fpillet

- (void)pushViewModel:(BaseViewModel *)nextViewModel
{
	NSString *from = [self standardNameFromViewModel:_currentViewController.viewModel];
	NSString *to = [self standardNameFromViewModel:nextViewModel];

	// We are going to try and find a segue to go to the next viewModel. The way segues are named
	// in our storyboard should be: FromModel::ToModel
	// 1. try Segue method. For example, a segue going from WelcomeViewController to LoginViewController would be named "Welcome::Login"
	// 2. If a segue is not found, try to instantiate the view controller and push it directly. We look up the view controller by its stripped model name (i.e. "WelcomeViewModel" -> "Welcome")
	// 3. If the view controller is not found in the storyboard, try a XIB with the stripped model name.

fpillet

dispatch_once_t once;

- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions
{
    dispatch_once(&once, ^{
        NSLog(@"one");
        dispatch_async(dispatch_get_main_queue(), ^{
            once = 0;
            dispatch_once(&once, ^{
                NSLog(@"two");

fpillet

//
// Created by Florent Pillet on 30/01/15.
//

#import <Foundation/Foundation.h>

@interface RACSignal (FPOperations)

/// Delivers the receiver's latest `next`s with a minimum of `interval`
/// seconds between two values. Of `next` values produced by the receiver

fpillet

/* Base UIViewController subclass for your iPhone applications which automatically
 * releases your instance variables pointing to UIView objects or UIView-subclassed objects,
 * limiting the work you have to do in -dealloc and -viewDidUnload
 *
 * All you have to do is make your UIViewController subclasses inherit from BaseUIViewController
 * instead of UIViewController
 *
 * The helper function that disposes of objects is generalized and can be used for other
 * types of objects as well.
 *

fpillet

// If you really want to do this without using a set, you can do it this way
NSUInteger count = [marray count];
for (NSUInteger i = 0; i < (count-1); i++) {
    [marray removeObjectIdenticalTo:[marray objectAtIndex:i] inRange:NSMakeRange(i+1, count-i-1);
    count = [marray count];
}

fpillet

// Example macros that you can leave in production code, and turn on a flag to activate logging

#import "LoggerClient.h"

extern BOOL gLoggingEnabled;

#define LOG_APP(...)				if (gLoggingEnabled) LogMessageF(__FILE__,__LINE__,__FUNCTION__,@"app", ##__VA_ARGS__); else do {} while(0)
#define LOG_CACHE(...)				if (gLoggingEnabled) LogMessageF(__FILE__,__LINE__,__FUNCTION__,@"cache", ##__VA_ARGS__); else do {} while(0)
#define LOG_XML_PARSING(...)		if (gLoggingEnabled) LogMessageF(__FILE__,__LINE__,__FUNCTION__,@"xml", ##__VA_ARGS__); else do {} while(0)
#define LOG_SOUNDS(...)				if (gLoggingEnabled) LogMessageF(__FILE__,__LINE__,__FUNCTION__,@"sounds", ##__VA_ARGS__); else do {} while(0)

fpillet

- (void)logDetailedError:(NSError *)error from:(id)caller selector:(SEL)selector
{
#if DEBUG
	LogMessage(@"coredata", 0, @"*** CORE DATA ERROR: a data store operation failed");
	LogMessage(@"coredata", 0, @"*** Caller was: %@ %p %@", [caller class], caller, NSStringFromSelector(selector));
	LogMessage(@"coredata", 0, @"*** Error: %@", [error localizedDescription]);
	NSArray* detailedErrors = [[error userInfo] objectForKey:NSDetailedErrorsKey];
	if ([detailedErrors count] > 0)
	{
		for(NSError* detailedError in detailedErrors)

fpillet

		//Setup join arrays for used joins monitoring and clearing
		for (var join in gui.allJoins) {
			joinType = gui.allJoins[join].charCodeAt(0);
			joinNumber = parseInt(gui.allJoins[join].substr(1));
			if ((joinType == 0x64) && (joinNumber >= self.DJoin_Low) && (joinNumber <= self.DJoin_High) && (joinNumber != self.DJoin_connectedFB) && (!self.PageJoins[gui.allJoins[join]])) {			//digital
				self.DJoins.push(gui.allJoins[join]);
				self.ClearJoins.push({join:gui.allJoins[join], value:0});
				
			} else if ((joinType == 0x61) && (joinNumber >= self.AJoin_Low) && (joinNumber <= self.AJoin_High)) {		//analog
				self.AJoins.push(gui.allJoins[join]);

fpillet

var MyModule = {
    var self = {
    	buffer : "",
    	defaultSize : 20,
    	carriageReturn : "99"
    },
	
	setup : function() {
		// we could remove this function if there is nothing to do
	},

fpillet

/* OrderedRequestQueue.js
 *
 * Push CF.request calls using this object instead of directly using CF.request, and
 * you'll be guaranteed to receive results in the order you pushed them. Note that this
 * implies that the queue will BLOCK until each result is received in sequence, which may
 * cause large delays if one site in the list is long to respond.
 *
 * Use at your own risk
 */
var OrderedRequestQueue = (function(){