public void TestDealHand()
{
var board = new GameBoard();
board.DealRound();
Assert.AreEqual(1, board.Slot1.Count);
Assert.AreEqual(1, board.Slot2.Count);
Assert.AreEqual(1, board.Slot3.Count);
Assert.AreEqual(1, board.Slot4.Count);
Assert.AreEqual(1, board.Rounds);
}
public void IntegrationTestPlayGame()
{
var board = new GameBoard();
board.MessageEvent += board_MessageEvent;
board.StartGame();
Assert.IsFalse(board.CanDeal);
Assert.IsFalse(board.CanPlay);
Assert.AreEqual(13, board.Rounds);
Assert.IsTrue(board.Plays > 0);
}
public void TestCanPlay()
{
var mDeck = new Mock<IDeck<PlayingCard>>();
mDeck.Setup(m => m.CardsLeft()).Returns(4);
mDeck.SetupSequence(m => m.Deal())
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Eight, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Hearts));
var board = new GameBoard(mDeck.Object);
board.DealRound();
Assert.IsTrue(board.CanPlay);
}
public void TestAllOneSuit()
{
var mDeck = new Mock<IDeck<PlayingCard>>();
mDeck.Setup(m => m.CardsLeft()).Returns(4);
mDeck.SetupSequence(m => m.Deal())
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Eight, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Hearts));
var board = new GameBoard(mDeck.Object);
board.DealRound();
board.Play();
Assert.AreEqual(3, board.ClearSlotCount);
Assert.AreEqual(1, board.Slot2.Count);
}
public void TestFirstClearCardStack()
{
var mDeck = new Mock<IDeck<PlayingCard>>();
mDeck.Setup(m => m.CardsLeft()).Returns(4);
mDeck.SetupSequence(m => m.Deal())
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Hearts));
var board = new GameBoard(mDeck.Object);
board.DealRound();
board.Slot3.Pop();
Assert.AreEqual(board.Slot3, board.FirstClearStack);
}
public void TestSlot3And4ComparisonSlot4Lower()
{
var mDeck = new Mock<IDeck<PlayingCard>>();
mDeck.Setup(m => m.CardsLeft()).Returns(4);
mDeck.SetupSequence(m => m.Deal())
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Spades))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Clubs))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Hearts));
var board = new GameBoard(mDeck.Object);
board.DealRound();
board.Play();
Assert.AreEqual(1, board.ClearSlotCount);
Assert.AreEqual(0, board.Slot4.Count);
}
public void TestMaxThirteenRounds()
{
var board = new GameBoard();
for (var i = 0; i < 20; i++)
{
board.DealRound();
}
Assert.AreEqual(13, board.Rounds);
}
public void TestInitialState()
{
var board = new GameBoard();
Assert.IsNotNull(board.Slot1);
Assert.IsNotNull(board.Slot2);
Assert.IsNotNull(board.Slot3);
Assert.IsNotNull(board.Slot4);
}
public void TestHighestCardStackInitial()
{
var board = new GameBoard();
Assert.IsNull(board.HighestValueCardStack);
}
public void TestHighestCardStack()
{
var highestCard = new PlayingCard(PlayingCard.CardFace.Eight, PlayingCard.CardSuit.Hearts);
var mDeck = new Mock<IDeck<PlayingCard>>();
mDeck.Setup(m => m.CardsLeft()).Returns(4);
mDeck.SetupSequence(m => m.Deal())
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Spades))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Spades))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Spades))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Spades))
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(highestCard)
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Hearts));
var board = new GameBoard(mDeck.Object);
board.DealRound();
board.DealRound();
Assert.AreEqual(highestCard, board.HighestValueCardStack.Peek());
}
public void TestHasNontrivialStackOneCard()
{
var mDeck = new Mock<IDeck<PlayingCard>>();
mDeck.Setup(m => m.CardsLeft()).Returns(4);
mDeck.SetupSequence(m => m.Deal())
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Three, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Five, PlayingCard.CardSuit.Hearts))
.Returns(new PlayingCard(PlayingCard.CardFace.Two, PlayingCard.CardSuit.Hearts));
var board = new GameBoard(mDeck.Object);
board.DealRound();
Assert.IsFalse(board.HasNontrivialStack);
}
public void TestHasNontrivialStackInitial()
{
var board = new GameBoard();
Assert.IsFalse(board.HasNontrivialStack);
}
