For Android, Java/Kotlin native modules are written as classes that extend ReactContextBaseJavaModule and implement the functionality required by JavaScript. Image of how to add the CalendarModuleClassĪs you can see, your CalendarModule class extends the ReactContextBaseJavaModule class. This Java/Kotlin file will contain your native module Java/Kotlin class. The first step is to create the ( CalendarModule.java or CalendarModule.kt) Java/Kotlin file inside android/app/src/main/java/com/your-app-name/ folder (the folder is the same for both Kotlin and Java). We also recommend enabling Gradle Daemon to speed up builds as you iterate on Java/Kotlin code. Android studio is an IDE built for Android development and using it will help you resolve minor issues like code syntax errors quickly. We recommend using Android Studio to write your native code. You can find your Android project here within a React Native app: Image of where you can find your Android project To get started, open up the Android project within your React Native application in Android Studio. By the end, you will be able to call CalendarModule.createCalendarEvent('Dinner Party', 'My House') from JavaScript, invoking a Java/Kotlin method that creates a calendar event. In the following guide you will create a native module, CalendarModule, that will allow you to access Android’s calendar APIs from JavaScript. Please start by reading the Native Modules Intro for an intro to what native modules are. The New Architecture uses Turbo Native Module and Fabric Native Components to achieve similar results. They will be deprecated in the future when the New Architecture will be stable. If anything is missing or seems confusing on this page, please share your feedback.Native Module and Native Components are our stable technologies used by the legacy architecture. If you've encountered any difficulties or problems, report an issue to our issue tracker. StackOverflow: Subscribe to the "kotlin-multiplatform" tag. Slack: get an invite and join the #getting-started and #multiplatform channels. Kotlin Multiplatform programming benefits. Kotlin Multiplatform supported platforms. Learn more about Kotlin Multiplatform programming: You can also find a multiplatform library in the community-driven list. Learn more about adding dependencies on libraries. It shows how to create a multiplatform library for JVM, JS, and Native platforms, test it and publish to a local Maven repository. Here you'll learn how to develop and publish a multiplatform library:Ĭomplete the Create and publish a multiplatform library tutorial. It reduces time spent writing and maintaining the same code for different platforms while retaining the flexibility and benefits of native programming. Support for multiplatform programming is one of Kotlin's key benefits. StackOverflow: subscribe to the "kotlin", "spring-kotlin", or "ktor" tags.įollow Kotlin on Twitter, Reddit, and Youtube, and don't miss any important ecosystem updates. Slack: get an invite and join the #getting-started, #server, #spring, or #ktor channels. How to mix Kotlin and Java code in your application. Take a look at the following third-party frameworks, libs and tools for Kotlin. The Kotlin standard library offers a lot of useful things such as collections or coroutines. Learn more about adding library and tool dependencies to your project. Use Kotlin and third-party libraries in your application. Publish server-side Kotlin applications: Ktor on Heroku. A mature family of frameworks with an established ecosystem that is used by millions of developers worldwide.Ĭreate a RESTful web service with Spring Boot.īuild web applications with Spring Boot and Kotlin.Ī lightweight framework for those who value freedom in making architectural decisions.
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