public override bool GetValue(EvalContext ctx)
{ //common code not refactored to parent class for speed (less virt calls)
var lv = LeftOperand.GetValue(ctx);
if (ctx.Aborted)
{
return(false);
}
var rv = RightOperand.GetValue(ctx);
if (ctx.Aborted)
{
return(false);
}
return(lv ^ rv);
}
public bool Evaluate(IOutput output, IPropertyProvider propertyProvider, IPropertyStore propertyStore, ProcessorItem item)
{
PropertyItem leftValue = LeftOperand.GetValue(output, propertyProvider, propertyStore, item);
if (leftValue == null)
{
return(Operator.HasFlag(Operator.Ignore));
}
PropertyItem rightValue = RightOperand.GetValue(output, propertyProvider, propertyStore, item);
if (rightValue == null)
{
return(Operator.HasFlag(Operator.Ignore));
}
if (leftValue.IsNumeric && rightValue.IsNumeric) // If we are comparing two numbers.
{
double vl = leftValue.ValueNumber;
double vr = rightValue.ValueNumber;
return(EvaluateNumeric(vl, vr, output));
}
else if (!leftValue.IsNumeric && !rightValue.IsNumeric) // If we are comparing two strings.
{
string vl = leftValue.ValueText;
string vr = rightValue.ValueText;
return(EvaluateText(vl, vr, output));
}
else
{
output.WriteLine(Level.Warn, $"&-c;Condition type mismatch, unable to compare values, ignoring condition: {leftValue.Value} {Operator} {rightValue.Value}&-^;");
output.WriteLine(Level.Debug, $"&-c; - LV_NUMERIC: {leftValue.IsNumeric}, RV_NUMERIC: {rightValue.IsNumeric}&-^;");
return(true);
}
}
