How does one qualify how much a language needs to be used?

Are you saying Rust is being used in places that you feel C/C++ should be used, and you don’t think Rust belongs? Or maybe you are saying Rust is being used in places where C/C++ are not typically used, and you don’t feel it belongs there?

The closest thing to context you’ve given is that you feel Rust has flaws (all languages do), and that Ada is perhaps safer. It’s really hard to give any kind of answer without a properly fleshed out question.

Overused

What is the correct amount of usage? Why shouldn’t people use the languages they want to?

+1 on lower tier Intel CPU mini PC. I have a slew of different boxes by Beelink, Intel, and Asus. The N95 box I bought from Beelink (basically an N100) has been one of the most impressive for being so low power, and yet handling the wealth of services I’ve been running on it (with a lot of overhead yet).

The two are not even remotely in the same category of CPU. This is a comparison of apples to orchards.

It has for sure been there for at least a decade now. I think most people autopilot through OS installs.

It says so on the installer page where you are asked to enter a root password.

FWIW: I’m not arguing for or against Debian as a beginner friendly distribution. Just mentioning that you don’t have to set up sudo manually.

Nonfree is usually something people are going to want to enable (Nvidia, Steam, Media codecs, etc)

You can install a nonfree image, but a person could argue that needing to know which image is needed is already more advanced than other distributions.

FYI: If you leave out root password on install, it instead sets your user up with sudo privileges.

No, I mean it was debian based. When Steam Deck released, they moved to being an immutable arch based distribution instead.

It also isn’t currently made available for install outside of the Steam Deck yet.

SteamOS prior to steamdeck is an entirely different distribution FYI

You son of a bitch, I’m in.

I’ve become a big fan of mini PC’s for home server use these days (with NAS systems for storage duties). Low power, low heat, low noise, and very affordable.

Beelink on Amazon makes a good selection of them. Always watch for sales. I have several of their machines and have been pleasantly surprised by all of them. The latest addition was one of their N95 systems with 8GB of memory. It hosts Jellyfin, Deluge, Wireguard (client and server), dns, forgejo, etc.

Its not as easy as launching from steam

Nonsense! Often adding as a non-steam game and using proton is one of the fastest ways to get up and running!

But yeah, it’s trivial

There hasn’t been a packaged release in a while. The repo updated last week, though. Not everything needs a high release cadence.

The most common alternative is probably Bottles

Proton does. I switched from Mullvad for that very reason.

Reasons are usually just newest kernel/mesa/etc. Most of the time the difference is very small, and often inconsequential. However, every now and again there is a major development that might make it worth it (IE: The graphics pipeline that all but made dxvk-async obsolete)

I see you all over this thread and I want to share something you might find interesting.

You keep mentioning the server can’t handle the anti cheat because it needs to trust client data. Here’s an interesting thought: how is client anti cheat supposed to work when it needs to trust input data?

Look up direct memory access cheats. TL;DR Two computers are hooked up such that PC 1 runs the game, PC 2 reads memory from PC 1, and can then output keyboard/mouse inputs, as well as wallhacks/esp. How is the client side anti cheat supposed to know that the keyboard and mouse inputs are legitimate? How is the client side anti cheat to know wallhacks are being used when they are being rendered on an entirely different machine?

As a C# developer on Linux, I wish this was more true than it is. Working on a multi project dotnet solution in VSCode is still far behind Visual Studio / Jetbrains Rider.

Its also worth pointing out that the more you add to VSCode, the slower it becomes. If you add the toolkits to make it compete with Jetbrains products, it isn’t nearly the same lightweight editor anymore.

Won’t speak to Webstorm, but hard disagree when it comes to Rider. VSCode/Zed really fit into an entirely different category from Jetbrains IDE’s. Lightweight editors vs full fat development environments. There are use cases for each.

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