rust-concurrency

Rust async programming handles I/O-bound tasks using the tokio runtime, while threading manages CPU-bound workloads. This Skill explains the differences and use cases for both concurrency models to help developers choose the appropriate paradigm.

Send and Sync traits in Rust enforce thread safety by controlling how data is transferred and shared across threads. This Skill guides developers on these traits alongside Mutex, RwLock, and Arc for implementing safe shared state in concurrent systems.

Implementing async task spawning with tokio in Rust involves using the runtime for concurrent operations on I/O-bound tasks. This Skill covers tokio patterns, task spawning, and concurrent operations to facilitate high-performance asynchronous systems.

Race conditions in multi-threaded Rust applications occur due to incorrect shared state management. This Skill helps debug race conditions by providing expert guidance on thread safety, synchronization primitives, and proper Send and Sync implementations.

Arc and RwLock can be used together in Rust to manage concurrent read and write access to shared state. This Skill guides developers on using these synchronization primitives to build reliable concurrent systems without data races.