# Monorepo Project Structure

This diagram shows the monorepo structure with shared projects used by both API and Compute services.

```mermaid
graph TD
    ROOT[Managing.sln<br/>Monorepo Root]
    
    ROOT --> API[Managing.Api<br/>API Server<br/>Orleans]
    ROOT --> COMPUTE[Managing.Compute<br/>Worker App<br/>No Orleans]
    
    ROOT --> SHARED[Shared Projects]
    
    SHARED --> APP[Managing.Application<br/>Business Logic]
    SHARED --> DOM[Managing.Domain<br/>Domain Models]
    SHARED --> INFRA[Managing.Infrastructure<br/>Database/External]
    SHARED --> COMMON[Managing.Common<br/>Utilities]
    
    API --> APP
    API --> DOM
    API --> INFRA
    API --> COMMON
    
    COMPUTE --> APP
    COMPUTE --> DOM
    COMPUTE --> INFRA
    COMPUTE --> COMMON
    
    style ROOT fill:#9B59B6
    style API fill:#4A90E2
    style COMPUTE fill:#50C878
    style SHARED fill:#FFD93D
```

## Project Organization

### Root Level
- **Managing.sln**: Solution file containing all projects

### Service Projects
- **Managing.Api**: API Server with Orleans
  - Controllers, Orleans grains, HTTP endpoints
  - Handles user requests, creates jobs
  
- **Managing.Compute**: Compute Worker App (NEW)
  - Background workers, job processors
  - No Orleans dependency
  - Dedicated CPU processing

### Shared Projects
- **Managing.Application**: Business logic
  - `Backtester.cs`, `TradingBotBase.cs`
  - Used by both API and Compute
  
- **Managing.Domain**: Domain models
  - `BundleBacktestRequest.cs`, `BacktestJob.cs`
  - Shared entities
  
- **Managing.Infrastructure**: External integrations
  - Database repositories, InfluxDB client
  - Shared data access
  
- **Managing.Common**: Utilities
  - Constants, enums, helpers
  - Shared across all projects

## Benefits

1. **Code Reuse**: Shared business logic between API and Compute
2. **Consistency**: Same domain models and logic
3. **Maintainability**: Single source of truth
4. **Type Safety**: Shared types prevent serialization issues
5. **Testing**: Shared test projects