Truly Master Kubernetes

Truly Master Kubernetes, available at $44.99, has an average rating of 4.45, with 132 lectures, based on 14 reviews, and has 111 subscribers.

You will learn about Why Kubernetes has become so popular Kubernetes pros and cons Important background material: a Docker Containers crash course and a YAML crash course Containers vs Virtual Machines The Kubernetes system architecture How to run a local development cluster using Minikube How to use Google Kubernetes Engine (GKE) to host a cluster in the cloud for development or production Kubernetes basics like Pods, Label Selectors, Annotations, and Namespaces Kubernetes controllers like ReplicaSets, Deployments, and DaemonSets Kubernetes services and service discovery–including LoadBalancer services, NodePort services, and session affinity How to use the Kubectl CLI utility–including useful commands like apply, exec, port-forward, and top, to name a few Liveness Probes/Health Checks and Readiness Probes Container Lifecycle Hooks Init containers This course is ideal for individuals who are Software Developers or DevOps Engineers or Anyone who is interested in using Kubernetes to manage containers! or Kubernetes Beginners or Container Beginners or Docker Beginners It is particularly useful for Software Developers or DevOps Engineers or Anyone who is interested in using Kubernetes to manage containers! or Kubernetes Beginners or Container Beginners or Docker Beginners.

Enroll now: Truly Master Kubernetes

Summary

Title: Truly Master Kubernetes

Price: $44.99

Average Rating: 4.45

Number of Lectures: 132

Number of Published Lectures: 132

Number of Curriculum Items: 132

Number of Published Curriculum Objects: 132

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Why Kubernetes has become so popular

Kubernetes pros and cons

Important background material: a Docker Containers crash course and a YAML crash course

Containers vs Virtual Machines

The Kubernetes system architecture

How to run a local development cluster using Minikube

How to use Google Kubernetes Engine (GKE) to host a cluster in the cloud for development or production

Kubernetes basics like Pods, Label Selectors, Annotations, and Namespaces

Kubernetes controllers like ReplicaSets, Deployments, and DaemonSets

Kubernetes services and service discovery–including LoadBalancer services, NodePort services, and session affinity

How to use the Kubectl CLI utility–including useful commands like apply, exec, port-forward, and top, to name a few

Liveness Probes/Health Checks and Readiness Probes

Container Lifecycle Hooks

Init containers

Who Should Attend

Software Developers

DevOps Engineers

Anyone who is interested in using Kubernetes to manage containers!

Kubernetes Beginners

Container Beginners

Docker Beginners

Target Audiences

Software Developers

DevOps Engineers

Anyone who is interested in using Kubernetes to manage containers!

Kubernetes Beginners

Container Beginners

Docker Beginners

What is Kubernetes?

When you run a server in production, how do you handle problems such as

hardware failures

application crashes

spikes in user demand

updates and redeployments of your application

automatically managing any number of Docker containers

migrating to completely different data centers or cloud providers

Sure. You could handle these problems using a collection of utility programs and custom infrastructure code. But that’s a lot of work.

On the other hand, you can package your application in Docker containers and run those containers in Kubernetes!

The combination of containers and Kubernetes frees you from creating lots of infrastructure to manage your applications running in production.

That’s no small thing.

So what is Kubernetes?

Kubernetes is a container management system.

Kubernetes makes your containerized applications highly reliable.

It reduces the number of damage control incidents and late night emergency phone calls from work.

Why Learn Kubernetes?

1. Kubernetes helps you manage your application in production by providing

2. automatic crash recovery

3. built in load balancing

4. horizontal scaling using a single command

5. upgrade your app while maintain 100% uptime

6. revert without any downtime

7. simple service discovery

8. automatic container scheduling

9. secret data management

10. Kubernetes has a pluggable (customizable) architecture.

11. It abstracts away the underlying hardware.

12. It is open source (no vendor lock-in).

13. It’s very popular—and growing more so every year.

What is Nick’s Teaching Style?

Every lesson follows a four-part philosophy. I’m going to teach you

what you’re about to learn

why it’s important

how to code it up and use it

which corner cases and caveats that you need to be on the lookout for

The course contains lots and lots of examples. They are designed to be

interesting and entertaining

concise and to the point

clear and without any unnecessary complications

Course Curriculum

Chapter 1: The Big Picture

Lecture 1: Introduction

Lecture 2: Microservices

Lecture 3: Containers

Lecture 4: Containers vs VMs

Lecture 5: Kubernetes Pros and Cons

Lecture 6: What This Course Covers: Admins vs Users

Lecture 7: Kubernetes Architecture

Chapter 2: Foundation

Lecture 1: Introduction

Lecture 2: Docker Crash Course

Lecture 3: __ Docker Client and Daemon

Lecture 4: __ Hello World!

Lecture 5: __ Dockerfiles

Lecture 6: __ Build, Push, and Run Images

Lecture 7: Setting Up a Kubernetes Cluster

Lecture 8: __ Installing Minikube

Lecture 9: __ Creating a Cluster on GKE

Lecture 10: YAML Crash Course

Lecture 11: __ Comments, Whitespace, and Doc Start

Lecture 12: __ From JSON to YAML

Lecture 13: __ Arrays

Lecture 14: __ Booleans, Nulls, and Strings

Lecture 15: Conclusion

Chapter 3: Pods

Lecture 1: Introduction

Lecture 2: Pod Description

Lecture 3: Config File Basics

Lecture 4: Creating Pods

Lecture 5: Viewing the Output

Lecture 6: YAML and JSON Config Files

Lecture 7: Printing K8s Objects

Lecture 8: Restart Policy

Lecture 9: Pod Termination

Lecture 10: __ Grace Periods and Forced Termination

Lecture 11: Customizing Containers

Lecture 12: __ Setting the Default Command

Lecture 13: __ Running Commands in a Shell

Lecture 14: __ Environment Variables

Lecture 15: Init Containers

Lecture 16: __ The Motivation for Init Containers

Lecture 17: __ Init Container Examples

Lecture 18: Stopping and Deleting Minikube

Lecture 19: Conclusion

Chapter 4: Names, Labels, Annotations, and Namespaces

Lecture 1: Introduction

Lecture 2: Object Names and UIDs

Lecture 3: __ Finding an Objects UID

Lecture 4: Labels

Lecture 5: Label Selectors

Lecture 6: __ Using Selectors

Lecture 7: Annotations

Lecture 8: Namespaces

Lecture 9: __ Namespaces in Kubectl Commands

Lecture 10: __ Namespaces in Config Files

Lecture 11: Conclusion

Chapter 5: Basic Controllers

Lecture 1: Introduction

Lecture 2: ReplicaSets

Lecture 3: __ Accidental Matches

Lecture 4: __ Pod Labels vs ReplicaSet Labels

Lecture 5: __ Pod Restart Policy

Lecture 6: __ Creating ReplicaSets

Lecture 7: __ Scaling ReplicaSets

Lecture 8: __ Deleting ReplicaSets

Lecture 9: __ Naked Pods

Lecture 10: __ ReplicationControllers vs ReplicaSets

Lecture 11: Deployments

Lecture 12: __ Creating a Deployment

Lecture 13: __ Scaling a Deployment

Lecture 14: __ The describe Command

Lecture 15: __ Updating a Deployment on the Fly

Lecture 16: ____ Deployment Strategies

Lecture 17: ____ The rollout Command

Lecture 18: DaemonSets

Lecture 19: __ Alternatives to DaemonSets

Lecture 20: __ DaemonSet Config Files

Lecture 21: __ Creating a DaemonSet

Lecture 22: __ Deleting a DaemonSet

Lecture 23: __ Run Pods on Specific Nodes

Lecture 24: __ GKE Cluster Cleanup

Lecture 25: __ DaemonSets and Cluster Boot Up

Lecture 26: Conclusion

Chapter 6: Services

Lecture 1: Introduction

Lecture 2: What Are Services?

Lecture 3: Service Demo

Lecture 4: Custom Cluster IPs

Lecture 5: port vs targetPort

Lecture 6: The expose Command

Lecture 7: Service Discovery

Lecture 8: __ DNS

Lecture 9: __ Environment Variables

Lecture 10: Externally-Exposed Services

Lecture 11: __ NodePort Services

Lecture 12: ____ Why Use a NodePort Service?

Lecture 13: ____ A NodePort Service Example

Lecture 14: ____ Choosing the NodePort Value

Lecture 15: __ LoadBalancer Services

Lecture 16: __ No-Selector Services

Instructors

Nick True
Software Engineer

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3 stars: 2 votes

4 stars: 4 votes

5 stars: 8 votes

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