rust-router

Route Rust questions to appropriate language and domain skills.

Updated Aug 23, 2026

Search Tags:#rust #router #negotiation #multi-skill #error-codes #intent-analysis #domain-routing

Ready to run

npx skills add https://github.com/mberetvas/dbt-migrator --skill rust-router-mberetvas

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: rust-router
Source: https://github.com/mberetvas/dbt-migrator/tree/main/.github/skills/rust-router
Command: npx skills add https://github.com/mberetvas/dbt-migrator --skill rust-router-mberetvas

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Routing complex Rust questions to the right blend of language and domain skills, orchestrating cross-skill traces to deliver targeted guidance.

Core Features & Use Cases

Dual-skill loading for language-and-domain context to handle errors, design, and domain questions.
Layered trace analysis (Layer 1 language mechanics, Layer 2 design decisions, Layer 3 domain constraints) to route to the correct skills.
Negotiation-enabled handling for comparative or cross-domain queries to synthesize comprehensive answers.

Quick Start

Ask a Rust question you want answered, and the router will load the appropriate skills and trace across layers to deliver a structured, domain-aware response.

Frequently Asked Questions about rust-router

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I route complex Rust questions across different domain skills?▼

Route Rust questions by loading dual language and domain skills, then trace across layers to deliver targeted answers. This routing analyzes compile-time errors, runtime issues, and design questions to orchestrate cross-skill guidance.

What is the best way to analyze Rust compile-time and runtime errors across domains?▼

Analyze Rust errors using layered trace analysis across language mechanics, design decisions, and domain constraints. This approach enforces explicit error-code handling and dual-skill loading to synthesize comprehensive guidance for complex scenarios.

Can I use negotiation to handle comparative Rust queries across multiple domains?▼

Yes, negotiation-enabled handling supports comparative or cross-domain Rust queries to synthesize comprehensive answers. The router orchestrates cross-skill traces to resolve multi-domain questions and produce structured, domain-aware responses.

When do I need dual-skill loading for Rust design and performance questions?▼

Dual-skill loading is needed when Rust questions span both language mechanics and domain constraints. It handles design questions, performance concerns, and cross-domain scenarios by loading language and domain skills simultaneously for targeted guidance.

Does rust-router work with cross-domain Rust scenarios and intent analysis?▼

Yes, rust-router applies intent analysis to route cross-domain Rust scenarios to appropriate skills. It enforces dual-skill loading and negotiation to handle errors, design questions, and performance concerns across layered project contexts.

Why does my Rust question require multi-skill orchestration instead of a single answer?▼

Multi-skill orchestration is required when Rust questions span compile-time errors, runtime behavior, design decisions, and domain constraints simultaneously. Layered trace analysis routes each aspect to the correct skill to synthesize comprehensive guidance.