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JSF components and utilities that can be used with any JSF implementation.
This library is based on the JSF1.1 version of Tomahawk, but with minor source code and build
changes to take advantage of JSF2.1 features. A JSF2.1 implementation is required to use this
version of the Tomahawk library.
The newest version!
/** $Id: domTT.js 349804 2005-11-29 20:12:53Z skitching $ */
// {{{ license
/*
* Copyright 2002-2005 Dan Allen, Mojavelinux.com ([email protected])
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
// }}}
// {{{ intro
/**
* Title: DOM Tooltip Library
* Version: 0.7.3
*
* Summary:
* Allows developers to add custom tooltips to the webpages. Tooltips are
* generated using the domTT_activate() function and customized by setting
* a handful of options.
*
* Maintainer: Dan Allen
* Contributors:
* Josh Gross
* Jason Rust
*
* License: Apache 2.0
* However, if you use this library, you earn the position of official bug
* reporter :) Please post questions or problem reports to the newsgroup:
*
* http://groups-beta.google.com/group/dom-tooltip
*
* If you are doing this for commercial work, perhaps you could send me a few
* Starbucks Coffee gift dollars or PayPal bucks to encourage future
* developement (NOT REQUIRED). E-mail me for my snail mail address.
*
* Homepage: http://www.mojavelinux.com/projects/domtooltip/
*
* Newsgroup: http://groups-beta.google.com/group/dom-tooltip
*
* Freshmeat Project: http://freshmeat.net/projects/domtt/?topic_id=92
*
* Updated: 2005/07/16
*
* Supported Browsers:
* Mozilla (Gecko), IE 5.5+, IE on Mac, Safari, Konqueror, Opera 7
*
* Usage:
* Please see the HOWTO documentation.
**/
// }}}
// {{{ settings (editable)
// IE mouse events seem to be off by 2 pixels
var domTT_offsetX = (domLib_isIE ? -2 : 0);
var domTT_offsetY = (domLib_isIE ? 4 : 2);
var domTT_direction = 'southeast';
var domTT_mouseHeight = domLib_isIE ? 13 : 19;
var domTT_closeLink = 'X';
var domTT_closeAction = 'hide';
var domTT_activateDelay = 500;
var domTT_maxWidth = false;
var domTT_styleClass = 'domTT';
var domTT_fade = 'neither';
var domTT_lifetime = 0;
var domTT_grid = 0;
var domTT_trailDelay = 200;
var domTT_useGlobalMousePosition = true;
var domTT_postponeActivation = false;
var domTT_tooltipIdPrefix = '[domTT]';
var domTT_screenEdgeDetection = true;
var domTT_screenEdgePadding = 4;
var domTT_oneOnly = false;
var domTT_cloneNodes = false;
var domTT_detectCollisions = true;
var domTT_bannedTags = ['OPTION'];
var domTT_draggable = false;
if (typeof(domTT_dragEnabled) == 'undefined')
{
domTT_dragEnabled = false;
}
// }}}
// {{{ globals (DO NOT EDIT)
var domTT_predefined = new DomHash();
// tooltips are keyed on both the tip id and the owner id,
// since events can originate on either object
var domTT_tooltips = new DomHash();
var domTT_lastOpened = 0;
var domTT_documentLoaded = false;
var domTT_mousePosition = null;
// }}}
// {{{ document.onmousemove
if (domLib_useLibrary && domTT_useGlobalMousePosition)
{
document.onmousemove = function(in_event)
{
if (typeof(in_event) == 'undefined') { in_event = window.event; }
domTT_mousePosition = domLib_getEventPosition(in_event);
if (domTT_dragEnabled && domTT_dragMouseDown)
{
domTT_dragUpdate(in_event);
}
}
}
// }}}
// {{{ domTT_activate()
function domTT_activate(in_this, in_event)
{
if (!domLib_useLibrary || (domTT_postponeActivation && !domTT_documentLoaded)) { return false; }
// make sure in_event is set (for IE, some cases we have to use window.event)
if (typeof(in_event) == 'undefined') { in_event = window.event; }
// don't allow tooltips on banned tags (such as OPTION)
if (in_event != null) {
var target = in_event.srcElement ? in_event.srcElement : in_event.target;
if (target != null && (',' + domTT_bannedTags.join(',') + ',').indexOf(',' + target.tagName + ',') != -1)
{
return false;
}
}
var owner = document.body;
// we have an active event so get the owner
if (in_event != null && in_event.type.match(/key|mouse|click|contextmenu/i))
{
// make sure we have nothing higher than the body element
if (in_this.nodeType && in_this.nodeType != document.DOCUMENT_NODE)
{
owner = in_this;
}
}
// non active event (make sure we were passed a string id)
else
{
if (typeof(in_this) != 'object' && !(owner = domTT_tooltips.get(in_this)))
{
// NOTE: two steps to avoid "flashing" in gecko
var embryo = document.createElement('div');
owner = document.body.appendChild(embryo);
owner.style.display = 'none';
owner.id = in_this;
}
}
// make sure the owner has a unique id
if (!owner.id)
{
owner.id = '__autoId' + domLib_autoId++;
}
// see if we should only be opening one tip at a time
// NOTE: this is not "perfect" yet since it really steps on any other
// tip working on fade out or delayed close, but it get's the job done
if (domTT_oneOnly && domTT_lastOpened)
{
domTT_deactivate(domTT_lastOpened);
}
domTT_lastOpened = owner.id;
var tooltip = domTT_tooltips.get(owner.id);
if (tooltip)
{
if (tooltip.get('eventType') != in_event.type)
{
if (tooltip.get('type') == 'greasy')
{
tooltip.set('closeAction', 'destroy');
domTT_deactivate(owner.id);
}
else if (tooltip.get('status') != 'inactive')
{
return owner.id;
}
}
else
{
if (tooltip.get('status') == 'inactive')
{
tooltip.set('status', 'pending');
tooltip.set('activateTimeout', domLib_setTimeout(domTT_runShow, tooltip.get('delay'), [owner.id, in_event]));
return owner.id;
}
// either pending or active, let it be
else
{
return owner.id;
}
}
}
// setup the default options hash
var options = new DomHash(
'caption', '',
'content', '',
'clearMouse', true,
'closeAction', domTT_closeAction,
'closeLink', domTT_closeLink,
'delay', domTT_activateDelay,
'direction', domTT_direction,
'draggable', domTT_draggable,
'fade', domTT_fade,
'fadeMax', 100,
'grid', domTT_grid,
'id', domTT_tooltipIdPrefix + owner.id,
'inframe', false,
'lifetime', domTT_lifetime,
'offsetX', domTT_offsetX,
'offsetY', domTT_offsetY,
'parent', document.body,
'position', 'absolute',
'styleClass', domTT_styleClass,
'type', 'greasy',
'trail', false,
'lazy', false
);
// load in the options from the function call
for (var i = 2; i < arguments.length; i += 2)
{
// load in predefined
if (arguments[i] == 'predefined')
{
var predefinedOptions = domTT_predefined.get(arguments[i + 1]);
for (var j in predefinedOptions.elementData)
{
options.set(j, predefinedOptions.get(j));
}
}
// set option
else
{
options.set(arguments[i], arguments[i + 1]);
}
}
options.set('eventType', in_event != null ? in_event.type : null);
// immediately set the status text if provided
if (options.has('statusText'))
{
try { window.status = options.get('statusText'); } catch(e) {}
}
// if we didn't give content...assume we just wanted to change the status and return
if (!options.has('content') || options.get('content') == '' || options.get('content') == null)
{
if (typeof(owner.onmouseout) != 'function')
{
owner.onmouseout = function(in_event) { domTT_mouseout(this, in_event); };
}
return owner.id;
}
options.set('owner', owner);
domTT_create(options);
// determine the show delay
options.set('delay', (in_event != null && in_event.type.match(/click|mousedown|contextmenu/i)) ? 0 : parseInt(options.get('delay')));
domTT_tooltips.set(owner.id, options);
domTT_tooltips.set(options.get('id'), options);
options.set('status', 'pending');
options.set('activateTimeout', domLib_setTimeout(domTT_runShow, options.get('delay'), [owner.id, in_event]));
return owner.id;
}
// }}}
// {{{ domTT_create()
function domTT_create(in_options)
{
var tipOwner = in_options.get('owner');
var parentObj = in_options.get('parent');
var parentDoc = parentObj.ownerDocument || parentObj.document;
// create the tooltip and hide it
// NOTE: two steps to avoid "flashing" in gecko
var embryo = parentDoc.createElement('div');
var tipObj = parentObj.appendChild(embryo);
tipObj.style.position = 'absolute';
tipObj.style.left = '0px';
tipObj.style.top = '0px';
tipObj.style.visibility = 'hidden';
tipObj.id = in_options.get('id');
tipObj.className = in_options.get('styleClass');
var contentBlock;
var tableLayout = false;
if (in_options.get('caption') || (in_options.get('type') == 'sticky' && in_options.get('caption') !== false))
{
tableLayout = true;
// layout the tip with a hidden formatting table
var tipLayoutTable = tipObj.appendChild(parentDoc.createElement('table'));
tipLayoutTable.style.borderCollapse = 'collapse';
if (domLib_isKHTML)
{
tipLayoutTable.cellSpacing = 0;
}
var tipLayoutTbody = tipLayoutTable.appendChild(parentDoc.createElement('tbody'));
var numCaptionCells = 0;
var captionRow = tipLayoutTbody.appendChild(parentDoc.createElement('tr'));
var captionCell = captionRow.appendChild(parentDoc.createElement('td'));
captionCell.style.padding = '0px';
var caption = captionCell.appendChild(parentDoc.createElement('div'));
caption.className = 'caption';
if (domLib_isIE50)
{
caption.style.height = '100%';
}
if (in_options.get('caption').nodeType)
{
caption.appendChild(domTT_cloneNodes ? in_options.get('caption').cloneNode(1) : in_options.get('caption'));
}
else
{
caption.innerHTML = in_options.get('caption');
}
if (in_options.get('type') == 'sticky')
{
var numCaptionCells = 2;
var closeLinkCell = captionRow.appendChild(parentDoc.createElement('td'));
closeLinkCell.style.padding = '0px';
var closeLink = closeLinkCell.appendChild(parentDoc.createElement('div'));
closeLink.className = 'caption';
if (domLib_isIE50)
{
closeLink.style.height = '100%';
}
closeLink.style.textAlign = 'right';
closeLink.style.cursor = domLib_stylePointer;
// merge the styles of the two cells
closeLink.style.borderLeftWidth = caption.style.borderRightWidth = '0px';
closeLink.style.paddingLeft = caption.style.paddingRight = '0px';
closeLink.style.marginLeft = caption.style.marginRight = '0px';
if (in_options.get('closeLink').nodeType)
{
closeLink.appendChild(in_options.get('closeLink').cloneNode(1));
}
else
{
closeLink.innerHTML = in_options.get('closeLink');
}
closeLink.onclick = function()
{
domTT_deactivate(tipOwner.id);
};
closeLink.onmousedown = function(in_event)
{
if (typeof(in_event) == 'undefined') { in_event = window.event; }
in_event.cancelBubble = true;
};
// MacIE has to have a newline at the end and must be made with createTextNode()
if (domLib_isMacIE)
{
closeLinkCell.appendChild(parentDoc.createTextNode("\n"));
}
}
// MacIE has to have a newline at the end and must be made with createTextNode()
if (domLib_isMacIE)
{
captionCell.appendChild(parentDoc.createTextNode("\n"));
}
var contentRow = tipLayoutTbody.appendChild(parentDoc.createElement('tr'));
var contentCell = contentRow.appendChild(parentDoc.createElement('td'));
contentCell.style.padding = '0px';
if (numCaptionCells)
{
if (domLib_isIE || domLib_isOpera)
{
contentCell.colSpan = numCaptionCells;
}
else
{
contentCell.setAttribute('colspan', numCaptionCells);
}
}
contentBlock = contentCell.appendChild(parentDoc.createElement('div'));
if (domLib_isIE50)
{
contentBlock.style.height = '100%';
}
}
else
{
contentBlock = tipObj.appendChild(parentDoc.createElement('div'));
}
contentBlock.className = 'contents';
var content = in_options.get('content');
// allow content has a function to return the actual content
if (typeof(content) == 'function') {
content = content(in_options.get('id'));
}
if (content != null && content.nodeType)
{
contentBlock.appendChild(domTT_cloneNodes ? content.cloneNode(1) : content);
}
else
{
contentBlock.innerHTML = content;
}
// adjust the width if specified
if (in_options.has('width'))
{
tipObj.style.width = parseInt(in_options.get('width')) + 'px';
}
// check if we are overridding the maxWidth
// if the browser supports maxWidth, the global setting will be ignored (assume stylesheet)
var maxWidth = domTT_maxWidth;
if (in_options.has('maxWidth'))
{
if ((maxWidth = in_options.get('maxWidth')) === false)
{
tipObj.style.maxWidth = domLib_styleNoMaxWidth;
}
else
{
maxWidth = parseInt(in_options.get('maxWidth'));
tipObj.style.maxWidth = maxWidth + 'px';
}
}
// HACK: fix lack of maxWidth in CSS for KHTML and IE
if (maxWidth !== false && (domLib_isIE || domLib_isKHTML) && tipObj.offsetWidth > maxWidth)
{
tipObj.style.width = maxWidth + 'px';
}
in_options.set('offsetWidth', tipObj.offsetWidth);
in_options.set('offsetHeight', tipObj.offsetHeight);
// konqueror miscalcuates the width of the containing div when using the layout table based on the
// border size of the containing div
if (domLib_isKonq && tableLayout && !tipObj.style.width)
{
var left = document.defaultView.getComputedStyle(tipObj, '').getPropertyValue('border-left-width');
var right = document.defaultView.getComputedStyle(tipObj, '').getPropertyValue('border-right-width');
left = left.substring(left.indexOf(':') + 2, left.indexOf(';'));
right = right.substring(right.indexOf(':') + 2, right.indexOf(';'));
var correction = 2 * ((left ? parseInt(left) : 0) + (right ? parseInt(right) : 0));
tipObj.style.width = (tipObj.offsetWidth - correction) + 'px';
}
// if a width is not set on an absolutely positioned object, both IE and Opera
// will attempt to wrap when it spills outside of body...we cannot have that
if (domLib_isIE || domLib_isOpera)
{
if (!tipObj.style.width)
{
// HACK: the correction here is for a border
tipObj.style.width = (tipObj.offsetWidth - 2) + 'px';
}
// HACK: the correction here is for a border
tipObj.style.height = (tipObj.offsetHeight - 2) + 'px';
}
// store placement offsets from event position
var offsetX, offsetY;
// tooltip floats
if (in_options.get('position') == 'absolute' && !(in_options.has('x') && in_options.has('y')))
{
// determine the offset relative to the pointer
switch (in_options.get('direction'))
{
case 'northeast':
offsetX = in_options.get('offsetX');
offsetY = 0 - tipObj.offsetHeight - in_options.get('offsetY');
break;
case 'northwest':
offsetX = 0 - tipObj.offsetWidth - in_options.get('offsetX');
offsetY = 0 - tipObj.offsetHeight - in_options.get('offsetY');
break;
case 'north':
offsetX = 0 - parseInt(tipObj.offsetWidth/2);
offsetY = 0 - tipObj.offsetHeight - in_options.get('offsetY');
break;
case 'southwest':
offsetX = 0 - tipObj.offsetWidth - in_options.get('offsetX');
offsetY = in_options.get('offsetY');
break;
case 'southeast':
offsetX = in_options.get('offsetX');
offsetY = in_options.get('offsetY');
break;
case 'south':
offsetX = 0 - parseInt(tipObj.offsetWidth/2);
offsetY = in_options.get('offsetY');
break;
}
// if we are in an iframe, get the offsets of the iframe in the parent document
if (in_options.get('inframe'))
{
var iframeObj = domLib_getIFrameReference(window);
if (iframeObj)
{
var frameOffsets = domLib_getOffsets(iframeObj);
offsetX += frameOffsets.get('left');
offsetY += frameOffsets.get('top');
}
}
}
// tooltip is fixed
else
{
offsetX = 0;
offsetY = 0;
in_options.set('trail', false);
}
// set the direction-specific offsetX/Y
in_options.set('offsetX', offsetX);
in_options.set('offsetY', offsetY);
if (in_options.get('clearMouse') && in_options.get('direction').indexOf('south') != -1)
{
in_options.set('mouseOffset', domTT_mouseHeight);
}
else
{
in_options.set('mouseOffset', 0);
}
if (domLib_canFade && typeof(Fadomatic) == 'function')
{
if (in_options.get('fade') != 'neither')
{
var fadeHandler = new Fadomatic(tipObj, 10, 0, 0, in_options.get('fadeMax'));
in_options.set('fadeHandler', fadeHandler);
}
}
else
{
in_options.set('fade', 'neither');
}
// setup mouse events
if (in_options.get('trail') && typeof(tipOwner.onmousemove) != 'function')
{
tipOwner.onmousemove = function(in_event) { domTT_mousemove(this, in_event); };
}
if (typeof(tipOwner.onmouseout) != 'function')
{
tipOwner.onmouseout = function(in_event) { domTT_mouseout(this, in_event); };
}
if (in_options.get('type') == 'sticky')
{
if (in_options.get('position') == 'absolute' && domTT_dragEnabled && in_options.get('draggable'))
{
if (domLib_isIE)
{
captionRow.onselectstart = function() { return false; };
}
// setup drag
captionRow.onmousedown = function(in_event) { domTT_dragStart(tipObj, in_event); };
captionRow.onmousemove = function(in_event) { domTT_dragUpdate(in_event); };
captionRow.onmouseup = function() { domTT_dragStop(); };
}
}
else if (in_options.get('type') == 'velcro')
{
/* can use once we have deactivateDelay
tipObj.onmouseover = function(in_event)
{
if (typeof(in_event) == 'undefined') { in_event = window.event; }
var tooltip = domTT_tooltips.get(tipObj.id);
if (in_options.get('lifetime')) {
domLib_clearTimeout(in_options.get('lifetimeTimeout');
}
};
*/
tipObj.onmouseout = function(in_event)
{
if (typeof(in_event) == 'undefined') { in_event = window.event; }
if (!domLib_isDescendantOf(in_event[domLib_eventTo], tipObj, domTT_bannedTags)) {
domTT_deactivate(tipOwner.id);
}
};
// NOTE: this might interfere with links in the tip
tipObj.onclick = function(in_event)
{
domTT_deactivate(tipOwner.id);
};
}
if (in_options.get('position') == 'relative')
{
tipObj.style.position = 'relative';
}
in_options.set('node', tipObj);
in_options.set('status', 'inactive');
}
// }}}
// {{{ domTT_show()
// in_id is either tip id or the owner id
function domTT_show(in_id, in_event)
{
// should always find one since this call would be cancelled if tip was killed
var tooltip = domTT_tooltips.get(in_id);
var status = tooltip.get('status');
var tipObj = tooltip.get('node');
if (tooltip.get('position') == 'absolute')
{
var mouseX, mouseY;
if (tooltip.has('x') && tooltip.has('y'))
{
mouseX = tooltip.get('x');
mouseY = tooltip.get('y');
}
else if (!domTT_useGlobalMousePosition || domTT_mousePosition == null || status == 'active' || tooltip.get('delay') == 0)
{
var eventPosition = domLib_getEventPosition(in_event);
var eventX = eventPosition.get('x');
var eventY = eventPosition.get('y');
if (tooltip.get('inframe'))
{
eventX -= eventPosition.get('scrollX');
eventY -= eventPosition.get('scrollY');
}
// only move tip along requested trail axis when updating position
if (status == 'active' && tooltip.get('trail') !== true)
{
var trail = tooltip.get('trail');
if (trail == 'x')
{
mouseX = eventX;
mouseY = tooltip.get('mouseY');
}
else if (trail == 'y')
{
mouseX = tooltip.get('mouseX');
mouseY = eventY;
}
}
else
{
mouseX = eventX;
mouseY = eventY;
}
}
else
{
mouseX = domTT_mousePosition.get('x');
mouseY = domTT_mousePosition.get('y');
if (tooltip.get('inframe'))
{
mouseX -= domTT_mousePosition.get('scrollX');
mouseY -= domTT_mousePosition.get('scrollY');
}
}
// we are using a grid for updates
if (tooltip.get('grid'))
{
// if this is not a mousemove event or it is a mousemove event on an active tip and
// the movement is bigger than the grid
if (in_event.type != 'mousemove' || (status == 'active' && (Math.abs(tooltip.get('lastX') - mouseX) > tooltip.get('grid') || Math.abs(tooltip.get('lastY') - mouseY) > tooltip.get('grid'))))
{
tooltip.set('lastX', mouseX);
tooltip.set('lastY', mouseY);
}
// did not satisfy the grid movement requirement
else
{
return false;
}
}
// mouseX and mouseY store the last acknowleged mouse position,
// good for trailing on one axis
tooltip.set('mouseX', mouseX);
tooltip.set('mouseY', mouseY);
var coordinates;
if (domTT_screenEdgeDetection)
{
coordinates = domTT_correctEdgeBleed(
tooltip.get('offsetWidth'),
tooltip.get('offsetHeight'),
mouseX,
mouseY,
tooltip.get('offsetX'),
tooltip.get('offsetY'),
tooltip.get('mouseOffset'),
tooltip.get('inframe') ? window.parent : window
);
}
else
{
coordinates = {
'x' : mouseX + tooltip.get('offsetX'),
'y' : mouseY + tooltip.get('offsetY') + tooltip.get('mouseOffset')
};
}
// update the position
tipObj.style.left = coordinates.x + 'px';
tipObj.style.top = coordinates.y + 'px';
// increase the tip zIndex so it goes over previously shown tips
tipObj.style.zIndex = domLib_zIndex++;
}
// if tip is not active, active it now and check for a fade in
if (status == 'pending')
{
// unhide the tooltip
tooltip.set('status', 'active');
tipObj.style.display = '';
tipObj.style.visibility = 'visible';
var fade = tooltip.get('fade');
if (fade != 'neither')
{
var fadeHandler = tooltip.get('fadeHandler');
if (fade == 'out' || fade == 'both')
{
fadeHandler.haltFade();
if (fade == 'out')
{
fadeHandler.halt();
}
}
if (fade == 'in' || fade == 'both')
{
fadeHandler.fadeIn();
}
}
if (tooltip.get('type') == 'greasy' && tooltip.get('lifetime') != 0)
{
tooltip.set('lifetimeTimeout', domLib_setTimeout(domTT_runDeactivate, tooltip.get('lifetime'), [tipObj.id]));
}
}
if (tooltip.get('position') == 'absolute' && domTT_detectCollisions)
{
// utilize original collision element cache
domLib_detectCollisions(tipObj, false, true);
}
}
// }}}
// {{{ domTT_close()
// in_handle can either be an child object of the tip, the tip id or the owner id
function domTT_close(in_handle)
{
var id;
if (typeof(in_handle) == 'object' && in_handle.nodeType)
{
var obj = in_handle;
while (!obj.id || !domTT_tooltips.get(obj.id))
{
obj = obj.parentNode;
if (obj.nodeType != document.ELEMENT_NODE) { return; }
}
id = obj.id;
}
else
{
id = in_handle;
}
domTT_deactivate(id);
}
// }}}
// {{{ domTT_closeAll()
// run through the tooltips and close them all
function domTT_closeAll()
{
// NOTE: this will iterate 2x # of tooltips
for (var id in domTT_tooltips.elementData) {
domTT_close(id);
}
}
// }}}
// {{{ domTT_deactivate()
// in_id is either the tip id or the owner id
function domTT_deactivate(in_id)
{
var tooltip = domTT_tooltips.get(in_id);
if (tooltip)
{
var status = tooltip.get('status');
if (status == 'pending')
{
// cancel the creation of this tip if it is still pending
domLib_clearTimeout(tooltip.get('activateTimeout'));
tooltip.set('status', 'inactive');
}
else if (status == 'active')
{
if (tooltip.get('lifetime'))
{
domLib_clearTimeout(tooltip.get('lifetimeTimeout'));
}
var tipObj = tooltip.get('node');
if (tooltip.get('closeAction') == 'hide')
{
var fade = tooltip.get('fade');
if (fade != 'neither')
{
var fadeHandler = tooltip.get('fadeHandler');
if (fade == 'out' || fade == 'both')
{
fadeHandler.fadeOut();
}
else
{
fadeHandler.hide();
}
}
else
{
tipObj.style.display = 'none';
}
}
else
{
tooltip.get('parent').removeChild(tipObj);
domTT_tooltips.remove(tooltip.get('owner').id);
domTT_tooltips.remove(tooltip.get('id'));
}
tooltip.set('status', 'inactive');
if (domTT_detectCollisions) {
// unhide all of the selects that are owned by this object
// utilize original collision element cache
domLib_detectCollisions(tipObj, true, true);
}
}
}
}
// }}}
// {{{ domTT_mouseout()
function domTT_mouseout(in_owner, in_event)
{
if (!domLib_useLibrary) { return false; }
if (typeof(in_event) == 'undefined') { in_event = window.event; }
var toChild = domLib_isDescendantOf(in_event[domLib_eventTo], in_owner, domTT_bannedTags);
var tooltip = domTT_tooltips.get(in_owner.id);
if (tooltip && (tooltip.get('type') == 'greasy' || tooltip.get('status') != 'active'))
{
// deactivate tip if exists and we moved away from the owner
if (!toChild)
{
domTT_deactivate(in_owner.id);
try { window.status = window.defaultStatus; } catch(e) {}
}
}
else if (!toChild)
{
try { window.status = window.defaultStatus; } catch(e) {}
}
}
// }}}
// {{{ domTT_mousemove()
function domTT_mousemove(in_owner, in_event)
{
if (!domLib_useLibrary) { return false; }
if (typeof(in_event) == 'undefined') { in_event = window.event; }
var tooltip = domTT_tooltips.get(in_owner.id);
if (tooltip && tooltip.get('trail') && tooltip.get('status') == 'active')
{
// see if we are trailing lazy
if (tooltip.get('lazy'))
{
domLib_setTimeout(domTT_runShow, domTT_trailDelay, [in_owner.id, in_event]);
}
else
{
domTT_show(in_owner.id, in_event);
}
}
}
// }}}
// {{{ domTT_addPredefined()
function domTT_addPredefined(in_id)
{
var options = new DomHash();
for (var i = 1; i < arguments.length; i += 2)
{
options.set(arguments[i], arguments[i + 1]);
}
domTT_predefined.set(in_id, options);
}
// }}}
// {{{ domTT_correctEdgeBleed()
function domTT_correctEdgeBleed(in_width, in_height, in_x, in_y, in_offsetX, in_offsetY, in_mouseOffset, in_window)
{
var win, doc;
var bleedRight, bleedBottom;
var pageHeight, pageWidth, pageYOffset, pageXOffset;
var x = in_x + in_offsetX;
var y = in_y + in_offsetY + in_mouseOffset;
win = (typeof(in_window) == 'undefined' ? window : in_window);
// Gecko and IE swaps values of clientHeight, clientWidth properties when
// in standards compliance mode from documentElement to document.body
doc = ((domLib_standardsMode && (domLib_isIE || domLib_isGecko)) ? win.document.documentElement : win.document.body);
// for IE in compliance mode
if (domLib_isIE)
{
pageHeight = doc.clientHeight;
pageWidth = doc.clientWidth;
pageYOffset = doc.scrollTop;
pageXOffset = doc.scrollLeft;
}
else
{
pageHeight = doc.clientHeight;
pageWidth = doc.clientWidth;
if (domLib_isKHTML)
{
pageHeight = win.innerHeight;
}
pageYOffset = win.pageYOffset;
pageXOffset = win.pageXOffset;
}
// we are bleeding off the right, move tip over to stay on page
// logic: take x position, add width and subtract from effective page width
if ((bleedRight = (x - pageXOffset) + in_width - (pageWidth - domTT_screenEdgePadding)) > 0)
{
x -= bleedRight;
}
// we are bleeding to the left, move tip over to stay on page
// if tip doesn't fit, we will go back to bleeding off the right
// logic: take x position and check if less than edge padding
if ((x - pageXOffset) < domTT_screenEdgePadding)
{
x = domTT_screenEdgePadding + pageXOffset;
}
// if we are bleeding off the bottom, flip to north
// logic: take y position, add height and subtract from effective page height
if ((bleedBottom = (y - pageYOffset) + in_height - (pageHeight - domTT_screenEdgePadding)) > 0)
{
y = in_y - in_height - in_offsetY;
}
// if we are bleeding off the top, flip to south
// if tip doesn't fit, we will go back to bleeding off the bottom
// logic: take y position and check if less than edge padding
if ((y - pageYOffset) < domTT_screenEdgePadding)
{
y = in_y + domTT_mouseHeight + in_offsetY;
}
return {'x' : x, 'y' : y};
}
// }}}
// {{{ domTT_isActive()
// in_id is either the tip id or the owner id
function domTT_isActive(in_id)
{
var tooltip = domTT_tooltips.get(in_id);
if (!tooltip || tooltip.get('status') != 'active')
{
return false;
}
else
{
return true;
}
}
// }}}
// {{{ domTT_runXXX()
// All of these domMenu_runXXX() methods are used by the event handling sections to
// avoid the circular memory leaks caused by inner functions
function domTT_runDeactivate(args) { domTT_deactivate(args[0]); }
function domTT_runShow(args) { domTT_show(args[0], args[1]); }
// }}}
// {{{ domTT_replaceTitles()
function domTT_replaceTitles(in_decorator)
{
var elements = domLib_getElementsByClass('tooltip');
for (var i = 0; i < elements.length; i++)
{
if (elements[i].title)
{
var content;
if (typeof(in_decorator) == 'function')
{
content = in_decorator(elements[i]);
}
else
{
content = elements[i].title;
}
content = content.replace(new RegExp('\'', 'g'), '\\\'');
elements[i].onmouseover = new Function('in_event', "domTT_activate(this, in_event, 'content', '" + content + "')");
elements[i].title = '';
}
}
}
// }}}
// {{{ domTT_update()
// Allow authors to update the contents of existing tips using the DOM
// Unfortunately, the tip must already exist, or else no work is done.
// TODO: make getting at content or caption cleaner
function domTT_update(handle, content, type)
{
// type defaults to 'content', can also be 'caption'
if (typeof(type) == 'undefined')
{
type = 'content';
}
var tip = domTT_tooltips.get(handle);
if (!tip)
{
return;
}
var tipObj = tip.get('node');
var updateNode;
if (type == 'content')
{
// ...
updateNode = tipObj.firstChild;
if (updateNode.className != 'contents')
{
// ... ...
updateNode = updateNode.firstChild.firstChild.nextSibling.firstChild.firstChild;
}
}
else
{
updateNode = tipObj.firstChild;
if (updateNode.className == 'contents')
{
// missing caption
return;
}
// ...
updateNode = updateNode.firstChild.firstChild.firstChild.firstChild;
}
// TODO: allow for a DOM node as content
updateNode.innerHTML = content;
}
// }}}
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