$axure.internal(function($ax) {
var _style = {};
$ax.style = _style;
var _disabledWidgets = {};
var _selectedWidgets = {};
// A table to cache the outerHTML of the _rtf elements before the rollover state is applied.
var _originalTextCache = {};
// A table to exclude the normal style from adaptive overrides
var _shapesWithSetRichText = {};
// just a listing of shape ids
var _adaptiveStyledWidgets = {};
var _setLinkStyle = function(id, styleName) {
var parentId = $ax.GetParentIdFromLink(id);
var style = _computeAllOverrides(id, parentId, styleName, $ax.adaptive.currentViewId);
var textId = $ax.GetTextPanelId(parentId);
if(!_originalTextCache[textId]) {
$ax.style.CacheOriginalText(textId);
}
if($.isEmptyObject(style)) return;
var textCache = _originalTextCache[textId].styleCache;
_transformTextWithVerticalAlignment(textId, function() {
var cssProps = _getCssStyleProperties(style);
$('#' + id).find('*').addBack().each(function(index, element) {
element.setAttribute('style', textCache[element.id]);
_applyCssProps(element, cssProps);
});
});
};
var _resetLinkStyle = function(id) {
var textId = $ax.GetTextPanelId($ax.GetParentIdFromLink(id));
var textCache = _originalTextCache[textId].styleCache;
_transformTextWithVerticalAlignment(textId, function() {
$('#' + id).find('*').addBack().each(function(index, element) {
element.style.cssText = textCache[element.id];
});
});
if($ax.event.mouseDownObjectId) {
$ax.style.SetWidgetMouseDown($ax.event.mouseDownObjectId, true);
} else if($ax.event.mouseOverObjectId) {
$ax.style.SetWidgetHover($ax.event.mouseOverObjectId, true);
}
};
$ax.style.SetLinkHover = function(id) {
_setLinkStyle(id, MOUSE_OVER);
};
$ax.style.SetLinkNotHover = function(id) {
_resetLinkStyle(id);
};
$ax.style.SetLinkMouseDown = function(id) {
_setLinkStyle(id, MOUSE_DOWN);
};
$ax.style.SetLinkNotMouseDown = function(id) {
_resetLinkStyle(id);
var style = _computeAllOverrides(id, $ax.event.mouseOverObjectId, MOUSE_OVER, $ax.adaptive.currentViewId);
if(!$.isEmptyObject(style)) $ax.style.SetLinkHover(id);
//we dont do anything here because the widget not mouse down has taken over here
};
var _widgetHasState = function(id, state) {
if($ax.style.getElementImageOverride(id, state)) return true;
var diagramObject = $ax.getObjectFromElementId(id);
//var adaptiveIdChain = $ax.adaptive.getAdaptiveIdChain($ax.adaptive.currentViewId);
var adaptiveIdChain = $ax.style.getViewIdChain($ax.adaptive.currentViewId, id, diagramObject);
for(var i = 0; i < adaptiveIdChain.length; i++) {
var viewId = adaptiveIdChain[i];
var adaptiveStyle = diagramObject.adaptiveStyles[viewId];
if(adaptiveStyle && adaptiveStyle.stateStyles && adaptiveStyle.stateStyles[state]) return true;
}
if(diagramObject.style.stateStyles) {
var stateStyle = diagramObject.style.stateStyles[state];
if(!stateStyle) return false;
return !$.isEmptyObject(stateStyle);
}
return false;
};
// Returns what overrides the hover, or false if nothing.
var _hoverOverride = function(id) {
if($ax.style.IsWidgetDisabled(id)) return DISABLED;
if($ax.style.IsWidgetSelected(id)) return SELECTED;
var obj = $ax.getObjectFromElementId(id);
if(!obj.isContained) return false;
var path = $ax.getPathFromScriptId($ax.repeater.getScriptIdFromElementId(id));
path[path.length - 1] = obj.parent.id;
var itemId = $ax.repeater.getItemIdFromElementId(id);
return _hoverOverride($ax.getElementIdFromPath(path, { itemNum: itemId }));
};
$ax.style.SetWidgetHover = function(id, value) {
var override = _hoverOverride(id);
if(override == DISABLED) return;
if(!_widgetHasState(id, MOUSE_OVER)) return;
var valToSet = value || _isRolloverOverride(id);
var state = _generateMouseState(id, valToSet ? MOUSE_OVER : NORMAL, override == SELECTED);
_applyImageAndTextJson(id, state);
_updateElementIdImageStyle(id, state);
};
var _rolloverOverrides = [];
var _isRolloverOverride = function(id) {
return _rolloverOverrides.indexOf(id) != -1;
};
$ax.style.AddRolloverOverride = function(id) {
if(_isRolloverOverride(id)) return;
_rolloverOverrides[_rolloverOverrides.length] = id;
if($ax.event.mouseOverIds.indexOf(id) == -1) $ax.style.SetWidgetHover(id, true);
};
$ax.style.RemoveRolloverOverride = function(id) {
var index = _rolloverOverrides.indexOf(id);
if(index == -1) return;
$ax.splice(_rolloverOverrides, index, 1);
if($ax.event.mouseOverIds.indexOf(id) == -1) $ax.style.SetWidgetHover(id, false);
};
// function GetWidgetCurrentState(id) {
// if($ax.style.IsWidgetDisabled(id)) return "disabled";
// if($ax.style.IsWidgetSelected(id)) return "selected";
// if($ax.event.mouseOverObjectId == id) return "mouseOver";
// if($ax.event.mouseDownObjectId == id) return "mouseDown";
// return "normal";
// }
$ax.style.ObjHasMouseDown = function(id) {
var obj = $obj(id);
if($ax.style.getElementImageOverride(id, 'mouseDown') || obj.style && obj.style.stateStyles && obj.style.stateStyles.mouseDown) return true;
//var chain = $ax.adaptive.getAdaptiveIdChain($ax.adaptive.currentViewId);
var chain = $ax.style.getViewIdChain($ax.adaptive.currentViewId, id, obj);
for(var i = 0; i < chain.length; i++) {
var style = obj.adaptiveStyles[chain[i]];
if(style && style.stateStyles && style.stateStyles.mouseDown) return true;
}
return false;
};
$ax.style.SetWidgetMouseDown = function(id, value, checkMouseOver) {
if($ax.style.IsWidgetDisabled(id)) return;
if(!_widgetHasState(id, MOUSE_DOWN)) return;
//if set to value is true, it's mousedown, if check mouseover is true,
//check if element is currently mouseover and has mouseover state before setting mouseover
if(value) var state = MOUSE_DOWN;
else if(!checkMouseOver || $ax.event.mouseOverIds.indexOf(id) !== -1 && _widgetHasState(id, MOUSE_OVER)) state = MOUSE_OVER;
else state = NORMAL;
var mouseState = _generateMouseState(id, state, $ax.style.IsWidgetSelected(id));
_applyImageAndTextJson(id, mouseState);
_updateElementIdImageStyle(id, mouseState);
};
var _generateMouseState = function(id, mouseState, selected) {
var isSelectedFocused = function (state) {
if(!_widgetHasState(id, FOCUSED)) return state;
var jObj = $('#' + id);
if(state == SELECTED) return (jObj.hasClass(FOCUSED)) ? SELECTED_FOCUSED : state;
else return (jObj.hasClass(FOCUSED) || jObj.hasClass(SELECTED_FOCUSED)) ? FOCUSED : state;
}
if (selected) {
if (_style.getElementImageOverride(id, SELECTED)) return isSelectedFocused(SELECTED);
var obj = $obj(id);
//var viewChain = $ax.adaptive.getAdaptiveIdChain($ax.adaptive.currentViewId);
var viewChain = $ax.style.getViewIdChain($ax.adaptive.currentViewId, id, obj);
viewChain[viewChain.length] = '';
if($ax.IsDynamicPanel(obj.type) || $ax.IsLayer(obj.type)) return isSelectedFocused(SELECTED);
var any = function(dict) {
for(var key in dict) return true;
return false;
};
for(var i = 0; i < viewChain.length; i++) {
var viewId = viewChain[i];
// Need to check seperately for images.
var scriptId = $ax.repeater.getScriptIdFromElementId(id);
if(obj.adaptiveStyles && obj.adaptiveStyles[viewId] && any(obj.adaptiveStyles[viewId])
|| obj.images && (obj.images[scriptId + '~selected~' + viewId] || obj.images['selected~' + viewId])) return isSelectedFocused(SELECTED);
}
var selectedStyle = obj.style && obj.style.stateStyles && obj.style.stateStyles.selected;
if(selectedStyle && any(selectedStyle)) return isSelectedFocused(SELECTED);
}
// Not using selected
return isSelectedFocused(mouseState);
};
$ax.style.SetWidgetFocused = function (id, value) {
if (_isWidgetDisabled(id)) return;
if (!_widgetHasState(id, FOCUSED)) return;
if (value) var state = $ax.style.IsWidgetSelected(id) ? SELECTED_FOCUSED : FOCUSED;
else state = $ax.style.IsWidgetSelected(id) ? SELECTED : NORMAL;
_applyImageAndTextJson(id, state);
_updateElementIdImageStyle(id, state);
}
$ax.style.SetWidgetSelected = function(id, value, alwaysApply) {
if(_isWidgetDisabled(id)) return;
//NOTE: not firing select events if state didn't change
var raiseSelectedEvents = $ax.style.IsWidgetSelected(id) != value;
if(value) {
var group = $('#' + id).attr('selectiongroup');
if(group) {
$("[selectiongroup='" + group + "']").each(function() {
var otherId = this.id;
if(otherId == id) return;
if ($ax.visibility.isScriptIdLimbo($ax.repeater.getScriptIdFromElementId(otherId))) return;
$ax.style.SetWidgetSelected(otherId, false, alwaysApply);
});
}
}
var obj = $obj(id);
if(obj) {
var actionId = id;
if ($ax.public.fn.IsDynamicPanel(obj.type) || $ax.public.fn.IsLayer(obj.type)) {
if(!value) $jobj(id).removeClass('selected');
var children = $axure('#' + id).getChildren()[0].children;
var skipIds = new Set();
for(var i = 0; i < children.length; i++) {
var childId = children[i];
// only set one member of selection group in children selected since subsequent calls
// will unselect the previous one anyway
if(value) {
if(skipIds.has(childId)) continue;
var group = $('#' + childId).attr('selectiongroup');
if(group) for (var item of $("[selectiongroup='" + group + "']")) skipIds.add(item.id);
}
// Special case for trees
var childObj = $jobj(childId);
if(childObj.hasClass('treeroot')) {
var treenodes = childObj.find('.treenode');
for(var j = 0; j < treenodes.length; j++) {
$axure('#' + treenodes[j].id).selected(value);
}
} else $axure('#' + childId).selected(value);
}
} else {
var widgetHasSelectedState = _widgetHasState(id, SELECTED);
while(obj.isContained && !widgetHasSelectedState) obj = obj.parent;
var itemId = $ax.repeater.getItemIdFromElementId(id);
var path = $ax.getPathFromScriptId($ax.repeater.getScriptIdFromElementId(id));
path[path.length - 1] = obj.id;
actionId = $ax.getElementIdFromPath(path, { itemNum: itemId });
if(alwaysApply || widgetHasSelectedState) {
var state = _generateSelectedState(actionId, value);
_applyImageAndTextJson(actionId, state);
_updateElementIdImageStyle(actionId, state);
}
//added actionId and this hacky logic because we set style state on child, but interaction on parent
//then the id saved in _selectedWidgets would be depended on widgetHasSelectedState... more see case 1818143
while(obj.isContained && !$ax.getObjectFromElementId(id).interactionMap) obj = obj.parent;
path = $ax.getPathFromScriptId($ax.repeater.getScriptIdFromElementId(id));
path[path.length - 1] = obj.id;
actionId = $ax.getElementIdFromPath(path, { itemNum: itemId });
}
}
// ApplyImageAndTextJson(id, value ? 'selected' : 'normal');
_selectedWidgets[id] = value;
if(raiseSelectedEvents) $ax.event.raiseSelectedEvents(actionId, value);
};
var _generateSelectedState = function(id, selected) {
var mouseState = $ax.event.mouseDownObjectId == id ? MOUSE_DOWN : $.inArray(id, $ax.event.mouseOverIds) != -1 ? MOUSE_OVER : NORMAL;
//var mouseState = $ax.event.mouseDownObjectId == id ? MOUSE_DOWN : $ax.event.mouseOverIds.indexOf(id) != -1 ? MOUSE_OVER : NORMAL;
return _generateMouseState(id, mouseState, selected);
};
$ax.style.IsWidgetSelected = function(id) {
return Boolean(_selectedWidgets[id]) || $('#'+id).hasClass('selected');
};
$ax.style.SetWidgetEnabled = function(id, value) {
_disabledWidgets[id] = !value;
$('#' + id).find('a').css('cursor', value ? 'pointer' : 'default');
if(!_widgetHasState(id, DISABLED)) return;
if(!value) {
_applyImageAndTextJson(id, DISABLED);
_updateElementIdImageStyle(id, DISABLED);
} else $ax.style.SetWidgetSelected(id, $ax.style.IsWidgetSelected(id), true);
};
$ax.style.SetWidgetPlaceholder = function(id, active, text, password) {
var inputId = $ax.repeater.applySuffixToElementId(id, '_input');
// Right now this is the only style on the widget. If other styles (ex. Rollover), are allowed
// on TextBox/TextArea, or Placeholder is applied to more widgets, this may need to do more.
var obj = $jobj(inputId);
var height = document.getElementById(inputId).style['height'];
var width = document.getElementById(inputId).style['width'];
obj.attr('style', '');
//removing all styles, but now we can change the size, so we should add them back
//this is more like a quick hack
if (height) obj.css('height', height);
if (width) obj.css('width', width);
if(!active) {
try { //ie8 and below error
if(password) document.getElementById(inputId).type = 'password';
} catch(e) { }
} else {
var element = $('#' + inputId)[0];
var style = _computeAllOverrides(id, undefined, HINT, $ax.adaptive.currentViewId);
var styleProperties = _getCssStyleProperties(style);
//moved this out of GetCssStyleProperties for now because it was breaking un/rollovers with gradient fills
//if(style.fill) styleProperties.allProps.backgroundColor = _getColorFromFill(style.fill);
_applyCssProps(element, styleProperties, true);
try { //ie8 and below error
if(password && text) document.getElementById(inputId).type = 'text';
} catch(e) { }
}
obj.val(text);
};
var _isWidgetDisabled = $ax.style.IsWidgetDisabled = function(id) {
return Boolean(_disabledWidgets[id]);
};
var _elementIdsToImageOverrides = {};
$ax.style.mapElementIdToImageOverrides = function (elementId, override) {
for(var key in override) _addImageOverride(elementId, key, override[key]);
};
var _addImageOverride = function (elementId, state, val) {
if (!_elementIdsToImageOverrides[elementId]) _elementIdsToImageOverrides[elementId] = {};
_elementIdsToImageOverrides[elementId][state] = val;
}
$ax.style.deleteElementIdToImageOverride = function(elementId) {
delete _elementIdsToImageOverrides[elementId];
};
$ax.style.getElementImageOverride = function(elementId, state) {
var url = _elementIdsToImageOverrides[elementId] && _elementIdsToImageOverrides[elementId][state];
return url;
};
$ax.style.elementHasAnyImageOverride = function(elementId) {
return Boolean(_elementIdsToImageOverrides[elementId]);
};
var NORMAL = 'normal';
var MOUSE_OVER = 'mouseOver';
var MOUSE_DOWN = 'mouseDown';
var SELECTED = 'selected';
var DISABLED = 'disabled';
var HINT = 'hint';
var FOCUSED = 'focused';
var SELECTED_FOCUSED = 'selectedFocused';
const SELECTED_DISABLED = 'selectedDisabled';
$ax.constants.SELECTED_DISABLED = SELECTED_DISABLED;
var ALL_STATES = [MOUSE_OVER, MOUSE_DOWN, SELECTED, FOCUSED, SELECTED_FOCUSED, DISABLED];
var _generateState = _style.generateState = function(id) {
return $ax.placeholderManager.isActive(id) ? HINT : _style.IsWidgetDisabled(id) ? DISABLED : _generateSelectedState(id, _style.IsWidgetSelected(id));
};
var _progressState = _style.progessState = function(state) {
if(state == NORMAL) return false;
if(state == MOUSE_DOWN) return MOUSE_OVER;
return NORMAL;
};
var _unprogressState = function(state, goal) {
state = state || NORMAL;
if(state == goal || state == SELECTED_FOCUSED) return undefined;
if(state == NORMAL && goal == MOUSE_DOWN) return MOUSE_OVER;
if(state == NORMAL && goal == SELECTED_FOCUSED) return SELECTED;
if(state == SELECTED && goal == SELECTED_FOCUSED) return FOCUSED;
return goal;
};
var _updateElementIdImageStyle = _style.updateElementIdImageStyle = function(elementId, state) {
if(!_style.elementHasAnyImageOverride(elementId)) return;
if(!state) state = _generateState(elementId);
var style = _computeFullStyle(elementId, state, $ax.adaptive.currentViewId);
var query = $jobj($ax.repeater.applySuffixToElementId(elementId, '_img'));
style.size.width = query.width();
style.size.height = query.height();
var borderId = $ax.repeater.applySuffixToElementId(elementId, '_border');
var borderQuery = $jobj(borderId);
if(!borderQuery.length) {
borderQuery = $('<div></div>');
borderQuery.attr('id', borderId);
query.after(borderQuery);
}
borderQuery.attr('style', '');
//borderQuery.css('position', 'absolute');
query.attr('style', '');
var borderQueryCss = { 'position': 'absolute' };
var queryCss = {}
var borderWidth = Number(style.borderWidth);
var hasBorderWidth = borderWidth > 0;
if(hasBorderWidth) {
//borderQuery.css('border-style', 'solid');
//borderQuery.css('border-width', borderWidth + 'px'); // If images start being able to turn off borders on specific sides, need to update this.
//borderQuery.css('width', style.size.width - borderWidth * 2);
//borderQuery.css('height', style.size.height - borderWidth * 2);
//borderQuery.css({
// 'border-style': 'solid',
// 'border-width': borderWidth + 'px',
// 'width': style.size.width - borderWidth * 2,
// 'height': style.size.height - borderWidth * 2
//});
borderQueryCss['border-style'] = 'solid';
borderQueryCss['border-width'] = borderWidth + 'px'; // If images start being able to turn off borders on specific sides, need to update this.
borderQueryCss['width'] = style.size.width - borderWidth * 2;
borderQueryCss['height'] = style.size.height - borderWidth * 2;
}
var linePattern = style.linePattern;
if(hasBorderWidth && linePattern) borderQueryCss['border-style'] = linePattern;
var borderFill = style.borderFill;
if(hasBorderWidth && borderFill) {
var color = borderFill.fillType == 'solid' ? borderFill.color :
borderFill.fillType == 'linearGradient' ? borderFill.colors[0].color : 0;
var alpha = Math.floor(color / 256 / 256 / 256);
color -= alpha * 256 * 256 * 256;
alpha = alpha / 255;
var red = Math.floor(color / 256 / 256);
color -= red * 256 * 256;
var green = Math.floor(color / 256);
var blue = color - green * 256;
borderQueryCss['border-color'] = _rgbaToFunc(red, green, blue, alpha);
}
var cornerRadiusTopLeft = style.cornerRadius;
if(cornerRadiusTopLeft) {
queryCss['border-radius'] = cornerRadiusTopLeft + 'px';
borderQueryCss['border-radius'] = cornerRadiusTopLeft + 'px';
}
var outerShadow = style.outerShadow;
if(outerShadow && outerShadow.on) {
var arg = '';
arg += outerShadow.offsetX + 'px' + ' ' + outerShadow.offsetY + 'px' + ' ';
var rgba = outerShadow.color;
arg += outerShadow.blurRadius + 'px' + ' 0px ' + _rgbaToFunc(rgba.r, rgba.g, rgba.b, rgba.a);
//query.css('-moz-box-shadow', arg);
//query.css('-wibkit-box-shadow', arg);
//query.css('box-shadow', arg);
//query.css('left', '0px');
//query.css('top', '0px');
//query.css({
// '-moz-box-shadow': arg,
// '-webkit-box-shadow': arg,
// 'box-shadow': arg,
// 'left': '0px',
// 'top': '0px'
//});
queryCss['-moz-box-shadow'] = arg;
queryCss['-wibkit-box-shadow'] = arg;
queryCss['box-shadow'] = arg;
queryCss['left'] = '0px';
queryCss['top'] = '0px';
}
queryCss['width'] = style.size.width;
queryCss['height'] = style.size.height;
borderQuery.css(borderQueryCss);
query.css(queryCss);
//query.css({ width: style.size.width, height: style.size.height });
};
var _rgbaToFunc = function(red, green, blue, alpha) {
return 'rgba(' + red + ',' + green + ',' + blue + ',' + alpha + ')';
};
var _applyImageAndTextJson = function(id, event) {
var textId = $ax.GetTextPanelId(id);
if(textId) _resetTextJson(id, textId);
// This should never be the case
//if(event != '') {
var imgQuery = $jobj($ax.GetImageIdFromShape(id));
var e = imgQuery.data('events');
if(e && e[event]) imgQuery.trigger(event);
var imageUrl = $ax.adaptive.getImageForStateAndView(id, event);
if(imageUrl) _applyImage(id, imageUrl, event);
var style = _computeAllOverrides(id, undefined, event, $ax.adaptive.currentViewId);
if(!$.isEmptyObject(style) && textId) _applyTextStyle(textId, style);
_updateStateClasses(
[
id,
$ax.repeater.applySuffixToElementId(id, '_div'),
$ax.repeater.applySuffixToElementId(id, '_input')
], event, true
);
};
let _updateStateClasses = function(ids, event, addMouseOverOnMouseDown) {
for(let i = 0; i < ids.length; i++) {
_updateStateClassesHelper(ids[i], event, addMouseOverOnMouseDown);
}
};
let _updateStateClassesHelper = function(id, event, addMouseOverOnMouseDown) {
let jobj = $jobj(id);
//if(jobj[0] && jobj[0].hasAttribute('widgetwidth')) {
// for (var x = 0; x < jobj[0].children.length; x++) {
// var childId = jobj[0].children[x].id;
// if (childId.indexOf('p') < 0) continue;
// _updateStateClasses(childId, event) ;
// }
//} else {
if(event == DISABLED || event == SELECTED) {
let diagramObject = $ax.getObjectFromElementId(id);
if(diagramObject && $ax.public.fn.IsSelectionButton(diagramObject.type)) {
var addSelected = event == DISABLED && jobj.hasClass(SELECTED);
var addDisabled = event == SELECTED && jobj.hasClass(DISABLED);
}
}
for (let i = 0; i < ALL_STATES.length; i++) jobj.removeClass(ALL_STATES[i]);
if(addMouseOverOnMouseDown && event == MOUSE_DOWN) jobj.addClass(MOUSE_OVER);
if(addSelected) jobj.addClass(SELECTED);
if(addDisabled) jobj.addClass(DISABLED);
if(event != NORMAL) jobj.addClass(event);
//}
};
/* -------------------
here's the algorithm in a nutshell:
[DOWN] -- refers to navigation down the view inheritance heirarchy (default to most specific)
[UP] -- navigate up the heirarchy
ComputeAllOverrides (object):
All view styles [DOWN]
If hyperlink
- DO ComputeStateStyle for parent object
- if (MouseOver || MouseDown)
- linkMouseOver Style
- if (MouseDown)
- linkMouseDown style
- ComputeStateStyleForViewChain (parent, STATE)
if (MouseDown) DO ComputeStateStyleForViewChain for object, mouseOver
DO ComputeStateStyleForViewChain for object, style
ComputeStateStyleForViewChain (object, STATE)
FIRST STATE state style [UP] the chain OR default object STATE style
------------------- */
var FONT_PROPS = {
'typeface': true,
'fontName': true,
'fontWeight': true,
'fontStyle': true,
'fontStretch': true,
'fontSize': true,
'underline': true,
'foreGroundFill': true,
'horizontalAlignment': true,
'letterCase': true,
'strikethrough': true
};
var _getViewIdChain = $ax.style.getViewIdChain = function(currentViewId, id, diagramObject) {
var viewIdChain;
if (diagramObject.owner.type != 'Axure:Master') {
viewIdChain = $ax.adaptive.getAdaptiveIdChain(currentViewId);
} else {
//set viewIdChain to the chain from the parent RDO
var parentRdoId = $ax('#' + id).getParents(true, ['rdo'])[0][0];
var rdoState = $ax.style.generateState(parentRdoId);
var rdoStyle = $ax.style.computeFullStyle(parentRdoId, rdoState, currentViewId);
var viewOverride = rdoStyle.viewOverride;
viewIdChain = $ax.adaptive.getMasterAdaptiveIdChain(diagramObject.owner.packageId, viewOverride);
}
return viewIdChain;
}
var _computeAllOverrides = $ax.style.computeAllOverrides = function(id, parentId, state, currentViewId) {
var computedStyle = {};
if(parentId) computedStyle = _computeAllOverrides(parentId, null, state, currentViewId);
var diagramObject = $ax.getObjectFromElementId(id);
var viewIdChain = _getViewIdChain(currentViewId, id, diagramObject);
var excludeFont = _shapesWithSetRichText[id];
for(var i = 0; i < viewIdChain.length; i++) {
var viewId = viewIdChain[i];
var style = diagramObject.adaptiveStyles[viewId];
if(style) {
// we want to exclude the normal font style for shapes where the rich text has been set with an interaction
// so we copy the style so we don't modify the original, then delete all the font props.
if(excludeFont) {
style = $ax.deepCopy(style);
for(var prop in FONT_PROPS) delete style[prop];
}
if(style) {
var customStyle = style.baseStyle && $ax.document.stylesheet.stylesById[style.baseStyle];
//make sure not to extend the customStyle this can mutate it for future use
$.extend(computedStyle, customStyle);
}
$.extend(computedStyle, style);
}
}
var currState = NORMAL;
while(currState) {
$.extend(computedStyle, _computeStateStyleForViewChain(diagramObject, currState, viewIdChain, true));
currState = _unprogressState(currState, state);
}
return _removeUnsupportedProperties(computedStyle, diagramObject);
};
var _computeStateStyleForViewChain = function(diagramObject, state, viewIdChain, excludeNormal) {
var styleObject = diagramObject;
while(styleObject.isContained) styleObject = styleObject.parent;
var adaptiveStyles = styleObject.adaptiveStyles;
for(var i = viewIdChain.length - 1; i >= 0; i--) {
var viewId = viewIdChain[i];
var viewStyle = adaptiveStyles[viewId];
var stateStyle = viewStyle && _getFullStateStyle(viewStyle, state, excludeNormal);
if (stateStyle) return $.extend({}, stateStyle);
else if (viewStyle && viewStyle.stateStyles) return {}; //stateStyles are overriden but states could be null
}
// we dont want to actually include the object style because those are not overrides, hence the true for "excludeNormal" and not passing the val through
var stateStyleFromDefault = _getFullStateStyle(styleObject.style, state, true);
return $.extend({}, stateStyleFromDefault);
};
// returns the full effective style for an object in a state state and view
var _computeFullStyle = $ax.style.computeFullStyle = function(id, state, currentViewId) {
var obj = $obj(id);
var overrides = _computeAllOverrides(id, undefined, state, currentViewId);
// todo: account for image box
var objStyle = obj.style;
var customStyle = objStyle.baseStyle && $ax.document.stylesheet.stylesById[objStyle.baseStyle];
var returnVal = $.extend({}, $ax.document.stylesheet.defaultStyle, customStyle, objStyle, overrides);
return _removeUnsupportedProperties(returnVal, obj);
};
var _removeUnsupportedProperties = function(style, object) {
// for now all we need to do is remove padding from checkboxes and radio buttons
if ($ax.public.fn.IsRadioButton(object.type) || $ax.public.fn.IsCheckBox(object.type)) {
style.paddingTop = 0;
style.paddingLeft = 0;
style.paddingRight = 0;
style.paddingBottom = 0;
}
if ($ax.public.fn.IsTextBox(object.type) || $ax.public.fn.IsTextArea(object.type) || $ax.public.fn.IsButton(object.type)
|| $ax.public.fn.IsListBox(object.type) || $ax.public.fn.IsComboBox(object.type)) {
if (object.images && style.fill) delete style['fill'];
}
return style;
};
var _getFullStateStyle = function(style, state, excludeNormal) {
//'normal' is needed because now DiagramObjects get their image from the Style and unapplying a rollover needs the image
var stateStyle = state == 'normal' && !excludeNormal ? style : style && style.stateStyles && style.stateStyles[state];
if(stateStyle) {
var customStyle = stateStyle.baseStyle && $ax.document.stylesheet.stylesById[stateStyle.baseStyle];
//make sure not to extend the customStyle this can mutate it for future use
return $.extend({}, customStyle, stateStyle);
}
return undefined;
};
// commented this out for now... we actually will probably need it for ie
var _applyOpacityFromStyle = $ax.style.applyOpacityFromStyle = function(id, style) {
return;
var opacity = style.opacity || '';
$jobj(id).children().css('opacity', opacity);
};
var _initialize = function() {
//$ax.style.initializeObjectTextAlignment($ax('*'));
};
$ax.style.initialize = _initialize;
//var _initTextAlignment = function(elementId) {
// var textId = $ax.GetTextPanelId(elementId);
// if(textId) {
// _storeIdToAlignProps(textId);
// // now handle vertical alignment
// if(_getObjVisible(textId)) {
// //_setTextAlignment(textId, _idToAlignProps[textId], false);
// _setTextAlignment(textId);
// }
// }
//};
//$ax.style.initializeObjectTextAlignment = function(query) {
// query.filter(function(diagramObject) {
// return $ax.public.fn.IsVector(diagramObject.type) || $ax.public.fn.IsImageBox(diagramObject.type);
// }).each(function(diagramObject, elementId) {
// if($jobj(elementId).length == 0) return;
// _initTextAlignment(elementId);
// });
//};
//$ax.style.initializeObjectTextAlignment = function (query) {
// var textIds = [];
// query.filter(function(diagramObject) {
// return $ax.public.fn.IsVector(diagramObject.type) || $ax.public.fn.IsImageBox(diagramObject.type);
// }).each(function(diagramObject, elementId) {
// if($jobj(elementId).length == 0) return;
// var textId = $ax.GetTextPanelId(elementId);
// if(textId) {
// _storeIdToAlignProps(textId);
// textIds.push(textId);
// }
// });
// $ax.style.setTextAlignment(textIds);
//};
//var _getPadding = $ax.style.getPadding = function (textId) {
// var shapeId = $ax.GetShapeIdFromText(textId);
// var shapeObj = $obj(shapeId);
// var state = _generateState(shapeId);
// var style = _computeFullStyle(shapeId, state, $ax.adaptive.currentViewId);
// var vAlign = style.verticalAlignment || 'middle';
// var paddingLeft = Number(style.paddingLeft) || 0;
// paddingLeft += (Number(shapeObj && shapeObj.extraLeft) || 0);
// var paddingTop = style.paddingTop || 0;
// var paddingRight = style.paddingRight || 0;
// var paddingBottom = style.paddingBottom || 0;
// return { vAlign: vAlign, paddingLeft: paddingLeft, paddingTop: paddingTop, paddingRight: paddingRight, paddingBottom: paddingBottom };
//}
//var _storeIdToAlignProps = function(textId) {
// _idToAlignProps[textId] = _getPadding(textId);
//};
var _applyImage = $ax.style.applyImage = function (id, imgUrl, state) {
var object = $obj(id);
if (object.generateCompound) {
for (var i = 0; i < object.compoundChildren.length; i++) {
var componentId = object.compoundChildren[i];
var childId = $ax.public.fn.getComponentId(id, componentId);
var childImgQuery = $jobj(childId + '_img');
childImgQuery.attr('src', imgUrl[componentId]);
_updateStateClasses(
[
childId + '_img',
childId
], state, false
);
}
} else {
var imgQuery = $jobj($ax.GetImageIdFromShape(id));
//it is hard to tell if setting the image or the class first causing less flashing when adding shadows.
imgQuery.attr('src', imgUrl);
_updateStateClasses(
[
id,
$ax.GetImageIdFromShape(id)
], state, false
);
if (imgQuery.parents('a.basiclink').length > 0) imgQuery.css('border', 'none');
}
};
$ax.public.fn.getComponentId = function (id, componentId) {
var idParts = id.split('-');
idParts[0] = idParts[0] + componentId;
return idParts.join('-');
}
var _resetTextJson = function(id, textid) {
// reset the opacity
$jobj(id).children().css('opacity', '');
var cacheObject = _originalTextCache[textid];
if(cacheObject) {
_transformTextWithVerticalAlignment(textid, function() {
var styleCache = cacheObject.styleCache;
var textQuery = $('#' + textid);
textQuery.find('*').each(function(index, element) {
element.style.cssText = styleCache[element.id];
});
});
}
};
// Preserves the alingment for the element textid after executing transformFn
//var _getRtfElementHeight = function(rtfElement) {
// if(rtfElement.innerHTML == '') rtfElement.innerHTML = ' ';
// // To handle render text as image
// //var images = $(rtfElement).children('img');
// //if(images.length) return images.height();
// return rtfElement.offsetHeight;
//};
// why microsoft decided to default to round to even is beyond me...
//var _roundToEven = function(number) {
// var numString = number.toString();
// var parts = numString.split('.');
// if(parts.length == 1) return number;
// if(parts[1].length == 1 && parts[1] == '5') {
// var wholePart = Number(parts[0]);
// return wholePart % 2 == 0 ? wholePart : wholePart + 1;
// } else return Math.round(number);
//};
//var _suspendTextAlignment = 0;
//var _suspendedTextIds = [];
//$ax.style.startSuspendTextAlignment = function() {
// _suspendTextAlignment++;
//}
//$ax.style.resumeSuspendTextAlignment = function () {
// _suspendTextAlignment--;
// if(_suspendTextAlignment == 0) $ax.style.setTextAlignment(_suspendedTextIds);
//}
var _transformTextWithVerticalAlignment = $ax.style.transformTextWithVerticalAlignment = function(textId, transformFn) {
if(!_originalTextCache[textId]) {
$ax.style.CacheOriginalText(textId);
}
var rtfElement = window.document.getElementById(textId);
if(!rtfElement) return;
transformFn();
//_storeIdToAlignProps(textId);
//if (_suspendTextAlignment) {
// _suspendedTextIds.push(textId);
// return;
//}
//$ax.style.setTextAlignment([textId]);
};
// this is for vertical alignments set on hidden objects
//var _idToAlignProps = {};
//$ax.style.updateTextAlignmentForVisibility = function (textId) {
// var textObj = $jobj(textId);
// // must check if parent id exists. Doesn't exist for text objs in check boxes, and potentially elsewhere.
// var parentId = textObj.parent().attr('id');
// if (parentId && $ax.visibility.isContainer(parentId)) return;
// //var alignProps = _idToAlignProps[textId];
// //if(!alignProps || !_getObjVisible(textId)) return;
// //if (!alignProps) return;
// //_setTextAlignment(textId, alignProps);
// _setTextAlignment(textId);
//};
var _getObjVisible = _style.getObjVisible = function (id) {
var element = document.getElementById(id);
return element && (element.offsetWidth || element.offsetHeight);
};
//$ax.style.setTextAlignment = function (textIds) {
// var getTextAlignDim = function(textId, alignProps) {
// var dim = {};
// var vAlign = alignProps.vAlign;
// var paddingTop = Number(alignProps.paddingTop);
// var paddingBottom = Number(alignProps.paddingBottom);
// var paddingLeft = Number(alignProps.paddingLeft);
// var paddingRight = Number(alignProps.paddingRight);
// var topParam = 0.0;
// var bottomParam = 1.0;
// var leftParam = 0.0;
// var rightParam = 1.0;
// var textObj = $jobj(textId);
// var textObjParent = textObj.offsetParent();
// var parentId = textObjParent.attr('id');
// if(!parentId) {
// // Only case should be for radio/checkbox that get the label now because it must be absolute positioned for animate (offset parent ignored it before)
// textObjParent = textObjParent.parent();
// parentId = textObjParent.attr('id');
// }
// parentId = $ax.visibility.getWidgetFromContainer(textObjParent.attr('id'));
// textObjParent = $jobj(parentId);
// var parentObj = $obj(parentId);
// if(parentObj['bottomTextPadding']) bottomParam = parentObj['bottomTextPadding'];
// if(parentObj['topTextPadding']) topParam = parentObj['topTextPadding'];
// if(parentObj['leftTextPadding']) leftParam = parentObj['leftTextPadding'];
// if(parentObj['rightTextPadding']) rightParam = parentObj['rightTextPadding'];
// // smart shapes are mutually exclusive from compound vectors.
// var isConnector = parentObj.type == $ax.constants.CONNECTOR_TYPE;
// if(isConnector) return;
// var axTextObjectParent = $ax('#' + textObjParent.attr('id'));
// var jDims = textObj.css(['width','left','top']);
// var oldWidth = $ax.getNumFromPx(jDims['width']);
// var oldLeft = $ax.getNumFromPx(jDims['left']);
// var oldTop = $ax.getNumFromPx(jDims['top']);
// var newTop = 0;
// var newLeft = 0.0;
// var size = axTextObjectParent.size();
// var width = size.width;
// var height = size.height;
// //var width = axTextObjectParent.width();
// //var height = axTextObjectParent.height();
// // If text rotated need to handle getting the correct width for text based on bounding rect of rotated parent.
// var boundingRotation = -$ax.move.getRotationDegreeFromElement(textObj[0]);
// var boundingParent = $axure.fn.getBoundingSizeForRotate(width, height, boundingRotation);
// var extraLeftPadding = (width - boundingParent.width) / 2;
// width = boundingParent.width;
// var relativeTop = 0.0;
// relativeTop = height * topParam;
// var containerHeight = height * bottomParam - relativeTop;
// newLeft = paddingLeft + extraLeftPadding + width * leftParam;
// var newWidth = width * (rightParam - leftParam) - paddingLeft - paddingRight;
// var horizChange = newWidth != oldWidth || newLeft != oldLeft;
// if(horizChange) {
// dim.left = newLeft;
// dim.width = newWidth;
// //textObj.css('left', newLeft);
// //textObj.width(newWidth);
// }
// var textHeight = _getRtfElementHeight(textObj[0]);
// if(vAlign == "middle")
// newTop = _roundToEven(relativeTop + (containerHeight - textHeight + paddingTop - paddingBottom) / 2);
// else if(vAlign == "bottom")
// newTop = _roundToEven(relativeTop + containerHeight - textHeight - paddingBottom);
// else newTop = _roundToEven(paddingTop + relativeTop);
// var vertChange = oldTop != newTop;
// if (vertChange) dim.top = newTop; //textObj.css('top', newTop + 'px');
// return dim;
// };
// var applyTextAlignment = function(textId, dim) {
// var textObj = $jobj(textId);
// if(dim.left) {
// textObj.css('left', dim.left);
// textObj.width(dim.width);
// }
// if(dim.top) textObj.css('top', dim.top);
// if((dim.top || dim.left)) _updateTransformOrigin(textId);
// };
// var idToDim = [];
// for (var i = 0; i < textIds.length; i++) {
// var textId = textIds[i];
// var alignProps = _idToAlignProps[textId];
// if (!alignProps || !_getObjVisible(textId)) continue;
// idToDim.push({ id: textId, dim: getTextAlignDim(textId, alignProps) });
// }
// for (var i = 0; i < idToDim.length; i++) {
// var info = idToDim[i];
// applyTextAlignment(info.id, info.dim);
// }
//};
//var _setTextAlignment = function(textId, alignProps, updateProps) {
// if(updateProps) _storeIdToAlignProps(textId);
// if(!alignProps) return;
// var vAlign = alignProps.vAlign;
// var paddingTop = Number(alignProps.paddingTop);
// var paddingBottom = Number(alignProps.paddingBottom);
// var paddingLeft = Number(alignProps.paddingLeft);
// var paddingRight = Number(alignProps.paddingRight);
// var topParam = 0.0;
// var bottomParam = 1.0;
// var leftParam = 0.0;
// var rightParam = 1.0;
// var textObj = $jobj(textId);
// var textObjParent = textObj.offsetParent();
// var parentId = textObjParent.attr('id');
// var isConnector = false;
// if(parentId) {
// parentId = $ax.visibility.getWidgetFromContainer(textObjParent.attr('id'));
// textObjParent = $jobj(parentId);
// var parentObj = $obj(parentId);
// if(parentObj['bottomTextPadding']) bottomParam = parentObj['bottomTextPadding'];
// if(parentObj['topTextPadding']) topParam = parentObj['topTextPadding'];
// if(parentObj['leftTextPadding']) leftParam = parentObj['leftTextPadding'];
// if(parentObj['rightTextPadding']) rightParam = parentObj['rightTextPadding'];
// // smart shapes are mutually exclusive from compound vectors.
// isConnector = parentObj.type == $ax.constants.CONNECTOR_TYPE;
// }
// if(isConnector) return;
// var axTextObjectParent = $ax('#' + textObjParent.attr('id'));
// var oldWidth = $ax.getNumFromPx(textObj.css('width'));
// var oldLeft = $ax.getNumFromPx(textObj.css('left'));
// var oldTop = $ax.getNumFromPx(textObj.css('top'));
// var newTop = 0;
// var newLeft = 0.0;
// var width = axTextObjectParent.width();
// var height = axTextObjectParent.height();
// // If text rotated need to handle getting the correct width for text based on bounding rect of rotated parent.
// var boundingRotation = -$ax.move.getRotationDegreeFromElement(textObj[0]);
// var boundingParent = $axure.fn.getBoundingSizeForRotate(width, height, boundingRotation);
// var extraLeftPadding = (width - boundingParent.width) / 2;
// width = boundingParent.width;
// var relativeTop = 0.0;
// relativeTop = height * topParam;
// var containerHeight = height * bottomParam - relativeTop;
// newLeft = paddingLeft + extraLeftPadding + width * leftParam;
// var newWidth = width * (rightParam - leftParam) - paddingLeft - paddingRight;
// var horizChange = newWidth != oldWidth || newLeft != oldLeft;
// if(horizChange) {
// textObj.css('left', newLeft);
// textObj.width(newWidth);
// }
// var textHeight = _getRtfElementHeight(textObj[0]);
// if(vAlign == "middle") newTop = _roundToEven(relativeTop + (containerHeight - textHeight + paddingTop - paddingBottom) / 2);
// else if(vAlign == "bottom") newTop = _roundToEven(relativeTop + containerHeight - textHeight - paddingBottom);
// else newTop = _roundToEven(paddingTop + relativeTop);
// var vertChange = oldTop != newTop;
// if(vertChange) textObj.css('top', newTop + 'px');
// if((vertChange || horizChange)) _updateTransformOrigin(textId);
//};
//var _updateTransformOrigin = function (textId) {
// var textObj = $jobj(textId);
// var parentId = textObj.parent().attr('id');
// if(!$obj(parentId).hasTransformOrigin) return;
// //var transformOrigin = textObj.css('-webkit-transform-origin') ||
// // textObj.css('-moz-transform-origin') ||
// // textObj.css('-ms-transform-origin') ||
// // textObj.css('transform-origin');
// //if(transformOrigin) {
// var textObjParent = $ax('#' + textObj.parent().attr('id'));
// var newX = (textObjParent.width() / 2 - $ax.getNumFromPx(textObj.css('left')));
// var newY = (textObjParent.height() / 2 - $ax.getNumFromPx(textObj.css('top')));
// var newOrigin = newX + 'px ' + newY + 'px';
// textObj.css('-webkit-transform-origin', newOrigin);
// textObj.css('-moz-transform-origin', newOrigin);
// textObj.css('-ms-transform-origin', newOrigin);
// textObj.css('transform-origin', newOrigin);
// //}
//};
$ax.style.reselectElements = function() {
for(var id in _selectedWidgets) {
// Only looking for the selected widgets that don't have their class set
if(!_selectedWidgets[id] || $jobj(id).hasClass('selected')) continue;
$jobj(id).addClass('selected');
_applyImageAndTextJson(id, $ax.style.generateState(id));
}
for(id in _disabledWidgets) {
// Only looking for the disabled widgets that don't have their class yet
if (!_disabledWidgets[id] || $jobj(id).hasClass('disabled')) continue;
$jobj(id).addClass('disabled');
_applyImageAndTextJson(id, $ax.style.generateState(id));
}
}
$ax.style.clearStateForRepeater = function(repeaterId) {
var children = $ax.getChildElementIdsForRepeater(repeaterId);
for(var i = 0; i < children.length; i++) {
var id = children[i];
delete _selectedWidgets[id];
delete _disabledWidgets[id];
}
}
_style.updateStateClass = function (repeaterId) {
var subElementIds = $ax.getChildElementIdsForRepeater(repeaterId);
for (var i = 0; i < subElementIds.length; i++) {
_applyImageAndTextJson(subElementIds[i], $ax.style.generateState(subElementIds[i]));
}
}
$ax.style.clearAdaptiveStyles = function() {
for(var shapeId in _adaptiveStyledWidgets) {
var repeaterId = $ax.getParentRepeaterFromScriptId(shapeId);
if(repeaterId) continue;
var elementId = $ax.GetButtonShapeId(shapeId);
if(elementId) _applyImageAndTextJson(elementId, $ax.style.generateState(elementId));
}
_adaptiveStyledWidgets = {};
};
$ax.style.setAdaptiveStyle = function(shapeId, style) {
_adaptiveStyledWidgets[$ax.repeater.getScriptIdFromElementId(shapeId)] = style;
var textId = $ax.GetTextPanelId(shapeId);
if(textId) _applyTextStyle(textId, style);
$ax.placeholderManager.refreshPlaceholder(shapeId);
// removing this for now
// if(style.location) {
// $jobj(shapeId).css('top', style.location.x + "px")
// .css('left', style.location.y + "px");
// }
};
//-------------------------------------------------------------------------
// _applyTextStyle
//
// Applies a rollover style to a text element.
// id : the id of the text object to set.
// styleProperties : an object mapping style properties to values. eg:
// { 'fontWeight' : 'bold',
// 'fontStyle' : 'italic' }
//-------------------------------------------------------------------------
var _applyTextStyle = function(id, style) {
_transformTextWithVerticalAlignment(id, function() {
var styleProperties = _getCssStyleProperties(style);
$('#' + id).find('*').each(function(index, element) {
_applyCssProps(element, styleProperties);
});
});
};
var _applyCssProps = function(element, styleProperties, applyAllStyle) {
if(applyAllStyle) {
var allProps = styleProperties.allProps;
for(var prop in allProps) element.style[prop] = allProps[prop];
} else {
var nodeName = element.nodeName.toLowerCase();
if(nodeName == 'p') {
var parProps = styleProperties.parProps;
for(prop in parProps) element.style[prop] = parProps[prop];
} else if(nodeName != 'a') {
var runProps = styleProperties.runProps;
for(prop in runProps) element.style[prop] = runProps[prop];
}
}
};
var _getCssShadow = function(shadow) {
return !shadow.on ? "none"
: shadow.offsetX + "px " + shadow.offsetY + "px " + shadow.blurRadius + "px " + _getCssColor(shadow.color);
};
var _getCssStyleProperties = function(style) {
var toApply = {};
toApply.runProps = {};
toApply.parProps = {};
toApply.allProps = {};
if(style.fontName) toApply.allProps.fontFamily = toApply.runProps.fontFamily = style.fontName;
// we need to set font size on both runs and pars because otherwise it well mess up the measure and thereby vertical alignment
if(style.fontSize) toApply.allProps.fontSize = toApply.runProps.fontSize = toApply.parProps.fontSize = style.fontSize;
if(style.fontWeight !== undefined) toApply.allProps.fontWeight = toApply.runProps.fontWeight = style.fontWeight;
if(style.fontStyle !== undefined) toApply.allProps.fontStyle = toApply.runProps.fontStyle = style.fontStyle;
var textDecoration = [];
if(style.underline !== undefined) textDecoration[0] = style.underline ? 'underline ' : 'none';
if(style.strikethrough !== undefined) {
var index = textDecoration.length;
if(style.strikethrough) textDecoration[index] ='line-through';
else if(index == 0) textDecoration[0] = 'none';
}
if (textDecoration.length > 0) {
var decorationLineUp = "";
for (var l = 0; l < textDecoration.length; l++) {
decorationLineUp = decorationLineUp + textDecoration[l];
}
toApply.allProps.textDecoration = toApply.runProps.textDecoration = decorationLineUp;
}
if(style.foreGroundFill) {
toApply.allProps.color = toApply.runProps.color = _getColorFromFill(style.foreGroundFill);
//if(style.foreGroundFill.opacity) toApply.allProps.opacity = toApply.runProps.opacity = style.foreGroundFill.opacity;
}
if(style.horizontalAlignment) toApply.allProps.textAlign = toApply.parProps.textAlign = toApply.runProps.textAlign = style.horizontalAlignment;
if(style.lineSpacing) toApply.allProps.lineHeight = toApply.parProps.lineHeight = style.lineSpacing;
if(style.textShadow) toApply.allProps.textShadow = toApply.parProps.textShadow = _getCssShadow(style.textShadow);
if (style.letterCase) toApply.allProps.textTransform = toApply.parProps.textTransform = style.letterCase;
if (style.characterSpacing) toApply.allProps.letterSpacing = toApply.runProps.letterSpacing = style.characterSpacing;
return toApply;
};
var _getColorFromFill = function(fill) {
//var fillString = '00000' + fill.color.toString(16);
//return '#' + fillString.substring(fillString.length - 6);
var val = fill.color;
var color = {};
color.b = val % 256;
val = Math.floor(val / 256);
color.g = val % 256;
val = Math.floor(val / 256);
color.r = val % 256;
color.a = typeof (fill.opacity) == 'number' ? fill.opacity : 1;
return _getCssColor(color);
};
var _getCssColor = function(rgbaObj) {
return "rgba(" + rgbaObj.r + ", " + rgbaObj.g + ", " + rgbaObj.b + ", " + rgbaObj.a + ")";
};
// //--------------------------------------------------------------------------
// // ApplyStyleRecursive
// //
// // Applies a style recursively to all span and div tags including elementNode
// // and all of its children.
// //
// // element : the element to apply the style to
// // styleName : the name of the style property to set (eg. 'font-weight')
// // styleValue : the value of the style to set (eg. 'bold')
// //--------------------------------------------------------------------------
// function ApplyStyleRecursive(element, styleName, styleValue) {
// var nodeName = element.nodeName.toLowerCase();
// if (nodeName == 'div' || nodeName == 'span' || nodeName == 'p') {
// element.style[styleName] = styleValue;
// }
// for (var i = 0; i < element.childNodes.length; i++) {
// ApplyStyleRecursive(element.childNodes[i], styleName, styleValue);
// }
// }
// //---------------------------------------------------------------------------
// // ApplyTextProperty
// //
// // Applies a text property to rtfElement.
// //
// // rtfElement : the the root text element of the rtf object (this is the
// // element named <id>_rtf
// // prop : the style property to set.
// // value : the style value to set.
// //---------------------------------------------------------------------------
// function ApplyTextProperty(rtfElement, prop, value) {
// /*
// var oldHtml = rtfElement.innerHTML;
// if (prop == 'fontWeight') {
// rtfElement.innerHTML = oldHtml.replace(/< *b *\/?>/gi, "");
// } else if (prop == 'fontStyle') {
// rtfElement.innerHTML = oldHtml.replace(/< *i *\/?>/gi, "");
// } else if (prop == 'textDecoration') {
// rtfElement.innerHTML = oldHtml.replace(/< *u *\/?>/gi, "");
// }
// */
// for (var i = 0; i < rtfElement.childNodes.length; i++) {
// ApplyStyleRecursive(rtfElement.childNodes[i], prop, value);
// }
// }
//}
//---------------------------------------------------------------------------
// GetAndCacheOriginalText
//
// Gets the html for the pre-rollover state and returns the Html representing
// the Rich text.
//---------------------------------------------------------------------------
var CACHE_COUNTER = 0;
$ax.style.CacheOriginalText = function(textId, hasRichTextBeenSet) {
var rtfQuery = $('#' + textId);
if(rtfQuery.length > 0) {
var styleCache = {};
rtfQuery.find('*').each(function(index, element) {
var elementId = element.id;
if(!elementId) element.id = elementId = 'cache' + CACHE_COUNTER++;
styleCache[elementId] = element.style.cssText;
});
_originalTextCache[textId] = {
styleCache: styleCache
};
if(hasRichTextBeenSet) {
var shapeId = $ax.GetShapeIdFromText(textId);
_shapesWithSetRichText[shapeId] = true;
}
}
};
$ax.style.ClearCacheForRepeater = function(repeaterId) {
for(var elementId in _originalTextCache) {
var scriptId = $ax.repeater.getScriptIdFromElementId(elementId);
if($ax.getParentRepeaterFromScriptId(scriptId) == repeaterId) delete _originalTextCache[elementId];
}
};
$ax.style.prefetch = function() {
var scriptIds = $ax.getAllScriptIds();
var image = new Image();
for(var i = 0; i < scriptIds.length; i++) {
var obj = $obj(scriptIds[i]);
if (!$ax.public.fn.IsImageBox(obj.type)) continue;
var images = obj.images;
for (var key in images) image.src = images[key];
var imageOverrides = obj.imageOverrides;
for(var elementId in imageOverrides) {
var override = imageOverrides[elementId];
for (var state in override) {
_addImageOverride(elementId, state, override[state]);
image.src = override[state];
}
}
}
};
});
