In addition, when you refactor your code, it replaces occurrences within Strings that describes your JPA Queries or JSF views. IntelliJ IDEA uses the information it finds in your CDI beans, for example, to suggest field values (although you still need to check if the values will be accepted since it also proposes Method Expressions when in this case only Value Expressions are allowed). The same goes for when you are writing JSF views. The IDE detects that you are writing a query and offers you code completion as well as syntax checking.įor example, if you’re writing a JPA Query with an entity class called Customer, IntelliJ IDEA will provide you a list with the possible fields that you can use in the query. A String is not just a series of characters when you are typing a JPA Query. IntelliJ IDEA is aware of the context you are typing. Let us pick a few of them as covering them all will take too much space. IntelliJ IDEA Ultimate has many advanced features that makes development much easier for a Jakarta EE developer. Our web application is up and running! Features for Jakarta EE Developers Once the application is deployed, IntelliJ IDEA will open up my default browser and navigate to my web application in the browser. The Services Window will come up and I’ll see the server logs showing the server starting. In IntelliJ IDEA, I can use Shift+ F10 for Windows/Linux or ^R for macOS to run my web application. You can perform similar steps to create your new project in 2021.1 and later versions. Note: the New Project window has changed slightly starting IntelliJ IDEA version 2021.1. IntelliJ IDEA creates a simple web application and loads the project. I’ll also specify the Group id corresponding to my company name. Then, I’ll give my project a name – I’ll call it PayaraHelloWorld. In the next window, I will leave Java EE 8 selected with the Servlet framework checked then click Next. I will use the Web application project template which will provide me with some basic template files for my application.įor the Application Server field, I’ll click on the drop-down menu and select the Payara Server that we configured in the previous step. For this tutorial, I will select AdoptOpenJDK with Hotspot. In the Download JDK Version field, I will select Java 11 as my Java version – which will give me a list of vendors to choose from. I will use this option to download Java 11 since it’s the latest Java version compatible with Payara. Or you can use the Download a JDK… option. If you have an existing configured SDK in IntelliJ IDEA, it will be listed in the top of the SDK list. I’ll select the Java Enterprise option on the left menu. In IntelliJ IDEA Ultimate, I’ll create a new project by clicking File -> New -> Project…. You can tell if you have selected the correct directory if the dialog indicates the version of the Payara server that is installed there. In the Server tab, Click on the Configure… button and specify the directory where you have unzipped the Payara Server. If you’re using the Glassfish plugin, choose the Glassfish Server -> Local configuration option. If you’re using the Payara plugin, choose the Payara Server -> Local configuration option. In IntelliJ IDEA, go to Run -> Edit Configuration… then click the + button in the top left corner. After you download the zip file, extract it. If you do not have Payara Server installed already, you can go to the Payara Platform Community Edition downloads page and download the latest version – for this blog I’m using Payara Server 5.2021.2 (Full). Once the plugin is finished installed, you can start using it without needing to restart the IDE.Ĭonfiguring Payara Server in IntelliJ IDEA Select the Marketplace tab and search for Payara. To install the Payara Platform Tools plugin, go to your IDE settings ( File -> Settings for Windows/Linux or IntelliJ IDEA -> Preferences for macOS) and navigate to Plugins. The Payara Platform Tools plugin provides all the features available in the Glassfish plugin plus additional tooling features like the Hot Deploy functionality available in Payara. You can use the Glassfish plugin to start, stop and debug Payara servers along with other server functionality. By default, IntelliJ IDEA Ultimate comes with the Glassfish plugin installed and enabled. IntelliJ IDEA provides great tooling for developing with Payara servers. We’ll also explore some of the features available to help you develop your enterprise applications. We’ll cover how to create a simple web application that runs on a Payara server. In this blog, we’re going to look at how to use Payara Server with IntelliJ IDEA Ultimate.
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