public Player(Hand hand)
{
if (hand == null)
throw new ArgumentNullException("Player Instantiation Error", "Player hand was null");
_hand = hand;
Name = "test";
HandType = HandEvaluator.GetHandType(_hand.Cards);
}
public static void TestHandOrder(List<Card> cards)
{
Hand orderedHand = new Hand(cards);
Debug.Assert(orderedHand.Cards is List<Card>, "Type Error", "orderedHand.Cards is not actually a List<Card>!");
Debug.Assert(orderedHand is Hand, "Type Error", "orderedHand is not actually a Hand!");
Console.WriteLine(orderedHand);
Console.ReadKey();
}
public void DrawNewHand(Deck deck)
{
Hand = new Hand(deck.DrawCards(5));
}
public Player(string name, Hand hand)
{
Name = name;
Hand = hand;
}
public void DrawNewHand(Deck deck)
{
_hand = new Hand(deck.DrawCards(5));
HandType = HandEvaluator.GetHandType(_hand.Cards);
}
public static void TestDrawingAHand()
{
var deck = new Deck();
deck.Shuffle();
//Creating and printing a hand was known to be working at this time.
var hand = new Hand(deck.DrawCards(5));
Console.WriteLine("The drawn cards were: " + hand.ToString());
Console.ReadKey();
}
public static int GetHandType(Hand Hand)
{
List<Card> hand = Hand.Cards;
bool isFlush = IsFlush(hand);
bool isStraight = IsStraight(hand);
if (isStraight && isFlush)
return (int)HandType.StraightFlush;
else if (ContainsSetOfX(4, hand))
return (int)HandType.FourOfAKind;
else if (ContainsSetOfX(3, hand) && ContainsSetOfX(2, hand))
return (int)HandType.FullHouse;
else if (isFlush)
return (int)HandType.Flush;
else if (isStraight)
return (int)HandType.Straight;
else if (ContainsSetOfX(3, hand))
return (int)HandType.ThreeOfAKind;
if (ContainsTwoPairs(hand))
return (int)HandType.TwoPair;
else if (ContainsSetOfX(2, hand))
return (int)HandType.Pair;
else
return (int)HandType.HighCard;
}
