Kubernetes Hands On

Kubernetes Hands On, available at $74.99, has an average rating of 4.6, with 72 lectures, 1 quizzes, based on 195 reviews, and has 1199 subscribers.

You will learn about What is Kubernetes. What is relation between Docker and Kubernetes. How to implement 3 Node Kubernetes Cluster on VMs. Understand VM vs Containers vs Pods Create Pods using YAML file, Understand pod to pod, node to pod communications, How to send traffic to pods, Understand and manage pod labels Create Pods using CLI, How to use ReplicaSets. How to use match label and match expression selector, How to create Kubernetes deployment. How to scale up using ReplicaSets/Deployments, How to use Rolling Update, Fixed deployment, Canary deployment, Blue Green deployment strategy How to create custom Docker images. How to push, pull and verify custom images How to perform health probes. Understand readiness and liveness probes. How to send traffic to Pods using Kubernetes services object How to use ClusterIP service How to use NodePort service How to use fixed NodePort service How to use Load Balancer service This course is ideal for individuals who are Anyone who wants to learn Kubernetes or Anyone who wants to enter into DevOps field It is particularly useful for Anyone who wants to learn Kubernetes or Anyone who wants to enter into DevOps field.

Enroll now: Kubernetes Hands On

Summary

Title: Kubernetes Hands On

Price: $74.99

Average Rating: 4.6

Number of Lectures: 72

Number of Quizzes: 1

Number of Published Lectures: 72

Number of Published Quizzes: 1

Number of Curriculum Items: 73

Number of Published Curriculum Objects: 73

Original Price: ?7,900

Quality Status: approved

Status: Live

What You Will Learn

What is Kubernetes. What is relation between Docker and Kubernetes. How to implement 3 Node Kubernetes Cluster on VMs. Understand VM vs Containers vs Pods

Create Pods using YAML file, Understand pod to pod, node to pod communications, How to send traffic to pods, Understand and manage pod labels

Create Pods using CLI, How to use ReplicaSets. How to use match label and match expression selector, How to create Kubernetes deployment.

How to scale up using ReplicaSets/Deployments, How to use Rolling Update, Fixed deployment, Canary deployment, Blue Green deployment strategy

How to create custom Docker images. How to push, pull and verify custom images

How to perform health probes. Understand readiness and liveness probes.

How to send traffic to Pods using Kubernetes services object

How to use ClusterIP service

How to use NodePort service

How to use fixed NodePort service

How to use Load Balancer service

Who Should Attend

Anyone who wants to learn Kubernetes

Anyone who wants to enter into DevOps field

Target Audiences

Anyone who wants to learn Kubernetes

Anyone who wants to enter into DevOps field

The videos in the course has been created using different concept. We have taken screenshots of step by step implementation of various Kubernetes concepts. From those screenshots, we have created course videos. Please remember that creating course using this approach took significant more time that otherwise would have taken. Now question arises why we have taken this approach?

Kubernetes is a complex concept involving many components. Understanding how these components work individually and in combination is necessary for understanding Kubernetes. For understanding complex relation among different building blocks of Kubernetes, creation of high quality diagrams is must.

In this course, we have created 3 node Kubernetes cluster using three virtual machines (VMs). Now when we create pods (using Pod, ReplicaSet, Deployment, DaemonSet objects), these are given unique IP address, name and scheduled on nodes dynamically. So when we first took screenshots, we were able to create exact diagrams based on IP, Name, Node allocated. After that we created course videos. Same is true when we talk about Kubernetes service object.

We have checked the effectiveness of this approach many times when taking online classes. This approach was very effective in making people understand Kubernetes properly.

If you are not convinced about the effectiveness of this approach, then we will suggest that this course is not for you. The following will be covered

Kubernetes Introduction and Installation

  – Docker Introduction

  – Kubernetes Installation

Kubernetes Pods

  – Pod Basics

  – Creating and Managing Pods

Kubernetes ReplicaSets

  – ReplicaSet Introduction

  – Create ReplicaSets

Kubernetes Deployments

  – How to create deployments

  – How to scale up

Custom Images

  – How to create custom Docker images

  – How to push/pull/verify custom images

Deployment Strategy

  – Rolling Update

  – Fixed

  – Blue Green

  – Canary

Health Probes

  – Readiness Probes

  – Liveness Probes

Kubernetes Services

  – ClusterIP

  – NodePort

  – LoadBalancer

Course Curriculum

Chapter 1: Kubernetes Introduction and Installation

Lecture 1: Kubernetes Hands On Course Introduction

Lecture 2: Docker Introduction (VM vs Containers)

Lecture 3: How to create simple Docker containers

Lecture 4: How to create complex Docker containers

Lecture 5: Kubernetes introduction (Containers vs Pods)

Lecture 6: Kubernetes lab setup – 1

Lecture 7: Kubernetes lab setup – 2

Lecture 8: Kubernetes lab setup – 3

Lecture 9: Kubernetes lab setup – 4

Chapter 2: Kubernetes Pods

Lecture 1: Kubernetes pod introduction

Lecture 2: Create first pod using YAML file

Lecture 3: Access pod and check communication

Lecture 4: Launch additional pod and check pod to pod connectivity

Lecture 5: Create other pods and draw important conclusions

Lecture 6: Delete pods using different methods

Lecture 7: Use CLI for creating pods

Lecture 8: How to do pod troubleshooting and pod labels introduction

Lecture 9: How to manage pod labels

Lecture 10: Create pod with labels using CLI

Lecture 11: How to create pod by specifying container port and label

Lecture 12: Create pod with label and port in CLI mode

Lecture 13: Create pod with host port option

Lecture 14: Understand host port behavior by launching additional pods

Chapter 3: Kubernetes ReplicaSets

Lecture 1: Understand ReplicaSets. How to create ReplicaSet.

Lecture 2: How to scale up using ReplicaSet

Lecture 3: How ReplicaSet reacts when we manipulate pods

Lecture 4: Further study behavior of ReplicaSet

Lecture 5: Create ReplicaSet using match expression selector

Lecture 6: Create ReplicaSet using both match expression and match label selector

Chapter 4: Kubernetes Deployments

Lecture 1: How to create Kubernetes deployment

Lecture 2: How to scale up using deployment

Chapter 5: Docker Custom Images

Lecture 1: Why we need custom Docker images.

Lecture 2: Create first custom Docker image

Lecture 3: Test custom image and create other custom images

Lecture 4: How to push custom images to Docker hub

Lecture 5: How to pull and verify custom images

Chapter 6: Different Kubernetes Deployment Strategies

Lecture 1: Create deployment for using Rolling Update strategy

Lecture 2: How to access pods using Kubernetes service

Lecture 3: Create Load Balancing service

Lecture 4: How to perform rolling update

Lecture 5: View rolling update details

Lecture 6: Again perform rolling update and observe behavior

Lecture 7: How to perform rollback and observe behavior

Lecture 8: Create deployment for Fixed strategy

Lecture 9: How to use fixed deployment strategy

Lecture 10: Create two different deployments for Blue Green strategy

Lecture 11: How to send traffic to green deployment

Lecture 12: How to send traffic to blue deployment

Lecture 13: Create Stable deployment and send traffic to Stable deployment

Lecture 14: Create Canary deployment and send some traffic to Canary deployment

Lecture 15: How Canary deployment works

Chapter 7: Kubernetes Health Probes (Readiness and Liveness)

Lecture 1: Health probes introduction. Create deployment for readiness probes

Lecture 2: Create service object for verifying readiness probe

Lecture 3: Further understand readiness probes by manipulating files

Lecture 4: How to use liveness probes

Lecture 5: Create another pod for understanding readiness probe

Lecture 6: Create few other pods for understanding liveness probes

Lecture 7: Understand liveness probe using Kubernetes deployment

Lecture 8: Configure both readiness and liveness probes

Chapter 8: Kubernetes Services (ClusterIP, NodePort and Load Balancer)

Lecture 1: Kubernetes services introduction

Lecture 2: Understand default service type

Lecture 3: Create ClusterIP service

Lecture 4: Create NodePort service

Lecture 5: Create Fixed NodePort service

Lecture 6: Create Load Balancer service

Lecture 7: Use ClusterIP service with deployment

Lecture 8: Use NodePort service with deployment

Lecture 9: Use Load Balancer service with deployment

Lecture 10: Create pod and ClusterIP service using CLI mode

Lecture 11: Create pod and NodePort service using CLI mode

Lecture 12: Create deployment and Load Balancer service using CLI mode

Chapter 9: Bonus Section

Lecture 1: How to create 3 Node Kubernetes cluster using Google Kubernetes Engine (GKE)

Instructors

Vipin Gupta
Linux & Cloud Engineer

Rating Distribution

1 stars: 3 votes

2 stars: 3 votes

3 stars: 9 votes

4 stars: 31 votes

5 stars: 149 votes

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