internal RealSpaceEngineers(GameSession gameSession, ILog log, PluginConfig config)
{
var lowLevelObserver = new LowLevelObserver(gameSession)
{
Log = log
};
Observer = new Observer(lowLevelObserver)
{
Log = log,
Radius = config.ObservationRadius
};
Session = new SessionController()
{
Log = log
};
Items = new Items(gameSession, lowLevelObserver);
Definitions = new Definitions();
var characterController = new CharacterController(gameSession, Observer, lowLevelObserver, log);
Character = characterController;
var blocks = new Blocks(gameSession, lowLevelObserver);
Blocks = blocks;
Admin = new SpaceEngineersAdmin(characterController, blocks, new ObserverAdmin(lowLevelObserver));
Screens = new Screens();
}
public IBlocks Dequeue()
{
LastBlock = BlocksFactory.Create();
Queue.Enqueue(LastBlock);
return(Queue.Dequeue());
}
public void SetUp()
{
Board = new Board(10, 20);
Board.AddPlayerCount();
IBlocks = new IShapedBlocks();
LBlocks = new LShapedBlocks();
}
public PerPool(IPoolConfig poolConfig, IDaemonClient daemonClient,IMinerManager minerManager, IHashAlgorithm hashAlgorithm, IBlocks blockStatistics, IStorage storage)
{
Config = poolConfig;
_daemonClient = daemonClient;
_minerManager = minerManager;
Blocks = blockStatistics;
_storage = storage;
_response = new ExpandoObject();
_shareMultiplier = Math.Pow(2, 32) / hashAlgorithm.Multiplier;
}
public void SetUp()
{
var mockBoard = new Mock <IBoard>();
mockBoard.Setup(m => m.Width).Returns(10);
mockBoard.Setup(m => m.Height).Returns(20);
mockBoard.Setup(m => m.ExistPosition(8, 0)).Returns(true);
mockBoard.Setup(m => m.ExistPosition(2, 0)).Returns(true);
CollisionDetection = new CollisionDetection(mockBoard.Object);
IBlocks = new IShapedBlocks();
LBlocks = new LShapedBlocks();
}
public bool Equals(IBlocks blocks)
{
if (BlockList.Count != blocks.BlockList.Count)
{
return(false);
}
var result = true;
for (var i = 0; i < BlockList.Count; i++)
{
if (!BlockList[i].Equals(blocks.BlockList[i]))
{
result = false;
}
}
return(result);
}
public void SetUp()
{
var mockBoard = new Mock <IBoard>();
mockBoard.Setup(m => m.Width).Returns(10);
mockBoard.Setup(m => m.ExistPosition(9, 0)).Returns(true);
mockBoard.Setup(m => m.ExistPosition(7, 0)).Returns(true);
mockBoard.Setup(m => m.ExistPosition(0, 0)).Returns(true);
var collisionDetection = new CollisionDetection(mockBoard.Object);
var mockControlBlocksPresenter = new Mock <IControlBlocksPresenter>();
var adjuster = new ControlBlocksAdjuster(collisionDetection, mockControlBlocksPresenter.Object);
MoveLeftService = new MoveLeftControlBlocksService(collisionDetection, mockControlBlocksPresenter.Object);
MoveRightService = new MoveRightControlBlocksService(collisionDetection, mockControlBlocksPresenter.Object);
SpinRightService = new SpinRightControlBlocksService(adjuster);
SpinLeftService = new SpinLeftControlBlocksService(adjuster);
IBlocks = new IShapedBlocks();
}
public void DrawQueueBlocks(IBlocks blocks)
{
var index = QueueBlocks.Count;
var blockObjects = new List <BlockView>();
foreach (var block in blocks.BlockList)
{
var newPosition = transform.position;
newPosition.x += block.X;
newPosition.y -= index * IntervalY - block.Y;
var blockObject = BlockViewFactory.InstantiateBlock(
block.BlockColor,
newPosition,
transform
);
blockObjects.Add(blockObject);
}
QueueBlocks.Enqueue(blockObjects);
}
public void DrawQueueBlocksDequeue(IBlocks nextBlocks)
{
BlocksQueueView.DeleteTopBlocks();
BlocksQueueView.SqueezeEmptyPosition();
BlocksQueueView.DrawQueueBlocks(nextBlocks);
}
public BlocksOnGameLoop(IBlocks blocks, FuncActionDispatcher funcActionDispatcher) : base(funcActionDispatcher)
{
m_blocks = blocks;
}
public BoardRenderer(IBlocks <IBlock> blocks, int blockSize) : base(blocks, blockSize)
{
}
public GraphicsRenderer(IBlocks <IBlock> blocks, int blockSize)
{
_blocks = blocks;
BlockSize = blockSize;
}
public IPerPool GetPerPoolStats(IPoolConfig poolConfig, IDaemonClient daemonClient, IMinerManager minerManager, IHashAlgorithm hashAlgorithm, IBlocks blockStatistics, IStorage storage)
{
var @params = new NamedParameterOverloads
{
{"poolConfig", poolConfig},
{"daemonClient", daemonClient},
{"minerManager",minerManager},
{"hashAlgorithm", hashAlgorithm},
{"blockStatistics", blockStatistics},
{"storage", storage},
};
return _applicationContext.Container.Resolve<IPerPool>(@params);
}
public void RightSpin()
{
Blocks = Blocks.RightSpin();
}
public void LeftSpin()
{
Blocks = Blocks.LeftSpin();
}
public ControlBlocks(int x, int y, IBlocks blocks)
{
X = x;
Y = y;
Blocks = blocks;
}
public void SetUp()
{
IBlocks = new IShapedBlocks();
}