static void Main(string[] args)
{
var ticTacToeBoard = new string[3, 3];
IPlayer player1;
IPlayer player2;
var gameEngine = new GameEngine();
var gameVisualizer = new GameVisualizer();
var gameManager = new GameManager(gameVisualizer, gameEngine);
gameVisualizer.printInstructions();
// Loops until the player has chosen an option
while (true)
{
Console.WriteLine("Choose playing mode - 2PLAYER or AI?");
var mode = Console.ReadLine().ToUpper();
if (mode.Equals("2PLAYER"))
{
player1 = new RealPlayer();
player2 = new RealPlayer();
break;
}
else if (mode.Equals("AI"))
{
player1 = new RealPlayer();
player2 = new AIPlayer();
break;
}
Console.WriteLine();
Console.WriteLine("That is not a valid option");
}
gameManager.PlayGame(ticTacToeBoard, player1, player2);
}
static void Main(string[] args)
{
string[,] TicTacToeBoard = new string[3, 3];
GameEngine gameEngine = new GameEngine();
GameVisualizer gameVisualizer = new GameVisualizer();
GameManager gameManager = new GameManager(gameVisualizer, gameEngine);
gameManager.StartGame(TicTacToeBoard);
}
static void Main(string[] args)
{
string[,] TicTacToeBoard = new string[3, 3];
// Use an interface to encourage polymorphism - ability of an object to take on many forms
IPlayer player1;
IPlayer player2;
VictoryValidator gameEngine = new VictoryValidator();
GameVisualizer gameVisualizer = new GameVisualizer();
// Inject dependencies
GameManager gameManager = new GameManager(gameVisualizer, gameEngine);
//GameWindow gameWindow = new GameWindow();
//gameWindow.ShowDialog();
while (true)
{
Console.WriteLine("Choose playing mode - 2 Players or Computer(AI)?");
var mode = Console.ReadLine().ToUpper();
// Polymorphism - Two objects are of the same type, but they can be interchangable and defined by the user
if (mode.Equals("2 PLAYERS"))
{
player1 = new RealPlayer();
player2 = new RealPlayer();
break;
}
else if (mode.Equals("AI"))
{
player1 = new RealPlayer();
player2 = new AIPlayer();
break;
}
}
//Play game just plays game, not about who the players are, so its better to pass in the players to play the game.
gameManager.PlayGame(TicTacToeBoard, player1, player2);
}
[STAThread] //STA-Single Threaded Apartment, refers to the threading model used by the current main thread.
static void Main(string[] args)
{
string[,] TicTacToeBoard = new string[3, 3];
// Use an interface to encourage polymorphism - ability of an object to take on many forms
IPlayer player1;
IPlayer player2;
VictoryValidator gameEngine = new VictoryValidator();
GameVisualizer gameVisualizer = new GameVisualizer();
// Inject dependencies
GameManager gameManager = new GameManager(gameVisualizer, gameEngine);
//GameWindow gameWindow = new GameWindow();
//gameWindow.ShowDialog();
while (true)
{
Console.WriteLine("Choose playing mode - 2 Players or Computer(AI)?");
var mode = Console.ReadLine().ToUpper();
// Polymorphism - Two objects are of the same type, but they can be interchangable and defined by the user
if (mode.Equals("2 PLAYERS"))
{
player1 = new RealPlayer();
player2 = new RealPlayer();
break;
}
else if (mode.Equals("AI"))
{
player1 = new RealPlayer();
player2 = new AIPlayer();
break;
}
}
//Play game just plays game, not about who the players are, so its better to pass in the players to play the game.
gameManager.PlayGame(TicTacToeBoard, player1, player2);
}
// Inject our classes as "dependencies" in our constructors
// Pass in class names in actual parameters (dependency injection)
public GameManager(GameVisualizer argGameVisualizer, VictoryValidator argVictoryValidator)
{
_gameVisualizer = argGameVisualizer;
_victoryValidator = argVictoryValidator;
}
// Inject our classes as "dependencies" in our constructors
// Pass in class names in actual parameters (dependency injection)
public GameManager(GameVisualizer argGameVisualizer, VictoryValidator argVictoryValidator)
{
_gameVisualizer = argGameVisualizer;
_victoryValidator = argVictoryValidator;
}
public GameManager(GameVisualizer gameVisualizer, GameEngine gameEngine)
{
_gameVisualizer = gameVisualizer;
_gameEngine = gameEngine;
}
