platform/docs/README.md

# Framework Documentation

## Overview

This documentation covers our Dart framework implementation, including Laravel compatibility, package specifications, and architectural guides. The framework provides Laravel's powerful features and patterns while leveraging Dart's strengths.

## Documentation Structure

### Core Documentation
1. [Getting Started Guide](getting_started.md) - Framework introduction and setup
2. [Laravel Compatibility Roadmap](laravel_compatibility_roadmap.md) - Implementation timeline
3. [Foundation Integration Guide](foundation_integration_guide.md) - Integration patterns
4. [Testing Guide](testing_guide.md) - Testing approaches and patterns
5. [Package Integration Map](package_integration_map.md) - Package relationships

### Core Architecture
1. [Core Architecture](core_architecture.md) - System design and patterns
   - Architectural decisions
   - System patterns
   - Extension points
   - Package interactions

### Package Documentation

#### Core Framework
1. Core Package
   - [Core Package Specification](core_package_specification.md)
   - [Core Architecture](core_architecture.md)

2. Container Package
   - [Container Package Specification](container_package_specification.md)
   - [Container Gap Analysis](container_gap_analysis.md)
   - [Container Feature Integration](container_feature_integration.md)
   - [Container Migration Guide](container_migration_guide.md)

3. Contracts Package
   - [Contracts Package Specification](contracts_package_specification.md)

4. Events Package
   - [Events Package Specification](events_package_specification.md)
   - [Events Gap Analysis](events_gap_analysis.md)

5. Pipeline Package
   - [Pipeline Package Specification](pipeline_package_specification.md)
   - [Pipeline Gap Analysis](pipeline_gap_analysis.md)

6. Support Package
   - [Support Package Specification](support_package_specification.md)

#### Infrastructure
1. Bus Package
   - [Bus Package Specification](bus_package_specification.md)
   - [Bus Gap Analysis](bus_gap_analysis.md)

2. Config Package
   - [Config Package Specification](config_package_specification.md)
   - [Config Gap Analysis](config_gap_analysis.md)

3. Filesystem Package
   - [Filesystem Package Specification](filesystem_package_specification.md)
   - [Filesystem Gap Analysis](filesystem_gap_analysis.md)

4. Model Package
   - [Model Package Specification](model_package_specification.md)
   - [Model Gap Analysis](model_gap_analysis.md)

5. Process Package
   - [Process Package Specification](process_package_specification.md)
   - [Process Gap Analysis](process_gap_analysis.md)

6. Queue Package
   - [Queue Package Specification](queue_package_specification.md)
   - [Queue Gap Analysis](queue_gap_analysis.md)

7. Route Package
   - [Route Package Specification](route_package_specification.md)
   - [Route Gap Analysis](route_gap_analysis.md)

8. Testing Package
   - [Testing Package Specification](testing_package_specification.md)
   - [Testing Gap Analysis](testing_gap_analysis.md)

## Getting Started

1. **Understanding the Framework**
```dart
// Start with these documents in order:
1. Getting Started Guide
2. Core Architecture
3. Laravel Compatibility Roadmap
4. Foundation Integration Guide
```

2. **Package Development**
```dart
// For each package:
1. Review package specification
2. Check gap analysis
3. Follow integration guide
4. Write tests
```

3. **Development Workflow**
```dart
// For each feature:
1. Review specifications
2. Write tests
3. Implement changes
4. Update documentation
```

## Key Concepts

### 1. Service Container Architecture
```dart
// Core application setup
var container = Container();
var app = Application(container)
  ..environment = 'production'
  ..basePath = Directory.current.path;

await app.boot();
```

### 2. Service Providers
```dart
class AppServiceProvider extends ServiceProvider {
  @override
  void register() {
    // Register services
  }
  
  @override
  void boot() {
    // Bootstrap services
  }
}
```

### 3. Package Integration
```dart
// Cross-package usage
class UserService {
  final EventDispatcher events;
  final Queue queue;
  
  Future<void> process(User user) async {
    await events.dispatch(UserProcessing(user));
    await queue.push(ProcessUser(user));
  }
}
```

## Implementation Status

### Core Framework (90%)
- Core Package (95%)
  * Application lifecycle ✓
  * Service providers ✓
  * HTTP kernel ✓
  * Console kernel ✓
  * Exception handling ✓
  * Needs: Performance optimizations

- Container Package (90%)
  * Basic DI ✓
  * Auto-wiring ✓
  * Service providers ✓
  * Needs: Contextual binding

### Infrastructure (80%)
- Bus Package (85%)
  * Command dispatching ✓
  * Command queuing ✓
  * Needs: Command batching

- Config Package (80%)
  * Configuration repository ✓
  * Environment loading ✓
  * Needs: Config caching

[Previous implementation status content remains exactly the same]

## Contributing

1. **Before Starting**
- Review relevant documentation
- Check implementation status
- Understand dependencies
- Write tests first

2. **Development Process**
```dart
// 1. Create feature branch
git checkout -b feature/package-name/feature-name

// 2. Write tests
void main() {
  test('should implement feature', () {
    // Test implementation
  });
}

// 3. Implement feature
class Implementation {
  // Feature code
}

// 4. Submit PR
// - Include tests
// - Update documentation
// - Add examples
```

3. **Code Review**
- Verify specifications
- Check test coverage
- Review documentation
- Validate performance

## Best Practices

1. **API Design**
```dart
// Follow framework patterns
class Service {
  // Match framework method signatures
  Future<void> handle();
  Future<void> process();
}
```

2. **Testing**
```dart
// Comprehensive test coverage
void main() {
  group('Feature', () {
    // Unit tests
    // Integration tests
    // Performance tests
    // Error cases
  });
}
```

3. **Documentation**
```dart
/// Document framework compatibility
class Service {
  /// Processes data following framework patterns.
  /// 
  /// Example:
  /// ```dart
  /// var service = container.make<Service>();
  /// await service.process();
  /// ```
  Future<void> process();
}
```

## Questions?

For questions or clarification:
1. Review relevant documentation
2. Check implementation examples
3. Consult team leads
4. Update documentation as needed

## License

This framework is open-sourced software licensed under the [MIT license](../LICENSE).