Symbiopoietrix Service Architecture

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Symbiopoietrix Service Architecture

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Service Boundaries

mermaid

graph TD
    subgraph Core Services
        A[ChatEngine] --> B[StateManager]
        B --> C[EventBus]
        C --> D[PatternEngine]
    end
    
    subgraph Support Services
        E[MemoryService] --> F[KnowledgeService]
        F --> G[MetricsService]
        G --> H[EvolutionService]
    end
    
    subgraph Interface Layer
        I[CommandProcessor] --> J[SessionManager]
        J --> K[EnvironmentManager]
        K --> L[HealthMonitor]
    end
    
    Core Services --> Support Services
    Support Services --> Interface Layer
    Interface Layer --> Core Services

Service Implementation Order

Phase 1: Core Foundation

1. ChatEngine.ps1 - Core chat functionality
2. StateManager.ps1 - Immutable state management
3. EventBus.ps1 - Event distribution
4. PatternEngine.ps1 - Pattern detection

Phase 2: Support Layer

1. MemoryService.ps1 - Memory management
2. KnowledgeService.ps1 - Knowledge base
3. MetricsService.ps1 - System metrics
4. EvolutionService.ps1 - System evolution

Phase 3: Interface Layer

1. CommandProcessor.ps1 - Command handling
2. SessionManager.ps1 - Session management
3. EnvironmentManager.ps1 - Environment vars
4. HealthMonitor.ps1 - System health

1. 1. Event-Driven Architecture

mermaid

graph LR
    subgraph Event Flow
        A[Events] --> B[Commands]
        B --> C[State Changes]
        C --> D[Side Effects]
        D --> A
    end

Implementation Strategy

1. Service Isolation

• Each service in its own file
• Clear interface definitions
• Dependency injection
• Event-based communication

2. State Management

• Immutable state
• Event sourcing
• CQRS pattern
• State snapshots

3. Pattern Recognition

• Event pattern detection
• Usage pattern tracking
• Evolution pattern monitoring
• Health pattern analysis

4. Testing Strategy

• Unit tests per service
• Integration tests
• Event flow tests
• Pattern tests

Directory Structure

symbiopoietrix.services/
├── core/
│   ├── ChatEngine.ps1
│   ├── StateManager.ps1
│   ├── EventBus.ps1
│   └── PatternEngine.ps1
├── support/
│   ├── MemoryService.ps1
│   ├── KnowledgeService.ps1
│   ├── MetricsService.ps1
│   └── EvolutionService.ps1
├── interface/
│   ├── CommandProcessor.ps1
│   ├── SessionManager.ps1
│   ├── EnvironmentManager.ps1
│   └── HealthMonitor.ps1
└── tests/
    ├── unit/
    ├── integration/
    ├── patterns/
    └── evolution/

Migration Strategy

Step 1: Core Services

1. Extract chat engine
2. Implement state manager
3. Create event bus
4. Build pattern engine

Step 2: Support Services

1. Isolate memory management
2. Extract knowledge base
3. Separate metrics
4. Split evolution tracking

Step 3: Interface Layer

1. Extract command processing
2. Separate session management
3. Isolate environment handling
4. Implement health monitoring

Success Metrics

Service Health

• Response time < 100ms
• Error rate < 0.1%
• Event processing < 50ms
• Pattern detection < 200ms

Code Quality

• Test coverage > 80%
• Cyclomatic complexity < 10
• Dependencies < 5 per service
• Event handlers < 10 per service

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Last Updated: 2025-01-08
Version: 1.0
Status: Active