rust-async-patterns

Graceful shutdown in a Tokio application involves coordinating asynchronous tasks to stop cleanly. This Skill provides patterns to implement these mechanisms, ensuring your concurrent Rust applications terminate without losing data or leaving hanging threads.

Handling errors in async Rust with anyhow and thiserror involves defining robust error handling strategies for concurrent operations. This Skill guides you through implementing custom error types to manage failures across asynchronous tasks effectively.

Inter-task communication in async Rust uses channels like mpsc, broadcast, oneshot, and watch to pass data between concurrent tasks. This Skill details how to implement these communication patterns within the Tokio runtime.

Async traits in Rust allow you to define flexible APIs for asynchronous programming. This Skill explains how to understand, define, and implement asynchronous traits to structure your concurrent Rust applications effectively.

Managing shared resources in concurrent Rust environments requires safely coordinating access using locks and semaphores. This Skill provides guidance on resource management to prevent race conditions in high-performance Tokio applications.

Processing asynchronous streams in Rust involves handling sequences of data emitted over time. This Skill covers how to work with async streams, allowing your Tokio applications to efficiently process continuous data flows.