public override void Callback(int peerId, AbstractNetworkMessage abstractNetworkMessage)
{
ClientPeerConnectionUpdate clientPeerConnectionUpdate = abstractNetworkMessage as ClientPeerConnectionUpdate;
if (Tree.IsNetworkServer())
{
if (clientPeerConnectionUpdate.Disconnected)
{
ClientRepresentation disconnectedPeer = Server.ConnectedClients[peerId];
//disconnect actual peer
Server.ENetInstance.DisconnectPeer(peerId, true);
foreach (var peer in Server.ConnectedClients)
{
if (peer.Key != peerId)
{
ObjectBroker.Instance.NetworkService.toClient(peer.Key, new ClientPeerConnectionUpdate(disconnectedPeer, true));
}
}
}
}
else
{
if (!clientPeerConnectionUpdate.Disconnected)
{
if (Tree.Root.GetNode(SceneService.NODE_PATH_SCENE).HasNode(GD.Str(clientPeerConnectionUpdate.ClientRepresentation.Id)))
{
return;
}
PackedScene peerRepresentationResource = ResourceLoader.Load("res://assets/scenes/Character/Character.tscn") as PackedScene;
Godot.KinematicBody peerRepresentation = peerRepresentationResource.Instance() as Godot.KinematicBody;
peerRepresentation.Name = GD.Str(clientPeerConnectionUpdate.ClientRepresentation.Id);
peerRepresentation.SetNetworkMaster(clientPeerConnectionUpdate.ClientRepresentation.Id);
peerRepresentation.Translation = clientPeerConnectionUpdate.ClientRepresentation.Translation;
peerRepresentation.Rotation = clientPeerConnectionUpdate.ClientRepresentation.Rotation;
Node peerName = peerRepresentation.GetNode("Name");
((Label)peerName.GetNode("Viewport/Label")).Text = clientPeerConnectionUpdate.ClientRepresentation.Name;
Tree.Root.GetNode(SceneService.NODE_PATH_SCENE).AddChild(peerRepresentation);
}
else
{
Node peerNode = Tree.Root.GetNode(SceneService.NODE_PATH_SCENE).GetNode(GD.Str(clientPeerConnectionUpdate.ClientRepresentation.Id));
Tree.Root.GetNode(SceneService.NODE_PATH_SCENE).RemoveChild(peerNode);
peerNode.QueueFree();
}
}
}
public override void Callback(int peerId, AbstractNetworkMessage abstractNetworkMessage)
{
ServerConnetedClientsSync serverConnetedClientsSync = abstractNetworkMessage as ServerConnetedClientsSync;
if (Tree.IsNetworkServer())
{
serverConnetedClientsSync.ConnectedClients = new Dictionary <int, Vector3>();
foreach (var entry in Server.ConnectedClients)
{
if (entry.Key != peerId)
{
serverConnetedClientsSync.ConnectedClients.Add(entry.Key, entry.Value.Translation);
}
}
serverConnetedClientsSync.Action = NetworkMessageAction.SERVER_CONNECTED_CLIENTS_SYNC;
ObjectBroker.Instance.NetworkService.toClient(peerId, serverConnetedClientsSync, TransferModeEnum.Reliable);
}
else
{
foreach (var entry in serverConnetedClientsSync.ConnectedClients)
{
if (Tree.Root.GetNode(SceneService.NODE_PATH_SCENE).HasNode(GD.Str(entry.Key)))
{
LOG.Warn(System.String.Format("Node with name {0} is already present in the current client scene", entry.Key));
}
PackedScene peerRepresentationResource = ResourceLoader.Load("res://assets/scenes/Character/Character.tscn") as PackedScene;
Godot.KinematicBody peerRepresentation = peerRepresentationResource.Instance() as Godot.KinematicBody;
peerRepresentation.Name = GD.Str(entry.Key);
peerRepresentation.SetNetworkMaster(entry.Key);
peerRepresentation.Translation = entry.Value;
Tree.Root.GetNode(SceneService.NODE_PATH_SCENE).AddChild(peerRepresentation);
}
ObjectBroker.Instance.NetworkService.toServer(new ServerCompletedSync(), TransferModeEnum.Reliable);
}
}