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Pragmatic Microservices with C# and Azure

Pragmatic Microservices with C# and Azure

By : Nagel
4.5 (10)
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Pragmatic Microservices with C# and Azure

Pragmatic Microservices with C# and Azure

4.5 (10)
By: Nagel

Overview of this book

Pragmatic Microservices with C# and Azure introduces .NET Aspire for microservices, focusing on defining an app model, utilizing service discovery, and integrating with Azure's native cloud services. Written by a Microsoft MVP and seasoned software architect with over two decades of experience in .NET, this book will help you get to grips with robust service development using .NET features like minimal APIs, gRPC, and SignalR for real-time communication. Aside from covering essential aspects of DevOps, including testing methodologies such as unit, integration, and load testing, you’ll also explore logging and monitoring including OpenTelemetry using tools like Azure Log Analytics, Application Insights, Prometheus, and Grafana. You'll learn about asynchronous communication leveraging queues and events through Azure Event Hub and Apache. Throughout the book, theoretical aspects will be complemented by practical skills gained from building and deploying a fully functional microservices-based application. By the end, you’ll possess a deep understanding of microservices architecture, hands-on experience with various .NET technologies and Azure services, and the ability to design, build, deploy, and manage microservices applications effectively in both on-premises and cloud environments.
Table of Contents (23 chapters)
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Free Chapter
1
Part 1: Creating Microservices with .NET
6
Part 2: Hosting and Deploying
12
Part 3: Troubleshooting and Scaling
16
Part 4: More communication options

Implementing health checks

The hosting platform needs to know if the service started successfully and is available to serve requests. While the service is running, the hosting platform continuously checks the service to see if it is running or broken and needs to be restarted. This is what health checks are for.

With Kubernetes, three probes can be configured:

  • Startup: Is the container ready and did it start? When this probe succeeds, Kubernetes switches to the other probes.
  • Liveness: Did the application crash or deadlock? If this fails, the pod is stopped, and a new container instance is created.
  • Readiness: Is the application ready to receive requests? If this fails, no requests are sent to this service instance, but the pod keeps running.

Because Azure Container Apps is based on Kubernetes, these three probes can be configured with this Azure service as well.

Adding health checks to the DI container

Health checks can be configured with the DI container...

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