“This hardware works fine and even has compatible software that it works great with. But I’m going to prefer the broken software for other reasons. And that means it’s the hardware’s fault.”

Software that is built to be compatible with a wide variety of hardware should be compatible with a wide variety of hardware.

If software can’t handle a 16.5:16 aspect ratio, then that’s bad software. I don’t care how weird of a niche thing that is… just make your software abstract enough to handle those cases.

It’s 2024, any resolution/aspect ratio/DPI combo should be supportable. There’s enough variety of monitors out there that we should have a solution for handling things on the fly without needing to have a predefined solution.

The archinstall script has a list of “profiles” that you can select from (custom, desktop, minimal, server, tailored, xorg)… And if you select “desktop” it will prompt you which DE or WM you want to install. (awesome, bspwm, budgie, cinnamon, cosmic, cutiefish, deepin, enlightment, gnome, hyprland, i3, lxqt, mate, plasma, qtile, sway, xfce4).

By the time you’re done with the archinstall script, you basically have a fully functioning arch (ive never used the script seriously, so I have no idea what all remains not set up doing this).

The main difference between Arch and Ubuntu in this regard, is that if you want to run KDE Plasma, you download the common Arch ISO, and select Plasma at installation time. Compared to Ubuntu where you would download the “Kubuntu” spin, so you are selecting Plasma when you acquire the ISO in the first place.

There is no “default” arch DE, so when you install Arch, there is a lot of decisions to make (and you may not know how to make those decisions if its your first distro), whereas Ubuntu makes a lot of decisions for you, so you have to answer no questions to get set up (but you may be set up in a way you weren’t expecting). In this regard, Arch really does just feel like building a PC from parts, you just have to pick all the parts. Ubuntu is more like buying a pre-built.

One of my (otherwise random) WoW guild members had my grandma as his kindergarten teacher.

I disagree with your definition of “killed Linux gaming.” It killed native Linux development perhaps. But using Linux for gaming is more viable than ever thanks to Valve. They single handedly boosted Linux gaming, if anything.

And they also offer more than the competition. For a while there games on EGS were just telling people to get support on steam forums because epic had nothing for supporting games they sold. Steam has forums, screenshot storage, achievements, remote play, friends lists, a shopping cart (🙄) and is adding new features like clips. I’m not using steam because it’s a monopoly, I’m using it because it’s a better platform.

It’s only “correct” in that it has become ubiquitous through usage.

What you are describing is called “language”

“You” wasn’t always allowed to be singular. Colour vs color. Doughnut can be donut. Etc. Languages evolve over time, and “drive-thru” is in plenty of dictionaries.

Should they? Yes. They should also be searching for previous bug reports. I’m sure a lot of people do. But if you have enough users, even if 1% of people don’t use good reporting behaviors, you wind up with a lot of duplicate or bad reports.

There are plenty of blog posts out there that basically can be summarized as talking about how grueling open source work can be because users are often aggressive in their demands.

But this is a prime example of debian “stable” doesn’t mean “no crashes” but instead it means “unchanging, which means any bugs and crashes will remain for the whole release”

Except this isn’t true at all.

https://security-tracker.debian.org/tracker/CVE-2024-6387

Regresshion impacted bookworm and trixie both. Buster was too old.

With the downside of me doing an apt update and seeing that openssh-server was on 1:9.2p1-2+deb12u3 and I had no idea at a glance if this included the fix or not (qualys’s page states version 8.5p1-9.8p1 were vulnerable).

If you are running debian bookworm or trixie, you absolutely should update your openssh-server package.

Because the dev gets a huge number of bug reports for bugs that were resolved 5 versions ago.

They actually asked debian to stop shipping the screensaver, because they were getting tired of saying “this is already fixed, debian is just not going to ship the fix for another year”. Debian didn’t want to stop, so the dev added the nag screen, because it was the only way to stop the flood of bug reports for things that were already fixed.

That didn’t take long.

my rant was not about your meme. But people actually use this argument seriously, and that frustrates me.

And I will admit that learning a new system has a time cost, but once you reach experience parity, the time cost per problem is less, and the number of problems is less. In that way, the “time spent” is an investment rather than wasted.

So A+ meme, it triggered me in all the ways it was supposed to.

Don’t have to spend time troubleshooting if you just never fix the BSOD and just kinda live with it. Point for windows

The thing I hate about the “value your time” argument is that windows is shit.

Let’s be generous for a minute and assume that windows and linux have the same amount of problems. Someone who is on windows for the past 30 years has 30 years of acquired knowledge and will probably know quickly how to solve it on windows, but not linux. Someone who is on linux for the past 30 years has 30 years of acquired knowledge and will probably know quickly how to solve it on linux, but not windows.

So the entire argument is just “but I have muscle memory tied to windows, and I already know how to solve those problems, but I dont know how to solve the linux ones, so they take me a lot of research and time to solve, therefore all linux problems always take a lot more time to solve”

On windows, I have to spend time fighting BSODs and finding out where to download software from that isn’t just bloated up with viruses, and how to run registry hacks to get rid of start menu ads and to stop microsoft from phoning home. None of those things i have to do on linux.

On linux, today my biggest issue was figuring out how to change the keybinding for taking a screenshot… And that was an easy issue, but it’s also not even possible on windows.

So I guess different types of problems. My “wasted” time is customizing my OS/environment so it works the way I want it to, not trying to fight back any ounce of control.

Wow. I did not know about the Torx security thing. It looks like the ifixit kits come with a torx security instead of a regular torx, so I never even noticed when I took my controller apart to replace a shoulder button. 🤯

I thought that passing everything through it would allow the USB to feed/write the video stream without any other processing

Unfortunately no. It captures the signal and turns it into something that the computer can digest, but the signal isn’t something that just proxies straight through to twitch. OBS is always going to do some re-rendering.

A few tips:

If you open OBS settings, there is a “Output” section. You can change the output mode to “Advanced”, and then select a “Video Encoder” … this is where you would find NVENC (there might be a way to do it in the simple output mode too, but I dont have an nvidia GPU to confirm.

You’ll most likely want to change the Output resolution on the “Video” section of the settings down to 1280x720. Twitch limits your bandwidth anyway, and people tend to find that 1080p at low bandwidth doesn’t look any better than 720p at the same bandwidth (less compression artifacts because it doesnt have to compress as much, if at all)

Twitch has an option for bandwidth tests (or at least used to). This will make their servers accept the stream, but you don’t actually go live on the site. You can use this to see how your computer handles the streaming. On the main OBS dashboard, you’ll see a 30.00 / 30.00 FPS in the bottom right corner (or whatever your resolution you’ve selected). There’s also a CPU meter down there.

In the Docks menu there’s also a Stats dock. It will tell you how many Frames are missed due to rendering or encoding lag. If you have 0 missed frames, then your PC is handling the encoding just fine. It will also list how many dropped frames due to NETWORK you’ve had. This would indicate that there is a problem between you and Twitch/Youtube on the internet. Your computer is rendering the frames just fine, but Twitch isn’t receiving them.

Use the stats dashboard to figure out where you are losing frames and then fix that (if its rendering/encoding, then its NVENC or your CPU struggling. if its Network, then its your ISP struggling). And if you aren’t losing frames, then you have nothing to worry about. This dashboard will also show you CPU and memory usage, but realistically, if youre using a 3080 with nvenc, those usages will probably be very low.

Even with the elgato doing “video encoding”, how does it get to Twitch/Youtube? It doesn’t do THAT kind of encoding. It’s encodes the HDMI capture into a local format that is basically a webcam stream. It has to be broadcast from OBS. and even if you are using the Elgato as a video source, OBS is going to re-encode it into what it wants to broadcast. There isn’t really getting around the video encoding cost of OBS, unless you have a device that streams to the internet directly from the capture card (which it doesn’t seem like Elgato makes one. Someone else might, but that’s not really what they are for)

They can. But Elgato also makes a “Camlink” in addition to the “HD60” series. And the Camlink dongles create a UVC device, which can be used as a webcam with no further tweaking necessary. Using a full desktop capture card for a webcam is slightly overkill, but absolutely works.

Streamers use a capture device to stream on a second computer, with an extra GPU so the stream doesn’t interfere with their gaming performance. Don’t want stream encoding to hurt your framerate.

I’ve never heard of anyone using a multiple device setup for internet bandwidth reasons (im sure its happened, but I would have to believe it’s generally not the reason people use multiple devices)

… What exactly do you need the Elgato for? All the Elgato does is capture external HDMI signals.

If you had 2 PCs, you would use the Elgato to send the gaming PC’s screen to the streaming PC. If you had an Xbox, you would use it to capture the Xbox’s screen on your PC for streaming.

If you have 1 PC, you don’t need an Elgato, KDE already knows what your PC screen looks like, it is laying it out.

What you should be doing is just “open OBS and set up your scenes and start streaming.” The only thing you might want to do is go into the video settings and set it to use NVENC (I think you can do that on Linux) to offload the encoding to your GPU (which has dedicated encoding hardware) instead of your CPU.

Everything else should just work the same as it does on Windows.

To be clear: The Elgato HD60 X does not do any streaming… it is a video capture device. OBS does all the streaming, and it already has access to all the things it needs to capture by nature of being on the PC. You can just capture your desktop in OBS without the Elgato.

I have a few cheap TLDs because as an individual I didn’t want to pay a lot of money for the dot com versions. But I’m not a company.

It’s a nice tool to have around anyway. Even for my windows VR PC. The power at my house went out yesterday and the base stations restarted into a fully on state. I didn’t have to turn on the VR PC to turn them back off, just had to open Lighthouse PM.