ASUS Linux is a community effort, not part of ASUS the company.

I’d love to be wrong, but I can’t find any sources on significant contributions from ASUS.

My ASUS laptop special buttons above the normal keyboard are registered as a separate device to the kernel, so this does not impact them. They are far enough out of the way to not get pressed by my ergo split though.

My laptop didn’t have a key for that, so I ended up gluing together this universal Linux solution.

I just wrote a post on how to use this to automatically disable/enable your laptop keyboard on plugging/unplugging your custom keyboard. Just one example.

In general, it allows you to set rules and automation about handling devices on the kernel level and comes with systemd (so most modern Linux distros have it by default, even Arch Linux)

https://fhoekstra.eu/posts/linux-disable-internal-laptop-keyboard-when-external-keyboard-plugged-in/

“My browser is slow because Venus is in Taurus now”

This joke is taken insanely far

Thank you for the feedback, could you be more specific?

Is it crossposting? Or Kubernetes-specific content in /c/programming?

Or giving tips on how to practice for specific certification exams?

Or do you dislike the prose format? Too much context? Do you prefer bullet points?

Or is it that I put an image while the link should be the focus? I see now that in my client I have to click through to the original post first to see and visit the URL

Impressive!

I don’t believe you, but I’d like to be proven wrong.

I expect you have a UPS that feeds your hosts and networking equipment and something like ZFS for disk redundancy. This protects against the most common failures and is usually enough, but there are still single points of failure in such a setup, that are not as common, not as hard to deal with through manual intervention, and quite difficult to protect with redundancy.

I would be surprised if you are protected against the following single points of failure without manual intervention:

• NAS machine (not just disk) failure. You would need to have a multi-node distributed storage, like Ceph, to protect against this.
• Networking equipment failure. I think you can do some magic with BGP to do this, but I’m not a network engineer and I’ve never set up a redundant network.

Bitnami Helm charts are not maintained anymore. There are no updates for the charts and images in the legacy repository. Try to find a different chart for harbor registry and any other bitnami images and charts you use ASAP

That is indeed a difficult problem. Integration testing and contract testing can help to avoid this, but one can never be 100% sure.

https://xkcd.com/1172/

Or LazyVim

https://lazyvim.org/

I was just relaying how the OpenCloud people explained it to me at Froscon this year

Nice, I hadn’t heard of that one yet!

• Not affiliated.
• Why did you use NextCloud over OwnCloud? Same reasons apply

Thanks for your feedback!

Some thoughts:

• You could configure your cliff.toml (generated with git-cliff --init) to ignore any commits that aren’t interesting to your users
• You could use “squash merge” to the prerelease/staging/development branch so that you can commit without worry, and then only have your PR titles follow conventional commits (if the change is interesting to your users)

I should probably add those to the blog.

But yeah, I get preferring to write manual tailored changelogs. Personally I am just a little neurotic about single source of truth and a huge Git nerd. And I know that at least in this job, my users are neurotic enough to prefer completeness.

Just like the old PHP based OwnCloud was forked to NextCloud for governance reasons, we now also have a fork of OCIS under the name OpenCloud:

https://opencloud.eu/