With the wide application of Internet technology in various fields, the massive data generated by the birth of big data. The demand for data centers has activated the blowout development of cloud computing, and big data and cloud computing have become strategic heights for various enterprises.
As IaaS and SaaS models have matured in the cloud computing space, PaaS has become the focus of global IT giants and startups, where competition is fierce. A large number of PaaS platforms emerged and were quickly phased out, and there was a tremendous amount of iteration in the industry. Just as the so-called natural selection, container technology represented by Docker has come to the forefront and heated up rapidly under such a background of drastic changes. Most mainstream cloud manufacturers have announced to provide support for Docker and its ecosystem.
Kubernetes is Google open source container cluster management system, it for the container runtime, choreography, routine services are abstract design accurate and complete API, and to establish an open source system, in line with the needs of enterprise, each enterprise can build automation and standardization of the underlying platform, To optimize r&d and operational efficiency. Kubernetes is Google’s attempt to leverage its vast experience in managing massive data centers by capitalizing on the explosion in the container space to establish new standards in the technology industry.
Going forward, we believe that more and more enterprises will be forced to face the challenges of Internet scale, and Kubernetes and Docker technologies can provide solutions to these challenges. As more companies join, more people collaborate to build a stronger technology stack and more innovation, and the industry continues to move in a better direction, we are optimistic.
Content abstract
The popularity of Docker has led to the emergence of various micro-PaAs, the most representative of which is Kubernetes, which is an open source version of Google’s large-scale container management technology for many years. More and more enterprises are forced to face the various problems brought by the Internet scale, and Kubernetes with its excellent concept and design is gradually forming a new technical standard, for any field of operations directors, architects and software engineers, is a perfect breakthrough opportunity. Kubernetes+Docker’s underlying technology stack.
Organization of content
The book is organized into three parts :Kubernetes Foundation, Kubernetes Advanced and Kubernetes Ecology.
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Part 1 Basics of Kubernetes
The basics will help readers get to know Kubernetes, understand its architecture and core concepts, and be able to deploy and use Kubernetes to complete basic functional operations.
Chapter 1 Introduction to Kubernetes
Chapter 2 Kubernetes architecture and deployment
Chapter 3 Kubernetez quick Start
Chapter 4 Pod
Chapter 5 Replication Controller
Chapter 6 Service
Chapter 7 Data Volume
Chapter 8 Visit Kubernetes AFI
Part 2 advanced Kubernetes
The advanced section will cover topics such as networking, security and resource management in depth to help readers master the ability to manage Kubernetes.
Chapter 9 Kubernetes network
Chapter 10 Kubernetes Security
Chapter 11 Kubernetez Resource Management
Chapter 12 Management and Operation of Kubernetes
Part 3: Kubernetes Ecology
The ecology section introduces open source software closely related to Kubernetes, including CoreOS, Etcd and Mesos, to give readers a comprehensive understanding of the Kubernetes ecosystem.
Chapter 13 Core0s
Chapter 14 Etcd
Chapter 15 Mesos
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