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Telegram Backup Monitoring Bot - GitHub Issues Summary

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).

Project Overview

The Telegram bot will integrate with three sophisticated backup systems:

Plex Backup System - Enhanced backup with validation, monitoring, restoration, and performance tracking
Immich Backup System - Database and upload directory backup with B2 cloud storage integration
Media Services Backup - Docker container backup for 7 media services with parallel execution

Issues Created

Core Development Issues

Issue	Title	Complexity	Estimated Time	Dependencies
#01	Telegram Bot Core Infrastructure	Medium	2-3 days	None
#02	Plex Backup Monitoring Integration	Medium-High	3-4 days	#01
#03	Immich Backup Monitoring Integration	Medium	2-3 days	#01
#04	Media Services Backup Monitoring Integration	Medium	2-3 days	#01
#05	Advanced Monitoring Dashboard	High	4-5 days	#02, #03, #04
#06	Notification System Integration	Medium-High	3-4 days	#01-05
#07	Backup Control and Management	High	4-5 days	#01-06
#08	Performance Optimization and Enhancement	High	5-6 days	#01-07
#09	Testing, Documentation, and Deployment	High	6-7 days	#01-08

Total Estimated Development Time: 31-40 days

Development Phases

Phase 1: Foundation (Issues #01-04)

Duration: 9-13 days Goal: Establish core bot infrastructure and basic monitoring for all three backup systems

Core bot framework with authentication
Basic monitoring commands for each backup system
JSON log parsing and status reporting
Security framework implementation

Phase 2: Advanced Features (Issues #05-07)

Duration: 11-14 days Goal: Implement advanced monitoring, notifications, and control capabilities

Unified monitoring dashboard with trend analysis
Real-time notification system with webhook integration
Administrative control interface for backup management
Cross-system health correlation and alerting

Phase 3: Production Ready (Issues #08-09)

Duration: 11-13 days Goal: Optimize performance and prepare for production deployment

Performance optimization with caching and streaming
Interactive UI enhancements and smart features
Comprehensive testing suite and documentation
Production deployment infrastructure

Key Features by Issue

Issue #01: Core Infrastructure

Bot registration and token management
Command parsing and routing system
User authentication and authorization
Basic logging and error handling
Configuration management

Issue #02: Plex Integration

Status monitoring with JSON log parsing
Performance metrics and trend analysis
Health checks and validation integration
Admin controls for backup management
Real-time monitoring dashboard integration

Issue #03: Immich Integration

Database backup status monitoring
Upload directory synchronization tracking
B2 cloud storage integration and status
Backup validation and health reporting
Multi-component status aggregation

Issue #04: Media Services Integration

Multi-service status monitoring (7 services)
Parallel vs sequential backup mode detection
Per-service detailed status and metrics
Container health and backup freshness checking
Service-specific command handling

Issue #05: Advanced Dashboard

Cross-system health correlation
Performance trend analysis and forecasting
Predictive failure detection
Executive summary reporting
Storage usage forecasting

Issue #06: Notification System

Real-time alert delivery
Scheduled status reports (daily/weekly)
Emergency notification prioritization
Webhook integration with existing systems
Customizable notification preferences

Issue #07: Backup Control

Manual backup triggering for all systems
Backup schedule management
Queue management and conflict prevention
Maintenance mode controls
Emergency stop capabilities

Issue #08: Performance & UX

Response caching and optimization
Interactive keyboards and progress indicators
Performance monitoring and analytics
Smart command suggestions
Visual chart generation

Issue #09: Production Deployment

Comprehensive testing suite (unit, integration, e2e)
Complete documentation package
Docker containerization and deployment
CI/CD pipeline setup
Production monitoring and health checks

Integration with Existing Systems

Backup Scripts Integration

# Scripts the bot will interface with:
/home/acedanger/shell/plex/backup-plex.sh           # Plex backup & validation
/home/acedanger/shell/plex/monitor-plex-backup.sh   # Real-time monitoring
/home/acedanger/shell/plex/validate-plex-backups.sh # Health checks
/home/acedanger/shell/immich/backup-immich.sh       # Immich backup
/home/acedanger/shell/backup-media.sh               # Media services
/home/acedanger/shell/backup-log-monitor.sh         # System monitoring

Log Files Integration

# JSON performance logs
/home/acedanger/shell/logs/plex-backup-performance.json
/home/acedanger/shell/logs/media-backup.json
/home/acedanger/shell/logs/immich-backup.log

# Validation and monitoring logs
/home/acedanger/shell/plex/logs/backup-validation-*.log
/home/acedanger/shell/logs/immich-validation.log

Webhook Integration

Enhance existing webhook support in backup scripts
Implement structured webhook payloads
Real-time event delivery to Telegram bot
Integration with notification preferences

Security Considerations

Multi-Level Authorization

User Level: Basic status and monitoring commands
Admin Level: Backup controls and management
Super Admin Level: Emergency controls and system management

Security Features

Token-based user authentication
Command input validation and sanitization
Rate limiting and abuse prevention
Secure webhook signature validation
Audit logging for all administrative actions

Technology Stack

Core Technologies

Python 3.9+ - Main development language
python-telegram-bot - Telegram API framework
asyncio - Asynchronous operations
aiohttp - HTTP client with connection pooling
redis - Caching and session storage

Supporting Tools

Docker - Containerization and deployment
pytest - Testing framework
matplotlib - Chart generation
GitHub Actions - CI/CD pipeline

Success Metrics

Functional Requirements

✅ Monitor all 3 backup systems reliably
✅ Provide real-time status and health information
✅ Enable administrative control of backup operations
✅ Deliver proactive notifications and alerts
✅ Generate performance analytics and trends

Performance Requirements

Response times < 2 seconds for cached data
Support for multiple concurrent users
99.9% uptime and reliability
Efficient memory usage with large log files
Real-time notification delivery

Security Requirements

Multi-level user authorization
Secure token and credential management
Input validation and injection prevention
Comprehensive audit logging
Rate limiting and abuse protection

Getting Started

Create GitHub Issues: Copy the individual markdown files to create GitHub issues
Set up Development Environment: Follow Issue #01 for initial setup
Implement in Order: Follow the dependency chain starting with Issue #01
Test Thoroughly: Each issue includes comprehensive testing requirements
Deploy Incrementally: Use Docker deployment from Issue #09

Notes

Each issue is designed to be independently assignable to GitHub Copilot
Issues include detailed technical specifications and examples
Testing requirements are built into each issue
Security considerations are addressed throughout
Production deployment is fully automated

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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