Do you already know what Kotlin Multiplatform is? If you are in the application development industry, you probably already know something about the Kotlin language and the many features and options it offers. One of them is Kotlin Multiplatform, which allows the reduction of cross-platform project development processes.
If you are interested in learning more about its features and how it works, do not hesitate to Stay in this article, where we delve into what Kotlin Multiplatftorm is.
What is Kotlin Multiplatform?
Kotlin Multiplatform is commonly known in the industry as a tool designed with the objective of reduce the development of projects on multiplatforms. It refers to a option that allows you to reduce the time spent writing and maintaining the same code on the different platforms while, in parallel, the flexibility and those great and important benefits of native programming are preserved.
What is Kotlin Multiplatform?
One of the main features of Kotlin Multiplatform is share code between different platforms, which we can see in cases like applications used on both Android and iOS or in full stack web applications where it allows logic to be reused on the server and on the user side that is using the navigation. Also in cross-platform libraries, as it allows authors to create and use libraries cross-platform with common codes and their platform-specific implementations for JVM, JS and native platforms.
How Kotlin Multiplatform works
It is important to know not only the definition of this great technology, but also how it works and what you find when using it.
The first thing to keep in mind is that the language, tools and basic libraries are included. This code written in common is functional everywhere and on all platforms. It is also possible to reuse cross-platform logic. The common code mentioned above can be supported in a series of libraries that cover some everyday tasks such as ****coroutine management and serialization.
Platform-specific versions of Kotlin, such as Kotlin/JVM, Kotlin/JS, Kotlin/Native, They include some Kotlin language extensions, libraries and other tools. Likewise, it is possible that through these platforms you can access the platform’s native code and thus take advantage of those native capabilities.
What is the next step?
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