private void event_butconnect(object sender, EventArgs e)
{
cli = new client();
servvv = new serveur();
panelreseau.Controls[6].Click -= event_butconnect;
try{
cli.connect(panelreseau.Controls[3].Text, Int32.Parse(panelreseau.Controls[5].Text));
Console.WriteLine("client co");
}
catch (Exception ex) {
srvth = new Thread(new ThreadStart(srv));
srvth.Start();
cltth = new Thread(new ThreadStart(clt));
cltth.Start();
}
if (cltth != null)
{
while (cltth.ThreadState != ThreadState.Stopped)
{
Application.DoEvents();
}
}
serveur.send("PSD " + panelreseau.Controls[1].Text, cli.sock);
while (cli.begin != true)
{
Application.DoEvents();
}
monop = new Monopoly(cli);
monop.Show();
monop.Closed += new System.EventHandler(eventClosed);
Visible = false;
}
public void correct_banker_should_be_loaded_on_load_game()
{
var gameOfMonopoly = new Monopoly();
// Make him pay a bit of money so we know if it's the same
// banker being loaded
Banker.Access().Pay(1000);
var bankerBeforeSavedBalance = Banker.Access().GetBalance();
// Need to players on the board for saving and loading correctly
Board.Access().AddPlayer(new Player());
Board.Access().AddPlayer(new Player());
gameOfMonopoly.SaveGame();
// Set the banker's balance to something random so we know
// it's then changed when we load the game that has the
// other banker's balance from the previous save
Banker.Access().SetBalance(500);
gameOfMonopoly.LoadGame();
var bankerAfterLoadedBalance = Banker.Access().GetBalance();
// The balance should be what it was when we saved it even though we
// changed it, this is because the banker we're loading is the one
// before we changed the balance
Assert.AreEqual(bankerBeforeSavedBalance, bankerAfterLoadedBalance);
}
public void MonopolyCheckerTest()
{
int[] OriAndVerRent = new int[6] {
6, 30, 90, 270, 400, 550
};
RegularProperty oriental = new RegularProperty("Oriental Avenue", 100, 6, 50, OriAndVerRent, RegularProperty.ColorGroup.LightBlue);
RegularProperty vermont = new RegularProperty("Vermont Avenue", 100, 8, 50, OriAndVerRent, RegularProperty.ColorGroup.LightBlue);
int[] ConnectRent = new int[6] {
8, 40, 100, 300, 450, 600
};
RegularProperty connecticut = new RegularProperty("Connecticut Avenue", 120, 9, 50, ConnectRent, RegularProperty.ColorGroup.LightBlue);
int[] PPRent = new int[6] {
35, 175, 500, 1100, 1300, 1500
};
RegularProperty parkPlace = new RegularProperty("Park Place", 350, 37, 200, PPRent, RegularProperty.ColorGroup.DarkBlue);
int[] BWRent = new int[6] {
50, 200, 600, 1400, 1700, 2000
};
RegularProperty boardWalk = new RegularProperty("Boardwalk", 400, 39, 200, BWRent, RegularProperty.ColorGroup.DarkBlue);
IProperty[] owned = new IProperty[] { oriental, vermont, parkPlace, boardWalk };
Player testPlayer = new Player("Chris", Player.Token.RaceCar, 1500, owned);
Assert.IsTrue(Monopoly.MonopolyChecker(testPlayer, boardWalk));
Assert.IsFalse(Monopoly.MonopolyChecker(testPlayer, vermont));
testPlayer.OwnedProperties.Append(connecticut);
Assert.IsTrue(Monopoly.MonopolyChecker(testPlayer, connecticut));
}
public void TestSetPosition()
{
Monopoly game = Monopoly.GetInstance();
game[0].GoToCase(39);
Assert.AreEqual(game[0].CurrentPosition.value, 39);
}
public void correct_banker_should_be_loaded_on_load_game()
{
var gameOfMonopoly = new Monopoly();
// Make him pay a bit of money so we know if it's the same
// banker being loaded
Banker.Access().Pay(1000);
var bankerBeforeSavedBalance = Banker.Access().GetBalance();
// Need to players on the board for saving and loading correctly
Board.Access().AddPlayer(new Player());
Board.Access().AddPlayer(new Player());
gameOfMonopoly.SaveGame();
// Set the banker's balance to something random so we know
// it's then changed when we load the game that has the
// other banker's balance from the previous save
Banker.Access().SetBalance(500);
gameOfMonopoly.LoadGame();
var bankerAfterLoadedBalance = Banker.Access().GetBalance();
// The balance should be what it was when we saved it even though we
// changed it, this is because the banker we're loading is the one
// before we changed the balance
Assert.AreEqual(bankerBeforeSavedBalance, bankerAfterLoadedBalance);
}
public static void Main(string[] args)
{
//Declare Monopoly instance
string CurrentFP;
Monopoly CurrGame = new Monopoly();
CurrGame.NewPlayer("Dog", "Andrew")
CurrGame.NewPlayer("Ship", "Fei")
//Test
Boardspace temp;
temp = CurrGame.CurrBoard.GoSpace;
Console.WriteLine("BEGIN TEST");
do
{
Console.WriteLine(temp.SpaceName);
Console.WriteLine(temp.SpaceType);
Console.WriteLine(temp.GetType());
temp = temp.Next;
if (temp is TitleProperty)
{
Console.WriteLine(temp is TitleProperty);
TitleProperty tempTitle = (TitleProperty)temp;
Console.WriteLine(tempTitle.Rent);
}
}while (temp.SpaceName != CurrGame.CurrBoard.GoSpace.SpaceName);
}
public void setting_up_players_fails_with_less_than_2_players()
{
Board.Access().ResetBoard();
_gameOfMonopoly = new Monopoly();
_gameOfMonopoly.SetUpProperties();
_gameOfMonopoly.SetUpPlayers(1);
}
private static void FreshBoard()
{
Board.Access().ResetBoard();
// Need to add all properties to board
var monopoly = new Monopoly();
monopoly.SetUpProperties();
}
public void Setup_GameWith2Players_ShouldWork()
{
game = new Monopoly(null, null, null);
game.AddPlayer(horse);
game.AddPlayer(car);
Assert.Contains(horse, game.Players);
Assert.Contains(car, game.Players);
}
public void setting_up_players_with_valid_players()
{
Board.Access().ResetBoard();
_gameOfMonopoly = new Monopoly();
_gameOfMonopoly.SetUpProperties();
_gameOfMonopoly.SetUpPlayers(2, "Josh");
Assert.AreEqual(2, Board.Access().GetPlayerCount());
}
public void TestTemplate()
{
Game game = new Chess();
game.PlayOneGame(2);
game = new Monopoly();
game.PlayOneGame(4);
}
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 Setup_GameWithWrongNumberOfPlayers_ShouldThrowException(int numPlayers)
{
game = new Monopoly(null, null, null);
for (int i = 0; i < numPlayers; i++)
{
game.AddPlayer(new Player(i.ToString()));
}
Assert.Throws <InvalidOperationException>(() => game.Start());
}
public void Rounds_GameWith2Players_ShouldPlayFor200Rounds()
{
game = new Monopoly(null, null, null);
game.AddPlayer(horse);
game.AddPlayer(car);
game.Start();
Assert.Equal(200, game.Rounds);
Assert.Equal(200, horse.Rounds);
Assert.Equal(200, car.Rounds);
}
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);
}
private void writeText()
{
Font font20 = new Font("Fonts/riffic-bold.ttf", 20);
Font font40 = new Font("Fonts/comic.ttf", 40);
string line1;
if (Monopoly.GetLenguage())
{
line1 = "Change lenguage:";
}
else
{
line1 = "Cambiar idioma:";
}
Hardware.WriteHiddenText(line1, 350, 150,
0xFF, 0x00, 0x00, font40);
short y = 300;
short count = 1;
foreach (KeyValuePair <string, string> leng in lenguages)
{
string line;
if (Monopoly.GetLenguage())
{
line = leng.Key;
}
else
{
line = leng.Value;
}
Hardware.WriteHiddenText(count + ".- " + line, 400, y,
0x00, 0x00, 0x00, font20);
y += 50;
count++;
}
string line2;
if (Monopoly.GetLenguage())
{
line2 = "Press Space To Select!";
}
else
{
line2 = "¡Presiona Espacio Para Salir!";
}
Hardware.WriteHiddenText(line2, 350, 500,
0xFF, 0x00, 0x00, font20);
}
public void SetUp()
{
Board.Access().ResetBoard();
_gameOfMonopoly = new Monopoly();
_gameOfMonopoly.SetUpProperties();
_gameOfMonopoly.SetUpCards();
_player1 = new Player("Josh");
_player2 = new Player("Hubert");
Board.Access().AddPlayer(_player1);
Board.Access().AddPlayer(_player2);
}
public void SetUp()
{
Board.Access().ResetBoard();
_gameOfMonopoly = new Monopoly();
_gameOfMonopoly.SetUpProperties();
_gameOfMonopoly.SetUpCards();
_player1 = new Player("Josh");
_player2 = new Player("Hubert");
Board.Access().AddPlayer(_player1);
Board.Access().AddPlayer(_player2);
}
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 Monopoly(client cli)
{
Text = "MONOPOLY";
Icon = new Icon("img/monop.ico");
Size = new Size(Screen.PrimaryScreen.Bounds.Width, Screen.PrimaryScreen.Bounds.Height);
MinimumSize = new Size(350, 400);
StartPosition = FormStartPosition.CenterScreen;
WindowState = FormWindowState.Maximized;
FormBorderStyle = FormBorderStyle.Fixed3D;
Font = new Font("Feeling Babylon", 10);
BackColor = Color.Beige;
clic = cli;
continuer = true;
blk = new BlockingCollection <string>();
clic.blk = blk;
formchoix = new Form();
// INIT PLAT
plat = new Plateau(nbjoueur);
plat.setPlat();
Controls.Add(plat);
// INIT PLAYERS
nomjoueurs = new string[6];
getinf(cli.inf);
plat.createPlayers(nbjoueur, nomjoueurs);
plat.setPlayers();
// INIT PLAYERS ICONES
panelplayerliste = new Dictionary <int, Panel>();
createPanelPlayers(nbjoueur);
// HISTORIQUE
receivebox = createReceiveBox();
Controls.Add(receivebox);
musique.SoundLocation = "snd/ost.wav";
musique.PlayLooping();
plth = new Thread(new ThreadStart(PltThread));
plth.Start();
if (plat.Nbtour == 0 && plat.Tour == 0 && clic.nbordre == plat.Tour)
{
Monopoly.print(Monopoly.receivebox, "plateau", "c'est au tour du joueur " + plat.playerliste[plat.Tour].Name);
}
}
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 override void Run()
{
do
{
hardware.ClearScreen();
hardware.DrawImage(background);
writeText();
hardware.ShowHiddenScreen();
if (hardware.KeyPressed(Sdl.SDLK_1))
{
Monopoly.SetLenguage(true);
}
else if (hardware.KeyPressed(Sdl.SDLK_2))
{
Monopoly.SetLenguage(false);
}
}while (!hardware.KeyPressed(Sdl.SDLK_SPACE));
}
public void Birthday_WithTwoOtherPlayers_ShouldCollect20Dollars()
{
Monopoly game = new Monopoly(null, null, null);
Board board = new CardBoard();
Birthday birthday = new Birthday();
Player horse = new Player("Horse");
Player car = new Player("Car");
Player shoe = new Player("Shoe");
game.AddPlayer(horse);
game.AddPlayer(car);
game.AddPlayer(shoe);
board.AddPlayerToBoard(car, 0);
board.AddPlayerToBoard(horse, 0);
board.AddPlayerToBoard(shoe, 0);
birthday.Execute(horse);
Assert.Equal(20, horse.Bank);
Assert.Equal(-10, car.Bank);
Assert.Equal(-10, shoe.Bank);
}
public void Setup_GameWith2Players_ShouldRandomizeOrder()
{
bool horseFirst = false;
bool carFirst = false;
for (int i = 0; i < 100; i++)
{
game = new Monopoly(null, null, null);
game.AddPlayer(horse);
game.AddPlayer(car);
game.Start();
if (game.Players[0].Name == "Horse")
{
horseFirst = true;
}
if (game.Players[0].Name == "Car")
{
carFirst = true;
}
}
Assert.True(horseFirst && carFirst);
}
//Text
private void writeText()
{
Font font18 = new Font("Fonts/comic.ttf", 18);
short y = 200;
short count = 1;
foreach (KeyValuePair <string, string> leng in lenguages)
{
string line;
if (Monopoly.GetLenguage())
{
line = leng.Key;
}
else
{
line = leng.Value;
}
Hardware.WriteHiddenText(count + ".- " + line, 440, y,
0x00, 0x00, 0x00, font18);
y += 50;
count++;
}
}
static void Main(string[] args)
{
Game game = new Monopoly();
game.initializeGame();
}
public static void Main(string[] args)
{
Monopoly monopoly = new Monopoly(1, 3);
monopoly.SetUp().Start();
}
public void setting_up_players_with_valid_players()
{
Board.Access().ResetBoard();
_gameOfMonopoly = new Monopoly();
_gameOfMonopoly.SetUpProperties();
_gameOfMonopoly.SetUpPlayers(2,"Josh");
Assert.AreEqual(2, Board.Access().GetPlayerCount());
}
public void setting_up_players_fails_with_less_than_2_players()
{
Board.Access().ResetBoard();
_gameOfMonopoly = new Monopoly();
_gameOfMonopoly.SetUpProperties();
_gameOfMonopoly.SetUpPlayers(1);
}
public void SetUp()
{
_gameOfMonoploy = new Monopoly();
_gameOfMonoploy.SetUpProperties();
_player = new Player("Josh");
}
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
}
public void SetUp()
{
var monopoly = new Monopoly();
monopoly.SetUpProperties();
}
public void SetUp()
{
_gameOfMonoploy = new Monopoly();
_gameOfMonoploy.SetUpProperties();
_player = new Player("Josh");
}
//Sarsa algorithm
private double Sarsa(Observation lastState, Monopoly.RLClasses.Action lastAction, Observation newState, Monopoly.RLClasses.Action newAction, double reward)
{
double QValue = network.Run(createInput(lastState, lastAction.action)).First();
//run network for last state and last action
double previousQ = QValue;
//run network for new state and best action
double newQ = network.Run(createInput(newState, newAction.action)).First();
QValue += alpha * (reward + gamma * newQ - previousQ);
return QValue;
}
//Update traces -- qlearning---Peng's Q(λ)
private bool updateQTraces(Observation obs, Monopoly.RLClasses.Action a, double reward)
{
bool found = false;
//Since the state space is huge we'll use a similarity function to decide whether two states are similar enough
for (int i = 0; i < traces.Count; i++)
{
if (checkStateSimilarity(obs,traces[i].observation) && (!a.action.Equals(traces[i].action.action)))
{
traces[i].value = 0;
traces.RemoveAt(i);
i--;
}
else if (checkStateSimilarity(obs, traces[i].observation) && (a.action.Equals(traces[i].action.action)))
{
found = true;
traces[i].value = 1 ;
//Q[t] (s,a)
double qT = network.Run(createInput(traces[i].observation, traces[i].action.action))[0];
//maxQ[t] (s[t+1],a)
int act = findMaxValues(calculateQValues(obs));
double maxQt = network.Run(createInput(obs, act))[0];
//maxQ[t] (s[t],a)
act = findMaxValues(calculateQValues(lastState));
double maxQ = network.Run(createInput(lastState, act))[0];
//Q[t+1] (s,a) = Q[t] (s,a) + alpha * ( trace[i].value ) * ( reward + gamma * maxQ[t] (s[t+1],a) * maxQ[t] (s[t],a))
double qVal = qT + alpha * (traces[i].value) * (reward + gamma * maxQt - maxQ);
trainNeural(createInput(traces[i].observation, traces[i].action.action), qVal);
}
else
{
traces[i].value = gamma * lamda * traces[i].value;
//Q[t] (s,a)
double qT = network.Run(createInput(traces[i].observation, traces[i].action.action))[0];
//maxQ[t] (s[t+1],a)
int act = findMaxValues(calculateQValues(obs));
double maxQt = network.Run(createInput(obs, act))[0];
//maxQ[t] (s[t],a)
act = findMaxValues(calculateQValues(lastState));
double maxQ = network.Run(createInput(lastState, act))[0];
//Q[t+1] (s,a) = Q[t] (s,a) + alpha * ( trace[i].value ) * ( reward + gamma * maxQ[t] (s[t+1],a) * maxQ[t] (s[t],a))
double qVal = qT + alpha * (traces[i].value) * (reward + gamma * maxQt - maxQ);
trainNeural(createInput(traces[i].observation, traces[i].action.action), qVal);
}
}
return found;
}
//Update traces -- sarsa
private bool updateSTraces(Observation obs, Monopoly.RLClasses.Action a)
{
return false;
}
private static void FreshBoard()
{
Board.Access().ResetBoard();
// Need to add all properties to board
var monopoly = new Monopoly();
monopoly.SetUpProperties();
}
public void Events()
{
// Check logs correct output to console
Monopoly.playerBankruptHandler(_player1, EventArgs.Empty);
Monopoly.playerPassGoHandler(_player1, EventArgs.Empty);
}
static void Main(string[] args)
{
Game game = new Monopoly();
game.InitialiseGame();
}
public static void Test()
{
GameObject game = new Monopoly();
game.PlayOneGame(2);
}