public void PokerHandDetectorShouldDetectCombination(DetectHandTestCase testCase)
{
var detector = new PokerHandDetector();
var hand = detector.DetectTopPokerHand(CardParser.ParseCards(testCase.Cards).ToHashSet());
Assert.AreEqual(
expected: testCase.ExpectedCombinationKind,
actual: hand.CardCombination.Kind);
var cardCombnation = hand.CardCombination as CardCombination;
CollectionAssert.AreEquivalent(
expected: CardParser.ParseCards(testCase.ExpectedCombinationCards),
actual: cardCombnation.Cards);
var expectedKickers = CardParser.ParseCards(testCase.ExpectedKickers).ToList();
var actualKickers = hand.Kickers
.OrderByDescending(k => k.Value)
.ThenByDescending(k => k.Suit) // added to define ordering in test as it matters
.ToList();
CollectionAssert.AreEqual(
expected: expectedKickers,
actual: actualKickers
);
}
public void PokerHandsComparisons(CompareHandsTestCase testCase)
{
var detector = new PokerHandDetector();
var commonCards = CardParser.ParseCards(testCase.CommonCards);
var aliceCards = CardParser.ParseCards(testCase.AliceCards);
var bobCards = CardParser.ParseCards(testCase.BobCards);
var aliceTopHand = detector.DetectTopPokerHand(aliceCards.Concat(commonCards).ToHashSet());
var bobTopHand = detector.DetectTopPokerHand(bobCards.Concat(commonCards).ToHashSet());
var winner = DetectWinner(aliceTopHand, bobTopHand);
Assert.AreEqual(expected: testCase.ExpectedTopHandPlayer, actual: winner);
}
