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Moved BaseModel into base class for declarative base. Added some handy methods into...
Moved BaseModel into base class for declarative base. Added some handy methods into BaseModel like get() and query()
marcink - - Load All Authors

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r547:1e757ac9 default
r1065:5d676b6a beta
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dom.js
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marcink
renamed project to rhodecode
 r547 /*
Copyright (c) 2009, Yahoo! Inc. All rights reserved.
Code licensed under the BSD License:
http://developer.yahoo.net/yui/license.txt
version: 2.8.0r4
*/
/**
* The dom module provides helper methods for manipulating Dom elements.
* @module dom
*
*/
(function() {
// for use with generateId (global to save state if Dom is overwritten)
YAHOO.env._id_counter = YAHOO.env._id_counter || 0;
// internal shorthand
var Y = YAHOO.util,
lang = YAHOO.lang,
UA = YAHOO.env.ua,
trim = YAHOO.lang.trim,
propertyCache = {}, // for faster hyphen converts
reCache = {}, // cache className regexes
RE_TABLE = /^t(?:able|d|h)$/i, // for _calcBorders
RE_COLOR = /color$/i,
// DOM aliases
document = window.document,
documentElement = document.documentElement,
// string constants
OWNER_DOCUMENT = 'ownerDocument',
DEFAULT_VIEW = 'defaultView',
DOCUMENT_ELEMENT = 'documentElement',
COMPAT_MODE = 'compatMode',
OFFSET_LEFT = 'offsetLeft',
OFFSET_TOP = 'offsetTop',
OFFSET_PARENT = 'offsetParent',
PARENT_NODE = 'parentNode',
NODE_TYPE = 'nodeType',
TAG_NAME = 'tagName',
SCROLL_LEFT = 'scrollLeft',
SCROLL_TOP = 'scrollTop',
GET_BOUNDING_CLIENT_RECT = 'getBoundingClientRect',
GET_COMPUTED_STYLE = 'getComputedStyle',
CURRENT_STYLE = 'currentStyle',
CSS1_COMPAT = 'CSS1Compat',
_BACK_COMPAT = 'BackCompat',
_CLASS = 'class', // underscore due to reserved word
CLASS_NAME = 'className',
EMPTY = '',
SPACE = ' ',
C_START = '(?:^|\\s)',
C_END = '(?= |$)',
G = 'g',
POSITION = 'position',
FIXED = 'fixed',
RELATIVE = 'relative',
LEFT = 'left',
TOP = 'top',
MEDIUM = 'medium',
BORDER_LEFT_WIDTH = 'borderLeftWidth',
BORDER_TOP_WIDTH = 'borderTopWidth',
// brower detection
isOpera = UA.opera,
isSafari = UA.webkit,
isGecko = UA.gecko,
isIE = UA.ie;
/**
* Provides helper methods for DOM elements.
* @namespace YAHOO.util
* @class Dom
* @requires yahoo, event
*/
Y.Dom = {
CUSTOM_ATTRIBUTES: (!documentElement.hasAttribute) ? { // IE < 8
'for': 'htmlFor',
'class': CLASS_NAME
} : { // w3c
'htmlFor': 'for',
'className': _CLASS
},
DOT_ATTRIBUTES: {},
/**
* Returns an HTMLElement reference.
* @method get
* @param {String | HTMLElement |Array} el Accepts a string to use as an ID for getting a DOM reference, an actual DOM reference, or an Array of IDs and/or HTMLElements.
* @return {HTMLElement | Array} A DOM reference to an HTML element or an array of HTMLElements.
*/
get: function(el) {
var id, nodes, c, i, len, attr;
if (el) {
if (el[NODE_TYPE] || el.item) { // Node, or NodeList
return el;
}
if (typeof el === 'string') { // id
id = el;
el = document.getElementById(el);
attr = (el) ? el.attributes : null;
if (el && attr && attr.id && attr.id.value === id) { // IE: avoid false match on "name" attribute
return el;
} else if (el && document.all) { // filter by name
el = null;
nodes = document.all[id];
for (i = 0, len = nodes.length; i < len; ++i) {
if (nodes[i].id === id) {
return nodes[i];
}
}
}
return el;
}
if (YAHOO.util.Element && el instanceof YAHOO.util.Element) {
el = el.get('element');
}
if ('length' in el) { // array-like
c = [];
for (i = 0, len = el.length; i < len; ++i) {
c[c.length] = Y.Dom.get(el[i]);
}
return c;
}
return el; // some other object, just pass it back
}
return null;
},
getComputedStyle: function(el, property) {
if (window[GET_COMPUTED_STYLE]) {
return el[OWNER_DOCUMENT][DEFAULT_VIEW][GET_COMPUTED_STYLE](el, null)[property];
} else if (el[CURRENT_STYLE]) {
return Y.Dom.IE_ComputedStyle.get(el, property);
}
},
/**
* Normalizes currentStyle and ComputedStyle.
* @method getStyle
* @param {String | HTMLElement |Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements.
* @param {String} property The style property whose value is returned.
* @return {String | Array} The current value of the style property for the element(s).
*/
getStyle: function(el, property) {
return Y.Dom.batch(el, Y.Dom._getStyle, property);
},
// branching at load instead of runtime
_getStyle: function() {
if (window[GET_COMPUTED_STYLE]) { // W3C DOM method
return function(el, property) {
property = (property === 'float') ? property = 'cssFloat' :
Y.Dom._toCamel(property);
var value = el.style[property],
computed;
if (!value) {
computed = el[OWNER_DOCUMENT][DEFAULT_VIEW][GET_COMPUTED_STYLE](el, null);
if (computed) { // test computed before touching for safari
value = computed[property];
}
}
return value;
};
} else if (documentElement[CURRENT_STYLE]) {
return function(el, property) {
var value;
switch(property) {
case 'opacity' :// IE opacity uses filter
value = 100;
try { // will error if no DXImageTransform
value = el.filters['DXImageTransform.Microsoft.Alpha'].opacity;
} catch(e) {
try { // make sure its in the document
value = el.filters('alpha').opacity;
} catch(err) {
}
}
return value / 100;
case 'float': // fix reserved word
property = 'styleFloat'; // fall through
default:
property = Y.Dom._toCamel(property);
value = el[CURRENT_STYLE] ? el[CURRENT_STYLE][property] : null;
return ( el.style[property] || value );
}
};
}
}(),
/**
* Wrapper for setting style properties of HTMLElements. Normalizes "opacity" across modern browsers.
* @method setStyle
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements.
* @param {String} property The style property to be set.
* @param {String} val The value to apply to the given property.
*/
setStyle: function(el, property, val) {
Y.Dom.batch(el, Y.Dom._setStyle, { prop: property, val: val });
},
_setStyle: function() {
if (isIE) {
return function(el, args) {
var property = Y.Dom._toCamel(args.prop),
val = args.val;
if (el) {
switch (property) {
case 'opacity':
if ( lang.isString(el.style.filter) ) { // in case not appended
el.style.filter = 'alpha(opacity=' + val * 100 + ')';
if (!el[CURRENT_STYLE] || !el[CURRENT_STYLE].hasLayout) {
el.style.zoom = 1; // when no layout or cant tell
}
}
break;
case 'float':
property = 'styleFloat';
default:
el.style[property] = val;
}
} else {
}
};
} else {
return function(el, args) {
var property = Y.Dom._toCamel(args.prop),
val = args.val;
if (el) {
if (property == 'float') {
property = 'cssFloat';
}
el.style[property] = val;
} else {
}
};
}
}(),
/**
* Gets the current position of an element based on page coordinates.
* Element must be part of the DOM tree to have page coordinates (display:none or elements not appended return false).
* @method getXY
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM
* reference, or an Array of IDs and/or HTMLElements
* @return {Array} The XY position of the element(s)
*/
getXY: function(el) {
return Y.Dom.batch(el, Y.Dom._getXY);
},
_canPosition: function(el) {
return ( Y.Dom._getStyle(el, 'display') !== 'none' && Y.Dom._inDoc(el) );
},
_getXY: function() {
if (document[DOCUMENT_ELEMENT][GET_BOUNDING_CLIENT_RECT]) {
return function(node) {
var scrollLeft, scrollTop, box, doc,
off1, off2, mode, bLeft, bTop,
floor = Math.floor, // TODO: round?
xy = false;
if (Y.Dom._canPosition(node)) {
box = node[GET_BOUNDING_CLIENT_RECT]();
doc = node[OWNER_DOCUMENT];
scrollLeft = Y.Dom.getDocumentScrollLeft(doc);
scrollTop = Y.Dom.getDocumentScrollTop(doc);
xy = [floor(box[LEFT]), floor(box[TOP])];
if (isIE && UA.ie < 8) { // IE < 8: viewport off by 2
off1 = 2;
off2 = 2;
mode = doc[COMPAT_MODE];
if (UA.ie === 6) {
if (mode !== _BACK_COMPAT) {
off1 = 0;
off2 = 0;
}
}
if ((mode === _BACK_COMPAT)) {
bLeft = _getComputedStyle(doc[DOCUMENT_ELEMENT], BORDER_LEFT_WIDTH);
bTop = _getComputedStyle(doc[DOCUMENT_ELEMENT], BORDER_TOP_WIDTH);
if (bLeft !== MEDIUM) {
off1 = parseInt(bLeft, 10);
}
if (bTop !== MEDIUM) {
off2 = parseInt(bTop, 10);
}
}
xy[0] -= off1;
xy[1] -= off2;
}
if ((scrollTop || scrollLeft)) {
xy[0] += scrollLeft;
xy[1] += scrollTop;
}
// gecko may return sub-pixel (non-int) values
xy[0] = floor(xy[0]);
xy[1] = floor(xy[1]);
} else {
}
return xy;
};
} else {
return function(node) { // ff2, safari: manually calculate by crawling up offsetParents
var docScrollLeft, docScrollTop,
scrollTop, scrollLeft,
bCheck,
xy = false,
parentNode = node;
if (Y.Dom._canPosition(node) ) {
xy = [node[OFFSET_LEFT], node[OFFSET_TOP]];
docScrollLeft = Y.Dom.getDocumentScrollLeft(node[OWNER_DOCUMENT]);
docScrollTop = Y.Dom.getDocumentScrollTop(node[OWNER_DOCUMENT]);
// TODO: refactor with !! or just falsey
bCheck = ((isGecko || UA.webkit > 519) ? true : false);
// TODO: worth refactoring for TOP/LEFT only?
while ((parentNode = parentNode[OFFSET_PARENT])) {
xy[0] += parentNode[OFFSET_LEFT];
xy[1] += parentNode[OFFSET_TOP];
if (bCheck) {
xy = Y.Dom._calcBorders(parentNode, xy);
}
}
// account for any scrolled ancestors
if (Y.Dom._getStyle(node, POSITION) !== FIXED) {
parentNode = node;
while ((parentNode = parentNode[PARENT_NODE]) && parentNode[TAG_NAME]) {
scrollTop = parentNode[SCROLL_TOP];
scrollLeft = parentNode[SCROLL_LEFT];
//Firefox does something funky with borders when overflow is not visible.
if (isGecko && (Y.Dom._getStyle(parentNode, 'overflow') !== 'visible')) {
xy = Y.Dom._calcBorders(parentNode, xy);
}
if (scrollTop || scrollLeft) {
xy[0] -= scrollLeft;
xy[1] -= scrollTop;
}
}
xy[0] += docScrollLeft;
xy[1] += docScrollTop;
} else {
//Fix FIXED position -- add scrollbars
if (isOpera) {
xy[0] -= docScrollLeft;
xy[1] -= docScrollTop;
} else if (isSafari || isGecko) {
xy[0] += docScrollLeft;
xy[1] += docScrollTop;
}
}
//Round the numbers so we get sane data back
xy[0] = Math.floor(xy[0]);
xy[1] = Math.floor(xy[1]);
} else {
}
return xy;
};
}
}(), // NOTE: Executing for loadtime branching
/**
* Gets the current X position of an element based on page coordinates. The element must be part of the DOM tree to have page coordinates (display:none or elements not appended return false).
* @method getX
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements
* @return {Number | Array} The X position of the element(s)
*/
getX: function(el) {
var f = function(el) {
return Y.Dom.getXY(el)[0];
};
return Y.Dom.batch(el, f, Y.Dom, true);
},
/**
* Gets the current Y position of an element based on page coordinates. Element must be part of the DOM tree to have page coordinates (display:none or elements not appended return false).
* @method getY
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements
* @return {Number | Array} The Y position of the element(s)
*/
getY: function(el) {
var f = function(el) {
return Y.Dom.getXY(el)[1];
};
return Y.Dom.batch(el, f, Y.Dom, true);
},
/**
* Set the position of an html element in page coordinates, regardless of how the element is positioned.
* The element(s) must be part of the DOM tree to have page coordinates (display:none or elements not appended return false).
* @method setXY
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements
* @param {Array} pos Contains X & Y values for new position (coordinates are page-based)
* @param {Boolean} noRetry By default we try and set the position a second time if the first fails
*/
setXY: function(el, pos, noRetry) {
Y.Dom.batch(el, Y.Dom._setXY, { pos: pos, noRetry: noRetry });
},
_setXY: function(node, args) {
var pos = Y.Dom._getStyle(node, POSITION),
setStyle = Y.Dom.setStyle,
xy = args.pos,
noRetry = args.noRetry,
delta = [ // assuming pixels; if not we will have to retry
parseInt( Y.Dom.getComputedStyle(node, LEFT), 10 ),
parseInt( Y.Dom.getComputedStyle(node, TOP), 10 )
],
currentXY,
newXY;
if (pos == 'static') { // default to relative
pos = RELATIVE;
setStyle(node, POSITION, pos);
}
currentXY = Y.Dom._getXY(node);
if (!xy || currentXY === false) { // has to be part of doc to have xy
return false;
}
if ( isNaN(delta[0]) ) {// in case of 'auto'
delta[0] = (pos == RELATIVE) ? 0 : node[OFFSET_LEFT];
}
if ( isNaN(delta[1]) ) { // in case of 'auto'
delta[1] = (pos == RELATIVE) ? 0 : node[OFFSET_TOP];
}
if (xy[0] !== null) { // from setX
setStyle(node, LEFT, xy[0] - currentXY[0] + delta[0] + 'px');
}
if (xy[1] !== null) { // from setY
setStyle(node, TOP, xy[1] - currentXY[1] + delta[1] + 'px');
}
if (!noRetry) {
newXY = Y.Dom._getXY(node);
// if retry is true, try one more time if we miss
if ( (xy[0] !== null && newXY[0] != xy[0]) ||
(xy[1] !== null && newXY[1] != xy[1]) ) {
Y.Dom._setXY(node, { pos: xy, noRetry: true });
}
}
},
/**
* Set the X position of an html element in page coordinates, regardless of how the element is positioned.
* The element must be part of the DOM tree to have page coordinates (display:none or elements not appended return false).
* @method setX
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements.
* @param {Int} x The value to use as the X coordinate for the element(s).
*/
setX: function(el, x) {
Y.Dom.setXY(el, [x, null]);
},
/**
* Set the Y position of an html element in page coordinates, regardless of how the element is positioned.
* The element must be part of the DOM tree to have page coordinates (display:none or elements not appended return false).
* @method setY
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements.
* @param {Int} x To use as the Y coordinate for the element(s).
*/
setY: function(el, y) {
Y.Dom.setXY(el, [null, y]);
},
/**
* Returns the region position of the given element.
* The element must be part of the DOM tree to have a region (display:none or elements not appended return false).
* @method getRegion
* @param {String | HTMLElement | Array} el Accepts a string to use as an ID, an actual DOM reference, or an Array of IDs and/or HTMLElements.
* @return {Region | Array} A Region or array of Region instances containing "top, left, bottom, right" member data.
*/
getRegion: function(el) {
var f = function(el) {
var region = false;
if ( Y.Dom._canPosition(el) ) {
region = Y.Region.getRegion(el);
} else {
}
return region;
};
return Y.Dom.batch(el, f, Y.Dom, true);
},
/**
* Returns the width of the client (viewport).
* @method getClientWidth
* @deprecated Now using getViewportWidth. This interface left intact for back compat.
* @return {Int} The width of the viewable area of the page.
*/
getClientWidth: function() {
return Y.Dom.getViewportWidth();
},
/**
* Returns the height of the client (viewport).
* @method getClientHeight
* @deprecated Now using getViewportHeight. This interface left intact for back compat.
* @return {Int} The height of the viewable area of the page.
*/
getClientHeight: function() {
return Y.Dom.getViewportHeight();
},
/**
* Returns an array of HTMLElements with the given class.
* For optimized performance, include a tag and/or root node when possible.
* Note: This method operates against a live collection, so modifying the
* collection in the callback (removing/appending nodes, etc.) will have
* side effects. Instead you should iterate the returned nodes array,
* as you would with the native "getElementsByTagName" method.
* @method getElementsByClassName
* @param {String} className The class name to match against
* @param {String} tag (optional) The tag name of the elements being collected
* @param {String | HTMLElement} root (optional) The HTMLElement or an ID to use as the starting point.
* This element is not included in the className scan.
* @param {Function} apply (optional) A function to apply to each element when found
* @param {Any} o (optional) An optional arg that is passed to the supplied method
* @param {Boolean} overrides (optional) Whether or not to override the scope of "method" with "o"
* @return {Array} An array of elements that have the given class name
*/
getElementsByClassName: function(className, tag, root, apply, o, overrides) {
tag = tag || '*';
root = (root) ? Y.Dom.get(root) : null || document;
if (!root) {
return [];
}
var nodes = [],
elements = root.getElementsByTagName(tag),
hasClass = Y.Dom.hasClass;
for (var i = 0, len = elements.length; i < len; ++i) {
if ( hasClass(elements[i], className) ) {
nodes[nodes.length] = elements[i];
}
}
if (apply) {
Y.Dom.batch(nodes, apply, o, overrides);
}
return nodes;
},
/**
* Determines whether an HTMLElement has the given className.
* @method hasClass
* @param {String | HTMLElement | Array} el The element or collection to test
* @param {String} className the class name to search for
* @return {Boolean | Array} A boolean value or array of boolean values
*/
hasClass: function(el, className) {
return Y.Dom.batch(el, Y.Dom._hasClass, className);
},
_hasClass: function(el, className) {
var ret = false,
current;
if (el && className) {
current = Y.Dom._getAttribute(el, CLASS_NAME) || EMPTY;
if (className.exec) {
ret = className.test(current);
} else {
ret = className && (SPACE + current + SPACE).
indexOf(SPACE + className + SPACE) > -1;
}
} else {
}
return ret;
},
/**
* Adds a class name to a given element or collection of elements.
* @method addClass
* @param {String | HTMLElement | Array} el The element or collection to add the class to
* @param {String} className the class name to add to the class attribute
* @return {Boolean | Array} A pass/fail boolean or array of booleans
*/
addClass: function(el, className) {
return Y.Dom.batch(el, Y.Dom._addClass, className);
},
_addClass: function(el, className) {
var ret = false,
current;
if (el && className) {
current = Y.Dom._getAttribute(el, CLASS_NAME) || EMPTY;
if ( !Y.Dom._hasClass(el, className) ) {
Y.Dom.setAttribute(el, CLASS_NAME, trim(current + SPACE + className));
ret = true;
}
} else {
}
return ret;
},
/**
* Removes a class name from a given element or collection of elements.
* @method removeClass
* @param {String | HTMLElement | Array} el The element or collection to remove the class from
* @param {String} className the class name to remove from the class attribute
* @return {Boolean | Array} A pass/fail boolean or array of booleans
*/
removeClass: function(el, className) {
return Y.Dom.batch(el, Y.Dom._removeClass, className);
},
_removeClass: function(el, className) {
var ret = false,
current,
newClass,
attr;
if (el && className) {
current = Y.Dom._getAttribute(el, CLASS_NAME) || EMPTY;
Y.Dom.setAttribute(el, CLASS_NAME, current.replace(Y.Dom._getClassRegex(className), EMPTY));
newClass = Y.Dom._getAttribute(el, CLASS_NAME);
if (current !== newClass) { // else nothing changed
Y.Dom.setAttribute(el, CLASS_NAME, trim(newClass)); // trim after comparing to current class
ret = true;
if (Y.Dom._getAttribute(el, CLASS_NAME) === '') { // remove class attribute if empty
attr = (el.hasAttribute && el.hasAttribute(_CLASS)) ? _CLASS : CLASS_NAME;
el.removeAttribute(attr);
}
}
} else {
}
return ret;
},
/**
* Replace a class with another class for a given element or collection of elements.
* If no oldClassName is present, the newClassName is simply added.
* @method replaceClass
* @param {String | HTMLElement | Array} el The element or collection to remove the class from
* @param {String} oldClassName the class name to be replaced
* @param {String} newClassName the class name that will be replacing the old class name
* @return {Boolean | Array} A pass/fail boolean or array of booleans
*/
replaceClass: function(el, oldClassName, newClassName) {
return Y.Dom.batch(el, Y.Dom._replaceClass, { from: oldClassName, to: newClassName });
},
_replaceClass: function(el, classObj) {
var className,
from,
to,
ret = false,
current;
if (el && classObj) {
from = classObj.from;
to = classObj.to;
if (!to) {
ret = false;
} else if (!from) { // just add if no "from"
ret = Y.Dom._addClass(el, classObj.to);
} else if (from !== to) { // else nothing to replace
// May need to lead with DBLSPACE?
current = Y.Dom._getAttribute(el, CLASS_NAME) || EMPTY;
className = (SPACE + current.replace(Y.Dom._getClassRegex(from), SPACE + to)).
split(Y.Dom._getClassRegex(to));
// insert to into what would have been the first occurrence slot
className.splice(1, 0, SPACE + to);
Y.Dom.setAttribute(el, CLASS_NAME, trim(className.join(EMPTY)));
ret = true;
}
} else {
}
return ret;
},
/**
* Returns an ID and applies it to the element "el", if provided.
* @method generateId
* @param {String | HTMLElement | Array} el (optional) An optional element array of elements to add an ID to (no ID is added if one is already present).
* @param {String} prefix (optional) an optional prefix to use (defaults to "yui-gen").
* @return {String | Array} The generated ID, or array of generated IDs (or original ID if already present on an element)
*/
generateId: function(el, prefix) {
prefix = prefix || 'yui-gen';
var f = function(el) {
if (el && el.id) { // do not override existing ID
return el.id;
}
var id = prefix + YAHOO.env._id_counter++;
if (el) {
if (el[OWNER_DOCUMENT] && el[OWNER_DOCUMENT].getElementById(id)) { // in case one already exists
// use failed id plus prefix to help ensure uniqueness
return Y.Dom.generateId(el, id + prefix);
}
el.id = id;
}
return id;
};
// batch fails when no element, so just generate and return single ID
return Y.Dom.batch(el, f, Y.Dom, true) || f.apply(Y.Dom, arguments);
},
/**
* Determines whether an HTMLElement is an ancestor of another HTML element in the DOM hierarchy.
* @method isAncestor
* @param {String | HTMLElement} haystack The possible ancestor
* @param {String | HTMLElement} needle The possible descendent
* @return {Boolean} Whether or not the haystack is an ancestor of needle
*/
isAncestor: function(haystack, needle) {
haystack = Y.Dom.get(haystack);
needle = Y.Dom.get(needle);
var ret = false;
if ( (haystack && needle) && (haystack[NODE_TYPE] && needle[NODE_TYPE]) ) {
if (haystack.contains && haystack !== needle) { // contains returns true when equal
ret = haystack.contains(needle);
}
else if (haystack.compareDocumentPosition) { // gecko
ret = !!(haystack.compareDocumentPosition(needle) & 16);
}
} else {
}
return ret;
},
/**
* Determines whether an HTMLElement is present in the current document.
* @method inDocument
* @param {String | HTMLElement} el The element to search for
* @param {Object} doc An optional document to search, defaults to element's owner document
* @return {Boolean} Whether or not the element is present in the current document
*/
inDocument: function(el, doc) {
return Y.Dom._inDoc(Y.Dom.get(el), doc);
},
_inDoc: function(el, doc) {
var ret = false;
if (el && el[TAG_NAME]) {
doc = doc || el[OWNER_DOCUMENT];
ret = Y.Dom.isAncestor(doc[DOCUMENT_ELEMENT], el);
} else {
}
return ret;
},
/**
* Returns an array of HTMLElements that pass the test applied by supplied boolean method.
* For optimized performance, include a tag and/or root node when possible.
* Note: This method operates against a live collection, so modifying the
* collection in the callback (removing/appending nodes, etc.) will have
* side effects. Instead you should iterate the returned nodes array,
* as you would with the native "getElementsByTagName" method.
* @method getElementsBy
* @param {Function} method - A boolean method for testing elements which receives the element as its only argument.
* @param {String} tag (optional) The tag name of the elements being collected
* @param {String | HTMLElement} root (optional) The HTMLElement or an ID to use as the starting point
* @param {Function} apply (optional) A function to apply to each element when found
* @param {Any} o (optional) An optional arg that is passed to the supplied method
* @param {Boolean} overrides (optional) Whether or not to override the scope of "method" with "o"
* @return {Array} Array of HTMLElements
*/
getElementsBy: function(method, tag, root, apply, o, overrides, firstOnly) {
tag = tag || '*';
root = (root) ? Y.Dom.get(root) : null || document;
if (!root) {
return [];
}
var nodes = [],
elements = root.getElementsByTagName(tag);
for (var i = 0, len = elements.length; i < len; ++i) {
if ( method(elements[i]) ) {
if (firstOnly) {
nodes = elements[i];
break;
} else {
nodes[nodes.length] = elements[i];
}
}
}
if (apply) {
Y.Dom.batch(nodes, apply, o, overrides);
}
return nodes;
},
/**
* Returns the first HTMLElement that passes the test applied by the supplied boolean method.
* @method getElementBy
* @param {Function} method - A boolean method for testing elements which receives the element as its only argument.
* @param {String} tag (optional) The tag name of the elements being collected
* @param {String | HTMLElement} root (optional) The HTMLElement or an ID to use as the starting point
* @return {HTMLElement}
*/
getElementBy: function(method, tag, root) {
return Y.Dom.getElementsBy(method, tag, root, null, null, null, true);
},
/**
* Runs the supplied method against each item in the Collection/Array.
* The method is called with the element(s) as the first arg, and the optional param as the second ( method(el, o) ).
* @method batch
* @param {String | HTMLElement | Array} el (optional) An element or array of elements to apply the method to
* @param {Function} method The method to apply to the element(s)
* @param {Any} o (optional) An optional arg that is passed to the supplied method
* @param {Boolean} overrides (optional) Whether or not to override the scope of "method" with "o"
* @return {Any | Array} The return value(s) from the supplied method
*/
batch: function(el, method, o, overrides) {
var collection = [],
scope = (overrides) ? o : window;
el = (el && (el[TAG_NAME] || el.item)) ? el : Y.Dom.get(el); // skip get() when possible
if (el && method) {
if (el[TAG_NAME] || el.length === undefined) { // element or not array-like
return method.call(scope, el, o);
}
for (var i = 0; i < el.length; ++i) {
collection[collection.length] = method.call(scope, el[i], o);
}
} else {
return false;
}
return collection;
},
/**
* Returns the height of the document.
* @method getDocumentHeight
* @return {Int} The height of the actual document (which includes the body and its margin).
*/
getDocumentHeight: function() {
var scrollHeight = (document[COMPAT_MODE] != CSS1_COMPAT || isSafari) ? document.body.scrollHeight : documentElement.scrollHeight,
h = Math.max(scrollHeight, Y.Dom.getViewportHeight());
return h;
},
/**
* Returns the width of the document.
* @method getDocumentWidth
* @return {Int} The width of the actual document (which includes the body and its margin).
*/
getDocumentWidth: function() {
var scrollWidth = (document[COMPAT_MODE] != CSS1_COMPAT || isSafari) ? document.body.scrollWidth : documentElement.scrollWidth,
w = Math.max(scrollWidth, Y.Dom.getViewportWidth());
return w;
},
/**
* Returns the current height of the viewport.
* @method getViewportHeight
* @return {Int} The height of the viewable area of the page (excludes scrollbars).
*/
getViewportHeight: function() {
var height = self.innerHeight, // Safari, Opera
mode = document[COMPAT_MODE];
if ( (mode || isIE) && !isOpera ) { // IE, Gecko
height = (mode == CSS1_COMPAT) ?
documentElement.clientHeight : // Standards
document.body.clientHeight; // Quirks
}
return height;
},
/**
* Returns the current width of the viewport.
* @method getViewportWidth
* @return {Int} The width of the viewable area of the page (excludes scrollbars).
*/
getViewportWidth: function() {
var width = self.innerWidth, // Safari
mode = document[COMPAT_MODE];
if (mode || isIE) { // IE, Gecko, Opera
width = (mode == CSS1_COMPAT) ?
documentElement.clientWidth : // Standards
document.body.clientWidth; // Quirks
}
return width;
},
/**
* Returns the nearest ancestor that passes the test applied by supplied boolean method.
* For performance reasons, IDs are not accepted and argument validation omitted.
* @method getAncestorBy
* @param {HTMLElement} node The HTMLElement to use as the starting point
* @param {Function} method - A boolean method for testing elements which receives the element as its only argument.
* @return {Object} HTMLElement or null if not found
*/
getAncestorBy: function(node, method) {
while ( (node = node[PARENT_NODE]) ) { // NOTE: assignment
if ( Y.Dom._testElement(node, method) ) {
return node;
}
}
return null;
},
/**
* Returns the nearest ancestor with the given className.
* @method getAncestorByClassName
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @param {String} className
* @return {Object} HTMLElement
*/
getAncestorByClassName: function(node, className) {
node = Y.Dom.get(node);
if (!node) {
return null;
}
var method = function(el) { return Y.Dom.hasClass(el, className); };
return Y.Dom.getAncestorBy(node, method);
},
/**
* Returns the nearest ancestor with the given tagName.
* @method getAncestorByTagName
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @param {String} tagName
* @return {Object} HTMLElement
*/
getAncestorByTagName: function(node, tagName) {
node = Y.Dom.get(node);
if (!node) {
return null;
}
var method = function(el) {
return el[TAG_NAME] && el[TAG_NAME].toUpperCase() == tagName.toUpperCase();
};
return Y.Dom.getAncestorBy(node, method);
},
/**
* Returns the previous sibling that is an HTMLElement.
* For performance reasons, IDs are not accepted and argument validation omitted.
* Returns the nearest HTMLElement sibling if no method provided.
* @method getPreviousSiblingBy
* @param {HTMLElement} node The HTMLElement to use as the starting point
* @param {Function} method A boolean function used to test siblings
* that receives the sibling node being tested as its only argument
* @return {Object} HTMLElement or null if not found
*/
getPreviousSiblingBy: function(node, method) {
while (node) {
node = node.previousSibling;
if ( Y.Dom._testElement(node, method) ) {
return node;
}
}
return null;
},
/**
* Returns the previous sibling that is an HTMLElement
* @method getPreviousSibling
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @return {Object} HTMLElement or null if not found
*/
getPreviousSibling: function(node) {
node = Y.Dom.get(node);
if (!node) {
return null;
}
return Y.Dom.getPreviousSiblingBy(node);
},
/**
* Returns the next HTMLElement sibling that passes the boolean method.
* For performance reasons, IDs are not accepted and argument validation omitted.
* Returns the nearest HTMLElement sibling if no method provided.
* @method getNextSiblingBy
* @param {HTMLElement} node The HTMLElement to use as the starting point
* @param {Function} method A boolean function used to test siblings
* that receives the sibling node being tested as its only argument
* @return {Object} HTMLElement or null if not found
*/
getNextSiblingBy: function(node, method) {
while (node) {
node = node.nextSibling;
if ( Y.Dom._testElement(node, method) ) {
return node;
}
}
return null;
},
/**
* Returns the next sibling that is an HTMLElement
* @method getNextSibling
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @return {Object} HTMLElement or null if not found
*/
getNextSibling: function(node) {
node = Y.Dom.get(node);
if (!node) {
return null;
}
return Y.Dom.getNextSiblingBy(node);
},
/**
* Returns the first HTMLElement child that passes the test method.
* @method getFirstChildBy
* @param {HTMLElement} node The HTMLElement to use as the starting point
* @param {Function} method A boolean function used to test children
* that receives the node being tested as its only argument
* @return {Object} HTMLElement or null if not found
*/
getFirstChildBy: function(node, method) {
var child = ( Y.Dom._testElement(node.firstChild, method) ) ? node.firstChild : null;
return child || Y.Dom.getNextSiblingBy(node.firstChild, method);
},
/**
* Returns the first HTMLElement child.
* @method getFirstChild
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @return {Object} HTMLElement or null if not found
*/
getFirstChild: function(node, method) {
node = Y.Dom.get(node);
if (!node) {
return null;
}
return Y.Dom.getFirstChildBy(node);
},
/**
* Returns the last HTMLElement child that passes the test method.
* @method getLastChildBy
* @param {HTMLElement} node The HTMLElement to use as the starting point
* @param {Function} method A boolean function used to test children
* that receives the node being tested as its only argument
* @return {Object} HTMLElement or null if not found
*/
getLastChildBy: function(node, method) {
if (!node) {
return null;
}
var child = ( Y.Dom._testElement(node.lastChild, method) ) ? node.lastChild : null;
return child || Y.Dom.getPreviousSiblingBy(node.lastChild, method);
},
/**
* Returns the last HTMLElement child.
* @method getLastChild
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @return {Object} HTMLElement or null if not found
*/
getLastChild: function(node) {
node = Y.Dom.get(node);
return Y.Dom.getLastChildBy(node);
},
/**
* Returns an array of HTMLElement childNodes that pass the test method.
* @method getChildrenBy
* @param {HTMLElement} node The HTMLElement to start from
* @param {Function} method A boolean function used to test children
* that receives the node being tested as its only argument
* @return {Array} A static array of HTMLElements
*/
getChildrenBy: function(node, method) {
var child = Y.Dom.getFirstChildBy(node, method),
children = child ? [child] : [];
Y.Dom.getNextSiblingBy(child, function(node) {
if ( !method || method(node) ) {
children[children.length] = node;
}
return false; // fail test to collect all children
});
return children;
},
/**
* Returns an array of HTMLElement childNodes.
* @method getChildren
* @param {String | HTMLElement} node The HTMLElement or an ID to use as the starting point
* @return {Array} A static array of HTMLElements
*/
getChildren: function(node) {
node = Y.Dom.get(node);
if (!node) {
}
return Y.Dom.getChildrenBy(node);
},
/**
* Returns the left scroll value of the document
* @method getDocumentScrollLeft
* @param {HTMLDocument} document (optional) The document to get the scroll value of
* @return {Int} The amount that the document is scrolled to the left
*/
getDocumentScrollLeft: function(doc) {
doc = doc || document;
return Math.max(doc[DOCUMENT_ELEMENT].scrollLeft, doc.body.scrollLeft);
},
/**
* Returns the top scroll value of the document
* @method getDocumentScrollTop
* @param {HTMLDocument} document (optional) The document to get the scroll value of
* @return {Int} The amount that the document is scrolled to the top
*/
getDocumentScrollTop: function(doc) {
doc = doc || document;
return Math.max(doc[DOCUMENT_ELEMENT].scrollTop, doc.body.scrollTop);
},
/**
* Inserts the new node as the previous sibling of the reference node
* @method insertBefore
* @param {String | HTMLElement} newNode The node to be inserted
* @param {String | HTMLElement} referenceNode The node to insert the new node before
* @return {HTMLElement} The node that was inserted (or null if insert fails)
*/
insertBefore: function(newNode, referenceNode) {
newNode = Y.Dom.get(newNode);
referenceNode = Y.Dom.get(referenceNode);
if (!newNode || !referenceNode || !referenceNode[PARENT_NODE]) {
return null;
}
return referenceNode[PARENT_NODE].insertBefore(newNode, referenceNode);
},
/**
* Inserts the new node as the next sibling of the reference node
* @method insertAfter
* @param {String | HTMLElement} newNode The node to be inserted
* @param {String | HTMLElement} referenceNode The node to insert the new node after
* @return {HTMLElement} The node that was inserted (or null if insert fails)
*/
insertAfter: function(newNode, referenceNode) {
newNode = Y.Dom.get(newNode);
referenceNode = Y.Dom.get(referenceNode);
if (!newNode || !referenceNode || !referenceNode[PARENT_NODE]) {
return null;
}
if (referenceNode.nextSibling) {
return referenceNode[PARENT_NODE].insertBefore(newNode, referenceNode.nextSibling);
} else {
return referenceNode[PARENT_NODE].appendChild(newNode);
}
},
/**
* Creates a Region based on the viewport relative to the document.
* @method getClientRegion
* @return {Region} A Region object representing the viewport which accounts for document scroll
*/
getClientRegion: function() {
var t = Y.Dom.getDocumentScrollTop(),
l = Y.Dom.getDocumentScrollLeft(),
r = Y.Dom.getViewportWidth() + l,
b = Y.Dom.getViewportHeight() + t;
return new Y.Region(t, r, b, l);
},
/**
* Provides a normalized attribute interface.
* @method setAttribute
* @param {String | HTMLElement} el The target element for the attribute.
* @param {String} attr The attribute to set.
* @param {String} val The value of the attribute.
*/
setAttribute: function(el, attr, val) {
Y.Dom.batch(el, Y.Dom._setAttribute, { attr: attr, val: val });
},
_setAttribute: function(el, args) {
var attr = Y.Dom._toCamel(args.attr),
val = args.val;
if (el && el.setAttribute) {
if (Y.Dom.DOT_ATTRIBUTES[attr]) {
el[attr] = val;
} else {
attr = Y.Dom.CUSTOM_ATTRIBUTES[attr] || attr;
el.setAttribute(attr, val);
}
} else {
}
},
/**
* Provides a normalized attribute interface.
* @method getAttribute
* @param {String | HTMLElement} el The target element for the attribute.
* @param {String} attr The attribute to get.
* @return {String} The current value of the attribute.
*/
getAttribute: function(el, attr) {
return Y.Dom.batch(el, Y.Dom._getAttribute, attr);
},
_getAttribute: function(el, attr) {
var val;
attr = Y.Dom.CUSTOM_ATTRIBUTES[attr] || attr;
if (el && el.getAttribute) {
val = el.getAttribute(attr, 2);
} else {
}
return val;
},
_toCamel: function(property) {
var c = propertyCache;
function tU(x,l) {
return l.toUpperCase();
}
return c[property] || (c[property] = property.indexOf('-') === -1 ?
property :
property.replace( /-([a-z])/gi, tU ));
},
_getClassRegex: function(className) {
var re;
if (className !== undefined) { // allow empty string to pass
if (className.exec) { // already a RegExp
re = className;
} else {
re = reCache[className];
if (!re) {
// escape special chars (".", "[", etc.)
className = className.replace(Y.Dom._patterns.CLASS_RE_TOKENS, '\\$1');
re = reCache[className] = new RegExp(C_START + className + C_END, G);
}
}
}
return re;
},
_patterns: {
ROOT_TAG: /^body|html$/i, // body for quirks mode, html for standards,
CLASS_RE_TOKENS: /([\.\(\)\^\$\*\+\?\|\[\]\{\}\\])/g
},
_testElement: function(node, method) {
return node && node[NODE_TYPE] == 1 && ( !method || method(node) );
},
_calcBorders: function(node, xy2) {
var t = parseInt(Y.Dom[GET_COMPUTED_STYLE](node, BORDER_TOP_WIDTH), 10) || 0,
l = parseInt(Y.Dom[GET_COMPUTED_STYLE](node, BORDER_LEFT_WIDTH), 10) || 0;
if (isGecko) {
if (RE_TABLE.test(node[TAG_NAME])) {
t = 0;
l = 0;
}
}
xy2[0] += l;
xy2[1] += t;
return xy2;
}
};
var _getComputedStyle = Y.Dom[GET_COMPUTED_STYLE];
// fix opera computedStyle default color unit (convert to rgb)
if (UA.opera) {
Y.Dom[GET_COMPUTED_STYLE] = function(node, att) {
var val = _getComputedStyle(node, att);
if (RE_COLOR.test(att)) {
val = Y.Dom.Color.toRGB(val);
}
return val;
};
}
// safari converts transparent to rgba(), others use "transparent"
if (UA.webkit) {
Y.Dom[GET_COMPUTED_STYLE] = function(node, att) {
var val = _getComputedStyle(node, att);
if (val === 'rgba(0, 0, 0, 0)') {
val = 'transparent';
}
return val;
};
}
if (UA.ie && UA.ie >= 8 && document.documentElement.hasAttribute) { // IE 8 standards
Y.Dom.DOT_ATTRIBUTES.type = true; // IE 8 errors on input.setAttribute('type')
}
})();
/**
* A region is a representation of an object on a grid. It is defined
* by the top, right, bottom, left extents, so is rectangular by default. If
* other shapes are required, this class could be extended to support it.
* @namespace YAHOO.util
* @class Region
* @param {Int} t the top extent
* @param {Int} r the right extent
* @param {Int} b the bottom extent
* @param {Int} l the left extent
* @constructor
*/
YAHOO.util.Region = function(t, r, b, l) {
/**
* The region's top extent
* @property top
* @type Int
*/
this.top = t;
/**
* The region's top extent
* @property y
* @type Int
*/
this.y = t;
/**
* The region's top extent as index, for symmetry with set/getXY
* @property 1
* @type Int
*/
this[1] = t;
/**
* The region's right extent
* @property right
* @type int
*/
this.right = r;
/**
* The region's bottom extent
* @property bottom
* @type Int
*/
this.bottom = b;
/**
* The region's left extent
* @property left
* @type Int
*/
this.left = l;
/**
* The region's left extent
* @property x
* @type Int
*/
this.x = l;
/**
* The region's left extent as index, for symmetry with set/getXY
* @property 0
* @type Int
*/
this[0] = l;
/**
* The region's total width
* @property width
* @type Int
*/
this.width = this.right - this.left;
/**
* The region's total height
* @property height
* @type Int
*/
this.height = this.bottom - this.top;
};
/**
* Returns true if this region contains the region passed in
* @method contains
* @param {Region} region The region to evaluate
* @return {Boolean} True if the region is contained with this region,
* else false
*/
YAHOO.util.Region.prototype.contains = function(region) {
return ( region.left >= this.left &&
region.right <= this.right &&
region.top >= this.top &&
region.bottom <= this.bottom );
};
/**
* Returns the area of the region
* @method getArea
* @return {Int} the region's area
*/
YAHOO.util.Region.prototype.getArea = function() {
return ( (this.bottom - this.top) * (this.right - this.left) );
};
/**
* Returns the region where the passed in region overlaps with this one
* @method intersect
* @param {Region} region The region that intersects
* @return {Region} The overlap region, or null if there is no overlap
*/
YAHOO.util.Region.prototype.intersect = function(region) {
var t = Math.max( this.top, region.top ),
r = Math.min( this.right, region.right ),
b = Math.min( this.bottom, region.bottom ),
l = Math.max( this.left, region.left );
if (b >= t && r >= l) {
return new YAHOO.util.Region(t, r, b, l);
} else {
return null;
}
};
/**
* Returns the region representing the smallest region that can contain both
* the passed in region and this region.
* @method union
* @param {Region} region The region that to create the union with
* @return {Region} The union region
*/
YAHOO.util.Region.prototype.union = function(region) {
var t = Math.min( this.top, region.top ),
r = Math.max( this.right, region.right ),
b = Math.max( this.bottom, region.bottom ),
l = Math.min( this.left, region.left );
return new YAHOO.util.Region(t, r, b, l);
};
/**
* toString
* @method toString
* @return string the region properties
*/
YAHOO.util.Region.prototype.toString = function() {
return ( "Region {" +
"top: " + this.top +
", right: " + this.right +
", bottom: " + this.bottom +
", left: " + this.left +
", height: " + this.height +
", width: " + this.width +
"}" );
};
/**
* Returns a region that is occupied by the DOM element
* @method getRegion
* @param {HTMLElement} el The element
* @return {Region} The region that the element occupies
* @static
*/
YAHOO.util.Region.getRegion = function(el) {
var p = YAHOO.util.Dom.getXY(el),
t = p[1],
r = p[0] + el.offsetWidth,
b = p[1] + el.offsetHeight,
l = p[0];
return new YAHOO.util.Region(t, r, b, l);
};
/////////////////////////////////////////////////////////////////////////////
/**
* A point is a region that is special in that it represents a single point on
* the grid.
* @namespace YAHOO.util
* @class Point
* @param {Int} x The X position of the point
* @param {Int} y The Y position of the point
* @constructor
* @extends YAHOO.util.Region
*/
YAHOO.util.Point = function(x, y) {
if (YAHOO.lang.isArray(x)) { // accept input from Dom.getXY, Event.getXY, etc.
y = x[1]; // dont blow away x yet
x = x[0];
}
YAHOO.util.Point.superclass.constructor.call(this, y, x, y, x);
};
YAHOO.extend(YAHOO.util.Point, YAHOO.util.Region);
(function() {
/**
* Add style management functionality to DOM.
* @module dom
* @for Dom
*/
var Y = YAHOO.util,
CLIENT_TOP = 'clientTop',
CLIENT_LEFT = 'clientLeft',
PARENT_NODE = 'parentNode',
RIGHT = 'right',
HAS_LAYOUT = 'hasLayout',
PX = 'px',
OPACITY = 'opacity',
AUTO = 'auto',
BORDER_LEFT_WIDTH = 'borderLeftWidth',
BORDER_TOP_WIDTH = 'borderTopWidth',
BORDER_RIGHT_WIDTH = 'borderRightWidth',
BORDER_BOTTOM_WIDTH = 'borderBottomWidth',
VISIBLE = 'visible',
TRANSPARENT = 'transparent',
HEIGHT = 'height',
WIDTH = 'width',
STYLE = 'style',
CURRENT_STYLE = 'currentStyle',
// IE getComputedStyle
// TODO: unit-less lineHeight (e.g. 1.22)
re_size = /^width|height$/,
re_unit = /^(\d[.\d]*)+(em|ex|px|gd|rem|vw|vh|vm|ch|mm|cm|in|pt|pc|deg|rad|ms|s|hz|khz|%){1}?/i,
ComputedStyle = {
get: function(el, property) {
var value = '',
current = el[CURRENT_STYLE][property];
if (property === OPACITY) {
value = Y.Dom.getStyle(el, OPACITY);
} else if (!current || (current.indexOf && current.indexOf(PX) > -1)) { // no need to convert
value = current;
} else if (Y.Dom.IE_COMPUTED[property]) { // use compute function
value = Y.Dom.IE_COMPUTED[property](el, property);
} else if (re_unit.test(current)) { // convert to pixel
value = Y.Dom.IE.ComputedStyle.getPixel(el, property);
} else {
value = current;
}
return value;
},
getOffset: function(el, prop) {
var current = el[CURRENT_STYLE][prop], // value of "width", "top", etc.
capped = prop.charAt(0).toUpperCase() + prop.substr(1), // "Width", "Top", etc.
offset = 'offset' + capped, // "offsetWidth", "offsetTop", etc.
pixel = 'pixel' + capped, // "pixelWidth", "pixelTop", etc.
value = '',
actual;
if (current == AUTO) {
actual = el[offset]; // offsetHeight/Top etc.
if (actual === undefined) { // likely "right" or "bottom"
value = 0;
}
value = actual;
if (re_size.test(prop)) { // account for box model diff
el[STYLE][prop] = actual;
if (el[offset] > actual) {
// the difference is padding + border (works in Standards & Quirks modes)
value = actual - (el[offset] - actual);
}
el[STYLE][prop] = AUTO; // revert to auto
}
} else { // convert units to px
if (!el[STYLE][pixel] && !el[STYLE][prop]) { // need to map style.width to currentStyle (no currentStyle.pixelWidth)
el[STYLE][prop] = current; // no style.pixelWidth if no style.width
}
value = el[STYLE][pixel];
}
return value + PX;
},
getBorderWidth: function(el, property) {
// clientHeight/Width = paddingBox (e.g. offsetWidth - borderWidth)
// clientTop/Left = borderWidth
var value = null;
if (!el[CURRENT_STYLE][HAS_LAYOUT]) { // TODO: unset layout?
el[STYLE].zoom = 1; // need layout to measure client
}
switch(property) {
case BORDER_TOP_WIDTH:
value = el[CLIENT_TOP];
break;
case BORDER_BOTTOM_WIDTH:
value = el.offsetHeight - el.clientHeight - el[CLIENT_TOP];
break;
case BORDER_LEFT_WIDTH:
value = el[CLIENT_LEFT];
break;
case BORDER_RIGHT_WIDTH:
value = el.offsetWidth - el.clientWidth - el[CLIENT_LEFT];
break;
}
return value + PX;
},
getPixel: function(node, att) {
// use pixelRight to convert to px
var val = null,
styleRight = node[CURRENT_STYLE][RIGHT],
current = node[CURRENT_STYLE][att];
node[STYLE][RIGHT] = current;
val = node[STYLE].pixelRight;
node[STYLE][RIGHT] = styleRight; // revert
return val + PX;
},
getMargin: function(node, att) {
var val;
if (node[CURRENT_STYLE][att] == AUTO) {
val = 0 + PX;
} else {
val = Y.Dom.IE.ComputedStyle.getPixel(node, att);
}
return val;
},
getVisibility: function(node, att) {
var current;
while ( (current = node[CURRENT_STYLE]) && current[att] == 'inherit') { // NOTE: assignment in test
node = node[PARENT_NODE];
}
return (current) ? current[att] : VISIBLE;
},
getColor: function(node, att) {
return Y.Dom.Color.toRGB(node[CURRENT_STYLE][att]) || TRANSPARENT;
},
getBorderColor: function(node, att) {
var current = node[CURRENT_STYLE],
val = current[att] || current.color;
return Y.Dom.Color.toRGB(Y.Dom.Color.toHex(val));
}
},
//fontSize: getPixelFont,
IEComputed = {};
IEComputed.top = IEComputed.right = IEComputed.bottom = IEComputed.left =
IEComputed[WIDTH] = IEComputed[HEIGHT] = ComputedStyle.getOffset;
IEComputed.color = ComputedStyle.getColor;
IEComputed[BORDER_TOP_WIDTH] = IEComputed[BORDER_RIGHT_WIDTH] =
IEComputed[BORDER_BOTTOM_WIDTH] = IEComputed[BORDER_LEFT_WIDTH] =
ComputedStyle.getBorderWidth;
IEComputed.marginTop = IEComputed.marginRight = IEComputed.marginBottom =
IEComputed.marginLeft = ComputedStyle.getMargin;
IEComputed.visibility = ComputedStyle.getVisibility;
IEComputed.borderColor = IEComputed.borderTopColor =
IEComputed.borderRightColor = IEComputed.borderBottomColor =
IEComputed.borderLeftColor = ComputedStyle.getBorderColor;
Y.Dom.IE_COMPUTED = IEComputed;
Y.Dom.IE_ComputedStyle = ComputedStyle;
})();
(function() {
/**
* Add style management functionality to DOM.
* @module dom
* @for Dom
*/
var TO_STRING = 'toString',
PARSE_INT = parseInt,
RE = RegExp,
Y = YAHOO.util;
Y.Dom.Color = {
KEYWORDS: {
black: '000',
silver: 'c0c0c0',
gray: '808080',
white: 'fff',
maroon: '800000',
red: 'f00',
purple: '800080',
fuchsia: 'f0f',
green: '008000',
lime: '0f0',
olive: '808000',
yellow: 'ff0',
navy: '000080',
blue: '00f',
teal: '008080',
aqua: '0ff'
},
re_RGB: /^rgb\(([0-9]+)\s*,\s*([0-9]+)\s*,\s*([0-9]+)\)$/i,
re_hex: /^#?([0-9A-F]{2})([0-9A-F]{2})([0-9A-F]{2})$/i,
re_hex3: /([0-9A-F])/gi,
toRGB: function(val) {
if (!Y.Dom.Color.re_RGB.test(val)) {
val = Y.Dom.Color.toHex(val);
}
if(Y.Dom.Color.re_hex.exec(val)) {
val = 'rgb(' + [
PARSE_INT(RE.$1, 16),
PARSE_INT(RE.$2, 16),
PARSE_INT(RE.$3, 16)
].join(', ') + ')';
}
return val;
},
toHex: function(val) {
val = Y.Dom.Color.KEYWORDS[val] || val;
if (Y.Dom.Color.re_RGB.exec(val)) {
var r = (RE.$1.length === 1) ? '0' + RE.$1 : Number(RE.$1),
g = (RE.$2.length === 1) ? '0' + RE.$2 : Number(RE.$2),
b = (RE.$3.length === 1) ? '0' + RE.$3 : Number(RE.$3);
val = [
r[TO_STRING](16),
g[TO_STRING](16),
b[TO_STRING](16)
].join('');
}
if (val.length < 6) {
val = val.replace(Y.Dom.Color.re_hex3, '$1$1');
}
if (val !== 'transparent' && val.indexOf('#') < 0) {
val = '#' + val;
}
return val.toLowerCase();
}
};
}());
YAHOO.register("dom", YAHOO.util.Dom, {version: "2.8.0r4", build: "2449"});