public async UniTask SendUnreliable(UdpClient UdpSocket)
{
if (UnreliableCommandBuffer.ToArray().Length != 0)
{
var l2 = new UdpPacketL2
{
PacketNumber = 0,
ACKNumber = 0,
Commands = UnreliableCommandBuffer.ToArray()
}.Serialize();
var l2Encrypt = AES.Encrypt(l2, AESKey);
var packet = new UdpPacket
{
PeerID = UniP2PManager.MyPeerID,
UdpPacketL2 = l2Encrypt.result,
UdpPacketL2IV = l2Encrypt.iv,
}.Serialize();
await UdpSocket.SendAsync(packet, packet.Length, Peer.IPEndPoint);
PacketCapture.Write(Peer.IPEndPoint.ToString(), packet.Length, "Unreliable");
UnreliableCommandBuffer.Clear();
}
}
public async UniTask SendReliable(UdpClient UdpSocket)
{
if (State == UdpConnectionState.Connected)
{
/*if (!isTickReliablePacket)
* {
* isTickReliablePacket = true;
* await TickReliablePacket(UdpSocket);
* }*/
if (ReliableCommandBuffer.Count != 0)
{
var l2 = new UdpPacketL2
{
PacketNumber = MyPacketCount,
ACKNumber = 0,
Commands = ReliableCommandBuffer.ToArray(),
}.Serialize();
var l2Encrypt = AES.Encrypt(l2, AESKey);
var packet = new UdpPacket
{
PeerID = UniP2PManager.MyPeerID,
UdpPacketL2 = l2Encrypt.result,
UdpPacketL2IV = l2Encrypt.iv,
}.Serialize();
await UdpSocket.SendAsync(packet, packet.Length, Peer.IPEndPoint);
PacketCapture.Write(Peer.IPEndPoint.ToString(), packet.Length, "Reliable");
//SentReliableBuffer.Add(MyPacketCount, new ReliablePacketInfo { Buffer = packet, WaitTime = 0 });
MyPacketCount++;
}
/*if (SentReliableBuffer.ContainsKey(PeerWaitPacketNumber))
* {
* await UdpSocket.SendAsync(SentReliableBuffer[PeerWaitPacketNumber].Buffer, SentReliableBuffer[PeerWaitPacketNumber].Buffer.Length, Peer.IPEndPoint);
* PacketCapture.Write(Peer.IPEndPoint.ToString(), SentReliableBuffer[PeerWaitPacketNumber].Buffer.Length, "SentReliableBuffer");
* }*/
}
}