xenon-ios VS astro-float

nanorand: Zero (required) dependency RNG library for Rust, using WyRand, PCG64, and ChaCha. asar-rs: Crate to read and write asar archives, commonly used in Electron applications. tracing-oslog: Crate to output tracing logs to the macOS/iOS os_log system. encrypted-ref: Fun lil' project which creates "encrypted" versions of Rc and Arc, which encrypt the pointers in memory. sweetpaste: "Sweet n' simple" pastebin program. Uses no JS, everything is rendered server-side. twitch-chat-logger: Logs public twitch chat to a SQL database, and exposes it through a public API. chippy: For-fun CHIP-8 emulator I made, with incomplete CHIP-48 and SUPER-CHIP support. otpee: Generic HOTP/TOTP library I made. (Generic as in... it uses generics for the hashing algorithms) xpc-serde: Serde (De)serializer for XPC communication on macOS/iOS. xenon-ios: Jailbroken iOS tweak which allows for easy file transfer between an iOS device and PC.

I am working on https://github.com/stencillogic/astro-float

Since my last post announcing astro-float on Reddit it had several major updates:

I am working on astro-float. My goal is to write a procedural macro which, roughly speaking, given a precision, a rounding mode, and a math expression computes the correctly rounded result of that expression with desired precision.

Experience: I've been learning and writing Rust for more than 3 years. I have several crates published, my most prominent project so far is astro-float.

I'd like to present a library that implements arbitrary precision floating point numbers: https://github.com/stencillogic/astro-float