| public NewPlayer ( byte id, string nick, ulong pkey, bool tableSide, bool spectator ) : void | ||
| id | byte | |
| nick | string | |
| pkey | ulong | |
| tableSide | bool | |
| spectator | bool | |
| return | void | |
public void Hello(string nick, ulong pkey, string client, Version clientVer, Version octgnVer, Guid lGameId,
Version gameVer, string password, bool spectator)
{
if (!ValidateHello(nick, pkey, client, clientVer, octgnVer, lGameId, gameVer, password, spectator))
{
return;
}
// Check if we accept new players
if (!_acceptPlayers)
{
ErrorAndCloseConnection("This game is already started and is no longer accepting new players.");
return;
}
// Create the new endpoint
IClientCalls senderRpc = new BinarySenderStub(_sender, this);
string software = client + " (" + clientVer + ')';
var pi = State.Instance.GetClient(_sender);
pi.Setup(_playerId++, nick, pkey, senderRpc, software, spectator);
// Check if one can switch to Binary mode
if (client == ServerName)
{
pi.Rpc.Binary();
pi.Rpc = senderRpc = new BinarySenderStub(_sender, this);
pi.Binary = true;
}
pi.SaidHello = true;
senderRpc.Welcome(pi.Id, State.Instance.Engine.Game.Id, _gameStarted || spectator);
// Notify everybody of the newcomer
_broadcaster.NewPlayer(pi.Id, nick, pkey);
// Add everybody to the newcomer
foreach (PlayerInfo player in State.Instance.Players.Where(x => x.Id != pi.Id))
{
senderRpc.NewPlayer(player.Id, player.Nick, player.Pkey);
}
// Notify the newcomer of some shared settings
senderRpc.Settings(_gameSettings.UseTwoSidedTable);
foreach (PlayerInfo player in State.Instance.Players)
{
senderRpc.PlayerSettings(player.Id, player.InvertedTable);
}
// Add it to our lists
_broadcaster.RefreshTypes();
if (_gameStarted || spectator)
{
senderRpc.Start();
}
}
public void Hello(string nick, ulong pkey, string client, Version clientVer, Version octgnVer, Guid lGameId,
Version gameVer, string password, bool spectator)
{
if (!ValidateHello(nick, pkey, client, clientVer, octgnVer, lGameId, gameVer, password, spectator))
{
return;
}
if (spectator && State.Instance.Engine.Game.Spectators == false)
{
ErrorAndCloseConnection(L.D.ServerMessage__SpectatorsNotAllowed);
return;
}
// Check if we accept new players
if (!_acceptPlayers && spectator == false)
{
ErrorAndCloseConnection(L.D.ServerMessage__GameStartedNotAcceptingNewPlayers);
return;
}
State.Instance.HasSomeoneJoined = true;
// Create the new endpoint
IClientCalls senderRpc = new BinarySenderStub(_sender, this);
string software = client + " (" + clientVer + ')';
var pi = State.Instance.GetClient(_sender);
pi.Setup(_playerId++, nick, pkey, senderRpc, software, spectator);
// Check if one can switch to Binary mode
if (client == ServerName)
{
pi.Rpc.Binary();
pi.Rpc = senderRpc = new BinarySenderStub(_sender, this);
pi.Binary = true;
}
// decide players side of table; before saying hello so new player not included
short aPlayers = (short)State.Instance.Players.Count(x => !x.InvertedTable);
short bPlayers = (short)State.Instance.Players.Count(x => x.InvertedTable);
if (aPlayers > bPlayers)
{
pi.InvertedTable = true;
}
if (spectator)
{
pi.InvertedTable = false;
}
pi.SaidHello = true;
// Welcome newcomer and asign them their side
senderRpc.Welcome(pi.Id, State.Instance.Engine.Game.Id, _gameStarted);
senderRpc.PlayerSettings(pi.Id, pi.InvertedTable, pi.IsSpectator);
// Notify everybody of the newcomer
_broadcaster.NewPlayer(pi.Id, nick, pkey, pi.InvertedTable, spectator);
// Add everybody to the newcomer
foreach (PlayerInfo player in State.Instance.Players.Where(x => x.Id != pi.Id))
{
senderRpc.NewPlayer(player.Id, player.Nick, player.Pkey, player.InvertedTable, player.IsSpectator);
}
// Notify the newcomer of table sides
senderRpc.Settings(_gameSettings.UseTwoSidedTable, _gameSettings.AllowSpectators, _gameSettings.MuteSpectators);
// Add it to our lists
_broadcaster.RefreshTypes();
if (_gameStarted)
{
senderRpc.Start();
}
else
{
if (State.Instance.Engine.IsLocal != false)
{
return;
}
var mess = new GameMessage();
// don't send if we join our own room...that'd be annoying
if (nick.Equals(State.Instance.Engine.Game.HostUserName, StringComparison.InvariantCultureIgnoreCase))
{
return;
}
mess.Message = string.Format("{0} has joined your game", nick);
mess.Sent = DateTime.Now;
mess.SessionId = State.Instance.Engine.Game.Id;
mess.Type = GameMessageType.Event;
new Octgn.Site.Api.ApiClient().GameMessage(State.Instance.Engine.ApiKey, mess);
}
}
public void Hello(string nick, ulong pkey, string client, Version clientVer, Version octgnVer, Guid lGameId,
Version gameVer, string password)
{
// One should say Hello only once
if (_clients.ContainsKey(_sender))
{
_clients[_sender].Rpc.Error("[Hello]You may say hello only once.");
return;
}
// Verify password
if (!string.IsNullOrWhiteSpace(_password))
{
if (!password.Equals(_password))
{
var rpc = new BinarySenderStub(_sender, this);
rpc.Error("The password you entered was incorrect.");
try
{
_sender.Client.Close();
_sender.Close();
}
catch (Exception e)
{
Debug.WriteLine(e);
if (Debugger.IsAttached)
{
Debugger.Break();
}
}
return;
}
}
// Check if the versions are compatible
#if (!DEBUG)
if (clientVer.CompareTo(ServerVersion) < 0)
//if ((clientVer.Major != ServerVersion.Major || clientVer.Minor != ServerVersion.Minor))
{
var rpc = new BinarySenderStub(_sender, this);
rpc.Error(string.Format("Your version of OCTGN isn't compatible with this game server. This server is accepting {0} or greater clients only. Your current version is {1}. You should update.",
ServerVersion, clientVer));
try
{
_sender.Client.Close();
_sender.Close();
}
catch (Exception e)
{
Debug.WriteLine(e);
if (Debugger.IsAttached)
{
Debugger.Break();
}
}
return;
}
#endif
// Check if we accept new players
if (!_acceptPlayers)
{
var rpc = new BinarySenderStub(_sender, this);
rpc.Error("No more players are accepted in this game.");
try
{
_sender.Client.Close();
_sender.Close();
}
catch (Exception e)
{
Debug.WriteLine(e);
if (Debugger.IsAttached)
{
Debugger.Break();
}
}
return;
}
// Check if the client wants to play the correct game
if (lGameId != _gameId)
{
var rpc = new BinarySenderStub(_sender, this);
rpc.Error(string.Format("Invalid game. This server is hosting another game (game id: {0}).", _gameId));
try
{
_sender.Client.Close();
_sender.Close();
}
catch (Exception e)
{
Debug.WriteLine(e);
if (Debugger.IsAttached)
{
Debugger.Break();
}
}
return;
}
// Check if the client's major game version matches ours
if (gameVer.Major != _gameVersion.Major)
{
var rpc = new BinarySenderStub(_sender, this);
rpc.Error(string.Format("Incompatible game version. This server is hosting game version {0}.", _gameVersion));
try
{
_sender.Client.Close();
_sender.Close();
}
catch (Exception e)
{
Debug.WriteLine(e);
if (Debugger.IsAttached)
{
Debugger.Break();
}
}
return;
}
// Create the new endpoint
IClientCalls senderRpc = new BinarySenderStub(_sender, this);
string software = client + " (" + clientVer + ')';
var pi = new PlayerInfo(_playerId++, nick, pkey, senderRpc, software);
// Check if one can switch to Binary mode
if (client == ServerName)
{
pi.Rpc.Binary();
pi.Rpc = senderRpc = new BinarySenderStub(_sender, this);
pi.Binary = true;
}
// Notify everybody of the newcomer
_broadcaster.NewPlayer(pi.Id, nick, pkey);
// Add everybody to the newcomer
foreach (PlayerInfo player in _clients.Values)
{
senderRpc.NewPlayer(player.Id, player.Nick, player.Pkey);
}
senderRpc.Welcome(pi.Id);
// Notify the newcomer of some shared settings
senderRpc.Settings(_gameSettings.UseTwoSidedTable);
foreach (PlayerInfo player in _players.Values.Where(p => p.InvertedTable))
{
senderRpc.PlayerSettings(player.Id, true);
}
// Add it to our lists
_clients.Add(_sender, pi);
_players.Add(pi.Id, pi);
_broadcaster.RefreshTypes();
}
public void Hello(string nick, ulong pkey, string client, Version clientVer, Version octgnVer, Guid lGameId,
Version gameVer, string password, bool spectator)
{
if (!ValidateHello(nick, pkey, client, clientVer, octgnVer, lGameId, gameVer, password, spectator))
{
return;
}
if (spectator && State.Instance.Engine.Game.Spectators == false)
{
ErrorAndCloseConnection("This game doesn't allow for spectators.");
return;
}
// Check if we accept new players
if (!_acceptPlayers && spectator == false)
{
ErrorAndCloseConnection("This game is already started and is no longer accepting new players.");
return;
}
State.Instance.HasSomeoneJoined = true;
// Create the new endpoint
IClientCalls senderRpc = new BinarySenderStub(_sender, this);
string software = client + " (" + clientVer + ')';
var pi = State.Instance.GetClient(_sender);
pi.Setup(_playerId++, nick, pkey, senderRpc, software, spectator);
// Check if one can switch to Binary mode
if (client == ServerName)
{
pi.Rpc.Binary();
pi.Rpc = senderRpc = new BinarySenderStub(_sender, this);
pi.Binary = true;
}
// decide players side of table; before saying hello so new player not included
short aPlayers = (short)State.Instance.Players.Count(x => !x.InvertedTable);
short bPlayers = (short)State.Instance.Players.Count(x => x.InvertedTable);
if (aPlayers > bPlayers)
{
pi.InvertedTable = true;
}
pi.SaidHello = true;
// Welcome newcomer and asign them their side
senderRpc.Welcome(pi.Id, State.Instance.Engine.Game.Id, _gameStarted);
senderRpc.PlayerSettings(pi.Id, pi.InvertedTable, pi.IsSpectator);
// Notify everybody of the newcomer
_broadcaster.NewPlayer(pi.Id, nick, pkey, pi.InvertedTable, spectator);
// Add everybody to the newcomer
foreach (PlayerInfo player in State.Instance.Players.Where(x => x.Id != pi.Id))
{
senderRpc.NewPlayer(player.Id, player.Nick, player.Pkey, player.InvertedTable, player.IsSpectator);
}
// Notify the newcomer of table sides
senderRpc.Settings(_gameSettings.UseTwoSidedTable, _gameSettings.AllowSpectators, _gameSettings.MuteSpectators);
// Add it to our lists
_broadcaster.RefreshTypes();
if (_gameStarted)
{
senderRpc.Start();
}
}