The complete guide to running Java in Docker and Kubernetes

The complete guide to running Java in Docker and Kubernetes, available at $74.99, has an average rating of 4.25, with 31 lectures, based on 116 reviews, and has 969 subscribers.

You will learn about In depth knowledge of how Java works in a Container Kubernetes & Docker Containers in depth: Linux cgroups & namespaces How to build a production-quality Docker image for JVM applications This course is ideal for individuals who are JVM developers interested in understanding how the JVM behaves in a container or Java developers using Docker or Java developers using Kubernetes or JVM developers using containers It is particularly useful for JVM developers interested in understanding how the JVM behaves in a container or Java developers using Docker or Java developers using Kubernetes or JVM developers using containers.

Enroll now: The complete guide to running Java in Docker and Kubernetes

Summary

Title: The complete guide to running Java in Docker and Kubernetes

Price: $74.99

Average Rating: 4.25

Number of Lectures: 31

Number of Published Lectures: 31

Number of Curriculum Items: 31

Number of Published Curriculum Objects: 31

Original Price: ￡22.99

Quality Status: approved

Status: Live

What You Will Learn

In depth knowledge of how Java works in a Container

Kubernetes & Docker

Containers in depth: Linux cgroups & namespaces

How to build a production-quality Docker image for JVM applications

Who Should Attend

JVM developers interested in understanding how the JVM behaves in a container

Java developers using Docker

Java developers using Kubernetes

JVM developers using containers

Target Audiences

JVM developers interested in understanding how the JVM behaves in a container

Java developers using Docker

Java developers using Kubernetes

JVM developers using containers

If you need to learn how to run, tune, and maintain JVM applications that run in Docker and/or Kubernetes then this is the course for you.

This course is very different from other Java/Docker/Kubernetes courses. It focuses on all the skills that you need to succeed in production.

All of the examples are in Java but the content is applicable for any JVM language including Scala, Groovy, and Kotlin.

We’ll start with introductions for Docker and Kubernetes then we’ll get into the fun stuff. We’ll learn:

What a container is under the covers

Linux cgroups

Linux namespaces

Then we will go into how the JVM and your Java application behave differently in Kubernetes when running inside cgroups and namespaces. We’ll cover:

JVM ergonomics

How CPU Shares and Quota work

How Kubernetes manages CPU and Memory

Then we will teach you all the techniques needed to build production-ready images:

Selecting a base image

JDK vs JRE based images

Multi-stage Docker builds

GraalVM

Class data sharing

Ahead of time compilation

We will experiment with different JVM versions and settings.

By the end of this course you’ll know how to:

Build a production-ready image

Select between using CPU limits, quotas, or both in Kubernetes

Select memory limits and tune the JVM for running in Kubernetes

Understand CPU usage in Kubernetes and know why it is different to VMs and physical machines.

Course Curriculum

Chapter 1: Introduction

Lecture 1: What youll learn in this course

Chapter 2: Docker for Java developers

Lecture 1: What is Docker

Lecture 2: Installing Docker

Lecture 3: Docker components

Chapter 3: Getting to know the samples

Lecture 1: Gradle and the samples

Chapter 4: Java Ergonomics

Lecture 1: JVM Ergonomics

Chapter 5: Containers in depth

Lecture 1: Introduction to namespaces and cgroups

Lecture 2: Container CPU shares

Lecture 3: Container CPU quota

Lecture 4: Container memory

Chapter 6: Kubernetes

Lecture 1: Kubernetes introduction

Lecture 2: Installing minikube

Lecture 3: Running the samples in Kubernetes

Lecture 4: Kubernetes resources

Lecture 5: CPU in Kubernetes

Lecture 6: Memory in Kubernetes

Lecture 7: Liveness, readiness, and rolling deployments

Chapter 7: Production-ready Java images

Lecture 1: Introduction to images

Lecture 2: Picking a base image

Lecture 3: JDK vs JRE base image

Lecture 4: Multi stage builds

Lecture 5: JVM modules and JLink

Lecture 6: Graceful shutdown and handling signals

Lecture 7: Handling signals in containers

Lecture 8: Debugging inside containers

Lecture 9: Speeding up startup with Class Data Sharding (CDS)

Lecture 10: Going distroless: in search of smaller images

Lecture 11: Lightning fast containers with Ahead Of Time (AOT) compilation

Lecture 12: GraalVM native image introduction

Lecture 13: GraalVM multi stage builds

Chapter 8: Conclusion

Lecture 1: Questions and feedback

Instructors

Christopher Batey
Principal Engineer @ Lightbend Inc

Rating Distribution

1 stars: 0 votes

2 stars: 1 votes

3 stars: 11 votes

4 stars: 43 votes

5 stars: 61 votes

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