var helper = (function() { // methods on this object var e = function(selector) { return document.querySelector(selector); }; var eA = function(selector) { return document.querySelectorAll(selector); }; var toggleClass = function(element, theClassName) { element.classList.toggle(theClassName); }; var addClass = function(element, theClassName) { element.classList.add(theClassName); }; var removeClass = function(element, theClassName) { element.classList.remove(theClassName); }; var getDateTime = function() { var dateStamp = new Date(); var object = { // string: dateStamp.constructor(), // time: dateStamp.getTime() date: dateStamp.getDate(), day: dateStamp.getDay(), year: dateStamp.getFullYear(), hours: dateStamp.getHours(), milliseconds: dateStamp.getMilliseconds(), minutes: dateStamp.getMinutes(), month: dateStamp.getMonth(), seconds: dateStamp.getSeconds() } return object; }; var month = function(index) { var all = ["January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]; return all[index]; }; var day = function(index) { var all = ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]; return all[index]; }; var sortObject = function(object, key) { object.sort(function(a, b) { var textA = a[key]; if (typeof textA == "string") { textA = textA.toLowerCase(); }; var textB = b[key]; if (typeof textB == "string") { textB = textB.toLowerCase(); }; if (textA < textB) { return -1; } else if (textA > textB) { return 1; } else { return 0; }; }); return object; }; var applyOptions = function(options, override) { if (options && override) { if (override) { for (var key in override) { if (key in options) { options[key] = override[key]; }; }; }; return options; } else { return null; }; }; var hexToRgb = function(hex) { var result = /^#?([a-f\d]{2})([a-f\d]{2})([a-f\d]{2})$/i.exec(hex); if (result) { result = { r: parseInt(result[1], 16), g: parseInt(result[2], 16), b: parseInt(result[3], 16) }; } else { result = null; } return result; }; var rgbToHex = function(rgbObject) { var componentToHex = function(hexPart) { hexPart = hexPart.toString(16); if (hexPart.length == 1) { hexPart = "0" + hexPart }; return hexPart; }; var result = "#" + componentToHex(rgbObject.r) + componentToHex(rgbObject.g) + componentToHex(rgbObject.b); return result; }; var makeNode = function(override) { var options = { tag: null, classes: null, text: null, url: null, index: null, attr: null }; if (override) { options = helper.applyOptions(options, override); }; var element = document.createElement(options.tag); if (options.text != null) { element.textContent = options.text; }; if (options.attr != null) { options.attr.forEach(function(arrayItem, index) { if ("key" in arrayItem && "value" in arrayItem) { element.setAttribute(arrayItem.key, arrayItem.value); } else if ("key" in arrayItem) { element.setAttribute(arrayItem.key, ""); } }); }; return element; }; function _makeAddress(path) { var array; if (path.indexOf("[") != -1 && path.indexOf("]") != -1) { array = path.split(".").join(",").split("[").join(",").split("]").join(",").split(","); for (var i = 0; i < array.length; i++) { if (array[i] == "") { array.splice(i, 1); }; if (!isNaN(parseInt(array[i], 10))) { array[i] = parseInt(array[i], 10); }; }; } else { array = path.split("."); }; return array; }; function setObject(override) { var options = { path: null, object: null, newValue: null }; if (override) { var options = applyOptions(options, override); }; var address = _makeAddress(options.path); var _setData = function() { while (address.length > 1) { // shift off and store the first key var currentKey = address.shift(); // if the key is not found make a new object if (!(currentKey in options.object)) { // make an empty object in the current object level if (isNaN(currentKey)) { options.object[currentKey] = {}; } else { options.object[currentKey] = []; }; }; // drill down the object with the first key options.object = options.object[currentKey]; }; var finalKey = address.shift(); options.object[finalKey] = options.newValue; }; if (options.object != null && options.path != null && options.newValue != null) { _setData(); } else { return false; }; }; function getObject(override) { var options = { object: null, path: null }; if (override) { var options = applyOptions(options, override); }; var address = _makeAddress(options.path); var _getData = function() { while (address.length > 1) { // shift off and store the first key var currentKey = address.shift(); // if the key is not found make a new object if (!(currentKey in options.object)) { // make an empty object in the current object level if (isNaN(currentKey)) { options.object[currentKey] = {}; } else { options.object[currentKey] = []; }; }; // drill down the object with the first key options.object = options.object[currentKey]; }; var finalKey = address.shift(); if (!(finalKey in options.object)) { return ""; } else { return options.object[finalKey]; }; }; if (options.object != null && options.path != null) { return _getData(); } else { return false; }; }; function makeObject(string) { var _stringOrBooleanOrNumber = function(stringToTest) { if (stringToTest == "true") { return true; } else if (stringToTest == "false") { return false; } else if (stringToTest.indexOf("#") != -1) { return stringToTest.substr(1, kevValuePair[1].length); } else { return "\"" + stringToTest + "\""; }; }; // if argument is a string if (typeof string == "string") { // start building the object var objectString = "{"; // split the string on comma not followed by a space // split on character if not followed by a space var items = string.split(/,(?=\S)/); // loop over each item for (var i = 0; i < items.length; i++) { // split each would be object key values pair // split on character if not followed by a space var kevValuePair = items[i].split(/:(?=\S)/); // get the key var key = "\"" + kevValuePair[0] + "\""; var value; // if the value has + with a space after it if (/\+(?=\S)/.test(kevValuePair[1])) { // remove first + symbol kevValuePair[1] = kevValuePair[1].substr(1, kevValuePair[1].length); // split the would be values // split on character if not followed by a space var all_value = kevValuePair[1].split(/\+(?=\S)/); // if there are multiple values make an array value = "[" for (var q = 0; q < all_value.length; q++) { value += _stringOrBooleanOrNumber(all_value[q]) + ","; }; // remove last comma value = value.substr(0, value.length - 1); // close array value += "]" } else { value = _stringOrBooleanOrNumber(kevValuePair[1]); }; objectString += key + ":" + value + ","; }; // remove last comma objectString = objectString.substr(0, objectString.length - 1); // close object objectString += "}"; var object = JSON.parse(objectString); return object; } else { return false; }; }; var allEqual = function(array) { return array.every(function(arrayItem) { return arrayItem === array[0]; }); }; var randomNumber = function(min, max) { return Math.floor(Math.random() * (max - min + 1) + min); }; // exposed methods return { e: e, eA: eA, toggleClass: toggleClass, addClass: addClass, removeClass: removeClass, allEqual: allEqual, getDateTime: getDateTime, month: month, day: day, sortObject: sortObject, applyOptions: applyOptions, hexToRgb: hexToRgb, rgbToHex: rgbToHex, makeNode: makeNode, setObject: setObject, getObject: getObject, makeObject: makeObject, randomNumber: randomNumber }; })();