shahsurajk

inline fun mixedLambdaHolder(crossinline nonLocalReturnBlockedLambda: () -> Unit, normalLambda: () -> Unit){
    nonLocalReturnBlockedLambda.invoke()
    normalLambda.invoke()
}

fun main(){
    mixedLambdaHolder(nonLocalReturnBlockedLambda = {
        return@mixedLambdaHolder // only this can be use, this only returns the lambda and not the main function 
        return // this throws a compiling error, saying 'return' is not allowed here.
    }, normalLambda = {

shahsurajk

public static final void main() {
      Object value$iv = "String";
      int value$iv = false;
      String var3 = String.class.getSimpleName(); // the compiler adds it local here, thus making it persist post-compile. This value is then checked in the line below.
      String whoAmI$iv = Intrinsics.areEqual(var3, Integer.TYPE.getSimpleName()) ? "I am an Int" : (Intrinsics.areEqual(var3, String.class.getSimpleName()) ? "I am Unknown" : "I am Groot!");
      boolean $i$f$myGenericFunction = false;
      System.out.println(whoAmI$iv);
      value$iv = true;
      $i$f$myGenericFunction = false;
      whoAmI$iv = Integer.class.getSimpleName(); // here as well. 

shahsurajk

inline fun <reified T> myGenericFunction(value: T): T {

    // we can't do this without marking the parameter 'T' as reified and the function as inline.
    val whoAmI = when (T::class.java.simpleName) {
        Int::class.java.simpleName -> {
            "I am an Int"
        }
        String::class.java.simpleName -> {
            "I am Unknown"
        }

shahsurajk

   public static final void myBigLoopWithClosure(@NotNull int[] $this$myBigLoopWithClosure, double salt) {
      Intrinsics.checkParameterIsNotNull($this$myBigLoopWithClosure, "$this$myBigLoopWithClosure");
      int $i$f$forEach = false;
      int[] var5 = $this$myBigLoopWithClosure;
      int var6 = $this$myBigLoopWithClosure.length;

      for(int var7 = 0; var7 < var6; ++var7) {
         // magical, isn't it! no new instance, nothing. 
         // the logical block is inlined here!
         int element$iv = var5[var7];

shahsurajk

fun testLambdas(index: Int, myLambda: (index: Int) -> Unit){
    myLambda.invoke(index+1)
}

fun IntArray.myBigLoopWithClosure(salt: Double){
    forEach {
        testLambdas(it) { myLambda ->
            // the salt value over here is captured in a closure.
            // thus, this will create a new instance of the lambda for every iteration
            println(myLambda * salt)

shahsurajk

fun testLambdas(index: Int, myLambda: (index: Int) -> Unit){
    myLambda.invoke(index+1)
}

fun myBigLoop(){
    (0 .. 50).forEach {
        // our lambda being consumed here. 
        testLambdas(it) { lambdaValue-> 
            println(lambdaValue)
        }

shahsurajk

Publishing AAR to maven-central:

We will be using the Nexus Software Repository for pushing our aars to maven-central, there are different methods to do this, another simple way is to upload to bintray and then push to maven-central from there, which one to use can completely depend upon the developer.

The Nexus Software Repository:

Nexus is a tool used by Sonatype to manage repositories. To use nexus, create an account and remember the user and password, this will be required in the automation script to deploy the artifacts.

The automation script:

Back in 2013 (2013, seriously!) Chris Banes wrote a blog post about an automation script he had written for pushing aars to maven, he had written this script for ActionBar-PullToRefresh (Again, this is 2013 we're talking about), this script can now be found on [github](https://github.

shahsurajk

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