Clean Architecture Advanced and Effective Strategies Using Clean Architecture Principles

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