Section 2.1: Understanding Value Objects

Value Objects are essential for encapsulating attributes and behaviors while ensuring immutability. This concept serves as a cornerstone for building robust applications.

Video Description: In this video, we delve into the process of rendering raw Markdown while building a blog using Go. This hands-on tutorial will guide you through the essentials of working with Markdown in your applications.

Section 2.2: Exploring Entities

Continuing our journey through DDD in Go, we introduce the Entity concept—another vital building block for creating complex systems.

Section 2.3: Domain Services

Next, we examine Domain Services, which play a crucial role in managing business logic that does not naturally fit within an Entity.

Section 2.4: Domain Events

Domain Events allow us to capture significant occurrences in the application, facilitating communication between various parts of the system.

Section 3.1: Modules

In this section, we discuss the concept of Modules, which group related components and promote cohesion within your codebase.

Section 3.2: Aggregates

Aggregates are a powerful pattern in DDD that help manage consistency across related entities.

Section 3.3: Factories

We will explore the Factory pattern, which simplifies the creation of complex objects.

Section 3.4: Repositories

The Repository pattern acts as an Anti-Corruption Layer, abstracting data access logic to maintain a clean architecture.

Section 3.5: Specifications

Finally, we look at the Specification pattern, which is instrumental for validation, creation, and querying use cases.

Section 4.1: Single Responsibility Principle

This principle emphasizes that a class should have only one reason to change, promoting cleaner, more maintainable code.

Section 4.2: Open/Closed Principle

Next, we discuss the Open/Closed Principle, which advocates for software entities to be open for extension but closed for modification.

Section 4.3: Liskov Substitution Principle

Continuing, we will delve into the Liskov Substitution Principle, which ensures that derived classes can be substituted for their base classes without affecting program correctness.

Section 4.4: Interface Segregation Principle

This principle encourages the creation of small, client-specific interfaces rather than large, general-purpose ones.

Section 4.5: Dependency Inversion Principle

Lastly, we will examine the Dependency Inversion Principle, which focuses on reducing dependencies among modules, significantly enhancing unit testing.

Section 5.1: Reflection in Golang

We provide insights into the appropriate use of Reflection in Go, helping you avoid common pitfalls.

Section 5.2: Unit Testing with Mocking

Discover techniques that have allowed me to maintain a bug-free production environment for two years.

Section 5.3: Contract Testing with PACT

Learn how to eliminate integration issues within your environments through effective contract testing.

Section 5.4: Generics in Golang

Generics is a feature that can transform your approach to coding in Go.

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Section 5.5: Generics with GORM

Can we anticipate the development of a comprehensive ORM and DBAL framework like Doctrine in Go?

Section 5.6: Genjector Framework

Genjector presents a reflection-free runtime dependency injection framework for Go, showcasing performance that outpaces its competitors by up to 30 times.