Switched from ranger to yazi months ago. There’s some UI choices that I miss but the configuration via toml and lua plugins is way better than rangers.
I would like to find a git modeline plugin. Its wild to me that they have a zoxide integrated and keybound by default but no git integration.
I think PopOS can safely assume that its being installed on a laptop with only one drive. If there’s multiple drives involved then the setup gets far more complicated as you then must go to something like an LUKS on LVM setup. Basically, for a desktop there’s no safe defaults for FDE.
I’m pretty sure all the major distros have FDE as an option in the installer its just never on by default. Fedora does the same but with BTRFS on LUKS. I’m sure Debian does. Someone else says OpenSuse does. Maybe some derivative distros don’t but I suspect the ones with an graphical installer do.
Looks like they use eCryptFS. Never heard of it before so thats neat. I can see using it on systems where you can’t reinstall the system with Dm-crypt but it most cases I suspect Dm-crypt is a better alternative.
Idk if its faster or slower than Dm-crypt.
The standard route is to decrypt on boot. It happens after GRUB but before your display manager starts. IDK if there even is a setup that has you “decrypt on login”. Thats sounds like your display manager (sddm for KDE) is decrypting system which is not possible IMO.
Unless your laptop somehow has multiple drives you’ll want to use the “LVM on LUKS” configuration. 1 small partition for /boot. The rest gets LUKS encrypted, and an LVM group is put on the LUKS container. Or you could replace LVM with btrfs.
This will require wiping your system and reinstalling so you have some reading to do.
The arch-install script in the live iso has options for full disk encryption.
If you suspend to RAM your system will stay unencrypted, because your ram is not encrypted. if you suspend to disk (aka hibernate) your system will be encrypted. You go through the boot loader when waking from hibernation but it just drops you off where you left off.
You need a swapfile for hibernation so make sure its inside the LUKS container.
Who actually hates on declarative/immutable distros as a concept? Its always the actual usability of the specific implementations thats the problem. Stale packages, poor documentation.
The only clean way to do it is for Biden to step down put Kamala in by default and let anyone who wants to run in 2028 fight for the new VP spot. Most voters thought this was the plan anyways in 2020. That said Biden’s not going to step down so they aren’t doing shit.
Its like if subroutine bar could say its going to execute at line N of routine foo. But if you were just reading foo then you’d have no clue that it would happen.
You can simulate this effect with bad inheritance patterns.
This loony bullshit is why tankies go full useful idiot and parrot shit most of them know isn’t true. The right-wing disinfo about Tianamen square - or any other communist atrocity - is so widespread. Tankies think that the most ultra counter-narrative will somehow combat that even if its just as loony.
Do I need to worry about using the same distro or a device with hardware related to the old one?
No. Only if you were doing something very weird on the old laptop or on the new laptop. In which case I’d assume you’d know what you were doing and wouldn’t be asking us.
My method names are the same way but I aggressively sort things into modules etc so it comes out the other way.
But if I was staring down dozens of these methods and no way to organize them, I’d start doing the sorted names just for ease of editing. L
Running and LSP on a monorepo will destroy those 4gigs no problem.
No. Persistent Data Structures are not mutable. The memory space of an older version is not rewritten, it is referenced by the newer version as a part of its definition. ie via composition. It can only safely do this if the data it references is guaranteed to not change.
x = 2 :: 1 :: Nil -- [2, 1]
y = 3 :: x -- [3, 2, 1]
In this example both x and y are single linked lists. y is a node with value 3 and a pointer to x. If x was mutable then changing x would change y. That’s bad™ so its not allowed.
If you want to learn more about functional programming I suggest reading Structures and Interpretation of Computer Programs or Learn You a Haskell for Great Good
Very standard use case for a fold or reduce function with an immutable Map as the accumulator
val ints = List(1, 2, 2, 3, 3, 3)
val sum = ints.foldLeft(0)(_ + _) // 14
val counts = ints.foldLeft(Map.empty[Int, Int])((c, x) => {
c.updated(x , c.getOrElse(x, 0) + 1)
})
foldLeft is a classic higher order function. Every functional programming language will have this plus multiple variants of it in their standard library. Newer non-functional programing languages will have it too. Writing implementations of foldLeft and foldRight is standard for learning recursive functions.
The lambda is applied to the initial value (0 or Map.empty[Int, Int]) and the first item in the list. The return type of the lambda must be the same type as the initial value. It then repeats the processes on the second value in the list, but using the previous result, and so on until theres no more items.
In the example above, c will change like you’d expect a mutable solution would but its a new Map each time. This might sound inefficient but its not really. Because each Map is immutable it can be optimized to share memory of the past Maps it was constructed from. Thats something you absolutely cannot do if your structures are mutable.
You avoid having mutable state as much as possible. This is a pretty standard concept these days.
Immutable members. Set in constructor then read only. The Builder pattern is acceptable if you’re language is an obstacle.
Bibi is basically a centrist in Israel so I dont think that holds up. eg the humanitarian aid at some border crossings are being picketed by Israeli chuds. Sure there are some good Israelis but they aren’t the norm.
Its unusual to install retroarch via pacman and launch it with steam. Usually its either:
I suspect steam is running the retroarch with different environment variables (ie LD_PRELOAD) than your system. I dont know what those would be or what to set them to if I did.
You can try experimenting with using steam-native and steam-runtime to check if there is a difference. You can also try to install retroarch via steam, find its executable in ~/.local/share and adjust your script accordingly.
Most frequently I use it as an interactive
cd. Docs on howSaves me a whole lot of
lsandcdor tabbing through completions.