bug#45159: 28.0.50; crash when no space on disk

[Jean Louis <bugs@gnu.support>]

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* Stefan Kangas <stefankangas@gmail.com> [2020-12-10 17:06]:
> Jean Louis <bugs@gnu.support> writes:
> 
> > Should I send xbacktrace?
> 
> Yes, send the output of bt and xbacktrace.

I hope that format in attachment makes sense. gdb failed, it got
problem itself, and I could just save XTerm log.

If it does not help I will do nexti.




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List of commands:

agent-printf -- Agent-printf "printf format string"
append -- Append target code/data to a local file
append binary -- Append target code/data to a raw binary file
append binary memory -- Append contents of memory to a raw binary file
append binary value -- Append the value of an expression to a raw binary file
append memory -- Append contents of memory to a raw binary file
append value -- Append the value of an expression to a raw binary file
call -- Call a function in the program
disassemble -- Disassemble a specified section of memory
display -- Print value of expression EXP each time the program stops
dump -- Dump target code/data to a local file
dump binary -- Write target code/data to a raw binary file
dump binary memory -- Write contents of memory to a raw binary file
dump binary value -- Write the value of an expression to a raw binary file
dump ihex -- Write target code/data to an intel hex file
dump ihex memory -- Write contents of memory to an ihex file
dump ihex value -- Write the value of an expression to an ihex file
dump memory -- Write contents of memory to a raw binary file
dump srec -- Write target code/data to an srec file
dump srec memory -- Write contents of memory to an srec file
dump srec value -- Write the value of an expression to an srec file
dump tekhex -- Write target code/data to a tekhex file
dump tekhex memory -- Write contents of memory to a tekhex file
dump tekhex value -- Write the value of an expression to a tekhex file
dump value -- Write the value of an expression to a raw binary file
dump verilog -- Write target code/data to a verilog hex file
dump verilog memory -- Write contents of memory to a verilog hex file
dump verilog value -- Write the value of an expression to a verilog hex file
explore -- Explore a value or a type valid in the current context
---Type <return> to continue, or q <return> to quit--- q
Quit
(gdb) help
        tem = <optimized out>
#9  0x00000000004f982e in timer_check () at keyboard.c:4403
        nexttime = <optimized out>
        timers = 0x1bceb43
        idle_timers = 0x5434ce3
        tem = <optimized out>
#10 0x00000000004f9c39 in readable_events (flags=flags@entry=1) at keyboard.c:3405
#11 0x00000000004fa688 in get_input_pending (flags=flags@entry=1) at keyboard.c:6795
#12 0x00000000004fd658 in detect_input_pending_run_timers (do_display=do_display@entry=false)
    at keyboard.c:10350
        old_timers_run = <optimized out>
#13 0x00000000004fde41 in read_char (commandflag=commandflag@entry=0, map=map@entry=0x0, prev_event=prev
_event@entry=0x30, used_mouse_menu=used_mouse_menu@entry=0x0, end_time=<optimized out>)
    at keyboard.c:2486
        echo_current = true
        c = <optimized out>
        jmpcount = <optimized out>
        local_getcjmp = 
                {{__jmpbuf = {29282179, 26042624, 26042627, 7, 4611686018427387904, 5562173, 72057594068
499192, 25929568}, __mask_was_saved = 25928808, __saved_mask = {__val = {140731821483272, 3, 19, 1407318
21482544, 139822524748216, 140731821482464, 140731821482699, 4611686018427387904, 1, 4611686019484352512
, 4146714472, 4611686018830041088, 139822512068456, 4611686018695823360, 5683951, 9223372036854775808}}}
}
        save_jump = 
                {{__jmpbuf = {18, 140731821483272, 140731821483360, 0, 140731821483104, 139822512068456,
---Type <return> to continue, or q <return> to quit---
 140731821483296, 140731821483264}, __mask_was_saved = 5, __saved_mask = {__val = {5690723, 42461971, 3,
 25929528, 25928808, 2, 1, 4611686019484352512, 11520, 4611686018830041088, 11520, 4611686018695823360, 
5684127, 43283475, 5, 17}}}}
        tem = <optimized out>
        save = <optimized out>
        previous_echo_area_message = 0x0
        also_record = 0x0
        reread = false
        recorded = false
        polling_stopped_here = false
        orig_kboard = <optimized out>
#14 0x000000000058bc16 in read_filtered_event (no_switch_frame=false, ascii_required=false, error_nonasc
ii=false, input_method=<optimized out>, seconds=0x25e738f) at lread.c:677
        val = <optimized out>
        delayed_switch_frame = 0x0
        end_time = {tv_sec = 1607608702, tv_nsec = 593196063}
#15 0x000000000056bb9f in Ffuncall (nargs=4, args=args@entry=0x7ffeae3a66d0) at eval.c:2809
        fun = <optimized out>
        original_fun = 0x7f2af728b618
        numargs = 3
        val = <optimized out>
        count = 20
#16 0x00000000005a3b80 in exec_byte_code (bytestr=<optimized out>, vector=<optimized out>, maxdepth=<opt
imized out>, args_template=<optimized out>, nargs=nargs@entry=45115056, args=<optimized out>, 
    args@entry=0xf) at bytecode.c:632
        op = <optimized out>
        type = <optimized out>
        targets = 
          {0x5a3c70 <exec_byte_code+1152>, 0x5a4b92 <exec_byte_code+5026>, 0x5a4b42 <exec_byte_code+4946
>, 0x5a4b3d <exec_byte_code+4941>, 0x5a3ba5 <exec_byte_code+949>, 0x5a3ba5 <exec_byte_code+949>, 0x5a4b0
0 <exec_byte_code+4880>, 0x5a4993 <exec_byte_code+4515>, 0x5a5c0e <exec_byte_code+9246>, 0x5a5f08 <exec_
byte_code+10008>, 0x5a5f03 <exec_byte_code+10003>, 0x5a5efe <exec_byte_code+9998>, 0x5a39d4 <exec_byte_c
ode+484>, 0x5a39d8 <exec_byte_code+488>, 0x5a5eea <exec_byte_code+9978>, 0x5a5c13 <exec_byte_code+9251>,
---Type <return> to continue, or q <return> to quit---
 0x5a5d9f <exec_byte_code+9647>, 0x5a5d9a <exec_byte_code+9642>, 0x5a5d95 <exec_byte_code+9637>, 0x5a5d9
0 <exec_byte_code+9632>, 0x5a3a3e <exec_byte_code+590>, 0x5a3a40 <exec_byte_code+592>, 0x5a5d5f <exec_by
te_code+9583>, 0x5a5d73 <exec_byte_code+9603>, 0x5a5cf5 <exec_byte_code+9477>, 0x5a5cf0 <exec_byte_code+
9472>, 0x5a5ceb <exec_byte_code+9467>, 0x5a5ce6 <exec_byte_code+9462>, 0x5a3aa9 <exec_byte_code+697>, 0x
5a3ab0 <exec_byte_code+704>, 0x5a5d17 <exec_byte_code+9511>, 0x5a5cfa <exec_byte_code+9482>, 0x5a5cb0 <e
xec_byte_code+9408>, 0x5a5cab <exec_byte_code+9403>, 0x5a5ca6 <exec_byte_code+9398>, 0x5a5ca1 <exec_byte
_code+9393>, 0x5a3b56 <exec_byte_code+870>, 0x5a3b60 <exec_byte_code+880>, 0x5a5cd2 <exec_byte_code+9442
>, 0x5a5cb5 <exec_byte_code+9413>, 0x5a5c6b <exec_byte_code+9339>, 0x5a5c66 <exec_byte_code+9334>, 0x5a5
c61 <exec_byte_code+9329>, 0x5a5c5c <exec_byte_code+9324>, 0x5a3af7 <exec_byte_code+775>, 0x5a3b00 <exec
_byte_code+784>, 0x5a5c8d <exec_byte_code+9373>, 0x5a5c70 <exec_byte_code+9344>, 0x5a575f <exec_byte_cod
e+8047>, 0x5a5794 <exec_byte_code+8100>, 0x5a5820 <exec_byte_code+8240>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a558d <exec_byte_code+7581>, 0x5a5548 <exec_byte_code+7512>, 0x5a5500 <exec_
byte_code+7440>, 0x5a54b8 <exec_byte_code+7368>, 0x5a5471 <exec_byte_code+7297>, 0x5a5e20 <exec_byte_cod
e+9776>, 0x5a5ddf <exec_byte_code+9711>, 0x5a543e <exec_byte_code+7246>, 0x5a5e6a <exec_byte_code+9850>,
 0x5a5da4 <exec_byte_code+9652>, 0x5a53fd <exec_byte_code+7181>, 0x5a53cc <exec_byte_code+7132>, 0x5a538
b <exec_byte_code+7067>, 0x5a534d <exec_byte_code+7005>, 0x5a530b <exec_byte_code+6939>, 0x5a5294 <exec_
byte_code+6820>, 0x5a5253 <exec_byte_code+6755>, 0x5a520e <exec_byte_code+6686>, 0x5a51dd <exec_byte_cod
e+6637>, 0x5a51ac <exec_byte_code+6588>, 0x5a516b <exec_byte_code+6523>, 0x5a512a <exec_byte_code+6458>,
 0x5a50e9 <exec_byte_code+6393>, 0x5a50a4 <exec_byte_code+6324>, 0x5a5069 <exec_byte_code+6265>, 0x5a502
e <exec_byte_code+6206>, 0x5a4ff3 <exec_byte_code+6147>, 0x5a4f50 <exec_byte_code+5984>, 0x5a4ef3 <exec_
byte_code+5891>, 0x5a4eb0 <exec_byte_code+5824>, 0x5a4e6a <exec_byte_code+5754>, 0x5a4e24 <exec_byte_cod
e+5684>, 0x5a4dde <exec_byte_code+5614>, 0x5a4d98 <exec_byte_code+5544>, 0x5a4d5d <exec_byte_code+5485>,
 0x5a4cff <exec_byte_code+5391>, 0x5a4cc4 <exec_byte_code+5332>, 0x5a4c89 <exec_byte_code+5273>, 0x5a4c4
e <exec_byte_code+5214>, 0x5a4c13 <exec_byte_code+5155>, 0x5a4454 <exec_byte_code+3172>, 0x5a3c88 <exec_
byte_code+1176>, 0x5a4423 <exec_byte_code+3123>, 0x5a43ed <exec_byte_code+3069>, 0x5a435c <exec_byte_cod
e+2924>, 0x5a4311 <exec_byte_code+2849>, 0x5a42e0 <exec_byte_code+2800>, 0x5a42ad <exec_byte_code+2749>,
 0x5a427a <exec_byte_code+2698>, 0x5a423f <exec_byte_code+2639>, 0x5a420c <exec_byte_code+2588>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a41d9 <exec_byte_code+2537>, 0x5a41a6 <exec_byte_code+2486>, 0x5a4173 <exec_
byte_code+2435>, 0x5a4140 <exec_byte_code+2384>, 0x5a410d <exec_byte_code+2333>, 0x5a40dc <exec_byte_cod
e+2284>, 0x5a3c88 <exec_byte_code+1176>, 0x5a3c70 <exec_byte_code+1152>, 0x5a4097 <exec_byte_code+2215>,
 0x5a4066 <exec_byte_code+2166>, 0x5a4035 <exec_byte_code+2117>, 0x5a3ff4 <exec_byte_code+2052>, 0x5a3fb
3 <exec_byte_code+1987>, 0x5a3f82 <exec_byte_code+1938>, 0x5a3eb4 <exec_byte_code+1732>, 0x5a3e73 <exec_
---Type <return> to continue, or q <return> to quit---
byte_code+1667>, 0x5a3e32 <exec_byte_code+1602>, 0x5a3df1 <exec_byte_code+1537>, 0x5a3dbe <exec_byte_cod
e+1486>, 0x5a3d8d <exec_byte_code+1437>, 0x5a3c70 <exec_byte_code+1152>, 0x5a5ab7 <exec_byte_code+8903>,
 0x5a5a1c <exec_byte_code+8748>, 0x5a5ea5 <exec_byte_code+9909>, 0x5a5a6f <exec_byte_code+8831>, 0x5a59d
e <exec_byte_code+8686>, 0x5a59a0 <exec_byte_code+8624>, 0x5a4a74 <exec_byte_code+4740>, 0x5a5afd <exec_
byte_code+8973>, 0x5a5d2b <exec_byte_code+9531>, 0x5a5a48 <exec_byte_code+8792>, 0x5a5b96 <exec_byte_cod
e+9126>, 0x5a5b62 <exec_byte_code+9074>, 0x5a582b <exec_byte_code+8251>, 0x5a570b <exec_byte_code+7963>,
 0x5a56c6 <exec_byte_code+7894>, 0x5a567b <exec_byte_code+7819>, 0x5a55fd <exec_byte_code+7693>, 0x5a5c3
0 <exec_byte_code+9280>, 0x5a3d48 <exec_byte_code+1368>, 0x5a3d17 <exec_byte_code+1319>, 0x5a3ce6 <exec_
byte_code+1270>, 0x5a4892 <exec_byte_code+4258>, 0x5a4861 <exec_byte_code+4209>, 0x5a4820 <exec_byte_cod
e+4144>, 0x5a47df <exec_byte_code+4079>, 0x5a479e <exec_byte_code+4014>, 0x5a475d <exec_byte_code+3949>,
 0x5a46e3 <exec_byte_code+3827>, 0x5a46a2 <exec_byte_code+3762>, 0x5a4661 <exec_byte_code+3697>, 0x5a463
0 <exec_byte_code+3648>, 0x5a45ef <exec_byte_code+3583>, 0x5a45ae <exec_byte_code+3518>, 0x5a4570 <exec_
byte_code+3456>, 0x5a4532 <exec_byte_code+3394>, 0x5a44f7 <exec_byte_code+3335>, 0x5a4bd8 <exec_byte_cod
e+5096>, 0x5a4b97 <exec_byte_code+5031>, 0x5a449f <exec_byte_code+3247>, 0x5a4b47 <exec_byte_code+4951>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a5937 <exec_byte_code+8519>, 0x5a58f3 <exec_byte_code+8451>, 0x5a58a
f <exec_byte_code+8383>, 0x5a5871 <exec_byte_code+8321>, 0x5a5b24 <exec_byte_code+9012>, 0x5a52c5 <exec_
byte_code+6869>, 0x5a4fad <exec_byte_code+6077>, 0x5a43a7 <exec_byte_code+2999>, 0x5a494b <exec_byte_cod
e+4443>, 0x5a48f8 <exec_byte_code+4360>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a48c3 <exec_byte_code+4307>, 0x5a4a13 <exec_byte_code+4643>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_
byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_cod
e+1152>, 0x5a49d9 <exec_byte_code+4585> <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>
        stack_base = <optimized out>
        top = 0x7ffeae3a66d0
        stack_lim = <optimized out>
---Type <return> to continue, or q <return> to quit---
        bytestr_data = 0x7ffeae3a6708 "\306\307!\204\f"
        pc = <optimized out>
        count = 15
        result = <optimized out>
#17 0x000000000056b861 in fetch_and_exec_byte_code (args=0xf, nargs=45115056, syms_left=<optimized out>,
 fun=0x2b066b0) at eval.c:2931
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#18 0x000000000056b861 in funcall_lambda (fun=0x2b066b0, nargs=nargs@entry=5, arg_vector=0xf, 
    arg_vector@entry=0x7ffeae3a6970) at eval.c:3012
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#19 0x000000000056baef in Ffuncall (nargs=6, args=args@entry=0x7ffeae3a6968) at eval.c:2823
        fun = <optimized out>
        original_fun = 0x4000000010000000
        numargs = 5
        val = <optimized out>
        count = 14
#20 0x00000000005a3b80 in exec_byte_code (bytestr=<optimized out>, vector=<optimized out>, maxdepth=<opt
imized out>, args_template=<optimized out>, nargs=nargs@entry=47885048, args=<optimized out>, 
    args@entry=0xe) at bytecode.c:632
        op = <optimized out>
        type = <optimized out>
        targets = 
          {0x5a3c70 <exec_byte_code+1152>, 0x5a4b92 <exec_byte_code+5026>, 0x5a4b42 <exec_byte_code+4946
---Type <return> to continue, or q <return> to quit---
>, 0x5a4b3d <exec_byte_code+4941>, 0x5a3ba5 <exec_byte_code+949>, 0x5a3ba5 <exec_byte_code+949>, 0x5a4b0
0 <exec_byte_code+4880>, 0x5a4993 <exec_byte_code+4515>, 0x5a5c0e <exec_byte_code+9246>, 0x5a5f08 <exec_
byte_code+10008>, 0x5a5f03 <exec_byte_code+10003>, 0x5a5efe <exec_byte_code+9998>, 0x5a39d4 <exec_byte_c
ode+484>, 0x5a39d8 <exec_byte_code+488>, 0x5a5eea <exec_byte_code+9978>, 0x5a5c13 <exec_byte_code+9251>,
 0x5a5d9f <exec_byte_code+9647>, 0x5a5d9a <exec_byte_code+9642>, 0x5a5d95 <exec_byte_code+9637>, 0x5a5d9
0 <exec_byte_code+9632>, 0x5a3a3e <exec_byte_code+590>, 0x5a3a40 <exec_byte_code+592>, 0x5a5d5f <exec_by
te_code+9583>, 0x5a5d73 <exec_byte_code+9603>, 0x5a5cf5 <exec_byte_code+9477>, 0x5a5cf0 <exec_byte_code+
9472>, 0x5a5ceb <exec_byte_code+9467>, 0x5a5ce6 <exec_byte_code+9462>, 0x5a3aa9 <exec_byte_code+697>, 0x
5a3ab0 <exec_byte_code+704>, 0x5a5d17 <exec_byte_code+9511>, 0x5a5cfa <exec_byte_code+9482>, 0x5a5cb0 <e
xec_byte_code+9408>, 0x5a5cab <exec_byte_code+9403>, 0x5a5ca6 <exec_byte_code+9398>, 0x5a5ca1 <exec_byte
_code+9393>, 0x5a3b56 <exec_byte_code+870>, 0x5a3b60 <exec_byte_code+880>, 0x5a5cd2 <exec_byte_code+9442
>, 0x5a5cb5 <exec_byte_code+9413>, 0x5a5c6b <exec_byte_code+9339>, 0x5a5c66 <exec_byte_code+9334>, 0x5a5
c61 <exec_byte_code+9329>, 0x5a5c5c <exec_byte_code+9324>, 0x5a3af7 <exec_byte_code+775>, 0x5a3b00 <exec
_byte_code+784>, 0x5a5c8d <exec_byte_code+9373>, 0x5a5c70 <exec_byte_code+9344>, 0x5a575f <exec_byte_cod
e+8047>, 0x5a5794 <exec_byte_code+8100>, 0x5a5820 <exec_byte_code+8240>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a558d <exec_byte_code+7581>, 0x5a5548 <exec_byte_code+7512>, 0x5a5500 <exec_
byte_code+7440>, 0x5a54b8 <exec_byte_code+7368>, 0x5a5471 <exec_byte_code+7297>, 0x5a5e20 <exec_byte_cod
e+9776>, 0x5a5ddf <exec_byte_code+9711>, 0x5a543e <exec_byte_code+7246>, 0x5a5e6a <exec_byte_code+9850>,
 0x5a5da4 <exec_byte_code+9652>, 0x5a53fd <exec_byte_code+7181>, 0x5a53cc <exec_byte_code+7132>, 0x5a538
b <exec_byte_code+7067>, 0x5a534d <exec_byte_code+7005>, 0x5a530b <exec_byte_code+6939>, 0x5a5294 <exec_
byte_code+6820>, 0x5a5253 <exec_byte_code+6755>, 0x5a520e <exec_byte_code+6686>, 0x5a51dd <exec_byte_cod
e+6637>, 0x5a51ac <exec_byte_code+6588>, 0x5a516b <exec_byte_code+6523>, 0x5a512a <exec_byte_code+6458>,
 0x5a50e9 <exec_byte_code+6393>, 0x5a50a4 <exec_byte_code+6324>, 0x5a5069 <exec_byte_code+6265>, 0x5a502
e <exec_byte_code+6206>, 0x5a4ff3 <exec_byte_code+6147>, 0x5a4f50 <exec_byte_code+5984>, 0x5a4ef3 <exec_
byte_code+5891>, 0x5a4eb0 <exec_byte_code+5824>, 0x5a4e6a <exec_byte_code+5754>, 0x5a4e24 <exec_byte_cod
e+5684>, 0x5a4dde <exec_byte_code+5614>, 0x5a4d98 <exec_byte_code+5544>, 0x5a4d5d <exec_byte_code+5485>,
 0x5a4cff <exec_byte_code+5391>, 0x5a4cc4 <exec_byte_code+5332>, 0x5a4c89 <exec_byte_code+5273>, 0x5a4c4
e <exec_byte_code+5214>, 0x5a4c13 <exec_byte_code+5155>, 0x5a4454 <exec_byte_code+3172>, 0x5a3c88 <exec_
byte_code+1176>, 0x5a4423 <exec_byte_code+3123>, 0x5a43ed <exec_byte_code+3069>, 0x5a435c <exec_byte_cod
e+2924>, 0x5a4311 <exec_byte_code+2849>, 0x5a42e0 <exec_byte_code+2800>, 0x5a42ad <exec_byte_code+2749>,
 0x5a427a <exec_byte_code+2698>, 0x5a423f <exec_byte_code+2639>, 0x5a420c <exec_byte_code+2588>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a41d9 <exec_byte_code+2537>, 0x5a41a6 <exec_byte_code+2486>, 0x5a4173 <exec_
---Type <return> to continue, or q <return> to quit---
byte_code+2435>, 0x5a4140 <exec_byte_code+2384>, 0x5a410d <exec_byte_code+2333>, 0x5a40dc <exec_byte_cod
e+2284>, 0x5a3c88 <exec_byte_code+1176>, 0x5a3c70 <exec_byte_code+1152>, 0x5a4097 <exec_byte_code+2215>,
 0x5a4066 <exec_byte_code+2166>, 0x5a4035 <exec_byte_code+2117>, 0x5a3ff4 <exec_byte_code+2052>, 0x5a3fb
3 <exec_byte_code+1987>, 0x5a3f82 <exec_byte_code+1938>, 0x5a3eb4 <exec_byte_code+1732>, 0x5a3e73 <exec_
byte_code+1667>, 0x5a3e32 <exec_byte_code+1602>, 0x5a3df1 <exec_byte_code+1537>, 0x5a3dbe <exec_byte_cod
e+1486>, 0x5a3d8d <exec_byte_code+1437>, 0x5a3c70 <exec_byte_code+1152>, 0x5a5ab7 <exec_byte_code+8903>,
 0x5a5a1c <exec_byte_code+8748>, 0x5a5ea5 <exec_byte_code+9909>, 0x5a5a6f <exec_byte_code+8831>, 0x5a59d
e <exec_byte_code+8686>, 0x5a59a0 <exec_byte_code+8624>, 0x5a4a74 <exec_byte_code+4740>, 0x5a5afd <exec_
byte_code+8973>, 0x5a5d2b <exec_byte_code+9531>, 0x5a5a48 <exec_byte_code+8792>, 0x5a5b96 <exec_byte_cod
e+9126>, 0x5a5b62 <exec_byte_code+9074>, 0x5a582b <exec_byte_code+8251>, 0x5a570b <exec_byte_code+7963>,
 0x5a56c6 <exec_byte_code+7894>, 0x5a567b <exec_byte_code+7819>, 0x5a55fd <exec_byte_code+7693>, 0x5a5c3
0 <exec_byte_code+9280>, 0x5a3d48 <exec_byte_code+1368>, 0x5a3d17 <exec_byte_code+1319>, 0x5a3ce6 <exec_
byte_code+1270>, 0x5a4892 <exec_byte_code+4258>, 0x5a4861 <exec_byte_code+4209>, 0x5a4820 <exec_byte_cod
e+4144>, 0x5a47df <exec_byte_code+4079>, 0x5a479e <exec_byte_code+4014>, 0x5a475d <exec_byte_code+3949>,
 0x5a46e3 <exec_byte_code+3827>, 0x5a46a2 <exec_byte_code+3762>, 0x5a4661 <exec_byte_code+3697>, 0x5a463
0 <exec_byte_code+3648>, 0x5a45ef <exec_byte_code+3583>, 0x5a45ae <exec_byte_code+3518>, 0x5a4570 <exec_
byte_code+3456>, 0x5a4532 <exec_byte_code+3394>, 0x5a44f7 <exec_byte_code+3335>, 0x5a4bd8 <exec_byte_cod
e+5096>, 0x5a4b97 <exec_byte_code+5031>, 0x5a449f <exec_byte_code+3247>, 0x5a4b47 <exec_byte_code+4951>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a5937 <exec_byte_code+8519>, 0x5a58f3 <exec_byte_code+8451>, 0x5a58a
f <exec_byte_code+8383>, 0x5a5871 <exec_byte_code+8321>, 0x5a5b24 <exec_byte_code+9012>, 0x5a52c5 <exec_
byte_code+6869>, 0x5a4fad <exec_byte_code+6077>, 0x5a43a7 <exec_byte_code+2999>, 0x5a494b <exec_byte_cod
e+4443>, 0x5a48f8 <exec_byte_code+4360>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a48c3 <exec_byte_code+4307>, 0x5a4a13 <exec_byte_code+4643>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_
byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_cod
e+1152>, 0x5a49d9 <exec_byte_code+4585> <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>
---Type <return> to continue, or q <return> to quit---
        alloc = <optimized out>
        stack_base = <optimized out>
        top = 0x7ffeae3a6968
        stack_lim = <optimized out>
        bytestr_data = 0x7ffeae3a6998 "\b;\203\b"
        pc = <optimized out>
        count = 14
        result = <optimized out>
#21 0x000000000056b861 in fetch_and_exec_byte_code (args=0xe, nargs=47885048, syms_left=<optimized out>,
 fun=0x2daaaf8) at eval.c:2931
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#22 0x000000000056b861 in funcall_lambda (fun=0x2daaaf8, nargs=nargs@entry=0, arg_vector=0xe, 
    arg_vector@entry=0x7ffeae3a6b70) at eval.c:3012
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#23 0x000000000056baef in Ffuncall (nargs=1, args=args@entry=0x7ffeae3a6b68) at eval.c:2823
        fun = <optimized out>
        original_fun = 0x4000000010000000
        numargs = 0
        val = <optimized out>
        count = 13
#24 0x00000000005a3b80 in exec_byte_code (bytestr=<optimized out>, vector=<optimized out>, maxdepth=<opt
imized out>, args_template=<optimized out>, nargs=nargs@entry=45937000, args=<optimized out>, 
    args@entry=0xd) at bytecode.c:632
---Type <return> to continue, or q <return> to quit---
        op = <optimized out>
        type = <optimized out>
        targets = 
          {0x5a3c70 <exec_byte_code+1152>, 0x5a4b92 <exec_byte_code+5026>, 0x5a4b42 <exec_byte_code+4946
>, 0x5a4b3d <exec_byte_code+4941>, 0x5a3ba5 <exec_byte_code+949>, 0x5a3ba5 <exec_byte_code+949>, 0x5a4b0
0 <exec_byte_code+4880>, 0x5a4993 <exec_byte_code+4515>, 0x5a5c0e <exec_byte_code+9246>, 0x5a5f08 <exec_
byte_code+10008>, 0x5a5f03 <exec_byte_code+10003>, 0x5a5efe <exec_byte_code+9998>, 0x5a39d4 <exec_byte_c
ode+484>, 0x5a39d8 <exec_byte_code+488>, 0x5a5eea <exec_byte_code+9978>, 0x5a5c13 <exec_byte_code+9251>,
 0x5a5d9f <exec_byte_code+9647>, 0x5a5d9a <exec_byte_code+9642>, 0x5a5d95 <exec_byte_code+9637>, 0x5a5d9
0 <exec_byte_code+9632>, 0x5a3a3e <exec_byte_code+590>, 0x5a3a40 <exec_byte_code+592>, 0x5a5d5f <exec_by
te_code+9583>, 0x5a5d73 <exec_byte_code+9603>, 0x5a5cf5 <exec_byte_code+9477>, 0x5a5cf0 <exec_byte_code+
9472>, 0x5a5ceb <exec_byte_code+9467>, 0x5a5ce6 <exec_byte_code+9462>, 0x5a3aa9 <exec_byte_code+697>, 0x
5a3ab0 <exec_byte_code+704>, 0x5a5d17 <exec_byte_code+9511>, 0x5a5cfa <exec_byte_code+9482>, 0x5a5cb0 <e
xec_byte_code+9408>, 0x5a5cab <exec_byte_code+9403>, 0x5a5ca6 <exec_byte_code+9398>, 0x5a5ca1 <exec_byte
_code+9393>, 0x5a3b56 <exec_byte_code+870>, 0x5a3b60 <exec_byte_code+880>, 0x5a5cd2 <exec_byte_code+9442
>, 0x5a5cb5 <exec_byte_code+9413>, 0x5a5c6b <exec_byte_code+9339>, 0x5a5c66 <exec_byte_code+9334>, 0x5a5
c61 <exec_byte_code+9329>, 0x5a5c5c <exec_byte_code+9324>, 0x5a3af7 <exec_byte_code+775>, 0x5a3b00 <exec
_byte_code+784>, 0x5a5c8d <exec_byte_code+9373>, 0x5a5c70 <exec_byte_code+9344>, 0x5a575f <exec_byte_cod
e+8047>, 0x5a5794 <exec_byte_code+8100>, 0x5a5820 <exec_byte_code+8240>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a558d <exec_byte_code+7581>, 0x5a5548 <exec_byte_code+7512>, 0x5a5500 <exec_
byte_code+7440>, 0x5a54b8 <exec_byte_code+7368>, 0x5a5471 <exec_byte_code+7297>, 0x5a5e20 <exec_byte_cod
e+9776>, 0x5a5ddf <exec_byte_code+9711>, 0x5a543e <exec_byte_code+7246>, 0x5a5e6a <exec_byte_code+9850>,
 0x5a5da4 <exec_byte_code+9652>, 0x5a53fd <exec_byte_code+7181>, 0x5a53cc <exec_byte_code+7132>, 0x5a538
b <exec_byte_code+7067>, 0x5a534d <exec_byte_code+7005>, 0x5a530b <exec_byte_code+6939>, 0x5a5294 <exec_
byte_code+6820>, 0x5a5253 <exec_byte_code+6755>, 0x5a520e <exec_byte_code+6686>, 0x5a51dd <exec_byte_cod
e+6637>, 0x5a51ac <exec_byte_code+6588>, 0x5a516b <exec_byte_code+6523>, 0x5a512a <exec_byte_code+6458>,
 0x5a50e9 <exec_byte_code+6393>, 0x5a50a4 <exec_byte_code+6324>, 0x5a5069 <exec_byte_code+6265>, 0x5a502
e <exec_byte_code+6206>, 0x5a4ff3 <exec_byte_code+6147>, 0x5a4f50 <exec_byte_code+5984>, 0x5a4ef3 <exec_
byte_code+5891>, 0x5a4eb0 <exec_byte_code+5824>, 0x5a4e6a <exec_byte_code+5754>, 0x5a4e24 <exec_byte_cod
e+5684>, 0x5a4dde <exec_byte_code+5614>, 0x5a4d98 <exec_byte_code+5544>, 0x5a4d5d <exec_byte_code+5485>,
 0x5a4cff <exec_byte_code+5391>, 0x5a4cc4 <exec_byte_code+5332>, 0x5a4c89 <exec_byte_code+5273>, 0x5a4c4
e <exec_byte_code+5214>, 0x5a4c13 <exec_byte_code+5155>, 0x5a4454 <exec_byte_code+3172>, 0x5a3c88 <exec_
---Type <return> to continue, or q <return> to quit---
byte_code+1176>, 0x5a4423 <exec_byte_code+3123>, 0x5a43ed <exec_byte_code+3069>, 0x5a435c <exec_byte_cod
e+2924>, 0x5a4311 <exec_byte_code+2849>, 0x5a42e0 <exec_byte_code+2800>, 0x5a42ad <exec_byte_code+2749>,
 0x5a427a <exec_byte_code+2698>, 0x5a423f <exec_byte_code+2639>, 0x5a420c <exec_byte_code+2588>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a41d9 <exec_byte_code+2537>, 0x5a41a6 <exec_byte_code+2486>, 0x5a4173 <exec_
byte_code+2435>, 0x5a4140 <exec_byte_code+2384>, 0x5a410d <exec_byte_code+2333>, 0x5a40dc <exec_byte_cod
e+2284>, 0x5a3c88 <exec_byte_code+1176>, 0x5a3c70 <exec_byte_code+1152>, 0x5a4097 <exec_byte_code+2215>,
 0x5a4066 <exec_byte_code+2166>, 0x5a4035 <exec_byte_code+2117>, 0x5a3ff4 <exec_byte_code+2052>, 0x5a3fb
3 <exec_byte_code+1987>, 0x5a3f82 <exec_byte_code+1938>, 0x5a3eb4 <exec_byte_code+1732>, 0x5a3e73 <exec_
byte_code+1667>, 0x5a3e32 <exec_byte_code+1602>, 0x5a3df1 <exec_byte_code+1537>, 0x5a3dbe <exec_byte_cod
e+1486>, 0x5a3d8d <exec_byte_code+1437>, 0x5a3c70 <exec_byte_code+1152>, 0x5a5ab7 <exec_byte_code+8903>,
 0x5a5a1c <exec_byte_code+8748>, 0x5a5ea5 <exec_byte_code+9909>, 0x5a5a6f <exec_byte_code+8831>, 0x5a59d
e <exec_byte_code+8686>, 0x5a59a0 <exec_byte_code+8624>, 0x5a4a74 <exec_byte_code+4740>, 0x5a5afd <exec_
byte_code+8973>, 0x5a5d2b <exec_byte_code+9531>, 0x5a5a48 <exec_byte_code+8792>, 0x5a5b96 <exec_byte_cod
e+9126>, 0x5a5b62 <exec_byte_code+9074>, 0x5a582b <exec_byte_code+8251>, 0x5a570b <exec_byte_code+7963>,
 0x5a56c6 <exec_byte_code+7894>, 0x5a567b <exec_byte_code+7819>, 0x5a55fd <exec_byte_code+7693>, 0x5a5c3
0 <exec_byte_code+9280>, 0x5a3d48 <exec_byte_code+1368>, 0x5a3d17 <exec_byte_code+1319>, 0x5a3ce6 <exec_
byte_code+1270>, 0x5a4892 <exec_byte_code+4258>, 0x5a4861 <exec_byte_code+4209>, 0x5a4820 <exec_byte_cod
e+4144>, 0x5a47df <exec_byte_code+4079>, 0x5a479e <exec_byte_code+4014>, 0x5a475d <exec_byte_code+3949>,
 0x5a46e3 <exec_byte_code+3827>, 0x5a46a2 <exec_byte_code+3762>, 0x5a4661 <exec_byte_code+3697>, 0x5a463
0 <exec_byte_code+3648>, 0x5a45ef <exec_byte_code+3583>, 0x5a45ae <exec_byte_code+3518>, 0x5a4570 <exec_
byte_code+3456>, 0x5a4532 <exec_byte_code+3394>, 0x5a44f7 <exec_byte_code+3335>, 0x5a4bd8 <exec_byte_cod
e+5096>, 0x5a4b97 <exec_byte_code+5031>, 0x5a449f <exec_byte_code+3247>, 0x5a4b47 <exec_byte_code+4951>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a5937 <exec_byte_code+8519>, 0x5a58f3 <exec_byte_code+8451>, 0x5a58a
f <exec_byte_code+8383>, 0x5a5871 <exec_byte_code+8321>, 0x5a5b24 <exec_byte_code+9012>, 0x5a52c5 <exec_
byte_code+6869>, 0x5a4fad <exec_byte_code+6077>, 0x5a43a7 <exec_byte_code+2999>, 0x5a494b <exec_byte_cod
e+4443>, 0x5a48f8 <exec_byte_code+4360>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a48c3 <exec_byte_code+4307>, 0x5a4a13 <exec_byte_code+4643>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_
byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_cod
e+1152>, 0x5a49d9 <exec_byte_code+4585> <repeats 64 times>}
        const_length = <optimized out>
        bytestr_length = <optimized out>
        vectorp = <optimized out>
---Type <return> to continue, or q <return> to quit---
        quitcounter = 1 '\001'
        stack_items = <optimized out>
        sa_avail = <optimized out>
        sa_count = <optimized out>
        alloc = <optimized out>
        stack_base = <optimized out>
        top = 0x7ffeae3a6b68
        stack_lim = <optimized out>

        bytestr_data = 0x7ffeae3a6be8 "\302É", '\211' <repeats 11 times>, "\304 \211\203", <incomplete s
equence \343>
        pc = <optimized out>
        count = 13
        result = <optimized out>
#25 0x000000000056b861 in fetch_and_exec_byte_code (args=0xd, nargs=45937000, syms_left=<optimized out>,
 fun=0x2bcf168) at eval.c:2931
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>

#26 0x000000000056b861 in funcall_lambda (fun=0x2bcf168, nargs=nargs@entry=0, arg_vector=0xd, 
    arg_vector@entry=0x7ffeae3a6f40) at eval.c:3012
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#27 0x000000000056baef in Ffuncall (nargs=1, args=args@entry=0x7ffeae3a6f38) at eval.c:2823
        fun = <optimized out>
        original_fun = 0x4000000010000000
        numargs = 0
---Type <return> to continue, or q <return> to quit---
        val = <optimized out>
        count = 12
#28 0x00000000005a3b80 in exec_byte_code (bytestr=<optimized out>, vector=<optimized out>, maxdepth=<opt
imized out>, args_template=<optimized out>, nargs=nargs@entry=47259352, args=<optimized out>, 
    args@entry=0xc) at bytecode.c:632
        op = <optimized out>
        type = <optimized out>

        targets = 
          {0x5a3c70 <exec_byte_code+1152>, 0x5a4b92 <exec_byte_code+5026>, 0x5a4b42 <exec_byte_code+4946
>, 0x5a4b3d <exec_byte_code+4941>, 0x5a3ba5 <exec_byte_code+949>, 0x5a3ba5 <exec_byte_code+949>, 0x5a4b0
0 <exec_byte_code+4880>, 0x5a4993 <exec_byte_code+4515>, 0x5a5c0e <exec_byte_code+9246>, 0x5a5f08 <exec_
byte_code+10008>, 0x5a5f03 <exec_byte_code+10003>, 0x5a5efe <exec_byte_code+9998>, 0x5a39d4 <exec_byte_c
ode+484>, 0x5a39d8 <exec_byte_code+488>, 0x5a5eea <exec_byte_code+9978>, 0x5a5c13 <exec_byte_code+9251>,
 0x5a5d9f <exec_byte_code+9647>, 0x5a5d9a <exec_byte_code+9642>, 0x5a5d95 <exec_byte_code+9637>, 0x5a5d9
0 <exec_byte_code+9632>, 0x5a3a3e <exec_byte_code+590>, 0x5a3a40 <exec_byte_code+592>, 0x5a5d5f <exec_by
te_code+9583>, 0x5a5d73 <exec_byte_code+9603>, 0x5a5cf5 <exec_byte_code+9477>, 0x5a5cf0 <exec_byte_code+
9472>, 0x5a5ceb <exec_byte_code+9467>, 0x5a5ce6 <exec_byte_code+9462>, 0x5a3aa9 <exec_byte_code+697>, 0x
5a3ab0 <exec_byte_code+704>, 0x5a5d17 <exec_byte_code+9511>, 0x5a5cfa <exec_byte_code+9482>, 0x5a5cb0 <e
xec_byte_code+9408>, 0x5a5cab <exec_byte_code+9403>, 0x5a5ca6 <exec_byte_code+9398>, 0x5a5ca1 <exec_byte
_code+9393>, 0x5a3b56 <exec_byte_code+870>, 0x5a3b60 <exec_byte_code+880>, 0x5a5cd2 <exec_byte_code+9442
>, 0x5a5cb5 <exec_byte_code+9413>, 0x5a5c6b <exec_byte_code+9339>, 0x5a5c66 <exec_byte_code+9334>, 0x5a5
c61 <exec_byte_code+9329>, 0x5a5c5c <exec_byte_code+9324>, 0x5a3af7 <exec_byte_code+775>, 0x5a3b00 <exec
_byte_code+784>, 0x5a5c8d <exec_byte_code+9373>, 0x5a5c70 <exec_byte_code+9344>, 0x5a575f <exec_byte_cod
e+8047>, 0x5a5794 <exec_byte_code+8100>, 0x5a5820 <exec_byte_code+8240>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a558d <exec_byte_code+7581>, 0x5a5548 <exec_byte_code+7512>, 0x5a5500 <exec_
byte_code+7440>, 0x5a54b8 <exec_byte_code+7368>, 0x5a5471 <exec_byte_code+7297>, 0x5a5e20 <exec_byte_cod
e+9776>, 0x5a5ddf <exec_byte_code+9711>, 0x5a543e <exec_byte_code+7246>, 0x5a5e6a <exec_byte_code+9850>,
 0x5a5da4 <exec_byte_code+9652>, 0x5a53fd <exec_byte_code+7181>, 0x5a53cc <exec_byte_code+7132>, 0x5a538
b <exec_byte_code+7067>, 0x5a534d <exec_byte_code+7005>, 0x5a530b <exec_byte_code+6939>, 0x5a5294 <exec_
byte_code+6820>, 0x5a5253 <exec_byte_code+6755>, 0x5a520e <exec_byte_code+6686>, 0x5a51dd <exec_byte_cod
e+6637>, 0x5a51ac <exec_byte_code+6588>, 0x5a516b <exec_byte_code+6523>, 0x5a512a <exec_byte_code+6458>,
 0x5a50e9 <exec_byte_code+6393>, 0x5a50a4 <exec_byte_code+6324>, 0x5a5069 <exec_byte_code+6265>, 0x5a502
---Type <return> to continue, or q <return> to quit---
e <exec_byte_code+6206>, 0x5a4ff3 <exec_byte_code+6147>, 0x5a4f50 <exec_byte_code+5984>, 0x5a4ef3 <exec_
byte_code+5891>, 0x5a4eb0 <exec_byte_code+5824>, 0x5a4e6a <exec_byte_code+5754>, 0x5a4e24 <exec_byte_cod
e+5684>, 0x5a4dde <exec_byte_code+5614>, 0x5a4d98 <exec_byte_code+5544>, 0x5a4d5d <exec_byte_code+5485>,
 0x5a4cff <exec_byte_code+5391>, 0x5a4cc4 <exec_byte_code+5332>, 0x5a4c89 <exec_byte_code+5273>, 0x5a4c4
e <exec_byte_code+5214>, 0x5a4c13 <exec_byte_code+5155>, 0x5a4454 <exec_byte_code+3172>, 0x5a3c88 <exec_
byte_code+1176>, 0x5a4423 <exec_byte_code+3123>, 0x5a43ed <exec_byte_code+3069>, 0x5a435c <exec_byte_cod
e+2924>, 0x5a4311 <exec_byte_code+2849>, 0x5a42e0 <exec_byte_code+2800>, 0x5a42ad <exec_byte_code+2749>,
 0x5a427a <exec_byte_code+2698>, 0x5a423f <exec_byte_code+2639>, 0x5a420c <exec_byte_code+2588>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a41d9 <exec_byte_code+2537>, 0x5a41a6 <exec_byte_code+2486>, 0x5a4173 <exec_
byte_code+2435>, 0x5a4140 <exec_byte_code+2384>, 0x5a410d <exec_byte_code+2333>, 0x5a40dc <exec_byte_cod
e+2284>, 0x5a3c88 <exec_byte_code+1176>, 0x5a3c70 <exec_byte_code+1152>, 0x5a4097 <exec_byte_code+2215>,
 0x5a4066 <exec_byte_code+2166>, 0x5a4035 <exec_byte_code+2117>, 0x5a3ff4 <exec_byte_code+2052>, 0x5a3fb
3 <exec_byte_code+1987>, 0x5a3f82 <exec_byte_code+1938>, 0x5a3eb4 <exec_byte_code+1732>, 0x5a3e73 <exec_
byte_code+1667>, 0x5a3e32 <exec_byte_code+1602>, 0x5a3df1 <exec_byte_code+1537>, 0x5a3dbe <exec_byte_cod
e+1486>, 0x5a3d8d <exec_byte_code+1437>, 0x5a3c70 <exec_byte_code+1152>, 0x5a5ab7 <exec_byte_code+8903>,
 0x5a5a1c <exec_byte_code+8748>, 0x5a5ea5 <exec_byte_code+9909>, 0x5a5a6f <exec_byte_code+8831>, 0x5a59d
e <exec_byte_code+8686>, 0x5a59a0 <exec_byte_code+8624>, 0x5a4a74 <exec_byte_code+4740>, 0x5a5afd <exec_
byte_code+8973>, 0x5a5d2b <exec_byte_code+9531>, 0x5a5a48 <exec_byte_code+8792>, 0x5a5b96 <exec_byte_cod
e+9126>, 0x5a5b62 <exec_byte_code+9074>, 0x5a582b <exec_byte_code+8251>, 0x5a570b <exec_byte_code+7963>,
 0x5a56c6 <exec_byte_code+7894>, 0x5a567b <exec_byte_code+7819>, 0x5a55fd <exec_byte_code+7693>, 0x5a5c3
0 <exec_byte_code+9280>, 0x5a3d48 <exec_byte_code+1368>, 0x5a3d17 <exec_byte_code+1319>, 0x5a3ce6 <exec_
byte_code+1270>, 0x5a4892 <exec_byte_code+4258>, 0x5a4861 <exec_byte_code+4209>, 0x5a4820 <exec_byte_cod
e+4144>, 0x5a47df <exec_byte_code+4079>, 0x5a479e <exec_byte_code+4014>, 0x5a475d <exec_byte_code+3949>,
 0x5a46e3 <exec_byte_code+3827>, 0x5a46a2 <exec_byte_code+3762>, 0x5a4661 <exec_byte_code+3697>, 0x5a463
0 <exec_byte_code+3648>, 0x5a45ef <exec_byte_code+3583>, 0x5a45ae <exec_byte_code+3518>, 0x5a4570 <exec_
byte_code+3456>, 0x5a4532 <exec_byte_code+3394>, 0x5a44f7 <exec_byte_code+3335>, 0x5a4bd8 <exec_byte_cod
e+5096>, 0x5a4b97 <exec_byte_code+5031>, 0x5a449f <exec_byte_code+3247>, 0x5a4b47 <exec_byte_code+4951>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a5937 <exec_byte_code+8519>, 0x5a58f3 <exec_byte_code+8451>, 0x5a58a
f <exec_byte_code+8383>, 0x5a5871 <exec_byte_code+8321>, 0x5a5b24 <exec_byte_code+9012>, 0x5a52c5 <exec_
byte_code+6869>, 0x5a4fad <exec_byte_code+6077>, 0x5a43a7 <exec_byte_code+2999>, 0x5a494b <exec_byte_cod
e+4443>, 0x5a48f8 <exec_byte_code+4360>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a48c3 <exec_byte_code+4307>, 0x5a4a13 <exec_byte_code+4643>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_
---Type <return> to continue, or q <return> to quit---
byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_cod
e+1152>, 0x5a49d9 <exec_byte_code+4585> <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>
        stack_base = <optimized out>
        top = 0x7ffeae3a6f38
        stack_lim = <optimized out>
        bytestr_data = 0x7ffeae3a6f88 "\b\205\006"
        pc = <optimized out>
        count = 12
        result = <optimized out>
#29 0x000000000056b861 in fetch_and_exec_byte_code (args=0xc, nargs=47259352, syms_left=<optimized out>,
 fun=0x2d11ed8) at eval.c:2931
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#30 0x000000000056b861 in funcall_lambda (fun=0x2d11ed8, nargs=nargs@entry=0, arg_vector=0xc, 
    arg_vector@entry=0x7ffeae3a7140) at eval.c:3012
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
---Type <return> to continue, or q <return> to quit---
#31 0x000000000056baef in Ffuncall (nargs=1, args=args@entry=0x7ffeae3a7138) at eval.c:2823
        fun = <optimized out>
        original_fun = 0x4000000010000000
        numargs = 0
        val = <optimized out>
        count = 11
#32 0x00000000005a3b80 in exec_byte_code (bytestr=<optimized out>, vector=<optimized out>, maxdepth=<opt
imized out>, args_template=<optimized out>, nargs=nargs@entry=47238464, args=<optimized out>, 
    args@entry=0xb) at bytecode.c:632
        op = <optimized out>
        type = <optimized out>
        targets = 
          {0x5a3c70 <exec_byte_code+1152>, 0x5a4b92 <exec_byte_code+5026>, 0x5a4b42 <exec_byte_code+4946
>, 0x5a4b3d <exec_byte_code+4941>, 0x5a3ba5 <exec_byte_code+949>, 0x5a3ba5 <exec_byte_code+949>, 0x5a4b0
0 <exec_byte_code+4880>, 0x5a4993 <exec_byte_code+4515>, 0x5a5c0e <exec_byte_code+9246>, 0x5a5f08 <exec_
byte_code+10008>, 0x5a5f03 <exec_byte_code+10003>, 0x5a5efe <exec_byte_code+9998>, 0x5a39d4 <exec_byte_c
ode+484>, 0x5a39d8 <exec_byte_code+488>, 0x5a5eea <exec_byte_code+9978>, 0x5a5c13 <exec_byte_code+9251>,
 0x5a5d9f <exec_byte_code+9647>, 0x5a5d9a <exec_byte_code+9642>, 0x5a5d95 <exec_byte_code+9637>, 0x5a5d9
0 <exec_byte_code+9632>, 0x5a3a3e <exec_byte_code+590>, 0x5a3a40 <exec_byte_code+592>, 0x5a5d5f <exec_by
te_code+9583>, 0x5a5d73 <exec_byte_code+9603>, 0x5a5cf5 <exec_byte_code+9477>, 0x5a5cf0 <exec_byte_code+
9472>, 0x5a5ceb <exec_byte_code+9467>, 0x5a5ce6 <exec_byte_code+9462>, 0x5a3aa9 <exec_byte_code+697>, 0x
5a3ab0 <exec_byte_code+704>, 0x5a5d17 <exec_byte_code+9511>, 0x5a5cfa <exec_byte_code+9482>, 0x5a5cb0 <e
xec_byte_code+9408>, 0x5a5cab <exec_byte_code+9403>, 0x5a5ca6 <exec_byte_code+9398>, 0x5a5ca1 <exec_byte
_code+9393>, 0x5a3b56 <exec_byte_code+870>, 0x5a3b60 <exec_byte_code+880>, 0x5a5cd2 <exec_byte_code+9442
>, 0x5a5cb5 <exec_byte_code+9413>, 0x5a5c6b <exec_byte_code+9339>, 0x5a5c66 <exec_byte_code+9334>, 0x5a5
c61 <exec_byte_code+9329>, 0x5a5c5c <exec_byte_code+9324>, 0x5a3af7 <exec_byte_code+775>, 0x5a3b00 <exec
_byte_code+784>, 0x5a5c8d <exec_byte_code+9373>, 0x5a5c70 <exec_byte_code+9344>, 0x5a575f <exec_byte_cod
e+8047>, 0x5a5794 <exec_byte_code+8100>, 0x5a5820 <exec_byte_code+8240>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a558d <exec_byte_code+7581>, 0x5a5548 <exec_byte_code+7512>, 0x5a5500 <exec_
byte_code+7440>, 0x5a54b8 <exec_byte_code+7368>, 0x5a5471 <exec_byte_code+7297>, 0x5a5e20 <exec_byte_cod
e+9776>, 0x5a5ddf <exec_byte_code+9711>, 0x5a543e <exec_byte_code+7246>, 0x5a5e6a <exec_byte_code+9850>,
 0x5a5da4 <exec_byte_code+9652>, 0x5a53fd <exec_byte_code+7181>, 0x5a53cc <exec_byte_code+7132>, 0x5a538
---Type <return> to continue, or q <return> to quit---
b <exec_byte_code+7067>, 0x5a534d <exec_byte_code+7005>, 0x5a530b <exec_byte_code+6939>, 0x5a5294 <exec_
byte_code+6820>, 0x5a5253 <exec_byte_code+6755>, 0x5a520e <exec_byte_code+6686>, 0x5a51dd <exec_byte_cod
e+6637>, 0x5a51ac <exec_byte_code+6588>, 0x5a516b <exec_byte_code+6523>, 0x5a512a <exec_byte_code+6458>,
 0x5a50e9 <exec_byte_code+6393>, 0x5a50a4 <exec_byte_code+6324>, 0x5a5069 <exec_byte_code+6265>, 0x5a502
e <exec_byte_code+6206>, 0x5a4ff3 <exec_byte_code+6147>, 0x5a4f50 <exec_byte_code+5984>, 0x5a4ef3 <exec_
byte_code+5891>, 0x5a4eb0 <exec_byte_code+5824>, 0x5a4e6a <exec_byte_code+5754>, 0x5a4e24 <exec_byte_cod
e+5684>, 0x5a4dde <exec_byte_code+5614>, 0x5a4d98 <exec_byte_code+5544>, 0x5a4d5d <exec_byte_code+5485>,
 0x5a4cff <exec_byte_code+5391>, 0x5a4cc4 <exec_byte_code+5332>, 0x5a4c89 <exec_byte_code+5273>, 0x5a4c4
e <exec_byte_code+5214>, 0x5a4c13 <exec_byte_code+5155>, 0x5a4454 <exec_byte_code+3172>, 0x5a3c88 <exec_
byte_code+1176>, 0x5a4423 <exec_byte_code+3123>, 0x5a43ed <exec_byte_code+3069>, 0x5a435c <exec_byte_cod
e+2924>, 0x5a4311 <exec_byte_code+2849>, 0x5a42e0 <exec_byte_code+2800>, 0x5a42ad <exec_byte_code+2749>,
 0x5a427a <exec_byte_code+2698>, 0x5a423f <exec_byte_code+2639>, 0x5a420c <exec_byte_code+2588>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a41d9 <exec_byte_code+2537>, 0x5a41a6 <exec_byte_code+2486>, 0x5a4173 <exec_
byte_code+2435>, 0x5a4140 <exec_byte_code+2384>, 0x5a410d <exec_byte_code+2333>, 0x5a40dc <exec_byte_cod
e+2284>, 0x5a3c88 <exec_byte_code+1176>, 0x5a3c70 <exec_byte_code+1152>, 0x5a4097 <exec_byte_code+2215>,
 0x5a4066 <exec_byte_code+2166>, 0x5a4035 <exec_byte_code+2117>, 0x5a3ff4 <exec_byte_code+2052>, 0x5a3fb
3 <exec_byte_code+1987>, 0x5a3f82 <exec_byte_code+1938>, 0x5a3eb4 <exec_byte_code+1732>, 0x5a3e73 <exec_
byte_code+1667>, 0x5a3e32 <exec_byte_code+1602>, 0x5a3df1 <exec_byte_code+1537>, 0x5a3dbe <exec_byte_cod
e+1486>, 0x5a3d8d <exec_byte_code+1437>, 0x5a3c70 <exec_byte_code+1152>, 0x5a5ab7 <exec_byte_code+8903>,
 0x5a5a1c <exec_byte_code+8748>, 0x5a5ea5 <exec_byte_code+9909>, 0x5a5a6f <exec_byte_code+8831>, 0x5a59d
e <exec_byte_code+8686>, 0x5a59a0 <exec_byte_code+8624>, 0x5a4a74 <exec_byte_code+4740>, 0x5a5afd <exec_
byte_code+8973>, 0x5a5d2b <exec_byte_code+9531>, 0x5a5a48 <exec_byte_code+8792>, 0x5a5b96 <exec_byte_cod
e+9126>, 0x5a5b62 <exec_byte_code+9074>, 0x5a582b <exec_byte_code+8251>, 0x5a570b <exec_byte_code+7963>,
 0x5a56c6 <exec_byte_code+7894>, 0x5a567b <exec_byte_code+7819>, 0x5a55fd <exec_byte_code+7693>, 0x5a5c3
0 <exec_byte_code+9280>, 0x5a3d48 <exec_byte_code+1368>, 0x5a3d17 <exec_byte_code+1319>, 0x5a3ce6 <exec_
byte_code+1270>, 0x5a4892 <exec_byte_code+4258>, 0x5a4861 <exec_byte_code+4209>, 0x5a4820 <exec_byte_cod
e+4144>, 0x5a47df <exec_byte_code+4079>, 0x5a479e <exec_byte_code+4014>, 0x5a475d <exec_byte_code+3949>,
 0x5a46e3 <exec_byte_code+3827>, 0x5a46a2 <exec_byte_code+3762>, 0x5a4661 <exec_byte_code+3697>, 0x5a463
0 <exec_byte_code+3648>, 0x5a45ef <exec_byte_code+3583>, 0x5a45ae <exec_byte_code+3518>, 0x5a4570 <exec_
byte_code+3456>, 0x5a4532 <exec_byte_code+3394>, 0x5a44f7 <exec_byte_code+3335>, 0x5a4bd8 <exec_byte_cod
e+5096>, 0x5a4b97 <exec_byte_code+5031>, 0x5a449f <exec_byte_code+3247>, 0x5a4b47 <exec_byte_code+4951>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a5937 <exec_byte_code+8519>, 0x5a58f3 <exec_byte_code+8451>, 0x5a58a
f <exec_byte_code+8383>, 0x5a5871 <exec_byte_code+8321>, 0x5a5b24 <exec_byte_code+9012>, 0x5a52c5 <exec_
---Type <return> to continue, or q <return> to quit---
byte_code+6869>, 0x5a4fad <exec_byte_code+6077>, 0x5a43a7 <exec_byte_code+2999>, 0x5a494b <exec_byte_cod
e+4443>, 0x5a48f8 <exec_byte_code+4360>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a48c3 <exec_byte_code+4307>, 0x5a4a13 <exec_byte_code+4643>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_
byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_cod
e+1152>, 0x5a49d9 <exec_byte_code+4585> <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>
        stack_base = <optimized out>
        top = 0x7ffeae3a7138
        stack_lim = <optimized out>
        bytestr_data = 0x7ffeae3a7148 "\300 \210\301\302!\207"
        pc = <optimized out>
        count = 11
        result = <optimized out>
#33 0x000000000056b861 in fetch_and_exec_byte_code (args=0xb, nargs=47238464, syms_left=<optimized out>,
 fun=0x2d0cd40) at eval.c:2931
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#34 0x000000000056b861 in funcall_lambda (fun=0x2d0cd40, nargs=nargs@entry=0, arg_vector=0xb, 
    arg_vector@entry=0x7ffeae3a7380) at eval.c:3012
        val = <optimized out>
        syms_left = <optimized out>
---Type <return> to continue, or q <return> to quit---
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#35 0x000000000056baef in Ffuncall (nargs=nargs@entry=1, args=args@entry=0x7ffeae3a7378) at eval.c:2823
        fun = <optimized out>
        original_fun = 0x4000000010000000
        numargs = 0
        val = <optimized out>
        count = 10
#36 0x000000000056d563 in Fapply (nargs=2, args=0x7ffeae3a7378) at eval.c:2392
        i = <optimized out>
        funcall_nargs = <optimized out>
        funcall_args = 0x0
        spread_arg = 0x0
        fun = 0x221e530
        sa_avail = 16384
        numargs = <optimized out>
        retval = <optimized out>
#37 0x000000000056bb9f in Ffuncall (nargs=3, args=args@entry=0x7ffeae3a7370) at eval.c:2809
        fun = <optimized out>
        original_fun = 0x2d00
        numargs = 2
        val = <optimized out>
        count = 9


#38 0x00000000005a3b80 in exec_byte_code (bytestr=<optimized out>, vector=<optimized out>, maxdepth=<opt
imized out>, args_template=<optimized out>, nargs=nargs@entry=139822531520952, args=<optimized out>, 
    args@entry=0x7) at bytecode.c:632
        op = <optimized out>
        type = <optimized out>
        targets = 
          {0x5a3c70 <exec_byte_code+1152>, 0x5a4b92 <exec_byte_code+5026>, 0x5a4b42 <exec_byte_code+4946
>, 0x5a4b3d <exec_byte_code+4941>, 0x5a3ba5 <exec_byte_code+949>, 0x5a3ba5 <exec_byte_code+949>, 0x5a4b0
---Type <return> to continue, or q <return> to quit---
0 <exec_byte_code+4880>, 0x5a4993 <exec_byte_code+4515>, 0x5a5c0e <exec_byte_code+9246>, 0x5a5f08 <exec_
byte_code+10008>, 0x5a5f03 <exec_byte_code+10003>, 0x5a5efe <exec_byte_code+9998>, 0x5a39d4 <exec_byte_c
ode+484>, 0x5a39d8 <exec_byte_code+488>, 0x5a5eea <exec_byte_code+9978>, 0x5a5c13 <exec_byte_code+9251>,
 0x5a5d9f <exec_byte_code+9647>, 0x5a5d9a <exec_byte_code+9642>, 0x5a5d95 <exec_byte_code+9637>, 0x5a5d9
0 <exec_byte_code+9632>, 0x5a3a3e <exec_byte_code+590>, 0x5a3a40 <exec_byte_code+592>, 0x5a5d5f <exec_by
te_code+9583>, 0x5a5d73 <exec_byte_code+9603>, 0x5a5cf5 <exec_byte_code+9477>, 0x5a5cf0 <exec_byte_code+
9472>, 0x5a5ceb <exec_byte_code+9467>, 0x5a5ce6 <exec_byte_code+9462>, 0x5a3aa9 <exec_byte_code+697>, 0x
5a3ab0 <exec_byte_code+704>, 0x5a5d17 <exec_byte_code+9511>, 0x5a5cfa <exec_byte_code+9482>, 0x5a5cb0 <e
xec_byte_code+9408>, 0x5a5cab <exec_byte_code+9403>, 0x5a5ca6 <exec_byte_code+9398>, 0x5a5ca1 <exec_byte
_code+9393>, 0x5a3b56 <exec_byte_code+870>, 0x5a3b60 <exec_byte_code+880>, 0x5a5cd2 <exec_byte_code+9442
>, 0x5a5cb5 <exec_byte_code+9413>, 0x5a5c6b <exec_byte_code+9339>, 0x5a5c66 <exec_byte_code+9334>, 0x5a5
c61 <exec_byte_code+9329>, 0x5a5c5c <exec_byte_code+9324>, 0x5a3af7 <exec_byte_code+775>, 0x5a3b00 <exec
_byte_code+784>, 0x5a5c8d <exec_byte_code+9373>, 0x5a5c70 <exec_byte_code+9344>, 0x5a575f <exec_byte_cod
e+8047>, 0x5a5794 <exec_byte_code+8100>, 0x5a5820 <exec_byte_code+8240>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a558d <exec_byte_code+7581>, 0x5a5548 <exec_byte_code+7512>, 0x5a5500 <exec_
byte_code+7440>, 0x5a54b8 <exec_byte_code+7368>, 0x5a5471 <exec_byte_code+7297>, 0x5a5e20 <exec_byte_cod
e+9776>, 0x5a5ddf <exec_byte_code+9711>, 0x5a543e <exec_byte_code+7246>, 0x5a5e6a <exec_byte_code+9850>,
 0x5a5da4 <exec_byte_code+9652>, 0x5a53fd <exec_byte_code+7181>, 0x5a53cc <exec_byte_code+7132>, 0x5a538
b <exec_byte_code+7067>, 0x5a534d <exec_byte_code+7005>, 0x5a530b <exec_byte_code+6939>, 0x5a5294 <exec_
byte_code+6820>, 0x5a5253 <exec_byte_code+6755>, 0x5a520e <exec_byte_code+6686>, 0x5a51dd <exec_byte_cod
e+6637>, 0x5a51ac <exec_byte_code+6588>, 0x5a516b <exec_byte_code+6523>, 0x5a512a <exec_byte_code+6458>,
 0x5a50e9 <exec_byte_code+6393>, 0x5a50a4 <exec_byte_code+6324>, 0x5a5069 <exec_byte_code+6265>, 0x5a502
e <exec_byte_code+6206>, 0x5a4ff3 <exec_byte_code+6147>, 0x5a4f50 <exec_byte_code+5984>, 0x5a4ef3 <exec_
byte_code+5891>, 0x5a4eb0 <exec_byte_code+5824>, 0x5a4e6a <exec_byte_code+5754>, 0x5a4e24 <exec_byte_cod
e+5684>, 0x5a4dde <exec_byte_code+5614>, 0x5a4d98 <exec_byte_code+5544>, 0x5a4d5d <exec_byte_code+5485>,
 0x5a4cff <exec_byte_code+5391>, 0x5a4cc4 <exec_byte_code+5332>, 0x5a4c89 <exec_byte_code+5273>, 0x5a4c4
e <exec_byte_code+5214>, 0x5a4c13 <exec_byte_code+5155>, 0x5a4454 <exec_byte_code+3172>, 0x5a3c88 <exec_
byte_code+1176>, 0x5a4423 <exec_byte_code+3123>, 0x5a43ed <exec_byte_code+3069>, 0x5a435c <exec_byte_cod
e+2924>, 0x5a4311 <exec_byte_code+2849>, 0x5a42e0 <exec_byte_code+2800>, 0x5a42ad <exec_byte_code+2749>,
 0x5a427a <exec_byte_code+2698>, 0x5a423f <exec_byte_code+2639>, 0x5a420c <exec_byte_code+2588>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a41d9 <exec_byte_code+2537>, 0x5a41a6 <exec_byte_code+2486>, 0x5a4173 <exec_
byte_code+2435>, 0x5a4140 <exec_byte_code+2384>, 0x5a410d <exec_byte_code+2333>, 0x5a40dc <exec_byte_cod
---Type <return> to continue, or q <return> to quit---
e+2284>, 0x5a3c88 <exec_byte_code+1176>, 0x5a3c70 <exec_byte_code+1152>, 0x5a4097 <exec_byte_code+2215>,
 0x5a4066 <exec_byte_code+2166>, 0x5a4035 <exec_byte_code+2117>, 0x5a3ff4 <exec_byte_code+2052>, 0x5a3fb
3 <exec_byte_code+1987>, 0x5a3f82 <exec_byte_code+1938>, 0x5a3eb4 <exec_byte_code+1732>, 0x5a3e73 <exec_
byte_code+1667>, 0x5a3e32 <exec_byte_code+1602>, 0x5a3df1 <exec_byte_code+1537>, 0x5a3dbe <exec_byte_cod
e+1486>, 0x5a3d8d <exec_byte_code+1437>, 0x5a3c70 <exec_byte_code+1152>, 0x5a5ab7 <exec_byte_code+8903>,
 0x5a5a1c <exec_byte_code+8748>, 0x5a5ea5 <exec_byte_code+9909>, 0x5a5a6f <exec_byte_code+8831>, 0x5a59d
e <exec_byte_code+8686>, 0x5a59a0 <exec_byte_code+8624>, 0x5a4a74 <exec_byte_code+4740>, 0x5a5afd <exec_
byte_code+8973>, 0x5a5d2b <exec_byte_code+9531>, 0x5a5a48 <exec_byte_code+8792>, 0x5a5b96 <exec_byte_cod
e+9126>, 0x5a5b62 <exec_byte_code+9074>, 0x5a582b <exec_byte_code+8251>, 0x5a570b <exec_byte_code+7963>,
 0x5a56c6 <exec_byte_code+7894>, 0x5a567b <exec_byte_code+7819>, 0x5a55fd <exec_byte_code+7693>, 0x5a5c3
0 <exec_byte_code+9280>, 0x5a3d48 <exec_byte_code+1368>, 0x5a3d17 <exec_byte_code+1319>, 0x5a3ce6 <exec_
byte_code+1270>, 0x5a4892 <exec_byte_code+4258>, 0x5a4861 <exec_byte_code+4209>, 0x5a4820 <exec_byte_cod
e+4144>, 0x5a47df <exec_byte_code+4079>, 0x5a479e <exec_byte_code+4014>, 0x5a475d <exec_byte_code+3949>,
 0x5a46e3 <exec_byte_code+3827>, 0x5a46a2 <exec_byte_code+3762>, 0x5a4661 <exec_byte_code+3697>, 0x5a463
0 <exec_byte_code+3648>, 0x5a45ef <exec_byte_code+3583>, 0x5a45ae <exec_byte_code+3518>, 0x5a4570 <exec_
byte_code+3456>, 0x5a4532 <exec_byte_code+3394>, 0x5a44f7 <exec_byte_code+3335>, 0x5a4bd8 <exec_byte_cod
e+5096>, 0x5a4b97 <exec_byte_code+5031>, 0x5a449f <exec_byte_code+3247>, 0x5a4b47 <exec_byte_code+4951>,
 0x5a3c70 <exec_byte_code+1152>, 0x5a5937 <exec_byte_code+8519>, 0x5a58f3 <exec_byte_code+8451>, 0x5a58a
f <exec_byte_code+8383>, 0x5a5871 <exec_byte_code+8321>, 0x5a5b24 <exec_byte_code+9012>, 0x5a52c5 <exec_
byte_code+6869>, 0x5a4fad <exec_byte_code+6077>, 0x5a43a7 <exec_byte_code+2999>, 0x5a494b <exec_byte_cod
e+4443>, 0x5a48f8 <exec_byte_code+4360>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>,
 0x5a48c3 <exec_byte_code+4307>, 0x5a4a13 <exec_byte_code+4643>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c7
0 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_
byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_code+1152>, 0x5a3c70 <exec_byte_cod
e+1152>, 0x5a49d9 <exec_byte_code+4585> <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>
---Type <return> to continue, or q <return> to quit---
        stack_base = <optimized out>
        top = 0x7ffeae3a7370
        stack_lim = <optimized out>
        bytestr_data = 0x7ffeae3a73a8 "\b\021\n\020\211\022\306\033\211\307\001!\206\025"
        pc = <optimized out>
        count = 7
        result = <optimized out>
#39 0x000000000056b861 in fetch_and_exec_byte_code (args=0x7, nargs=139822531520952, syms_left=<optimize
d out>, fun=0x7f2af852a9b8) at eval.c:2931
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#40 0x000000000056b861 in funcall_lambda (fun=0x7f2af852a9b8, nargs=nargs@entry=1, arg_vector=0x7, 
    arg_vector@entry=0x7ffeae3a75a8) at eval.c:3012
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
#41 0x000000000056baef in Ffuncall (nargs=nargs@entry=2, args=args@entry=0x7ffeae3a75a0) at eval.c:2823
        fun = <optimized out>
        original_fun = 0x4000000010000000
        numargs = 1
        val = <optimized out>
        count = 6
#42 0x000000000056bc6a in call1 (fn=fn@entry=0xd470, arg1=arg1@entry=0x2dcf96d) at eval.c:2669
#43 0x00000000004f9971 in timer_check_2 (idle_timers=0x61a4bb3, timers=0x6097e43) at keyboard.c:4341
        old_deactivate_mark = 0x0
        idle_timer_ripe = <optimized out>
---Type <return> to continue, or q <return> to quit---
        timer = <optimized out>
        timer_time = {tv_sec = 1607608701, tv_nsec = 962727483}
        timer_difference = <optimized out>
        idle_timer_difference = <optimized out>
        ripe = <optimized out>
        idle_timer = <optimized out>
        idle_timer_time = {tv_sec = 1, tv_nsec = 733474640}
        difference = <optimized out>
        timer_ripe = <optimized out>
        nexttime = <optimized out>
        now = <optimized out>
        idleness_now = <optimized out>
        chosen_timer = 0x2dcf96d
        nexttime = <optimized out>
        timers = 0x6097e43
        idle_timers = 0x61a4bd3
        tem = <optimized out>
#44 0x00000000004f9971 in timer_check () at keyboard.c:4403
        nexttime = <optimized out>
        timers = 0x6097e43
        idle_timers = 0x61a4bd3
        tem = <optimized out>

#45 0x00000000004f9c39 in readable_events (flags=flags@entry=1) at keyboard.c:3405
#46 0x00000000004fa688 in get_input_pending (flags=flags@entry=1) at keyboard.c:6795
#47 0x00000000004fd658 in detect_input_pending_run_timers (do_display=do_display@entry=true)
    at keyboard.c:10350
        old_timers_run = <optimized out>
#48 0x00000000005aeb9f in wait_reading_process_output (time_limit=time_limit@entry=30, nsecs=nsecs@entry
=0, read_kbd=-1, do_display=do_display@entry=true, wait_for_cell=wait_for_cell@entry=0x0, wait_proc=wait
_proc@entry=0x0, just_wait_proc=0) at process.c:5702
        old_timers_run = 786
        old_buffer = 0x7f2af7e826f8
        old_window = 0x1d27afd
---Type <return> to continue, or q <return> to quit---
        leave = false
        process_skipped = <optimized out>
        channel = <optimized out>
        nfds = 0
        Available = {fds_bits = {262184, 0 <repeats 15 times>}}
        Writeok = {fds_bits = {0 <repeats 16 times>}}
        check_write = <optimized out>
        check_delay = <optimized out>
        no_avail = false
        xerrno = 11
        proc = <optimized out>
        timeout = {tv_sec = 0, tv_nsec = 448031378}
        end_time = <optimized out>
        timer_delay = <optimized out>
        got_output_end_time = {tv_sec = 1607608730, tv_nsec = 558967169}
        wait = TIMEOUT
        got_some_output = -1
        prev_wait_proc_nbytes_read = 0
        retry_for_async = <optimized out>
        now = {tv_sec = 1607608701, tv_nsec = 963301471}

#49 0x00000000004253f8 in sit_for (timeout=timeout@entry=0x7a, reading=reading@entry=true, display_optio
n=display_option@entry=1) at dispnew.c:6111
        sec = 30
        nsec = 0
        do_display = true
#50 0x00000000004fe3f5 in read_char (commandflag=commandflag@entry=1, map=map@entry=0x588b383, prev_even
t=<optimized out>, used_mouse_menu=used_mouse_menu@entry=0x7ffeae3a817b, end_time=end_time@entry=0x0)
    at keyboard.c:2742
        tem0 = <optimized out>
        timeout = 30
        count1 = 3
        delay_level = <optimized out>
        buffer_size = <optimized out>
---Type <return> to continue, or q <return> to quit---
        c = <optimized out>
        jmpcount = 3
        local_getcjmp = 
                {{__jmpbuf = {12668192, 94297682058112923, 139822512804056, 0, 140731821489680, 29964064
, -93919911214747749, 94303727924113307}, __mask_was_saved = 0, __saved_mask = {__val = {72, 50181981, 1
2829911151919890487, 14881881674866478593, 9376781171352934025, 9728252709601214589, 140731163456000, 2,
 6, 140731821489560, 139822524583832, 140731821489520, 51354691, 42314309, 1, 72057595094892544}}}}

        save_jump = 
                {{__jmpbuf = {0, 0, 0, 0, 0, 0, 0, 0}, __mask_was_saved = 0, __saved_mask = {__val = {0 
<repeats 16 times>}}}}
        tem = <optimized out>
        save = <optimized out>
        previous_echo_area_message = 0x0
        also_record = 0x0
        reread = false
        recorded = false
        polling_stopped_here = false
        orig_kboard = <optimized out>
#51 0x0000000000500821 in read_key_sequence (keybuf=keybuf@entry=0x7ffeae3a8270, prompt=prompt@entry=0x0
, dont_downcase_last=dont_downcase_last@entry=false, can_return_switch_frame=can_return_switch_frame@ent
ry=true, fix_current_buffer=fix_current_buffer@entry=true, prevent_redisplay=prevent_redisplay@entry=fal
se) at keyboard.c:9536
        interrupted_kboard = 0x1c93720
        interrupted_frame = 0x1d27890
        key = <optimized out>
        used_mouse_menu = false
        echo_local_start = 0
        last_real_key_start = <optimized out>
        keys_local_start = <optimized out>
        new_binding = <optimized out>
        t = <optimized out>
        echo_start = 0
        keys_start = 0
---Type <return> to continue, or q <return> to quit---
        current_binding = 0x588b383
        first_unbound = 31
        mock_input = 0
        used_mouse_menu_history = {false <repeats 30 times>}
        fkey = {parent = 0x1c3b523, map = 0x1c3b523, start = 0, end = 0}

        keytran = {parent = 0x7f2af851ef7b, map = 0x7f2af851ef7b, start = 0, end = 0}
        indec = {parent = 0x1c3b533, map = 0x1c3b533, start = 0, end = 0}
        shift_translated = false
        delayed_switch_frame = 0x0
        original_uppercase = 0x0
        original_uppercase_position = -1
        dummyflag = false
        fake_prefixed_keys = 0x0
        first_event = 0x0
        second_event = <optimized out>
#52 0x0000000000502020 in command_loop_1 () at keyboard.c:1354
        cmd = <optimized out>


        keybuf = 
          {0x200001e2, 0x18a, 0x18a, 0x4, 0x7f2af83c6a5d, 0xc8, 0xb93, 0x7f2af77af068, 0x0, 0x4000000010
000000, 0x400000003f000000, 0x4000000018000000, 0x8340, 0x7f2af7e826f8, 0xc1fd00 <lispsym+33600>, 0x0, 0
x2, 0x55acf6 <set_internal+678>, 0x8340, 0x7f2af7e826f8, 0xc1fd00 <lispsym+33600>, 0x78, 0x17c2073, 0x0,
 0x7ffeae3a84a8, 0x0, 0xfa2, 0x56ae14 <unbind_to+132>, 0x8, 0x8340}
        i = <optimized out>
        prev_modiff = 106
        prev_buffer = 0x7f2af7e826f8
#53 0x000000000056a5ee in internal_condition_case (bfun=bfun@entry=0x501e10 <command_loop_1>, handlers=h
andlers@entry=0x90, hfun=hfun@entry=0x4f8d90 <cmd_error>) at eval.c:1359
        val = <optimized out>
        c = 0x1826e70
#54 0x00000000004f374c in command_loop_2 (ignore=ignore@entry=0x0) at keyboard.c:1095
        val = 0x7f2ae7dbf000
#55 0x000000000056a58c in internal_catch (tag=tag@entry=0xd740, func=func@entry=0x4f3730 <command_loop_2
>, arg=arg@entry=0x0) at eval.c:1120
---Type <return> to continue, or q <return> to quit---
        val = <optimized out>
        c = 0x18272f0
#56 0x00000000004f3709 in command_loop () at keyboard.c:1074
#57 0x00000000004f89b6 in recursive_edit_1 () at keyboard.c:718
        val = <optimized out>
#58 0x00000000004f8cd4 in Frecursive_edit () at keyboard.c:790
        buffer = <optimized out>

#59 0x000000000041a8f3 in main (argc=1, argv=0x7ffeae3a8668) at emacs.c:2047
        stack_bottom_variable = 0x7f2afc878000
        no_loadup = false
        junk = 0x0
        dname_arg = 0x0
        ch_to_dir = 0x0
        original_pwd = <optimized out>
        dump_mode = <optimized out>
        skip_args = 0
        temacs = 0x0
        attempt_load_pdump = <optimized out>
        rlim = {rlim_cur = 10022912, rlim_max = 18446744073709551615}
        lc_all = <optimized out>
        sockfd = -1
        module_assertions = <optimized out>
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) 
(gdb) xbacktrace
Undefined command: "xbacktrace".  Try "help".
(gdb) continue
Continuing.
Backtrace:
emacs[0x50c552]
emacs[0x418ca5]
emacs[0x50ac0e]
emacs[0x50af53]
emacs[0x50b009]
/lib/libpthread.so.0(+0x11ef0)[0x7f2b06399ef0]
/home/data1/protected/Programming/git/glibc-malloc-trace-utils/libmtrace.so(+0x231e)[0x7f2b0c7f931e]
/home/data1/protected/Programming/git/glibc-malloc-trace-utils/libmtrace.so(realloc+0x215)[0x7f2b0c7f9f8
1]
emacs[0x54b4a2]
/usr/lib/libgmp.so.10(__gmpz_realloc+0x3a)[0x7f2b058a73ba]
/usr/lib/libgmp.so.10(__gmpz_mul_ui+0xaf)[0x7f2b058a41bf]
emacs[0x5ba381]
emacs[0x5bbc9b]
emacs[0x4f982e]
emacs[0x4f9c39]
emacs[0x4fa688]
emacs[0x4fd658]
emacs[0x4fde41]
emacs[0x58bc16]
emacs[0x56bb9f]
emacs[0x5a3b80]
emacs[0x56baef]
emacs[0x5a3b80]
emacs[0x56baef]
emacs[0x5a3b80]
emacs[0x56baef]
emacs[0x5a3b80]
emacs[0x56baef]
emacs[0x5a3b80]
emacs[0x56baef]
emacs[0x56d563]
emacs[0x56bb9f]
emacs[0x5a3b80]
emacs[0x56baef]
emacs[0x56bc6a]
emacs[0x4f9971]
emacs[0x4f9c39]
emacs[0x4fa688]
emacs[0x4fd658]
emacs[0x5aeb9f]
emacs[0x4253f8]
...

Thread 1 "emacs" received signal SIGBUS, Bus error.
0x00007f2b06399db0 in raise () from /lib/libpthread.so.0
(gdb) continue
Continuing.
Couldn't get registers: No such process.
Couldn't get registers: No such process.
Couldn't get registers: No such process.
(gdb) [Thread 0x7f2af6339700 (LWP 17500) exited]
[Thread 0x7f2af6bfb700 (LWP 17498) exited]
[Thread 0x7f2b0cb36100 (LWP 17479) exited]
/home/data1/protected/bin/emacs-debug.sh: line 39: 17479 Bus error               MTRACE_CTL_CHILDREN=0 M
TRACE_CTL_FILE=/home/data1/protected/tmp/mtraceEMACS.mtr LD_PRELOAD=/home/data1/protected/Programming/gi
t/glibc-malloc-trace-utils/libmtrace.so emacs

Continuing.
Couldn't get registers: No such process.
(gdb) xbacktrace
Undefined command: "xbacktrace".  Try "help".
(gdb) help
List of classes of commands:

aliases -- Aliases of other commands
breakpoints -- Making program stop at certain points
data -- Examining data
files -- Specifying and examining files
internals -- Maintenance commands
obscure -- Obscure features
running -- Running the program
stack -- Examining the stack
status -- Status inquiries
support -- Support facilities
tracepoints -- Tracing of program execution without stopping the program
user-defined -- User-defined commands

Type "help" followed by a class name for a list of commands in that class.
Type "help all" for the list of all commands.
Type "help" followed by command name for full documentation.
Type "apropos word" to search for commands related to "word".
Command name abbreviations are allowed if unambiguous.
Couldn't get registers: No such process.
(gdb) help data
Examining data.

List of commands:

agent-printf -- Agent-printf "printf format string"
append -- Append target code/data to a local file
append binary -- Append target code/data to a raw binary file
append binary memory -- Append contents of memory to a raw binary file
append binary value -- Append the value of an expression to a raw binary file
append memory -- Append contents of memory to a raw binary file
append value -- Append the value of an expression to a raw binary file
call -- Call a function in the program
disassemble -- Disassemble a specified section of memory
display -- Print value of expression EXP each time the program stops
dump -- Dump target code/data to a local file
dump binary -- Write target code/data to a raw binary file
dump binary memory -- Write contents of memory to a raw binary file
dump binary value -- Write the value of an expression to a raw binary file
dump ihex -- Write target code/data to an intel hex file
dump ihex memory -- Write contents of memory to an ihex file
dump ihex value -- Write the value of an expression to an ihex file
dump memory -- Write contents of memory to a raw binary file
dump srec -- Write target code/data to an srec file
dump srec memory -- Write contents of memory to an srec file
dump srec value -- Write the value of an expression to an srec file
dump tekhex -- Write target code/data to a tekhex file
dump tekhex memory -- Write contents of memory to a tekhex file
dump tekhex value -- Write the value of an expression to a tekhex file
dump value -- Write the value of an expression to a raw binary file
dump verilog -- Write target code/data to a verilog hex file
dump verilog memory -- Write contents of memory to a verilog hex file
dump verilog value -- Write the value of an expression to a verilog hex file
explore -- Explore a value or a type valid in the current context
---Type <return> to continue, or q <return> to quit--- q
Quit
(gdb) help

List of commands:

agent-printf -- Agent-printf "printf format string"
append -- Append target code/data to a local file
append binary -- Append target code/data to a raw binary file
append binary memory -- Append contents of memory to a raw binary file
append binary value -- Append the value of an expression to a raw binary file
append memory -- Append contents of memory to a raw binary file
append value -- Append the value of an expression to a raw binary file
call -- Call a function in the program
disassemble -- Disassemble a specified section of memory
display -- Print value of expression EXP each time the program stops
dump -- Dump target code/data to a local file
dump binary -- Write target code/data to a raw binary file
dump binary memory -- Write contents of memory to a raw binary file
dump binary value -- Write the value of an expression to a raw binary file
dump ihex -- Write target code/data to an intel hex file
dump ihex memory -- Write contents of memory to an ihex file
dump ihex value -- Write the value of an expression to an ihex file
dump memory -- Write contents of memory to a raw binary file
dump srec -- Write target code/data to an srec file
dump srec memory -- Write contents of memory to an srec file
dump srec value -- Write the value of an expression to an srec file
dump tekhex -- Write target code/data to a tekhex file
dump tekhex memory -- Write contents of memory to a tekhex file
dump tekhex value -- Write the value of an expression to a tekhex file
dump value -- Write the value of an expression to a raw binary file
dump verilog -- Write target code/data to a verilog hex file
dump verilog memory -- Write contents of memory to a verilog hex file
dump verilog value -- Write the value of an expression to a verilog hex file
explore -- Explore a value or a type valid in the current context
---Type <return> to continue, or q <return> to quit--- q
Quit