![intellij jar configuration intellij jar configuration](https://resources.jetbrains.com/help/img/idea/2019.3/jt-jar-built.png)
- Intellij jar configuration how to#
- Intellij jar configuration install#
- Intellij jar configuration full#
Next click the OK button to save and close the dialogue.
![intellij jar configuration intellij jar configuration](https://user-images.githubusercontent.com/17569144/62346598-48bad080-b529-11e9-97b5-57f972791316.png)
Intellij jar configuration full#
A fully qualified path is simply the full package name where our file resides followed by the file name itself. The Main class textbox has the fully qualified path for our HelloWorldWithArguments file.Our Run configuration has a name which defaults to the name of our Scala file.In the program arguments textbox, add f irstArgument secondArgument thirdArgument as shown below: This opens up the Run/Debug Configurations windows. Add command line arguments to run configurationįrom IntelliJ's Run menu, select Edit Configurations as follows: Our command line arguments were empty! Well, that's expected since we did not pass any arguments when starting our HelloWorldWithArguments Scala application.Ĥ.In the console window, we can see our HelloWorldWithArguments Scala application ran with the following output: To run our Scala application, right click anywhere in HelloWorldWithArguments and select Run HelloWorldWithArguments as follows: The args variable is an Array of type String and we are leveraging the mkString function to create a command delimited String for our command line arguments.Since we extended the App trait, we have access to the args variable which holds any start up arguments for our Scala application.In our HelloWorldWithArguments, we can add the following print lines to show any command line arguments that were passed in when our Scala application starts: As explained in the previous tutorials, our HelloWorldWithArguments application extends the App trait and as such we do not have to manually write up the main function.Let us name our package .tutorial_06 and also create a new Scala object named HelloWorldWithArguments as follows:
Intellij jar configuration how to#
If you do not have IntelliJ installed or do not know how to create a package or Scala object, feel free to review the previous tutorials. Open IntelliJ and create a new package and Scala object This plugin lets you run Forge commands from the handy popup window that appears when you press Ctrl+ Alt+ 4.In this tutorial, I will explain in more detail the run configurations that are made available in IntelliJ when we either run our Scala applications.ġ.
Intellij jar configuration install#
In order to use the Forge tool from inside the IDE, go to Settings→ Plugins→ Browse repositories.and install JBoss Forge IDEA Plugin: Now you can deploy/debug your OpenShift application simply by clicking the Run/ Debugbuttons on the toolbar.įor more details on how to run and debug your OpenShift application watch this video. To create one, go to Edit configurations.and click Add run configurationbutton.
![intellij jar configuration intellij jar configuration](https://i.stack.imgur.com/HsGdd.jpg)
To be able to deploy your application to OpenShift, you need an OpenShift run configuration. IntelliJ IDEA will automatically detect Maven’s pom.xml file and configure the project dependencies correspondingly. Click Check out from Version Control→ Giton the Welcome screenor in the VCSmenu: The easiest way to import your OpenShift application to the IDE is to check out it from its Git repository.
![intellij jar configuration intellij jar configuration](https://lightrun.com/wp-content/uploads/2021/02/27c5820e-4d61-4d5f-abba-8a97c87308a8.png)
When you add an OpenShift configuration, the IDE offers to fill in your username, password, domain, and upload an SSH key. To ensure that the OpenShift cloud platform support is on, go to Settings→ Pluginsand select the corresponding plugin:īefore you can deploy your application to OpenShift from the IDE, you have to configure an OpenShift account via Settings→ Clouds: The IDE will automatically detect its version and offer you to select which libraries to add to the dependencies when the server is used in the project.įor more details on how to manage application servers, configure artifacts and run/debug Java EE applications, refer to the Application Servers tutorial. To configure a server, go to Settings→ Application Serversand click the Add application serverbutton. To enable the plugin, go to Settings→ Pluginsand select the check-box. Re-deploying without stopping the serverīefore you deploy to JBoss EAP or WildFly, make sure you’ve enabled the JBoss Integration plugin and configured the application server.The integration with JBoss EAP and WildFly provided by the IDE gives you full control over your application and your server, including: