public void ToString_NonRepeating()
{
decimal test = 001230.0004567890m;
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(test);
Assert.AreEqual(test.ToString(), dn.ToString());
}
public void ToString_Repeating_WithZero()
{
decimal test = 001230.000456789000m;
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(test, 9);
Assert.AreEqual("1230.0004567890004567890004...", dn.ToString());
}
public void ToString_Repeating20()
{
decimal test = 001230.000456789m;
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(test, 7);
Assert.AreEqual("1230.000456789045...", dn.ToString(20));
}
public void ToString_Repeating_Negative()
{
decimal test = -001230.000456789m;
RepeatingDecimalNumber dn = new RepeatingDecimalNumber(test, 7);
Assert.AreEqual("-1230.000456789045678904567...", dn.ToString());
}
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();
}
}
