DIR : /home/kozerus/public_html/pn/uize/site-source/js/Uize/Web/xFilters.js /home/kozerus/public_html/pn/uize/site-source/js/Uize/Web /*______________ | ______ | U I Z E J A V A S C R I P T F R A M E W O R K | / / | --------------------------------------------------- | / O / | MODULE : Uize.Web.xFilters Object Extension | / / / | | / / / /| | ONLINE : http://www.uize.com | /____/ /__/_| | COPYRIGHT : (c)2009-2016 UIZE | /___ | LICENSE : Available under MIT License or GNU General Public License |_______________| http://www.uize.com/license.html */ /* Module Meta Data type: Extension importance: 5 codeCompleteness: 50 docCompleteness: 50 */ /*? Introduction The =Uize.Web.xFilters= module extends the =Uize.Web= object by adding functionality for filtering & traversing the matched set of DOM elements. *DEVELOPERS:* `Ben Ilegbodu`, original code contributed by `Zazzle Inc.` The =Uize.Web.xFilters= module is an extension module that extends the =Uize.Web= class. Pages that want to leverage the syntax-friendly nature of =Uize.Web= may not need to leverage any filtering or traversing functionality. Therefore, the filtering & traversing functionality is not implemented in the =Uize.Web= class in order to reduce the need for loading the extra code. Instead, in order to include the filtering & traversing functionality, one needs to require the =Uize.Web.xFilters= extension module. Key Features The =Uize.Web.xFilters= extension module provides the following features... Filtering Methods document... Tree Traversal Methods document... */ Uize.module ({ name:'Uize.Web.xFilters', required:'Uize.Dom.Basics', builder:function (_object) { 'use strict'; var /*** Variables for Scruncher Optimization ***/ _true = true, _false = false, _undefined, _Uize = Uize, _Uize_Dom_Basics = _Uize.Dom.Basics, _isNode = _Uize_Dom_Basics.isNode, _window = _Uize.global(), _document = _window.document, _objectPrototype = _object.prototype ; /*** Utility Functions ***/ var _getAncestors = function(_root, _options) { var _filterSelector = _options._filter, _targetSelector = _options._target, _singleOnly = _options._singleOnly, _includeSelf = _options._includeSelf, _node = _root, _ancestors = [] ; while (_node) { if (_includeSelf || (_node != _root)) { if (_targetSelector && _isMatch(_node, _targetSelector)) break; _node != _document && _isMatch(_node, _filterSelector) && _ancestors.push(_node) ; if (_singleOnly) break; } _node = _node.parentNode; } return _ancestors; }, _getNodeUid = _object.getNodeUid, _getNodesLookup = function(_nodes) { var _nodesLookup = {}, _nodesLength = _nodes.length, _nodeNo = -1 ; // add existing nodes to lookup table for comparising from added nodes for (; ++_nodeNo < _nodesLength;) { var _node = _nodes[_nodeNo]; if (_isNode(_node)) _nodesLookup[_getNodeUid(_node)] = _node; } return _nodesLookup; }, _getSelectorTestFunc = function(_param) { var _testFunc; // for all of the test functions, "this" will be the node to test if (_Uize.isFunction(_param)) _testFunc = _param; else if (_Uize.isString(_param)) // CSS selector syntax _testFunc = function() { return _isMatch(this, _param) }; else if (_isNode(_param)) // simple node comparison _testFunc = function() { return this == _param }; else if (_object.isWeb(_param)) // if a Uize.Web object we'll just call any on the object with our node _testFunc = function() { return _param.any(this) }; else if (_Uize.isList(_param)) { var _nodeLookup = _getNodesLookup(_param); _testFunc = function() { return _getNodeUid(this) in _nodeLookup }; } return _testFunc; }, _getSiblings = function(_startNode, _options) { var _siblingProperty = _options._isPrev ?'previousSibling' : 'nextSibling', _filterSelector = _options._filter, _targetSelector = _options._target, _includeSelf = _options._includeSelf, _selfNode = _options._self || _startNode, _node = _startNode, _siblings = [] ; while (_node) { // NOTE: Verify that we're looking at a DOM element and whether or not // we include the self node if ((_includeSelf || (_node != _selfNode)) && _node.nodeType == 1) { if (_targetSelector && _isMatch(_node, _targetSelector)) break; _isMatch(_node, _filterSelector) && _siblings.push(_node); if (_options._singleOnly) break; } _node = _node[_siblingProperty]; } return _siblings; }, _isMatch = _object.isMatch, _single = function (_nodes, _index) { var _nodesLength = _nodes.length, _singleNode ; if (_index >= 0 && _index < _nodesLength) _singleNode = _nodes[_index]; else if (_index < 0 && (_index + _nodesLength) >= 0) _singleNode = _nodes[_index + _nodesLength]; return _singleNode; } ; /*** Private Instance Methods ***/ _objectPrototype._appendListHelper = function(_listGeneratorFunc) { var _list = []; // NOTE: Essentially go through each of the matched DOM nodes, // and add the list returned from _listGeneratorFunc to the end // of our uber list. *this* in _listGeneratorFunc will be a ref to the node this.each( function() { _list.push.apply (_list, _listGeneratorFunc.call(this)) } ); return _object(_list); }; _objectPrototype._filter = function(_selector, _mustMatch) { var m = this, _testFunc = _getSelectorTestFunc(_selector), _newSet = [] ; if (_mustMatch == _undefined) _mustMatch = _true; m.each( function() { // add node to the new set if we didn't have a test function, or the test function doesn't match (meaning we don't want to exclude) if (!_testFunc || _testFunc.call(this) == _mustMatch) _newSet.push(this); } ); return _newSet; }; _objectPrototype._getAncestors = function(_options) { return this._appendListHelper(function() { return _getAncestors(this, _options) }); }; /*** Public Instance Methods ***/ /** Filtering **/ var _makeIsOnNodeTreeMethod = function(_objectNodesAreRoot) { // NOTE: the goal of this function is to add the "contains" & "contained" methods to the prototype // which are basically the same, just with the root & node parameters swapped _objectPrototype[_objectNodesAreRoot ? 'contains' : 'contained'] = function(_nodeParam, _returnAll) { return this.handleGetAction( function(_node) { return _Uize_Dom_Basics.isOnNodeTree( _objectNodesAreRoot ? _nodeParam : _node, _objectNodesAreRoot ? _node : _nodeParam ); }, _returnAll ); }; } ; _objectPrototype.any = function(_selector) { return this._filter(_selector).length > 0 }; /*? Instance Methods any Checks the current matched set of DOM nodes against the specified selector, test function, element or =Uize.Web= object and returns =true= if at least one of these DOM nodes matches, and =false= otherwise. SYNTAX ........................................................ anyBOOL = myWeb.any(selectorSTR); ........................................................ VARIATION 1 ........................................................ anyBOOL = myWeb.any(testFUNC); ........................................................ VARIATION 2 ........................................................ anyBOOL = myWeb.any(nodeOBJ); ........................................................ VARIATION 3 ........................................................ anyBOOL = myWeb.any(webOBJ); ........................................................ */ _makeIsOnNodeTreeMethod(); /*? Instance Methods contained Checks the current matched set of DOM nodes and returns =true= if they are contained by the specified DOM node, =false= otherwise. SYNTAX ........................................................ isContainedBOOL = myWeb.contained(nodeBLOB); // one matched node isContainedARRAY = myWeb.contained(nodeBLOB); // multiple matched nodes ........................................................ NOTES - If =returnAllBOOL= is set to =true=, then the return value for each of the matched nodes is wrapped in an array (even if there's only one matched node). If =returnAllBOOL= is =false= or unspecified (=undefined=), only the value for the first matched node is returned. See `Dynamic Methods Return Values` for more info. - See also related =contains= method */ _makeIsOnNodeTreeMethod(_true); /*? Instance Methods contains Checks the current matched set of DOM nodes and returns =true= if they contain the specified DOM node, =false= otherwise. SYNTAX ........................................................ containsBOOL = myWeb.contains(nodeBLOB); // one matched node containsARRAY = myWeb.contains(nodeBLOB); // multiple matched nodes ........................................................ NOTES - If =returnAllBOOL= is set to =true=, then the return value for each of the matched nodes is wrapped in an array (even if there's only one matched node). If =returnAllBOOL= is =false= or unspecified (=undefined=), only the value for the first matched node is returned. See `Dynamic Methods Return Values` for more info. - See also related =contained= method */ _objectPrototype.filter = function(_selector) { return _object(this._filter(_selector)) }; /*? Instance Methods filter Reduce the set of matched DOM nodes to those that match the specified selector, returning a new =Uize.Web= object containing that DOM node. SYNTAX ........................................................ newWeb = myWeb.filter(selectorSTR); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.filter(testFUNC); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.filter(nodeOBJ); ........................................................ VARIATION 3 ........................................................ newWeb = myWeb.filter(webOBJ); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object - See companion =not= method */ _objectPrototype.first = function(_selector) { return ( _selector ? _object(_single(this._filter(_selector), 0)) // filters the nodes based on the selector, picks the first one (if available), then creates a new object : this.single(0) ); /*? Instance Methods first Reduces the set of matched DOM nodes to the first in the set, returning a new =Uize.Web= object containing that DOM node. SYNTAX ........................................................ newWeb = myWeb.first(); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.first(selectorSTR); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.first(testFUNC); ........................................................ VARIATION 3 ........................................................ newWeb = myWeb.first(nodeOBJ); ........................................................ VARIATION 4 ........................................................ newWeb = myWeb.first(webOBJ); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object - See companion =last= method - See related =single= and =filter= methods */ }; _objectPrototype.has = function(_selector) { return this._appendListHelper( function() { return [_object.select(_selector, this).length ? this : null] } ); /*? Instance Methods has Reduces the set of matched DOM nodes to those that have a descendant that matches the specified selector, test function, element or =Uize.Web= object. SYNTAX ........................................................ newWeb = myWeb.has(selectorSTR); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.has(testFUNC); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.has(nodeOBJ); ........................................................ VARIATION 3 ........................................................ newWeb = myWeb.has(webOBJ); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object - See related =find= method */ }; _objectPrototype.index = function(_selector) { var _index = -1, _elementsLength = this.length, _elementNo = -1 ; for (; ++_elementNo < _elementsLength;) { if (_isMatch(this[_elementNo], _selector)) { _index = _elementNo; break; } } return _index; /*? Instance Methods index Returns an integer indicating the position of the specified selector, node generator function, element or =Uize.Web= object within the set of matched DOM nodes. SYNTAX ........................................................ indexINT = myWeb.index(selectorSTR); ........................................................ VARIATION 1 ........................................................ indexINT = myWeb.index(nodeFUNC); ........................................................ VARIATION 2 ........................................................ indexINT = myWeb.index(nodeOBJ); ........................................................ VARIATION 3 ........................................................ indexINT = myWeb.index(webOBJ); ........................................................ NOTES - Returns =-1= if a match is not found */ }; _objectPrototype.last = function(_selector) { return ( _selector ? _object(_single(this._filter(_selector), -1)) // filters the nodes based on the selector, picks the last one (if available), then creates a new object : this.single(-1) ); /*? Instance Methods last Reduce the set of matched DOM nodes to the last in the set, returning a new =Uize.Web= object containing that DOM node. SYNTAX ........................................................ newWeb = myWeb.last(); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.last(selectorSTR); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.last(testFUNC); ........................................................ VARIATION 3 ........................................................ newWeb = myWeb.last(nodeOBJ); ........................................................ VARIATION 4 ........................................................ newWeb = myWeb.last(webOBJ); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object - See companion =first= method - See related =single= and =filter= methods */ }; _objectPrototype.not = function(_selector) { return _object(this._filter(_selector, _false)) }; /*? Instance Methods not Reduce the set of matched DOM nodes to those that do not match the specified selector, returning a new =Uize.Web= object containing that DOM node. SYNTAX ........................................................ newWeb = myWeb.not(selectorSTR); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.not(testFUNC); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.not(nodeOBJ); ........................................................ VARIATION 3 ........................................................ newWeb = myWeb.not(webOBJ); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object - See companion =filter= method */ _objectPrototype.single = function(_index) { return _object(_single(this, _index)) }; /*? Instance Methods single Reduce the set of matched DOM nodes to the one at the specified index, returning a new =Uize.Web= object containing that DOM node. SYNTAX ........................................................ newWeb = myWeb.single(indexINT); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object */ _objectPrototype.slice = function(_start, _end) { return _object(this.element().slice(_start, _end)) }; /*? Instance Methods slice Reduce the set of matched DOM nodes to the one at the specified range of indices, returning a new =Uize.Web= object containing that DOM node. SYNTAX ........................................................ newWeb = myWeb.slice(startINT, endINT); ........................................................ VARIATION ........................................................ newWeb = myWeb.slice(startINT); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object */ /** Traversing **/ _objectPrototype.add = function(_selector, _rootSelector) { var _mergedNodes = this.element(); // add the nodes to add _mergedNodes.push.apply( _mergedNodes, _object.select(_selector, _rootSelector) // nodes we're adding ); // create new object w/ merged set of nodes (which will have a new _key) // NOTE: constructor strips out duplicates return _object(_mergedNodes); /*? Instance Methods add Adds nodes to the set of matched nodes. SYNTAX ........................................................ myWeb = myWeb.add(selectorSTR); ........................................................ VARIATION 1 ........................................................ myWeb = myWeb.add(selectorSTR, rootSelector); ........................................................ VARIATION 2 ........................................................ myWeb = myWeb.add(node); ........................................................ VARIATION 3 ........................................................ myWeb = myWeb.add(nodesARRAY); ........................................................ VARIATION 4 ........................................................ myWeb = myWeb.add(myWeb); ........................................................ VARIATION 5 ........................................................ myWeb = myWeb.add(); ........................................................ NOTES - Returns a reference to the same =Uize.Web= object - See also `Constructor` */ }; _objectPrototype.ancestors = function(_selector) { return this._getAncestors({_filter:_selector}) }; /*? Instance Methods ancestors Retrieves *all* of the ancestor nodes in the DOM tree (ordered from immediate parent on up) for each DOM node in the matched set of DOM nodes, optionally filtered by the specified selector, returning a new =Uize.Web= object containing those DOM nodes. SYNTAX ........................................................ newWeb = myWeb.ancestors(); ........................................................ VARIATION ........................................................ newWeb = myWeb.ancestors(selector); ........................................................ NOTES - Returns a reference to a new =Uize.Web= object - Any duplicates are removed - See related =ancestorsUntil=, =closest= and =parent= methods */ _objectPrototype.ancestorsUntil = function(_targetSelector, _filterSelector) { return this._getAncestors({_filter:_filterSelector, _target:_targetSelector}); /*? Instance Methods ancestors Retrieves *all* of the ancestor nodes in the DOM tree for each DOM node in the matched set of DOM nodes (ordered from immediate parent on up to but not including the DOM node matching the optional find selector), optionally filtered by the specified filter selector, returning a new =Uize.Web= object containing those DOM nodes. SYNTAX ........................................................ newWeb = myWeb.ancestorsUntil(targetSelector, filterSelector); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.ancestorsUntil(targetSelector); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.ancestorsUntil(); ........................................................ NOTES - Returns a reference to a new =Uize.Web= object - Any duplicates are removed - See related =ancestors= and =parent= methods */ }; _objectPrototype.children = function(_selector) { return this._appendListHelper( function() { return _getSiblings( this.firstChild, { _filter:_selector, _includeSelf:_true } ); } ); /*? Instance Methods children Retrieves the children of each DOM node in the matched set of DOM nodes, excluding text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.children(); ........................................................ VARIATION ........................................................ newWeb = myWeb.children(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =contents= method */ }; _objectPrototype.closest = function(_selector) { return this._appendListHelper( function() { // NOTE: Essentially this works by calling _getAncestors which goes up the ancestory tree (including self), // and then returns an array of 1, which is the first match (since we pass the selector to _getAncestors) // If there happen to be no matches, we'll just return an array w/ an undefined value which will get // ignored by the object constructor return _getAncestors( this, { _filter:_selector, _includeSelf:_true } ).slice(0, 1); // just get the first one } ); /*? Instance Methods closest Retrieves the first DOM node in DOM ancestory tree (including the DOM node itself) for each DOM node in the matched set of DOM nodes that matches the specified selector. SYNTAX ........................................................ newWeb = myWeb.closest(selector); ........................................................ NOTES - Returns a reference to a new =Uize.Web= object - See related =ancestors= and =parent= methods */ }; _objectPrototype.contents = function(_selector) { var _newObject = this._appendListHelper( function() { return _Uize.copyList(this.childNodes) } ); return _selector ? _newObject.filter(_selector) : _newObject; /*? Instance Methods contents Retrieves the children of each DOM node in the matched set of DOM nodes, including text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.contents(); ........................................................ VARIATION ........................................................ newWeb = myWeb.contents(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =children= method */ }; _objectPrototype.find = function(_selector) { return this._appendListHelper( function() { return !_selector || _Uize.isPlainObject(_selector) ? _Uize_Dom_Basics.find(_Uize.copy(_selector, {root:this})) // force node as root : _object.select(_selector, this) ; } ); /*? Instance Methods find Retrieves *all* the descendants of each of the set of matched DOM nodes, filtered by the specified selector, node generator function, element or =Uize.Web= object. SYNTAX ........................................................ newWeb = myWeb.find(selectorSTR); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.find(testFUNC); ........................................................ VARIATION 2 ........................................................ newWeb = myWeb.find(nodeOBJ); ........................................................ VARIATION 3 ........................................................ newWeb = myWeb.find(webOBJ); ........................................................ VARIATION 4 ........................................................ newWeb = myWeb.find(propertiesOBJ); ........................................................ VARIATION 5 ........................................................ newWeb = myWeb.find(); ........................................................ NOTES - Returns a reference to the a new =Uize.Web= object - See related =ancestors= and =has= methods */ }; _objectPrototype.map = function(_mapper) { return _object(_Uize.map(this, _mapper)) }; /*? Instance Methods map Passes each DOM node in the matched set of DOM nodes through the specified mapping function, producting a new =Uize.Web= object containing the return values. SYNTAX ........................................................ newWeb = myWeb.map(mapperFUNC); ........................................................ NOTES - Returns a reference to a =Uize.Web= object */ _objectPrototype.next = function(_selector) { return this._appendListHelper( function() { return _getSiblings( this, { _filter:_selector, _singleOnly:_true } ); } ); /*? Instance Methods next Retrieves the immediate sibling following each DOM node in the matched set of DOM nodes, excluding text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.next(); ........................................................ VARIATION ........................................................ newWeb = myWeb.next(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =previous=, =nextAll= and =nextUntil= methods */ }; _objectPrototype.nextAll = function(_selector) { return this._appendListHelper( function() { return _getSiblings( this, { _filter:_selector } ); } ); /*? Instance Methods nextAll Retrieves the following siblings of each DOM node in the matched set of DOM nodes, excluding text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.nextAll(); ........................................................ VARIATION ........................................................ newWeb = myWeb.nextAll(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =next= and =nextUntil= methods */ }; _objectPrototype.nextUntil = function(_target, _filter) { return this._appendListHelper( function() { return _getSiblings( this, { _filter:_filter, _target:_target } ); } ); /*? Instance Methods nextUntil Retrieves the following siblings of each DOM node in the matched set of DOM nodes, excluding text and comment nodes, up to but not including the DOM node matched by the target selector and filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.nextUntil(target); ........................................................ VARIATION ........................................................ newWeb = myWeb.nextUntil(target, filter); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =next= and =nextAll= methods */ }; _objectPrototype.parent = function(_selector) { return this._getAncestors({filter:_selector, _singleOnly:_true}) }; /*? Instance Methods parent Retrieves the parent node for each DOM node in the matched set of DOM nodes, optionally filtered by the specified selector, returning a new =Uize.Web= object containing those DOM nodes. SYNTAX ........................................................ newWeb = myWeb.parent(); ........................................................ VARIATION 1 ........................................................ newWeb = myWeb.parent(selector); ........................................................ NOTES - Returns a reference to a new =Uize.Web= object - Any duplicates are removed - See related =ancestors=, =ancestorsUntil= and =closest= methods */ _objectPrototype.previous = function(_selector) { return this._appendListHelper( function() { return _getSiblings( this, { _isPrev:_true, _filter:_selector, _singleOnly:_true } ); } ); /*? Instance Methods previous Retrieves the immediate sibling preceeding each DOM node in the matched set of DOM nodes, excluding text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.previous(); ........................................................ VARIATION ........................................................ newWeb = myWeb.previous(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =next=, =previousAll= and =previousUntil= methods */ }; _objectPrototype.previousAll = function(_selector) { return this._appendListHelper( function() { return _getSiblings( this, { _isPrev:_true, _filter:_selector } ); } ); /*? Instance Methods previousAll Retrieves the preceeding siblings of each DOM node in the matched set of DOM nodes, excluding text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.previousAll(); ........................................................ VARIATION ........................................................ newWeb = myWeb.previousAll(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =previous= and =previousUntil= methods */ }; _objectPrototype.previousUntil = function(_target, _filter) { return this._appendListHelper( function() { return _getSiblings( this, { _isPrev:_true, _filter:_filter, _target:_target } ); } ); /*? Instance Methods previousUntil Retrieves the preceeding siblings of each DOM node in the matched set of DOM nodes, excluding text and comment nodes, up to but not including the DOM node matched by the target selector and filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.previousUntil(target); ........................................................ VARIATION ........................................................ newWeb = myWeb.previousUntil(target, filter); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =previous= and =previousAll= methods */ }; _objectPrototype.siblingIndex = function(_returnAll) { return this.handleGetAction( function(_node) { return _Uize.indexIn( _object(_node.parentNode).children(), _node ); }, _returnAll ); /*? Instance Methods siblingIndex Retrieves an integer indicating the position of the first DOM node within the matched set of DOM nodes relative to its sibling elements in the DOM. SYNTAX ........................................................ indexINT = myWeb.siblingIndex(); // one matched node ........................................................ VARIATION ........................................................ indexARRAY = myWeb.siblingIndex(returnAllBOOL); // multiple matched nodes ........................................................ NOTES - If =returnAllBOOL= is set to =true=, then the return value for each of the matched nodes is wrapped in an array (even if there's only one matched node). If =returnAllBOOL= is =false= or unspecified (=undefined=), only the value for the first matched node is returned. See `Dynamic Methods Return Values` for more info. */ }; _objectPrototype.siblings = function(_selector) { return this._appendListHelper( function() { return _getSiblings( (this.parentNode || {}).firstChild, { _filter:_selector, _self:this } ); } ); /*? Instance Methods siblings Retrieves the siblings of each DOM node in the matched set of DOM nodes, excluding text and comment nodes, filtered by the optional selector. SYNTAX ........................................................ newWeb = myWeb.siblings(); ........................................................ VARIATION ........................................................ newWeb = myWeb.siblings(selector); ........................................................ NOTES - Returns a reference to a =Uize.Web= object - See related =nextAll= and =previousAll= methods */ }; } });

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