Anay 2c547e60f4 Inet framework 7 gadi atpakaļ
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ChangeLog 2c547e60f4 Inet framework 7 gadi atpakaļ
README 2c547e60f4 Inet framework 7 gadi atpakaļ
client.mrt 2c547e60f4 Inet framework 7 gadi atpakaļ
extServer.ned 2c547e60f4 Inet framework 7 gadi atpakaļ
omnetpp.ini 2c547e60f4 Inet framework 7 gadi atpakaļ
router.mrt 2c547e60f4 Inet framework 7 gadi atpakaļ
run 2c547e60f4 Inet framework 7 gadi atpakaļ
server.mrt 2c547e60f4 Inet framework 7 gadi atpakaļ

README

The external interface makes it possible to connect the simulation with real
networks.
In this example the network consists of one client, one router, one internal
server and one external (real) server.

The client sends 100 MB of data to the external server using TCP for uplink traffic.
For downlink traffic the external server may send data to the internal server.

To run this example, some parameters have to be adjusted in the omnetpp.ini.

- Make sure that you have libpcap-dev (v1.5.3 or later) installed on your machine.
- Turn on the "Network Emulation" feature (In IDE / INET Project Properties / Project Features.
(if you forget this you will receive a 'Class "inet::cSocketRTScheduler" not found' error)
- Rebuild INET
- Set **.ext[0].device to the device name of the interface of the computer
running the simulation in the omnetpp.ini file.
- Set IP address of the external server to: 192.168.0.111/24 and add a route
to routers external interface 192.168.0.100/24 and set the gateway to the
IP address of the computer, on which the simulation is running
or adjust the omnetpp.ini and mrt files to your networks setup.
- For uplink traffic use e.g. FileZilla and setup your external server to
listen on port 10021.
- For downlink traffic use e.g. Iperf with following command line:
iperf -c 172.0.1.111 -P 1 -i 1 -m -p 10021 -M 1452.0B -l 100.0M -f m -t 0

Start the simulation with root privileges.

IP addresses and routing tables are set up by using mrt files.