public virtual Packet.SendResult SendMessage(Packet.OperationType type, PacketBase packet, byte packetCode, Packet.DeliveryMethod deliveryMethod, int channel = 0, byte encrypt = EncryptionBase.NoEncryptionByte, bool isInternal = false)
#endif
{
try
{
LidgrenTransferPacket transferPacket = new LidgrenTransferPacket(type, packet.SerializerKey, packetCode, packet.Serialize());
if (encrypt != EncryptionBase.NoEncryptionByte)
{
EncryptionLidgrenPackage(encrypt, transferPacket);
}
//TODO: encryption because it's ready
byte[] bytes = Serializer <GladNetProtobufNetSerializer> .Instance.Serialize(transferPacket);
return((Packet.SendResult) this.InternalNetConnection.SendMessage(isInternal, bytes, Packet.LidgrenDeliveryMethodConvert(deliveryMethod), channel));
}
catch (LoggableException e)
{
throw;
}
catch (Exception e)
{
throw new LoggableException("Exception occured in serialization of packet.", e, LogType.Error);
}
}
public LidgrenTransferPacket(Packet.OperationType opType, byte serializationKey, byte packetCode, byte[] messageContents)
{
//If someone chooses not to pass a packet then we'll use the empty packet.
if (messageContents != null)
{
InternalByteRepresentation = messageContents;
SerializerKey = serializationKey;
}
else
{
messageContents = Serializer <GladNetProtobufNetSerializer> .Instance.Serialize(Packet.Empty);
serializationKey = Serializer <GladNetProtobufNetSerializer> .Instance.SerializerUniqueKey;
}
OperationType = opType;
PacketCode = packetCode;
EncryptionMethodByte = EncryptionBase.NoEncryptionByte;
decrypted = false;
}
//Unity really hates Internal. Unity I hate you.
//TODO: Implementation encryption functionality
#if !UNITYDEBUG && !UNITYRELEASE
internal virtual Packet.SendResult SendMessage(Packet.OperationType type, PacketBase packet, byte packetCode, Packet.DeliveryMethod deliveryMethod, int channel = 0, byte encrypt = EncryptionBase.NoEncryptionByte, bool isInternal = false)
