public void TestBoardAdding()
{
IBoardBuilder boardBuilder = new BoardBuilder();
IBoard board = boardBuilder.Columns(8).Rows(8).AddPiece(new Piece(PieceType.KING, new BoardPosition(0, 0), null)).Build();
Assert.False(board.Add(new Piece(PieceType.ROOK, new BoardPosition(0, 0), null)));
Assert.True(board.Add(new Piece(PieceType.ROOK, new BoardPosition(1, 0), null)));
}
public void Should_ReturnTrueForOccupiedLocation()
{
// setup
IBoard board = ModelLocator.Board;
const ChessPosition POSITION = ChessPosition.A4;
board.Add(POSITION);
// execute
bool isOccupied = board.IsPositionOccupied(POSITION);
// verify
Assert.IsTrue(isOccupied);
}
public void Should_AddData_ToBoard()
{
//Arrange
int key = 1;
string value = "X";
//Act
board.Add(key, value);
var result = board.ContainsKey(key);
//Assert
Assert.True(result);
}
public void Should_AddPieceAtLocation()
{
// setup
IBoard board = ModelLocator.Board;
const ChessPosition POSITION = ChessPosition.A4;
// execute
// add a position that is not in the starting positions in case concrete adds starting positions
// by default
board.Add(POSITION);
// verify
Assert.IsTrue(board.State.IsPositionOccupied(POSITION));
}
public IBoardBuilder BuildGoSpace()
{
IVisitableSpace goSpace = spaceFactory.CreateGoSpace(builtBoard);
builtBoard.Add(goSpace);
builtBoard.GoSpace = goSpace;
return(this);
}