public void Calculate_CalculateNOfAKindShouldOnlyMultiplyByCorrectScoring(int numberOfAkind, int inputDiceOne, int inputDiceTwo, int inputDiceThree, int inputDiceFour, int inputDiceFive, int expectedScoring)
{
Mock <IDiceHolder> mockDiceHolder = GetMockDiceHolder(inputDiceOne, inputDiceTwo, inputDiceThree, inputDiceFour, inputDiceFive);
var sut = new BoringScoreParser(mockDiceHolder.Object);
Assert.AreEqual(expectedScoring, sut.CalculateNOfAKind(numberOfAkind));
}
public void Calculate_ShouldCalculateChance(int inputDiceOne, int inputDiceTwo, int inputDiceThree, int inputDiceFour, int inputDiceFive, int expectedScoring)
{
Mock <IDiceHolder> mockDiceHolder = GetMockDiceHolder(inputDiceOne, inputDiceTwo, inputDiceThree, inputDiceFour, inputDiceFive);
var sut = new BoringScoreParser(mockDiceHolder.Object);
Assert.AreEqual(expectedScoring, sut.CalculateChance());
}
public void Calculate_ShouldReturnScoreForSelectingOneToSix(int input, int expected)
{
Mock <IDiceHolder> mockDiceHolder = GetMockDiceHolder(input, input, input, input, input);
var sut = new BoringScoreParser(mockDiceHolder.Object);
Assert.AreEqual(sut.CalculateSingleNumbers(input), expected);
}
public void GetBoringScoreParser_ShouldReturnBoringScoreParser()
{
string typeOfParser = "BoringScoreParser";
ScoreParserFactory scoreParserFactory = new ScoreParserFactory();
Mock <IDiceHolder> mockDiceHolder = GetMockDiceHolder(1, 2, 3, 4, 5);
IScoreParser actual = scoreParserFactory.GetScoreParser(typeOfParser, mockDiceHolder.Object);
BoringScoreParser expected = new BoringScoreParser(mockDiceHolder.Object);
actual.Should().NotBeNull();
actual.Should().BeEquivalentTo(expected);
}
