\1 is group 1 which is inside (), so second part is repeated 2 or more times of 2 or more char.

You forgot empty line. Since first part is ^.?$ it’s one or zero of any character.

Also, for printing configure footnote for links.

For example in latex, if I’m printing something I redefine \href as \fn so the text is the same but the link is on footnote.

The subtitle could have been not literal translation. The dialogue could have been “this is kanji for japan” or characters for japan. But the subtitle wrote Chinese for japan, because the movie/speaker was Chinese… Maybe

Everything else that has green are still chromium based? Then it’s basically just 1 that has it implemented one that hasn’t

I’m no longer surprised by people who “doesn’t like change” when they have to change things, but will just accept (even if they complain internally) when someone above them changes things that impact their quality of life.

Sorry, I forgot about this. I meant to say any sane modern language that allows unicode should use the block specifications (for e.g. to determine the alphabets, numeric, symbols, alphanumeric unicodes, etc) for similar rules with ASCII. So that they don’t have to individually support each language.

I was thinking that exact thing lol. I’m like, yes ‘distributions’ are distributing new softwares with the new kernel.

And the improvement in desktop environments does feel like a good improvement considering the user is interacting most with it.

Or maybe I’m just apathetic to these things because most things I care about my distribution are that it provides me a good package manager for external and self made programs. And everything else is just programs installed through said package manager.

I thought the most mode sane and modern language use the unicode block identification to determine something can be used in valid identifier or not. Like all the ‘numeric’ unicode characters can’t be at the beginning of identifier similar to how it can’t have ‘3var’.

So once your programming language supports unicode, it automatically will support any unicode language that has those particular blocks.

Since I was lazy to set up plasma big screen I just have regular arch installed on my old laptop and connected to TV through HDMI.

I don’t have remote device, but with kdeconnect I can control the mouse, keyboard and run commands.

And with browser most web app will work. I don’t have a fancy app lunchers that give the TV vibe, or screensavers.

Am I missing anything?

There is one called OpenScan that’s available for Android

Now think, patents are similar things but for with more money. And imagine if someone else had similar idea and made slightly similar website you go sue them coz you had the idea first.

Hey this solution seems to work but it’s not perfect; I don’t know how we can improve it, and nothing to replace it with, but let’s take it down asap.

I guess yeah. In that condition the algorithm would probably destroy all universe. Although you might be able to set a threshold and not destroy when it is over the threshold.

But situation where you don’t know the answer is not for this algorithm as this one came from sorting problem.

It’s not fun when you have to explain it. But basically it is based on the infinite multiverse theory. Since the multiverse splits whenever you make choices, in this case the program would spawn a large number of multiverses each with different combinations of those bits, which means at least one of them would have the exactly the combination we want. If the program destroys the multiverse it is in after it determines it is not correct, only reality that remains is the one with correct combination of bytes. Making it that we will get the code we want on the first try.

Just ask if it’s correct. If not destroy the universe. Only The correct will survive, it’s O(1)

M-x M-c butterfly

Underscore to delineate different parts, hypen to delineate words.

Like: my-resume_draft.pdf

And to make it consistent and easier to reuse parts for project names and such, I have a command line utility written for it. It caches the parts and uses a template system (support for generating current datetime in parts)

Available here (is in AUR too):

https://github.com/Atreyagaurav/nameit

I wouldn’t say that. For primitives yeah, day or two. But if you want to build a proper program, it’ll take time to get used to it. For my first few projects I just used clone everywhere. Passing by reference and managing lifetimes, specially when writing libraries is something that takes time to get used to. I still don’t feel confident.

Besides that I do like Rust though. Sometimes I feel like “just let me do that, C let’s me”, but I know it’s just adding safety where C wouldn’t care.

Yeah. I’m just worried when extractor fails they put it in discard pile, or human pile which’ll delay my application by a lot.