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Hands-On Kubernetes on Azure

You're reading from   Hands-On Kubernetes on Azure Automate management, scaling, and deployment of containerized applications

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Product type Paperback
Published in May 2020
Publisher Packt
ISBN-13 9781800209671
Length 368 pages
Edition 2nd Edition
Tools
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Authors (3):
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Nills Franssens Nills Franssens
Author Profile Icon Nills Franssens
Nills Franssens
Gunther Lenz Gunther Lenz
Author Profile Icon Gunther Lenz
Gunther Lenz
Shivakumar Gopalakrishnan Shivakumar Gopalakrishnan
Author Profile Icon Shivakumar Gopalakrishnan
Shivakumar Gopalakrishnan
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Toc

Table of Contents (16) Chapters Close

Preface Section 1: The Basics
1. Introduction to Docker and Kubernetes FREE CHAPTER 2. Kubernetes on Azure (AKS) Section 2: Deploying on AKS
3. Application deployment on AKS 4. Building scalable applications 5. Handling common failures in AKS 6. Securing your application with HTTPS and Azure AD 7. Monitoring the AKS cluster and the application Section 3: Leveraging advanced Azure PaaS services
8. Connecting an app to an Azure database 9. Connecting to Azure Event Hubs 10. Securing your AKS cluster 11. Serverless functions Index

Metrics reported by Kubernetes

Kubernetes reports multiple metrics. In this section, we'll first use a number of kubectl commands to get these metrics. Afterward, we'll look into Azure Monitor for containers to see how Azure helps with container monitoring.

Node status and consumption

The nodes in your Kubernetes are the servers running your application. Kubernetes will schedule Pods to different nodes in the cluster. You need to monitor the status of your nodes to ensure that the nodes themselves are healthy and that the nodes have enough resources to run new applications.

Run the following command to get information about the nodes on the cluster:

kubectl get nodes

The preceding command lists their name, status, and age:

Output for the kubectl get nodes command listing the name, status, and age of the nodes.
Figure 7.22: There are two nodes in this cluster

You can get more information by passing the -o wide option:

kubectl get -o wide nodes

The output lists the underlying OS-IMAGE and INTERNAL-IP, and other...

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