archetype-scanner

Scan domain requirements against registered archetypes and generate fit reports.

Updated May 11, 2026

Search Tags:#domain modeling #pattern matching #parallel analysis #requirements review #archetype scanning #fit testing

Ready to run

npx skills add https://github.com/rafalwizen/plugin-architecture-test --skill archetype-scanner-rafalwizen

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: archetype-scanner
Source: https://github.com/rafalwizen/plugin-architecture-test/tree/main/week7/5-znanewzorce-demo/archetype-scanner
Command: npx skills add https://github.com/rafalwizen/plugin-architecture-test --skill archetype-scanner-rafalwizen

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill eliminates the slow, inconsistent manual process of checking individual domain archetypes one by one to determine which apply to your project requirements, accelerating early domain modeling and ensuring no relevant established patterns are missed.

Core Features & Use Cases

Parallel Archetype Scanning: Runs all registered domain archetype mappers simultaneously against your requirements to drastically reduce analysis time.
Structured Fit Reporting: Generates individual fit/no-fit results for each archetype with clear reasoning, plus a consolidated merged summary.
Use Case: Use this when starting a new software domain modeling project to quickly identify which archetypes (such as accounting, pricing, or party patterns) apply to your requirements, so you can focus detailed modeling work on the relevant patterns instead of guessing which ones to use.

Quick Start

Provide your domain requirements or feature description to the archetype-scanner skill to receive a full fit report and merged summary of all applicable archetypes.

Frequently Asked Questions about archetype-scanner

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

FAQPage Schema

How do I identify which domain archetypes apply to my software requirements?▼

Domain archetype scanning checks your project requirements against established patterns in parallel to identify applicable models. It evaluates known domain patterns simultaneously, generating individual fit results and a merged summary to accelerate early domain modeling.

What is the best way to speed up domain modeling pattern matching for new projects?▼

Parallel archetype scanning is the best way to speed up domain modeling pattern matching. It eliminates the slow manual process of checking individual domain archetypes one by one, running all registered mappers simultaneously to ensure no relevant established patterns are missed.

Can I review domain requirements against multiple established patterns at the same time?▼

Yes, you can review domain requirements against multiple established patterns at the same time. The scanner runs all registered domain archetype mappers simultaneously, producing structured fit or no-fit reports for each pattern alongside a consolidated merged summary.

How does overlap analysis work during domain archetype fit testing?▼

Overlap analysis works by generating a merged summary after scanning requirements against all registered archetypes. It identifies domain concept distribution, analyzes overlaps between matching patterns, and highlights gaps for unmatched domain concepts to guide detailed modeling work.

When do I need to run parallel archetype scanning for requirements review?▼

You need parallel archetype scanning for requirements review when starting a new software domain modeling project, conducting training workshops, or performing pre-modeling archetype selection. It helps you focus detailed modeling work on relevant patterns instead of guessing which ones to use.

What happens to domain concepts that do not match any registered archetypes?▼

Unmatched domain concepts are identified as gaps during the scanning process. The merged summary includes gap identification for these unmatched concepts, allowing you to see exactly which areas of your requirements fall outside established domain patterns and require custom modeling.