public Piece(Square position, Board board, PieceColor color)
{
this.position = position;
this.board = board;
this.color = color;
this.board.Squares[position] = this;
}
public override bool CanMoveTo(Square square)
{
var moves = base.PossibleMoves().ToList();
var beatenSquares = this.board.Pieces.Where(x => x.Color != this.Color)
.SelectMany(p => p.BeatenSquares()).ToList();
return moves.Except(beatenSquares).Any(x => x.Equals(square));
}
public void Whether_Board_AddsPieces_On_PutPiece()
{
var board = new Board();
var originalPosition = new Square(5, 4);
var newPosition = new Square(4, 3);
var bishop = new Bishop(originalPosition, board, PieceColor.White);
var knight = new Bishop(newPosition, board, PieceColor.Black);
Assert.That(board.Pieces != null);
Assert.That(board.Pieces.Count() == 2);
}
public void Whether_Board_InvokesOnPieceMoved_On_PieceMoveTo()
{
var board = new Board();
var pieceMoved = false;
board.PieceMoved += (b, m) => pieceMoved = true;
var originalPosition = new Square(5, 4);
var newPosition = new Square(4, 3);
var bishop = new Bishop(originalPosition, board, PieceColor.White);
bishop.MoveTo(newPosition);
Assert.That(pieceMoved);
}
public void Whether_Board_InvokesPieceTaken_On_Caprute()
{
var board = new Board();
var pieceTaken = false;
var originalPosition = new Square(5, 4);
var newPosition = new Square(4, 3);
var bishop = new Bishop(originalPosition, board, PieceColor.White);
var knight = new Bishop(newPosition, board, PieceColor.Black);
knight.PieceTaken += (s) => pieceTaken = true;
var possibleMoves = bishop.MoveTo(newPosition);
Assert.That(board.Squares[originalPosition] == null);
Assert.That(board.Squares[newPosition] == bishop);
Assert.That(pieceTaken);
}
public void Whether_Game_NotifiesWhenPuzzleFailed_On_PieceMove()
{
var failed = false;
var parser = new GameParser();
var result = parser.Parse(fenWhiteMove);
var game = result.FirstOrDefault();
game.PuzzleFailed += (b, m) => failed = true;
var targetSquare = new Square(7, 7);
var rook = game.Board.Pieces.FirstOrDefault(x => x.Type == PieceType.Rook
&& x.PossibleMoves().Contains(targetSquare));
game.Board.PutPiece(targetSquare, rook);
Assert.That(failed, Is.True);
}
public void Whether_Board_DoesntInvokePieceMoved_On_MakeMove()
{
var board = new Board();
var pieceMoved = false;
board.PieceMoved += (b, m) => pieceMoved = true;
var originalPosition = new Square(5, 4);
var newPosition = new Square(4, 3);
var bishop = new Bishop(originalPosition, board, PieceColor.White);
board.MakeMove(new Move()
{
Color = PieceColor.White,
OriginalSquare = originalPosition,
TargetSquare = newPosition,
Piece = bishop.Type
});
Assert.That(pieceMoved, Is.False);
}
public void PutPiece(Square square, Piece piece, bool notifyPieceMoved = true)
{
if (this.squares[square] != null)
{
this.squares[square].TakePiece();
}
// Put piece in a new position
var oldPosition = piece.Position;
this.squares[oldPosition] = null;
this.squares[square] = piece;
piece.Position = square;
// Now it's opposite color to move
this.IsWhiteMove = !this.IsWhiteMove;
if (notifyPieceMoved)
{
this.FirePieceMoved(oldPosition, piece);
}
}
public void Whether_Piece_CantMoveWhenIsWhiteMove_On_MoveTo()
{
var board = new Board();
var newPos = new Square(1, 6);
var oldPos = new Square(1, 1);
var rook = new Rook(oldPos, board, PieceColor.Black);
var hasMoved = rook.MoveTo(newPos);
Assert.That(board.IsWhiteMove);
Assert.That(rook.Position.Equals(oldPos));
Assert.That(!hasMoved);
}
public King(Square square, Board board, PieceColor color)
: base(square, board, color)
{
}
public bool MoveToSquare(Square square)
{
return this.SetPosition(square.GetPoint(this.piece.Board.Size));
}
public void Whether_Game_OpponentMakesNextMove_On_PieceMoved()
{
var pieceMoved = false;
var parser = new GameParser();
var result = parser.Parse(fenGame);
var game = result.FirstOrDefault();
var targetSquare = new Square(8, 3);
var rook = game.Board.Pieces.FirstOrDefault(x => x.Type == PieceType.Rook
&& x.PossibleMoves().Contains(targetSquare)
&& x.Color == (game.Board.IsWhiteMove ? PieceColor.White : PieceColor.Black));
var whiteQueen = game.Board.Pieces.FirstOrDefault(x =>
x.Type == PieceType.Queen
&& x.Color == PieceColor.White);
whiteQueen.PositionUpdated += (e, s) => pieceMoved = true;
game.Board.PutPiece(targetSquare, rook);
Assert.That(pieceMoved, Is.True);
}
public void Whether_Game_SendsPuzzleSolvedMessage_On_PuzzleSolved()
{
var solved = false;
var parser = new GameParser();
var result = parser.Parse(fenWhiteMove);
var game = result.FirstOrDefault();
var targetSquare = new Square(7, 8);
Messenger.Default.Register<PuzzleCompletedMessage>(this, (msg) => solved = msg.IsSolved);
var rook = game.Board.Pieces.FirstOrDefault(x => x.Type == PieceType.Rook
&& x.PossibleMoves().Contains(targetSquare)
&& x.Color == (game.Board.IsWhiteMove ? PieceColor.White : PieceColor.Black));
game.Board.PutPiece(targetSquare, rook);
Assert.That(solved, Is.True);
}
private void FirePieceMoved(Square oldPosition, Piece piece)
{
if (this.PieceMoved != null)
{
var move = new Move()
{
Color = piece.Color,
OriginalSquare = oldPosition,
TargetSquare = piece.Position,
Piece = piece.Type
};
this.PieceMoved(this, move);
}
}
public Bishop(Square square, Board board, PieceColor color)
: base(square, board, color)
{
}
public void Whether_Piece_UpdatesPosition_On_MoveTo()
{
var board = new Board();
var newPos = new Square(1, 6);
var rook = new Rook(new Square(1, 1), board, PieceColor.White);
rook.MoveTo(newPos);
Assert.That(rook.Position.Equals(newPos));
}
public void Whether_Piece_PositionUpdatedRaised_On_PieceMoved()
{
var board = new Board();
var newPos = new Square(1, 6);
var moved = false;
var rook = new Rook(new Square(1, 1), board, PieceColor.White);
rook.PositionUpdated += (s, p) => moved = true;
rook.MoveTo(newPos);
Assert.That(moved, Is.True);
}
internal void MakeMove(Square originalSquare, Square targetSquare, bool notify)
{
var pieceToMove = this.squares[originalSquare];
this.PutPiece(targetSquare, pieceToMove, notify);
}
internal void MakeMove(Square targetSquare, Piece pieceToMove)
{
this.PutPiece(targetSquare, pieceToMove, false);
}
public virtual bool CanMoveTo(Square square)
{
return this.PossibleMoves().Any(x => x.Equals(square));
}
public bool IsEmpty(Square square)
{
return this.Squares.ContainsKey(square) && this.Squares[square] == null;
}
public bool MoveTo(Square square)
{
if (this.CanMoveTo(square) && this.CanColorMove())
{
this.board.PutPiece(square, this);
return true;
}
return false;
}
protected bool IsEmptySquare(Square sq)
{
return this.board.Squares.ContainsKey(sq) && this.board.Squares[sq] == null;
}
protected bool IsOpponentsPiece(Square sq)
{
return this.board.Squares.ContainsKey(sq) &&
(this.board.Squares[sq] != null && this.board.Squares[sq].Color != this.Color);
}
private void Touch(CCTouch touch, CCEvent e)
{
var square = touch.Location.GetSquare(this.piece.Board.Size);
if (!square.Equals(this.lastMovePosition))
{
drawNode.Clear();
this.lastMovePosition = square;
if (this.possibleSquares.Any(x => x.Equals(square)))
{
var size = this.piece.Board.Size / 8;
var color = new CCColor4B(0, 199, 90, 0x66);
var point = square.GetPoint(this.piece.Board.Size);
drawNode.DrawSolidCircle(point, size, color);
drawNode.Visit();
}
}
this.Position = touch.Location;
}
public void Whether_Board_UpdatesIsWhiteMove_On_MoveTo()
{
var board = new Board();
var newPos = new Square(1, 6);
var oldPos = new Square(1, 1);
var rook = new Rook(oldPos, board, PieceColor.White);
var hasMoved = rook.MoveTo(newPos);
Assert.That(rook.Position.Equals(newPos));
Assert.IsFalse(board.IsWhiteMove);
Assert.That(hasMoved);
}
/// <summary>
/// Method to add max two possible takes of pawn (left&right)
/// </summary>
private void AddTakes(List<Square> moves, int verticalOffset)
{
var right = new Square(this.position.XPosition + 1, this.position.YPosition + verticalOffset);
moves.Add(right);
var left = new Square(this.position.XPosition - 1, this.position.YPosition + verticalOffset);
moves.Add(left);
}
public virtual IEnumerable<Square> BeatenSquares()
{
foreach (var offset in GetOffsets())
{
for (int i = 1; i <= this.MaxRange; i++)
{
var square = new Square(this.position.XPosition + offset.Item1 * i, this.position.YPosition + offset.Item2 * i);
yield return square;
if (!this.IsEmptySquare(square) &&
!(this.board.Squares.ContainsKey(square) && this.board.Squares[square] is King))
{
break;
}
}
}
}
public Queen(Square square, Board board, PieceColor color)
: base(square, board, color)
{
}
public void Whether_Board_UpdatesPositionOnBoard_On_MoveTo()
{
var board = new Board();
var originalPosition = new Square(5, 4);
var newPosition = new Square(4, 3);
var bishop = new Bishop(originalPosition, board, PieceColor.White);
var possibleMoves = bishop.MoveTo(newPosition);
Assert.That(board.Squares[originalPosition] == null);
Assert.That(board.Squares[newPosition] == bishop);
}