Problem Statement: https://github.com/six5532one/distance-vector-routing/blob/master/specs.pdf
Each advertisement has the format:
A1/A2/.../Ak/<port number of router that is sending the message>/<payload>
where A1, A2, ... Ak are each an IP address of the router sending the message.
The payload at the end of each advertisement has the format:
<node1_IP> <node1_Port> <distance from this router to node1>:...:<noden_IP> <noden_Port> <distance from this router to noden>
To execute the routing algorithm on the topology shown here, run the following commands:
// Node X (bern.clic.cs.columbia.edu)
$ ssh [email protected]
$ java Router 9000 128.59.15.58:9000:2 128.59.15.66:9000:7 | tee nodeX_log.txt
// Node Y (lisbon.clic.cs.columbia.edu)
$ ssh [email protected]
$ java Router 9000 128.59.15.59:9000:2 128.59.15.66:9000:1 | tee nodeY_log.txt
// Node Z (islamabad.clic.cs.columbia.edu)
$ ssh [email protected]
$ java Router 9000 128.59.15.59:9000:7 128.59.15.58:9000:1 128.59.15.68:9000:3 | tee nodeZ_log.txt
// Node W (baghdad.clic.cs.columbia.edu)
$ ssh [email protected]
$ java Router 9000 128.59.15.66:9000:3 128.59.15.55:9000:5 | tee nodeW_log.txt
// Node V (amman.clic.cs.columbia.edu)
$ ssh [email protected]
$ java Router 9000 128.59.15.68:9000:5 128.59.15.75:9000:2 | tee nodeV_log.txt
// Node U (wellington.clic.cs.columbia.edu)
$ ssh [email protected]
$ java Router 9000 128.59.15.55:9000:2 | tee nodeU_log.txt
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