public varIdentExpreAST(listIdentExprAST hh1, listIdentExprAST hh2)
{
h1 = hh1;
h2 = hh2;
}
public designatorConIdentExprAST(Symbol s, listIdentExprAST l)
{
this.listIdentExpr = l;
simbol = s;
}
public designatorConIdentExprAST(Symbol s,listIdentExprAST l)
{
this.listIdentExpr = l;
simbol=s;
}
public designatorAST parseDesignator()
{//Designator
//Designator = ident { "." ident | "[" Expr "]" }
listIdentExprAST temp = null;
listIdentExprAST result = null;
Symbol tempsimbol2 = null;
exprAST expr = null;
Symbol tempsimbol = currentToken;
accept(sym.ID, "ident");
Boolean ind = false;
Boolean ind2 = false;
while (currentToken.sym == sym.PUNTO || currentToken.sym == sym.C_ABI)
{
if (currentToken.sym == sym.PUNTO)
{
if (ind == false)
{
acceptIt();
tempsimbol2 = currentToken;
accept(sym.ID, "ident");
result = new unIdentExpreConIdentAST(tempsimbol2);
ind = true;
}
else
{
acceptIt();
tempsimbol2 = currentToken;
accept(sym.ID, "ident");
temp = new unIdentExpreConIdentAST(tempsimbol2);
result = new varIdentExpreAST(result, temp);
}
}
else
{
if (ind2 == false)
{
acceptIt();
expr = parseExpr();
accept(sym.C_CER, "]");
result = new unIdentExpreConExprAST(expr);
ind2 = true;
}
else
{
acceptIt();
expr = parseExpr();
accept(sym.C_CER, "]");
temp = new unIdentExpreConExprAST(expr);
result = new varIdentExpreAST(result, temp);
}
}
}
if (tempsimbol2 == null && result == null)
{
return(new designatorSinIdentExprAST(tempsimbol));
}
else
{
return(new designatorConIdentExprAST(tempsimbol, result));
}
}
