A1rPun

waterfall(['a', 'bbbb', 'cc'], function(item){
	return function(resolve){
		setTimeout(function(){
			console.log(item);
			resolve();
		}, item.length * 1000);
	};
});

A1rPun

function getHashCode(obj) {
    var hashCode = 0;
    if (typeof obj === 'object')
        for (var prop in obj) {
            var code = getHashCode(prop) + getHashCode(obj[prop]);
            hashCode += code * code;
        }
    else
        for(var str = "" + obj, i = str.length; i--;)
            hashCode += 100 / (i + str.charCodeAt(i));

A1rPun

(function(w){
  var oldST = w.setTimeout;
  var oldSI = w.setInterval;
  var oldCI = w.clearInterval;
  var timers = [];
  w.timers = timers;
  w.setTimeout = function(fn, delay){
    var id = oldST(function(){
      fn && fn();
      removeTimer(id);

A1rPun

function getParameters(func) {
  var funcString = func.toString();
  var indexStart = funcString.indexOf('(') + 1;
  var indexEnd = funcString.indexOf(')');
    
  return funcString
    .substring(indexStart, indexEnd)
    .trim()
    .split(/\s*,\s*/);
}

A1rPun

var que = (function (q) {
    /**
     * Pause & queue a set of dynamically added async requests until the `resume` promise is resolved.
     *
     * @method que
     * @param {Function} pause A function that returns a boolean which results the que instance to pause. Will be executed with every add() or resolved promise.
     * @param {Function} resume A function that returns a promise which tells the que instance to resume when it resolves. It does nothing when the promise is rejected.
     * @return {Object} que instance
     */
    function que(pause, resume) {

A1rPun

/*
 * @function createObservedArray
 * @params function observer A callback function returning the name of the used Array function.
 * @returns Array The observed array
 * @note This is just a simple way to observe an array, do not use in production ;)
 */
function createObservedArray(observer) {
    var array = [],
        methods = ['pop', 'push', 'shift', 'unshift', 'slice', 'splice', 'reduce'];
    for (var i = methods.length; i--;) {

A1rPun

function convertStringToInput(str){
	var result = [];
	for (var i = 0, l = str.length; i < l; i++) {
		var charCode = str.charCodeAt(i);
		result.push(charCode > 255 ? '+' + charCode.toString(16) : charCode);
	}
	return result.join(' ');
}

A1rPun

/**
 * Converts a BGR base10 color to an RGB Hex value.
 *
 * @method colorToHexString
 * @param {Integer} dColor A color as integer.
 * @returns {String} The RGB hex code as string.
 */
function colorToHexString(dColor) {
    return '#' + ("000000" + (((dColor & 0xFF) << 16) + (dColor & 0xFF00) + ((dColor >> 16) & 0xFF)).toString(16)).slice(-6);
}

A1rPun

function Promise(o, fnNames){
	fnNames = fnNames || ['done', 'fail', 'always'];
	var done = fnNames[0],
	    fail = fnNames[1],
	    always = fnNames[2];
		
	o.states = { none: 0 };
	o.states[done] = 1;
	o.states[fail] = 2;
	

A1rPun

0 = Black
8 = Gray
1 = Blue
9 = Light Blue
2 = Green
A = Light Green
3 = Aqua
B = Light Aqua
4 = Red
C = Light Red