- #INTELLIJ JAR ON APPLICATION SERVER HOW TO#
- #INTELLIJ JAR ON APPLICATION SERVER CODE#
- #INTELLIJ JAR ON APPLICATION SERVER DOWNLOAD#
The writers of both posts have a delay up to five minutes or so, which definitely is not workable and would have pushed me to look into this problem instantly. Both posts point out a problem similar to mine: a ‘DNS problem’ with how ‘localhost’ was resolved. I just took a couple of Thread dumps and a small Google query which led me to this post on the IntelliJ forum and this post on StackOverflow. That can’t be right?!įiguring out what’s was going on wasn’t that hard. So in it takes about 10 seconds in total to connect to a locally running (almost empty) MongoDB instance. In that line, it is still trying to set up the proper MongoDB connection. I double checked my settings, but you can see it’s really trying to connect to a locally running instance by the log messages stating it tries to connect to localhost on 27017.Ī couple of lines down it makes another jump of about 4 seconds.
After about five seconds, the application logs an entry when it tries to setup a connection to a locally running MongoDB instance. The first jump is after handling the bean integrationGlobalProperties.
What’s interesting about the above log is that it makes a couple of multi-second jumps. 23:53:21,293 INFO - Checking unique service notification from repository: 23:53:15,829 INFO - Cluster created with settings ] to localhost:27017 Let’s take a look at a snippet of the log: 23:53:10,293 INFO - Bean 'integrationGlobalProperties' of type is not eligible for getting processed by all BeanPostProcessors (for example: not eligible for auto-proxying) In the log file, there were a couple of strange jumps in time that I wanted to investigate further. Just leveraging the logging framework with the Spring Boot application gives you pretty good insight into what’s going on during the launch of the application. Most of us run the entire application and its dependencies (MongoDB and Elasticsearch) on our laptop and the application requires no remote connections, so I was always wondering what the application was doing during those 60+ seconds. My teammates always said they found it strange, as well, but nobody bothered to spend the time to investigate the cause. When I started the application with IntelliJ, it always took more than 60 seconds to start the deployed application, which I thought was pretty long given the size of the application. Spring Boot applications can run perfectly fine with an embedded container, but since we deploy the application within a Tomcat container in our acceptance and production environments, I always stick to the same deployment manner on my local machine.Īfter joining the project in March, one thing always kept bugging me. During my normal development cycle, I always start the application from within IntelliJ by means of a run configuration that deploys the application to a local Tomcat container. Now, you can create an executable JAR file, and run the Spring Boot application by using the Maven or Gradle commands shown below −įor Maven, use the command as shown below −Īfter “BUILD SUCCESS”, you can find the JAR file under the target directory.įor Gradle, you can use the command shown below −Īfter “BUILD SUCCESSFUL”, you can find the JAR file under the build/libs directory.At my current project, we’re developing an application based on Spring Boot. The application.yml file is given below − You should add the below given configuration into your application.properties file or application.yml file.Īpplication.properties file is given below − The complete build configuration file is given below −Ĭlasspath(":spring-boot-gradle-plugin:$"īy default, the Eureka Server registers itself into the discovery.
#INTELLIJ JAR ON APPLICATION SERVER CODE#
The code for Gradle user dependency is given below −Ĭompile(':spring-cloud-starter-eureka-server') The code for Maven user dependency is shown below − Make sure Spring cloud Eureka server dependency is added in your build configuration file. The code for main Spring Boot application class file is as shown below − The annotation is used to make your Spring Boot application acts as a Eureka Server. It is shown in the screenshot below −Īfter downloading the project in main Spring Boot Application class file, we need to add annotation.
#INTELLIJ JAR ON APPLICATION SERVER DOWNLOAD#
Visit the Spring Initializer homepage and download the Spring Boot project with Eureka server dependency. For this, we need to develop the Eureka server and run it on the default port 8761. Building a Eureka ServerĮureka Server comes with the bundle of Spring Cloud.
#INTELLIJ JAR ON APPLICATION SERVER HOW TO#
In this chapter, we will learn in detail about How to build a Eureka server. Eureka Server is also known as Discovery Server. Every Micro service will register into the Eureka server and Eureka server knows all the client applications running on each port and IP address. Eureka Server is an application that holds the information about all client-service applications.