public ReliableMessageChannel()
{
config = ReliableConfig.DefaultConfig();
config.TransmitPacketCallback = (buffer, size) =>
{
TransmitCallback(buffer, size);
};
config.ProcessPacketCallback = processPacket;
config.AckPacketCallback = ackPacket;
sendBuffer = new SequenceBuffer <BufferedPacket>(256);
receiveBuffer = new SequenceBuffer <BufferedPacket>(256);
ackBuffer = new SequenceBuffer <OutgoingPacketSet>(256);
time = DateTime.Now.GetTotalSeconds();
lastBufferFlush = -1.0;
lastMessageSend = 0.0;
this.packetController = new ReliablePacketController(config, time);
this.congestionDisableInterval = 5.0;
this.sequence = 0;
this.nextReceive = 0;
this.oldestUnacked = 0;
}
public UnreliableOrderedMessageChannel()
{
config = ReliableConfig.DefaultConfig();
config.TransmitPacketCallback = (buffer, size) => {
TransmitCallback(buffer, size);
};
config.ProcessPacketCallback = processPacket;
packetController = new ReliablePacketController(config, DateTime.Now.GetTotalSeconds());
}
public UnreliableMessageChannel()
{
receiveBuffer = new SequenceBuffer <ReceivedPacketData>(256);
config = ReliableConfig.DefaultConfig();
config.TransmitPacketCallback = delegate(byte[] buffer, int size)
{
TransmitCallback(buffer, size);
};
config.ProcessPacketCallback = delegate(ushort seq, byte[] buffer, int size)
{
if (!receiveBuffer.Exists(seq))
{
receiveBuffer.Insert(seq);
ReceiveCallback(ChannelID, buffer, size);
}
};
packetController = new ReliablePacketController(config, DateTime.Now.GetTotalSeconds());
}
