1. Overview
2. Module Description - What the module does and why it is useful
3. Setup - The basics of getting started with routing
   • What routing affects
   • Setup requirements
   • Beginning with routing
4. Usage - Configuration options and additional functionality
5. Reference - An under-the-hood peek at what the module is doing and how
6. Limitations - OS compatibility, etc.
7. Development - Guide for contributing to the module

This module is a common interface to the puppet-quagga and puppet-openbgpd modules

This modules allows for the manging of the routing daemon.

• Manages the routing configueration file

• depends on stdlib 4.12.0 (may work with earlier versions)
• depends on icann-tea 0.2.2 (may work with earlier versions)
• depends on icann-quagga 0.3.1 (may work with earlier versions)
• depends on icann-openbgpd 0.1.0 (may work with earlier versions)

Install the package an make sure it is enabled and running with default options, on FreeBSD this will run puppet-openbgpd and on linux puppet-quagga (specificly quagga::bgpd):

class { '::routing': }

With some bgp peers

class { '::routing': 
  my_asn => 64496,
  router_id => '192.0.2.1',
  networks4 => [ '192.0.2.0/24'],
  peers => {
    '64497' => {
      'addr4' => ['192.0.2.2'],
      'desc'  => 'TEST Network'
    }
  }
}  

and in hiera

routing::my_asn: 64496,
routing::router_id: 192.0.2.1
routing::networks4:
- '192.0.2.0/24'
routing::peers:
  64497:
    addr4:
    - '192.0.2.2'
    desc: TEST Network

Add config but disable advertisments and add nagios checks

class { '::routing':
  my_asn => 64496,
  router_id => '192.0.2.1',
  networks4 => [ '192.0.2.0/24'],
  enable_advertisements => false,
  peers => {
    '64497' => {
      'addr4' => ['192.0.2.2'],
      'desc'  => 'TEST Network'
    }
  }
}  

Full config

class { '::routing':
  my_asn                   => 64496,
  router_id                => '192.0.2.1',
  networks4                => [ '192.0.2.0/24', '10.0.0.0/24'],
  failsafe_networks4       => ['10.0.0.0/23'],
  networks6                => ['2001:DB8::/48'],
  failsafe_networks6       => ['2001:DB8::/32'],
  enable_advertisements    => false,
  enable_advertisements_v4 => false,
  enable_advertisements_v6 => false,
  peers => {
    '64497' => {
      'addr4'          => ['192.0.2.2'],
      'addr6'          => ['2001:DB8::2'],
      'desc'           => 'TEST Network',
      'inbound_routes' => 'all',
      'communities'    => ['no-export', '64497:100' ],
      'multihop'       => 5,
      'prepend'        => 3,
    }
  }
}  

• Public Classes
  • routing
• Private defined types
  • routing::peer

configure BGP settings

• my_asn (Int, Default: undef): The local ASN to use
• router_id (IP Address, Default: undef): IP address for the router ID
• daemon (Enum[openbgpd, quagga], Default: os specific) manully specify the daemon
• networks4 (Array, Default: []): Array ip IPv4 networks in CIDR format to configure
• failsafe_networks4 (Array, Default: []): Array ip IPv4 failsafe networks in CIDR format to configure. Failsafe networks consist of covering prefixes for the IPv4 networks. if the policy decided to disable advertising due to detected errors it will leave the failsafe network inplace. This is a specific use case for anycast networks which effectivly disables an anycast node as all others will still be advertising a more specific network; however if something goes wrong and all nodes have the most specific route removed then we would still have this failsafe network in place.
• networks6 (Array, Default: []): Array ip IPv6 networks in CIDR format to configure
• failsafe_networks4 (Array, Default: []): Array ip IPv6 failsafe networks in CIDR format to configure. See failsafe_networks4 for a description
• failsafe_server (Bool, Default: false): If this is set to true then we will only ever advertise the failsafe networks. i.e. the node will be effectivly ofline unless all other nodes are either out of commision or remove ther most specific networks (networks4 and networks6)
• enable_advertisements (Bool, Default: true): If this is set to false then no networks, including the failsafe networks, will be advertised.
• enable_advertisements_v4 (Bool, Default: true): If this is set to false then no IPv4 networks, including the failsafe IPv4 networks, will be advertised.
• enable_advertisements_v6 (Bool, Default: true): If this is set to false then no IPv6 networks, including the failsafe IPv6 networks, will be advertised.
• enable_nagios (Boolean, Default: false): export nagios services to monitor begp advertices routes
• peers (Hash[Routing::Asn, Routing::Peer], Default: {}): hash of peers to configur

Creat config for individual peers

• namevar (Int): ASN of the peer
• addr4 (Array, Default: []): Array of IPv4 neighbor addresses
• addr6 (Array, Default: []): Array of IPv6 neighbor addresses
• desc (String, Default: undef): Description of the peer
• inbound_routes (String /^(all|none|defaultv4|default|v6default)$/, Default: 'none'): what ACL to apply for inbound routes.
  • all: accept all but the default route
  • none: accept no routes
  • default: only accept default routes
  • v4default: only accept default routes over ipv4
  • v6default: accept a default v6 route
• communities (Array, Default: []): Array of comminuties to set on advertised routes.
• multihop (Int, Default: undef): Multihop setting to set on peers neighbor addresses
• prepend (Int, Default: undef): Number of times to prepend your own ASN on advertised routes

This module has been tested on:

• FreeBSD 10
• Ubuntu 14.04

Pull requests welcome but please also update documentation and tests.