# Agentic-Synth Implementation Plan

This document outlines the implementation plan for the builder agent.

## Overview

The architecture has been designed with all core components, APIs, and integration points defined. The builder agent should now implement the functionality according to this plan.

## Implementation Phases

### Phase 1: Core Infrastructure (Priority: HIGH)

#### 1.1 Type System
- ✅ **COMPLETED**: `/src/types/index.ts` - All core type definitions created

#### 1.2 Configuration System
- ✅ **COMPLETED**: `/src/core/Config.ts` - Configuration loader and management
- ⏳ **TODO**: Add validation for config schemas
- ⏳ **TODO**: Add config file watchers for hot-reload

#### 1.3 Cache Manager
- ⏳ **TODO**: Implement `/src/core/Cache.ts`
  - LRU cache implementation
  - File-based persistence
  - Cache statistics and metrics
  - TTL support
  - Content-based key generation

#### 1.4 Logger System
- ⏳ **TODO**: Implement `/src/core/Logger.ts`
  - Winston-based logging
  - Multiple log levels
  - File and console transports
  - Structured logging

### Phase 2: Generator System (Priority: HIGH)

#### 2.1 Base Generator
- ✅ **COMPLETED**: `/src/generators/base.ts` - Base interfaces defined
- ⏳ **TODO**: Add more validation helpers

#### 2.2 Generator Hub
- ⏳ **TODO**: Implement `/src/generators/Hub.ts`
  - Generator registration
  - Generator selection by type
  - Custom generator support
  - Generator lifecycle management

#### 2.3 Specific Generators
- ⏳ **TODO**: Implement `/src/generators/TimeSeries.ts`
  - Time-series data generation
  - Trend, seasonality, noise support
  - Sample rate handling

- ⏳ **TODO**: Implement `/src/generators/Events.ts`
  - Event stream generation
  - Rate and distribution control
  - Event correlations

- ⏳ **TODO**: Implement `/src/generators/Structured.ts`
  - Structured record generation
  - Schema validation
  - Constraint enforcement

### Phase 3: Model Integration (Priority: HIGH)

#### 3.1 Base Model Provider
- ⏳ **TODO**: Implement `/src/models/base.ts`
  - Provider interface
  - Cost calculation
  - Error handling

#### 3.2 Model Providers
- ⏳ **TODO**: Implement `/src/models/providers/Gemini.ts`
  - Google Gemini API integration
  - Context caching support
  - Streaming support

- ⏳ **TODO**: Implement `/src/models/providers/OpenRouter.ts`
  - OpenRouter API integration
  - Multi-model support
  - Cost tracking

#### 3.3 Model Router
- ⏳ **TODO**: Implement `/src/models/Router.ts`
  - Routing strategies (cost, performance, quality)
  - Fallback chain management
  - Model selection logic
  - Cost optimization

### Phase 4: Integration System (Priority: MEDIUM)

#### 4.1 Integration Manager
- ⏳ **TODO**: Implement `/src/integrations/Manager.ts`
  - Integration lifecycle
  - Runtime detection
  - Graceful degradation

#### 4.2 Midstreamer Adapter
- ⏳ **TODO**: Implement `/src/integrations/Midstreamer.ts`
  - Stream pipeline integration
  - Buffer management
  - Error handling

#### 4.3 Agentic-Robotics Adapter
- ⏳ **TODO**: Implement `/src/integrations/AgenticRobotics.ts`
  - Workflow registration
  - Workflow triggering
  - Schedule management

#### 4.4 Ruvector Adapter
- ⏳ **TODO**: Implement `/src/integrations/Ruvector.ts`
  - Vector storage
  - Similarity search
  - Batch operations

### Phase 5: SDK Implementation (Priority: HIGH)

#### 5.1 Main SDK Class
- ✅ **COMPLETED**: `/src/sdk/AgenticSynth.ts` - Core structure defined
- ⏳ **TODO**: Implement all methods fully
- ⏳ **TODO**: Add event emitters
- ⏳ **TODO**: Add progress tracking

#### 5.2 SDK Index
- ⏳ **TODO**: Implement `/src/sdk/index.ts`
  - Export public APIs
  - Re-export types

### Phase 6: CLI Implementation (Priority: MEDIUM)

#### 6.1 CLI Entry Point
- ⏳ **TODO**: Implement `/src/bin/cli.ts`
  - Commander setup
  - Global options
  - Error handling

#### 6.2 Commands
- ⏳ **TODO**: Implement `/src/bin/commands/generate.ts`
  - Generate command with all options
  - Output formatting

- ⏳ **TODO**: Implement `/src/bin/commands/batch.ts`
  - Batch generation from config
  - Parallel processing

- ⏳ **TODO**: Implement `/src/bin/commands/cache.ts`
  - Cache management commands

- ⏳ **TODO**: Implement `/src/bin/commands/config.ts`
  - Config management commands

### Phase 7: Utilities (Priority: LOW)

#### 7.1 Validation Helpers
- ⏳ **TODO**: Implement `/src/utils/validation.ts`
  - Schema validation
  - Input sanitization
  - Error messages

#### 7.2 Serialization
- ⏳ **TODO**: Implement `/src/utils/serialization.ts`
  - JSON/JSONL support
  - CSV support
  - Parquet support
  - Compression

#### 7.3 Prompt Templates
- ⏳ **TODO**: Implement `/src/utils/prompts.ts`
  - Template system
  - Variable interpolation
  - Context building

### Phase 8: Testing (Priority: HIGH)

#### 8.1 Unit Tests
- ⏳ **TODO**: `/tests/unit/generators/*.test.ts`
- ⏳ **TODO**: `/tests/unit/models/*.test.ts`
- ⏳ **TODO**: `/tests/unit/core/*.test.ts`
- ⏳ **TODO**: `/tests/unit/sdk/*.test.ts`

#### 8.2 Integration Tests
- ⏳ **TODO**: `/tests/integration/e2e.test.ts`
- ⏳ **TODO**: `/tests/integration/midstreamer.test.ts`
- ⏳ **TODO**: `/tests/integration/robotics.test.ts`
- ⏳ **TODO**: `/tests/integration/ruvector.test.ts`

#### 8.3 Test Fixtures
- ⏳ **TODO**: Create test schemas
- ⏳ **TODO**: Create test configs
- ⏳ **TODO**: Create mock data

### Phase 9: Examples (Priority: MEDIUM)

#### 9.1 Basic Examples
- ⏳ **TODO**: `/examples/basic/timeseries.ts`
- ⏳ **TODO**: `/examples/basic/events.ts`
- ⏳ **TODO**: `/examples/basic/structured.ts`

#### 9.2 Integration Examples
- ⏳ **TODO**: `/examples/integrations/midstreamer-pipeline.ts`
- ⏳ **TODO**: `/examples/integrations/robotics-workflow.ts`
- ⏳ **TODO**: `/examples/integrations/ruvector-search.ts`
- ⏳ **TODO**: `/examples/integrations/full-integration.ts`

#### 9.3 Advanced Examples
- ⏳ **TODO**: `/examples/advanced/custom-generator.ts`
- ⏳ **TODO**: `/examples/advanced/model-routing.ts`
- ⏳ **TODO**: `/examples/advanced/batch-generation.ts`

### Phase 10: Documentation (Priority: MEDIUM)

#### 10.1 Architecture Documentation
- ✅ **COMPLETED**: `/docs/ARCHITECTURE.md`
- ✅ **COMPLETED**: `/docs/DIRECTORY_STRUCTURE.md`

#### 10.2 API Documentation
- ✅ **COMPLETED**: `/docs/API.md`

#### 10.3 Integration Documentation
- ✅ **COMPLETED**: `/docs/INTEGRATION.md`

#### 10.4 Additional Documentation
- ⏳ **TODO**: `/docs/DEVELOPMENT.md` - Development guide
- ⏳ **TODO**: `/docs/EXAMPLES.md` - Example gallery
- ⏳ **TODO**: `/docs/TROUBLESHOOTING.md` - Troubleshooting guide
- ⏳ **TODO**: `/docs/BEST_PRACTICES.md` - Best practices

### Phase 11: Configuration & Build (Priority: HIGH)

#### 11.1 Configuration Files
- ✅ **COMPLETED**: `package.json` - Updated with correct dependencies
- ✅ **COMPLETED**: `tsconfig.json` - Updated with strict settings
- ⏳ **TODO**: `.eslintrc.json` - ESLint configuration
- ⏳ **TODO**: `.prettierrc` - Prettier configuration
- ⏳ **TODO**: `.gitignore` - Git ignore patterns
- ⏳ **TODO**: `/config/.agentic-synth.example.json` - Example config

#### 11.2 Build Scripts
- ⏳ **TODO**: Create `/bin/cli.js` shebang wrapper
- ⏳ **TODO**: Test build process
- ⏳ **TODO**: Verify CLI works via npx

## Implementation Order (Recommended)

For the builder agent, implement in this order:

1. **Core Infrastructure** (Phase 1)
   - Start with Cache, Logger
   - These are foundational

2. **Model System** (Phase 3)
   - Implement providers first
   - Then router
   - Critical for data generation

3. **Generator System** (Phase 2)
   - Implement Hub
   - Then each generator type
   - Depends on Model system

4. **SDK** (Phase 5)
   - Wire everything together
   - Main user-facing API

5. **CLI** (Phase 6)
   - Wrap SDK with commands
   - User-friendly interface

6. **Integration System** (Phase 4)
   - Optional features
   - Can be done in parallel

7. **Testing** (Phase 8)
   - Test as you build
   - High priority for quality

8. **Utilities** (Phase 7)
   - As needed for other phases
   - Low priority standalone

9. **Examples** (Phase 9)
   - After SDK/CLI work
   - Demonstrates usage

10. **Documentation** (Phase 10)
    - Throughout development
    - Keep API docs updated

## Key Integration Points

### 1. Generator → Model Router
```typescript
// Generator requests data from Model Router
const response = await this.router.generate(prompt, options);
```

### 2. SDK → Generator Hub
```typescript
// SDK uses Generator Hub to select generators
const generator = this.hub.getGenerator(type);
```

### 3. SDK → Integration Manager
```typescript
// SDK delegates integration tasks
await this.integrations.streamData(data);
```

### 4. Model Router → Cache Manager
```typescript
// Router checks cache before API calls
const cached = this.cache.get(cacheKey);
if (cached) return cached;
```

### 5. CLI → SDK
```typescript
// CLI uses SDK for all operations
const synth = new AgenticSynth(options);
const result = await synth.generate(type, options);
```

## Testing Strategy

### Unit Tests
- Test each component in isolation
- Mock dependencies
- Focus on logic correctness

### Integration Tests
- Test component interactions
- Use real dependencies when possible
- Test error scenarios

### E2E Tests
- Test complete workflows
- CLI commands end-to-end
- Real API calls (with test keys)

## Quality Gates

Before considering a phase complete:
- ✅ All TypeScript compiles without errors
- ✅ All tests pass
- ✅ ESLint shows no errors
- ✅ Code coverage > 80%
- ✅ Documentation updated
- ✅ Examples work correctly

## Environment Setup

### Required API Keys
```bash
GEMINI_API_KEY=your-gemini-key
OPENROUTER_API_KEY=your-openrouter-key
```

### Optional Integration Setup
```bash
# For testing integrations
npm install midstreamer agentic-robotics
```

## Success Criteria

The implementation is complete when:

1. ✅ All phases marked as COMPLETED
2. ✅ `npm run build` succeeds
3. ✅ `npm test` passes all tests
4. ✅ `npm run lint` shows no errors
5. ✅ `npx agentic-synth --help` works
6. ✅ Examples can be run successfully
7. ✅ Documentation is comprehensive
8. ✅ Package can be published to npm

## Next Steps for Builder Agent

1. Start with Phase 1 (Core Infrastructure)
2. Implement `/src/core/Cache.ts` first
3. Then implement `/src/core/Logger.ts`
4. Move to Phase 3 (Model System)
5. Follow the recommended implementation order

Good luck! 🚀