//check if the card can be placed on the top of UsedCardsList
public bool CanTheCardBePlacedOnTheTable(PlayingCard card)
{
CardCorrectnessChecker Checker = new CardCorrectnessChecker(card, AlreadyUsedCards[0],
demandedRank, demandedSuit, status);
return(Checker.CanTheCardBePlacedOnTheTable());
}
private bool CheckCardCorrectness(PlayingCard card)
{
CardCorrectnessChecker Checker = new CardCorrectnessChecker(card, topCard, alreadyDemandedRank,
alreadyDemandedSuit, status);
return(Checker.CanTheCardBePlacedOnTheTable());
}
//method for creating an output data list
private List <FamiliarCardsData> GenerateOutputData(int inputCardIndex)
{
List <FamiliarCardsData> FamiliarCardsData = new List <FamiliarCardsData>();
List <PlayingCard> LogList = new List <PlayingCard>();
foreach (PlayingCard item in playerCards)
{
if (item.Rank == card.Rank && playerCards.IndexOf(item) != inputCardIndex)
{
CardCorrectnessChecker Checker = new CardCorrectnessChecker(item, topCard, demandedRank, demandedSuit, status);
bool canBeFirst = Checker.CanTheCardBePlacedOnTheTable();
FamiliarCardsData oneCardData = new FamiliarCardsData()
{
Card = item,
CanBePlacedAsFirstCard = canBeFirst,
};
FamiliarCardsData.Add(oneCardData);
LogList.Add(item);
}
}
if (Engine.ExtendedLogging)
{
CardListLogger.LogCardsList(LogList, "Founded familiar card in player's hands");
}
return(FamiliarCardsData);
}
//check if at least one of cards can be placed on the table
private bool CheckCardCorrectness(List <PlayingCard> Cards, PlayingCard firstAlreadyUsedCard,
CardRanks demandedRank, CardSuits demandedSuit, GameStatus status)
{
bool canMakeMove = false;
foreach (PlayingCard item in Cards)
{
CardCorrectnessChecker Checker = new CardCorrectnessChecker(item, firstAlreadyUsedCard,
demandedRank, demandedSuit, status);
canMakeMove = Checker.CanTheCardBePlacedOnTheTable();
if (canMakeMove)
{
break;
}
}
return(canMakeMove);
}
//if user has no matching card or there is no card to take, skip next player
public bool CheckPotentialiTyOfMove(int playerNumber, Dictionary <int, SinglePlayerData> PlayersCurrentData,
int currentPlayer, PlayingCard topCard,
CardRanks demandedRank, CardSuits demandedSuit, GameStatus status)
{
bool canMakeMove = false;
var logger = NLog.LogManager.GetCurrentClassLogger();
if (currentPlayer == playerNumber)
{
if (Engine.ExtendedLogging)
{
logger.Info($"Potentiality checker: player number ok.");
}
//first - check player cards
foreach (PlayingCard item in PlayersCurrentData[playerNumber].PlayerCards)
{
CardCorrectnessChecker Checker = new CardCorrectnessChecker(item, topCard,
demandedRank, demandedSuit, status);
canMakeMove = Checker.CanTheCardBePlacedOnTheTable();
if (canMakeMove)
{
break;
}
}
if (Engine.ExtendedLogging)
{
logger.Info($"Potentiality checker: can make move before pause amount checking: {canMakeMove}.");
}
//check if player do not have to pause
if (PlayersCurrentData[playerNumber].PauseTurnsAmount > 0)
{
canMakeMove = false;
}
if (Engine.ExtendedLogging)
{
logger.Info($"Potentiality checker: cfinal possibility: {canMakeMove}.");
}
}
return(canMakeMove);
}
//check if the card passed in in the constructor parameters
//can be placed on the table
private void CheckPassedCardCorrectness()
{
CardCorrectnessChecker Checker = new CardCorrectnessChecker(card, topCard, demandedRank, demandedSuit, status);
bool cardIsCorrect = Checker.CanTheCardBePlacedOnTheTable();
if (Engine.ExtendedLogging)
{
logger.Info($"Finder check if the passed card can be placed on the table: {cardIsCorrect}.");
}
if (!cardIsCorrect)
{
var logger = NLog.LogManager.GetCurrentClassLogger();
string text = "The card: " + card.ToString() + " can not be placed on the last card";
logger.Error(text);
throw new ArgumentException(text);
}
}
