public void NumberToWord_DoSingleDigitNumbersConvertCorrectly_Nine()
{
NumToWord numbah = new NumToWord();
NumToWord.FillDictionaries();
NumToWord.NumberToWord(9);
Assert.AreEqual("Nine ", NumToWord.Word);
}
public void NumberToWord_DoDoubleDigitNumbersGreaterThan19ConvertCorrectly_ThirtyFive()
{
NumToWord numbah = new NumToWord();
NumToWord.FillDictionaries();
NumToWord.NumberToWord(35);
Assert.AreEqual("Thirty Five ", NumToWord.Word);
}
public void NumberToWord_DoHundredsNotAddAnd_FourHundred()
{
NumToWord numbah = new NumToWord();
NumToWord.FillDictionaries();
NumToWord.NumberToWord(400);
Assert.AreEqual("Four Hundred ", NumToWord.Word);
}
public void NumberToWord_Do4DigitNumbersConvertCorrectly_FourThousandFourHundredThirtyGive()
{
NumToWord numbah = new NumToWord();
NumToWord.FillDictionaries();
NumToWord.NumberToWord(4435);
Assert.AreEqual("Four Thousand Four Hundred and Thirty Five ", NumToWord.Word);
}
public void NumberToWord_CheckIfNegativeNumbersAboveNegative20ParseProperWords_NegativeNineteen()
{
NumToWord numbah = new NumToWord();
NumToWord.FillDictionaries();
NumToWord.NumberToWord(-19);
Assert.AreEqual("Negative Nineteen ", NumToWord.Word);
}
public void NumberToWord_DoBillionsNumbersConvertCorrectly_OneBillionTwoMillionOneHundredFourThousandFourHundredThirtyFive()
{
NumToWord numbah = new NumToWord();
NumToWord.FillDictionaries();
NumToWord.NumberToWord(1002104435);
Assert.AreEqual("One Billion Two Million One Hundred and Four Thousand Four Hundred and Thirty Five ", NumToWord.Word);
}
public void ToWords_Case1_True()
{
//arrange
string testNumber1 = "964";
//act
string result1 = NumToWord.ToWords(testNumber1);
//assert
Assert.AreEqual("nine hundred sixty four", result1);
}
public void ToWords_Case2_True()
{
//arrange
string testNumber2 = "213";
//act
string result2 = NumToWord.ToWords(testNumber2);
//assert
Assert.AreEqual("two hundred thirteen", result2);
}
public void ConvertArrayToWords_ConvertedArray_True()
{
//arrange
int[] aa = new int[] { 3, 7, 8 };
string er = "eight hundred seventy three";
//act
NumToWord ntw = new NumToWord();
string ar = ntw.ConvertArrayToWords(aa);
Assert.AreEqual(er, ar);
}
public void ConvertArrayToWords_ConvertedArrayWithTeens_True()
{
//arrange
int[] aa = new int[] { 1, 1, 8 };
string er = "eight hundred eleven";
//act
NumToWord ntw = new NumToWord();
string ar = ntw.ConvertArrayToWords(aa);
Assert.AreEqual(er, ar);
}
public void Convert_TestIntegrationMethod_True2()
{
//arrange
int num = 50423524;
string er = "fifty million four hundred twenty three thousand five hundred twenty four";
//act
NumToWord ntw = new NumToWord();
string ar = ntw.Convert(num);
Assert.AreEqual(er, ar);
}
public void Convert_TestIntegrationMethod_True3()
{
//arrange
int num = 554;
string er = "five hundred fifty four";
//act
NumToWord ntw = new NumToWord();
string ar = ntw.Convert(num);
Assert.AreEqual(er, ar);
}
public void NumberToWord_CheckIfNumberBelowTwentyReturnsProperWordValue_Nineteen()
{
// Arrange
NumToWord numbah = new NumToWord();
// Act
NumToWord.FillDictionaries();
NumToWord.NumberToWord(19);
// Assert
Assert.AreEqual("Nineteen ", NumToWord.Word);
}
public void Convert_TestIntegrationMethod_True4()
{
//arrange
int num = 504513321;
string er = "five hundred four million five hundred thirteen thousand three hundred twenty one";
//act
NumToWord ntw = new NumToWord();
string ar = ntw.Convert(num);
Assert.AreEqual(er, ar);
}
public void ConvertListOfArraysToString_CreateFinalOutput_True()
{
//arrange
List <int[]> al = new List <int[]> {
new int[] { 3, 7, 8 }, new int[] { 4, 6, 4 }, new int[] { 6 }
};
string er = "six million four hundred sixty four thousand eight hundred seventy three";
//act
NumToWord ntw = new NumToWord();
string ar = ntw.ConvertListOfArraysToString(al);
Assert.AreEqual(er, ar);
}
public void SetUserNumber_GetUserNumber_True()
{
//arrange
NumToWord newNumToWord = new NumToWord();
string testNumber = "8";
//act
newNumToWord.SetUserNumber(testNumber);
string result = newNumToWord.GetUserNumber();
//assert
Assert.AreEqual(testNumber, result);
}
public void Index_Case2_True()
{
//arrange
string testNumber3 = "2342432";
NumToWord newNumToWord1 = new NumToWord();
//act
newNumToWord1.SetUserNumber(testNumber3);
newNumToWord1.ListOfThrees();
int result3 = NumToWord.GetIndex();
//assert
Assert.AreEqual(3, result3);
}
public void ListOfThrees_True()
{
//arrange
NumToWord newNumToWord = new NumToWord();
string testNumber = "34503830495";
List <string> list = new List <string> {
"034", "503", "830", "495"
};
//act
newNumToWord.SetUserNumber(testNumber);
List <string> result = newNumToWord.ListOfThrees();
//assert
CollectionAssert.AreEqual(list, result);
}
public void makeListOfThreeElementArray_ConvertsList_True()
{
//arrange
List <int> aa = new List <int> {
3, 7, 8, 4, 6, 4, 6
};
List <int[]> er = new List <int[]> {
new int[] { 3, 7, 8 }, new int[] { 4, 6, 4 }, new int[] { 6 }
};
//act
NumToWord ntw = new NumToWord();
List <int[]> ar = ntw.MakeListOfThreeElementArrays(aa);
for (int i = 0; i < er.Count; i++)
{
CollectionAssert.AreEqual(er[i], ar[i]);
}
}
