hartbit

CoreMotion

CMMotionActivityManager

Two modifications here:

• Remove the starting suffix as it only really pertains to the first argument.
• Rename the queue label to on to reduce the ambiguity from using two label with the same name (to).

- public func queryActivityStarting(from start: Date, to end: Date, to queue: OperationQueue, withHandler handler: CoreMotion.CMMotionActivityQueryHandler)

hartbit

//
//  main.swift
//  ReactivePerf
//
//  Created by David Hart on 09/02/16.
//  Copyright © 2016 David Hart. All rights reserved.
//

import Foundation
import enum Result.NoError

hartbit

let closure1: (inout Int) -> () -> Void = { a in
	return {
		a = 1
		return
	}
}

let closure2: (UnsafeMutablePointer<Int>) -> () -> Void = { a in
	return {
		a.memory = 2

hartbit

class A<T> {
	init(closure: (T -> Void) -> Void) {}
}

class B<T> : A<T> {
	private var lastValue: T?
	
	override init(closure: (T -> Void) -> Void) {
		super.init(closure: { sink in
			closure { value in

hartbit

require 'rake'

task :works do
  puts "works!"
end

class MyClass
  include Rake::DSL

  def self.define_task

hartbit

using System.Collections.Generic;

interface IPublisher<T> {
	void Subscribe(ISubscriber<T> subscriber);
}

interface ISubscriber<T> {
	void Publish(T value);
}

hartbit

//: Playground - noun: a place where people can play

import Foundation

protocol ObserverType {
	typealias Element
	
	func onNext(value: Self.Element)
	func onError()
	func onCompleted()

hartbit

protocol ObserverType {
	typealias Element
	
	func onNext(value: Self.Element)
	func onError()
	func onCompleted()
}

protocol ObservableType {
	func subscribe<T : ObserverType>(observer: T)

hartbit

protocol ObserverType {
	typealias Element
	
	func onNext(value: Self.Element)
	func onError()
	func onCompleted()
}

protocol ObservableType {
	typealias Observer : ObserverType

hartbit

protocol Value: Equatable {
}

protocol Smashable {
	typealias T: Value
	func valueBySmashing​OtherValue​(value: T) -> T
}

struct Foo : Value, Smashable {
	typealias T = Bar