public void TwoFactorMainTest()
{
/*
* Using parallel for multiple two factor tests
*/
Parallel.For(1, Romano.MAX_VALUE + 1, i =>
{
var arabic = (ushort)i;
var roman = Romano.Romanize(arabic);
/*
* Basic roman two factor tests, with strict options
* IV
*/
Assert.Equal(arabic, Romano.Humanize(roman));
/*
* Four sequential digits tests
* IIII
*/
roman = Romano.Romanize(arabic, RomanizerOptions.ALLOW_FOUR_SEQUENTIAL_DIGITS);
Assert.Equal(arabic, Romano.Humanize(roman, RomanizerOptions.ALLOW_FOUR_SEQUENTIAL_DIGITS));
/*
* Multiple sequential digits tests
* IIIII
*/
roman = Romano.Romanize(arabic, RomanizerOptions.ALLOW_MULTIPLE_SEQUENTIAL_DIGITS);
Assert.Equal(arabic, Romano.Humanize(roman, RomanizerOptions.ALLOW_MULTIPLE_SEQUENTIAL_DIGITS));
});
}
public void InvalidRomanToHumanTest(string roman, Type @throw, RomanizerOptions options = RomanizerOptions.DEFAULT_STRICT)
{
Assert.Throws(@throw, () => Romano.Humanize(roman, options) as object);
// Assert.False(Romano.IsValidRoman(roman));
}
private void HumanizeTester(string romanNumber, int expected)
{
int result = Romano.Humanize(romanNumber);
Assert.Equal(expected, result);
}
public static int Humanize(this string str)
{
return(Romano.Humanize(str));
}
public static int Humanize(this char str)
{
return(Romano.Humanize(str));
}
private void HumanizeTester(string romanNumber, int expected)
{
var result = Romano.Humanize(romanNumber);//, RomanizerOptions.ALLOW_ALL_SUB);
Assert.Equal(expected, result);
}