public void ShouldHaveFiveCardsEachForAGameOf13Players()
{
var deck = new ShuffledPokerDeck();
var cardPlayers = new List <IHand>()
{
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>()),
new PokerHand(new List <ICard>())
};
var newGame = new PokerGameSimulator(deck.GetNewDeck(), cardPlayers);
newGame.DealCards();
int expectedValue = 5;
Assert.IsTrue(newGame.Hands.TrueForAll(Hand => Hand.Cards.Count == expectedValue));
}
public void EachSuitAppears13TimesInDeck()
{
var deck = new ShuffledPokerDeck();
var valueList = new List <string>()
{
"Heart", "Diamond", "Spade", "Club"
};
Assert.IsTrue(valueList.TrueForAll(value => {
return(deck.GetNewDeck()
.FindAll(cardInDeck => cardInDeck.Suit == value).Count == 13);
}));
}
public void EachValueAppears4TimesInDeck()
{
var deck = new ShuffledPokerDeck();
var valueList = new List <int>();
for (int i = 0; i < 13; i++)
{
valueList.Add(i);
}
Assert.IsTrue(valueList.TrueForAll(value => {
return(deck.GetNewDeck()
.FindAll(cardInDeck => cardInDeck.Value == value).Count == 4);
}));
}
public void ShouldBeAbleToCreateAUniqueDeckOf52ItemsOfAnyKind()
{
var deck = new ShuffledPokerDeck();
Assert.IsTrue(deck.GetNewDeck().Distinct().Count() == 52);
}
public void ShouldBeAbleToCreateADeckWithThe3OfHearts()
{
var deck = new ShuffledPokerDeck();
Assert.IsTrue(deck.GetNewDeck().Where(card => card.Value == 3 && card.Suit == "Heart").Count() == 1);
}