Discover Go (Golang), an open-source programming language suited for building reliable and efficient software. Learn its features, benefits, and resources.
Domain-Driven Design
Learn best practices and patterns for implementing the Infrastructure Layer in a Golang application using Domain-Driven Design principles. Separate concerns, use interfaces, and leverage dependency injection.
Golang
"Learn how to minimize heap allocation in Golang with zero allocation techniques such as sync.Pool, byte slice pooling, and buffer pooling. Reduce overhead and boost performance."
Domain-Driven Design
"Learn how Domain-Driven Design (DDD) and Test-Driven Development (TDD) can improve your Go projects by promoting clean code, design clarity, and refactoring friendliness."
Domain-Driven Design
Learn how combining Domain-Driven Design and Test-Driven Development in Go projects can lead to improved understanding, higher test coverage, and better code design and maintainability.
Go
Heap allocation impacts performance and memory usage in Go. Learn how to minimize heap allocations and optimize your Go code for efficiency.
Go
"Inefficient memory allocation can lead to poor performance in Go. Learn why zero allocation matters and techniques to minimize allocations for high-performance code."
Go
Learn how to achieve zero allocation in Go (Golang) by avoiding unnecessary allocations, using pointers, and leveraging escape analysis for stack allocation. Boost the speed and efficiency of your programs.
ACL
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
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 (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
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
Learn how to implement bounded contexts in Golang and manage complexity in your applications using domain-driven design principles.