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Nezabudnuteľný vzdelávací zájazd
V období od 6. – 14. 10. 2025 vyrazili na nezabudnuteľný vzdelávací zájazd víťazi kvízu “Koliko se poznajemo” Hanna Drieňovská, Ksenija Vujačić, Matej Marčok a David Andrášik a členovia víťazných tímov Kempu multikulturalizmu Ján Pavelka a Branislav Cesnak po krásach strednej Európy. Sprievodkyňou bola profesorka Tatiana Topoľská. Navštívili mesto České Budějovice, s dominantným námestím, ktoré patrí medzi najväčšie v strednej Európe a je obklopené kr … ⌘ Read more

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Orange Pi Previews Orange Pi 6 Plus with 12-core architecture and dual 5G Ethernet ports
Orange Pi has introduced the Orange Pi 6 Plus, a single-board computer intended for high-performance and AI-oriented computing tasks. It uses the CIX CD8180/CD8160 SoC with a 12-core 64-bit CPU and an NPU rated at up to 45 TOPS. The SoC includes a 12-core architecture paired with an integrated graphics processor supporting hardware-accelerated ray tracing […] ⌘ Read more

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Radxa Announces Fogwise AIRbox Q900 for Industrial Edge AI
Radxa has announced the Fogwise AIRbox Q900, a rugged edge AI system powered by Qualcomm’s IQ-9075 processor. The compact unit delivers high-performance compute with industrial reliability, targeting real-time inference in manufacturing, robotics, smart cities, and research. The AIRbox Q900 is powered by the Qualcomm IQ-9075 SoC. It integrates an octa-core Kryo Gen 6 CPU based […] ⌘ Read more

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25. Prehliadka sólistov slovenskej ľudovej piesne Cez Nadlak je…
V rumunskom Nadlaku sa počas uplynulého víkendu niesol spev slovenskej ľudovej piesne. Konala sa tam jubilejná 25. Prehliadka sólistov Cez Nadlak je…, na ktorej sa predstavilo 35 spevákov zo Slovenska, Srbska a Maďarska. Súťaž prebiehala v troch vekových kategóriách. V kategórii 6 – 12 rokov získala prvú cenu Bianka Slauková z Nadlaku, druhú Lana Sabolčká z Báčskeho Petrovca a t … ⌘ Read more

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Tiny RISC-V Development Board with WCH CH32V317WCU6 Available from $6.80
The nanoCH32V317 is a compact development board created by MuseLab to simplify prototyping and embedded system development. It integrates USB connectivity, Ethernet support, and a straightforward programming interface through USB Type-C, providing an accessible platform for engineers and hobbyists working with RISC-V microcontrollers. The board is powered by the WCH CH32V317WCU6, a RISC-V microcontro … ⌘ Read more

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MacOS Tahoe 26 Feels Slow? Try These 6 Performance Tips
Some Mac users who have updated to macOS Tahoe 26 feel like the new operating system runs slower than their prior MacOS installation did. Reports online suggest there can be general sluggishness and lagging performance, sometimes with frame rate drops and stuttering animations on the screen, or even when typing. Other users in various forums … Read MoreRead more

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Hmm, gnu.org is slow as heck. Shorter HTML pages load in about ten seconds. This complete AWK manual all in one large HTML page took a full minute: https://www.gnu.org/software/gawk/manual/gawk.html Is there maybe some anti AI shenanigans going on?

In any case, I find the user guide super interesting. My AWK skills are basically non-existent, so I finally decided to change that. This document is incredibly well written and makes it really fun to keep reading and learning. I’m very impressed. So far, I made it to section 1.6, happy to continue.

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I’ve got a prototype of my hardcopy simulator going. I’m typing on the keyboard and the “display” goes to the printer:

https://movq.de/v/56feb53912/s.png

https://movq.de/v/235c1eabac/MVI_8810.MOV.mp4

The biiiiiiiiiig problem is that the print head and plastic cover make it impossible to see what’s currently being printed, because this is not a typewriter. This means: In order to see what I just entered, I have to feed the paper back and forth and back and forth … it’s not ideal.

I got that idea of moving back/forth from Drew DeVault, who – as it turned out – did something similar a few years back. (I tried hard to read as little as possible of his blog post, because figuring things out myself is more fun. But that could mean I missed a great idea here or there.)

But hey, at least this is running on my Pentium 133 on SuSE Linux 6.4, printer connected with a parallel cable. 😍

(Also, yes, you can see the printouts of earlier tests and, yes, I used ed(1) wrong at one point. 🤪 And ls insisted on using colors …)

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The XMPP Standards Foundation: MongooseIM 6.4 - Simplified and Unified
MongooseIM is a scalable and efficient instant messaging server. It implements the open, proven, extensible and constantly evolving XMPP protocol, which is an excellent choice when it comes to instant messaging. To communicate with other XMPP entities, the server uses three main types of interfaces, listed in the table below.

XMPP InterfacePurposeConnection typeReworked in v … ⌘ Read more

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Erlang Solutions: MongooseIM 6.4: Simplified and Unified
MongooseIM is a scalable and efficient instant messaging server. With the latest release 6.4.0, it has become more powerful yet easier to use and maintain. Thanks to the internal unification of listeners and connection handling, the configuration is easier and more intuitive, while numerous new options are supported.

New features include support for TLS 1.3 with optional channel binding for improved security, single round-trip authent … ⌘ Read more

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Here’s an example of X11/Xlib being old and archaic.

X11 knows the data type “cardinal”. For example, the window property _NET_WM_ICON (which holds image data for icons) is an array of “cardinal”. I am already not really familiar with that word and I’m assuming that it comes from mathematics:

https://en.wikipedia.org/wiki/Cardinal_number

(It could also be a bird, but probably not: https://en.wikipedia.org/wiki/Cardinalidae)

We would probably call this an “integer” today.

EWMH says that icons are arrays of cardinals and that they’re 32-bit numbers:

https://specifications.freedesktop.org/wm-spec/latest-single/#id-1.6.13

So it’s something like 0x11223344 with 0x11 being the alpha channel, 0x22 is red, and so on.

You would assume that, when you retrieve such an array from the X11 server, you’d get an array of uint32_t, right?

Nope.

Xlib is so old, they use char for 8-bit stuff, short int for 16-bit, and long int for 32-bit:

https://x.org/releases/current/doc/libX11/libX11/libX11.html#Obtaining_and_Changing_Window_Properties

That is congruent with the general C data types, so it does make sense:

https://en.wikipedia.org/wiki/C_data_types

Now the funny thing is, on modern x86_64, the type long int is actually 64 bits wide.

The result is that every pixel in a Pixmap, for example, is twice as large in memory as it would need to be. Just because Xlib uses long int, because uint32_t didn’t exist, yet.

And this is something that I wouldn’t know how to fix without breaking clients.

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Saw this on Mastodon:

https://racingbunny.com/@mookie/114718466149264471

18 rules of Software Engineering

  1. You will regret complexity when on-call
  2. Stop falling in love with your own code
  3. Everything is a trade-off. There’s no “best” 3. Every line of code you write is a liability 4. Document your decisions and designs
  4. Everyone hates code they didn’t write
  5. Don’t use unnecessary dependencies
  6. Coding standards prevent arguments
  7. Write meaningful commit messages
  8. Don’t ever stop learning new things
  9. Code reviews spread knowledge
  10. Always build for maintainability
  11. Ask for help when you’re stuck
  12. Fix root causes, not symptoms
  13. Software is never completed
  14. Estimates are not promises
  15. Ship early, iterate often
  16. Keep. It. Simple.

Solid list, even though 14 is up for debate in my opinion: Software can be completed. You have a use case / problem, you solve that problem, done. Your software is completed now. There might still be bugs and they should be fixed – but this doesn’t “add” to the program. Don’t use “software is never done” as an excuse to keep adding and adding stuff to your code.

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In-reply-to » Fuck me sideways, Rust is so hard. Will we ever be friends?

@prologic@twtxt.net I’m trying to call some libc functions (because the Rust stdlib does not have an equivalent for getpeername(), for example, so I don’t have a choice), so I have to do some FFI stuff and deal with raw pointers and all that, which is very gnarly in Rust – because you’re not supposed to do this. Things like that are trivial in C or even Assembler, but I have not yet understood what Rust does under the hood. How and when does it allocate or free memory … is the pointer that I get even still valid by the time I do the libc call? Stuff like that.

I hope that I eventually learn this over time … but I get slapped in the face at every step. It’s very frustrating and I’m always this 🤏 close to giving up (only to try again a year later).

Oh, yeah, yeah, I guess I could “just” use some 3rd party library for this. socket2 gets mentioned a lot in this context. But I don’t want to. I literally need one getpeername() call during the lifetime of my program, I don’t even do the socket(), bind(), listen(), accept() dance, I already have a fully functional file descriptor. Using a library for that is total overkill and I’d rather do it myself. (And look at the version number: 0.5.10. The library is 6 years old but they’re still saying: “Nah, we’re not 1.0 yet, we reserve the right to make breaking changes with every new release.” So many Rust libs are still unstable …)

… and I could go on and on and on … 🤣

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A bill from our ISP in 1998.

We’re talking about a month here, 1998-07-27 to 1998-08-26.

Basic fee: 7.50 DM (about 6€ today).

Online time: 516 minutes, 23.53 DM (about 20€ today).

That’s just the ISP costs, if I’m not mistaken. The underlying phone calls were pretty pricey as well.

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JMP: Mitigating MITMs in XMPP
In October 2023, Jabber.ru, “the largest Russian XMPP messaging service”, discovered that both Hetzner and Linode had been targeting them with Machine-In-The-Middle (MITM) attacks for up to 6 months. MITM attacks are when an unauthorised third party intercepts traffic intended for someone else. At the point of interception, the attacker can inspect and even modify that traffic. TLS was created to mitigate this; all communication between the two parties is encrypted, so the third party sees … ⌘ Read more

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JMP: Mitigating MITMs in XMPP
In October 2023, Jabber.ru, “the largest Russian XMPP messaging service”, discovered that both Hetzner and Linode had been targeting them with Machine-In-The-Middle (MITM) attacks for up to 6 months. MITM attacks are when an unauthorised third party intercepts traffic intended for someone else. At the point of interception, the attacker can inspect and even modify that traffic. TLS was created to mitigate this; all communication between the two parties is encrypted, so the third party sees … ⌘ Read more

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FriendlyElec NanoPi M5 Offers RK3576, Dual LAN, MIPI-CSI, and 6 TOPS NPU
FriendlyElec has introduced the NanoPi M5, a compact single-board computer based on the Rockchip RK3576 processor. It features a 6 TOPS INT8 NPU, supports LPDDR4X or LPDDR5 memory, and offers UFS 2.0 storage along with dual Gigabit Ethernet and MIPI-CSI/DSI interfaces. Compared to recently launched boards such as the NanoPi Zero2 (RK3528A), NanoPi M6 (RK3588S), […] ⌘ Read more

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Sony’s NEWS UNIX workstations
The first prototype was ready in just six months. By October 1986, the project was announced, and in January 1987, the first NEWS workstation, the NWS 800 series, officially launched. It ran 4.2BSD UNIX and featured a Motorola 68020 CPU. Its performance rivaled that of traditional super minicomputers, but with a dramatically lower price point ranging from ¥950,000 to ¥2.75 million (approximately $6,555 to $18,975 USD in 1987). Competing UNIX workstations typically cost clo … ⌘ Read more

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Touchscreen Smart Box Based on ESP32-P4 with Wi-Fi 6 or Ethernet
The ESP32-P4 Smart 86 Box is a compact development board with a 4-inch capacitive touchscreen, designed for HMI, smart control panels, and edge processing. Its 86 mm form factor allows it to be easily installed in wall-mounted enclosures for use in embedded automation and smart terminal applications. As the name implies, this board is built […] ⌘ Read more

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