public T GetPacketData <T>()
{
if (typeof(T).ToString() == "EntityNetworkingSystems.NetworkFieldPacket")
{
return((T)System.Convert.ChangeType(ENSSerialization.DeserializeNetworkFieldPacket(packetData), typeof(T)));
}
else if (typeof(T).ToString() == "EntityNetworkingSystems.RPCPacketData")
{
return((T)System.Convert.ChangeType(ENSSerialization.DeserializeRPCPacketData(packetData), typeof(T)));
}
try
{
return((T)System.Convert.ChangeType(packetData, typeof(T)));
} catch
{
return(ENSSerialization.DeserializeObject <T>(packetData));
}
//System.Type t = System.Type.GetType(jsonDataTypeName);
////Debug.Log(t);
//if (t.ToString() == "EntityNetworkingSystems.IntPacket")
//{
// //If integer you must first convert it out of a IntPacket.
// return JsonUtility.FromJson<IntPacket>(jsonData).integer;
//}
//else
//{
// return JsonUtility.FromJson(jsonData, t);
//}
}
public PacketListPacket(List <Packet> packets)
{
foreach (Packet p in packets)
{
this.packets.Add(ENSSerialization.SerializePacket(p));
}
}
public void CallRPC(Packet.sendType sendType = Packet.sendType.culledbuffered, params object[] list)
{
RPCPacketData rpcData = GenerateRPCData(sendType, list);
Packet p = new Packet(Packet.pType.rpc, sendType, ENSSerialization.SerializeRPCPacketData(rpcData));
p.sendToAll = true;
p.relatesToNetObjID = net.networkID;
if (NetTools.IsMultiplayerGame() == false)
{
InvokeRPC(rpcData.ReturnArgs());
return;
}
if (net == null || !net.initialized)
{
queued.Add(sendType, list);
//Debug.Log("Rpc called before initialization. Adding to queue");
return;
}
NetClient.instanceClient.SendPacket(p);
}
public void SendTCPPacket(NetworkPlayer player, Packet packet)//, bool queuedPacket = false)
{
//if(!queuedPacket)
//{
// queuedSendingPackets.Add(packet, player);
// return;
//}
//if(packet.packetType == Packet.pType.netVarEdit && player.clientID == NetTools.clientID)
//{
// return; //No need to double sync it.
//}
lock (player.netStream)
{
lock (player.tcpClient)
{
byte[] array = ENSSerialization.SerializePacket(packet);//Encoding.ASCII.GetBytes(Packet.JsonifyPacket(packet));//Packet.SerializeObject(packet);
//First send packet size
byte[] arraySize = new byte[4];
arraySize = System.BitConverter.GetBytes(array.Length);
//Debug.Log("Length: " + arraySize.Length);
//player.tcpClient.SendBufferSize = array.Length+arraySize.Length;
player.netStream.Write(arraySize, 0, arraySize.Length);
//Send packet
player.netStream.Write(array, 0, array.Length);
}
}
}
//Not a good way to do it, suggested is making a custom serializor and using SetPacketData(byte[] data)
public void SetPacketData(object obj)
{
if (obj.GetType().ToString() == "EntityNetworkingSystems.NetworkFieldPacket")
{
SetPacketData(ENSSerialization.SerializeNetworkFieldPacket((NetworkFieldPacket)obj));
return;
}
SetPacketData(ENSSerialization.SerializeObject(obj));
}
public Packet GenerateRPCPacket(Packet.sendType sendType = Packet.sendType.culledbuffered, params object[] list)
{
RPCPacketData rpcData = new RPCPacketData(net.networkID, rpcIndex, NetTools.clientID, list);
Packet p = new Packet(Packet.pType.rpc, sendType, ENSSerialization.SerializeRPCPacketData(rpcData));
p.sendToAll = true;
p.relatesToNetObjID = net.networkID;
return(p);
}
public Packet RecvPacket(NetworkPlayer player)
{
//First get packet size
//byte[] packetSize = new byte[4];
byte[] packetSize = RecieveSizeSpecificData(4, player.netStream);
//player.netStream.Read(packetSize, 0, packetSize.Length);
int pSize = System.BitConverter.ToInt32(packetSize, 0);
//Debug.Log(pSize);
//Get packet
byte[] byteMessage = new byte[pSize];
//player.tcpClient.ReceiveBufferSize = pSize;
byteMessage = RecieveSizeSpecificData(pSize, player.netStream);
//player.netStream.Read(byteMessage, 0, byteMessage.Length);
return(ENSSerialization.DeserializePacket(byteMessage)); //Packet.DeJsonifyPacket(Encoding.ASCII.GetString(byteMessage));//(Packet)Packet.DeserializeObject(byteMessage);
}
public IEnumerator NetworkFieldPacketHandler()
{
yield return(new WaitUntil(() => initialized));
while (initialized)
{
yield return(new WaitUntil(() => queuedNetworkPackets.Count > 0));
Packet curPacket = queuedNetworkPackets[0];
NetworkFieldPacket nFP = ENSSerialization.DeserializeNetworkFieldPacket(curPacket.packetData);
if ((ownerID != curPacket.packetOwnerID && !curPacket.serverAuthority && !sharedObject) || (curPacket.packetOwnerID == NetTools.clientID && nFP.immediateOnSelf))
{
queuedNetworkPackets.RemoveAt(0);
continue;
}
SetFieldLocal(nFP.fieldName, nFP.data.ToObject());
queuedNetworkPackets.RemoveAt(0);
}
}
public bool ConnectToServer(string ip = "127.0.0.1", int port = 24424)
{
//if(client != null)
//{
// client.Dispose();
//}
client = new TcpClient();
//client.NoDelay = true;
NetTools.isClient = true;
udpPlayer = new UDPPlayer(new IPEndPoint(IPAddress.Parse(ip), port));
Debug.Log("Attempting Connection");
try
{
client.Connect(ip, port);
}
catch (System.Exception e)
{
Debug.LogError(e);
//Couldn't connect to server.
Debug.LogError("Couldn't connect to server: " + ip + ":" + port);
NetTools.isClient = false;
client.Dispose();
NetTools.onFailedServerConnection.Invoke();
lastConnectionError = e.ToString();
return(false);
}
Debug.Log("Connection Accepted");
netStream = client.GetStream();
//NetTools.isSingleplayer = false;
ulong usedSteamID = 0;
byte[] steamAuthData = new byte[0];
int buildID = -1;
if (useSteamworks)
{
if (!SteamInteraction.instance.clientStarted)
{
SteamInteraction.instance.StartClient();
}
steamAuthData = SteamInteraction.instance.clientAuth.Data;
usedSteamID = SteamClient.SteamId.Value;
buildID = SteamApps.BuildId; //ADDING +1 TO TEST VERSION MISMATCHES SHOULD BE REMOVED AFTER.
}
Packet authPacket = new Packet(Packet.pType.networkAuth, Packet.sendType.nonbuffered, ENSSerialization.SerializeAuthPacket(new NetworkAuthPacket(steamAuthData, usedSteamID, udpPlayer.portToUse, password, buildID)));
authPacket.sendToAll = false;
authPacket.reliable = true;
SendTCPPacket(authPacket);
connectedToServer = true;
connectionHandler = new Thread(new ThreadStart(ConnectionHandler));
connectionHandler.Name = "ENSClientConnectionHandler";
connectionHandler.Start();
udpRecieveHandler = new Thread(new ThreadStart(UDPHandler));
udpRecieveHandler.Name = "ENSClientUDPReciever";
udpRecieveHandler.Start();
packetTCPSendQueue = new List <Packet>();
packetUDPSendQueue = new List <Packet>();
tcpSendHandler = new Thread(new ParameterizedThreadStart(PacketSendThread))
{
Name = "ENSClientSendTCPHandler"
};
tcpSendHandler.Start(true);
udpSendHandler = new Thread(new ParameterizedThreadStart(PacketSendThread))
{
Name = "ENSClientSendUDPHandler"
};
udpSendHandler.Start(false);
if (!NetTools.isServer)
{
SteamFriends.SetRichPresence("connect", ip + ":" + port);
}
else
{
//Otherwise it'll set ip/port to 127.0.0.1, which will fail if someone else tries connecting.
IPAddress final = null;
foreach (IPAddress found in Dns.GetHostEntry(Dns.GetHostName()).AddressList)
{
if (found.AddressFamily == AddressFamily.InterNetwork)
{
final = found;
break;
}
}
SteamFriends.SetRichPresence("connect", final + ":" + port);
}
SteamFriends.SetRichPresence("steam_display", "Multiplayer");
//SteamFriends.SetRichPresence("steam_player_group", "Survival");
//SteamFriends.SetRichPresence("steam_player_group_size", PlayerController.allPlayers.Count.ToString()); //Also gets updated in playercontroller.start
return(true);
}
private void DirectKick(NetworkPlayer player, string reason, float delay = 0f)
{
Thread.Sleep((int)(delay * 1000)); //Convert to milliseconds.
ConnectionPacket cP = new ConnectionPacket(true, reason);
Packet p = new Packet(Packet.pType.connectionPacket, Packet.sendType.nonbuffered, ENSSerialization.SerializeConnectionPacket(cP));
p.packetOwnerID = -1;
p.sendToAll = false;
p.serverAuthority = true;
SendPacket(player, p);
player.netStream.Close();
player.playerConnected = false;
SteamServer.EndSession(player.steamID);
SteamUser.EndAuthSession(player.steamID);
if (connections.Contains(player))
{
connections.Remove(player);
}
Debug.Log("Client<" + player.steamID + "> has been kicked for: " + reason);
}
public void HandlePacketFromClient(Packet pack, NetworkPlayer client, bool fromSelf = false)
{
if (pack == null)
{
return;
}
//if (fromSelf)
//{
// Debug.Log("SELF PACKET: " + pack.packetType);
//}
if (pack.packetOwnerID != client.clientID)// && client.tcpClient == NetClient.instanceClient.client) //if server dont change cause if it is -1 it has all authority.
{
pack.packetOwnerID = client.clientID;
}
if (client.clientID == NetClient.instanceClient.clientID) //Setup server authority.
{
pack.serverAuthority = true;
}
else
{
pack.serverAuthority = false;
}
if (pack.packetType == Packet.pType.rpc)
{
RPCPacketData rPD = ENSSerialization.DeserializeRPCPacketData(pack.packetData);
rPD.packetOwnerID = client.clientID;
pack.packetData = ENSSerialization.SerializeRPCPacketData(rPD);
}
if (pack.packetSendType == Packet.sendType.buffered || pack.packetSendType == Packet.sendType.culledbuffered)
{
//If it is a culledbuffered packet, if it is a netVarEdit packet, and it relates to the same netObj and is the RPC.
//Then cull the previous of the same RPC to prevent RPC spam
//This also happens with NetworkFields, even though network fields are generally *not buffered* the logic is here.
//The reason NetworkFields aren't buffered is because the NetServer already syncs them when a client joins.
if (pack.packetSendType == Packet.sendType.culledbuffered && (pack.packetType == Packet.pType.netVarEdit || pack.packetType == Packet.pType.rpc))
{
List <Packet> related = new List <Packet>();
if (bufferedPackets.ContainsKey(pack.relatesToNetObjID.ToString()))
{
related.AddRange(bufferedPackets[pack.relatesToNetObjID.ToString()]);
}
if (bufferedPackets.ContainsKey(pack.tag) && bufferedPackets[pack.tag] != null)
{
related.AddRange(bufferedPackets[pack.tag]);
}
foreach (Packet buff in related)
{
if (buff.relatesToNetObjID == pack.relatesToNetObjID && buff.packetType == pack.packetType)
{
if (buff.packetType == Packet.pType.netVarEdit)
{
if (buff.GetPacketData <NetworkFieldPacket>().fieldName == pack.GetPacketData <NetworkField>().fieldName)
{
RemoveBufferedPacket(buff);
}
}
else if (buff.packetType == Packet.pType.rpc)
{
if (buff.GetPacketData <RPCPacketData>().rpcIndex == pack.GetPacketData <RPCPacketData>().rpcIndex)
{
RemoveBufferedPacket(buff);
}
}
}
}
}
//Debug.Log("Buffered Packet");
AddBufferedPacket(pack);
}
UnityPacketHandler.instance.QueuePacket(pack);
if (pack.sendToAll || pack.usersToRecieve.Count > 0)
{
foreach (NetworkPlayer player in connections.ToArray())
{
//Debug.Log(player.clientID + " " + NetTools.clientID);
if (player == null || player.tcpClient == null || (player.clientID == NetTools.clientID))
{
continue;
}
if (pack.sendToAll == true || pack.usersToRecieve.Contains(player.clientID))
{
if (player.tcpClient.Connected)
{
try
{
SendPacket(player, pack);
}
catch (System.Exception e)
{
if (player.tcpClient.Connected)
{
Debug.LogError(e); //If we ain't connected anymore then it makes sense.
connections.Remove(player);
}
}
}
else
{
connections.Remove(player);
}
}
}
}
}
public void ClientHandler(NetworkPlayer client)
{
//Debug.Log(p.jsonData);
Packet curPacket = RecvPacket(client);
if (curPacket.packetType == Packet.pType.networkAuth)
{
NetworkAuthPacket clientAuthPacket = ENSSerialization.DeserializeAuthPacket(curPacket.packetData);
if (!client.gotAuthPacket)
{
//Check password.
if (password != "" && clientAuthPacket.password != password)
{
//Kick player wrong password.
KickPlayer(client, "password");
return;
}
else if (useSteamworks && SteamApps.BuildId != clientAuthPacket.steamBuildID)
{
//Kick player wrong version.
KickPlayer(client, "version");
return;
}
client.steamID = clientAuthPacket.steamID;
//Debug.Log(clientAuthPacket.udpPort);
client.udpEndpoint.Port = clientAuthPacket.udpPort;
client.playerPort = clientAuthPacket.udpPort;
if (NetServer.serverInstance.useSteamworks)
{
//BeginAuthResult bAR = SteamUser.BeginAuthSession(clientAuthPacket.authData, clientAuthPacket.steamID);
bool worked = SteamServer.BeginAuthSession(clientAuthPacket.authData, clientAuthPacket.steamID);
//Debug.Log(clientSteamAuthTicket.steamID);
if (!worked && !client.playerIP.Contains("127.0.0.1")) //(bAR != BeginAuthResult.OK && bAR != BeginAuthResult.DuplicateRequest)
{
KickPlayer(client, "Couldn't validate with steam. "); // + bAR.ToString());
//client.tcpClient.Close();
//Debug.Log(bAR);
//Debug.Log("Invalid auth ticket from: " + clientSteamAuthTicket.steamID);
//SteamUser.EndAuthSession(clientAuthPacket.steamID);
//SteamServer.EndSession(clientAuthPacket.steamID);
}
else
{
//SteamServer.UpdatePlayer(clientAuthPacket.steamID, "Player 1", 0);
//Debug.Log("Recieved Valid Client Auth Ticket.");
SteamInteraction.instance.connectedSteamIDs.Add(clientAuthPacket.steamID);
SteamServer.UpdatePlayer(client.steamID, new Friend(client.steamID).Name, 0);
SteamServer.ForceHeartbeat();
//Debug.Log(bAR);
//SteamServer.ForceHeartbeat();
}
}
client.gotAuthPacket = true;
}
}
else
{
//Expected auth packet, got something else.
}
//Thread.Sleep(100);
//Send login info
//PlayerLoginData pLD = new PlayerLoginData();
//pLD.playerNetworkID = client.clientID;
Packet loginPacket = new Packet(Packet.pType.loginInfo, Packet.sendType.nonbuffered, new PlayerLoginData((short)client.clientID, mySteamID));
loginPacket.packetOwnerID = -1;
loginPacket.sendToAll = false;
SendPacket(client, loginPacket);
//Thread.Sleep(50); //Prevents a memory error on the client side? bruh.
//Send buffered packets
if (bufferedPackets.Count > 0)
{
List <Packet> packetsToSend = new List <Packet>(); //Will contain buffered packets and all network fields to be updated.
packetsToSend.AddRange(GetAllBufferedPackets());
//Debug.Log(packetsToSend.Count);
foreach (NetworkObject netObj in NetworkObject.allNetObjs.ToArray())
{
if (netObj.fields.Count > 0)
{
List <Packet> temp = netObj.GeneratePacketListForFields();
packetsToSend.AddRange(temp);
}
}
List <Packet> tempPackets = new List <Packet>();
foreach (Packet p in packetsToSend)
{
tempPackets.Add(p);
if (tempPackets.Count >= 100)
{
Packet multiPack = new Packet(Packet.pType.multiPacket, Packet.sendType.nonbuffered, new PacketListPacket(tempPackets));
multiPack.sendToAll = false;
SendPacket(client, multiPack);
tempPackets = new List <Packet>();
}
}
//Send whatever remains in it otherwise max-1 or less packets will be lost.
//Debug.Log(tempPackets.Count);
Packet lastMulti = new Packet(Packet.pType.multiPacket, Packet.sendType.nonbuffered, new PacketListPacket(tempPackets));
lastMulti.sendToAll = false;
SendPacket(client, lastMulti);
//Debug.Log(packetsToSend.Count);
//Packet bpacket = new Packet(Packet.pType.multiPacket, Packet.sendType.nonbuffered, new PacketListPacket(packetsToSend));
//bpacket.sendToAll = false;
//SendPacket(client, bpacket);
}
NetTools.onPlayerJoin.Invoke(client);
bool clientRunning = true;
while (client != null && server != null && clientRunning)
{
try
{
//Thread.Sleep(50);
Packet pack = RecvPacket(client);
HandlePacketFromClient(pack, client);
}
catch (System.Exception e)
{
string error = e.ToString();
//These errors in the if statement, are already being handled. For most the usual occur when the server stops.
if (!error.Contains("WSACancelBlockingCall") && !error.Contains("transport connection") && !error.Contains("System.ObjectDisposedException")) //Server closed
{
Debug.LogError(e);
}
if (!error.Contains("Check destIndex and length"))
{
clientRunning = false; //Basically end the thread.
}
}
}
client.netStream.Close();
client.playerConnected = false;
SteamServer.EndSession(client.steamID);
if (connections.Contains(client))
{
connections.Remove(client);
}
NetTools.onPlayerDisconnect.Invoke(client);
Debug.Log("NetServer.ClientHandler() thread has successfully finished.");
}
public void StopServer()
{
if (server != null)
{
ConnectionPacket cP = new ConnectionPacket(true, "Server Closed.");
Packet p = new Packet(Packet.pType.connectionPacket, Packet.sendType.nonbuffered, ENSSerialization.SerializeConnectionPacket(cP));
foreach (NetworkPlayer client in connections)
{
SendPacket(client, p); //Server Closed Packet.
client.tcpClient.Close();
client.tcpClient.Dispose();
}
server.Stop();
server = null;
if (useSteamworks && !NetTools.isSingleplayer)
{
SteamInteraction.instance.ShutdownServer();
}
UPnP.Shutdown();
}
if (udpListener != null)
{
udpListener.Stop();
udpListener = null;
}
if (connectionHandler != null)
{
connectionHandler.Abort();
connectionHandler = null;
}
if (udpHandler != null)
{
udpHandler.Abort();
udpHandler = null;
}
if (GameObject.FindObjectOfType <UnityPacketHandler>() != null)
{
GameObject.Destroy(GameObject.FindObjectOfType <UnityPacketHandler>().gameObject);
}
//NetServer.serverInstance = null;
connections = new List <NetworkPlayer>();
connectionsByID = new Dictionary <int, NetworkPlayer>();
bufferedPackets = new Dictionary <string, List <Packet> >();
if (NetServer.serverInstance != null && NetServer.serverInstance.myConnection != null)
{
NetServer.serverInstance.myConnection = null;
}
NetTools.isServer = false;
NetTools.isSingleplayer = false;
}
public static GameObject NetInstantiate(int prefabDomain, int prefabID, Vector3 position, Quaternion rotation, Packet.sendType sT = Packet.sendType.buffered, bool isSharedObject = false, List <NetworkFieldPacket> fieldDefaults = null)
{
int netObjID = GenerateNetworkObjectID();
if (NetTools.IsMultiplayerGame())
{
if (!NetTools.isServer && NetworkData.instance.networkPrefabList[prefabDomain].prefabList[prefabID].serverInstantiateOnly)
{
#if UNITY_EDITOR
Debug.LogWarning("Tried to make server authority only object: domain: " + prefabDomain + ", id: " + prefabID);
#endif
return(null); //If it is server only, and you aren't the server, don't do it.
}
SerializableVector finalVector = new SerializableVector(position);
SerializableQuaternion finalQuat = new SerializableQuaternion(rotation);
GameObjectInstantiateData gOID = new GameObjectInstantiateData();
gOID.position = finalVector;
gOID.rotation = finalQuat;
gOID.prefabDomainID = prefabDomain;
gOID.prefabID = prefabID;
gOID.isShared = isSharedObject;
gOID.netObjID = netObjID;
gOID.fieldDefaults = fieldDefaults;
Packet p = new Packet(Packet.pType.gOInstantiate, Packet.sendType.buffered, ENSSerialization.SerializeGOID(gOID));
p.tag = NetworkData.instance.TagIDToTagName(NetworkData.instance.networkPrefabList[prefabDomain].defaultPacketTagID);
//if(sT == Packet.sendType.buffered && isServer)
//{
// NetServer.serverInstance.bufferedPackets.Add(p);
//}
NetClient.instanceClient.SendPacket(p);
}
//Try to get a pooled one first.
GameObject g = NetworkData.instance.RequestPooledObject(prefabDomain, prefabID);
if (g == null) //If there is no pooled remaining make a new one.
{
g = Instantiate(NetworkData.instance.networkPrefabList[prefabDomain].prefabList[prefabID].prefab, position, rotation);
}
else
{
//If pooled apply required position/rotation
g.transform.position = position;
g.transform.rotation = rotation;
}
NetworkObject nObj = g.GetComponent <NetworkObject>();
if (nObj == null)
{
nObj = g.AddComponent <NetworkObject>();
}
nObj.ownerID = NetTools.clientID;
nObj.prefabDomainID = prefabDomain;
nObj.prefabID = prefabID;
nObj.networkID = netObjID;
nObj.sharedObject = isSharedObject;
nObj.detectNetworkStarts = NetworkData.instance.networkPrefabList[prefabDomain].detectNetworkStarts;
nObj.Initialize();
//nObj.DoRpcFieldInitialization();
if (nObj.onNetworkStart != null)
{
nObj.onNetworkStart.Invoke();
}
//nObj.initialized = true;
if (fieldDefaults != null)
{
foreach (NetworkFieldPacket nFP in fieldDefaults)
{
nFP.networkObjID = netObjID;
nObj.SetFieldLocal(nFP.fieldName, nFP.data.ToObject());
//Instead just update it in UnityPacketHandler for everyone else, preventing extra packets and data from being send and lagging.
//nObj.UpdateField(nFP.fieldName, nFP.data.ToObject(), nFP.immediateOnSelf);
}
}
return(g);
}
public void ExecutePacket(Packet curPacket)
{
if (curPacket.packetType == Packet.pType.gOInstantiate) //It gets instantiated NetTools.
{
NetworkObject nObj = null;
GameObjectInstantiateData gOID = ENSSerialization.DeserializeGOID(curPacket.packetData);
//Debug.Log(NetTools.clientID + ", " + curPacket.packetOwnerID);
if (NetTools.clientID != curPacket.packetOwnerID || NetworkObject.NetObjFromNetID(gOID.netObjID) == null)
{
if (!curPacket.serverAuthority && NetworkData.instance.networkPrefabList[gOID.prefabDomainID].prefabList[gOID.prefabID].serverInstantiateOnly)
{
return; //If it is server only, and you aren't the server, don't do it.
}
GameObject g = NetworkData.instance.RequestPooledObject(gOID.prefabDomainID, gOID.prefabID);
if (g == null) //If a pooled object couldn't be found, make a new one.
{
try
{
g = Instantiate(NetworkData.instance.networkPrefabList[gOID.prefabDomainID].prefabList[gOID.prefabID].prefab, gOID.position.ToVec3(), gOID.rotation.ToQuaternion());
}
catch (System.Exception e)
{
Debug.Log("Error NetInstantiating: domainID: " + gOID.prefabDomainID + ", prefabID: " + gOID.prefabID + e);
return;
}
}
else
{
//If pooled apply required position/rotation/etc.
g.transform.position = gOID.position.ToVec3();
g.transform.rotation = gOID.rotation.ToQuaternion();
}
nObj = g.GetComponent <NetworkObject>();
if (nObj == null)
{
nObj = g.AddComponent <NetworkObject>();
}
foreach (NetworkField defaultField in NetworkData.instance.networkPrefabList[gOID.prefabDomainID].defaultFields)
{
nObj.fields.Add(defaultField.Clone());
}
foreach (RPC defaultRPC in NetworkData.instance.networkPrefabList[gOID.prefabDomainID].defaultRpcs)
{
nObj.rpcs.Add(defaultRPC.Clone());
}
nObj.ownerID = curPacket.packetOwnerID;
nObj.prefabDomainID = gOID.prefabDomainID;
nObj.prefabID = gOID.prefabID;
nObj.networkID = gOID.netObjID;
nObj.sharedObject = gOID.isShared;
nObj.Initialize();
//nObj.DoRpcFieldInitialization();
if (nObj.onNetworkStart != null)
{
nObj.onNetworkStart.Invoke();
}
if (gOID.fieldDefaults != null)
{
foreach (NetworkFieldPacket nFP in gOID.fieldDefaults)
{
nFP.networkObjID = gOID.netObjID;
//Debug.Log(nFP.data);
nObj.SetFieldLocal(nFP.fieldName, nFP.data.ToObject());
}
}
}
}
else if (curPacket.packetType == Packet.pType.gODestroy)
{
//Debug.Log(curPacket.jsonData);
//Debug.Log(curPacket.GetPacketData());
//int netID = ENSSerialization.DeserializeInt(curPacket.packetData);
NetworkObject found = NetworkObject.NetObjFromNetID(curPacket.relatesToNetObjID);
if (found != null && (found.ownerID == curPacket.packetOwnerID || curPacket.serverAuthority || found.sharedObject))
{
if (disableBeforeDestroy)
{
if (NetworkData.instance.ResetPooledObject(found) == false)
{
destroyQueue.Add(found.gameObject);
}
}
else
{
if (NetworkData.instance.ResetPooledObject(found) == false)
{
Destroy(found.gameObject);
}
}
if (NetTools.isServer && System.BitConverter.ToBoolean(curPacket.packetData, 0)) //Check NetTools.NetDestroy but basically it is cullRelatedPackets.
{
NetTools.CullPacketsByNetworkID(curPacket.relatesToNetObjID);
}
}
else if (found == null)
{
Debug.LogWarning("Couldn't find NetworkObject of ID: " + curPacket.relatesToNetObjID);
}
}
else if (curPacket.packetType == Packet.pType.multiPacket)
{
//Debug.Log("Recieved buffered packets.");
List <byte[]> packetByteInfo = curPacket.GetPacketData <PacketListPacket>().packets;
lock (packetQueue)
{
foreach (byte[] packetByte in packetByteInfo)
{
packetQueue.Add(ENSSerialization.DeserializePacket(packetByte));
}
}
syncingBuffered = true;
}
else if (curPacket.packetType == Packet.pType.loginInfo)
{
//Debug.Log("Login Info Packet Recieved.");
PlayerLoginData pLD = curPacket.GetPacketData <PlayerLoginData>();
NetTools.clientID = pLD.clientID;//System.BitConverter.ToInt16(curPacket.packetData,0);
NetClient.instanceClient.clientID = NetTools.clientID;
NetClient.instanceClient.serversSteamID = pLD.serverSteamID;
if (NetTools.isServer)
{
NetServer.serverInstance.myConnection = NetServer.serverInstance.GetPlayerByID(NetTools.clientID);
}
NetTools.onJoinServer.Invoke();
//print("Test");
}
else if (curPacket.packetType == Packet.pType.netVarEdit)
{
NetworkFieldPacket nFP = ENSSerialization.DeserializeNetworkFieldPacket(curPacket.packetData);
NetworkObject netObj = NetworkObject.NetObjFromNetID(nFP.networkObjID);
if (netObj == null)
{
return;
}
if (netObj.initialized == false)
{
//netObj.queuedNetworkPackets.Add(curPacket);
return;
}
if ((netObj.ownerID != curPacket.packetOwnerID && !curPacket.serverAuthority && !netObj.sharedObject) || (curPacket.packetOwnerID == NetTools.clientID && nFP.immediateOnSelf))
{
return;
}
//Debug.Log("Seting NetVarEdit.");
try
{
netObj.SetFieldLocal(nFP.fieldName, nFP.data.ToObject());
}
catch (System.Exception e)
{
Debug.LogError(e);
}
}
else if (curPacket.packetType == Packet.pType.rpc)
{
//Debug.Log(curPacket.jsonData);
RPCPacketData rPD = ENSSerialization.DeserializeRPCPacketData(curPacket.packetData);
NetworkObject nObj = NetworkObject.NetObjFromNetID(rPD.networkObjectID);
if (nObj == null || (nObj.rpcs[rPD.rpcIndex].serverAuthorityRequired && !curPacket.serverAuthority) || (nObj.ownerID != curPacket.packetOwnerID && !nObj.sharedObject && !curPacket.serverAuthority))
{
return; //Means only server can run it.
}
nObj.rpcs[rPD.rpcIndex].InvokeRPC(rPD.ReturnArgs());
}
else if (curPacket.packetType == Packet.pType.connectionPacket)
{
if (!curPacket.serverAuthority && curPacket.packetOwnerID != -1)
{
return; //Prevents anyone from disconnecting everyone.
}
ConnectionPacket cP = ENSSerialization.DeserializeConnectionPacket(curPacket.packetData);
if (cP.immediateDisconnect)
{
NetClient.instanceClient.DisconnectFromServer();
NetTools.onLeaveServer.Invoke(cP.reason);
}
}
//else if (curPacket.packetType == Packet.pType.networkAuth && NetTools.isServer)
//{
//}
}