mirror of
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Refactor documentation and enhance Immich backup system
- Updated README.md to streamline content and improve navigation with a new Quick Navigation section. - Consolidated detailed Plex backup descriptions into dedicated documentation files. - Added comprehensive Docker Bootstrap Testing Framework documentation. - Created Immich backup enhancement summary and migration summary documents. - Implemented webhook notifications and Backblaze B2 integration in Immich backup scripts. - Centralized logging for Immich backup operations and updated configuration requirements. - Restructured Telegram bot project documentation for better clarity and organization. - Enhanced .gitignore to include environment files and Backblaze CLI tool. - Updated dotfiles README to reference new testing documentation. Resolves Documentation review #11.
This commit is contained in:
Peter Wood
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telegram/github-issues/README.md
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# Telegram Backup Monitoring Bot - GitHub Issues Summary
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This document provides an overview of the GitHub issues created for developing a comprehensive Telegram bot that monitors and manages the existing backup systems (Plex, Immich, Media services).
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## Project Overview
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The Telegram bot will integrate with three sophisticated backup systems:
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1. **Plex Backup System** - Enhanced backup with validation, monitoring, restoration, and performance tracking
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2. **Immich Backup System** - Database and upload directory backup with B2 cloud storage integration
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3. **Media Services Backup** - Docker container backup for 7 media services with parallel execution
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## Issues Created
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### Core Development Issues
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| Issue | Title | Complexity | Estimated Time | Dependencies |
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|-------|-------|------------|----------------|--------------|
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| #01 | [Telegram Bot Core Infrastructure](01-telegram-bot-core-infrastructure.md) | Medium | 2-3 days | None |
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| #02 | [Plex Backup Monitoring Integration](02-plex-backup-monitoring.md) | Medium-High | 3-4 days | #01 |
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| #03 | [Immich Backup Monitoring Integration](03-immich-backup-monitoring.md) | Medium | 2-3 days | #01 |
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| #04 | [Media Services Backup Monitoring Integration](04-media-services-monitoring.md) | Medium | 2-3 days | #01 |
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| #05 | [Advanced Monitoring Dashboard](05-advanced-monitoring-dashboard.md) | High | 4-5 days | #02, #03, #04 |
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| #06 | [Notification System Integration](06-notification-system-integration.md) | Medium-High | 3-4 days | #01-05 |
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| #07 | [Backup Control and Management](07-backup-control-management.md) | High | 4-5 days | #01-06 |
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| #08 | [Performance Optimization and Enhancement](08-performance-optimization.md) | High | 5-6 days | #01-07 |
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| #09 | [Testing, Documentation, and Deployment](09-testing-documentation-deployment.md) | High | 6-7 days | #01-08 |
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**Total Estimated Development Time: 31-40 days**
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## Development Phases
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### Phase 1: Foundation (Issues #01-04)
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**Duration**: 9-13 days
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**Goal**: Establish core bot infrastructure and basic monitoring for all three backup systems
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- Core bot framework with authentication
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- Basic monitoring commands for each backup system
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- JSON log parsing and status reporting
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- Security framework implementation
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### Phase 2: Advanced Features (Issues #05-07)
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**Duration**: 11-14 days
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**Goal**: Implement advanced monitoring, notifications, and control capabilities
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- Unified monitoring dashboard with trend analysis
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- Real-time notification system with webhook integration
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- Administrative control interface for backup management
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- Cross-system health correlation and alerting
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### Phase 3: Production Ready (Issues #08-09)
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**Duration**: 11-13 days
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**Goal**: Optimize performance and prepare for production deployment
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- Performance optimization with caching and streaming
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- Interactive UI enhancements and smart features
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- Comprehensive testing suite and documentation
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- Production deployment infrastructure
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## Key Features by Issue
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### Issue #01: Core Infrastructure
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- Bot registration and token management
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- Command parsing and routing system
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- User authentication and authorization
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- Basic logging and error handling
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- Configuration management
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### Issue #02: Plex Integration
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- Status monitoring with JSON log parsing
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- Performance metrics and trend analysis
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- Health checks and validation integration
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- Admin controls for backup management
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- Real-time monitoring dashboard integration
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### Issue #03: Immich Integration
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- Database backup status monitoring
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- Upload directory synchronization tracking
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- B2 cloud storage integration and status
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- Backup validation and health reporting
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- Multi-component status aggregation
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### Issue #04: Media Services Integration
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- Multi-service status monitoring (7 services)
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- Parallel vs sequential backup mode detection
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- Per-service detailed status and metrics
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- Container health and backup freshness checking
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- Service-specific command handling
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### Issue #05: Advanced Dashboard
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- Cross-system health correlation
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- Performance trend analysis and forecasting
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- Predictive failure detection
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- Executive summary reporting
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- Storage usage forecasting
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### Issue #06: Notification System
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- Real-time alert delivery
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- Scheduled status reports (daily/weekly)
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- Emergency notification prioritization
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- Webhook integration with existing systems
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- Customizable notification preferences
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### Issue #07: Backup Control
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- Manual backup triggering for all systems
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- Backup schedule management
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- Queue management and conflict prevention
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- Maintenance mode controls
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- Emergency stop capabilities
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### Issue #08: Performance & UX
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- Response caching and optimization
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- Interactive keyboards and progress indicators
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- Performance monitoring and analytics
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- Smart command suggestions
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- Visual chart generation
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### Issue #09: Production Deployment
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- Comprehensive testing suite (unit, integration, e2e)
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- Complete documentation package
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- Docker containerization and deployment
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- CI/CD pipeline setup
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- Production monitoring and health checks
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## Integration with Existing Systems
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### Backup Scripts Integration
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```bash
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# Scripts the bot will interface with:
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/home/acedanger/shell/plex/backup-plex.sh # Plex backup & validation
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/home/acedanger/shell/plex/monitor-plex-backup.sh # Real-time monitoring
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/home/acedanger/shell/plex/validate-plex-backups.sh # Health checks
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/home/acedanger/shell/immich/backup-immich.sh # Immich backup
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/home/acedanger/shell/backup-media.sh # Media services
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/home/acedanger/shell/backup-log-monitor.sh # System monitoring
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```
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### Log Files Integration
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```bash
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# JSON performance logs
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/home/acedanger/shell/logs/plex-backup-performance.json
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/home/acedanger/shell/logs/media-backup.json
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/home/acedanger/shell/logs/immich-backup.log
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# Validation and monitoring logs
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/home/acedanger/shell/plex/logs/backup-validation-*.log
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/home/acedanger/shell/logs/immich-validation.log
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```
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### Webhook Integration
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- Enhance existing webhook support in backup scripts
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- Implement structured webhook payloads
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- Real-time event delivery to Telegram bot
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- Integration with notification preferences
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## Security Considerations
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### Multi-Level Authorization
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- **User Level**: Basic status and monitoring commands
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- **Admin Level**: Backup controls and management
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- **Super Admin Level**: Emergency controls and system management
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### Security Features
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- Token-based user authentication
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- Command input validation and sanitization
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- Rate limiting and abuse prevention
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- Secure webhook signature validation
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- Audit logging for all administrative actions
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## Technology Stack
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### Core Technologies
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- **Python 3.9+** - Main development language
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- **python-telegram-bot** - Telegram API framework
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- **asyncio** - Asynchronous operations
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- **aiohttp** - HTTP client with connection pooling
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- **redis** - Caching and session storage
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### Supporting Tools
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- **Docker** - Containerization and deployment
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- **pytest** - Testing framework
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- **matplotlib** - Chart generation
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- **GitHub Actions** - CI/CD pipeline
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## Success Metrics
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### Functional Requirements
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- ✅ Monitor all 3 backup systems reliably
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- ✅ Provide real-time status and health information
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- ✅ Enable administrative control of backup operations
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- ✅ Deliver proactive notifications and alerts
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- ✅ Generate performance analytics and trends
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### Performance Requirements
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- Response times < 2 seconds for cached data
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- Support for multiple concurrent users
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- 99.9% uptime and reliability
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- Efficient memory usage with large log files
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- Real-time notification delivery
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### Security Requirements
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- Multi-level user authorization
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- Secure token and credential management
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- Input validation and injection prevention
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- Comprehensive audit logging
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- Rate limiting and abuse protection
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## Getting Started
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1. **Create GitHub Issues**: Copy the individual markdown files to create GitHub issues
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2. **Set up Development Environment**: Follow Issue #01 for initial setup
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3. **Implement in Order**: Follow the dependency chain starting with Issue #01
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4. **Test Thoroughly**: Each issue includes comprehensive testing requirements
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5. **Deploy Incrementally**: Use Docker deployment from Issue #09
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## Notes
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- Each issue is designed to be independently assignable to GitHub Copilot
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- Issues include detailed technical specifications and examples
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- Testing requirements are built into each issue
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- Security considerations are addressed throughout
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- Production deployment is fully automated
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This comprehensive issue set provides a complete roadmap for developing a production-ready Telegram bot that transforms backup system monitoring from a manual process into an intelligent, proactive assistant.
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