NixOS
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Linux is a family of open source Unix-like operating systems based on the Linux kernel, an operating system kernel first released on September 17, 1991 by Linus Torvalds. Linux is typically packaged in a Linux distribution (or distro for short).
Distributions include the Linux kernel and supporting system software and libraries, many of which are provided by the GNU Project. Many Linux distributions use the word "Linux" in their name, but the Free Software Foundation uses the name GNU/Linux to emphasize the importance of GNU software, causing some controversy.
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Nix flakes, me.
I just started yesterday in a VM. It's no stress and you can easily put your configuration on metal after. Pretty fun stuff.
The most satisfying part of the NixOS process is deploying to bare metal and watching it work exactly as you intend it to
Estroge- oh, I'm in the Linux community whoops
I'd just like to interject for a moment. What you're refering to as Estrogen, is in fact, GNU/Estrogen, or as I've recently taken to calling it, GNU plus Estrogen. Estrogen is not an operating system unto itself, but rather another free component of a fully functioning GNU system made useful by the GNU corelibs, shell utilities and vital system components comprising a full OS as defined by POSIX.
Many computer users run a modified version of the GNU system every day, without realizing it. Through a peculiar turn of events, the version of GNU which is widely used today is often called Estrogen, and many of its users are not aware that it is basically the GNU system, developed by the GNU Project.
There really is a Estrogen, and these people are using it, but it is just a part of the system they use. Estrogen is the kernel: the program in the system that allocates the machine's resources to the other programs that you run. The kernel is an essential part of an operating system, but useless by itself; it can only function in the context of a complete operating system. Estrogen is normally used in combination with the GNU operating system: the whole system is basically GNU with Estrogen added, or GNU/Estrogen. All the so-called Estrogen distributions are really distributions of GNU/Estrogen!
Is your gender POSIX-compliant?
"I use Estrogen as my operating system," I state proudly to the unkempt, bearded man. He swivels around in his desk chair with a devilish gleam in his eyes, ready to mansplain with extreme precision. "Actually", he says with a grin, "Estrogen is just the kernel. You use GNU+Estrogen!' I don't miss a beat and reply with a smirk, "I use Alpine, a distro that doesn't include the GNU coreutils, or any other GNU code. It's Estrogen, but it's not GNU+Estrogen.
The smile quickly drops from the man's face. His body begins convulsing and he foams at the mouth and drops to the floor with a sickly thud. As he writhes around he screams "I-IT WAS COMPILED WITH GCC! THAT MEANS IT'S STILL GNU!" Coolly, I reply "If Testosterone was compiled With gcc, would that make it GNU?" I interrupt his response with "-and work is being made on the kernel to make it more compiler-agnostic. Even you were correct, you wont be for long."
With a sickly wheeze, the last of the man's life is ejected from his body. He lies on the floor, cold and limp. I've womansplained him to death.
No, no - legit! Do go on.
I have my Estrogen tablets sitting on a shelf waiting for me to finish with fertility preservation
docker I guess, I still don't know how it works, create them, etc
You don't have to know how it works in order to use it. I don't know either but I could host services using docker. trust me it's way easier than it seems.
Bcachefs, and bcachefs on root. Need something with filesystem level encryption instead of LUKS, and *ubuntu's and derivatives have all abandoned ZFS on root installs now.
What's your use case for FS-level encryption? LUKS has worked for me so far, I wonder where I'm missing out.
I want to use Neovim but I haven't gotten around to really learning it yet.
I used neovim but recently switched to helix and highly recommend it. If you haven't tried nvim yet, give helix a try before deciding. A good way to compare is do the tutorial of each and see which you like more nvim +Tutor
and hx --tutor
(orhelix --tutor
).
If you're a current vim user the helix keybindings are only a small learning curve after the tutorial, and feel a lot smoother imo
I love Helix. I like that it pretty much works out of the box and the only thing you have to do is install language servers and in some cases configure them, but that's (mostly) well documented. No need to install plugins or use a preset "distribution" like with NeoVim. I also like the built-in keyboard shortcut hints, for example when you press g (goto) it shows you what key will do what.
The way Helix does "select first, then act" is subjective, but I like it.
This is the reason I liked kakoune right away after I started using it: select, then act, and every movement is also a selection.
That's me as well, I've used vim for simple edits over the years but more and more just used nano for most of my terminal based edits. Finally ran vimtutor (mainly because I wasn't aware of it) and wow, I should have done that years ago.
Neovim. I tried to use it a year ago, but I felt like I was fighting it every time I just wanted to make progress on my project. VSCode doesn't get in my way. I'm going to give it another shot in a few years.
Common Lisp. It would take a long while before I'm comfortable working on a project using that language. There's also Lem editor but setting it up is a pain on NixOS.
I kind of want to try wayland just to be modern, but I'm pretty happy with xmonad and don't want to learn another window manager.
I migrated from XMonad to Sway, it checks all my requirements. I don't miss the Turing-complete configurability.
You might want to look into River, a tiling Wayland compositor inspired by xmonad. Disclaimer, I've not actually used xmonad before so I'm not in a position to compare the two. But River is configured entirely through riverctl commands. Its "config" is an executable, by default at $XDG_CONFIG_HOME/river/init
but you can point it to a different path, which can technically be any executable file that just executes when River starts. Ordinarily it'd be a shell script calling all the riverctl commands you want to get your River set up the way you like it, but it could be any executable you like really. You can also use other languages other than shell scripting.
It's still in pretty early development, but I daily drive it for my main general-purpose machine and it works completely fine. I use it for web browsing, coding, gaming, chatting, general productivity, etc, all works. I've noticed some minor hiccups but nothing breaking or unusable. Tbh I would say it's more stable than Hyprland which I've also used and have noticed that Hyprland updates (especially from git) would frequently break it, whereas I was running River compiled from the latest commit of master branch for a while and never had an update break things.
Btrfs. I've been using ext4 for so long, I'm afraid that switching up will just annoy me.
Zsh: same reason.
Perhaps you are a more discerning filesystem user than I am, but I don't think I've actually noticed any difference on btrfs except that I can use snapshots and deduplication.
There are several things I was doing in X-Org that I really don't have the capacity to figure out in Wayland. One of them was customizing touch pad shortcuts, I used to like having 3 figure swipe commands that worked like keyboard shortcuts. The other was my KVM programs like Barrier seems unable to work in Wayland.
I hope for simple solutions to these problems in the future.
Niri looks really cool. I've used tiling WM before but scrolling is a unique take, perhaps more productive for some folks?
Nushell is a good one. I do data science for a living and it'd be nice to have the shell handle some small data transformations instead of writing a script in python. But all the syntax and behavior is very different than bash, so I've been afraid to start because of the learning curve.
Lapce, an IDE written in Rust. It's nice and light compared to most IDE's, so I use it a bit on my aging laptop from 2015. However, it doesn't have the extension ecosystem or polish of my favored IDE, VS Code.
Anything beyond setting up a network-wide dns blocker on docker, so... crowdsec, fail2ban, some proxy-related stuff, zero trust tunnelers and so on.
Why? Because its overkill to my current setup and I don't see myself using em for real other than for learning purposes, and thats it.
And before someone asks "Do you protect your server at all?". Other than making some "hacky" stuff with my internet so all ports appear as closed whilst they actually aren't? Eh, not really. Still, my server is about to reach a year of running nonstop 24/7 and it has never been hacked a single time since then, so naaaw.
any distro other than ubuntu but i'm lazy after ive been doing that shit all day at work
Zed - I've been kind of using it for one-off edits, but it's just not mature yet for most languages.
Elixir, or Gleam/pure Erlang/some other Erlang VM language. I think Erlang is extremely cool and I've enjoyed the little time I spent with Elixir. I also have absolutely no use case to make proper use of it.
Immutable distro. I love the concept but don't want to move away from Alpine Linux...
I want to use COSMIC but its design sucks, I prefer KDE (and on the Rust side: slint).
I want to use GNOME as what it does works great, but it lacks a whole list of features I use.
I want to use Haruna or many other KDE apps, but GNOME/GTK apps are often better and I dont care.
I want to use Gapless as it is the only music player on Linux that seems to not suck? But it lacks many features.
I want to use GNOME as what it does works great, but it lacks a whole list of features I use.
Watch the list actually get longer over time.
I think a lot of the recent AI tools could be fun as toys to play around with, but I'm just very uncomfortable using tech that exploits everyone who doesn't own a huge megacorp.
Also, emacs as a replacement for my graphical editor. It feels like there isn't a "neovim" style modern version, and there's a steep learning curve to configuring it.
Also, Wayland. Come on, Cinnamon. ;_;
If you want something similar to vim or neovim, but without all the fuss learning how to configure it and install plugins and such, you could try helix.
Any modern DE in my fucking Raspberry Pi 5. I tried going Debian testing, broken packages. I tried installing other OSes, fedora didn't even boot, Ubuntu broke in installation and now won't let me log in.
Gnome in Debian stable feels too old and I can't get the screen keyboard working and disable the dann screen reader. I just want a box to put on my tv.
Edit: was idiot, thought raspberry pi de was gnome.also the rpi5 needs a custom kernel as some stuff isn't yet in the main one, so use raspbian.
Ceph. I have some Raspberry Pi's that I'm going to set up a cluster with. Just haven't gotten around to it yet. I half expect the performance to be relatively terrible, but maybe it won't and I can try to build something on top of the cluster in a sort of hyper converged setup.
It's completely overkill for a small home lab but that's what makes it fun.
fish. I think it has most things i want out of the box, so it should be simpler and snappier than my zsh setup. it's just that zsh hasnt bothered me enough to try it yet.
also nushell, im interested in the idea of manipulating structured data instead of unstructured text
Python. Been wanting to learn it for years but all mental capacity I have toward such stuff is drained by work. The whole situation is ironic.
LLM speech-to-text.
It appears continuous speech recognition is possible, but I only got as far as recognition of an audio file.
Still very cool!