public static void Main(string[] args)
{
var ui = new Ui();
var aGame = new Game(ui, new InfiniteTimer());
aGame.Add(new Player("Chet", ui));
aGame.Add(new Player("Pat", ui));
aGame.Add(new Player("Sue", ui));
var rand = new Random(int.Parse(args[0]));
do
{
aGame.Roll(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
notAWinner = aGame.WrongAnswer();
}
else
{
notAWinner = aGame.WasCorrectlyAnswered();
}
} while (notAWinner);
}
public static void Main(string[] args)
{
var aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
var rand = new Random();
do
{
aGame.Roll(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
_notAWinner = aGame.WrongAnswer();
}
else
{
_notAWinner = aGame.WasCorrectlyAnswered();
}
} while (_notAWinner);
Console.ReadKey();
}
public static void Main(String[] args)
{
for (int i = 0; i < 100; i++)
{
Console.WriteLine("--------------- Partie " + i + "----------------------");
Game aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
Random rand = new Random(i);
do
{
aGame.Roll(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
notAWinner = aGame.WrongAnswer();
}
else
{
notAWinner = aGame.WasCorrectlyAnswered();
}
} while (notAWinner);
}
}
public static void Main(String[] args)
{
List <Questions> q = new List <Questions>()
{
new PopQuestions(),
new ScienceQuestions(),
new SportsQuestions(),
new RockQuestions()
};
Game aGame = new Game(q);
aGame.Add(new Player("Chet"));
aGame.Add(new Player("Pat"));
aGame.Add(new Player("Sue"));
Random rand = new Random();
do
{
aGame.rollEvent(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
notAWinner = aGame.wrongAnswer();
}
else
{
notAWinner = aGame.wasCorrectlyAnswered();
}
} while (notAWinner);
}
public static void Main(String[] args)
{
var aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
var randomizer = (args.Length == 0 ? new Random() : new Random(args[0].GetHashCode()));
do
{
var rolledNumber = randomizer.Next(5) + 1;
aGame.MovePlayerAndAskQuestion(rolledNumber);
var playerAnswerNumber = randomizer.Next(9);
if (playerAnswerNumber == 7)
{
noPlayerIsVictorious = aGame.PlayerAnsweredIncorrectly();
}
else
{
noPlayerIsVictorious = aGame.PlayerAnsweredCorrectly();
}
} while (noPlayerIsVictorious);
Console.ReadLine();
}
private Game createGameWithTwoPlayers()
{
Game g = new Game();
g.Add("x");
g.Add("y");
return(g);
}
public void needsTwoPlayersToPlay()
{
Game g = new Game();
g.Add("x");
Assert.IsFalse(g.IsPlayable());
g.Add("y");
Assert.IsTrue(g.IsPlayable());
}
public static void Main(String[] args)
{
Game aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
aGame.Play();
}
public static void Main(String[] args)
{
var aGame = new Game(Console.Out);
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
var random = new Random();
Run(aGame, random);
Console.ReadLine();
}
public void RefactoringTests()
{
var output = new StringBuilder();
Console.SetOut(new StringWriter(output));
Game aGame = new Game();
Console.WriteLine(aGame.IsPlayable());
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.Roll(1);
aGame.WasCorrectlyAnswered();
aGame.WrongAnswer();
aGame.Roll(2);
aGame.Roll(6);
aGame.WrongAnswer();
aGame.Roll(2);
aGame.Roll(2);
aGame.WrongAnswer();
aGame.WasCorrectlyAnswered();
aGame.Roll(1);
aGame.WasCorrectlyAnswered();
var configuration = BuildConfiguration();
this.Assent(output.ToString(), configuration);
}
public static void Main(String[] args)
{
var aGame = new Game(Console.Out);
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
var random = new Random();
Run(aGame, random);
Console.ReadLine();
}
public static void Main(string[] args)
{
int count = 0;
var aGame = new Game();
aGame.Add("Chet");
aGame.Add("Foo");
aGame.Add("Paul");
aGame.Add("Florian");
aGame.Add("Yoann");
var rand = new Random();
//Check if the game is playable.
if (!aGame.IsPlayable())
{
Console.WriteLine("Il faut minimum 2 joueurs et maximum 6 joueurs pour jouer");
Console.ReadLine();
Environment.Exit(0);
}
do
{
aGame.Roll(rand.Next(5) + 1);
_notAWinner = true;
if (aGame.UseJoker())
{
if (rand.Next(9) > 7)
{
_notAWinner = aGame.WrongAnswer();
}
else
{
_notAWinner = aGame.WasCorrectlyAnswered();
}
}
if (!_notAWinner)
{
Console.WriteLine("Un joueur vient de monter sur le podium.");
count++;
}
} while (count < 3);
aGame.Statistiques();
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Il y a maintenant 3 gagnants");
Console.ResetColor();
Console.ReadLine();
}
public void addThrowsInvalidOperationExceptionWhenMaxNumOfPlayersHasBeenReached()
{
bool didThrow = false;
Game g = new Game();
for (int i = 0; i < Game.MAX_NUM_PLAYERS; i++)
{
g.Add(i.ToString());
}
try {
g.Add("x");
} catch (InvalidOperationException) {
didThrow = true;
}
Assert.That(didThrow, Is.True);
}
public void NonRegressionTest()
{
var output = new StringBuilder();
Console.SetOut(new StringWriter(output));
Game aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
aGame.Roll(2);
aGame.WrongAnswer();
aGame.Roll(3);
aGame.WasCorrectlyAnswered();
aGame.Roll(4);
aGame.WasCorrectlyAnswered();
aGame.Roll(5);
aGame.WasCorrectlyAnswered();
aGame.Roll(4);
aGame.WasCorrectlyAnswered();
aGame.Roll(4);
aGame.WasCorrectlyAnswered();
aGame.Roll(2);
aGame.Roll(1);
aGame.WrongAnswer();
aGame.Roll(5);
aGame.WasCorrectlyAnswered();
aGame.Roll(2);
aGame.Roll(2);
aGame.Roll(5);
aGame.WasCorrectlyAnswered();
aGame.Roll(1);
aGame.WasCorrectlyAnswered();
aGame.Roll(4);
aGame.Roll(2);
aGame.WasCorrectlyAnswered();
aGame.Roll(4);
aGame.Roll(4);
aGame.Roll(5);
aGame.WasCorrectlyAnswered();
Approvals.Verify(output.ToString());
}
public static void ExecuteTriviaGame(MyRandom rand, Game aGame)
{
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
do
{
aGame.Roll(rand.RollDice());
if (rand.Match() == 7)
{
_notAWinner = aGame.WrongAnswer();
}
else
{
_notAWinner = aGame.WasCorrectlyAnswered();
}
} while (_notAWinner);
}
public void PlayGame(Random rand)
{
_game.Add(new Player("Chet"));
_game.Add(new Player("Pat"));
_game.Add(new Player("Sue"));
do
{
_game.Roll(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
_notAWinner = _game.WrongAnswer();
}
else
{
_notAWinner = _game.WasCorrectlyAnswered();
}
} while (_notAWinner);
}
public void DoMain(String[] args)
{
Game aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
do
{
aGame.Roll(Rand.Next(5) + 1);
if (Rand.Next(9) == 7)
{
notAWinner = aGame.WrongAnswer();
}
else
{
notAWinner = aGame.WasCorrectlyAnswered();
}
} while (notAWinner);
}
/// <summary>
/// Runs the game using the given random number generator.
/// This abstraction allows unit tests to initialize a beneficial random number generator
/// </summary>
/// <param name="rand"></param>
public static void RunGame(Random rand)
{
Game aGame = new Game();
var view = new GameView(aGame);
bool notAWinner;
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
do
{
aGame.Roll(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
notAWinner = aGame.WrongAnswer();
}
else
{
notAWinner = aGame.WasCorrectlyAnswered();
}
} while (notAWinner);
}
public static void Main(String[] args)
{
Game aGame = new Game();
aGame.Add("Chet");
aGame.Add("Pat");
aGame.Add("Sue");
Random rand = new Random();
do
{
aGame.Roll(rand.Next(5) + 1);
if (rand.Next(9) == 7)
{
notAWinner = aGame.MarkCurrentAnswerAsIncorrectAndMoveToNextPlayer();
}
else
{
notAWinner = aGame.MarkCurrentAnswerAsCorrectAndMoveToNextPlayer();
}
} while (notAWinner);
}
