public ChessGame(
IBoardEngineProvider <ChessPieceEntity> boardEngineProvider,
ICheckDetectionService checkDetectionService,
IBoardSetup <ChessPieceEntity> setup,
Colours whoseTurn = Colours.White)
{
_engine = boardEngineProvider.Provide(setup, (int)whoseTurn);
_checkDetectionService = checkDetectionService;
_engine.CurrentPlayer = (int)whoseTurn;
CheckState = _checkDetectionService.Check(BoardState);
}
private string PlayValidMove(BoardMove move)
{
ClearPawnTwoStepState();
var preMove = _engine.BoardState.ToTextBoard();
_engine.Move(move);
if (preMove == _engine.BoardState.ToTextBoard())
{
Debugger.Break();
}
_engine.CurrentPlayer = (int)NextPlayer();
CheckState = _checkDetectionService.Check(BoardState);
return(CheckState != GameCheckState.None
? CheckState.ToString()
: "");
}
public void Check_returns_valid_check_states(PlayerState whiteState, PlayerState blackState, GameCheckState expectedGameState)
{
var service = new CheckDetectionService(
_playerStateServiceMock.Object,
ChessFactory.BoardMoveService(ChessFactory.ChessBoardActionProvider()),
ChessFactory.FindAttackPaths(),
ChessFactory.PathsValidator()
);
if (expectedGameState != GameCheckState.BlackCheckmated &&
expectedGameState != GameCheckState.WhiteCheckmated)
{
// give the king a get out move
var kingPaths = new Paths();
kingPaths.Add(new Path {
new BoardMove(BoardLocation.At(1, 1), BoardLocation.At(1, 2), 1)
});
_kingItem.UpdatePaths(kingPaths);
}
SetupCheckState(whiteState, Colours.White);
SetupCheckState(blackState, Colours.Black);
service.Check(_boardStateMock.Object).ShouldBe(expectedGameState);
}
