jslegers

function parseQuery(str) {
  var qso = {};
  var qs = (str || document.location.search);
  // Check for an empty querystring
  if (qs == "") {
    return qso;
  }
  // Normalize the querystring
  qs = qs.replace(/(^\?)/, '').replace(/;/g, '&');
  while (qs.indexOf("&&") != -1) {

jslegers

<?php

// A pretty basic but effective class that can be used for doing CRUD operations on Microsoft Dynamics NAV's Odata services

error_reporting(E_ALL);
ini_set("display_errors", 1);

class http_request {

    protected $_handle = NULL;

jslegers

    var helper = {};
    
    helper.string = {
        contains : function (haystack, needle) {
            return !!~haystack.indexOf(needle);
        }, 
        ...
    };

jslegers

function contains($haystack, $needle, $caseSensitive = false) {
    return $caseSensitive? 
            (strpos($haystack, $needle) === FALSE ? FALSE : TRUE):
            (stripos($haystack, $needle) === FALSE ? FALSE : TRUE);
}

var_dump(contains('bare','are'));            // Outputs : bool(true)
var_dump(contains('stare', 'are'));          // Outputs : bool(true)
var_dump(contains('stare', 'Are'));          // Outputs : bool(true)
var_dump(contains('stare', 'Are', true));    // Outputs : bool(false)

jslegers

(function ( $ ) {
    $.qsParameters = function(str) {
        var qso = {};
        var qs = (str || document.location.search)
   
        // Check for an empty querystring
        if (qs == ""){
            return qso;
        }
        

jslegers

(function repeat() {
    eat();
    sleep();
    code();
    repeat();
})();

jslegers

<?php

// PHP implementation of my solution for James Grimes's puzzle @ https://www.youtube.com/watch?v=K6Qc4oK_HqY
// The following function calculates the (only) self descriptive number for any number of digits
//
// With "self descriptive number", I mean :
// -------------------
// The first digit tells me how many zeros are in the number
// The second digit tells me how many ones are in the number
// The third digit tells me how many twos are in the number

jslegers

// Some code is my own
// Some code is coming from https://github.com/adambom/Sass-Math/blob/master/math.scss
// Some code is coming from http://thesassway.com/advanced/inverse-trigonometric-functions-with-sass
// Some code coming from http://thesassway.com/advanced/math-sequences-with-sass

@function power($base, $exponent) {
    $ret: 1;
    @if $exponent > 0 {
        @for $i from 1 through $exponent {
            $ret: $ret * $base;

jslegers

// This code will only work if you use Sass 3.3 (or higher)

// Configuration :
// -----------------------------------------

$screensizes : (
  'default' : 0 infinity,
  'mobile' : 0 767px,
  'phone' : 0 480px,
  'tablet' : 481px 767px,

jslegers

<?php
// Generate a formatted list with all superglobals
//----------------------------------------------------
// Custom superglobal variable $_CUSTOM
$_CUSTOM = array('USERNAME' => 'john', 'USERID' => '18068416846');

// List here whichever superglobals you want to print
// This could be your own custom superglobals
$globals = array(
    '$_SERVER' => $_SERVER, '$_ENV' => $_ENV,