meta-cognition-parallel

Provides comprehensive Rust coding guidelines covering naming conventions, best practices, error handling, memory management, concurrency, and code style recommendations.

A Rust performance optimization skill covering benchmarking, profiling, flamegraph analysis, criterion testing, SIMD, cache optimization, and allocation tuning for making Rust code faster.

A m07 concurrency skill from Rust development skills for building performant and safe systems.

A m06 error handling skill from Rust development skills for building performant and safe systems.

Guides developers in selecting the right smart pointer and resource management strategy based on ownership, thread safety, and design constraints.

Guides developers in choosing zero-cost abstractions by analyzing type system errors and runtime polymorphism needs in Rust.

Enforces compile-time type safety by preventing invalid states through type-level design techniques like newtypes, type states, and phantom types.

Diagnoses and guides resolution of Rust mutability and borrowing conflicts by analyzing design patterns and recommending appropriate interior mutability strategies.

Diagnoses and resolves Rust ownership, borrowing, and lifetime errors by tracing design choices and recommending targeted implementation strategies.

An anti-pattern detection skill from Rust Skills, an AI-powered Rust development assistant with a meta-cognition framework that transforms how AI assists with Rust development.