public override void NetworkCreateObject(NetWorker networker, int identity, uint id, FrameStream frame, Action <NetworkObject> callback)
{
if (networker.IsServer)
{
if (frame.Sender != null && frame.Sender != networker.Me)
{
if (!ValidateCreateRequest(networker, identity, id, frame))
{
return;
}
}
}
bool availableCallback = false;
NetworkObject obj = null;
MainThreadManager.Run(() =>
{
switch (identity)
{
case ChatManagerNetworkObject.IDENTITY:
availableCallback = true;
obj = new ChatManagerNetworkObject(networker, id, frame);
break;
case CubeForgeGameNetworkObject.IDENTITY:
availableCallback = true;
obj = new CubeForgeGameNetworkObject(networker, id, frame);
break;
case DefenderManagerNetworkObject.IDENTITY:
availableCallback = true;
obj = new DefenderManagerNetworkObject(networker, id, frame);
break;
case DefenderNetworkObject.IDENTITY:
availableCallback = true;
obj = new DefenderNetworkObject(networker, id, frame);
break;
case ExampleProximityPlayerNetworkObject.IDENTITY:
availableCallback = true;
obj = new ExampleProximityPlayerNetworkObject(networker, id, frame);
break;
case LeftGoalHandNetworkObject.IDENTITY:
availableCallback = true;
obj = new LeftGoalHandNetworkObject(networker, id, frame);
break;
case MoveBallNetworkObject.IDENTITY:
availableCallback = true;
obj = new MoveBallNetworkObject(networker, id, frame);
break;
case MoveGoalNetworkObject.IDENTITY:
availableCallback = true;
obj = new MoveGoalNetworkObject(networker, id, frame);
break;
case NetworkCameraNetworkObject.IDENTITY:
availableCallback = true;
obj = new NetworkCameraNetworkObject(networker, id, frame);
break;
case rightGoalHandNetworkObject.IDENTITY:
availableCallback = true;
obj = new rightGoalHandNetworkObject(networker, id, frame);
break;
case ShootBalloonNetworkObject.IDENTITY:
availableCallback = true;
obj = new ShootBalloonNetworkObject(networker, id, frame);
break;
case TestNetworkObject.IDENTITY:
availableCallback = true;
obj = new TestNetworkObject(networker, id, frame);
break;
case ShooterPlayerMovementNetworkObject.IDENTITY:
availableCallback = true;
obj = new ShooterPlayerMovementNetworkObject(networker, id, frame);
break;
}
if (!availableCallback)
{
base.NetworkCreateObject(networker, identity, id, frame, callback);
}
else if (callback != null)
{
callback(obj);
}
});
}
public override void Initialize(NetworkObject obj)
{
// We have already initialized this object
if (networkObject != null && networkObject.AttachedBehavior != null)
{
return;
}
networkObject = (ShooterPlayerMovementNetworkObject)obj;
networkObject.AttachedBehavior = this;
base.SetupHelperRpcs(networkObject);
networkObject.onDestroy += DestroyGameObject;
if (!obj.IsOwner)
{
if (!skipAttachIds.ContainsKey(obj.NetworkId))
{
uint newId = obj.NetworkId + 1;
ProcessOthers(gameObject.transform, ref newId);
}
else
{
skipAttachIds.Remove(obj.NetworkId);
}
}
if (obj.Metadata != null)
{
byte transformFlags = obj.Metadata[0];
if (transformFlags != 0)
{
BMSByte metadataTransform = new BMSByte();
metadataTransform.Clone(obj.Metadata);
metadataTransform.MoveStartIndex(1);
if ((transformFlags & 0x01) != 0 && (transformFlags & 0x02) != 0)
{
MainThreadManager.Run(() =>
{
transform.position = ObjectMapper.Instance.Map <Vector3>(metadataTransform);
transform.rotation = ObjectMapper.Instance.Map <Quaternion>(metadataTransform);
});
}
else if ((transformFlags & 0x01) != 0)
{
MainThreadManager.Run(() => { transform.position = ObjectMapper.Instance.Map <Vector3>(metadataTransform); });
}
else if ((transformFlags & 0x02) != 0)
{
MainThreadManager.Run(() => { transform.rotation = ObjectMapper.Instance.Map <Quaternion>(metadataTransform); });
}
}
}
MainThreadManager.Run(() =>
{
NetworkStart();
networkObject.Networker.FlushCreateActions(networkObject);
});
}