m07-concurrency

Fixing Rust Send and Sync compile errors requires adjusting types to safely cross thread boundaries. This skill diagnoses such errors by translating them into concrete design questions about your sharing model and guiding selection of appropriate async primitives.

Choosing between threads and async tasks in Rust requires evaluating workload and sharing models. This skill provides a step-by-step decision flowchart to select threads, async tasks, channels, or lock types based on specific domain constraints.

Avoiding deadlocks and holding mutex guards across awaits in Rust requires restructuring lock strategies and task boundaries. This skill highlights common anti-patterns and provides ready-to-use patterns with best-practice recommendations to ensure thread safety.

Using Rc in multithreaded Rust contexts causes concurrency issues because it is not thread-safe and fails Send and Sync checks. This skill identifies such anti-patterns and recommends appropriate thread-safe alternatives for your concurrency design.

You can get a concurrency strategy recommendation for a specific Rust function by asking this skill to analyze it. It diagnoses errors and provides concise recommendations for appropriate threading, async primitives, and lock strategies.