public AbstractType Visit(AndAndExpression x)
{
return(new PrimitiveType(DTokens.Bool));
}
public void Visit(AndAndExpression x)
{
}
public void Visit(AndAndExpression x)
{
}
public ISymbolValue Visit(AndAndExpression x)
{
return E_BoolOp(x);
}
IExpression ParseAsmLogAndExpression(IBlockNode Scope, IStatement Parent)
{
var left = ParseAsmOrExpression(Scope, Parent);
while (laKind == LogicalAnd)
{
Step();
var e = new AndAndExpression();
e.LeftOperand = left;
e.RightOperand = ParseAsmOrExpression(Scope, Parent);
left = e;
}
return left;
}
IExpression AndAndExpression(IBlockNode Scope = null)
{
// Note: Due to making it easier to parse, we ignore the OrExpression-CmpExpression rule
// -> So we only assume that there's a OrExpression
var left = OrExpression(Scope);
if (laKind != LogicalAnd)
return left;
Step();
var ae = new AndAndExpression();
ae.LeftOperand = left;
ae.RightOperand = AndAndExpression(Scope);
return ae;
}
public ISymbolValue Visit(AndAndExpression x)
{
return(E_BoolOp(x));
}
