public bool Check(Card[] cards)
{
if (cards.All(c => c.CardRank >= CardRank.Eight) &&
_pairCombinationChecker.Check(cards) ||
cards.Any(c => c.CardRank == CardRank.Ace) &&
(cards.Any(c => c.CardRank > CardRank.Jack) ||
cards.Any(c => c.CardRank == CardRank.Ten) &&
cards.GroupBy(c => c.CardSuit).Count() == 1) ||
cards.All(c => c.CardRank >= CardRank.Queen))
{
return(true);
}
return(false);
}
public CombinationType GetCombinationType(Card[] cards)
{
if (_straightFlushCombinationChecker.Check(cards))
{
return(CombinationType.StraightFlush);
}
if (_fourOfAKindCombinationChecker.Check(cards))
{
return(CombinationType.FourOfAKind);
}
if (_fullHouseCombinationCheckerCombinationChecker.Check(cards))
{
return(CombinationType.FullHouse);
}
if (_flushCombinationChecker.Check(cards))
{
return(CombinationType.Flush);
}
if (_straightCombinationChecker.Check(cards))
{
return(CombinationType.Straight);
}
if (_threeOfAKindCombinationChecker.Check(cards))
{
return(CombinationType.ThreeOfAKind);
}
if (_twoPairCombinationChecker.Check(cards))
{
return(CombinationType.TwoPairs);
}
if (_pairCombinationChecker.Check(cards))
{
return(CombinationType.Pair);
}
return(CombinationType.Kiker);
}
public bool Check(Card[] cards)
{
return(_pairCombinationChecker.Check(cards) && _threeOfAKindCombinationChecker.Check(cards));
}
