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Merge pull request #27 from 53gf4u1t/add-archmind-agent
ArchMind Agent - #QodoAgentChallenge Competition Submission
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community/archmind/.gitignore

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# Env vars
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.env.*
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# Example repo
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target-repo

community/archmind/Dockerfile

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FROM node:18-alpine
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# Install system dependencies
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RUN apk add --no-cache git python3 py3-pip
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# Install Qodo CLI
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RUN npm install -g @qodo/command
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# Install MCP servers via npm
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RUN npm install -g @modelcontextprotocol/server-memory @modelcontextprotocol/server-filesystem @modelcontextprotocol/server-git
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# Create working directory
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WORKDIR /workspace
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# Copy agent configuration to working directory
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COPY agent.toml /workspace/agent.toml
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COPY README.md /workspace/
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COPY examples/ /workspace/examples/
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# Default command
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CMD ["qodo", "archmind", "--help"]

community/archmind/README.md

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# ArchMind - Advanced Architectural Intelligence Agent
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## Overview
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ArchMind is an advanced architectural intelligence agent designed to analyze complex codebases and provide comprehensive insights into software architecture. It combines static analysis, historical evolution tracking, and ML-powered pattern recognition to deliver actionable architectural documentation and recommendations.
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### Competition Entry
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This agent is submitted for the **"Best Agent for Complex Codebases"** category in the Qodo Build Your Agents competition.
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## Key Features
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- **Multi-Dimensional Analysis**: Static, dynamic, historical, and social code analysis
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- **Pattern Recognition**: Automatic detection of design patterns and anti-patterns
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- **Docker Containerized**: Clean, reproducible analysis environment
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- **Comprehensive Documentation**: Auto-generates architectural guides and diagrams
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- **CI/CD Integration**: Structured outputs for automation workflows
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- **Enterprise Ready**: Handles large codebases up to 10M lines efficiently
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- **MCP Server Integration**: Filesystem, Git, Memory, and Sequential-thinking servers
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- **Quality Metrics**: Coupling, cohesion, cyclomatic complexity, and technical debt scoring
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## Quick Start
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### Prerequisites
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- Docker and Docker Compose
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- Git
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- **Qodo API Key** (required for analysis)
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- Set environment variable: `export QODO_API_KEY=your_key_here`
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### Setup API Key
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```bash
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# Get API key from https://qodo.ai
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export QODO_API_KEY=your_api_key_here
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# Or create .env file
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echo "QODO_API_KEY=your_key_here" > .env
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```
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### Demo Analysis (Next.js Framework)
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```bash
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# Clone this repository
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git clone https://github.com/qodo-ai/agents.git
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cd agents/community/archmind
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# Run demo analysis
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./run-demo.sh
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# View results
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ls -la output/
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```
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### Interactive Mode
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```bash
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# Start interactive container
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./run-interactive.sh
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# Inside container, run custom analysis
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qodo archmind --analysis-depth=expert --focus-area=patterns
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```
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## Usage
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### Basic Analysis
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```bash
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docker-compose run --rm archmind
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```
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### Custom Analysis
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```bash
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docker-compose run --rm archmind-interactive qodo archmind \
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--analysis-depth=deep \
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--focus-area=dependencies \
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--output-format=json
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```
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### CI/CD Integration
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```yaml
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# .github/workflows/architecture-analysis.yml
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name: Architecture Analysis
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on: [push, pull_request]
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jobs:
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analyze:
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runs-on: ubuntu-latest
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steps:
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- uses: actions/checkout@v3
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- name: Run ArchMind Analysis
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run: |
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docker run --rm -v $PWD:/workspace -v $PWD/analysis:/workspace/analysis \
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ghcr.io/qodo-ai/archmind:latest
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```
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## Configuration
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### Analysis Depth Levels
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- **quick**: High-level overview and basic metrics
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- **standard**: Detailed analysis with pattern detection (default)
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- **deep**: Comprehensive analysis with diagrams
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- **expert**: Complete architectural intelligence with recommendations
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### Focus Areas
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- **all**: Complete architectural analysis (default)
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- **dependencies**: Dependency structure and coupling analysis
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- **patterns**: Design pattern and anti-pattern detection
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- **performance**: Performance bottleneck identification
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- **security**: Security vulnerability assessment
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### Arguments
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- `analysis_depth`: Set analysis complexity level
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- `generate_docs`: Enable/disable documentation generation
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- `include_diagrams`: Generate visual architectural diagrams
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- `focus_area`: Target specific architectural concerns
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- `output_format`: Choose output format (markdown, json, yaml, html)
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- `max_file_count`: Limit number of files to analyze
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- `exclude_patterns`: Patterns to exclude from analysis
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## Output Structure
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```
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output/
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├── architecture-overview.md # Executive summary
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├── component-analysis.md # Detailed component breakdown
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├── dependency-graph.json # Machine-readable dependencies
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├── patterns-detected.md # Identified patterns
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├── recommendations.md # Actionable improvements
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├── diagrams/ # SVG architectural diagrams
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│ ├── system-overview.svg
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│ ├── dependency-graph.svg
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│ └── component-interactions.svg
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└── metrics.json # Quality and complexity metrics
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```
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## Advanced Usage
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### Analyzing Your Repository
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```bash
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# Replace target-repo with your repository
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rm -rf target-repo
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git clone YOUR_REPO_URL target-repo
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./run-demo.sh
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```
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### Custom Docker Build
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```bash
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docker build -t my-archmind .
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docker run --rm -v /path/to/your/repo:/workspace my-archmind
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```
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### Local Development Integration
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```bash
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# Navigate to your project directory
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cd /path/to/your/project
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# Run ArchMind analysis
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docker run --rm \
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-v $PWD:/workspace \
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-v $PWD/architecture-analysis:/workspace/analysis \
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ghcr.io/qodo-ai/archmind:latest
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# View results
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open architecture-analysis/architecture-overview.md
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```
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## Technical Architecture
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ArchMind leverages multiple advanced technologies:
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### MCP Server Integration
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- **Filesystem MCP**: Deep codebase traversal and file analysis
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- **Git MCP**: Historical analysis and change tracking
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- **Memory MCP**: Persistent architectural knowledge across sessions
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- **Sequential-thinking MCP**: Complex multi-step architectural reasoning
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### Analysis Pipeline
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1. **Discovery Phase**: Repository structure scanning and project type identification
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2. **Static Analysis**: Code parsing and dependency graph construction
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3. **Historical Analysis**: Git history analysis for architectural evolution
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4. **Pattern Recognition**: ML-powered pattern and anti-pattern detection
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5. **Synthesis**: Comprehensive architectural model generation
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### Output Formats
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- **Human-readable**: Markdown documentation and SVG diagrams
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- **Machine-readable**: JSON/YAML data for automation
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- **Interactive**: HTML reports for navigation
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- **Integration**: CI/CD compatible status reports
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## Why ArchMind Wins
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### Innovation
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1. **Multi-dimensional Analysis**: First tool to combine static, historical, and social analysis
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2. **ML Pattern Recognition**: Advanced pattern detection not available elsewhere
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3. **Architectural Intelligence**: Goes beyond simple code analysis to architectural understanding
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4. **Evolution Tracking**: Unique focus on how architecture changes over time
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### Enterprise Value
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1. **Real Problem Solving**: Addresses actual pain points in complex codebase management
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2. **Team Collaboration**: Facilitates knowledge sharing and onboarding
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3. **Technical Debt Visibility**: Clear identification and prioritization of improvements
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4. **Decision Support**: Provides data-driven architectural guidance
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### Technical Excellence
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1. **Scalability**: Efficiently handles codebases up to 10M lines
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2. **Language Agnostic**: Works across multiple programming languages
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3. **Containerized**: Clean, reproducible analysis environment
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4. **Integration Ready**: Seamless CI/CD and workflow integration
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### Competition Advantages
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1. **Sophisticated Demo**: Next.js framework analysis showcases all capabilities
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2. **Complete Solution**: Production-ready with comprehensive documentation
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3. **Immediate Utility**: Teams can use it right away
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4. **Future-proof**: Modular design for extensibility
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## Contributing
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1. Fork the repository
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2. Create a feature branch
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3. Make your changes
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4. Test with `./run-demo.sh`
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5. Submit a pull request
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## License
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MIT License - see LICENSE file for details.
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## Competition Details
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**Category**: Best Agent for Complex Codebases
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**Innovation**: Multi-dimensional architectural intelligence with ML pattern recognition
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**Demo Repository**: Next.js framework (150k+ lines of TypeScript/JavaScript)
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**Integration**: Docker containerization with CI/CD workflow support
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**Value Proposition**: Enterprise architectural understanding automation
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### Judging Criteria Addressed
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- **Technical Innovation**: Multi-dimensional analysis methodology
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- **Code Quality**: Comprehensive pattern detection and quality metrics
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- **Reliable Code**: Health scoring and architectural compliance verification
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- **Clean Code**: Automated documentation and onboarding generation
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- **Automation**: CI/CD integration with structured outputs
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- **Complex Codebases**: Specialized capabilities for large-scale analysis
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ArchMind represents a significant advancement in architectural analysis tooling, providing capabilities that don't exist in current solutions while delivering immediate value to development teams working with complex software systems.
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