public void TestSetPosition()
{
Monopoly game = Monopoly.GetInstance();
game[0].GoToCase(39);
Assert.AreEqual(game[0].CurrentPosition.value, 39);
}
public void TestAddingPlayers()
{
Monopoly game = Monopoly.GetInstance();
//Adding players
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
Assert.AreEqual(game[0], new Player("Jean", null));
}
public void TestGoToJailwDouble()
{
Monopoly game = Monopoly.GetInstance();
game.Restart(); //In case an instance already exists
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
game[0].Play(4, 4); //Simulates making two 4s three times in a row
Assert.AreEqual(game[0].InPrison, true);
}
public void TestCircularity()
{
Monopoly game = Monopoly.GetInstance();
game.Restart(); //In case an instance already exists
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
game[0].GoToCase(39);
Assert.AreEqual(game[0].CurrentPosition.next.value, 0);
}
public void OutOfJail1wDouble()
{
Monopoly game = Monopoly.GetInstance();
game.Restart(); //In case an instance already exists
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
game[0].Play(4, 4);
game[0].Play(4, 4);
Assert.AreEqual(game[0].InPrison, false);
Assert.AreEqual(game[0].CurrentPosition.value, 18);
}
public void TestGoToJailOn30()
{
Monopoly game = Monopoly.GetInstance();
game.Restart(); //Because with the sigleton pattern it keeps the ulterior state
//Adding players
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
game[0].Play(4, 6);
game[0].Play(4, 6);
game[0].Play(4, 6);
Assert.AreEqual(game[0].InPrison, true);
}
public void OutOfJail1w3Rounds()
{
Monopoly game = Monopoly.GetInstance();
game.Restart(); //In case an instance already exists
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
game[0].Play(4, 4); //Go to Jail (it simulate 3 doubles in a row)
game[0].Play(2, 6);
game[0].Play(3, 6);
game[0].Play(4, 6);
Assert.AreEqual(game[0].InPrison, false);
Assert.AreEqual(game[0].CurrentPosition.value, 20);
}
public static void Problem3()
{
Console.WriteLine("Creation of the Game:");
Monopoly game = Monopoly.GetInstance();
#region Add players
//Adding players
game.AddPlayer("Jean");
game.AddPlayer("Paul");
game.AddPlayer("Jacques");
game.AddPlayer("Christine");
game.AddPlayer("UselessPlayer");
Console.WriteLine(game);
#endregion
#region Try deleting a player
game.DeletePlayer("UselessPlayer");
Console.WriteLine("UselessPlayer Deleted:");
Console.WriteLine(game);
#endregion
#region Simulating some round
Console.WriteLine("\nHow many rounds do you want to simulate ? ");
string n;
int value;
do
{
n = Console.ReadLine();
} while (!int.TryParse(n, out value));
for (int i = 0; i < value; i++)
{
game.PlayRound();
}
#endregion
#region Others different check
//Try adding a player during the game
game.AddPlayer("Cassandre");
//! You can't add players when the game has already started
//Check if the iterator pattern works properly
Console.WriteLine(game);
//Check if the singleton pattern works properly
Console.WriteLine("\nLet's check that the singleton pattern works properly");
Monopoly game2 = Monopoly.GetInstance();
Console.WriteLine(game2);
// !! This is exactly the same game, the iterator pattern is working properly.
//Let's see the historic of moves of Jacques:
Console.WriteLine("\nLet's see the historic of Jacques");
game.ShowHistoric("Jacques");
//Let's see if we can delete the last move of Jacques
Console.WriteLine("\nLet's try to delete the last move of Jacques");
game.Restore("Jacques");
game.ShowHistoric("Jacques");
#endregion
}
