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extension UITableViewCell {
    @objc func toggleDisclosureIndicator(show: Bool) {
        guard #available(iOS 13, *) else {
            self.accessoryType = show ? .disclosureIndicator : .none
            return
        }
        
        guard show else {
            accessoryView = nil
            return

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//
//  UIView+Utils.swift
//  void
//
//  Created by Eugen Ovchynnykov on 1/8/16.
//

import UIKit

extension UIView {

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{
  "name": "ReactiveCocoa",
  "version": "4.2.2",
  "summary": "A framework for composing and transforming streams of values.",
  "description": "ReactiveCocoa (RAC) is an Objective-C framework for Functional Reactive Programming.\nIt provides APIs for composing and transforming streams of values.",
  "homepage": "https://github.com/ReactiveCocoa/ReactiveCocoa",
  "license": {
    "type": "MIT",
    "file": "LICENSE.md"
  },

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// Main idea is to choose two privot elements(lesser pviot and greater pivot) and then divide array in 3 parts:
// 1 part - elements < lesser pviot
// 2 part - elements > lesser pviot && elements < greater pivot
// 3 part - elements >  greater pivot
// and then recursievly sort these parts

extension MutableCollectionType where Self.Generator.Element: Comparable, Self.Index: RandomAccessIndexType {
    
    mutating func swap(src src: Self.Index, dest: Self.Index) {
        let tmp = self[dest]

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func swap<T>(inout arr: [T], src: Int, dest: Int) {
    let tmp = arr[dest]
    arr[dest] = arr[src]
    arr[src] = tmp
}

func quicksort<T: Comparable>(inout arr: [T]) {
    if arr.count < 2 {
        return
    }

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func foo<T: Comparable>(val: T) {
    debugPrint(val) // breakpoint here
}

foo(42)
foo(42.0)
foo("42")

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// foo(42)
movq	__TMdSi@GOTPCREL(%rip), %rsi  // assigning of direct type metadata for Swift.Int to argument register\

leaq	-8(%rbp), %rax // assigning stack adress to $rax
movq	$42, -8(%rbp)  //  move 42 to stack
movq	%rax, %rdi  // assigning address of 42 to function arg

callq	__TF4test4testurFq_T_  // test.test <A> (A) -> () function call to test<T>(val: T) with Int

//////////////////////////////////////////////////////////////////////// 

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func foo<T>(val: T) {
    debugPrint(val) // breakpoint here
}

foo(42)
foo(42.0)
foo("42")

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func foo<T>(val: T) {
    debugPrint(val) // breakpoint here
}

foo(42)

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// test.swift

func foo<T>(val: T) {
    debugPrint("func foo<T>(val: T)")
}

func foo(val: Int) {
    debugPrint("func foo(val: Int)")
}