private void CalculateRepeatingDecimalNumber()
{
if (DecimalNumberTB.Text.Length > 0)
{
RepeatingDecimalNumber repeatingDecimalNumber = new RepeatingDecimalNumber(decimal.Parse(DecimalNumberTB.Text));
CountNUD.Maximum = repeatingDecimalNumber.GetDecimalsLength();
repeatingDecimalNumber.RepeatingDecimalsCount = (uint)CountNUD.Value;
string outText;
if (outFractionLabelDisplayMode == 0)
{
outText = (repeatingDecimalNumber.IsRepeatingDecimal() ? "" : Environment.NewLine) + repeatingDecimalNumber.ToLineNotationString();
}
else
{
outText = Environment.NewLine + repeatingDecimalNumber.ToString(36);
}
Output(repeatingDecimalNumber.GetAsFraction(), outText);
}
else
{
ClearOutputs();
}
}
public void GetAsFraction_Huge()
{
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(0.3529411764705882m, 16);
Assert.AreEqual(new Fraction(6, 17), dn.GetAsFraction());
}
public void GetAsFraction3_Negative()
{
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(-123.045600m, 5);
Assert.AreEqual(new Fraction(-4101479, 33333), dn.GetAsFraction());
}
public void GetAsFraction2_Negative()
{
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(-123.456m, 3);
Assert.AreEqual(new Fraction(-41111, 333), dn.GetAsFraction());
}
public void GetAsFraction1_Negative()
{
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(-0.1111m, 2);
Assert.AreEqual(new Fraction(-1, 9), dn.GetAsFraction());
}
public void GetAsFraction0()
{
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(0.125m);
Assert.AreEqual(new Fraction(1, 8), dn.GetAsFraction());
}
