The primary constructor comes right after the class name in the header part of the class. There could be only one primary constructor for a class in Kotlin. They are Kotlin Primary Constructor and Kotlin Secondary Constructor. There are two types of Kotlin Constructors. The body of the class is enclosed with curly braces after the header of class – optional So, for example, if we have a function to greet. Something that Swift has and I think would be of great help for the Kotlin community to improve code legibility even more is the addition of internal function parameter names (referred as ‘argument labels’ in Swift’s documentation) to Kotlin. Body of Class – contains class variables, Kotlin Secondary Constructors and methods of class. I’ve been getting into Swift recently and noticed that it is incredibly similar to Kotlin.class_header – Header of the class contains the type parameters and an implicit Kotlin Primary Constructor constructor(var name: String, var age: Int) – optional.class keyword followed by class_name class Person – mandatory.As mentioned in the picture above, a class has following three parts : I was able to do some progress using the suggestions from example, using this: Flatten &. I've seen that we have autocompletion plugins for IntelliJ and VSCode, so, I think their developers have already used something link this, but I'm not sure what did they use. So, how could we, maybe using Mathematica internal functions, extract all built-in functions and which arguments they use and their documentation? If we can have this I think we can create the library. I was wondering to have something like that for Kotlin and Java as well, directly using, for example, the functions wl.Range, or wl.Map, for example. Session.evaluate(wl.Map(func_squared, wl.Range(5))) One other thing, in this question of mine I also showed how we could use the MathematicaScript to let Mathematica communicate with different programming languages, if needed.īut my question is a bit different, since in the Python library we could immediately use Mathematica functions, like: func_squared = wlexpr('#^2 &') We already have this very useful implementation for Python:Īlso, I know that we have the JLink library as well for Java, although the way we use it is not straightforward like in the Python one. I'd like to use (if this already exists) or create a library to use Mathematica together with Kotlin (or Java) (not JLink, please see below).

Kotlin internal function