Book Image

C# 8 and .NET Core 3 Projects Using Azure - Second Edition

By : Paul Michaels, Dirk Strauss, Jas Rademeyer
Book Image

C# 8 and .NET Core 3 Projects Using Azure - Second Edition

By: Paul Michaels, Dirk Strauss, Jas Rademeyer

Overview of this book

.NET Core is a general-purpose, modular, cross-platform, and opensource implementation of .NET. The latest release of .NET Core 3 comes with improved performance and security features, along with support for desktop applications. .NET Core 3 is not only useful for new developers looking to start learning the framework, but also for legacy developers interested in migrating their apps. Updated with the latest features and enhancements, this updated second edition is a step-by-step, project-based guide. The book starts with a brief introduction to the key features of C# 8 and .NET Core 3. You'll learn to work with relational data using Entity Framework Core 3, before understanding how to use ASP.NET Core. As you progress, you’ll discover how you can use .NET Core to create cross-platform applications. Later, the book will show you how to upgrade your old WinForms apps to .NET Core 3. The concluding chapters will then help you use SignalR effectively to add real-time functionality to your applications, before demonstrating how to implement MongoDB in your apps. Finally, you'll delve into serverless computing and how to build microservices using Docker and Kubernetes. By the end of this book, you'll be proficient in developing applications using .NET Core 3.
Table of Contents (13 chapters)

Summary

In this chapter, we've had a look at what a microservice is and how we can create one. We've discussed how we can separate services using a technique such as a queue, meaning that one microservice is not dependent on another. In using Kubernetes to orchestrate our service, we've seen how this can be a self-healing system.

Along the way, we've looked at Docker and building a Docker image; we've explored container registries and how you can store your Docker images in them; and we've also created and configured an AKS cluster. We've explored the use of both Service Bus and storage queues in Azure, and how they might be used in a distributed system.

As I mentioned in the introduction, this is a very seductive architectural pattern; however, we also discussed how it is not without cost, and that cost is complexity. In replacing a single piece...