First of all, s/Juha/Julien/g on my previous email (Sorry!)
That said, what branch are you working on? I’m happy to test it.
I have a setup in Panama (multiple kams, working as a cluster in different
physical locations), the 2 sites are interconnected with direct fiber
connection that fails very often (Panama Internet quality is not the best).
We also have asterisk boxes in each location. All kams can reach all
asterisks. Every now and then, the interconnectivity degrades (but doesn’t
fail) although calls are affected (latency) what we normally do in these
cases is force-route to only a specific set of servers from one location
until the degradation is over.
I almost sure this version of algorithm 13 will handle that case totally
automatic for us.
Really excited about this!
Joel.
On Fri, Nov 13, 2020 at 18:10 Julien Chavanton <jchavanton(a)gmail.com> wrote:
I did some load tests today and added a comment on the
pull request.
My status is that this is production ready.
But it is not yet merged in master, if you want to use it you will have to
use master or cherry-pick a few commits because there was some refactoring
done to facilitate the integration and the review.
Happy Friday the 13th.
On Fri, Nov 13, 2020, 14:54 Joel Serrano <joel(a)textplus.com> wrote:
Thanks Juha!! I have a perfect use case for this
algorithm.
Is it tryable ?
Joel.
On Fri, Nov 13, 2020 at 5:57 AM David Villasmil <
david.villasmil.work(a)gmail.com> wrote:
Nice!
On Thu, 12 Nov 2020 at 22:01, Julien Chavanton <jchavanton(a)gmail.com>
wrote:
About The Algorithm “13” - latency optimized
dispatching,
Is now reviewed once and tested, it will most likely be ready to merge
soon.
I want to share my thoughts on it one more time as it is not too late
to get more feedback before we merge.
I think it is the best algorithm in most use cases, here is why :
It is providing round-robin and fail-over with automatic
de-prioritization of slow/unresponsive gateways.
You probably asked yourself the following questions in the past :
"How do I set the thresholds to put a gateway out of service ?"
*ds_probing_threshold*, *ds_inactive_threshold* and timers ...
- If your thresholds are too strict, you may end up running out of
gateway.
- If your thresholds are too tolerant, you may end up adding excessive
delays to call establishment and using degraded gateways.
The automatic de-prioritization can help to address this concern more
efficiently by providing more flexibility.
- it can react faster than lets say 2 consecutive timeouts.
- it will not disable gateways but simply de-prioritize / reorder them
if needed.
The only main drawback I can imagine is when you always need to evenly
distribute calls using round-robin.
It may be needed sometimes but in this case it means you are willing
accept to send calls to a degraded gateway or trough degraded network paths.
Even if you may select to preset a mixture of round-robin sets, thanks
to *ds_select_routes* however it will stay static, needs to be
configured precisely, and will not react to degradation automatically.
I hope this will help use to protect QoS and lower latency of calls
routed by Kamailio.
Feel free to let me know what you think
Julien
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Regards,
David Villasmil
email: david.villasmil.work(a)gmail.com
phone: +34669448337
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