Nato Boram

That UI is called VSCode

At the top of your .yaml file, you can set a JSON Schema. Example:

# yaml-language-server: $schema=https://json.schemastore.org/prometheus.json

scrape_configs:
  - job_name: caddy
    static_configs:
      - targets:
          - caddy:2019

This way, you don’t have to memorize every possible setting and what it does and risk making a typo in the config. VSCode will just tell you.

What’s even the point then?

The point is that you can enable each separate extension you want running on your code editor or uninstall them if you’re unsatisfied. This makes it as light as you want it to be - or as heavy as you need it to.

I was doing fine with just vim and tmux

VSCode is like vim without vim controls and in a browser. Seen that way, it makes more sense. With Vim, you have to hunt for obscure Github repositories and follow arcane installation instructions for hidden extensions that you may or may not need and you have to learn a whole-ass keyboard-shortcut-based programming language just to use any of it.

With VSCode, you click on Extensions, search what you want and it’ll probably be there unless it’s a toxic ecosystem like PHP/C# or some niche ecosystem that no one heard about.

The issue with gaming on laptops is that you’ll need to spend at least 1200$ at the bare minimum to play anything and 1600$ to have a good experience. And even then, the laptop is pretty much disposable and will be severely outdated in 5 years.

The best option for a laptop would be the Framework Laptop, but these can go for 3000$. The big advantage is that they’re worth every penny as they are upgradable. You can literally swap every part, including the motherboard. The aftermarket value for these laptops is going to be amazing.

It’s still like that with programming languages like Go and Rust. Job offers are exclusively for senior staff engineers with 5 years of language-specific experience.

Commenting from https://natoboram.github.io/Leanish/lemm.ee/post/20401782!

Source code at https://github.com/NatoBoram/Leanish.

That only-one-ignore-without-premium thing is really asshole design, though

A mod? It’s not like changing instance will do anything in that case

It’s already happening on Pixiv…

No rationale provided.

Steam Controller! Excellent idea!

… or just use Rust?

Yeah, the discovery process is shite on IPFS. You kinda have to cheat it to get it to work with something like .

Idk if it’s inefficient with large data, but it’s inefficient with compressed storage, as it does block-level deduplication, which is very cool.

The issue list where your Git repos are hosted. For example, GitHub is pretty amazing. GitLab is nice too. There’s also Gitea, which looks like GitHub, which is pretty amazing.

IPFS is great, but also so difficult to get it right

Web 3.1, this time with realistic use cases!

… keep being insulted by reality, then?

Well, you’d need to make a video-hosting site in the first place. And you need to host all the videos even if you use IPFS if you don’t want to provide a bad experience, so you don’t escape any of the problems of hosting a video-hosting website. IPFS has its own challenges it adds over regular video-hosting site challenges.

So, it’s not really worth it.

There’s no shame in being a play-button corporate programmer who’s in it only for the money! In fact, most employers prefer this kind of people.

Usage: ./malware [OPTIONS]

Options:
  -h, --help            Display this help message and exit.
  -i, --infect          Infect target system with payload.
  -s, --spread          Spread malware to vulnerable hosts.
  -c, --configure       Configure malware settings interactively.
  -o, --output [FILE]   Save log output to a file.
  -q, --quiet           Quiet mode - suppress non-critical output.

Advanced Options:
  -a, --activate [CODE] Activate advanced features with code.
  -b, --backdoor [PORT] Open backdoor on specified port.
  -m, --mutate          Evade detection by mutating code.

Description:
  Malware toolkit for educational purposes only.
  Use responsibly on authorized systems.

Examples:
  ./malware -i                  Infect local system with default payload.
  ./malware -i -s               Infect and spread to other systems.
  ./malware -a ACTCODE -b 1337  Activate advanced features and open backdoor.
  ./malware -q -o output.log    Run quietly, save logs to 'output.log'.

“Other people” are what’s wrong with me. People don’t use linters/formatters/type annotations when it’s optional and produce dogshite code as a result. Having the compiler itself enforce some level of human decency is a godsend.