jclresources.pas

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  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.';