public virtual void Disconnect(GameClient client)
{
bool IsOwner = false;
if (this.Owner == client)
{
IsOwner = true;
}
this.Leave(client, true);
client.Character.Status.Update(null);
Parent.Disconnect(client);
// Enqueue all disconnect client
if (IsInGame || !IsInGame)
{
var ack2 = new UpdateRoomPlayerCountAck()
{
Room = this
};
var ack3 = new PlayerHasLeftRoomAck()
{
Token = client.Character?.Token,
Character = client.Character,
HasOwnerChange = IsOwner,
Owner = this.Owner.GetIdentifier()
};
// Invoke only when the room is in Room State and not in Game state
EventDespatcher.EnqueueRoom(ack3.CreatePacket(), client);
this.Parent.Broadcast(ack2.CreatePacket());
// Invoke the despatcher in 10s
new Task(() => EventDespatcher.Invoke()).Start();
}
}
public void Disconnect(GameClient client)
{
PlayerManager.Leave(client);
if (PlayerManager.IsCycleStillOngoing() && PlayerManager.GetCurrentPlayer().GetIdentifier() == client.Character.Token)
{
EndPlayerTurn();
}
EventDespatcher.Enqueue(client);
if (Parent.Owner == client && PlayerManager.GetPlayers().Count > 0)
{
Parent.Owner = PlayerManager.GetPlayers().ElementAt(Utilities.Random(PlayerManager.GetPlayers().Count)).Client;
}
else if (PlayerManager.GetPlayers().Count == 0)
{
new Task(() => EndGame()).Start();
}
// In case disconnect and owner is equal to client.
new Task(() => EventDespatcher.Invoke()).Start();
// Escalate upward to Room
Parent.Disconnect(client);
}