public void TestHighCard()
{
// Add Cards in List
List <Cards> playerCards = new List <Cards>();
playerCards.Add(new Cards(PockerEnum.Suit.Clubs, PockerEnum.Rank.Q));
playerCards.Add(new Cards(PockerEnum.Suit.Diamonds, PockerEnum.Rank.Seven));
// Check whether Function works appropriately or not, would be returned high card value "Q"
string highCard = WinningCombinations.GetHighCardRank(playerCards);
// Check Equality with output and input values
Assert.AreEqual("Q", highCard);
}
public void TestStraightFlush()
{
// Add Cards in List
List <Cards> playerCards = new List <Cards>();
playerCards.Add(new Cards(PockerEnum.Suit.Diamonds, PockerEnum.Rank.A));
playerCards.Add(new Cards(PockerEnum.Suit.Diamonds, PockerEnum.Rank.K));
// Check whether Function works appropriately or not
bool isFlush = WinningCombinations.StraightFlushCheck(playerCards);//, out score);
// Check Equality with output and input values
Assert.AreEqual(true, isFlush);
}
public void TestStraight()
{
// Add Cards in List
List <Cards> playerCards = new List <Cards>();
playerCards.Add(new Cards(PockerEnum.Suit.Hearts, PockerEnum.Rank.Five));
playerCards.Add(new Cards(PockerEnum.Suit.Spades, PockerEnum.Rank.Four));
// Check whether Function works appropriately or not
bool isFlush = WinningCombinations.StraightCheck(playerCards);
// Check Equality with output and input values
Assert.AreEqual(true, isFlush);
}
public void TestPair()
{
// Add Cards in List
List <Cards> playerCards = new List <Cards>();
playerCards.Add(new Cards(PockerEnum.Suit.Clubs, PockerEnum.Rank.Three));
playerCards.Add(new Cards(PockerEnum.Suit.Hearts, PockerEnum.Rank.Three));
// Check whether Function works appropriately or not
bool isPair = WinningCombinations.PairCheck(playerCards);
// Check Equality with output and input values
Assert.AreEqual(true, isPair);
}
