Want to know what happens to your code after you write it, but before it runs on a device? 🤔 Check out Compiler Explorer → https://goo.gle/4d8sZKz Compiler Explorer is an interactive website for studying how compilers work. This year, support was added for the Java and Kotlin programming languages on Android. You can use Compiler Explorer to understand how your source code is translated to assembly language and how high-level programming language constructs in a language like Kotlin become low-level instructions. You can also experiment with and learn about compiler optimizations, compare Java and Kotlin code side-by-side, and see the impact of minification on your app. If you want to level up your Android development skills, Compiler Explorer is a great place to start.
Android Developers
Technology, Information and Internet
Mountain View, California 120,626 followers
Modern tools and resources to help you build experiences that people love, faster and easier, across Android devices.
About us
The official Android Developers LinkedIn account from Google. Delivering the latest on Android development tools and resources to help you build experiences that people love, faster and easier, across every Android device.
- Website
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https://developer.android.com/
External link for Android Developers
- Industry
- Technology, Information and Internet
- Company size
- 5,001-10,000 employees
- Headquarters
- Mountain View, California
Updates
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Wondering how AI can make building your Android apps more efficient? Send us your questions using #AskAndroid for a chance to have them answered soon 👀
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A new episode of #ADBPodcast is here! → https://goo.gle/47pZgvq This time, we chat with the Compose team about animations in Compose — covering everything from the basic primitives up to the recently added Shared Element Transitions.
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Build adaptive layouts with the Compose Material 3 Adaptive APIs so users have a great experience when the window size changes with desktop windowing → https://goo.gle/3ToMEyO By adapting your UI, apps have an opportunity to effortlessly handle a wide range of window sizes, from compact to expanded layouts. In desktop windowing, apps can be arbitrarily resized down to a minimum size of 386dp x 352dp, so make sure to leverage window size classes to adjust your app's layout, content, and interactions to adapt to different window dimensions.
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Material Design 3 for Compose 1.3 is now available! 🎨 The latest release includes: - Breaking API changes to use the new Ripple APIs - A brand new component: Carousel - Support for Predictive Back ... and more! Check out the blog post from Rebecca Franks to learn more 👇🏻 https://goo.gle/3ZqW8xd
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Are you interested in integrating AI experiences in your Android apps? Ask us your questions using #AskAndroid! 👇🏽
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Our Android predictions for the future? 🔮 🪄 More large screen devices 🪄 More battery optimization 🪄 More privacy and security 🪄 And of course, more AI Get ready for the future of Android → https://goo.gle/4edLX3x
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Android mobile apps run on a variety of devices - from foldable flip phones to desktops! To provide a great user experience on all types of devices, adapt your app's UI to different display sizes and configurations. Check out the new Compose adaptive APIs, now stable and available in 1.0 → https://goo.gle/47o0DKV The library provides both default scaffold implementations and necessary building block composables to create your own custom experiences. 🌟
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Creating seamless user experiences across multiple screen sizes can be a challenge for developers. SAP tackled this head-on, leveraging the Compose Material 3 adaptive library to build a truly adaptive UI. Learn how they used the new APIs to streamline development and create a better experience for their users. → https://goo.gle/3ASHaG6
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Adaptive apps support displays of all sizes: the entire device screen, resizable windows in multi‑window mode, portrait and landscape orientations, folded and unfolded displays of foldable devices. When supporting app resizability and multi‑window mode, use these tips: ✅ Do ensure your app functions well across orientations, multi-window modes and multitasking scenarios for increased productivity and satisfaction. ❌ Don't restrict orientation in your app's manifest or at runtime. ✅ Do use the Compose Material 3 Adaptive library. ❌ Don't reinvent the wheel. Don't miss out on the developer productivity gains provided by all the Jetpack Compose libraries. ✅ Do what your users expect: optimize your app for the diversity of devices people rely on every day. ❌ Don't wait. Get started today! Check out more adaptive do's and don'ts → https://goo.gle/4ehbyZo