How does this skill help with crate selection?

It provides a curated matrix of industry-standard crates for common tasks like HTTP, database access, and error handling, emphasizing maintenance status and API stability.

How does the skill handle feature flags?

The skill provides guidance on using feature flags to reduce dependency bloat and conditionally include functionality, ensuring leaner build times.

Does it support Rust interop with other languages?

Absolutely, it includes integration patterns and crate recommendations for C/C++ (bindgen), Python (PyO3), Node.js (napi-rs), and WebAssembly (wasm-bindgen).

Can it help resolve Cargo.toml errors?

Yes, it specifically addresses common errors like E0433 (cannot find crate) and E0603 (private item), offering structural fixes and visibility configuration tips.

What criteria does it use to recommend libraries?

It evaluates maintenance frequency, community activity, documentation quality, and semantic versioning stability to ensure production-grade recommendations.

Rust Ecosystem & Dependency Guide

Name: Rust Ecosystem & Dependency Guide
Author: actionbook

byactionbook

•

596

Developer Tools

Optimizes Rust project architecture by providing expert guidance on crate selection, dependency management, and cross-language integration.

About

The m11-ecosystem skill empowers Claude to navigate the complex Rust crate landscape, helping developers select the most stable and well-maintained libraries for specific tasks like serialization, web services, and database management. It streamlines the integration process by providing best practices for Cargo.toml configuration, feature flag optimization, and resolving common ecosystem-related errors like E0433 or E0603. Whether you are building a CLI tool or integrating Rust with Python via PyO3, this skill ensures your dependency tree is efficient, secure, and idiomatic.

Key Features

Expert crate recommendations for standard tasks like async, serialization, and CLI parsing
Cargo.toml optimization via workspace management and feature flag configuration
Troubleshooting for common Rust ecosystem error codes and private item visibility
Detailed cross-language interop guidance for C, Python, Node.js, and WebAssembly
596 GitHub stars
Maintenance and stability auditing for third-party library selection

Use Cases

Building high-performance Python extensions or Node.js addons using Rust
Resolving complex dependency conflicts and version mismatches in large workspaces
Migrating from legacy libraries to modern, well-maintained Rust ecosystem standards

About

Key Features

Expert crate recommendations for standard tasks like async, serialization, and CLI parsing
Cargo.toml optimization via workspace management and feature flag configuration
Troubleshooting for common Rust ecosystem error codes and private item visibility
Detailed cross-language interop guidance for C, Python, Node.js, and WebAssembly
596 GitHub stars
Maintenance and stability auditing for third-party library selection

Use Cases

Building high-performance Python extensions or Node.js addons using Rust
Resolving complex dependency conflicts and version mismatches in large workspaces
Migrating from legacy libraries to modern, well-maintained Rust ecosystem standards