I've had a passing curiosity about Guix, so it was good to read this report.
One thing I didn't find is Guix on servers. I am all-in on NixOS for both my daily driver desktop and couple of servers, and adding more of either will be simple modifications to my flake repository. I really appreciate that simplicity and consistency. Does Guix offer that?
The other thing is package availability: it's amazing on Nix. Plus, they remain relatively fresh on the unstable channel. How's that on Guix?
The scheme syntax gets a while to get used to if you are not familiar with it, and in the end having a real programming language is quite awesome, you can do lots of fun stuff like programmatically create a file or dir for every user of a certain group, etc.
The vast majority of what you’d want in a Guix server can be found in the services section and parts of the documentation that lay out how to build services. But it doesn’t have as many services available as nix.
I struggled with remote deployment + secret management, too. Like a lot of folks, my nix-config grew over the years as I added secrets management, user management etc ad hoc.
I recently found clan.nix [1] and am quite pleased. It's kind of a framework for writing nixos configurations with a focus on multiple devices. It bundles secrets management and remote deployment into a convenient CLI.
It has the concept of "services", which are e.g. used for user management and VPNs. Services define roles, which can be assigned to machines, e.g. the wireguard service has a controller and a peer role. That feels like the right abstraction and it was very easy to set up a VPN with zerotier like that, something I struggled doing myself in the past.
It's a rather young project, but I converted my nix-config repo after a short evaluation phase to use clan. It's worth taking a look for sure.
There are plenty of options: nix-sops, or nix-age, or whatever you would like - past the overall idea the implementation details are purely a matter of taste how you fancy things to be. Key idea is to have encrypted secrets in the store, decrypted at runtime using machine-specific credentials (host SSH keys are a typical option to repurpose, or you can set up something else). For local management you also encrypt to the “developer” keys (under the hood data is symmetrically encrypted with a random key and that key is encrypted to every key you have - machines and humans).
Alternatively, you can set up a secrets service (like a password manager/vault) and source from that. Difference is where the secrets live (encrypted store or networked service, with all the consequences of every approach), commonality is that they’re fetched at runtime, before your programs start.
I’m currently using deploy-rs, but if I’d redo my stuff (and the only reason I don’t is that I’m pretty much overwhelmed by life) I’d probably go with plain vanilla nixos-rebuild --target-host and skip any additional layers (that introduce extra complexity and fragility).
Just a crude and somewhat haphazard summary but hope it helps.
I seemingly went what I consider simple, others might consider barebones: I have a Makefile, define all the hosts there, and then use scp to copy over all files into the right hosts, and then run `nixos-rebuild switch` on them once copied over. Some have extra "restart-service-X" as some services have their configuration managed outside NixOS (but still in my source repository) so those as well are scp'd into the right place, then the service restarted after the nixos-rebuild switch. Otherwise it's all .nix files and service-specific configuration files.
> it didn't take long for me to realize the initial problem that caused my previous install to be unbootable was of course found between the chair and keyboard.
I think we’ve all been there! It still happens to me, exactly 5 seconds after calling Claude/Codex/Gemini names and dismissing their ability to follow instructions.
> merely pulling in Nixpkgs is an effort, due to the repository being massive.
I've embraced daily shallow clone/fetches and the burden is now mostly just the 2GB of disk space.
It's a bit annoying though that git doesn't make it easier. No one would shallow clone later screw up and download every commit anyway, I feel shallow clone repos should be set up with a different configuration that fully-embraces shallow history (not that the configuration options even exist today AFAIK).
Interesting, I have taken a stab at maintaining a repo on the nixpkgs and using a --sparse approach, i.e. `git clone --filter=blob:none --sparse --branch nixos-25.11 https://github.com/NixOS/nixpkgs.git nixpkgs-dorion
cd nixpkgs-dorion`
I've only been doing this for a few weeks, so too early to tell if it's a good setup, but I added a GitHub Action that rebases my personal fork atop nixpkgs-weekly. I'm hoping that will help keep me from having a stale-by-default personal nixpkgs. (I use a personal nixpkgs to stage PRs waiting to be merged upstream.)
I remember thinking about doing that, but found value in having my fork tell me when was the last time I synced with upstream which was something useful to assess if I wanted to rebase my patch once again. Eventually my change got upstream and I stopped tracking my own fork though.
My issue with Guix coming from NixOS is the missing first-class zfs support for root, crypto included, RustDesk, few other common services who are hard to package.
Guix potential target IMVHO should be desktop power users, not HPC, NixOS while mostly developed for embedded systems (Anduril) or servers in general still take care of desktops, Guix apparently not and that's a big issue... Nowadays outside academia I doubt there are many GNU/Linux users who deploy on plain ext4...
For desktop usage, I would be absolutely shocked if ext4 isn't the most common filesystem by a pretty wide margin. Its the default on Ubuntu, Debian, and Mint. Those are the 3 leading desktop distros.
No one is going to write a blog post titled "Why I just used the default filesystem in the installer" but that is what most people do. Things like btrfs and zfs are useful, complicated technologies that are fun to write about, fun to read about, and fun to experiment with. I'd be careful about assuming that leads to more general use, though. Its a lot like Guix and NixOS, in fact. They get all the attention in a forum like this. Ubuntu is what gets all the people, though.
You have a statistical point of view that doesn't go into detail enough: yes, Debian, Ubuntu, Mint are mainstream distros and use ext by default. The vast majority of their users are also mainstream users and would never approach declarative distros, which are alien to them.
Those who choose going declarative instead are people with operations knowledge, who understand the value of a system ready to be built, modified, and rebuilt with minimal effort thanks to the IaC built into the OS, who understand the value of their data and therefore babysit them properly. The average user of Debian, Ubuntu, Mint today doesn't even have a backup, uses someone else's cloud. If they run experiments, they waste storage with Docker, or use manually managed VPSs; they don't own a complete infrastructure, let alone a modern one.
So thinking about them for Guix means never letting it take off, because those users will never be Guix users. ZFS is the opposite of complicated; it's what you need to live comfortably when you know how to use it, which unfortunately isn't mainstream, and declarative distros do the same.
NixOS succeeds despite the indigestible Nix language because it offers what's needed to be comfortable to those who know. Guix remains niche not because of GNU philosophy but because it doesn't do the same, not offering what those coming from operations are looking for and they are the most potential realist target users.
Ext4 is still very popular as a solid, no frills filesystem. Btrfs is the primary alternative and still suffers from a poor reputation from their years of filesystem corruption bugs and hard to diagnose errors. ZFS and XFS only makes sense for beefier servers and all other filesystems have niche use cases or are still under development.
I don't consider myself a "believer" in anything, but as a sysadmin, if I see a deploy with ext4, I classify it as a newbie's choice or someone stuck in the 80s. It's not a matter of conviction; it's simply about managing your data:
- Transferable snapshots (zfs send) mean very low-cost backups and restores, and serious desktop users don't want to be down for half a day because a disk failed.
- A pool means effective low-cost RAID, and anyone in 2026 who isn't looking for at least a mirror for their desktop either doesn't care about their data or lacks the expertise to understand its purpose.
ZFS is the first real progress in storage since the 80s. It's the most natural choice for anyone who wants to manage their digital information. Unfortunately, many in the GNU/Linux world are stuck in another era and don't understand it. They are mostly developers whose data is on someone else's cloud, not on their own hardware. If they do personal backups, they do them halfway, without a proven restore strategy. They are average users, even if more skilled than average, who don't believe in disk failures or bit rot because they haven't experienced it personally, or if they have, they haven't stopped to think about the incident.
If you want to try out services and keep your desktop clean, you need a small, backup-able volume that can be sent to other machines eg. a home server, to be discarded once testing is done. If you want to efficiently manage storage because when something breaks, you don't want to spend a day manually reinstalling the OS and copying files by hand, you'll want ZFS with appropriate snapshots, whether managed with ZnapZend or something else doesn't really matter.
Unfortunately, those without operations experience don't care, don't understand. The possibility of their computer breaking isn't something they consider because in their experience it hasn't happened yet, or it's an exceptional event as exceptional that doesn't need automation. The idea of having an OS installed for 10 years, always clean, because every rebuild is a fresh-install and storage is managed complementarily, is alien to them. But the reality is that it's possible, and those who still understand operations really value it.
Those who don't understand it will hardly choose Guix or NixOS; they are people who play with Docker, sticking to "mainstream" distros like Fedora, Ubuntu, Mint, Arch. Those who choose declarative distros truly want to configure their infrastructure in text, IaC built-in into the OS, and truly have resilience, so their infrastructure must be able to resurrect from its configuration plus backups quickly and with minimal effort, because when something goes wrong, I have other things to think about than playing with the FLOSS toy of the moment.
>"But NixOS isn't the only declarative distro out there. In fact GNU forked Nix fairly early and made their own spin called Guix, whose big innovation is that, instead of using the unwieldy Nix-language, it uses Scheme. Specifically Guile Scheme..."
I'd be curious if a list exists of all declarative Linux distros out there, along with the configuration language (Nix, Scheme, etc.)
I'd also be curious as to how easy it would be to convert Scheme to the Nix language or vice-versa, in other words, it seems to me that there might be a "parent language" (for lack of a better term) out there for all lisplike and functional programming language (a subset of Haskell, F#, or some other functional programming language perhaps) that sort of might act as an intermediary conversion step (again, for lack of a better term!) between one functional or lisplike programming language and another...
Probably unrelated (but maybe somewhat related!) -- consider Pandoc... Pandoc is a Haskell program that basically uses a document tree structure to convert between one type of document format and another... maybe in terms of programming languages you'd call that an AST, an Abstract Syntax Tree... so maybe there's some kind of simplified AST (or something like that) out there that works as the base tree for all functional and lisp-like programming language (yes, lisp/lisplikes sort of preserve its/their own tree; their own AST -- via their intrinsic data structure, and that would seem to be true about functional programming languages too... so what is the base tree/AST of all of these, that all languages in this family can "map on to" (for lack of better terminology), that could be used (with AI / LLM's) as an "Intermediary Language" or "Intermediary Data Structure" (choose your terminology) to allow easily converting between one and the other?
Anyway, if we had that or something like that, then Nix configurations could (in theory) be easily converted to Guix, and vice-versa, automatically, as could any other Linux configured by a functional and/or lisplike language...
I was thinking the same thing. Since scheme is in the Lisp family, it should be straightforward to modernize it to something like Clojure, which is similar to Haskell as you mentioned. Being functional, but from a Java/Lisp ecosystem that might be more viable in the typical modern software environment.
Modern GPU drivers are a nightmare for open source. Wifi no better but slightly less critical. Power management. Forget Linux this should be the year of the NetBSD desktop but we can’t have nice architectures bc of economics in computing. The whole scenario makes sense but the emergent result sucks.
> Modern GPU drivers are a nightmare for open source.
Modern NVIDIA drviers. Let me fix that for you.
Intel and AMD has their full stack in mainline already, and AMD made great effort to enable their cards fully under open source drivers, as their agreements and law allows. You can even use HDCP without exposing sensitive parts, if you want.
Intel also works completely fine.
However, NVIDIA's shenanigans and HDMI forum's v2.1 protectionism is something else completely.
I went with AMD for compatibility playing games, but AFAICT AMD ROCm is not in a great state for computation. Why can't I have both?
That's something like what they're describing as "a nightmare," isn't it? "As agreements and law allows," is part of the nightmare. Under a modern OS, it should not be difficult to have the full capability of the hundreds or thousands of dollars worth of hardware you paid for.
> With Nix, however, it was a matter of just describing a few packages in a shell and boom, Ruby in one folder, no Ruby (and thus no mess) everywhere else.
This approach was already done by GoboLinux in 2005. And even GoboLinux was by far not the first - versioned AppDirs existed for a long time before; even perl stow enabled that. NixOS just uses a modified variant e. g. via hashed directory names. But I already adopted a similar scheme as GoboLinux did soon after I switched to Linux in 2005 (well 2004 but mostly 2005 as I was still a big noob in 2004 really).
> I started adding shell.nix files to all my little projects
I appreciate that NixOS brought good ideas to Linux here; having reliable snapshots is good. If a user has a problem, someone else might have solved it already, so you could "jump" from snapshot to snapshot. No more need for StackOverflow. The HiveMind took over.
But with all its pros, the thing I hate by far the most in NixOS is .. nix. I think the language is ugly beyond comparison; only shell scripts are uglier. I instead opted for a less sophisticated solution in that ruby acts as the ultimate glue to whatever underlying operating system is used. What I would like is a NixOS variant that is simpler to use - and doesn't come with nix. Why can't I use ruby instead? Or simple config files? I am very used to simple yaml files; all my system description is stored in simple yaml files. Since +20 years. That approach works very well (ruby expands these to any target destination; for instance, I have aliases for e. g. bash, but these are stored in yaml files and from that ruby then generates any desired target format, such as also cmder on Windows and so forth).
> In fact GNU forked Nix fairly early and made their own spin called Guix, whose big innovation is that, instead of using the unwieldy Nix-language, it uses Scheme.
I am glad to not be the only one to dislike nix, but boy ... scheme? Aka Lisp? Seriously???
Why would users know what cons* does, anyway? That's stupid.
YAML files exist for a reason. Keep. Things. Simple. (I know, I know, many use YAML files in a complex manner with gazillion nested indentation. Well, they are using it in a wrong way, then they complain about how bad yaml is.)
> Since the code is pretty much just Scheme and the different mechanisms available are fairly well documented (see caveat below), the barrier to entry is much lower than with Nix in my opinion.
Can't evaluate this. To me it seems as if NixOS may have changed, but Nix was always a big barrier. I decided to not want to overcome it, since I did not want to be stuck with a horrible language I don't want to use.
This approach was already done by GoboLinux in 2005. And even GoboLinux was by far not the first - versioned AppDirs existed for a long time before; even perl stow enabled that. NixOS just uses a modified variant e. g. via hashed directory names. But I already adopted a similar scheme as GoboLinux did soon after I switched to Linux in 2005 (well 2004 but mostly 2005 as I was still a big noob in 2004 really).
Nix already existed in 2003. Besides that Nix store directories are more ingenious than versioned application directories (or hashed directories), the hash in the output path is the hash of the normalized derivation used to build the output path (well, in most cases, let's keep it simple). Derivations work similarly (also using hashes). Moreover, since a derivation can contain other derivations as an input, the Nix store represents hash/Merkle trees.
This makes it very powerful, because you can see which parts of the tree need to be rebuilt as a result of one derivation changing.
But with all its pros, the thing I hate by far the most in NixOS is .. nix.
I think it depends on your background. I did some Haskell at some point in my live and I like Nix. It is a very simple, clean, lazy, functional programming language. The primary thing I'm missing is static typing.
I instead opted for a less sophisticated solution in that ruby acts as the ultimate glue to whatever underlying operating system is used. What I would like is a NixOS variant that is simpler to use - and doesn't come with nix. Why can't I use ruby instead?
Because what nixpkgs does is not easily expressible/doable in Ruby. First, the package set is one huge expression in the end. That might seem weird, but it allows for a lot of powerful things like overlays. However, for performance reasons this requires lazy evaluation. Also other powerful abstractions require lazy evaluations (e.g. because there are some infinite recursions in nixpkgs).
Second, the Nix packaging model requires a purity (though this gap was only properly closed with flakes). You have to be able to rely on the fact that evaluating an expression evaluates to the same result. Otherwise a lot of things would break (like substitution from binary caches).
Third, things like overlays rely on fixed points, which can be done easily in a lazy functional language.
---
Having used Nix for 8 years now, I have a long list of criticisms as well though :).
Bikeshedding over the language is a huge waste of time, too.
I haven’t written a line of Nix since I started using it, yet it defines three of my systems. I just read diffs that an LLM created when editing my config.
Making a big deal about the language substrate feels like someone still trying to argue over vim vs emacs. It’s trivial and uninteresting.
I am young (29). I like computers because they are essentially something hacky. There’s nothing more hacky than Lisp IMO. I will never complain about Lisp. I just like it.
TLDR: ... I'm getting a comparable experience to NixOS, with all the usual pros a declarative environment brings and without having to put up with Nixlang.
How the errors/debugging compare? From what I've read this is the main pain point with Nix where a more mature language like Guile should have a much better experience here. The article touches on this but I'd be curious of a more extensive comparison about this aspect.
And which an LLM/AI model can apply the huge training set of Lisp/Scheme to help solve your problem.
Nixlang is so infuriatingly obtuse that I generally have to fire up Discord and bug the local Nix acolyte when something goes wrong. I've bounced Nixlang off of the LLM/AIs, but I have learned that if the AI doesn't give you the correct answer immediately for Nixlang then you need to stop; everything forward will be increasingly incorrect hallucinations.
I suspect LLM/AIs will hallucinate far, far less with the Scheme from Guix.
seems like they have pretty clear goals in mind. if they were changing distributions haphazardly id otherwise agree, but to me it reads that they're refining their taste.
I've had a passing curiosity about Guix, so it was good to read this report.
One thing I didn't find is Guix on servers. I am all-in on NixOS for both my daily driver desktop and couple of servers, and adding more of either will be simple modifications to my flake repository. I really appreciate that simplicity and consistency. Does Guix offer that?
The other thing is package availability: it's amazing on Nix. Plus, they remain relatively fresh on the unstable channel. How's that on Guix?
> The other thing is package availability: it's amazing on Nix. Plus, they remain relatively fresh on the unstable channel. How's that on Guix?
The article says it seemed good. If you want a quantified look, Repology has some stats.
GNU Guix: https://repology.org/repository/gnuguix
Nixpkgs unstable: https://repology.org/repository/nix_unstable
However, note that the Guix entry doesn't include Nonguix AFAICT. So, it's a bit higher if you are using nonguix.
The scheme syntax gets a while to get used to if you are not familiar with it, and in the end having a real programming language is quite awesome, you can do lots of fun stuff like programmatically create a file or dir for every user of a certain group, etc.
Take a look at this
https://guix-hosting.com/docs/tuto/getting-started.html
To see how one can use macros to redefine the syntax to get an imperative-like syntax for defining services.
Disclaimer: i run guix-hosting.com
> programmatically create a file or dir for every user of a certain group
To be fair here, NixOS module system also makes this a breeze. Whether via `systemd.tmpfiles` or via generated scripts.
It might be nicer to have some more DSL capabilities in nix though.
Guix on servers is ok. I run Guix in my homelab.
The vast majority of what you’d want in a Guix server can be found in the services section and parts of the documentation that lay out how to build services. But it doesn’t have as many services available as nix.
For servers you might want to try 'guix deploy':
https://guix.gnu.org/manual/devel/en/html_node/Invoking-guix...
How do you deploy NixOS to your servers?
I started a project with nixos-anywhere, deploy-rs, and compose2nix. However, I struggle a bit with secret management.
I struggled with remote deployment + secret management, too. Like a lot of folks, my nix-config grew over the years as I added secrets management, user management etc ad hoc.
I recently found clan.nix [1] and am quite pleased. It's kind of a framework for writing nixos configurations with a focus on multiple devices. It bundles secrets management and remote deployment into a convenient CLI.
It has the concept of "services", which are e.g. used for user management and VPNs. Services define roles, which can be assigned to machines, e.g. the wireguard service has a controller and a peer role. That feels like the right abstraction and it was very easy to set up a VPN with zerotier like that, something I struggled doing myself in the past.
It's a rather young project, but I converted my nix-config repo after a short evaluation phase to use clan. It's worth taking a look for sure.
[1]: https://clan.lol/
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There are plenty of options: nix-sops, or nix-age, or whatever you would like - past the overall idea the implementation details are purely a matter of taste how you fancy things to be. Key idea is to have encrypted secrets in the store, decrypted at runtime using machine-specific credentials (host SSH keys are a typical option to repurpose, or you can set up something else). For local management you also encrypt to the “developer” keys (under the hood data is symmetrically encrypted with a random key and that key is encrypted to every key you have - machines and humans).
Alternatively, you can set up a secrets service (like a password manager/vault) and source from that. Difference is where the secrets live (encrypted store or networked service, with all the consequences of every approach), commonality is that they’re fetched at runtime, before your programs start.
I’m currently using deploy-rs, but if I’d redo my stuff (and the only reason I don’t is that I’m pretty much overwhelmed by life) I’d probably go with plain vanilla nixos-rebuild --target-host and skip any additional layers (that introduce extra complexity and fragility).
Just a crude and somewhat haphazard summary but hope it helps.
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I seemingly went what I consider simple, others might consider barebones: I have a Makefile, define all the hosts there, and then use scp to copy over all files into the right hosts, and then run `nixos-rebuild switch` on them once copied over. Some have extra "restart-service-X" as some services have their configuration managed outside NixOS (but still in my source repository) so those as well are scp'd into the right place, then the service restarted after the nixos-rebuild switch. Otherwise it's all .nix files and service-specific configuration files.
nixos-anywhere to create, deploy-rs to deploy. sops-nix for secrets. Works great.
My favourite line in the article.
> it didn't take long for me to realize the initial problem that caused my previous install to be unbootable was of course found between the chair and keyboard.
I think we’ve all been there! It still happens to me, exactly 5 seconds after calling Claude/Codex/Gemini names and dismissing their ability to follow instructions.
> merely pulling in Nixpkgs is an effort, due to the repository being massive.
I've embraced daily shallow clone/fetches and the burden is now mostly just the 2GB of disk space.
It's a bit annoying though that git doesn't make it easier. No one would shallow clone later screw up and download every commit anyway, I feel shallow clone repos should be set up with a different configuration that fully-embraces shallow history (not that the configuration options even exist today AFAIK).
I just tried 2hrs and it only uses 375M
What's annoying later is that you MUST remember to always use shallow fetch and hard resets into upstream/$BRANCH
Interesting, I have taken a stab at maintaining a repo on the nixpkgs and using a --sparse approach, i.e. `git clone --filter=blob:none --sparse --branch nixos-25.11 https://github.com/NixOS/nixpkgs.git nixpkgs-dorion cd nixpkgs-dorion`
I have a non-shallow clone and the .git directory is less than 3GB.
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I've only been doing this for a few weeks, so too early to tell if it's a good setup, but I added a GitHub Action that rebases my personal fork atop nixpkgs-weekly. I'm hoping that will help keep me from having a stale-by-default personal nixpkgs. (I use a personal nixpkgs to stage PRs waiting to be merged upstream.)
https://github.com/appsforartists/nixpkgs/commit/769a72d3a6f...
I remember thinking about doing that, but found value in having my fork tell me when was the last time I synced with upstream which was something useful to assess if I wanted to rebase my patch once again. Eventually my change got upstream and I stopped tracking my own fork though.
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> I am lucky enough to live in a household with fiber-optic internet, that merely shrugs at bandwidth of up to a gigabyte per second...
Probably a typo, unless the author really has 8gigabit network
Quantum Fiber provides 8gbps, so it's not unheard of.
My issue with Guix coming from NixOS is the missing first-class zfs support for root, crypto included, RustDesk, few other common services who are hard to package.
Guix potential target IMVHO should be desktop power users, not HPC, NixOS while mostly developed for embedded systems (Anduril) or servers in general still take care of desktops, Guix apparently not and that's a big issue... Nowadays outside academia I doubt there are many GNU/Linux users who deploy on plain ext4...
For desktop usage, I would be absolutely shocked if ext4 isn't the most common filesystem by a pretty wide margin. Its the default on Ubuntu, Debian, and Mint. Those are the 3 leading desktop distros.
No one is going to write a blog post titled "Why I just used the default filesystem in the installer" but that is what most people do. Things like btrfs and zfs are useful, complicated technologies that are fun to write about, fun to read about, and fun to experiment with. I'd be careful about assuming that leads to more general use, though. Its a lot like Guix and NixOS, in fact. They get all the attention in a forum like this. Ubuntu is what gets all the people, though.
You have a statistical point of view that doesn't go into detail enough: yes, Debian, Ubuntu, Mint are mainstream distros and use ext by default. The vast majority of their users are also mainstream users and would never approach declarative distros, which are alien to them.
Those who choose going declarative instead are people with operations knowledge, who understand the value of a system ready to be built, modified, and rebuilt with minimal effort thanks to the IaC built into the OS, who understand the value of their data and therefore babysit them properly. The average user of Debian, Ubuntu, Mint today doesn't even have a backup, uses someone else's cloud. If they run experiments, they waste storage with Docker, or use manually managed VPSs; they don't own a complete infrastructure, let alone a modern one.
So thinking about them for Guix means never letting it take off, because those users will never be Guix users. ZFS is the opposite of complicated; it's what you need to live comfortably when you know how to use it, which unfortunately isn't mainstream, and declarative distros do the same.
NixOS succeeds despite the indigestible Nix language because it offers what's needed to be comfortable to those who know. Guix remains niche not because of GNU philosophy but because it doesn't do the same, not offering what those coming from operations are looking for and they are the most potential realist target users.
Ext4 is still very popular as a solid, no frills filesystem. Btrfs is the primary alternative and still suffers from a poor reputation from their years of filesystem corruption bugs and hard to diagnose errors. ZFS and XFS only makes sense for beefier servers and all other filesystems have niche use cases or are still under development.
I don't consider myself a "believer" in anything, but as a sysadmin, if I see a deploy with ext4, I classify it as a newbie's choice or someone stuck in the 80s. It's not a matter of conviction; it's simply about managing your data:
- Transferable snapshots (zfs send) mean very low-cost backups and restores, and serious desktop users don't want to be down for half a day because a disk failed.
- A pool means effective low-cost RAID, and anyone in 2026 who isn't looking for at least a mirror for their desktop either doesn't care about their data or lacks the expertise to understand its purpose.
ZFS is the first real progress in storage since the 80s. It's the most natural choice for anyone who wants to manage their digital information. Unfortunately, many in the GNU/Linux world are stuck in another era and don't understand it. They are mostly developers whose data is on someone else's cloud, not on their own hardware. If they do personal backups, they do them halfway, without a proven restore strategy. They are average users, even if more skilled than average, who don't believe in disk failures or bit rot because they haven't experienced it personally, or if they have, they haven't stopped to think about the incident.
If you want to try out services and keep your desktop clean, you need a small, backup-able volume that can be sent to other machines eg. a home server, to be discarded once testing is done. If you want to efficiently manage storage because when something breaks, you don't want to spend a day manually reinstalling the OS and copying files by hand, you'll want ZFS with appropriate snapshots, whether managed with ZnapZend or something else doesn't really matter.
Unfortunately, those without operations experience don't care, don't understand. The possibility of their computer breaking isn't something they consider because in their experience it hasn't happened yet, or it's an exceptional event as exceptional that doesn't need automation. The idea of having an OS installed for 10 years, always clean, because every rebuild is a fresh-install and storage is managed complementarily, is alien to them. But the reality is that it's possible, and those who still understand operations really value it.
Those who don't understand it will hardly choose Guix or NixOS; they are people who play with Docker, sticking to "mainstream" distros like Fedora, Ubuntu, Mint, Arch. Those who choose declarative distros truly want to configure their infrastructure in text, IaC built-in into the OS, and truly have resilience, so their infrastructure must be able to resurrect from its configuration plus backups quickly and with minimal effort, because when something goes wrong, I have other things to think about than playing with the FLOSS toy of the moment.
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See this config for an example guix config with zfs - https://codeberg.org/hako/Testament/
> Guix channels in use:
> - guix (additional patches are used locally for root on ZFS support)
i'm hopeful too, but think it may not be so simple (yet) >u< here's a more precise link
https://codeberg.org/guix/guix/pulls/1917#issuecomment-69760...
Thanks! A very nice set of configs. I've done something similar for NixOS and my LAN but never advanced at such point in Guix.
>"But NixOS isn't the only declarative distro out there. In fact GNU forked Nix fairly early and made their own spin called Guix, whose big innovation is that, instead of using the unwieldy Nix-language, it uses Scheme. Specifically Guile Scheme..."
I'd be curious if a list exists of all declarative Linux distros out there, along with the configuration language (Nix, Scheme, etc.)
I'd also be curious as to how easy it would be to convert Scheme to the Nix language or vice-versa, in other words, it seems to me that there might be a "parent language" (for lack of a better term) out there for all lisplike and functional programming language (a subset of Haskell, F#, or some other functional programming language perhaps) that sort of might act as an intermediary conversion step (again, for lack of a better term!) between one functional or lisplike programming language and another...
Probably unrelated (but maybe somewhat related!) -- consider Pandoc... Pandoc is a Haskell program that basically uses a document tree structure to convert between one type of document format and another... maybe in terms of programming languages you'd call that an AST, an Abstract Syntax Tree... so maybe there's some kind of simplified AST (or something like that) out there that works as the base tree for all functional and lisp-like programming language (yes, lisp/lisplikes sort of preserve its/their own tree; their own AST -- via their intrinsic data structure, and that would seem to be true about functional programming languages too... so what is the base tree/AST of all of these, that all languages in this family can "map on to" (for lack of better terminology), that could be used (with AI / LLM's) as an "Intermediary Language" or "Intermediary Data Structure" (choose your terminology) to allow easily converting between one and the other?
Anyway, if we had that or something like that, then Nix configurations could (in theory) be easily converted to Guix, and vice-versa, automatically, as could any other Linux configured by a functional and/or lisplike language...
That, and I found the article very interesting!
I may have to try Guix in the future!
I was thinking the same thing. Since scheme is in the Lisp family, it should be straightforward to modernize it to something like Clojure, which is similar to Haskell as you mentioned. Being functional, but from a Java/Lisp ecosystem that might be more viable in the typical modern software environment.
With Lisp you already have an AST.
Modern GPU drivers are a nightmare for open source. Wifi no better but slightly less critical. Power management. Forget Linux this should be the year of the NetBSD desktop but we can’t have nice architectures bc of economics in computing. The whole scenario makes sense but the emergent result sucks.
> Modern GPU drivers are a nightmare for open source.
Modern NVIDIA drviers. Let me fix that for you.
Intel and AMD has their full stack in mainline already, and AMD made great effort to enable their cards fully under open source drivers, as their agreements and law allows. You can even use HDCP without exposing sensitive parts, if you want.
Intel also works completely fine.
However, NVIDIA's shenanigans and HDMI forum's v2.1 protectionism is something else completely.
Modern NVIDIA drivers for their more recent cards are actually okay, again.
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AMD cards need propietary firmware.
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Honestly back when I was still in college one and a half decade ago, it was quite clear the whole Nvidia-only ML and AI libraries weren't a good idea
I went with AMD for compatibility playing games, but AFAICT AMD ROCm is not in a great state for computation. Why can't I have both?
That's something like what they're describing as "a nightmare," isn't it? "As agreements and law allows," is part of the nightmare. Under a modern OS, it should not be difficult to have the full capability of the hundreds or thousands of dollars worth of hardware you paid for.
I understand his enthusiasm with NixOS but:
> With Nix, however, it was a matter of just describing a few packages in a shell and boom, Ruby in one folder, no Ruby (and thus no mess) everywhere else.
This approach was already done by GoboLinux in 2005. And even GoboLinux was by far not the first - versioned AppDirs existed for a long time before; even perl stow enabled that. NixOS just uses a modified variant e. g. via hashed directory names. But I already adopted a similar scheme as GoboLinux did soon after I switched to Linux in 2005 (well 2004 but mostly 2005 as I was still a big noob in 2004 really).
> I started adding shell.nix files to all my little projects
I appreciate that NixOS brought good ideas to Linux here; having reliable snapshots is good. If a user has a problem, someone else might have solved it already, so you could "jump" from snapshot to snapshot. No more need for StackOverflow. The HiveMind took over.
But with all its pros, the thing I hate by far the most in NixOS is .. nix. I think the language is ugly beyond comparison; only shell scripts are uglier. I instead opted for a less sophisticated solution in that ruby acts as the ultimate glue to whatever underlying operating system is used. What I would like is a NixOS variant that is simpler to use - and doesn't come with nix. Why can't I use ruby instead? Or simple config files? I am very used to simple yaml files; all my system description is stored in simple yaml files. Since +20 years. That approach works very well (ruby expands these to any target destination; for instance, I have aliases for e. g. bash, but these are stored in yaml files and from that ruby then generates any desired target format, such as also cmder on Windows and so forth).
> In fact GNU forked Nix fairly early and made their own spin called Guix, whose big innovation is that, instead of using the unwieldy Nix-language, it uses Scheme.
I am glad to not be the only one to dislike nix, but boy ... scheme? Aka Lisp? Seriously???
Young people use lisp? I somehow doubt that.
Erm, no thanks.
Why would users know what cons* does, anyway? That's stupid.
YAML files exist for a reason. Keep. Things. Simple. (I know, I know, many use YAML files in a complex manner with gazillion nested indentation. Well, they are using it in a wrong way, then they complain about how bad yaml is.)
> Since the code is pretty much just Scheme and the different mechanisms available are fairly well documented (see caveat below), the barrier to entry is much lower than with Nix in my opinion.
Can't evaluate this. To me it seems as if NixOS may have changed, but Nix was always a big barrier. I decided to not want to overcome it, since I did not want to be stuck with a horrible language I don't want to use.
This approach was already done by GoboLinux in 2005. And even GoboLinux was by far not the first - versioned AppDirs existed for a long time before; even perl stow enabled that. NixOS just uses a modified variant e. g. via hashed directory names. But I already adopted a similar scheme as GoboLinux did soon after I switched to Linux in 2005 (well 2004 but mostly 2005 as I was still a big noob in 2004 really).
Nix already existed in 2003. Besides that Nix store directories are more ingenious than versioned application directories (or hashed directories), the hash in the output path is the hash of the normalized derivation used to build the output path (well, in most cases, let's keep it simple). Derivations work similarly (also using hashes). Moreover, since a derivation can contain other derivations as an input, the Nix store represents hash/Merkle trees.
This makes it very powerful, because you can see which parts of the tree need to be rebuilt as a result of one derivation changing.
But with all its pros, the thing I hate by far the most in NixOS is .. nix.
I think it depends on your background. I did some Haskell at some point in my live and I like Nix. It is a very simple, clean, lazy, functional programming language. The primary thing I'm missing is static typing.
I instead opted for a less sophisticated solution in that ruby acts as the ultimate glue to whatever underlying operating system is used. What I would like is a NixOS variant that is simpler to use - and doesn't come with nix. Why can't I use ruby instead?
Because what nixpkgs does is not easily expressible/doable in Ruby. First, the package set is one huge expression in the end. That might seem weird, but it allows for a lot of powerful things like overlays. However, for performance reasons this requires lazy evaluation. Also other powerful abstractions require lazy evaluations (e.g. because there are some infinite recursions in nixpkgs).
Second, the Nix packaging model requires a purity (though this gap was only properly closed with flakes). You have to be able to rely on the fact that evaluating an expression evaluates to the same result. Otherwise a lot of things would break (like substitution from binary caches).
Third, things like overlays rely on fixed points, which can be done easily in a lazy functional language.
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Having used Nix for 8 years now, I have a long list of criticisms as well though :).
Bikeshedding over the language is a huge waste of time, too.
I haven’t written a line of Nix since I started using it, yet it defines three of my systems. I just read diffs that an LLM created when editing my config.
Making a big deal about the language substrate feels like someone still trying to argue over vim vs emacs. It’s trivial and uninteresting.
I am young (29). I like computers because they are essentially something hacky. There’s nothing more hacky than Lisp IMO. I will never complain about Lisp. I just like it.
I used both Guix and Nix and found both their languages okay for the use-case.
Nix was slightly better, since it's easier to format automatically than Lisp.
>Easier to format automatically than Lisp
You wish. Emacs did that for free since the 80's.
TLDR: ... I'm getting a comparable experience to NixOS, with all the usual pros a declarative environment brings and without having to put up with Nixlang.
Instead, put up with a flavor of Scheme that looks suspiciously like Nix with some extra parentheses...
How the errors/debugging compare? From what I've read this is the main pain point with Nix where a more mature language like Guile should have a much better experience here. The article touches on this but I'd be curious of a more extensive comparison about this aspect.
And which an LLM/AI model can apply the huge training set of Lisp/Scheme to help solve your problem.
Nixlang is so infuriatingly obtuse that I generally have to fire up Discord and bug the local Nix acolyte when something goes wrong. I've bounced Nixlang off of the LLM/AIs, but I have learned that if the AI doesn't give you the correct answer immediately for Nixlang then you need to stop; everything forward will be increasingly incorrect hallucinations.
I suspect LLM/AIs will hallucinate far, far less with the Scheme from Guix.
With respect, the author sounds too fickle for me to ascribe value to their "first impressions" of a distro.
seems like they have pretty clear goals in mind. if they were changing distributions haphazardly id otherwise agree, but to me it reads that they're refining their taste.
I didn't read any fickleness in the post. Sure, they tried multiple distros - who hasn't - and that too over ten years.