///<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();
}
private void MainForm_Load(object sender, EventArgs e)
{
this.ClientSize = Properties.Settings.Default.formSize;
Visibility.Update();
progressMain.ProgressText = "Updating Name Lookups from abgx.net";
_scanner = new GameScanner();
_scanner.OnGameProcessed += _loader_OnGameScanned;
_scanner.OnStatusUpdate += _loader_OnStatusUpdate;
_scanner.OnFinish += _loader_OnScanFinish;
_scrapper = new WebScrapper();
_scrapper.OnGameProcessed += _OnGameProcessed;
_scrapper.OnStatusUpdate += _loader_OnStatusUpdate;
_scrapper.OnFinish += _loader_OnFinish;
_abgx = new AbgxChecker();
_abgx.OnFinish += _loader_OnFinish;
_abgx.OnGameProcessed += _OnGameProcessed;
_abgx.OnStatusUpdate += _loader_OnStatusUpdate;
_move = new MoveProcessor();
_move.OnFinish += _loader_OnFinish;
_move.OnGameProcessed += _OnGameProcessed;
_move.OnStatusUpdate += _loader_OnStatusUpdate;
_info = new ScannerInfo();
progressMain.ProgressText = "";
progressSub.ProgressText = "";
if (Program.Wizard)
{
menuSettings_Click(null, null);
}
}
public Game()
{
Seed = -1;
TraceStartFinish = false;
TraceDeals = false;
TraceMoves = false;
ComplexMoves = false;
Diagnostics = false;
Instance = -1;
Shuffled = new Pile();
Tableau = new Tableau();
Candidates = new MoveList();
SupplementaryList = new MoveList();
RunFinder = new RunFinder();
FaceLists = new PileList[(int)Face.King + 2];
for (int i = 0; i < FaceLists.Length; i++)
{
FaceLists[i] = new PileList();
}
Coefficients = null;
TableauInputOutput = new TableauInputOutput(Tableau);
MoveProcessor = new MoveProcessor(this);
Variation = Variation.Spider4;
AlgorithmType = AlgorithmType.Study;
}
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();
}
public bool IsInRangeOfFoes(IMap currentMap, Move move, int moveSlot)
{
// Check if any players are in range
foreach (Client i in currentMap.GetClients())
{
// Check if the target player is in range
if (MoveProcessor.IsInRange(move.RangeType, move.Range, this.X, this.Y,
this.Direction,
i.Player.X, i.Player.Y))
{
// They are in range, attack them
return(true);
}
}
return(false);
}
public bool IsInRangeOfAllies(IMap currentMap, Move move, int moveSlot)
{
for (int i = 0; i < currentMap.ActiveNpc.Length; i++)
{
if (currentMap.ActiveNpc[i].Num > 0)
{
if (MoveProcessor.IsInRange(move.RangeType, move.Range, this.X, this.Y,
this.Direction,
currentMap.ActiveNpc[i].X, currentMap.ActiveNpc[i].Y))
{
return(true);
}
}
}
return(false);
}
public void InvokeState()
{
var level = levelFactory.CreateLevel();
var inputLoop = new InputLoop();
var playView = new VoidView();
var inputController = new ServerInputController(level, newSessionId, inputService);
var exitGameInteractor = new ExitGameInteractor(level, inputController);
var playerMoveInteractor = new PlayerMoveInteractor(level, playView, inputController);
var mobMoveInteractor = new MobMoveInteractor(level, playView, inputController);
var inventoryInteractor = new InventoryInteractor(level, playView);
levelFactory.SetPlayerFactory(new NetworkPlayerFactory(exitGameInteractor));
var moveProcessor = new MoveProcessor(playerMoveInteractor);
var exitGameProcessor = new ExitGameProcessor(exitGameInteractor);
var inventoryProcessor = new InventoryProcessor(inventoryInteractor, inputController);
var tickController = new TickController();
inputController.AddInputProcessor(moveProcessor);
inputController.AddInputProcessor(inventoryProcessor);
inputController.AddInputProcessor(exitGameProcessor);
inputLoop.AddFixedUpdatable(tickController);
inputLoop.AddUpdatable(inputController);
level.CurrentPlayer = new Player(DummyLogin, level, new Position(-1, -1));
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);
};
}
inputLoop.Start();
}
public Movement GetMovement(Creature creature)
{
ProcessingCreature processingCreature = new ProcessingCreature(creature, TotalCommands, _field);
while (processingCreature.NotProcessed())
{
var dnaNode = processingCreature.ProcessingIndex >= processingCreature.Dna.Length
? DnaNode.Create <MoveProcessor>(0)
: processingCreature.Dna[processingCreature.ProcessingIndex];
var command = dnaNode.Processor.Process(dnaNode.LocalCommand, processingCreature);
if (command != null)
{
return(command.Movement);
}
}
// Infinitive loop
return(MoveProcessor.NullMovement(processingCreature.Direction));
}
public void ApplyNext_QueueNotEmptyAndUserAlive_ReturnsAppliedMoveUse()
{
// Arrange
var moveUse = new MoveUse
{
Move = TestHelpers.CreateMove(),
User = TestHelpers.CreateBasicCharacter(),
OtherCharacters = Enumerable.Empty <Character>(),
};
var moveProcessor = new MoveProcessor();
_ = moveProcessor.Push(moveUse);
// Act
var appliedMoveUse = moveProcessor.ApplyNext();
// Assert
Assert.That(appliedMoveUse.HasResult, Is.True);
}
public void ApplyNext_QueueNotEmptyAndUserDead_ReturnsUnappliedMoveUse()
{
// Arrange
var moveUse = new MoveUse
{
Move = TestHelpers.CreateMove(),
User = TestHelpers.CreateBasicCharacter(),
};
_ = moveUse.User.ReceiveDamage <Move>(6, TestHelpers.CreateBasicCharacter());
var moveProcessor = new MoveProcessor();
_ = moveProcessor.Push(moveUse);
// Act
var appliedMoveUse = moveProcessor.ApplyNext();
// Assert
Assert.That(appliedMoveUse.HasResult, Is.False);
}
public void InvokeState()
{
var level = levelFactory.CreateLevel();
var inputLoop = new InputLoop();
var playView = new ConsolePlayView();
var moveInteractor = new MoveInteractor(level, playView);
var exitGameInteractor = new ExitGameInteractor(inputLoop);
var moveProcessor = new MoveProcessor(moveInteractor);
var exitGameProcessor = new ExitGameProcessor(exitGameInteractor);
var keyboardController = new KeyboardController();
keyboardController.AddInputProcessor(moveProcessor);
keyboardController.AddInputProcessor(exitGameProcessor);
inputLoop.AddUpdatable(keyboardController);
playView.Draw(level);
inputLoop.Start();
}
public void Push_CanUseMove_Succeeds(
int remainingUses,
bool expectedResult,
bool expectedQueueIsEmpty)
{
// Arrange
var moveUse = new MoveUse
{
Move = TestHelpers.CreateMove(maxUses: remainingUses),
};
var moveProcessor = new MoveProcessor();
// Act
var result = moveProcessor.Push(moveUse);
// Assert
Assert.Multiple(() =>
{
Assert.That(result, Is.EqualTo(expectedResult));
Assert.That(moveProcessor.MoveUseQueueIsEmpty, Is.EqualTo(expectedQueueIsEmpty));
});
}
void Start()
{
moveProcessor = gameObject.GetComponent <MoveProcessor>();
gameModel = GameObject.FindObjectOfType <GameModel>();
}
void Start()
{
moveProcessor = gameObject.GetComponent<MoveProcessor>();
gameModel = GameObject.FindObjectOfType<GameModel>();
}
private void Awake()
{
Speed = speed;
_moveProcessor = new MoveProcessor(GetComponent <Entity>(), this);
}
public static IEnumerable <Client> GetOutlawPlayersInRange(Client client, int range, Enums.OutlawRole outlawRole)
{
var targets = MoveProcessor.GetTargetsInRange(Enums.MoveRange.Room, range, client.Player.Map, client.Player.GetActiveRecruit(), client.Player.X, client.Player.Y, Enums.Direction.Up, true, true, false);
return(targets.Foes.OfType <Recruit>().Where(x => x.Owner.Player.OutlawRole == outlawRole).Select(x => x.Owner));
}
