This is a submission for the GitHub Copilot CLI Challenge
🧠What I Built
DevFlow is a developer workflow intelligence engine that analyzes Git activity, commit behavior, and command usage to surface actionable insights about how developers actually work.
Most analytics tools focus on repository metrics. DevFlow focuses on developer behavior patterns and workflow health.
DevFlow automatically analyzes a repository and generates:
• File risk intelligence based on churn, contributor spread, and recency
• Workflow behavior insights such as late-night coding patterns or burst commits
• Command usage intelligence for terminal productivity patterns
• Repository health signals like bus factor risk or unstable modules
• A live dashboard with real analytics, not static mock data
Everything runs locally and requires zero cloud services.
The biggest goal behind DevFlow was visibility. Developers spend most of their time in terminals and Git, but almost no tools show meaningful workflow intelligence. DevFlow closes that gap.
🎥 Demo
Project Repo
https://github.com/mr-ahtashamulhaq/Hackathons/tree/main/Github-Copilot-CLI/DevFlow
How To Run Demo
Backend Demo Mode
python run.py demo
This will:
• Setup demo repo
• Run analysis
• Export dashboard data
Frontend Dashboard
cd frontend
npm run dev
Open browser:
http://localhost:PORT
🤖 My Experience with GitHub Copilot CLI
GitHub Copilot CLI was used throughout the entire development lifecycle, not just for code completion.
I used Copilot CLI for:
Architecture Scaffolding
I used Copilot CLI prompts to design the initial CLI structure, database schema, and modular analytics architecture. This saved hours of boilerplate design work.
Iterative Debug Loops
Instead of manually debugging, I used Copilot CLI to:
• Detect root cause issues
• Propose fixes
• Re-test workflows
• Iterate until stable
This was especially powerful for:
GitPython edge cases
SQLite schema migrations
Frontend schema mismatches
Cross-platform path normalization
Test Generation
Copilot helped generate test suites for:
• File filtering quality layer
• Analytics export validation
• Insight engine rules
• Frontend integration schema validation
The final project has 100+ automated tests with full pass rate.
CLI Workflow Automation
Copilot helped design and refine:
devflow analyze
devflow export
devflow demo
The demo command became especially valuable because it makes the project judge-safe with zero manual setup.
Frontend Integration
Copilot helped bridge Python analytics → JSON export → React dashboard safely with type-safe interfaces and fallback guards.
Biggest Impact
Copilot CLI reduced development time dramatically in areas that normally slow projects down:
• Project scaffolding
• Edge case handling
• Test writing
• Refactoring
• Cross-layer schema alignment
Instead of getting stuck debugging infrastructure, I stayed focused on building actual product value.
🧩 Tech Stack
Backend
Python
SQLite
GitPython
Frontend
React
TypeScript
Vite
Tailwind
Visualization
Recharts
Custom visualization layers
AI Development Tooling
GitHub Copilot CLI
🚀 Why This Matters
Developers have tools for code quality, but almost nothing for workflow quality.
DevFlow introduces:
Developer behavior analytics
Workflow intelligence
Risk prediction
Productivity pattern detection
All locally, with full data ownership.
🛣 Future Roadmap
• Team analytics mode
• IDE plugin integration
• PR risk prediction
• AI workflow recommendations
• Focus session tracking
💡 Final Thoughts
GitHub Copilot CLI felt less like autocomplete and more like a development co-pilot for system-level thinking.
It helped me move faster without sacrificing architecture quality or reliability.
✅ Testing Notes for Judges
No login required.
Run:
python run.py demo
cd frontend
npm run dev
Dashboard loads with real demo data automatically.
Top comments (1)
great post