protected override string DirectlyWin(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
if (whiteCards.IsStraightCards() &&
!blackCards.IsStraightFlushCards() &&
!blackCards.IsFourOfAKindCards() &&
!blackCards.IsFullHouseCards() &&
!blackCards.IsFlushCards())
{
HasResult = true;
return(string.Format(StringConstant.WHITE_WIN_TEMPLATE, StringConstant.STRAIGHT));
}
if (blackCards.IsStraightCards() &&
!whiteCards.IsStraightFlushCards() &&
!whiteCards.IsFourOfAKindCards() &&
!whiteCards.IsFullHouseCards() &&
!whiteCards.IsFlushCards())
{
HasResult = true;
return(string.Format(StringConstant.BLACK_WIN_TEMPLATE, StringConstant.STRAIGHT));
}
return(StringConstant.CHEAT);
}
protected override string CompareSameType(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
var theMaxValueWhiteCard = whiteCards.GetTheMaxValueCard();
var theMaxValueBlackCard = blackCards.GetTheMaxValueCard();
HasResult = true;
return(theMaxValueWhiteCard.CompareWith(theMaxValueBlackCard));
}
public override bool IsCheckingFinished(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
if (whiteCards.IsMessyCards() && blackCards.IsMessyCards())
{
Result = CompareSameType(whiteCards, blackCards);
}
return(HasResult);
}
protected override string CompareSameType(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
var whiteFullHouseCard = whiteCards.GetSameNumberCardByCount(4);
var blackFullHouseCard = blackCards.GetSameNumberCardByCount(4);
var compareResult = whiteFullHouseCard.CompareWith(blackFullHouseCard);
HasResult = true;
return(compareResult.Equals(StringConstant.TIE) ? StringConstant.CHEAT : compareResult);
}
public override bool IsCheckingFinished(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
if (!HasResult && whiteCards.IsFlushCards() && blackCards.IsFlushCards())
{
Result = CompareSameType(whiteCards, blackCards);
}
if (!HasResult && (whiteCards.IsFlushCards() || blackCards.IsFlushCards()))
{
Result = DirectlyWin(whiteCards, blackCards);
}
return(HasResult);
}
public void ReadBlackCards(List <string> blackHandCars = null)
{
Console.WriteLine(INPUT_BLACK_CARDS);
var gotThem = blackHandCars ?? Console.ReadLine()?.Split(' ').ToList();
try
{
_blackHandCards = new DescendingHandCards(gotThem);
}
catch (IsNotCardException e)
{
Console.WriteLine(e.Message);
Environment.Exit(0);
}
}
protected override string DirectlyWin(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
if (whiteCards.IsTwoPairsCards() && (blackCards.IsMessyCards() || blackCards.IsOnePairCards()))
{
HasResult = true;
return(string.Format(StringConstant.WHITE_WIN_TEMPLATE, StringConstant.TWO_PAIRS));
}
if (blackCards.IsTwoPairsCards() && (whiteCards.IsMessyCards() || whiteCards.IsOnePairCards()))
{
HasResult = true;
return(string.Format(StringConstant.BLACK_WIN_TEMPLATE, StringConstant.TWO_PAIRS));
}
return(StringConstant.TIE);
}
protected override string CompareSameType(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
var whitePairs = whiteCards.GetTwoPairsCards();
var blackPairs = blackCards.GetTwoPairsCards();
var highCard = whitePairs.CompareWith(blackPairs);
if (highCard.Equals(StringConstant.TIE))
{
var singleWhiteCard = whiteCards.GetSingleCards();
var singleBlackCard = blackCards.GetSingleCards();
highCard = singleWhiteCard.CompareWith(singleBlackCard);
}
HasResult = true;
return(highCard);
}
protected override string CompareSameType(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
var whitePair = whiteCards.GetSameNumberCardByCount(2);
var blackPair = blackCards.GetSameNumberCardByCount(2);
var compareResult = whitePair.CompareWith(blackPair);
HasResult = true;
if (!compareResult.Equals(StringConstant.TIE))
{
return(compareResult);
}
var whiteSingleCards = whiteCards.GetSingleCards();
var blackSingleCards = blackCards.GetSingleCards();
return(whiteSingleCards.CompareWith(blackSingleCards));
}
protected override string DirectlyWin(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
if (whiteCards.IsStraightFlushCards() &&
!blackCards.IsStraightFlushCards())
{
HasResult = true;
return(string.Format(StringConstant.WHITE_WIN_TEMPLATE, StringConstant.STRAIGHT_FLUSH));
}
if (!whiteCards.IsStraightFlushCards() &&
blackCards.IsStraightFlushCards())
{
HasResult = true;
return(string.Format(StringConstant.BLACK_WIN_TEMPLATE, StringConstant.STRAIGHT_FLUSH));
}
return(StringConstant.TIE);
}
protected override string DirectlyWin(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
if (whiteCards.IsFourOfAKindCards() &&
!blackCards.IsFourOfAKindCards() &&
!blackCards.IsStraightFlushCards())
{
HasResult = true;
return(string.Format(StringConstant.WHITE_WIN_TEMPLATE, StringConstant.FOUR_OF_A_KIND));
}
if (blackCards.IsFourOfAKindCards() &&
!whiteCards.IsFourOfAKindCards() &&
!whiteCards.IsStraightFlushCards())
{
HasResult = true;
return(string.Format(StringConstant.BLACK_WIN_TEMPLATE, StringConstant.FOUR_OF_A_KIND));
}
return(StringConstant.TIE);
}
protected override string CompareSameType(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
HasResult = true;
return(whiteCards.CompareWith(blackCards));
}
protected abstract string CompareSameType(DescendingHandCards whiteCards, DescendingHandCards blackCards);
protected abstract string DirectlyWin(DescendingHandCards whiteCards, DescendingHandCards blackCards);
public abstract bool IsCheckingFinished(DescendingHandCards whiteCards, DescendingHandCards blackCards);
public string Check(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
return(_checkers.Find(checker => checker.IsCheckingFinished(whiteCards, blackCards)).ShowHand());
}
protected override string DirectlyWin(DescendingHandCards whiteCards, DescendingHandCards blackCards)
{
throw new System.NotImplementedException();
}
