public void IsPlayable_WrongColourAndSameNumber_ReturnsTrue()
{
var cardInHand = new PlayableCard(new Card { Value = 5, Colour = CardColour.Yellow });
var activeCard = new Card { Value = 5, Colour = CardColour.Blue };
Assert.That(PlayableCards.IsPlayable(cardInHand, activeCard), Is.True);
}
/// <summary>
/// Loops through a players cards setting whether they're are playable with
/// the card provided.
/// </summary>
public static void Process(IList<PlayableCard> cards, Card activeCard)
{
foreach (var playableCard in cards)
{
playableCard.Playable = IsPlayable(playableCard, activeCard);
}
}
/// <summary>
/// Returns boolean indicating whether the playable card is playable
/// against the active card.
/// </summary>
public static bool IsPlayable(PlayableCard card, Card activeCard)
{
if (card.Type == CardType.Wild)
return true;
if (card.Type == CardType.WildDraw)
return true;
return (card.Colour == activeCard.Colour || (card.Value < 20 && card.Value == activeCard.Value));
}
/// <summary>
/// Removes card from PlayableCards that matches the card provided.
/// </summary>
public void RemoveCard(Card card)
{
foreach (var playableCard in PlayableCards)
{
// does the colour & value match, if so this is the card to remove.
if (playableCard.Colour == card.Colour && playableCard.Value == card.Value)
{
PlayableCards.Remove(playableCard);
return;
}
}
}
/// <summary>
/// Plays a card, removes from face down pile and adds to played pile
/// </summary>
/// <param name="card"></param>
public void PlayCard(Card card)
{
if (card != null)
PlayedCards.Enqueue(card);
if (CurrentPlayer != null && card != null)
CurrentPlayer.Hand.RemoveCard(card);
if (Finished)
Started = false;
else
MoveToNextPlayer(card);
}
public void PlayCard(Card card)
{
try
{
_game.PlayCard(card);
Clients.All.cardPlayed(card);
if (_game.Finished)
Clients.All.gameOver(_game.Winner);
else
NotifyNextPlayer();
}
catch (Exception ex)
{
Clients.Caller.error(ex);
}
}
public PlayableCard(Card card, bool pickedUp = false)
{
Card = card;
PickedUp = pickedUp;
}
private void MoveToNextPlayer(Card card)
{
if (CurrentPlayer == null)
CurrentPlayer = Players.First();
if (card != null)
CurrentPlayer.Hand.RemoveCard(card);
var index = Players.IndexOf(CurrentPlayer);
index = UpdateIndex(index);
if (card != null && card.Type == CardType.Skip)
index = UpdateIndex(index);
CurrentPlayer = Players[index];
foreach (var playableCard in CurrentPlayer.Hand.PlayableCards)
{
playableCard.PickedUp = false;
}
if (card != null)
{
if (card.Type == CardType.WildDraw)
{
CurrentPlayer.Hand.PlayableCards.Add(new PlayableCard(PlayedCards.Dequeue(), true));
CurrentPlayer.Hand.PlayableCards.Add(new PlayableCard(PlayedCards.Dequeue(), true));
}
if (card.Type == CardType.Draw || card.Type == CardType.WildDraw)
{
CurrentPlayer.Hand.PlayableCards.Add(new PlayableCard(PlayedCards.Dequeue(), true));
CurrentPlayer.Hand.PlayableCards.Add(new PlayableCard(PlayedCards.Dequeue(), true));
index = UpdateIndex(index);
CurrentPlayer = Players[index];
}
}
PlayableCards.Process(CurrentPlayer.Hand.PlayableCards, CurrentCard);
if (CurrentPlayer.Hand.HasPlayableCard == false)
{
CurrentPlayer.Hand.PlayableCards.Add(new PlayableCard(PlayedCards.Dequeue(), true)
{
Playable = false
});
}
}