public IEnumerator DeactivatePunishmentCards_TwoActiveCardsOneToDeactivate()
{
//Tests that if there is an active card owned by the player, it becomes deactivated when deactivatePunishmentCards is called.
Setup();
//Give the player two punishment cards
Player player1 = players [0];
Card card1 = new FreshersFluCard(player1);
Card card2 = new NothingCard(player1);
player1.AddPunishmentCard(card1);
player1.AddPunishmentCard(card2);
//Activate cards
cardDeck.GetActiveCards().Add(card1);
cardDeck.GetActiveCards().Add(card2);
card1.SetTurnCount(2); //Card will not be deactivated this turn...
card2.SetTurnCount(1); //...But this one will.
cardDeck.DeactivatePunishmentCards(player1);
//Test that card1 is still active.
Assert.Contains(card1, cardDeck.GetActiveCards());
Assert.AreEqual(1, card1.GetTurnCount());
Assert.AreSame(player1, card1.GetOwner());
//Test that card2 has been deactivated.
Assert.IsFalse(cardDeck.GetActiveCards().Contains(card2));
Assert.Zero(card2.GetTurnCount());
Assert.IsNull(card2.GetOwner());
yield return(null);
}
public IEnumerator DeactivatePunishmentCards_OtherPlayerHasActiveCardNoneToDeactivate()
{
//Tests that if deactivatedPunishmentCards is called for a player with no active cards, another player's active card will not be deactivated.
Setup();
//Give player1 a punishment cards
Player player1 = players [0];
Card activeCard = new FreshersFluCard(player1);
player1.AddPunishmentCard(activeCard);
//Activate card
cardDeck.GetActiveCards().Add(activeCard);
activeCard.SetTurnCount(1);
Player player2 = players [1];
cardDeck.DeactivatePunishmentCards(player2); //Call DeactivatePunishmentCards for player2.
//Test that activeCard is still active.
Assert.Contains(activeCard, cardDeck.GetActiveCards());
Assert.AreEqual(1, activeCard.GetTurnCount());
Assert.AreSame(player1, activeCard.GetOwner());
yield return(null);
}
