Go Vertical Slice Template

Overview

The Go Vertical Slice Template is a well-crafted boilerplate designed for Go developers who want to streamline their applications using the Vertical Slice Architecture coupled with the CQRS pattern. This template leverages several powerful libraries and frameworks, including Echo for web routing, Gorm for ORM, and Zap for logging, all while integrating Viper for configuration management, and Go-MediatR for handling commands and queries. This setup makes it easier to build maintainable and scalable applications while ensuring dependency management is straightforward through Dig.

Utilizing this template provides a clear and organized structure that facilitates rapid development, especially for complex applications. The combination of these technologies emphasizes a clean architecture that separates the concerns of the codebase, making it more manageable and testable.

Features

• Vertical Slice Architecture: Encourages a modular approach to building applications where each slice represents a feature, improving maintainability and separation of concerns.
• CQRS Pattern: Separates read and write operations, enhancing performance and scalability by allowing for different models for reading and writing data.
• Echo Framework: A lightweight and high-performance web framework that simplifies routing and middleware integration, making it ideal for building RESTful APIs.
• Gorm ORM: Provides an easy-to-use Object Relational Mapping tool that allows developers to interact with the database using Go structures seamlessly.
• Zap Logging: An efficient logging solution that comes equipped with a structured logging feature, making it easier to debug and trace issues in production environments.
• Viper Configuration Management: Simplifies the management of application configuration with support for JSON, TOML, YAML, HCL, and Java properties files.
• Go-MediatR: Facilitates a clean approach to implementing CQRS by providing a way to send commands and queries to their respective handlers without tightly coupling components.
• Dig for Dependency Injection: Implements a simple and flexible dependency injection library, enabling better management of application dependencies and promoting cleaner code.