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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

Summary

This chapter introduced a lot of new concepts. Let's briefly summarize what we have learned about the Kubernetes architecture.

Kubernetes (k8s) is an open source platform for automating container operations such as deployment, scheduling, and scalability across a cluster of nodes. Using Kubernetes, you can:

  • Automate the deployment and replication of containers
  • Scale up and down containers on the fly
  • Organize containers in groups and provide load balancing between them
  • Easily roll out new versions of application containers
  • Provide fault tolerance mechanisms to your application--if a container dies it gets replaced
  • Kubernetes consists of:
    • A Cluster: A group of nodes.
    • Nodes: Physical or virtual machines that act as workers. Each node runs the kubelet, proxy, and a Docker engine process.
    • The Master node: Provides a unified view into the cluster. It delivers the Kubernetes...
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