RIP: Difference between revisions
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added OSes that ampr-ripd has been compiled for |
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* [[ampr-ripd]], a C based routing daemon | * [[ampr-ripd]], a C based routing daemon | ||
* [[rip44d]], a PERL based routing daemon | * [[rip44d]], a PERL based routing daemon | ||
= Availability/Compatibility = | |||
The RIP44 daemons have been tested and known to work on the following operating systems: | |||
* BSD | |||
* OpenWRT/LEDE | |||
* Raspbian | |||
* Slackware Linux | |||
* Ubuntu/Debian Linux | |||
* Vyatta/VyOS | |||
= Non-RIP44 Workarounds = | |||
The devices below do not possess a known, end-user method to install additional software (i.e. ampr-ripd). Operators have developed scripts to parse inbound routing packets to make them compatible for usage on AMPRNet: | |||
* Cisco IOS | |||
* JunOS | |||
* MikroTik | |||
* Ubiquiti OS | |||
= See Also = | = See Also = | ||
Revision as of 21:09, 23 May 2017
Information about other AMPRNet gateways can now be received dynamically via modified RIPv2 advertisements. Previously, routes were obtained by creating a munge script that parsed Encap.txt.
RIP44 Daemons
Two programs are available for GNU/Linux to utilize these updates:
Availability/Compatibility
The RIP44 daemons have been tested and known to work on the following operating systems:
- BSD
- OpenWRT/LEDE
- Raspbian
- Slackware Linux
- Ubuntu/Debian Linux
- Vyatta/VyOS
Non-RIP44 Workarounds
The devices below do not possess a known, end-user method to install additional software (i.e. ampr-ripd). Operators have developed scripts to parse inbound routing packets to make them compatible for usage on AMPRNet:
- Cisco IOS
- JunOS
- MikroTik
- Ubiquiti OS
See Also
- startampr - a script that loads the routing daemon on boot on Linux server-type devices
- Instructions for setting up a tunnel gateway on Linux
- Instructions for setting up a gateway on OpenWRT