A comprehensive framework for managing the full lifecycle of REST API contracts, from initial design to automated CI/CD linting.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install openapi-spec
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install openapi-spec using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is OpenAPI Specification Deep Workflow?
The OpenAPI Specification Deep Workflow serves as the definitive contract between development teams and automated tools. This skill prioritizes high-quality API design through consistent schemas, realistic examples, and rigorous linting rules that detect breaking changes before they reach production. By implementing this workflow, developers ensure that their API documentation remains the single source of truth, effectively bridging the gap between design and implementation.
Whether you are building public-facing partner surfaces or internal microservices, this Openclaw Skills module provides the structure needed to enforce design-first or code-first disciplines. It focuses on long-term maintainability by emphasizing reusable components, stable operation IDs for seamless codegen, and clear versioning strategies that prevent breaking changes from disrupting downstream consumers.
OpenAPI Specification Deep Workflow Use Cases
- Designing new public or partner-facing REST APIs requiring high stability
- Implementing automated client and server code generation from a central spec
- Synchronizing API documentation with implementation to eliminate documentation drift
- Managing API gateway validation and security schemes through a standardized contract
- Establishing a rigorous CI/CD pipeline for API linting and breaking-change detection
How OpenAPI Specification Deep Workflow Works
- Workflow Selection: Define the ownership and choose between design-first or code-first methodologies to establish a single source of truth.
- Metadata Configuration: Align the info object and versioning schemes with URL or header-based strategies.
- Operation Design: Map resources using RESTful naming conventions and ensure stable operationIds for reliable SDK generation.
- Schema Modeling: Build reusable components and schemas using JSON Schema standards, including discriminated unions for polymorphism.
- Security Integration: Apply security schemes like Bearer tokens or OAuth2 globally or per operation, and standardize error handling via Problem Details.
- Validation & Publishing: Execute automated linting (Spectral/Vacuum) and compatibility checks (openapi-diff) before publishing to Redoc or Swagger UI.
OpenAPI Specification Deep Workflow Setup
To integrate this workflow into your project, ensure you have the necessary linting tools installed in your repository. Use the following commands to get started with standard Openclaw Skills validation:
# Install Spectral for OpenAPI linting
npm install -g @stoplight/spectral-cli
# Run linting on your specification
spectral lint openapi.yaml
# Check for breaking changes against a previous version
npx openapi-diff old-spec.yaml new-spec.yaml
OpenAPI Specification Deep Workflow Data Schema & Taxonomy
The workflow organizes API metadata and structural definitions according to the following taxonomy:
| Component | Description | Metadata/Taxonomy |
|---|---|---|
| Info Object | API Metadata | Version, Title, Deprecation policies |
| Components | Reusable Schemas | components/schemas, oneOf unions, Enums |
| Operations | Endpoint Definitions | operationId, Path parameters, Pagination patterns |
| Security | Auth Schemes | OAuth2, Bearer tokens, Global vs Local scopes |
| Errors | Error Modeling | RFC 7807 (Problem Details), stable type URIs |
OpenAPI Specification Deep Workflow Advanced Features
- Multi-Agent Codegen Support: Optimized operationIds specifically designed to drive automated client and server scaffolding.
- Automated Drift Detection: Integration hooks for openapi-diff to prevent merging breaking changes in PRs.
- Polymorphic Payload Handling: Advanced usage of OneOf discriminated unions for complex, type-safe data structures.
- Idempotency Standards: Built-in support for documenting Idempotency-Key headers for safe retry logic in distributed systems.
- CI/CD Linting Hooks: Pre-configured rulesets for Spectral or Vacuum to enforce corporate style guides automatically.
SKILL.md
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