public void GetScoreShouldShouldReturnMultipleScoreCategoryObjects()
{
sut = new Scoresheet(MockedFactory.Object);
List <int> faceValues1 = new List <int>()
{
1, 1, 1, 1, 1
};
CategoryScore expected1 = BuildCategoryScore(ScoreCategory.Aces, m_defaultScore, faceValues1);
List <int> faceValues2 = new List <int>()
{
2, 2, 2, 2, 2
};
CategoryScore expected2 = BuildCategoryScore(ScoreCategory.Twos, m_defaultScore, faceValues2);
IPlayer player = MockedPlayerFactory.Object;
sut.RegisterScore(player, ScoreCategory.Aces, faceValues1);
sut.RegisterScore(player, ScoreCategory.Twos, faceValues2);
CategoryScore actual1 = sut.GetScore(player, ScoreCategory.Aces);
CategoryScore actual2 = sut.GetScore(player, ScoreCategory.Twos);
Assert.True(CategoryScoresEqual(expected1, actual1) && CategoryScoresEqual(expected2, actual2));
}
public void GetScoreShouldShouldReturnAScoreCategoryObject()
{
/*
* We realize that we are "testing" another class here that we have not mocked.
* The reason for this is that we cannot in a clean way mock an internal class being returned.
* We could mock the sut and change the return type, but then we're no longer testing the sut.
* We could add a factory creating CategoryScores, but then how do we test that factory?
* Then the factory itself will need a factory, and that factory will need its own factory, and you see where this is going.
* We also believe that the class CategoryScore is rather trivial (e.g. it has no methods) which helps justify this approach.
*/
sut = new Scoresheet(MockedFactory.Object);
List <int> faceValues = new List <int>()
{
1, 1, 1, 1, 1
};
CategoryScore expected = BuildCategoryScore(ScoreCategory.Aces, m_defaultScore, faceValues);
IPlayer player = MockedPlayerFactory.Object;
sut.RegisterScore(player, ScoreCategory.Aces, faceValues);
CategoryScore actual = sut.GetScore(player, ScoreCategory.Aces);
Assert.True(CategoryScoresEqual(expected, actual));
}
public void RegisterScoreShouldThrowWhenNotGivenAPlayer()
{
sut = new Scoresheet(MockedFactory.Object);
Assert.Throws <ArgumentNullException>(delegate()
{
sut.RegisterScore(null, ScoreCategory.Aces, new List <int> {
1, 1, 1, 1, 1
});
});
}