/** * @class Ext.dom.Query * @alternateClassName Ext.DomQuery * @alternateClassName Ext.core.DomQuery * @singleton * * Provides high performance selector/xpath processing by compiling queries * into reusable functions. New pseudo classes and matchers can be plugged. It works * on HTML and XML documents (if a content node is passed in). * * DomQuery supports most of the [CSS3 selectors spec][1], along with some custom selectors * and basic XPath. * * All selectors, attribute filters and pseudos below can be combined infinitely in any order. * For example `div.foo:nth-child(odd)[@foo=bar].bar:first` would be a perfectly valid selector. * Node filters are processed in the order in which they appear, which allows you to optimize * your queries for your document structure. * * ## Simple Selectors * * For performance reasons, some query methods accept selectors that are termed as * **simple selectors**. A simple selector is a selector that does not include contextual * information about any parent/sibling elements. * * Some examples of valid simple selectors: * * var simple = '.foo'; // Only asking for the class name on the element * var simple = 'div.bar'; // Only asking for the tag/class name on the element * var simple = '[href];' // Asking for an attribute on the element. * var simple = ':not(.foo)'; // Only asking for the non-matches against the class name * var simple = 'span:first-child'; // Doesn't require any contextual information about * // the parent node * * Simple examples of invalid simple selectors: * * var notSimple = 'div.foo div.bar'; // Requires matching a parent node by class name * var notSimple = 'span + div'; // Requires matching a sibling by tag name * * ## Element Selectors: * * - **`*`** any element * - **`E`** an element with the tag E * - **`E F`** All descendent elements of E that have the tag F * - **`E > F`** or **E/F** all direct children elements of E that have the tag F * - **`E + F`** all elements with the tag F that are immediately preceded by an element * with the tag E * - **`E ~ F`** all elements with the tag F that are preceded by a sibling element with the tag E * * ## Attribute Selectors: * * The use of `@` and quotes are optional. For example, `div[@foo='bar']` is also a valid attribute * selector. * * - **`E[foo]`** has an attribute "foo" * - **`E[foo=bar]`** has an attribute "foo" that equals "bar" * - **`E[foo^=bar]`** has an attribute "foo" that starts with "bar" * - **`E[foo$=bar]`** has an attribute "foo" that ends with "bar" * - **`E[foo*=bar]`** has an attribute "foo" that contains the substring "bar" * - **`E[foo%=2]`** has an attribute "foo" that is evenly divisible by 2 * - **`E[foo!=bar]`** attribute "foo" does not equal "bar" * * ## Pseudo Classes: * * - **`E:first-child`** E is the first child of its parent * - **`E:last-child`** E is the last child of its parent * - **`E:nth-child(_n_)`** E is the _n_th child of its parent (1 based as per the spec) * - **`E:nth-child(odd)`** E is an odd child of its parent * - **`E:nth-child(even)`** E is an even child of its parent * - **`E:only-child`** E is the only child of its parent * - **`E:checked`** E is an element that is has a checked attribute that is true * (e.g. a radio or checkbox) * - **`E:first`** the first E in the resultset * - **`E:last`** the last E in the resultset * - **`E:nth(_n_)`** the _n_th E in the resultset (1 based) * - **`E:odd`** shortcut for :nth-child(odd) * - **`E:even`** shortcut for :nth-child(even) * - **`E:contains(foo)`** E's innerHTML contains the substring "foo" * - **`E:nodeValue(foo)`** E contains a textNode with a nodeValue that equals "foo" * - **`E:not(S)`** an E element that does not match simple selector S * - **`E:has(S)`** an E element that has a descendent that matches simple selector S * - **`E:next(S)`** an E element whose next sibling matches simple selector S * - **`E:prev(S)`** an E element whose previous sibling matches simple selector S * - **`E:any(S1|S2|S2)`** an E element which matches any of the simple selectors S1, S2 or S3 * - **`E:visible(true)`** an E element which is deeply visible according to * {@link Ext.dom.Element#isVisible} * * ## CSS Value Selectors: * * - **`E{display=none}`** css value "display" that equals "none" * - **`E{display^=none}`** css value "display" that starts with "none" * - **`E{display$=none}`** css value "display" that ends with "none" * - **`E{display*=none}`** css value "display" that contains the substring "none" * - **`E{display%=2}`** css value "display" that is evenly divisible by 2 * - **`E{display!=none}`** css value "display" that does not equal "none" * * ## XML Namespaces: * - **`ns|E`** an element with tag E and namespace prefix ns * * [1]: http://www.w3.org/TR/2005/WD-css3-selectors-20051215/#selectors * */Ext.define('Ext.dom.Query', function() { /* eslint-disable eqeqeq, no-undef, no-unused-vars, no-cond-assign, no-useless-escape */ /* eslint-disable vars-on-top */ var DQ, doc = document, cache, simpleCache, valueCache, useClassList = !!doc.documentElement.classList, useElementPointer = !!doc.documentElement.firstElementChild, useChildrenCollection = (function() { var d = doc.createElement('div'); d.innerHTML = '<!-- -->text<!-- -->'; return d.children && (d.children.length === 0); })(), nonSpace = /\S/, trimRe = /^\s+|\s+$/g, tplRe = /\{(\d+)\}/g, modeRe = /^(\s?[\/>+~]\s?|\s|$)/, tagTokenRe = /^(#)?([\w\-\*\|\\]+)/, nthRe = /(\d*)n\+?(\d*)/, nthRe2 = /\D/, startIdRe = /^\s*#/, // This is for IE MSXML which does not support expandos. // IE runs the same speed using setAttribute, however FF slows way down // and Safari completely fails so they need to continue to use expandos. isIE = window.ActiveXObject ? true : false, key = 30803, longHex = /\\([0-9a-fA-F]{6})/g, shortHex = /\\([0-9a-fA-F]{1,6})\s{0,1}/g, nonHex = /\\([^0-9a-fA-F]{1})/g, escapes = /\\/g, num, hasEscapes, // True if the browser supports the following syntax: // document.getElementsByTagName('namespacePrefix:tagName') supportsColonNsSeparator = (function() { var xmlDoc, xmlString = '<r><a:b xmlns:a="n"></a:b></r>'; if (window.DOMParser) { xmlDoc = (new DOMParser()).parseFromString(xmlString, "application/xml"); } else { xmlDoc = new ActiveXObject("Microsoft.XMLDOM"); xmlDoc.loadXML(xmlString); } return !!xmlDoc.getElementsByTagName('a:b').length; })(), // replaces a long hex regex match group with the appropriate ascii value // $args indicate regex match pos longHexToChar = function($0, $1) { return String.fromCharCode(parseInt($1, 16)); }, // converts a shortHex regex match to the long form shortToLongHex = function($0, $1) { while ($1.length < 6) { $1 = '0' + $1; } return '\\' + $1; }, // converts a single char escape to long escape form charToLongHex = function($0, $1) { num = $1.charCodeAt(0).toString(16); if (num.length === 1) { num = '0' + num; } return '\\0000' + num; }, // Un-escapes an input selector string. Assumes all escape sequences have been // normalized to the css '\\0000##' 6-hex-digit style escape sequence : // will not handle any other escape formats unescapeCssSelector = function(selector) { return (hasEscapes) ? selector.replace(longHex, longHexToChar) : selector; }, // checks if the path has escaping & does any appropriate replacements setupEscapes = function(path) { hasEscapes = (path.indexOf('\\') > -1); if (hasEscapes) { path = path .replace(shortHex, shortToLongHex) .replace(nonHex, charToLongHex) .replace(escapes, '\\\\'); // double the '\' for js compilation } return path; }; // this eval is stop the compressor from // renaming the variable to something shorter eval("var batch = 30803, child, next, prev, byClassName;"); // Retrieve the child node from a particular // parent at the specified index. child = useChildrenCollection ? function child(parent, index) { return parent.children[index]; } : function child(parent, index) { var i = 0, n = parent.firstChild; while (n) { if (n.nodeType == 1) { if (++i == index) { return n; } } n = n.nextSibling; } return null; }; // retrieve the next element node next = useElementPointer ? function(n) { return n.nextElementSibling; } : function(n) { while ((n = n.nextSibling) && n.nodeType != 1) { // This block is intentionally left blank } return n; }; // retrieve the previous element node prev = useElementPointer ? function(n) { return n.previousElementSibling; } : function(n) { while ((n = n.previousSibling) && n.nodeType != 1) { // This block is intentionally left blank } return n; }; // Mark each child node with a nodeIndex skipping and // removing empty text nodes. function children(parent) { var n = parent.firstChild, nodeIndex = -1, nextNode; while (n) { nextNode = n.nextSibling; // clean worthless empty nodes. if (n.nodeType == 3 && !nonSpace.test(n.nodeValue)) { parent.removeChild(n); } else { // add an expando nodeIndex n.nodeIndex = ++nodeIndex; } n = nextNode; } return this; } // nodeSet - array of nodes // cls - CSS Class // Use classList API where available: http://jsperf.com/classlist-vs-old-school-check/ byClassName = useClassList ? function(nodeSet, cls) { cls = unescapeCssSelector(cls); if (!cls) { return nodeSet; } var result = [], ri = -1, i, ci, classList; for (i = 0; ci = nodeSet[i]; i++) { classList = ci.classList; if (classList) { if (classList.contains(cls)) { result[++ri] = ci; } } else if ((' ' + ci.className + ' ').indexOf(cls) !== -1) { // Some elements types (SVG) may not always have a classList // in some browsers, so fallback to the old style here result[++ri] = ci; } } return result; } : function(nodeSet, cls) { cls = unescapeCssSelector(cls); if (!cls) { return nodeSet; } var result = [], ri = -1, i, ci; for (i = 0; ci = nodeSet[i]; i++) { if ((' ' + ci.className + ' ').indexOf(cls) !== -1) { result[++ri] = ci; } } return result; }; function attrValue(n, attr) { // if its an array, use the first node. if (!n.tagName && typeof n.length != "undefined") { n = n[0]; } if (!n) { return null; } if (attr == "for") { return n.htmlFor; } if (attr == "class" || attr == "className") { return n.className; } return n.getAttribute(attr) || n[attr]; } // ns - nodes // mode - false, /, >, +, ~ // tagName - defaults to "*" function getNodes(ns, mode, tagName) { var result = [], ri = -1, cs, i, ni, j, ci, cn, utag, n, cj; if (!ns) { return result; } tagName = tagName.replace('|', ':') || "*"; // convert to array if (typeof ns.getElementsByTagName != "undefined") { ns = [ns]; } // no mode specified, grab all elements by tagName // at any depth if (!mode) { tagName = unescapeCssSelector(tagName); if (!supportsColonNsSeparator && DQ.isXml(ns[0]) && tagName.indexOf(':') !== -1) { // Some browsers (e.g. WebKit and Opera do not support the following syntax // in xml documents: getElementsByTagName('ns:tagName'). To work around // this, we remove the namespace prefix from the tagName, get the elements // by tag name only, and then compare each element's tagName property to // the tagName with namespace prefix attached to ensure that the tag is in // the proper namespace. for (i = 0; ni = ns[i]; i++) { cs = ni.getElementsByTagName(tagName.split(':').pop()); for (j = 0; ci = cs[j]; j++) { if (ci.tagName === tagName) { result[++ri] = ci; } } } } else { for (i = 0; ni = ns[i]; i++) { cs = ni.getElementsByTagName(tagName); for (j = 0; ci = cs[j]; j++) { result[++ri] = ci; } } } // Direct Child mode (/ or >) // E > F or E/F all direct children elements of E that have the tag } else if (mode == "/" || mode == ">") { utag = tagName.toUpperCase(); for (i = 0; ni = ns[i]; i++) { cn = ni.childNodes; for (j = 0; cj = cn[j]; j++) { if (cj.nodeName == utag || cj.nodeName == tagName || tagName == '*') { result[++ri] = cj; } } } // Immediately Preceding mode (+) // E + F all elements with the tag F that are immediately preceded by an element // with the tag E } else if (mode == "+") { utag = tagName.toUpperCase(); for (i = 0; n = ns[i]; i++) { while ((n = n.nextSibling) && n.nodeType != 1) { // This block is intentionally left blank } if (n && (n.nodeName == utag || n.nodeName == tagName || tagName == '*')) { result[++ri] = n; } } // Sibling mode (~) // E ~ F all elements with the tag F that are preceded by a sibling element // with the tag E } else if (mode == "~") { utag = tagName.toUpperCase(); for (i = 0; n = ns[i]; i++) { while ((n = n.nextSibling)) { if (n.nodeName == utag || n.nodeName == tagName || tagName == '*') { result[++ri] = n; } } } } return result; } function concat(a, b) { a.push.apply(a, b); return a; } function byTag(cs, tagName) { if (cs.tagName || cs === doc) { cs = [cs]; } if (!tagName) { return cs; } var result = [], ri = -1, i, ci; tagName = tagName.toLowerCase(); for (i = 0; ci = cs[i]; i++) { if (ci.nodeType == 1 && ci.tagName.toLowerCase() == tagName) { result[++ri] = ci; } } return result; } function byId(cs, id) { id = unescapeCssSelector(id); if (cs.tagName || cs === doc) { cs = [cs]; } if (!id) { return cs; } var result = [], ri = -1, i, ci; for (i = 0; ci = cs[i]; i++) { if (ci && ci.id == id) { result[++ri] = ci; return result; } } return result; } // operators are =, !=, ^=, $=, *=, %=, |= and ~= // custom can be "{" function byAttribute(cs, attr, value, op, custom) { var result = [], ri = -1, useGetStyle = custom == "{", fn = DQ.operators[op], a, xml, hasXml, i, ci; value = unescapeCssSelector(value); for (i = 0; ci = cs[i]; i++) { // skip non-element nodes. if (ci.nodeType === 1) { // only need to do this for the first node if (!hasXml) { xml = DQ.isXml(ci); hasXml = true; } // we only need to change the property names if we're dealing with html nodes, // not XML if (!xml) { if (useGetStyle) { a = DQ.getStyle(ci, attr); } else if (attr == "class" || attr == "className") { a = ci.className; } else if (attr == "for") { a = ci.htmlFor; } else if (attr == "href") { // getAttribute href bug // http://www.glennjones.net/Post/809/getAttributehrefbug.htm a = ci.getAttribute("href", 2); } else { a = ci.getAttribute(attr); } } else { a = ci.getAttribute(attr); } if ((fn && fn(a, value)) || (!fn && a)) { result[++ri] = ci; } } } return result; } function byPseudo(cs, name, value) { value = unescapeCssSelector(value); return DQ.pseudos[name](cs, value); } function nodupIEXml(cs) { var d = ++key, r, i, len, c; cs[0].setAttribute("_nodup", d); r = [cs[0]]; for (i = 1, len = cs.length; i < len; i++) { c = cs[i]; if (!c.getAttribute("_nodup") != d) { c.setAttribute("_nodup", d); r[r.length] = c; } } for (i = 0, len = cs.length; i < len; i++) { cs[i].removeAttribute("_nodup"); } return r; } function nodup(cs) { if (!cs) { return []; } var len = cs.length, r = cs, ri = -1, c, cj, i, d, j; if (!len || typeof cs.nodeType != "undefined" || len == 1) { return cs; } if (isIE && typeof cs[0].selectSingleNode != "undefined") { return nodupIEXml(cs); } d = ++key; cs[0]._nodup = d; for (i = 1; c = cs[i]; i++) { if (c._nodup != d) { c._nodup = d; } else { r = []; for (j = 0; j < i; j++) { r[++ri] = cs[j]; } for (j = i + 1; cj = cs[j]; j++) { if (cj._nodup != d) { cj._nodup = d; r[++ri] = cj; } } return r; } } return r; } function quickDiffIEXml(c1, c2) { var d = ++key, r = [], i, len; for (i = 0, len = c1.length; i < len; i++) { c1[i].setAttribute("_qdiff", d); } for (i = 0, len = c2.length; i < len; i++) { if (c2[i].getAttribute("_qdiff") != d) { r[r.length] = c2[i]; } } for (i = 0, len = c1.length; i < len; i++) { c1[i].removeAttribute("_qdiff"); } return r; } function quickDiff(c1, c2) { var len1 = c1.length, d = ++key, r = [], i, len; if (!len1) { return c2; } if (isIE && typeof c1[0].selectSingleNode != "undefined") { return quickDiffIEXml(c1, c2); } for (i = 0; i < len1; i++) { c1[i]._qdiff = d; } for (i = 0, len = c2.length; i < len; i++) { if (c2[i]._qdiff != d) { r[r.length] = c2[i]; } } return r; } function quickId(ns, mode, root, id) { var d; if (ns == root) { id = unescapeCssSelector(id); d = root.ownerDocument || root; return d.getElementById(id); } ns = getNodes(ns, mode, "*"); return byId(ns, id); } return { singleton: true, alternateClassName: [ 'Ext.core.DomQuery', 'Ext.DomQuery' ], requires: [ 'Ext.dom.Helper', 'Ext.util.Operators' ], _init: function() { DQ = this; DQ.operators = Ext.Object.chain(Ext.util.Operators); // can capture now DQ._cache = cache = new Ext.util.LruCache({ maxSize: 200 }); DQ._valueCache = valueCache = new Ext.util.LruCache({ maxSize: 200 }); DQ._simpleCache = simpleCache = new Ext.util.LruCache({ maxSize: 200 }); }, clearCache: function() { cache.clear(); valueCache.clear(); simpleCache.clear(); }, getStyle: function(el, name) { return Ext.fly(el, '_DomQuery').getStyle(name); }, /** * Compiles a selector/xpath query into a reusable function. The returned function * takes one parameter "root" (optional), which is the context node from where the query * should start. * @param {String} path The selector/xpath query * @param {String} [type="select"] Either "select" or "simple" for a simple selector match * @return {Function} */ compile: function(path, type) { type = type || "select"; // setup fn preamble var fn = ["var f = function(root) {\n var mode; ++batch; var n = root || document;\n"], lastPath, matchers = DQ.matchers, matchersLn = matchers.length, // accept leading mode switch lmode = path.match(modeRe), modeMatch, tokenMatch, matched, j, t, m; path = setupEscapes(path); if (lmode && lmode[1]) { fn[fn.length] = 'mode="' + lmode[1].replace(trimRe, "") + '";'; path = path.replace(lmode[1], ""); } // strip leading slashes while (path.substr(0, 1) == "/") { path = path.substr(1); } while (path && lastPath != path) { lastPath = path; tokenMatch = path.match(tagTokenRe); if (type == "select") { if (tokenMatch) { // ID Selector if (tokenMatch[1] == "#") { fn[fn.length] = 'n = quickId(n, mode, root, "' + tokenMatch[2] + '");'; } else { fn[fn.length] = 'n = getNodes(n, mode, "' + tokenMatch[2] + '");'; } path = path.replace(tokenMatch[0], ""); } else if (path.substr(0, 1) != '@') { fn[fn.length] = 'n = getNodes(n, mode, "*");'; } // type of "simple" } else { if (tokenMatch) { if (tokenMatch[1] == "#") { fn[fn.length] = 'n = byId(n, "' + tokenMatch[2] + '");'; } else { fn[fn.length] = 'n = byTag(n, "' + tokenMatch[2] + '");'; } path = path.replace(tokenMatch[0], ""); } } while (!(modeMatch = path.match(modeRe))) { matched = false; for (j = 0; j < matchersLn; j++) { t = matchers[j]; m = path.match(t.re); if (m) { fn[fn.length] = t.select.replace(tplRe, function(x, i) { return m[i]; }); path = path.replace(m[0], ""); matched = true; break; } } // prevent infinite loop on bad selector if (!matched) { Ext.raise({ sourceClass: 'Ext.DomQuery', sourceMethod: 'compile', msg: 'Error parsing selector. Parsing failed at "' + path + '"' }); } } if (modeMatch[1]) { fn[fn.length] = 'mode="' + modeMatch[1].replace(trimRe, "") + '";'; path = path.replace(modeMatch[1], ""); } } // close fn out fn[fn.length] = "return nodup(n);\n}"; // eval fn and return it eval(fn.join("")); return f; }, /** * Selects an array of DOM nodes using JavaScript-only implementation. * * Use {@link #select} to take advantage of browsers built-in support for CSS selectors. * @param {String} path The selector/xpath query (can be a comma separated list * of selectors) * @param {HTMLElement/String} [root=document] The start of the query. * @param type * @return {HTMLElement[]} An Array of DOM elements which match the selector. If there are * no matches, and empty Array is returned. */ jsSelect: function(path, root, type) { // set root to doc if not specified. root = root || doc; if (typeof root == "string") { root = doc.getElementById(root); } var paths = Ext.splitAndUnescape(path, ","), results = [], query, i, len, subPath, result; // loop over each selector for (i = 0, len = paths.length; i < len; i++) { subPath = paths[i].replace(trimRe, ""); // compile and place in cache query = cache.get(subPath); if (!query) { // When we compile, escaping is handled inside the compile method query = DQ.compile(subPath, type); if (!query) { Ext.raise({ sourceClass: 'Ext.DomQuery', sourceMethod: 'jsSelect', msg: subPath + ' is not a valid selector' }); } cache.add(subPath, query); } else { // If we've already compiled, we still need to check if the // selector has escaping and setup the appropriate flags setupEscapes(subPath); } result = query(root); if (result && result !== doc) { results = results.concat(result); } } // if there were multiple selectors, make sure dups // are eliminated if (paths.length > 1) { return nodup(results); } return results; }, isXml: function(el) { var docEl = (el ? el.ownerDocument || el : 0).documentElement; return docEl ? docEl.nodeName !== "HTML" : false; }, /** * Selects an array of DOM nodes by CSS/XPath selector. * * Uses [document.querySelectorAll][0] if browser supports that, otherwise falls back to * {@link Ext.dom.Query#jsSelect} to do the work. * * [0]: https://developer.mozilla.org/en/DOM/document.querySelectorAll * * @param {String} path The selector/xpath query * @param {HTMLElement} [root=document] The start of the query. * @return {HTMLElement[]} An array of DOM elements (not a NodeList as returned by * `querySelectorAll`). * @param {String} [type="select"] Either "select" or "simple" for a simple selector match * (only valid when used when the call is deferred to the jsSelect method) * @param {Boolean} [single] Pass `true` to select only the first matching node using * `document.querySelector` (where available) * @method */ select: doc.querySelectorAll ? function(path, root, type, single) { root = root || doc; if (!DQ.isXml(root)) { try { /* * This checking here is to "fix" the behaviour of querySelectorAll * for non root document queries. The way qsa works is intentional, * however it's definitely not the expected way it should work. * When descendant selectors are used, only the lowest selector must be * inside the root! * More info: http://ejohn.org/blog/thoughts-on-queryselectorall/ * So we create a descendant selector by prepending the root's ID, * and query the parent node. * UNLESS the root has no parent in which qsa will work perfectly. * * We only modify the path for single selectors (ie, no multiples), * without a full parser it makes it difficult to do this correctly. */ if (root.parentNode && (root.nodeType !== 9) && path.indexOf(',') === -1 && !startIdRe.test(path)) { // eslint-disable-line max-len path = Ext.makeIdSelector(Ext.id(root)) + ' ' + path; root = root.parentNode; } return single ? [ root.querySelector(path) ] : Ext.Array.toArray(root.querySelectorAll(path)); } catch (e) { // This block is intentionally left blank } } return DQ.jsSelect.call(this, path, root, type); } : function(path, root, type) { return DQ.jsSelect.call(this, path, root, type); }, /** * Selects a single element. * @param {String} path The selector/xpath query * @param {HTMLElement} [root=document] The start of the query. * @return {HTMLElement} The DOM element which matched the selector. */ selectNode: function(path, root) { return Ext.DomQuery.select(path, root, null, true)[0]; }, /** * Selects the value of a node, optionally replacing null with the defaultValue. * @param {String} path The selector/xpath query * @param {HTMLElement} [root=document] The start of the query. * @param {String} [defaultValue] When specified, this is return as empty value. * @return {String} */ selectValue: function(path, root, defaultValue) { path = path.replace(trimRe, ""); var query = valueCache.get(path), n; if (!query) { query = DQ.compile(path, "select"); valueCache.add(path, query); } else { setupEscapes(path); } n = query(root); return DQ.getNodeValue(n[0] || n, defaultValue); }, /** * Get the text value for a node, optionally replacing null with the defaultValue. * @param {Object} node The node * @param {String} [defaultValue] When specified, this is return as empty value. * @return {String} The value */ getNodeValue: function(node, defaultValue) { // overcome a limitation of maximum textnode size // Rumored to potentially crash IE6 but has not been confirmed. // http://reference.sitepoint.com/javascript/Node/normalize // https://developer.mozilla.org/En/DOM/Node.normalize if (typeof node.normalize == 'function') { node.normalize(); } var firstChild = node && node.firstChild, v = firstChild ? firstChild.nodeValue : null; // If we have a defaultValue, and v is null, undefined or '', use that // value instead. // if (defaultValue !== undefined && (v == null || v === '')) { v = defaultValue; } return v; }, /** * Selects the value of a node, parsing integers and floats. * Returns the defaultValue, or 0 if none is specified. * @param {String} path The selector/xpath query * @param {HTMLElement} [root=document] The start of the query. * @param {Number} [defaultValue] When specified, this is return as empty value. * @return {Number} */ selectNumber: function(path, root, defaultValue) { var v = DQ.selectValue(path, root, defaultValue || 0); return parseFloat(v); }, /** * Returns true if the passed element(s) match the passed simple selector * @param {String/HTMLElement/HTMLElement[]} el An element id, element or array of elements * @param {String} ss The simple selector to test * @return {Boolean} */ is: function(el, ss) { if (typeof el == "string") { el = doc.getElementById(el); } var isArray = Ext.isArray(el), result = DQ.filter(isArray ? el : [el], ss); return isArray ? (result.length == el.length) : (result.length > 0); }, /** * Filters an array of elements to only include matches of a simple selector * @param {HTMLElement[]} els An array of elements to filter * @param {String} ss The simple selector to test * @param {Boolean} nonMatches If true, it returns the elements that DON'T match * the selector instead of the ones that match * @return {HTMLElement[]} An Array of DOM elements which match the selector. If there are * no matches, and empty Array is returned. */ filter: function(els, ss, nonMatches) { ss = ss.replace(trimRe, ""); var query = simpleCache.get(ss), result; if (!query) { query = DQ.compile(ss, "simple"); simpleCache.add(ss, query); } else { setupEscapes(ss); } result = query(els); return nonMatches ? quickDiff(result, els) : result; }, /** * Collection of matching regular expressions and code snippets. * Each capture group within `()` will be replace the `{}` in the select * statement as specified by their index. */ matchers: [{ re: /^\.([\w\-\\]+)/, select: useClassList ? 'n = byClassName(n, "{1}");' : 'n = byClassName(n, " {1} ");' }, { re: /^\:([\w\-]+)(?:\(((?:[^\s>\/]*|.*?))\))?/, select: 'n = byPseudo(n, "{1}", "{2}");' }, { re: /^(?:([\[\{])(?:@)?([\w\-]+)\s?(?:(=|.=)\s?['"]?(.*?)["']?)?[\]\}])/, select: 'n = byAttribute(n, "{2}", "{4}", "{3}", "{1}");' }, { re: /^#([\w\-\\]+)/, select: 'n = byId(n, "{1}");' }, { re: /^@([\w\-\.]+)/, select: 'return {firstChild:{nodeValue:attrValue(n, "{1}")}};' }], /** * Collection of operator comparison functions. * The default operators are `=`, `!=`, `^=`, `$=`, `*=`, `%=`, `|=` and `~=`. * * New operators can be added as long as the match the format *c*`=` where *c* * is any character other than space, `>`, or `<`. * * Operator functions are passed the following parameters: * * * `propValue` : The property value to test. * * `compareTo` : The value to compare to. * * @property {Object} operators */ /** * Object hash of "pseudo class" filter functions which are used when filtering selections. * Each function is passed two parameters: * * - **c** : Array * An Array of DOM elements to filter. * * - **v** : String * The argument (if any) supplied in the selector. * * A filter function returns an Array of DOM elements which conform to the pseudo class. * In addition to the provided pseudo classes listed above such as `first-child` and * `nth-child`, developers may add additional, custom psuedo class filters to select * elements according to application-specific requirements. * * For example, to filter `a` elements to only return links to __external__ resources: * * Ext.DomQuery.pseudos.external = function(c, v) { * var r = [], ri = -1; * for(var i = 0, ci; ci = c[i]; i++) { * // Include in result set only if it's a link to an external resource * if (ci.hostname != location.hostname) { * r[++ri] = ci; * } * } * return r; * }; * * Then external links could be gathered with the following statement: * * var externalLinks = Ext.select("a:external"); */ pseudos: { "first-child": function(c) { var r = [], ri = -1, n, i, ci; for (i = 0; (ci = n = c[i]); i++) { while ((n = n.previousSibling) && n.nodeType != 1) { // This block is intentionally left blank } if (!n) { r[++ri] = ci; } } return r; }, "last-child": function(c) { var r = [], ri = -1, n, i, ci; for (i = 0; (ci = n = c[i]); i++) { while ((n = n.nextSibling) && n.nodeType != 1) { // This block is intentionally left blank } if (!n) { r[++ri] = ci; } } return r; }, "nth-child": function(c, a) { var r = [], ri = -1, m = nthRe.exec(a == "even" && "2n" || a == "odd" && "2n+1" || !nthRe2.test(a) && "n+" + a || a), // eslint-disable-line max-len f = (m[1] || 1) - 0, l = m[2] - 0, i, n, j, cn, pn; for (i = 0; n = c[i]; i++) { pn = n.parentNode; if (batch != pn._batch) { j = 0; for (cn = pn.firstChild; cn; cn = cn.nextSibling) { if (cn.nodeType == 1) { cn.nodeIndex = ++j; } } pn._batch = batch; } if (f == 1) { if (l === 0 || n.nodeIndex == l) { r[++ri] = n; } } else if ((n.nodeIndex + l) % f === 0) { r[++ri] = n; } } return r; }, "only-child": function(c) { var r = [], ri = -1, i, ci; for (i = 0; ci = c[i]; i++) { if (!prev(ci) && !next(ci)) { r[++ri] = ci; } } return r; }, "empty": function(c) { var r = [], ri = -1, i, ci, cns, j, cn, empty; for (i = 0; ci = c[i]; i++) { cns = ci.childNodes; j = 0; empty = true; while (cn = cns[j]) { ++j; if (cn.nodeType == 1 || cn.nodeType == 3) { empty = false; break; } } if (empty) { r[++ri] = ci; } } return r; }, "contains": function(c, v) { var r = [], ri = -1, i, ci; for (i = 0; ci = c[i]; i++) { if ((ci.textContent || ci.innerText || ci.text || '').indexOf(v) != -1) { r[++ri] = ci; } } return r; }, "nodeValue": function(c, v) { var r = [], ri = -1, i, ci; for (i = 0; ci = c[i]; i++) { if (ci.firstChild && ci.firstChild.nodeValue == v) { r[++ri] = ci; } } return r; }, "checked": function(c) { var r = [], ri = -1, i, ci; for (i = 0; ci = c[i]; i++) { if (ci.checked === true) { r[++ri] = ci; } } return r; }, "not": function(c, ss) { return DQ.filter(c, ss, true); }, "any": function(c, selectors) { var ss = selectors.split('|'), r = [], ri = -1, s, i, ci, j; for (i = 0; ci = c[i]; i++) { for (j = 0; s = ss[j]; j++) { if (DQ.is(ci, s)) { r[++ri] = ci; break; } } } return r; }, "odd": function(c) { return this["nth-child"](c, "odd"); }, "even": function(c) { return this["nth-child"](c, "even"); }, "nth": function(c, a) { return c[a - 1] || []; }, "first": function(c) { return c[0] || []; }, "last": function(c) { return c[c.length - 1] || []; }, "has": function(c, ss) { var s = DQ.select, r = [], ri = -1, i, ci; for (i = 0; ci = c[i]; i++) { if (s(ss, ci).length > 0) { r[++ri] = ci; } } return r; }, "next": function(c, ss) { var is = DQ.is, r = [], ri = -1, i, ci, n; for (i = 0; ci = c[i]; i++) { n = next(ci); if (n && is(n, ss)) { r[++ri] = ci; } } return r; }, "prev": function(c, ss) { var is = DQ.is, r = [], ri = -1, i, ci, n; for (i = 0; ci = c[i]; i++) { n = prev(ci); if (n && is(n, ss)) { r[++ri] = ci; } } return r; }, focusable: function(candidates) { var len = candidates.length, results = [], i = 0, c; for (; i < len; i++) { c = candidates[i]; if (Ext.fly(c, '_DomQuery').isFocusable()) { results.push(c); } } return results; }, visible: function(candidates, deep) { var len = candidates.length, results = [], i = 0, c; for (; i < len; i++) { c = candidates[i]; if (Ext.fly(c, '_DomQuery').isVisible(deep)) { results.push(c); } } return results; }, isScrolled: function(c) { var r = [], ri = -1, i, ci, s; for (i = 0; ci = c[i]; i++) { s = Ext.fly(ci, '_DomQuery').getScroll(); if (s.top > 0 || s.left > 0) { r[++ri] = ci; } } return r; } } };}, function() { this._init();});