/// <summary>
/// Starts a turn for the specified player
/// </summary>
/// <param name="player">The player who is starting their turn</param>
public static void StartTurn(BasePlayer player)
{
GameEngine.GameState.CurrentPlayer = player;
GameEngine.GameState.TurnNumber++;
var currentPlayer = GameEngine.GameState.CurrentPlayer;
// Increment their max mana
currentPlayer.AddManaCrystal();
// Move any pending overload to active
currentPlayer.Overload = currentPlayer.PendingOverload;
currentPlayer.PendingOverload = 0;
// Set the mana to max - overload
currentPlayer.Mana = currentPlayer.MaxMana - currentPlayer.Overload;
GameEventManager.TurnStart(player);
// Draw a card
currentPlayer.DrawCard();
}
/// <summary>
/// Summons a minion onto the board
/// </summary>
/// <param name="minion">The minion to summon</param>
/// <param name="subTarget">The sub target for this card, usually for targetting battle cry spells</param>
/// <param name="gameboardPos">The position on the gameboard to place the card. A value of -1 means play it in the next available slot</param>
/// <param name="cardEffect">The card effect to use</param>
/// <param name="forceSummoned">Whether or not to force summon the minion, this means no battle cry effects</param>
/// <param name="cardSource">Where, if any, should we remove the card from</param>
public void SummonMinion(BaseMinion minion, IDamageableEntity subTarget, int gameboardPos = -1, CardEffect cardEffect = CardEffect.NONE, bool forceSummoned = false, ICollection <BaseCard> cardSource = null)
{
var gameState = GameEngine.GameState;
if (cardSource != null)
{
if (!cardSource.Contains(minion))
{
throw new InvalidOperationException(string.Format("Card source doesn't contain {0}", minion));
}
cardSource.Remove(minion);
}
// Check if there are too many minions on the board
var playZone = gameState.CurrentPlayerPlayZone;
var playZoneCount = playZone.Count(slot => slot != null);
if (playZoneCount >= Constants.MAX_CARDS_ON_BOARD)
{
throw new InvalidOperationException(string.Format("There are too many cards ({0}) in the playzone!", playZoneCount));
}
int summonPosition = gameboardPos;
if (gameboardPos == -1)
{
summonPosition = GameEngine.GameState.CurrentPlayerPlayZone.Count(card => card != null);
}
// If there is a card already in the target gameboard position, shift everything to the right and place it there
if (playZone[summonPosition] != null)
{
for (int i = playZone.Count - 1; i > gameboardPos; i--)
{
playZone[i] = playZone[i - 1];
}
}
// Place the minion on the board
playZone[summonPosition] = minion;
// Set the time the card was played
minion.TimePlayed = DateTime.Now;
// Start the minion as exhausted unless it has charge
if (!minion.HasCharge)
{
minion.ApplyStatusEffects(MinionStatusEffects.EXHAUSTED);
}
minion.ResetAttacksThisTurn();
// Remove mana from the player
if (!forceSummoned)
{
this.Mana -= minion.CurrentManaCost;
}
// Call the card's card effect
var multiCard = minion as IMultiCardEffectMinion;
if (multiCard != null && !forceSummoned)
{
multiCard.UseCardEffect(cardEffect, subTarget);
}
// Fire minion placed event
if (!forceSummoned)
{
GameEventManager.MinionPlaced(minion);
}
// Register deathrattle if applicable
var deathrattleCard = minion as IDeathrattler;
if (deathrattleCard != null)
{
deathrattleCard.RegisterDeathrattle();
}
if (!forceSummoned)
{
// call the card's battlecry
var battlecryCard = minion as IBattlecry;
if (battlecryCard != null)
{
if (subTarget is BaseMinion && ((BaseMinion)subTarget).IsStealthed)
{
throw new InvalidOperationException("Can't target stealthed minions");
}
battlecryCard.Battlecry(subTarget);
}
}
// Fire card played event
GameEventManager.MinionPlayed(minion);
}
