private void HandleAuthenticationTicketMessage(ConnectionMITM client, AuthenticationTicketMessage message)
{
if (!m_tickets.ContainsKey(message.ticket))
{
throw new Exception(string.Format("Ticket {0} not registered", message.ticket));
}
var tuple = m_tickets[message.ticket];
m_tickets.Remove(message.ticket);
client.Bot = tuple.Item1;
client.Bot.ChangeConnection(client);
client.Bot.ConnectionType = ClientConnectionType.GameConnection;
client.Bot.CancelAllMessages(); // avoid to handle message from the auth client.
client.Bot.Start();
((NetworkMessageDispatcher)client.Bot.Dispatcher).Client = client;
((NetworkMessageDispatcher)client.Bot.Dispatcher).Server = client.Server;
try
{
client.BindToServer(tuple.Item2.address, tuple.Item2.port);
}
catch (Exception)
{
logger.Error("Cannot connect to {0}:{1}.", tuple.Item2.address, tuple.Item2.port);
client.Bot.Stop();
return;
}
logger.Debug("Bot retrieved with ticket {0}", message.ticket);
}
private void OnAuthClientConnected(ConnectionMITM client)
{
client.Bot.Start();
try
{
client.BindToServer(m_configuration.RealAuthHost, m_configuration.RealAuthPort);
}
catch (Exception)
{
logger.Error("Cannot connect to {0}:{1}.", m_configuration.RealAuthHost, m_configuration.RealAuthPort);
client.Bot.Stop();
return;
}
logger.Debug("Auth client connected");
}
private void OnAuthClientConnected(ConnectionMITM client)
{
client.Bot.Start();
try
{
client.BindToServer(m_configuration.RealAuthHost, m_configuration.RealAuthPort);
}
catch (Exception)
{
logger.Error("Cannot connect to {0}:{1}.", m_configuration.RealAuthHost, m_configuration.RealAuthPort);
client.Bot.Stop();
return;
}
// unblock the connection (fix #14)
client.SendToServer(new BasicPingMessage());
logger.Debug("Auth client connected");
}