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i = 1

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#import <Foundation/Foundation.h>
#import <AppKit/AppKit.h>

@interface HAColorFinder : NSObject

/*
 Return the color in the image that is most dominant. 
 Where dominant is defined as the most number of pixels which contain the same color.
 */
-(void) fetchDominantColorFromImage:(NSImage*)image

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//wait on everything to be completed
dispatch_barrier_async(weakMe.concurrentQueue, ^{
    
    //Get the highest count amont the worker results
    NSArray* allCounts = [workerResults allValues];
    NSSortDescriptor* countSort = [[NSSortDescriptor alloc] initWithKey:@"count" ascending:NO];
    NSArray* sortedCounts = [allCounts sortedArrayUsingDescriptors:@[countSort]];
    HAColorComponentsCount* colorComponentCount = [sortedCounts firstObject];
    HAColorComponents *components = colorComponentCount.components;
    

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//Divide up the work among workers
NSUInteger numberOfWorkers = 4;
NSUInteger pixelsPerWorker = pixelCount/numberOfWorkers;

for (NSUInteger worker = 0; worker < numberOfWorkers; worker++) {
    
    //Submit work blocks to be executed concurrently
    dispatch_async(weakMe.concurrentQueue, ^{
        
        //Add the colors result to a trie data strucuture whose leaf is the counter, O(1) baby

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//Divide up the work among workers
            NSUInteger numberOfWorkers = 4;
            NSUInteger pixelsPerWorker = pixelCount/numberOfWorkers;
            
            for (NSUInteger worker = 0; worker < numberOfWorkers; worker++) {
                
                //Submit work blocks to be executed concurrently
                dispatch_async(weakMe.concurrentQueue, ^{
                    
                    //Add the colors result to a trie data strucuture whose leaf is the counter, O(1) baby

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-(void) fetchDominantColorFromImage:(NSImage*)image withCompletion:(void(^)(NSColor *color, NSTimeInterval processingTime))completion {
    ...
    __weak typeof(self) weakMe = self;
    dispatch_async(dispatch_get_global_queue(DISPATCH_QUEUE_PRIORITY_BACKGROUND, 0), ^{
        [weakMe pixelsFromImage:image withCompletion:^(UInt32 *pixels, NSUInteger pixelCount) {
            
    ....

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-(void) pixelsFromImage:(NSImage*)image
         withCompletion:(void(^)(UInt32 *pixels, NSUInteger pixelCount))completion {
    
    //Extract pixels from the image in a 1D array
    CFDataRef inputData = (__bridge CFDataRef)[image TIFFRepresentation];
    CGImageSourceRef inputSource = CGImageSourceCreateWithData(inputData, NULL);
    CGImageRef inputCGImage = CGImageSourceCreateImageAtIndex(inputSource, 0, NULL);
    NSUInteger width = CGImageGetWidth(inputCGImage);
    NSUInteger height = CGImageGetHeight(inputCGImage);
    NSUInteger numberOfPixels = height * width;

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class 💩💩💩💩 {
    func 💩💩💩(😎: Int, 🐯: Int) -> Int {
        return 😎 + 🐯;
    }
}

let 🐔 = 3;
let 😥 = 🐔 + 2;
let 💩 = 💩💩💩💩();
print(💩.💩💩💩(🐔, 🐯:😥));

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let camera = AVCaptureDevice.defaultDeviceWithMediaType(AVMediaTypeVideo)
var error : NSError? = nil
let cameraInput : AVCaptureDeviceInput? = AVCaptureDeviceInput.deviceInputWithDevice(camera, error: &error) as? AVCaptureDeviceInput
self.session.addInput(cameraInput)
        
if error != nil || cameraInput == nil {
    //Awesome error handling :D
    println(error!.localizedDescription)
}
else {

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let allowedBarcodes = [AVMetadataObjectTypeUPCECode,
    AVMetadataObjectTypeCode39Code,
    AVMetadataObjectTypeCode39Mod43Code,
    AVMetadataObjectTypeEAN13Code,
    AVMetadataObjectTypeEAN8Code,
    AVMetadataObjectTypeCode93Code,
    AVMetadataObjectTypeCode128Code,
    AVMetadataObjectTypePDF417Code,
    AVMetadataObjectTypeQRCode,
    AVMetadataObjectTypeAztecCode