![]() For detailed information, refer to Calling Java from Kotlin and Calling Kotlin from Java in the Kotlin language documentation. The peculiarities of Kotlin/Java interop at the language level are not covered in this topic. This enables you to gradually transition a project to Kotlin or use both languages in parallel, for example, by using Kotlin for testing an existing Java codebase. You can call Java code from Kotlin and vice versa. For detailed information, see New Project Wizard. Not applicable for IntelliJ build system.Ĭlick Next to proceed to configuring the module structure. Specify coordinates of the primary artifact: Group ID, Artifact ID, and Version. If you don't have a JDK installed, you can download it right in the dialog. Used for coding assistance in projects built with Gradle and Maven Is essential for projects built with IntelliJ IDEA build system. Specify the JDK that will be used in the project (version 1.8 or later is recommended). Some project templates only support specific build systems. Select the build system that you are going to use in the project. Node.JS Application: a standalone application with Kotlin/JS for the Node.js runtime. React Application: frontend application with Kotlin/JS and React UI framework for browser. If you use Kotlin for backend, the better option is Full-Stack Web Application. Native Application: application with Kotlin/Native that works as a standalone application under a specific platform.īrowser Application: frontend application with Kotlin/JS and non-Kotlin backend for browser. Library: library for sharing common code among different platforms. Use it for prototyping or testing purposes.įor such applications, you can also create projects without frameworks.įull-Stack Web Application: full-functional web application using Kotlin/JS for the frontend and Kotlin/JVM for the backend. The following project templates are available:Ĭonsole Application: console application with Kotlin/JVM. The template defines the project structure and dependencies. In the left-hand menu, select Kotlin Multiplatform. If you don't have the necessary JDK on your computer, select Download JDK.Įnable the Add sample code option to create a file with a sample Hello World! application. If the JDK is installed on your computer, but not defined in the IDE, select Add JDK and specify the path to the JDK home directory. For Gradle, choose a language for the build script: Groovy or Kotlin.įrom the JDK list, select the JDK that you want to use in your project. If you want to create a more complex project that needs further configuration, select Maven or Gradle. It's a native builder that doesn't require downloading additional artifacts. You will be able to do it later at any time. Select the Create Git repository checkbox to place the new project under version control. Name the new project and change its location if necessary. Otherwise, from the main menu, select File | New | Project.įrom the list on the left, select New Project. On the Welcome screen, click New Project. You will be able to add the necessary frameworks and technologies later at any time. This is a general-purpose project without specific frameworks. Create a Kotlin project without frameworks For the language itself, refer to Kotlin documentation. This page covers Kotlin support in IntelliJ IDEA. In this topic, you will find the instructions to get started with Kotlin in IntelliJ IDEA. Most of the Java tools are available for Kotlin, so, for example, if you know how to use Java debugger or refactorings, your experience will be enough to use these in Kotlin. It includes Kotlin-specific project templates, coding assistance, refactorings, debugging, analysis tools, and so on. IntelliJ IDEA provides first-class support for Kotlin. If the plugin is not activated, enable it on the Plugins page of the IDE settings Ctrl+Alt+S as described in Install plugins. The plugin is bundled with IntelliJ IDEA and is activated by default. I changed Repo to String so that it would compile locally without dependencies.Before you start working with Kotlin, make sure that the plugin is enabled. ![]() Decompiling that class to Java with IntelliJ produces this.
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