///<summary>
/// Creates Input, View and Interaction components:
/// Creates different move processors
/// for each character on board, registers them in controllers.
/// Creates interactors and passes created level and view to them.
/// </summary>
public void InvokeState()
{
var level = levelFactory.CreateLevel();
var inputLoop = new InputLoop();
var playView = new ConsolePlayView();
var playerMoveInteractor = new PlayerMoveInteractor(level, playView);
var mobMoveInteractor = new MobMoveInteractor(level, playView);
var saveGameInteractor = new SaveGameInteractor(level);
var exitGameInteractor = new ExitGameInteractor(level);
var inventoryInteractor = new InventoryInteractor(level, playView);
var moveProcessor = new MoveProcessor(playerMoveInteractor);
var saveAndExitGameProcessor = new SaveAndExitGameProcessor(exitGameInteractor, saveGameInteractor);
var inventoryProcessor = new InventoryProcessor(inventoryInteractor);
var keyboardController = new KeyboardController(level, OfflinePlayerLogin);
var tickController = new TickController();
keyboardController.AddInputProcessor(moveProcessor);
keyboardController.AddInputProcessor(saveAndExitGameProcessor);
keyboardController.AddInputProcessor(inventoryProcessor);
inputLoop.AddUpdatable(keyboardController);
inputLoop.AddFixedUpdatable(tickController);
if (!level.ContainsPlayer(OfflinePlayerLogin))
{
level.AddPlayerAtEmpty(OfflinePlayerLogin);
}
level.CurrentPlayer = level.GetPlayer(OfflinePlayerLogin);
var mobs = level.Mobs;
foreach (var mob in mobs)
{
var mobMoveProcessor = new MobMoveProcessor(mob, mobMoveInteractor);
tickController.AddTickProcessor(mobMoveProcessor);
mob.OnDie += (sender, args) =>
{
level.Mobs.Remove(mob);
tickController.RemoveTickProcessor(mobMoveProcessor);
};
}
level.CurrentPlayer.OnDie += (sender, args) =>
{
inputLoop.Stop();
saveGameInteractor.DeleteSaving();
};
exitGameInteractor.OnExit += (sender, player) =>
{
inputLoop.Stop();
};
playView.Draw(level);
inputLoop.Start();
}
public void InvokeState()
{
var playView = new ConsolePlayView();
var level = client.Login(login, sessionId);
if (level == null)
{
throw new ArgumentException("Login already exists.");
}
var inputLoop = new InputLoop();
var playerMoveInteractor = new NetworkPlayerMoveInteractor(level, playView);
var mobMoveInteractor = new NetworkMobMoveInteractor(level, playView);
var exitGameInteractor = new ExitGameInteractor(level);
var inventoryInteractor = new InventoryInteractor(level, playView);
var spawnPlayerInteractor = new SpawnPlayerInteractor(level, playView);
var moveProcessor = new MoveProcessor(playerMoveInteractor);
var exitGameProcessor = new ExitGameProcessor(exitGameInteractor);
var inventoryProcessor = new InventoryProcessor(inventoryInteractor);
var keyboardController = new KeyboardController(level, login);
keyboardController.AddInputProcessor(client);
keyboardController.AddInputProcessor(exitGameProcessor);
client.AddInputProcessor(moveProcessor);
client.AddInputProcessor(exitGameProcessor);
client.AddInputProcessor(inventoryProcessor);
client.SetMobInteractor(mobMoveInteractor);
client.SetPlayerMoveInteractor(playerMoveInteractor);
client.SetSpawnPlayerInteractor(spawnPlayerInteractor);
inputLoop.AddUpdatable(keyboardController);
inputLoop.AddUpdatable(client);
level.CurrentPlayer = level.GetPlayer(login);
level.CurrentPlayer.OnDie += (sender, args) =>
{
inputLoop.Stop();
};
exitGameInteractor.OnExit += (sender, player) =>
{
inputLoop.Stop();
};
playView.Draw(level);
inputLoop.Start();
}
private async void OnDisable()
{
await delay;
input.Stop();
await Task.Delay(10);
udpSocketHolder.TryClose();
foreach (var cts in _cancellationTokenSources)
{
cts.Cancel();
}
}