You'll need to set the Debugger mode to Attach to remote JVM, the Transport to Socket, the Host to localhost and lastly the Port to 8000. The only difference this time is that when you click "+" you'll need to select Remote. To achieve this you'll need to add a new configuration like the previous step. Like all applications you want the ability to debug your backend. Build and deploy to Tomcat Tomcat Remote Debug Tomcat then knows it has a new version of the file and redeploys it. What this line does is that it builds the project, using Maven, and then gets the file from the specified path (that's usually configured in your project) and copies it to the webapps folder in Tomcat. war:war :wagon-maven-plugin:upload-single omFile=D:\work\project\backend.war -Dwagon.url=file://C:\apache-tomcat-8.5.34\webapps\ Select your project location and add the following command line. Don't forget to name your new configuration. To achieve this you'll need to head over to Run -> Edit Configurations, click the "+" and select Maven. Now that you're done with the Tomcat configuration you want the ability to build using Maven and deploy to the now working Tomcat server. If you go to Tools -> External Tools and click on Tomcat, it should start the Tomcat server. The working directory should be set automatically. And last but not least set an argument with the command jpda run. For example mine is C:\apache-tomcat-8.5.34\bin\catalina.bat. For tool settings, select the catalina.bat file, usually located in the bin folder of your Tomcat installation. You can add a new tool with whatever name you want. Make sure you install Tomcat in a place that doesn't require admin access, for example next to your project.Īfter that, open File -> Settings and expand Tools and select External Tools. Install Tomcat - For my project I've used Tomcat 8.I found some inspiration on Github, but not in the form I wanted, but it was good enough to get me started.īellow is a short tutorial on how to setup Tomcat in Intellij IDEA Community to run/debug, and how to use Maven to build your project and then deploy it to Tomcat. Many Google searches later I found a few plugins that might do the trick but when I tried using them, the famous NullPointerException happened and I started looking for an alternative. The first thing I noticed is that Intellij IDEA Community does not have a Tomcat plugin, unlike the Ultimate edition, that has one out of the box. I got cracking and started configuring the project on my local machine. The project uses Maven as a build tool and it deploys the code to a Tomcat server. Finished generating 'hellofx.hellofx' in 3m 15s.Recently I started working on a project that required me to have the backend part installed locally, instead of using a remote backend. 115 classes, 105 fields, and 192 methods registered for JNI access 651 classes, 109 fields, and 1,316 methods registered for reflection GraalVM Native Image: Generating 'hellofx.hellofx'. We will now compile your code for x86_64-apple-darwin. gluonfx-maven-plugin:1.0.18:compile (default-cli) hellofx. Finished generating 'hello.hellosharedlib' in 58.5s. gluon-samples/HelloSharedLib/target/gluonfx/x86_64-linux/gvm/HelloSharedLib/graal_isolate.h (header) gluon-samples/HelloSharedLib/target/gluonfx/x86_64-linux/gvm/HelloSharedLib/ (header) 83 classes, 75 fields, and 97 methods registered for JNI access 376 classes, 105 fields, and 1,030 methods registered for reflection Version info: 'GraalVM 22.1.0.1 Java 17 CE' GraalVM Native Image: Generating 'hello.hellosharedlib' (shared library). gluonfx-maven-plugin:1.0.18:sharedlib (default-cli) hellosharedlib. You will be able to download this after the build finishes. name: Copy native image to staging run: cp -r target/gluonfx/x86_64-linux/HelloGluon staging # Upload the staging directory as a build artifact. name: Gluon Build run: mvn -Pdesktop gluonfx:build gluonfx:package # Copy the native binary to the staging directory com.gluonhq gluonfx-maven-plugin 1.0.18 host your.mainClass false 11-ea+10 21-ea+9.1 false 1.0 1.0 false 1 1.0 $ # Build your project using Maven # The desktop profile is used, which means a native build will be created for the host platform (in this case Linux) itself.
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