Virtual Environment Consolidation - Complete:
✅ SETUP SCRIPT UPDATED: Changed from separate venvs to central virtual environment
- setup.sh: setup_venvs function now uses /opt/aitbc/venv instead of creating separate .venv for each service
- Added central venv creation with main requirements installation
- Consolidated all service dependencies into single virtual environment
✅ VIRTUAL ENVIRONMENT CHANGES:
🔧 Before: Separate .venv for each service (apps/wallet/.venv, apps/coordinator-api/.venv, apps/exchange/.venv)
🔧 After: Single central /opt/aitbc/venv for all services
📦 Dependencies: All service dependencies installed in central venv
🎯 Purpose: Consistent with recent virtual environment consolidation efforts
✅ SETUP FLOW IMPROVED:
📋 Central venv creation: Creates /opt/aitbc/venv if not exists
📋 Main requirements: Installs requirements.txt if present
📋 Service dependencies: Installs each service's requirements in central venv
📋 Consistency: Matches development environment using central venv
✅ BENEFITS ACHIEVED:
✅ Consistency: Setup script now matches development environment
✅ Efficiency: Single virtual environment instead of multiple separate ones
✅ Maintenance: Easier to manage and update dependencies
✅ Disk Space: Reduced duplication of Python packages
✅ Simplicity: Clearer virtual environment structure
✅ BACKWARD COMPATIBILITY:
🔄 Existing venv: If /opt/aitbc/venv exists, it's used instead of creating new
📋 Requirements: Main requirements.txt installed if available
📋 Services: Each service's requirements still installed properly
🎯 Functionality: All services work with central virtual environment
✅ UPDATED FUNCTION FLOW:
1. Check if central venv exists
2. Create central venv if needed with main requirements
3. Activate central venv
4. Install wallet service dependencies
5. Install coordinator API dependencies
6. Install exchange API dependencies
7. Complete setup with single virtual environment
RESULT: Successfully updated setup.sh to use central virtual environment, providing consistency with development environment and eliminating virtual environment duplication while maintaining all service functionality.
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.
