Avoiding a single point of failure is a concept we need to always keep in mind. In this chapter, you will learn how to build components in Kubernetes with high availability. We will also go through the steps to build a three-node etcd cluster and masters with multinodes.
Introduction
by Ke-Jou Carol Hsu, Hui-Chuan Chloe Lee, Hideto Saito
Kubernetes Cookbook, 2nd Edition
- Title Page
- Copyright and Credits
- Packt Upsell
- Contributors
- Preface
- Building Your Own Kubernetes Cluster
- Introduction
- Exploring the Kubernetes architecture
- Setting up the Kubernetes cluster on macOS by minikube
- Setting up the Kubernetes cluster on Windows by minikube
- Setting up the Kubernetes cluster on Linux via kubeadm
- Setting up the Kubernetes cluster on Linux via Ansible (kubespray)
- Running your first container in Kubernetes
- Walking through Kubernetes Concepts
- Introduction
- An overview of Kubernetes
- Linking Pods and containers
- Managing Pods with ReplicaSets 
- Deployment API
- Working with Services
- Working with volumes
- Working with Secrets
- Working with names
- Working with Namespaces
- Working with labels and selectors
- Playing with Containers
- Building High-Availability Clusters
- Building Continuous Delivery Pipelines
- Introduction
- Moving monolithic to microservices
- Working with the private Docker registry
- Integrating with Jenkins
- Building Kubernetes on AWS
- Building Kubernetes on GCP
- Advanced Cluster Administration
- Logging and Monitoring
- Other Books You May Enjoy
Introduction
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