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C# (.NET) and Kubernetes: Microservice Development and Orchestration
C# (.NET) and Kubernetes: Microservice Development and Orchestration
Summary:
The book "C# (.NET) and Kubernetes" is a practical guide that will help C# developers master modern approaches to building and managing distributed systems. You will learn how to use the .NET ecosystem to create a microservice architecture and effectively manage it with Kubernetes.
Who this book is for:
- C# backend developers looking to transition to a microservice architecture;
- DevOps engineers working with .NET projects;
- Software architects designing cloud solutions;
- Students and beginners interested in modern orchestration technologies.
What you will learn:
- Kubernetes basics: pods, services, deployments, configurations;
- Containerization of .NET applications using Docker;
- Creating microservices in C# using ASP.NET Core;
- Setting up CI/CD pipelines for automatic build and deployment;
- Managing configurations and secrets in Kubernetes;
- Monitoring and logging .NET applications in a cluster;
- Scaling and ensuring fault tolerance;
- Security: RBAC, network policies, secure data storage.
The book is structured on the principle of "from simple to complex." You will start with basic Kubernetes concepts, then learn to package .NET applications into containers, and by the end of the book, you will be able to deploy a full-fledged microservice project in the cloud. Each chapter contains practical examples, ready-to-use YAML manifests, and C# code snippets.
Special attention is paid to typical problems developers face when transitioning to Kubernetes: state management, network communication between microservices, fault handling, and debugging in a distributed environment. You will learn to use tools such as Helm, Istio, Prometheus, and Grafana in conjunction with .NET.
The book "C# (.NET) and Kubernetes" is not just theory, but a full-fledged tool for professional development. After reading it, you will be able to independently design, develop, and maintain modern cloud applications on the .NET platform, leveraging all the benefits of container orchestration.