Finally, the spring-boot-starter-parent module serves as an aggregator module and provides default configuration. The next module acme-example-app hosts the actual Spring Boot app and wires the two other modules together. Our second module acme-example-ui contains our frontend code and uses Maven in combination with Parcel to package the application bits. The first module is acme-example-api, which contains the backend API which, in turn, is just a simple annotated Spring MVC Controller. spring-boot-micro-frontend-example (parent).The example application uses Maven and is composed of three modules wrapped in a fourth parent-module: 🙂įor the impatient, you can find all the code on GitHub here: thomasdarimont/spring-boot-micro-frontend-example Example application In the following post I’ll describe how you can bundle and serve your frontend code from within a Spring Boot app without using any proxies, dedicated dev-servers or complicated build systems! And you’ll also get cool stuff like compression, minification and live-reload for free. Great for small and simple projects or demo apps. ParcelJS is a simple web application bundler that packages your frontend code with sane defaults that do what you want – at least most of the time. I’ve been looking for a simple solution for quick experiments for quite a while now… then I stumbled upon ParcelJS, which solves a part of this by using convention over configuration. – often through the means of complicatedly generated build scripts which are difficult to debug. When integrating frontend code, we often have to deal with multiple things like: resources, HTML, CSS, JavaScript, Typescript, minification, etc. In this blogpost you’ll learn a lean way to integrate frontend code in your Spring Boot app. One of them was recently demonstrated by our blog post A Lovely Spring View: Spring Boot & Vue.js from my colleague Jonas Hecht. There are numerous ways to integrate frontend code in Spring-Boot-based web applications.

Open source spring boot project github