aiops-gordon
This skill provides setup and usage instructions for Docker AI (Gordon), an AI assistant integrated into Docker Desktop. It shows how to generate Dockerfiles, debug container issues, optimize images, and create docker-compose configurations through natural language prompts.
Packaged view
This page reorganizes the original catalog entry around fit, installability, and workflow context first. The original raw source lives below.
Install command
npx @skill-hub/cli install maneeshanif-todo-spec-driven-aiops-gordon
Repository
Skill path: .claude/skills/aiops-gordon
This skill provides setup and usage instructions for Docker AI (Gordon), an AI assistant integrated into Docker Desktop. It shows how to generate Dockerfiles, debug container issues, optimize images, and create docker-compose configurations through natural language prompts.
Open repositoryBest for
Primary workflow: Analyze Data & AI.
Technical facets: DevOps, Data / AI, Testing.
Target audience: Docker users who want to speed up container development and troubleshooting using AI assistance.
License: Unknown.
Original source
Catalog source: SkillHub Club.
Repository owner: maneeshanif.
This is still a mirrored public skill entry. Review the repository before installing into production workflows.
What it helps with
- Install aiops-gordon into Claude Code, Codex CLI, Gemini CLI, or OpenCode workflows
- Review https://github.com/maneeshanif/todo-spec-driven before adding aiops-gordon to shared team environments
- Use aiops-gordon for devops workflows
Works across
Favorites: 0.
Sub-skills: 0.
Aggregator: No.
Original source / Raw SKILL.md
--- name: aiops-gordon description: Setup and use Docker AI (Gordon) for intelligent container operations allowed-tools: Bash, Write, Read, Glob --- # Docker AI (Gordon) Setup Skill ## Quick Start 1. **Verify Docker Desktop** - Version 4.53+ required 2. **Enable Gordon** - Settings → Beta features → Toggle "Docker AI" 3. **Test Gordon** - Run `docker ai "What can you do?"` 4. **Use Gordon** - For building, debugging, and optimizing containers ## What is Docker AI (Gordon)? Docker AI (codenamed Gordon) is an AI-powered assistant built into Docker Desktop that helps with: - **Building containers** - Generate Dockerfiles from requirements - **Debugging issues** - Analyze logs and errors - **Optimizing images** - Reduce size and improve performance - **Scanning vulnerabilities** - Security analysis - **Explaining commands** - Learn Docker and Kubernetes ## Enabling Docker AI ### Docker Desktop 4.53+ 1. Open Docker Desktop 2. Go to **Settings** → **Beta features** 3. Toggle on **"Docker AI"** 4. Click **"Get started"** or **"Enable"** 5. Accept terms and conditions ### Alternative: Docker CLI Extension ```bash # If not using Docker Desktop, try CLI extension # (Note: Gordon is primarily in Docker Desktop) docker context list # See if AI context is available ``` ## Gordon Commands Reference ### Building Containers ```bash # Generate Dockerfile from requirements docker ai "Create a Dockerfile for FastAPI application with Python 3.13" # Optimize existing Dockerfile docker ai "Optimize this Dockerfile for smaller image size" < Dockerfile # Create multi-stage Dockerfile docker ai "Convert this to a multi-stage Dockerfile" < Dockerfile # Generate docker-compose.yml docker ai "Create a docker-compose file with frontend, backend, and mcp-server services" ``` ### Debugging Issues ```bash # Analyze startup failures docker ai "Why is my container exiting immediately?" # Debug build errors docker ai "Fix this Docker build error" < error.log # Troubleshoot networking docker ai "Why can't container1 connect to container2?" # Analyze logs docker ai "Analyze these container logs for issues" < logs.txt ``` ### Image Optimization ```bash # Reduce image size docker ai "Make this Dockerfile produce a smaller image" # Optimize layer caching docker ai "Optimize layer caching in this Dockerfile" # Security scan docker ai "Scan this image for security vulnerabilities" todo-backend:latest # Best practices review docker ai "Review this Dockerfile for security best practices" ``` ### Multi-Service Orchestration ```bash # Generate compose file docker ai "Create docker-compose for Next.js frontend, FastAPI backend, PostgreSQL" # Add health checks docker ai "Add health checks to this docker-compose file" # Configure networking docker ai "Set up bridge networking for these 3 containers" ``` ## Gordon Examples for Todo Project ### Frontend Dockerfile Generation ```bash # Ask Gordon to create Next.js Dockerfile docker ai "Create a production-ready Dockerfile for Next.js 16 with TypeScript, using multi-stage build, with nginx or standalone server" ``` **Expected output from Gordon**: ```dockerfile # Gordon will generate optimized Dockerfile # Review and save to frontend/Dockerfile ``` ### Backend Dockerfile Generation ```bash docker ai "Create a multi-stage Dockerfile for FastAPI with Python 3.13, SQLModel, and OpenAI dependencies" ``` ### MCP Server Dockerfile ```bash docker ai "Create a minimal Dockerfile for Python FastMCP server with minimal dependencies" ``` ### Docker Compose Generation ```bash docker ai "Create a docker-compose.yml file for: - Frontend: Next.js on port 3000 - Backend: FastAPI on port 8000 - MCP Server: Python on port 8001 - Network: todo-network - Health checks for all services - Environment variables from .env file" ``` ### Debug Build Issues ```bash # If build fails, paste the error docker ai "I'm getting this error when building: Error: ModuleNotFoundError: No module named 'fastapi' How do I fix this?" # Or redirect error file docker ai "Fix the errors in this build log" < build-error.log ``` ## Gordon Limitations | Limitation | Notes | |------------|--------| | Cloud-only features | Some features require Docker Desktop Pro/Team | | Context awareness | Gordon has limited context of your project structure | | Complex networking | May struggle with advanced networking scenarios | | Security scanning | Basic scanning only - use dedicated tools for production | ## Gordon vs Manual Docker | Task | Gordon | Manual Docker | |------|---------|----------------| | Simple Dockerfile | Faster, optimized | More control | | Debugging | Excellent - analyzes context | Requires manual investigation | | Learning | Great for learning | Requires documentation | | Production-ready | Good, but review manually | Full control | | Custom requirements | May need manual edit | Full control | ## Best Practices with Gordon 1. **Always review output** - Gordon generates good code, but review before saving 2. **Iterative refinement** - Use follow-up prompts to refine Gordon's output 3. **Test locally** - Always test Dockerfiles generated by Gordon 4. **Version control** - Save Gordon's suggestions and iterate 5. **Learn from Gordon** - Understand why Gordon suggests certain patterns ## Integration with Other Skills Combine Gordon with: - **@docker-containerization-builder** - Use Gordon for Dockerfile, agent for full setup - **@devops-kubernetes-builder** - Gordon helps debug K8s container issues - **@aiops-helm-builder** - Use Gordon for chart image optimization ## Gordon Troubleshooting | Issue | Fix | |--------|-----| | Gordon not available | Update Docker Desktop to 4.53+ | | "Beta features" missing | Sign out and sign in to Docker Desktop | | Gordon gives errors | Check Docker Desktop logs, try reinstall | | Limited functionality | Check Docker subscription tier | ## Example Gordon Workflows ### Workflow 1: Generate Dockerfile ```bash # Step 1: Ask Gordon docker ai "Create Dockerfile for Next.js with TypeScript and Tailwind CSS" # Step 2: Save output to file # Copy Gordon's response to Dockerfile # Step 3: Build and test docker build -t test-image . docker run --rm test-image ``` ### Workflow 2: Debug Container Issue ```bash # Step 1: Get container logs docker logs <container-name> > logs.txt # Step 2: Ask Gordon docker ai "Analyze this log file and tell me what's wrong" < logs.txt # Step 3: Apply fix # Update Dockerfile or code based on Gordon's suggestion # Step 4: Rebuild and test docker build -t fixed-image . docker run --rm fixed-image ``` ### Workflow 3: Optimize Production Image ```bash # Step 1: Build initial image docker build -t todo-backend:latest ./backend # Step 2: Check size docker images todo-backend # Step 3: Ask Gordon to optimize docker ai "Reduce the size of this Dockerfile while maintaining all functionality" < backend/Dockerfile # Step 4: Compare docker build -t todo-backend:optimized ./backend docker images | grep todo-backend ``` ## Verification Checklist After using Gordon: - [ ] Gordon output reviewed and understood - [ ] Generated files are saved with correct names - [ ] Dockerfiles build without errors - [ ] Containers start and run correctly - [ ] Health checks pass - [ ] Services can communicate - [ ] Image size is reasonable - [ ] Security scan shows no critical vulnerabilities ## Next Steps After successful Docker setup with Gordon: 1. Test with `docker-compose up -d` 2. Load images to Minikube 3. Deploy with Kubernetes manifests 4. Convert to Helm charts ## References - [Docker AI Documentation](https://docs.docker.com/ai/gordon/) - [Docker Desktop Release Notes](https://docs.docker.com/desktop/release-notes/) - [Docker Best Practices](https://docs.docker.com/develop/dev-best-practices/) - [Phase 4 Constitution](../../../prompts/constitution-prompt-phase-4.md) - [Phase 4 Plan](../../../prompts/plan-prompt-phase-4.md)