public void OperatorsTest()
{
var deck1 = new DeckOfCards();
var deck2 = new DeckOfCards();
var card1 = deck1.Draw();
var card2 = deck2.Draw();
var card3 = deck1.Draw();
Assert.IsTrue(card1 == card2);
Assert.IsTrue(card1 != card3);
}
public void DrawTest()
{
// Draw off the first card
var firstCard = _Deck.Draw();
Assert.IsNotNull(firstCard);
Console.WriteLine($"Drawn Card has a suit of {firstCard.Suit} and value of {firstCard.Value}");
// Peek the second card
var secondCard = _Deck.Peek();
Assert.IsNotNull(secondCard);
Console.WriteLine($"Drawn Card has a suit of {secondCard.Suit} and value of {secondCard.Value}");
// Ensure the cards are not equal
Assert.AreNotEqual(firstCard, secondCard);
}
public void StartRound()
{
DeckOfCards.Initialize();
foreach (DSeat seat in Seats)
{
if (seat.SmallBlind)
{
seat.Bid(SmallBlindAmount);
}
if (seat.BigBlind)
{
seat.Bid(BigBlindAmount);
}
}
GetTurnOrder();
foreach (DSeat seat in SeatsInTurnOrder)
{
seat.NewRound();
}
for (int i = 0; i < 2; i++)
{
foreach (DSeat seat in SeatsInTurnOrder)
{
seat.Pocket.Add(DeckOfCards.Draw());
}
}
}
public void UniqueCardsTest()
{
var deck = new DeckOfCards();
var uniques = new HashSet <Card>();
var card = deck.Draw();
deck.Shuffle();
// Loop through the entire deck and add the cards to
// a HashSet (which only takes unique items)
while (card != null)
{
uniques.Add(card);
card = deck.Draw();
}
Assert.AreEqual(expected: 52, actual: uniques.Count);
}
public void PeekTest()
{
var deck = new DeckOfCards();
deck.Shuffle();
var expected = deck.Peek();
var actual = deck.Draw();
Assert.AreEqual(expected, actual);
}
private void DrawEvent(object sender, RoutedEventArgs e)
{
List <Card> drawnCards = _deck.Draw(int.Parse(NumCards.Text == "" ? "0" : NumCards.Text));
if (drawnCards is null)
{
MessageField.Content = _deck.ErrorMessage;
return;
}
DisplayCards(drawnCards);
MessageField.Content = $"Drew {drawnCards.Count} cards, {_deck.CardsRemaining} cards remaining.";
}
public void ReturnCardTest()
{
var deck = new DeckOfCards();
deck.Shuffle();
// Draw a card and then return it to the bottom
// of the deck
var expected = deck.Draw();
var result = deck.ReturnCard(expected);
var actual = deck[52];
Assert.IsTrue(result);
// Make sure the same card is at place 52
Assert.AreEqual(expected, actual);
// Make sure you cant return an already existing card
// to the deck
expected = deck[26];
result = deck.ReturnCard(expected);
actual = deck[52];
Assert.IsFalse(result);
Assert.AreNotEqual(expected, actual);
}