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Working on a tool to download favourite CLI tools from GitHub release assets with a single command (mostly tools written in Rust for now).
It's pretty much WIP at this point. Currently trying to use indicatif to add nice and fancy progress bars. I'm having some struggles with it but slowly getting there and the overall process is pretty fun 😌
I'm at the verge of releasing version 1.0 of MatchHostFsOwner, a solution for the Docker filesystem owner matching problem. MatchHostFsOwner is my first serious Rust project. It's an entrypoint program to be used in Docker containers. Rust's error handling idioms force me to take all possible error conditions seriously, while also encouraging me to have proper error messages for each error condition. I use rust-musl-builder to generate statically-linked Linux binaries that work on all Linux distros.
Currently working on a local SMTP server and frontend for checking the emails I'm sending. Still need to work on parsing the actual mail bodies but it can currently receive mail, parse the headers, and display some basic information. https://github.com/ExPixel/mercury
I did push up an early version of my wrapper for the ADS DLL, which is here: https://github.com/rhythmchicago/twincatads-rs
HexSet: is a way of storing a set of H3 cells in a tree, and doing fast (2-20 ns on my 2013 trashcan Mac Pro) membership tests. You must first convert the input data (e.g. GeoJSoN polygon) into H3 cells.
HexSet: is a way of storing a set of H3 cells in a tree, and doing fast (2-20 ns on my 2013 trashcan Mac Pro) membership tests. You must first convert the input data (e.g. GeoJSoN polygon) into H3 cells.
I'm currently taking a short break from adding new features to Malachite, in order to rewrite the FFT multiplication code. I'll be testing an implementation based on FLINT's FFT code, written by William Hart. It should be faster than the current GMP-based implementation, which will give Malachite a speed boost overall, since multiplication is used almost everywhere.
I have created something similar to ink but based on a node-editor. Maybe you can go ahead and try to integrate ink. Someone wrote a Rust implementation for it iirc.
OpenT5, a reimplementation of T5 (the game engine running Call of Duty Black Ops 1) entirely in Rust. It's in its very early stages right now (been working on it on-and-off for the past month or two-ish), only a few thousand lines of code. How long it'll take to hit any significant milestone, I have no idea. It's a very ambitious project after all, and half the reason I started it was because I wanted something that would keep me busy for the foreseeable future.