internal void HandleLhs(ident i, BekTypes t, bool implicitdefine = false)
{
SymtabElt e;
if (TryGetElt(i.name, out e))
{
if (implicitdefine)
{
throw new BekParseException(i.line, i.pos, string.Format("'{0}' already defined", i.name));
}
if (e.type != t)
{
throw new BekParseException(i.line, i.pos, string.Format("'{0}' inconsistent type", i.name));
}
this.symtab[i] = e;
}
else if (implicitdefine)
{
e = new SymtabElt(i, t);
this.AddElt(i, e);
}
else
{
throw new BekParseException(i.line, i.pos, string.Format("'{0}' undefined", i.name));
}
}
Expr MkExpr(BekTypes btype, expr e)
{
switch (btype)
{
case BekTypes.BOOL:
return(((boolconst)e).val ? stb.Solver.True : stb.Solver.False);
case BekTypes.CHAR:
return(stb.Solver.MkNumeral(((charconst)e).val, charsort));
case BekTypes.STR:
return(stb.Solver.MkListFromString(((strconst)e).val, charsort));
default:
throw new BekException(); //TBD: introduce exception kinds
}
}
Sort BekTypeToSort(BekTypes btype)
{
switch (btype)
{
case BekTypes.BOOL:
return(stb.Solver.BoolSort);
case BekTypes.CHAR:
return(charsort);
case BekTypes.STR:
return(stb.Solver.MkListSort(charsort));
default:
throw new BekException(); //TBD: introduce exception kinds
}
}
internal void HandleLhs(ident i, BekTypes t, bool implicitdefine=false)
{
SymtabElt e;
if (TryGetElt(i.name, out e))
{
if (implicitdefine)
throw new BekParseException(i.line, i.pos, string.Format("'{0}' already defined", i.name));
if (e.type != t)
throw new BekParseException(i.line, i.pos, string.Format("'{0}' inconsistent type", i.name));
this.symtab[i] = e;
}
else if (implicitdefine)
{
e = new SymtabElt(i, t);
this.AddElt(i, e);
}
else
{
throw new BekParseException(i.line, i.pos, string.Format("'{0}' undefined", i.name));
}
}
public SymtabElt(object def, BekTypes type)
{
this.id = nextid++;
this.def = def;
this.type = type;
}
public SymtabElt(object def, BekTypes type)
{
this.id = nextid++;
this.def = def;
this.type = type;
}
