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Enhanced BMAD System Initialization

Complete System Bootstrap and Configuration

This initialization system provides a seamless bootstrap process for the enhanced BMAD system, automatically configuring all intelligence components and integrating them with existing BMAD personas.

System Bootstrap Process

Complete Initialization Sequence

async def initialize_complete_enhanced_bmad_system():
    """
    Complete initialization of the enhanced BMAD system with Claude Code integration
    """
    initialization_log = {
        'start_time': datetime.utcnow(),
        'phases_completed': [],
        'system_components': {},
        'validation_results': {},
        'performance_metrics': {}
    }
    
    try:
        # Phase 1: Core Intelligence Systems
        initialization_log['phases_completed'].append('core_intelligence_init')
        core_intelligence = await initialize_core_intelligence_systems()
        initialization_log['system_components']['core_intelligence'] = core_intelligence
        
        # Phase 2: Memory and Learning Systems  
        initialization_log['phases_completed'].append('memory_systems_init')
        memory_systems = await initialize_memory_and_learning_systems()
        initialization_log['system_components']['memory_systems'] = memory_systems
        
        # Phase 3: Communication Framework
        initialization_log['phases_completed'].append('communication_init')
        communication_framework = await initialize_communication_framework()
        initialization_log['system_components']['communication'] = communication_framework
        
        # Phase 4: Automation and Rules
        initialization_log['phases_completed'].append('automation_init')
        automation_systems = await initialize_automation_systems()
        initialization_log['system_components']['automation'] = automation_systems
        
        # Phase 5: Persona Integration
        initialization_log['phases_completed'].append('persona_integration')
        persona_integration = await initialize_persona_intelligence_integration()
        initialization_log['system_components']['personas'] = persona_integration
        
        # Phase 6: Claude Code Enhancement
        initialization_log['phases_completed'].append('claude_code_enhancement')
        claude_integration = await initialize_claude_code_enhancements()
        initialization_log['system_components']['claude_integration'] = claude_integration
        
        # Phase 7: System Validation
        initialization_log['phases_completed'].append('system_validation')
        validation_results = await validate_complete_system_integration(
            initialization_log['system_components']
        )
        initialization_log['validation_results'] = validation_results
        
        # Phase 8: Performance Optimization
        initialization_log['phases_completed'].append('performance_optimization')
        performance_optimization = await optimize_system_performance(
            initialization_log['system_components']
        )
        initialization_log['performance_metrics'] = performance_optimization
        
        initialization_log['completion_time'] = datetime.utcnow()
        initialization_log['total_duration'] = (
            initialization_log['completion_time'] - initialization_log['start_time']
        ).total_seconds()
        
        return {
            'status': 'success',
            'initialization_log': initialization_log,
            'active_systems': initialization_log['system_components'],
            'system_ready': True,
            'next_steps': generate_post_initialization_recommendations(initialization_log)
        }
        
    except Exception as e:
        return await handle_initialization_failure(e, initialization_log)

async def initialize_core_intelligence_systems():
    """
    Initialize all core intelligence components
    """
    core_systems = {}
    
    # Initialize BMAD Intelligence Core
    core_systems['intelligence_core'] = await initialize_bmad_intelligence_core()
    
    # Initialize Pattern Intelligence
    core_systems['pattern_intelligence'] = await initialize_pattern_intelligence_system()
    
    # Initialize Decision Engine
    core_systems['decision_engine'] = await initialize_decision_engine_system()
    
    # Validate core intelligence integration
    core_validation = await validate_core_intelligence_integration(core_systems)
    
    return {
        'systems': core_systems,
        'validation': core_validation,
        'status': 'operational' if core_validation.all_passed else 'degraded'
    }

async def initialize_memory_and_learning_systems():
    """
    Initialize memory and learning capabilities
    """
    memory_systems = {}
    
    # Initialize Project Memory Manager
    memory_systems['project_memory'] = await initialize_project_memory_manager()
    
    # Initialize Solution Repository
    memory_systems['solution_repository'] = await initialize_solution_repository()
    
    # Initialize Error Prevention System
    memory_systems['error_prevention'] = await initialize_error_prevention_system()
    
    # Setup cross-system memory integration
    memory_integration = await setup_memory_system_integration(memory_systems)
    
    return {
        'systems': memory_systems,
        'integration': memory_integration,
        'status': 'operational'
    }

async def initialize_communication_framework():
    """
    Initialize inter-persona communication systems
    """
    communication_systems = {}
    
    # Initialize Agent Messenger
    communication_systems['messenger'] = await initialize_agent_messenger()
    
    # Initialize Context Synchronizer
    communication_systems['context_sync'] = await initialize_context_synchronizer()
    
    # Setup communication protocols
    communication_protocols = await setup_communication_protocols(communication_systems)
    
    return {
        'systems': communication_systems,
        'protocols': communication_protocols,
        'status': 'operational'
    }

async def initialize_automation_systems():
    """
    Initialize automation and rule systems
    """
    automation_systems = {}
    
    # Initialize Dynamic Rule Engine
    automation_systems['rule_engine'] = await initialize_dynamic_rule_engine()
    
    # Initialize Boot Loader
    automation_systems['boot_loader'] = await initialize_bmad_boot_loader()
    
    # Setup automation workflows
    automation_workflows = await setup_automation_workflows(automation_systems)
    
    return {
        'systems': automation_systems,
        'workflows': automation_workflows,
        'status': 'operational'
    }

Configuration Management

Adaptive System Configuration

async def configure_enhanced_bmad_for_project(project_context):
    """
    Configure enhanced BMAD system for specific project context
    """
    configuration = {
        'project_analysis': await analyze_project_for_configuration(project_context),
        'persona_selection': await select_optimal_personas(project_context),
        'intelligence_tuning': await tune_intelligence_for_project(project_context),
        'rule_customization': await customize_rules_for_project(project_context),
        'memory_initialization': await initialize_project_specific_memory(project_context)
    }
    
    # Apply configuration
    configuration_result = await apply_project_configuration(configuration)
    
    return {
        'configuration': configuration,
        'application_result': configuration_result,
        'system_ready_for_project': configuration_result.success
    }

async def analyze_project_for_configuration(project_context):
    """
    Analyze project to determine optimal configuration
    """
    # Use Claude Code tools to analyze project
    project_structure = await claude_code_ls("/")
    
    # Detect technology stack
    tech_stack = await detect_technology_stack_comprehensive(project_structure)
    
    # Assess project complexity
    complexity_assessment = await assess_project_complexity_comprehensive(
        project_structure,
        tech_stack
    )
    
    # Identify project phase
    project_phase = await identify_project_phase(project_structure, tech_stack)
    
    # Determine team characteristics
    team_characteristics = await analyze_team_characteristics(project_context)
    
    return {
        'structure': project_structure,
        'technology_stack': tech_stack,
        'complexity': complexity_assessment,
        'phase': project_phase,
        'team': team_characteristics,
        'recommendations': generate_configuration_recommendations(
            tech_stack,
            complexity_assessment,
            project_phase,
            team_characteristics
        )
    }

async def select_optimal_personas(project_context):
    """
    Select optimal personas based on project analysis
    """
    project_analysis = project_context.get('project_analysis', {})
    
    # Base persona selection logic
    persona_requirements = {
        'always_required': ['analyst', 'pm'],
        'technology_based': determine_tech_based_personas(project_analysis.get('technology_stack', {})),
        'phase_based': determine_phase_based_personas(project_analysis.get('phase')),
        'complexity_based': determine_complexity_based_personas(project_analysis.get('complexity', {})),
        'team_based': determine_team_based_personas(project_analysis.get('team', {}))
    }
    
    # Combine requirements
    selected_personas = combine_persona_requirements(persona_requirements)
    
    # Validate persona selection
    persona_validation = await validate_persona_selection(selected_personas, project_analysis)
    
    return {
        'selected_personas': selected_personas,
        'selection_rationale': persona_requirements,
        'validation': persona_validation
    }

Health Monitoring and Diagnostics

Comprehensive System Health Monitoring

async def monitor_enhanced_system_health():
    """
    Continuously monitor the health of the enhanced BMAD system
    """
    health_monitor = SystemHealthMonitor()
    
    async def health_monitoring_loop():
        while True:
            # Check core intelligence systems
            intelligence_health = await check_intelligence_systems_health()
            
            # Check memory systems
            memory_health = await check_memory_systems_health()
            
            # Check communication systems
            communication_health = await check_communication_systems_health()
            
            # Check persona integration
            persona_health = await check_persona_integration_health()
            
            # Check Claude Code integration
            claude_integration_health = await check_claude_integration_health()
            
            # Aggregate health status
            overall_health = aggregate_system_health([
                intelligence_health,
                memory_health,
                communication_health,
                persona_health,
                claude_integration_health
            ])
            
            # Take corrective action if needed
            if overall_health.status != 'healthy':
                await take_corrective_health_actions(overall_health)
            
            # Log health status
            await log_system_health(overall_health)
            
            await asyncio.sleep(30)  # Check every 30 seconds
    
    await health_monitoring_loop()

async def generate_system_diagnostics():
    """
    Generate comprehensive system diagnostics
    """
    diagnostics = {
        'system_overview': await generate_system_overview(),
        'performance_metrics': await collect_performance_metrics(),
        'intelligence_effectiveness': await assess_intelligence_effectiveness(),
        'memory_utilization': await assess_memory_utilization(),
        'persona_activity': await analyze_persona_activity(),
        'error_patterns': await analyze_error_patterns(),
        'optimization_opportunities': await identify_optimization_opportunities()
    }
    
    # Generate diagnostic report
    diagnostic_report = await generate_diagnostic_report(diagnostics)
    
    return {
        'diagnostics': diagnostics,
        'report': diagnostic_report,
        'recommendations': generate_improvement_recommendations(diagnostics)
    }

Command Line Interface

Enhanced BMAD CLI Commands

#!/bin/bash

# Enhanced BMAD System Management Commands

# System Initialization
bmad-enhanced init --full                    # Complete system initialization
bmad-enhanced init --project-context        # Initialize for current project
bmad-enhanced init --minimal                # Minimal initialization

# System Status and Health
bmad-enhanced status --detailed             # Detailed system status
bmad-enhanced health --check-all            # Comprehensive health check
bmad-enhanced diagnostics --full-report     # Complete diagnostic report

# Configuration Management
bmad-enhanced config --auto-detect          # Auto-detect optimal configuration
bmad-enhanced config --set-personas "analyst,architect,dev,qa"
bmad-enhanced config --tune-intelligence    # Tune intelligence for project

# Intelligence System Management
bmad-enhanced intelligence --status         # Intelligence systems status
bmad-enhanced patterns --learn-from-project # Learn patterns from current project
bmad-enhanced memory --optimize             # Optimize memory systems

# Persona Management
bmad-enhanced personas --list-enhanced      # List intelligence-enhanced personas
bmad-enhanced personas --activate "architect" --with-intelligence
bmad-enhanced personas --collaborate        # Setup persona collaboration

# Performance and Optimization
bmad-enhanced optimize --all-systems        # Optimize all systems
bmad-enhanced tune --performance            # Performance tuning
bmad-enhanced analyze --usage-patterns      # Analyze usage patterns

# Integration and Validation
bmad-enhanced validate --full-integration   # Validate complete integration
bmad-enhanced test --intelligence-workflows # Test intelligence workflows
bmad-enhanced reset --reinitialize          # Reset and reinitialize system

Integration Validation

Complete System Validation

async def validate_complete_enhanced_bmad_integration():
    """
    Comprehensive validation of the enhanced BMAD system integration
    """
    validation_suite = {
        'core_intelligence_validation': await validate_core_intelligence_systems(),
        'memory_systems_validation': await validate_memory_systems_integration(),
        'communication_validation': await validate_communication_systems(),
        'persona_integration_validation': await validate_persona_intelligence_integration(),
        'claude_code_validation': await validate_claude_code_enhancement(),
        'end_to_end_validation': await validate_end_to_end_workflows(),
        'performance_validation': await validate_system_performance(),
        'security_validation': await validate_system_security()
    }
    
    # Aggregate validation results
    overall_validation = aggregate_validation_results(validation_suite)
    
    # Generate validation report
    validation_report = generate_validation_report(overall_validation)
    
    return {
        'validation_suite': validation_suite,
        'overall_result': overall_validation,
        'report': validation_report,
        'system_ready': overall_validation.all_validations_passed
    }

This initialization system provides a complete bootstrap process for the enhanced BMAD system, ensuring all components are properly integrated and optimized for Claude Code usage. The system automatically adapts to project context and provides comprehensive monitoring and diagnostics capabilities.

16 KiB Raw Blame History