NED File src/inet/transportlayer/tcp/TcpConnection.ned

Name	Type	Description
TcpConnection	simple module	(no description)
Source code

//
// Copyright (C) 2004 OpenSim Ltd.
// Copyright (C) 2009-2010 Thomas Reschka
// Copyright (C) 2010 OpenSim Ltd.
//
// SPDX-License-Identifier: LGPL-3.0-or-later
//

package inet.transportlayer.tcp;

simple TcpConnection {
    parameters:
        @signal[state];    // FSM state
        @signal[sndWnd];    // snd_wnd
        @signal[rcvWnd];    // rcv_wnd
        @signal[rcvAdv];    // current advertised window (=rcv_adv)
        @signal[sndNxt];    // sent seqNo
        @signal[sndAck];    // sent ackNo
        @signal[rcvSeq];    // received seqNo
        @signal[rcvAck];    // received ackNo (=snd_una)
        @signal[unacked];    // number of bytes unacknowledged
        @signal[dupAcks];    // current number of received dupAcks
        @signal[pipe];    // current sender's estimate of bytes outstanding in the network
        @signal[sndSacks];    // number of sent Sacks
        @signal[rcvSacks];    // number of received Sacks
        @signal[rcvOooSeg];    // number of received out-of-order segments
        @signal[rcvNASeg];    // number of received not acceptable segments
        @signal[sackedBytes];    // current number of received sacked bytes
        @signal[tcpRcvQueueBytes];    // current amount of used bytes in tcp receive queue
        @signal[tcpRcvQueueDrops];    // number of drops in tcp receive queue
        @signal[tcpRcvPayloadBytes];   // amount of payload bytes received (including duplicates, out of order etc) for TCP throughput

        //TcpAlgorithm signals:
        @signal[cwnd];    // will record changes to snd_cwnd
        @signal[ssthresh];    // will record changes to ssthresh
        @signal[rtt];    // will record measured RTT
        @signal[srtt];    // will record smoothed RTT
        @signal[rttvar];    // will record RTT variance (rttvar)
        @signal[rto];    // will record retransmission timeout
        @signal[numRtos];    // will record total number of RTOs

        @signal[load];   // will record load (currently only with DcTcp)
        @signal[calcLoad];    // will record calcLoad (currently only with DcTcp)
        @signal[markingProb];   // will record marking probability (currently only with DcTcp)

        @statistic[state](record=vector; interpolationmode=sample-hold);
        @statistic[sndWnd](record=vector; interpolationmode=sample-hold);    // snd_wnd
        @statistic[rcvWnd](record=vector; interpolationmode=sample-hold);    // rcv_wnd
        @statistic[rcvAdv](record=vector; interpolationmode=sample-hold);    // current advertised window (=rcv_adv)
        @statistic[sndNxt](record=vector; interpolationmode=sample-hold);    // sent seqNo
        @statistic[sndAck](record=vector; interpolationmode=sample-hold);    // sent ackNo
        @statistic[rcvSeq](record=vector; interpolationmode=sample-hold);    // received seqNo
        @statistic[rcvAck](record=vector; interpolationmode=sample-hold);    // received ackNo (=snd_una)
        @statistic[unacked](record=vector; interpolationmode=sample-hold);    // number of bytes unacknowledged
        @statistic[dupAcks](record=vector; interpolationmode=sample-hold);    // current number of received dupAcks
        @statistic[pipe](record=vector; interpolationmode=sample-hold);    // current sender's estimate of bytes outstanding in the network
        @statistic[sndSacks](record=vector; interpolationmode=sample-hold);    // number of sent Sacks
        @statistic[rcvSacks](record=vector; interpolationmode=sample-hold);    // number of received Sacks
        @statistic[rcvOooSeg](record=vector; interpolationmode=sample-hold);    // number of received out-of-order segments
        @statistic[rcvNASeg](record=vector; interpolationmode=sample-hold);    // number of received not acceptable segments
        @statistic[sackedBytes](record=vector; interpolationmode=sample-hold);    // current number of received sacked bytes
        @statistic[tcpRcvQueueBytes](record=vector; interpolationmode=sample-hold);    // current amount of used bytes in tcp receive queue
        @statistic[tcpRcvQueueDrops](record=vector; interpolationmode=sample-hold);    // number of drops in tcp receive queue
        @statistic[tcpRcvPayloadBytes](record=vector; interpolationmode=sample-hold);    // current amount of payload bytes received (including duplicates, out of order etc) for TCP throughput

        @statistic[cwnd](record=vector; interpolationmode=sample-hold);    // will record changes to snd_cwnd
        @statistic[ssthresh](record=vector; interpolationmode=sample-hold);    // will record changes to ssthresh
        @statistic[rtt](record=vector; interpolationmode=sample-hold);    // will record measured RTT
        @statistic[srtt](record=vector; interpolationmode=sample-hold);    // will record smoothed RTT
        @statistic[rttvar](record=vector; interpolationmode=sample-hold);    // will record RTT variance (rttvar)
        @statistic[rto](record=vector; interpolationmode=sample-hold);    // will record retransmission timeout
        @statistic[numRtos](record=vector; interpolationmode=sample-hold);    // will record total number of RTOs

        @statistic[load](record=vector; interpolationmode=sample-hold);    // will record load (currently only with DcTcp)
        @statistic[calcLoad](record=vector; interpolationmode=sample-hold);    // will record calcLoad (currently only with DcTcp)
        @statistic[markingProb](record=vector; interpolationmode=sample-hold);    // will record marking probability (currently only with DcTcp)
}