () at /usr/include/x86_64-linux-gnu/bits/stdio.h:72
> len = 0
> line = 0x564dc6c07e30 "\240~\300\306MV"
> val = <optimized out>
> hide_char = <optimized out>
> etty = {
> main = {
> c_iflag = 1107870600,
> c_oflag = 3565618192,
> c_cflag = 151023409,
> c_lflag = 2300068360,
> c_line = 131 '\203',
> c_cc =
> "i\000\314\002!\202l\000\325\002!)0\207\317\326\002\"\210\002\207\000\000\000\352\203\373?Z\227\323\300",
> c_ispeed = 22093,
> c_ospeed = 0
> }
> }
> size = 100
> etty_valid = 2
> val = <optimized out>
> mini_frame = <optimized out>
> minibuffer = <optimized out>
> input_method = <optimized out>
> enable_multibyte = <optimized out>
> pos = 0
> histstring = <optimized out>
> histval = <optimized out>
> empty_minibuf = <optimized out>
> dummy = <optimized out>
> #4 read_minibuf_noninteractive (defalt=XIL(0), expflag=false,
> prompt=<optimized out>) at minibuf.c:218
> len = 0
> line = 0x564dc6c07e30 "\240~\300\306MV"
> val = <optimized out>
> hide_char = <optimized out>
> etty = {
> main = {
> c_iflag = 1107870600,
> c_oflag = 3565618192,
> c_cflag = 151023409,
> c_lflag = 2300068360,
> c_line = 131 '\203',
> c_cc =
> "i\000\314\002!\202l\000\325\002!)0\207\317\326\002\"\210\002\207\000\000\000\352\203\373?Z\227\323\300",
> c_ispeed = 22093,
> c_ospeed = 0
> }
> }
> size = 100
> etty_valid = 2
> val = <optimized out>
> mini_frame = <optimized out>
> minibuffer = <optimized out>
> input_method = <optimized out>
> enable_multibyte = <optimized out>
> pos = 0
> histstring = <optimized out>
> histval = <optimized out>
> empty_minibuf = <optimized out>
> dummy = <optimized out>
[...]
> Setting a breakpoint at minibuf.c:219 shows that line being hit
> repeatedly. `errno` is 4 (EINTR).
In that case, I see no bug here. read_minibuf_noninteractive calls
'getchar'; if that is interrupted by a signal, we retry the call; thus
the infinite loop. In your case, I'm guessing that the signal is
SIGPIPE, because the input of the Emacs process is from a pipe, and
the other side of the pipe exited.
If my analysis is correct, then your script setup needs to be modified
to not trigger this condition.
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 20:42:01 GMT) Full text and rfc822 format available.Message #17 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Chris Hunt <chrahunt <at> gmail.com> To: Eli Zaretskii <eliz <at> gnu.org> Cc: 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 15:40:31 -0500
> In that case, I see no bug here. read_minibuf_noninteractive calls
> 'getchar'; if that is interrupted by a signal, we retry the call; thus
> the infinite loop. In your case, I'm guessing that the signal is
> SIGPIPE, because the input of the Emacs process is from a pipe, and
> the other side of the pipe exited.
Thanks, that seems like a reasonable guess. I don't know how to
confirm the specific signal causing the EINTR.
If not a bug, I think there is at least some room for improvement. The
stated behavior of
`read-string' (via `read-from-minibuffer') is:
If default is nil, empty input results in an end-of-file error.
I was relying on this for an input loop of the form.
#+begin_src emacs-lisp
(while (setq command (ignore-errors (read-string "")))
(setq command (read command))
(message "[DEBUG] Received command %s" command)
(let ((result (eval command)))
(message "[DEBUG] Response received %s" result)))
#+end_src
Which works fine until using `(server-eval-at (getenv
"RPC_SERVER_NAME") command)` in place
of `(eval command)` - that's when the unexpected behavior is observed.
Something in the docs for `read-string', `--batch', `server-eval-at',
or the list of known issues
could be a start - "if using `server-eval-at' in `--batch' mode, take care not
to possibly read to the end of input"
> If my analysis is correct, then your script setup needs to be modified
> to not trigger this condition.
For my use case I think I can work around this using a sentinel value,
killing the process explicitly from the parent, or switching to an
approach using jsonrpc.el.
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 20:52:01 GMT) Full text and rfc822 format available.Message #20 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Chris Hunt <chrahunt <at> gmail.com> To: Eli Zaretskii <eliz <at> gnu.org> Cc: 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 15:50:38 -0500
> "if using `server-eval-at' in `--batch' mode, take care not > to possibly read to the end of input" Small clarification, in case it makes a difference for anyone searching later. I had inlined `server-eval-at' to try and root cause, and it looked to me like the call to `accept-process-output' here: https://github.com/emacs-mirror/emacs/blob/e3661f8c35b3057c58e8c0b474f597697ce413ba/lisp/server.el#L1737 was necessary to trigger the unexpected behavior. Without that call, subsequent calls to `read-string' did not hang.
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sat, 14 Nov 2020 21:44:01 GMT) Full text and rfc822 format available.Message #23 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Andreas Schwab <schwab <at> linux-m68k.org> To: Eli Zaretskii <eliz <at> gnu.org> Cc: Chris Hunt <chrahunt <at> gmail.com>, 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sat, 14 Nov 2020 22:43:45 +0100
On Nov 14 2020, Eli Zaretskii wrote: > In your case, I'm guessing that the signal is SIGPIPE, because the > input of the Emacs process is from a pipe, and the other side of the > pipe exited. Reading from a closed pipe produces EOF, not SIGPIPE. Andreas. -- Andreas Schwab, schwab <at> linux-m68k.org GPG Key fingerprint = 7578 EB47 D4E5 4D69 2510 2552 DF73 E780 A9DA AEC1 "And now for something completely different."
bug-gnu-emacs <at> gnu.org:bug#44642; Package emacs.
(Sun, 15 Nov 2020 03:27:01 GMT) Full text and rfc822 format available.Message #26 received at 44642 <at> debbugs.gnu.org (full text, mbox):
From: Eli Zaretskii <eliz <at> gnu.org> To: Andreas Schwab <schwab <at> linux-m68k.org> Cc: chrahunt <at> gmail.com, 44642 <at> debbugs.gnu.org Subject: Re: bug#44642: 27.1; read-string does not signal on EOF after calling server-eval-at Date: Sun, 15 Nov 2020 05:25:54 +0200
> From: Andreas Schwab <schwab <at> linux-m68k.org> > Cc: Chris Hunt <chrahunt <at> gmail.com>, 44642 <at> debbugs.gnu.org > Date: Sat, 14 Nov 2020 22:43:45 +0100 > > On Nov 14 2020, Eli Zaretskii wrote: > > > In your case, I'm guessing that the signal is SIGPIPE, because the > > input of the Emacs process is from a pipe, and the other side of the > > pipe exited. > > Reading from a closed pipe produces EOF, not SIGPIPE. Well, _some_ signal was involved, even if my guess is wrong.
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