Does it cover Microsoft's Rust guidelines?

Yes, it integrates Microsoft's Pragmatic Rust Guidelines, including over 48 production rules for high-quality Rust code.

Does it assist with lifetime errors?

Yes, the skill identifies common ownership and lifetime errors (like E0382 or E0597) and provides idiomatic fixes to satisfy the borrow checker.

How does this skill help with Rust error handling?

It provides specific patterns for application vs. library errors, recommending anyhow for apps and thiserror for libraries, alongside strategies for retries and circuit breakers.

Can it help me choose between different smart pointers?

Absolutely. It includes a decision flowchart to help you choose between Box, Rc, Arc, and RefCell based on ownership and thread-safety needs.

Rust Development Guidelines

Name: Rust Development Guidelines
Author: peixotorms

bypeixotorms

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Provides comprehensive best practices and implementation patterns for writing production-grade Rust code based on industry standards.

This skill equips Claude with specialized knowledge of Microsoft's Pragmatic Rust Guidelines and community-proven patterns for ownership, type-driven design, and error handling. It helps developers navigate complex Rust concepts like lifetimes, smart pointers, and trait objects while enforcing consistent naming, documentation, and module visibility standards. Whether refactoring legacy code or architecting new systems, this skill ensures Rust projects are safe, idiomatic, and maintainable by providing structured guidance on everything from crate organization to resource lifecycle management (RAII).

主な機能

01In-depth guidance on ownership, lifetimes, and smart pointer selection

020 GitHub stars

03Standardized error handling strategies using thiserror and anyhow

04API design principles for robust and ergonomic Rust libraries

05Advanced type-driven design patterns like Type State and Newtype

06Standardized documentation and naming conventions for Rust crates

ユースケース

01Refactoring existing Rust code to follow idiomatic community patterns

02Architecting new Rust APIs using type-driven design to prevent runtime errors

03Onboarding teams to standardized Rust coding and error handling styles

主な機能

01In-depth guidance on ownership, lifetimes, and smart pointer selection

020 GitHub stars

03Standardized error handling strategies using thiserror and anyhow

04API design principles for robust and ergonomic Rust libraries

05Advanced type-driven design patterns like Type State and Newtype

06Standardized documentation and naming conventions for Rust crates

ユースケース

01Refactoring existing Rust code to follow idiomatic community patterns

02Architecting new Rust APIs using type-driven design to prevent runtime errors

03Onboarding teams to standardized Rust coding and error handling styles