public FacadeController(AuthLogic authLogic, TurnLogic turnLogic)
{
_authLogic = authLogic;
_turnLogic = turnLogic;
drawcardcontroller = new DrawCardController();
strategy = new Strategy();
}
public void GetPlayerTurn_GivenNewGame_ShouldReturnBlue()
{
// arrange
var lobby = new Domain.Entities.Lobby();
// action
var playerTurn = new TurnLogic().GetPlayerTurn(lobby);
// assert
playerTurn.ShouldBe(Domain.Enumerations.Colour.Blue);
}
public void GetPlayerTurn_AfterOneRound_ShouldReturnRed()
{
// arrange
var lobby = new Domain.Entities.Lobby();
lobby.Rounds = new List <Round> {
new Round()
};
// action
var playerTurn = new TurnLogic().GetPlayerTurn(lobby);
// assert
playerTurn.ShouldBe(Domain.Enumerations.Colour.Red);
}
void Awake()
{
//Check if instance already exists
if (instance == null)
{
//if not, set instance to this
instance = this;
}
//If instance already exists and it's not this:
else if (instance != this)
{
//Then destroy this. This enforces our singleton pattern, meaning there can only ever be one instance of a GameManager.
Destroy(gameObject);
}
}
//if have both player declaration calculate turn show them and send results to client
private void CheckAndCalculateTurn()
{
if (Player1 == null || Player2 == null)
{
return;
}
Gm.ShowMessage("Calculating turn");
var turnResults = TurnLogic.ResolveTurn(Player1, Player2, Gm.Map);
Player1 = null;
Player2 = null;
SendData(1, Serializer.Serialize(Gm.Map));
SendData(0, Serializer.Serialize(turnResults));
Gm.ShowResultsFromGc(turnResults);
}
public void ForceWin(SeatType id)
{
var player = TurnLogic.GetPlayer(id);
GameMechanics.FinishGame.Execute(player);
}
private void InitializeTurnBasedStructures(GameArgs args)
{
TurnLogic = new TurnLogic(Players);
BattleFsm = new BattleFsm(args, this);
}
public void ForceWin(PlayerSeat seat)
{
var player = TurnLogic.GetPlayer(seat);
ProcessFinishGame.Execute(player);
}
