public static Number Calculate(IBinaryOperandCalculator cal, Number n1, Number n2)
{
if (n1 == null || n2 == null)
{
return(0);
}
switch (n1.TypeCode)
{
case NumberTypeCode.Int32:
return(cal.Calculate((int)n1, (int)n2));
case NumberTypeCode.Int64:
return(cal.Calculate((long)n1, (long)n2));
case NumberTypeCode.BigInteger:
return(cal.Calculate((BigInteger)n1, (BigInteger)n2));
case NumberTypeCode.Double:
case NumberTypeCode.Decimal:
case NumberTypeCode.BigDecimal:
return(cal.Calculate((BigDecimal)n1, (BigDecimal)n2));
}
throw new ArgumentException("unsupported add calculate: " + n1.GetType());
}
public static Number Calculate(IBinaryOperandCalculator cal, Number n1, Number n2)
{
if (n1 == null || n2 == null)
{
return 0;
}
switch (n1.TypeCode)
{
case NumberTypeCode.Int32:
return cal.Calculate((int)n1, (int)n2);
case NumberTypeCode.Int64:
return cal.Calculate((long)n1, (long)n2);
case NumberTypeCode.BigInteger:
return cal.Calculate((BigInteger)n1, (BigInteger)n2);
case NumberTypeCode.Double:
case NumberTypeCode.Decimal:
case NumberTypeCode.BigDecimal:
return cal.Calculate((BigDecimal)n1, (BigDecimal)n2);
}
throw new ArgumentException("unsupported add calculate: " + n1.GetType());
}
