![]() ![]() Here is a list of the major updates in this version: The new Kotlin K2 compiler is in Alpha now, and it offers serious performance improvements. We believe that an intention to make an interface applicable for SAM conversion should be explicit. It unveils the Alpha version of the new Kotlin/JVM K2 compiler, stabilizes language features, and brings performance improvements for the JVM, JS, and Native platforms. Unlike Java, Kotlin will not allow a SAM conversion for every interface with one single abstract method. It turned out, however, that function types and typealiases donât cover all the use-cases, and people often had to keep an interface in Java only to get a SAM-conversion for it. ![]() The initial idea behind this design was to use function types explicitly for such use-cases. For example: kotlinc foo.kt -p library -o bar the above command will produce a bar.klib with the compiled contents of foo.kt. SAM conversions currently only work for Java interfaces and abstract classes. Then the compiler automatically converts the lambda to an instance of the class implementing the abstract member function. Each release of Kotlin includes compilers for the supported targets: JVM, JavaScript, and native binaries for supported platforms. SAM conversion applies if you pass a lambda as an argument when an interface or a class with only one single abstract method is expected as a parameter. The community has requested us to introduce support for SAM conversions for Kotlin classes ( KT-7770). Kotlin/Native interop with C and Objective C. Kotlin 1.4 that is going to arrive in spring 2020 will make another step forward for the Kotlin ecosystem. The Kotlin language and toolset are divided into many components such as the compilers for the JVM, JS and Native targets, the Standard Library, various accompanying tools and so on. Multiple case studies from companies well-known in the industry show that we are making good progress in this direction. To declare final native binaries, use the new binaries format with the kotlinArtifacts DSL. To accomplish this, weâre going to make it shine on all platforms. ![]() Our vision is for Kotlin to be a reliable companion for all your endeavors, a default language choice for your tasks. The actual native artifact is a klib ultimately, but it's all managed with gradle and dependency metadata.During the keynote at KotlinConf, Andrey highlighted our strategic view on the current areas of focus for the evolution of Kotlin, and our plans for Kotlin 1.4 which will be released some time next year. I then publish that whole thing as a multiplatform library. corrplot (df) returns a color-encoded heatmap, ideal for correlations-klib. corrmat (df) returns a color-encoded correlation matrix-klib. catplot (df) returns a visualization of the number and frequency of categorical features-klib. The cinterops sets up where the def files are and params. DataFrame (data) scribe - functions for visualizing datasets-klib. To provide serialization I experimented with ktor-client-serialization. The native and interop config live in the multiplatform config. Could not find ktor-client-serialization.klib Multiplatform thomas.g February 22, 2022, 10:56am 1 Iâm trying to introduce KMM to my app project (Android & iOS). I just created an example but it's not public yet, so this is the best one I have off hand: Secondly, these plugins should be applied to different gradle modules, see kotlin multiplatform reference. First of all, konan is deprecated and replaced with kotlin-platform-native. There was a separate plugin for that last year, but you definitely don't want to be using that. Setup youve attached is kinda strange, because youre applying Kotlin/Natives konan plugin to the same module as kotlin-platform-common plugin. install install the library to the default location use. info inspect the bookkeeping details of the library. The following commands are available: content list library contents: klib contents .Konan is the name of the native platform/compiler. The kliblibrary management utility allows you to inspect and install the libraries. In Link #2 it says that platform plugin is deprecated. If you're building a klib separately, you're creating some extra steps (probably). In general, you'll want to use the multiplatform plugin. ![]()
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