Or any of the similar tools listed here, based on personal preferences! I currently use Chezmoi, but I like that they help you discover alternatives.
Or any of the similar tools listed here, based on personal preferences! I currently use Chezmoi, but I like that they help you discover alternatives.
Here’s the stats for mastodon.world and Lemmy.world
(And a few other fediverse sites)
https://blog.mastodon.world/blog-post-for-august-2024-and-july
Also: should you wish for something with Fedora literally in the name, Fedora Silverblue and Fedora Kionite are the upstream—published by the Fedora Project—versions of Bluefin that use GNOME and KDE, respectively.
Either could be an excellent choice should you wish for
Atomic
The whole system is updated in one go, and an update will not apply if anything goes wrong, meaning you will always have a working computer.
Well this is literally Fedora, and I offered it for consideration, not a recommendation. This seems a tad hostile.
Only thing I might add would be potentially Bluefin. It is Fedora with Gnome, except Atomic. It markets itself as:
The best of both worlds: the reliability and ease of use of a Chromebook, with the power of a GNOME desktop.
It’s been fantastic for me with automatic updates and everything installed through flathub so you don’t bork your system with any misconfigured installs.
De-Googling was what got me started as well. Wanted to be able to have my own Google Drive clone with Nextcloud. From there it was just one little improvement / additional service at a time as I learned to use Linux and docker. Now I run a Linux laptop and am considering an android phone.
Engineering background for reference.
I wonder if you could do something with heuristics or a micro LLM to flag words that might be expected to be private.
I would be curious if someone could do a proof of concept with the Ollama self-hosted model. Like if you feed it with examples of names, IP addresses, API-key-like-strings, and others, it might be able to read through the whole file and then flag anything with a risk level greater than some threshold.
Tbh it definitely helps with my phone addiction. The content starts to run out and I can just put down my phone.
It was just always so annoying having to go into the iPhone keyboard punctuation twice for each domain
Very enjoyable read, thank you for sharing!
Man, some people have really thought of everything. I am so impressed.
Honestly, I learned a ton from these guys: https://www.smarthomebeginner.com/
I’ve diverged a good bit since then of the services I’ve added and the specifics of how I configure things (I still use Traefik whereas I think they’ve shifted to Nginx), but they have a great example of a GitHub repo and what it looks like to manage a self-hosted server.
For #2 and #3, it’s probably exceedingly obvious, but wish I would have truly understood ssh, remote VS Code, and enough git to put my configs on a git server.
So much easier to manage things now that I’m not trying to edit docker compose files with nano and hoping and praying I find the issue when I mess something up.
A new preferences dialog has been added to Software Manager that has, among other options, a toggle to show unverified Flatpaks — but the distro makes clear this is “not recommended”
Technically, this numbering scheme conforms with semantic versioning where
1.9.0 -> 1.10.0 -> 1.11.0
Ahhhh why not anything in /tmp
or better ${TMPDIR:-/tmp}
or best mktemp
Same here lol, just read through ext{2…4} as well as Btrfs and Bcachefs (and B Trees of course). What a wonderful unplanned deep dive.
So should ext3 be deprecated for the same reason? Seems it also has the 2038 problem.
https://en.wikipedia.org/wiki/Ext3
E: Seams -> Seems
Wow, 1993 to 2024, not a bad first-class support lifetime.
I think this would likely be most troublesome on some of the OG internet users that got a whole freaking /8, /10, or /12 or something like AT&T or universities. Up until very recently, and possibly even to the present, these organizations had such large IPv4 space, that there was no need to do NAT, and each device had a publicly addressable IP.
https://en.wikipedia.org/wiki/List_of_assigned_/8_IPv4_address_blocks