oib/aitbc

Files

aitbc fa2b90b094 refactor: clean up skills directory structure - move non-skill files to appropriate locations

Skills Directory Cleanup:
✅ NON-SKILL FILES MOVED: Proper directory organization
- .windsurf/meta/: Moved REFACTORING_SUMMARY.md and SKILL_ANALYSIS.md from skills/
- .windsurf/templates/: Moved agent-templates.md and workflow-templates.md from skills/openclaw-aitbc/
- .windsurf/references/: Moved ai-operations-reference.md from skills/openclaw-aitbc/
- scripts/: Moved setup.sh from skills/openclaw-aitbc/

✅ DEPRECATED SKILLS ARCHIVED: Clean skills directory structure
- .windsurf/skills/archive/: Moved aitbc-blockchain.md, openclaw-aitbc.md, openclaw-management.md
- These were legacy monolithic skills replaced by atomic skills
- Archive preserves history while keeping skills directory clean

✅ SKILLS DIRECTORY NOW CONTAINS: Only atomic, production-ready skills
- aitbc-ai-operator.md: AI job submission and monitoring
- aitbc-marketplace-participant.md: Marketplace operations and pricing
- aitbc-transaction-processor.md: Transaction execution and tracking
- aitbc-wallet-manager.md: Wallet creation, listing, balance checking
- openclaw-agent-communicator.md: Agent message handling and responses
- openclaw-session-manager.md: Session creation and context management
- archive/: Deprecated legacy skills (3 files)

DIRECTORY STRUCTURE IMPROVEMENT:
🎯 Skills Directory: Contains only 6 atomic skills + archive
📋 Meta Directory: Contains refactoring analysis and summaries
📝 Templates Directory: Contains agent and workflow templates
📖 References Directory: Contains reference documentation and guides
🗂️ Archive Directory: Contains deprecated legacy skills

BENEFITS:
✅ Clean Skills Directory: Only contains actual atomic skills
✅ Proper Organization: Non-skill files in appropriate directories
✅ Archive Preservation: Legacy skills preserved for reference
✅ Maintainability: Clear separation of concerns
✅ Navigation: Easier to find and use actual skills

Result: Skills directory now properly organized with only atomic skills, non-skill files moved to appropriate locations, and deprecated skills archived for reference.

2026-03-30 17:05:12 +02:00

3.5 KiB

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Multi-Node Blockchain Setup - Modular Structure

Current Analysis

File Size: 64KB, 2,098 lines
Sections: 164 major sections
Complexity: Very high - covers everything from setup to production scaling

Recommended Modular Structure

1. Core Setup Module

File: multi-node-blockchain-setup-core.md

Prerequisites
Pre-flight setup
Directory structure
Environment configuration
Genesis block architecture
Basic node setup (aitbc + aitbc1)
Wallet creation
Cross-node transactions

2. Operations Module

File: multi-node-blockchain-operations.md

Daily operations
Service management
Monitoring
Troubleshooting common issues
Performance optimization
Network optimization

3. Advanced Features Module

File: multi-node-blockchain-advanced.md

Smart contract testing
Service integration
Security testing
Event monitoring
Data analytics
Consensus testing

4. Production Module

File: multi-node-blockchain-production.md

Production readiness checklist
Security hardening
Monitoring and alerting
Scaling strategies
Load balancing
CI/CD integration

5. Marketplace Module

File: multi-node-blockchain-marketplace.md

Marketplace scenario testing
GPU provider testing
Transaction tracking
Verification procedures
Performance testing

6. Reference Module

File: multi-node-blockchain-reference.md

Configuration overview
Verification commands
System overview
Success metrics
Best practices

Benefits of Modular Structure

✅ Improved Maintainability

Each module focuses on specific functionality
Easier to update individual sections
Reduced file complexity
Better version control

✅ Enhanced Usability

Users can load only needed modules
Faster loading and navigation
Clear separation of concerns
Better searchability

✅ Better Documentation

Each module can have its own table of contents
Focused troubleshooting guides
Specific use case documentation
Clear dependencies between modules

Implementation Strategy

Phase 1: Extract Core Setup

Move essential setup steps to core module
Maintain backward compatibility
Add cross-references between modules

Phase 2: Separate Operations

Extract daily operations and monitoring
Create standalone troubleshooting guide
Add performance optimization section

Phase 3: Advanced Features

Extract smart contract and security testing
Create specialized modules for complex features
Maintain integration documentation

Phase 4: Production Readiness

Extract production-specific content
Create scaling and monitoring modules
Add security hardening guide

Phase 5: Marketplace Integration

Extract marketplace testing scenarios
Create GPU provider testing module
Add transaction tracking procedures

Module Dependencies

core.md (foundation)
├── operations.md (depends on core)
├── advanced.md (depends on core + operations)
├── production.md (depends on core + operations + advanced)
├── marketplace.md (depends on core + operations)
└── reference.md (independent reference)

Recommended Actions

Create modular structure - Split the large workflow into focused modules
Maintain cross-references - Add links between related modules
Create master index - Main workflow that links to all modules
Update skills - Update any skills that reference the large workflow
Test navigation - Ensure users can easily find relevant sections

Would you like me to proceed with creating this modular structure?

3.5 KiB Raw Blame History