Arcane is a fantastic series, eagerly awaiting the next season. Even my sister is into it (and as far as I know she has no clue what League of Legends is)

Another point for Linux

Interesting, both of my F40 installs with btrfs only have a root folder, but it looks like yours has created separate ones for /, /home, and /boot. run ll /mnt/boot; ll /mnt/home; ll /mnt/root so I can take a quick look at where things are located. My best guess is that sda1 gets mounted to /mnt/boot, while everything else (/dev, /sys, etc) gets mounted to /mnt/root

Since you’re using btrfs, there is likely another subfolder under /mnt. ll /mnt will tell you this, but the drive isn’t still mounted from the other day. When you’re mounting the EFI partition, you’re going to want to mount it to that folder, and not /mnt itself (/mnt/root/boot/efi, instead of /mnt/boot/efi) same for the binds (/dev, /proc, /run, etc)

Could you send me the output of lsblk -no FSTYPE /dev/sda3 and ll /mnt?

Apologies, I think I got a bit ahead of myself in the description.
Once you’ve determined which partition is which (in your case, /dev/sda1 does appear to be the EFI partition, and /dev/sda3 appears to be your root partition), you need to mount them in this order

mount /dev/sda3 /mnt
mount /dev/sda1 /mnt/boot/efi

That’s alright, I’ll do my best to walk you through it.

Your drive contains multiple partitions (/dev/sda1 through /dev/sda3).
One of these drives is going to be your EFI partition. This is what your system can read before linux boots, your BIOS can’t understand ext4 / btrfs / etc, but it can understand fat32.
If you run lsblk -no FSTYPE /dev/sda1 it should return vfat if that’s your EFI partition. That’s what we’re going to mount to /mnt/boot/efi

I’m assuming that /dev/sda3 is your data partition, e.g. where your linux install is. You can find the filesystem format the same way as your EFI partition. Edit: After determining which partition is which, you’re going to want to mount the root partition, and then the EFI partition
mount /dev/sda3 /mnt
mount /dev/sda1 /mnt/boot/efi

Unix systems have theology of “everything is a file”, all devices and system interfaces are mounted as files. As such, to be able to properly chroot into an offline install, we need to make binds from our running system to the offline system. That’s what’s achieved by running for i in /dev /dev/pts /proc /sys /run; do sudo mount -B $i /mnt$i; done
This is just a simple loop that mounts /dev, /dev/pts, /proc, /sys, and /run to your offline install. You’re going to want to either add /sys/firmware/efi/efivars to that list, or mount it (with -B, which is shorthand for --bind, not a normal mount).

Once you’ve done this, you should be able to successfully chroot into /mnt (or /mnt/root if running btrfs)
At this point, you should be able to run your grub repair commands.

I’m doing my morning scroll before I start my day, so I can’t delve too deep, but this is the article I always reference when I have to do repairs

https://askubuntu.com/a/831241

#1 thing I noticed in your image is that lsblk only shows you partitions, and doesn’t mount them. You probably want /dev/sda3 mounted at /mnt

The only thing from the article you want to modify is using mount -B /sys/firmware/efi/efivars /mnt/sys/efi/efivars, I believe the functionality changed since that article was written and that’s what worked for me

Additionally, if you drive is formatted as btrfs instead of ext4, once you mount your drive your root will most likely be at /mnt/admin or similar. Mount subdirectories to that folder instead of /mnt

If you have questions lmk and I’ll get back to you at some point today

SFC has worked numerous times for me, usually for botched updates. Haven’t used it in a long time after leaving tech support

This got me to finally move away from Edge. Only thing I’m wishing comes soon is native PWA support. The addon is so janky and my biggest gripe about using Firefox, but I can put up with it since I’ve now got vertical tabs and multiple profiles

I ripped one on a pew during a Christmas eve service once

This is just a theory, I don’t have knowledge of the inner-workings of either Linux or Windows (beyond the basics). While Microsoft has been packing tons of telemetry in their OS since Windows 10, I think they fucked up the I/O stack somewhere along the way. Windows used to run well enough on HDDs, but can barely boot now.

This is most easily highlighted by using a disk drive. I was trying to read a DVD a while ago and noticed my whole system was locked up on a very modern system. Just having the drive plugged in would prevent windows from opening anything if already on, or getting past the spinner on boot.

The same wasn’t observed on Linux. It took a bit to mount the DVD, but at no point did it lock up my system until it was removed. I used to use CDs and DVDs all the time on XP and 7 without this happening, so I only can suspect that they messed up something with I/O and has gone unnoticed because of their willingness to ignore the issues with the belief they’re being caused by telemetry

I would check out the inovelli switches. Not exactly inexpensive, but definitely home assistant friendly

I’ve heard the 24.04 installer is having issues. I would hold off for an update for them to patch other stuff as well

Boomerang was an old feature on Instagram where it would just take a video and then loop it backwards when it reached the end. It was a really stupid phenomenon that nobody really used, hence the reason the got rid of it.

A value is trying to be set on a copy of a slice from a DataFrame. Try using .loc[row_indexer,col_indexer] = value instead See the caveats in the documentation: http://pandas.pydata.org/pandas-docs/stable/indexing.html#indexing-view-versus-copy

Not on fedora, but on Neon with a 3070. KDE 6 will lock up on Xorg, while electron apps will flash on Wayland, though there is a flag to enable Wayland support, it keeps dropping off of discord every time it updates. Running nvidia 550 proprietary, haven’t gotten to use the open ones yet as I need cuda for work

?

The secret to it

I see import_images.sh and scikit_learn_data, whatever this plugs into probably has a decent amount of compute access & someone could rack up quite the bill