Project Insights

Project Insights Generator

Generate comprehensive, visually-rich project analysis reports in GitHub Insights style.

Overview

This skill analyzes software projects and generates detailed reports that help you:

• Understand codebases - Get instant overview of any project
• Track development - See commit activity and contributor patterns
• Document projects - Auto-generate comprehensive README sections
• Present metrics - Create visual reports for stakeholders
• Compare projects - Analyze multiple repositories side-by-side
• Audit code - Check language distribution, file counts, sizes

When to Use This Skill

Use this skill when you:

• First encounter a new codebase and need to understand it quickly
• Want to create or update project documentation
• Need to present project status to stakeholders
• Are conducting code audits or technical assessments
• Want to track project evolution over time
• Need to compare multiple projects or repositories

Process

Phase 1: Project Discovery

Objective: Understand what type of project this is and gather basic metadata.

1. Identify Project Root

   • Look for markers: .git, package.json, requirements.txt, Cargo.toml, go.mod
   • Confirm current directory is project root
   • Check for monorepo structure

2. Detect Project Type

   • Web Application: Check for frontend/backend folders, web frameworks
   • Library/Package: Look for package manager configs
   • Mobile App: Check for iOS/Android folders
   • CLI Tool: Look for bin/, cmd/ folders
   • Monorepo: Multiple package.json or workspace configs

3. Read Core Documentation

   • Read README.md for project description
   • Check CHANGELOG.md or PROGRESS.md for status
   • Look for CONTRIBUTING.md, LICENSE, BACKLOG.md

Phase 2: Code Analysis

Objective: Gather quantitative metrics about the codebase.

1. Run Code Line Counter

   cloc . --exclude-dir=node_modules,venv,__pycache__,.git,dist,build,target --json
   

   If cloc is not available, fall back to basic file counting:

   find . -type f -name "*.py" | wc -l
   find . -type f -name "*.ts" -o -name "*.tsx" -o -name "*.js" -o -name "*.jsx" | wc -l
   

2. Get Project Structure

   tree -L 3 -I 'node_modules|venv|__pycache__|.git|dist|build|target' -a
   

   Or use ls -R as fallback

3. Calculate Directory Sizes

   du -sh .
   du -sh */ 2>/dev/null | sort -hr
   

4. Count Key File Types

   • Source files per language
   • Configuration files
   • Test files
   • Documentation files

Phase 3: Git History Analysis

Objective: Understand development patterns and contributors.

1. Recent Commit History

   git log --oneline --all --date=short --pretty=format:'%h|%ad|%an|%s' -30
   

2. Commit Activity Timeline

   git log --all --format="%ad" --date=short | sort | uniq -c
   

3. Contributor Statistics

   git shortlog -sn --all
   

4. Development Velocity

   • Commits per day/week/month
   • Active development periods
   • Latest activity date

Phase 4: Tech Stack Detection

Objective: Identify all technologies, frameworks, and tools used.

Backend Detection:

• Python: requirements.txt, Pipfile, pyproject.toml → FastAPI/Django/Flask
• Node.js: package.json → Express/NestJS/Fastify
• Go: go.mod → Gin/Echo/Chi
• Rust: Cargo.toml → Actix/Rocket
• Ruby: Gemfile → Rails/Sinatra
• Java: pom.xml, build.gradle → Spring Boot

Frontend Detection:

• React: package.json with react dependency
• Vue: package.json with vue dependency
• Angular: angular.json
• Svelte: svelte.config.js
• Solid: solid-start in package.json

Database Detection:

• Check for ORM configs: alembic/, migrations/, prisma/
• Database drivers in dependencies
• docker-compose.yml for database services

DevOps Detection:

• Dockerfile, docker-compose.yml
• .github/workflows/, .gitlab-ci.yml
• kubernetes/, helm/
• Deployment scripts in deploy/, scripts/

Build Tools:

• Vite, Webpack, Rollup, esbuild
• Cargo, Maven, Gradle
• Poetry, pip-tools

Phase 5: Development Status Assessment

Objective: Determine project maturity and completion status.

1. Check for Progress Indicators

   • Read PROGRESS.md, TODO.md, BACKLOG.md
   • Look for TODO comments in code
   • Check GitHub issues/milestones if available

2. Estimate Completion

   • Count TODO vs DONE items
   • Check test coverage indicators
   • Look for "WIP" or "MVP" markers

3. Identify Missing Pieces

   • Tests folder empty?
   • No CI/CD configuration?
   • Missing documentation?
   • No deployment setup?

Phase 6: Report Generation

Objective: Create a comprehensive, visually appealing markdown report.

Generate report with these sections:

1. 📊 Project Overview - Name, description, status, links
2. 📈 Repository Statistics - Total lines, files, languages
3. 💻 Language Distribution - Visual breakdown with progress bars
4. 🛠 Tech Stack - Frontend, backend, database, tools
5. 📁 Project Structure - Directory tree with annotations
6. 🔥 Commit Activity - Timeline with visual indicators
7. 👥 Contributors - Contributor list and statistics
8. 📊 Development Progress - Phase completion with progress bars
9. ⚙️ Features & Capabilities - Implemented and planned features
10. 🚀 Deployment Status - Production info if available
11. 📝 Documentation Quality - Assessment of docs
12. 🔮 Future Roadmap - Planned features and improvements
13. 💡 Project Highlights - Key strengths and patterns
14. 🏆 Project Status - Overall status summary

Output Formats

Default: GitHub Insights Style (Comprehensive)

Full visual report with:

• Progress bars using █ and ░ characters
• Tables for structured data
• Code blocks for examples
• Emoji indicators for sections
• Statistical summaries
• Timeline visualizations

Example progress bar:

Backend Development    ████████████████████  100%
Frontend Development   █████████████████░░░   85%
Testing & QA          ████░░░░░░░░░░░░░░░░   20%

Example language distribution:

Python             ████████████░░░░░░░░  18.96%  (2,084 lines)
Vue.js Component   ████████████░░░░░░░░  17.45%  (1,919 lines)
TypeScript         ███████████░░░░░░░░░  11.70%  (1,286 lines)

Minimal Style

Condensed report with only:

• Basic statistics (lines, files, languages)
• Tech stack summary
• Recent activity
• Quick status

Use when you need a quick overview without visual elements.

Comparison Mode

When analyzing multiple projects, generate side-by-side comparison:

• Metrics comparison table
• Tech stack differences
• Size and complexity comparison
• Development activity comparison

JSON Export

Machine-readable format for programmatic use:

{
  "project_name": "hindsight-app",
  "total_lines": 13232,
  "languages": {
    "Python": {"lines": 2084, "files": 40},
    "TypeScript": {"lines": 1286, "files": 19}
  },
  "tech_stack": {
    "backend": ["FastAPI", "SQLAlchemy"],
    "frontend": ["Vue 3", "TypeScript", "Vite"]
  },
  "metrics": {...}
}

Visual Elements Reference

Progress Bars

Use Unicode block characters for visual appeal:

Full:     ████████████████████  100%
High:     █████████████████░░░   85%
Medium:   ████████████░░░░░░░░   60%
Low:      ████░░░░░░░░░░░░░░░░   20%

Status Indicators

🟢 Active Development
🟡 Maintenance Mode
🔴 Deprecated
⚪ Planning Stage

Section Emojis

📊 Statistics        🎯 Goals
💻 Languages         ⚙️ Features
🛠 Tech Stack        🚀 Deployment
📁 Structure         📝 Documentation
🔥 Activity          🔮 Roadmap
👥 Contributors      💡 Highlights
📈 Progress          🏆 Status

Usage Examples

Example 1: Analyze Current Project

Use the project-insights skill to analyze this repository

Example 2: Quick Overview

Generate a minimal project insights report for quick review

Example 3: Compare Projects

Use project-insights to compare hindsight-app with the skills repository

Example 4: JSON Export

Generate project insights in JSON format for automated processing

Example 5: Specific Focus

Use project-insights focusing on tech stack and dependencies only

Best Practices

Before Running Analysis

1. Ensure in project root - cd to the root directory containing .git
2. Clean build artifacts - Remove dist/, build/, node_modules/ for accurate counts
3. Update documentation - Ensure README is current
4. Commit changes - Analysis includes git history

During Analysis

1. Be patient - Large repositories may take 30-60 seconds
2. Check tool availability - Script will fallback if tools missing
3. Review output - Verify metrics make sense

After Analysis

1. Update regularly - Re-run after major milestones
2. Share with team - Use for status updates
3. Track over time - Compare reports to see evolution
4. Incorporate into docs - Add sections to README

Templates

This skill includes several templates in reference/templates/:

• github-style.md - Full GitHub Insights replica
• gitlab-style.md - GitLab project page style
• minimal-style.md - Condensed single-page report
• comparison.md - Side-by-side project comparison
• json-schema.json - JSON export format definition

Load the appropriate template based on use case.

Examples

See reference/examples/ for real project analyses:

• hindsight-example.md - Full-stack web application
• library-example.md - Python package analysis
• monorepo-example.md - Multi-package repository

Limitations

Requires:

• Git repository for commit analysis
• File system access for structure analysis

Optional but recommended:

• cloc - Accurate code line counting (fallback available)
• tree - Visual directory structure (fallback available)
• jq - JSON processing (fallback available)

Known Issues:

• Very large repos (>100K files) may timeout
• Binary files are not analyzed
• Generated/vendor code is excluded
• Private submodules won't be analyzed without credentials

Performance:

• Small projects (<1K files): ~5 seconds
• Medium projects (1K-10K files): ~15 seconds
• Large projects (>10K files): ~60 seconds

Advanced Features

Custom Metrics

Add project-specific metrics by detecting special markers:

• Test coverage: Read coverage reports
• Bundle size: Check webpack-bundle-analyzer output
• Performance: Parse lighthouse reports
• Dependencies: Check for security vulnerabilities

Historical Comparison

Compare current state with previous analysis:

diff PROJECT_INSIGHTS_v1.md PROJECT_INSIGHTS_v2.md

Track:

• Lines of code growth
• New dependencies added
• Contributor changes
• Feature completion progress

Integration with CI/CD

Generate reports automatically:

• On pull requests (show impact)
• Weekly/monthly (track progress)
• Before releases (status check)

Troubleshooting

Problem: cloc not found Solution: Skill will use fallback file counting

Problem: Tree command unavailable Solution: Skill will use ls -R or find commands

Problem: No git history Solution: Report will skip commit analysis sections

Problem: Inaccurate language detection Solution: Check .gitattributes or manually specify in SKILL invocation

Problem: Large JSON files skew statistics Solution: Add JSON files to exclude patterns

Contributing

This skill is open source! Contributions welcome:

• New templates for different report styles
• Additional tech stack detection patterns
• Performance improvements
• Bug fixes

See the skill repository for contribution guidelines.

Related Skills

Combine with these skills for enhanced workflows:

• documentation-generator - Auto-generate API docs from code
• code-reviewer - Analyze code quality
• dependency-auditor - Check for security issues
• performance-analyzer - Profile runtime performance

Version History

• 1.0.0 (2025-10-18) - Initial release
  • Core analysis features
  • GitHub Insights style reporting
  • Multi-format output
  • Tech stack detection