BirdPlan

This page is read only. You can view the source, but not change it. Ask your administrator if you think this is wrong.
====== BirdPlan ======

^  Components  ^^
| [[https://gitlab.oscdev.io/software/birdplan|BirdPlan]] | [[https://gitlab.oscdev.io/software/birdplan/-/commits/master|{{https://gitlab.oscdev.io/software/birdplan/badges/master/pipeline.svg?.png?}}]] [[https://gitlab.oscdev.io/software/birdplan/-/commits/master|{{https://gitlab.oscdev.io/software/birdplan/badges/master/coverage.svg?.png?}}]] |
| [[https://gitlab.oscdev.io/software/nsnetsim|nsnetsim]] | [[https://gitlab.oscdev.io/software/nsnetsim/-/commits/master|{{https://gitlab.oscdev.io/software/nsnetsim/badges/master/pipeline.svg?.png?}}]] [[https://gitlab.oscdev.io/software/nsnetsim/-/commits/master|{{https://gitlab.oscdev.io/software/nsnetsim/badges/master/coverage.svg?.png?}}]] |
| [[https://gitlab.oscdev.io/software/birdclient|birdclient]] | [[https://gitlab.oscdev.io/software/birdclient/-/commits/master|{{https://gitlab.oscdev.io/software/birdclient/badges/master/pipeline.svg?.png?}}]] [[https://gitlab.oscdev.io/software/birdclient/-/commits/master|{{https://gitlab.oscdev.io/software/birdclient/badges/master/coverage.svg?.png?}}]] |


===== Purpose =====

Tool to automatically configure [[https://bird.network.cz/|BIRD]] and unit test configurations, because proper BGP configuration for a carrier/ISP with a somewhat complete featureset is a complex task.

We will be using a new advanced network virtualization system that is capable of spinning up <del>hundreds</del> thousands of routers to create testing scenarios like this...

{{projects:birdplan:diagram.png?direct&400|}}

===== Features =====

  * BGP configuration
    * Peer types: customer, internal, peer, rrclient, rrserver, rrserver-rrserver, routecollector, routeserver, transit
  * OSPF configuration
  * RIPv2 configuration


===== Technologies =====

  * Python
  * [[https://bird.network.cz|BIRD]] - Bird Internet Routing Daemon
  * Networking protocols: BGP, RIPv2, OSPF
  * Network simulation using light weight network namespaces
  * [[https://oscdev.io/software/nsnetsim|nsnetsim]] - Network simulation
  * [[https://oscdev.io/software/birdclient|birdclient]] - Python library for parsing BIRD output


===== Challenges =====

  * Conversion of code base from python 2 to clean python 3


===== TODO =====

  * <del>Pull in static config</del>
  * <del>Unit tests</del>
  * <del>Pull in RIP configuration</del>
  * <del>Pull in OSPF configuration</del>
  * <del>Pull in BGP configuration</del>
  * Support for RPKI
  * Tests tests tests!
  * Better documentation for nsnetsim code
  * Better documentation for birdclient code
  * Documentation for birdplan code