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The backoff code assumed that yang operations always completed quickly. It checked for > 100 YANG modeled commands happening in under 1 second to enable batching. If 100 yang modeled commands always take longer than 1 second batching is never enabled. This is the exact opposite of what we want to happen since batching speeds the operations up. Here are the results for libyang2 code without and with batching. | action | 1K rts | 2K rts | 1K rts | 2K rts | 20k rts | | | nobatch | nobatch | batch | batch | batch | | Add IPv4 | .881 | 1.28 | .703 | 1.04 | 8.16 | | Add Same IPv4 | 28.7 | 113 | .590 | .860 | 6.09 | | Rem 1/2 IPv4 | .376 | .442 | .379 | .435 | 1.44 | | Add Same IPv4 | 28.7 | 113 | .576 | .841 | 6.02 | | Rem All IPv4 | 17.4 | 71.8 | .559 | .813 | 5.57 | (IPv6 numbers are basically the same as iPv4, a couple percent slower) Clearly we need this. Please note the growth (1K to 2K) w/o batching is non-linear and 100 times slower than batched. Notes on code: The use of the new `nb_cli_apply_changes_clear_pending` is to commit any pending changes (including the current one). This is done when the code would not correctly handle a single diff that included the current changes with possible following changes. For example, a "no" command followed by a new value to replace it would be merged into a change, and the code would not deal well with that. A good example of this is BGP neighbor peer-group changing. The other use is after entering a router level (e.g., "router bgp") where the follow-on command handlers expect that router object to now exists. The code eventually needs to be cleaned up to not fail in these cases, but that is for future NB cleanup. Signed-off-by: Christian Hopps <chopps@labn.net> |
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FRRouting
FRR is free software that implements and manages various IPv4 and IPv6 routing protocols. It runs on nearly all distributions of Linux and BSD and supports all modern CPU architectures.
FRR currently supports the following protocols:
- BGP
- OSPFv2
- OSPFv3
- RIPv1
- RIPv2
- RIPng
- IS-IS
- PIM-SM/MSDP
- LDP
- BFD
- Babel
- PBR
- OpenFabric
- VRRP
- EIGRP (alpha)
- NHRP (alpha)
Installation & Use
For source tarballs, see the releases page.
For Debian and its derivatives, use the APT repository at https://deb.frrouting.org/.
Instructions on building and installing from source for supported platforms may be found in the developer docs.
Once installed, please refer to the user guide for instructions on use.
Community
The FRRouting email list server is located here and offers the following public lists:
| Topic | List |
|---|---|
| Development | dev@lists.frrouting.org |
| Users & Operators | frog@lists.frrouting.org |
| Announcements | announce@lists.frrouting.org |
For chat, we currently use Slack. You can join by clicking the "Slack" link under the Participate section of our website.
Contributing
FRR maintains developer's documentation which contains the project workflow and expectations for contributors. Some technical documentation on project internals is also available.
We welcome and appreciate all contributions, no matter how small!
Security
To report security issues, please use our security mailing list:
security [at] lists.frrouting.org