chriseidhof

import Foundation

class Box<T> {
    let unbox: T
    init(_ value: T) { self.unbox = value }
}

struct Notification<A> {
    let name: String
}

ChristianKienle

import Foundation

/*
  Lets suppose you have a class called "Action" which has to represent an user action in a drawing app. There are a fixed number of different actions: Delete, Add, Modify. Some of those action types have different properties. For example: 

    If the user adds something, the add action contains "what" the user has added and the "content" of the new object.

    If the user modifies something, the modify action contains "what" has been edited, the "previousContent" and the "newContent".

  So there are basically at least three different approaches how you can model that. Which one is the best?

martnst

Editors

• Counterparts Lite (Mac App)
• POEditor (Web App)
• brightec Online XLIFF Editor (Web App)

resources

• http://www.lingualizer.net/tools/files/category-localization-tools.html
• http://www.brightec.co.uk/blog/free-online-xliff-editor

tomlokhorst

func unwrap<T1, T2>(optional1: T1?, optional2: T2?) -> (T1, T2)? {
  switch (optional1, optional2) {
    case let (.Some(value1), .Some(value2)):
      return (value1, value2)
    default:
      return nil
  }
}

func unwrap<T1, T2, T3>(optional1: T1?, optional2: T2?, optional3: T3?) -> (T1, T2, T3)? {

tjw

public protocol MeasurementUnit {
    // If we have one of this unit, how many millimeters is it?
    class var asMillimeters: Double { get }
}
public class Inch : MeasurementUnit {
    public class var asMillimeters: Double {
	get {
            return 25.4
	}
    }

wouter-swierstra

// A type-level SAT solver in Swift


// Two types to model Booleans
struct True { }

struct False { }

// Negation, Conjunction, Disjunction

nubbel

func encode<T>(var value: T) -> NSData {
    return withUnsafePointer(&value) { p in
        NSData(bytes: p, length: sizeofValue(value))
    }
}

func decode<T>(data: NSData) -> T {
    let pointer = UnsafeMutablePointer<T>.alloc(sizeof(T.Type))
    data.getBytes(pointer)
    

tonyarnold

//
//  Created by Tony Arnold on 4/03/2014.
//  Copyright (c) 2014 The CocoaBots. All rights reserved.
//

#import "NSView+TCBAdditions.h"
#import <objc/runtime.h>

@implementation NSView (TCBAdditions)

steipete

#ifndef NS_DESIGNATED_INITIALIZER
#if __has_attribute(objc_designated_initializer)
#define NS_DESIGNATED_INITIALIZER __attribute((objc_designated_initializer))
#else
#define NS_DESIGNATED_INITIALIZER
#endif
#endif

originell

Analysis of Apple’s rubber band scrolling

January 6, 2013

I recently saw a post on Twitter from @chpwn that described the alogorithm that Apple uses for its “rubber band” or “bungee” scrolling.

b = (1.0 – (1.0 / ((x * c / d) + 1.0))) * d