Module for traffic management and connection quality assessment.
Beispiel #1
0
        /// <summary>
        /// Receives a pong and updates connection timings.
        /// </summary>
        internal void OnReceivePong(long curTime, byte pongSeq, byte drop)
        {
            // Reject it if it's too old, including statistics for it
            long creationTime = this.outgoingPing.ConsumePong(pongSeq);

            if (creationTime < 0)
            {
                return;
            }
            long diff = curTime - creationTime;

            if (diff < 0)
            {
                return;
            }

            this.lastPacketRecvTime = curTime;
            this.lastPongRecvTime   = curTime;

            this.pingWindow[this.pingWindowIndex] = (int)diff;
            this.pingWindowIndex =
                (this.pingWindowIndex + 1) % this.pingWindow.Length;

            // Recompute since it may be read on the main thread
            this.Ping       = NetTraffic.PingAverage(this.pingWindow);
            this.RemoteDrop = drop / (float)NetTraffic.LOSS_BITS;
        }
Beispiel #2
0
        internal NetPeer(IPEndPoint endPoint, string token, bool isClient, long creationTick)
        {
            // Probably no need to pool this class since users may want to hold on
            // to them after closing and they aren't created all that often anyway

            ClosedByUser  = false;
            payloadSeqOut = 0;

            AckRequested = false;

            traffic       = new NetTraffic(creationTick);
            outgoing      = new Queue <NetEvent>();
            this.endPoint = endPoint;
            this.isClient = isClient;
            this.token    = token;

            notificationSeq = 1;

            if (isClient) // Client peers are created after a successful connection
            {
                status = NetPeerStatus.Connected;
            }
            else // Host peers are created in the process of to connecting to them
            {
                status = NetPeerStatus.Connecting;
            }
        }
Beispiel #3
0
        internal NetPeer(
      IPEndPoint endPoint, 
      string token,
      bool isClient, 
      long creationTick)
        {
            // Probably no need to pool this class since users may want to hold on
              // to them after closing and they aren't created all that often anyway

              this.ClosedByUser = false;
              this.payloadSeqOut = 0;

              this.AckRequested = false;

              this.traffic = new NetTraffic(creationTick);
              this.outgoing = new Queue<NetEvent>();
              this.endPoint = endPoint;
              this.isClient = isClient;
              this.token = token;

              this.notificationSeq = 1;

              if (isClient) // Client peers are created after a successful connection
            this.status = NetPeerStatus.Connected;
              else // Host peers are created in the process of to connecting to them
            this.status = NetPeerStatus.Connecting;
        }