/*! * Ext JS Library 3.3.1 * Copyright(c) 2006-2010 Sencha Inc. * licensing@sencha.com * http://www.sencha.com/license */ /** * @class Ext.Panel * @extends Ext.Container *Panel is a container that has specific functionality and structural components that make * it the perfect building block for application-oriented user interfaces.
*Panels are, by virtue of their inheritance from {@link Ext.Container}, capable * of being configured with a {@link Ext.Container#layout layout}, and containing child Components.
*When either specifying child {@link Ext.Component#items items} of a Panel, or dynamically {@link Ext.Container#add adding} Components * to a Panel, remember to consider how you wish the Panel to arrange those child elements, and whether * those child elements need to be sized using one of Ext's built-in
*{@link Ext.Container#layout layout}schemes. By * default, Panels use the {@link Ext.layout.ContainerLayout ContainerLayout} scheme. This simply renders * child components, appending them one after the other inside the Container, and does not apply any sizing * at all.A Panel may also contain {@link #bbar bottom} and {@link #tbar top} toolbars, along with separate * {@link #header}, {@link #footer} and {@link #body} sections (see {@link #frame} for additional * information).
*Panel also provides built-in {@link #collapsible expandable and collapsible behavior}, along with * a variety of {@link #tools prebuilt tool buttons} that can be wired up to provide other customized * behavior. Panels can be easily dropped into any {@link Ext.Container Container} or layout, and the * layout and rendering pipeline is {@link Ext.Container#add completely managed by the framework}.
* @constructor * @param {Object} config The config object * @xtype panel */ Ext.Panel = Ext.extend(Ext.Container, { /** * The Panel's header {@link Ext.Element Element}. Read-only. *This Element is used to house the {@link #title} and {@link #tools}
*Note: see the Note for
* @type Ext.Element * @property header */ /** * The Panel's body {@link Ext.Element Element} which may be used to contain HTML content. * The content may be specified in the {@link #html} config, or it may be loaded using the * {@link autoLoad} config, or through the Panel's {@link #getUpdater Updater}. Read-only. *{@link Ext.Component#el el}also.If this is used to load visible HTML elements in either way, then * the Panel may not be used as a Layout for hosting nested Panels.
*If this Panel is intended to be used as the host of a Layout (See {@link #layout} * then the body Element must not be loaded or changed - it is under the control * of the Panel's Layout. *
Note: see the Note for
* @type Ext.Element * @property body */ /** * The Panel's bwrap {@link Ext.Element Element} used to contain other Panel elements * (tbar, body, bbar, footer). See {@link #bodyCfg}. Read-only. * @type Ext.Element * @property bwrap */ /** * True if this panel is collapsed. Read-only. * @type Boolean * @property collapsed */ /** * @cfg {Object} bodyCfg *{@link Ext.Component#el el}also.A {@link Ext.DomHelper DomHelper} element specification object may be specified for any * Panel Element.
*By default, the Default element in the table below will be used for the html markup to * create a child element with the commensurate Default class name (
*baseClswill be * replaced by{@link #baseCls}):* Panel Default Default Custom Additional Additional * Element element class element class style * ======== ========================== ========= ============== =========== * {@link #header} div {@link #baseCls}+'-header' {@link #headerCfg} headerCssClass headerStyle * {@link #bwrap} div {@link #baseCls}+'-bwrap' {@link #bwrapCfg} bwrapCssClass bwrapStyle * + tbar div {@link #baseCls}+'-tbar' {@link #tbarCfg} tbarCssClass tbarStyle * + {@link #body} div {@link #baseCls}+'-body' {@link #bodyCfg} {@link #bodyCssClass} {@link #bodyStyle} * + bbar div {@link #baseCls}+'-bbar' {@link #bbarCfg} bbarCssClass bbarStyle * + {@link #footer} div {@link #baseCls}+'-footer' {@link #footerCfg} footerCssClass footerStyle **Configuring a Custom element may be used, for example, to force the {@link #body} Element * to use a different form of markup than is created by default. An example of this might be * to {@link Ext.Element#createChild create a child} Panel containing a custom content, such as * a header, or forcing centering of all Panel content by having the body be a <center> * element:
**new Ext.Panel({ title: 'Message Title', renderTo: Ext.getBody(), width: 200, height: 130, bodyCfg: { tag: 'center', cls: 'x-panel-body', // Default class not applied if Custom element specified html: 'Message' }, footerCfg: { tag: 'h2', cls: 'x-panel-footer', // same as the Default class html: 'footer html' }, footerCssClass: 'custom-footer', // additional css class, see {@link Ext.element#addClass addClass} footerStyle: 'background-color:red' // see {@link #bodyStyle} }); *The example above also explicitly creates a
*/ /** * @cfg {Object} headerCfg *{@link #footer}with custom markup and * styling applied.A {@link Ext.DomHelper DomHelper} element specification object specifying the element structure * of this Panel's {@link #header} Element. See
*/ /** * @cfg {Object} bwrapCfg *{@link #bodyCfg}also.A {@link Ext.DomHelper DomHelper} element specification object specifying the element structure * of this Panel's {@link #bwrap} Element. See
*/ /** * @cfg {Object} tbarCfg *{@link #bodyCfg}also.A {@link Ext.DomHelper DomHelper} element specification object specifying the element structure * of this Panel's {@link #tbar} Element. See
*/ /** * @cfg {Object} bbarCfg *{@link #bodyCfg}also.A {@link Ext.DomHelper DomHelper} element specification object specifying the element structure * of this Panel's {@link #bbar} Element. See
*/ /** * @cfg {Object} footerCfg *{@link #bodyCfg}also.A {@link Ext.DomHelper DomHelper} element specification object specifying the element structure * of this Panel's {@link #footer} Element. See
*/ /** * @cfg {Boolean} closable * Panels themselves do not directly support being closed, but some Panel subclasses do (like * {@link Ext.Window}) or a Panel Class within an {@link Ext.TabPanel}. Specify{@link #bodyCfg}also.true* to enable closing in such situations. Defaults tofalse. */ /** * The Panel's footer {@link Ext.Element Element}. Read-only. *This Element is used to house the Panel's
*{@link #buttons}or{@link #fbar}.Note: see the Note for
* @type Ext.Element * @property footer */ /** * @cfg {Mixed} applyTo *{@link Ext.Component#el el}also.The id of the node, a DOM node or an existing Element corresponding to a DIV that is already present in * the document that specifies some panel-specific structural markup. When
*applyTois used, * constituent parts of the panel can be specified by CSS class name within the main element, and the panel * will automatically create those components from that markup. Any required components not specified in the * markup will be autogenerated if necessary.The following class names are supported (baseCls will be replaced by {@link #baseCls}):
*
Using this config, a call to render() is not required. If applyTo is specified, any value passed for * {@link #renderTo} will be ignored and the target element's parent node will automatically be used as the * panel's container.
*/ /** * @cfg {Object/Array} tbar *The top toolbar of the panel. This can be a {@link Ext.Toolbar} object, a toolbar config, or an array of * buttons/button configs to be added to the toolbar. Note that this is not available as a property after render. * To access the top toolbar after render, use {@link #getTopToolbar}.
*Note: Although a Toolbar may contain Field components, these will not be updated by a load * of an ancestor FormPanel. A Panel's toolbars are not part of the standard Container->Component hierarchy, and * so are not scanned to collect form items. However, the values will be submitted because form * submission parameters are collected from the DOM tree.
*/ /** * @cfg {Object/Array} bbar *The bottom toolbar of the panel. This can be a {@link Ext.Toolbar} object, a toolbar config, or an array of * buttons/button configs to be added to the toolbar. Note that this is not available as a property after render. * To access the bottom toolbar after render, use {@link #getBottomToolbar}.
*Note: Although a Toolbar may contain Field components, these will not be updated by a load * of an ancestor FormPanel. A Panel's toolbars are not part of the standard Container->Component hierarchy, and * so are not scanned to collect form items. However, the values will be submitted because form * submission parameters are collected from the DOM tree.
*/ /** @cfg {Object/Array} fbar *A {@link Ext.Toolbar Toolbar} object, a Toolbar config, or an array of * {@link Ext.Button Button}s/{@link Ext.Button Button} configs, describing a {@link Ext.Toolbar Toolbar} to be rendered into this Panel's footer element.
*After render, the fbar property will be an {@link Ext.Toolbar Toolbar} instance.
If {@link #buttons} are specified, they will supersede the fbar configuration property.
{@link #buttonAlign} configuration affects the layout of these items, for example:
*
var w = new Ext.Window({
height: 250,
width: 500,
bbar: new Ext.Toolbar({
items: [{
text: 'bbar Left'
},'->',{
text: 'bbar Right'
}]
}),
{@link #buttonAlign}: 'left', // anything but 'center' or 'right' and you can use '-', and '->'
// to control the alignment of fbar items
fbar: [{
text: 'fbar Left'
},'->',{
text: 'fbar Right'
}]
}).show();
* Note: Although a Toolbar may contain Field components, these will not be updated by a load * of an ancestor FormPanel. A Panel's toolbars are not part of the standard Container->Component hierarchy, and * so are not scanned to collect form items. However, the values will be submitted because form * submission parameters are collected from the DOM tree.
*/ /** * @cfg {Boolean} header *true to create the Panel's header element explicitly, false to skip creating
* it. If a {@link #title} is set the header will be created automatically, otherwise it will not.
* If a {@link #title} is set but header is explicitly set to false, the header
* will not be rendered.
*/
/**
* @cfg {Boolean} footer
* true to create the footer element explicitly, false to skip creating it. The footer
* will be created automatically if {@link #buttons} or a {@link #fbar} have
* been configured. See {@link #bodyCfg} for an example.
*/
/**
* @cfg {String} title
* The title text to be used as innerHTML (html tags are accepted) to display in the panel
* {@link #header} (defaults to ''). When a title is specified the
* {@link #header} element will automatically be created and displayed unless
* {@link #header} is explicitly set to false. If you do not want to specify a
* title at config time, but you may want one later, you must either specify a non-empty
* title (a blank space ' ' will do) or header:true so that the container
* element will get created.
*/
/**
* @cfg {Array} buttons
* buttons will be used as {@link Ext.Container#items items} for the toolbar in
* the footer ({@link #fbar}). Typically the value of this configuration property will be
* an array of {@link Ext.Button}s or {@link Ext.Button} configuration objects.
* If an item is configured with minWidth or the Panel is configured with minButtonWidth,
* that width will be applied to the item.
*/
/**
* @cfg {Object/String/Function} autoLoad
* A valid url spec according to the Updater {@link Ext.Updater#update} method.
* If autoLoad is not null, the panel will attempt to load its contents
* immediately upon render.* The URL will become the default URL for this panel's {@link #body} element, * so it may be {@link Ext.Element#refresh refresh}ed at any time.
*/ /** * @cfg {Boolean} frame *false by default to render with plain 1px square borders. true to render with
* 9 elements, complete with custom rounded corners (also see {@link Ext.Element#boxWrap}).
* The template generated for each condition is depicted below:
*
// frame = false
<div id="developer-specified-id-goes-here" class="x-panel">
<div class="x-panel-header"><span class="x-panel-header-text">Title: (frame:false)</span></div>
<div class="x-panel-bwrap">
<div class="x-panel-body"><p>html value goes here</p></div>
</div>
</div>
// frame = true (create 9 elements)
<div id="developer-specified-id-goes-here" class="x-panel">
<div class="x-panel-tl"><div class="x-panel-tr"><div class="x-panel-tc">
<div class="x-panel-header"><span class="x-panel-header-text">Title: (frame:true)</span></div>
</div></div></div>
<div class="x-panel-bwrap">
<div class="x-panel-ml"><div class="x-panel-mr"><div class="x-panel-mc">
<div class="x-panel-body"><p>html value goes here</p></div>
</div></div></div>
<div class="x-panel-bl"><div class="x-panel-br"><div class="x-panel-bc"/>
</div></div></div>
</div>
* An example of specifying a custom icon class would be something like: *
// specify the property in the config for the class:
...
iconCls: 'my-icon'
// css class that specifies background image to be used as the icon image:
.my-icon { background-image: url(../images/my-icon.gif) 0 6px no-repeat !important; }
tools.<tool-type>
* Each tool config may contain the following properties: *
x-tool-<tool-type> to the
* resulting tool Element. Ext provides CSS rules, and an icon sprite containing images for the tool types listed below.
* The developer may implement custom tools by supplying alternate CSS rules and background images:
* toggle (Created by default when {@link #collapsible} is true) close minimize maximize restore gear pin unpin right left up down refresh minus plus help search save printNote that, apart from the toggle tool which is provided when a panel is collapsible, these * tools only provide the visual button. Any required functionality must be provided by adding * handlers that implement the necessary behavior.
*Example usage:
*
tools:[{
id:'refresh',
qtip: 'Refresh form Data',
// hidden:true,
handler: function(event, toolEl, panel){
// refresh logic
}
},
{
id:'help',
qtip: 'Get Help',
handler: function(event, toolEl, panel){
// whatever
}
}]
For the custom id of 'help' define two relevant css classes with a link to
* a 15x15 image:
.x-tool-help {background-image: url(images/help.png);}
.x-tool-help-over {background-image: url(images/help_over.png);}
// if using an image sprite:
.x-tool-help {background-image: url(images/help.png) no-repeat 0 0;}
.x-tool-help-over {background-position:-15px 0;}
A Template used to create {@link #tools} in the {@link #header} Element. Defaults to:
new Ext.Template('<div class="x-tool x-tool-{id}"> </div>')This may may be overridden to provide a custom DOM structure for tools based upon a more * complex XTemplate. The template's data is a single tool configuration object (Not the entire Array) * as specified in {@link #tools}. In the following example an <a> tag is used to provide a * visual indication when hovering over the tool:
var win = new Ext.Window({
tools: [{
id: 'download',
href: '/MyPdfDoc.pdf'
}],
toolTemplate: new Ext.XTemplate(
'<tpl if="id==\'download\'">',
'<a class="x-tool x-tool-pdf" href="{href}"></a>',
'</tpl>',
'<tpl if="id!=\'download\'">',
'<div class="x-tool x-tool-{id}"> </div>',
'</tpl>'
),
width:500,
height:300,
closeAction:'hide'
});Note that the CSS class 'x-tool-pdf' should have an associated style rule which provides an * appropriate background image, something like:
a.x-tool-pdf {background-image: url(../shared/extjs/images/pdf.gif)!important;}
true to hide the expand/collapse toggle button when {@link #collapsible} == true,
* false to display it (defaults to false).
*/
/**
* @cfg {Boolean} titleCollapse
* true to allow expanding and collapsing the panel (when {@link #collapsible} = true)
* by clicking anywhere in the header bar, false) to allow it only by clicking to tool button
* (defaults to false)). If this panel is a child item of a border layout also see the
* {@link Ext.layout.BorderLayout.Region BorderLayout.Region}
* {@link Ext.layout.BorderLayout.Region#floatable floatable} config option.
*/
/**
* @cfg {Mixed} floating
* This property is used to configure the underlying {@link Ext.Layer}. Acceptable values for this * configuration property are:
false : Default.true : myPanel.setPosition(100,100);).{@link Ext.Layer object} : true (or a valid Ext.Shadow {@link Ext.Shadow#mode} value) to display a shadow behind the
* panel, false to display no shadow (defaults to 'sides'). Note that this option
* only applies when {@link #floating} = true.
*/
/**
* @cfg {Number} shadowOffset
* The number of pixels to offset the shadow if displayed (defaults to 4). Note that this
* option only applies when {@link #floating} = true.
*/
/**
* @cfg {Boolean} shim
* false to disable the iframe shim in browsers which need one (defaults to true).
* Note that this option only applies when {@link #floating} = true.
*/
/**
* @cfg {Object/Array} keys
* A {@link Ext.KeyMap} config object (in the format expected by {@link Ext.KeyMap#addBinding}
* used to assign custom key handling to this panel (defaults to null).
*/
/**
* @cfg {Boolean/Object} draggable
* true to enable dragging of this Panel (defaults to false).
For custom drag/drop implementations, an Ext.Panel.DD config could also be passed
* in this config instead of true. Ext.Panel.DD is an internal, undocumented class which
* moves a proxy Element around in place of the Panel's element, but provides no other behaviour
* during dragging or on drop. It is a subclass of {@link Ext.dd.DragSource}, so behaviour may be
* added by implementing the interface methods of {@link Ext.dd.DragDrop} e.g.:
*
new Ext.Panel({
title: 'Drag me',
x: 100,
y: 100,
renderTo: Ext.getBody(),
floating: true,
frame: true,
width: 400,
height: 200,
draggable: {
// Config option of Ext.Panel.DD class.
// It's a floating Panel, so do not show a placeholder proxy in the original position.
insertProxy: false,
// Called for each mousemove event while dragging the DD object.
onDrag : function(e){
// Record the x,y position of the drag proxy so that we can
// position the Panel at end of drag.
var pel = this.proxy.getEl();
this.x = pel.getLeft(true);
this.y = pel.getTop(true);
// Keep the Shadow aligned if there is one.
var s = this.panel.getEl().shadow;
if (s) {
s.realign(this.x, this.y, pel.getWidth(), pel.getHeight());
}
},
// Called on the mouseup event.
endDrag : function(e){
this.panel.setPosition(this.x, this.y);
}
}
}).show();
false). An important note when using the disabled
* config on panels is that IE will often fail to initialize the disabled mask element correectly if
* the panel's layout has not yet completed by the time the Panel is disabled during the render process.
* If you experience this issue, you may need to instead use the {@link #afterlayout} event to initialize
* the disabled state:
*
new Ext.Panel({
...
listeners: {
'afterlayout': {
fn: function(p){
p.disable();
},
single: true // important, as many layouts can occur
}
}
});
true to use height:'auto', false to use fixed height (defaults to false).
* Note: Setting autoHeight: true means that the browser will manage the panel's height
* based on its contents, and that Ext will not manage it at all. If the panel is within a layout that
* manages dimensions (fit, border, etc.) then setting autoHeight: true
* can cause issues with scrolling and will not generally work as expected since the panel will take
* on the height of its contents rather than the height required by the Ext layout.
*/
/**
* @cfg {String} baseCls
* The base CSS class to apply to this panel's element (defaults to 'x-panel').
* Another option available by default is to specify 'x-plain' which strips all styling
* except for required attributes for Ext layouts to function (e.g. overflow:hidden).
* See {@link #unstyled} also.
'x-panel-collapsed').
*/
collapsedCls : 'x-panel-collapsed',
/**
* @cfg {Boolean} maskDisabled
* true to mask the panel when it is {@link #disabled}, false to not mask it (defaults
* to true). Either way, the panel will always tell its contained elements to disable themselves
* when it is disabled, but masking the panel can provide an additional visual cue that the panel is
* disabled.
*/
maskDisabled : true,
/**
* @cfg {Boolean} animCollapse
* true to animate the transition when the panel is collapsed, false to skip the
* animation (defaults to true if the {@link Ext.Fx} class is available, otherwise false).
*/
animCollapse : Ext.enableFx,
/**
* @cfg {Boolean} headerAsText
* true to display the panel {@link #title} in the {@link #header},
* false to hide it (defaults to true).
*/
headerAsText : true,
/**
* @cfg {String} buttonAlign
* The alignment of any {@link #buttons} added to this panel. Valid values are 'right',
* 'left' and 'center' (defaults to 'right').
*/
buttonAlign : 'right',
/**
* @cfg {Boolean} collapsed
* true to render the panel collapsed, false to render it expanded (defaults to
* false).
*/
collapsed : false,
/**
* @cfg {Boolean} collapseFirst
* true to make sure the collapse/expand toggle button always renders first (to the left of)
* any other tools in the panel's title bar, false to render it last (defaults to true).
*/
collapseFirst : true,
/**
* @cfg {Number} minButtonWidth
* Minimum width in pixels of all {@link #buttons} in this panel (defaults to 75)
*/
minButtonWidth : 75,
/**
* @cfg {Boolean} unstyled
* Overrides the {@link #baseCls} setting to {@link #baseCls} = 'x-plain' which renders
* the panel unstyled except for required attributes for Ext layouts to function (e.g. overflow:hidden).
*/
/**
* @cfg {String} elements
* A comma-delimited list of panel elements to initialize when the panel is rendered. Normally, this list will be
* generated automatically based on the items added to the panel at config time, but sometimes it might be useful to
* make sure a structural element is rendered even if not specified at config time (for example, you may want
* to add a button or toolbar dynamically after the panel has been rendered). Adding those elements to this
* list will allocate the required placeholders in the panel when it is rendered. Valid values areheadertbar (top bar)bodybbar (bottom bar)footerbody'.
*/
elements : 'body',
/**
* @cfg {Boolean} preventBodyReset
* Defaults to false. When set to true, an extra css class 'x-panel-normal'
* will be added to the panel's element, effectively applying css styles suggested by the W3C
* (see http://www.w3.org/TR/CSS21/sample.html) to the Panel's body element (not the header,
* footer, etc.).
*/
preventBodyReset : false,
/**
* @cfg {Number/String} padding
* A shortcut for setting a padding style on the body element. The value can either be
* a number to be applied to all sides, or a normal css string describing padding.
* Defaults to undefined.
*
*/
padding: undefined,
/** @cfg {String} resizeEvent
* The event to listen to for resizing in layouts. Defaults to 'bodyresize'.
*/
resizeEvent: 'bodyresize',
// protected - these could be used to customize the behavior of the window,
// but changing them would not be useful without further mofifications and
// could lead to unexpected or undesirable results.
toolTarget : 'header',
collapseEl : 'bwrap',
slideAnchor : 't',
disabledClass : '',
// private, notify box this class will handle heights
deferHeight : true,
// private
expandDefaults: {
duration : 0.25
},
// private
collapseDefaults : {
duration : 0.25
},
// private
initComponent : function(){
Ext.Panel.superclass.initComponent.call(this);
this.addEvents(
/**
* @event bodyresize
* Fires after the Panel has been resized.
* @param {Ext.Panel} p the Panel which has been resized.
* @param {Number} width The Panel body's new width.
* @param {Number} height The Panel body's new height.
*/
'bodyresize',
/**
* @event titlechange
* Fires after the Panel title has been {@link #title set} or {@link #setTitle changed}.
* @param {Ext.Panel} p the Panel which has had its title changed.
* @param {String} The new title.
*/
'titlechange',
/**
* @event iconchange
* Fires after the Panel icon class has been {@link #iconCls set} or {@link #setIconClass changed}.
* @param {Ext.Panel} p the Panel which has had its {@link #iconCls icon class} changed.
* @param {String} The new icon class.
* @param {String} The old icon class.
*/
'iconchange',
/**
* @event collapse
* Fires after the Panel has been collapsed.
* @param {Ext.Panel} p the Panel that has been collapsed.
*/
'collapse',
/**
* @event expand
* Fires after the Panel has been expanded.
* @param {Ext.Panel} p The Panel that has been expanded.
*/
'expand',
/**
* @event beforecollapse
* Fires before the Panel is collapsed. A handler can return false to cancel the collapse.
* @param {Ext.Panel} p the Panel being collapsed.
* @param {Boolean} animate True if the collapse is animated, else false.
*/
'beforecollapse',
/**
* @event beforeexpand
* Fires before the Panel is expanded. A handler can return false to cancel the expand.
* @param {Ext.Panel} p The Panel being expanded.
* @param {Boolean} animate True if the expand is animated, else false.
*/
'beforeexpand',
/**
* @event beforeclose
* Fires before the Panel is closed. Note that Panels do not directly support being closed, but some
* Panel subclasses do (like {@link Ext.Window}) or a Panel within a Ext.TabPanel. This event only
* applies to such subclasses.
* A handler can return false to cancel the close.
* @param {Ext.Panel} p The Panel being closed.
*/
'beforeclose',
/**
* @event close
* Fires after the Panel is closed. Note that Panels do not directly support being closed, but some
* Panel subclasses do (like {@link Ext.Window}) or a Panel within a Ext.TabPanel.
* @param {Ext.Panel} p The Panel that has been closed.
*/
'close',
/**
* @event activate
* Fires after the Panel has been visually activated.
* Note that Panels do not directly support being activated, but some Panel subclasses
* do (like {@link Ext.Window}). Panels which are child Components of a TabPanel fire the
* activate and deactivate events under the control of the TabPanel.
* @param {Ext.Panel} p The Panel that has been activated.
*/
'activate',
/**
* @event deactivate
* Fires after the Panel has been visually deactivated.
* Note that Panels do not directly support being deactivated, but some Panel subclasses
* do (like {@link Ext.Window}). Panels which are child Components of a TabPanel fire the
* activate and deactivate events under the control of the TabPanel.
* @param {Ext.Panel} p The Panel that has been deactivated.
*/
'deactivate'
);
if(this.unstyled){
this.baseCls = 'x-plain';
}
this.toolbars = [];
// shortcuts
if(this.tbar){
this.elements += ',tbar';
this.topToolbar = this.createToolbar(this.tbar);
this.tbar = null;
}
if(this.bbar){
this.elements += ',bbar';
this.bottomToolbar = this.createToolbar(this.bbar);
this.bbar = null;
}
if(this.header === true){
this.elements += ',header';
this.header = null;
}else if(this.headerCfg || (this.title && this.header !== false)){
this.elements += ',header';
}
if(this.footerCfg || this.footer === true){
this.elements += ',footer';
this.footer = null;
}
if(this.buttons){
this.fbar = this.buttons;
this.buttons = null;
}
if(this.fbar){
this.createFbar(this.fbar);
}
if(this.autoLoad){
this.on('render', this.doAutoLoad, this, {delay:10});
}
},
// private
createFbar : function(fbar){
var min = this.minButtonWidth;
this.elements += ',footer';
this.fbar = this.createToolbar(fbar, {
buttonAlign: this.buttonAlign,
toolbarCls: 'x-panel-fbar',
enableOverflow: false,
defaults: function(c){
return {
minWidth: c.minWidth || min
};
}
});
// @compat addButton and buttons could possibly be removed
// @target 4.0
/**
* This Panel's Array of buttons as created from the {@link #buttons}
* config property. Read only.
* @type Array
* @property buttons
*/
this.fbar.items.each(function(c){
c.minWidth = c.minWidth || this.minButtonWidth;
}, this);
this.buttons = this.fbar.items.items;
},
// private
createToolbar: function(tb, options){
var result;
// Convert array to proper toolbar config
if(Ext.isArray(tb)){
tb = {
items: tb
};
}
result = tb.events ? Ext.apply(tb, options) : this.createComponent(Ext.apply({}, tb, options), 'toolbar');
this.toolbars.push(result);
return result;
},
// private
createElement : function(name, pnode){
if(this[name]){
pnode.appendChild(this[name].dom);
return;
}
if(name === 'bwrap' || this.elements.indexOf(name) != -1){
if(this[name+'Cfg']){
this[name] = Ext.fly(pnode).createChild(this[name+'Cfg']);
}else{
var el = document.createElement('div');
el.className = this[name+'Cls'];
this[name] = Ext.get(pnode.appendChild(el));
}
if(this[name+'CssClass']){
this[name].addClass(this[name+'CssClass']);
}
if(this[name+'Style']){
this[name].applyStyles(this[name+'Style']);
}
}
},
// private
onRender : function(ct, position){
Ext.Panel.superclass.onRender.call(this, ct, position);
this.createClasses();
var el = this.el,
d = el.dom,
bw,
ts;
if(this.collapsible && !this.hideCollapseTool){
this.tools = this.tools ? this.tools.slice(0) : [];
this.tools[this.collapseFirst?'unshift':'push']({
id: 'toggle',
handler : this.toggleCollapse,
scope: this
});
}
if(this.tools){
ts = this.tools;
this.elements += (this.header !== false) ? ',header' : '';
}
this.tools = {};
el.addClass(this.baseCls);
if(d.firstChild){ // existing markup
this.header = el.down('.'+this.headerCls);
this.bwrap = el.down('.'+this.bwrapCls);
var cp = this.bwrap ? this.bwrap : el;
this.tbar = cp.down('.'+this.tbarCls);
this.body = cp.down('.'+this.bodyCls);
this.bbar = cp.down('.'+this.bbarCls);
this.footer = cp.down('.'+this.footerCls);
this.fromMarkup = true;
}
if (this.preventBodyReset === true) {
el.addClass('x-panel-reset');
}
if(this.cls){
el.addClass(this.cls);
}
if(this.buttons){
this.elements += ',footer';
}
// This block allows for maximum flexibility and performance when using existing markup
// framing requires special markup
if(this.frame){
el.insertHtml('afterBegin', String.format(Ext.Element.boxMarkup, this.baseCls));
this.createElement('header', d.firstChild.firstChild.firstChild);
this.createElement('bwrap', d);
// append the mid and bottom frame to the bwrap
bw = this.bwrap.dom;
var ml = d.childNodes[1], bl = d.childNodes[2];
bw.appendChild(ml);
bw.appendChild(bl);
var mc = bw.firstChild.firstChild.firstChild;
this.createElement('tbar', mc);
this.createElement('body', mc);
this.createElement('bbar', mc);
this.createElement('footer', bw.lastChild.firstChild.firstChild);
if(!this.footer){
this.bwrap.dom.lastChild.className += ' x-panel-nofooter';
}
/*
* Store a reference to this element so:
* a) We aren't looking it up all the time
* b) The last element is reported incorrectly when using a loadmask
*/
this.ft = Ext.get(this.bwrap.dom.lastChild);
this.mc = Ext.get(mc);
}else{
this.createElement('header', d);
this.createElement('bwrap', d);
// append the mid and bottom frame to the bwrap
bw = this.bwrap.dom;
this.createElement('tbar', bw);
this.createElement('body', bw);
this.createElement('bbar', bw);
this.createElement('footer', bw);
if(!this.header){
this.body.addClass(this.bodyCls + '-noheader');
if(this.tbar){
this.tbar.addClass(this.tbarCls + '-noheader');
}
}
}
if(Ext.isDefined(this.padding)){
this.body.setStyle('padding', this.body.addUnits(this.padding));
}
if(this.border === false){
this.el.addClass(this.baseCls + '-noborder');
this.body.addClass(this.bodyCls + '-noborder');
if(this.header){
this.header.addClass(this.headerCls + '-noborder');
}
if(this.footer){
this.footer.addClass(this.footerCls + '-noborder');
}
if(this.tbar){
this.tbar.addClass(this.tbarCls + '-noborder');
}
if(this.bbar){
this.bbar.addClass(this.bbarCls + '-noborder');
}
}
if(this.bodyBorder === false){
this.body.addClass(this.bodyCls + '-noborder');
}
this.bwrap.enableDisplayMode('block');
if(this.header){
this.header.unselectable();
// for tools, we need to wrap any existing header markup
if(this.headerAsText){
this.header.dom.innerHTML =
''+this.header.dom.innerHTML+'';
if(this.iconCls){
this.setIconClass(this.iconCls);
}
}
}
if(this.floating){
this.makeFloating(this.floating);
}
if(this.collapsible && this.titleCollapse && this.header){
this.mon(this.header, 'click', this.toggleCollapse, this);
this.header.setStyle('cursor', 'pointer');
}
if(ts){
this.addTool.apply(this, ts);
}
// Render Toolbars.
if(this.fbar){
this.footer.addClass('x-panel-btns');
this.fbar.ownerCt = this;
this.fbar.render(this.footer);
this.footer.createChild({cls:'x-clear'});
}
if(this.tbar && this.topToolbar){
this.topToolbar.ownerCt = this;
this.topToolbar.render(this.tbar);
}
if(this.bbar && this.bottomToolbar){
this.bottomToolbar.ownerCt = this;
this.bottomToolbar.render(this.bbar);
}
},
/**
* Sets the CSS class that provides the icon image for this panel. This method will replace any existing
* icon class if one has already been set and fire the {@link #iconchange} event after completion.
* @param {String} cls The new CSS class name
*/
setIconClass : function(cls){
var old = this.iconCls;
this.iconCls = cls;
if(this.rendered && this.header){
if(this.frame){
this.header.addClass('x-panel-icon');
this.header.replaceClass(old, this.iconCls);
}else{
var hd = this.header,
img = hd.child('img.x-panel-inline-icon');
if(img){
Ext.fly(img).replaceClass(old, this.iconCls);
}else{
var hdspan = hd.child('span.' + this.headerTextCls);
if (hdspan) {
Ext.DomHelper.insertBefore(hdspan.dom, {
tag:'img', alt: '', src: Ext.BLANK_IMAGE_URL, cls:'x-panel-inline-icon '+this.iconCls
});
}
}
}
}
this.fireEvent('iconchange', this, cls, old);
},
// private
makeFloating : function(cfg){
this.floating = true;
this.el = new Ext.Layer(Ext.apply({}, cfg, {
shadow: Ext.isDefined(this.shadow) ? this.shadow : 'sides',
shadowOffset: this.shadowOffset,
constrain:false,
shim: this.shim === false ? false : undefined
}), this.el);
},
/**
* Returns the {@link Ext.Toolbar toolbar} from the top ({@link #tbar}) section of the panel.
* @return {Ext.Toolbar} The toolbar
*/
getTopToolbar : function(){
return this.topToolbar;
},
/**
* Returns the {@link Ext.Toolbar toolbar} from the bottom ({@link #bbar}) section of the panel.
* @return {Ext.Toolbar} The toolbar
*/
getBottomToolbar : function(){
return this.bottomToolbar;
},
/**
* Returns the {@link Ext.Toolbar toolbar} from the footer ({@link #fbar}) section of the panel.
* @return {Ext.Toolbar} The toolbar
*/
getFooterToolbar : function() {
return this.fbar;
},
/**
* Adds a button to this panel. Note that this method must be called prior to rendering. The preferred
* approach is to add buttons via the {@link #buttons} config.
* @param {String/Object} config A valid {@link Ext.Button} config. A string will become the text for a default
* button config, an object will be treated as a button config object.
* @param {Function} handler The function to be called on button {@link Ext.Button#click}
* @param {Object} scope The scope (this reference) in which the button handler function is executed. Defaults to the Button.
* @return {Ext.Button} The button that was added
*/
addButton : function(config, handler, scope){
if(!this.fbar){
this.createFbar([]);
}
if(handler){
if(Ext.isString(config)){
config = {text: config};
}
config = Ext.apply({
handler: handler,
scope: scope
}, config);
}
return this.fbar.add(config);
},
// private
addTool : function(){
if(!this.rendered){
if(!this.tools){
this.tools = [];
}
Ext.each(arguments, function(arg){
this.tools.push(arg);
}, this);
return;
}
// nowhere to render tools!
if(!this[this.toolTarget]){
return;
}
if(!this.toolTemplate){
// initialize the global tool template on first use
var tt = new Ext.Template(
'If this Panel is configured {@link #draggable}, this property will contain * an instance of {@link Ext.dd.DragSource} which handles dragging the Panel.
* The developer must provide implementations of the abstract methods of {@link Ext.dd.DragSource} * in order to supply behaviour for each stage of the drag/drop process. See {@link #draggable}. * @type Ext.dd.DragSource. * @property dd */ this.dd = new Ext.Panel.DD(this, Ext.isBoolean(this.draggable) ? null : this.draggable); }, // private beforeEffect : function(anim){ if(this.floating){ this.el.beforeAction(); } if(anim !== false){ this.el.addClass('x-panel-animated'); } }, // private afterEffect : function(anim){ this.syncShadow(); this.el.removeClass('x-panel-animated'); }, // private - wraps up an animation param with internal callbacks createEffect : function(a, cb, scope){ var o = { scope:scope, block:true }; if(a === true){ o.callback = cb; return o; }else if(!a.callback){ o.callback = cb; }else { // wrap it up o.callback = function(){ cb.call(scope); Ext.callback(a.callback, a.scope); }; } return Ext.applyIf(o, a); }, /** * Collapses the panel body so that it becomes hidden. Fires the {@link #beforecollapse} event which will * cancel the collapse action if it returns false. * @param {Boolean} animate True to animate the transition, else false (defaults to the value of the * {@link #animCollapse} panel config) * @return {Ext.Panel} this */ collapse : function(animate){ if(this.collapsed || this.el.hasFxBlock() || this.fireEvent('beforecollapse', this, animate) === false){ return; } var doAnim = animate === true || (animate !== false && this.animCollapse); this.beforeEffect(doAnim); this.onCollapse(doAnim, animate); return this; }, // private onCollapse : function(doAnim, animArg){ if(doAnim){ this[this.collapseEl].slideOut(this.slideAnchor, Ext.apply(this.createEffect(animArg||true, this.afterCollapse, this), this.collapseDefaults)); }else{ this[this.collapseEl].hide(this.hideMode); this.afterCollapse(false); } }, // private afterCollapse : function(anim){ this.collapsed = true; this.el.addClass(this.collapsedCls); if(anim !== false){ this[this.collapseEl].hide(this.hideMode); } this.afterEffect(anim); // Reset lastSize of all sub-components so they KNOW they are in a collapsed container this.cascade(function(c) { if (c.lastSize) { c.lastSize = { width: undefined, height: undefined }; } }); this.fireEvent('collapse', this); }, /** * Expands the panel body so that it becomes visible. Fires the {@link #beforeexpand} event which will * cancel the expand action if it returns false. * @param {Boolean} animate True to animate the transition, else false (defaults to the value of the * {@link #animCollapse} panel config) * @return {Ext.Panel} this */ expand : function(animate){ if(!this.collapsed || this.el.hasFxBlock() || this.fireEvent('beforeexpand', this, animate) === false){ return; } var doAnim = animate === true || (animate !== false && this.animCollapse); this.el.removeClass(this.collapsedCls); this.beforeEffect(doAnim); this.onExpand(doAnim, animate); return this; }, // private onExpand : function(doAnim, animArg){ if(doAnim){ this[this.collapseEl].slideIn(this.slideAnchor, Ext.apply(this.createEffect(animArg||true, this.afterExpand, this), this.expandDefaults)); }else{ this[this.collapseEl].show(this.hideMode); this.afterExpand(false); } }, // private afterExpand : function(anim){ this.collapsed = false; if(anim !== false){ this[this.collapseEl].show(this.hideMode); } this.afterEffect(anim); if (this.deferLayout) { delete this.deferLayout; this.doLayout(true); } this.fireEvent('expand', this); }, /** * Shortcut for performing an {@link #expand} or {@link #collapse} based on the current state of the panel. * @param {Boolean} animate True to animate the transition, else false (defaults to the value of the * {@link #animCollapse} panel config) * @return {Ext.Panel} this */ toggleCollapse : function(animate){ this[this.collapsed ? 'expand' : 'collapse'](animate); return this; }, // private onDisable : function(){ if(this.rendered && this.maskDisabled){ this.el.mask(); } Ext.Panel.superclass.onDisable.call(this); }, // private onEnable : function(){ if(this.rendered && this.maskDisabled){ this.el.unmask(); } Ext.Panel.superclass.onEnable.call(this); }, // private onResize : function(adjWidth, adjHeight, rawWidth, rawHeight){ var w = adjWidth, h = adjHeight; if(Ext.isDefined(w) || Ext.isDefined(h)){ if(!this.collapsed){ // First, set the the Panel's body width. // If we have auto-widthed it, get the resulting full offset width so we can size the Toolbars to match // The Toolbars must not buffer this resize operation because we need to know their heights. if(Ext.isNumber(w)){ this.body.setWidth(w = this.adjustBodyWidth(w - this.getFrameWidth())); } else if (w == 'auto') { w = this.body.setWidth('auto').dom.offsetWidth; } else { w = this.body.dom.offsetWidth; } if(this.tbar){ this.tbar.setWidth(w); if(this.topToolbar){ this.topToolbar.setSize(w); } } if(this.bbar){ this.bbar.setWidth(w); if(this.bottomToolbar){ this.bottomToolbar.setSize(w); // The bbar does not move on resize without this. if (Ext.isIE) { this.bbar.setStyle('position', 'static'); this.bbar.setStyle('position', ''); } } } if(this.footer){ this.footer.setWidth(w); if(this.fbar){ this.fbar.setSize(Ext.isIE ? (w - this.footer.getFrameWidth('lr')) : 'auto'); } } // At this point, the Toolbars must be layed out for getFrameHeight to find a result. if(Ext.isNumber(h)){ h = Math.max(0, h - this.getFrameHeight()); //h = Math.max(0, h - (this.getHeight() - this.body.getHeight())); this.body.setHeight(h); }else if(h == 'auto'){ this.body.setHeight(h); } if(this.disabled && this.el._mask){ this.el._mask.setSize(this.el.dom.clientWidth, this.el.getHeight()); } }else{ // Adds an event to set the correct height afterExpand. This accounts for the deferHeight flag in panel this.queuedBodySize = {width: w, height: h}; if(!this.queuedExpand && this.allowQueuedExpand !== false){ this.queuedExpand = true; this.on('expand', function(){ delete this.queuedExpand; this.onResize(this.queuedBodySize.width, this.queuedBodySize.height); }, this, {single:true}); } } this.onBodyResize(w, h); } this.syncShadow(); Ext.Panel.superclass.onResize.call(this, adjWidth, adjHeight, rawWidth, rawHeight); }, // private onBodyResize: function(w, h){ this.fireEvent('bodyresize', this, w, h); }, // private getToolbarHeight: function(){ var h = 0; if(this.rendered){ Ext.each(this.toolbars, function(tb){ h += tb.getHeight(); }, this); } return h; }, // deprecate adjustBodyHeight : function(h){ return h; }, // private adjustBodyWidth : function(w){ return w; }, // private onPosition : function(){ this.syncShadow(); }, /** * Returns the width in pixels of the framing elements of this panel (not including the body width). To * retrieve the body width see {@link #getInnerWidth}. * @return {Number} The frame width */ getFrameWidth : function(){ var w = this.el.getFrameWidth('lr') + this.bwrap.getFrameWidth('lr'); if(this.frame){ var l = this.bwrap.dom.firstChild; w += (Ext.fly(l).getFrameWidth('l') + Ext.fly(l.firstChild).getFrameWidth('r')); w += this.mc.getFrameWidth('lr'); } return w; }, /** * Returns the height in pixels of the framing elements of this panel (including any top and bottom bars and * header and footer elements, but not including the body height). To retrieve the body height see {@link #getInnerHeight}. * @return {Number} The frame height */ getFrameHeight : function() { var h = this.el.getFrameWidth('tb') + this.bwrap.getFrameWidth('tb'); h += (this.tbar ? this.tbar.getHeight() : 0) + (this.bbar ? this.bbar.getHeight() : 0); if(this.frame){ h += this.el.dom.firstChild.offsetHeight + this.ft.dom.offsetHeight + this.mc.getFrameWidth('tb'); }else{ h += (this.header ? this.header.getHeight() : 0) + (this.footer ? this.footer.getHeight() : 0); } return h; }, /** * Returns the width in pixels of the body element (not including the width of any framing elements). * For the frame width see {@link #getFrameWidth}. * @return {Number} The body width */ getInnerWidth : function(){ return this.getSize().width - this.getFrameWidth(); }, /** * Returns the height in pixels of the body element (not including the height of any framing elements). * For the frame height see {@link #getFrameHeight}. * @return {Number} The body height */ getInnerHeight : function(){ return this.body.getHeight(); /* Deprecate return this.getSize().height - this.getFrameHeight(); */ }, // private syncShadow : function(){ if(this.floating){ this.el.sync(true); } }, // private getLayoutTarget : function(){ return this.body; }, // private getContentTarget : function(){ return this.body; }, /** *Sets the title text for the panel and optionally the {@link #iconCls icon class}.
*In order to be able to set the title, a header element must have been created
* for the Panel. This is triggered either by configuring the Panel with a non-blank {@link #title},
* or configuring it with {@link #header}: true.
panel.load({
url: 'your-url.php',
params: {param1: 'foo', param2: 'bar'}, // or a URL encoded string
callback: yourFunction,
scope: yourObject, // optional scope for the callback
discardUrl: false,
nocache: false,
text: 'Loading...',
timeout: 30,
scripts: false
});