public void When_Threes_Tie_Use_Twos()
{
var high = new FullHouseScore(CardValue.Three, CardValue.Five);
var low = new FullHouseScore(CardValue.Three, CardValue.Four);
Assert.Greater(high, low);
}
public void Should_Always_Beat_Flush()
{
var high = new FullHouseScore(CardValue.Two, CardValue.Three);
var low = new FlushScore(CardSuit.Clubs, CardValue.Ace);
Assert.Greater(high, low);
}
public void Same_Pairs_Should_Tie_Even_Though_Impossible()
{
var high = new FullHouseScore(CardValue.Three, CardValue.Four);
var low = new FullHouseScore(CardValue.Three, CardValue.Four);
Assert.AreEqual(0, high.CompareTo(low));
}
public void Lower_Threes_Should_Lose()
{
var high = new FullHouseScore(CardValue.Three, CardValue.Two);
var low = new FullHouseScore(CardValue.Two, CardValue.Three);
Assert.Less(low, high);
}
public void Higher_Threes_Should_Win()
{
var high = new FullHouseScore(CardValue.Three, CardValue.Two);
var low = new FullHouseScore(CardValue.Two, CardValue.Three);
Assert.Greater(high, low);
}
public void Should_Always_Beat_FullHouse()
{
var high = new FourOfAKindScore(CardValue.Two);
var low = new FullHouseScore(CardValue.Ace, CardValue.King);
Assert.Greater(high, low);
}
public void Score_EmptyCardSet_CalculationFailed()
{
// Arrange
var unitUnderTest = new FullHouseScore();
CardSet set = new CardSet(new HashSet <Card>()
{
GenerateCard(CardValue.Ten),
GenerateCard(CardValue.Ten),
GenerateCard(CardValue.Ten),
GenerateCard(CardValue.Ten),
GenerateCard(CardValue.Ace)
});
// Act
var result = unitUnderTest.Score(
set);
// Assert
Assert.False(result.IsValid);
Assert.AreEqual(-1, result.Score);
}
