/// <summary>
/// Recupere l'ensemble des mouvements choisis par l'IA
/// </summary>
/// <returns>resultat des mouvements</returns>
public override int[] play(Board board, Player p)
{
int[] res = { -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1, -1 };
IntPtr api = createAPI();
play_Starting(api, board.convertBoardForCpp(), board.SizeBoard, p.NumberPlayer, res);
removeAPI(api);
return(res);
}
/// <summary>
/// Construit un game
/// </summary>
/// <returns><see cref="Diaballik.Game"/></returns>
/// <exception cref="PlayerNumberException">Nombre de joueur invalide</exception>
/// <exception cref="PlayerSameColorException">Veuillez choisir des couleurs distinctes</exception>
public Game build()
{
if (player1 == null || player2 == null)
{
throw new PlayerNumberException("invalid number players");
}
Player p1 = player1.build(1);
Player p2 = player2.build(2);
if (p1.Color.Equals(p2.Color))
{
throw new PlayerSameColorException("Veuillez choisir des couleurs distinctes");
}
Board board = new Board(Properties.DEFAULT_SIZE_BOARD);
configureBoard(board, p1, p2);
GameModelDB gameDB = new GameModelDB
{
nameP1 = p1.Name,
colorP1 = "#" + p1.Color.R.ToString("X2") + p1.Color.G.ToString("X2") + p1.Color.B.ToString("X2"),
numP1 = p1.NumberPlayer,
typeP1 = p1.getType(),
numberTurnP1 = 0,
nbMoveP1 = 0,
nameP2 = p2.Name,
colorP2 = "#" + p2.Color.R.ToString("X2") + p2.Color.G.ToString("X2") + p2.Color.B.ToString("X2"),
numP2 = p2.NumberPlayer,
typeP2 = p2.getType(),
numberTurnP2 = 0,
nbMoveP2 = 0,
initialBoard = board.convertBoardForCpp(),
lastBoard = board.convertBoardForCpp(),
turnInformation = new String[0],
gameStatus = GameModelDB.GameStatus.STARTING
};
int idDB = createGameInDB(gameDB);
board.MementoManager.setId(idDB);
return(new Game(board, p1, p2));
}
/// <summary>
/// Récupère les coordonnées des destinations possibles de la balle sélectionnées
/// </summary>
/// <param name="board">Le plateau</param>
/// <returns>les coordonnées des destinations possibles de la balle sélectionnées</returns>
private int[] getPossibleMove(Board board)
{
int[] boardCpp = board.convertBoardForCpp();
int[] res = new int[16];
IntPtr api = createAPI();
play_selectionBall(api, boardCpp, board.SizeBoard, Tile.Piece.Player.NumberPlayer, res);
removeAPI(api);
return(res);
}
/// <summary>
/// Récupère les coordonnées des destinations possibles de la piece sélectionnées
/// </summary>
/// <param name="board">Le plateau</param>
/// <returns>Les coordonnées des destinations possibles de la pièce</returns>
private int[] getPossibleMove(Board board)
{
int[] boardCpp = board.convertBoardForCpp();
int[] res = new int[8];
IntPtr api = createAPI();
play_selectionPiece(api, boardCpp, board.SizeBoard, board.getLineTile(Tile), board.getColumnTile(Tile), res);
removeAPI(api);
return(res);
}
/// <summary>
/// sauvegarde une partie
/// </summary>
public void saveGame(bool endGame = false)
{
GameModelDB.GameStatus gameStatus = GameModelDB.GameStatus.STARTING;
if (playerWhoPlay != null)
{
gameStatus = (playerWhoPlay.Equals(p1)) ? GameModelDB.GameStatus.TURNPLAYER1 : GameModelDB.GameStatus.TURNPLAYER2;
}
if (endGame)
{
gameStatus = GameModelDB.GameStatus.FINISHED;
}
board.MementoManager.saveData(board.convertBoardForCpp(), p1, p2, gameStatus);
}
