Domain-Driven Design

A collection of 20 posts

Domain-Driven Design

Domain-Driven Design vs. CRUD: Choosing the Right Approach in Golang Applications

Domain-Driven Design (DDD) and CRUD are two popular approaches for Golang application architecture. Learn the key differences and choose the right approach for your project.

ACL

Implementing ACL (Access Control List) with Domain-Driven Design in Golang

Implementing Access Control Lists (ACL) using DDD principles in Go can help build secure applications. This post explores the basics of ACL and provides a practical example of its implementation.

Domain-Driven Design

Implementing Domain-Driven Design in Legacy Golang Applications: Challenges and Strategies

Learn how to implement Domain-Driven Design (DDD) in legacy Golang applications. Overcome challenges, refactor code, and align with business needs.

Golang

Applying Value-Object-Oriented Programming in Golang with Domain-Driven Design

Applying Value-Object-Oriented Programming (VOOP) in Golang with Domain-Driven Design (DDD) can enhance code robustness and maintainability by encapsulating related data and behavior into reusable components. Learn how to implement value objects in Go!

Domain-Driven Design

Domain-Driven Design with Golang and Microservices: Benefits and Considerations

Discover the benefits of using Domain-Driven Design (DDD) with Golang and microservices, including increased modularity, enhanced collaboration, scalability, reliability, and an evolutionary approach to design. Considerations for successful implementation are also discussed.

Bounded Contexts

Bounded Contexts in Golang: Isolating and Managing Complexity in Domain-Driven Design

Learn how to implement bounded contexts in Golang and manage complexity in your applications using domain-driven design principles.

Golang

Domain Services in Golang: Enhancing Modularity and Reusability in Domain-Driven Design

Domain Services in Golang enhance modularity, reusability, and testability in Domain-Driven Design. They encapsulate complex logic, making code maintainable and flexible.

Command Design Pattern

Command Design Pattern in Golang: Optimizing Domain-Driven Design

The Command Design Pattern in Go optimizes Domain-Driven Design by encapsulating complex operations as commands, promoting modularity and flexibility. Commands provide undo/redo capabilities, separation of concerns, and testability, enhancing the effectiveness of DDD principles.

Event Storming

Event Storming: Collaborative Modeling for Domain-Driven Design in Golang Projects

Event Storming is a powerful technique that improves collaboration, fosters domain understanding, and enables accurate software development in Golang projects. Learn how to apply it effectively.

repository pattern

Implementing the Repository Pattern in Golang for Domain-Driven Design

Learn how to implement the Repository Pattern in Golang for Domain-Driven Design. Discover the benefits, steps to implement, and code structure for clean and maintainable applications.

Domain-Driven Design

How to Model Complex Business Domains using Golang and Domain-Driven Design

Learn how to model complex business domains using Go and Domain-Driven Design (DDD). Understand key concepts, design principles, and best practices for effective and maintainable software development.

hexagonal architecture

Applying Hexagonal Architecture with Domain-Driven Design in Golang Applications

Learn how to apply hexagonal architecture with domain-driven design in Golang applications. Build modular, testable, and maintainable applications with robust architecture.

CQRS

Implementing CQRS (Command Query Responsibility Segregation) in Golang with Domain-Driven Design

"CQRS separates read and write operations in Golang applications, improving performance and scalability. Learn how to implement CQRS with DDD in this blog post."

Golang

Testing Techniques for Domain-Driven Design in Golang Applications

"Testing DDD in Golang is crucial for ensuring correctness and maintainability. Learn unit testing for aggregates and entities, integration testing for bounded contexts, and database testing with go-sqlmock."

Domain-Driven Design

Applying Domain-Driven Design Patterns in Golang Projects

Domain-driven design (DDD) in Golang: Learn how to align business requirements with the software design, leverage DDD patterns like aggregates, repositories, factories, services, value objects, and event sourcing for more maintainable and scalable applications.

event-driven architecture

Event-Driven Architecture in Golang: A Domain-Driven Approach

Event-driven architecture in Golang enables scalable, decoupled, and resilient systems. Learn how to implement it using a domain-driven approach for flexible and maintainable applications.

Domain-Driven Design

How to Implement Domain-Driven Design in Golang Projects

Learn how to implement Domain-Driven Design (DDD) principles in Golang projects. Explore concepts like ubiquitous language, bounded contexts, aggregates, domain events, and repositories to create scalable and maintainable codebases.

Domain-Driven Design

Building Scalable and Maintainable Applications with Domain-Driven Design in Golang

"Learn how to implement Domain-Driven Design (DDD) principles in Golang to create scalable and maintainable applications. Discover the benefits of DDD and key concepts like aggregates, value objects, repositories, and services."

Domain-Driven Design

Understanding the Key Concepts of Domain-Driven Design in Golang: Aggregates, Entities, and Value Objects

Domain-Driven Design (DDD) is a software development methodology that focuses on creating software solutions based on a deep understanding of the domain it serves, bringing modularity, flexibility, and improved domain understanding to software projects.

Domain-Driven Design

Introduction to Domain-Driven Design with Golang: Best Practices and Benefits

Discover the benefits of implementing Domain-Driven Design (DDD) in your Golang projects. From aggregates to repositories, learn the core concepts and best practices of DDD in this comprehensive guide. Boost maintainability and scalability while fostering collaboration with domain experts.