Agent skill
repo-metadata
This skill should be used when the user asks to "generate repository metadata", "create catalog-info.yaml", "add repo metadata", "document repository structure", or mentions generating structured metadata for service catalog or architecture documentation.
Install this agent skill to your Project
npx add-skill https://github.com/aiskillstore/marketplace/tree/main/skills/astrabit-cpt/repo-metadata
SKILL.md
Repository Metadata
Generate structured catalog-info.yaml metadata for repositories using industry-standard conventions (based on Backstage catalog format). This metadata enables cross-repository architecture analysis and service catalog functionality.
Purpose
Create and maintain catalog-info.yaml files that describe a repository's role in the broader architecture. This metadata feeds into architectural views, dependency graphs, and service groupings across the entire organization.
When to Use
Trigger this skill when:
- User asks to "generate repo metadata" or "create catalog-info.yaml"
- User wants to document a repository for a service catalog
- User needs to prepare a repository for cross-repo architecture analysis
- User mentions "service catalog" or "component metadata"
Metadata Schema
The catalog-info.yaml file follows Backstage conventions with Astrabit-specific extensions:
apiVersion: astrabit.io/v1
kind: Component
metadata:
name: service-name # Required: Unique identifier
description: Brief description
tags:
- backend
- user-management
spec:
# Service Classification
type: service # Required: service, gateway, worker, library, frontend, database
category: backend # Broader category
domain: trading # Business domain
owner: platform-team # Team responsible
# Dependencies (Upstream)
dependsOn:
- component: auth-service
type: service
- component: user-db
type: database
# APIs Provided
providesApis:
- name: User API
type: REST
definition: ./openapi.yaml
# APIs Consumed
consumesApis:
- name: Auth API
providedBy: auth-service
# Events Produced
eventProducers:
- name: user-events
type: kafka
topic: user.created
schema: avro
# Events Consumed
eventConsumers:
- name: order-events
type: kafka
topic: order.placed
group: user-service-group
# HTTP Routes (for gateways/services)
routes:
- path: /api/users/*
methods: [GET, POST, PUT, DELETE]
handler: this
- path: /api/auth/*
methods: [POST]
forwardsTo: auth-service
# Infrastructure
runtime: nodejs # nodejs, python, go, java, etc.
framework: nestjs # nestjs, fastapi, spring, etc.
Generation Workflow
Phase 1: Analyze Repository
Gather information about the repository:
-
Use existing analysis scripts:
bashpython skills/repo-docs/scripts/analyze-repo-structure.py /path/to/repo python skills/repo-docs/scripts/find-integration-points.py /path/to/repo -
Read existing documentation:
- Check for
INTEGRATIONS.md- contains upstream/downstream relationships - Check for
ARCHITECTURE.md- contains service role and dependencies - Check for
README.md- contains basic description and tech stack
- Check for
-
Detect from code:
- Language from file extensions and package files
- Framework from dependencies
- Integration points from import patterns
Phase 2: Generate Metadata
Based on analysis, generate catalog-info.yaml with detected values:
| Field | Detection Method |
|---|---|
name |
Repo name or package.json name field |
description |
README title/description or generated from code |
type |
Inferred from code patterns (gateway has routes, worker has consumers only) |
runtime |
From package files (package.json, pyproject.toml, go.mod) |
framework |
From dependencies (nestjs, fastapi, spring-boot, etc.) |
dependsOn |
From integration point scanning |
eventProducers |
From kafka.producer or similar patterns |
eventConsumers |
From @KafkaListener, @EventListener, or similar patterns |
routes |
From @Controller, @GetMapping, router definitions |
Phase 3: Present and Refine
Present the generated metadata to the user in a table format:
Generated catalog-info.yaml:
| Field | Value | Source |
|-------|-------|--------|
| name | user-service | repo name |
| type | service | detected: has routes and consumers |
| runtime | nodejs | package.json |
| framework | nestjs | dependencies |
| domain | unknown | ❌ needs input |
| owner | unknown | ❌ needs input |
| dependsOn | auth-service, user-db | integration scan |
Prompt user to review and fill in missing fields (marked with ❌).
Phase 4: Write Metadata File
Write catalog-info.yaml to the repository root.
Phase 5: Update Related Documentation
Offer to update related docs to reference the new metadata file:
- Add link to
catalog-info.yamlinREADME.md - Update
INTEGRATIONS.mdto be consistent with metadata
Service Type Detection
| Type | Indicators |
|---|---|
| gateway | Has routes with forwardsTo, handles external requests, minimal business logic |
| service | Has both providesApis and consumesApis, business logic |
| worker | Only eventConsumers, no HTTP routes, background processing |
| library | No APIs consumed, only provides, shared utilities |
| frontend | type: frontend in package.json, has build artifacts |
| database | Contains migrations, schemas, no application code |
Script Usage
Use scripts/generate-metadata.py to automate metadata generation:
# Generate from current directory
python skills/repo-metadata/scripts/generate-metadata.py
# Generate from specific repo
python skills/repo-metadata/scripts/generate-metadata.py /path/to/repo
# Output as JSON for inspection
python skills/repo-metadata/scripts/generate-metadata.py --format json
The script:
- Runs repo structure analysis
- Scans for integration points
- Reads existing docs
- Outputs
catalog-info.yamlcontent
Additional Resources
Reference Files
references/schema.md- Complete catalog-info.yaml schema referencereferences/detection-patterns.md- Patterns for detecting service characteristics
Example Templates
examples/catalog-info-template.yaml- Full template with all fieldsexamples/catalog-info-gateway.yaml- Example gateway serviceexamples/catalog-info-worker.yaml- Example worker serviceexamples/catalog-info-library.yaml- Example shared library
Quality Checklist
Before finalizing metadata, verify:
-
nameis unique across the organization -
typecorrectly classifies the service -
domainandownerare filled (not auto-detected) -
dependsOnlists all upstream dependencies -
eventProducersandeventConsumersare complete - Routes are documented if this is a gateway/service
- File is valid YAML
- File is at repository root (
catalog-info.yaml)
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