Rusty-Docker Types: Shared Type Definitions

🚀 Core Type Definitions for Rusty-Docker

Rusty-Docker Types is the foundational type definition module that powers the Rusty-Docker ecosystem. Designed for consistency, reliability, and type safety, it provides shared data structures and interfaces that ensure seamless integration across all components.

✨ Key Features That Ensure Consistency

📦 Comprehensive Type Definitions

• Core Docker Types: Complete set of Docker-related data structures
• Kubernetes Types: Kubernetes resource definitions and interfaces
• API Models: Request and response models for API interactions
• Error Types: Consistent error handling across components
• Configuration Types: Configuration structures for all components

🔧 Type Safety

• Strongly Typed: Leverage Rust's type system for compile-time safety
• Deserialization Support: Built-in serialization/deserialization for JSON and other formats
• Validation: Built-in validation for data structures
• Documentation: Well-documented types with usage examples
• Version Compatibility: Versioned types for backward compatibility

🌐 Cross-Component Integration

• Shared Interfaces: Consistent interfaces across all components
• Data Exchange: Seamless data exchange between components
• API Consistency: Consistent API models for external interactions
• Error Propagation: Unified error handling across the ecosystem

🎯 Developer-Friendly

• Clean, Intuitive Types: Easy-to-understand type definitions
• Comprehensive Documentation: Detailed documentation for all types
• Example Usage: Practical examples for common use cases
• IDE Support: Excellent IDE support with type hints and documentation

📋 Core Type Categories

Container Types

• Container: Container configuration and state
• Image: Image metadata and configuration
• Volume: Volume definitions and management
• Network: Network configuration and state
• Exec: Execution parameters and results

Kubernetes Types

• Pod: Pod definitions and status
• Deployment: Deployment configurations
• Service: Service definitions and endpoints
• ConfigMap: Configuration data
• Secret: Sensitive data management

API Types

• Request: API request models
• Response: API response models
• Event: Event data structures
• Filter: Filtering parameters
• Pagination: Pagination support

Error Types

• DockerError: Docker-specific error types
• KubernetesError: Kubernetes-specific error types
• NetworkError: Network-related errors
• StorageError: Storage-related errors
• ValidationError: Data validation errors

🛠️ Quick Start

Basic Usage

use docker_types::{Container, Image, Network, Volume};

fn main() {
    // Create a container configuration
    let container = Container {
        id: "container-id".to_string(),
        name: Some("my-container".to_string()),
        image: "nginx:latest".to_string(),
        status: "running".to_string(),
        // ... other fields
        ..Default::default()
    };
    
    // Create an image configuration
    let image = Image {
        id: "image-id".to_string(),
        name: "nginx".to_string(),
        tag: Some("latest".to_string()),
        // ... other fields
        ..Default::default()
    };
    
    println!("Container: {} ({})\n", container.name.unwrap(), container.status);
    println!("Image: {}:{}", image.name, image.tag.unwrap());
}

🌟 Why Rusty-Docker Types?

🚀 Consistent Integration

Ensure consistent data structures and interfaces across all components of the Rusty-Docker ecosystem, reducing integration issues and bugs.

🔧 Type Safety

Leverage Rust's powerful type system to catch errors at compile time, reducing runtime errors and improving code quality.

📱 Cross-Component Compatibility

Seamless data exchange between components with consistent type definitions, ensuring smooth integration across the entire ecosystem.

🎯 Developer-Friendly

Well-documented types with clear usage examples make it easy for developers to understand and use the type system effectively.

🔒 Reliable Error Handling

Consistent error types and handling mechanisms across all components, making it easier to manage errors and edge cases.

🤝 Contributing

We welcome contributions from the community! Whether you're interested in adding new types, improving existing ones, or enhancing documentation, your help is greatly appreciated.

Providing the foundation for type-safe, consistent integration across the Rusty-Docker ecosystem! 🦀