I was wondering if your tool was displaying cache as usage, but I guess not. Not sure what you have running that’s consuming that much.

I mentioned this in another comment, but I’m currently running a simulation of a whole proxmox cluster with nodes, storage servers, switches and even a windows client machine active. I’m running that all on gnome with Firefox and discord open and this is my usage

$ free -h
               total        used        free      shared  buff/cache   available
Mem:            46Gi        16Gi       9.1Gi       168Mi        22Gi        30Gi
Swap:          3.8Gi          0B       3.8Gi

Of course discord is inside Firefox, so that helps, but still…

What does free -h say?

About 6 months ago I upgraded my desktop from 16 to 48 gigs cause there were a few times I felt like I needed a bigger tmpfs.
Anyway, the other day I set up a simulation of this cluster I’m configuring, just kept piling up virtual machines without looking cause I knew I had all the ram I could need for them. Eventually I got curious and checked my usage, I had just only reached 16 gigs.

I think basically the only time I use more that the 16 gigs I had is when I fire up my GPU passthrough windows VM that I use for games, which isn’t your typical usage.

Some editors can embed neovim, for example: vscode-neovim. Not sure how well that works though as I never tried it.

Well personally if a package is not on aur I first check if there’s an appimage available, or if there’s a flatpak. If neither exist, I generally make a package for myself.

It sounds intimidating, but for most software the package description is just gonna be a single file of maybe 10-15 lines. It’s a useful skill to learn and there’s lots of tutorials explaining how to get into it, as well as the arch wiki serving as documentation. Not to mention, every aur or arch package can be looked at as an example, just click the “view PKGBUILD” link on the side on the package view. You can even simply download an existing package with git clone and just change some bits.

Alternatively you can just make it locally and use it like that, i.e. just run make without install.

Aur and pacman are 90% of why I use arch.

Also fyi to OP: never install software system-wide without your package manager. No sudo make install, no curl .. | sudo bash or whatever the readme calls for. Not because it’s unsafe, but because eventually you’re likely to end up with a broken system, and then you’ll blame your distro for it, or just Linux in general.

My desktop install is about a decade old now, and never broke because I only ever use the package manager.

Of course in your home folder anything goes.

I think they meant you don’t know what the binary is called because it doesn’t match the package name. I usually list the package files to see what it put in /use/bin in such cases.

But check that it has all the features you need because it lags behind gitea in some aspects (like ci).

Podman quadlets have been a blessing. They basically let you manage containers as if they were simple services. You just plop a container unit file in /etc/containers/systemd/, daemon-reload and presto, you’ve got a service that other containers or services can depend on.

I’ve been in love with the concept of ansible since I discovered it almost a decade ago, but I still hate how verbose it is, and how cumbersome the yaml based DSL is. You can have a role that basically does the job of 3 lines of bash and it’ll need 3 yaml files in 4 directories.

About 3 years ago I wrote a big ansible playbook that would fully configure my home server, desktop and laptop from a minimal arch install. Then I used said playbook for my laptop and server.

I just got a new laptop and went to look at the playbook but realised it probably needs to be updated in a few places. I got feelings of dread thinking about reading all that yaml and updating it.

So instead I’m just gonna rewrite everything in simple python with a few helper functions. The few roles I rewrote are already so much cleaner and shorter. Should be way faster and more user friendly and maintainable.

I’ll keep ansible for actual deployments.

Someone found a way to weaponise bikeshedding.

Everyone just confirming aliteral’s point.

Just have NAS A send a rocket with the data to NAS B.

I really like gnome the software, but I’ve started considering moving away from it after a decade simply because of how toxic and difficult gnome the project can be.

I remember the clusterfuck that existed before systemd, so I love systemd.

Or libcinder. Or even simply Arduino.

That’s a very arbitrary delineation that just seems to be something you worked out backwards to support your claim. I’m an EE and software developer and I sometimes do projects involving both fields (which would be computer engineering, I guess), and there’s really not that much difference. I certainly don’t see why I would label half of it engineering and the other half not.

My hp printer has worked perfectly and reliably with CUPS for years now. Just turn it on and print, works every time.
Open source print drivers, baby! I still hate CUPS though.