Nadohs

<>, both not included in range, 
<=>, both included
<==, left not included, 
==> right not included

infix operator <> {}
infix operator <=> {}
infix operator ==> {}
infix operator <== {}

Nadohs

func ~= <T:Comparable>(lhs:T,rhs:(T,T)) -> Bool{
    
    if lhs < rhs.0{
        return false
    }
    if lhs > rhs.1{
        return false

Nadohs

extension Int {
    /// Construct an instance that approximates `other`.
    public init(_ other: Float)
    /// Construct an instance that approximates `other`.
    public init(_ other: Double)
    /// Construct an instance that approximates `other`.
    public init(_ other: Float80)
}

Nadohs

//Number classes use initializers, that take in other number types to convert between types
//Essentially this is what is going on:
//`Int(4.5)`   ~is just this~  `Int.init(4.5)`  
//Which is using `init(_ value:Double)` definid with in the `Int` class
//Using this knoledge we can optimize our conersions with pattern matching


import CoreGraphics //For CGFloat

Nadohs

func ?= <T:IntNumberConvertible, U:NumberConvertible>(var lhs: T, rhs: U) -> T{
    print("INTNUMBER")
    
    let max  :Double = T.max.convert()
    let test :Double = rhs.convert()
    
    if test > max{
        assert(false, "Conversion Loss")
    }

Nadohs

class defering{
//    func g <T>(T? -> T?){
//        
//    }
    var defers:[(Void -> Void)] = []

    
     func fer( df:Void -> Void){
        defers.append((df));
    }

Nadohs

extension DictionaryLiteralConvertible where Key == String, Value == AnyObject  {
    func magicFilter(){
      print("blah")   
    }
}

//WORKS
let test1 = [String : AnyObject]()
test1.magicFilter()

Nadohs

    class func findCustomFonts(){
        for  family in UIFont.familyNames()
        {
            NSLog("%@", family as! String);
            
            let fontNames = UIFont.fontNamesForFamilyName(family as! String);

            fontNames.map{
                println("\($0)")
            }

Nadohs

/// var num:Double   = 12;
/// var num2:Float   = num.f;
/// var num3:CGFloat = num.c;
/// var num4:Int	    = num.i;
/// var num5:Double  = num2.d;

import UIKit;
 
extension Double{
    var c:CGFloat{