private void DescomposeNumber(Treatment treatment)
{
if (treatment.GetIntegerNumber().Equals(true) && GetTypeNumber().Equals("Cardinal"))
{
ValidateNegativeOrPositiveNumber(treatment.GetText());
if (numberEdited.Length > 126)
{
throw new InvalidNumber("1");
}
TransformIntegerNumber(numberEdited);
}
else if (treatment.GetDecimalNumber().Equals(true) && GetTypeNumber().Equals("Decimal"))
{
ValidateNegativeOrPositiveNumber(treatment.GetText());
string integerNumber = GetIntegerPart(numberEdited.ToString());
if (integerNumber.Length > 126)
{
throw new InvalidNumber("1");
}
TransformIntegerNumber(new StringBuilder(integerNumber));
}
else if (treatment.GetFractionalNumber().Equals(true) && GetTypeNumber().Equals("Fractional"))
{
ValidateNegativeOrPositiveNumber(treatment.GetText());
string numerator = GetNumerator(numberEdited.ToString());
if (numerator.Length > 126)
{
throw new InvalidNumber("1");
}
TransformIntegerNumber(new StringBuilder(numerator));
}
}
private void DescomposeNumber(Treatment treatment)
{
if (treatment.GetFractionalNumber().Equals(true) && GetTypeNumber().Equals("Fractional"))
{
StringBuilder denominator = new StringBuilder(GetDenominator(treatment.GetText()));
ValidateNegativeOrPositiveNumber(denominator);
if (numberEdited.Length > 126)
{
throw new InvalidNumber("1");
}
TransformNumeratorNumber(numberEdited);
}
}
