It uses Skia, a well-optimized graphics library that is used by many performance-sensitive applications, including modern browsers. Modern user interfaces are performance-sensitive and we go to great lengths to improve the speed of Compose Multiplatform. Great runtime performance via hardware acceleration Compose Multiplatform uses many of the same concepts, so you should feel right at home.
It’s easy to get started with Compose Multiplatform, especially if you’ve used a declarative UI framework like React or Jetpack Compose by Google before. In this example, the content of the Text label will be updated once content of the TextField is edited without any additional code: Since the framework takes care of all of that for you, developing UIs is truly a pleasure. A declarative approach to building user interfacesĬompose Multiplatform is declarative, so your code reflects the UI structure of your app and you don’t need to worry about things like copying data from model to view or developing UI refreshing logic. Let’s explore how this framework improves the experience of writing UIs for Kotlin apps.
We’re changing this by offering Compose Multiplatform. Then inside your kotlin directive, create a new FatFrameworkTask that will eventually be run from XCode: tasks.For quite some time, if you wanted to build a user interface for your Kotlin desktop application, you had to use traditional Java UI frameworks as there haven’t been any Kotlin libraries that embraced a modern UI development style for the desktop. Start by importing FatFrameworkTask and Framework: import .tasks.FatFrameworkTask
The solution I found was to ditch the embedAndSignAppleFrameworkForXcode gradle task and instead write my own task that builds a static fat framework and links it, but doesn’t embed it.
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