public void OnePairTest()
{
PlayerHand threeOfAKind = new PlayerHand();
threeOfAKind.AddCard(new Card(Suits.Spades, Faces.Ten));
threeOfAKind.AddCard(new Card(Suits.Clubs, Faces.Ten));
threeOfAKind.AddCard(new Card(Suits.Hearts, Faces.Ten));
threeOfAKind.AddCard(new Card(Suits.Spades, Faces.King));
threeOfAKind.AddCard(new Card(Suits.Spades, Faces.Ace));
PlayerHand twoPairs = new PlayerHand();
twoPairs.AddCard(new Card(Suits.Spades, Faces.Ten));
twoPairs.AddCard(new Card(Suits.Clubs, Faces.Ten));
twoPairs.AddCard(new Card(Suits.Hearts, Faces.King));
twoPairs.AddCard(new Card(Suits.Spades, Faces.King));
twoPairs.AddCard(new Card(Suits.Spades, Faces.Ace));
PlayerHand onePair = new PlayerHand();
onePair.AddCard(new Card(Suits.Spades, Faces.Ten));
onePair.AddCard(new Card(Suits.Clubs, Faces.Ten));
onePair.AddCard(new Card(Suits.Hearts, Faces.Eight));
onePair.AddCard(new Card(Suits.Spades, Faces.King));
onePair.AddCard(new Card(Suits.Spades, Faces.Ace));
IHand handModel = new OnePair();
Assert.IsTrue(handModel.HasThisHand(onePair));
Assert.IsFalse(handModel.HasThisHand(threeOfAKind));
Assert.IsFalse(handModel.HasThisHand(twoPairs));
}
public bool HasThisHand(PlayerHand hand)
{
if (5 > hand.Cards.Count)
{
return false;
}
ThreeOfAKind threeOfAKind = new ThreeOfAKind();
OnePair onePair = new OnePair();
return threeOfAKind.HasThisHand(hand) && onePair.HasThisHand(hand);
}
public bool HasThisHand(PlayerHand hand)
{
if(5 > hand.Cards.Count)
{
return false;
}
var x = from c in hand.Cards where c.Suit != hand.Cards[0].Suit select c;
if (x.Count() > 0)
return false;
return true;
}
public bool HasThisHand(PlayerHand hand)
{
if (2 > hand.Cards.Count)
{
return false;
}
int pairCount = 0;
foreach (Faces face in hand.Histogram.Keys)
{
if (hand.Histogram[face] == 2)
pairCount++;
}
return 1 == pairCount;
}
public void StraightFlushTest()
{
PlayerHand straightFlush = new PlayerHand();
straightFlush.AddCard(new Card(Suits.Spades, Faces.Ten));
straightFlush.AddCard(new Card(Suits.Spades, Faces.Jack));
straightFlush.AddCard(new Card(Suits.Spades, Faces.Queen));
straightFlush.AddCard(new Card(Suits.Spades, Faces.King));
straightFlush.AddCard(new Card(Suits.Spades, Faces.Ace));
PlayerHand straightNotFlush = new PlayerHand();
straightNotFlush.AddCard(new Card(Suits.Spades, Faces.Ten));
straightNotFlush.AddCard(new Card(Suits.Spades, Faces.Jack));
straightNotFlush.AddCard(new Card(Suits.Diamonds, Faces.Queen));
straightNotFlush.AddCard(new Card(Suits.Spades, Faces.King));
straightNotFlush.AddCard(new Card(Suits.Spades, Faces.Ace));
PlayerHand flushNotStraight = new PlayerHand();
flushNotStraight.AddCard(new Card(Suits.Spades, Faces.Ten));
flushNotStraight.AddCard(new Card(Suits.Spades, Faces.Jack));
flushNotStraight.AddCard(new Card(Suits.Spades, Faces.Four));
flushNotStraight.AddCard(new Card(Suits.Spades, Faces.King));
flushNotStraight.AddCard(new Card(Suits.Spades, Faces.Ace));
IHand handModel = new StraightFlush();
Assert.IsTrue(handModel.HasThisHand(straightFlush));
Assert.IsFalse(handModel.HasThisHand(straightNotFlush));
Assert.IsFalse(handModel.HasThisHand(flushNotStraight));
}
public bool HasThisHand(PlayerHand hand)
{
if (5 > hand.Cards.Count)
{
return false;
}
if (hand.Cards[0].Face == hand.Cards[1].Face - 1
&& hand.Cards[1].Face == hand.Cards[2].Face - 1
&& hand.Cards[2].Face == hand.Cards[3].Face - 1
&& hand.Cards[3].Face == hand.Cards[4].Face - 1)
{
return true;
}
return false;
}
public bool HasThisHand(PlayerHand hand)
{
if (3 > hand.Cards.Count)
{
return false;
}
foreach (Faces face in hand.Histogram.Keys)
{
if (hand.Histogram[face] == 3)
return true;
}
return false;
}
public bool HasThisHand(PlayerHand hand)
{
if (5 > hand.Cards.Count)
{
return false;
}
Flush flush = new Flush();
Straight straight = new Straight();
return flush.HasThisHand(hand) && straight.HasThisHand(hand);
}
