protected virtual void HandleClientCallFunction(LiteNetLibMessageHandler messageHandler)
{
var reader = messageHandler.reader;
FunctionReceivers receivers = (FunctionReceivers)reader.GetByte();
long connectId = 0;
if (receivers == FunctionReceivers.Target)
{
connectId = (long)reader.GetPackedULong();
}
var info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
if (receivers == FunctionReceivers.Server)
{
identity.ProcessNetFunction(info, reader, true);
}
else
{
var netFunction = identity.ProcessNetFunction(info, reader, false);
if (receivers == FunctionReceivers.Target)
{
netFunction.Call(connectId);
}
else
{
netFunction.Call(receivers);
}
}
}
}
protected virtual void HandleClientUpdateSyncField(LiteNetLibMessageHandler messageHandler)
{
// Field updated at owner-client, if this is server then multicast message to other clients
if (!IsServer)
{
return;
}
NetDataReader reader = messageHandler.reader;
LiteNetLibElementInfo info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
LiteNetLibSyncField syncField = identity.Behaviours[info.behaviourIndex].GetSyncField(info);
// Sync field at server also have to be client multicast to allow it to multicast to other clients
if (syncField != null && syncField.syncMode == LiteNetLibSyncField.SyncMode.ClientMulticast)
{
// If this is not host, set data then pass to other clients because host already set data
if (!identity.IsOwnerClient)
{
syncField.Deserialize(reader, false);
}
// Send to other clients
foreach (long connectionId in GetConnectionIds())
{
if (identity.IsSubscribedOrOwning(connectionId))
{
syncField.SendUpdate(false, connectionId);
}
}
}
}
}
protected virtual void HandleClientCallFunction(LiteNetLibMessageHandler messageHandler)
{
NetDataReader reader = messageHandler.reader;
FunctionReceivers receivers = (FunctionReceivers)reader.GetByte();
long connectionId = -1;
if (receivers == FunctionReceivers.Target)
{
connectionId = (long)reader.GetPackedULong();
}
LiteNetLibElementInfo info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
if (receivers == FunctionReceivers.Server)
{
identity.ProcessNetFunction(info, reader, true);
}
else
{
LiteNetLibFunction netFunction = identity.ProcessNetFunction(info, reader, false);
// Use call with out parameters set because parameters already set while process net function
if (receivers == FunctionReceivers.Target)
{
netFunction.CallWithoutParametersSet(connectionId);
}
else
{
netFunction.CallWithoutParametersSet(DeliveryMethod.ReliableOrdered, receivers);
}
}
}
}
public LiteNetLibFunction ProcessNetFunction(LiteNetLibElementInfo info, NetDataReader reader, bool hookCallback)
{
if (info.objectId != ObjectId)
{
return(null);
}
var elementId = info.elementId;
if (elementId >= 0 && elementId < netFunctions.Count)
{
var netFunction = netFunctions[elementId];
netFunction.DeserializeParameters(reader);
if (hookCallback)
{
netFunction.HookCallback();
}
return(netFunction);
}
else
{
if (Manager.LogError)
{
Debug.LogError("[" + name + "] [" + TypeName + "] cannot process net function, functionId [" + info.elementId + "] not found.");
}
}
return(null);
}
protected virtual void HandleServerCallFunction(LiteNetLibMessageHandler messageHandler)
{
NetDataReader reader = messageHandler.reader;
LiteNetLibElementInfo info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
identity.ProcessNetFunction(info, reader, true);
}
}
internal LiteNetLibSyncList GetSyncList(LiteNetLibElementInfo info)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.elementId >= 0 && info.elementId < syncLists.Count)
{
return(syncLists[info.elementId]);
}
return(null);
}
internal LiteNetLibSyncList ProcessSyncList(LiteNetLibElementInfo info, NetDataReader reader)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.behaviourIndex >= Behaviours.Length)
{
return(null);
}
return(Behaviours[info.behaviourIndex].ProcessSyncList(info, reader));
}
internal LiteNetLibFunction ProcessNetFunction(LiteNetLibElementInfo info, NetDataReader reader, bool hookCallback)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.behaviourIndex >= Behaviours.Length)
{
return(null);
}
return(Behaviours[info.behaviourIndex].ProcessNetFunction(info, reader, hookCallback));
}
internal LiteNetLibFunction GetNetFunction(LiteNetLibElementInfo info)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.elementId >= 0 && info.elementId < netFunctions.Count)
{
return(netFunctions[info.elementId]);
}
return(null);
}
internal LiteNetLibSyncField ProcessSyncField(LiteNetLibElementInfo info, NetDataReader reader, bool isInitial)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.behaviourIndex >= Behaviours.Length)
{
return(null);
}
return(Behaviours[info.behaviourIndex].ProcessSyncField(info, reader, isInitial));
}
internal LiteNetLibSyncField ProcessSyncField(LiteNetLibElementInfo info, NetDataReader reader, bool isInitial)
{
LiteNetLibSyncField syncField = GetSyncField(info);
if (syncField == null)
{
if (Manager.LogError)
{
Debug.LogError("[" + name + "] [" + TypeName + "] cannot process sync field, fieldId [" + info.elementId + "] not found.");
}
return(null);
}
syncField.Deserialize(reader, isInitial);
return(syncField);
}
internal LiteNetLibSyncList ProcessSyncList(LiteNetLibElementInfo info, NetDataReader reader)
{
LiteNetLibSyncList syncList = GetSyncList(info);
if (syncList == null)
{
if (Manager.LogError)
{
Debug.LogError("[" + name + "] [" + TypeName + "] cannot process sync list, fieldId [" + info.elementId + "] not found.");
}
return(null);
}
syncList.DeserializeOperation(reader);
return(syncList);
}
protected virtual void HandleClientCallFunction(LiteNetLibMessageHandler messageHandler)
{
NetDataReader reader = messageHandler.reader;
FunctionReceivers receivers = (FunctionReceivers)reader.GetByte();
long connectionId = -1;
if (receivers == FunctionReceivers.Target)
{
connectionId = reader.GetPackedLong();
}
LiteNetLibElementInfo info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
LiteNetLibFunction netFunction = identity.GetNetFunction(info);
if (netFunction == null)
{
// There is no net function that player try to call (player may try to hack)
return;
}
if (!netFunction.CanCallByEveryone && messageHandler.connectionId != identity.ConnectionId)
{
// The function not allowed anyone except owner client to call this net function
// And the client is also not the owner client
return;
}
if (receivers == FunctionReceivers.Server)
{
// Request from client to server, so hook callback at server immediately
identity.ProcessNetFunction(netFunction, reader, true);
}
else
{
// Request from client to other clients, so hook callback later
identity.ProcessNetFunction(netFunction, reader, false);
// Use call with out parameters set because parameters already set while process net function
if (receivers == FunctionReceivers.Target)
{
netFunction.CallWithoutParametersSet(connectionId);
}
else
{
netFunction.CallWithoutParametersSet(DeliveryMethod.ReliableOrdered, receivers);
}
}
}
}
internal LiteNetLibSyncList GetSyncList(LiteNetLibElementInfo info)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.elementId >= 0 && info.elementId < SyncLists.Count)
{
return(SyncLists[info.elementId]);
}
if (Manager.LogError)
{
Logging.LogError(LogTag, $"Cannot find sync list: {info.elementId}.");
}
return(null);
}
internal LiteNetLibFunction GetNetFunction(LiteNetLibElementInfo info)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.elementId >= 0 && info.elementId < NetFunctions.Count)
{
return(NetFunctions[info.elementId]);
}
if (Manager.LogError)
{
Logging.LogError(LogTag, $"Cannot find net function: {info.elementId}.");
}
return(null);
}
protected virtual void HandleServerUpdateSyncList(LiteNetLibMessageHandler messageHandler)
{
// List updated at server, if this is host (client and server) then skip it.
if (IsServer)
{
return;
}
NetDataReader reader = messageHandler.reader;
LiteNetLibElementInfo info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
identity.ProcessSyncList(info, reader);
}
}
internal LiteNetLibSyncField GetSyncField(LiteNetLibElementInfo info)
{
if (info.objectId != ObjectId)
{
return(null);
}
if (info.elementId >= 0 && info.elementId < SyncFields.Count)
{
return(SyncFields[info.elementId]);
}
if (Manager.LogError)
{
Logging.LogError(LogTag, "Cannot find sync field [" + info.elementId + "].");
}
return(null);
}
internal LiteNetLibFunction ProcessNetFunction(LiteNetLibElementInfo info, NetDataReader reader, bool hookCallback)
{
LiteNetLibFunction netFunction = GetNetFunction(info);
if (netFunction == null)
{
if (Manager.LogError)
{
Debug.LogError("[" + name + "] [" + TypeName + "] cannot process net function, functionId [" + info.elementId + "] not found.");
}
return(null);
}
netFunction.DeserializeParameters(reader);
if (hookCallback)
{
netFunction.HookCallback();
}
return(netFunction);
}
protected virtual void HandleClientUpdateSyncField(LiteNetLibMessageHandler messageHandler)
{
// Field updated at owner-client, if this is server then multicast message to other clients
if (!IsServer)
{
return;
}
NetDataReader reader = messageHandler.reader;
LiteNetLibElementInfo info = LiteNetLibElementInfo.DeserializeInfo(reader);
LiteNetLibIdentity identity;
if (Assets.TryGetSpawnedObject(info.objectId, out identity))
{
LiteNetLibSyncField syncField = identity.GetSyncField(info);
// Sync field at server also have to be client multicast to allow it to multicast to other clients
if (syncField != null && syncField.syncMode == LiteNetLibSyncField.SyncMode.ClientMulticast)
{
// If this is server but it is not host, set data (deserialize) then pass to other clients
// If this is host don't set data because it's already did (in LiteNetLibSyncField class)
if (!identity.IsOwnerClient)
{
syncField.Deserialize(reader, false);
}
// Send to other clients
foreach (long connectionId in GetConnectionIds())
{
// Don't send the update to owner client because it was updated before send update to server
if (connectionId == messageHandler.connectionId)
{
continue;
}
// Send update to clients except owner client
if (identity.IsSubscribedOrOwning(connectionId))
{
syncField.SendUpdate(false, connectionId);
}
}
}
}
}
public LiteNetLibSyncList ProcessSyncList(LiteNetLibElementInfo info, NetDataReader reader)
{
if (info.objectId != ObjectId)
{
return(null);
}
var elementId = info.elementId;
if (elementId >= 0 && elementId < syncLists.Count)
{
var syncList = syncLists[elementId];
syncList.DeserializeOperation(reader);
return(syncList);
}
else
{
if (Manager.LogError)
{
Debug.LogError("[" + name + "] [" + TypeName + "] cannot process sync field, fieldId [" + elementId + "] not found.");
}
}
return(null);
}
internal LiteNetLibSyncList ProcessSyncList(LiteNetLibElementInfo info, NetDataReader reader)
{
return(ProcessSyncList(GetSyncList(info), reader));
}
internal LiteNetLibFunction ProcessNetFunction(LiteNetLibElementInfo info, NetDataReader reader, bool hookCallback)
{
return(ProcessNetFunction(GetNetFunction(info), reader, hookCallback));
}
internal LiteNetLibSyncField ProcessSyncField(LiteNetLibElementInfo info, NetDataReader reader, bool isInitial)
{
return(ProcessSyncField(GetSyncField(info), reader, isInitial));
}
protected void SerializeForSend(NetDataWriter writer)
{
LiteNetLibElementInfo.SerializeInfo(GetInfo(), writer);
SerializeParameters(writer);
}
private void SerializeForSend(NetDataWriter writer)
{
LiteNetLibElementInfo.SerializeInfo(GetInfo(), writer);
Serialize(writer);
}
public static void SerializeInfo(LiteNetLibElementInfo info, NetDataWriter writer)
{
writer.PutPackedUInt(info.objectId);
writer.PutPackedUInt((uint)info.elementId);
}
