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Jetpack Compose is a modern toolkit for building native Android UI. Jetpack Compose simplifies and accelerates UI development on Android with less code, powerful tools, and intuitive Kotlin APIs.

Consider minimum touch target sizes Any on-screen element that someone can click, touch, or interact with should be large enough for reliable interaction. When sizing these elements, make sure to set the minimum size to 48dp to correctly follow the Material Design Accessibility Guidelines.

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Compose allows you to do more with less code, compared to using the Android View system: Buttons, lists or animation - whatever you need to build, now there's less code to write.

Also, some code can be compiled for all targets (common Kotlin), and some is platform-specific. Compose UI is a library for writing UI's. The vast majority of effort and the only really "production ready" implementation is for Android. However, compose for Desktop running on the JVM is being used by many teams.

Jetpack Compose is a modern declarative UI Toolkit for Android. Compose makes it easier to write and maintain your app UI by providing a declarative API that allows you to render your app UI without imperatively mutating frontend views.

You can add Compose-based UI into an existing app that uses a View-based design. To create a new, entirely Compose-based screen, have your activity call the setContent() method, and pass whatever composable functions you like. setContent { // In here, we can call composables! Text(text = "Hello $name!")

A Compose app is made up of composable functions - just regular functions marked with @Composable , which can call other composable functions. A function is all you need to create a new UI component. The annotation tells Compose to add special support to the function for updating and maintaining your UI over time.

It adopts a declarative approach, enabling developers to build UI components using Kotlin code instead of XML. Compose leverages the power of Kotlin's language features and functional programming, making UI development faster, more intuitive, and less error-prone.