Consider https://arstechnica.com/robots.txt or https://www.nytimes.com/robots.txt and how they block all the stupid AI models from being able to scrape for free.

Trivially simple script to automatically decrease the horizontal margins on the chat and video containers on hextube. By default both left and right margins are 15px per container. I set them to 1px for a 56px gain in chat and video viewing area. It's free real estate.

// ==UserScript==
// @name        New script hexbear.net
// @namespace   Violentmonkey Scripts
// @match       https://live.hexbear.net/c/movies*
// @grant       none
// @version     1.0
// @author      -
// @description 3/1/2024, 10:31:12 PM
// ==/UserScript==
(function() {
    'use strict';
      document.getElementById("chatwrap").style.paddingLeft="1px";
      document.getElementById("chatwrap").style.paddingRight="1px";
      document.getElementById("videowrap").style.paddingLeft="1px";
      document.getElementById("videowrap").style.paddingRight="1px";
})();

What is ViolentMonkey?

ViolentMonkey is an open source browser extension and small alternative to GreaseMonkey or TamperMonkey. It can run custom JavaScript in your browser for you automatically to modify page behavior. If you install the extension you can create a new script and copy and paste the one I wrote above. Always beware of installing untrusted scripts that you don't understand.

Without realizing what I was getting myself into, I wrote some code using C11's threads.h (EDIT: every time I use the angle brackets < and > they just get eaten, even in the code snippet block.) I'm realizing after the fact that this is basically only supported on Linux (gcc/clang). This is my target platform, but I guess if I could cross compile to Windows or macOS that would be nice, too.

C's threads nominally appear to be a great feature. Finally, a standardized and straightforward interface to threads that would be cross-platform compatible. The reality appears to be anything but.

So is it worth just replacing that code with pthreads? Is there some near-term development on C threads that might make this worthwhile to use? I'm kind of surprised it hasn't really caught on some 12 years after the standard was introduced.