public void Visit(EquExpr equExpr, object[] args)
{
equExpr.FirstOp.Accept(this);
equExpr.SecondOp.Accept(this);
RightValue v1 = readRightValue(equExpr.FirstOp);
RightValue v2 = readRightValue(equExpr.SecondOp);
DataType resultType = readAlgoOperand(v1, v2, equExpr.Location);
BoolConst result = new BoolConst();
if (resultType == DataType.Int)
{
result.Value = Convert.ToInt32(v1.GetValueObject()) == Convert.ToInt32(v2.GetValueObject());
}
else if (resultType == DataType.Float)
{
kernel.IssueWarning(new Error(ErrorType.EqualOnFloat, equExpr.Location));
result.Value = Convert.ToDouble(v1.GetValueObject()) == Convert.ToDouble(v2.GetValueObject());
}
else
{
throw new Exception();
}
equExpr.RightValue = result;
}
public void Visit(SwitchStmt switchStmt, object[] args)
{
RightValue value = exprProcessor.Eval(switchStmt.Expression);
if (value is FloatConst)
{
kernel.IssueWarning(new Error(ErrorType.EqualOnFloat, switchStmt.Location));
}
foreach (SwitchCase switchCase in switchStmt.SwitchCaseList)
{
if (!(value is FloatConst) && switchCase.Value is FloatConst)
{
kernel.IssueWarning(new Error(ErrorType.EqualOnFloat, switchCase.Location));
}
if (switchCase.Value == null || switchCase.Value.IsEqualValueTo(value))
{
kernel.RuntimeData.ScopeStack.Open(new LocalScope());
kernel.RuntimeData.InstructionStack.Push(InstructionStack.CLOSE_LOCAL_SCOPE_FLAG);
kernel.RuntimeData.InstructionStack.Push(switchCase.CaseContent);
break;
}
}
kernel.Next();
}