You're reading from Software Architecture with C# 12 and .NET 8 Build enterprise applications using microservices, DevOps, EF Core, and design patterns for Azure

Product type Paperback

Published in Feb 2024

Publisher Packt

ISBN-13 9781805127659

Length 756 pages

Edition 4th Edition

Languages

Tools

.NET

Concepts

Design Patterns

Authors (2):

Gabriel Baptista

Francesco Abbruzzese

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Table of Contents (26) Chapters

Preface

1. Understanding the Importance of Software Architecture FREE CHAPTER

2. Non-Functional Requirements

3. Managing Requirements

4. Best Practices in Coding C# 12

5. Implementing Code Reusability in C# 12

6. Design Patterns and .NET 8 Implementation

7. Understanding the Different Domains in Software Solutions

8. Understanding DevOps Principles and CI/CD

9. Testing Your Enterprise Application

10. Deciding on the Best Cloud-Based Solution

11. Applying a Microservice Architecture to Your Enterprise Application

12. Choosing Your Data Storage in the Cloud

13. Interacting with Data in C# – Entity Framework Core

14. Implementing Microservices with .NET

15. Applying Service-Oriented Architectures with .NET

16. Working with Serverless – Azure Functions

17. Presenting ASP.NET Core

18. Implementing Frontend Microservices with ASP.NET Core

19. Client Frameworks: Blazor

20. Kubernetes

21. Case Study

22. Case Study Extension: Developing .NET Microservices for Kubernetes

23. Answers

24. Other Books You May Enjoy

25. Index

Kubernetes

This chapter is dedicated to describing the Kubernetes container orchestrator and its implementation in Azure, called Azure Kubernetes Service (AKS). We discussed the importance and the tasks handled by orchestrators in the Which tools are needed to manage microservices? section of Chapter 11, Applying a Microservice Architecture to Your Enterprise Application. Here, it is worth recalling just that Kubernetes is the de facto standard for orchestrators.

We will show also how to install and use minikube on your local machine, which is a one-node Kubernetes simulator you can use to try out all of the examples in this chapter, and also to test your own applications. Simulators are useful both to avoid wasting too much money on an actual cloud-based Kubernetes cluster, and to provide a different Kubernetes cluster to each developer.

This chapter explains the fundamental Kubernetes concepts and then focuses on how to interact with a Kubernetes cluster and how to deploy...