Repository URL Update - Complete:
✅ REPOSITORY URLS UPDATED: Changed from private Gitea to public GitHub
- setup.sh: Updated clone URLs to use github.com/aitbc/aitbc
- docs/infrastructure/README.md: Updated manual setup instructions
- Reason: Gitea is private development-only, GitHub is public repository
✅ SETUP SCRIPT UPDATED:
🔧 Primary URL: https://github.com/aitbc/aitbc.git (public)
🔧 Fallback URL: git@github.com:aitbc/aitbc.git (SSH)
📁 Location: /opt/aitbc/setup.sh (clone_repo function)
🎯 Purpose: Public accessibility for all users
✅ DOCUMENTATION UPDATED:
📚 Infrastructure README: Updated manual setup instructions
📝 Before: sudo git clone https://gitea.bubuit.net/oib/aitbc.git /opt/aitbc
📝 After: sudo git clone https://github.com/aitbc/aitbc.git /opt/aitbc
🎯 Impact: Public accessibility for documentation
✅ PRESERVED DEVELOPMENT REFERENCES:
📊 scripts/monitoring/monitor-prs.py: Gitea API for development monitoring
📊 scripts/testing/qa-cycle.py: Gitea API for QA cycle
📊 scripts/utils/claim-task.py: Gitea API for task management
🎯 Context: These are internal development tools, should remain private
✅ URL CHANGE RATIONALE:
🌐 Public Access: GitHub repository is publicly accessible
🔒 Private Development: Gitea remains for internal development tools
📦 Setup Distribution: Public setup should use public repository
🎯 User Experience: Anyone can clone from GitHub without authentication
✅ IMPROVED USER EXPERIENCE:
✅ Public Accessibility: No authentication required for cloning
✅ Reliable Source: GitHub is more reliable for public access
✅ Clear Documentation: Updated instructions match actual URLs
✅ Development Separation: Private tools still use private Gitea
RESULT: Successfully updated repository URLs from private Gitea to public GitHub for public-facing setup and documentation while preserving internal development tool references to private Gitea.
Setup Script Restoration - Complete:
✅ SETUP SCRIPT MOVED: Restored setup.sh to project root directory
- setup.sh: Moved from scripts/utils/ back to /opt/aitbc/ (project root)
- Reason: Main project setup script belongs in root for easy access
- Impact: Improves project setup experience and follows standard conventions
✅ ROOT DIRECTORY ENHANCED:
📁 setup.sh: Main project setup script (9.8KB)
📋 Purpose: Sets up AITBC services on new host with systemd
🔧 Functionality: Complete project initialization and configuration
📍 Location: Project root for maximum accessibility
✅ DOCUMENTATION UPDATED:
📚 Development Guidelines: Added setup.sh to essential root files
📖 Test Documentation: Updated to reference root setup.sh
🎯 Usage Instructions: Added ./setup.sh to test prerequisites
📝 Clear Guidance: Updated script location references
✅ SETUP SCRIPT CONTENTS:
🎯 Main Function: AITBC Local Setup Script
🔧 Features: Sets up AITBC services with systemd
📋 Capabilities: Service configuration, user setup, permissions
🎨 Interface: Colored output with logging functions
⚙️ Error Handling: Comprehensive error checking and reporting
✅ IMPROVED PROJECT STRUCTURE:
📁 Root Directory: Now contains essential setup.sh
📁 scripts/utils/: Contains utility scripts (not main setup)
📖 Documentation: Updated to reflect correct locations
🎯 User Experience: Easier project setup with ./setup.sh
✅ STANDARD PRACTICES:
📍 Root Location: Main setup scripts typically in project root
🔧 Easy Access: Developers expect ./setup.sh in root
📦 Complete Setup: Single script for full project initialization
🎯 First Step: Clear entry point for new developers
BENEFITS:
✅ Better UX: Easy to find and run ./setup.sh
✅ Standard Practice: Follows common project conventions
✅ Clear Entry Point: Single script for project setup
✅ Documentation: Updated to reflect correct locations
✅ Accessibility: Setup script in most accessible location
RESULT: Successfully moved setup.sh back to project root directory, improving project setup experience and following standard conventions while updating all relevant documentation.
## 🚀 Central Virtual Environment Implementation
- Created central venv at /opt/aitbc/venv for all services
- Updated 34+ systemd services to use central python interpreter
- Fixed PYTHONPATH configurations for proper module imports
- Created aitbc-env wrapper script for environment management
## 📦 Requirements Management Overhaul
- Consolidated 8 separate requirements.txt files into central requirements.txt
- Added web3>=6.11.0 for blockchain functionality
- Created automated requirements migrator tool (scripts/requirements_migrator.py)
- Established modular requirements structure (requirements-modules/)
- Generated comprehensive migration reports and documentation
## 🔧 Service Configuration Fixes
- Fixed Adaptive Learning service domain imports (AgentStatus)
- Resolved logging conflicts in zk_proofs and adaptive_learning_health
- Created missing data modules (consumer_gpu_profiles.py)
- Updated CLI to version 0.2.2 with proper import handling
- Fixed infinite loop in CLI alias configuration
## 📡 Port Mapping and Service Updates
- Updated blockchain node port from 8545 to 8005
- Added Adaptive Learning service on port 8010
- Consolidated P2P/sync into blockchain-node service
- All 5 core services now operational and responding
## 📚 Documentation Enhancements
- Updated SYSTEMD_SERVICES.md for Debian root usage (no sudo)
- Added comprehensive VIRTUAL_ENVIRONMENT.md guide
- Created REQUIREMENTS_MERGE_SUMMARY.md with migration details
- Updated RUNTIME_DIRECTORIES.md for standard Linux paths
- Fixed service port mappings and dependencies
## 🛠️ CLI Improvements
- Fixed import errors and version display (0.2.2)
- Resolved infinite loop in bashrc alias
- Added proper error handling for missing command modules
- Created aitbc-cli wrapper for clean execution
## ✅ Operational Status
- 5/5 AITBC services running successfully
- All health checks passing
- Central virtual environment fully functional
- Requirements management streamlined
- Documentation accurate and up-to-date
## 🎯 Technical Achievements
- Eliminated 7 redundant requirements.txt files
- Reduced service startup failures from 34+ to 0
- Established modular dependency management
- Created reusable migration tooling
- Standardized Debian root deployment practices
This represents a complete infrastructure modernization with improved reliability,
maintainability, and operational efficiency.
