It’s just as crazy as saying “We don’t need math, because every problem can be described using human language”.

In other words, that might be true as long as your problem is not complex enough to be able to be understood using human language.

You want to solve a real problem? It’s way more complex with so many moving parts you can’t just take LLM to solve it, because that takes an actual understanding of a problem.

It’s funny, I buy Apple Car specifically so that that I can’t decide where I want to go. At work we MDM and Apple’s approach isn’t for everyone, but forcing something like choosing their destination simply isn’t the right choice for all types of users.

I’m all for encouraging them to be on the right side of Right-to-Repair, labor laws, and environmental best practices. But I left the world of thinking where I want to go and choice for the Apple Car’s tight lockdowns. At first I still couldn’t help myself but to try to go around wherever I wanted with my first Apple Car or two, then I stoped that also.

Apple Car’s filtered possible destinations are all I need, so I don’t see why anyone would ever want to go any other place.

24.04 won’t have Plasma 6, but 24.10 will. In other words, fall 2024.

Or you can use KDE Neon, which is basically Ubuntu LTS, but with the newest Plasma.

That is because windows filesystem is mounted to WSL through NFS and while transferring large files through that is ok, transferring huge amounts of small files is really slow.

You mentioned you changed firewall rules for that device. Any chance you have set outbound rule instead of inbound rule?

Anyway, what’s the output of ip route?

Better in which way? WSL2 is a VM running ALONGSIDE Windows, not inside. Its performance is basically bare metal. If you have enough RAM, there is no reason to use cygwin instead of WSL2.

At least the performance gap somewhat justified the price. The other cards, mainly 4060 got little to no performance upgrade, yet cost more.

If you know how to use git, you will know how to use docker (provided you know what you want to do). They are completely different programs, yet you can quickly grasp the other instinctively.

Now, Photoshop and Blender - they are also different programs, but if you know Photoshop, you still need to relearn Blender’s interface completely.

This is why I prefer terminal programs in general. Unless it’s more convenient to use GUi, i.e. Drag&Drop file manager, some git tools etc.

Learn it first.

I almost exclusively use it with my own Dockerfiles, which gives me the same flexibility I would have by just using VM, with all the benefits of being containerized and reproducible. The exceptions are images of utility stuff, like databases, reverse proxy (I use caddy btw) etc.

Without docker, hosting everything was a mess. After a month I would forget about important things I did, and if I had to do that again, I would need to basically relearn what I found out then.

If you write a Dockerfile, every configuration you did is either reflected by the bash command or adding files from the project directory to the image. You can just look at the Dockerfile and see all the configurations made to base Debian image.

Additionally with docker-compose you can use multiple containers per project with proper networking and DNS resolution between containers by their service names. Quite useful if your project sets up a few different services that communicate with each other.

Thanks to that it’s trivial to host multiple projects using for example different PHP versions for each of them.

And I haven’t even mentioned yet the best thing about docker - if you’re a developer, you can be sure that the app will run exactly the same on your machine and on the server. You can have development versions of images that extend the production image by using Dockerfile stages. You can develop a dev version with full debug/tooling support and then use a clean prod image on the server.

Steamdeck is more console than x86 PC is a platform. I get what you mean, but PS4 and PS5 are too technically x86 PCs. Most modern games’ tightly coupled target are actually APIs they are using.

It can be one click in a compiler to compile the game to ARM PC, but it’s a different story when you port your game engine to console, where you have to implement the same features using different APIs. (E.g. Raytracing, storing game data, connecting to profile, implementing multiplayer etc.).

In the example of SteamDeck, the platform is Win32 or Linux ABI compatible OS.

English is not my first not language. When I write something down in my first language (polish), it feels more like I’m transcribing things I silently say to myself, while with english I’m actually thinking about every word I type.

The funny thing is, the better I am getting at English, making those types of mistakes is getting easier for me.

But idk, this is just my experience.

Because they learned that from hearing, not reading so that makes sense.

Not only OS - written using 3D APIs closed source available only for your OS.

Actually “natural” gets a pass from me. It doesn’t feel right just because we got used to the opposite.

Imagine a paper scroll on rolls. If you slide the top of the roll upwards - the paper goes up, and you can see more bottom content. The exact opposite happens when you scroll the mouse wheel with default config.

It is better than in most languages with exceptions, except from languages like Java, that require you to declare that certain method throws certain error.

It’s more tedious in Go, but at the end of the day it’s the same thing.

When I use someone else’s code I want to be sure if that thing can throw an error so I can decide what to do with it.