HIGH ACTION STRINGS CODE

My basic abilities do not do it justice, but I adore it all the same. ClosuresДЄ lambda expression or anonymous function (as well as a local function and an object expression) can access its closure, which includes the variables declared in the outer scope.So I have a D28. This means that a return inside a lambda expression will return from the enclosing function, whereas a return inside an anonymous function will return from the anonymous function itself. A return statement without a label always returns from the function declared with the fun keyword. The shorthand syntax that allows you to leave the function outside the parentheses works only for lambda expressions.ДЄnother difference between lambda expressions and anonymous functions is the behavior of non-local returns. When passing anonymous functions as parameters, place them inside the parentheses. The return type inference for anonymous functions works just like for normal functions: the return type is inferred automatically for anonymous functions with an expression body, but it has to be specified explicitly (or is assumed to be Unit) for anonymous functions with a block body. You can also give a function type an alternative name by using a type alias: The arrow notation is right-associative, (Int) -> (Int) -> Unit is equivalent to the previous example, but not to ((Int) -> (Int)) -> Unit. To specify that a function type is nullable, use parentheses as follows: ((Int, Int) -> Int)?.ДЇunction types can also be combined using parentheses: (Int) -> ((Int) -> Unit). These names can be used for documenting the meaning of the parameters. The function type notation can optionally include names for the function parameters: (x: Int, y: Int) -> Point. Suspending functions belong to a special kind of function type that have a suspend modifier in their notation, such as suspend () -> Unit or suspend A.(B) -> C. Function literals with receiver are often used along with these types. The Unit return type cannot be omitted.ДЇunction types can optionally have an additional receiver type, which is specified before the dot in the notation: the type A.(B) -> C represents functions that can be called on a receiver object A with a parameter B and return a value C. The list of parameter types may be empty, as in () -> A. These types have a special notation that corresponds to the signatures of the functions - their parameters and return values:ДЄll function types have a parenthesized list of parameter types and a return type: (A, B) -> C denotes a type that represents functions that take two arguments of types A and B and return a value of type C. Kotlin uses function types, such as (Int) -> String, for declarations that deal with functions: val onClick: () -> Unit =. Println('joinedToString = $joinedToString') Function references can also be used for higher-order function calls: Val joinedToString = items.fold('Elements:', ) Parameter types in a lambda are optional if they can be inferred: The last expression in a lambda is considered the return value: When a lambda has parameters, they go first, followed by '->'

HIGH ACTION STRINGS CODE

Lambdas are code blocks enclosed in curly braces.

High action strings