The alpha version of the GNOME 46 desktop environment should be out for public testing any day now for early adopters and enthusiasts who want to get an early taste of the newly implemented features, one of them begin support for headless remote logins via GDM (GNOME Display Manager). This is one of the highly requested features for GNOME and it is achieved through the gnome-remote-desktop component, which provides a remote desktop server for the GNOME desktop to allow you to connect to your machine remotely using PipeWire. Marius Nestor The final release is planned for late March.

Happy 2024, folks! Just when we thought we’d seen it all, an npm user named PatrickJS, aka gdi2290, threw us a curveball. He (along with a group of contributors) kicked off the year with a bang, launching a troll campaign that uploaded an npm package aptly named everything. This package, true to its name, depends on every other public npm package, creating millions of transitive dependencies. The everything package and its 3,000+ sub-packages have caused a Denial of Service (DOS) for anyone who installs it. We’re talking about storage space running out and system resource exhaustion. But that’s not all. The creator took their prank to the next level by setting up http://everything.npm.lol, showcasing the chaos they unleashed. They even included a meme from Skyrim, adding some humor (or mockery, depending on your perspective) to the situation. Feross Aboukhadijeh I know this is a bad thing, you shouldn’t do this, it harms a lot of people, etc., etc., but let’s be honest here – this is a hilarious prank that showcased a weakness in a rather playful way. Sure, there were real consequences, but it doesn’t seem like any of them caused any permanent damage, data loss, or compromised systems. What’s worse, it seems this isn’t even the first time stuff like this happened, so I find it baffling people can still do this. What are they doing over there?

We may have been using APFS for nearly seven years, but some of its features remain thoroughly opaque. On Christmas Day, I posed the puzzle of 60 TB of snapshots being removed from a 2 TB disk. While we all accept that may be “technically correct”, for ordinary users it makes no sense. Suggestions that they should be “educated” miss the point that the Finder has to be accessible to all users, whether or not they have a degree in Computer Science. If my eleven year-old granddaughter can’t make sense of it, then the Finder is a failure. Today I turn to another thorny issue raised by the ingenuity of APFS: the size of its special file types, sparse and ‘clone’ files. As usual, I start with a practical demonstration. Howard Oakley I feel like I should ring a little bell while posting a link to this article.

Having re-discovered my love for FreeBSD on the desktop for the past month or so, I embarked in yet another adventure with it: creating a portable installation of it a USB drive so I could carry it with me on the go. This would be a great addition to my everyday carry, and would also again put the OS in test against many situations I have not had faced yet with it. Klaus Zimmermann Always a useful tool to have.

When the AXP64 build tools for Windows 2000 were discovered back in May 2023, there was a crucial problem. Not only was it difficult to test the compiled applications since you needed an exotic and rare DEC Alpha machine running a leaked version of Windows, it was also difficult to even compile the programs, since you needed the same DEC Alpha machine to run the compiler; there was no cross-compiler. As a result, I began writing a program conceptually similar to WOW64 on Itanium (or WX86, or FX-32), only in reverse, to allow RISC Win32 programs to run on x86. CaptainWillStarblazer People with this much skill just exist.

Maestro is a lightweight Unix-like kernel written in Rust. The goal is to provide a lightweight operating system able to use the safety features of the Rust language to be reliable. Maestro’s GitHub page The state of this project is actually kind of amazing – roughly 31% of Linux systemcalls are more or less already implemented, and it also comes with a daemon manager, a package manager, and can already run musl, bash, various core GNU utilities, and so on. It has kernel modules, a VGA text mode terminal, virtual memory, and a lot more.

Facebook recently rolled out a new “Link History” setting that creates a special repository of all the links you click on in the Facebook mobile app. You can opt out if you’re proactive, but the company is pushing Link History on users, and the data is used for targeted ads. As lawmakers introduce tech regulations and Apple and Google beef up privacy restrictions, Meta is doubling down and searching for new ways to preserve its data harvesting empire. The company pitches Link History as a useful tool for consumers “with your browsing activity saved in one place,” rather than another way to keep tabs on your behavior. With the new setting you’ll “never lose a link again,” Facebook says in a pop-up encouraging users to consent to the new tracking method. The company goes on to mention that “When you allow link history, we may use your information to improve your ads across Meta technologies.” The app keeps the toggle switched on in the pop-up, steering users towards accepting Link History unless they take the time to look carefully. Thomas Germain at Gizmodo As more and more people in the technology press who used to be against Facebook have changed their tune since the launch of Facebook’s Threads – the tech press needs eyeballs in one place for ad revenue, and with Twitter effectively dead, Threads is its replacement – it’s easy to forget just what a sleazy, slimy, and disgusting company Facebook really is.

The Wayland ecosystem had a phenomenal year from much better NVIDIA proprietary driver support, Firefox ending out the year shipping with Wayland support enabled by default, KDE Plasma 6.0 will default to Wayland following many improvements on the KDE side, the Wine Wayland driver upstreamed in its initial form, XWayland continuing to be enhanced, and a lot of other software from desktop environments to apps continuing to embrace Wayland. Michael Larabel at Phoronix This train ain’t stopping. Dare I say 2024 will be the year of Wayland on the desktop?

As I work on moss and research modern processor design patterns and techniques, I am also looking for patterns and techniques from the past that, for one reason or another, have not persisted into our modern machines. While on a run this week, I was listening to an old Oxide and Friends episode where Bryan, Adam, and crew were reminiscing on the SPARC instruction set architecture (ISA). SPARC is a reduced instruction set computer (RISC) architecture originally developed by Sun Microsystems, with the first machine, the SPARCstation1 (a.k.a. Sun 4/60, a.k.a Campus), being delivered in 1987. It was heavily influenced by the early RISC designs from David Patterson and team at Berkeley in the 1970s and 1980s, which is the same lineage from which RISC-V has evolved. Given the decision to base moss on the RISC-V RV64I ISA, I was interested to learn more about the history and finer details of SPARC. Daniel Mangum The sad thing is that SPARC is pretty close to dead at this point, with the two major players in the high-end – Oracle and Fujitsu – throwing in the towel half a decade ago. There’s some lower-end work, such as the LEON chips, but those efforts, too, seem to be going nowhere at the moment. Definitely sad, since I’ve always been oddly obsessed with the architecture, and hope to still somehow get my hands on the last UltraSPARC workstation ever built (the Sun Ultra 45, which is, sadly, incredibly expensive on the used market). There’s also a whole boatload of servers on the used market with fancier, newer SPARC processors, but as far as I know, none of those support any form of even barely usable graphics, making them useless for weird people like me who want to run a desktop on them.

SteamOS 3 (“Holo”) is the Arch-based Linux distribution built for the Steam Deck, Valve Software’s portable PC gaming device. It’s a very interesting Linux distribution even when you only focus on how it updates itself: updates are performed atomically by downloading a new read-only root filesystem to an inactive partition, then rebooting into that partition. But consumers can also run steamos-devmode to unlock the root filesystem, put the pacman database in working order, and give them a working Linux distro with a normal package manager. This A/B atomic updates system is pretty standard for OSes these days, but there’s a lot going on in SteamOS that makes them work even with heavy customization by the end-user. I wanted to explore that while still being able to make changes to the root filesystem images. steamos-devmode is the easy way out; I wanted to make a proper fork. Here’s how I did it. iliana etaoin This article has sparked my interest to build a living room PC for Steam gaming for my wife and I, so we can play couch coop Steam games on an actual couch instead of behind our PC desk. Very detailed and in-depth, this article also teaches a lot about how SteamOS works under the hood.

NetSurf, the small and efficient browser for RISC OS, Haiku, AmigaOS 4, and obscure platforms you’ve probably never heard of like “Linux” and “macOS” has seen a new release – version 3.11. NetSurf is written in C and has its own browser engine – it’s not based on Google’s browser engines, Chromium and Firefox’ Gecko/Quantum. NetSurf 3.11 features improved page layout with CSS flex support. It also features many other optimisations and enhancements. NetSurf’s official website It’s an obvious upgrade for everyone who uses NetSurf, since if you’re using NetSurf, odds are the platform you’re using it on doesn’t really offer many alternatives.

I grew up learning to program in the late 1980s / early 1990s. Back then, I did not fully comprehend what I was doing and why the tools I used were impressive given the constraints of the hardware we had. Having gained more knowledge throughout the years, it is now really fun to pick up DOSBox to re-experience those programs and compare them with our current state of affairs. This time around, I want to look at the pure text-based IDEs that we had in that era before Windows eclipsed the PC industry. I want to do this because those IDEs had little to envy from the IDEs of today—yet it feels as if we went through a dark era where we lost most of those features for years and they are only resurfacing now. If anything, stay for a nostalgic ride back in time and a little rant on “bloat”. But, more importantly, read on to gain perspective on what existed before so that you can evaluate future feature launches more critically. Julio Merino Fast forward to today, and the most popular text editor among programmers is a website running in Chrome in a window. No wonder most popular applications are Electron trashfires now. Times sure have changed.

20 months since the initial release, Rust9x is back, whether you like it or not! I’ve spent the last couple of days migrating the changes from Rust 1.61-beta to Rust 1.76-beta, and filling some of the holes in API support on the way. Dennis Duda Yes, this is Rust ported to Windows 9x, and this new releases comes with a lot of the benefits in 1.76, but also adds backtrace support, thread parking support, and initial work on adding 64bit support for 64bit Windows XP and newer.

Until some time, SUSE shipped with a default desktop environment called KDE3, and even today, openSUSE is the only distribution, for which KDE3 packages are still available. In contrast to the fork TDE (Trinity Desktop Environment), these are the original KDE3 packages, which have also been used in earlier versions of SUSE Linux, and they were merely adapted to run under modern Linux systems. In the following tutorial, you are going to learn how to set up a current openSUSE system, with the look and feel of the original SUSE versions. Lioh M"oller at SpaceFun An absolutely great idea, as it makes it much easier to see what the main desktop environments were like many moons ago. I hope similar tutorials spring up for GNOME and other desktop environments.