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Docker and Kubernetes for Java Developers

You're reading from   Docker and Kubernetes for Java Developers Scale, deploy, and monitor multi-container applications

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Product type Paperback
Published in Aug 2017
Publisher Packt
ISBN-13 9781786468390
Length 318 pages
Edition 1st Edition
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Authors (2):
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Jaroslaw Krochmalski Jaroslaw Krochmalski
Author Profile Icon Jaroslaw Krochmalski
Jaroslaw Krochmalski
Jarosław Krochmalski Jarosław Krochmalski
Author Profile Icon Jarosław Krochmalski
Jarosław Krochmalski
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Toc

Table of Contents (12) Chapters Close

Preface 1. Introduction to Docker 2. Networking and Persistent Storage FREE CHAPTER 3. Working with Microservices 4. Creating Java Microservices 5. Creating Images with Java Applications 6. Running Containers with Java Applications 7. Introduction to Kubernetes 8. Using Kubernetes with Java 9. Working with the Kubernetes API 10. Deploying Java on Kubernetes in the Cloud 11. More Resources

Creating a volume

As you remember from Chapter 1, Introduction to Docker, there's a settings screen in Docker for Windows or Docker for Mac, that allows us to specify which drives Docker can have access to. For a start, let's mark drive D in our Docker for Windows to make it available for Docker containers:

For the purpose of our volume examples, I've created a docker_volumes/volume1 directory on my D drive and created an empty data.txt file inside:

There are two ways to create volumes. The first one is to specify the -v option when running an image. Let's run the busybox image we already know and, at the same time, create a volume for our data:

$ docker run -v d:/docker_volumes/volume1:/volume -it busybox  

In the previous command, we have created a volume using the -v switch and instructed Docker that the host directory d:/docker_volumes/volume1 should...

You have been reading a chapter from
Docker and Kubernetes for Java Developers
Published in: Aug 2017
Publisher: Packt
ISBN-13: 9781786468390
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