If you are working on a pi, you have to pay attention to the architecture that a distro supports.
If you are working on a pi, you have to pay attention to the architecture that a distro supports.
As someone that tends to learn most by doing. Most of these comments are excellent my only suggestion is to try it. Most Linux distros come with live images which you dont need to install to test out.
Just download the ISO and put it on a USB and then boot from the usb. You can even make a multiboot USB with ventoy.
Or you can use distrosea to demo a distro in a browser.
I also highly suggest using the arch wiki for research. It will probably go into much more depth than you need at first but it will also not dumb things down or over simplify things for you so you might actually learn. Take this doc on what a DE is for instance, https://wiki.archlinux.org/title/Desktop_environment
Here is HurricanePootis pinned comment in the AUR.
So, I am going to pin this post.
For now, I am pointing this package to https://git.naxdy.org/Mirror/Ryujinx as it has tags, which is useful for this package.
I am against deleting this package, as with yuzu and citra, forks will arise and then these packages will be resurrected (sometimes by less skilled maintainers cough cough citra). Therefore, I am going to keep an eye out to see where Ryujinx development goes, and go on from there.
OK but have you ran x11 on Ubuntu inside WSL from the Windows terminal?
WSL is the only way I’ll use Windows for work.
After a man date, I like to do a man touch and man mount.
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You probably won’t be able to run an LTS kernel on a brand new PC that just hit the market. But using the most recent kernel for arch or a derivative like endevorOS should work after like a week maximum.
I did have an issue like this on Ubuntu and its what made me actually start distro hopping since it worked fine on fedora and Arch using the latest kernels.
Its not a complete list but check out https://distrosea.com/