public static int GetScore(PokerCard firstCard, PokerCard secondCard, IList <PokerCard> boardCards)
{
var hand = CurrentHandService.GetHand(firstCard, secondCard, boardCards);
switch (hand)
{
case Hand.RoyalFlush: return(RoyalFlush);
case Hand.StraightFlush: return(StraightFlush);
case Hand.FourOfKind: return(Foursome);
case Hand.FullHouse: return(FullHouse);
case Hand.Flush: return(Flush);
case Hand.Straight: return(Straight);
case Hand.ThreeOfAKind: return(Threesome);
case Hand.TwoPair: return(TwoPair);
case Hand.OnePair: return(OnePair);
case Hand.HighCard: return(SumCardRanks(firstCard, secondCard));
default: return(SumCardRanks(firstCard, secondCard));
}
}
public static Hand GetHand(PokerCard firstCard, PokerCard secondCard, IList <PokerCard> communityCards)
{
var allCards = new List <PokerCard>(communityCards)
{
firstCard, secondCard
};
return(GetHand(allCards));
}
public void score_is_1000_if_we_have_a_pair()
{
var card1 = new PokerCard("K", Suit.clubs);
var card2 = new PokerCard("K", Suit.hearts);
var boardCards = new List <PokerCard>();
var score = HandScoreCalculator.GetScore(card1, card2, boardCards);
Assert.That(score, Is.EqualTo(1000));
}
public void score_is_the_sum_of_ranks()
{
var card1 = new PokerCard("10", Suit.clubs);
var card2 = new PokerCard("9", Suit.hearts);
var boardCards = new List <PokerCard>();
var score = HandScoreCalculator.GetScore(card1, card2, boardCards);
Assert.That(score, Is.EqualTo(19));
}
private static int SumCardRanks(PokerCard firstCard, PokerCard secondCard)
{
return(firstCard.Rank + secondCard.Rank);
}