SteveTech

I've previously found OpenRGB's udev rules to be a really good example since there's a bit of everything in there: https://openrgb.org/releases/release_0.9/60-openrgb.rules

But I think you'd want something like: SUBSYSTEMS=="usb|hidraw", ATTRS{idVendor}=="REPLACE WITH USB VENDOR", ATTRS{idProduct}=="REPLACE WITH USB PRODUCT", TAG+="uaccess"

It's not strictly Linux anymore, but I wrote a library (or userspace driver?) in Python that interacts with a ChromeOS Embedded Controller found in Framework Laptops and Chromebooks. The driver part of it interacts with the EC directly over the IO ports, which was originally written for Linux but later ported to FreeBSD and Windows since IO ports aren't at all OS specific. It can also talk to the cros_ec_dev driver on Linux if it's loaded.

https://github.com/Steve-Tech/CrOS_EC_Python

I wrote a GUI utility for Framework Laptops too, which also serves as the example for CrOS_EC_Python: https://github.com/Steve-Tech/YAFI

help now actually opens the help utility on Python 3.13!

Thanks TIL! Although I prefer this diagram that has all the wifi channels on it, instead of just the 3 common ones.

Source

Perhaps there was an easier lighter-weight way of doing this?

Yeah, SSH tunneling. What I would do (and have done in the past) is something like:

ssh -L 8080:192.168.0.1:80 myserver

That will forward port 8080 on your host to port 80 on 192.168.0.1, so you can access your router's web UI with http://localhost:8080/ in your own web browser.

You can also setup full tunneling with SSH, but that requires messing around with SOCKS and I usually can't be bothered.

If we're suggesting a GUI for basic trimming and splicing, I prefer Avidemux, it supports cutting without transcoding the whole video (as long as you cut on an I-frame), saving time and reducing artefacts.

My understanding is previously the kernel would crash on systems with more RAM than the address space, so there's now a patch to ignore the anything above the max address supported (e.g. 32bit without PAE, 36bit with PAE). More RAM was never supported, so I think the author of the article has misunderstood or oversimplified what's been done.

You can always install activate-linux, and it even works on Windows.

Epic!

You should be able to add options it87 force_id=0x8688 ignore_resource_conflict=1 to /etc/modprobe.d/it87.conf (or whatever filename) and it87 to /etc/modules. To get it to run at startup.

You can try ignore_resource_conflict which is it87 specific, rather than a system wide acpi_enforce_resources.

modprobe it87 force_id=0x8628 ignore_resource_conflict=1

The reason why this is needed is ACPI claims the I/O ports required to talk to the it87, and Linux doesn't want to override that.

The master branch works well with Intel ARC, I contributed a lot of the ARC changes. I don't think they've made it into a release yet though.

Edit: 3.2.0 has them: https://github.com/Syllo/nvtop/releases/tag/3.2.0

I got through University running Debian testing. It was mostly fine, some Linux based subjects were way easier without dealing with a VM (they recommended against WSL for some reason).

However there were a couple units that absolutely required you to use Visual Studio (non-code), I occasionally used a VM, the Uni IT also provided me with a remote VM (there's a form to fill and and it's all automated). But I mostly used Rider, which for one unit it confused their CI and I got marked down for (otherwise got top marks so it's fine).

For office, it didn't matter. Group projects mostly used Google Docs, occasionally Microsoft Office where the online version worked fine. All my units wanted PDFs at the end anyway, so it does not matter that you used LibreOffice or whatever. Some units provided you with DOCX templates, I had no issues opening them with LibreOffice.

Edit: People are mentioning online exams, my Uni did 'online quizzes' which worked fine, and some had to be done in class on their PCs anyway. Final exams where always done on paper.