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Kubernetes Cookbook

Building cloud native applications

Paperback Engels 2018 9781491979686
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Kubernetes is becoming the de-facto standard for container orchestration and distributed applications management across a microservices framework. With this practical cookbook, you’ll learn hands-on recipes for automating the deployment, scaling, and operations of application containers across clusters of hosts.

The book's easy-lookup problem-solution-discussion format helps you find the detailed answers you need-quickly. Kubernetes lets you deploy your applications quickly and predictably, so you can efficiently respond to customer demand. This cookbook, ideal for developers and system administers alike, provides the essential knowledge you need to get there.

You’ll find recipes for:
- Kubernetes installation
- Kubernetes API, API groups
- Application primitives
- Monitoring
- Troubleshooting


Aantal pagina's:174
Hoofdrubriek:IT-management / ICT


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Who Should Read This Book
Why We Wrote This Book
Navigating This Book
A Note on Kubernetes Releases
Technology You Need to Understand
Online Resources
Conventions Used in This Book
Using Code Examples
O’Reilly Safari
How to Contact Us

1. Getting Started with Kubernetes
1.1. Using Kubernetes Without Installation
1.2. Installing the Kubernetes CLI, kubectl
1.3. Installing Minikube to Run a Local Kubernetes Instance
1.4. Using Minikube Locally for Development
1.5. Starting Your First Application on Minikube
1.6. Accessing the Dashboard in Minikube

2. Creating a Kubernetes Cluster
2.1. Installing kubeadm to Create a Kubernetes Cluster
2.2. Bootstrapping a Kubernetes Cluster Using kubeadm
2.3. Downloading a Kubernetes Release from GitHub
2.4. Downloading Client and Server Binaries
2.5. Using a hyperkube Image to Run a Kubernetes Master Node with Docker
2.6. Writing a systemd Unit File to Run Kubernetes Components
2.7. Creating a Kubernetes Cluster on Google Kubernetes Engine (GKE)
2.8. Creating a Kubernetes Cluster on Azure Container Service (ACS)

3. Learning to Use the Kubernetes Client
3.1. Listing Resources
3.2. Deleting Resources
3.3. Watching Resource Changes with kubectl
3.4. Editing Resources with kubectl
3.5. Asking kubectl to Explain Resources and Fields

4. Creating and Modifying Fundamental Workloads
4.1. Creating a Deployment Using kubectl run
4.2. Creating Objects from File Manifests
4.3. Writing a Pod Manifest from Scratch
4.4. Launching a Deployment Using a Manifest
4.5. Updating a Deployment

5. Working with Services
5.1. Creating a Service to Expose Your Application
5.2. Verifying the DNS Entry of a Service
5.3. Changing the Type of a Service
5.4. Deploying an Ingress Controller on Minikube
5.5. Making Services Accessible from Outside the Cluster

6. Exploring the Kubernetes API and Key Metadata
6.1. Discovering API Endpoints of the Kubernetes API Server
6.2. Understanding the Structure of a Kubernetes Manifest
6.3. Creating Namespaces to Avoid Name Collisions
6.4. Setting Quotas Within a Namespace
6.5. Labeling an Object
6.6. Using Labels for Queries
6.7. Annotating a Resource with One Command

7. Managing Specialized Workloads
7.1. Running a Batch Job
7.2. Running a Task on a Schedule Within a Pod
7.3. Running Infrastructure Daemons per Node
7.4. Managing Stateful and Leader/Follower Apps
7.5. Influencing Pods’ Startup Behavior

8. Volumes and Configuration Data
8.1. Exchanging Data Between Containers via a Local Volume
8.2. Passing an API Access Key to a Pod Using a Secret
8.3. Providing Configuration Data to an Application
8.4. Using a Persistent Volume with Minikube
8.5. Understanding Data Persistency on Minikube
8.6. Dynamically Provisioning Persistent Storage on GKE

9. Scaling
9.1. Scaling a Deployment
9.2. Automatically Resizing a Cluster in GKE
9.3. Automatically Resizing a Cluster in AWS
9.4. Using Horizontal Pod Autoscaling on GKE

10. Security
10.1. Providing a Unique Identity for an Application
10.2. Listing and Viewing Access Control Information
10.3. Controlling Access to Resources
10.4. Securing Pods

11. Monitoring and Logging
11.1. Accessing the Logs of a Container
11.2. Recover from a Broken State with a Liveness Probe
11.3. Controlling Traffic Flow to a Pod Using a Readiness Probe
11.4. Adding Liveness and Readiness Probes to Your Deployments
11.5. Enabling Heapster on Minikube to Monitor Resources
11.6. Using Prometheus on Minikube
11.7. Using Elasticsearch–Fluentd–Kibana (EFK) on Minikube

12. Maintenance and Troubleshooting
12.1. Enabling Autocomplete for kubectl
12.2. Removing a Pod from a Service
12.3. Accessing a ClusterIP Service Outside the Cluster
12.4. Understanding and Parsing Resource Statuses
12.5. Debugging Pods
12.6. Getting a Detailed Snapshot of the Cluster State
12.7. Adding Kubernetes Worker Nodes
12.8. Draining Kubernetes Nodes for Maintenance
12.9. Managing etcd

13. Developing Kubernetes
13.1. Compiling from Source
13.2. Compiling a Specific Component
13.3. Using a Python Client to Interact with the Kubernetes API
13.4. Extending the API Using Custom Resource Definitions (CRDs)

14. The Ecosystem
14.1. Installing Helm, the Kubernetes Package Manager
14.2. Using Helm to Install Applications
14.3. Creating Your Own Chart to Package Your Application with Helm
14.4. Converting Your Docker Compose Files to Kubernetes Manifests
14.5. Creating a Kubernetes Cluster with kubicorn
14.6. Storing Encrypted Secrets in Version Control
14.7. Deploying Functions with kubeless

Tutorials and Examples

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