static void Main(string[] args)
{
GameDriver game = new GameDriver();
// Run the game
game.RunGame();
}
public static void displayHand(Player currentPlayer)
{
GameDriver.Sleep(3000);
int numOfCardsDisplayed = 1;
foreach (Card card in currentPlayer.HandOfCards)
{
numOfCardsDisplayed++;
Card.ResetCursor(numOfCardsDisplayed);
Card.PrintCard(card);
// Console.WriteLine($"{card.Value} of {card.Suit}");
}
}
private void declareWinner(Player player1, Player player2)
{
if (player1.NumOfPairs > player2.NumOfPairs)
{
Console.WriteLine("\n**************** WE HAVE A WINNER ****************************\n");
Console.WriteLine("\n The deck has run out and now we need to decide a winner.... drumroll please...\n");
GameDriver.Sleep(4000);
Console.WriteLine($"\nPlayer {player1.PlayerNumber} has won! Player {player1.PlayerNumber} had {player1.NumOfPairs} pairs while " +
$"Player {player2.PlayerNumber} came close with {player2.NumOfPairs} pairs!");
Console.WriteLine("\n Press enter to exit the program.");
Console.ReadLine();
}
else if (player2.NumOfPairs > player1.NumOfPairs)
{
Console.WriteLine("\n**************** WE HAVE A WINNER ****************************\n");
Console.WriteLine("\nThe deck has run out and now we need to decide a winner.... drumroll please...\n");
GameDriver.Sleep(4000);
Console.WriteLine($"\nPlayer {player2.PlayerNumber} has won! Player {player2.PlayerNumber} had {player2.NumOfPairs} pairs while " +
$"Player {player1.PlayerNumber} came close with {player1.NumOfPairs} pairs!\n");
Console.WriteLine("\n Press enter to exit the program.");
Console.ReadLine();
}
else
{
Console.WriteLine("\nThe game has ended in a tie!\n");
Console.WriteLine($"\nBoth players have {player1.NumOfPairs} pairs!\n");
Console.WriteLine("\nPress enter to exit the program.");
Console.ReadLine();
}
}
public static void checkForDuplicates(Player currentPlayer)
{
// Returns Dictionary<CardValue, Card>>
var cardsOrderedByValue = currentPlayer.HandOfCards.GroupBy(card => card.Value);
// Create the new hand for the player
var newHand = new List <Card>();
// for each key: value pair in the dictionary
foreach (var valueCardPair in cardsOrderedByValue)
{
// Gets the card value of the current iteration
var currentKey = valueCardPair.Key;
// Returns the list of cards that correspond to the given key (card value in this case)
var listOfCardsByKey = valueCardPair.ToList();
// Gives us the number of cards that correspond to the given card value
var numOfCards = listOfCardsByKey.Count;
// If the cnumber of cards
if (numOfCards == 1)
{
// If the key only has one or three corresponding card, it's safe to add the first card to the deck
// Other wise we do nothing
newHand.Add(listOfCardsByKey[0]);
}
else if (numOfCards == 2)
{
currentPlayer.NumOfPairs++;
Console.WriteLine($"\nYou had a pair of {currentKey}'s! They will removed from your deck and your pair count is now: " +
$"{currentPlayer.NumOfPairs} pairs!\n");
GameDriver.Sleep(3000);
}
else if (numOfCards == 3)
{
currentPlayer.NumOfPairs++;
Console.WriteLine($"\nYou had a pair of {currentKey}'s! They will removed from your deck and your pair count is now: " +
$"{currentPlayer.NumOfPairs} pairs!\n");
newHand.Add(listOfCardsByKey[0]);
GameDriver.Sleep(3000);
}
else if (numOfCards == 4)
{
currentPlayer.NumOfPairs += 2;
Console.WriteLine($"\nLucky! You had two pairs of {currentKey}'s! They will removed from your deck and your pair count is now: " +
$"{currentPlayer.NumOfPairs} pairs!\n");
GameDriver.Sleep(3000);
}
}
if (newHand.Count != currentPlayer.HandOfCards.Count)
{
Console.WriteLine($"\nPlayer {currentPlayer.PlayerNumber} it is still your turn, press enter to get your new hand:\n ");
currentPlayer.HandOfCards = newHand;
Console.ReadLine();
Console.Clear();
displayHand(currentPlayer);
}
}
