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2107 lines (2002 loc) · 109 KB
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{**************************************************************************************************}
{ }
{ Project JEDI Code Library (JCL) }
{ }
{ The contents of this file are subject to the Mozilla Public License Version 1.1 (the "License"); }
{ you may not use this file except in compliance with the License. You may obtain a copy of the }
{ License at http://www.mozilla.org/MPL/ }
{ }
{ Software distributed under the License is distributed on an "AS IS" basis, WITHOUT WARRANTY OF }
{ ANY KIND, either express or implied. See the License for the specific language governing rights }
{ and limitations under the License. }
{ }
{ The Original Code is JclResources.pas. }
{ }
{ The Initial Developer of the Original Code is Marcel van Brakel. }
{ Portions created by Marcel van Brakel are Copyright (C) Marcel van Brakel. All rights reserved. }
{ }
{ Contributors: }
{ Alexei Koudinov }
{ Barry Kelly }
{ Flier Lu (flier) }
{ Florent Ouchet (outchy) }
{ Jean-Fabien Connault (cycocrew) }
{ Marcel Bestebroer }
{ Marcel van Brakel }
{ Matthias Thoma (mthoma) }
{ Peter Friese }
{ Petr Vones (pvones) }
{ Raymond Alexander (rayspostbox3) }
{ Robert Marquardt (marquardt) }
{ Robert Rossmair (rrossmair) }
{ Scott Price (scottprice) }
{ Uwe Schuster (uschuster) }
{ }
{**************************************************************************************************}
{ }
{ Unit which provides a central place for all resource strings used in the JCL }
{ }
{**************************************************************************************************}
{ }
{ Last modified: $Date:: $ }
{ Revision: $Rev:: $ }
{ Author: $Author:: $ }
{ }
{**************************************************************************************************}
unit JclResources;
{$I jcl.inc}
interface
{$IFDEF UNITVERSIONING}
uses
JclUnitVersioning;
{$ENDIF UNITVERSIONING}
//=== JclBase ================================================================
resourcestring
RsCantConvertAddr64 = 'The address %s%.16x cannot be converted to 32 bit';
RsEReplacementChar = 'Failed to get ANSI replacement character';
//=== JclCharsets ============================================================
resourcestring
RsENoCharset = 'No matching charset';
//=== JclCIL =================================================================
resourcestring
RsInstructionStreamInvalid = 'Invalid IL instruction stream';
RsCILNamenop = 'nop';
RsCILNamebreak = 'break';
RsCILNameldarg0 = 'ldarg.0';
RsCILNameldarg1 = 'ldarg.1';
RsCILNameldarg2 = 'ldarg.2';
RsCILNameldarg3 = 'ldarg.3';
RsCILNameldloc0 = 'ldloc.0';
RsCILNameldloc1 = 'ldloc.1';
RsCILNameldloc2 = 'ldloc.2';
RsCILNameldloc3 = 'ldloc.3';
RsCILNamestloc0 = 'stloc.0';
RsCILNamestloc1 = 'stloc.1';
RsCILNamestloc2 = 'stloc.2';
RsCILNamestloc3 = 'stloc.3';
RsCILNameldargs = 'ldarg.s';
RsCILNameldargas = 'ldarga.s';
RsCILNamestargs = 'starg.s';
RsCILNameldlocs = 'ldloc.s';
RsCILNameldlocas = 'ldloca.s';
RsCILNamestlocs = 'stloc.s';
RsCILNameldnull = 'ldnull';
RsCILNameldci4m1 = 'ldc.i4.m1';
RsCILNameldci40 = 'ldc.i4.0';
RsCILNameldci41 = 'ldc.i4.1';
RsCILNameldci42 = 'ldc.i4.2';
RsCILNameldci43 = 'ldc.i4.3';
RsCILNameldci44 = 'ldc.i4.4';
RsCILNameldci45 = 'ldc.i4.5';
RsCILNameldci46 = 'ldc.i4.6';
RsCILNameldci47 = 'ldc.i4.7';
RsCILNameldci48 = 'ldc.i4.8';
RsCILNameldci4s = 'ldc.i4.s';
RsCILNameldci4 = 'ldc.i4';
RsCILNameldci8 = 'ldc.i8';
RsCILNameldcr4 = 'ldc.r4';
RsCILNameldcr8 = 'ldc.r8';
RsCILNameunused1 = 'unused';
RsCILNamedup = 'dup';
RsCILNamepop = 'pop';
RsCILNamejmp = 'jmp';
RsCILNamecall = 'call';
RsCILNamecalli = 'calli';
RsCILNameret = 'ret';
RsCILNamebrs = 'br.s';
RsCILNamebrfalses = 'brfalse.s';
RsCILNamebrtrues = 'brtrue.s';
RsCILNamebeqs = 'beq.s';
RsCILNamebges = 'bge.s';
RsCILNamebgts = 'bgt.s';
RsCILNamebles = 'ble.s';
RsCILNameblts = 'blt.s';
RsCILNamebneuns = 'bne.un.s';
RsCILNamebgeuns = 'bge.un.s';
RsCILNamebgtuns = 'bgt.un.s';
RsCILNamebleuns = 'ble.un.s';
RsCILNamebltuns = 'blt.un.s';
RsCILNamebr = 'br';
RsCILNamebrfalse = 'brfalse';
RsCILNamebrtrue = 'brtrue';
RsCILNamebeq = 'beq';
RsCILNamebge = 'bge';
RsCILNamebgt = 'bgt';
RsCILNameble = 'ble';
RsCILNameblt = 'blt';
RsCILNamebneun = 'bne.un';
RsCILNamebgeun = 'bge.un';
RsCILNamebgtun = 'bgt.un';
RsCILNamebleun = 'ble.un';
RsCILNamebltun = 'blt.un';
RsCILNameswitch = 'switch';
RsCILNameldindi1 = 'ldind.i1';
RsCILNameldindu1 = 'ldind.u1';
RsCILNameldindi2 = 'ldind.i2';
RsCILNameldindu2 = 'ldind.u2';
RsCILNameldindi4 = 'ldind.i4';
RsCILNameldindu4 = 'ldind.u4';
RsCILNameldindi8 = 'ldind.i8';
RsCILNameldindi = 'ldind.i';
RsCILNameldindr4 = 'ldind.r4';
RsCILNameldindr8 = 'ldind.r8';
RsCILNameldindref = 'ldind.ref';
RsCILNamestindref = 'stind.ref';
RsCILNamestindi1 = 'stind.i1';
RsCILNamestindi2 = 'stind.i2';
RsCILNamestindi4 = 'stind.i4';
RsCILNamestindi8 = 'stind.i8';
RsCILNamestindr4 = 'stind.r4';
RsCILNamestindr8 = 'stind.r8';
RsCILNameadd = 'add';
RsCILNamesub = 'sub';
RsCILNamemul = 'mul';
RsCILNamediv = 'div';
RsCILNamedivun = 'div.un';
RsCILNamerem = 'rem';
RsCILNameremun = 'rem.un';
RsCILNameand = 'and';
RsCILNameor = 'or';
RsCILNamexor = 'xor';
RsCILNameshl = 'shl';
RsCILNameshr = 'shr';
RsCILNameshrun = 'shr.un';
RsCILNameneg = 'neg';
RsCILNamenot = 'not';
RsCILNameconvi1 = 'conv.i1';
RsCILNameconvi2 = 'conv.i2';
RsCILNameconvi4 = 'conv.i4';
RsCILNameconvi8 = 'conv.i8';
RsCILNameconvr4 = 'conv.r4';
RsCILNameconvr8 = 'conv.r8';
RsCILNameconvu4 = 'conv.u4';
RsCILNameconvu8 = 'conv.u8';
RsCILNamecallvirt = 'callvirt';
RsCILNamecpobj = 'cpobj';
RsCILNameldobj = 'ldobj';
RsCILNameldstr = 'ldstr';
RsCILNamenewobj = 'newobj';
RsCILNamecastclass = 'castclass';
RsCILNameisinst = 'isinst';
RsCILNameconvrun = 'conv.r.un';
RsCILNameunused2 = 'unused';
RsCILNameunused3 = 'unused';
RsCILNameunbox = 'unbox';
RsCILNamethrow = 'throw';
RsCILNameldfld = 'ldfld';
RsCILNameldflda = 'ldflda';
RsCILNamestfld = 'stfld';
RsCILNameldsfld = 'ldsfld';
RsCILNameldsflda = 'ldsflda';
RsCILNamestsfld = 'stsfld';
RsCILNamestobj = 'stobj';
RsCILNameconvovfi1un = 'conv.ovf.i1.un';
RsCILNameconvovfi2un = 'conv.ovf.i2.un';
RsCILNameconvovfi4un = 'conv.ovf.i4.un';
RsCILNameconvovfi8un = 'conv.ovf.i8.un';
RsCILNameconvovfu1un = 'conv.ovf.u1.un';
RsCILNameconvovfu2un = 'conv.ovf.u2.un';
RsCILNameconvovfu4un = 'conv.ovf.u4.un';
RsCILNameconvovfu8un = 'conv.ovf.u8.un';
RsCILNameconvovfiun = 'conv.ovf.i.un';
RsCILNameconvovfuun = 'conv.ovf.u.un';
RsCILNamebox = 'box';
RsCILNamenewarr = 'newarr';
RsCILNameldlen = 'ldlen';
RsCILNameldelema = 'ldelema';
RsCILNameldelemi1 = 'ldelem.i1';
RsCILNameldelemu1 = 'ldelem.u1';
RsCILNameldelemi2 = 'ldelem.i2';
RsCILNameldelemu2 = 'ldelem.u2';
RsCILNameldelemi4 = 'ldelem.i4';
RsCILNameldelemu4 = 'ldelem.u4';
RsCILNameldelemi8 = 'ldelem.i8';
RsCILNameldelemi = 'ldelem.i';
RsCILNameldelemr4 = 'ldelem.r4';
RsCILNameldelemr8 = 'ldelem.r8';
RsCILNameldelemref = 'ldelem.ref';
RsCILNamestelemi = 'stelem.i';
RsCILNamestelemi1 = 'stelem.i1';
RsCILNamestelemi2 = 'stelem.i2';
RsCILNamestelemi4 = 'stelem.i4';
RsCILNamestelemi8 = 'stelem.i8';
RsCILNamestelemr4 = 'stelem.r4';
RsCILNamestelemr8 = 'stelem.r8';
RsCILNamestelemref = 'stelem.ref';
RsCILNameunused4 = 'unused';
RsCILNameunused5 = 'unused';
RsCILNameunused6 = 'unused';
RsCILNameunused7 = 'unused';
RsCILNameunused8 = 'unused';
RsCILNameunused9 = 'unused';
RsCILNameunused10 = 'unused';
RsCILNameunused11 = 'unused';
RsCILNameunused12 = 'unused';
RsCILNameunused13 = 'unused';
RsCILNameunused14 = 'unused';
RsCILNameunused15 = 'unused';
RsCILNameunused16 = 'unused';
RsCILNameunused17 = 'unused';
RsCILNameunused18 = 'unused';
RsCILNameunused19 = 'unused';
RsCILNameconvovfi1 = 'conv.ovf.i1';
RsCILNameconvovfu1 = 'conv.ovf.u1';
RsCILNameconvovfi2 = 'conv.ovf.i2';
RsCILNameconvovfu2 = 'conv.ovf.u2';
RsCILNameconvovfi4 = 'conv.ovf.i4';
RsCILNameconvovfu4 = 'conv.ovf.u4';
RsCILNameconvovfi8 = 'conv.ovf.i8';
RsCILNameconvovfu8 = 'conv.ovf.u8';
RsCILNameunused20 = 'unused';
RsCILNameunused21 = 'unused';
RsCILNameunused22 = 'unused';
RsCILNameunused23 = 'unused';
RsCILNameunused24 = 'unused';
RsCILNameunused25 = 'unused';
RsCILNameunused26 = 'unused';
RsCILNamerefanyval = 'refanyval';
RsCILNameckfinite = 'ckfinite';
RsCILNameunused27 = 'unused';
RsCILNameunused28 = 'unused';
RsCILNamemkrefany = 'mkrefany';
RsCILNameunused29 = 'unused';
RsCILNameunused30 = 'unused';
RsCILNameunused31 = 'unused';
RsCILNameunused32 = 'unused';
RsCILNameunused33 = 'unused';
RsCILNameunused34 = 'unused';
RsCILNameunused35 = 'unused';
RsCILNameunused36 = 'unused';
RsCILNameunused37 = 'unused';
RsCILNameldtoken = 'ldtoken';
RsCILNameconvu2 = 'conv.u2';
RsCILNameconvu1 = 'conv.u1';
RsCILNameconvi = 'conv.i';
RsCILNameconvovfi = 'conv.ovf.i';
RsCILNameconvovfu = 'conv.ovf.u';
RsCILNameaddovf = 'add.ovf';
RsCILNameaddovfun = 'add.ovf.un';
RsCILNamemulovf = 'mul.ovf';
RsCILNamemulovfun = 'mul.ovf.un';
RsCILNamesubovf = 'sub.ovf';
RsCILNamesubovfun = 'sub.ovf.un';
RsCILNameendfinally = 'endfinally';
RsCILNameleave = 'leave';
RsCILNameleaves = 'leave.s';
RsCILNamestindi = 'stind.i';
RsCILNameconvu = 'conv.u';
RsCILNameunused38 = 'unused';
RsCILNameunused39 = 'unused';
RsCILNameunused40 = 'unused';
RsCILNameunused41 = 'unused';
RsCILNameunused42 = 'unused';
RsCILNameunused43 = 'unused';
RsCILNameunused44 = 'unused';
RsCILNameunused45 = 'unused';
RsCILNameunused46 = 'unused';
RsCILNameunused47 = 'unused';
RsCILNameunused48 = 'unused';
RsCILNameunused49 = 'unused';
RsCILNameunused50 = 'unused';
RsCILNameunused51 = 'unused';
RsCILNameunused52 = 'unused';
RsCILNameunused53 = 'unused';
RsCILNameunused54 = 'unused';
RsCILNameunused55 = 'unused';
RsCILNameunused56 = 'unused';
RsCILNameunused57 = 'unused';
RsCILNameunused58 = 'unused';
RsCILNameunused59 = 'unused';
RsCILNameunused60 = 'unused';
RsCILNameprefix7 = 'prefix7';
RsCILNameprefix6 = 'prefix6';
RsCILNameprefix5 = 'prefix5';
RsCILNameprefix4 = 'prefix4';
RsCILNameprefix3 = 'prefix3';
RsCILNameprefix2 = 'prefix2';
RsCILNameprefix1 = 'prefix1';
RsCILNameprefixref = 'prefixref';
RsCILNamearglist = 'arglist';
RsCILNameceq = 'ceq';
RsCILNamecgt = 'cgt';
RsCILNamecgtun = 'cgt.un';
RsCILNameclt = 'clt';
RsCILNamecltun = 'clt.un';
RsCILNameldftn = 'ldftn';
RsCILNameldvirtftn = 'ldvirtftn';
RsCILNameunused61 = 'unused';
RsCILNameldarg = 'ldarg';
RsCILNameldarga = 'ldarga';
RsCILNamestarg = 'starg';
RsCILNameldloc = 'ldloc';
RsCILNameldloca = 'ldloca';
RsCILNamestloc = 'stloc';
RsCILNamelocalloc = 'localloc';
RsCILNameunused62 = 'unused';
RsCILNameendfilter = 'endfilter';
RsCILNameunaligned = 'unaligned.';
RsCILNamevolatile = 'volatile.';
RsCILNametail = 'tail.';
RsCILNameinitobj = 'initobj';
RsCILNameunused63 = 'unused';
RsCILNamecpblk = 'cpblk';
RsCILNameinitblk = 'initblk';
RsCILNameunused64 = 'unused';
RsCILNamerethrow = 'rethrow';
RsCILNameunused65 = 'unused';
RsCILNamesizeof = 'sizeof';
RsCILNamerefanytype = 'refanytype';
RsCILNameunused66 = 'unused';
RsCILNameunused67 = 'unused';
RsCILNameunused68 = 'unused';
RsCILNameunused69 = 'unused';
RsCILNameunused70 = 'unused';
RsCILCmdnop = 'no operation';
RsCILCmdbreak = 'breakpoint instruction';
RsCILCmdldarg0 = 'load argument onto the stack';
RsCILCmdldarg1 = 'load argument onto the stack';
RsCILCmdldarg2 = 'load argument onto the stack';
RsCILCmdldarg3 = 'load argument onto the stack';
RsCILCmdldloc0 = 'load local variable onto the stack';
RsCILCmdldloc1 = 'load local variable onto the stack';
RsCILCmdldloc2 = 'load local variable onto the stack';
RsCILCmdldloc3 = 'load local variable onto the stack';
RsCILCmdstloc0 = 'pop value from stack to local variable';
RsCILCmdstloc1 = 'pop value from stack to local variable';
RsCILCmdstloc2 = 'pop value from stack to local variable';
RsCILCmdstloc3 = 'pop value from stack to local variable';
RsCILCmdldargs = 'load argument onto the stack';
RsCILCmdldargas = 'load an argument address';
RsCILCmdstargs = 'store a value in an argument slot';
RsCILCmdldlocs = 'load local variable onto the stack';
RsCILCmdldlocas = 'load local variable address';
RsCILCmdstlocs = 'pop value from stack to local variable';
RsCILCmdldnull = 'load a null pointer';
RsCILCmdldci4m1 = 'load numeric constant';
RsCILCmdldci40 = 'load numeric constant';
RsCILCmdldci41 = 'load numeric constant';
RsCILCmdldci42 = 'load numeric constant';
RsCILCmdldci43 = 'load numeric constant';
RsCILCmdldci44 = 'load numeric constant';
RsCILCmdldci45 = 'load numeric constant';
RsCILCmdldci46 = 'load numeric constant';
RsCILCmdldci47 = 'load numeric constant';
RsCILCmdldci48 = 'load numeric constant';
RsCILCmdldci4s = 'load numeric constant';
RsCILCmdldci4 = 'load numeric constant';
RsCILCmdldci8 = 'load numeric constant';
RsCILCmdldcr4 = 'load numeric constant';
RsCILCmdldcr8 = 'load numeric constant';
RsCILCmdunused1 = '';
RsCILCmddup = 'duplicate the top value of the stack';
RsCILCmdpop = 'remove the top element of the stack';
RsCILCmdjmp = 'jump to method';
RsCILCmdcall = 'call a method';
RsCILCmdcalli = 'indirect method call';
RsCILCmdret = 'return from method';
RsCILCmdbrs = 'unconditional branch';
RsCILCmdbrfalses = 'branch on false, null, or zero';
RsCILCmdbrtrues = 'branch on non-false or non-null';
RsCILCmdbeqs = 'branch on equal';
RsCILCmdbges = 'branch on greater than or equal to';
RsCILCmdbgts = 'branch on greater than';
RsCILCmdbles = 'branch on less than or equal to';
RsCILCmdblts = 'branch on less than';
RsCILCmdbneuns = 'branch on not equal or unordered';
RsCILCmdbgeuns = 'branch on greater than or equal to, unsigned or unordered';
RsCILCmdbgtuns = 'branch on greater than, unsigned or unordered';
RsCILCmdbleuns = 'branch on less than or equal to, unsigned or unordered';
RsCILCmdbltuns = 'branch on less than, unsigned or unordered';
RsCILCmdbr = 'unconditional branch';
RsCILCmdbrfalse = 'branch on false, null, or zero';
RsCILCmdbrtrue = 'branch on non-false or non-null';
RsCILCmdbeq = 'branch on equal';
RsCILCmdbge = 'branch on greater than or equal to';
RsCILCmdbgt = 'branch on greater than';
RsCILCmdble = 'branch on less than or equal to';
RsCILCmdblt = 'branch on less than';
RsCILCmdbneun = 'branch on not equal or unordered';
RsCILCmdbgeun = 'branch on greater than or equal to, unsigned or unordered';
RsCILCmdbgtun = 'branch on greater than, unsigned or unordered';
RsCILCmdbleun = 'branch on less than or equal to, unsigned or unordered';
RsCILCmdbltun = 'branch on less than, unsigned or unordered';
RsCILCmdswitch = 'table switch on value';
RsCILCmdldindi1 = 'load value indirect onto the stack';
RsCILCmdldindu1 = 'load value indirect onto the stack';
RsCILCmdldindi2 = 'load value indirect onto the stack';
RsCILCmdldindu2 = 'load value indirect onto the stack';
RsCILCmdldindi4 = 'load value indirect onto the stack';
RsCILCmdldindu4 = 'load value indirect onto the stack';
RsCILCmdldindi8 = 'load value indirect onto the stack';
RsCILCmdldindi = 'load value indirect onto the stack';
RsCILCmdldindr4 = 'load value indirect onto the stack';
RsCILCmdldindr8 = 'load value indirect onto the stack';
RsCILCmdldindref = 'load value indirect onto the stack';
RsCILCmdstindref = 'store value indirect from stack';
RsCILCmdstindi1 = 'store value indirect from stack';
RsCILCmdstindi2 = 'store value indirect from stack';
RsCILCmdstindi4 = 'store value indirect from stack';
RsCILCmdstindi8 = 'store value indirect from stack';
RsCILCmdstindr4 = 'store value indirect from stack';
RsCILCmdstindr8 = 'store value indirect from stack';
RsCILCmdadd = 'add numeric values';
RsCILCmdsub = 'subtract numeric values';
RsCILCmdmul = 'multiply values';
RsCILCmddiv = 'divide values';
RsCILCmddivun = 'divide integer values, unsigned';
RsCILCmdrem = 'compute remainder';
RsCILCmdremun = 'compute integer remainder, unsigned';
RsCILCmdand = 'bitwise AND';
RsCILCmdor = 'bitwise OR';
RsCILCmdxor = 'bitwise XOR';
RsCILCmdshl = 'shift integer left';
RsCILCmdshr = 'shift integer right';
RsCILCmdshrun = 'shift integer right, unsigned';
RsCILCmdneg = 'negate';
RsCILCmdnot = 'bitwise complement';
RsCILCmdconvi1 = 'data conversion';
RsCILCmdconvi2 = 'data conversion';
RsCILCmdconvi4 = 'data conversion';
RsCILCmdconvi8 = 'data conversion';
RsCILCmdconvr4 = 'data conversion';
RsCILCmdconvr8 = 'data conversion';
RsCILCmdconvu4 = 'data conversion';
RsCILCmdconvu8 = 'data conversion';
RsCILCmdcallvirt = 'call a method associated, at runtime, with an object';
RsCILCmdcpobj = 'copy a value type';
RsCILCmdldobj = 'copy value type to the stack';
RsCILCmdldstr = 'load a literal string';
RsCILCmdnewobj = 'create a new object';
RsCILCmdcastclass = 'cast an object to a class';
RsCILCmdisinst = 'test if an object is an instance of a class or interface';
RsCILCmdconvrun = 'data conversion';
RsCILCmdunused2 = '';
RsCILCmdunused3 = '';
RsCILCmdunbox = 'Convert boxed value type to its raw form';
RsCILCmdthrow = 'throw an exception';
RsCILCmdldfld = 'load field of an object';
RsCILCmdldflda = 'load field address';
RsCILCmdstfld = 'store into a field of an object';
RsCILCmdldsfld = 'load static field of a class';
RsCILCmdldsflda = 'load static field address';
RsCILCmdstsfld = 'store a static field of a class';
RsCILCmdstobj = 'store a value type from the stack into memory';
RsCILCmdconvovfi1un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfi2un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfi4un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfi8un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfu1un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfu2un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfu4un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfu8un = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfiun = 'unsigned data conversion with overflow detection';
RsCILCmdconvovfuun = 'unsigned data conversion with overflow detection';
RsCILCmdbox = 'convert value type to object reference';
RsCILCmdnewarr = 'create a zero-based, one-dimensional array';
RsCILCmdldlen = 'load the length of an array';
RsCILCmdldelema = 'load address of an element of an array';
RsCILCmdldelemi1 = 'load an element of an array';
RsCILCmdldelemu1 = 'load an element of an array';
RsCILCmdldelemi2 = 'load an element of an array';
RsCILCmdldelemu2 = 'load an element of an array';
RsCILCmdldelemi4 = 'load an element of an array';
RsCILCmdldelemu4 = 'load an element of an array';
RsCILCmdldelemi8 = 'load an element of an array';
RsCILCmdldelemi = 'load an element of an array';
RsCILCmdldelemr4 = 'load an element of an array';
RsCILCmdldelemr8 = 'load an element of an array';
RsCILCmdldelemref = 'load an element of an array';
RsCILCmdstelemi = 'store an element of an array';
RsCILCmdstelemi1 = 'store an element of an array';
RsCILCmdstelemi2 = 'store an element of an array';
RsCILCmdstelemi4 = 'store an element of an array';
RsCILCmdstelemi8 = 'store an element of an array';
RsCILCmdstelemr4 = 'store an element of an array';
RsCILCmdstelemr8 = 'store an element of an array';
RsCILCmdstelemref = 'store an element of an array';
RsCILCmdunused4 = '';
RsCILCmdunused5 = '';
RsCILCmdunused6 = '';
RsCILCmdunused7 = '';
RsCILCmdunused8 = '';
RsCILCmdunused9 = '';
RsCILCmdunused10 = '';
RsCILCmdunused11 = '';
RsCILCmdunused12 = '';
RsCILCmdunused13 = '';
RsCILCmdunused14 = '';
RsCILCmdunused15 = '';
RsCILCmdunused16 = '';
RsCILCmdunused17 = '';
RsCILCmdunused18 = '';
RsCILCmdunused19 = '';
RsCILCmdconvovfi1 = 'data conversion with overflow detection';
RsCILCmdconvovfu1 = 'data conversion with overflow detection';
RsCILCmdconvovfi2 = 'data conversion with overflow detection';
RsCILCmdconvovfu2 = 'data conversion with overflow detection';
RsCILCmdconvovfi4 = 'data conversion with overflow detection';
RsCILCmdconvovfu4 = 'data conversion with overflow detection';
RsCILCmdconvovfi8 = 'data conversion with overflow detection';
RsCILCmdconvovfu8 = 'data conversion with overflow detection';
RsCILCmdunused20 = '';
RsCILCmdunused21 = '';
RsCILCmdunused22 = '';
RsCILCmdunused23 = '';
RsCILCmdunused24 = '';
RsCILCmdunused25 = '';
RsCILCmdunused26 = '';
RsCILCmdrefanyval = 'load the address out of a typed reference';
RsCILCmdckfinite = 'check for a finite real number';
RsCILCmdunused27 = '';
RsCILCmdunused28 = '';
RsCILCmdmkrefany = 'push a typed reference on the stack';
RsCILCmdunused29 = '';
RsCILCmdunused30 = '';
RsCILCmdunused31 = '';
RsCILCmdunused32 = '';
RsCILCmdunused33 = '';
RsCILCmdunused34 = '';
RsCILCmdunused35 = '';
RsCILCmdunused36 = '';
RsCILCmdunused37 = '';
RsCILCmdldtoken = 'load the runtime representation of a metadata token';
RsCILCmdconvu2 = 'data conversion';
RsCILCmdconvu1 = 'data conversion';
RsCILCmdconvi = 'data conversion';
RsCILCmdconvovfi = 'data conversion with overflow detection';
RsCILCmdconvovfu = 'data conversion with overflow detection';
RsCILCmdaddovf = 'add integer values with overflow check';
RsCILCmdaddovfun = 'add integer values with overflow check';
RsCILCmdmulovf = 'multiply integer values with overflow check';
RsCILCmdmulovfun = 'multiply integer values with overflow check';
RsCILCmdsubovf = 'subtract integer values, checking for overflow';
RsCILCmdsubovfun = 'subtract integer values, checking for overflow';
RsCILCmdendfinally = 'end the finally or fault clause of an exception block';
RsCILCmdleave = 'exit a protected region of code';
RsCILCmdleaves = 'exit a protected region of code';
RsCILCmdstindi = 'store value indirect from stack';
RsCILCmdconvu = 'data conversion';
RsCILCmdunused38 = '';
RsCILCmdunused39 = '';
RsCILCmdunused40 = '';
RsCILCmdunused41 = '';
RsCILCmdunused42 = '';
RsCILCmdunused43 = '';
RsCILCmdunused44 = '';
RsCILCmdunused45 = '';
RsCILCmdunused46 = '';
RsCILCmdunused47 = '';
RsCILCmdunused48 = '';
RsCILCmdunused49 = '';
RsCILCmdunused50 = '';
RsCILCmdunused51 = '';
RsCILCmdunused52 = '';
RsCILCmdunused53 = '';
RsCILCmdunused54 = '';
RsCILCmdunused55 = '';
RsCILCmdunused56 = '';
RsCILCmdunused57 = '';
RsCILCmdunused58 = '';
RsCILCmdunused59 = '';
RsCILCmdunused60 = '';
RsCILCmdprefix7 = '';
RsCILCmdprefix6 = '';
RsCILCmdprefix5 = '';
RsCILCmdprefix4 = '';
RsCILCmdprefix3 = '';
RsCILCmdprefix2 = '';
RsCILCmdprefix1 = '';
RsCILCmdprefixref = '';
RsCILCmdarglist = 'get argument list';
RsCILCmdceq = 'compare equal';
RsCILCmdcgt = 'compare greater than';
RsCILCmdcgtun = 'compare greater than, unsigned or unordered';
RsCILCmdclt = 'compare less than';
RsCILCmdcltun = 'compare less than, unsigned or unordered';
RsCILCmdldftn = 'load method pointer';
RsCILCmdldvirtftn = 'load a virtual method pointer';
RsCILCmdunused61 = '';
RsCILCmdldarg = 'load argument onto the stack';
RsCILCmdldarga = 'load an argument address';
RsCILCmdstarg = 'store a value in an argument slot';
RsCILCmdldloc = 'load local variable onto the stack';
RsCILCmdldloca = 'load local variable address';
RsCILCmdstloc = 'pop value from stack to local variable';
RsCILCmdlocalloc = 'allocate space in the local dynamic memory pool';
RsCILCmdunused62 = '';
RsCILCmdendfilter = 'end filter clause of SEH';
RsCILCmdunaligned = 'pointer instruction may be unaligned';
RsCILCmdvolatile = 'pointer reference is volatile';
RsCILCmdtail = 'call terminates current method';
RsCILCmdinitobj = 'initialize a value type';
RsCILCmdunused63 = '';
RsCILCmdcpblk = 'copy data from memory to memory';
RsCILCmdinitblk = 'initialize a block of memory to a value';
RsCILCmdunused64 = '';
RsCILCmdrethrow = 'rethrow the current exception';
RsCILCmdunused65 = '';
RsCILCmdsizeof = 'load the size in bytes of a value type';
RsCILCmdrefanytype = 'load the type out of a typed reference';
RsCILCmdunused66 = '';
RsCILCmdunused67 = '';
RsCILCmdunused68 = '';
RsCILCmdunused69 = '';
RsCILCmdunused70 = '';
RsCILDescrnop = 'Do nothing';
RsCILDescrbreak = 'inform a debugger that a breakpoint has been reached.';
RsCILDescrldarg0 = 'Load argument 0 onto stack';
RsCILDescrldarg1 = 'Load argument 1 onto stack';
RsCILDescrldarg2 = 'Load argument 2 onto stack';
RsCILDescrldarg3 = 'Load argument 3 onto stack';
RsCILDescrldloc0 = 'Load local variable 0 onto stack.';
RsCILDescrldloc1 = 'Load local variable 1 onto stack.';
RsCILDescrldloc2 = 'Load local variable 2 onto stack.';
RsCILDescrldloc3 = 'Load local variable 3 onto stack.';
RsCILDescrstloc0 = 'Pop value from stack into local variable 0.';
RsCILDescrstloc1 = 'Pop value from stack into local variable 1.';
RsCILDescrstloc2 = 'Pop value from stack into local variable 2.';
RsCILDescrstloc3 = 'Pop value from stack into local variable 3.';
RsCILDescrldargs = 'Load argument numbered num onto stack, short form.';
RsCILDescrldargas = 'fetch the address of argument argNum, short form';
RsCILDescrstargs = 'Store a value to the argument numbered num, short form';
RsCILDescrldlocs = 'Load local variable of index indx onto stack, short form.';
RsCILDescrldlocas = 'Load address of local variable with index indx, short form';
RsCILDescrstlocs = 'Pop value from stack into local variable indx, short form.';
RsCILDescrldnull = 'Push null reference on the stack';
RsCILDescrldci4m1 = 'Push -1 onto the stack as int32.';
RsCILDescrldci40 = 'Push 0 onto the stack as int32.';
RsCILDescrldci41 = 'Push 1 onto the stack as int32.';
RsCILDescrldci42 = 'Push 2 onto the stack as int32.';
RsCILDescrldci43 = 'Push 3 onto the stack as int32.';
RsCILDescrldci44 = 'Push 4 onto the stack as int32.';
RsCILDescrldci45 = 'Push 5 onto the stack as int32.';
RsCILDescrldci46 = 'Push 6 onto the stack as int32.';
RsCILDescrldci47 = 'Push 7 onto the stack as int32.';
RsCILDescrldci48 = 'Push 8 onto the stack as int32.';
RsCILDescrldci4s = 'Push num onto the stack as int32, short form.';
RsCILDescrldci4 = 'Push num of type int32 onto the stack as int32.';
RsCILDescrldci8 = 'Push num of type int64 onto the stack as int64.';
RsCILDescrldcr4 = 'Push num of type float32 onto the stack as F.';
RsCILDescrldcr8 = 'Push num of type float64 onto the stack as F.';
RsCILDescrunused1 = '';
RsCILDescrdup = 'duplicate value on the top of the stack';
RsCILDescrpop = 'pop a value from the stack';
RsCILDescrjmp = 'Exit current method and jump to specified method';
RsCILDescrcall = 'Call method described by method';
RsCILDescrcalli = 'Call method indicated on the stack with arguments described by callsitedescr.';
RsCILDescrret = 'Return from method, possibly returning a value';
RsCILDescrbrs = 'branch to target, short form';
RsCILDescrbrfalses = 'branch to target if value is zero (false), short form';
RsCILDescrbrtrues = 'branch to target if value is non-zero (true), short form';
RsCILDescrbeqs = 'branch to target if equal, short form';
RsCILDescrbges = 'branch to target if greater than or equal to, short form';
RsCILDescrbgts = 'branch to target if greater than, short form';
RsCILDescrbles = 'branch to target if less than or equal to, short form';
RsCILDescrblts = 'branch to target if less than';
RsCILDescrbneuns = 'branch to target if unequal or unordered, short form';
RsCILDescrbgeuns = 'branch to target if greater than or equal to (unsigned or unordered), short form';
RsCILDescrbgtuns = 'branch to target if greater than (unsigned or unordered), short form';
RsCILDescrbleuns = 'branch to target if less than or equal to (unsigned or unordered), short form';
RsCILDescrbltuns = 'Branch to target if less than (unsigned or unordered), short form';
RsCILDescrbr = 'branch to target ';
RsCILDescrbrfalse = 'branch to target if value is zero (false)';
RsCILDescrbrtrue = 'branch to target if value is non-zero (true)';
RsCILDescrbeq = 'branch to target if equal';
RsCILDescrbge = 'branch to target if greater than or equal to';
RsCILDescrbgt = 'branch to target if greater than';
RsCILDescrble = 'branch to target if less than or equal to';
RsCILDescrblt = 'branch to target if less than';
RsCILDescrbneun = 'branch to target if unequal or unordered';
RsCILDescrbgeun = 'branch to target if greater than or equal to (unsigned or unordered)';
RsCILDescrbgtun = 'branch to target if greater than (unsigned or unordered)';
RsCILDescrbleun = 'branch to target if less than or equal to (unsigned or unordered)';
RsCILDescrbltun = 'Branch to target if less than (unsigned or unordered) ';
RsCILDescrswitch = 'jump to one of n values';
RsCILDescrldindi1 = 'Indirect load value of type int8 as int32 on the stack.';
RsCILDescrldindu1 = 'Indirect load value of type unsigned int8 as int32 on the stack.';
RsCILDescrldindi2 = 'Indirect load value of type int16 as int32 on the stack.';
RsCILDescrldindu2 = 'Indirect load value of type unsigned int16 as int32 on the stack.';
RsCILDescrldindi4 = 'Indirect load value of type int32 as int32 on the stack.';
RsCILDescrldindu4 = 'Indirect load value of type unsigned int32 as int32 on the stack.';
RsCILDescrldindi8 = 'Indirect load value of type int64 as int64 on the stack.';
RsCILDescrldindi = 'Indirect load value of type native int as native int on the stack';
RsCILDescrldindr4 = 'Indirect load value of type float32 as F on the stack.';
RsCILDescrldindr8 = 'Indirect load value of type float64 as F on the stack.';
RsCILDescrldindref = 'Indirect load value of type object ref as O on the stack.';
RsCILDescrstindref = 'Store value of type object ref (type O) into memory at address';
RsCILDescrstindi1 = 'Store value of type int8 into memory at address';
RsCILDescrstindi2 = 'Store value of type int16 into memory at address';
RsCILDescrstindi4 = 'Store value of type int32 into memory at address';
RsCILDescrstindi8 = 'Store value of type int64 into memory at address';
RsCILDescrstindr4 = 'Store value of type float32 into memory at address';
RsCILDescrstindr8 = 'Store value of type float64 into memory at address';
RsCILDescradd = 'Add two values, returning a new value';
RsCILDescrsub = 'Subtract value2 from value1, returning a new value';
RsCILDescrmul = 'Multiply values';
RsCILDescrdiv = 'Divide two values to return a quotient or floating-point result';
RsCILDescrdivun = 'Divide two values, unsigned, returning a quotient';
RsCILDescrrem = 'Remainder of dividing value1 by value2';
RsCILDescrremun = 'Remainder of unsigned dividing value1 by value2';
RsCILDescrand = 'Bitwise AND of two integral values, returns an integral value';
RsCILDescror = 'Bitwise OR of two integer values, returns an integer.';
RsCILDescrxor = 'Bitwise XOR of integer values, returns an integer';
RsCILDescrshl = 'Shift an integer to the left (shifting in zeros)';
RsCILDescrshr = 'Shift an integer right, (shift in sign), return an integer';
RsCILDescrshrun = 'Shift an integer right, (shift in zero), return an integer';
RsCILDescrneg = 'Negate value';
RsCILDescrnot = 'Bitwise complement';
RsCILDescrconvi1 = 'Convert to int8, pushing int32 on stack';
RsCILDescrconvi2 = 'Convert to int16, pushing int32 on stack';
RsCILDescrconvi4 = 'Convert to int32, pushing int32 on stack';
RsCILDescrconvi8 = 'Convert to int64, pushing int64 on stack';
RsCILDescrconvr4 = 'Convert to float32, pushing F on stack';
RsCILDescrconvr8 = 'Convert to float64, pushing F on stack';
RsCILDescrconvu4 = 'Convert to unsigned int32, pushing int32 on stack';
RsCILDescrconvu8 = 'Convert to unsigned int64, pushing int64 on stack';
RsCILDescrcallvirt = 'Call a method associated with obj';
RsCILDescrcpobj = 'Copy a value type from srcValObj to destValObj';
RsCILDescrldobj = 'Copy instance of value type classTok to the stack.';
RsCILDescrldstr = 'push a string object for the literal string ';
RsCILDescrnewobj = 'allocate an uninitialized object or value type and call ctor ';
RsCILDescrcastclass = 'Cast obj to class';
RsCILDescrisinst = 'test if object is an instance of class, returning NULL or an instance of that class or interface';
RsCILDescrconvrun = 'Convert unsigned integer to floating-point, pushing F on stack';
RsCILDescrunused2 = '';
RsCILDescrunused3 = '';
RsCILDescrunbox = 'Extract the value type data from obj, its boxed representation';
RsCILDescrthrow = 'Throw an exception';
RsCILDescrldfld = 'Push the value of field of object, or value type, obj, onto the stack';
RsCILDescrldflda = 'Push the address of field of object obj on the stack';
RsCILDescrstfld = 'Replace the value of field of the object obj with val';
RsCILDescrldsfld = 'Push the value of field on the stack';
RsCILDescrldsflda = 'Push the address of the static field, field, on the stack';
RsCILDescrstsfld = 'Replace the value of field with val';
RsCILDescrstobj = 'Store a value of type classTok from the stack into memory';
RsCILDescrconvovfi1un = 'Convert unsigned to an int8 (on the stack as int32) and throw an exception on overflow';
RsCILDescrconvovfi2un = 'Convert unsigned to an int16 (on the stack as int32) and throw an exception on overflow';
RsCILDescrconvovfi4un = 'Convert unsigned to an int32 (on the stack as int32) and throw an exception on overflow';
RsCILDescrconvovfi8un = 'Convert unsigned to an int64 (on the stack as int64) and throw an exception on overflow';
RsCILDescrconvovfu1un = 'Convert unsigned to an unsigned int8 (on the stack as int32) and throw an exception on overflow';
RsCILDescrconvovfu2un = 'Convert unsigned to an unsigned int16 (on the stack as int32) and throw an exception on overflow';
RsCILDescrconvovfu4un = 'Convert unsigned to an unsigned int32 (on the stack as int32) and throw an exception on overflow';
RsCILDescrconvovfu8un = 'Convert unsigned to an unsigned int64 (on the stack as int64) and throw an exception on overflow';
RsCILDescrconvovfiun = 'Convert unsigned to a native int (on the stack as native int) and throw an exception on overflow';
RsCILDescrconvovfuun = 'Convert unsigned to a native unsigned int (on the stack as native int) and throw an exception on overflow';
RsCILDescrbox = 'Convert valueType to a true object reference';
RsCILDescrnewarr = 'create a new array with elements of type etype';
RsCILDescrldlen = 'push the length (of type native unsigned int) of array on the stack';
RsCILDescrldelema = 'Load the address of element at index onto the top of the stack';
RsCILDescrldelemi1 = 'Load the element with type int8 at index onto the top of the stack as an int32';
RsCILDescrldelemu1 = 'Load the element with type unsigned int8 at index onto the top of the stack as an int32';
RsCILDescrldelemi2 = 'Load the element with type int16 at index onto the top of the stack as an int32';
RsCILDescrldelemu2 = 'Load the element with type unsigned int16 at index onto the top of the stack as an int32';
RsCILDescrldelemi4 = 'Load the element with type int32 at index onto the top of the stack as an int32';
RsCILDescrldelemu4 = 'Load the element with type unsigned int32 at index onto the top of the stack as an int32 (alias for ldelem.i4)';
RsCILDescrldelemi8 = 'Load the element with type int64 at index onto the top of the stack as an int64';
RsCILDescrldelemi = 'Load the element with type native int at index onto the top of the stack as an native int';
RsCILDescrldelemr4 = 'Load the element with type float32 at index onto the top of the stack as an F';
RsCILDescrldelemr8 = 'Load the element with type float64 at index onto the top of the stack as an F';
RsCILDescrldelemref = 'Load the element of type object, at index onto the top of the stack as an O';
RsCILDescrstelemi = 'Replace array element at index with the i value on the stack';
RsCILDescrstelemi1 = 'Replace array element at index with the int8 value on the stack';
RsCILDescrstelemi2 = 'Replace array element at index with the int16 value on the stack';
RsCILDescrstelemi4 = 'Replace array element at index with the int32 value on the stack';
RsCILDescrstelemi8 = 'Replace array element at index with the int64 value on the stack';
RsCILDescrstelemr4 = 'Replace array element at index with the float32 value on the stack';
RsCILDescrstelemr8 = 'Replace array element at index with the float64 value on the stack';
RsCILDescrstelemref = 'Replace array element at index with the ref value on the stack';
RsCILDescrunused4 = '';
RsCILDescrunused5 = '';
RsCILDescrunused6 = '';
RsCILDescrunused7 = '';
RsCILDescrunused8 = '';
RsCILDescrunused9 = '';
RsCILDescrunused10 = '';
RsCILDescrunused11 = '';
RsCILDescrunused12 = '';
RsCILDescrunused13 = '';
RsCILDescrunused14 = '';
RsCILDescrunused15 = '';
RsCILDescrunused16 = '';
RsCILDescrunused17 = '';
RsCILDescrunused18 = '';
RsCILDescrunused19 = '';
RsCILDescrconvovfi1 = 'Convert to an int8 (on the stack as int32) and throw an exception on overflow ';
RsCILDescrconvovfu1 = 'Convert to a unsigned int8 (on the stack as int32) and throw an exception on overflow ';
RsCILDescrconvovfi2 = 'Convert to an int16 (on the stack as int32) and throw an exception on overflow ';
RsCILDescrconvovfu2 = 'Convert to a unsigned int16 (on the stack as int32) and throw an exception on overflow ';
RsCILDescrconvovfi4 = 'Convert to an int32 (on the stack as int32) and throw an exception on overflow ';
RsCILDescrconvovfu4 = 'Convert to a unsigned int32 (on the stack as int32) and throw an exception on overflow ';
RsCILDescrconvovfi8 = 'Convert to an int64 (on the stack as int64) and throw an exception on overflow ';
RsCILDescrconvovfu8 = 'Convert to a unsigned int64 (on the stack as int64) and throw an exception on overflow ';
RsCILDescrunused20 = '';
RsCILDescrunused21 = '';
RsCILDescrunused22 = '';
RsCILDescrunused23 = '';
RsCILDescrunused24 = '';
RsCILDescrunused25 = '';
RsCILDescrunused26 = '';
RsCILDescrrefanyval = 'Push the address stored in a typed reference';
RsCILDescrckfinite = 'throw ArithmeticException if value is not a finite number';
RsCILDescrunused27 = '';
RsCILDescrunused28 = '';
RsCILDescrmkrefany = 'push a typed reference to ptr of type class onto the stack';
RsCILDescrunused29 = '';
RsCILDescrunused30 = '';
RsCILDescrunused31 = '';
RsCILDescrunused32 = '';
RsCILDescrunused33 = '';
RsCILDescrunused34 = '';
RsCILDescrunused35 = '';
RsCILDescrunused36 = '';
RsCILDescrunused37 = '';
RsCILDescrldtoken = 'Convert metadata token to its runtime representation';
RsCILDescrconvu2 = 'Convert to unsigned int16, pushing int32 on stack';
RsCILDescrconvu1 = 'Convert to unsigned int8, pushing int32 on stack';
RsCILDescrconvi = 'Convert to native int, pushing native int on stack';
RsCILDescrconvovfi = 'Convert to an native int (on the stack as native int) and throw an exception on overflow';
RsCILDescrconvovfu = 'Convert to a native unsigned int (on the stack as native int) and throw an exception on overflow';
RsCILDescraddovf = 'Add signed integer values with overflow check. ';
RsCILDescraddovfun = 'Add unsigned integer values with overflow check.';
RsCILDescrmulovf = 'Multiply signed integer values. Signed result must fit in same size';
RsCILDescrmulovfun = 'Multiply unsigned integer values. Unsigned result must fit in same size';
RsCILDescrsubovf = 'Subtract native int from an native int. Signed result must fit in same size';
RsCILDescrsubovfun = 'Subtract native unsigned int from a native unsigned int. Unsigned result must fit in same size';
RsCILDescrendfinally = 'End finally clause of an exception block';
RsCILDescrleave = 'Exit a protected region of code.';
RsCILDescrleaves = 'Exit a protected region of code, short form';
RsCILDescrstindi = 'Store value of type native int into memory at address';
RsCILDescrconvu = 'Convert to native unsigned int, pushing native int on stack';
RsCILDescrunused38 = '';
RsCILDescrunused39 = '';
RsCILDescrunused40 = '';
RsCILDescrunused41 = '';
RsCILDescrunused42 = '';
RsCILDescrunused43 = '';
RsCILDescrunused44 = '';
RsCILDescrunused45 = '';
RsCILDescrunused46 = '';
RsCILDescrunused47 = '';
RsCILDescrunused48 = '';
RsCILDescrunused49 = '';
RsCILDescrunused50 = '';
RsCILDescrunused51 = '';
RsCILDescrunused52 = '';
RsCILDescrunused53 = '';
RsCILDescrunused54 = '';
RsCILDescrunused55 = '';
RsCILDescrunused56 = '';
RsCILDescrunused57 = '';
RsCILDescrunused58 = '';
RsCILDescrunused59 = '';
RsCILDescrunused60 = '';
RsCILDescrprefix7 = '';
RsCILDescrprefix6 = '';
RsCILDescrprefix5 = '';
RsCILDescrprefix4 = '';
RsCILDescrprefix3 = '';
RsCILDescrprefix2 = '';
RsCILDescrprefix1 = '';
RsCILDescrprefixref = '';
RsCILDescrarglist = 'return argument list handle for the current method ';
RsCILDescrceq = 'push 1 (of type int32) if value1 equals value2, else 0';
RsCILDescrcgt = 'push 1 (of type int32) if value1 > value2, else 0';
RsCILDescrcgtun = 'push 1 (of type int32) if value1 > value2, unsigned or unordered, else 0';
RsCILDescrclt = 'push 1 (of type int32) if value1 < value2, else 0';
RsCILDescrcltun = 'push 1 (of type int32) if value1 < value2, unsigned or unordered, else 0';
RsCILDescrldftn = 'Push a pointer to a method referenced by method on the stack';
RsCILDescrldvirtftn = 'Push address of virtual method mthd on the stack';
RsCILDescrunused61 = '';
RsCILDescrldarg = 'Load argument numbered num onto stack.';
RsCILDescrldarga = 'fetch the address of argument argNum.';
RsCILDescrstarg = 'Store a value to the argument numbered num';
RsCILDescrldloc = 'Load local variable of index indx onto stack.';
RsCILDescrldloca = 'Load address of local variable with index indx';
RsCILDescrstloc = 'Pop value from stack into local variable indx.';
RsCILDescrlocalloc = 'Allocate space from the local memory pool.';
RsCILDescrunused62 = '';
RsCILDescrendfilter = 'End filter clause of SEH exception handling';
RsCILDescrunaligned = 'Subsequent pointer instruction may be unaligned';
RsCILDescrvolatile = 'Subsequent pointer reference is volatile';
RsCILDescrtail = 'Subsequent call terminates current method';
RsCILDescrinitobj = 'Initialize a value type';
RsCILDescrunused63 = '';
RsCILDescrcpblk = 'Copy data from memory to memory';
RsCILDescrinitblk = 'Set a block of memory to a given byte';
RsCILDescrunused64 = '';
RsCILDescrrethrow = 'Rethrow the current exception';
RsCILDescrunused65 = '';
RsCILDescrsizeof = 'Push the size, in bytes, of a value type as a unsigned int32';
RsCILDescrrefanytype = 'Push the type token stored in a typed reference';
RsCILDescrunused66 = '';
RsCILDescrunused67 = '';
RsCILDescrunused68 = '';
RsCILDescrunused69 = '';
RsCILDescrunused70 = '';
//=== JclCLR =================================================================
resourcestring
RsClrCopyright = '// Delphi-JEDI .NET Framework IL Disassembler. Version 0.1' + sLineBreak +
'// Project JEDI Code Library (JCL) Team. All rights reserved.' + sLineBreak;
RsUnknownTableFmt = '%s%s';
RsUnknownTable = 'Unknown table - ';
//=== JclCOM =================================================================
resourcestring
RsComInvalidParam = 'An invalid parameter was passed to the routine. If a parameter was ' +
'expected, it might be an unassigned item or nil pointer';
RsComFailedStreamRead = 'Failed to read all of the data from the specified stream';
RsComFailedStreamWrite = 'Failed to write all of the data into the specified stream';
//=== JclComplex =============================================================
resourcestring
RsComplexInvalidString = 'Failed to create a complex number from the string provided';
//=== JclCompression =========================================================
resourcestring
RsCompressionReadNotSupported = 'read is not an supported operation.';
RsCompressionWriteNotSupported = 'write is not an supported operation.';
RsCompressionResetNotSupported = 'reset is not an supported operation.';
RsCompressionSeekNotSupported = 'seek is not an supported operation.';
RsCompressionUserAbort = 'User abort';
RsCompressionZLibZErrNo = 'zlib returned: ERRNO';
RsCompressionZLibZStreamError = 'zlib returned: Stream error';
RsCompressionZLibZDataError = 'zlib returned: data error';
RsCompressionZLibZMemError = 'zlib returned: memory error';
RsCompressionZLibZBufError = 'zlib returned: buffer error';
RsCompressionZLibZVersionError = 'zlib returned: version error';
RsCompressionZLibError = 'zLib returned: unknown error (%d)';
RsCompressionGZIPInvalidID = 'gzip: Invalid ID (ID1=%.2x; ID2=%.2x)';
RsCompressionGZIPUnsupportedCM = 'gzip: unsupported compression method (%d)';
RsCompressionGZIPHeaderCRC = 'gzip: CRC failed, header is damaged';
RsCompressionGZIPDecompressing = 'gzip: this property is not readable when the data are being decompressed';
RsCompressionGZIPNotDecompressed = 'gzip: this property is not readable until the data are fully decompressed';
RsCompressionGZIPDataTruncated = 'gzip: data are truncated';
RsCompressionGZIPInternalError = 'gzip: internal error';
RsCompressionGZIPDataCRCFailed = 'gzip: CRC failed, data are damaged';
RsCompressionGZIPExtraFieldTooLong = 'gzip: extra field is too long';
RsCompressionGZIPBadString = 'gzip: the string contains null chars';
RsCompressionBZIP2SequenceError = 'bzip2 returned: sequence error';
RsCompressionBZIP2ParameterError = 'bzip2 returned: parameter error';
RsCompressionBZIP2MemoryError = 'bzip2 returned: memory error';
RsCompressionBZIP2DataError = 'bzip2 returned: data error';
RsCompressionBZIP2HeaderError = 'bzip2 returned: header error';
RsCompressionBZIP2IOError = 'bzip2 returned: IO error';
RsCompressionBZIP2EOFError = 'bzip2 returned: unexpected end of file';
RsCompressionBZIP2OutBuffError = 'bzip2 returned: out buffer is too small';
RsCompressionBZIP2ConfigError = 'bzip2 returned: configuration error';
RsCompressionBZIP2Error = 'bzip2 returned: unknown error (%d)';
RsCompressionUnavailableProperty = 'Property is not available';
RsCompressionCompressingError = 'Operation is not supported while compressing';
RsCompressionDecompressingError = 'Operation is not supported while decompressing';