![]() ![]() If you run into any issues while creating your Kotlin Multiplatform app, be sure to check out the official KMM tutorial for additional guidance and support. To get started, we'll create a Kotlin Multiplatform app using the KMM plugin in Android Studio. The final code of the app can be found in the /examples folder of Swift Klib repository. In this article, we'll explore how to use this plugin to build a simple Kotlin Multiplatform app that showcases the MD5 hash of a selected file. Fortunately, a special Swift Klib Gradle Plugin exists to help overcome this limitation. For example, the Apple CryptoKit library cannot be directly accessed from Kotlin. As a result, there is no built-in support in Kotlin for Swift-only libraries that do not have an Objective-C API. Kotlin does not have direct interoperability with the Swift language instead, it relies on interoperability with Objective-C. Unfortunately, this powerful feature has certain limitations for the iOS platform. Additionally, one of its key advantages is the ability to access native APIs for each platform, enabling developers to tap into platform-specific functionality while still maintaining a shared codebase. Kotlin Multiplatform brings a lot of benefits to the project, including increased code reuse, consistent business logic, and faster time-to-market. You can share common code between iOS and Android apps and write platform-specific code only where it's necessary Kotlin Multiplatform Mobile (KMM) is an SDK designed to simplify the development of cross-platform mobile applications. This is particularly beneficial since there are currently no widely-used and reliable cryptographic libraries for Kotlin Multiplatform from verified and respected companies. You'll learn how to create a Kotlin-compatible wrapper in Swift, build it using Swift Klib Gradle Plugin, and provide bindings in KMM shared module through Kotlin/Native cinterop.īy using this technique, developers can access cryptographic algorithms (such as SHA, MD5, AES, ChaChaPoly, and more) in Kotlin Multiplatform without needing to rely on additional libraries. This article demonstrates how to use the Apple CryptoKit in KMM shared module. ![]()
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