Rust Evaluation Resources

COBOLEval: LLM Evaluation for COBOL COBOLEval is a dataset to evaluate the code generation abilities of Large Language Models on the COBOL programming

This repository contains the code related to the paper Optimized Homomorphic Evaluation of Boolean Functions. The folder search_algorithm contains the

coolrule My blog post: Porting Boolrule to Rust Boolean expression evaluation engine (a port of boolrule to Rust). // Without context let expr = coolr

lazy-prime-sieve Lazy Sieve of Eratosthenes for infinitely generating primes lazily in Rust. Usage lazy-prime-sieve is a library crate. You may add it

generic_once_cell generic_once_cell is a generic no_std version of once_cell. Internal synchronization for initialization is provided as type paramete

Laizy Laizy is a Rust library that provides a simple, stable and thread-safe implementation of a Lazy Features Name Description Dependencies nightly A

sh_product An implementation of Code Generation and Factoring for Fast Evaluation of Low-order Spherical Harmonic Products and Squares (paper by John

An investigation to enable ethernet with smoltcp on the SAM E70 XPLAINED ULTRA EVALUATION KIT

Drill-Redis This library has been created for the purpose of evaluating Rust functionality and performance. As such, it has not been fully tested. The

An alternative broken buggy Nix implementation in Rust + Java (for evaluation)

RuES is a minimal JMES expression evaluation side-car, that uses JMESPath, and it can handle arbitrary JSON. Which effectively makes it general purpose logical expression evaluation engine, just like some Python libraries that used to evaluate logical expression. This in turn can allow you implement complex stuff like Rule engine, RBAC, or Policy engines etc.

Evcxr An evaluation context for Rust. This project consists of several related crates. evcxr_jupyter - A Jupyter Kernel evcxr_repl - A Rust REPL evcxr

eval-metrics Evaluation metrics for machine learning Design The goal of this library is to provide an intuitive collection of functions for computing

My motivation for this project was very simple: I wanted to blink some LEDs at "some rate(tm)" using entirely rust. I also did not want to use any of the embedded-std libs that were available, because I wanted to really get a feel for bit-banging the registers (including documenting where I grabbed the info from).

Fast evaluation of Greens functions in Rust This library allows the fast evaluation of Greens functions and potential sums for Laplace, Helmholtz, and