In Microservices in .NET, Second Edition you will learn how to:

    Build scalable microservices that are reliable in production
    Optimize microservices for continuous delivery
    Design event-based collaboration between microservices
    Deploy microservices to Kubernetes
    Set up Kubernetes in Azure

Microservices in .NET, Second Edition is a comprehensive guide to building microservice applications using the .NET stack. After a crystal-clear introduction to the microservices architectural style, it teaches you practical microservices development skills using ASP.NET. This second edition of the bestselling original has been revised with up-to-date tools for the .NET ecosystem, and more new coverage of scoping microservices and deploying to Kubernetes.

Purchase of the print book includes a free eBook in PDF, Kindle, and ePub formats from Manning Publications.

About the technology

Microservice architectures connect independent components that must work together as a system. Integrating new technologies like Docker and Kubernetes with Microsoft’s familiar ASP.NET framework and Azure cloud platform enables .NET developers to create and manage microservices efficiently.

About the book

Microservices in .NET, Second Edition teaches you to build and deploy microservices using ASP.NET and Azure services. It lays out microservice architecture simply, and then guides you through several real-world projects, such as building an ecommerce shopping cart. In this fully revised edition, you’ll learn about scoping microservices, deploying to Kubernetes, and operations concerns like monitoring, logging, and security.

What’s inside

    Optimize microservices for continuous delivery
    Design event-based collaboration between microservices
    Deploy microservices to Kubernetes
    Set up Kubernetes in Azure

About the reader

For C# developers. No experience with microservices required.

About the author

Christian Horsdal is an independent consultant with more than 20 years of experience building projects from large-scale microservice systems to tiny embedded systems.