public WindowsFormUI()
{
r_GameSettings = new GameSettings();
m_CheckersLogic = null;
m_GameForm = null;
m_DataGameOver = null;
}
public void LaunchGame()
{
r_UIEngine.DisplayMainScreen();
getGameInitializeParameters(out GameMode.eGameMode gameMode, out int boardSize, out string[] playersNames);
r_UIEngine.CreateBoardUI(boardSize);
m_GameLogic = new CheckersLogic(gameMode);
startNewGame(gameMode, boardSize, playersNames);
}
public static string TheMoveToDoForMultiEating(CheckersLogic i_TheGameNow, string i_LastMove)
{
string activeToContinueEat = null;
Locat forChech = new Locat((byte)(i_LastMove[3] - 'A'), (byte)(i_LastMove[4] - 'a'));
Locat yaad = new Locat();
i_TheGameNow.CanToMultiEat(forChech, out yaad);
activeToContinueEat = makeStringOfActive(forChech, yaad);
return(activeToContinueEat);
}
public static string TheBestMoveToDoForPlayer2(CheckersLogic i_TheGameNow)
{
bool foundActiveToDo = false;
string activeTheBestMove = null;
foundActiveToDo = Player2CanToEat(i_TheGameNow, out activeTheBestMove);
if (!foundActiveToDo)
{
foundActiveToDo = Player2CanToMove(i_TheGameNow, out activeTheBestMove);
}
return(activeTheBestMove);
}
private static bool Player2CanToEat(CheckersLogic i_TheGameNow, out string o_ActiveToEat)
{
o_ActiveToEat = null;
bool playerCanToEat = false;
Locat yaad = new Locat();
foreach (var makor in i_TheGameNow.m_VellsOfPlayer2)
{
if (i_TheGameNow.player2CanToEat(makor, out yaad))
{
o_ActiveToEat = makeStringOfActive(makor, yaad);
playerCanToEat = true;
break;
}
}
return(playerCanToEat);
}
private void initializeGameLogic(bool i_NewGame = true)
{
if (i_NewGame)
{
string[] playerNames = { r_GameSettings.Player1, r_GameSettings.Player2 };
GameMode.eGameMode gameMode = getGameMode();
m_CheckersLogic = new CheckersLogic();
m_CheckersLogic.KingSet += gameLogic_KingSet;
m_CheckersLogic.PlayerMoveSet += checkersLogic_PlayerMoveSet;
m_CheckersLogic.TurnChanged += gameLogic_TurnChanged;
m_CheckersLogic.GameOver += checkersLogic_GameOver;
m_CheckersLogic.InitNewGame(gameMode, r_GameSettings.BoardSize, playerNames);
}
else
{
m_CheckersLogic.InitNewGame();
}
}
/// <summary>
/// Show a name inquiry dialog and perform necessary initialization before starting. The starting game type is selected based on "currentGameType".
/// </summary>
private void Window_Loaded(object sender, RoutedEventArgs e) {
boardSizes = new List<int>(2);
boardSizes.Add(8);
boardSizes.Add(16);
_board.Size = boardSizes[0];
StartDialog dialog = new StartDialog();
dialog.ShowDialog();
if (dialog.PlayerNames[0].Trim() != "") {
player1 = dialog.PlayerNames[0];
}
if (dialog.PlayerNames[1].Trim() != "") {
player2 = dialog.PlayerNames[1];
}
game = new BoardGame(_board);
IGameLogic gameLogic;
switch (currentGameType) {
case GameType.breakthrough:
gameLogic = new BreakthroughLogic();
break;
default:
gameLogic = new CheckersLogic();
break;
}
game.Logic = gameLogic;
game.GameOver += new EventHandler(GameOverHandler);
game.TurnOver += new EventHandler(TurnChangedHandler);
SetupGameStyles();
DrawGameStarter();
game.Start();
}
public CheckersGame()
{
r_UIEngine = new ConsoleUI();
m_GameLogic = null;
}
void GameTypeChangedHandler(Object sender, EventArgs e) {
var args = (GameTypeEventArgs)e;
GameType gameType = args.GameType;
currentGameType = gameType;
IGameLogic gameLogic;
switch (gameType) {
case GameType.breakthrough:
gameLogic = new BreakthroughLogic();
break;
default:
gameLogic = new CheckersLogic();
break;
}
game.Logic = gameLogic;
game.Start();
}
