From mboxrd@z Thu Jan 1 00:00:00 1970 Path: news.gmane.org!.POSTED!not-for-mail From: Mark Oteiza Newsgroups: gmane.emacs.devel Subject: Re: pure-fns in byte-opt.el Date: Thu, 27 Jul 2017 20:24:48 -0400 Message-ID: <20170728002448.GA2431@holos.localdomain> References: <20170725020650.GA12601@holos.localdomain> <20170726010000.GA14292@holos.localdomain> <83o9s75kus.fsf@gnu.org> <20170727023608.GA1895@holos.localdomain> <83y3r94xo5.fsf@gnu.org> NNTP-Posting-Host: blaine.gmane.org Mime-Version: 1.0 Content-Type: multipart/mixed; boundary="YiEDa0DAkWCtVeE4" Content-Transfer-Encoding: 8bit X-Trace: blaine.gmane.org 1501201558 15050 195.159.176.226 (28 Jul 2017 00:25:58 GMT) X-Complaints-To: usenet@blaine.gmane.org NNTP-Posting-Date: Fri, 28 Jul 2017 00:25:58 +0000 (UTC) User-Agent: Mutt/1.8.3 (2017-05-23) Cc: schwab@suse.de, emacs-devel@gnu.org To: Eli Zaretskii Original-X-From: emacs-devel-bounces+ged-emacs-devel=m.gmane.org@gnu.org Fri Jul 28 02:25:47 2017 Return-path: Envelope-to: ged-emacs-devel@m.gmane.org Original-Received: from lists.gnu.org ([208.118.235.17]) by blaine.gmane.org with esmtp (Exim 4.84_2) (envelope-from ) id 1dat65-0002px-GS for ged-emacs-devel@m.gmane.org; Fri, 28 Jul 2017 02:25:42 +0200 Original-Received: from localhost ([::1]:45217 helo=lists.gnu.org) by lists.gnu.org with esmtp (Exim 4.71) (envelope-from ) id 1dat66-0002cR-HZ for ged-emacs-devel@m.gmane.org; Thu, 27 Jul 2017 20:25:42 -0400 Original-Received: from eggs.gnu.org ([2001:4830:134:3::10]:37851) by lists.gnu.org with esmtp (Exim 4.71) (envelope-from ) id 1dat5M-0002cB-Fj for emacs-devel@gnu.org; Thu, 27 Jul 2017 20:25:00 -0400 Original-Received: from Debian-exim by eggs.gnu.org with spam-scanned (Exim 4.71) (envelope-from ) id 1dat5I-0001cA-BV for emacs-devel@gnu.org; Thu, 27 Jul 2017 20:24:56 -0400 Original-Received: from mail-qk0-x22f.google.com ([2607:f8b0:400d:c09::22f]:33732) by eggs.gnu.org with esmtps (TLS1.0:RSA_AES_128_CBC_SHA1:16) (Exim 4.71) (envelope-from ) id 1dat5I-0001bM-0Z for emacs-devel@gnu.org; Thu, 27 Jul 2017 20:24:52 -0400 Original-Received: by mail-qk0-x22f.google.com with SMTP id a77so14569818qkb.0 for ; Thu, 27 Jul 2017 17:24:51 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=udel-edu.20150623.gappssmtp.com; s=20150623; h=date:from:to:cc:subject:message-id:references:mime-version :content-disposition:content-transfer-encoding:in-reply-to :user-agent; bh=LVy59V7YrivP+adEzWmdcKKLhcdxCZoCLEJIdnu2y68=; b=Sj4cLGqUlIZ1lJUZgnYGQ5lpnpmnLHooiqkEm0g/PJNNaxEK5JTaftyMxbNdLvn7zq ObAB+PZz30fMWnDn5Brr5XFqGtrCAWVhxnPAxBn7SaKkfQimoo7FepGT3xCQKWCUtJh2 nU+uVeUZTYTWXYx5vHzLgr0VVJL7W1/bofMe6uZh+ut6GqRb6op2y6ExKWOzyWScgj/n JZicpTFzlUk3wCg0Nnx8NnSdwOld1U/zCjNKFGt9n1oWFdYD1r2C+i1ss+/sBi0r5yUl oTTArwMtPFIgTqWT1lrdMkXeJwFqTJbzBouEC7yZrMLGSsBmZCudB5r8Rd3rnxOv8x7f McsQ== X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=1e100.net; s=20161025; h=x-gm-message-state:date:from:to:cc:subject:message-id:references :mime-version:content-disposition:content-transfer-encoding :in-reply-to:user-agent; bh=LVy59V7YrivP+adEzWmdcKKLhcdxCZoCLEJIdnu2y68=; b=MXxydkWnf2D9kCsIeRYGqd76SmHbNrCosrr3ODi7l7IUjPCzEfVmXDSr/Il/qEjA1x t9TV4ZYMv/AWBWQ6Y022ZVouCSi+ijeHO+yC0IjVBVZNsfOHQt/7LngSr5+7/qDJTuIf 1+1UoHtB1Ad/Q7rnPPrLlnFrzusPJMCdvzSaW5QAyPj7UeXYdQl61BlOEAvfWTCBlo9D nkztmUSkiaYkMwSG7wVWHYHOLh0gCLcqs9PjeAPaj7gDhKt/aNaMM+zAckmWr9TNNoFW t5yyGy7VbWh+btmrdIIU4CDrYvaC4DJafBKiLygMwF7hrTg5I3cXyDdY8DgQApKGwnMe YMSA== X-Gm-Message-State: AIVw113GjcjbZjirnAcQb7YAMNU18hLhwJ8DA/DDfQ8CRTRk12+MR3Oi 7/0pAYR4eXP3eBwW X-Received: by 10.55.204.87 with SMTP id r84mr8615407qki.244.1501201491026; Thu, 27 Jul 2017 17:24:51 -0700 (PDT) Original-Received: from holos.localdomain (pool-173-64-125-158.bltmmd.fios.verizon.net. [173.64.125.158]) by smtp.gmail.com with ESMTPSA id 64sm15591783qky.78.2017.07.27.17.24.48 (version=TLS1_2 cipher=ECDHE-RSA-CHACHA20-POLY1305 bits=256/256); Thu, 27 Jul 2017 17:24:49 -0700 (PDT) Original-Received: by holos.localdomain (Postfix, from userid 1000) id 8746868E79; Thu, 27 Jul 2017 20:24:48 -0400 (EDT) Content-Disposition: inline In-Reply-To: <83y3r94xo5.fsf@gnu.org> X-detected-operating-system: by eggs.gnu.org: Genre and OS details not recognized. X-Received-From: 2607:f8b0:400d:c09::22f X-BeenThere: emacs-devel@gnu.org X-Mailman-Version: 2.1.21 Precedence: list List-Id: "Emacs development discussions." List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , Errors-To: emacs-devel-bounces+ged-emacs-devel=m.gmane.org@gnu.org Original-Sender: "Emacs-devel" Xref: news.gmane.org gmane.emacs.devel:217089 Archived-At: --YiEDa0DAkWCtVeE4 Content-Type: text/plain; charset=utf-8; format=flowed Content-Disposition: inline Content-Transfer-Encoding: 8bit On 27/07/17 at 08:06pm, Eli Zaretskii wrote: >> Date: Wed, 26 Jul 2017 22:36:08 -0400 >> From: Mark Oteiza >> Cc: schwab@suse.de, emacs-devel@gnu.org >> >> >If you could run the offending command under a debugger and show both >> >C-level and Lisp-level backtrace from the error, maybe we could become >> >wiser. (Let me know if you need help in staging the experiment and/or >> >collecting the data after you catch the error.) >> >> Here is the point during the build the error happens: >> >> "../../src/bootstrap-emacs" -batch --no-site-file --no-site-lisp -L . -l >> unidata-gen \ >> -f unidata-gen-file ../../lisp/international/uni-decomposition.el . >> Loading macroexp.elc... >> Wrong type argument: listp, "щай" >> >> I set a breakpoint at wrong_type_argument >> >> Thread 1 "bootstrap-emacs" hit Breakpoint 4, wrong_type_argument ( >> predicate=XIL(0x8550), value=XIL(0x3dee414)) at data.c:154 >> 154 xsignal2 (Qwrong_type_argument, predicate, value); >> (gdb) xbacktrace >> >> >> I would need help with digging deeper. > >Is this still relevant, i.e. do you still want to understand the >details of the problem? If so, please show the C-level backtrace (the >result of the "bt" command), and I will try to tell you where to look >for those details. Yes, I'd like to better understand what is going on here. Looking at Fmake_vector and read_vector, I see that calling make-vector and reading a literal vector do very different things, but how this ultimately results in the error is not obvious to me. --YiEDa0DAkWCtVeE4 Content-Type: text/plain; charset=utf-8 Content-Disposition: attachment; filename="btfull.txt" Content-Transfer-Encoding: quoted-printable #0 0x00000000005eb363 in wrong_type_argument (predicate=3DXIL(0x8550), val= ue=3DXIL(0x3df5914)) at data.c:154 #1 0x000000000065ed98 in exec_byte_code (bytestr=3DXIL(0x2d8cb34), vector= =3DXIL(0x17aec35), maxdepth=3Dmake_number(13), args_template=3DXIL(0), narg= s=3D0, args=3D0x0) at bytecode.c:512 op =3D 64 type =3D CATCHER targets =3D=20 {0x662c4e , 0x662cb3 = , 0x662cb5 , 0x662cb7 , 0x662cb= 9 , 0x662cb9 , 0x662d36 , 0x662dc5 , 0x65eb5a , 0x65eb5c , 0x65eb5e , 0x65= eb60 , 0x65eb62 , 0x65eb62 , 0x65eb6b , 0x65eb17 , 0x65ef9f , 0x65efa1 , 0x65e= fa3 , 0x65efa5 , 0x65efa7 , 0x65efa7 , 0x65eff1 , 0x65efb0 , 0x65f1ff , 0x65f2= 01 , 0x65f203 , 0x65f205 , 0x65f207 , 0x65f207 , 0x65f19e , 0x65f1be , 0x65f2e= 5 , 0x65f2e7 , 0x65f2e9 , 0x65f2eb , 0x65f2ed , 0x65f2ed , 0x65f284 , 0x65f2a4= , 0x65f3d3 , 0x65f3d5 , 0x65f3d7 , 0x65f3d9 = , 0x65f3db , 0x65f3db , 0x65f372 = , 0x65f392 , 0x65fe1c , 0x65fce4 , 0x65fcd8 ,= 0x662c4e , 0x662c4e , 0x662c4e= , 0x662c4e , 0x662c4e , 0x6600b6 , 0x6601c7 , 0x660246 , 0x6602c6 , 0x6603= 47 , 0x65edd6 , 0x65ee76 , 0x6603e0 , 0x65ed2e , 0x65eef6 , 0x660467 , 0x6604e= 7 , 0x660541 , 0x6605c1 , 0x660628 , 0x660732 , 0x66078c , 0x66080c , 0x6608af= , 0x660909 , 0x660963 , 0x6609e3 , 0x660a63 = , 0x660ae3 , 0x660b86 , 0x660bed = , 0x660c54 , 0x660d5e , 0x660df3 , 0x660e88 , 0x661072 , 0x6610f7 , 0x661= 17c , 0x661201 , 0x661286 , 0x6612ed , 0x661386 , 0x6613ed , 0x661454 ,= 0x6614bb , 0x661609 , 0x65fb1c= , 0x661679 , 0x6616d3 , 0x6617d5 , 0x661850 , 0x6618c0 , 0x66191a , 0x6= 61972 , 0x6619ca , 0x661a2a , 0x662c4e , 0x661a94 , 0x661aec , 0x661b44 , 0x661b9c , 0x661bf4 , 0x661c= 4c , 0x65fb1c , 0x662c4e , 0x661ca6 , 0x661d0d , 0x661d67 , 0x661dc1 , 0= x661e41 , 0x661ec1 , 0x661f1b <= exec_byte_code+14564>, 0x662030 , 0x6620b0 , 0x662130 , 0x6621b0 , 0x662208 , 0x662c4e , 0x65= fa1d , 0x65f4ab , 0x65ec7b , 0x65f59a , 0x65f63f , 0x65f6e1 , 0x65f9bf , 0x65f= 9d7 , 0x65f136 , 0x65fac7 , 0x65fb5f , 0x65fbfc , 0x65fc51 , 0x65fe74 , 0x65ff= 03 , 0x65ffa6 , 0x66001b , 0x65f44e , 0x662262 , 0x662305 , 0x66235f , 0x66= 23b9 , 0x662413 , 0x66246d , 0x6624ed , 0x66256d , 0x6625ed , 0x66266d = , 0x6627d8 , 0x662858 , 0x6628d= 8 , 0x662932 , 0x6629b2 , 0x662a32 , 0x662a8c , 0x662ae6 , 0x661522 , 0= x661589 , 0x662b4d , 0x662bce <= exec_byte_code+17815>, 0x662c4e , 0x65f783 , 0x65f7a9 , 0x65f830 = , 0x65f8b7 , 0x65f93b , 0x66068f = , 0x660cbb , 0x661732 , 0x662e7f , 0x662f09 , 0x662c4e , 0x662c4e , 0x662= fc0 , 0x663071 , 0x662c4e , 0x662c4e , 0x662c4e , 0x662c4e , 0x662c4e ,= 0x662c4e , 0x662c4e , 0x662c4e= , 0x663277 } const_length =3D 69 bytestr_length =3D 853 vectorp =3D 0x17aec38 quitcounter =3D 140 '\214' stack_items =3D 14 sa_avail =3D 15419 sa_count =3D 62 sa_must_free =3D false stack_base =3D 0x7fffffffae70 stack_lim =3D 0x7fffffffaee0 top =3D 0x7fffffffae78 void_stack_lim =3D 0x7fffffffaee0 bytestr_data =3D 0x7fffffffaee0 "\306\307!\310C=C8=89\211\211\211\2= 11\211\211\211\211\030\031\032\033\034\035\036,\036-\036.\036/\036\060\036\= 061\016\062\025\311\026,\r\203\352\001\r@\024\rA\025\f@\023\016\063\016\064= \f8!\211\022:\203\276" pc =3D 0x7fffffffb17a "\211\024\250\203\244\002\f\202\251\002\f\016= \060\236A\026C\r\346\016C!\240\210\rA\211\025\204\230\002\016:\016=3D\347\3= 50\016:\016=3DH\351#I\210+\016=3DT\211\026=3D\202u\002*\331\016\061\t\211\3= 25\\B\347\350\016:\351##\210*\016=3DT\211\026=3D\202S\002*\335\016.G\310\"\= 026-\330\021\016.\310\034\211\036?\203<\003\016?@\211\024A\310\036D\211\036= ?\203(\003\016?@\026D\331\016\061\016D\tT#\210\016?A\211\026?\204\021\003*\= 016-\t\f@I\210\tT\021\016?A\211\026?\204\002\003*\352\016\061\330\016\065#\= 210\352\016\061\353\016/\016-B#\210\016\061.\f\207" count =3D 62 result =3D XIL(0x7fffffffb4c0) #2 0x000000000060fe4d in funcall_lambda (fun=3DXIL(0x17aee65), nargs=3D3, = arg_vector=3D0x17aec35 ) at eval.c:3023 val =3D XIL(0x20b1040) syms_left =3D XIL(0) next =3D XIL(0x20abfb0) lexenv =3D XIL(0) count =3D 59 i =3D 3 optional =3D false rest =3D false previous_optional_or_rest =3D false #3 0x000000000060f09b in Ffuncall (nargs=3D4, args=3D0x7fffffffb688) at ev= al.c:2742 fun =3D XIL(0x17aee65) original_fun =3D XIL(0x20b0da0) funcar =3D XIL(0xce8cc0) numargs =3D 3 val =3D make_number(897379714801469509) count =3D 58 #4 0x000000000065f327 in exec_byte_code (bytestr=3DXIL(0x2d8e2f4), vector= =3DXIL(0x17b0ebd), maxdepth=3Dmake_number(4), args_template=3DXIL(0), nargs= =3D0, args=3D0x0) at bytecode.c:629 op =3D 3 type =3D CATCHER targets =3D=20 {0x662c4e , 0x662cb3 = , 0x662cb5 , 0x662cb7 , 0x662cb= 9 , 0x662cb9 , 0x662d36 , 0x662dc5 , 0x65eb5a , 0x65eb5c , 0x65eb5e , 0x65= eb60 , 0x65eb62 , 0x65eb62 , 0x65eb6b , 0x65eb17 , 0x65ef9f , 0x65efa1 , 0x65e= fa3 , 0x65efa5 , 0x65efa7 , 0x65efa7 , 0x65eff1 , 0x65efb0 , 0x65f1ff , 0x65f2= 01 , 0x65f203 , 0x65f205 , 0x65f207 , 0x65f207 , 0x65f19e , 0x65f1be , 0x65f2e= 5 , 0x65f2e7 , 0x65f2e9 , 0x65f2eb , 0x65f2ed , 0x65f2ed , 0x65f284 , 0x65f2a4= , 0x65f3d3 , 0x65f3d5 , 0x65f3d7 , 0x65f3d9 = , 0x65f3db , 0x65f3db , 0x65f372 = , 0x65f392 , 0x65fe1c , 0x65fce4 , 0x65fcd8 ,= 0x662c4e , 0x662c4e , 0x662c4e= , 0x662c4e , 0x662c4e , 0x6600b6 , 0x6601c7 , 0x660246 , 0x6602c6 , 0x6603= 47 , 0x65edd6 , 0x65ee76 , 0x6603e0 , 0x65ed2e , 0x65eef6 , 0x660467 , 0x6604e= 7 , 0x660541 , 0x6605c1 , 0x660628 , 0x660732 , 0x66078c , 0x66080c , 0x6608af= , 0x660909 , 0x660963 , 0x6609e3 , 0x660a63 = , 0x660ae3 , 0x660b86 , 0x660bed = , 0x660c54 , 0x660d5e , 0x660df3 , 0x660e88 , 0x661072 , 0x6610f7 , 0x661= 17c , 0x661201 , 0x661286 , 0x6612ed , 0x661386 , 0x6613ed , 0x661454 ,= 0x6614bb , 0x661609 , 0x65fb1c= , 0x661679 , 0x6616d3 , 0x6617d5 , 0x661850 , 0x6618c0 , 0x66191a , 0x6= 61972 , 0x6619ca , 0x661a2a , 0x662c4e , 0x661a94 , 0x661aec , 0x661b44 , 0x661b9c , 0x661bf4 , 0x661c= 4c , 0x65fb1c , 0x662c4e , 0x661ca6 , 0x661d0d , 0x661d67 , 0x661dc1 , 0= x661e41 , 0x661ec1 , 0x661f1b <= exec_byte_code+14564>, 0x662030 , 0x6620b0 , 0x662130 , 0x6621b0 , 0x662208 , 0x662c4e , 0x65= fa1d , 0x65f4ab , 0x65ec7b , 0x65f59a , 0x65f63f , 0x65f6e1 , 0x65f9bf , 0x65f= 9d7 , 0x65f136 , 0x65fac7 , 0x65fb5f , 0x65fbfc , 0x65fc51 , 0x65fe74 , 0x65ff= 03 , 0x65ffa6 , 0x66001b , 0x65f44e , 0x662262 , 0x662305 , 0x66235f , 0x66= 23b9 , 0x662413 , 0x66246d , 0x6624ed , 0x66256d , 0x6625ed , 0x66266d = , 0x6627d8 , 0x662858 , 0x6628d= 8 , 0x662932 , 0x6629b2 , 0x662a32 , 0x662a8c , 0x662ae6 , 0x661522 , 0= x661589 , 0x662b4d , 0x662bce <= exec_byte_code+17815>, 0x662c4e , 0x65f783 , 0x65f7a9 , 0x65f830 = , 0x65f8b7 , 0x65f93b , 0x66068f = , 0x660cbb , 0x661732 , 0x662e7f , 0x662f09 , 0x662c4e , 0x662c4e , 0x662= fc0 , 0x663071 , 0x662c4e , 0x662c4e , 0x662c4e , 0x662c4e , 0x662c4e ,= 0x662c4e , 0x662c4e , 0x662c4e= , 0x663277 } const_length =3D 14 bytestr_length =3D 40 vectorp =3D 0x17b0ec0 quitcounter =3D 1 '\001' stack_items =3D 5 sa_avail =3D 16304 sa_count =3D 58 sa_must_free =3D false stack_base =3D 0x7fffffffb680 stack_lim =3D 0x7fffffffb6a8 top =3D 0x7fffffffb688 void_stack_lim =3D 0x7fffffffb6a8 bytestr_data =3D 0x7fffffffb6a8 "\304\b\t\305#\032\306\n\307\"\033\= 310\311\312\"\210\313\n\314\311K#\210\313\n\315\312K#\210\313\n\307\v@#\210= \n*\207 \272\377\377\377\177" pc =3D 0x7fffffffb6ad "\032\306\n\307\"\033\310\311\312\"\210\313\n= \314\311K#\210\313\n\315\312K#\210\313\n\307\v@#\210\n*\207 \272\377\377\37= 7\177" count =3D 58 result =3D XIL(0x5599e1) #5 0x000000000060fe4d in funcall_lambda (fun=3DXIL(0x17b0f35), nargs=3D4, = arg_vector=3D0x17b0ebd ) at eval.c:3023 val =3D XIL(0x3dbdab3) syms_left =3D XIL(0) next =3D XIL(0xe83d0) lexenv =3D XIL(0) count =3D 55 i =3D 4 optional =3D false rest =3D true previous_optional_or_rest =3D false #6 0x000000000060f09b in Ffuncall (nargs=3D5, args=3D0x7fffffffbb18) at ev= al.c:2742 fun =3D XIL(0x17b0f35) original_fun =3D XIL(0x20ab1f0) funcar =3D XIL(0xce8cc0) numargs =3D 4 val =3D XIL(0x104000) count =3D 54 #7 0x000000000065f327 in exec_byte_code (bytestr=3DXIL(0x2d8f8f4), vector= =3DXIL(0x17bdc35), maxdepth=3Dmake_number(10), args_template=3DXIL(0), narg= s=3D0, args=3D0x0) at bytecode.c:629 op =3D 4 type =3D CATCHER targets =3D=20 {0x662c4e , 0x662cb3 = , 0x662cb5 , 0x662cb7 , 0x662cb= 9 , 0x662cb9 , 0x662d36 , 0x662dc5 , 0x65eb5a , 0x65eb5c , 0x65eb5e , 0x65= eb60 , 0x65eb62 , 0x65eb62 , 0x65eb6b , 0x65eb17 , 0x65ef9f , 0x65efa1 , 0x65e= fa3 , 0x65efa5 , 0x65efa7 , 0x65efa7 , 0x65eff1 , 0x65efb0 , 0x65f1ff , 0x65f2= 01 , 0x65f203 , 0x65f205 , 0x65f207 , 0x65f207 , 0x65f19e , 0x65f1be , 0x65f2e= 5 , 0x65f2e7 , 0x65f2e9 , 0x65f2eb , 0x65f2ed , 0x65f2ed , 0x65f284 , 0x65f2a4= , 0x65f3d3 , 0x65f3d5 , 0x65f3d7 , 0x65f3d9 = , 0x65f3db , 0x65f3db , 0x65f372 = , 0x65f392 , 0x65fe1c , 0x65fce4 , 0x65fcd8 ,= 0x662c4e , 0x662c4e , 0x662c4e= , 0x662c4e , 0x662c4e , 0x6600b6 , 0x6601c7 , 0x660246 , 0x6602c6 , 0x6603= 47 , 0x65edd6 , 0x65ee76 , 0x6603e0 , 0x65ed2e , 0x65eef6 , 0x660467 , 0x6604e= 7 , 0x660541 , 0x6605c1 , 0x660628 , 0x660732 , 0x66078c , 0x66080c , 0x6608af= , 0x660909 , 0x660963 , 0x6609e3 , 0x660a63 = , 0x660ae3 , 0x660b86 , 0x660bed = , 0x660c54 , 0x660d5e , 0x660df3 , 0x660e88 , 0x661072 , 0x6610f7 , 0x661= 17c , 0x661201 , 0x661286 , 0x6612ed , 0x661386 , 0x6613ed , 0x661454 ,= 0x6614bb , 0x661609 , 0x65fb1c= , 0x661679 , 0x6616d3 , 0x6617d5 , 0x661850 , 0x6618c0 , 0x66191a , 0x6= 61972 , 0x6619ca , 0x661a2a , 0x662c4e , 0x661a94 , 0x661aec , 0x661b44 , 0x661b9c , 0x661bf4 , 0x661c= 4c , 0x65fb1c , 0x662c4e , 0x661ca6 , 0x661d0d , 0x661d67 , 0x661dc1 , 0= x661e41 , 0x661ec1 , 0x661f1b <= exec_byte_code+14564>, 0x662030 , 0x6620b0 , 0x662130 , 0x6621b0 , 0x662208 , 0x662c4e , 0x65= fa1d , 0x65f4ab , 0x65ec7b , 0x65f59a , 0x65f63f , 0x65f6e1 , 0x65f9bf , 0x65f= 9d7 , 0x65f136 , 0x65fac7 , 0x65fb5f , 0x65fbfc , 0x65fc51 , 0x65fe74 , 0x65ff= 03 , 0x65ffa6 , 0x66001b , 0x65f44e , 0x662262 , 0x662305 , 0x66235f , 0x66= 23b9 , 0x662413 , 0x66246d , 0x6624ed , 0x66256d , 0x6625ed , 0x66266d = , 0x6627d8 , 0x662858 , 0x6628d= 8 , 0x662932 , 0x6629b2 , 0x662a32 , 0x662a8c , 0x662ae6 , 0x661522 , 0= x661589 , 0x662b4d , 0x662bce <= exec_byte_code+17815>, 0x662c4e , 0x65f783 , 0x65f7a9 , 0x65f830 = , 0x65f8b7 , 0x65f93b , 0x66068f = , 0x660cbb , 0x661732 , 0x662e7f , 0x662f09 , 0x662c4e , 0x662c4e , 0x662= fc0 , 0x663071 , 0x662c4e , 0x662c4e , 0x662c4e , 0x662c4e , 0x662c4e ,= 0x662c4e , 0x662c4e , 0x662c4e= , 0x663277 } const_length =3D 73 bytestr_length =3D 337 vectorp =3D 0x17bdc38 quitcounter =3D 1 '\001' stack_items =3D 11 sa_avail =3D 15959 sa_count =3D 34 sa_must_free =3D false stack_base =3D 0x7fffffffbb10 stack_lim =3D 0x7fffffffbb68 top =3D 0x7fffffffbb18 void_stack_lim =3D 0x7fffffffbb68 bytestr_data =3D 0x7fffffffbb68 "\b\204 " pc =3D 0x7fffffffbc58 "\026A\016D\203\021\001\346\016DK!\204\t\001\= 347\016D!\210\016DK\026D\350\016A\342\016D#\210\351\352\016H\016A\016E$c\21= 0.\b\016@A\211\026@\204\224" count =3D 34 result =3D XIL(0) #8 0x000000000060fe4d in funcall_lambda (fun=3DXIL(0x17bbec5), nargs=3D0, = arg_vector=3D0x17bdc35 ) at eval.c:3023 val =3D XIL(0) syms_left =3D XIL(0) next =3D XIL(0x141f5b0) lexenv =3D XIL(0) count =3D 30 i =3D 0 optional =3D true rest =3D false previous_optional_or_rest =3D false #9 0x000000000060f09b in Ffuncall (nargs=3D1, args=3D0x7fffffffc100) at ev= al.c:2742 fun =3D XIL(0x17bbec5) original_fun =3D XIL(0x20b2720) funcar =3D XIL(0xcdc060) numargs =3D 0 val =3D XIL(0x1ad2313) count =3D 29 #10 0x000000000060d8f5 in eval_sub (form=3DXIL(0x1ad2323)) at eval.c:2187 vals =3D 0x7fffffffc100 argnum =3D 1 sa_avail =3D 16376 sa_count =3D 29 sa_must_free =3D false args_left =3D XIL(0) numargs =3D make_number(1) fun =3D XIL(0xc67d9d) val =3D XIL(0x8) original_fun =3D XIL(0x6600) original_args =3D XIL(0x1ad2313) funcar =3D XIL(0x19e8c03) count =3D 28 argvals =3D {XIL(0x7fffffffc1d0), XIL(0x60bdfd), XIL(0x1c), XIL(0x1= d8a483), XIL(0xcdc060), XIL(0x616f33), XIL(0xcdc060), XIL(0)} #11 0x0000000000609db0 in Fprogn (body=3DXIL(0x1ad22e3)) at eval.c:442 val =3D XIL(0) #12 0x0000000000609cc9 in Fif (args=3DXIL(0x1ad23c3)) at eval.c:400 cond =3D XIL(0) #13 0x000000000060d6b6 in eval_sub (form=3DXIL(0x19e8c13)) at eval.c:2169 args_left =3D XIL(0x1ad23c3) numargs =3D make_number(3) fun =3D XIL(0xc6773d) val =3D XIL(0x20b2720) original_fun =3D XIL(0x7260) original_args =3D XIL(0x1ad23c3) funcar =3D XIL(0x19e8dd3) count =3D 27 argvals =3D {XIL(0), XIL(0x7fffffffc340), XIL(0x1b), XIL(0x1d8a483)= , XIL(0xcdc060), XIL(0x7fffffffc360), XIL(0xcdc060), XIL(0x19e8db3)} #14 0x0000000000609db0 in Fprogn (body=3DXIL(0x1ad22d3)) at eval.c:442 val =3D XIL(0x20b2720) #15 0x0000000000609d50 in Fcond (args=3DXIL(0x1b68183)) at eval.c:424 clause =3D XIL(0x1b74533) val =3D XIL(0x19e8db3) #16 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1b256e3)) at eval.c:2169 args_left =3D XIL(0x1b681a3) numargs =3D make_number(18) fun =3D XIL(0xc6776d) val =3D XIL(0x2d70714) original_fun =3D XIL(0xcfe40) original_args =3D XIL(0x1b681a3) funcar =3D XIL(0xd36d50) count =3D 26 argvals =3D {XIL(0x5599e1), XIL(0xffffc4b0), XIL(0xcdc060), make_nu= mber(1404138), XIL(0), XIL(0x1d8a483), XIL(0xcdc060), XIL(0x559c7f)} #17 0x0000000000609db0 in Fprogn (body=3DXIL(0x1b256f3)) at eval.c:442 val =3D XIL(0x2d70714) #18 0x000000000060abff in FletX (args=3DXIL(0x1a6d433)) at eval.c:891 varlist =3D XIL(0) var =3D XIL(0x6876a0) val =3D XIL(0) elt =3D XIL(0x6876a0) lexenv =3D XIL(0x1dd8f83) count =3D 25 #19 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a6d4a3)) at eval.c:2169 args_left =3D XIL(0x1a6d433) numargs =3D make_number(5) fun =3D XIL(0xc679dd) val =3D XIL(0) original_fun =3D XIL(0x8280) original_args =3D XIL(0x1a6d433) funcar =3D XIL(0x1dd8f83) count =3D 24 argvals =3D {XIL(0xd49405), XIL(0x78f0), XIL(0x1dd8f83), XIL(0), XI= L(0), XIL(0x66aa5ad475711600), XIL(0xcdc060), XIL(0)} #20 0x0000000000609db0 in Fprogn (body=3DXIL(0x1a6d4d3)) at eval.c:442 val =3D XIL(0) #21 0x0000000000609dee in prog_ignore (body=3DXIL(0x1a6d4d3)) at eval.c:454 #22 0x000000000060b066 in Fwhile (args=3DXIL(0x1a6d4c3)) at eval.c:975 test =3D XIL(0xe069e0) body =3D XIL(0x1a6d4d3) #23 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a6d4b3)) at eval.c:2169 args_left =3D XIL(0x1a6d4c3) numargs =3D make_number(2) fun =3D XIL(0xc67a3d) val =3D XIL(0) original_fun =3D XIL(0xcf7d0) original_args =3D XIL(0x1a6d4c3) funcar =3D XIL(0x1ad0d63) count =3D 23 argvals =3D {XIL(0x5599e1), XIL(0xffffc7e0), XIL(0xcdc060), make_nu= mber(1404138), XIL(0), XIL(0x1dd8f83), XIL(0xcdc060), XIL(0x559c7f)} #24 0x0000000000609db0 in Fprogn (body=3DXIL(0x1a6d4e3)) at eval.c:442 val =3D XIL(0) #25 0x000000000060abff in FletX (args=3DXIL(0x1a6d553)) at eval.c:891 varlist =3D XIL(0) var =3D XIL(0xeaa980) val =3D XIL(0x1dd8fa3) elt =3D XIL(0x1ad0d53) lexenv =3D XIL(0x1daadd3) count =3D 22 #26 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a6d5c3)) at eval.c:2169 args_left =3D XIL(0x1a6d553) numargs =3D make_number(4) fun =3D XIL(0xc679dd) val =3D XIL(0xce8cc0) original_fun =3D XIL(0x8280) original_args =3D XIL(0x1a6d553) funcar =3D XIL(0x5ecafc) count =3D 21 argvals =3D {XIL(0x5599e1), XIL(0xffffc980), XIL(0x7fffffffc9a0), m= ake_number(1404138), XIL(0), XIL(0), XIL(0xcdc060), XIL(0)} #27 0x0000000000609db0 in Fprogn (body=3DXIL(0x1a6d5e3)) at eval.c:442 val =3D XIL(0) #28 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a6d5d3)) at eval.c:2169 args_left =3D XIL(0x1a6d5e3) numargs =3D make_number(1) fun =3D XIL(0xc6779d) val =3D XIL(0x7fffffffcad0) original_fun =3D XIL(0xa6e0) original_args =3D XIL(0x1a6d5e3) funcar =3D XIL(0x66aa5ad475711600) count =3D 20 argvals =3D {XIL(0), XIL(0x7fffffffcab0), XIL(0x5599e1), XIL(0xffff= cac0), XIL(0x7fffffffcae0), make_number(1404138), XIL(0xcdc060), XIL(0x1a6d= 613)} #29 0x0000000000609cab in Fif (args=3DXIL(0x1a6d603)) at eval.c:399 cond =3D XIL(0x1bf3c73) #30 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a6d5f3)) at eval.c:2169 args_left =3D XIL(0x1a6d603) numargs =3D make_number(2) fun =3D XIL(0xc6773d) val =3D XIL(0x7fffffffcc30) original_fun =3D XIL(0x7260) original_args =3D XIL(0x1a6d603) funcar =3D XIL(0xeaa8c0) count =3D 19 argvals =3D {XIL(0xcdc060), XIL(0x7fffffffcbf0), XIL(0), XIL(0x7fff= ffffcc00), XIL(0x100cdc060), XIL(0x1bf3c73), XIL(0xcdc060), XIL(0x1ae2a40)} #31 0x0000000000609db0 in Fprogn (body=3DXIL(0x1a6d623)) at eval.c:442 val =3D XIL(0) #32 0x000000000060afd0 in Flet (args=3DXIL(0x1a6d693)) at eval.c:956 temps =3D 0x7fffffffcc70 tem =3D XIL(0x1bf3c73) lexenv =3D XIL(0x1daadd3) elt =3D XIL(0x1acc893) varlist =3D XIL(0) count =3D 18 argnum =3D 1 sa_avail =3D 16376 sa_count =3D 18 sa_must_free =3D false #33 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a6d703)) at eval.c:2169 args_left =3D XIL(0x1a6d693) numargs =3D make_number(2) fun =3D XIL(0xc67a0d) val =3D XIL(0x7fffffffcdb0) original_fun =3D XIL(0x8250) original_args =3D XIL(0x1a6d693) funcar =3D XIL(0) count =3D 17 argvals =3D {XIL(0x5599e1), XIL(0), XIL(0x7fffffffce00), XIL(0x6105= e5), XIL(0x100cdc060), XIL(0x1daadd3), XIL(0xcdc060), XIL(0xce3950)} #34 0x0000000000609db0 in Fprogn (body=3DXIL(0x1a6d713)) at eval.c:442 val =3D XIL(0) #35 0x000000000060afd0 in Flet (args=3DXIL(0x1be3a43)) at eval.c:956 temps =3D 0x7fffffffce50 tem =3D XIL(0) lexenv =3D XIL(0x1daadd3) elt =3D XIL(0x1acc913) varlist =3D XIL(0) count =3D 16 argnum =3D 1 sa_avail =3D 16376 sa_count =3D 16 sa_must_free =3D false #36 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1be3ab3)) at eval.c:2169 args_left =3D XIL(0x1be3a43) numargs =3D make_number(6) fun =3D XIL(0xc67a0d) val =3D XIL(0) original_fun =3D XIL(0x8250) original_args =3D XIL(0x1be3a43) funcar =3D XIL(0x3c00) count =3D 15 argvals =3D {XIL(0x5599e1), XIL(0), XIL(0x7fffffffcfe0), XIL(0x6105= e5), XIL(0x100cdc060), XIL(0x1daadf3), XIL(0xcdc060), XIL(0xce3950)} #37 0x0000000000609db0 in Fprogn (body=3DXIL(0x1be3ac3)) at eval.c:442 val =3D XIL(0) #38 0x000000000060fdbc in funcall_lambda (fun=3DXIL(0x1be3403), nargs=3D1, = arg_vector=3D0x0) at eval.c:3016 val =3D XIL(0x1bf3c73) syms_left =3D XIL(0) next =3D XIL(0xeaa8c0) lexenv =3D XIL(0x1daadf3) count =3D 14 i =3D 1 optional =3D false rest =3D false previous_optional_or_rest =3D false #39 0x000000000060f806 in apply_lambda (fun=3DXIL(0x1be3413), args=3DXIL(0x= 1a5b7b3), count=3D13) at eval.c:2877 args_left =3D XIL(0) i =3D 1 numargs =3D 1 arg_vector =3D 0x7fffffffd0b0 tem =3D XIL(0x1bf3c73) sa_avail =3D 16376 sa_count =3D 14 sa_must_free =3D false #40 0x000000000060deba in eval_sub (form=3DXIL(0x1941403)) at eval.c:2291 fun =3D XIL(0x1be3413) val =3D XIL(0x1daae13) original_fun =3D XIL(0xceaaa0) original_args =3D XIL(0x1a5b7b3) funcar =3D XIL(0x3c00) count =3D 13 argvals =3D {XIL(0x1f9e10), XIL(0x1f03ad3), XIL(0x7fffffffd230), XI= L(0x6105e5), XIL(0x100cdc060), XIL(0x1944de3), XIL(0xcdc060), XIL(0xce3950)} #41 0x0000000000609db0 in Fprogn (body=3DXIL(0x16ae9e3)) at eval.c:442 val =3D XIL(0x1daae13) #42 0x000000000060fdbc in funcall_lambda (fun=3DXIL(0x16e7663), nargs=3D0, = arg_vector=3D0x0) at eval.c:3016 val =3D XIL(0x16e7663) syms_left =3D XIL(0) next =3D XIL(0x5599e1) lexenv =3D XIL(0x1944de3) count =3D 12 i =3D 0 optional =3D false rest =3D false previous_optional_or_rest =3D false #43 0x000000000060f806 in apply_lambda (fun=3DXIL(0x16e7643), args=3DXIL(0)= , count=3D11) at eval.c:2877 args_left =3D XIL(0) i =3D 0 numargs =3D 0 arg_vector =3D 0x7fffffffd300 tem =3D XIL(0x110060d348) sa_avail =3D 16384 sa_count =3D 12 sa_must_free =3D false #44 0x000000000060deba in eval_sub (form=3DXIL(0x1b26503)) at eval.c:2291 fun =3D XIL(0x16e7643) val =3D XIL(0) original_fun =3D XIL(0xd3caa0) original_args =3D XIL(0) funcar =3D XIL(0x3c00) count =3D 11 argvals =3D {XIL(0x5599e1), XIL(0xffffd440), XIL(0x7fffffffd460), m= ake_number(1404138), XIL(0), XIL(0), XIL(0x55b258), XIL(0x66aa5ad475711600)} #45 0x000000000060b4bd in Funwind_protect (args=3DXIL(0x1a86803)) at eval.c= :1178 val =3D XIL(0xcf890) count =3D 10 #46 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1a86813)) at eval.c:2169 args_left =3D XIL(0x1a86803) numargs =3D make_number(7) fun =3D XIL(0xc67afd) val =3D make_number(1402956) original_fun =3D XIL(0xcf890) original_args =3D XIL(0x1a86803) funcar =3D XIL(0) count =3D 9 argvals =3D {XIL(0x5599e1), XIL(0), XIL(0x7fffffffd5a0), XIL(0x6105= e5), XIL(0x100cdc060), XIL(0x1bfadb3), XIL(0xcdc060), XIL(0xce3950)} #47 0x0000000000609db0 in Fprogn (body=3DXIL(0x1b41af3)) at eval.c:442 val =3D XIL(0) #48 0x000000000060afd0 in Flet (args=3DXIL(0x1b41a83)) at eval.c:956 temps =3D 0x7fffffffd5f0 tem =3D XIL(0x1f048f3) lexenv =3D XIL(0x1bfadb3) elt =3D XIL(0x1b26553) varlist =3D XIL(0) count =3D 8 argnum =3D 1 sa_avail =3D 16376 sa_count =3D 8 sa_must_free =3D false #49 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1b41a03)) at eval.c:2169 args_left =3D XIL(0x1b41a83) numargs =3D make_number(2) fun =3D XIL(0xc67a0d) val =3D XIL(0x2d6ef94) original_fun =3D XIL(0x8250) original_args =3D XIL(0x1b41a83) funcar =3D XIL(0x3c00) count =3D 7 argvals =3D {XIL(0xd3430), XIL(0x1f3610), XIL(0x1c419f3), XIL(0x5f)= , XIL(0xcdc060), XIL(0), XIL(0xcdc060), XIL(0x7fffffffd780)} #50 0x0000000000609db0 in Fprogn (body=3DXIL(0x1b419e3)) at eval.c:442 val =3D XIL(0x2d6ef94) #51 0x0000000000609cc9 in Fif (args=3DXIL(0x1b5bab3)) at eval.c:400 cond =3D XIL(0) #52 0x000000000060d6b6 in eval_sub (form=3DXIL(0x1b5bac3)) at eval.c:2169 args_left =3D XIL(0x1b5bab3) numargs =3D make_number(15) fun =3D XIL(0xc6773d) val =3D XIL(0xdc) original_fun =3D XIL(0x7260) original_args =3D XIL(0x1b5bab3) funcar =3D XIL(0) count =3D 6 argvals =3D {XIL(0x5599e1), XIL(0), XIL(0x7fffffffd8f0), XIL(0x6105= e5), XIL(0x100cdc060), XIL(0x124e5d3), XIL(0xcdc060), XIL(0xce3950)} #53 0x0000000000609db0 in Fprogn (body=3DXIL(0x1b13063)) at eval.c:442 val =3D XIL(0x1a18404) #54 0x000000000060fdbc in funcall_lambda (fun=3DXIL(0x1b6ef23), nargs=3D0, = arg_vector=3D0x0) at eval.c:3016 val =3D XIL(0x1b6ef23) syms_left =3D XIL(0) next =3D XIL(0x5599e1) lexenv =3D XIL(0x124e5d3) count =3D 5 i =3D 0 optional =3D false rest =3D false previous_optional_or_rest =3D false #55 0x000000000060f806 in apply_lambda (fun=3DXIL(0x1b6ef13), args=3DXIL(0)= , count=3D4) at eval.c:2877 args_left =3D XIL(0) i =3D 0 numargs =3D 0 arg_vector =3D 0x7fffffffd9c0 tem =3D XIL(0x110060d348) sa_avail =3D 16384 sa_count =3D 5 sa_must_free =3D false #56 0x000000000060deba in eval_sub (form=3DXIL(0x129e2d3)) at eval.c:2291 fun =3D XIL(0x1b6ef13) val =3D XIL(0xcdb7a0) original_fun =3D XIL(0xd97730) original_args =3D XIL(0) funcar =3D XIL(0x3c00) count =3D 4 argvals =3D {XIL(0x12170a0), XIL(0xce3950), XIL(0x55b08f), XIL(0x12= 170a0), XIL(0x7fffffffdb40), make_number(1589789), XIL(0), XIL(0x78f0)} #57 0x000000000060d0f0 in Feval (form=3DXIL(0x129e2d3), lexical=3DXIL(0)) a= t eval.c:2038 count =3D 3 #58 0x0000000000562e78 in top_level_2 () at keyboard.c:1123 #59 0x000000000060b9d6 in internal_condition_case (bfun=3D0x562e55 , handlers=3DXIL(0x51f0), hfun=3D0x5628db ) at eval.c:1319 val =3D XIL(0x5599e1) c =3D 0x2d67800 #60 0x0000000000562ebd in top_level_1 (ignore=3DXIL(0)) at keyboard.c:1131 #61 0x000000000060b292 in internal_catch (tag=3DXIL(0xc6c0), func=3D0x562e7= a , arg=3DXIL(0)) at eval.c:1084 val =3D XIL(0x7fffffffdc60) c =3D 0x2d676e0 #62 0x0000000000562da7 in command_loop () at keyboard.c:1092 #63 0x00000000005624ad in recursive_edit_1 () at keyboard.c:699 count =3D 1 val =3D XIL(0x7fffffffdcc0) #64 0x000000000056262e in Frecursive_edit () at keyboard.c:770 count =3D 0 buffer =3D XIL(0) #65 0x00000000005600ed in main (argc=3D12, argv=3D0x7fffffffdec8) at emacs.= c:1706 stack_bottom_variable =3D 0 '\000' do_initial_setlocale =3D true dumping =3D false skip_args =3D 2 no_loadup =3D false junk =3D 0x0 dname_arg =3D 0x0 ch_to_dir =3D 0x0 original_pwd =3D 0x0 disable_aslr =3D false rlim =3D { rlim_cur =3D 10022912,=20 rlim_max =3D 18446744073709551615 } sockfd =3D -1 module_assertions =3D false Lisp Backtrace: "unidata-gen-table-word-list" (0xffffb690) "unidata-gen-table-decomposition" (0xffffbb20) "unidata-gen-file" (0xffffc108) "funcall" (0xffffc100) "if" (0xffffc2c0) "cond" (0xffffc430) "let*" (0xffffc5d0) "while" (0xffffc760) "let*" (0xffffc900) "progn" (0xffffca30) "if" (0xffffcb70) "let" (0xffffcd50) "let" (0xffffcf30) "command-line-1" (0xffffd0b0) "command-line" (0xffffd300) "unwind-protect" (0xffffd4f0) "let" (0xffffd6d0) "if" (0xffffd840) "normal-top-level" (0xffffd9c0) --YiEDa0DAkWCtVeE4--