public int[] UserInputTile() { _printer.Print("\nInput X coordinate of tile\n\n>>> "); int tileX = Int32.Parse(_printer.Read()); _printer.Print("Input Y coordinate of tile\n\n>>> "); int tileY = Int32.Parse(_printer.Read()); int[] TileCoords = new int[] { tileX, tileY }; if (tileX < Math.Sqrt(board.Length) && tileY < Math.Sqrt(board.Length)) { if (board[tileX, tileY] == 'E') { return(TileCoords); } else { return(null); } } else { return(null); } }
public static bool ChooseStartingPlayer(IGameBoard gameBoard, IInputOutput printer) { printer.Print("\nWhich player starts first O or X\n\n>>> "); var choice = 'E'; bool completed; try { choice = (char)Convert.ChangeType(printer.Read(), typeof(char)); if (char.ToUpper(choice) == 'O' || char.ToUpper(choice) == 'X') { completed = true; ((IGameBoardWinning)gameBoard).PlayerStarts(char.ToUpper(choice)); } else { gameBoard.PrintBoard(); printer.Print("\nPlease choose either O or X", true); completed = false; } } catch { gameBoard.PrintBoard(); printer.Print("\nPlease choose either O or X", true); completed = false; } return(completed); }
public int[] UserInputTile() { string TestCoordsString; char TestCoordX; char TestCoordY; char WhichGo; try { if (!userx.IsMyGo == true) { WhichGo = 'O'; } else { WhichGo = 'X'; } _printer.Print($"\n{WhichGo}'s turn, Enter coordinates of tile\n\n>>> "); TestCoordsString = _printer.Read(); TestCoordX = TestCoordsString.First(); TestCoordY = TestCoordsString.Last(); Convert.ChangeType(Convert.ChangeType(TestCoordX, typeof(string)), typeof(int)); Convert.ChangeType(Convert.ChangeType(TestCoordY, typeof(string)), typeof(int)); int[] TestCoords = { (int)Convert.ChangeType(Convert.ChangeType(TestCoordX, typeof(string)), typeof(int)), (int)Convert.ChangeType(Convert.ChangeType(TestCoordY, typeof(string)), typeof(int)) }; } catch { int[] incorrectcode = { 10, 10 }; return(incorrectcode); } int[] TileCoords = { (int)Convert.ChangeType(Convert.ChangeType(TestCoordX, typeof(string)), typeof(int)), (int)Convert.ChangeType(Convert.ChangeType(TestCoordY, typeof(string)), typeof(int)) }; if (TileCoords[0] < Math.Sqrt(GetBoard().Length) && TileCoords[1] < Math.Sqrt(GetBoard().Length)) { if (GetBoard()[TileCoords[0], TileCoords[1]] == 'E') { return(TileCoords); } else { int[] incorrectcode = { 20, 20 }; return(incorrectcode); } } else { int[] incorrectcode = { 30, 30 }; return(incorrectcode); } }
public string GetTan(FinService aService) { FinTanProcessParameters tanProcess = aService.TanProcess; FinChallengeInfo aChallengeInfo = aService.ChallengeInfo; if ((tanProcess != null) && (aChallengeInfo != null)) { io.Write(tanProcess.ChallengeLabel + ": "); io.Write(aChallengeInfo.Challenge); } io.Write("TAN:"); string sTAN = io.Read(); return(!string.IsNullOrEmpty(sTAN) ? sTAN : null); }
public BoardCoordinate DetermineBest(IIntelligenceContext context) { var answer = _io.Read("Choose a position: "); return(context.Board.ToCoordinate(int.Parse(answer))); }
public void Add() { var todo = IO.Read(); Todos.Add(todo); }