public void WriteToCustomPacket(CustomPacket packet)
{
byte flags = 0;
flags |= (byte)((byte)Reliability << FLAG_RELIABILITY_INDEX);
flags |= Split ? FLAG_SPLIT : (byte)0;
packet.WriteByte(flags);
packet.WriteUShort((ushort)(Payload.Length * 8));
if (Reliability.IsReliable())
{
packet.WriteTriad(MessageIndex, ByteOrder.Little);
}
if (Reliability.IsOrdered() || Reliability.IsSequenced())
{
packet.WriteTriad(OrderIndex, ByteOrder.Little);
packet.WriteByte(OrderChannel);
}
if (Split)
{
packet.WriteInt(SplitCount);
packet.WriteUShort(SplitId);
packet.WriteInt(SplitIndex);
}
packet.WriteBytes(Payload);
}
public EncapsulatedPacket(CustomPacket packet)
{
byte flags = packet.ReadByte();
Reliability = (Reliability)((flags & FLAG_RELIABILITY) >> FLAG_RELIABILITY_INDEX);
Split = (flags & FLAG_SPLIT) > 0;
int length = packet.ReadUShort() / 8;
if (Reliability.IsReliable())
{
MessageIndex = packet.ReadTriad(ByteOrder.Little);
}
if (Reliability.IsOrdered() || Reliability.IsSequenced())
{
OrderIndex = packet.ReadTriad(ByteOrder.Little);
OrderChannel = packet.ReadByte();
}
if (Split)
{
SplitCount = packet.ReadInt();
SplitId = packet.ReadUShort();
SplitIndex = packet.ReadInt();
}
Payload = packet.ReadBytes(length);
}
public int GetPacketSize()
{
return(1 + 2 + (Reliability.IsReliable() ? 3 : 0) +
(Reliability.IsOrdered() || Reliability.IsSequenced() ? 4 : 0) +
(Split ? 10 : 0) + Payload.Length);
}
