public void IfConfigHasTwoNumbers_ThatCanDivideSameInput_ReturnCorrectString()
{
var sut = new FizzBuzzService(1, 100);
var dict = new Dictionary<ulong, string> { { 5, "Foo" }, { 3, "Fizz" }, { 4, "Buzz" } };
string actualValue = sut.ProcessFizzBuzz(20, dict);
Assert.That(actualValue, Is.EqualTo("FooBuzz"));
}
public void IfConfigHasCompositeNumber_ThatCanDivideInput_AndPairOfFactorsExist_ReturnCorrectString()
{
var sut = new FizzBuzzService(1, 100);
var dict = new Dictionary<ulong, string> { { 12, "Foo" }, { 3, "Fizz" }, { 4, "Buzz" } };
string actualValue = sut.ProcessFizzBuzz(24, dict);
Assert.That(actualValue, Is.EqualTo("FizzBuzz"));
}
public void IfConfigHasPrimeNumber_ThatCanDivideInput_ReturnCorrectString()
{
var sut = new FizzBuzzService(1, 100);
var dict = new Dictionary<ulong, string> { { 3, "Foo" } };
string actualValue = sut.ProcessFizzBuzz(39, dict);
Assert.That(actualValue, Is.EqualTo(dict[3]));
}
public void CanProgramAcceptLongNumbers()
{
var sut = new FizzBuzzService(1, 100);
var dict = new Dictionary<ulong, string> { { 5, "Foo" }, { 3, "Fizz" } };
string actualValue = sut.ProcessFizzBuzz(ulong.MaxValue, dict);
Assert.That(actualValue, Is.EqualTo("FooFizz"));
}