Add Log4j RollingFileAppender appender to send log entries to Filebeat.Add context.xml file and MANIFEST.MF file to the WAR file.Add Gradle zipGetVersion task with a versioning scheme for build artifacts.Add Gradle zipStatic task to ZIP up the application’s static assets for deployment to NGINX.Add Gradle warNoStatic task to build WAR without static assets.Modify MongoDB configuration class to work with non-local, containerized MongoDB instances.

Add unit tests for Continuous Integration demonstration purposes.

Move from Java 1.7 to 1.8 (including newer Tomcat version).

Testing frameworks include the Spring MVC Test Framework, Mockito, Hamcrest, and JUnit.Ī few changes were made to the original Spring Music application to make it work for this demonstration, including: The Java Spring Music application stack contains the following technologies: Java, Spring Framework, AngularJS, Bootstrap, jQuery, NGINX, Apache Tomcat, MongoDB, the ELK Stack, and Filebeat. The Spring Music source code is stored on the springmusic_v2 branch of the garystafford/spring-music repository, also on GitHub. Instead of Cloud Foundry, we will host the Spring Music application locally, using Docker on VirtualBox, and optionally on AWS.Īll files necessary to build this project are stored on the docker_v2 branch of the garystafford/spring-music-docker repository on GitHub. The Spring Music sample record album collection application was originally designed to demonstrate the use of database services on Cloud Foundry, using the Spring Framework. We will use a sample Java Spring application, Spring Music, available on GitHub from Cloud Foundry. In this post, we will demonstrate how to build, test, deploy, and manage a Java Spring web application, hosted on Apache Tomcat, load-balanced by NGINX, monitored by ELK with Filebeat, and all containerized with Docker. The post’s project was also updated to use Filebeat with ELK, as opposed to Logspout, which was used previously.

This new post incorporates many improvements made in Docker 1.12, including the use of the new Docker Compose v2 YAML format. This post and the post’s example project represent an update to a previous post, Build and Deploy a Java-Spring-MongoDB Application using Docker.

Openjdk 1.8 docker