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bug#33547: 27.0.50; Emacs stuck in infinite loop in garbage collection


From: Philipp Stephani
Subject: bug#33547: 27.0.50; Emacs stuck in infinite loop in garbage collection
Date: Thu, 29 Nov 2018 17:53:02 +0100

I didn't manage to reproduce this issue yet, but it seems that
Emacs 26.2 can get stuck in an infinite loop in garbage collection:

(gdb) bt
#0  0x000000000050992c in mark_kboards () at keyboard.c:12020
#1  0x0000000000555f55 in garbage_collect_1 (end=<optimized out>) at 
alloc.c:5987
#2  0x0000000000555f55 in Fgarbage_collect () at alloc.c:6159
#3  0x000000000056e5e4 in maybe_gc () at lisp.h:4751
#4  0x000000000056e5e4 in Ffuncall (nargs=2, address@hidden) at eval.c:2809
#5  0x00000000005a95b0 in exec_byte_code (bytestr=<optimized out>, 
vector=<optimized out>, maxdepth=<optimized out>, args_template=<optimized 
out>, address@hidden, args=<optimized out>, 
    address@hidden) at bytecode.c:630
#6  0x0000000000571041 in funcall_lambda (fun=XIL(0x7ffd3b9fbbb0), 
nargs=140725603777472, address@hidden, arg_vector=0x17ffd3b9fbdd0, 
address@hidden) at eval.c:3028
#7  0x000000000056e6eb in Ffuncall (address@hidden, address@hidden) at 
eval.c:2841
#8  0x000000000056e808 in call0 (fn=<optimized out>, address@hidden(0x7b30)) at 
eval.c:2670
#9  0x000000000050488b in read_char (address@hidden, address@hidden(0xaa1e353), 
prev_event=XIL(0), address@hidden, address@hidden)
    at keyboard.c:2619
#10 0x000000000050554c in read_key_sequence
    (address@hidden, address@hidden(0), address@hidden, address@hidden, 
address@hidden, address@hidden, bufsize=30) at keyboard.c:9148
#11 0x0000000000506f84 in command_loop_1 () at keyboard.c:1368
#12 0x000000000056d91e in internal_condition_case (address@hidden 
<command_loop_1>, address@hidden(0x53d0), address@hidden <cmd_error>) at 
eval.c:1336
#13 0x00000000004f86b4 in command_loop_2 (address@hidden(0)) at keyboard.c:1110
#14 0x000000000056d88d in internal_catch (address@hidden(0xccc0), 
address@hidden <command_loop_2>, address@hidden(0)) at eval.c:1101
#15 0x00000000004f864b in command_loop () at keyboard.c:1089
#16 0x00000000004fd6b3 in recursive_edit_1 () at keyboard.c:695
#17 0x00000000004fd9ce in Frecursive_edit () at keyboard.c:766
#18 0x000000000041afc3 in main (argc=<optimized out>, argv=0x7ffd3b9fc8e8) at 
emacs.c:1751

Lisp Backtrace:
"Automatic GC" (0x0)
"vector" (0x3b9fbbb8)
"internal-echo-keystrokes-prefix" (0x3b9fbdd0)

In this situation, Emacs never leaves mark_kboards.  The variables here
are:

(gdb) p &kbd_buffer
$7 = (union buffered_input_event (*)[4096]) 0x9a23e0 <kbd_buffer>
(gdb) p ((union buffered_input_event*)kbd_buffer + 4096)
$9 = (union buffered_input_event *) 0x9da3e0 <input_was_pending>
(gdb) p kbd_fetch_ptr
$4 = (union buffered_input_event *) 0x9d9340 <kbd_buffer+225120>
(gdb) p kbd_store_ptr
$5 = (union buffered_input_event * volatile) 0x9a23e0 <kbd_buffer>
(gdb) p event
$6 = (union buffered_input_event *) 0x9ad078 <kbd_buffer+44184>


The loop starts with

    for (event = kbd_fetch_ptr; event != kbd_store_ptr; event++)
      {
        if (event == kbd_buffer + KBD_BUFFER_SIZE)
          event = kbd_buffer;

This seems suspicious given that kbd_fetch_ptr > kbd_store_ptr.  It
seems like this loop can never terminate, but I don't know how we got
into that situation.

(gdb) bt full
#0  0x000000000050992c in mark_kboards () at keyboard.c:12020
        event = 0x9ad078 <kbd_buffer+44184>
        kb = <optimized out>
        p = <optimized out>
#1  0x0000000000555f55 in garbage_collect_1 (end=<optimized out>) at 
alloc.c:5987
        nextb = <optimized out>
        i = <optimized out>
        stack_top_variable = 0 '\000'
        message_p = false
        tot_before = 0
        total = {XIL(0), XIL(0x4), XIL(0x7ffd3b9fbd50), XIL(0x5aae61), 
XIL(0x73de6d), XIL(0xfffffffffe0a3ba0), XIL(0), XIL(0xb7ed375), XIL(0xc660), 
XIL(0)}
#2  0x0000000000555f55 in Fgarbage_collect () at alloc.c:6159
#3  0x000000000056e5e4 in maybe_gc () at lisp.h:4751
        fun = <optimized out>
        original_fun = <optimized out>
        numargs = 1
        val = <optimized out>
        count = 4
#4  0x000000000056e5e4 in Ffuncall (nargs=2, address@hidden) at eval.c:2809
        fun = <optimized out>
        original_fun = <optimized out>
        numargs = 1
        val = <optimized out>
        count = 4
#5  0x00000000005a95b0 in exec_byte_code (bytestr=<optimized out>, 
vector=<optimized out>, maxdepth=<optimized out>, args_template=<optimized 
out>, address@hidden, args=<optimized out>, 
    address@hidden) at bytecode.c:630
        op = <optimized out>
        type = <optimized out>
        targets = 
          {0x5ab9e9 <exec_byte_code+9993>, 0x5a98bd <exec_byte_code+1501>, 
0x5a98b8 <exec_byte_code+1496>, 0x5a98b3 <exec_byte_code+1491>, 0x5a96d8 
<exec_byte_code+1016>, 0x5a96d8 <exec_byte_code+1016>, 0x5a987d 
<exec_byte_code+1437>, 0x5a983d <exec_byte_code+1373>, 0x5aa1e6 
<exec_byte_code+3846>, 0x5aa20c <exec_byte_code+3884>, 0x5aa207 
<exec_byte_code+3879>, 0x5aa202 <exec_byte_code+3874>, 0x5a967f 
<exec_byte_code+927>, 0x5a9680 <exec_byte_code+928>, 0x5aa3c0 
<exec_byte_code+4320>, 0x5aa1eb <exec_byte_code+3851>, 0x5aa294 
<exec_byte_code+4020>, 0x5aa28f <exec_byte_code+4015>, 0x5aa28a 
<exec_byte_code+4010>, 0x5aa285 <exec_byte_code+4005>, 0x5a95ca 
<exec_byte_code+746>, 0x5a95d0 <exec_byte_code+752>, 0x5aa261 
<exec_byte_code+3969>, 0x5aa26e <exec_byte_code+3982>, 0x5aa703 
<exec_byte_code+5155>, 0x5aa6fe <exec_byte_code+5150>, 0x5aa6f9 
<exec_byte_code+5145>, 0x5aa6f4 <exec_byte_code+5140>, 0x5a9638 
<exec_byte_code+856>, 0x5a9640 <exec_byte_code+864>, 0x5aa228 
<exec_byte_code+3912>, 0x5aa211 <exec_byte_code+3889>, 0x5aa6cb 
<exec_byte_code+5099>, 0x5aa6c6 <exec_byte_code+5094>, 0x5aa6c1 
<exec_byte_code+5089>, 0x5aa6bc <exec_byte_code+5084>, 0x5a9586 
<exec_byte_code+678>, 0x5a9590 <exec_byte_code+688>, 0x5aa6e7 
<exec_byte_code+5127>, 0x5aa6d0 <exec_byte_code+5104>, 0x5aa693 
<exec_byte_code+5043>, 0x5aa68e <exec_byte_code+5038>, 0x5aa689 
<exec_byte_code+5033>, 0x5aa684 <exec_byte_code+5028>, 0x5a9521 
<exec_byte_code+577>, 0x5a9528 <exec_byte_code+584>, 0x5aa6af 
<exec_byte_code+5071>, 0x5aa698 <exec_byte_code+5048>, 0x5ab44e 
<exec_byte_code+8558>, 0x5ab5d8 <exec_byte_code+8952>, 0x5ab518 
<exec_byte_code+8760>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab259 
<exec_byte_code+8057>, 0x5ab21a <exec_byte_code+7994>, 0x5ab1d5 
<exec_byte_code+7925>, 0x5ab190 <exec_byte_code+7856>, 0x5ab152 
<exec_byte_code+7794>, 0x5aa30a <exec_byte_code+4138>, 0x5aa2d1 
<exec_byte_code+4081>, 0x5ab125 <exec_byte_code+7749>, 0x5aa34c 
<exec_byte_code+4204>, 0x5aa299 <exec_byte_code+4025>, 0x5ab0ec 
<exec_byte_code+7692>, 0x5ab0c3 <exec_byte_code+7651>, 0x5ab08a 
<exec_byte_code+7594>, 0x5ab057 <exec_byte_code+7543>, 0x5ab024 
<exec_byte_code+7492>, 0x5aafb9 <exec_byte_code+7385>, 0x5aaf80 
<exec_byte_code+7328>, 0x5aaf43 <exec_byte_code+7267>, 0x5aaf1a 
<exec_byte_code+7226>, 0x5aaef1 <exec_byte_code+7185>, 0x5aaeb8 
<exec_byte_code+7128>, 0x5aae7f <exec_byte_code+7071>, 0x5aae46 
<exec_byte_code+7014>, 0x5aae09 <exec_byte_code+6953>, 0x5aadd6 
<exec_byte_code+6902>, 0x5aada3 <exec_byte_code+6851>, 0x5aad70 
<exec_byte_code+6800>, 0x5aacec <exec_byte_code+6668>, 0x5aacaa 
<exec_byte_code+6602>, 0x5aac16 <exec_byte_code+6454>, 0x5aabd8 
<exec_byte_code+6392>, 0x5aab9a <exec_byte_code+6330>, 0x5aab5c 
<exec_byte_code+6268>, 0x5aab1e <exec_byte_code+6206>, 0x5aaaeb 
<exec_byte_code+6155>, 0x5aaaaa <exec_byte_code+6090>, 0x5aaa77 
<exec_byte_code+6039>, 0x5aaa44 <exec_byte_code+5988>, 0x5aaa11 
<exec_byte_code+5937>, 0x5aa9de <exec_byte_code+5886>, 0x5aa92f 
<exec_byte_code+5711>, 0x5a9750 <exec_byte_code+1136>, 0x5aa906 
<exec_byte_code+5670>, 0x5aa8d8 <exec_byte_code+5624>, 0x5aa853 
<exec_byte_code+5491>, 0x5aa810 <exec_byte_code+5424>, 0x5aa7e7 
<exec_byte_code+5383>, 0x5aa7bc <exec_byte_code+5340>, 0x5aa791 
<exec_byte_code+5297>, 0x5aa75e <exec_byte_code+5246>, 0x5aa733 
<exec_byte_code+5203>, 0x5ab9e9 <exec_byte_code+9993>, 0x5aa708 
<exec_byte_code+5160>, 0x5a9f9f <exec_byte_code+3263>, 0x5a9f74 
<exec_byte_code+3220>, 0x5a9f49 <exec_byte_code+3177>, 0x5a9f1e 
<exec_byte_code+3134>, 0x5a9ef5 <exec_byte_code+3093>, 0x5a9750 
<exec_byte_code+1136>, 0x5ab9e9 <exec_byte_code+9993>, 0x5a9eb6 
<exec_byte_code+3030>, 0x5a9e8d <exec_byte_code+2989>, 0x5a9e64 
<exec_byte_code+2948>, 0x5aa003 <exec_byte_code+3363>, 0x5a9fca 
<exec_byte_code+3306>, 0x5a9b20 <exec_byte_code+2112>, 0x5a9aff 
<exec_byte_code+2079>, 0x5a9ac6 <exec_byte_code+2022>, 0x5a9a8d 
<exec_byte_code+1965>, 0x5a9a54 <exec_byte_code+1908>, 0x5a9a29 
<exec_byte_code+1865>, 0x5a9c9c <exec_byte_code+2492>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5aa3fb <exec_byte_code+4379>, 0x5aa632 
<exec_byte_code+4946>, 0x5aa384 <exec_byte_code+4260>, 0x5aa5f6 
<exec_byte_code+4886>, 0x5aa5c1 <exec_byte_code+4833>, 0x5aa588 
<exec_byte_code+4776>, 0x5aa03c <exec_byte_code+3420>, 0x5aa43a 
<exec_byte_code+4442>, 0x5aa235 <exec_byte_code+3925>, 0x5aa3cd 
<exec_byte_code+4333>, 0x5ab4a9 <exec_byte_code+8649>, 0x5ab47b 
<exec_byte_code+8603>, 0x5ab598 <exec_byte_code+8888>, 0x5ab400 
<exec_byte_code+8480>, 0x5ab3c3 <exec_byte_code+8419>, 0x5ab37d 
<exec_byte_code+8349>, 0--Type <RET> for more, q to quit, c to continue without 
paging--c
x5ab30a <exec_byte_code+8234>, 0x5aa660 <exec_byte_code+4992>, 0x5a9c5f 
<exec_byte_code+2431>, 0x5a9c36 <exec_byte_code+2390>, 0x5a9c0d 
<exec_byte_code+2349>, 0x5a9be4 <exec_byte_code+2308>, 0x5a9bbb 
<exec_byte_code+2267>, 0x5a9b82 <exec_byte_code+2210>, 0x5a9b49 
<exec_byte_code+2153>, 0x5a9d90 <exec_byte_code+2736>, 0x5a9d57 
<exec_byte_code+2679>, 0x5a9cfe <exec_byte_code+2590>, 0x5a9cc5 
<exec_byte_code+2533>, 0x5a9df2 <exec_byte_code+2834>, 0x5a9dc9 
<exec_byte_code+2793>, 0x5a9e2b <exec_byte_code+2891>, 0x5a99f0 
<exec_byte_code+1808>, 0x5a99b8 <exec_byte_code+1752>, 0x5a9980 
<exec_byte_code+1696>, 0x5a994d <exec_byte_code+1645>, 0x5aa9ab 
<exec_byte_code+5835>, 0x5aa972 <exec_byte_code+5778>, 0x5a9907 
<exec_byte_code+1575>, 0x5a98c2 <exec_byte_code+1506>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5aa52f <exec_byte_code+4687>, 0x5aa4f8 
<exec_byte_code+4632>, 0x5aa4c1 <exec_byte_code+4577>, 0x5aa48d 
<exec_byte_code+4525>, 0x5aa459 <exec_byte_code+4473>, 0x5aafe2 
<exec_byte_code+7426>, 0x5aad2e <exec_byte_code+6734>, 0x5aa896 
<exec_byte_code+5558>, 0x5a97fc <exec_byte_code+1308>, 0x5a97af 
<exec_byte_code+1231>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5a977e <exec_byte_code+1182>, 0x5aa0cd 
<exec_byte_code+3565>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5ab9e9 <exec_byte_code+9993>, 0x5ab9e9 
<exec_byte_code+9993>, 0x5aa09b <exec_byte_code+3515> <repeats 64 times>}
        const_length = <optimized out>
        bytestr_length = <optimized out>
        vectorp = 0x743010 <pure+829360>
        quitcounter = 1 '\001'
        stack_items = <optimized out>
        sa_avail = <optimized out>
        sa_count = <optimized out>
        sa_must_free = <optimized out>
        stack_base = <optimized out>
        stack_lim = <optimized out>
        top = 0x7ffd3b9fbbb0
        void_stack_lim = <optimized out>
        bytestr_data = <optimized out>
        pc = <optimized out>
        count = <optimized out>
        result = <optimized out>
#6  0x0000000000571041 in funcall_lambda (fun=XIL(0x7ffd3b9fbbb0), 
nargs=140725603777472, address@hidden, arg_vector=0x17ffd3b9fbdd0, 
address@hidden) at eval.c:3028
        val = <optimized out>
        syms_left = <optimized out>
        lexenv = <optimized out>
        i = <optimized out>
        optional = <optimized out>
        rest = <optimized out>
        previous_optional_or_rest = <optimized out>
#7  0x000000000056e6eb in Ffuncall (address@hidden, address@hidden) at 
eval.c:2841
        fun = <optimized out>
        original_fun = XIL(0x7b30)
        numargs = 0
        val = <optimized out>
        count = 3
#8  0x000000000056e808 in call0 (fn=<optimized out>, address@hidden(0x7b30)) at 
eval.c:2670
#9  0x000000000050488b in read_char (address@hidden, address@hidden(0xaa1e353), 
prev_event=XIL(0), address@hidden, address@hidden) at keyboard.c:2619
        c = <optimized out>
        jmpcount = 3
        local_getcjmp = {{
            __jmpbuf = {44149952, 3937684359170571700, 3, 0, 10326792, 0, 
3936423309431456331, -3937681285116542389}, 
            __mask_was_saved = 0, 
            __saved_mask = {
              __val = {93642533, 33264, 59304257, 0, 5655602, 0, 4, 0, 
93642528, 6, 0, 1, 140725603778848, 59304257, 0, 0}
            }
          }}
        save_jump = {{
            __jmpbuf = {44077824, 0, 65, 140725603770752, -33016736, 5695344, 
-33130304, 65}, 
            __mask_was_saved = 1000317776, 
            __saved_mask = {
              __val = {65, 0, 140725603770782, 140725603770744, 5936560, 
78055685, 4, 48, 96, 1, 210453397508, 0, 0, 472446402651, 0, 0}
            }
          }}
        tem = <optimized out>
        save = <optimized out>
        previous_echo_area_message = XIL(0)
        also_record = XIL(0)
        reread = false
        recorded = false
        polling_stopped_here = false
        orig_kboard = 0x3487850
#10 0x000000000050554c in read_key_sequence (address@hidden, address@hidden(0), 
address@hidden, address@hidden, address@hidden, address@hidden, bufsize=30) at 
keyboard.c:9148
        interrupted_kboard = 0x3487850
        interrupted_frame = 0x11d6c30 <bss_sbrk_buffer+8248112>
        key = <optimized out>
        used_mouse_menu = false
        echo_local_start = 0
        last_real_key_start = 0
        keys_local_start = 0
        new_binding = <optimized out>
        t = 0
        echo_start = 0
        keys_start = 0
        current_binding = XIL(0xaa1e353)
        first_event = XIL(0)
        first_unbound = 31
        mock_input = 0
        fkey = {
          parent = XIL(0x10d76d3), 
          map = XIL(0x10d76d3), 
          start = 0, 
          end = 0
        }
        keytran = {
          parent = XIL(0xa63a93), 
          map = XIL(0xa63a93), 
          start = 0, 
          end = 0
        }
        indec = {
          parent = XIL(0x10d7703), 
          map = XIL(0x10d7703), 
          start = 0, 
          end = 0
        }
        shift_translated = false
        delayed_switch_frame = XIL(0)
        original_uppercase = XIL(0)
        original_uppercase_position = -1
        dummyflag = false
        fake_prefixed_keys = XIL(0)
#11 0x0000000000506f84 in command_loop_1 () at keyboard.c:1368
        cmd = <optimized out>
        keybuf = {make_number(80), make_number(52), make_number(98), 
XIL(0x2a09300), XIL(0x3), XIL(0x56e770), XIL(0x1), XIL(0xaa767c3), 
XIL(0x7ffd3b9fc610), XIL(0), XIL(0xaa767c3), XIL(0), XIL(0xffffffffffffffff), 
XIL(0x571cf4), XIL(0xfffffffffe063960), XIL(0xaa767c3), XIL(0x678884), XIL(0), 
XIL(0), XIL(0x4a6d53413cc7100), XIL(0x7ffd3b9fc610), XIL(0x4fda7f), 
XIL(0x7ffd3b9fc610), XIL(0), XIL(0), XIL(0x4fdbbf), XIL(0), XIL(0x56e229), 
XIL(0x5), XIL(0x7b60)}
        i = <optimized out>
        prev_modiff = 22
        prev_buffer = 0x386d23a0
#12 0x000000000056d91e in internal_condition_case (address@hidden 
<command_loop_1>, address@hidden(0x53d0), address@hidden <cmd_error>) at 
eval.c:1336
        val = <optimized out>
        c = 0x33412c0
#13 0x00000000004f86b4 in command_loop_2 (address@hidden(0)) at keyboard.c:1110
        val = XIL(0x99)
#14 0x000000000056d88d in internal_catch (address@hidden(0xccc0), 
address@hidden <command_loop_2>, address@hidden(0)) at eval.c:1101
        val = <optimized out>
        c = 0x33411a0
#15 0x00000000004f864b in command_loop () at keyboard.c:1089
#16 0x00000000004fd6b3 in recursive_edit_1 () at keyboard.c:695
        val = <optimized out>
#17 0x00000000004fd9ce in Frecursive_edit () at keyboard.c:766
        buffer = <optimized out>
#18 0x000000000041afc3 in main (argc=<optimized out>, argv=0x7ffd3b9fc8e8) at 
emacs.c:1751
        stack_bottom_variable = 0x7f294f292b4b <__libc_calloc+635>
        dumping = <optimized out>
        skip_args = 0
        no_loadup = false
        junk = 0x0
        dname_arg = 0x0
        ch_to_dir = 0x0
        original_pwd = <optimized out>
        disable_aslr = <optimized out>
        rlim = {
          rlim_cur = 10022912, 
          rlim_max = 18446744073709551615
        }
        sockfd = -1
        module_assertions = <optimized out>

Lisp Backtrace:
"Automatic GC" (0x0)
"vector" (0x3b9fbbb8)
"internal-echo-keystrokes-prefix" (0x3b9fbdd0)

(gdb) xbacktrace
"Automatic GC" (0x0)
"vector" (0x3b9fbbb8)
"internal-echo-keystrokes-prefix" (0x3b9fbdd0)




In GNU Emacs 27.0.50 (build 46, x86_64-pc-linux-gnu, GTK+ Version 3.22.24)
 of 2018-11-27
Repository revision: e02d375cb6670e2306b9c67d7f6fd2dd1d1b2711
Repository branch: master
Windowing system distributor 'The X.Org Foundation', version 11.0.11906000
System Description: Debian GNU/Linux buster/sid

Recent messages:
For information about GNU Emacs and the GNU system, type C-h C-a.
Source file 
‘/usr/local/google/home/phst/ThirdParty/emacs-master/lisp/emacs-lisp/bytecomp.el’
 newer than byte-compiled file
Eager macro-expansion failure: (wrong-number-of-arguments (2 . 2) 4)

Configured using:
 'configure --without-threads --enable-gcc-warnings=warn-only
 --enable-gtk-deprecation-warnings --without-pop --with-mailutils
 --enable-checking --enable-check-lisp-object-type --with-modules
 'CFLAGS=-O0 -ggdb3''

Configured features:
XPM JPEG TIFF GIF PNG SOUND DBUS GSETTINGS GLIB NOTIFY INOTIFY GNUTLS
FREETYPE XFT ZLIB TOOLKIT_SCROLL_BARS GTK3 X11 XDBE XIM MODULES JSON 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 dired dired-loaddefs
format-spec rfc822 mml easymenu mml-sec epa derived epg epg-config
gnus-util rmail rmail-loaddefs time-date mm-decode mm-bodies mm-encode
mail-parse rfc2231 mailabbrev gmm-utils mailheader sendmail rfc2047
rfc2045 ietf-drums mm-util mail-prsvr mail-utils phst pcase ffap
thingatpt url-parse auth-source cl-seq eieio eieio-core cl-macs
eieio-loaddefs password-cache json map url-vars subr-x rx gnutls puny
seq byte-opt gv bytecomp byte-compile cconv dbus xml cl-loaddefs cl-lib
elec-pair mule-util tooltip eldoc electric uniquify ediff-hook vc-hooks
lisp-float-type mwheel term/x-win x-win term/common-win x-dnd tool-bar
dnd fontset image regexp-opt fringe tabulated-list replace newcomment
text-mode elisp-mode lisp-mode prog-mode register page menu-bar
rfn-eshadow isearch timer select scroll-bar mouse jit-lock font-lock
syntax facemenu font-core term/tty-colors frame cl-generic cham georgian
utf-8-lang misc-lang vietnamese tibetan thai tai-viet lao korean
japanese eucjp-ms cp51932 hebrew greek romanian slovak czech european
ethiopic indian cyrillic chinese composite charscript charprop
case-table epa-hook jka-cmpr-hook help simple abbrev obarray minibuffer
cl-preloaded nadvice loaddefs button faces cus-face macroexp files
text-properties overlay sha1 md5 base64 format env code-pages mule
custom widget hashtable-print-readable backquote 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 108712 8519)
 (symbols 48 21762 1)
 (strings 32 32823 2052)
 (string-bytes 1 893166)
 (vectors 16 16431)
 (vector-slots 8 532238 6552)
 (floats 8 52 65)
 (intervals 56 221 0)
 (buffers 992 12))

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