public IEnumerator AssignPunishmentCard_GivesPlayerANewPunishmentCard()
{
//Tests if AssignPunishmentCard adds a card to a player's punishment card list.
Setup();
//Get player1's current punishment card list
Player player1 = players [0];
List <Card> player1Cards = new List <Card>(player1.GetPunishmentCards()); //Copy the current punishment card list
cardDeck.AssignPunishmentCard(player1); //Assign a card to player1
Assert.AreNotEqual(player1Cards, player1.GetPunishmentCards()); //Has the list changed?
Assert.AreEqual(player1Cards.Count + 1, player1.GetPunishmentCards().Count); //Has exactly 1 card been added?
Assert.IsNotNull(player1.GetPunishmentCards() [0]); //Is the element a valid card (i.e. not null)?
yield return(null);
}
public void NextPlayer()
{
// set the current player to the next player in the order
// deactivate the current player
currentPlayer.SetActive(false);
currentPlayer.GetGui().Deactivate();
// find the index of the current player
for (int i = 0; i < players.Length; i++)
{
if (players[i] == currentPlayer)
{
// set the next player's index
int nextPlayerIndex = i + 1;
// if end of player list is reached, loop back to the first player
if (nextPlayerIndex == players.Length)
{
currentPlayer = players[0];
players[0].SetActive(true);
players[0].GetGui().Activate();
}
// otherwise, set the next player as the current player
else
{
currentPlayer = players[nextPlayerIndex];
players[nextPlayerIndex].SetActive(true);
players[nextPlayerIndex].GetGui().Activate();
break;
}
}
}
//ASSESSMENT4 ADDITION ------------------------------
// Check if any of the active cards need to be deactivated and deactivate them
cardDeck.DeactivatePunishmentCards(currentPlayer);
cardDeck.AssignPunishmentCard(currentPlayer);
//---------------------------------------------------
}