How does rust-router handle Rust compiler errors?

The skill identifies specific error codes (e.g., E0382, E0597) and routes the query to specialized modules focusing on ownership, borrowing, or lifetimes to provide a root-cause analysis.

Can it help with high-level architectural decisions?

Yes, it uses a 'Layer 2 Design Choice' framework to guide you through domain modeling, performance optimization, and mental models for systems design.

Does it support domain-specific Rust development?

Absolutely. It features dual-skill loading that automatically combines core language mechanics with specific constraints for Web, Fintech, CLI, Embedded, and Cloud-native domains.

What is the Negotiation Protocol in this skill?

For ambiguous or comparative queries (such as 'Tokio vs async-std'), the protocol forces the AI to disclose gaps and synthesize multiple sources before providing a final recommendation.

Rust Question Router

Name: Rust Question Router
Author: actionbook

byactionbook

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596

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Developer Tools

Routes Rust programming queries through a multi-layered cognitive framework to provide deep architectural and technical guidance.

The rust-router skill acts as a sophisticated orchestration layer for Rust development within Claude Code. Rather than providing surface-level answers, it analyzes the developer's intent—ranging from specific compiler errors like E0382 to high-level architectural comparisons—and routes the query through three cognitive layers: Language Mechanics, Design Choices, and Domain Constraints. By leveraging meta-problem-driven knowledge indexing and a unique negotiation protocol for complex comparisons, it ensures that solutions are technically sound, idiomatically correct, and contextually relevant to your specific project domain.

Key Features

01Automatic error code resolution for E0xxx compiler errors

02Standardized project configuration for the latest Rust editions

03596 GitHub stars

04Dual-skill loading for context-aware cross-domain assistance

05Multi-layered cognitive routing (Mechanics, Design, Domain)

06Intent-based negotiation for complex architectural comparisons

Use Cases

01Resolving complex ownership, borrowing, and lifetime compiler errors

02Architecting domain-specific systems such as Fintech, CLI, or Cloud-native apps

03Performing deep-dive comparisons between crates and async runtimes

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add actionbook/rust-skills rust-router

For use in Claude.ai and ChatGPT

Download Skill