Clean Architecture Advanced and Effective Strategies Using Clean Architecture Principles

Description

Chapter 1: Architectures: The Basics Why Do We Need Architecture? Chapter 2: Computer Architecture: An Introduction Need for Computer Architectures Types of Computer Architecture and Their Major Components Chapter 3: An Introduction to Software Architectures Layered Architecture (n-tier Architecture) Event-Driven Architecture System Microservices Architecture System Space-Based Architecture System Microkernel Architecture System Chapter 4: An Introduction to Clean Architecture Introduction Principle What is Clean Architecture? Components of Clean Architecture Summary Chapter 5: Important Terminology Related to Clean Architecture Chapter 6: Why Use Clean Architecture? Background Major Factors Under Consideration Uses and Need for Clean Architecture Conclusion Chapter 7: The SOLID Principles Single Responsibility Principle Open-Closed Principle LISKOV Substitution Principle Interface Segregation Principle Dependency Inversion Principle Conclusion Chapter 8: The Dependency Rule What Is The Rule? Explanation Entities Use Cases Interface Adapters The Frameworks and Drivers Crossing Boundaries Importance Chapter 9: The Classic Three Layered Structure What are these Layers? 1)The Domain Layer 2)The Application Layer 3)The Presentation Layer 4)Drivers and Frameworks Need For More Layers Chapter 10: Clean Architecture Components Component Cohesion Principles Component Coupling Principles Top-Down Design Chapter 11: Other Forms of Layered Software Architectures The Onion-Layered Architecture System Main Features of the Onion Architecture The Hexagonal Architecture System (Ports and Adapters) Main Features of the Hexagonal System Other Forms of Layered Architecture Systems Chapter 12 Clean Architecture: When We Cross Boundaries Crossing Boundaries What Data Can Pass Through These Layers? Chapter 13: The Architecture of Application Design Application Development Application Deployment Application Operation Application Maintenance Device Independence Chapter 14: Architectural Independence System Use Cases System Operation System Development System Deployment De-Linking the Layers De-Linking the Use Case The De-Linking Mode Independent Developability Independent Deployability Duplication Chapter 15: An Overview of the Implementation of Clean Architecture For Programmers Technologies Used and Required for the Implementation of Clean Architecture in Android Apps 1.Kotlin 2.Dagger 2 3.RX Java 2 4.Retrofit 2 Components Used and Required for the Implementation of Clean Architecture in Android Apps An Overview on the Approach of Android Applications Building through the implementation of Clean Architecture Overview of the Domain Layer Overview of the Data Layer Paging Library Using Clean Architecture Chapter 16: Clean Architecture: The Other Side of the Picture: AKA: Drawbacks! Bonus Chapter: Clean Architecture Interview Questions Conclusion: The Book in a Nutshell