My ask here is for System76 to use a popular and shared tool by many Linux distributions to do firmware updates (fwupd) instead of rolling their own solution only installed by default on PopOS.
I’m not sure if a Dell still offers Linux support out of the box, but you can still easily install firmware updates on multiple Linux distributions using fwupd.
I’m going to piggyback off your comment to take a moment to complain about System76 computers, which I own and enjoy. That being said I wanted to run Fedora instead of PopOS.
It’s super frustrating to me that many of my old computers could automatically do firmware updates using fwupd, but to update System76 laptops I have to install from a copr repo their system firmware update service.
The funny thing is they do appear to support fwupd, I assume they just aren’t maintaining it.
A Linux laptop for Linux people, but they’ve managed to set it up where you don’t get the best experience unless you’re running PopOS. It’s little frustrations like this that make me want to go back to a Del laptop for my next computer.
This feels a lot like the common “millennials can’t do X anymore” that we used to see all the time.
I switched careers recently from software engineering to teaching. Young people are fine.
Some things have changed. Those with no previous experience need a little help understanding file systems and moving files around, something they didn’t really have to do on iPads and Chromebooks.
Besides that students pick things up quickly. Find it as interesting and exciting as we did and often impress me by using more advanced features than we discuss in class.
Yes, they try to use AI. I usually explain to them that AI can likely do all their assignments in our classes not because AI is a good programmer but because these are introductory classes where the assignments are simple.
So far AI still can’t produce a perfect assignment for the students. And an easy way to tell they’re using AI is to see if their code is formatted too well. Most beginners will screw up indention somewhere in their programs. So what do I do if they use AI and then ask me for help (because AI didn’t do exactly what they wanted)? I tell them to let AI fix it. They end up having to rewrite so much before I help them that asking AI isn’t worth it to begin with.
Anyway, to summarize kids are still learning to code, still improving, and there’s going to be a lot of talented junior engineers graduating.
Yeah! I’ve been doing the same. I actually find myself thinking “I haven’t participated in a conversation in over a week. I better find something to comment on.”
It was interesting reading your thoughts and all the different opinions in the comments. I enjoy firearms, and regularly go target shooting. I forget sometimes people don’t spend their time understanding firearms.
Yes, you are correct, the purpose of a firearm is to kill. That’s why they’re referred to as lethal weapons, where the word lethal can be defined as deadly.
It’s great you came to this conclusion on your own and it’s a great opportunity to explain some other aspects of firearms being lethal that folks often miss.
Since firearms are lethal weapons they’re not appropriate to use when less than lethal force is desired. This is why for example police “don’t just shoot criminals in the leg.” Because if they’re successful the person can still bleed out and if they miss they could accidentally apply lethal force to a bystander or the person they’re not trying to kill.
Another thing to understand is police should only have their weapon drawn if they fear for their lives or others. If the officer is following protocol, you shouldn’t see a firearm until the officer thinks lethal force is merited. Which is to say, if a cop pulls a gun, take it seriously.
I have a permit to conceal carry where I live. The laws understand firearms are deadly, and legally I can’t use or even draw my firearm unless I think my life is threatened or that I might suffer great bodily harm, think knife attacks or broken bones.
To add to that, because firearms are lethal, if someone flashes a gun in a threatening manner such as lifting up their shift to show the firearm in a holster during a heated argument, I could reasonably assume my life was in danger and legally respond with lethal force.
These are just some examples, but yes, guns are 100% designed to take life. You should always think of a firearm as a lethal weapon especially in situations where they’re pointed towards you.
Same, the builtin sync between devices using WebDAV was the critical feature for me choosing Joplin over Obsidian.
You mean like Wacom tablets? I’m curious to know what’s missing. I’ve been using one of those XP Pen tablets on GNOME and Wayland without much issue. I’m using it for writing more than drawing though.
Email, as a suite of protocols, was designed long before we thought deeply about encryption. In 2025, you can count on email encryption in transit and encryption at rest from providers, although try to verify it. E2EE like Proton and Tuta offer is severely limited. I was recently looking up if Proton and Tuta were even compatible with each other in terms of PGP encryption. I could find no confirmation that they are.
If you use Proton and you email another Proton user it’ll be encrypted with PGP. Otherwise your email is sent unencrypted, and email you receive is unencrypted, then Proton stores it on their server encrypted. All of this paragraph applies to Tuta as well.
You can get most of the same benefits from other providers by downloading your email locally and deleting off the mail servers. The benefit of regular email servers is open standards and compatibility with your preferred mail and calendar applications.
I use Fastmail and love it. I know many people mention using burner addressed with a custom domain, but I prefer generating a burner email with a FastMail domain for signing up to websites. Using my own domain would make it easier to identify me.
I use FastMail as well. I actually went from FastMail to Proton, and then back to FastMail.
I configure a lot of my home networking equipment and servers to send me emails for things like installing software updates, reboots, and any possible security issues. I couldn’t make that work with Proton not supporting any standard mail protocols (I know about Bridge, but it requires a GUI, and I didn’t want to use a third party program).
I used to have a Shield. I donated it to GoodWill when Nvidia updated their UI to start showing ads on the Home Screen. I switched to Apple TV and not only does it not force me to watch ads, it’s actually just been a better overall. I haven’t had a single issue streaming anything from Plex to my Apple TV, where sometimes the Shield would struggle with high fidelity audio tracks.
I’ve been really enjoying Cockpit as well.
From what I recall the completely fair scheduler (CFS) used by default on most Linux systems has a lower average latency than the RT kernel. The RT kernel just gives you more consistency, hence the CFS having lower latency “on average”
So honestly for opening Firefox it’ll probably depends more on your SSD data rate, but in theory it’ll open faster on a “regular” distribution most of the time.
Real time is good for things like audio processing where having better guarantees that a process will get its share of the CPU is a benefit.
Hey man, I don’t want to discourage you, but this is one of those things where if you have to ask how to do something you’re probably not experienced enough to do it. That being said, as a learning opportunity even if you don’t make it far you’ll still learn a lot about how GPUs work.
I’d start by looking at any existing drivers you can find and see if you can document or find documentation for the commands fed to the GPU. From there you can look at the Mesa project for examples of converting Vulkan to instructions for specific processors and see if you can get it to all fit together for your project.
For newer APIs the kernels documentation is good:
https://www.kernel.org/doc/html/latest/
As for getting help, the #kernelnewbies channel on the OFTC IRC network is a good place to ask questions.
Have fun learning!
I’ve done some kernel development. I’d suggest using a modern system. Most of the basic stuff in the book is still accurate and there’s great documentation available to help find newer APIs. The kernel is always refactoring so learning to find newer info is part of the skills you’ll need to develop anyway.
I hope there’s pushback on this. They mention prices can change as often as 10 seconds. Meaning you can add something to your cart and by the time you check out the price has gone up. That seems like false advertising. Will the store associates have a way to override the cost if we make a fuss and ask them to price match the items to the cost when we added them to our carts?
It feels like this is another area where technology is advancing faster than our consumer protection laws. I suppose another thing to write your local representatives about. I’d hope legislation protecting a family grocery shopping would be an easy win for politicians and bipartisan.
Good
To your point, when you look at both crypto and AI I see a common theme. They both need a lot of computation, call it super computing. Nvidia makes products that provide a lot of compute. Until Nvidia’s competitors catch up I think they’ll do fine as more applications that require a lot of computation are found.
Basically, I think of Nvidia as a super computer company. When I think of them this way their position makes more sense.
I don’t think you really do anymore. I’d consider myself an experienced Linux user. I’ve been using it as a my desktop OS for over 20 years. I’ve also used Linux heavily through my career and am completely comfortable with the command line.
With recent installs of Fedora the only thing I use the command line for is the initial setup of the multimedia codecs. After that I haven’t been required to touch it.
I used to consider a terminal required to keep your desktop Linux system running. Now I look at is as an optional install for programmers.
I do this with my home network using FastMail. You can create App specific passwords for each service you add email notification support for. This means you don’t risk compromising your full accounts passwords. You can also put constraints on each app password, such as limiting it only to sending emails but not reading email or looking at your contacts and files. This is nice in case any of my passwords are leaked.