The HP-UX Porting and Archive Centre was established in August 1992 in the Department of Computer Science at Liverpool University in the United Kingdom, but has been run by Liverpool-based Connect Internet Solutions Limited since 1995. Its primary aim is to make public domain, freeware and Open Source software more readily available to users of Hewlett-Packard UNIX systems. The archive began with an initial collection of 150 packages, all of which had been successfully compiled and tested locally by staff at the Liverpool centre before being installed and made available on the archive. The centre continues to act as a porting body as well as an archive site – all software held in the archive has been verified to run successfully on HP-UX PA-RISC (and now Itanium) systems. As of October 2012, the Centre held over 1,500 packages! For reasons that will become apparent somewhere in the coming weeks, I’ve been spending a lot of time exploring and using HP-UX, and the HP-UX Porting and Archive Centre is one of those things that the four enthusiasts running HP-UX might find useful. It’s a vast collection of open source and freeware software built for HP-UX, installable either manually or using a specific script to resolve dependencies. This is one heck of a labour of love, considering HP-UX’, shall we say, unpopular status. Sadly, the Archive has a major limitation, one that I ran into: since 2017, only the very latest version of HP-UX – 11.31, also known as 11i v3 – is supported, meaning packages for the version I’m running, 11.11 or 11i v1, have long ago been deleted. On top of that, since 2020, all PA-RISC packages are marked as deprecated, meaning they’re no longer updated and will, at some point, be deleted too, leaving only Itanium 2 packages up for download. Using HP-UX as an enthusiast is one hell of a challenge, I can tell you that.
Earlier in the week, some Windows 11 Dev Channel users spotted Start menu ads/promos encouraging them to back up their data to OneDrive, sign up for a Microsoft account, and complete their profile. This obviously opened the door to lots of conversations over on social media platforms such as Twitter as well as the comments section on our own coverage as the majority of readers proceeded to bash Microsoft for pushing what they believe to be advertisements in their OS. To be fair, this backlash isn’t surprising. Microsoft has previously been caught red-handed testing advertisements for Microsoft Editor in the File Explorer. At that time, the company quickly removed them, claiming that they were not meant to be published externally. Even then, I expressed concern that while the banner ads were published accidentally this time, the real problem here is that Microsoft is definitely playing around with this idea and there’s no knowing when the tech giant decides that it’s the right time to green light this initiative for the public. It’s not going to matter. People who (think they) need Windows will keep using Windows, keep taking the user-hostile nonsense, because they don’t know any better. Windows users are a goldmine waiting to be split open and rushed, and Microsoft knows it.
It’s undeniably good for the Arm Windows app ecosystem to have a viable, decently specced PC that is usable as an everyday computer. The Dev Kit 2023 is priced to move, so there may be some developers who buy one just for the hell of it, which might have some positive trickle-down effects for the rest of the ecosystem. Because eventually, the Windows-on-Arm project will need to develop some tangible benefit for the people who choose to use it. What you’re getting with an Arm Windows device right now is essentially the worst of both x86 and Arm—compatibility problems without lower power use and heat to offset them and so-so performance to boot. Apple has cracked all three of these things; Windows and Qualcomm are struggling to do any of them. I’m just not entirely sure who Windows on ARM is supposed to be for. I want it to succeed – the more choice the better, and x86 needs an ass-kicking – but I don’t think the current crop of Windows on ARM devices are even remotely worth it. Either Qualcomm finally gets its act together and comes up with an SoC to rival Apple’s M series, or Microsoft takes matters into its own hands. Either way, they’re going to need to do something about the performance of x86 code on Windows on ARM.
Plan 9 is an operating system designed by Bell Labs. It’s the OS they wrote after Unix, with the benefit of hindsight. It is the most interesting operating system that you’ve never heard of, and, in my opinion, the best operating system design to date. Even if you haven’t heard of Plan 9, the designers of whatever OS you do use have heard of it, and have incorporated some of its ideas into your OS. Plan 9 is a research operating system, and exists to answer questions about ideas in OS design. As such, the Plan 9 experience is in essence an exploration of the interesting ideas it puts forth. Most of the ideas are small. Many of them found a foothold in the broader ecosystem — UTF-8, goroutines, /proc, containers, union filesystems, these all have their roots in Plan 9 — but many of its ideas, even the good ones, remain unexplored outside of Plan 9. As a consequence, Plan 9 exists at the center of a fervor of research achievements which forms a unique and profoundly interesting operating system. I’ve never used Plan 9, but whenever I read about I feel like it makes sense, like that’s how things are supposed to be. I’m sure its approaches present their own unique challenges, problems, and idiosyncrasies, but the idealised reality in articles like these make me want to jump in.
The Zeal Operating System is a modernized, professional fork of the 64-bit Temple Operating System. Guiding principles of development include transparency, full user control, and adherence to public-domain/open-source implementations. ZealOS strives to be simple, documented, and require as little of a knowledge gap as possible. One person should be able to comprehend the entire system in at least a semi-detailed way within a few days of study. Simplify, don’t complicate; make accessible, don’t obfuscate. Yes, somebody picked up Terry Davis‘ baton and ran with it. This makes me happy – it seemed wrong for TempleOS to remain but an inanimate memorial.
The 8086 microprocessor is one of the most important chips ever created; it started the x86 architecture that still dominates desktop and server computing today. I’ve been reverse-engineering its circuitry by studying its silicon die. One of the most unusual circuits I found is a “bootstrap driver”, a way to boost internal signals to improve performance. This circuit consists of just three NMOS transistors, amplifying an input signal to produce an output signal, but it doesn’t resemble typical NMOS logic circuits and puzzled me for a long time. Eventually, I stumbled across an explanation: the “bootstrap driver” uses the transistor’s capacitance to boost its voltage. It produces control pulses with higher current and higher voltage than otherwise possible, increasing performance. In this blog post, I’ll attempt to explain how the tricky bootstrap driver circuit works. I don’t fully understand all the details, but I do grasp the main point here. This is quite an ingenious design.
The AMD EPYC 9004 series, codenamed “Genoa” is nothing short of a game-changer. We use that often in the industry, but this is not a 15-25% generational improvement. The new AMD EPYC Genoa changes the very foundation of what it means to be a server. This is a 50-60% (or more) per-socket improvement, meaning we get a 3:2 or 2:1 consolidation just from a generation ago. If you are coming from 3-5 year-old Xeon Scalable (1st and 2nd Gen) servers to EPYC, the consolidation potential is even more immense, more like 4:1. This new series is about much more than just additional cores or a few new features. AMD EPYC Genoa is a game-changer, and we are going to go in-depth as to why in this article. These are absolutely monster processors, and widen the already existing gap between AMD and Intel in the server space even more.
We are bringing process filtering to Task Manager. This is the top feature request from our users to filter/search for processes. You can filter either using the binary name, PID or publisher name. The filter algorithm matches the context keyword with all possible matches and displays them on the current page. The filter is also applied as you switch between pages. You can also use the keyboard shortcut ALT + F to focus on the filter box. This is a helpful feature if you want to single out a process or a group of processes and want to take action or just monitor the performance of the filtered processes. I am baffled by how slowly new, actually useful features seem to be added to Windows these days. Weren’t all the changes in development and release cycles supposed to speed up the development of Windows? It feels like it’s a small trickle of minor features here and there, that then get massive press attention because… Well, at least something is happening. But nice, I guess. A feature present on virtually every other platform for decades.
OSNews now has an official Mastodon account. It’s a bot account that mirrors our main RSS feed, so it’s a great way to keep up with our stories if you’re using Mastodon. This official Mastodon account joins my own personal Mastodon account and that of our web master and developer, Adam.
On Monday, a German Redditor named c-wizz announced that they had found a very rare 66-year-old Librascope LGP-30 computer (and several 1970 DEC PDP-8/e computers) in their grandparents’ basement. The LGP-30, first released in 1956, is one of only 45 manufactured in Europe and may be best known as the computer used by “Mel” in a famous piece of hacker lore. This is the vintage computing version of finding a 33 Stradale in a shed in the Italian countryside.
Microsoft is now promoting some of its products in the sign-out flyout menu that shows up when clicking the user icon in the Windows 11 start menu. This new Windows 11 “feature” was discovered by Windows enthusiast Albacore, who shared several screenshots of advertisement notifications in the Accounts flyout. The screenshots show that Microsoft promotes the OneDrive file hosting service and prods users to create or complete their Microsoft accounts. Apple and Microsoft are actively ruining their operating systems just to squeeze a few more lousy coin out of their trapped users. What dreadful places to work they must be, with bean counters looking over every programmer’s shoulder to find ever more places to stuff in ads.
The PowerStack was one of the Motorola Computer Group’s entries into the personal computer (PC) market around the time the Microsoft Windows/Intel x86 juggernaut was stumbling with their mass market Windows 3.11 replacement. It’s a compact, modular, efficient platform featuring IBM/Motorola’s PowerPC CPUs as well as best-in-class contemporary interfaces like PCI and SCSI. A compute element could be stacked with other modular I/O and storage cases to expand its capabilities without having to rehome the computer in a larger chassis. I had never heard of this machine before, illustrating just how much random non-x86 machines were produced in the ’90s. This one definitely looks more out there than most, and most likely utterly impossible to find anywhere.
LXQt 1.2 is here about seven months after LXQt 1.1 and it’s a major update to the lightweight desktop environment that introduces initial support for the Wayland display server in an attempt to keep up with the times and the new technologies most GNU/Linux distributions are adopting these days. Still based on the long-term supported Qt 5.15 LTS open-source application framework, LXQt 1.2 also improves its file manager component with a new search history feature that offers separate lists for name and content searches. Users can search the maximum number of history items in Preferences > Advanced > Search. I’m glad Wayland support is spreading out to smaller, less popular desktop environments too. Once you go Wayland, you stay Wayland.
Microsoft’s PowerToys for Windows 11 and Windows 10 has been updated with a new feature called ‘File LockSmith’. So what exactly is File Locksmith? In technical terms, it is a Windows shell extension that lets you check which files are in use and by which processes. Up until today, it was not possible to find out which particular process is using the file on Windows. While Task Manager lets you eliminate processes, it cannot tell you what’s using your files or preventing file transfer. In fact, File Explorer will block your attempts to delete a file or folder in use by a process or app. I lost count of how many times Windows would just stubbornly refuse to delete a file or directory because it was in use by some process, while not telling me which damn process we’re dealing with. Isn’t it absolutely bananas that it’s 2022 and you have to download some shell extension to get this basic functionality?
Microsoft is exploring a new business model for Windows, according to the company’s job listing for a Principal Software Engineering Manager. Microsoft expects the Program Manager to shape a new future of low-cost Windows 11 PCs powered by advertisements and subscriptions (Windows 365?). Casino ads for children on your desktop. Sounds like a steal.
AMD is gearing up to launch its next-generation Radeon RX 7000-series GPUs next month, and today the company shared more details about the cards’ pricing, performance levels, and the new RDNA 3 GPU architecture that will power all of its graphics cards for the next couple of years. The launch begins at the high end, with the Radeon RX 7900 XTX and RX 7900 XT. AMD will launch both of these GPUs on December 13, with the 7900 XTX starting at $999 and the XT starting at $899 (cards made by AMD’s partners will surely push these prices upward a bit). Both of these price tags undercut Nvidia’s RTX 4000 series, which starts at $1,599 for the top-tier GeForce RTX 4090 and $1,199 for the RTX 4080. Graphics cards have become insanely expensive. While AMD’s prices undercut NVIDIA, they’re still bonkers expensive. Assuming you’ll be able to even find them at these prices to begin with.
Today, amid a sea of internet companies and products that routinely put profits ahead of people, Mozilla is unveiling an ambitious new venture capital fund to transform technology investment — and the internet more broadly. Yes, this is exactly what the only browser standing between us and complete Chrome dominance needs. Can you taste the sarcasm?
GNU Make 4.4 is here, and it has some interesting – and sad – news for some of the old operating systems we still cover on OSNews. Sadly, support for OS/2 (EMX), AmigaOS, Xenix, and Cray will be dropped from the next release of Make. Now, I’m not entirely sure just how many users of these operating systems even use Make, but for those of you that do – tough cookie right here.
Window outlines! Yet another KDE contribution by yours truly! This was fun. Not easy at all, but fun. I’m pretty happy how they turned out. A small feature, but a fun read to learn how, exactly, it was implemented.
Mastodon is interesting. On the surface it might just seem like a Twitter clone, but it’s based on a federated protocol called ‘ActivityPub’. What this means in practice is that there’s no central server. There’s many instances. Each of these instances is managed by different people, and many of them focus on specific interests. With email, it doesn’t matter which provider you go with Thanks to universal SMTP standards that every server uses, you can exchange messages with everyone else. This is the same with Mastodon. You’re not siloed into a single instance, and you can follow people from any other instance. Unlike email, it appears that with Mastodon you can actually migrate to different instances if you don’t like your current one. I’ve left Twitter behind, too, and am having a much better time on Mastodon ever since. I plan on setting up a proper OSNews account on Mastodon as well, but that requires some coordination with Adam (our admin) and David (OSNews’ owner) that I haven’t gotten round to yet. You can follow me here if you so desire.