Book Image

Full Stack Development with JHipster

By : Sasidharan, Nellaiyapen
Book Image

Full Stack Development with JHipster

By: Sasidharan, Nellaiyapen

Overview of this book

JHipster is a development platform to generate, develop, and deploy Spring Boot and Angular/React applications and Spring microservices. It provides you with a variety of tools that will help you quickly build modern web applications. This book will be your guide to building full stack applications with Spring and Angular using the JHipster tool set. You will begin by understanding what JHipster is and the various tools and technologies associated with it. You will learn the essentials of a full stack developer before getting hands-on and building a monolithic web application with JHipster. From here you will learn the JHipster Domain Language with entity modeling and entity creation using JDL and JDL studio. Moving on, you will be introduced to client side technologies such as Angular and Bootstrap and will delve into technologies such as Spring Security, Spring MVC, and Spring Data. You will learn to build and package apps for production with various deployment options such as Heroku and more. During the course of the book, you will be introduced to microservice server-side technologies and how to break your monolithic application with a database of your choice. Next, the book takes you through cloud deployment with microservices on Docker and Kubernetes. Going forward, you will learn to build your client side with React and master JHipster best practices. By the end of the book, you will be able to leverage the power of the best tools available to build modern web applications.
Table of Contents (16 chapters)

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.

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:

We will open the terminal and go to the Kubernetes folder that we have generated:

> docker image tag gateway sendilkumarn/gateway

And we will push this image into the Docker repository:

> docker push sendilkumarn/gateway
Note: you have to log in to the Docker Hub before pushing the image. You can login to Docker using the docker login command followed by your username and password. If you don&apos...