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Using super Claude workflow with mcp servers

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Using super Claude workflow with mcp servers

https://www.youtube.com/watch?v=Ph_Pbaqn2EM

Channel: Eric Tech Aug 29 2025 https://youtu.be/Ph\_Pbaqn2EM This video is a tutorial on how to use SuperClaude, a configuration framework that enhances Claude Code with specialized commands, cognitive personas, and development methodologies. Key Features of SuperClaude

  • Commands: SuperClaude offers 16 essential commands categorized for common tasks: Development: /sc:implement, /sc:build, /sc:design Analysis: /sc:analyze, /sc:troubleshoot, /sc:explain Quality: /sc:improve, /sc:test, /sc:cleanup Others: /sc:document, /sc:git, /sc:estimate, /sc:task, /sc:index, /sc:load, /sc:spawn
  • Smart Personas: AI specialists that jump in when relevant: architect: Systems design and architecture frontend: UI/UX and accessibility backend: APIs and infrastructure analyzer: Debugging and figuring things out security: Security concerns and vulnerabilities scribe: Documentation and writing … and 5 more specialists.
  • MCP Integration: External tools that connect when useful: Context7: Grabs official library docs and patterns Sequential: Helps with complex multi-step thinking Magic: Generates modern UI components Playwright: Browser automation and testing stuff

Installation and Setup

  1. Prerequisites: Ensure Claude Code is installed and set up on your local machine.

  2. Clone the Repository: cd Desktop git clone https://github.com/NomenAK/SuperClaude.git cd SuperClaude

  3. Install SuperClaude: python3 SuperClaude.py install --quick Confirm the installation when prompted.

  4. Restart Claude Code: After successful installation, restart your Claude Code session.

  5. Add MCP Servers: Inside your Claude Code terminal, add the MCP servers: Context7: claude mcp add --transport http context7 https://mcp.context7.com/mcp Puppeteer (for Playwright): claude mcp add puppeteer npx @modelcontextprotocol/server-puppeteer Magic: claude mcp add magic npx @21st-dev/magic@latest Sequential-thinking: claude mcp add sequential-thinking npx @modelcontextprotocol/server-sequential-thinking Verify the added servers by typing /mcp in the Claude Code terminal.

Using SuperClaude Commands The video demonstrates the /sc:analyze command on a “match-me” dating application project.

  1. Initiate Analysis: /sc:analyze --architecture --persona-architect --seq --architecture: Flag to analyze the system’s architecture. --persona-architect: Assigns the architect persona. --seq: Activates the Sequential MCP for complex multi-step thinking.

  2. Analysis Output: SuperClaude generates a detailed “Architecture Analysis Report” including: Update Todos: A list of tasks to discover and map project architecture, analyze database schema, evaluate authentication and security, generate comprehensive reports, assess state management and data flow, review API designs, and analyze component/UI patterns. System Overview: Description of the application and its tech stack (Next.js 14, TypeScript, PostgreSQL, Prisma, NextAuth, Pusher, Cloudinary, NextUI, Zustand). Architectural Assessment: Core Architecture Patterns: Framework design (Next.js App Router, Server Actions, Middleware-based auth, Component co-location). Data Layer: User, Member, Token relationships. Security Architecture: Authentication & authorization (NextAuth v5, JWT strategy, Role-based access, Email verification, Password hashing, Token management), Route protection, Data security (Prisma ORM, Server Actions, Input validation, Photo approval). Database Design: Schema Analysis (strengths: clean relational design, proper foreign key constraints, soft deletion, approval system, cascading deletes; potential optimization: missing indexes, no database-level constraints for business rules). State Management: Current Pattern (Zustand stores, Server state, URL state, Real-time); Architecture Concerns (no centralized server state management, manual cache invalidation patterns, potential state synchronization issues). API Architecture: Server Actions Pattern, API Routes (NextAuth integration, real-time authorization, Cloudinary signatures). Component Architecture: Design System (NextUI, Tailwind CSS, Component structure, Reusable patterns); File Organization. Performance Considerations: Strengths (server-side rendering, image optimization, component lazy loading); Optimization Opportunities (no React Query, missing pagination optimization, no image preloading strategy). Scalability Assessment: Current Capacity (Medium Scale: 1K-10K users); Bottlenecks (real-time connections, database query optimization, no caching layer); Scaling Path (add React Query, implement Redis caching, database query optimization, CDN for static assets). Critical Recommendations: High Priority (server state management, database optimization, error boundaries, performance monitoring); Medium Priority (testing coverage, TypeScript strictness, image optimization, rate limiting); Long-term Architecture (Microservices split, event-driven architecture, advanced caching). Architecture Score: B+ (82/100).

  3. Generating the Report: The analysis results can be saved to a Markdown file (e.g., ARCHITECTURE_ANALYSIS.md) for review, commits, and pull requests.

Integrated Development Workflow The video also outlines a typical development workflow using SuperClaude commands:

  1. Project Planning: /design --api --ddd --plan --persona-architect This command assigns the design task with API and Domain-Driven Design (DDD) flags to the architect persona to create a plan.

  2. Frontend Development: /build --react --magic --tdd --persona-frontend This command initiates frontend development using React, Magic for UI components, Test-Driven Development (TDD), and assigns it to the frontend persona.

  3. Backend Development: /build --api --tdd --coverage --persona-backend This command starts backend development, focusing on APIs with TDD and test coverage, assigned to the backend persona.

  4. Quality Check: /review --quality --evidence --persona-qa This command performs a quality review with evidence, assigned to the QA persona.

  5. Security Scan: /scan --security --owasp --persona-security This command conducts a security scan using OWASP guidelines, assigned to the security persona.

  6. Performance Optimization: /improve --performance --iterate --persona-performance This command initiates performance improvement iterations, assigned to the performance persona.

  7. Deployment Preparation: /deploy --env staging --plan --persona-architect This command prepares for deployment to a staging environment, generating a plan assigned to the architect persona.

Troubleshooting Workflow For issues during development, SuperClaude can facilitate troubleshooting:

  1. Problem Analysis: /troubleshoot --investigate --prod --persona-analyzer This command investigates a problem in the production environment, assigned to the analyzer persona.

  2. Root Cause Analysis: /troubleshoot --prod --five-whys --seq --persona-analyzer This command uses the “Five Whys” technique in the production environment with sequential thinking to find the root cause, assigned to the analyzer persona.

  3. Performance Analysis: /analyze --profile --perf --seq --persona-performance This command analyzes the code’s performance profile with sequential thinking, assigned to the performance persona.

  4. Fix Implementation: /improve --quality --threshold 95% --persona-refactorer This command improves the quality of the implementation with a 95% test coverage threshold, assigned to the refactorer persona.

Conclusion: SuperClaude aims to provide a structured and professional workflow for complex software development tasks within Claude Code, leveraging specialized commands, personas, and integrations to streamline the development process.

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