package ubeeme.moversight.simulations;
@namespace(ubeeme::moversight);

import inet.world.radio.ChannelControl;
import inet.networklayer.autorouting.ipv4.FlatNetworkConfigurator;
import inet.nodes.inet.Router;
import inet.world.scenario.ScenarioManager;
import ned.DatarateChannel;
import ubeeme.simulations.moversight.MoversightPeer;
//
// @brief Represents a IEEE 802.11b WLAN channel
// delay = average packet delay (see also [1] fig. 8: 802.11 with 11Mbit/s)
// calculated depending on number of nodes n  and delay 
// n=5 , delay=0.005s =  5ms
// n=10, delay=0.01s  = 10ms
// n=15, delay=0.015s = 15ms
// n=20, delay=0.02s  = 20ms
//
// => delay = (0.05s / 4) = 0.0125s = 13ms
//
// quelle: [1]: http://www3.interscience.wiley.com/cgi-bin/fulltext/112622237/PDFSTART
//
network PartitionNetwork_case4
{
    types:
        channel fiberline extends DatarateChannel
        {
            delay = 1us;
            datarate = 512Mbps;
        }
        channel ethernetline extends DatarateChannel
        {
            delay = 0.1us;
            datarate = 10Mbps;
        }
    submodules:
        
        cli[8]: MoversightPeer {
            parameters:
                IPForward = false;
                @display("i=device/laptop_s");
        }
        rte[3]: Router {
            parameters:
                @display("is=vs");
        }

        scenarioManager: ScenarioManager {
            parameters:
              @display("p=50,40");
        }

        wirelessConnectivityObserver: FlatNetworkConfigurator {
              @display("p=50,160");
        }
    connections:

        cli[1].pppg++ <--> ethernetline <--> rte[0].pppg++;
        cli[2].pppg++ <--> ethernetline <--> rte[0].pppg++;        
        cli[3].pppg++ <--> ethernetline <--> rte[0].pppg++; 
        
        cli[4].pppg++ <--> ethernetline <--> rte[1].pppg++;
        cli[5].pppg++ <--> ethernetline <--> rte[1].pppg++;
        cli[6].pppg++ <--> ethernetline <--> rte[1].pppg++;
        cli[7].pppg++ <--> ethernetline <--> rte[1].pppg++;

        cli[0].pppg++ <--> ethernetline <--> rte[2].pppg++;

        rte[0].pppg++ <--> fiberline <--> rte[1].pppg++;
        rte[1].pppg++ <--> fiberline <--> rte[2].pppg++;

}