Why I like Gentoo

Published: Monday, May 25, 2020

I like Gentoo for several reasons! Two of the reasons is the fact that Gentoo makes my computer fun to use (again) and that their friendly and helpful community always brings a smile to my face.

I also like the atmosphere around Gentoo, it’s laid back and fairly.. meta. I feel like most Gentoo users seems to think of Gentoo as a tool rather than anything else, a personalized tool for your own personal needs.

There’s no elitism at all in the land of Gentoo and you don’t get any extra “Internet karma” for using some weird piece of software by some obscure project and you won’t get hated on for choosing to install the ‘wrong’ init-system or any ‘mainstream’ software, like a major desktop environment. As a long time user of other Linux based operating systems this was a truly fresh breath of air for me.

If you want to read about Gentoos philosophy in their own words I can highly recommend reading the philosophy of Gentoo by the creator Daniel Robbins.

Rolling release yet stable

With Gentoo, you get what I call a semi rolling release model. When it comes to the default kernel they always use the longterm support (LTS) kernel and when it comes to other software they’re in no hurry to rush out anything brand new to the stable repository. If you for some reason want to install a newer version of any package you can at any time choose to do so with ease.

When it comes to most other Linux based operating systems and their packages that’s classified as “unstable”, you’re almost always left with just one option; to enable a whole repository with untested packages, which is almost never a good idea. With Gentoo on the other hand you can allow untested packages on a per-package level and a lot more.

Gentoo doesn’t rely on various repositories to separate stable and untested packages from each other, they instead use something called keywords. There’re two keywords for every architecture:

arch (Example: amd64, x86, ppc-macos) Both the package version and the ebuild are widely tested, known to work and not have any serious issues on the indicated platform.
~arch (Example: ~amd64, ~x86, ~ppc-macos) The package version and the ebuild are believed to work and do not have any known serious bugs, but more testing is required before the package version is considered suitable for arch.

You can add keywords for a specific package (or a whole category), a specific versions of a package and all versions of a package up to or after a specific version.

The package management system

Compiling your packages from source code with settings and optimizations specifically tuned for your hardware can sometimes give you a significant performance boost, but with today’s hardware that is for most not relevant anymore. The real benefit with compiling your own software is that you gain a greater control over the software you use. It means that you can customize the compiler and the target-application options to better fit you and your system. If you don’t use a feature with a certain package why should you then have to install the package with that feature enabled in the first place?

With something called USE-flags you can easily enable and disable specific features for software both on a global and on a per-package level. As an example; there’s a USE-flag called perl which adds support for the programming language Perl for certain packages. My favourite terminal emulator URxvt comes with support for plugins via Perl and If I want it to support Perl I can just install the package x11-terms/rxvt-unicodeas is, since the USE-flag perl is enabled by default, but I don’t want to use Perl I can add the flag -perl to completely disable support for Perl and avoid installing any unnecessary packages.

Another thing that I like with Gentoo is the fact that it’s easy to set up your own local repository and add your own ebuilds. An ebuild is a text file with Bash syntax that instructs the package manager on how to compile the package.

A small note about installing packages in Gentoo

I let a friend read this draft before publishing it and it turns out he had totally misunderstood how you install packages in Gentoo using the default package manager emerge. He thought it was complicated, that you need to use make and know where to install files, but it’s actually just as easy as installing any package in any other Linux based operating system:

# emerge --ask <package>

That’s everything! The flag --ask/-a is optional, but I highly recommend using it so you get a chance to inspect what emerge wants to before it executes the command.

A better init

When the operating system I was using at the time switched over to systemd, I experienced a noticeable downgrade in terms of stability and usability. The two things that annoyed me the most wasn’t the stability issues, it was the binary logs and the fact that when I booted up and shut down the operating system I always had to wait 90 seconds for some issues with a service that was not working as intended.

I used systemd for several years and I really tried to like it for what it was, but I eventually gave up when I got fed up when something was always giving me a hard time. It did kill the fun in using computers for a while. It also didn’t help that they had (and still have) a weird approach to software design, an anti-UNIX philosophy and the fact that they sometimes make controversial moves that no one really asked for.

I have been using Gentoo for years now and I have so far never had any real issues with their init-system OpenRC, for me it has been reliable, familiar and easy to use.

The documentation

The documentation is very good! The Gentoo wiki used to be regarded as the best documented wiki for a long time, but has in recent years been put down to a noble second place by the Arch Linux wiki.

The downsides

The (sometimes) downsides with Gentoo can be the very fact that you have to compile pretty much all software by yourself[1]. This can sometimes be an inconvenience for some on slow hardware, but if you do have a secondary computer with more horse power available you can set up Distcc on both computers and then distribute the compiling tasks between them across a network.

  1. Gentoo do provide some binary packages for some of the heavier packages like app-officelibreoffice-bin and dev-lang/rust-bin.

That’s all! I hope you liked reading my thoughts about Gentoo.



If you want to leave feedback you can do so by either sending me a message via e-mail or by commenting on my post for this article on the fediverse.