public IEnumerable <Player> Get()
{
// instantiate singleton
if (_deck == null)
{
_deck = new Deck();
}
// if there's less than 10, we need to reset the deck
if (_deck.Cards.Count < 10)
{
_deck.Cards = DeckService.CreateCardDeck();
}
// shuffle between every call to controller == every play
DeckService.ShuffleDeck(_deck);
var player1 = new Player
{
PlayerName = "Player 1"
};
var player2 = new Player
{
PlayerName = "Player 2"
};
// assign player hands
for (int i = 0; i < 5; i++)
{
DeckService.DrawCard(player1, _deck);
DeckService.DrawCard(player2, _deck);
}
// return players as a list with their cards
return(new List <Player> {
player1, player2
});
}
public void TestStraight()
{
var stopwatch = new Stopwatch();
stopwatch.Start();
var deck = new Deck();
DeckService.ShuffleDeck(deck);
var player1 = new Player
{
PlayerName = "Test1"
};
var player2 = new Player
{
PlayerName = "Test2"
};
var player3 = new Player
{
PlayerName = "Test3"
};
var player4 = new Player
{
PlayerName = "Test4"
};
var straightFound = false;
var straightCounter = 1;
var handString = "";
while (!straightFound)
{
deck.Cards = DeckService.CreateCardDeck();
DeckService.ShuffleDeck(deck);
player1.PlayerHand.Cards.Clear();
player2.PlayerHand.Cards.Clear();
player3.PlayerHand.Cards.Clear();
player4.PlayerHand.Cards.Clear();
for (var i = 0; i < 5; i++)
{
DeckService.DrawCard(player1, deck);
DeckService.DrawCard(player2, deck);
DeckService.DrawCard(player3, deck);
DeckService.DrawCard(player4, deck);
}
CheckResult(player1, ref straightFound, ref handString);
if (!straightFound)
{
CheckResult(player2, ref straightFound, ref handString);
}
if (!straightFound)
{
CheckResult(player3, ref straightFound, ref handString);
}
if (!straightFound)
{
CheckResult(player4, ref straightFound, ref handString);
}
straightCounter++;
if (stopwatch.ElapsedMilliseconds > 60000) // 1 minute
{
Assert.Fail($"Failed to generate a straight within {straightCounter} iterations");
}
}
// we got to a successful iteration, so pass
Assert.IsTrue(true, handString);
}
