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/*
Version 1.2 21/01/1997
Author: Sjaak Smetsers
*/
#pragma options (!macsbug_names)
#include "compiledefines.h"
#include "types.t"
#include "system.h"
#include "settings.h"
#include "syntaxtr.t"
#include "comsupport.h"
#include "sizes.h"
#include "checker.h"
#include "checksupport.h"
#include "tctypes.t"
#include "typechecker.h"
#include "typechecker2.h"
#include "typeconv.h"
#include "tcsupport.h"
#include "overloading.h"
#include "scanner.h"
#include "comparser.h"
#include "buildtree.h"
BITVECT DetermineUniPropOfTypeCons (SymbDef typecons)
{
if (typecons -> sdef_kind == TYPE || typecons -> sdef_kind == RECORDTYPE)
return (typecons -> sdef_type) ? typecons -> sdef_type -> type_uniprop : ALLBITSSET;
else
return (typecons -> sdef_kind == TYPESYN) ? typecons -> sdef_syn_type -> syntype_uniprop : ALLBITSSET;
} /* DetermineUniPropOfTypeCons */
BITVECT DetermineConsVarsOfTypeCons (SymbDef typecons, ConsVarList * cons_vars)
{
if (typecons -> sdef_kind == TYPE || typecons -> sdef_kind == RECORDTYPE)
{ if (typecons -> sdef_type)
{ * cons_vars = typecons -> sdef_type -> type_lhs -> ft_cons_vars;
return typecons -> sdef_type -> type_consvars;
}
else
{ * cons_vars = NULL;
return ALLBITSCLEAR;
}
}
else if (typecons -> sdef_kind == TYPESYN)
{ * cons_vars = typecons -> sdef_syn_type -> syn_lhs -> ft_cons_vars ;
return typecons -> sdef_syn_type -> syn_consvars;
}
else
{ * cons_vars = NULL;
return ALLBITSCLEAR;
}
} /* DetermineConsVarsOfTypeCons */
TypeCell SkipIndirectionChain (TypeCell type)
{
MemoryCheck (type);
for (; type -> tc_kind == Indirection; type = type -> contents_indirect)
MemoryCheck (type);
return type;
} /* SkipIndirectionChain */
#define SubstitutedType(typeargs) ((typeargs)[-1])
TypeCell SkipTypeSynIndirection (TypeCell type)
{
if (type -> tc_kind == ConstructorType && type -> tc_expanded)
{ type = SubstitutedType (type -> contents_tc_args);
SkipIndirections (type);
}
return type;
} /* SkipTypeSynIndirection */
void PrintNodeSymbol (Node node, int arg_nr, File file)
{
Symbol rootsymb;
switch (node -> node_kind)
{
case IfNode:
switch (arg_nr)
{
case 1: FPutS ("condition part of guard or if rule", file);
return;
case 2: FPutS ("then part of guard or if rule", file);
return;
case 3: FPutS ("else part of guard or if rule", file);
return;
default: FPutS ("guard or if rule", file);
return;
}
break;
case SelectorNode:
if (arg_nr == 1)
FPutS ("argument of selection", file);
else
FPutS ("selection", file);
return;
case MatchNode:
if (arg_nr == 1)
{ FPutS ("rhs selection of", file);
break;
}
else
{ FPutS ("rhs selection", file);
return;
}
case UpdateNode:
FPutS ("update of record", file);
break;
case NodeIdNode:
if (node -> node_node_id -> nid_ident != NULL)
{ Ident id = node -> node_node_id -> nid_ident;
if (TestMark (node -> node_node_id, nid_mark2, NID_FIELD_NAME_MASK))
{ SymbDef rec_symb = (SymbDef) id -> ident_environ;
FPrintF (file, "field %s of record %s", id -> ident_name, rec_symb -> sdef_ident -> ident_name);
}
else
FPutS (id -> ident_name, file);
}
else if (node -> node_node_id -> nid_node)
PrintNodeSymbol (node -> node_node_id -> nid_node, 0, file);
return;
default:
break;
}
rootsymb = node -> node_symbol;
if (rootsymb -> symb_kind == select_symb)
{ if (arg_nr == 1)
{ FPrintF (file, "%d-tuple selection of ", rootsymb -> symb_arity);
PrintNodeSymbol (node -> node_arguments -> arg_node, 0, file);
}
else
FPrintF (file, "selection of the %d-th argument of a %d-tuple ", node -> node_arity, rootsymb -> symb_arity);
}
else if (rootsymb -> symb_kind == apply_symb)
{ if (arg_nr == 1)
PrintNodeSymbol (node -> node_arguments -> arg_node, 0, file);
else
{ Node argnode;
for (arg_nr = 1, argnode = node -> node_arguments -> arg_node;
argnode -> node_kind == NormalNode && argnode -> node_symbol -> symb_kind == apply_symb;
argnode = argnode -> node_arguments -> arg_node)
arg_nr ++;
PrintNodeSymbol (argnode, arg_nr, file);
}
}
else if (rootsymb -> symb_kind == tuple_symb)
{ int tup_arity = node -> node_arity;
FPutS ("(_", file);
for (tup_arity--; tup_arity > 0; tup_arity--)
FPutS (",_", file);
FPutC (')', file);
}
else
{ if (arg_nr > 0)
{ if (rootsymb -> symb_kind == definition && rootsymb -> symb_def -> sdef_kind == IMPRULE)
{ if (arg_nr <= rootsymb -> symb_def -> sdef_nr_of_lifted_nodeids)
{ Args lifted_arg;
int i;
for (i = 1, lifted_arg = node -> node_arguments; i < arg_nr; i ++, lifted_arg = lifted_arg -> arg_next)
;
if (lifted_arg -> arg_node -> node_kind == NodeIdNode)
FPrintF (StdError, "internal argument %s of ", lifted_arg -> arg_node -> node_node_id -> nid_ident -> ident_name);
else
FPrintF (StdError, "internal argument %d of ", arg_nr);
}
else
FPrintF (StdError, "argument %d of ", arg_nr - rootsymb -> symb_def -> sdef_nr_of_lifted_nodeids);
}
else
FPrintF (StdError, "argument %d of ", arg_nr);
}
PrintSymbol (rootsymb, file);
}
} /* PrintNodeSymbol */
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