public IActionResult Game(string i, string j)
{
//logic for checking each wallet (if new game or continue)
double player = Convert.ToDouble(i);
double cpu = Convert.ToDouble(j);
DealCards dc = new DealCards();
if (player == 0)
{
dc.Deal(500, cpu);
}
else if (cpu <= 0)
{
dc.Deal(player, 10000);
}
else
{
dc.Deal(player, cpu);
}
//again mapping object to model to pass to view
Game data = new Game();
data.result = dc.result;
data.playerHand = dc.RenameHands(dc.FirstPlayerHand);
data.cpuHand = dc.RenameHands(dc.FirstComputerHand);
data.flop = dc.RenameHands(dc.FlopHand);
data.playerWallet = dc.playerWallet;
data.cpuWallet = dc.cpuWallet;
data.playerResult = Convert.ToString(dc.winningPlayerHand);
data.cpuResult = Convert.ToString(dc.winningCpuHand);
return(View(data));
}
public IActionResult Game(int?id)
{
if (id == null)
{
return(NotFound());
}
var table = _context.Table.FirstOrDefault(m => m.ID == id);
if (table == null)
{
return(NotFound());
}
var user = _context.Member.FirstOrDefault(m => m.ID == 1);
DealCards dc = new DealCards();
dc.Deal(user.Credits, 5000);
Game data = new Game();
data.result = dc.result;
data.playerHand = dc.RenameHands(dc.FirstPlayerHand);
data.cpuHand = dc.RenameHands(dc.FirstComputerHand);
data.flop = dc.RenameHands(dc.FlopHand);
data.playerWallet = dc.playerWallet;
data.cpuWallet = dc.cpuWallet;
data.playerResult = Convert.ToString(dc.winningPlayerHand);
data.cpuResult = Convert.ToString(dc.winningCpuHand);
data.table = table;
return(View("Views/Game/GameScreen.cshtml", data));
}
public IActionResult Game()
{
//instantiate new game and deal with player starting on 500 and phil on 5000
DealCards dc = new DealCards();
dc.Deal(500, 5000);
// - For debugging specific hands -
//int turns = 0;
//while(Convert.ToString(dc.winningPlayerHand) != "StraightFlush")
//{
// dc.Deal(500, 5000);
// turns++;
//}
//Console.WriteLine(turns);
/*create new model and map the values from the Dealcards object to game.
* Considered using AutoMapper but didn't think it was worth it since this is
* the only model being mapped.*/
Game data = new Game();
data.result = dc.result;
data.playerHand = dc.RenameHands(dc.FirstPlayerHand);
data.cpuHand = dc.RenameHands(dc.FirstComputerHand);
data.flop = dc.RenameHands(dc.FlopHand);
data.playerWallet = dc.playerWallet;
data.cpuWallet = dc.cpuWallet;
data.playerResult = Convert.ToString(dc.winningPlayerHand);
data.cpuResult = Convert.ToString(dc.winningCpuHand);
return(View(data));
}
public void setupDeck_CreateCompleteDeck_AreEqual()
{
//Arrange
int CardCount = 52;
DealCards D = new DealCards();
//Act
D.setUpDeck();
D.ShuffleCards();
var deckSize = D.getDeck.Length;
//Assert card count is 52
Assert.AreEqual(CardCount, deckSize);
}
public static void InitGame()
{
DealCards initgame = new DealCards();
initgame.Deal();
//This is only used for testing my app.
Deck mydeck = new Deck();
mydeck.SetDeck();
Card[] pablodeck = new Card[52];
pablodeck = mydeck.getDeck;
//Card5.ImageUrl = "~/Content/cards/10_of_clubs.png";
}
public IEnumerable <PokerHandsResults> Get(string p1 = "", string p2 = "")
{
if (p1.Length == 0)
{
p1 = "Player1";
}
if (p2.Length == 0)
{
p1 = "Player2";
}
DealCards dc = new DealCards();
return(dc.Deal(p1, p2).ToArray());
}
public void DetermineWinningHand_ReturnWinnerInfo_IsNotNull()
{
//Arrange
DealCards D = new DealCards();
//Act
D.setUpDeck();
D.ShuffleCards();
D.getHand();
D.sortCard();
var result = D.determineWinningHand();
//Assert
Assert.IsNotNull(result);
}
public override void FastDeal()
{
if (DealCards == null || DealCards.Count < 1)
{
return;
}
IsBigDeal = false;
while (DealCards.Count > 0)
{
var card = DealCards.Dequeue();
var panel = App.GetGameData <FillpitGameData>().GetPlayer <PlayerPanel>(card.Seat, true);
int index = card.Index;
var to = panel.PokersTrans[index];
panel.UserBetPoker.MoveCardsNoAnim(index);
DealOnes(to, card.PokerVal, index);
}
}
protected override void BigDeal()
{
var gdata = App.GetGameData <FillpitGameData>();
var gmgr = App.GetGameManager <FillpitGameManagerSk1>();
var card = DealCards.Dequeue();
Transform toPos = gdata.GetPlayer <PlayerPanel>(card.Seat, true).PokersTrans[card.Index];
GameObject dealPoker = DealOnes(BigBirth, toPos, card.PokerVal, true, card.Index);
if (PublicCardId > 0)
{
dealPoker.GetComponent <PokerCard>().SetPublicMarkActive(card.PokerVal == PublicCardId);
}
Facade.Instance <MusicManager>().Play("dealer");
gmgr.PublicPokers.Add(dealPoker.GetComponent <PokerCard>());
}
// GET: DealCards
public ActionResult PokerGame()
{
var dealer = new DealCards();
dealer.Deal();
ViewBag.playerCards = dealer.sortedPlayerCards;
ViewBag.computerCards = dealer.sortedComputerCards;
ViewBag.Winner = dealer.whoWins;
var playerRanker = new HandRanker(ViewBag.playerCards);
var computerRanker = new HandRanker(ViewBag.computerCards);
Hand playerHand = playerRanker.EvaluateHand();
Hand computerHand = computerRanker.EvaluateHand();
ViewBag.playerHand = playerHand;
ViewBag.computerHand = computerHand;
return(View());
}
static void Main(string[] args)
{
_playPoker = new DealCards();
bool Quit = false;
while (!Quit)
{
_playPoker.Deal();
char selection = ' ';
while (!selection.Equals('Y') && !selection.Equals('N'))
{
if (_playPoker.GameOff)
{
Console.WriteLine("Not enought currency in one of players wallets to play!");
Console.ReadKey();
return;
}
Console.SetCursorPosition(0, 10);
Console.WriteLine("Play again? (Y)es or (N)o");
var selectedKey = Console.ReadLine().ToUpper();
if (char.TryParse(selectedKey, out _))
{
selection = Convert.ToChar(selectedKey);
}
if (selection.Equals('Y'))
{
Quit = false;
}
else if (selection.Equals('N'))
{
Quit = true;
}
else
{
Console.WriteLine("Wrong key pressed, please try again");
}
}
}
}
