Mix async code with CPU-heavy thread pools using Tokio + Rayon

Mostly a convoluted bunch of threads and skeleton code, but hopefully it helps people understand tokio, rayon, websocket, database pooling and async design

High-performance Rust web API optimized for CPU-intensive workloads using dual thread pool architecture (Tokio + Rayon) for max throughput

async rayon implementetion tokio

Benchmark suite for stream processing with Rust, including versions using parallel APIs such as Rust-SSP, Rayon, Tokio, STD Threads, and Pipeliner.

rust多线程crate

Non-big batch rust threadpools with std library, crossbeam, and tokio. Rayon can be used for big batch. Tokio is so I don't need to rewrite code.

minimal example exhibiting interfering demands on rayon's global thread pool

a ping pong example use rayon, tokio channel

Learning Purpose

Learning Purpose

Learning Purpose

Learning Purpose

Learning Purpose

Tutorial and snippets for concurrent rust fundamentals (featuring native threads, tokio and rayon)

Simple TCP servers that handles concurrent CPU-bound, IO-bound and mixed CPU-IO tasks efficiently using tokio and tokio-rayon in Rust.

Sample Dioxus desktop project to showcase a GUI monitoring Rayon tasks running in a tokio::task::span_blocking

Let's dive into these topics, focusing on parallel programming with Rayon, async/await with Tokio, message passing with Crossbeam, and thread pools in Rust.

Interactive Rust web demo for computing large sets of random numbers using parallel processing. Built with Axum, Tokio, and Rayon, with a Tailwind CSS frontend for dynamic progress visualization.

A blazingly fast, multi-threaded Linux file manager built with Rust and GTK4/Libadwaita. Features a reactive architecture via Relm4, utilizing Rayon for parallel file processing and Tokio for async I/O.

Rust microservice for computing array statistics (sum, mean, median, min, max) and optional histograms. Built with Axum, Tokio, and Rayon for fast parallel computation. Provides REST API endpoints and an interactive HTML UI.

Volt is a high-performance async I/O runtime for Zig, inspired by Tokio. It features a work-stealing scheduler, lock-free channels, zero-allocation sync primitives, networking, filesystem, and timer APIs — all built on a Future/Poll model with explicit runtime handles. Designed to pair with Blitz for CPU parallelism, like Tokio pairs with Rayon.