@Test
public void ThreeOfAKind_3() {
Deck d = new Deck();
Hand h = new Hand();
h.AddCardToHand(new Card(eSuit.CLUBS, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.DIAMONDS, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.SPADES, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.HEARTS, eRank.TWO, 0));
h.AddCardToHand(new Card(eSuit.CLUBS, eRank.THREE, 0));
h.EvalHand();
assertTrue(h.getHandStrength() == eHandStrength.ThreeOfAKind.getHandStrength());
assertTrue(h.getHighPairStrength() == eRank.TEN.getRank());
assertTrue(h.getLowPairStrength() == 0);
assertTrue(h.getKicker().size() == 2);
Card c1 = h.getKicker().get(eCardNo.FirstCard.getCardNo());
Card c2 = h.getKicker().get(eCardNo.SecondCard.getCardNo());
// Check to see if the first kicker is a THREE
assertTrue(c1.getRank().getRank() == eRank.THREE.getRank());
// Check to see if the second kicker is a TWO
assertTrue(c2.getRank().getRank() == eRank.TWO.getRank());
}
public int compare(Card c1, Card c2) {
int Cno1 = c1.getRank().getRank();
int Cno2 = c2.getRank().getRank();
/*For descending order*/
return Cno2 - Cno1;
}
@Test
public void HighCard() {
Deck d = new Deck();
Hand h = new Hand();
h.AddCardToHand(new Card(eSuit.CLUBS, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.DIAMONDS, eRank.KING, 0));
h.AddCardToHand(new Card(eSuit.SPADES, eRank.THREE, 0));
h.AddCardToHand(new Card(eSuit.HEARTS, eRank.TWO, 0));
h.AddCardToHand(new Card(eSuit.CLUBS, eRank.ACE, 0));
h.EvalHand();
assertTrue(h.getHandStrength() == eHandStrength.HighCard.getHandStrength());
assertTrue(h.getHighPairStrength() == eRank.ACE.getRank());
assertTrue(h.getLowPairStrength() == 0);
assertTrue(h.getKicker().size() == 4);
Card c1 = h.getKicker().get(eCardNo.FirstCard.getCardNo());
Card c2 = h.getKicker().get(eCardNo.SecondCard.getCardNo());
Card c3 = h.getKicker().get(eCardNo.ThirdCard.getCardNo());
Card c4 = h.getKicker().get(eCardNo.FourthCard.getCardNo());
// Check value of kicker
assertTrue(c1.getRank().getRank() == eRank.KING.getRank());
// Check value of kicker
assertTrue(c2.getRank().getRank() == eRank.TEN.getRank());
// Check value of kicker
assertTrue(c3.getRank().getRank() == eRank.THREE.getRank());
// Check value of kicker
assertTrue(c4.getRank().getRank() == eRank.TWO.getRank());
}
public Deck(int numberOfJokers, ArrayList<Card> Wilds) {
this(numberOfJokers);
for (Card dCard : cards) {
for (Card wCard : Wilds) {
if (dCard.getSuit() == wCard.getSuit() && dCard.getRank() == wCard.getRank()) {
dCard.setWild();
}
}
}
}
@Test
public void FourOfAKind_1() {
Deck d = new Deck();
Hand h = new Hand();
h.AddCardToHand(new Card(eSuit.CLUBS, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.DIAMONDS, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.SPADES, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.HEARTS, eRank.TEN, 0));
h.AddCardToHand(new Card(eSuit.CLUBS, eRank.NINE, 0));
h.EvalHand();
assertTrue(h.getHandStrength() == eHandStrength.FourOfAKind.getHandStrength());
assertTrue(h.getHighPairStrength() == eRank.TEN.getRank());
assertTrue(h.getLowPairStrength() == 0);
assertTrue(h.getKicker().size() == 1);
Card c1 = h.getKicker().get(eCardNo.FirstCard.getCardNo());
// Check to see if the kicker is a NINE
assertTrue(c1.getRank().getRank() == eRank.NINE.getRank());
}
public Deck(int NbrOfJokers, ArrayList<Card> WildCards) {
this(NbrOfJokers); // Calls Single_Arg Constructor Deck(NbrOfJokers)
for (Card deckCard : cards) {
for (Card WildCard : WildCards) {
if ((deckCard.getSuit() == WildCard.getSuit())
&& (deckCard.getRank() == WildCard.getRank())) {
deckCard.setWild();
}
}
}
ShuffleCards();
}
