anshargal

It's fun to see new waves of Linux UI polish attempts (like DHH's Ubuntu/Arch scripts, or this project). The Linux desktop could use some care -- and it's the kind of work a single (talented) person can actually do.

The harder problem is the underlying drivers and app ecosystem. Will some third-party package actually run, or will it require qt-2 and then crash on launch? Why is the laptop's webcam upside down, or why is wi-fi dropping every 11 minutes?

One-man distros rarely fix this (unless the person actually has same trouble). It takes a company, that would be willing to invest the sheer human-hours. We had Red Hat, Ubuntu -- companies that did a lot, but eventually capped their investment in the desktop. We need a new one. Until then, we'll keep getting the same experience under a new label.

Obj-C apps are not deprecated yet, so the approach in that GitHub repo must still work. That app is indeed written in C, but a big chunk is about building Obj-C classes and using other Obj-C objects - so it’s not quite C. You won't get much performance benefits or additional flexibility this way.

C is Turing-complete, so you can technically write anything in it. But on iOS, you'd need to build your own C library for application-level Apple SDKs, since Apple doesn't provide one. For simple apps (like small games or toy utils) - a minimal wrapper in Objective-C or Swift could be just a few hundred lines.

there are not a lot of options to get a virtual server under $1 per month, especially with IPv4 address

I wonder if anyone is working on a fantasy console with PS3-level graphics. A lot of games on Steam today have retro aesthetics and aren’t very demanding. A game runtime that works on Linux, macOS, and Windows would solve portability and digital preservation.

About 20 years ago, I was setting up a shared PC at my university. I googled for a way in Windows XP (via registry or group policy) to only let specific programs run. I added stuff like explorer.exe, iexplore.exe, winword.exe, acroread.exe, and a few others.

Fast forward a few years, and the computer was still running great. The desktop and downloads folders were full of messengers, "flash players" and other malware - but all binaries were throwing cryptic error. Since no one in IT was around or cared, nobody figured out how to edit the allow list. The computer was deemed half-broken. But when neighboring PCs were completely infested, this one could still open, edit, and print office docs flawlessly.

It felt like a magic fix for shared Windows PC security.

I wonder if there is a simple chip, similar to the 4004, 8080, or Z80, that can run at modern high frequencies — 4–5 GHz, or even higher due to its simplicity? Not much of a practical use, but it could be fun for emulation projects. 100x slower with emulation - still fast enough for retro platforms.

There is also a similar thing for CSV files encoded as JSON arrays - csvj.org

Can somebody share (potentially adjusting for IKEA effect) if homemade pasta really tastes better than pre-made one? Barilla? De Secco? Artisan brands?

The days of x86 macOS are numbered. I don't think there are good ways for running ARM macOS on non-Apple ARM CPUs and I am not even sure there are ARM servers comparable with M1 in single-core performance (maybe latest AWS Graviton?)

So is nginx with http2 enabled vulnerable too? Caddy? I should I not worry about this, because a small (by Cloudflare scale) botnet may DDoS a single server completely anyway?

Interesting. I never even considered the instance stability to be a risk when using ARM CPUs on Amazon. Anybody else can share their experience?