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Refocus Shell Roadmap

Current Status: Bash Refocus Shell ✅

The current bash implementation is feature-complete and serves as a personal productivity tool with the following capabilities:

✅ Implemented Features

  • Core Work Tracking: work on/off/status commands
  • Database Management: SQLite with sessions and state tracking
  • Desktop Notifications: notify-send integration
  • Shell Integration: Dynamic prompt modification with ⏳ [Project] indicator
  • Intelligent Nudging: Periodic reminders every 10 minutes via cron
  • Refocus Shell Control: work enable/disable commands
  • Data Import/Export: JSON-based backup and restore functionality
  • Professional Installation: setup.sh with interactive installation
  • Cross-Distribution Support: Ubuntu/Debian, Arch/Manjaro, Fedora/RHEL, openSUSE
  • Dependency Management: Automatic installation of sqlite3, notify-send, jq
  • Verbose Mode: --verbose flag for debugging
  • Manual Testing: work test-nudge command

🎯 Current Architecture

work-manager/
├── work                    # Main work tracking script
├── work-nudge             # Cron-executed nudging script
├── setup.sh               # Installation and setup script
├── config.sh              # Configuration template
└── ~/.local/refocus/        # Data directory
    ├── refocus.db        # SQLite database
    ├── work-nudge        # Installed nudging script
    └── config.sh         # User configuration

Future Vision: Python Mobile Ecosystem 🚀

🎯 Strategic Goals

  • Portfolio Development: Showcase modern development skills
  • Privacy-First: FLOSS philosophy, no Google dependencies
  • Cross-Device Productivity: Seamless work tracking across desktop and mobile
  • User Choice: Configurable sync strategies and conflict resolution

📱 Mobile Integration Strategy

Platform Options

  1. Termux + Android (Primary Focus)

    • Native Android notifications via termux-notification
    • Android widgets and shortcuts
    • Background sync services
    • Location-aware work triggers

  2. Self-Hosted Web API (Advanced Users)

    • RESTful API for real-time sync
    • WebSocket for live updates
    • User's own infrastructure
    • Complete data sovereignty

Sync Architecture

Desktop (Bash) ←→ Sync Layer ←→ Mobile (Python)
     ↓              ↓              ↓
  Local DB    Configurable    Local DB
  (SQLite)    Resolution     (SQLite)

🔧 Technical Implementation Plan

Phase 1: Core Python Package

# work_manager/
├── core/
│   ├── database.py      # SQLAlchemy models
│   ├── notifications.py # Desktop/mobile notifications
│   ├── shell.py        # Shell integration
│   └── sync.py         # Sync algorithms
├── cli/
│   └── commands.py     # Click-based CLI
├── mobile/
│   ├── termux.py       # Android integration
│   └── notifications.py # Mobile notifications
└── config/
    └── sync_config.py  # Sync configuration

Phase 2: Mobile Application

# work-mobile/
├── main.py             # Mobile CLI entry point
├── android/
│   ├── notifications.py # Native Android notifications
│   ├── widgets.py      # Android widget integration
│   └── shortcuts.py    # Quick action shortcuts
├── sync/
│   ├── import_export.py # File-based sync
│   └── server_sync.py  # API-based sync
└── config/
    └── mobile_config.py # Mobile-specific settings

Phase 3: Sync Infrastructure

# sync-server/ (Optional)
├── api/
│   ├── sync.py         # REST API endpoints
│   └── websocket.py    # Real-time updates
├── database/
│   └── models.py       # Sync data models
└── config/
    └── server_config.py # Server configuration

🔄 Sync Strategies

Option 1: Import/Export Sync (Simple)

  • Manual file transfer between devices
  • Smart merge algorithms instead of override
  • Configurable conflict resolution
  • No server required
  • Privacy-first approach

Option 2: Self-Hosted Server (Advanced)

  • Real-time sync via REST API
  • WebSocket connections for live updates
  • User's own infrastructure
  • Complete data control
  • Advanced features (webhooks, integrations)

⚙️ Configurable Conflict Resolution

User-Configurable Settings

{
  "conflict_resolution": {
    "active_session": "desktop_wins",  // desktop_wins, mobile_wins, earliest_wins, ask
    "settings": "newest_wins",         // newest_wins, desktop_wins, mobile_wins, ask
    "sessions": "merge_all",           // merge_all, desktop_wins, mobile_wins, ask
    "prompts": "desktop_wins"          // desktop_wins, mobile_wins, newest_wins, ask
  },
  "sync_method": "import_export",      // import_export, self_hosted
  "auto_sync": false,                  // true, false
  "sync_interval": 300                 // seconds
}

Conflict Resolution Options

  • Desktop Wins: Always prefer desktop data
  • Mobile Wins: Always prefer mobile data
  • Newest Wins: Use most recently modified data
  • Earliest Wins: For active sessions, use the one that started first
  • Ask User: Interactive resolution for each conflict
  • Smart Merge: Intelligent combination of data

📊 Portfolio Features

Technical Skills to Showcase

  1. Cross-Platform Development: Desktop + Mobile integration
  2. Data Synchronization: Complex merge algorithms and conflict resolution
  3. Privacy-First Design: FLOSS philosophy, user data sovereignty
  4. Mobile Development: Android integration via Termux
  5. API Design: RESTful APIs and WebSocket connections
  6. Configuration Management: Flexible user preferences
  7. Testing: Comprehensive test suites for sync algorithms
  8. Deployment: Self-hosted infrastructure

Business Value Features

  • Productivity Continuity: Work tracking that follows users across devices
  • Context Awareness: Different behaviors based on location/device
  • Privacy Protection: No dependency on Google or cloud services
  • User Empowerment: Complete control over data and sync behavior

🚀 Distribution Strategy

FLOSS Distribution

  • F-Droid Package: Available on open app store
  • No Google Play: Pure FLOSS distribution
  • GitHub/GitLab: Complete source code visibility
  • Community Driven: Open for contributions

Documentation

  • Installation Guides: For both sync methods
  • Configuration Examples: Conflict resolution strategies
  • Privacy Documentation: Data handling and sovereignty
  • Development Guides: Contributing to the project

📋 Implementation Timeline

Phase 1: Foundation (Weeks 1-2)

  • Design database schema for mobile sync
  • Implement core Python package structure
  • Create basic CLI commands (on/off/status)
  • Implement import/export functionality

Phase 2: Mobile Integration (Weeks 3-4)

  • Develop Termux Python script
  • Implement Android notifications
  • Create mobile CLI interface
  • Basic sync functionality

Phase 3: Sync Algorithms (Weeks 5-6)

  • Implement smart merge algorithms
  • Create configurable conflict resolution
  • Add interactive resolution options
  • Test sync scenarios

Phase 4: Advanced Features (Weeks 7-8)

  • Self-hosted server option
  • WebSocket real-time sync
  • Android widgets and shortcuts
  • Location-aware triggers

Phase 5: Polish & Distribution (Weeks 9-10)

  • Comprehensive testing
  • Documentation and guides
  • F-Droid packaging
  • Community setup

🎯 Success Metrics

Technical Excellence

  • Zero data loss during sync operations
  • Configurable conflict resolution working
  • Privacy-first design maintained
  • Cross-platform compatibility achieved

Portfolio Impact

  • Demonstrates full-stack development skills
  • Shows understanding of mobile development
  • Exhibits privacy and FLOSS values
  • Solves real-world productivity problems

User Experience

  • Seamless work tracking across devices
  • User control over sync behavior
  • Privacy protection maintained
  • FLOSS philosophy respected

Notes

  • Current bash tool remains unchanged - serves personal needs perfectly
  • Python version is portfolio expansion - showcases modern development skills
  • Privacy and FLOSS values are core - no Google dependencies
  • User choice is paramount - configurable sync strategies
  • Real-world problem solving - cross-device productivity tracking

This roadmap transforms a personal productivity tool into a comprehensive portfolio piece that demonstrates technical breadth, user-centric design, and commitment to privacy and open source values.