private void OnDataReceivedEvent(byte[] obj)
{
NetworkMessageStruct networkMessage = NetworkMessageStruct.Deserialize(obj);
switch (networkMessage.Type)
{
case MessageType.ColorChange:
DeserializeColorAndSendEvent(networkMessage.Message);
break;
case MessageType.WorldMap:
Debug.Log("recieved world map");
ARWorldMap arWorldMap = (ARWorldMap) new PackableARWorldMap(networkMessage.Message);
RestartSessionWithWorldMap(arWorldMap);
break;
case MessageType.Anchor:
Debug.Log("recieved anchor");
ulong trackableId1 = BitConverter.ToUInt64(networkMessage.Message, 0);
ulong trackableId2 = BitConverter.ToUInt64(networkMessage.Message, sizeof(ulong));
TrackableId trackableId = new TrackableId(trackableId1, trackableId2);
AnchorRecieved?.Invoke(trackableId);
break;
case MessageType.SpawnedObject:
DeserializeObjectSpawnAndSendEvent(networkMessage.Message);
break;
}
}
public bool TestNetworkPacketSerialization()
{
Color sourceColor = new Color(.1f, .2f, .3f);
NetworkMessageStruct networkMessageStruct = new NetworkMessageStruct
{
Type = MessageType.ColorChange,
Message = SerializeColor(sourceColor)
};
byte[] serializeMessage = networkMessageStruct.Serialize();
NetworkMessageStruct deserializedStruct = NetworkMessageStruct.Deserialize(serializeMessage);
return(networkMessageStruct.Type == deserializedStruct.Type && VerifyColor(sourceColor, DeserializeColor(deserializedStruct.Message)));
}