Book Image

Full Stack Development with JHipster - Second Edition

By : Deepu K Sasidharan, Sendil Kumar Nellaiyapen
Book Image

Full Stack Development with JHipster - Second Edition

By: Deepu K Sasidharan, Sendil Kumar Nellaiyapen

Overview of this book

JHipster is an open source development platform that allows you to easily create web apps and microservices from scratch without spending time on wiring and integrating different technologies. Updated to include JHipster 6, Java 11, Spring Boot 2.1, Vue.js, and Istio, this second edition of Full Stack Development with JHipster will help you build full stack applications and microservices seamlessly. You'll start by understanding JHipster and its associated tools, along with the essentials of full stack development, before building a monolithic web app. You'll then learn the JHipster Domain Language (JDL) with entity modeling using JDL-Studio. With this book, you'll create production-ready web apps using Spring Boot, Spring Framework, Angular, and Bootstrap, and run tests and set up continuous integration pipelines with Jenkins. As you advance, you'll learn how to convert your monoliths to microservices and how to package your application for production with various deployment options, including Heroku and Google Cloud. You'll also learn about Docker and Kubernetes, along with an introduction to the Istio service mesh. Finally, you'll build your client-side with React and Vue.js and discover JHipster's best practices. By the end of the book, you'll be able to leverage the best tools available to build modern web apps.
Table of Contents (23 chapters)
1
Section 1: Getting Started with the JHipster Platform
4
Section 2: Building and Customizing Web Applications with JHipster
8
Section 3: Continuous Integration and Testing
11
Section 4: Converting Monoliths to Microservice Architecture
15
Section 5: Deployment of Microservices
18
Section 6: React and Vue.js for the Client Side

Deploying the application to Google Cloud with Kubernetes

We have created Kubernetes configuration files with the jhipster kubernetes command. The next step is to build the artifacts and deploy them into Google Cloud.

It is also possible to deploy to other Kubernetes services such as Azure Kubernetes Service or Amazon Elastic Kubernetes Service using this configuration. Just follow the cloud provider's documentation to create a Kubernetes cluster and apply the generated configuration using the kubectl apply commands, as mentioned later in this section.

Kubernetes will use the image from the Docker Registry. We configured the Docker username when we generated the application, so the first step will be to tag those images and then push them to our Docker repository.

To do so, we will do the following:

  1. Open the Terminal and go to the Kubernetes folder that we have generated...