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DevOps with Kubernetes

DevOps with Kubernetes

By : Hideto Saito, Hui-Chuan Chloe Lee, Wu
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DevOps with Kubernetes

DevOps with Kubernetes

By: Hideto Saito, Hui-Chuan Chloe Lee, Wu

Overview of this book

Kubernetes has been widely adopted across public clouds and on-premise data centers. As we're living in an era of microservices, knowing how to use and manage Kubernetes is an essential skill for everyone in the IT industry. This book is a guide to everything you need to know about Kubernetes—from simply deploying a container to administrating Kubernetes clusters wisely. You'll learn about DevOps fundamentals, as well as deploying a monolithic application as microservices and using Kubernetes to orchestrate them. You will then gain an insight into the Kubernetes network, extensions, authentication and authorization. With the DevOps spirit in mind, you'll learn how to allocate resources to your application and prepare to scale them efficiently. Knowing the status and activity of the application and clusters is crucial, so we’ll learn about monitoring and logging in Kubernetes. Having an improved ability to observe your services means that you will be able to build a continuous delivery pipeline with confidence. At the end of the book, you'll learn how to run managed Kubernetes services on three top cloud providers: Google Cloud Platform, Amazon Web Services, and Microsoft Azure.
Table of Contents (14 chapters)
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Kubernetes volume management

Kubernetes and Docker use a local disk by default. The Docker application may store and load any data onto the disk, for example, log data, temporary files, and application data. As long as the host has enough space and the application has the necessary permission, the data will exist as long as a container exists. In other words, when a container terminates, exits, crashes, or is reassigned to another host, the data will be lost.

Container volume life cycle

In order to understand Kubernetes' volume management, you'll need to understand the Docker volume life cycle. The following example is how Docker behaves with a volume when a container restarts:

//run CentOS Container
$ docker run...
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