private int SendMessageToPlayer(GameMessageApiModel message, PlayerApiModel player)
{
System.Diagnostics.Debug.WriteLine(message.ToDisplay());
int result = player.SendMessageAsync(message);
return(result);
}
public int SendMessageAsync(GameMessageApiModel message)
{
int result = 1;
//HttpContent payload = message;
//HttpResponseMessage response = await Client.PostAsync(this.Ip, );
return(result);
}
public void runGame()
{
System.Diagnostics.Debug.WriteLine("start game");
Playing = true;
//init the single players command
int playerChoise = -1;
// give dealer 2 cards
dealCards(dealer, 2);
// deal cards to everyone
System.Diagnostics.Debug.WriteLine("dealer's hand");
System.Diagnostics.Debug.WriteLine(dealer.PlayerHand.HandToDisplay());
foreach (PlayerApiModel player in players)
{
dealCards(player, 2);
System.Diagnostics.Debug.WriteLine("hand of " + player.PlayerName);
System.Diagnostics.Debug.WriteLine(player.PlayerHand.HandToDisplay());
}
// players turn
foreach (PlayerApiModel player in players)
{
if (player.PlayerHand.Hand.Count >= 2)
{
player.CurrentlyPlaying = true;
GameMessageApiModel ykok = new GameMessageApiModel(player);
ykok.Message = "Your turn.";
ykok.Status = 200;
playerChoise = SendMessageToPlayer(ykok, player);
while (player.CurrentlyPlaying && !player.QuitGame && ScorePlayerHand(player))
{
GameMessageApiModel status = new GameMessageApiModel(player)
{
Message = "Your turn.",
HandList = getFinalHands(),
Status = 200,
};
playerChoise = SendMessageToPlayer(status, player);
// player play
System.Diagnostics.Debug.WriteLine(player.PlayerName + " playing");
switch (playerChoise)
{
case 0: // hit
dealCards(player, 1);
if (!ScorePlayerHand(player)) // busted
{
player.Busted = true;
player.CurrentlyPlaying = false;
}
break;
case 1: // stand
player.CurrentlyPlaying = false;
break;
default: // timeout or quit
player.CurrentlyPlaying = false;
player.QuitGame = true;
break;
}
if (!ScorePlayerHand(player)) // busted
{
player.Busted = true;
player.CurrentlyPlaying = false;
}
}
} // not enough cards
} // one player's turn
// dealer's turn
while (dealer.PlayerHand.TotalValue < 17)
{
dealCards(dealer, 1);
if (!ScorePlayerHand(dealer)) // busted
{
dealer.Busted = true;
}
}
// send end game results
GameMessageApiModel endgame = new GameMessageApiModel
{
Message = "Game ended",
PlayerList = getPlayers(true),
HandList = getFinalHands(),
Status = 200
};
foreach (PlayerApiModel plr in players)
{
SendMessageToPlayer(endgame, plr);
}
// start to wait a new game
Playing = false;
ResetPlayerHands();
// #lähetä your turn
// message = "The dealer is showing a " + str(self.dealer.getHand()[0]) + " \n\nYou have a " + str(player.getHand()) + " for a total of " + str(self.total(player.getHand()))
// response ={ "id" : 6, "message" : message, "status" : "success", "state" : "yourturn"}
// s = json.dumps(response).encode()
// #send status
// sendMessageAndReceiveResponse(self.sock, player.getIP(), player.getPort(), s)
// while player.isPlaying and not player.getQuit():
// print("The dealer is showing a " + str(self.dealer.getHand()[0]))
// print("\n\nYou have a " + str(player.getHand()) + " for a total of " + str(self.total(player.getHand())))
// if not self.blackjack(self.dealer.getHand(), player.getHand()):
// #create status message
// message = "The dealer is showing a " + str(self.dealer.getHand()[0]) + " \n\nYou have a " + str(player.getHand()) + " for a total of " + str(self.total(player.getHand()))
// response ={ "id" : 5, "message":message}
// s = json.dumps(response).encode()
// #send status
// try:
// responseJson = sendMessageAndReceiveResponse(self.sock, player.getIP(), player.getPort(), s)
// choice = responseJson.get("id")
// except socket.timeout:
// print("player timeout")
// choice = 3
// choice = int(choice)
// self.clear()
// if choice == 1:
// self.hit(player.getHand())
// if self.scoreOneHand(player.getHand()):
// player.setPlaying()
// elif choice == 2:
// player.setPlaying()
// # self.play_again()
// elif choice == 3:
// print("Bye!")
// player.setPlaying()
// player.setQuit()
// print(player)
// print(self.playerList)
// else:
// #player or delare black jack!
// player.setPlaying()
// print("BLACK JACK idk?")
// # player ends their turn
// message = "The dealer is showing a " + str(self.dealer.getHand()[0]) + " \n\nYou have a " + str(player.getHand()) + " for a total of " + str(self.total(player.getHand()))
// response ={ "id" : 6, "message" : message, "status" : "success", "state" : "endOfTurn"}
// s = json.dumps(response).encode()
// #send status
// sendMessageAndReceiveResponse(self.sock, player.getIP(), player.getPort(), s)
// # dealer plays his hand
// while self.total(self.dealer.getHand()) < 17:
// self.hit(self.dealer.getHand())
//#send results to all players
//for player in self.playerList:
// message = self.score(self.dealer.getHand(), player.getHand())
// # message = "The dealer is showing a " + str(self.dealer.getHand()[0]) + " \n\nYou have a " + str(player.getHand()) + " for a total of " + str(self.total(player.getHand()))
// response ={ "id" : 6, "message" : message, "status" : "success", "state" : "endOfGame"}
// s = json.dumps(response).encode()
// #send status
// responseJson = sendMessageAndReceiveResponse(self.sock, player.getIP(), player.getPort(), s)
// player.setPlaying()
// for player in self.playerList:
// if player.getQuit():
// self.playerList.remove(player)
// self.deck = self.createDeck()
//#self.sock.close()
}