internal void AddOpperator(Object opperator)
{
if (typeof(Opperator).IsInstanceOfType(opperator))
{
this.opperator = (Opperator)opperator;
}
}
private int calculate(int number1, int number2, Opperator opperator)
{
switch (opperator)
{
case Opperator.Plus:
return(number1 + number2);
case Opperator.Minus:
return(number1 - number2);
case Opperator.Multiply:
return(number1 * number2);
case Opperator.Devide:
return(number1 / number2);
case Opperator.Unset:
return(number1);
}
throw new NotImplementedException();
}
internal RelativeComparison(Opperator opperator, string asString, IValueFactory valueFactory)
{
_opperator = opperator;
_asString = asString;
_valueFactory = valueFactory;
}
internal Logical(Opperator opperator, string asString, IValueFactory valueFactory)
{
_opperator = opperator;
_asString = asString;
_valueFactory = valueFactory;
}
public EUnary(Opperator opperator, ETree t)
{
_t = t;
_opp = opperator;
}
public EBinary(Opperator opperator, ETree left, ETree right)
{
_opp = opperator;
_l = left;
_r = right;
}
internal RomanCalculator()
{
number1 = "";
number2 = "";
opperator = Opperator.Unset;
}
