Domain-Driven Design (DDD) and Clean Architecture

Seminarziel

The goal for participants attending a course on Domain-Driven Design (DDD) and Clean Architecture is to gain a comprehensive understanding of these software development approaches and their practical implementation. Specifically, the goals for participants may include:

• Acquiring Knowledge, Practical Application, Collaboration and Communication, Quality and Maintainability, Professional Growth

Inhalt

• Introduction to DDD and Clean Architecture
  • Introduction to Domain-Driven Design (DDD) principles and concepts
    • Eric Evans: Author of "Domain-Driven Design: Tackling Complexity in the Heart of Software"
  • Understanding the goals and benefits of Clean Architecture
    • Robert C. Martin: Author of "Clean Architecture: A Craftsman's Guide to Software Structure and Design"
  • Exploring the relationship between DDD and Clean Architecture
  • Case studies and examples of successful DDD and Clean Architecture implementations
• Domain Modeling with DDD
  • Identifying and modeling domain entities, aggregates, and value objects
  • Understanding domain-driven design patterns such as repositories, services, and factories
  • Applying ubiquitous language and bounded context concepts
  • Incorporating Business Components as DDD Bounded Contexts
  • Hands-on exercises to practice domain modeling techniques with C#
• Implementing Clean Architecture
  • Understanding the layers of Clean Architecture: presentation, application, domain, and infrastructure
  • Applying SOLID principles and dependency inversion in Clean Architecture
  • Implementing use cases and application services
  • Designing and implementing repositories and data access layers
  • Utilizing Business Components with an internal Clean Architecture derivation of project structures
• Cross-Cutting Concerns and Quality Assurance
  • Handling cross-cutting concerns such as transactions, exceptions, and logging in Clean Architecture
  • Defining and monitoring architecture rules using tools
  • Ensuring quality assurance in a Clean DDD Architecture
  • Techniques for testing a Clean DDD Architecture
• Testing, Deployment, and Continuous Integration
  • Testing strategies and techniques in DDD and Clean Architecture with C# testing frameworks
  • Test-driven development (TDD) and behavior-driven development (BDD) with DDD
  • Deployment strategies for applications built with Clean Architecture
  • Integrating Clean Architecture with continuous integration and delivery pipelines