public void TestDeck_Initialize()
{
//Arrange
var deckBl = new DeckBL();
var deck = new Deck();
//Act
deckBl.Initialize(deck);
//Assert
Assert.AreEqual(deck.CardDeck.Count, 52, "Deck failed to initialize");
}
public void TestDeck_PullCard()
{
//Arrange
var deckBl = new DeckBL();
var deck = new Deck();
//Act
deckBl.Initialize(deck);
var card = deckBl.PullCard(deck);
var isCardValid = (card.Rank != CardRank.None && card.Suit != CardSuit.None);
//Assert
Assert.AreEqual(isCardValid, true, "Card pulled from Deck is not valid");
Assert.AreEqual(deck.CardDeck.Count, 52, "Deck does not contain expected number of cards after pulling a card.");
}
public void TestDeck_Duplicates()
{
//Arrange
var deckBl = new DeckBL();
var deck = new Deck();
//Act
deckBl.Initialize(deck);
//deck.CardDeck.Add(new Card(CardRank.Ace, CardSuit.Spades)); INSERT DUPLICATE
var duplicateList = deck.CardDeck.GroupBy(x => new { x.Rank, x.Suit })
.Where(group => group.Count() >= 2)
.Select(group => group.First());
//Assert
Assert.AreEqual(duplicateList.Any(), false, "There are duplicate cards in the deck.");
}
public void TestPokerHand_PullCard()
{
//Arrange
var pokerHandBl = new PokerHandBL();
var deckBl = new DeckBL();
var deck = new Deck();
deckBl.Initialize(deck);
var pokerHandPlayer1 = new PokerHand(deck, "Player1");
var pokerHandPlayer2 = new PokerHand(deck, "Player2");
var deckCardsFirstSet = new List <Card>()
{
deck.CardDeck[0],
deck.CardDeck[1],
deck.CardDeck[2],
deck.CardDeck[3],
deck.CardDeck[4],
};
var deckCardsSecondSet = new List <Card>()
{
deck.CardDeck[5],
deck.CardDeck[6],
deck.CardDeck[7],
deck.CardDeck[8],
deck.CardDeck[9],
};
//Act
pokerHandPlayer1.Hand = pokerHandBl.PullCards(pokerHandPlayer1);
pokerHandPlayer2.Hand = pokerHandBl.PullCards(pokerHandPlayer2);
var isFirstSetOfCardsEqual = deckCardsFirstSet.All(pokerHandPlayer1.Hand.Contains) && deckCardsFirstSet.Count == pokerHandPlayer1.Hand.Count;
var isSecondSetOfCardsEqual = deckCardsSecondSet.All(pokerHandPlayer2.Hand.Contains) && deckCardsSecondSet.Count == pokerHandPlayer2.Hand.Count;
//Assert
Assert.AreEqual(pokerHandPlayer1.Hand.Count, 5, "Cards in hand is not equal to 5");
Assert.AreEqual(isFirstSetOfCardsEqual, true, "First set of Cards in Deck is not equal to first Pull.");
Assert.AreEqual(isSecondSetOfCardsEqual, true, "Secont set of Cards in Deck is not equal to second Pull.");
}
public void TestEvaluateWinningHand()
{
//Arrange
PokerBL pokerBl = new PokerBL();
PokerHandBL pokerHandBl = new PokerHandBL();
DeckBL deckBl = new DeckBL();
Deck deck = new Deck();
deckBl.Initialize(deck);
PokerHand player1 = new PokerHand(deck, "Player1");
PokerHand player2 = new PokerHand(deck, "Player2");
PokerHand player3 = new PokerHand(deck, "Player3");
player1.Hand = pokerHandBl.PullCards(player1);
player2.Hand = pokerHandBl.PullCards(player2);
player3.Hand = pokerHandBl.PullCards(player3);
var playerList = new List <PokerHand>()
{
player1,
player2,
player3
};
foreach (var player in playerList)
{
player.PokerScore = pokerBl.EvaluatePokerHand(player);
}
var winningHand = playerList.OrderByDescending(x => x.PokerScore).First();
//This test does not determine which player won the game in case of a tie, only the hand with highest score (first or default)
//Act
var result = pokerBl.EvaluateWinningHand(playerList);
//Assert
Assert.AreEqual(winningHand.PokerScore, result.PokerScore, "Poker Hand with highest score did not win the game.");
}
public void TestDeck_Shuffle()
{
//Arrange
var deckBl = new DeckBL();
var deck = new Deck();
//Act
deckBl.Initialize(deck);
var firstCard = deck.CardDeck[0];
deckBl.ShuffleDeck(deck, 1);
var isShuffled = firstCard != deck.CardDeck[0];
var duplicateList = deck.CardDeck.GroupBy(x => new { x.Rank, x.Suit })
.Where(group => group.Count() >= 2)
.Select(group => group.First());
//Assert
Assert.AreEqual(isShuffled, true, "Deck may not be shuffled.");
Assert.AreEqual(deck.CardDeck.Count, 52, "Deck does not contain expected number of cards after shuffle.");
Assert.AreEqual(duplicateList.Any(), false, "There are duplicate cards in the deck after shuffle.");
}
public void TestThreeOfAKindTieBreaker()
{
//Arrange
PokerBL pokerBl = new PokerBL();
PokerHandBL pokerHandBl = new PokerHandBL();
DeckBL deckBl = new DeckBL();
Deck deck = new Deck();
deckBl.Initialize(deck);
PokerHand player1 = new PokerHand(deck, "Player1");
PokerHand player2 = new PokerHand(deck, "Player2");
PokerHand player3 = new PokerHand(deck, "Player3");
//Assign cards to players manually to simulate One Pair Tie Breaker
var player1CardList = new List <Card>()
{
new Card(CardRank.Jack, CardSuit.Hearts),
new Card(CardRank.Six, CardSuit.Diamonds),
new Card(CardRank.Jack, CardSuit.Spades),
new Card(CardRank.Jack, CardSuit.Club),
new Card(CardRank.Jack, CardSuit.Diamonds)
};
var player2CardList = new List <Card>()
{
new Card(CardRank.Two, CardSuit.Spades),
new Card(CardRank.Two, CardSuit.Diamonds),
new Card(CardRank.Jack, CardSuit.Spades),
new Card(CardRank.King, CardSuit.Club),
new Card(CardRank.Two, CardSuit.Hearts)
};
var player3CardList = new List <Card>()
{
new Card(CardRank.King, CardSuit.Spades),
new Card(CardRank.King, CardSuit.Diamonds),
new Card(CardRank.Jack, CardSuit.Spades),
new Card(CardRank.King, CardSuit.Club),
new Card(CardRank.Ace, CardSuit.Spades)
};
player1.Hand = player1CardList;
player2.Hand = player2CardList;
player3.Hand = player3CardList;
var playerList = new List <PokerHand>()
{
player1,
player2,
player3
};
var winningHand = player3;
//Act
var result = pokerBl.EvaluateWinningHand(playerList);
//Assert
Assert.AreEqual(winningHand.PlayerName, result.PlayerName, "Player with winning three of a kind hand did not win the game.");
}
