public void PlayHand_Deal_DealerHasOneVisibleCard()
{
// Arrange
var cards = new List <Card>()
{
new Card(CardSuit.Clubs, 4, CardType.Number),
new Card(CardSuit.Clubs, 5, CardType.Number),
new Card(CardSuit.Clubs, 6, CardType.Number)
};
var dealer = new Dealer();
var table = new Table(dealer)
{
Dealer = dealer
};
var playHand = new PlayHand();
playHand.Init(cards, table);
// Act
playHand.Deal();
// Assert
Assert.Single(dealer.Hand.Cards.Where(a => a.Visible));
}
static void TestAttackDefendPlayMethod()
{
Deck d = new Deck();
d.Shuffle();
Card c2 = d.DetermineTrump();
//just for testing display trump card
Console.WriteLine("The trump card is: " + d.DisplayTrumpCard());
FoolHand fh = new FoolHand();
PlayHand ph = new PlayHand();
fh.DrawUpToSixCards(fh, d);
Console.WriteLine("Current Fool Hand. Expecting 6 cards.\n" + fh);
//Card c = fh.Attack(1);
Console.WriteLine("Test AttackDefendPlay method");
//Console.WriteLine("Attacking with a card at index '0'.\n" + c);
//Card c3 = fh.Defend(fh, c, c2);
//Console.WriteLine("Defending with a card from the deck.\n" + c3);
Console.WriteLine("Current Fool Hand. Expecting 4 cards left in a hand:\n" + fh);
//ph.AddCardToPlayHand(ph, fh, c);
//ph.AddCardToPlayHand(ph, fh, c3);
Console.WriteLine("Current Play Hand. Expecting 2 cards in a hand:\n" + ph);
Console.WriteLine("Number of cards in the PlayHand. Expecting 2 cards:\n" + ph.NumCards);
}
public void PlaySingleHand_1Player_PlayerDraws_Bust()
{
// Arrange
var dealer = new Dealer();
var table = new Table(dealer);
var shoe = new Shoe(4);
var playHand = new PlayHand();
playHand.Init(shoe.Cards, table);
var blackJackStrategy = new BlackJackStrategy()
{
StrategyItems = new List <BlackJackStrategyItem>()
{
new BlackJackStrategyItem()
{
DealerCard = new Card(CardSuit.Spades, 3, CardType.Number),
PlayerTotalCardValue = 6,
Action = PlayerAction.TakeCard
},
new BlackJackStrategyItem()
{
DealerCard = new Card(CardSuit.Spades, 3, CardType.Number),
PlayerTotalCardValue = 12,
Action = PlayerAction.TakeCard
},
new BlackJackStrategyItem()
{
DealerCard = new Card(CardSuit.Spades, 3, CardType.Number),
PlayerTotalCardValue = 19,
Action = PlayerAction.TakeCard
}
}
};
var player = new Player()
{
Money = 100,
Strategy = blackJackStrategy
};
// Act
table.SitPlayer(player);
playHand.PlayerAnte(player, 10);
playHand.Deal();
while (playHand.GameInProgress)
{
playHand.Play();
}
playHand.Payout();
// Assert
Assert.Equal(90, player.Money);
Assert.True(player.Hand.Cards.AddUp() > 21);
}
/// <summary>
/// Handles the all the action required when it is a computer player's turn.
/// </summary>
/// <param name="aDeck"></param>
/// <param name="dumpCards"></param>
/// <param name="dumpPic"></param>
public void Turn(Deck aDeck, List <Card> dumpCards, Panel panelDump)
{
Card drawnCard = aDeck.DrawOneCard();
PlayHand.AddCard(drawnCard);
//Gets and display SameKind Combo
List <Card> comboCards = PlayHand.GetSameKindCards();
DisplayInPanelComboCards(comboCards);
//Gets and display Straight Combo
comboCards = PlayHand.GetStraightCards();
DisplayInPanelComboCards(comboCards);
}
static void TestPickPlayHandCards()
{
Deck d = new Deck();
FoolHand fh = new FoolHand();
PlayHand ph = new PlayHand();
fh.DrawUpToSixCards(fh, d);
ph.AddCard(new Card(13, 1));
ph.AddCard(new Card(13, 2));
ph.AddCard(new Card(13, 3));
Console.WriteLine("Current Fool Hand. Expecting 6 cards.\n" + fh);
Console.WriteLine("Current Play Hand. Expecting 3 Kings.\n" + ph);
fh.PickPlayHandCards(fh, ph);
Console.WriteLine("Test PickPlayHandCards method");
Console.WriteLine("Execting 9 cards in Fool Hand:\n" + fh + "\nand '0' cards in Play Hand:\n" + ph.NumCards);
}
static void TestCanDefendMethod()
{
Deck d = new Deck();
d.Shuffle();
Card c2 = d.DetermineTrump();
//just for testing display trump card
Console.WriteLine("The trump card is: " + d.DisplayTrumpCard());
FoolHand fh = new FoolHand();
PlayHand ph = new PlayHand();
fh.DrawUpToSixCards(fh, d);
Console.WriteLine("Current Fool Hand. Expecting 6 cards.\n" + fh);
Card c = fh.Attack(1, fh, ph);
Console.WriteLine("Test AttackDefendPlay method");
Console.WriteLine("Attacking with a card at index '0'.\n" + c);
Card c3 = fh.Defend(fh, c, c2);
Console.WriteLine("Defending with a card from the deck.\n" + c3);
Console.WriteLine("Current Fool Hand. Expecting 4 cards left in a hand:\n" + fh);
bool canDefend = fh.CanDefend(fh, c, c2);
Console.WriteLine("Checking if a player can defend.\n" + canDefend);
Console.WriteLine("Current Fool Hand. Expecting 4 cards left in a hand:\n" + fh);
ph.AddCardToPlayHand(ph, fh, c);
ph.AddCardToPlayHand(ph, fh, c3);
Console.WriteLine("Current Play Hand. Expecting 2 cards in a hand:\n" + ph);
Console.WriteLine("Number of cards in the PlayHand. Expecting 2 cards:\n" + ph.NumCards);
DiscardHand dh = new DiscardHand();
Console.WriteLine("Number of cards in the DiscardHand. Expecting 2 cards:\n" + dh.AddToDiscardPile(dh, ph));
ph.DiscardAll();
Console.WriteLine("Number of cards in the PlayHand. Expecting 0 cards after DiscardAll():\n" + ph.NumCards);
dh.DiscardAll();
Console.WriteLine("Number of cards in the DiscardHand. Expecting 0 cards after DiscardAll():\n" + dh.NumCards);
}
static void TestCanAttackAgainMethod()
{
Deck d = new Deck();
d.Shuffle();
FoolHand fh = new FoolHand();
CompHand ch = new CompHand();
PlayHand ph = new PlayHand();
Card tc = d.DetermineTrump();
ch.DrawUpToSixCards(ch, d);
ch.CompSortCards(ch, tc);
fh.DrawUpToSixCards(fh, d);
fh.SortCards(fh, tc);
Card lastCard = d.GetCard(d.NumCards - 1);
Console.WriteLine("Test CanAttackAgain method");
Console.WriteLine("Determining a trump card. The trump card (Suit) is: " + tc);
Console.WriteLine("Last card in the deck - should be the same as the trump card: " + lastCard);
Console.WriteLine("Current FoolHand. Expecting 6 cards.\n" + fh);
Console.WriteLine("Current CompHand. Expecting 6 cards.\n" + ch);
Card attkCard = ch.Attack(0, ch, ph);
Console.WriteLine("Computer attacking a player with: " + attkCard);
ph.AddCardToPlayHand(ph, fh, attkCard);
Card defCard = fh.Defend(fh, attkCard, tc);
Console.WriteLine("Player is defending with the following card: " + defCard);
ph.AddCardToPlayHand(ph, fh, defCard);
Console.WriteLine("Current FoolHand. Expecting 5 cards.\n" + fh);
Console.WriteLine("Current CompHand. Expecting 5 cards.\n" + ch);
Console.WriteLine("Current PlayHand:\n" + ph);
Console.WriteLine("Checking if compuetr can attack again: " + ch.CanAttackAgain(ch, ph));
}
public void PlayHand_Deal_GameInProgress()
{
// Arrange
var cards = new List <Card>()
{
new Card(CardSuit.Clubs, 4, CardType.Number),
new Card(CardSuit.Clubs, 5, CardType.Number)
};
var dealer = new Dealer();
var table = new Table(dealer)
{
Dealer = dealer
};
var playHand = new PlayHand();
playHand.Init(cards, table);
// Act
playHand.Deal();
// Assert
Assert.True(playHand.GameInProgress);
}
public async Task RunAnalysis_Steady_ReturnsRemainingPot(BettingStrategy bettingStrategy)
{
// Arrange
var logger = Substitute.For <ILogger <RunAnalysis> >();
var playHand = new PlayHand();
var runAnalysis = new RunAnalysis(logger, playHand);
var analysisConfiguration = new AnalysisConfiguration()
{
StartingAnte = 1,
BettingStrategy = bettingStrategy,
DeckCountPerShoe = 4,
PlayerFunds = 10,
TargetFunds = 11,
AvailableActions = TestHelper.BuildAvailableActionsAlwaysStand()
};
var updateProgress = Substitute.For <IUpdateProgress>();
// Act
decimal result = await runAnalysis.Run(analysisConfiguration, updateProgress);
// Assert
Assert.True(result <= analysisConfiguration.TargetFunds + 1);
}
//JUST FOR TESTING
static void TestMessagesMethod(PlayHand ph, FoolHand fh, CompHand ch)
{
Console.WriteLine("Current PlayHand:\n" + ph); //just for testing
Console.WriteLine("Player's hand is as follows:\n" + fh); //just for testing
Console.WriteLine("Computer's hand is as follows:\n" + ch); //just for testing
}
static void Main(string[] args)
{
const string YOU_LOSE = "You lost :(."; //Message displayed at the end of the game when someone loses
Deck deck = new Deck(); //New deck instance
deck.Shuffle();
Card trumpCard = deck.DetermineTrump(); //Determining and displaying a trump (trump suit) card and placing it at the bottom of the deck
Console.WriteLine("Determine a trump card. The trump is: " + trumpCard);
FoolHand player = new FoolHand();
CompHand computer = new CompHand();
PlayHand playHand = new PlayHand();
deck.DealCards(player, computer); //Dealing 6 cards to each player in an alternating pattern
do
{
player.SortCards(player, trumpCard); //sorting cards
Console.WriteLine("Player's hand is as follows:\n" + player);
computer.CompSortCards(computer, trumpCard);
Console.WriteLine("\nComputers's hand is as follows:\n" + computer);
bool playerTurn = true; //starting the game with the human player
//PLAYER'S TURN
do
{
int cardIndex = -1;
bool canAttack = true;
Console.WriteLine("\nPlease enter the Card number you would like to attack with or enter 'n' to end your turn: ");
string input = Console.ReadLine();
//cardIndex = InputValidation(input, player);
if (input == "n")
{
playerTurn = false;
canAttack = false;
}
else
{
cardIndex = InputValidation(input, player); //^^^^SOMETHING IS OFF IN THE LINES ABOVE ^^^^^
}
//if (cardIndex == player.NumCards + 1) //entering 1 more than the total number in a hand terminates player's turn
// playerTurn = false;
Card attckCard = player.Attack(cardIndex, player);
while (canAttack) // playHand is empty - needs more checking ***|| playHand.IsEmpty || !player.IsEmpty***
{
if (playHand.Contains(attckCard))
{
Console.WriteLine("If you attack more than once, please make sure you attack with a card which value macthes any of the ones that are currently in play.");
canAttack = false;
playerTurn = false;
}
else
{
Console.WriteLine("Player's card to attack with is: " + attckCard);
playHand.AddCardToPlayHand(playHand, computer, attckCard);
Thread.Sleep(2000);
//check if computer can defend
Card defCard = computer.CompDefend(computer, attckCard, trumpCard);
Console.WriteLine("Computer's card to defend with is: " + defCard);
if (defCard != null)
{
playHand.AddCard(defCard);
TestMessagesMethod(playHand, player, computer); //TEST
Console.WriteLine("\nPlease enter the Card number you would like to attack with or enter 'n' to end your turn: ");
input = Console.ReadLine();
//cardIndex = InputValidation(input, player);
if (input == "n")
{
playerTurn = false;
}
else
{
cardIndex = InputValidation(input, player);
}
//if (cardIndex == player.NumCards + 1) //entering 1 more than the total number in a hand terminates player's turn
// playerTurn = false;
canAttack = player.CanAttackAgain(cardIndex, player, playHand); //PROBLEM SOMEWHERE HERE
if (canAttack)
{
attckCard = player.AttackWithCard(player, cardIndex);
}
TestMessagesMethod(playHand, player, computer); //TEST
}
else if (!computer.CanDefend(computer, attckCard, trumpCard))
{
computer.PickUpCards(computer, playHand);
playHand.DiscardAll();
player.DrawUpToSixCards(player, deck, trumpCard);
player.SortCards(player);
computer.CompSortCards(computer, trumpCard);
//Console.WriteLine("Player's current hand is:\n" + player);
TestMessagesMethod(playHand, player, computer); //TEST
Console.WriteLine("\nPlease enter the Card number you would like to attack with: ");
input = Console.ReadLine();
cardIndex = InputValidation(input, player);
if (cardIndex == player.NumCards + 1) //entering 1 more than the total number in a hand terminates player's turn
{
playerTurn = false;
}
canAttack = player.CanAttackAgain(cardIndex, player, playHand); //PROBLEM SOMEWHERE HERE
if (canAttack)
{
attckCard = player.AttackWithCard(player, cardIndex);
}
}
}
}
string doneWithTurn = EndTurn();
if (doneWithTurn == "y" && playHand.NumCards % 2 == 0)
{
playHand.DiscardAll();
playerTurn = false;
}
else if (doneWithTurn == "y" && playHand.NumCards % 2 != 0)
{
computer.PickPlayHandCards(computer, playHand);
Console.WriteLine("Computer picked up because it could not defend the attack. Computer's hand is currently:\n" + computer);
computer.CompSortCards(computer, trumpCard);
player.DrawUpToSixCards(player, deck, trumpCard);
Console.WriteLine("Player's hand is as follows:\n" + player); //just for testing
}
Console.WriteLine("Current PlayHand:\n" + playHand.NumCards);
} while (playerTurn);
EndOfTurnMaintenance(deck, trumpCard, player, computer);
TestMessagesMethod(playHand, player, computer); //TEST
//COMPUTER'S TURN
do
{
bool canAttack = true;
bool canAttackAgain = false;
Console.WriteLine("\nNow, it's computer's turn to attack.");
Card compAttack = new Card();
while (canAttack) // playHand is empty - needs more checking || playHand.IsEmpty || !computer.IsEmpty
{
if (playHand.IsEmpty)
{
compAttack = computer.Attack(0, computer);
playHand.AddCard(compAttack);
}
else if (canAttackAgain || (canAttack && !playHand.IsEmpty))
{
compAttack = computer.AttackAgain(computer, playHand);
playHand.AddCard(compAttack);
}
Console.WriteLine("Computer attacks with: " + compAttack);
bool canDefend = false; //bool that gets assigned based on whether or not player can defend
Console.WriteLine("\nPlease enter the Card number you would like to defend with, or press 'p' to pick up the card(s): ");
string input = Console.ReadLine();
if (input == "p")
{
player.PickPlayHandCards(player, playHand);
computer.OffLoadAttackCards(compAttack, computer, playHand);
player.PickPlayHandCards(player, playHand);
computer.DrawUpToSixCards(computer, deck, trumpCard);
computer.CompSortCards(computer, trumpCard);
player.SortCards(player);
canAttack = true;
TestMessagesMethod(playHand, player, computer); //TEST
}
else
{
int cardIndex = InputValidation(input, player);
Card defCard = player.GetCard(cardIndex);
canDefend = player.CanDefendWithSpecificCard(compAttack, defCard, trumpCard);
Console.WriteLine("Checking if a player can defend (true/false): " + canDefend);
Console.WriteLine("Player is defending with: " + defCard);
if (canDefend)
{
player.DefendWithCard(defCard, player);
playHand.AddCard(defCard);
canAttackAgain = computer.CanAttackAgain(computer, playHand);
canAttack = computer.CanAttackAgain(computer, playHand);
TestMessagesMethod(playHand, player, computer); //TEST
}
else
{
Console.WriteLine("You cannot defend with this card.");
//player.PickUpCards(player, playHand);
//player.SortCards(player);
//computer.DrawUpToSixCards(computer, deck, trumpCard);
//computer.CompSortCards(computer, trumpCard);
computer.OffLoadAttackCards(compAttack, computer, playHand);
player.PickPlayHandCards(player, playHand);
computer.DrawUpToSixCards(computer, deck, trumpCard);
computer.CompSortCards(computer, trumpCard);
player.SortCards(player);
canAttack = true;
}
}
}
playHand.DiscardAll();
//TestMessagesMethod(playHand, player, computer); //TEST
playerTurn = true;
} while (!playerTurn);
EndOfTurnMaintenance(deck, trumpCard, player, computer);
} while (!deck.IsEmpty);
//CHECK FOR LOSER
}
