The cc-blueprint-toolkit is a Claude Code Plugin for smart blueprint-driven development. It enables operations teams to automate code generation and development workflows. The toolkit connects to Claude AI and integrates with development environments to streamline PRD and PRP processes.
git clone https://github.com/croffasia/cc-blueprint-toolkit.gitThe cc-blueprint-toolkit is a Claude Code plugin that streamlines feature development through intelligent blueprint generation and execution. It guides developers through structured planning via brainstorming sessions, then creates detailed implementation plans (PRPs) that break complex features into manageable tasks. The plugin analyzes your codebase patterns and conventions, ensuring generated code matches your existing style. It works across any tech stack—React, Python, Go, PHP, and more—and reduces typical feature delivery from 2-4 hours to 15 minutes. Solo developers, startups, and teams benefit from faster shipping, higher code quality, and reduced technical debt.
[{"step":"Install the cc-blueprint-toolkit plugin in Claude Code by running `claude plugins install cc-blueprint-toolkit`.","tip":"Ensure you have the latest version of Claude Code (v1.4+) for full compatibility."},{"step":"Prepare your requirements in a structured format (e.g., Markdown list or JSON). Include details like project goals, technical constraints, and integration needs.","tip":"Use the `cc-blueprint-toolkit validate` command to check your requirements for completeness before generating the blueprint."},{"step":"Run the blueprint generation command: `cc-blueprint-toolkit generate --type [TYPE] --name [PROJECT_NAME] --requirements [FILE_PATH]`.","tip":"For complex projects, break requirements into phases (e.g., MVP, v2) to generate modular blueprints."},{"step":"Review the generated blueprint in the output. Use `cc-blueprint-toolkit analyze --blueprint [FILE_PATH]` to validate architecture decisions.","tip":"Cross-reference the blueprint with your team's design principles to identify gaps early."},{"step":"Export the blueprint to your development environment (e.g., Git repository) and iterate using `cc-blueprint-toolkit update --blueprint [FILE_PATH] --changes [CHANGES_JSON]`.","tip":"Automate blueprint updates by integrating with your CI/CD pipeline (e.g., GitHub Actions) to sync changes with infrastructure-as-code tools."}]
Planning and implementing user authentication with OAuth2
Rapidly building frontend components in React, Vue, or Angular
Creating backend APIs and database schemas
Automating code generation for full-stack features
No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/croffasia/cc-blueprint-toolkitCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Use the cc-blueprint-toolkit to generate a [TYPE] blueprint for [PROJECT_NAME] based on the following requirements: [REQUIREMENTS_LIST]. Include [INTEGRATIONS] and [DEPLOYMENT_STRATEGY]. Ensure the blueprint follows [ARCHITECTURE_GUIDELINES] and includes [SECURITY_CONSIDERATIONS].
### Project: E-Commerce Microservices Migration **Blueprint Generated:** Full-stack blueprint for migrating a monolithic e-commerce platform to microservices. **Requirements:** - Break down monolith into 5 services (User Auth, Product Catalog, Order Management, Payment Processing, Inventory). - Implement event-driven architecture with Kafka for inter-service communication. - Containerize using Docker and orchestrate with Kubernetes. - Add CI/CD pipeline with GitHub Actions. - Ensure 99.9% uptime with multi-region deployment. **Architecture Overview:** - **User Auth Service:** JWT-based authentication, OAuth2 integration. - **Product Catalog Service:** REST API with GraphQL for flexible queries. - **Order Management Service:** Saga pattern for distributed transactions. - **Payment Processing Service:** Stripe integration with idempotency keys. - **Inventory Service:** Redis caching for real-time stock updates. **Integration Points:** - Kafka topics: `user-events`, `order-events`, `payment-events`. - Shared database schema for reference data (e.g., product categories). - Service mesh (Istio) for observability and traffic management. **Security Considerations:** - Network policies for pod-to-pod communication. - Secrets management via HashiCorp Vault. - Rate limiting and API gateway (Kong) for DDoS protection. **Deployment Strategy:** - Blue-green deployment for User Auth and Product Catalog. - Canary releases for Order Management and Payment Processing. - Automated rollback on failure detection (Prometheus + Grafana). **Next Steps:** 1. Generate Terraform scripts for Kubernetes cluster setup. 2. Create OpenAPI specs for each service. 3. Draft runbooks for incident response. 4. Set up monitoring dashboards in Datadog.
Create and collaborate on interactive animations with powerful, user-friendly tools.
AI assistant built for thoughtful, nuanced conversation
Get more done every day with Microsoft Teams – powered by AI
Automate your spreadsheet tasks with AI power
Agentic AI Workflow platform
Connected workspace for docs, wikis, and projects
Take a free 3-minute scan and get personalized AI skill recommendations.
Take free scan