If you reach this page, you may be interested into this new category of Linux distributions labeled “immutable”. In this category, one can find by age (oldest → youngest) NixOS, Guix, Endless OS, Fedora Silverblue, OpenSUSE MicroOS, Vanilla OS and many new to come. I will give examples of immutability implementation, then detail my thoughts about immutability, and why I think this naming can be misleading. I spent a few months running all of those distributions on my main computers (NAS, Gaming, laptop, workstation) to be able to write this text. I haven’t given any of these a try just yet, but I feel like this is where the Linux desktop is going. I’m not sure if that’s a good or a bad thing – I need both more experience as well as read more informed opinions about it – but I do like the concept.
But little was said at the time about connectivity and networking. It could IR-beam (consuming the battery) and sync, but other than muted complaints about missing Bluetooth (which would have consumed even more battery), no one said anything one way or the other about getting it on the Internet. And I’m all about Palm devices on the Internet. It turns out there’s a reason for that, and we’re going to patch the operating system so we can make the Fossil Wrist PDA into what may be the smallest (and first wrist-mounted) Gopher client. That also required an update to the Overbite Palm Gopher client (which you’ll want for your 68K Palm anyway), and then there’s the matter of the battery refusing to charge as well. And finally, we want to make all of this portable! This makes my heart flutter and my tummy somersault.
Phoenix is the latest addition to AMD’s long line of APUs (chips with integrated graphics). Ever since Picasso launched with Zen cores and Vega graphics, AMD’s APUs saw massive improvements from generation to generations. That’s largely because AMD started from so far behind. But Zen 2 and Zen 3 APUs were already very solid products, so Phoenix’s improvements make it a very dangerous competitor. AMD has put a lot of focus into reducing power consumption across every area of the chip. Zen 4 cores do an excellent job on the CPU side, while RDNA 3 provides strong graphics performance. Hardware offload helps power efficiency on specialized AI and audio processing workloads. To support all this, Infinity Fabric gets lower power states and very flexible clock behavior. Phoenix ends up being able to perform well across a wide range of form factors and power targets. These are the kinds of chips powering the current slew of mobile gaming devices like the Steam Deck and its various competitors. It’s great to see this market segment take off, mostly thanks to AMD and Valve, but I’m going to hold off just one or two generations more before jumping in. If AMD’s pace of improvement continues, these handheld devices are going to become even thinner and lighter. That being said, I’d still love to review a Steam Deck for OSNews, specifically because of its Linux base. Maybe I’ll run into an acceptable deal at some point soon.
Macs have brought a great deal to us over the years: desktop publishing, design, image editing and processing, multimedia, and more. One of the few fields where they have failed is programming, despite many attempts. Here I look back at some of those opportunities we missed. It’s a bit of an only mildly related aside, but even though I personally would love to get into programming in some form, it’s actually a lot harder to get into than a lot of programmers tend to think. Learning how to program has big “the rest of the fucking owl” energy in that the most basic of basic concepts are relatively easy to grasp, but the leap from those very basic concepts to actually using them for something useful is absolutely massive and fraught with endless pitfalls. Many, many have tried to bridge this massive canyon, and Apple sure has tried numerous times as this article illustrates, but other than just starting at a young age and never losing interest and never standing still for too long, it seems like nobody has found an actually good, reliable way of teaching latecomers how to program.
I had no idea that Vim started on the Amiga, and I doubt many people do.
At WWDC earlier this year, Apple announced that upcoming versions of iOS and macOS would ship with a new feature powered by “a Transformer language model” that will give users “predictive text recommendations inline as they type.” Upon hearing this announcement, I was pretty curious about how this feature works. Apple hasn’t deployed many language models of their own, despite most of their competitors going all-in on large language models over the last couple years. I see this as a result of Apple generally priding themselves on polish and perfection, while language models are fairly unpolished and imperfect. As a result, this may be one of the first Transformer-based models that Apple will ship in one of its operating systems, or at least one of the first that they’ve acknowledged publicly. This left me with some questions about the feature. Jack Cook did some digging into this new feature and the language model it uses, and came up with some very interesting findings. He also details his process, and of course, the code he wrote to do all of this is available on Github.
Java 21 will be released on September 19, 2023, supporting record patterns in switch blocks and expressions. Such syntax is monumental (At least, in Java land). It marks the point where Java could be considered to properly support functional programming patterns in ways similar to Kotlin, Rust, or C#. And it marks the first point where I can say, as a Kotlin developer, that I feel jealous. I’ve got nothing to say about matters such as these, so I’ll just quietly back away and let you all handle it.
Pineapple ONE is a functioning (macro) processor, that is based on an open-source architecture RISC-V. This architecture is becoming very popular these days, and it is well, open-source, so we chose to build a cpu only out of discrete, off-the-shelf components. You heard it right, there is no FPGA nor any microcontroller, there are just logic gates and memories. Our goal is to prove that designing a “modern” CPU isn’t that hard, so we have released our schematics and made it open source as well. You can check out our GitHub repository for more information. If there would be enough interest, maybe we could make a DIY kit, so anybody interested with soldering skills would be able to make their own Pineapple ONE! Don’t think you can run Crysis on this though – it runs at 500 kHz, has a 512 kB program memory and 512 kB of RAM, and a black and white graphics card with 200×150 pixels. It’s no speed demon, but who cares – this is quite the feat.
In short, no, I’m not making it up, I did make a virus back in 1990. I don’t have the source code, unfortunately, for two reasons. It was over thirty years ago. I’m a chronic hoarder, but seemingly not that chronic. The floppy discs containing the code were confiscated. No, my mum wasn’t proud, indeed she didn’t even know about this episode at the time, and still doesn’t. Not that she’d understand what a computer virus is, even if I attempted to explain it to her. What a great story.
Last week, Microsoft started rolling out the modern Photos app on Windows. While the modern Photos app has several new editing tools, it removes the built-in “Video Editor” and replaces it with a web-based Clipchamp. If you’ve lost track of how many different photos applications Microsoft has shipped for Windows and what features they don’t and do have – the linked article has a good, if Microsoftian convoluted overview.
Servo, the Rust browser engine originally developed by Mozilla, has posted an update about the project’s progress over the past month, and there’s a lot of good stuff in there. While our WebGPU support is still very much experimental (--pref dom.webgpu.enabled), it now passes over 5000 more tests in the Conformance Test Suite, after an upgrade from wgpu 0.6 (2020) to 0.16 (2023) and the addition of GPUSupportedFeatures. A few WebGPU demos now run too, notably those that don’t require changing the width or height on the fly, such as the Conway’s Game of Life built in Your first WebGPU app. On the CSS front, floats and ‘white-space: nowrap’ were previously only supported in our legacy layout engine (--legacy-layout), but now they are supported again, and better than ever before! Floats in particular are one of the trickiest parts of CSS2, and our legacy version had many bugs that were essentially unfixable due to the legacy layout architecture. On top of this and other improvements, Servo’s reference browser now also comes with a new user interface, and it comes with a location bar! Keep in mind this is not supposed to be a full-fledged user interface comparable with Chrome or Firefox, so don’t expect the world as a user.
Earlier this month, we linked to a story about how Android 14 would make it impossible for users – even root users – to modify system certificates on Android. We’re ten days along now, and it seems two new methods have already been found to work around this issue, making it once again possible to edit system certificates. The original author, Tim Perry, found a way with the help of a few other people over on Mastodon, while g1a55er found a different way independently. I’m not smart enough to indicate if these methods are hacks or solid, durable, intended methods, but at least for now, this functionality remains available.
If you crack the screen on the Pixel Watch, getting it officially repaired by Google isn’t in the cards. Several Pixel Watch owners have vented their frustrations about the inability to replace cracked screens, both on Reddit and in Google support forums. The Verge has also reviewed an official Google support chat from a reader who broke their Pixel Watch display after dropping the wearable. In it, a support representative states that Google “doesn’t have any repair centers or service centers” for the device. “At this moment, we don’t have any repair option for the Google Pixel Watch. If your watch is damaged, you can contact the Google Pixel Watch Customer Support Team to check your replacement options,” Google spokesperson Bridget Starkey confirmed to The Verge. Google is exemplary at instilling confidence in buying their products.
Update on what happened across the GNOME project in the week from September 08 to September 15. It wasn’t a massive week for the GNOME project – at least when it comes to easily digestible improvements that fit neatly on a blog post – but there’s still a few notable points. First and foremost, the release of Libadwaita 1.4, which brings UI breakpoints, which allows developers to create arbitrary layouts for their applications at different sizes. It also comes with new adaptive widgets, which should fix a whole slew of problems that crop up when resizing an application. For the rest, a whole bunch of GNOME applications have been updated, as well as a number of extensions.
A lot is possible with a zipfile of data and just the programs that are either already installed or a quick brew install/apt install away. I remember how impressed I was when I was first shown this eurofxref-hist.zip by an old hand from foreign exchange when I worked in a bank. It was so simple: the simplest cross-organisation data interchange protocol I had then seen (and probably since). A mere zipfile with a csv in it seems so diminutive, but in fact an enormous mass of financial applications use this particular zipfile every day. I’m pretty sure that’s why they’ve left those commas in – if they removed them now they’d break a lot of code. When open data is made really easily available, it also functions double duty as an open API. After all, for the largeish fraction of APIs in which are less about calling remote functions than about exchanging data, what is the functional difference? I wonder how many of these types of simple, but extremely powerful open datasets that are so relatively easy to use exist.
Security is our number one priority. Chromebooks get automatic updates every four weeks that make your laptop more secure and help it last longer. And starting next year, we’re extending those automatic updates so your Chromebook gets enhanced security, stability and features for 10 years after the platform was released. A platform is a series of components that are designed to work together — something a manufacturer selects for any given Chromebook. To ensure compatibility with our updates, we work with all the component manufacturers within a platform (for things like the processor and Wi-Fi) to develop and test the software on every single Chromebook. Starting in 2024, if you have Chromebooks that were released from 2021 onwards, you’ll automatically get 10 years of updates. For Chromebooks released before 2021 and already in use, users and IT admins will have the option to extend automatic updates to 10 years from the platform’s release (after they receive their last automatic update). A good thing… Without any additional strings other than are already attached to a Chromebook? This can’t be. In all seriousness, ten years of updates for laptops that are often quite cheap and disposable is simply good news, and ensures that Chromebooks can be passed on for longer than they could before.
Alphabet Inc.’s Google is on trial in Washington DC over US allegations that it illegally maintained a monopoly in the online search business. Executives of the Mountain View, California-based behemoth have known for years that the company’s practices are under a microscope, and have encouraged its employees to avoid creating lasting records of potential problematic conduct, government lawyers allege. Googlers often communicate with one another internally using the company’s Google Chat product. Under a policy called “Communicate with Care,” the Justice Department asserts, Googlers receive training that instructs them to have sensitive conversations over chat with history off — meaning the conversation is auto-deleted after 24 hours. As far back as 2003, Google managers circulated unambiguous instructions on phrases to avoid to ensure they don’t come across like monopolists. It’s one thing that we all innately understand Google to be an abusive monopolist – it’s another thing to actually legally prove it. Antitrust hasn’t exactly been the strong suit of the US government as of late, so I’m hoping this one will turn out different than some of the other halfhearted attempts over the past few decades. We need some honest-to-god trust-busting or Bell cutters.
Back around the time I convinced my family to switch from a 56 kb/s dial-up modem to ADSL, the website milliondollarhomepage.com was launched, and quickly became an Internet phenomenon, selling pixels for advertising space on a 1000×1000 canvas. 18 years later, the homepage is still standing, proudly displaying the Internet billboard of 2005, frozen in time. Some time ago I bought one of the expired domain names the page points to, pixels4all.com. In this post I’m exploring this Internet garden. This whole thing was such a massive hype back then, but since it took place about a year before I became the news-post-person around here, I didn’t actually remember if OSNews covered it, and it seems we didn’t. It’s definitely a fun exercise to look back at these pixel links, and actually owning one of the original domains is amazing.
At this point I was getting annoyed that I had spent so long on these things, so I just imported megalodon-rs to download my mastodon timeline instead of writing the code myself. The conduit itself is exported as a 32-bit dll with a single entry point called OpenConduit, which HotSync calls after loading your dll. I think there are supposed to be more functions exported, but it works fine so far ¯\_(ツ)_/¯. Internally, the conduit just takes an empty PalmDOC database (PDB) file, downloads the timeline data, then stuffs everything into the PDB and sends the entire thing to the handheld. I doubt any custom HotSync conduit has had an entire tokio runtime stuffed in it before, but it only took me an afternoon to write and it takes ~5s to run, so chalking this one up as a win. You can clone the repo here, and install the conduit yourself using the provided binary if you too would like to use the world’s most exclusive mastodon client. This project obviously make my heart flutter a little bit. As a longtime Palm OS user of yore, and huge fan of the platform to this day, I’ve been wondering when, in the flurry of interest in building Mastodon clients for weird and dead platforms, it would be Palm OS’ turn in the spotlight. Well, that spotlight is here now, and while it’s still relatively basic, this is excellent work. Targeting old-style Palm OS devices is an interesting choice, but without having tried it, it should work seamlessly through PACE on the later, ARM-based Palm OS devices. The whole blog post is a joy to read, and can serve as a blueprint for anyone interested in, for some reason, picking up Palm OS development in 2023.
California, the home to many of tech’s biggest companies and the nation’s most populous state, is pushing ahead with a right-to-repair bill for consumer electronics and appliances. After unanimous votes in the state Assembly and Senate, the bill passed yesterday is expected to move through a concurrence vote and be signed by Governor Gavin Newsom. Excellent news from California, and I’d like to congratulate everyone involved in the effort getting this passed. Much like consumer protection laws from the EU, such laws from California also have a tendency to benefit consumers far beyond the borders of the original jurisdiction.
