Currently doing finals for my Junior year in Computer Science. Finishing up the homelab, and packing it up since I have to take it home since I won't be dorming over the summer. Also trying to learn Rust.
Also it didn't let me submit this with the "English" language, I had to select undetermined.
My favorite, the most comprehensive course I have seen this this one: https://professionallinuxusersgroup.github.io/course-books/lac/syllabus/
Most knowledge is transferable to most distros. Some distros deviate by using alternate init systems (the part responsible for booting the system and managing services), but most distros use the same underlying suite of software to manage it.
On diference between distros is the package manager, but although the commands may be different, the underlying operations of installing, searching for, and removing software packages are all the same.
If you want Debian, my recommendation is to install Linux Mint Debian Edition, which is based on Debian, rather than Ubuntu. Save for some extras focusing on usability/UX/UI, it uses Debian's repos.
Linux Mint is the team behind the timeshift tool in the first place: https://github.com/linuxmint/timeshift , so you can be assured there is first class support.
If you want something more up to date, I would recommend Opensuse tumbleweed, yes, although they use snapper instead.
And if you download an RPM for a 3rd party driver (like the printer for example) chances are there will be unmet dependencies because it was meant for Red Hat.
I have never needed to download a driver for a printer on any Linux distro. Most of the time it just works using IPP (built in thing). Downloading drivers for printers is a Windows thing, in my experience.
These repos are targeted towards red hat enterprise linux, which is also dnf based, but has vastly different versions of packages than fedora, and is a much more stable distro.
The same way you wouldn't want to mix apt repos of different distros, you wouldn't want to use repos designed for Red Hat, for Fedora.
Nvidia does seem to provide Fedora repos, but I would recommend following Fedora's official docs and getting them from rpmfusion, unless there is something you specifically need from Nvidia's repos.
Because fex/box86 have the ability to run arm binaries linked to x86 libraries, netting signficantly greater performance. In addition to other tricks.
https://box86.org/2022/03/box86-box64-vs-qemu-vs-fex-vs-rosetta2/
Who let him cultivate immortallity? : https://www.novelupdates.com/series/who-let-him-cultivate-immortality/
It's a parody/satire of all of the tropes common in Cultivation/Xianxia, and it's making me laugh a lot. Though, I think it will be more amusing if you are already familiar with lots of the tropes.
Practical Guide to Sorcery (I think it counts as progression fantasy?)
Same here. K8s makes stuff like this so mucb easier, since you can declaratively control traffic flow via NetworkPolicies.
And with cilum you ca use hubble to visualize whay traffic is currently happening, in order to figure out what is actually needed.
I also use Cilium as my host based firewall instead of ufw/firewalld.
Here is what I did, although it may not be what you want.
I used cockpit, and NetworkManager to convert both of my interfaces into a single bond, named bond0. Then I convert that bond interface into a bridge interface that also has an ip address and network connection, and can be used as a normal ethernet interface (calling that one eth0). Then I create a veth interface, attatch one end of it to eth0, and the other end becomes a usable interface called eth1.
I do this convoluted setup, because openstack (proxmox like software) wants two network interfaces, BUT I only have 100 mb/s per link. By bonding them it lets anything on the host or any vm use a total of 200 mb/s.
As a simpler version of this, if you only have a single interface, you could convert it into a bridge and call that eth0.
Of course, this probably does not work if you want consistent interfaces because you are autoconfiguring interfaces or something like that. But for same named interfaces that you are feeding into software like openstack,docker,proxmox/etc it works.
Canvas is the best. It's entirely open source, under the agpl license.
https://github.com/instructure/canvas-lms
They have generally been pretty good when it comes to adding features, and security practicws. But sometimes you just lose (to shinyhunters).
No, this is kinda right. Memory leaks =/= memory safety. Memory leaks are just when you keep allocating more and more memory, and can be done in any language. If I make accidentally make a list that infinitely grows in python, that's a memory leak.
There are techniques to write code that is mostly free of leaks, which is what he is referring to.
Memory safety, on the other hand, doesn't seem to be mentioned on that page...
Other fun answers:
This site is: https://youraislopbores.me/
This site is a "fake chatgpt" where you can pretend to be chatgpt or ask questions to people pretending to be chatgpt.
Woops it was a slip of the tongue. Keyboard?