Future Browser-Based Web Demo for Algorithms?

Hi,

I was wondering if any of the maintainers have considered creating a webpage for all of the demos? I searched through the issues but didn't find anything related.

Personally I think if you have a web version of all demos it would be of great benefit for developers so they could test the algorithms directly in a browser and step through the code if desired. I'm aware that a developer can step through the code using a debugger with Node, however if there was a website it would lower the barrier since there is nothing to install. Additionally you could run Carbon ads or something which can help with sponsorship of this project.

Since modern browsers support import and other needed JS I would expect all or most algorithms to work out of the box for most browsers. I pulled a fork and create a small proof of concept to test.

Three files added for Demo

• index.html
• favicon.ico
• server.js

Additional Changes

• The demo shows QuickSort and BubbleSort; in order to work with GitHub Pages I modified 3 files to use full file name import Sort from '../Sort.js'; instead of import Sort from '../Sort';

Notes

• This runs from GitHub pages simply by adding the index.html file (and optional favicon.ico file) and modifying needed JS files for full file name on import.
• The file server.js is a simple Node Web Server for sending static files using using only Node.js built-in features without any outside dependencies. If you have node you run the site locally using node server.js. I created the server.js for another project I maintain and made slight changes so it could handle import '.../File' for this project.

Fork
https://github.com/ConradSollitt/javascript-algorithms

Demo
https://conradsollitt.github.io/javascript-algorithms/

Review the proposed index.html, favicon.ico, and server.js in the linked fork, along with the three JavaScript files changed for full import filenames. Compare the QuickSort and BubbleSort proof of concept with the repository's existing demos; done would require an agreed scope and an accepted browser-based demo approach for the algorithms.