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Software Architecture with C# 12 and .NET 8

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

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Product type Paperback
Published in Feb 2024
Publisher Packt
ISBN-13 9781805127659
Length 756 pages
Edition 4th Edition
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Authors (2):
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Gabriel Baptista Gabriel Baptista
Author Profile Icon Gabriel Baptista
Gabriel Baptista
Francesco Abbruzzese Francesco Abbruzzese
Author Profile Icon Francesco Abbruzzese
Francesco Abbruzzese
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Table of Contents (26) Chapters Close

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

SOAP web services

The Simple Object Access Protocol (SOAP) allows both one-way messages and request/reply messages. Communication can be both synchronous and asynchronous, as explained in Chapter 1, Understanding the Importance of Software Architecture, and Chapter 2, Non-Functional Requirements, but if the underlying protocol is synchronous, such as in the case of HTTP, the sender receives an acknowledgment saying that the message was received (but not necessarily processed). When asynchronous communication is used, the sender must listen for incoming communications. Often, asynchronous communication is implemented with the Publisher/Subscriber pattern, which we described in Chapter 6, Design Patterns and .NET 8 Implementation.

Messages are represented as XML documents called envelopes. Each envelope contains header, body, and fault elements. The body is where the actual content of the message is placed. The fault element contains possible errors, so it is the way exceptions...

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