public void GivenTripleDigitIntegerReturnsCorrespondingRomanNumeral(int number, string expected)
{
var romanNumeralConvertor = new RomanNumeralConvertor();
var actual = romanNumeralConvertor.ConvertNumberToRomanNumeral(number);
Assert.Equal(expected, actual);
}
public void GivenRomanNumeralReturnCorrespondingInteger(string romanNumeral, int expected)
{
var romanNumeralConvertor = new RomanNumeralConvertor();
var actual = romanNumeralConvertor.ConvertRomanNumeralToNumber(romanNumeral);
Assert.Equal(expected, actual);
}
public void convert_numbers_to_roman_numerals(int input, string expectedResult)
{
// Arrange -- Context -- Given
var convert = new RomanNumeralConvertor();
// Act -- Do the thing -- When
var actualResult = convert.ConvertToRoman(input);
// Assert -- checking the result -- Then
Assert.Equal(expectedResult, actualResult);
}
public void Given1ReturnI()
{
//Arrange
int i = 1;
RomanNumeralConvertor rnc = new RomanNumeralConvertor();
// Act
string rNumeral = rnc.ConvertToRomanNumeral(i);
// Assert
Assert.AreEqual(rNumeral, "I");
}
public void Given1989ReturnMCMLXXXIX()
{
//Arrange
int i = 1989;
RomanNumeralConvertor rnc = new RomanNumeralConvertor();
// Act
string rNumeral = rnc.ConvertToRomanNumeral(i);
// Assert
Assert.AreEqual(rNumeral, "MCMLXXXIX");
}
public void converting_number_44()
{
// Arrange -- Context -- Given
var convertor = new RomanNumeralConvertor();
var input = 44;
var expectedResult = "XLIV";
// Act -- Do the thing -- When
var actualResult = convertor.ToRoman(input);
// Assert -- Checking the result -- Then
Assert.Equal(expectedResult, actualResult);
}
public void decimal_should_convert_to_roman_numeral(int number, string symbol)
{
var result = RomanNumeralConvertor.Convert(number);
result.Should().Be(symbol);
}
