public void CheckWhetherTheFunctionReturnNegativeNumber()
{
// Arrange
NumberToWordsService numberService = new NumberToWordsService();
decimal value = -123.45M;
string numberInWord = "NEGATIVE VALUE";
// Act
string result = numberService.ConvertNumberToString(value);
// Assert
Assert.AreEqual(numberInWord, result);
}
public void CheckWhetherTheFunctionReturnZero()
{
// Arrange
NumberToWordsService numberService = new NumberToWordsService();
decimal value = 0.00M;
string numberInWord = "ZERO DOLLARS";
// Act
string result = numberService.ConvertNumberToString(value);
// Assert
Assert.AreEqual(numberInWord, result);
}
public void CheckWhetherTheFunctionReturnCorrectStringForaNumberWithIntegerPartOnly()
{
// Arrange
NumberToWordsService numberService = new NumberToWordsService();
decimal value = 123.00M;
string numberInWord = "ONE HUNDRED AND TWENTY-THREE DOLLARS";
// Act
string result = numberService.ConvertNumberToString(value);
// Assert
Assert.AreEqual(numberInWord, result);
}
public void CheckWhetherTheFunctionReturnCorrectStringForaNumberWithDecimalOnly()
{
// Arrange
NumberToWordsService numberService = new NumberToWordsService();
decimal value = 0.45M;
string numberInWord = "ZERO DOLLARS AND FORTY-FIVE CENTS";
// Act
string result = numberService.ConvertNumberToString(value);
// Assert
Assert.AreEqual(numberInWord, result);
}
public string Get(string numbers)
{
INumberToWordsService nb = new NumberToWordsService();
return(nb.ConvertNumberToWords(numbers));
}
public void SetUp()
{
_service = new NumberToWordsService(new CurrencyParser(), new CurrencyOutputFormatter(), new NumberTranslator(), new ServiceConfigurations());
}
