The documentation for the ExtReact product diverges somewhat from the
documentation of other Sencha products. The sections below describe
documentation for all products except where indicated as unique to
ExtReact
.
Many classes have shortcut names used when creating (instantiating) a class with a
configuration object. The shortcut name is referred to as an alias
(or xtype
if the
class extends Ext.Component). The alias/xtype is listed next to the class name of
applicable classes for quick reference.
ExtReact component classes list the configurable name prominently at the top of the API class doc followed by the fully-qualified class name.
Framework classes or their members may be specified as private
or protected
. Else,
the class / member is public
. Public
, protected
, and private
are access
descriptors used to convey how and when the class or class member should be used.
Public classes and class members are available for use by any other class or application code and may be relied upon as a stable and persistent within major product versions. Public classes and members may safely be extended via a subclass.
Protected class members are stable public
members intended to be used by the
owning class or its subclasses. Protected members may safely be extended via a subclass.
Private classes and class members are used internally by the framework and are not intended to be used by application developers. Private classes and members may change or be omitted from the framework at any time without notice and should not be relied upon in application logic.
ExtReact component classes display
configuration options as props
ExtReact component classes do not list
properties as a dedicated member type, but rather as
read only
props
static
label next to the
method name. *See Static below.Below is an example class member that we can disect to show the syntax of a class member (the lookupComponent method as viewed from the Ext.button.Button class in this case).
Let's look at each part of the member row:
lookupComponent
in this example)( item )
in this example)Ext.Component
in this case). This may be omitted for methods that do not
return anything other than undefined
or may display as multiple possible values
separated by a forward slash /
signifying that what is returned may depend on the
results of the method call (i.e. a method may return a Component if a get method calls is
successful or false
if unsuccessful which would be displayed as
Ext.Component/Boolean
).PROTECTED
in
this example - see the Flags section below)Ext.container.Container
in this example). The source
class will be displayed as a blue link if the member originates from the current class
and gray if it is inherited from an ancestor or mixed-in class.view source
in the example)item : Object
in the example).undefined
a "Returns" section
will note the type of class or object returned and a description (Ext.Component
in the
example)Available since 3.4.0
- not pictured in
the example) just after the member descriptionDefaults to: false
)The API documentation uses a number of flags to further commnicate the class member's function and intent. The label may be represented by a text label, an abbreviation, or an icon.
All ExtReact props are bindable
unless decorated as immutable
Immutable ExtReact props may not be use as a configurable prop when instantiating a component
classInstance.method1().method2().etc();
false
is returned from
an event handler- Indicates a framework class
- A singleton framework class. *See the singleton flag for more information
- A component-type framework class (any class within the Ext JS framework that extends Ext.Component)
- Indicates that the class, member, or guide is new in the currently viewed version
- Indicates a class member of type config
Or in the case of an ExtReact component class this
indicates a member of type prop
- Indicates a class member of type property
- Indicates a class member of type
method
- Indicates a class member of type event
- Indicates a class member of type
theme variable
- Indicates a class member of type
theme mixin
- Indicates that the class, member, or guide is new in the currently viewed version
Just below the class name on an API doc page is a row of buttons corresponding to the types of members owned by the current class. Each button shows a count of members by type (this count is updated as filters are applied). Clicking the button will navigate you to that member section. Hovering over the member-type button will reveal a popup menu of all members of that type for quick navigation.
Getting and setter methods that correlate to a class config option will show up in the methods section as well as in the configs section of both the API doc and the member-type menus just beneath the config they work with. The getter and setter method documentation will be found in the config row for easy reference.
ExtReact component classes do not hoist the getter /
setter methods into the prop. All methods will be described in the
Methods
section
Your page history is kept in localstorage and displayed (using the available real estate) just below the top title bar. By default, the only search results shown are the pages matching the product / version you're currently viewing. You can expand what is displayed by clicking on the button on the right-hand side of the history bar and choosing the "All" radio option. This will show all recent pages in the history bar for all products / versions.
Within the history config menu you will also see a listing of your recent page visits. The results are filtered by the "Current Product / Version" and "All" radio options. Clicking on the button will clear the history bar as well as the history kept in local storage.
If "All" is selected in the history config menu the checkbox option for "Show product details in the history bar" will be enabled. When checked, the product/version for each historic page will show alongside the page name in the history bar. Hovering the cursor over the page names in the history bar will also show the product/version as a tooltip.
Both API docs and guides can be searched for using the search field at the top of the page.
On API doc pages there is also a filter input field that filters the member rows using the filter string. In addition to filtering by string you can filter the class members by access level, inheritance, and read only. This is done using the checkboxes at the top of the page.
The checkbox at the bottom of the API class navigation tree filters the class list to include or exclude private classes.
Clicking on an empty search field will show your last 10 searches for quick navigation.
Each API doc page (with the exception of Javascript primitives pages) has a menu view of metadata relating to that class. This metadata view will have one or more of the following:
Ext.button.Button
class has an alternate class name of Ext.Button
). Alternate class
names are commonly maintained for backward compatibility.Runnable examples (Fiddles) are expanded on a page by default. You can collapse and expand example code blocks individually using the arrow on the top-left of the code block. You can also toggle the collapse state of all examples using the toggle button on the top-right of the page. The toggle-all state will be remembered between page loads.
Class members are collapsed on a page by default. You can expand and collapse members using the arrow icon on the left of the member row or globally using the expand / collapse all toggle button top-right.
Viewing the docs on narrower screens or browsers will result in a view optimized for a smaller form factor. The primary differences between the desktop and "mobile" view are:
The class source can be viewed by clicking on the class name at the top of an API doc page. The source for class members can be viewed by clicking on the "view source" link on the right-hand side of the member row.
Ext.Mixin
Ext.mixin.Accessible
Ext.mixin.Bindable
Ext.mixin.ComponentDelegation
Ext.mixin.Container
Ext.mixin.Factoryable
Ext.mixin.Focusable
Ext.mixin.FocusableContainer
Ext.mixin.Identifiable
Ext.mixin.Inheritable
Ext.mixin.Keyboard
Ext.mixin.Observable
Ext.mixin.Pluggable
Ext.mixin.Queryable
Ext.mixin.StyleCacher
Ext.mixin.Toolable
Ext.state.Stateful
A column for simple <ExtTextcell/>s.
<ExtTextcolumn dataIndex="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.dataIndex = 'value';
let dataIndex = element.dataIndex;
The name of the field in the grid's Ext.data.Stores Ext.data.Model definition from which to draw the column's value.
Defaults to:
null
<ExtTextcolumn activeChildTabIndex="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.activeChildTabIndex = 10;
let activeChildTabIndex = element.activeChildTabIndex;
DOM tabIndex attribute to set on the active Focusable child of this container when using the "Roaming tabindex" technique.
Defaults to:
0
<ExtTextcolumn activeItem="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.activeItem = 'value';
let activeItem = element.activeItem;
The item from the cfg-items collection that will be active first. This is usually only meaningful in a Ext.layout.Card, where only one item can be active at a time. If passed a string, it will be assumed to be a Ext.ComponentQuery selector. A number will reference an index or a <ExtComponent/> instance may be passed as well. An object config will be created as a new component.
Defaults to:
0
Returns the value of activeItem
<ExtComponent/> / Object / String / Number
Sets the value of activeItem
activeItem : <ExtComponent/> / Object / String / Number
<ExtTextcolumn align="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.align = 'value';
let align = element.align;
Sets the alignment of the header and rendered columns.
Possible values are: 'left'
, 'center'
, and 'right'
.
Defaults to:
'left'
<ExtTextcolumn alignSelf="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.alignSelf = 'value';
let alignSelf = element.alignSelf;
Specifies the self alignment of this widget in a box layout
Defaults to:
null
<ExtTextcolumn allowFocusingDisabledChildren="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.allowFocusingDisabledChildren = true;
let allowFocusingDisabledChildren = element.allowFocusingDisabledChildren;
Set this to true
to enable focusing disabled child items via keyboard.
Defaults to:
false
<ExtTextcolumn alwaysOnTop="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.alwaysOnTop = true;
let alwaysOnTop = element.alwaysOnTop;
A flag indicating that this component should be above its floated siblings.
This may be a positive number to prioritize the ordering of multiple visible always on top components.
This may be set to a negative number to prioritize a component to the bottom of the z-index stack.
Defaults to:
false
Available since: 6.2.0
<ExtTextcolumn ariaAttributes="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.ariaAttributes = { };
let ariaAttributes = element.ariaAttributes;
An object containing ARIA attributes to be set
on this Component's ARIA element. Use this to set the attributes that cannot be
determined by the Component's state, such as aria-live
, aria-flowto
, etc.
Note that this config is only meaningful at the Component rendering time, and setting it after that will do nothing.
Defaults to:
null
Sets the value of ariaAttributes
ariaAttributes : Object
<ExtTextcolumn ariaDescribedBy="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.ariaDescribedBy = 'value';
let ariaDescribedBy = element.ariaDescribedBy;
DOM selector for a child element that is to be used
as description for this Component, set in aria-describedby
attribute.
The selector works the same way as ariaLabelledBy.
<ExtTextcolumn ariaLabel="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.ariaLabel = 'value';
let ariaLabel = element.ariaLabel;
ARIA label for this Component. It is best to use
ariaLabelledBy option instead, because screen readers prefer
aria-labelledby
attribute to aria-label
. ariaLabel and
ariaLabelledBy config options are mutually exclusive.
<ExtTextcolumn ariaLabelledBy="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.ariaLabelledBy = 'value';
let ariaLabelledBy = element.ariaLabelledBy;
DOM selector for a child element that is to be used
as label for this Component, set in aria-labelledby
attribute.
If the selector is by id
, the label element can be any existing element,
not necessarily a child of the main Component element.
ariaLabelledBy and ariaLabel config options are
mutually exclusive, and ariaLabelledBy
has the higher precedence.
<ExtTextcolumn autoDestroy="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.autoDestroy = true;
let autoDestroy = element.autoDestroy;
If true
, child items will be destroyed as soon as they are
removed from this container.
Defaults to:
true
<ExtTextcolumn autoSize="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.autoSize = true;
let autoSize = element.autoSize;
May be set to false
for improved layout performance if auto-sizing is not required.
Some versions of Safari, both desktop and mobile, have very slow performance if the application has deeply nested containers due to the following WebKit bug: https://bugs.webkit.org/show_bug.cgi?id=150445
Applications that experience performance issues in the affected versions of
Safari may need to turn off autoSizing globally for all <ExtContainer/>
instances
by placing the following override in the application's "overrides" directory:
Ext.define('MyApp.overrides.Container', {
override: 'Ext.Container',
config: {
autoSize: false
}
});
Once auto-sizing support has turned off by default, it can be selectively
turned back on only on those container instances that explicitly need auto-sizing
behavior by setting autoSize
to true
.
This option can also be used to allow items to be sized in percentage units as a workaround for the following browser bug: https://bugs.webkit.org/show_bug.cgi?id=137730
To illustrate, the following example should render a 200px by 200px green box
(the container) with a yellow box inside of it (the child item). The child
item's height and width are both set to '50%'
so the child should render
exactly 100px by 100px in size.
Ext.create({
xtype: 'container',
renderTo: Ext.getBody(),
height: 200,
width: 200,
style: 'background: green',
items: [{
xtype: 'component',
style: 'background: yellow',
height: '50%',
width: '50%'
}]
});
All browsers except for Safari render the previous example correctly, but
Safari does not assign a height to the component. To make percentage-sized
items work in Safari, simply set autoSize
to false
on the container.
Since the underlying implementation works by absolutely positioning the container's
body element, this option can only be used when the container is not
"shrink wrapping" the content in either direction. When autoSize
is
set to false
, shrink wrapped dimension(s) will collapse to 0.
Defaults to:
true
<ExtTextcolumn axisLock="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.axisLock = true;
let axisLock = element.axisLock;
If true
, then, when showBy or alignTo fallback on
constraint violation only takes place along the major align axis.
That is, if alignment "l-r"
is being used, and axisLock: true
is used,
then if constraints fail, only fallback to "r-l"
is considered.
Defaults to:
null
<ExtTextcolumn bind="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.bind = 'value';
let bind = element.bind;
Setting this config option adds or removes data bindings for other configs.
For example, to bind the title
config:
var panel = Ext.create({
xtype: 'panel',
bind: {
title: 'Hello {user.name}'
}
});
To dynamically add bindings:
panel.setBind({
title: 'Greetings {user.name}!'
});
To remove bindings:
panel.setBind({
title: null
});
The bind expressions are presented to Ext.app.ViewModel#bind
. The
ViewModel
instance is determined by lookupViewModel
.
Note: If bind is passed as a string, it will use the Ext.Component#property-defaultBindProperty for the binding.
Defaults to:
null
<ExtTextcolumn bodyCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.bodyCls = 'value';
let bodyCls = element.bodyCls;
The CSS class to add to this container's body element.
Defaults to:
null
Available since: 7.0
<ExtTextcolumn border="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.border = true;
let border = element.border;
Enables or disables bordering on this component. The following values are accepted:
null
or `true (default): Do nothing and allow the border to be specified
by the theme.false
: suppress the default border provided by the theme.Please note that enabling bordering via this config will not add a border-color
or border-style
CSS property to the component; you provide the border-color
and border-style
via CSS rule or style configuration
(if not already provide by the theme).
Ext.Viewport.add({
centered: true,
width: 100,
height: 100,
style: 'border: 1px solid blue;'
// ...
});
Ext.Viewport.add({
centered: true,
width: 100,
height: 100,
cls: 'my-component'
// ...
});
And your CSS file:
.my-component {
border: 1px solid red;
}
Defaults to:
null
<ExtTextcolumn bottom="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.bottom = 'value';
let bottom = element.bottom;
The absolute bottom position of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. Explicitly setting this value will make this Component
become 'positioned', which means it will no longer participate in the layout of the
Container that it resides in.
Defaults to:
null
<ExtTextcolumn cardSwitchAnimation="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.cardSwitchAnimation = true;
let cardSwitchAnimation = element.cardSwitchAnimation;
Animation to be used during transitions of cards.
This method has been REMOVED since 2.0.0
<ExtTextcolumn cell="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.cell = { };
let cell = element.cell;
The config object used to create <ExtGridcellbase/> for this column.
By default, cells use the <ExtGridcell/> xtype
. To create
a different type of cell, simply provide this config and the desired xtype
.
Defaults to:
{ xtype: 'gridcell' }
<ExtTextcolumn centered="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.centered = true;
let centered = element.centered;
Configure this as true
to have this Component centered within its Container.
Setting this value to true
will make this Component become 'positioned', which means
it will no longer participate in the layout of the Container that it resides in.
Defaults to:
false
<ExtTextcolumn cls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.cls = 'value';
let cls = element.cls;
The CSS class to add to this widget's element, in addition to the baseCls. In many cases, this property will be specified by the derived widget class. See userCls for adding additional CSS classes to widget instances (such as items in a <ExtContainer/>).
Defaults to:
null
<ExtTextcolumn columns="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.columns = 'value';
let columns = element.columns;
The sub columns within this column/header container.
Defaults to:
null
let element = document.body.querySelector('ExtTextcolumn');
let getColumns = element.getColumns(selector);
Returns all the leaf columns, regardless of visibility
selector : Object
<ExtTextcolumn computedWidth="10" />
let element = document.body.querySelector('ExtTextcolumn');
let computedWidth = element.computedWidth;
The computed width for this column, may come from either width or flex.
Defaults to:
null
<ExtTextcolumn constrainAlign="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.constrainAlign = 'value';
let constrainAlign = element.constrainAlign;
A specification of the constraint to apply when showBy or alignTo is called to align a floated or positioned component.
Defaults to the parent container for positioned components (components which have their top, right, bottom or left set to move them out of their container's layout flow).
Defaults to the viewport for floated components.
May be a Ext.ComponentQuery selector to find an ancestor component to constrain within.
May be false
to specify that constraining is not applied.
You may also specify an element, or a Ext.util.Region
Defaults to:
null
Returns the value of constrainAlign
Sets the value of constrainAlign
constrainAlign : String / Ext.util.Region / Ext.dom.Element
<ExtTextcolumn contentEl="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.contentEl = 'value';
let contentEl = element.contentEl;
The configured element will automatically be added as the content of this component. When you pass a string, we expect it to be an element id. If the content element is hidden, we will automatically show it.
Defaults to:
null
Returns the value of contentEl
Ext.dom.Element / HTMLElement / String
Sets the value of contentEl
contentEl : Ext.dom.Element / HTMLElement / String
<ExtTextcolumn control="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.control = { };
let control = element.control;
Enables you to easily control Components inside this Container by listening to their events and taking some action. For example, if we had a container with a nested Disable button, and we wanted to hide the Container when the Disable button is tapped, we could do this:
Ext.create({
xtype: 'container',
control: {
'button[text=Disable]': {
tap: 'hideMe'
}
},
hideMe: function() {
this.hide();
}
});
We used a Ext.ComponentQuery selector to listen to the tap
event on any <ExtButton/> anywhere inside the Container that has the
text 'Disable'. Whenever a Component matching that selector
fires the tap
event our hideMe
function is called. hideMe
is called with scope:
this
(e.g. this
is the Container instance).
Defaults to:
null
<ExtTextcolumn controller="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.controller = 'value';
let controller = element.controller;
A string alias, a configuration object or an instance of a ViewController
for
this container. Sample usage:
Ext.define('MyApp.UserController', {
alias: 'controller.user'
});
Ext.define('UserContainer', {
extend: 'Ext.container.container',
controller: 'user'
});
// Or
Ext.define('UserContainer', {
extend: 'Ext.container.container',
controller: {
type: 'user',
someConfig: true
}
});
// Can also instance at runtime
var ctrl = new MyApp.UserController();
var view = new UserContainer({
controller: ctrl
});
Defaults to:
null
let element = document.body.querySelector('ExtTextcolumn');
let getController = element.getController();
Returns the Ext.app.ViewController instance associated with this component via the controller config or setController method.
Returns this component's ViewController or null if one was not configured
Sets the value of controller
controller : String / Object / Ext.app.ViewController
<ExtTextcolumn data="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.data = { };
let data = element.data;
The initial set of data to apply to the tpl
to
update the content area of the Component.
Note: Data will be appended to any existing data.
Defaults to:
null
<ExtTextcolumn defaultColumnUI="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultColumnUI = 'value';
let defaultColumnUI = element.defaultColumnUI;
A default ui to use for <ExtGridcolumn/> <ExtColumn/> <ExtTemplatecolumn/> in this header.
Defaults to:
null
Sets the value of defaultColumnUI
defaultColumnUI : Object
<ExtTextcolumn defaultEditor="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultEditor = { };
let defaultEditor = element.defaultEditor;
An optional config object used to create a default editor for values in this column when no editor is specified. This config is typically defined by derived column classes such as <ExtDatecolumn/> to tune the default editor.
This value is augmented by the editorDefaults config.
Defaults to:
{}
Sets the value of defaultEditor
defaultEditor : Object / <ExtField/>
<ExtTextcolumn defaultFocus="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultFocus = 'value';
let defaultFocus = element.defaultFocus;
Specifies a child Component to receive focus when this Container's method-focus method is called. Should be a valid Ext.ComponentQuery selector.
Defaults to:
null
<ExtTextcolumn defaultListenerScope="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultListenerScope = true;
let defaultListenerScope = element.defaultListenerScope;
If true
, this component will be the default scope (this pointer) for events
specified with string names so that the scope can be dynamically resolved. The
component will automatically become the defaultListenerScope if a
controller is specified.
See the introductory docs for Ext.container.Container for some sample usages.
NOTE: This value can only be reliably set at construction time. Setting it after that time may not correctly rewire all of the potentially effected listeners.
Defaults to:
false
Sets the value of defaultListenerScope
defaultListenerScope : Boolean
<ExtTextcolumn defaults="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaults = { };
let defaults = element.defaults;
A set of default configurations to apply to all child Components in this Container. It's often useful to specify defaults when creating more than one items with similar configurations. For example here we can specify that each child is a panel and avoid repeating the xtype declaration for each one:
Ext.create({
xtype: 'container',
defaults: {
xtype: 'panel'
},
items: [
{
html: 'Panel 1'
},
{
html: 'Panel 2'
}
]
});
Defaults to:
null
<ExtTextcolumn defaultToolWeights="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultToolWeights = { };
let defaultToolWeights = element.defaultToolWeights;
The default weight
for tools in the header
.
Defaults to:
{ toggle: 10, gear: 20, prev: 30, next: 40, left: 50, right: 60, down: 70, up: 80, refresh: 90, disclosure: 100, // was originally defined in ListItem plus: 100, minus: 110, search: 120, edit: 125, save: 130, print: 140, expand: 150, collapse: 160, help: 170, pin: 180, unpin: 190, minimize: 200, maximize: 210, restore: 220, close: 230, trash: 240 }
Available since: 6.5.0
Sets the value of defaultToolWeights
defaultToolWeights : Object
<ExtTextcolumn defaultType="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultType = 'value';
let defaultType = element.defaultType;
The default <ExtComponent/> of child Components to create in this Container when a child item is specified as a raw configuration object, rather than as an instantiated Component.
Defaults to:
container
<ExtTextcolumn defaultWidth="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultWidth = 10;
let defaultWidth = element.defaultWidth;
A width to apply if the flex or width configurations have not been specified.
Defaults to:
100
Available since: 6.2.0
<ExtTextcolumn depends="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.depends = 'value';
let depends = element.depends;
Set this config to the field names that effect this column's rendering. This is
important for best performance when using a renderer
, a summaryRenderer
or
a tpl
to render the cell's content. This is because such mechanisms can use
any field and as such must be refreshed on any field change. When this config
is provided, only changes to these fields (or the dataIndex
) will cause a
refresh.
When not using these mechanisms, only changes to the dataIndex
will cause the
cell content to be refreshed.
Defaults to:
null
Available since: 6.5.1
<ExtTextcolumn disabled="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.disabled = true;
let disabled = element.disabled;
Whether or not this component is disabled
Defaults to:
null
<ExtTextcolumn displayed="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.displayed = true;
let displayed = element.displayed;
Set to true
to call show
and false
to call hide
. Unlike the hidden
config, changing this config will potentially involve animations to show or
hide the component.
Defaults to:
null
Available since: 6.5.0
<ExtTextcolumn docked="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.docked = 'value';
let docked = element.docked;
The dock position of this component in its container. Can be left
, top
, right
or
bottom
.
Notes
You must use a HTML5 doctype for docked bottom
to work. To do this, simply
add the following code to the HTML file:
<!doctype html>
So your index.html file should look a little like this:
<!doctype html>
<html>
<head>
<title>MY application title</title>
...
Defaults to:
null
<ExtTextcolumn draggable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.draggable = true;
let draggable = element.draggable;
Set to true
to allow this component to be dragged. This can also be the config
object for the Ext.drag.Source
that will manage the drag.
Defaults to:
null
Sets the value of draggable
draggable : Boolean / Object / Ext.drag.Source
<ExtTextcolumn editable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.editable = true;
let editable = element.editable;
Set this to true to make this column editable. Only applicable if the grid is using an grideditable plugin.
Defaults to:
null
<ExtTextcolumn editor="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.editor = 'value';
let editor = element.editor;
The xtype
or config object for a <ExtField/> to use for
editing. This config is used by the grideditable
plugin.
If this config is not set, and editable is set to true, the defaultEditor is used.
Defaults to:
null
<ExtTextcolumn editorDefaults="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.editorDefaults = { };
let editorDefaults = element.editorDefaults;
This object holds default config objects for creating the column's editor
.
The keys of this object are field type
values (such as 'date'
or 'int'
). These keys can also be a comma-separated
list of such type names.
These defaults are applied when producing an editor
based on the field of
store's model identified
by the dataIndex.
See ensureEditor.
Defaults to:
{ "default": { xtype: 'textfield', autoComplete: false, textAlign: undefined }, 'bool,boolean': { xtype: 'checkboxfield', bodyAign: undefined }, date: { xtype: 'datefield', textAlign: undefined }, 'float,number': { xtype: 'numberfield', textAlign: undefined }, 'int,integer': { xtype: 'numberfield', decimals: 0, textAlign: undefined } }
Available since: 7.0
Sets the value of editorDefaults
editorDefaults : Object
<ExtTextcolumn enterAnimation="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.enterAnimation = 'value';
let enterAnimation = element.enterAnimation;
Animation effect to apply when the Component is being shown. Typically you want to use an inbound animation type such as 'fadeIn' or 'slideIn'.
Defaults to:
null
Deprecated since version 2.0.0
Please use showAnimation instead.
Sets the value of enterAnimation
enterAnimation : String / Mixed
<ExtTextcolumn eventHandlers="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.eventHandlers = { };
let eventHandlers = element.eventHandlers;
A map of event type to the corresponding handler method name. This is used internally by native event handling mechanism.
Defaults to:
{ focus: 'handleFocusEvent', blur: 'handleBlurEvent' }
Deprecated since version 6.6.0
Inline event handlers are deprecated
<ExtTextcolumn exitAnimation="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.exitAnimation = 'value';
let exitAnimation = element.exitAnimation;
Animation effect to apply when the Component is being hidden.
Defaults to:
null
Deprecated since version 2.0.0
Please use hideAnimation instead. Typically you want to use
an outbound animation type such as 'fadeOut' or 'slideOut'.
Sets the value of exitAnimation
exitAnimation : String / Mixed
<ExtTextcolumn exportRenderer="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.exportRenderer = true;
let exportRenderer = element.exportRenderer;
During data export via the gridexporter plugin the data for this column could be formatted in multiple ways:
exportStyle.format
formatter
if no exportStyle
is definedexportRenderer
If you want to use the renderer
defined on this column then set exportRenderer
to true
. Beware that this should only happen if the renderer
deals only with
data on the record or value and it does NOT style the cell or returns an html
string.
{
xtype: 'numbercolumn',
dataIndex: 'price',
text: 'Price',
renderer: function(value, record, dataIndex, cell, column) {
return Ext.util.Format.currency(value);
},
exportRenderer: true
}
If you don't want to use the renderer
during export but you still want to format
the value in a special way then you can provide a function to exportRenderer
or
a string (which is a function name on the ViewController).
The provided function has the same signature as the renderer.
{
xtype: 'numbercolumn',
dataIndex: 'price',
text: 'Price',
exportRenderer: function(value, record, dataIndex, cell, column) {
return Ext.util.Format.currency(value);
}
}
{
xtype: 'numbercolumn',
dataIndex: 'price',
text: 'Price',
exportRenderer: 'exportAsCurrency' // this is a function on the ViewController
}
If exportStyle.format
, formatter
and exportRenderer
are all defined on the
column then the exportStyle
wins and will be used to format the data for this
column.
Defaults to:
false
<ExtTextcolumn exportStyle="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.exportStyle = 'value';
let exportStyle = element.exportStyle;
A style definition that is used during data export via the gridexporter. This style will be applied to the columns generated in the exported file.
You could define it as a single object that will be used by all exporters:
{
xtype: 'numbercolumn',
dataIndex: 'price',
exportStyle: {
format: 'Currency',
alignment: {
horizontal: 'Right'
},
font: {
italic: true
}
}
}
You could also define it as an array of objects, each object having a type
that specifies by which exporter will be used:
{
xtype: 'numbercolumn',
dataIndex: 'price',
exportStyle: [{
type: 'html', // used by the html exporter
format: 'Currency',
alignment: {
horizontal: 'Right'
},
font: {
italic: true
}
},{
type: 'csv', // used by the `csv` exporter
format: 'General'
}]
}
Or you can define it as an array of objects that has:
type
key that is considered the style to use by all exportersobjects with the type
key defined that are exceptions of the above rule
{
xtype: 'numbercolumn',
dataIndex: 'price',
exportStyle: [{
// no type defined means this is the default
format: 'Currency',
alignment: {
horizontal: 'Right'
},
font: {
italic: true
}
},{
type: 'csv', // only the CSV exporter has a special style
format: 'General'
}]
}
Defaults to:
null
Returns the value of exportStyle
Sets the value of exportStyle
exportStyle : Ext.exporter.file.Style / Ext.exporter.file.Style[]
<ExtTextcolumn exportSummaryRenderer="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.exportSummaryRenderer = true;
let exportSummaryRenderer = element.exportSummaryRenderer;
This config is similar to exportRenderer but is applied to summary records.
Defaults to:
false
Returns the value of exportSummaryRenderer
<ExtTextcolumn filter="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.filter = true;
let filter = element.filter;
Defaults to:
null
<ExtTextcolumn filterType="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.filterType = 'value';
let filterType = element.filterType;
A Ext.grid.plugin.filterbar.filters.Base configuration.
This filter type is used by the Ext.grid.plugin.filterbar.FilterBar plugin.
Defaults to:
null
<ExtTextcolumn flex="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.flex = 'value';
let flex = element.flex;
The flex of this item if this item item is inside a Ext.layout.HBox or Ext.layout.VBox layout.
You can also update the flex of a component dynamically using the Ext.layout.FlexBox#setItemFlex method.
When supplied as a string or number this option supports the same syntax as CSS flex. For example:
flex: '1 2 auto'
sets flex-grow
property to 0
, flex-shrink
to 2
and flex-basis
to
'auto'
.
The default flex-shrink
value for box layout items is set to 0
in the
stylesheet, which is different from the browser's default flex-shrink
value
of 1
. This accommodates the majority use case for applications since where
non-flexed components are typically not expected to shrink smaller than their
default size.
For convenience when only a single number is supplied it is used as the value
for both flex-grow
and flex-shrink
, for example flex: 3
is the same as
flex: '3 3'
An object form is also accepted:
flex: {
grow: 1,
shrink: 2,
basis: 'auto'
}
When the object form is supplied shrink
always defaults to 0
regardless
of the value of grow
.
Although 'auto'
is the default value for flex-basis, flex-basis defaults to 0%
when flex is supplied as a single numeric or string value (e.g. flex: 1
). If
this behavior is not desired either explicitly set flex-basis to 'auto'
or use
the object form to set only grow and/or shrink:
flex: {
grow: 2
}
Defaults to:
null
<ExtTextcolumn floated="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.floated = true;
let floated = element.floated;
A Component may be floated above all other components in the application. This means that the component is absolutely positioned, and will move to the front and occlude other sibling floated component if clicked.
A Floated component may have floated descendants. It will bring these decendants to the front with it when brought to the front of its sibling floated components.
By default, descendant floated components are all positioned using the viewport
coordinate system. To make a floating component a positioning parent for descendants,
and have the ancestors positioned relatively, configure the parent floated component
with cfg-relative: true
.
Defaults to:
false
Available since: 6.2.0
<ExtTextcolumn focusableContainer="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.focusableContainer = true;
let focusableContainer = element.focusableContainer;
Enable or disable navigation with arrow keys for this FocusableContainer. This option may be useful with nested FocusableContainers, when only the root container should handle keyboard events.
Defaults to:
false
<ExtTextcolumn focusCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.focusCls = 'value';
let focusCls = element.focusCls;
CSS class that will be added to focused component's focusClsEl, and removed when component blurs.
Defaults to:
'x-focused'
<ExtTextcolumn formatter="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.formatter = 'value';
let formatter = element.formatter;
This config accepts a format specification as would be used in a Ext.Template
formatted token. For example 'round(2)'
to round numbers to 2 decimal places
or 'date("Y-m-d")'
to format a Date.
In previous releases the renderer
config had limited abilities to use one
of the Ext.util.Format
methods but formatter
now replaces that usage and
can also handle formatting parameters.
When the value begins with "this."
(for example, "this.foo(2)"
), the
implied scope on which "foo" is found is the scope
config for the column.
If the scope
is not given, or implied using a prefix of "this"
, then either the
getController or the closest ancestor component
configured as defaultListenerScope is assumed to be the object with the
method.
Defaults to:
null
Available since: 6.2.0
<ExtTextcolumn fullscreen="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.fullscreen = true;
let fullscreen = element.fullscreen;
Force the component to take up 100% width and height available, by adding it to Ext.Viewport.
<ExtTextcolumn groupable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.groupable = true;
let groupable = element.groupable;
If the grid is grouped, the menu for this column
will offer to "Group by this column" if this is set to true
.
If using the gridviewoptions plugin, this option may be used to disable the option to group by this column.
Defaults to:
true
<ExtTextcolumn grouper="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.grouper = 'value';
let grouper = element.grouper;
A grouper config object to apply when the standard grouping user interface is is invoked. This option is, for example, available in the column's header menu.
Note that a grouper may also be specified as a function which accepts two records to compare.
A Ext.app.ViewController
method can be used like so:
grouper: 'groupMethodName'
This is different then a sorter
in that the grouper
method is used to
set the groupFn. This string returned
by this method is used to determine group membership. To specify both the
grpoupFn
and the sorterFn
:
grouper: {
groupFn: 'groupMethodName'
sorterFn: 'sorterMethodName
}
Defaults to:
null
Available since: 6.5.0
Returns the value of grouper
Function / String / Object / Ext.util.Grouper
Sets the value of grouper
grouper : Function / String / Object / Ext.util.Grouper
<ExtTextcolumn groupFormatter="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.groupFormatter = 'value';
let groupFormatter = element.groupFormatter;
This config accepts a format specification as would be used in a Ext.Template
formatted token. For example 'round(2)'
to round numbers to 2 decimal places
or 'date("Y-m-d")'
to format a Date.
It is used by the Ext.grid.plugin.GroupingPanel plugin when adding groupers
to the store. When you drag a column from the grid to the grouping panel then
the groupFormatter
will be used to create a new store grouper
Ext.util.Grouper#formatter.
Note: if summaries are calculated on the server side then the server side grouping should match the client side formatter otherwise the summaries may be wrong.
Defaults to:
false
Sets the value of groupFormatter
groupFormatter : String
<ExtTextcolumn groupHeaderTpl="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.groupHeaderTpl = 'value';
let groupHeaderTpl = element.groupHeaderTpl;
This config allows a column to replace the default template supplied by the grid's groupHeader.tpl.
Defaults to:
null
Available since: 6.5.0
Sets the value of groupHeaderTpl
groupHeaderTpl : String / String[] / Ext.XTemplate
<ExtTextcolumn height="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.height = 'value';
let height = element.height;
The height of this Component; must be a valid CSS length value, e.g: 300
, 100px
,
30%
, etc. By default, if this is not explicitly set, this Component's element will
simply have its own natural size. If set to auto
, it will set the width to null
meaning it will have its own natural size.
Defaults to:
null
<ExtTextcolumn hideable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.hideable = true;
let hideable = element.hideable;
False to prevent the user from hiding this column.
Defaults to:
true
Available since: 6.5.0
<ExtTextcolumn hideAnimation="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.hideAnimation = 'value';
let hideAnimation = element.hideAnimation;
Animation effect to apply when the Component is being hidden. Typically you want to use an outbound animation type such as 'fadeOut' or 'slideOut'. For more animations, check the Ext.fx.Animation#type config.
Defaults to:
null
Sets the value of hideAnimation
hideAnimation : String / Mixed
<ExtTextcolumn hideMode="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.hideMode = 'value';
let hideMode = element.hideMode;
A String which specifies how this component's DOM element will be hidden. The accepted values are any of these:
'clip'
: Hide using clip.'display'
: Hide using display.'offsets'
: Hide using positioning offsets.'opacity'
: Hide using opacity.'visibility'
: Hide using visibility.Hiding using display
results in having no dimensions as well as resetting
scroll positions to 0.
The other modes overcome this but may have different trade-offs in certain circumstances.
Defaults to:
'display'
Available since: 6.5.0
Returns the value of hideMode
'clip' / 'display' / 'offsets' / 'opacity' / 'visibility'
Sets the value of hideMode
hideMode : 'clip' / 'display' / 'offsets' / 'opacity' / 'visibility'
<ExtTextcolumn hideOnMaskTap="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.hideOnMaskTap = true;
let hideOnMaskTap = element.hideOnMaskTap;
When using a modal Component, setting this to true
will hide
the modal mask and the Container when the mask is tapped on.
Defaults to:
null
<ExtTextcolumn hideShowMenuItem="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.hideShowMenuItem = { };
let hideShowMenuItem = element.hideShowMenuItem;
The <ExtMenucheckitem/> to be used by the owning grid's header menu to hide or show this column.
Defaults to:
{ xtype: 'menucheckitem' }
Available since: 6.5.0
Sets the value of hideShowMenuItem
hideShowMenuItem : <ExtMenucheckitem/> / Object
<ExtTextcolumn html="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.html = 'value';
let html = element.html;
Optional HTML content to render inside this Component, or a reference to an existing element on the page.
Defaults to:
null
Returns the value of html
String / Ext.dom.Element / HTMLElement
<ExtTextcolumn id="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.id = 'value';
let id = element.id;
The unique id of this component instance.
It should not be necessary to use this configuration except for singleton objects in your application. Components created with an id may be accessed globally using Ext.getCmp.
Instead of using assigned ids, use the itemId config, and Ext.ComponentQuery which provides selector-based searching for Sencha Components analogous to DOM querying. The <ExtContainer/> class contains shortcut methods to query its descendant Components by selector.
Note that this id will also be used as the element id for the containing HTML element that is rendered to the page for this component. This allows you to write id-based CSS rules to style the specific instance of this component uniquely, and also to select sub-elements using this component's id as the parent.
Note: to avoid complications imposed by a unique id also see itemId
.
Defaults to an auto-assigned id.
let element = document.body.querySelector('ExtTextcolumn');
let getId = element.getId();
Retrieves the id
. This method Will auto-generate an id if one has not already
been configured.
id
<ExtTextcolumn ignore="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.ignore = true;
let ignore = element.ignore;
Setting to true
prevents this column from being used by plugins such as
gridviewoptions or Ext.grid.plugin.Summary. It is
intended for special columns such as the row number or checkbox selection.
Defaults to:
false
<ExtTextcolumn ignoreExport="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.ignoreExport = true;
let ignoreExport = element.ignoreExport;
This flag indicates that this column will be ignored when grid data is exported.
When grid data is exported you may want to export only some columns that are important and not everything. You can set this flag on any column that you want to be ignored during export.
This is used by gridexporter.
Defaults to:
false
<ExtTextcolumn inactiveChildTabIndex="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.inactiveChildTabIndex = 10;
let inactiveChildTabIndex = element.inactiveChildTabIndex;
DOM tabIndex attribute to set on inactive Focusable children of this container when using the "Roaming tabindex" technique. This value rarely needs to be changed from its default.
Defaults to:
-1
<ExtTextcolumn innerCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.innerCls = 'value';
let innerCls = element.innerCls;
A string to add to the immediate parent element of the inner items of this
container. That is, items that are not docked
, positioned
or floated
. In
some containers, positioned
items may be in this same element.
Defaults to:
null
Available since: 6.5.0
<ExtTextcolumn instanceCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.instanceCls = 'value';
let instanceCls = element.instanceCls;
An extra CSS class or classes to augment the classCls on an individual instance
Defaults to:
null
Available since: 6.5.0
<ExtTextcolumn itemId="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.itemId = 'value';
let itemId = element.itemId;
An itemId can be used as an alternative way to get a reference to a component when no
object reference is available. Instead of using an id
with Ext#getCmp,
use itemId
with Ext.Container#getComponent which will retrieve itemId
's or
ids. Since itemId
's are an index to the container's internal MixedCollection,
the itemId
is scoped locally to the container - avoiding potential conflicts with
Ext.ComponentManager which requires a unique id
.
Also see id, Ext.Container#query, Ext.Container#down and Ext.Container#child.
Defaults to:
undefined
<ExtTextcolumn items="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.items = { };
let items = element.items;
The child items to add to this Container. This is usually an array of Component configurations or instances, for example:
Ext.create({
xtype: 'container',
items: [{
xtype: 'panel',
html: 'This is an item'
}]
});
This may also be specified as an object, the property names of which are itemId
s, and
the property values are child Component config objects, for example:
Ext.create({
xtype: 'tabpanel',
items: {
panel1: {
xtype: 'panel',
title: 'First panel'
},
panel2: {
xtype: 'panel',
title: 'Second panel'
}
}
});
Defaults to:
null
<ExtTextcolumn keyMap="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.keyMap = { };
let keyMap = element.keyMap;
An object containing handlers for keyboard events. The property names of this object are the key name and any modifiers. The values of the properties are the descriptors of how to handle each event.
The handler descriptor can be simply the handler function(either the literal function or the method name), or it can be an object with these properties:
handler
: The function or its name to call to handle the event.scope
: The this pointer context (can be "this" or "controller").event
: An optional override of the key event to which to listen.Important: Calls to setKeyMap
do not replace the entire keyMap
but
instead update the provided mappings. That is, unless null
is passed as the
value of the keyMap
which will clear the keyMap
of all entries.
Defaults to:
null
scope : String
The default scope to apply to key handlers
which do not specify a scope. This is processed the same way as the scope of
cfg-listeners. It defaults to the "controller"
, but using 'this'
means that an instance method will be used.
<ExtTextcolumn keyMapEnabled="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.keyMapEnabled = true;
let keyMapEnabled = element.keyMapEnabled;
Enables or disables processing keys in the keyMap
. This value starts as
null
and if it is null
when initKeyMap
is called, it will automatically
be set to true
. Since initKeyMap
is called by <ExtComponent/>
at the
proper time, this is not something application code normally handles.
Defaults to:
null
<ExtTextcolumn keyMapTarget="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.keyMapTarget = 'value';
let keyMapTarget = element.keyMapTarget;
The name of the member that should be used to listen for keydown/keypress events. This is intended to be controlled at the class level not per instance.
Defaults to:
'el'
<ExtTextcolumn layout="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.layout = 'value';
let layout = element.layout;
Configuration for this Container's layout. Example:
Ext.create({
xtype: 'container',
layout: {
type: 'hbox',
align: 'middle'
},
items: [{
xtype: 'panel',
flex: 1,
bodyStyle: {
background: "#000",
color:"#fff"
}
}, {
xtype: 'panel',
flex: 2,
bodyStyle: {
background: "#f00",
color:"#fff"
}
}]
});
Defaults to:
'auto'
<ExtTextcolumn left="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.left = 'value';
let left = element.left;
The absolute left position of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. Explicitly setting this value will make this Component
become 'positioned', which means it will no longer participate in the layout of the
Container that it resides in.
Defaults to:
null
<ExtTextcolumn listeners="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.listeners = { };
let listeners = element.listeners;
A config object containing one or more event handlers to be added to this object during initialization. This should be a valid listeners config object as specified in the addListener example for attaching multiple handlers at once.
DOM events from Ext JS <ExtComponent/>
While some Ext JS Component classes export selected DOM events (e.g. "click",
"mouseover" etc), this is usually only done when extra value can be added. For example
the DataViews itemclick
event passing the node clicked on. To access DOM events directly from a child element
of a Component, we need to specify the element
option to identify the Component
property to add a DOM listener to:
new Ext.panel.Panel({
width: 400,
height: 200,
dockedItems: [{
xtype: 'toolbar'
}],
listeners: {
click: {
element: 'el', //bind to the underlying el property on the panel
fn: function(){ console.log('click el'); }
},
dblclick: {
element: 'body', //bind to the underlying body property on the panel
fn: function(){ console.log('dblclick body'); }
}
}
});
let element = document.body.querySelector('ExtTextcolumn');
element.setListeners(listeners);
An alias for addListener. In versions prior to 5.1, listeners had a generated setter which could be called to add listeners. In 5.1 the listeners config is not processed using the config system and has no generated setter, so this method is provided for backward compatibility. The preferred way of adding listeners is to use the on method.
listeners : Object
The listeners
<ExtTextcolumn locked="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.locked = true;
let locked = element.locked;
This config can be used with Locking Grid
Determines whether the column is locked or not.
Configure as true
to lock the column to default locked region
<ExtLockedgrid/>
String values contains one of the defined locking regions - "left", "right" or "center"
Defaults to:
null
<ExtTextcolumn manageBorders="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.manageBorders = true;
let manageBorders = element.manageBorders;
true
to enable border management of docked items. When enabled, borders of docked
items will collapse where they meet to avoid duplicated borders.
Defaults to:
false
<ExtTextcolumn margin="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.margin = 'value';
let margin = element.margin;
The margin to use on this Component. Can be specified as a number (in which case all edges get the same margin) or a CSS string like '5 10 10 10'
Defaults to:
null
<ExtTextcolumn masked="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.masked = true;
let masked = element.masked;
A configuration to allow you to mask this container.
If the value is a string, it will be used as the message config for an <ExtLoadmask/>.
For more precise control over the mask, you can optionally pass an object block with
and xtype of loadmask
, and an optional message
value to display a loading mask.
Please refer to the <ExtLoadmask/> component to see other configurations.
Ext.create({
xtype: 'container',
fullscreen: true,
html: 'Hello World',
masked: {
xtype: 'loadmask',
message: 'My Message'
}
});
Alternatively, you can just call the setter at any time with true
/false
to show/hide
the mask:
setMasked(true); //show the mask
setMasked(false); //hides the mask
There are also two convenient methods, method-mask and unmask, to allow you to mask and unmask this container at any time.
Remember, the Ext.Viewport is always a container, so if you want to mask your whole application at anytime, can call:
Ext.Viewport.setMasked({
xtype: 'loadmask',
message: 'Hello'
});
Defaults to:
null
Returns the value of masked
Boolean / String / Object / <ExtMask/> / <ExtLoadmask/>
Sets the value of masked
masked : Boolean / String / Object / <ExtMask/> / <ExtLoadmask/>
<ExtTextcolumn maxHeight="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.maxHeight = 'value';
let maxHeight = element.maxHeight;
The maximum height of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. If set to auto
, it will set the width to null
meaning it will have its own natural size. Note that this config will not apply if the
Component is 'positioned' (absolutely positioned or centered)
Defaults to:
null
<ExtTextcolumn maxWidth="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.maxWidth = 'value';
let maxWidth = element.maxWidth;
The maximum width of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. If set to auto
, it will set the width to null
meaning it will have its own natural size. Note that this config will not apply if the
Component is 'positioned' (absolutely positioned or centered)
Defaults to:
null
<ExtTextcolumn minHeight="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.minHeight = 'value';
let minHeight = element.minHeight;
The minimum height of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. If set to auto
, it will set the width to null
meaning it will have its own natural size.
Defaults to:
null
<ExtTextcolumn minWidth="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.minWidth = 'value';
let minWidth = element.minWidth;
The minimum width of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. If set to auto
, it will set the width to null
meaning it will have its own natural size.
Defaults to:
null
<ExtTextcolumn modal="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.modal = true;
let modal = element.modal;
true
to make this Component modal. This will create a mask underneath the
Component that covers its parent and does not allow the user to interact with
any other Components until this Component is dismissed.
Defaults to:
null
<ExtTextcolumn modelValidation="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.modelValidation = true;
let modelValidation = element.modelValidation;
This config enables binding to your Ext.data.Model#validators
. This
is only processed by form fields (e.g., Ext.field.*
) at present, however, this
setting is inherited and so can be set on a parent container.
When set to true
by a component (or by an ancestor container), the validators
of for any {@Ext.data.Model record} fields will be used wherever the value
is
bound to such data fields.
While this config can be set arbitrarily high in the component hierarchy, doing
so can create a lot overhead if most of your form fields do not actually rely on
validators
in your data model.
Using this setting for a form that is bound to an Ext.data.Model
might look
like this:
{
xtype: 'panel',
modelValidation: true,
items: [{
xtype: 'textfield',
bind: '{theUser.firstName}'
},{
xtype: 'textfield',
bind: '{theUser.lastName}'
},{
xtype: 'textfield',
bind: '{theUser.phoneNumber}'
},{
xtype: 'textfield',
bind: '{theUser.email}'
}]
}
Defaults to:
null
Available since: 6.5.0
<ExtTextcolumn name="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.name = 'value';
let name = element.name;
Name for the widget to be used with Ext.Container#lookupName et al.
Defaults to:
null
<ExtTextcolumn nameable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.nameable = true;
let nameable = element.nameable;
Set to true
for this component's name
property to be tracked by its containing
nameHolder
.
Defaults to:
false
<ExtTextcolumn nameHolder="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.nameHolder = true;
let nameHolder = element.nameHolder;
When true
child components are tracked by their name
property and can be
retrieved using the lookupName
method.
Defaults to:
false
<ExtTextcolumn padding="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.padding = 'value';
let padding = element.padding;
The padding to use on this Component. Can be specified as a number (in which case all edges get the same padding) or a CSS string like '5 10 10 10'
Defaults to:
null
<ExtTextcolumn plugins="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.plugins = { };
let plugins = element.plugins;
This config describes one or more plugin config objects used to create plugin instances for this component.
Plugins are a way to bundle and reuse custom functionality. Plugins should extend
Ext.plugin.Abstract
but technically the only requirement for a valid plugin
is that it contain an init
method that accepts a reference to its owner. Once
a plugin is created, the owner will call the init
method, passing a reference
to itself. Each plugin can then call methods or respond to events on its owner
as needed to provide its functionality.
This config's value can take several different forms.
The value can be a single string with the plugin's Ext.enums.Plugin:
var list = Ext.create({
xtype: 'list',
itemTpl: '<div class="item">{title}</div>',
store: 'Items',
plugins: 'listpaging'
});
In the above examples, the string "listpaging" is the type alias for
listpaging
. The full alias includes the "plugin." prefix
(i.e., 'plugin.listpaging').
The preferred form for multiple plugins or to configure plugins is the keyed-object form (new in version 6.5):
var list = Ext.create({
xtype: 'list',
itemTpl: '<div class="item">{title}</div>',
store: 'Items',
plugins: {
pullrefresh: true,
listpaging: {
autoPaging: true,
weight: 10
}
}
});
The object keys are the id
's as well as the default type alias. This form
allows the value of the plugins
to be merged from base class to derived class
and finally with the instance configuration. This allows classes to define a
set of plugins that derived classes or instantiators can further configure or
disable. This merge behavior is a feature of the
config.
The plugins
config can also be an array of plugin aliases (arrays are not
merged so this form does not respect plugins defined by the class author):
var list = Ext.create({
xtype: 'list',
itemTpl: '<div class="item">{title}</div>',
store: 'Items',
plugins: ['listpaging', 'pullrefresh']
});
An array can also contain elements that are config objects with a type
property holding the type alias:
var list = Ext.create({
xtype: 'list',
itemTpl: '<div class="item">{title}</div>',
store: 'Items',
plugins: ['pullrefresh', {
type: 'listpaging',
autoPaging: true
}]
});
Defaults to:
null
Returns the value of plugins
Sets the value of plugins
plugins : Array / Ext.enums.Plugin / Object / Ext.plugin.Abstract
<ExtTextcolumn publishes="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.publishes = 'value';
let publishes = element.publishes;
One or more names of config properties that this component should publish to its ViewModel. Generally speaking, only properties defined in a class config block (including ancestor config blocks and mixins) are eligible for publishing to the viewModel. Some components override this and publish their most useful configs by default.
Note: We'll discuss publishing properties not found in the config block below.
Values determined to be invalid by component (often form fields and model validations) will not be published to the ViewModel.
This config uses the cfg-reference
to determine the name of the data
object to place in the ViewModel
. If reference
is not set then this config
is ignored.
By using this config and cfg-reference
you can bind configs between
components. For example:
...
items: [{
xtype: 'textfield',
reference: 'somefield', // component's name in the ViewModel
publishes: 'value' // value is not published by default
},{
...
},{
xtype: 'displayfield',
bind: 'You have entered "{somefield.value}"'
}]
...
Classes must provide this config as an Object:
Ext.define('App.foo.Bar', {
publishes: {
foo: true,
bar: true
}
});
This is required for the config system to properly merge values from derived classes.
For instances this value can be specified as a value as show above or an array or object as follows:
{
xtype: 'textfield',
reference: 'somefield',
publishes: [
'value',
'rawValue',
'dirty'
]
}
// This achieves the same result as the above array form.
{
xtype: 'textfield',
reference: 'somefield',
publishes: {
value: true,
rawValue: true,
dirty: true
}
}
In some cases, users may want to publish a property to the viewModel that is not found in a class config block. In these situations, you may utilize publishState if the property has a setter method. Let's use setFieldLabel as an example:
setFieldLabel: function(fieldLabel) {
this.callParent(arguments);
this.publishState('fieldLabel', fieldLabel);
}
With the above chunk of code, fieldLabel may now be published to the viewModel.
Defaults to:
null
Available since: 5.0.0
<ExtTextcolumn record="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.record = 'value';
let record = element.record;
A model instance which updates the Component's html based on it's tpl. Similar to the data configuration, but tied to to a record to make allow dynamic updates. This must be a model instance and not a configuration of one.
Defaults to:
null
<ExtTextcolumn reference="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.reference = 'value';
let reference = element.reference;
Specifies a name for this component inside its component hierarchy. This name must be unique within its view or its Ext.app.ViewController. See the documentation in Ext.container.Container for more information about references.
Note: Valid identifiers start with a letter or underscore and are followed by zero or more additional letters, underscores or digits. References are case sensitive.
Defaults to:
null
<ExtTextcolumn referenceHolder="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.referenceHolder = true;
let referenceHolder = element.referenceHolder;
If true
, this container will be marked as being a point in the hierarchy where
references to items with a specified reference
config will be held. The container
will automatically become a referenceHolder if a controller is specified.
See the introductory docs for Ext.container.Container for more information about references & reference holders.
Defaults to:
false
<ExtTextcolumn relative="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.relative = true;
let relative = element.relative;
Only valid when a component is cfg-floated
Configure this as true
if you require descendant floated components to be positioned
relative to this component's coordinate space, not the viewport's coordinate space.
Note: The coordinate space is this Component's encapsulating element's area. Not that of the inner element in which static child items are rendered by the layout.
Defaults to:
false
Available since: 6.2.0
<ExtTextcolumn renderer="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.renderer = 'value';
let renderer = element.renderer;
A renderer is a method which can be used to transform data (value, appearance, etc.) before it is rendered.
For example:
{
text: 'Some column',
dataIndex: 'fieldName',
renderer: function(value, record) {
if (value === 1) {
return '1 person';
}
return value + ' people';
}
}
If a string is supplied, it should be the name of a renderer method from the appropriate Ext.app.ViewController.
This config is only processed if the cell type is the default of <ExtGridcell/>.
Note See <ExtGrid/> documentation for other, better alternatives to rendering cell content.
Defaults to:
null
value : Object
The data value for the current cell.
record : Ext.data.Model
The record for the current row.
dataIndex : Number
The dataIndex of the current column.
cell : Ext.grid.cell.Base
The current cell.
column : Ext.grid.column.Column
The current column.
return : String
The HTML string to be rendered. Note: to
render HTML into the cell, you will have to configure the column's cell
with encodeHtml: false
<ExtTextcolumn renderTo="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.renderTo = 'value';
let renderTo = element.renderTo;
Optional element to render this Component to. Not required if this component is an item of a Container of a Container.
Defaults to:
null
<ExtTextcolumn reserveScrollbar="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.reserveScrollbar = true;
let reserveScrollbar = element.reserveScrollbar;
Passed in from the owning grid's own configuration
Defaults to:
null
Sets the value of reserveScrollbar
reserveScrollbar : Boolean
<ExtTextcolumn resetFocusPosition="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.resetFocusPosition = true;
let resetFocusPosition = element.resetFocusPosition;
When true
, FocusableContainer
will reset last focused position whenever focus leaves the container.
Subsequent tabbing into the container will always focus the first eligible
child item.
When false
, subsequent tabbing into the container will focus the child
item that was last focused before.
Defaults to:
false
<ExtTextcolumn resizable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.resizable = true;
let resizable = element.resizable;
False to prevent the column from being resizable. Note that this configuration only works when the columnresizing plugin is enabled on the <ExtGrid/>.
Defaults to:
true
<ExtTextcolumn right="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.right = 'value';
let right = element.right;
The absolute right position of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. Explicitly setting this value will make this Component
become 'positioned', which means it will no longer participate in the layout of the
Container that it resides in.
Defaults to:
null
<ExtTextcolumn ripple="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.ripple = true;
let ripple = element.ripple;
Set to truthy, Color or Object value for the ripple.
Defaults to:
null
Available since: 6.5.0
color : String
The background color of the ripple.
position : Array
Position for the ripple to start at [x,y]. Determines if a Ripple effect should happen whenever this element is pressed.
For example: { ripple: true }
Or:
{
ripple: {
color: 'red'
}
}
For complex components, individual elements can suppress ripples by adding the
x-no-ripple
class to disable rippling for a tree of elements.
<ExtTextcolumn scope="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.scope = { };
let scope = element.scope;
The scope to use when calling the renderer or formatter function.
Defaults to:
null
<ExtTextcolumn scratchCell="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.scratchCell = { };
let scratchCell = element.scratchCell;
Defaults to:
true
Available since: 6.5.0
Sets the value of scratchCell
scratchCell : <ExtGridcell/> / Object
<ExtTextcolumn scrollable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.scrollable = true;
let scrollable = element.scrollable;
Configuration options to make this Component scrollable. Acceptable values are:
true
to enable auto scrolling.false
(or null
) to disable scrolling - this is the default.x
or horizontal
to enable horizontal scrolling onlyy
or vertical
to enable vertical scrolling onlyAlso accepts a configuration object for a Ext.scroll.Scroller
if
if advanced configuration is needed.
The getter for this config returns the Ext.scroll.Scroller instance. You can use the Scroller API to read or manipulate the scroll position:
// scrolls the component to 5 on the x axis and 10 on the y axis
component.getScrollable().scrollTo(5, 10);
Defaults to:
null
<ExtTextcolumn session="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.session = true;
let session = element.session;
If provided this creates a new Session
instance for this component. If this
is a Container
, this will then be inherited by all child components.
To create a new session you can specify true
:
Ext.create({
xtype: 'viewport',
session: true,
items: [{
...
}]
});
Alternatively, a config object can be provided:
Ext.create({
xtype: 'viewport',
session: {
...
},
items: [{
...
}]
});
Defaults to:
null
Sets the value of session
session : Boolean / Object / Ext.data.Session
<ExtTextcolumn shadow="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.shadow = true;
let shadow = element.shadow;
Configure as true
for the component to have a drop shadow. 'false' will suppress any
default shadow. By default the theme will determine the presence of a shadow.
Defaults to:
null
Available since: 6.2.0
<ExtTextcolumn shim="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.shim = true;
let shim = element.shim;
Only valid when a component is cfg-floated
Configure as true
for the component to use an <iframe>
as an underlay to ensure
certain non-standard browser plugins are occluded by this component.
Defaults to:
false
Available since: 6.2.0
<ExtTextcolumn showAnimation="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.showAnimation = 'value';
let showAnimation = element.showAnimation;
Animation effect to apply when the Component is being shown. Typically you want to use an inbound animation type such as 'fadeIn' or 'slideIn'. For more animations, check the Ext.fx.Animation#type config.
Defaults to:
null
Sets the value of showAnimation
showAnimation : String / Mixed
<ExtTextcolumn sortable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.sortable = true;
let sortable = element.sortable;
False to disable sorting of this column. Whether local/remote sorting is used is
specified in Ext.data.Store#remoteSort
.
Defaults to:
true
<ExtTextcolumn sorter="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.sorter = 'value';
let sorter = element.sorter;
A sorter config object to apply when the standard sort user interface is is invoked. This is usually clicking this column header, but there are also menu options to sort ascending or descending.
Note that a sorter may also be specified as a function which accepts two records to compare.
A Ext.app.ViewController
method can be used like so:
sorter: 'sorterMethodName'
Or more explicitly:
sorter: {
sorterFn: 'sorterMethodName'
}
By default sorting is based on the dataIndex
but this can be adjusted
like so:
sorter: {
property: 'otherProperty'
}
Defaults to:
true
Available since: 6.5.0
Returns the value of sorter
Function / String / Object / Ext.util.Sorter
Sets the value of sorter
sorter : Function / String / Object / Ext.util.Sorter
<ExtTextcolumn stateful="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.stateful = true;
let stateful = element.stateful;
This config specifies the config properties that will be persisted using the
Ext.state.Provider. If this config is set to true
, the
configs specified by statefulDefaults
will be assumed.
stateful: true
Otherwise, this config can be an array of strings of the properties to save:
stateful: [
'width',
'height',
'collapsed'
]
The above is equivalent to:
stateful: {
width: true,
height: true,
collapsed: true
}
Note: To be truly stateful, an id
or stateId
must also be assigned.
A stateful object will save its state when any of these config properties change value.
Defaults to:
false
<ExtTextcolumn statefulDefaults="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.statefulDefaults = 'value';
let statefulDefaults = element.statefulDefaults;
The default set of stateful properties. The form of this config is the same as stateful except this config cannot be a Boolean.
This config is intended for classes to specify so that instances can simply
enable statefulness using stateful: true
.
Defaults to:
null
<ExtTextcolumn stateId="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.stateId = 'value';
let stateId = element.stateId;
The unique id for this object to use for state management purposes.
Defaults to:
null
<ExtTextcolumn style="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.style = 'value';
let style = element.style;
Additional CSS styles that will be rendered into an inline style attribute when the widget is rendered.
You can pass either a string syntax:
style: 'background:red'
Or by using an object:
style: {
background: 'red'
}
When using the object syntax, you can define CSS Properties by using a string:
style: {
'border-left': '1px solid red'
}
Although the object syntax is much easier to read, we suggest you to use the string syntax for better performance.
Defaults to:
null
<ExtTextcolumn summaries="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.summaries = 'value';
let summaries = element.summaries;
This config is used by Ext.grid.plugin.Summaries plugin.
Define here what functions are available for your users to choose from
when they want to change the summary type on this column. By default only
count
is supported but you can add more summary functions.
{
xtype: 'column',
summaries: {
sum: true,
average: true,
count: false
}
}
Or like this if you want to bring new functions in:
{
xtype: 'column',
summaries: {
calculateSomething: true
}
}
In such case calculateSomething
needs to be defined as a summary function.
For this you need to define a summary class like this:
Ext.define('Ext.data.summary.CalculateSomething', {
extend: 'Ext.data.summary.Base',
alias: 'data.summary.calculateSomething',
text: 'Calculate something',
calculate: function (records, property, root, begin, end) {
// do your own calculation here
}
});
Defaults to:
{ count: true }
<ExtTextcolumn summary="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.summary = 'value';
let summary = element.summary;
This config replaces the default mechanism of acquiring a summary result from the summary record. When specified, this string is the name of a summary type:
The summary is based on either the summaryDataIndex or the
dataIndex if there is no summaryDataIndex
.
This config is only valid when all data is available client-side to calculate summaries.
It is generally best to allow the summary Ext.data.Model to computer summary values (and not use this config). In some cases, however, this config can be useful to isolate summary calculations to only certain grids.
To implement a custom summary for a column, use summaryRenderer.
Defaults to:
null
Available since: 6.5.0
<ExtTextcolumn summaryCell="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.summaryCell = { };
let summaryCell = element.summaryCell;
The config object used to create <ExtGridcellbase/> in <ExtGridsummaryrow/> for this column.
Defaults to:
null
<ExtTextcolumn summaryDataIndex="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.summaryDataIndex = 'value';
let summaryDataIndex = element.summaryDataIndex;
For <ExtGridsummaryrow/> this config overrides the normal
dataIndex
to use from the summary record.
Defaults to:
null
Available since: 6.5.0
Sets the value of summaryDataIndex
summaryDataIndex : String
<ExtTextcolumn summaryFormatter="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.summaryFormatter = 'value';
let summaryFormatter = element.summaryFormatter;
This summaryFormatter is similar to formatter but is called before displaying a value in the SummaryRow. The config is optional, if not specified the default calculated value is shown. The summaryFormatter is called with:
Note that this configuration only works when the grid has the Ext.grid.plugin.Summary plugin enabled.
Defaults to:
null
Sets the value of summaryFormatter
summaryFormatter : String
<ExtTextcolumn summaryRenderer="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.summaryRenderer = 'value';
let summaryRenderer = element.summaryRenderer;
This summaryRenderer is called to render the value to display in a cell of a summary row. If the value of this config is a String, it is the name of the renderer method on the associated controller.
Defaults to:
null
value : Mixed
The summary value to render. This value is
retrieved from the summary record based on the summaryDataIndex or
dataIndex, or by applying the summary algorithm to
the appropriate records. While this value can be useful, it can also be ignored
and the renderer method can use the context
information to determine the value
to render entirely on its own.
context : Object
The summary context object.
dataIndex : String
The data field. This will be either the summaryDataIndex if one is specified, or the normal dataIndex if not.
group : String
The Ext.data.Group
being summarized. This is null
if the summary is for the whole store
.
store : String
The Ext.data.Store being summarized.
If this method returns undefined
, no update is made to the cell. Instead it
is assumed that the summaryRenderer
has made all of the necessary changes.
Note that this configuration only works when the grid has the Ext.grid.plugin.Summary plugin enabled.
<ExtTextcolumn summaryType="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.summaryType = 'value';
let summaryType = element.summaryType;
This configuration specifies the type of summary. There are several built in summary types. These call underlying methods on the store:
Any other name is assumed to be the name of a method on the associated Ext.app.ViewController.
Note that this configuration only works when the grid has the Ext.grid.plugin.Summary plugin enabled.
Defaults to:
null
Deprecated since version 6.5
Use summary or summaryRenderer instead.
<ExtTextcolumn tabIndex="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.tabIndex = 10;
let tabIndex = element.tabIndex;
DOM tabIndex attribute for this component's focusEl.
Defaults to:
null
let element = document.body.querySelector('ExtTextcolumn');
let getTabIndex = element.getTabIndex();
Return the actual tabIndex for this Focusable.
tabIndex attribute value
let element = document.body.querySelector('ExtTextcolumn');
element.setTabIndex(newTabIndex);
Set the tabIndex property for this Focusable. If the focusEl is available, set tabIndex attribute on it, too.
newTabIndex : Number
new tabIndex to set
<ExtTextcolumn text="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.text = 'value';
let text = element.text;
The header text to be used as innerHTML (html tags are accepted) to display in the Grid.
Note: to have a clickable header with no text displayed you can use the default
non-breaking space (
).
Defaults to:
'\xa0'
<ExtTextcolumn toFrontOnShow="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.toFrontOnShow = true;
let toFrontOnShow = element.toFrontOnShow;
True to automatically call toFront when a cfg-floated Component is shown.
Defaults to:
true
<ExtTextcolumn toolDefaults="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.toolDefaults = { };
let toolDefaults = element.toolDefaults;
The properties of this object are shallow copied (via applyIf()
as opposed to Ext.merge() to each tool declared in the tools
config.
Defaults to:
{ xtype: 'tool', zone: 'end' }
<ExtTextcolumn tools="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.tools = { };
let tools = element.tools;
An array of <ExtTool/> <ExtPaneltool/> configs or an object keyed by itemId
.
Defaults to:
null
Returns the value of tools
Ext.Tool[] / Object / Object[]
<ExtTextcolumn tooltip="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.tooltip = 'value';
let tooltip = element.tooltip;
The tooltip for this component - can be a string to be used as innerHTML (html tags are accepted) or <ExtTooltip/> config object.
The default behavior is to use a shared tip instance. The tooltip configuration is registered with the Ext.tip.Manager. To enable this, your application can set the Ext.app.Application#quickTips config, or an instance of the Ext.tip.Manager may be created manually.
To force a unique tooltip instance to be created, specify autoCreate: true
on this
configuration.
Configuring this with autoHide: false
implies autoCreate: true
so that the desired
persistent behavior can be obtained with other targets still showing the singleton
instance.
Defaults to:
null
<ExtTextcolumn top="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.top = 'value';
let top = element.top;
The absolute top position of this Component; must be a valid CSS length value,
e.g: 300
, 100px
, 30%
, etc. Explicitly setting this value will make this Component
become 'positioned', which means it will no longer participate in the layout of the
Container that it resides in.
Defaults to:
null
<ExtTextcolumn touchAction="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.touchAction = { };
let touchAction = element.touchAction;
Emulates the behavior of the CSS touch-action property in a cross-browser compatible manner.
Keys in this object are touch action names, and values are false
to disable
a touch action or true
to enable it. Accepted keys are:
panX
panY
pinchZoom
doubleTapZoom
All touch actions are enabled (true
) by default, so it is usually only necessary
to specify which touch actions to disable. For example, the following disables
only horizontal scrolling and pinch-to-zoom on the component's main element:
touchAction: {
panX: false,
pinchZoom: false
}
Touch actions can be specified on reference elements using the reference element name, for example:
// disables horizontal scrolling on the main element, and double-tap-zoom
// on the child element named "body"
touchAction: {
panY: false
body: {
doubleTapZoom: false
}
}
The primary motivation for setting the touch-action of an element is to prevent the browser's default handling of a gesture such as pinch-to-zoom, or drag-to-scroll, so that the application can implement its own handling of that gesture on the element. Suppose, for example, a component has a custom drag handler on its element and wishes to prevent horizontal scrolling of its container while it is being dragged:
Ext.create('Ext.Widget', {
touchAction: {
panX: false
},
listeners: {
drag: function(e) {
// implement drag logic
}
}
});
Defaults to:
null
<ExtTextcolumn tpl="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.tpl = 'value';
let tpl = element.tpl;
An Ext.XTemplate, or an XTemplate definition string to use to process a Ext.data.Model data to produce a cell's rendered value.
Ext.create('Ext.data.Store', {
storeId:'employeeStore',
fields:['firstname', 'lastname', 'seniority', 'department'],
groupField: 'department',
data:[
{ firstname: "Michael", lastname: "Scott", seniority: 7, department: "Management" },
{ firstname: "Dwight", lastname: "Schrute", seniority: 2, department: "Sales" },
{ firstname: "Jim", lastname: "Halpert", seniority: 3, department: "Sales" },
{ firstname: "Kevin", lastname: "Malone", seniority: 4, department: "Accounting" },
{ firstname: "Angela", lastname: "Martin", seniority: 5, department: "Accounting" }
]
});
Ext.create('Ext.grid.Panel', {
title: 'Column Template Demo',
store: Ext.data.StoreManager.lookup('employeeStore'),
columns: [{
text: 'Full Name',
tpl: '{firstname} {lastname}'
}, {
text: 'Department (Yrs)',
tpl: '{department} ({seniority})'
}],
height: 200,
width: 300,
renderTo: Ext.getBody()
});
This config is only processed if the cell type is the default of <ExtGridcell/>.
Note See <ExtGrid/> documentation for other, better alternatives to rendering cell content.
Defaults to:
null
<ExtTextcolumn tplWriteMode="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.tplWriteMode = 'value';
let tplWriteMode = element.tplWriteMode;
The Ext.(X)Template method to use when updating the content area of the Component.
Valid modes are:
Defaults to:
'overwrite'
<ExtTextcolumn translatable="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.translatable = { };
let translatable = element.translatable;
Defaults to:
null
<ExtTextcolumn twoWayBindable="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.twoWayBindable = 'value';
let twoWayBindable = element.twoWayBindable;
This object holds a map of config
properties that will update their binding
as they are modified. For example, value
is a key added by form fields. The
form of this config is the same as publishes
.
This config is defined so that updaters are not created and added for all bound properties since most cannot be modified by the end-user and hence are not appropriate for two-way binding.
Defaults to:
null
<ExtTextcolumn ui="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.ui = 'value';
let ui = element.ui;
The ui or uis to be used on this Component
When a ui is configured, CSS class names are added to the element, created by appending the ui name(s) to each classCls and/or baseCls.
Defaults to:
null
<ExtTextcolumn userCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.userCls = 'value';
let userCls = element.userCls;
One or more CSS classes to add to the component's primary element. This config is intended solely for use by the component instantiator (the "user"), not by derived classes.
For example:
items: [{
xtype: 'button',
userCls: 'my-button'
...
}]
Defaults to:
null
<ExtTextcolumn userSelectable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.userSelectable = true;
let userSelectable = element.userSelectable;
Setting the value to true implies auto
, while false implies none
. Setting the value
to text
allows users to select text within this component. The value may also be an
object keyed by child element name as seen below.
Can also be any valid value for the CSS3 user-select property.
By default, the user cannot click+drag+select text/elements of the UI. Applications may want to enable user selection for specific DOM elements, such as the bodyElement of a component used as a tab panel. The tab and tab text would not be user selectable in this example, but the content area when the tab is selected would.
userSelectable: {
element: true, // allow the element to be user selectable
bodyElement: true // allow the component's body element to be user selectable
}
Defaults to:
false
Available since: 6.5.1
<ExtTextcolumn verticalOverflow="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.verticalOverflow = true;
let verticalOverflow = element.verticalOverflow;
Updated by the grid to inform the header container whether it must account for a vertical scrollbar.
Defaults to:
null
Sets the value of verticalOverflow
verticalOverflow : Boolean
<ExtTextcolumn viewModel="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.viewModel = 'value';
let viewModel = element.viewModel;
The ViewModel
is a data provider for this component and its children. The
data contained in the ViewModel
is typically used by adding bind
configs
to the components that want present or edit this data.
When set, the ViewModel
is created and links to any inherited viewModel
instance from an ancestor container as the "parent". The ViewModel
hierarchy,
once established, only supports creation or destruction of children. The
parent of a ViewModel
cannot be changed on the fly.
If this is a root-level ViewModel
, the data model connection is made to this
component's associated Ext.data.Session
. This is
determined by calling getInheritedSession
.
Defaults to:
null
Sets the value of viewModel
viewModel : String / Object / Ext.app.ViewModel
<ExtTextcolumn weight="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.weight = 10;
let weight = element.weight;
This value controls this item's order in a weighted <ExtContainer/> (see parent).
Lower values gravitate towards the start of the container - the top in vertical layouts, the locale start side in horizontal layouts.
Defaults to:
0
<ExtTextcolumn weighted="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.weighted = true;
let weighted = element.weighted;
If set to true
, then child items may be specified as a object,
with each property name specifying an itemId, and the property
value being the child item configuration object.
When using this scheme, each child item may contain a weight configuration value which affects its order in this container. Lower weights are towards the start, higher weights towards the end.
Defaults to:
false
<ExtTextcolumn width="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.width = 'value';
let width = element.width;
The width of this Component; must be a valid CSS length value, e.g: 300
, 100px
,
30%
, etc. By default, if this is not explicitly set, this Component's element will
simply have its own natural size. If set to auto
, it will set the width to null
meaning it will have its own natural size.
Defaults to:
null
<ExtTextcolumn x="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.x = 10;
let x = element.x;
Only valid when a component is cfg-floated
The x position at which to position this component. This is usually viewport-relative.
But if there is a relative: true
ancestor, it will be relative to that.
Defaults to:
0
<ExtTextcolumn xtype="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.xtype = 'value';
let xtype = element.xtype;
The xtype
configuration option can be used to optimize Component creation and rendering.
It serves as a shortcut to the full component name. For example, the component
Ext.button.Button
has an xtype of button
.
You can define your own xtype on a custom <ExtComponent/> like so:
Ext.define('PressMeButton', {
extend: 'Ext.button.Button',
xtype: 'pressmebutton',
text: 'Press Me'
});
Any Component can be created implicitly as an object config with an xtype specified, allowing it to be declared and passed into the rendering pipeline without actually being instantiated as an object. Not only is rendering deferred, but the actual creation of the object itself is also deferred, saving memory and resources until they are actually needed. In complex, nested layouts containing many Components, this can make a noticeable improvement in performance.
// Explicit creation of contained Components:
var panel = new Ext.Panel({
// ...
items: [
Ext.create('Ext.button.Button', {
text: 'OK'
})
]
});
// Implicit creation using xtype:
var panel = new Ext.Panel({
// ...
items: [{
xtype: 'button',
text: 'OK'
}]
});
In the first example, the button will always be created immediately during the panel's initialization. With many added Components, this approach could potentially slow the rendering of the page. In the second example, the button will not be created or rendered until the panel is actually displayed in the browser. If the panel is never displayed (for example, if it is a tab that remains hidden) then the button will never be created and will never consume any resources whatsoever.
<ExtTextcolumn y="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.y = 10;
let y = element.y;
Only valid when a component is cfg-floated
The x position at which to position this component. This is usually viewport-relative.
But if there is a relative: true
ancestor, it will be relative to that.
Defaults to:
0
<ExtTextcolumn zIndex="10" />
let element = document.body.querySelector('ExtTextcolumn');
element.zIndex = 10;
let zIndex = element.zIndex;
The z-index to give this Component when it is rendered.
Not valid for cfg-floated Components. The Z ordering of cfg-floated Components is managed by ordering of the DOM elements.
Defaults to:
null
<ExtTextcolumn $className="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.$className = 'value';
let $className = element.$className;
Defaults to:
'Ext.Base'
<ExtTextcolumn $configPrefixed="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.$configPrefixed = true;
let $configPrefixed = element.$configPrefixed;
The value true
causes config
values to be stored on instances using a
property name prefixed with an underscore ("_") character. A value of false
stores config
values as properties using their exact name (no prefix).
Defaults to:
true
Available since: 5.0.0
<ExtTextcolumn $configStrict="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.$configStrict = true;
let $configStrict = element.$configStrict;
The value true
instructs the initConfig
method to only honor values for
properties declared in the config
block of a class. When false
, properties
that are not declared in a config
block will be placed on the instance.
Defaults to:
true
Available since: 5.0.0
<ExtTextcolumn $configTransforms="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.$configTransforms = { };
let $configTransforms = element.$configTransforms;
A prototype-chained object storing transform method names and priorities stored on the class prototype. On first instantiation, this object is converted into an array that is sorted by priority and stored on the constructor.
Defaults to:
{}
<ExtTextcolumn $eventOptions="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.$eventOptions = 'value';
let $eventOptions = element.$eventOptions;
Matches options property names within a listeners specification object - property names which are never used as event names.
Defaults to:
{ scope: 1, delay: 1, buffer: 1, onFrame: 1, single: 1, args: 1, destroyable: 1, priority: 1, order: 1 }
<ExtTextcolumn $vetoClearingPrototypeOnDestroy="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.$vetoClearingPrototypeOnDestroy = 'value';
let $vetoClearingPrototypeOnDestroy = element.$vetoClearingPrototypeOnDestroy;
We don't want the base destructor to clear the prototype because our destroyObservable handler must be called the very last. It will take care of the prototype after completing Observable destruction sequence.
Defaults to:
true
<ExtTextcolumn activeAnimation="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.activeAnimation = 'value';
let activeAnimation = element.activeAnimation;
Defaults to:
null
<ExtTextcolumn ariaEl="value" />
let element = document.body.querySelector('ExtTextcolumn');
let ariaEl = element.ariaEl;
The name of the Component property that holds a reference to the Element that serves as that Component's ARIA element. This property will be replaced with the actual Element reference after rendering.
Most of the simple Components will have their main element as ariaEl.
Defaults to:
'el'
Available since: 6.0.0
<ExtTextcolumn ariaRenderAttributes="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.ariaRenderAttributes = { };
let ariaRenderAttributes = element.ariaRenderAttributes;
Instance specific ARIA attributes to render into Component's ariaEl. This object is only used during rendering, and is discarded afterwards.
<ExtTextcolumn ariaRole="value" />
let element = document.body.querySelector('ExtTextcolumn');
let ariaRole = element.ariaRole;
ARIA role for this Component, defaults to no role. With no role, no other ARIA attributes are set.
<ExtTextcolumn autoGenId="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.autoGenId = true;
let autoGenId = element.autoGenId;
true
indicates an id
was auto-generated rather than provided by configuration.
Defaults to:
false
Available since: 6.7.0
<ExtTextcolumn baseCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.baseCls = 'value';
let baseCls = element.baseCls;
The base CSS class to apply to this widget's element.
Used as the prefix for ui-specific class names.
Defaults to the value of classCls or (x-
+ the xtype) of the widget
if classCls is null
Defaults to:
null
<ExtTextcolumn classCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.classCls = 'value';
let classCls = element.classCls;
A CSS class to apply to the main element that will be inherited down the class hierarchy. Subclasses may override this property on their prototype to add their own CSS class in addition to the CSS classes inherited from ancestor classes via the prototype chain. For example
Ext.define('Foo', {
extend: 'Ext.Widget',
classCls: 'foo'
});
Ext.define('Bar', {
extend: 'Foo',
classCls: 'bar'
});
var bar = new Bar();
console.log(bar.element.className); // outputs 'foo bar'
Defaults to:
Ext.baseCSSPrefix + 'component'
<ExtTextcolumn classClsRoot="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.classClsRoot = 'value';
let classClsRoot = element.classClsRoot;
When set to true
during widget class definition, that class will be the "root" for
classCls inheritance. Derived classes may set this to true
to avoid
inheriting a classCls from their superclass.
Defaults to:
true
<ExtTextcolumn clearPropertiesOnDestroy="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.clearPropertiesOnDestroy = true;
let clearPropertiesOnDestroy = element.clearPropertiesOnDestroy;
Setting this property to false
will prevent nulling object references
on a Class instance after destruction. Setting this to "async"
will delay
the clearing for approx 50ms.
Defaults to:
true
Available since: 6.2.0
<ExtTextcolumn clearPrototypeOnDestroy="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.clearPrototypeOnDestroy = true;
let clearPrototypeOnDestroy = element.clearPrototypeOnDestroy;
Setting this property to true
will result in setting the object's
prototype to null
after the destruction sequence is fully completed.
After that, most attempts at calling methods on the object instance
will result in "method not defined" exception. This can be very helpful
with tracking down otherwise hard to find bugs like runaway Ajax requests,
timed functions not cleared on destruction, etc.
Note that this option can only work in browsers that support Object.setPrototypeOf
method, and is only available in debugging mode.
Defaults to:
false
Available since: 6.2.0
<ExtTextcolumn columnFilterTypes="value" />
let element = document.body.querySelector('ExtTextcolumn');
let columnFilterTypes = element.columnFilterTypes;
This object maps column xtype
values to filter type
aliases. These aliases
are used if the column does not define a defaultFilterType
.
Defaults to:
{ booleancolumn: 'boolean', datecolumn: 'date', numbercolumn: 'number' }
Available since: 6.7.0
<ExtTextcolumn containsFocus="true" />
let element = document.body.querySelector('ExtTextcolumn');
let containsFocus = element.containsFocus;
true
if this currently focused element
is within this Component's or Container's hierarchy. This property is set separately
from hasFocus, and can be true
when hasFocus
is false
.
Examples:
Text field with input element focused would be: focusable: true, hasFocus: true, containsFocus: true
Date field with drop-down picker currently focused would be: focusable: true, hasFocus: false, containsFocus: true
Form Panel with a child input field currently focused would be: focusable: false, hasFocus: false, containsFocus: true
See also hasFocus.
Defaults to:
false
<ExtTextcolumn defaultBindProperty="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultBindProperty = 'value';
let defaultBindProperty = element.defaultBindProperty;
This property is used to determine the property of a bind
config that is just
the value. For example, if defaultBindProperty="value"
, then this shorthand
bind
config:
bind: '{name}'
Is equivalent to this object form:
bind: {
value: '{name}'
}
The defaultBindProperty
is set to "value" for form fields and to "store" for
grids and trees.
Defaults to:
'html'
<ExtTextcolumn defaultFilterType="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.defaultFilterType = 'value';
let defaultFilterType = element.defaultFilterType;
This property can be set on column classes to determine the default type
alias
for filters.
Defaults to:
null
<ExtTextcolumn destroyed="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.destroyed = true;
let destroyed = element.destroyed;
This property is set to true
after the destroy
method is called.
Defaults to:
false
<ExtTextcolumn dockPositions="value" />
let element = document.body.querySelector('ExtTextcolumn');
let dockPositions = element.dockPositions;
Defaults to:
{ top: true, right: true, bottom: true, left: true }
<ExtTextcolumn element="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.element = { };
let element = element.element;
A configuration object for Ext.Element.create() that is used to create the Element template. Subclasses should avoid overriding this property and instead add elements using template.
Supports all the standard options of a Ext.Element.create() config and adds 3 additional options:
reference
- this option specifies a name for Element references. These
references names become properties of the Widget instance and refer to Ext.Element
instances that were created using the template:
element: {
reference: 'element',
children: [{
reference: 'innerElement'
}]
}
After construction of a widget the reference elements are accessible as follows:
var foo = new FooWidget(),
innerEl = foo.innerElement; // an Ext.Element that wraps the innerElement
The reference attribute is optional, but all Widgets must have a 'element'
reference on some element within the template (usually the outermost one).
listeners
- a standard listeners object as specified by Ext.mixin.Observable.
element: {
reference: 'element',
listeners: {
click: 'onClick'
},
children: [{
reference: 'innerElement',
listeners: {
click: 'onInnerClick'
}
}]
}
Since listeners cannot be attached without an Ext.Element reference the reference
property MUST be specified in order to use listeners
.
The Widget instance is used as the scope for all listeners specified in this way,
so it is invalid to use the scope
option in the listeners
config since it will
always be overwritten using this
.
uiCls
- a suffix to be appended to the ui-specific CSS class for each ui
for this widget. These ui classes are constructed by appending the ui
to each
classCls
or baseCls
for the widget. As such, uiCls
should
never be used on the main element
reference, as its uiCls
is computed automatically.For example, assume a widget is defined with a ui
of 'alt action'
and a
uiCls
of 'inner-el'
on its innerElement
reference element:
Ext.define('Doodad', {
extend: 'Ext.Widget',
xtype: 'doodad',
classCls: 'x-doodad',
ui: 'alt action',
element: {
reference: 'element',
children: [{
reference: 'innerElement',
cls: 'x-inner-el',
uiCls: 'inner-el'
}]
}
});
This would result in the following markup when rendered:
<div class="x-doodad x-doodad-alt x-doodad-action">
<div class="x-inner-el x-doodad-inner-el x-doodad-alt-inner-el x-doodad-action-inner-el"></div>
</div>
These additional classes can be used to style the reference element for a particular
ui; however, use of uiCls
is not typically necessary or recommended. Reference
elements should usually be styled using simple descendant selectors:
.x-doodad-alt .x-inner-el {
color: red;
}
When there is a possibility that widgets can be nested it is best to use direct child selectors to avoid the possibility of selecting all descendants instead of just the reference element for the intended widget:
.x-doodad-alt > .x-inner-el {
color: red;
}
Only use uiCls
when there is a possibility of nesting, AND there may be a variable
number of elements between the main element
and the reference element in question.
For example, Ext.Container with docked items has a different number of elements
in between its element
and its bodyElement
than a Container without docked items
because of the wrapping elements that are dynamically added to support docking.
To ensure it does not style all descendants it must use a uiCls
to style its
bodyElement
:
.x-container-alt-body-el {
background: #fff;
}
Note that when uiCls
is specified it also adds a class name that does not contain
the ui
using just the classCls
and/or baseCls
as the prefix. This class name
can be used for base-level styling that does not relate to any particular UI:
.x-container-body-el {
position: relative;
}
Defaults to:
{ reference: 'element' }
<ExtTextcolumn eventsSuspended="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.eventsSuspended = 'value';
let eventsSuspended = element.eventsSuspended;
Initial suspended call count. Incremented when suspendEvents is called, decremented when resumeEvents is called.
Defaults to:
0
<ExtTextcolumn factoryConfig="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.factoryConfig = { };
let factoryConfig = element.factoryConfig;
If this property is specified by the target class of this mixin its properties are
used to configure the created Ext.Factory
.
<ExtTextcolumn fieldFilterTypes="value" />
let element = document.body.querySelector('ExtTextcolumn');
let fieldFilterTypes = element.fieldFilterTypes;
This object maps Ext.data.field.Field
type
aliases to filter type
aliases.
These aliases are used if the column does not define a defaultFilterType
.
Defaults to:
{ auto: 'string', bool: 'boolean', date: 'date', 'float': 'number', number: 'number', 'int': 'number', integer: 'number', string: 'string' }
Available since: 6.7.0
<ExtTextcolumn floatedSelector="value" />
let element = document.body.querySelector('ExtTextcolumn');
let floatedSelector = element.floatedSelector;
The CSS selector to match floated elements.
Defaults to:
".x-floated"
<ExtTextcolumn floatingCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.floatingCls = 'value';
let floatingCls = element.floatingCls;
The CSS class to add to this component when it is floated at the viewport level.
Defaults to:
Ext.baseCSSPrefix + 'floating'
<ExtTextcolumn floatWrapCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
let floatWrapCls = element.floatWrapCls;
The CSS class to add to this component's floatWrap when it's created.
Defaults to:
"x-float-wrap"
<ExtTextcolumn focusable="true" />
let element = document.body.querySelector('ExtTextcolumn');
let focusable = element.focusable;
true
for keyboard interactive Components or Widgets, false
otherwise.
For Containers, this property reflects interactiveness of the
Container itself, not its children. See isFocusable.
Note: It is not enough to set this property to true
to make
a component keyboard interactive. You also need to make sure that
the component's focusEl is reachable via Tab key (tabbable).
See also tabIndex.
Defaults to:
false
<ExtTextcolumn focusableContainerEl="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.focusableContainerEl = 'value';
let focusableContainerEl = element.focusableContainerEl;
The name of the element that FocusableContainer should bind its keyboard handler to. Similar to ariaEl, this name is resolved to the Ext.dom.Element instance after rendering.
Defaults to:
"el"
<ExtTextcolumn focusClsEl="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.focusClsEl = 'value';
let focusClsEl = element.focusClsEl;
The element that will have the focusCls applied when component's focusEl is focused.
<ExtTextcolumn focusEl="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.focusEl = 'value';
let focusEl = element.focusEl;
The element that will be focused when focus method is called on this component. Usually this is the same element that receives focus via mouse clicks, taps, and pressing Tab key.
Defaults to:
'el'
<ExtTextcolumn hasFocus="true" />
let element = document.body.querySelector('ExtTextcolumn');
let hasFocus = element.hasFocus;
true
if this component's focusEl is focused.
See also containsFocus.
Defaults to:
false
<ExtTextcolumn hasListeners="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
let hasListeners = element.hasListeners;
This object holds a key for any event that has a listener. The listener may be set directly on the instance, or on its class or a super class (via observe) or on the Ext.app.EventBus. The values of this object are truthy (a non-zero number) and falsy (0 or undefined). They do not represent an exact count of listeners. The value for an event is truthy if the event must be fired and is falsy if there is no need to fire the event.
The intended use of this property is to avoid the expense of fireEvent calls when there are no listeners. This can be particularly helpful when one would otherwise have to call fireEvent hundreds or thousands of times. It is used like this:
if (this.hasListeners.foo) {
this.fireEvent('foo', this, arg1);
}
<ExtTextcolumn inheritUi="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.inheritUi = true;
let inheritUi = element.inheritUi;
Set to true
on widgets that should inherit ui from their parent container.
This property is typically set on the class body, but can be set on an instance as long
as it is set prior to the instance being added to its container. This property is
inspected at the moment a widget is added to a container, and any UIs on the container
are added to the widget at that time. Inherited UIs are in addition to the widget's
own ui, and are updated when the container's UI changes.
Defaults to:
false
<ExtTextcolumn initFocusable="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.initFocusable = 'value';
let initFocusable = element.initFocusable;
Template method to do any Focusable related initialization that does not involve event listeners creation.
Defaults to:
Ext.emptyFn
<ExtTextcolumn isComponent="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.isComponent = 'value';
let isComponent = element.isComponent;
Defaults to:
true
<ExtTextcolumn isConfiguring="true" />
let element = document.body.querySelector('ExtTextcolumn');
let isConfiguring = element.isConfiguring;
This property is set to true
during the call to initConfig
.
Defaults to:
false
Available since: 5.0.0
<ExtTextcolumn isContainer="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.isContainer = true;
let isContainer = element.isContainer;
true
in this class to identify an object as an instantiated Container, or subclass thereof.
Defaults to:
true
<ExtTextcolumn isFirstInstance="true" />
let element = document.body.querySelector('ExtTextcolumn');
let isFirstInstance = element.isFirstInstance;
This property is set to true
if this instance is the first of its class.
Defaults to:
false
Available since: 5.0.0
<ExtTextcolumn isGridColumn="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.isGridColumn = true;
let isGridColumn = element.isGridColumn;
Set in this class to identify, at runtime, instances which are not instances of the HeaderContainer base class, but are in fact, the subclass: Ext.grid.Column.
Defaults to:
true
<ExtTextcolumn isHeaderContainer="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.isHeaderContainer = true;
let isHeaderContainer = element.isHeaderContainer;
true
in this class to identify an object this type, or subclass thereof.
Defaults to:
true
<ExtTextcolumn isHeaderGroup="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.isHeaderGroup = true;
let isHeaderGroup = element.isHeaderGroup;
This will be set to true
if the column has child columns.
<ExtTextcolumn isInner="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.isInner = 'value';
let isInner = element.isInner;
Defaults to:
true
<ExtTextcolumn isInstance="true" />
let element = document.body.querySelector('ExtTextcolumn');
let isInstance = element.isInstance;
This value is true
and is used to identify plain objects from instances of
a defined class.
Defaults to:
true
<ExtTextcolumn isLeafHeader="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.isLeafHeader = true;
let isLeafHeader = element.isLeafHeader;
This will be set to true
if the column has no child columns.
<ExtTextcolumn isObservable="true" />
let element = document.body.querySelector('ExtTextcolumn');
element.isObservable = true;
let isObservable = element.isObservable;
true
in this class to identify an object as an instantiated Observable, or subclass
thereof.
Defaults to:
true
<ExtTextcolumn lastKeyMapEvent="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.lastKeyMapEvent = 'value';
let lastKeyMapEvent = element.lastKeyMapEvent;
The last key event processed is cached on the component for use in subsequent event handlers.
Available since: 6.6.0
<ExtTextcolumn noBorderCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
let noBorderCls = element.noBorderCls;
The CSS class to add to this component should not have a border.
Defaults to:
Ext.baseCSSPrefix + 'noborder-trbl'
<ExtTextcolumn onSummaryChange="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.onSummaryChange(summaryType);
Defaults to:
null
summaryType : Ext.data.summary.Base
This function is called by Ext.grid.plugin.Summaries plugin when the summary on this column is changed.
It is quite useful when you need to change the column summary renderer/formatter depending on the chosen summary.
<ExtTextcolumn positioned="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.positioned = 'value';
let positioned = element.positioned;
Defaults to:
false
<ExtTextcolumn rendered="true" />
let element = document.body.querySelector('ExtTextcolumn');
let rendered = element.rendered;
The rendered flag is set when a widget is inserted into the document for the first time.
Note that this is a one-way operation. The first time a widget is inserted into the document, this flag is set, and it is never unset.
<ExtTextcolumn self="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.self = 'value';
let self = element.self;
Get the reference to the current class from which this object was instantiated. Unlike
Ext.Base#statics, this.self
is scope-dependent and it's meant to be used
for dynamic inheritance. See Ext.Base#statics for a detailed comparison
Ext.define('My.Cat', {
statics: {
speciesName: 'Cat' // My.Cat.speciesName = 'Cat'
},
constructor: function() {
alert(this.self.speciesName); // dependent on 'this'
},
clone: function() {
return new this.self();
}
});
Ext.define('My.SnowLeopard', {
extend: 'My.Cat',
statics: {
speciesName: 'Snow Leopard' // My.SnowLeopard.speciesName = 'Snow Leopard'
}
});
var cat = new My.Cat(); // alerts 'Cat'
var snowLeopard = new My.SnowLeopard(); // alerts 'Snow Leopard'
var clone = snowLeopard.clone();
alert(Ext.getClassName(clone)); // alerts 'My.SnowLeopard'
Defaults to:
Base
<ExtTextcolumn shadowCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
let shadowCls = element.shadowCls;
The CSS class to add to this component when it has a shadow.
Defaults to:
Ext.baseCSSPrefix + 'shadow'
<ExtTextcolumn shimCls="value" />
let element = document.body.querySelector('ExtTextcolumn');
let shimCls = element.shimCls;
The CSS class to add to this component's shim element if enabled.
Defaults to:
"x-shim"
<ExtTextcolumn template="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.template = 'value';
let template = element.template;
An array of child elements to use as the children of the main element in the element template. Only used if "children" are not specified explicitly in the element template.
Defaults to:
[]
<ExtTextcolumn toolAnchorName="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.toolAnchorName = 'value';
let toolAnchorName = element.toolAnchorName;
The name of the reference element to use as the "anchor" for the tool zones. The start zone is inserted just prior to the anchor element and the tail and end zones are inserted immediately after.
Not applicable for Ext.Container instances as they use docked items to create the tool zones
Defaults to:
'bodyElement'
<ExtTextcolumn uiReferences="{ }" />
let element = document.body.querySelector('ExtTextcolumn');
element.uiReferences = { };
let uiReferences = element.uiReferences;
A map that tracks all reference elements configured with a uiCls
.
Contains the element
reference by default since the element
always gets
non-suffixed ui-specific CSS class names added to it (see syncUiCls)
<ExtTextcolumn userSelectableClsMap="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.userSelectableClsMap = 'value';
let userSelectableClsMap = element.userSelectableClsMap;
Defaults to:
{ "true": Ext.baseCSSPrefix + 'user-selectable-auto', "false": Ext.baseCSSPrefix + 'user-selectable-none', all: Ext.baseCSSPrefix + 'user-selectable-all', auto: Ext.baseCSSPrefix + 'user-selectable-auto', text: Ext.baseCSSPrefix + 'user-selectable-text', none: Ext.baseCSSPrefix + 'user-selectable-none' }
<ExtTextcolumn validRefRe="value" />
let element = document.body.querySelector('ExtTextcolumn');
element.validRefRe = 'value';
let validRefRe = element.validRefRe;
Regular expression used for validating reference
values.
Defaults to:
/^[a-z_][a-z0-9_]*$/i
let element = document.body.querySelector('ExtTextcolumn');
let _addDeclaredListeners = element._addDeclaredListeners(listeners);
Adds declarative listeners as nested arrays of listener objects.
listeners : Array
true
if any listeners were added
let element = document.body.querySelector('ExtTextcolumn');
element._fixReference();
Sets up a reference on our current reference holder.
let element = document.body.querySelector('ExtTextcolumn');
element._flushStateful();
This method is called before destroy
to ensure that this instance's stateful
properties are saved to persistent storage. Since this object is about to be
destroyed, this cannot be delayed.
let element = document.body.querySelector('ExtTextcolumn');
let _getStateId = element._getStateId();
Returns the state id for this object.
let element = document.body.querySelector('ExtTextcolumn');
let activatePlugin = element.activatePlugin(type);
Creates a particular plugin type if defined in the plugins
configuration.
Available since: 6.2.0
type : String
The type
of the plugin.
The plugin that was created.
let element = document.body.querySelector('ExtTextcolumn');
let add = element.add(newItems);
Adds one or more Components to this Container. Example:
var myPanel = Ext.create({
xtype: 'panel',
html : 'This will be added to a Container'
});
var items = myContainer.add([myPanel]); // Array returned
var item = myContainer.add(myPanel); // One item is returned
newItems : Object/Object[]/Ext.Component/Ext.Component[]
The new item(s) to add to the Container. Note that if an array of items to add was passed in, an array of added items will be returned as well even if there was only one item.
The Component(s) that were added.
let element = document.body.querySelector('ExtTextcolumn');
element.addAfterListener();
Alias for onAfter.
let element = document.body.querySelector('ExtTextcolumn');
element.addBeforeListener();
Alias for onBefore.
let element = document.body.querySelector('ExtTextcolumn');
element.addCls(cls, prefix, suffix);
Adds a CSS class (or classes) to this Component's rendered element.
cls : String/String[]
The CSS class(es) to add.
prefix : String (optional)
Optional prefix to add to each class.
Defaults to: ""
suffix : String (optional)
Optional suffix to add to each class.
Defaults to: ""
let element = document.body.querySelector('ExtTextcolumn');
element.addDelegatedListener(eventName, fn, scope, options, order, caller, manager);
Adds a listeners with the "delegate" event option. Users should not invoke this method directly. Use the "delegate" event option of addListener instead.
eventName : Object
fn : Object
scope : Object
options : Object
order : Object
caller : Object
manager : Object
let element = document.body.querySelector('ExtTextcolumn');
element.addDeprecations(deprecations);
This method applies a versioned, deprecation declaration to this class. This
is typically called by the deprecated
config.
deprecations : Object
let element = document.body.querySelector('ExtTextcolumn');
let addElementReference = element.addElementReference(name, domNode);
Adds an element reference to this Widget instance.
name : String
The name of the reference
domNode : HTMLElement
let element = document.body.querySelector('ExtTextcolumn');
element.addElementReferenceOnDemand(name, domNode);
Reduces instantiation time for a Widget by lazily instantiating Ext.Element references the first time they are used. This optimization only works for elements with no listeners specified.
name : String
The name of the reference
domNode : HTMLElement
let element = document.body.querySelector('ExtTextcolumn');
let addListener = element.addListener(eventName, fn, scope, options, order);
The on method is shorthand for addListener.
Appends an event handler to this object. For example:
myGridPanel.on("itemclick", this.onItemClick, this);
The method also allows for a single argument to be passed which is a config object containing properties which specify multiple events. For example:
myGridPanel.on({
cellclick: this.onCellClick,
select: this.onSelect,
viewready: this.onViewReady,
scope: this // Important. Ensure "this" is correct during handler execution
});
One can also specify options for each event handler separately:
myGridPanel.on({
cellclick: {fn: this.onCellClick, scope: this, single: true},
viewready: {fn: panel.onViewReady, scope: panel}
});
Names of methods in a specified scope may also be used:
myGridPanel.on({
cellclick: {fn: 'onCellClick', scope: this, single: true},
viewready: {fn: 'onViewReady', scope: panel}
});
eventName : String/Object
The name of the event to listen for. May also be an object who's property names are event names.
fn : Function/String (optional)
The method the event invokes or the name of
the method within the specified scope
. Will be called with arguments
given to Ext.util.Observable#fireEvent plus the options
parameter described
below.
scope : Object (optional)
The scope (this
reference) in which the handler function is
executed. If omitted, defaults to the object which fired the event.
options : Object (optional)
An object containing handler configuration.
Note: The options object will also be passed as the last argument to every event handler.
This object may contain any of the following properties:
scope : Object
The scope (this
reference) in which the handler function is executed. If omitted,
defaults to the object which fired the event.
delay : Number
The number of milliseconds to delay the invocation of the handler after the event fires.
single : Boolean
True to add a handler to handle just the next firing of the event, and then remove itself.
buffer : Number
Causes the handler to be scheduled to run in an Ext.util.DelayedTask delayed by the specified number of milliseconds. If the event fires again within that time, the original handler is not invoked, but the new handler is scheduled in its place.
onFrame : Number
Causes the handler to be scheduled to run at the next animation frame event. If the event fires again before that time, the handler is not rescheduled - the handler will only be called once when the next animation frame is fired, with the last set of arguments passed.
target : Ext.util.Observable
Only call the handler if the event was fired on the target Observable, not if the event was bubbled up from a child Observable.
element : String
This option is only valid for listeners bound to <ExtComponent/>. The name of a Component property which references an Ext.dom.Element to add a listener to.
This option is useful during Component construction to add DOM event listeners to elements of <ExtComponent/> which will exist only after the Component is rendered.
For example, to add a click listener to a Panel's body:
var panel = new Ext.panel.Panel({
title: 'The title',
listeners: {
click: this.handlePanelClick,
element: 'body'
}
});
In order to remove listeners attached using the element, you'll need to reference the element itself as seen below.
panel.body.un(...)
delegate : String (optional)
A simple selector to filter the event target or look for a descendant of the target.
The "delegate" option is only available on Ext.dom.Element instances (or when attaching a listener to a Ext.dom.Element via a Component using the element option).
See the delegate example below.
capture : Boolean (optional)
When set to true
, the listener is fired in the capture phase of the event propagation
sequence, instead of the default bubble phase.
The capture
option is only available on Ext.dom.Element instances (or
when attaching a listener to a Ext.dom.Element via a Component using the
element option).
stopPropagation : Boolean (optional)
This option is only valid for listeners bound to Ext.dom.Element.
true
to call stopPropagation on the event
object before firing the handler.
preventDefault : Boolean (optional)
This option is only valid for listeners bound to Ext.dom.Element.
true
to call preventDefault on the event
object before firing the handler.
stopEvent : Boolean (optional)
This option is only valid for listeners bound to Ext.dom.Element.
true
to call stopEvent on the event object
before firing the handler.
args : Array (optional)
Optional set of arguments to pass to the handler function before the actual
fired event arguments. For example, if args
is set to ['foo', 42]
,
the event handler function will be called with an arguments list like this:
handler('foo', 42, <actual event arguments>...);
destroyable : Boolean (optional)
When specified as true
, the function returns a destroyable
object. An object
which implements the destroy
method which removes all listeners added in this call.
This syntax can be a helpful shortcut to using un; particularly when
removing multiple listeners. NOTE - not compatible when using the element
option. See un for the proper syntax for removing listeners added using the
element config.
Defaults to:
false
priority : Number (optional)
An optional numeric priority that determines the order in which event handlers are run. Event handlers with no priority will be run as if they had a priority of 0. Handlers with a higher priority will be prioritized to run sooner than those with a lower priority. Negative numbers can be used to set a priority lower than the default. Internally, the framework uses a range of 1000 or greater, and -1000 or lesser for handlers that are intended to run before or after all others, so it is recommended to stay within the range of -999 to 999 when setting the priority of event handlers in application-level code. A priority must be an integer to be valid. Fractional values are reserved for internal framework use.
order : String (optional)
A legacy option that is provided for backward compatibility.
It is recommended to use the priority
option instead. Available options are:
'before'
: equal to a priority of 100
'current'
: equal to a priority of 0
or default priority'after'
: equal to a priority of -100
Defaults to:
'current'
order : String (optional)
A shortcut for the order
event option. Provided for backward compatibility.
Please use the priority
event option instead.
Defaults to: 'current'
Only when the destroyable
option is specified.
A Destroyable
object. An object which implements the destroy
method which removes
all listeners added in this call. For example:
this.btnListeners = = myButton.on({
destroyable: true
mouseover: function() { console.log('mouseover'); },
mouseout: function() { console.log('mouseout'); },
click: function() { console.log('click'); }
});
And when those listeners need to be removed:
Ext.destroy(this.btnListeners);
or
this.btnListeners.destroy();
let element = document.body.querySelector('ExtTextcolumn');
let addManagedListener = element.addManagedListener(item, ename, fn, scope, options);
The addManagedListener method is used when some object (call it "A") is listening to an event on another observable object ("B") and you want to remove that listener from "B" when "A" is destroyed. This is not an issue when "B" is destroyed because all of its listeners will be removed at that time.
Example:
Ext.define('Foo', {
extend: 'Ext.Component',
initComponent: function () {
this.addManagedListener(MyApp.SomeSharedMenu, 'show', this.doSomething);
this.callParent();
}
});
As you can see, when an instance of Foo is destroyed, it ensures that the 'show'
listener on the menu (MyApp.SomeGlobalSharedMenu
) is also removed.
As of version 5.1 it is no longer necessary to use this method in most cases because
listeners are automatically managed if the scope object provided to
addListener is an Observable instance.
However, if the observable instance and scope are not the same object you
still need to use mon
or addManagedListener
if you want the listener to be
managed.
item : Ext.util.Observable/Ext.dom.Element
The item to which to add a listener/listeners.
ename : Object/String
The event name, or an object containing event name properties.
fn : Function/String (optional)
If the ename
parameter was an event
name, this is the handler function or the name of a method on the specified
scope
.
scope : Object (optional)
If the ename
parameter was an event name, this is
the scope (this
reference) in which the handler function is executed.
options : Object (optional)
If the ename
parameter was an event name, this is
the addListener options.
Only when the destroyable
option is specified.
A Destroyable
object. An object which implements the destroy
method which removes
all listeners added in this call. For example:
this.btnListeners = myButton.mon({
destroyable: true
mouseover: function() { console.log('mouseover'); },
mouseout: function() { console.log('mouseout'); },
click: function() { console.log('click'); }
});
And when those listeners need to be removed:
Ext.destroy(this.btnListeners);
or
this.btnListeners.destroy();
let element = document.body.querySelector('ExtTextcolumn');
element.addPlugin(plugin);
Adds a plugin. For example:
list.addPlugin('pullrefresh');
Or:
list.addPlugin({
type: 'pullrefresh',
pullRefreshText: 'Pull to refresh...'
});
Available since: 6.2.0
plugin : Object/String/Ext.plugin.Abstract
The plugin or config object or alias to add.
let element = document.body.querySelector('ExtTextcolumn');
element.afterEdit();
Used to handle joining of a record to a tpl
let element = document.body.querySelector('ExtTextcolumn');
element.afterErase();
Used to handle joining of a record to a tpl
let element = document.body.querySelector('ExtTextcolumn');
element.afterRender();
This method is called after the component is initially added to the DOM. If this
component <ExtContainer/> other components, the afterRender
method
for child components is called before the parent's afterRender
.
Implementations of this method should avoid reading from the DOM but are free to write to the DOM as needed. To read the DOM, consider implementing onRender instead.
This method is not generally needed because components always have their own DOM element and these are maintained by config property updaters prior to insertion in the DOM. In general, it is always best to manipulate the component's elements outside the DOM where there is no associated reflow or layout cost. This method is useful for situations where the component's elements must be in the DOM in order to be manipulated correctly.
Available since: 6.5.0
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.alignTo(component, alignment, options);
component : Object
alignment : Object
options : Object
let element = document.body.querySelector('ExtTextcolumn');
element.animateActiveItem(activeItem, animation);
Animates to the supplied activeItem
with a specified animation. Currently this only works
with a Card layout. This passed animation will override any default animations on the
container, for a single card switch. The animation will be destroyed when complete.
activeItem : Object/Number
The item or item index to make active.
animation : Object/Ext.layout.card.fx.Abstract
Card animation configuration or instance.
let element = document.body.querySelector('ExtTextcolumn');
let applyActiveItem = element.applyActiveItem(activeItem, currentActiveItem);
activeItem : Object
currentActiveItem : Object
let element = document.body.querySelector('ExtTextcolumn');
let applyBind = element.applyBind(binds, currentBindings);
Available since: 5.0.0
binds : String/Object
currentBindings : Object
let element = document.body.querySelector('ExtTextcolumn');
let applyCentered = element.applyCentered(centered);
centered : Boolean
let element = document.body.querySelector('ExtTextcolumn');
element.applyControl(selectors);
selectors : Object
let element = document.body.querySelector('ExtTextcolumn');
let applyItemDefaults = element.applyItemDefaults(item);
Applies the container's defaults onto a child item. The item can be a config object or an instance but has to be an inner item.
item : Object/Ext.Component
The item to apply the defaults to.
The item that was passed in
let element = document.body.querySelector('ExtTextcolumn');
let applyMasked = element.applyMasked(masked);
Changes the masked configuration when its setter is called, which will convert the value into a proper object/instance of <ExtMask/>/<ExtLoadmask/>. If a mask already exists, it will use that instead.
masked : Boolean/Object/String/Ext.Mask/Ext.LoadMask
let element = document.body.querySelector('ExtTextcolumn');
element.applyPlugins(plugins, oldPlugins);
Applier for the plugins
config property.
plugins : String[]/Object[]/Ext.plugin.Abstract[]
The new plugins to use.
oldPlugins : Ext.plugin.Abstract[]
The existing plugins in use.
let element = document.body.querySelector('ExtTextcolumn');
let applySession = element.applySession(session);
Transforms a Session config to a proper instance.
Available since: 5.0.0
session : Object
let element = document.body.querySelector('ExtTextcolumn');
element.applyStyle(style, oldStyle);
style : Object
oldStyle : Object
let element = document.body.querySelector('ExtTextcolumn');
element.applyTpl(tpl);
tpl : Object
let element = document.body.querySelector('ExtTextcolumn');
let applyViewModel = element.applyViewModel(viewModel);
Transforms a ViewModel config to a proper instance.
Available since: 5.0.0
viewModel : String/Object/Ext.app.ViewModel
let element = document.body.querySelector('ExtTextcolumn');
element.attachNameRef(component);
Sets up a component name reference.
component : Ext.Component
The component to reference.
let element = document.body.querySelector('ExtTextcolumn');
element.attachReference(component);
Sets up a component reference.
component : Ext.Component
The component to reference.
let element = document.body.querySelector('ExtTextcolumn');
element.autoSize();
Sizes this Column to fit the max content width of records.
Available since: 7.0
let element = document.body.querySelector('ExtTextcolumn');
element.beforeInitialize();
let element = document.body.querySelector('ExtTextcolumn');
element.bubble(fn, scope, args);
Bubbles up the getRefOwner hierarchy, calling the specified function
with each component. The scope (this
reference) of the function call will be the
scope provided or the current component. The arguments to the function will
be the args provided or the current component. If the function returns false at any
point, the bubble is stopped.
fn : Function
The function to call
scope : Object (optional)
The scope of the function. Defaults to current node.
args : Array (optional)
The args to call the function with. Defaults to passing the current component.
let element = document.body.querySelector('ExtTextcolumn');
let callOverridden = element.callOverridden(args);
Call the original method that was previously overridden with Ext.Base#override
Ext.define('My.Cat', {
constructor: function() {
alert("I'm a cat!");
}
});
My.Cat.override({
constructor: function() {
alert("I'm going to be a cat!");
this.callOverridden();
alert("Meeeeoooowwww");
}
});
var kitty = new My.Cat(); // alerts "I'm going to be a cat!"
// alerts "I'm a cat!"
// alerts "Meeeeoooowwww"
args : Array/Arguments
The arguments, either an array or the arguments
object
from the current method, for example: this.callOverridden(arguments)
Returns the result of calling the overridden method
Deprecated since version 4.1.0
Use method-callParent instead.
let element = document.body.querySelector('ExtTextcolumn');
let callParent = element.callParent(args);
Call the "parent" method of the current method. That is the method previously overridden by derivation or by an override (see Ext#define).
Ext.define('My.Base', {
constructor: function(x) {
this.x = x;
},
statics: {
method: function(x) {
return x;
}
}
});
Ext.define('My.Derived', {
extend: 'My.Base',
constructor: function() {
this.callParent([21]);
}
});
var obj = new My.Derived();
alert(obj.x); // alerts 21
This can be used with an override as follows:
Ext.define('My.DerivedOverride', {
override: 'My.Derived',
constructor: function(x) {
this.callParent([x*2]); // calls original My.Derived constructor
}
});
var obj = new My.Derived();
alert(obj.x); // now alerts 42
This also works with static and private methods.
Ext.define('My.Derived2', {
extend: 'My.Base',
// privates: {
statics: {
method: function(x) {
return this.callParent([x*2]); // calls My.Base.method
}
}
});
alert(My.Base.method(10)); // alerts 10
alert(My.Derived2.method(10)); // alerts 20
Lastly, it also works with overridden static methods.
Ext.define('My.Derived2Override', {
override: 'My.Derived2',
// privates: {
statics: {
method: function(x) {
return this.callParent([x*2]); // calls My.Derived2.method
}
}
});
alert(My.Derived2.method(10); // now alerts 40
To override a method and replace it and also call the superclass method, use method-callSuper. This is often done to patch a method to fix a bug.
args : Array/Arguments
The arguments, either an array or the arguments
object
from the current method, for example: this.callParent(arguments)
Returns the result of calling the parent method
let element = document.body.querySelector('ExtTextcolumn');
let callSuper = element.callSuper(args);
This method is used by an override to call the superclass method but bypass any overridden method. This is often done to "patch" a method that contains a bug but for whatever reason cannot be fixed directly.
Consider:
Ext.define('Ext.some.Class', {
method: function() {
console.log('Good');
}
});
Ext.define('Ext.some.DerivedClass', {
extend: 'Ext.some.Class',
method: function() {
console.log('Bad');
// ... logic but with a bug ...
this.callParent();
}
});
To patch the bug in Ext.some.DerivedClass.method
, the typical solution is to create an
override:
Ext.define('App.patches.DerivedClass', {
override: 'Ext.some.DerivedClass',
method: function() {
console.log('Fixed');
// ... logic but with bug fixed ...
this.callSuper();
}
});
The patch method cannot use method-callParent to call the superclass
method
since that would call the overridden method containing the bug. In
other words, the above patch would only produce "Fixed" then "Good" in the
console log, whereas, using callParent
would produce "Fixed" then "Bad"
then "Good".
args : Array/Arguments
The arguments, either an array or the arguments
object
from the current method, for example: this.callSuper(arguments)
Returns the result of calling the superclass method
let element = document.body.querySelector('ExtTextcolumn');
let center = element.center();
Center this cfg-floated or positioned Component in its parent.
this
let element = document.body.querySelector('ExtTextcolumn');
let child = element.child(selector);
Retrieves the first direct child of this container which matches the passed selector or component. The passed in selector must comply with an Ext.ComponentQuery selector, or it can be an actual Ext.Component.
selector : String/Ext.Component (optional)
An Ext.ComponentQuery selector. If no selector is specified, the first child will be returned.
The matching child Ext.Component (or null
if no match was found).
let element = document.body.querySelector('ExtTextcolumn');
element.clearDelegatedListeners();
Clears all listeners that were attached using the "delegate" event option. Users should not invoke this method directly. It is called automatically as part of normal clearListeners processing.
let element = document.body.querySelector('ExtTextcolumn');
element.clearListeners();
Removes all listeners for this object including the managed listeners
let element = document.body.querySelector('ExtTextcolumn');
element.clearManagedListeners();
Removes all managed listeners for this object.
let element = document.body.querySelector('ExtTextcolumn');
element.constructor(config);
Creates new Component.
config : Object
The standard configuration object.
let element = document.body.querySelector('ExtTextcolumn');
let createPlugin = element.createPlugin(config);
Converts the provided type or config object into a plugin instance.
config : String/Object/Ext.plugin.Abstract
The plugin type, config object or instance.
let element = document.body.querySelector('ExtTextcolumn');
let createRelayer = element.createRelayer(newName, beginEnd);
Creates an event handling function which re-fires the event from this object as the passed event name.
newName : String
The name under which to re-fire the passed parameters.
beginEnd : Array (optional)
The caller can specify on which indices to slice.
let element = document.body.querySelector('ExtTextcolumn');
element.destroy();
Destroys the Widget. This method should not be overridden in custom Widgets, because it sets the flags and does final cleanup that must go last. Instead, override doDestroy method to add functionality at destruction time.
let element = document.body.querySelector('ExtTextcolumn');
element.destroyMembers(args);
Destroys member properties by name.
If a property name is the name of a config, the getter is not invoked, so if the config has not been initialized, nothing will be done.
The property will be destroyed, and the corrected name (if the property is a config
and config names are prefixed) will set to null
in this object's dictionary.
args : String...
One or more names of the properties to destroy and remove from the object.
let element = document.body.querySelector('ExtTextcolumn');
let destroyPlugin = element.destroyPlugin(plugin);
Removes and destroys a plugin.
Note: Not all plugins are designed to be removable. Consult the documentation for the specific plugin in question to be sure.
Available since: 6.2.0
plugin : String/Ext.plugin.Abstract
The plugin or its id
to remove.
plugin instance or null
if not found.
let element = document.body.querySelector('ExtTextcolumn');
element.disable();
Disables this Component
let element = document.body.querySelector('ExtTextcolumn');
element.doAdd(item, instanced);
item : Ext.Component
instanced : Boolean
when received.
let element = document.body.querySelector('ExtTextcolumn');
element.doAddListener(name, fn, scope, options, order, caller, manager);
name : Object
fn : Object
scope : Object
options : Object
order : Object
caller : Object
manager : Object
let element = document.body.querySelector('ExtTextcolumn');
element.doDestroy();
Perform the actual destruction sequence. This is the method to override in your subclasses to add steps specific to the destruction of custom Component.
If the Component is currently added to a Container it will first be removed from that Container. All Ext.Element references are also deleted and the Component is de-registered from Ext.ComponentManager.
As a rule of thumb, subclasses should destroy their child Components, Elements, and/or other objects before calling parent method. Any object references will be nulled after this method has finished, to prevent the possibility of memory leaks.
Available since: 6.2.0
let element = document.body.querySelector('ExtTextcolumn');
element.doFireDelegatedEvent(eventName, args);
Fires a delegated event. Users should not invoke this method directly. It is called automatically by the framework as needed (see the "delegate" event option of addListener for more details.
eventName : Object
args : Object
let element = document.body.querySelector('ExtTextcolumn');
element.doFireEvent(eventName, args, bubbles);
Continue to fire event.
eventName : String
args : Array
bubbles : Boolean
let element = document.body.querySelector('ExtTextcolumn');
element.doInsert(index, item, instanced);
index : Number
item : Ext.Component
instanced : Boolean
let element = document.body.querySelector('ExtTextcolumn');
let down = element.down(selector);
Retrieves the first descendant of this container which matches the passed selector. The passed in selector must comply with an Ext.ComponentQuery selector, or it can be an actual Ext.Component.
selector : String/Ext.Component (optional)
An Ext.ComponentQuery selector or Ext.Component. If no selector is specified, the first child will be returned.
The matching descendant Ext.Component (or null
if no match
was found).
let element = document.body.querySelector('ExtTextcolumn');
element.enable();
Enables this Component
let element = document.body.querySelector('ExtTextcolumn');
element.enableBubble(eventNames);
Enables events fired by this Observable to bubble up an owner hierarchy by calling
this.getBubbleTarget()
if present. There is no implementation in the Observable
base class.
This is commonly used by Ext.Components to bubble events to owner Containers. See Ext.Component#getBubbleTarget. The default implementation in Ext.Component returns the Component's immediate owner. But if a known target is required, this can be overridden to access the required target more quickly.
Example:
Ext.define('Ext.overrides.form.field.Base', {
override: 'Ext.form.field.Base',
// Add functionality to Field's initComponent to enable
// the change event to bubble
initComponent: function () {
this.callParent();
this.enableBubble('change');
}
});
var myForm = Ext.create('Ext.form.Panel', {
title: 'User Details',
items: [{
...
}],
listeners: {
change: function() {
// Title goes red if form has been modified.
myForm.header.setStyle('color', 'red');
}
}
});
eventNames : String/String[]
The event name to bubble, or an Array of event names.
let element = document.body.querySelector('ExtTextcolumn');
let ensureEditor = element.ensureEditor();
This method returns the editor for this column. If an editor
is not explicitly configured and editable
is true
, then defaultEditor
and
editorDefaults
configs are used to produce an appropriate editor based on the
column's derived type and/or the dataIndex
of the associated model.
Available since: 7.0
let element = document.body.querySelector('ExtTextcolumn');
let factoryItem = element.factoryItem(item);
Called when an item is added to this container either during initialization of the cfg-items config, or when new items are {@link #method!add added), or inserted.
If the passed object is not an instanced component, it converts the passed object into an instanced child component.
It applies cfg-defaults applied for contained child items - that is items which are not positiond using left, top, bottom, right, centered or docked.
Derived classes can override this method to process context appropriate short-hands such as <ExtToolbar/> and "->" to insert a spacer.
item : Mixed
The item being added. May be a raw config object or an instanced Component or some other short-hand understood by the container.
The component to be added.
let element = document.body.querySelector('ExtTextcolumn');
element.findDefaultFocus();
Finds the configured default focus item. See defaultFocus.
let element = document.body.querySelector('ExtTextcolumn');
element.findFloatParent(needsShow);
The method finds this floated component's floatParent. That means a DOM positioning container which acts as a root element for sibling floated components, and allows allows floated components to be absolutely positioned, and their encapsulating elements to be reordered to produce a visual stacking effect.
This component's element is appended to its floatParent.
There is a global floatParent element, created on demand when the first top level
floated component is shown. This may be an item child of a container configured with
cfg-floated: true
, or a free floated
component which is programatically
shown.
Child items of components inside a floated component may also be configured floated
.
These are give a floatParent which is created on demand wrapping the nearest floated
ancestor. This means that when that ancestor's element is brought to the top of the
stack (by moving its element to the end of its own floatParent), the descendant elements
will automatically remain above.
needsShow : Object
let element = document.body.querySelector('ExtTextcolumn');
let findFocusTarget = element.findFocusTarget();
Finds an alternate Component to focus if this Component is disabled while focused, or focused while disabled, or otherwise unable to focus.
In both cases, focus must not be lost to document.body, but must move to an intuitively connectible Component, either a sibling, or uncle or nephew.
This is both for the convenience of keyboard users, and also for when focus is tracked within a Component tree such as for ComboBoxes and their dropdowns.
For example, a ComboBox with a PagingToolbar in is BoundList. If the "Next Page" button is hit, the LoadMask shows and focuses, the next page is the last page, so the "Next Page" button is disabled. When the LoadMask hides, it attempt to focus the last focused Component which is the disabled "Next Page" button. In this situation, focus should move to a sibling within the PagingToolbar.
A closely related focusable Component to which focus can move.
let element = document.body.querySelector('ExtTextcolumn');
let findPlugin = element.findPlugin(type);
Retrieves plugin by its type
alias. For example:
var list = Ext.create({
xtype: 'list',
itemTpl: '<div class="item">{title}</div>',
store: 'Items',
plugins: ['listpaging', 'pullrefresh']
});
list.findPlugin('pullrefresh').setPullRefreshText('Pull to refresh...');
Note: See also getPlugin.
Available since: 6.2.0
type : String
The Plugin's type
as specified by the class's
alias configuration.
plugin instance or null
if not found.
let element = document.body.querySelector('ExtTextcolumn');
element.fireAction(eventName, args, fn, scope, options, order);
Fires the specified event with the passed parameters and executes a function (action).
By default, the action function will be executed after any "before" event handlers
(as specified using the order
option of
addListener
), but before any other
handlers are fired. This gives the "before" handlers an opportunity to
cancel the event by returning false
, and prevent the action function from
being called.
The action can also be configured to run after normal handlers, but before any "after"
handlers (as specified using the order
event option) by passing 'after'
as the order
parameter. This configuration gives any event handlers except
for "after" handlers the opportunity to cancel the event and prevent the action
function from being called.
eventName : String
The name of the event to fire.
args : Array
Arguments to pass to handlers and to the action function.
fn : Function
The action function.
scope : Object (optional)
The scope (this
reference) in which the handler function is
executed. If omitted, defaults to the object which fired the event.
options : Object (optional)
Event options for the action function. Accepts any
of the options of addListener
order : String (optional)
The order to call the action function relative
too the event handlers ('before'
or 'after'
). Note that this option is
simply used to sort the action function relative to the event handlers by "priority".
An order of 'before'
is equivalent to a priority of 99.5
, while an order of
'after'
is equivalent to a priority of -99.5
. See the priority
option
of addListener
for more details.
Defaults to: 'before'
Deprecated since version 5.5
Use fireEventedAction instead.
let element = document.body.querySelector('ExtTextcolumn');
let fireEvent = element.fireEvent(eventName, args);
Fires the specified event with the passed parameters (minus the event name, plus
the options
object passed to addListener).
An event may be set to bubble up an Observable parent hierarchy (See Ext.Component#getBubbleTarget) by calling enableBubble.
eventName : String
The name of the event to fire.
args : Object...
Variable number of parameters are passed to handlers.
returns false if any of the handlers return false otherwise it returns true.
let element = document.body.querySelector('ExtTextcolumn');
let fireEventArgs = element.fireEventArgs(eventName, args);
Fires the specified event with the passed parameter list.
An event may be set to bubble up an Observable parent hierarchy (See Ext.Component#getBubbleTarget) by calling enableBubble.
eventName : String
The name of the event to fire.
args : Object[]
An array of parameters which are passed to handlers.
returns false if any of the handlers return false otherwise it returns true.
let element = document.body.querySelector('ExtTextcolumn');
let fireEventedAction = element.fireEventedAction(eventName, args, fn, scope, fnArgs);
Fires the specified event with the passed parameters and executes a function (action). Evented Actions will automatically dispatch a 'before' event passing. This event will be given a special controller that allows for pausing/resuming of the event flow.
By pausing the controller the updater and events will not run until resumed. Pausing, however, will not stop the processing of any other before events.
eventName : String
The name of the event to fire.
args : Array
Arguments to pass to handlers and to the action function.
fn : Function/String
The action function.
scope : Object (optional)
The scope (this
reference) in which the handler function is
executed. If omitted, defaults to the object which fired the event.
fnArgs : Array/Boolean (optional)
Optional arguments for the action fn
. If not
given, the normal args
will be used to call fn
. If false
is passed, the
args
are used but if the first argument is this instance it will be removed
from the args passed to the action function.
let element = document.body.querySelector('ExtTextcolumn');
let focus = element.focus(selectText);
Try to focus this component.
If this component is disabled or otherwise not focusable, a close relation will be targeted for focus instead to keep focus localized for keyboard users.
selectText : Boolean/Number[] (optional)
If applicable, true
to also select all the text
in this component, or an array consisting of start and end (defaults to start)
position of selection.
true
if focus target was found and focusing was attempted,
false
if no focusing attempt was made.
let element = document.body.querySelector('ExtTextcolumn');
element.getAlignRegion(component, alignment, options);
component : Object
alignment : Object
options : Object
let element = document.body.querySelector('ExtTextcolumn');
element.getAlignmentInfo(component, alignment);
Prepares information on aligning this to component using alignment. Also checks to see if this is already aligned to component according to alignment.
component : Object
alignment : Object
let element = document.body.querySelector('ExtTextcolumn');
let getAriaLabelEl = element.getAriaLabelEl(reference);
Find component(s) that label or describe this component, and return the id(s) of their ariaEl elements.
reference : Function/String/String[] (optional)
Component reference, or array of component references, or a function that should return the proper attribute string. The function will be called in the context of the labelled component.
Element id string, or null
let element = document.body.querySelector('ExtTextcolumn');
let getAt = element.getAt(index);
Returns the Component for a given index in the Container's items.
index : Number
The index of the Component to return.
The item at the specified index
, if found.
let element = document.body.querySelector('ExtTextcolumn');
let getBubbleParent = element.getBubbleParent();
Gets the bubbling parent for an Observable
The bubble parent. null is returned if no bubble target exists
let element = document.body.querySelector('ExtTextcolumn');
element.getClosestVisibleHeader(index);
When passed a column index, or a column, returns the closet visible column to that. If the column at the passed index is visible, that is returned.
If it is hidden, either the next visible, or the previous visible column is returned.
If called from a group header, returns the visible index of a leaf level header relative to the group header with the same stipulations as outlined above.
index : Number/Ext.grid.column.Column
Position at which to find the closest visible column, or a column for which to find the closest visible sibling.
let element = document.body.querySelector('ExtTextcolumn');
let getComponent = element.getComponent(component);
Examines this container's items
property
and gets a direct child component of this container.
component : String/Number
This parameter may be any of the following:
itemId
or id
of the child component.items
property.For additional information see Ext.util.MixedCollection#get.
The component (if found).
let element = document.body.querySelector('ExtTextcolumn');
let getConfig = element.getConfig(name, peek, ifInitialized);
Returns a specified config property value. If the name parameter is not passed, all current configuration options will be returned as key value pairs.
name : String (optional)
The name of the config property to get.
peek : Boolean (optional)
true
to peek at the raw value without calling the getter.
Defaults to: false
ifInitialized : Boolean (optional)
true
to only return the initialized property
value, not the raw config value, and not to trigger initialization. Returns
undefined
if the property has not yet been initialized.
Defaults to: false
The config property value.
let element = document.body.querySelector('ExtTextcolumn');
element.getCurrentAlignmentInfo();
Current Alignment information from the last alignTo call
let element = document.body.querySelector('ExtTextcolumn');
element.getCurrentConfig();
let element = document.body.querySelector('ExtTextcolumn');
let getDockedComponent = element.getDockedComponent(component);
Finds a docked item of this container using a reference, id
or an index
of its location
in getDockedItems.
component : String/Number
The id
or index
of the component to find.
The docked component, if found.
let element = document.body.querySelector('ExtTextcolumn');
let getDockedItems = element.getDockedItems();
Returns all the Ext.Component#docked items in this container.
The docked items of this container.
let element = document.body.querySelector('ExtTextcolumn');
let getElementConfig = element.getElementConfig();
A template method for modifying the element config before it is processed.
By default adds the result of this.getTemplate()
as the children
array of
element if children
were not specified in the original
element config. Typically this method should not need to be implemented
in subclasses. Instead the element property should be use to configure
the element template for a given Widget subclass.
This method is called once when the first instance of each Widget subclass is created. The element config object that is returned is cached and used as the template for all successive instances. The scope object for this method is the class prototype, not the instance.
the element config object
let element = document.body.querySelector('ExtTextcolumn');
element.getFirstReferences();
This method is in place on the instance during construction to ensure that any lookup or getReferences calls have the {@links} initialized prior to the lookup.
let element = document.body.querySelector('ExtTextcolumn');
let getFloatParent = element.getFloatParent();
For cfg-floated components only.
Finds the owning cfg-floated component (if any) responsible for the base z-index stack position of this compoonent, and, if that component is cfg-relative, for the coordinate system in which this component is positioned.
If this is a top level floated component, this method will return null
The owning floated component or null
if this
component is top level floated.
let element = document.body.querySelector('ExtTextcolumn');
let getFloatWrap = element.getFloatWrap();
This method returns, or creates on demand the floatWrap element which wraps the passed floated component. It enables that floated component to act as a host for descendant floated components.
The passed component's floatWrap element.
let element = document.body.querySelector('ExtTextcolumn');
let getFocusClsEl = element.getFocusClsEl(focusEl);
Returns the element used to apply focus styling CSS class when Focusable's focusEl becomes focused. By default it is focusEl.
focusEl : Ext.dom.Element (optional)
Return focus styling element for the given focused element. This is used by Components implementing multiple focusable elements.
The focus styling element.
let element = document.body.querySelector('ExtTextcolumn');
let getFocusEl = element.getFocusEl();
Returns the focus holder element associated with this Container. By default, this is the Container's focusEl element; however if defaultFocus is defined, the child component referenced by that property will be found and returned instead.
the focus holding element.
let element = document.body.querySelector('ExtTextcolumn');
let getInherited = element.getInherited(inner);
This method returns an object containing the inherited properties for this instance.
Available since: 5.0.0
inner : Boolean (optional)
Pass true
to return inheritedStateInner
instead
of the normal inheritedState
object. This is only needed internally and should
not be passed by user code.
Defaults to: false
The inheritedState
object containing inherited properties.
let element = document.body.querySelector('ExtTextcolumn');
let getInheritedConfig = element.getInheritedConfig(property, skipThis);
This method returns the value of a config property that may be inherited from some ancestor.
In some cases, a config may be explicitly set on a component with the intent of
only being presented to its children while that component should act upon the
inherited value (see referenceHolder
for example). In these cases the skipThis
parameter should be specified as true
.
Available since: 5.0.0
property : String
The name of the config property to return.
skipThis : Boolean (optional)
Pass true
if the property should be ignored if
found on this instance. In other words, true
means the property must be inherited
and not explicitly set on this instance.
Defaults to: false
The value of the requested property
.
let element = document.body.querySelector('ExtTextcolumn');
let getInitialConfig = element.getInitialConfig(name);
Returns the initial configuration passed to the constructor when instantiating this class.
Given this example Ext.button.Button definition and instance:
Ext.define('MyApp.view.Button', {
extend: 'Ext.button.Button',
xtype: 'mybutton',
scale: 'large',
enableToggle: true
});
var btn = Ext.create({
xtype: 'mybutton',
renderTo: Ext.getBody(),
text: 'Test Button'
});
Calling btn.getInitialConfig()
would return an object including the config
options passed to the create
method:
xtype: 'mybutton',
renderTo: // The document body itself
text: 'Test Button'
Calling btn.getInitialConfig('text')
returns 'Test Button'.
name : String (optional)
Name of the config option to return.
The full config object or a single config value
when name
parameter specified.
let element = document.body.querySelector('ExtTextcolumn');
let getInnerItems = element.getInnerItems();
Returns all inner items of this container. inner
means that the item is
not docked
or positioned
.
The inner items of this container.
let element = document.body.querySelector('ExtTextcolumn');
let getListOfSummaries = element.getListOfSummaries();
Returns an array of summary functions supported on this column.
let element = document.body.querySelector('ExtTextcolumn');
element.getMaxHeightElement();
In IE11 vertically flexed elements (such as container body-el or panel body-wrap-el) are not flexed properly when the container has a max-height, but no height. We can workaround the issue by wrapping the vertical box in a horizontal box. See EXTJS-24498
let element = document.body.querySelector('ExtTextcolumn');
element.getModalSibling();
Returns the topmost modal floated component (other then this one).
let element = document.body.querySelector('ExtTextcolumn');
let getNamedItems = element.getNamedItems();
Returns an object holding the descendants of this container keyed by their
name
. This object should not be held past the scope of the function calling this
method. It will not be valid if items are added or removed from this or any
sub-container.
The intended usage is shown here (assume there are 3 components with names of "foo", "bar" and "baz" at some level below this container):
onClick: function () {
var items = this.getNamedItems();
// using "items" we can access any descendant by its "name"
items.foo.getValue() + items.bar.getValue() + items.baz.getValue();
}
If this
component has a name
assigned to it, it is not included in this
object. That name is understood to belong to the ancestor container configured
as the nameHolder
.
Available since: 6.5.0
An object with each named child. This will be null
if this
container has no descendants with a name
specified.
let element = document.body.querySelector('ExtTextcolumn');
let getPlugin = element.getPlugin(id);
Retrieves a plugin by its id
.
var list = Ext.create({
xtype: 'list',
itemTpl: '<div class="item">{title}</div>',
store: 'Items',
plugins: [{
type: 'pullrefresh',
id: 'foo'
}]
});
list.getPlugin('foo').setPullRefreshText('Pull to refresh...');
Note: See also findPlugin.
Available since: 6.2.0
id : String
The id
of the plugin.
plugin instance or null
if not found.
let element = document.body.querySelector('ExtTextcolumn');
let getPositionedItemTarget = element.getPositionedItemTarget(item);
Similar to getRenderTarget
but for positioned
items.
Available since: 6.5.0
item : Ext.Component
The positioned item being added.
let element = document.body.querySelector('ExtTextcolumn');
element.getRefItems(deep);
Used by ComponentQuery to retrieve all of the items
which can potentially be considered a child of this Container.
This should be overridden by components which have child items
that are not contained in items. For example dockedItems
, menu
, etc
deep : Object
let element = document.body.querySelector('ExtTextcolumn');
element.getRefOwner();
Used by Ext.ComponentQuery, and the up method to find the owning Component in the linkage hierarchy.
By default this returns the Container which contains this Component.
This may be overridden by Component authors who implement ownership hierarchies which are not based upon ownerCt, such as BoundLists being owned by Fields or Menus being owned by Buttons.
let element = document.body.querySelector('ExtTextcolumn');
let getReferences = element.getReferences();
Returns an object holding the descendants of this view keyed by their
reference
. This object should not be held
past the scope of the function calling this method. It will not be valid if items
are added or removed from this or any sub-container.
The intended usage is shown here (assume there are 3 components with reference values of "foo", "bar" and "baz" at some level below this container):
onClick: function () {
var refs = this.getReferences();
// using "refs" we can access any descendant by its "reference"
refs.foo.getValue() + refs.bar.getValue() + refs.baz.getValue();
}
If this
component has a reference
assigned
to it, that is not included in this object. That reference is understood to
belong to the ancestor container configured as the referenceHolder
.
Available since: 5.0.0
An object with each child reference. This will be null
if this
container has no descendants with a reference
specified.
let element = document.body.querySelector('ExtTextcolumn');
let getRenderTarget = element.getRenderTarget();
Returns the element into which the html content and items should be rendered.
This defaults to the bodyElement
but derived classes can override this method
to use a different element.
For containers his only applies to inner
items, not docked
items. The
positioned
items are rendered to the element returned by the
{@link Ext.Container#getPositionedItemTarget method.
Available since: 6.5.0
let element = document.body.querySelector('ExtTextcolumn');
let getScrollableClientRegion = element.getScrollableClientRegion();
This method is required by the Scroller to return the scrollable client region
The scrolling viewport region.
let element = document.body.querySelector('ExtTextcolumn');
let getSize = element.getSize();
Returns the height and width of the Component.
let element = document.body.querySelector('ExtTextcolumn');
let getSortParam = element.getSortParam();
Returns the parameter to sort upon when sorting this header. By default this returns the dataIndex and will not need to be overridden in most cases.
let element = document.body.querySelector('ExtTextcolumn');
let getStateBuilder = element.getStateBuilder(cache);
Creates a state builder to access or edit this instance's state object. If this
instance has a getStatefulOwner
, the returned
builder will have a parent
reference that owner's state builder. This can be
an arbitrarily deep chain but does proceed all the way up to the root instance
(with no owner) since that is the instance that determines the ultimate state
storage key.
cache : Boolean (optional)
Pass true
to return a cached builder.
Defaults to: false
let element = document.body.querySelector('ExtTextcolumn');
let getStatefulOwner = element.getStatefulOwner();
This method allows a class to specify an owning stateful object. This is used by Ext.plugin.Abstract to save their state as part of their owning <ExtComponent/>.
The return value can be either a Stateful
object or an array whose first element is
a Stateful
object. This object's state will be stored inside the state object of
the returned Stateful
object. If an array is returned, the elements beyond the first
are sub-keys in the state object.
For example, Ext.plugin.Abstract implement this method like so:
getStatefulOwner: function() {
return [ this.cmp, 'plugins' ];
}
The effect of this is to produce a state object like so:
{
plugins: {
pluginId1: {
//...
}
}
}
In order for a child object's state to be saved and restored, all of its parents must
also be stateful (i.e., have a stateId
).
let element = document.body.querySelector('ExtTextcolumn');
let getVisibleColumns = element.getVisibleColumns();
Returns all visible leaf columns.
let element = document.body.querySelector('ExtTextcolumn');
let getVisibleIndex = element.getVisibleIndex();
Returns the index of this column in the list of visible columns only if this column is a
base level Column. If it is a group column, it returns false
.
let element = document.body.querySelector('ExtTextcolumn');
let getXTypes = element.getXTypes();
Returns this Component's xtype hierarchy as a slash-delimited string. For a list of all available xtypes, see the <ExtComponent/> header.
Note: If using your own subclasses, be aware that a Component must register its own xtype to participate in determination of inherited xtypes.
Example usage:
var t = new Ext.field.Text();
alert(t.getXTypes()); // alerts 'component/field/textfield'
The xtype hierarchy string.
let element = document.body.querySelector('ExtTextcolumn');
element.handleBlurEvent(info);
info : Object
let element = document.body.querySelector('ExtTextcolumn');
element.handleFocusEvent(info);
info : Object
let element = document.body.querySelector('ExtTextcolumn');
element.has(item);
item : Object
let element = document.body.querySelector('ExtTextcolumn');
let hasCls = element.hasCls(className);
Checks if the specified CSS class exists on this element's DOM node.
className : String
The CSS class to check for.
true
if the class exists, else false
.
let element = document.body.querySelector('ExtTextcolumn');
element.hasConfig(name);
name : String
let element = document.body.querySelector('ExtTextcolumn');
element.hasInnerItem(item);
item : Object
let element = document.body.querySelector('ExtTextcolumn');
let hasListener = element.hasListener(eventName);
Checks to see if this object has any listeners for a specified event, or whether the event bubbles. The answer indicates whether the event needs firing or not.
eventName : String
The name of the event to check for
true
if the event is being listened for or bubbles, else false
let element = document.body.querySelector('ExtTextcolumn');
let hide = element.hide(animation);
Hides this Component optionally using an animation.
animation : Object/Boolean (optional)
You can specify an animation here or a bool to use the hideAnimation config.
let element = document.body.querySelector('ExtTextcolumn');
element.indexOf(item);
item : Object
let element = document.body.querySelector('ExtTextcolumn');
element.initBindable();
This method triggers the lazy configs and must be called when it is time to
fully boot up. The configs that must be initialized are: bind
, publishes
,
session
, twoWayBindable
and viewModel
.
Available since: 5.0.0
let element = document.body.querySelector('ExtTextcolumn');
let initConfig = element.initConfig(instanceConfig);
Initialize configuration for this class. a typical example:
Ext.define('My.awesome.Class', {
// The default config
config: {
name: 'Awesome',
isAwesome: true
},
constructor: function(config) {
this.initConfig(config);
}
});
var awesome = new My.awesome.Class({
name: 'Super Awesome'
});
alert(awesome.getName()); // 'Super Awesome'
instanceConfig : Object
this
let element = document.body.querySelector('ExtTextcolumn');
element.initDragConstraints(draggable);
This method is called when a drag is initializing. This method should adjust the drag constraints to ensure all drag movements are properly restricted. See Ext.drag.Source#constrain.
Available since: 6.5.0
draggable : Ext.drag.Source
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.initElement();
Initializes the Element for this Widget instance. If this is the first time a Widget of this type has been instantiated the element config will be processed to create an Element. This Element is then cached on the prototype (see afterCachedConfig) so that future instances can obtain their element by simply cloning the Element that was cached by the first instance.
let element = document.body.querySelector('ExtTextcolumn');
element.initElementListeners(elementConfig);
Called for the first instance of this Widget to create an object that contains the listener configs for all of the element references keyed by reference name. The object is cached on the prototype and has the following shape:
_elementListeners: {
element: {
click: 'onClick',
scope: this
},
fooReference: {
tap: {
fn: someFunction,
delay: 100
}
}
}
The returned object is prototype chained to the _elementListeners object of its superclass, and each key in the object is prototype chained to object with the corresponding key in the superclass _elementListeners. This allows element listeners to be inherited and overridden when subclassing widgets.
This method is invoked with the prototype object as the scope
elementConfig : Object
let element = document.body.querySelector('ExtTextcolumn');
element.initFocusableElement(force);
Sets up the focus listener on this Component's focusEl if it has one.
Form Components which must implicitly participate in tabbing order usually have
a naturally focusable element as their focusEl, and it is
the DOM event of that receiving focus which drives the Component's onFocus
handling,
and the DOM event of it being blurred which drives the onBlur
handling.
force : Object
let element = document.body.querySelector('ExtTextcolumn');
element.initFocusableEvents(force);
Template method to do any event listener initialization for a Focusable. This generally happens after the focusEl is available.
force : Object
let element = document.body.querySelector('ExtTextcolumn');
element.initInheritedState(inheritedState);
Called by getInherited
to initialize the inheritedState the first time it is requested.
inheritedState : Object
let element = document.body.querySelector('ExtTextcolumn');
element.initKeyMap();
This method should be called when the instance is ready to start listening for
keyboard events. This is called automatically for <ExtComponent/>
and derived
classes. This is done after the component is rendered.
let element = document.body.querySelector('ExtTextcolumn');
element.initUiReference(referenceName, uiCls, isInstance);
Initializes a "uiReference". Ui rerefences are reference elements that have classCls and ui info in their CSS class names. They can be used by setting uiCls in the template, or by invoking this method to setup the ui reference after element/template initialization (Toolable uses this for its dock wrapper)
referenceName : String
uiCls : String
isInstance : Boolean (optional)
pass false
if this is not an instance-level
reference
Defaults to: false
let element = document.body.querySelector('ExtTextcolumn');
element.initialize();
Allows addition of behavior to the rendering phase.
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
let insert = element.insert(index, item);
Adds a child Component at the given index. For example, here's how we can add a new item, making it the first child Component of this Container:
myContainer.insert(0, {xtype: 'panel', html: 'new item'});
index : Number
The index to insert the Component at.
item : Object
The Component to insert.
let element = document.body.querySelector('ExtTextcolumn');
let insertAfter = element.insertAfter(item, relativeToItem);
item : Object
relativeToItem : Object
let element = document.body.querySelector('ExtTextcolumn');
element.insertBefore(item, relativeToItem);
item : Object
relativeToItem : Object
let element = document.body.querySelector('ExtTextcolumn');
element.insertFirst(item);
item : Object
let element = document.body.querySelector('ExtTextcolumn');
element.insertFloatedDom(needsShow);
This method inserts this floated component's DOM into its owning floatParent.
needsShow : Object
let element = document.body.querySelector('ExtTextcolumn');
let insertInner = element.insertInner(item, index);
item : Ext.Component
index : Number
let element = document.body.querySelector('ExtTextcolumn');
element.insertLast(item);
item : Object
let element = document.body.querySelector('ExtTextcolumn');
element.invalidateInheritedState();
This method marks the current inherited state as invalid. The next time a call is
made to getInherited
the objects will be recreated and initialized.
Available since: 5.0.0
let element = document.body.querySelector('ExtTextcolumn');
let is = element.is(selector);
Tests whether this Widget matches a Ext.ComponentQuery selector string.
selector : String
The selector string to test against.
true
if this Widget matches the selector.
let element = document.body.querySelector('ExtTextcolumn');
let isAncestor = element.isAncestor(possibleDescendant);
Determines whether this Component is an ancestor of the passed Component.
This will return true
if the passed Component is anywhere within the subtree
beneath this Component.
possibleDescendant : Ext.Component
The Component to test for presence within this Component's subtree.
let element = document.body.querySelector('ExtTextcolumn');
let isBlurring = element.isBlurring(e);
e : Object
let element = document.body.querySelector('ExtTextcolumn');
let isBound = element.isBound(name);
Determines if the passed property name is bound to ViewModel data.
Available since: 6.5.0
name : String (optional)
The property name to test. Defaults to the defaultBindProperty
true
if the passed property receives data from a ViewModel.
let element = document.body.querySelector('ExtTextcolumn');
let isCentered = element.isCentered();
let element = document.body.querySelector('ExtTextcolumn');
let isDescendantOf = element.isDescendantOf(ancestor);
Determines whether this component is the descendant of a passed component.
ancestor : Ext.Component
A Component which may contain this Component.
true
if the component is the descendant of the passed component,
otherwise false
.
let element = document.body.querySelector('ExtTextcolumn');
let isDestructing = element.isDestructing();
Determines if this Component is inside a Component tree which is destroyed, or is being destroyed.
true
if this Component, or any ancestor is destroyed, or
is being destroyed.
let element = document.body.querySelector('ExtTextcolumn');
let isDisabled = element.isDisabled();
Returns true
if this Component is currently disabled.
true
if currently disabled.
let element = document.body.querySelector('ExtTextcolumn');
let isEnabled = element.isEnabled();
Returns true
if this Component is not currently disabled.
true
if not currently disabled.
let element = document.body.querySelector('ExtTextcolumn');
let isFocusable = element.isFocusable(deep);
Determine if this Focusable can receive focus at this time.
Note that Containers can be non-focusable themselves while delegating focus treatment to a child Component; see <ExtContainer/> for more information.
deep : Boolean (optional)
Optionally determine if the container itself is focusable, or if container's focus is delegated to a child component and that child is focusable.
Defaults to: false
True if component is focusable, false if not.
let element = document.body.querySelector('ExtTextcolumn');
let isFocusing = element.isFocusing(e);
e : Object
let element = document.body.querySelector('ExtTextcolumn');
let isHidden = element.isHidden(deep);
Returns true
if this Component is currently hidden.
deep : Boolean/Ext.Widget (optional)
true
to check if this component
is hidden because a parent container is hidden. Alternatively, a reference to the
top-most parent at which to stop climbing.
Defaults to: false
true
if currently hidden.
let element = document.body.querySelector('ExtTextcolumn');
element.isHideable();
Determines whether the UI should be allowed to offer an option to hide this column.
A column may not be hidden if to do so would leave the grid with no visible columns.
This is used to determine the enabled/disabled state of header hide menu items.
let element = document.body.querySelector('ExtTextcolumn');
let isSuspended = element.isSuspended(event);
Checks if all events, or a specific event, is suspended.
event : String (optional)
The name of the specific event to check
true
if events are suspended
let element = document.body.querySelector('ExtTextcolumn');
let isSyncing = element.isSyncing(name);
Checks if a particular binding is synchronizing the value.
name : String
The name of the property being bound to.
true
if the binding is syncing.
let element = document.body.querySelector('ExtTextcolumn');
let isVisible = element.isVisible(deep);
Returns true
if this Component is currently visible.
A Widget is visible if its element is not hidden, and has been rendered and has not been destroyed.
deep : Boolean (optional)
true
to check if this component
is visible and all parents are also visible.
Contrast this with the isHidden method which just checks the hidden state of the component.
Defaults to: false
true
if currently visible.
let element = document.body.querySelector('ExtTextcolumn');
let isXType = element.isXType(xtype, shallow);
Tests whether or not this Component is of a specific xtype. This can test whether this
Component is descended from the xtype (default) or whether it is directly of the xtype
specified (shallow = true
).
**If using your own subclasses, be aware that a Component must register its own xtype
to participate in determination of inherited xtypes.__
For a list of all available xtypes, see the <ExtComponent/> header.
Example usage:
var t = new Ext.field.Text();
var isText = t.isXType('textfield'); // true
var isBoxSubclass = t.isXType('field'); // true, descended from Ext.field.Field
var isBoxInstance = t.isXType('field', true); // false, not a direct
// Ext.field.Field instance
xtype : String
The xtype to check for this Component.
shallow : Boolean (optional)
false
to check whether this Component is descended
from the xtype (this is the default), or true
to check whether this Component is directly
of the specified xtype.
true
if this component descends from the specified xtype, false
otherwise.
let element = document.body.querySelector('ExtTextcolumn');
let link = element.link(name, value);
Adds a "destroyable" object to an internal list of objects that will be destroyed
when this instance is destroyed (via destroy
).
name : String
value : Object
The value
passed.
let element = document.body.querySelector('ExtTextcolumn');
let loadState = element.loadState(state, stateful);
This method is called to load state from the provided state
builder. This method
should return the config properties loaded from state
.
This method, like saveState
, can be overridden by derived classes:
loadState: function(state) {
var ret = this.callParent([ state ]);
if (ret.foo) {
// use custom data...
delete ret.foo; // remove it since it isn't a config
}
return ret;
}
When overriding this method, it is also likely necessary to override saveState
.
state : Ext.state.Builder
stateful : Object
The stateful properties as an object keyed by config name.
let element = document.body.querySelector('ExtTextcolumn');
let lookup = element.lookup(ref);
Gets a reference to the component with the specified reference value.
The method is a short-hand for the lookupReference method.
Available since: 6.0.1
ref : String
The value of the reference
to lookup.
The referenced component or null
if it is not found.
let element = document.body.querySelector('ExtTextcolumn');
let lookupController = element.lookupController(skipThis);
Gets the controller that controls this view. May be a controller that belongs to a view higher in the hierarchy.
Available since: 5.0.1
skipThis : Boolean (optional)
true
to not consider the controller directly attached
to this view (if it exists).
Defaults to: false
The controller. null
if no controller is found.
let element = document.body.querySelector('ExtTextcolumn');
let lookupName = element.lookupName(name);
Gets a reference to the component with the specified name
property.
Available since: 6.5.0
name : String
The name of the descendant to lookup.
The component or null
if it is not found.
let element = document.body.querySelector('ExtTextcolumn');
let lookupNameHolder = element.lookupNameHolder(skipThis);
Gets the Form or Component that is used as the name holder for this component.
Available since: 6.5.0
skipThis : Boolean (optional)
false
to return this as the name holder if
this instance has set nameHolder
. Unlike getInheritedConfig
this method
defaults to true
because it is possible that a name
property set by the
owner of a component that is also a nameHolder
itself. In this case, the
name
connects not to this component but to the parent nameHolder.
Defaults to: true
The name holder.
let element = document.body.querySelector('ExtTextcolumn');
let lookupReference = element.lookupReference(ref);
Gets a reference to the component with the specified reference value.
The lookup method is a short-hand version of this method.
Available since: 5.0
ref : String
The name of the reference to lookup.
The referenced component or null
if it is not found.
let element = document.body.querySelector('ExtTextcolumn');
let lookupReferenceHolder = element.lookupReferenceHolder(skipThis);
Gets the Controller or Component that is used as the reference holder for this view.
Available since: 5.0.0
skipThis : Boolean (optional)
false
to return this as the reference holder if
this instance has set referenceHolder
. Unlike getInheritedConfig
this method
defaults to true
because it is possible that a reference
property set by the
owner of a component that is also a referenceHolder
itself. In this case, the
reference
connects not to this component but to the parent referenceHolder.
Defaults to: true
The reference holder.
let element = document.body.querySelector('ExtTextcolumn');
let lookupSession = element.lookupSession(skipThis);
Returns the Ext.data.Session
for this instance. This property may come
from this instance's session
or be inherited from this object's parent.
Available since: 5.0.0
skipThis : Boolean (optional)
Pass true
to ignore a session
configured on
this instance and only consider an inherited session.
Defaults to: false
let element = document.body.querySelector('ExtTextcolumn');
let lookupTpl = element.lookupTpl(name);
Gets a named template instance for this class. See Ext.XTemplate#getTpl.
Available since: 6.2.0
name : String
The name of the property that holds the template.
The template, null
if not found.
let element = document.body.querySelector('ExtTextcolumn');
let lookupViewModel = element.lookupViewModel(skipThis);
Returns the Ext.app.ViewModel
for this instance. This property may come from this
this instance's viewModel
or be inherited from this object's parent.
Available since: 5.0.0
skipThis : Boolean (optional)
Pass true
to ignore a viewModel
configured on
this instance and only consider an inherited view model.
Defaults to: false
let element = document.body.querySelector('ExtTextcolumn');
element.mask(mask);
Convenience method which calls setMasked with a value of true
(to show the mask).
For additional functionality, call the setMasked function direction (See the
masked configuration documentation for more information).
mask : Object
let element = document.body.querySelector('ExtTextcolumn');
let mon = element.mon(item, ename, fn, scope, options);
Shorthand for addManagedListener. The addManagedListener method is used when some object (call it "A") is listening to an event on another observable object ("B") and you want to remove that listener from "B" when "A" is destroyed. This is not an issue when "B" is destroyed because all of its listeners will be removed at that time.
Example:
Ext.define('Foo', {
extend: 'Ext.Component',
initComponent: function () {
this.addManagedListener(MyApp.SomeSharedMenu, 'show', this.doSomething);
this.callParent();
}
});
As you can see, when an instance of Foo is destroyed, it ensures that the 'show'
listener on the menu (MyApp.SomeGlobalSharedMenu
) is also removed.
As of version 5.1 it is no longer necessary to use this method in most cases because
listeners are automatically managed if the scope object provided to
addListener is an Observable instance.
However, if the observable instance and scope are not the same object you
still need to use mon
or addManagedListener
if you want the listener to be
managed.
item : Ext.util.Observable/Ext.dom.Element
The item to which to add a listener/listeners.
ename : Object/String
The event name, or an object containing event name properties.
fn : Function/String (optional)
If the ename
parameter was an event
name, this is the handler function or the name of a method on the specified
scope
.
scope : Object (optional)
If the ename
parameter was an event name, this is
the scope (this
reference) in which the handler function is executed.
options : Object (optional)
If the ename
parameter was an event name, this is
the addListener options.
Only when the destroyable
option is specified.
A Destroyable
object. An object which implements the destroy
method which removes
all listeners added in this call. For example:
this.btnListeners = myButton.mon({
destroyable: true
mouseover: function() { console.log('mouseover'); },
mouseout: function() { console.log('mouseout'); },
click: function() { console.log('click'); }
});
And when those listeners need to be removed:
Ext.destroy(this.btnListeners);
or
this.btnListeners.destroy();
let element = document.body.querySelector('ExtTextcolumn');
element.mun(item, ename, fn, scope);
Shorthand for removeManagedListener. Removes listeners that were added by the mon method.
item : Ext.util.Observable/Ext.dom.Element
The item from which to remove a listener/listeners.
ename : Object/String
The event name, or an object containing event name properties.
fn : Function (optional)
If the ename
parameter was an event name, this is
the handler function.
scope : Object (optional)
If the ename
parameter was an event name, this is
the scope (this
reference) in which the handler function is executed.
let element = document.body.querySelector('ExtTextcolumn');
let on = element.on(eventName, fn, scope, options, order);
The on method is shorthand for addListener.
Appends an event handler to this object. For example:
myGridPanel.on("itemclick", this.onItemClick, this);
The method also allows for a single argument to be passed which is a config object containing properties which specify multiple events. For example:
myGridPanel.on({
cellclick: this.onCellClick,
select: this.onSelect,
viewready: this.onViewReady,
scope: this // Important. Ensure "this" is correct during handler execution
});
One can also specify options for each event handler separately:
myGridPanel.on({
cellclick: {fn: this.onCellClick, scope: this, single: true},
viewready: {fn: panel.onViewReady, scope: panel}
});
Names of methods in a specified scope may also be used:
myGridPanel.on({
cellclick: {fn: 'onCellClick', scope: this, single: true},
viewready: {fn: 'onViewReady', scope: panel}
});
eventName : String/Object
The name of the event to listen for. May also be an object who's property names are event names.
fn : Function/String (optional)
The method the event invokes or the name of
the method within the specified scope
. Will be called with arguments
given to Ext.util.Observable#fireEvent plus the options
parameter described
below.
scope : Object (optional)
The scope (this
reference) in which the handler function is
executed. If omitted, defaults to the object which fired the event.
options : Object (optional)
An object containing handler configuration.
Note: The options object will also be passed as the last argument to every event handler.
This object may contain any of the following properties:
scope : Object
The scope (this
reference) in which the handler function is executed. If omitted,
defaults to the object which fired the event.
delay : Number
The number of milliseconds to delay the invocation of the handler after the event fires.
single : Boolean
True to add a handler to handle just the next firing of the event, and then remove itself.
buffer : Number
Causes the handler to be scheduled to run in an Ext.util.DelayedTask delayed by the specified number of milliseconds. If the event fires again within that time, the original handler is not invoked, but the new handler is scheduled in its place.
onFrame : Number
Causes the handler to be scheduled to run at the next animation frame event. If the event fires again before that time, the handler is not rescheduled - the handler will only be called once when the next animation frame is fired, with the last set of arguments passed.
target : Ext.util.Observable
Only call the handler if the event was fired on the target Observable, not if the event was bubbled up from a child Observable.
element : String
This option is only valid for listeners bound to <ExtComponent/>. The name of a Component property which references an Ext.dom.Element to add a listener to.
This option is useful during Component construction to add DOM event listeners to elements of <ExtComponent/> which will exist only after the Component is rendered.
For example, to add a click listener to a Panel's body:
var panel = new Ext.panel.Panel({
title: 'The title',
listeners: {
click: this.handlePanelClick,
element: 'body'
}
});
In order to remove listeners attached using the element, you'll need to reference the element itself as seen below.
panel.body.un(...)
delegate : String (optional)
A simple selector to filter the event target or look for a descendant of the target.
The "delegate" option is only available on Ext.dom.Element instances (or when attaching a listener to a Ext.dom.Element via a Component using the element option).
See the delegate example below.
capture : Boolean (optional)
When set to true
, the listener is fired in the capture phase of the event propagation
sequence, instead of the default bubble phase.
The capture
option is only available on Ext.dom.Element instances (or
when attaching a listener to a Ext.dom.Element via a Component using the
element option).
stopPropagation : Boolean (optional)
This option is only valid for listeners bound to Ext.dom.Element.
true
to call stopPropagation on the event
object before firing the handler.
preventDefault : Boolean (optional)
This option is only valid for listeners bound to Ext.dom.Element.
true
to call preventDefault on the event
object before firing the handler.
stopEvent : Boolean (optional)
This option is only valid for listeners bound to Ext.dom.Element.
true
to call stopEvent on the event object
before firing the handler.
args : Array (optional)
Optional set of arguments to pass to the handler function before the actual
fired event arguments. For example, if args
is set to ['foo', 42]
,
the event handler function will be called with an arguments list like this:
handler('foo', 42, <actual event arguments>...);
destroyable : Boolean (optional)
When specified as true
, the function returns a destroyable
object. An object
which implements the destroy
method which removes all listeners added in this call.
This syntax can be a helpful shortcut to using un; particularly when
removing multiple listeners. NOTE - not compatible when using the element
option. See un for the proper syntax for removing listeners added using the
element config.
Defaults to:
false
priority : Number (optional)
An optional numeric priority that determines the order in which event handlers are run. Event handlers with no priority will be run as if they had a priority of 0. Handlers with a higher priority will be prioritized to run sooner than those with a lower priority. Negative numbers can be used to set a priority lower than the default. Internally, the framework uses a range of 1000 or greater, and -1000 or lesser for handlers that are intended to run before or after all others, so it is recommended to stay within the range of -999 to 999 when setting the priority of event handlers in application-level code. A priority must be an integer to be valid. Fractional values are reserved for internal framework use.
order : String (optional)
A legacy option that is provided for backward compatibility.
It is recommended to use the priority
option instead. Available options are:
'before'
: equal to a priority of 100
'current'
: equal to a priority of 0
or default priority'after'
: equal to a priority of -100
Defaults to:
'current'
order : String (optional)
A shortcut for the order
event option. Provided for backward compatibility.
Please use the priority
event option instead.
Defaults to: 'current'
Only when the destroyable
option is specified.
A Destroyable
object. An object which implements the destroy
method which removes
all listeners added in this call. For example:
this.btnListeners = = myButton.on({
destroyable: true
mouseover: function() { console.log('mouseover'); },
mouseout: function() { console.log('mouseout'); },
click: function() { console.log('click'); }
});
And when those listeners need to be removed:
Ext.destroy(this.btnListeners);
or
this.btnListeners.destroy();
let element = document.body.querySelector('ExtTextcolumn');
element.onAdded(parent, instanced);
parent : Object
instanced : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onAfter(eventName, fn, scope, options);
Appends an after-event handler.
Same as addListener with order
set
to 'after'
.
eventName : String/String[]/Object
The name of the event to listen for.
fn : Function/String
The method the event invokes.
scope : Object (optional)
The scope for fn
.
options : Object (optional)
An object containing handler configuration.
let element = document.body.querySelector('ExtTextcolumn');
element.onBefore(eventName, fn, scope, options);
Appends a before-event handler. Returning false
from the handler will stop the event.
Same as addListener with order
set
to 'before'
.
eventName : String/String[]/Object
The name of the event to listen for.
fn : Function/String
The method the event invokes.
scope : Object (optional)
The scope for fn
.
options : Object (optional)
An object containing handler configuration.
let element = document.body.querySelector('ExtTextcolumn');
element.onBlur(e);
e : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onColumnMenuGroupChange(menu, groupName, value);
Called as a groupchange handler on the header menu to either set the direction, or remove the sorter.
Object
:groupName : Object
value : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onFirstItemAdd(item);
Initialize layout and event listeners the very first time an item is added
item : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onFocus(e);
e : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onFocusEnter(e);
Called when focus enters this Component's hierarchy
e : Object
event : Ext.event.Event
The underlying DOM event.
target : HTMLElement
The element gaining focus.
HTMLElement
:The element losing focus.
toComponent : <ExtComponent/>
The Component gaining focus.
fromComponent : <ExtComponent/>
The Component losing focus.
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onFocusLeave(e);
Called when focus exits from this Component's hierarchy
e : Ext.event.Event
event : Ext.event.Event
The underlying DOM event.
target : HTMLElement
The element gaining focus.
HTMLElement
:The element losing focus.
toComponent : <ExtComponent/>
The Component gaining focus.
fromComponent : <ExtComponent/>
The Component losing focus.
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onFocusMove(info);
Called when focus moves within this Component's hierarchy
info : Object
event : Ext.event.Event
The underlying Event object.
toElement : HTMLElement
The element gaining focus.
fromElement : HTMLElement
The element losing focus.
toComponent : <ExtComponent/>
The Component gaining focus.
fromComponent : <ExtComponent/>
The Component losing focus.
backwards : Boolean
true
if the focus movement is backward in DOM order
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onInheritedAdd(parent, instanced);
Called when this Inheritable is added to a parent
parent : Object
instanced : Boolean
let element = document.body.querySelector('ExtTextcolumn');
element.onInheritedRemove(destroying);
Called when this inheritable is removed from a parent
destroying : Boolean
true
if this item will be destroyed by it's container
let element = document.body.querySelector('ExtTextcolumn');
element.onInitialized(fn, scope, args);
fn : Object
scope : Object
args : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onItemAdd(item, index);
item : Object
index : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onItemMove(item, toIndex, fromIndex);
item : Object
toIndex : Object
fromIndex : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onItemRemove(item, index, destroying);
item : Object
index : Object
destroying : Object
let element = document.body.querySelector('ExtTextcolumn');
element.onRender();
This method is called the first time a component is inserted into the DOM. If this
component <ExtContainer/> other components, the onRender
method
for child components is called after the parent's onRender
.
Implementations of this method should avoid modifying the DOM but are free to read from and measure elements as needed. To adjust the DOM, consider implementing afterRender instead.
If this method is overridden, be sure to use callParent
to call the base class
version.
onRender: function() {
this.callParent();
// custom actions
}
This method is not generally needed because components always have their own DOM element and these are maintained by config property updaters prior to insertion in the DOM. In general, it is always best to interrogate the component's elements outside the DOM where there is no associated reflow or layout cost. This method is useful for situations where the component's elements must be in the DOM. For example to be measured correctly.
Available since: 6.5.0
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onResize(width, height, oldWidth, oldHeight);
Optional template method. If implemented, this is called asynchronously after a browser layout caused by a component resize. This may be triggered for any or several of the following reasons:
width : Number
The new width.
height : Number
The new height.
oldWidth : Number
The previous width.
oldHeight : Number
The previous height.
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onScrollEnd(x, y);
Invoked when a scroll operation is completed via this component's scroller.
x : Number
The current x position
y : Number
The current y position
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onScrollMove(x, y);
Invoked when this component is scrolled via its scroller.
x : Number
The current x position
y : Number
The current y position
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onScrollStart(x, y);
Invoked when a scroll is initiated on this component via its scroller.
x : Number
The current x position
y : Number
The current y position
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.onStatefulChange();
This method is called when any of the stateful
configs are modified.
let element = document.body.querySelector('ExtTextcolumn');
element.owns(element);
Returns true
if the passed element is within the container tree of this component.
For example if a menu's submenu contains an Ext.form.field.Date, that top level menu owns the elements of the date picker. Using this method, you can tell if an event took place within a certain component tree.
element : Object
let element = document.body.querySelector('ExtTextcolumn');
element.persistState();
Saves the state of this instance to the persistence store. This method is called by the Ext.state.Provider when it is ready to save state to storage.
let element = document.body.querySelector('ExtTextcolumn');
element.preprocessShow(component, alignment, options);
This is the private method to ensure everything is set up for showing. This is called by both show and showBy to set a component up. the user-facing method is beforeShow, this setup must have happened by the time that is called.
component : Object
alignment : Object
options : Object
let element = document.body.querySelector('ExtTextcolumn');
let processElementConfig = element.processElementConfig();
Recursively processes the element templates for this class and its superclasses, ascending the hierarchy until it reaches a superclass whose element template has already been processed. This method is invoked using the prototype as the scope.
let element = document.body.querySelector('ExtTextcolumn');
let processFocusableContainerKeyEvent = element.processFocusableContainerKeyEvent(e);
An overrideable function which preprocesses all key events from within this
FocusableContainer. The base implementation vetoes processing of key events from input
fields by returning undefined
. This may be overridden in subclasses with special
requirements.
e : Ext.util.Event
A keyboard event that is significant to the operation of a FocusableContainer.
The event if it is to be processed as a FocusableContainer
navigation keystroke, or undefined
if it is to be ignore by the FocusableContainer
navigation machinery.
This is a template method. a hook into the functionality of this class. Feel free to override it in child classes.
let element = document.body.querySelector('ExtTextcolumn');
element.publishState(property, value);
Publish this components state to the ViewModel
. If no arguments are given (or if
this is the first call), the entire state is published. This state is determined by
the publishes
property.
This method is called only by component authors.
Available since: 5.0.0
property : String (optional)
The name of the property to update.
value : Object (optional)
The value of property
. Only needed if property
is given.
let element = document.body.querySelector('ExtTextcolumn');
let query = element.query(selector);
Retrieves all descendant components which match the passed selector. Executes an Ext.ComponentQuery.query using this container as its root.
selector : String (optional)
Selector complying to an Ext.ComponentQuery selector. If no selector is specified all items will be returned.
Components which matched the selector
let element = document.body.querySelector('ExtTextcolumn');
let queryBy = element.queryBy(fn, scope);
Retrieves all descendant components which match the passed function. The function should return false for components that are to be excluded from the selection.
fn : Function
The matcher function. It will be called with a single argument, the component being tested.
scope : Object (optional)
The scope in which to run the function. If not specified, it will default to the active component.
Components matched by the passed function
let element = document.body.querySelector('ExtTextcolumn');
let queryById = element.queryById(id);
Finds a component at any level under this container matching the id/itemId. This is a shorthand for calling ct.down('#' + id);
id : String
The id to find
The matching id, null if not found
let element = document.body.querySelector('ExtTextcolumn');
let readStateObject = element.readStateObject();
Returns this instance's state object from the persistence store. This object should contain config properties.
let element = document.body.querySelector('ExtTextcolumn');
element.realign(component, alignment, options);
component : Object
alignment : Object
options : Object
let element = document.body.querySelector('ExtTextcolumn');
let relayEvents = element.relayEvents(origin, events, prefix);
Relays selected events from the specified Observable as if the events were fired
by this
.
For example if you are extending Grid, you might decide to forward some events from store. So you can do this inside your initComponent:
this.relayEvents(this.getStore(), ['load']);
The grid instance will then have an observable 'load' event which will be passed the parameters of the store's load event and any function fired with the grid's load event would have access to the grid using the this keyword (unless the event is handled by a controller's control/listen event listener in which case 'this' will be the controller rather than the grid).
origin : Object
The Observable whose events this object is to relay.
events : String[]/Object
Array of event names to relay or an Object with key/value pairs translating to ActualEventName/NewEventName respectively. For example: this.relayEvents(this, {add:'push', remove:'pop'});
Would now redispatch the add event of this as a push event and the remove event as a pop event.
prefix : String (optional)
A common prefix to prepend to the event names. For example:
this.relayEvents(this.getStore(), ['load', 'clear'], 'store');
Now the grid will forward 'load' and 'clear' events of store as 'storeload' and 'storeclear'.
A Destroyable
object. An object which implements the destroy
method
which, when destroyed, removes all relayers. For example:
this.storeRelayers = this.relayEvents(this.getStore(), ['load', 'clear'], 'store');
Can be undone by calling
Ext.destroy(this.storeRelayers);
or this.store.relayers.destroy();
let element = document.body.querySelector('ExtTextcolumn');
let remove = element.remove(which, destroy);
Removes an item from this Container, optionally destroying it.
which : Ext.Component/String/Number/Array
The component instance, id or index to remove or an array of these.
destroy : Boolean (optional)
true
to automatically call Component's
destroy method.
The Component that was removed.
let element = document.body.querySelector('ExtTextcolumn');
element.removeAfterListener();
Alias for unAfter.
let element = document.body.querySelector('ExtTextcolumn');
let removeAll = element.removeAll(destroy, everything);
Removes all items currently in the Container, optionally destroying them all.
destroy : Boolean (optional)
Pass true
to destroy
each removed Component. Defaults to autoDestroy
.
everything : Boolean (optional)
Pass true
to completely remove all items including
docked, floated and positioned items.
The removed components
let element = document.body.querySelector('ExtTextcolumn');
let removeAt = element.removeAt(index, destroy);
Removes the Component at the specified index:
myContainer.removeAt(0); // removes the first item
index : Number
The index of the Component to remove.
destroy : Boolean (optional)
true
to automatically call Component's
destroy method.
The removed Component
let element = document.body.querySelector('ExtTextcolumn');
element.removeBeforeListener();
Alias for unBefore.
let element = document.body.querySelector('ExtTextcolumn');
element.removeCls(cls, prefix, suffix);
Removes the given CSS class(es) from this widget's primary element.
cls : String/String[]
The class(es) to remove.
prefix : String (optional)
Optional prefix to prepend before each class.
Defaults to: ""
suffix : String (optional)
Optional suffix to append to each class.
Defaults to: ""
let element = document.body.querySelector('ExtTextcolumn');
element.removeDelegatedListener(eventName, fn, scope);
Removes delegated listeners for a given eventName, function, and scope. Users should not invoke this method directly. It is called automatically by the framework as part of removeListener processing.
eventName : Object
fn : Object
scope : Object
let element = document.body.querySelector('ExtTextcolumn');
let removeInner = element.removeInner(item);
item : Ext.Component
let element = document.body.querySelector('ExtTextcolumn');
let removeInnerAt = element.removeInnerAt(index);
Removes an inner Component at the specified index:
myContainer.removeInnerAt(0); // removes the first item of the innerItems property
index : Number
The index of the Component to remove.
The removed Component
let element = document.body.querySelector('ExtTextcolumn');
let removeListener = element.removeListener(eventName, fn, scope);
Removes an event handler.
eventName : String
The type of event the handler was associated with.
fn : Function
The handler to remove. This must be a reference to the function passed into the addListener call.
scope : Object (optional)
The scope originally specified for the handler. It must be the same as the scope argument specified in the original call to Ext.util.Observable#addListener or the listener will not be removed.
let element = document.body.querySelector('ExtTextcolumn');
element.removeManagedListener(item, ename, fn, scope);
Removes listeners that were added by the mon method.
item : Ext.util.Observable/Ext.dom.Element
The item from which to remove a listener/listeners.
ename : Object/String
The event name, or an object containing event name properties.
fn : Function (optional)
If the ename
parameter was an event name, this is
the handler function.
scope : Object (optional)
If the ename
parameter was an event name, this is
the scope (this
reference) in which the handler function is executed.
let element = document.body.querySelector('ExtTextcolumn');
element.removeManagedListenerItem(isClear, managedListener, item, ename, fn, scope);
Remove a single managed listener item
isClear : Boolean
True if this is being called during a clear
managedListener : Object
The managed listener item
item : Object
ename : String
fn : Function
scope : Object
See removeManagedListener for other args
let element = document.body.querySelector('ExtTextcolumn');
let removePlugin = element.removePlugin(plugin, destroy);
Removes and (optionally) destroys a plugin.
Note: Not all plugins are designed to be removable. Consult the documentation for the specific plugin in question to be sure.
Available since: 6.2.0
plugin : String/Ext.plugin.Abstract
The plugin or its id
to remove.
destroy : Boolean (optional)
Pass true
to not call destroy()
on the plugin.
plugin instance or null
if not found.
let element = document.body.querySelector('ExtTextcolumn');
element.replaceCls(oldCls, newCls, prefix, suffix);
Replaces specified classes with the newly specified classes. It uses the addCls and removeCls methods, so if the class(es) you are removing don't exist, it will still add the new classes.
oldCls : String/String[]
The class(es) to remove.
newCls : String/String[]
The class(es) to add.
prefix : String (optional)
Optional prefix to prepend before each class.
Defaults to: ""
suffix : String (optional)
Optional suffix to append to each class.
Defaults to: ""
let element = document.body.querySelector('ExtTextcolumn');
element.resetFloating();
Resets top, right, bottom and left configurations to
null
, which will cause this component to stop being 'positioned' and to take its place in
its owning container's layout.
Deprecated since version 6.2
Use resetPositioned instead.
let element = document.body.querySelector('ExtTextcolumn');
element.resetPositioned();
Resets top, right, bottom and left configurations to
null
, which will cause this component to stop being 'positioned' and to take its place in
its owning container's layout.
let element = document.body.querySelector('ExtTextcolumn');
let resolveListenerScope = element.resolveListenerScope(defaultScope);
Gets the default scope for firing late bound events (string names with no scope attached) at runtime.
defaultScope : Object (optional)
The default scope to return if none is found.
Defaults to: this
The default event scope
let element = document.body.querySelector('ExtTextcolumn');
let resolveSatelliteListenerScope = element.resolveSatelliteListenerScope(satellite, defaultScope);
Returns the default listener scope for a "satellite" of this component. Used for resolving scope for observable objects that are not part of the normal Container/Component hierarchy (for example, plugins)
Available since: 5.1.1
satellite : Ext.mixin.Observable
defaultScope : Object (optional)
The listener scope
let element = document.body.querySelector('ExtTextcolumn');
element.resumeEvent(eventName);
Resumes firing of the named event(s).
After calling this method to resume events, the events will fire when requested to fire.
Note that if the suspendEvent method is called multiple times for a certain event, this converse method will have to be called the same number of times for it to resume firing.
eventName : String...
Multiple event names to resume.
let element = document.body.querySelector('ExtTextcolumn');
element.resumeEvents(discardQueue);
Resumes firing events (see suspendEvents).
If events were suspended using the queueSuspended
parameter, then all events fired
during event suspension will be sent to any listeners now.
discardQueue : Boolean (optional)
true
to prevent any previously queued events from firing
while we were suspended. See suspendEvents.
let element = document.body.querySelector('ExtTextcolumn');
element.revertFocus();
Returns focus to the Component or element found in the cached focusEnterEvent.
let element = document.body.querySelector('ExtTextcolumn');
element.revertFocusTo(target);
This field is on the recieving end of a call from revertFocus.
It is called when focus is being pushed back into this Component from a Component that is focused and is being hidden or disabled.
We must focus the passed element.
Subclasses may perform some extra processing to prepare for refocusing.
target : Object
let element = document.body.querySelector('ExtTextcolumn');
element.saveState(state, stateful);
Saves the current state of this object to the provided state
builder. By default
this method saves the configs specified as stateful
.
This method can also be overridden by subclasses to store custom data directly to
the state
builder:
saveState: function(state) {
this.callParent([ state ]);
state.set('foo', 42);
}
When overriding this method, it is also likely necessary to override loadState
.
state : Ext.state.Builder
The state builder to which to save state.
stateful : Object
The stateful properties as an object keyed by config name.
let element = document.body.querySelector('ExtTextcolumn');
let setConfig = element.setConfig(name, value);
Sets a single/multiple configuration options.
name : String/Object
The name of the property to set, or a set of key value pairs to set.
value : Object (optional)
The value to set for the name parameter.
this
let element = document.body.querySelector('ExtTextcolumn');
element.setCurrentAlignmentInfo(alignmentInfo);
Sets the current Alignment information, called by alignTo
alignmentInfo : Object
let element = document.body.querySelector('ExtTextcolumn');
element.setRendered(rendered, root);
All Components need a potentially recursive setRendered because some are pseudo containers, such as grid <ExtGridrow/>, and some mix in Ext.mixin.Toolable.
rendered : Boolean
root : Boolean (optional)
let element = document.body.querySelector('ExtTextcolumn');
element.setSize(width, height);
Sets the size of the Component.
width : Number
The new width for the Component.
height : Number
The new height for the Component.
let element = document.body.querySelector('ExtTextcolumn');
element.setSortState(sorter);
Sets the column sort state according to the direction of the Sorter passed.
sorter : String/Ext.util.Sorter
A Sorter, or the direction ('ASC'
or 'DESC'
)
to display in the header.
let element = document.body.querySelector('ExtTextcolumn');
element.setVisibility(isVisible);
isVisible : Object
let element = document.body.querySelector('ExtTextcolumn');
element.setXY(x, y, animation);
This method has the same arguments as element's setXY
method, but is used to maintain the x
and y
configs (for floated
components)
or the left
and top
config for positioned components.
Available since: 6.5.0
x : Object
y : Object
animation : Object
let element = document.body.querySelector('ExtTextcolumn');
let show = element.show(animation);
Shows this component optionally using an animation.
animation : Object/Boolean (optional)
You can specify an animation here or a bool to use the showAnimation config.
let element = document.body.querySelector('ExtTextcolumn');
let showAt = element.showAt(x, y);
Displays component at specific xy position. A floating component (like a menu) is positioned relative to its ownerCt if any. Useful for popping up a context menu:
listeners: {
itemcontextmenu: function(view, record, item, index, event, options) {
Ext.create('Ext.menu.Menu', {
width: 100,
height: 100,
margin: '0 0 10 0',
items: [{
text: 'regular item 1'
},{
text: 'regular item 2'
},{
text: 'regular item 3'
}]
}).showAt(event.getXY());
}
}
x : Number/Number[]/Object
The new x position or array of [x,y]
, or an
object {x:10, y:10}
.
y : Number (optional)
The new y position.
this
let element = document.body.querySelector('ExtTextcolumn');
element.showBy(component, alignment, options);
Shows this component by another component. If you specify no alignment, it will automatically
position this component relative to the reference component depending upon the alignment
parameter.
The alignment
parameter describes the edge-to-edge alignment of this component
with the target. It can be specified thus:
'l-r?'
,
'r-l?'
, 'b-t?'
then 't-b?'
in that order.t
/r
/b
/l
) followed by a percentage along that side. This describes a
point to align with a similar point in the target. So 't0-b0'
would be
the same as 'tl-bl'
, 'l0-r50'
would place the top left corner of this item
halfway down the right edge of the target item. This allows more flexibility
and also describes which two edges are considered adjacent when positioning a tip pointer.Following are all of the supported predefined anchor positions:
Value Description
----- -----------------------------
tl The top left corner
t The center of the top edge
tr The top right corner
l The center of the left edge
c The center
r The center of the right edge
bl The bottom left corner
b The center of the bottom edge
br The bottom right corner
You can put a '?' at the end of the alignment string to constrain the positioned element to the Ext.Viewport. The element will attempt to align as specified, but the position will be adjusted to constrain to the viewport if necessary. Note that the element being aligned might be swapped to align to a different position than that specified in order to enforce the viewport constraints.
Example Usage:
// show `panel` by `button` using the default positioning (auto fit)
panel.showBy(button);
// align the top left corner of `panel` with the top right corner of `button`
// (constrained to viewport)
panel.showBy(button, "tl-tr?");
// align the bottom right corner of `panel` with the center left edge of `button`
// (not constrained by viewport)
panel.showBy(button, "br-cl");
// align the center of panel with the bottom left corner of button and
// adjust the x position by -6 pixels (and the y position by 0)
panel.showBy(button, "c-bl", [-6, 0]);
// align the 25% point on the bottom edge of this panel
// with the 75% point on the top edge of button.
panel.showBy(button, 'b25-t75');
component : Ext.Component
The target component to show this component by.
alignment : String (optional)
The alignment string, eg: 'tl-bl'
.
options : Object/Array (optional)
An object containing options for the Ext.util.Region#alignTo method, if an Array is used, it will be assumed to be the offset.
let element = document.body.querySelector('ExtTextcolumn');
element.sort(direction, mode);
Sorts by this column's sorter in the passed direction.
direction : Object
mode : Object
let element = document.body.querySelector('ExtTextcolumn');
let statics = element.statics();
Get the reference to the class from which this object was instantiated. Note that unlike
Ext.Base#self, this.statics()
is scope-independent and it always returns
the class from which it was called, regardless of what this
points to during run-time
Ext.define('My.Cat', {
statics: {
totalCreated: 0,
speciesName: 'Cat' // My.Cat.speciesName = 'Cat'
},
constructor: function() {
var statics = this.statics();
// always equals to 'Cat' no matter what 'this' refers to
// equivalent to: My.Cat.speciesName
alert(statics.speciesName);
alert(this.self.speciesName); // dependent on 'this'
statics.totalCreated++;
},
clone: function() {
var cloned = new this.self(); // dependent on 'this'
// equivalent to: My.Cat.speciesName
cloned.groupName = this.statics().speciesName;
return cloned;
}
});
Ext.define('My.SnowLeopard', {
extend: 'My.Cat',
statics: {
speciesName: 'Snow Leopard' // My.SnowLeopard.speciesName = 'Snow Leopard'
},
constructor: function() {
this.callParent();
}
});
var cat = new My.Cat(); // alerts 'Cat', then alerts 'Cat'
var snowLeopard = new My.SnowLeopard(); // alerts 'Cat', then alerts 'Snow Leopard'
var clone = snowLeopard.clone();
alert(Ext.getClassName(clone)); // alerts 'My.SnowLeopard'
alert(clone.groupName); // alerts 'Cat'
alert(My.Cat.totalCreated); // alerts 3
let element = document.body.querySelector('ExtTextcolumn');
element.suspendEvent(eventName);
Suspends firing of the named event(s).
After calling this method to suspend events, the events will no longer fire when requested to fire.
Note that if this is called multiple times for a certain event, the converse method resumeEvent will have to be called the same number of times for it to resume firing.
eventName : String...
Multiple event names to suspend.
let element = document.body.querySelector('ExtTextcolumn');
element.suspendEvents(queueSuspended);
Suspends the firing of all events. (see resumeEvents)
queueSuspended : Boolean
true
to queue up suspended events to be fired
after the resumeEvents call instead of discarding all suspended events.
let element = document.body.querySelector('ExtTextcolumn');
let syncAlwaysOnTop = element.syncAlwaysOnTop();
Fixes up the alwaysOnTop order of this floated widget within its siblings.
true
if this was the topmost widget among its siblings.
let element = document.body.querySelector('ExtTextcolumn');
element.syncFloatWrap();
Synchronizes the size and position of the floatWrap when this Widget is resized
let element = document.body.querySelector('ExtTextcolumn');
element.syncToolableAlign();
Synchronizes an alignment cls on the tool dock wrapper when the alignment changes.
Only applicable for toolable components that have an align
config such as
grid cells and column headers
let element = document.body.querySelector('ExtTextcolumn');
let toFront = element.toFront();
Brings a cfg-floated Component to the front of any other visible, floated Components while honoring all alwaysOnTop settings. This may not become topmost if another visible floated component has a higher alwaysOnTop value.
If this Component becomes the topmost modal floated component, the the shared modal mask is moved to just below this Component.
this
let element = document.body.querySelector('ExtTextcolumn');
let toggleCls = element.toggleCls(className, state);
Toggles the specified CSS class on this element (removes it if it already exists, otherwise adds it).
className : String
The CSS class to toggle.
state : Boolean (optional)
If specified as true
, causes the class to be added. If
specified as false
, causes the class to be removed.
let element = document.body.querySelector('ExtTextcolumn');
element.toggleSortState();
Called on HeaderTap to toggle the column through three sort states.
Is primary sort? Yes - Cycle through ASC, DESC, None No - is sorted? Yes - Make it primary (leave direction alone) No - Make it primary ASC
let element = document.body.querySelector('ExtTextcolumn');
let transformStatefulConfig = element.transformStatefulConfig(instanceConfig, configurator);
This method is called internally by initConfig
to apply whatever changes are
needed from persistent storage.
instanceConfig : Object
The base config object
configurator : Ext.Configurator
The config object to use.
let element = document.body.querySelector('ExtTextcolumn');
element.triggerInitialized();
let element = document.body.querySelector('ExtTextcolumn');
let un = element.un(eventName, fn, scope);
Shorthand for removeListener. Removes an event handler.
eventName : String
The type of event the handler was associated with.
fn : Function
The handler to remove. This must be a reference to the function passed into the addListener call.
scope : Object (optional)
The scope originally specified for the handler. It must be the same as the scope argument specified in the original call to Ext.util.Observable#addListener or the listener will not be removed.
let element = document.body.querySelector('ExtTextcolumn');
element.unAfter(eventName, fn, scope, options);
Removes a before-event handler.
Same as removeListener with order
set to 'after'
.
eventName : String/String[]/Object
The name of the event the handler was associated with.
fn : Function/String
The handler to remove.
scope : Object (optional)
The scope originally specified for fn
.
options : Object (optional)
Extra options object.
let element = document.body.querySelector('ExtTextcolumn');
element.unBefore(eventName, fn, scope, options);
Removes a before-event handler.
Same as removeListener with order
set to 'before'
.
eventName : String/String[]/Object
The name of the event the handler was associated with.
fn : Function/String
The handler to remove.
scope : Object (optional)
The scope originally specified for fn
.
options : Object (optional)
Extra options object.
let element = document.body.querySelector('ExtTextcolumn');
let unlink = element.unlink(names);
Destroys a given set of linked
objects. This is only needed if
the linked object is being destroyed before this instance.
names : String[]
The names of the linked objects to destroy.
this
let element = document.body.querySelector('ExtTextcolumn');
element.unmask();
Convenience method which calls setMasked with a value of false (to hide the mask). For additional functionality, call the setMasked function direction (See the masked configuration documentation for more information).
let element = document.body.querySelector('ExtTextcolumn');
let up = element.up(selector, limit);
Walks up the ownership hierarchy looking for an ancestor Component which matches the passed simple selector.
Example:
var owningTabPanel = grid.up('tabpanel');
selector : String (optional)
The simple selector to test.
limit : String/Number/Ext.Component (optional)
This may be a selector upon which to stop the upward scan, or a limit of the number of steps, or Component reference to stop on.
The matching ancestor Container (or undefined
if no match
was found).
let element = document.body.querySelector('ExtTextcolumn');
element.updateCls(newCls, oldCls);
All cls methods directly report to the cls configuration, so anytime it changes, updateCls will be called
newCls : Object
oldCls : Object
let element = document.body.querySelector('ExtTextcolumn');
element.updateData(newData);
newData : Object
let element = document.body.querySelector('ExtTextcolumn');
element.updateHeight(height);
height : Object
let element = document.body.querySelector('ExtTextcolumn');
element.updateMenuDisabledState();
Adjusts the checkChangeEnabled state of all column hide/show items based upon whether it's safe to hide the column.
let element = document.body.querySelector('ExtTextcolumn');
element.updateSession(session);
Updates the session config.
session : Ext.data.Session
let element = document.body.querySelector('ExtTextcolumn');
element.updateViewModel(viewModel, oldViewModel);
Updates the viewModel config.
viewModel : Ext.app.ViewModel
oldViewModel : Ext.app.ViewModel
let element = document.body.querySelector('ExtTextcolumn');
element.updateWidth(width);
width : Object
let element = document.body.querySelector('ExtTextcolumn');
element.visitPostOrder(selector, fn, scope, extraArgs);
Traverses the tree rooted at this node in post-order mode, calling the passed function on the nodes at each level. That is the function is called upon each node after being called on its children).
This method is used at each level down the cascade. Currently <ExtComponent/>s and Ext.data.TreeModels are queryable.
If you have tree-structured data, you can make your nodes queryable, and use ComponentQuery on them.
selector : Object
A ComponentQuery selector used to filter candidate nodes before calling the function. An empty string matches any node.
fn : Function
The function to call. Return false
to abort the traverse.
node : Object
The node being visited.
scope : Object (optional)
The context (this
reference) in which the function is executed.
extraArgs : Array (optional)
A set of arguments to be appended to the function's argument list to pass down extra data known to the caller after the node being visited.
let element = document.body.querySelector('ExtTextcolumn');
element.visitPreOrder(selector, fn, scope, extraArgs);
Traverses the tree rooted at this node in pre-order mode, calling the passed function on the nodes at each level. That is the function is called upon each node before being called on its children).
This method is used at each level down the cascade. Currently <ExtComponent/>s and Ext.data.TreeModels are queryable.
If you have tree-structured data, you can make your nodes queryable, and use ComponentQuery on them.
selector : Object
A ComponentQuery selector used to filter candidate nodes before calling the function. An empty string matches any node.
fn : Function
The function to call. Return false
to abort the traverse.
node : Object
The node being visited.
scope : Object (optional)
The context (this
reference) in which the function is executed.
extraArgs : Array (optional)
A set of arguments to be appended to the function's argument list to pass down extra data known to the caller after the node being visited.
let element = document.body.querySelector('ExtTextcolumn');
element.watchConfig(name, fn, scope);
Watches config properties.
instance.watchConfig({
title: 'onTitleChange',
scope: me
});
Available since: 6.7.0
name : Object
fn : Object
scope : Object
let element = document.body.querySelector('ExtTextcolumn');
let whenVisible = element.whenVisible(fn, args);
Queue a function to run when the component is visible & painted. If those conditions are met, the function will execute immediately, otherwise it will wait until it is visible and painted.
fn : String
The function to execute on this component.
args : Object[] (optional)
The arguments to pass.
true
if the function was executed immediately.
Adds new config properties to this class. This is called for classes when they are declared, then for any mixins that class may define and finally for any overrides defined that target the class.
config : Object
mixinClass : Ext.Class (optional)
The mixin class if the configs are from a mixin.
name : Object
member : Object
privacy : Object
Add methods / properties to the prototype of this class.
Ext.define('My.awesome.Cat', {
constructor: function() {
...
}
});
My.awesome.Cat.addMembers({
meow: function() {
alert('Meowww...');
}
});
var kitty = new My.awesome.Cat();
kitty.meow();
members : Object
The members to add to this class.
isStatic : Boolean (optional)
Pass true
if the members are static.
Defaults to: false
privacy : Boolean (optional)
Pass true
if the members are private. This
only has meaning in debug mode and only for methods.
Defaults to: false
Add / override static properties of this class.
Ext.define('My.cool.Class', {
...
});
My.cool.Class.addStatics({
someProperty: 'someValue', // My.cool.Class.someProperty = 'someValue'
method1: function() { ... }, // My.cool.Class.method1 = function() { ... };
method2: function() { ... } // My.cool.Class.method2 = function() { ... };
});
members : Object
this
Borrow another class' members to the prototype of this class.
Ext.define('Bank', {
money: '$$$',
printMoney: function() {
alert('$$$$$$$');
}
});
Ext.define('Thief', {
...
});
Thief.borrow(Bank, ['money', 'printMoney']);
var steve = new Thief();
alert(steve.money); // alerts '$$$'
steve.printMoney(); // alerts '$$$$$$$'
fromClass : Ext.Base
The class to borrow members from
members : Array/String
The names of the members to borrow
this
Create a new instance of this Class.
Ext.define('My.cool.Class', {
...
});
My.cool.Class.create({
someConfig: true
});
All parameters are passed to the constructor of the class.
the created instance.
Create aliases for existing prototype methods. Example:
Ext.define('My.cool.Class', {
method1: function() { ... },
method2: function() { ... }
});
var test = new My.cool.Class();
My.cool.Class.createAlias({
method3: 'method1',
method4: 'method2'
});
test.method3(); // test.method1()
My.cool.Class.createAlias('method5', 'method3');
test.method5(); // test.method3() -> test.method1()
alias : String/Object
The new method name, or an object to set multiple aliases. See flexSetter
origin : String/Object
The original method name
Returns the Ext.Configurator
for this class.
Get the current class' name in string format.
Ext.define('My.cool.Class', {
constructor: function() {
alert(this.self.getName()); // alerts 'My.cool.Class'
}
});
My.cool.Class.getName(); // 'My.cool.Class'
className
Used internally by the mixins pre-processor
name : Object
mixinClass : Object
Override members of this class. Overridden methods can be invoked via callParent.
Ext.define('My.Cat', {
constructor: function() {
alert("I'm a cat!");
}
});
My.Cat.override({
constructor: function() {
alert("I'm going to be a cat!");
this.callParent(arguments);
alert("Meeeeoooowwww");
}
});
var kitty = new My.Cat(); // alerts "I'm going to be a cat!"
// alerts "I'm a cat!"
// alerts "Meeeeoooowwww"
Direct use of this method should be rare. Use Ext.define instead:
Ext.define('My.CatOverride', {
override: 'My.Cat',
constructor: function() {
alert("I'm going to be a cat!");
this.callParent(arguments);
alert("Meeeeoooowwww");
}
});
The above accomplishes the same result but can be managed by the Ext.Loader which can properly order the override and its target class and the build process can determine whether the override is needed based on the required state of the target class (My.Cat).
members : Object
The properties to add to this class. This should be specified as an object literal containing one or more properties.
this class
// Delcare in template tag
onActivate={this._onActivate}
// Declare in class
_onActivate = ({ newActiveItem, sender, oldActiveItem }) => { //... };
Fires whenever item within the Container is activated.
newActiveItem : Object
The new active item within the container.
this : Ext.Container
The Container instance.
oldActiveItem : Object
The old active item within the container.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onActiveItemchange={this._onActiveItemchange}
// Declare in class
_onActiveItemchange = ({ sender, value, oldValue }) => { //... };
This event fires when activeItem
changes.
sender : Ext.Container
The instance firing this event.
value : Ext.Component/Object/String/Number
The current value of activeItem
.
oldValue : Ext.Component/Object/String/Number
The previous value of activeItem
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onAdd={this._onAdd}
// Declare in class
_onAdd = ({ sender, item, index }) => { //... };
Fires whenever item added to the Container.
this : Ext.Container
The Container instance.
item : Object
The item added to the Container.
index : Number
The index of the item within the Container.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onAdded={this._onAdded}
// Declare in class
_onAdded = ({ sender, container, index }) => { //... };
Fires after a Component had been added to a Container.
sender : Ext.Component
The component firing this event.
container : Ext.Container
Parent Container
index : Number
The index of the item within the Container.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onBeforeactiveItemchange={this._onBeforeactiveItemchange}
// Declare in class
_onBeforeactiveItemchange = ({ sender, value, oldValue }) => { //... };
This event fires when activeItem
changes.
sender : Ext.Container
The instance firing this event.
value : Ext.Component/Object/String/Number
The current value of activeItem
.
oldValue : Ext.Component/Object/String/Number
The previous value of activeItem
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforebottomchange={this._onBeforebottomchange}
// Declare in class
_onBeforebottomchange = ({ sender, value, oldValue }) => { //... };
This event fires when bottom
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of bottom
.
oldValue : Number/String
The previous value of bottom
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforecenteredchange={this._onBeforecenteredchange}
// Declare in class
_onBeforecenteredchange = ({ sender, value, oldValue }) => { //... };
This event fires when centered
changes.
sender : Ext.Component
The instance firing this event.
value : Boolean
The current value of centered
.
oldValue : Boolean
The previous value of centered
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforedisabledchange={this._onBeforedisabledchange}
// Declare in class
_onBeforedisabledchange = ({ sender, value, oldValue }) => { //... };
This event fires when disabled
changes.
sender : Ext.Widget
The instance firing this event.
value : Boolean
The current value of disabled
.
oldValue : Boolean
The previous value of disabled
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforedockedchange={this._onBeforedockedchange}
// Declare in class
_onBeforedockedchange = ({ sender, value, oldValue }) => { //... };
This event fires when docked
changes.
sender : Ext.Component
The instance firing this event.
value : String
The current value of docked
.
oldValue : String
The previous value of docked
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforeheightchange={this._onBeforeheightchange}
// Declare in class
_onBeforeheightchange = ({ sender, value, oldValue }) => { //... };
This event fires when height
changes.
sender : Ext.Widget
The instance firing this event.
value : Number/String
The current value of height
.
oldValue : Number/String
The previous value of height
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforehide={this._onBeforehide}
// Declare in class
_onBeforehide = ({ sender }) => { //... };
Fires before the Component is hidden. Hide may be vetoed by returning false
from a handler.
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onBeforeleftchange={this._onBeforeleftchange}
// Declare in class
_onBeforeleftchange = ({ sender, value, oldValue }) => { //... };
This event fires when left
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of left
.
oldValue : Number/String
The previous value of left
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforemaxHeightchange={this._onBeforemaxHeightchange}
// Declare in class
_onBeforemaxHeightchange = ({ sender, value, oldValue }) => { //... };
This event fires when maxHeight
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of maxHeight
.
oldValue : Number/String
The previous value of maxHeight
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforemaxWidthchange={this._onBeforemaxWidthchange}
// Declare in class
_onBeforemaxWidthchange = ({ sender, value, oldValue }) => { //... };
This event fires when maxWidth
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of maxWidth
.
oldValue : Number/String
The previous value of maxWidth
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforeminHeightchange={this._onBeforeminHeightchange}
// Declare in class
_onBeforeminHeightchange = ({ sender, value, oldValue }) => { //... };
This event fires when minHeight
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of minHeight
.
oldValue : Number/String
The previous value of minHeight
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforeminWidthchange={this._onBeforeminWidthchange}
// Declare in class
_onBeforeminWidthchange = ({ sender, value, oldValue }) => { //... };
This event fires when minWidth
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of minWidth
.
oldValue : Number/String
The previous value of minWidth
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforeorientationchange={this._onBeforeorientationchange}
// Declare in class
_onBeforeorientationchange = ({ }) => { //... };
Fires before orientation changes.
This method has been REMOVED since 2.0.0
// Delcare in template tag
onBeforerightchange={this._onBeforerightchange}
// Declare in class
_onBeforerightchange = ({ sender, value, oldValue }) => { //... };
This event fires when right
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of right
.
oldValue : Number/String
The previous value of right
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforescrollablechange={this._onBeforescrollablechange}
// Declare in class
_onBeforescrollablechange = ({ sender, value, oldValue }) => { //... };
This event fires when scrollable
changes.
sender : Ext.Component
The instance firing this event.
value : Boolean/String/Object
The current value of scrollable
.
oldValue : Boolean/String/Object
The previous value of scrollable
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforeshow={this._onBeforeshow}
// Declare in class
_onBeforeshow = ({ sender }) => { //... };
Fires before the Component is shown. Show may be vetoed by returning false
from a handler.
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onBeforetofront={this._onBeforetofront}
// Declare in class
_onBeforetofront = ({ sender }) => { //... };
Fires before a cfg-floated component is brought to the front of the visual stack.
this : Ext.Component
The component instance
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onBeforetopchange={this._onBeforetopchange}
// Declare in class
_onBeforetopchange = ({ sender, value, oldValue }) => { //... };
This event fires when top
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of top
.
oldValue : Number/String
The previous value of top
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBeforewidthchange={this._onBeforewidthchange}
// Declare in class
_onBeforewidthchange = ({ sender, value, oldValue }) => { //... };
This event fires when width
changes.
sender : Ext.Widget
The instance firing this event.
value : Number/String
The current value of width
.
oldValue : Number/String
The previous value of width
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Return false
to cancel the change.
// Delcare in template tag
onBlur={this._onBlur}
// Declare in class
_onBlur = ({ sender, event }) => { //... };
Fires when this Component's focusEl loses focus.
this : Ext.Component
event : Ext.event.Event
The blur event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onBottomchange={this._onBottomchange}
// Declare in class
_onBottomchange = ({ sender, value, oldValue }) => { //... };
This event fires when bottom
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of bottom
.
oldValue : Number/String
The previous value of bottom
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onCenteredchange={this._onCenteredchange}
// Declare in class
_onCenteredchange = ({ sender, value, oldValue }) => { //... };
This event fires when centered
changes.
sender : Ext.Component
The instance firing this event.
value : Boolean
The current value of centered
.
oldValue : Boolean
The previous value of centered
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onDeactivate={this._onDeactivate}
// Declare in class
_onDeactivate = ({ oldActiveItem, sender, newActiveItem }) => { //... };
Fires whenever item within the Container is deactivated.
oldActiveItem : Object
The old active item within the container.
this : Ext.Container
The Container instance.
newActiveItem : Object
The new active item within the container.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onDestroy={this._onDestroy}
// Declare in class
_onDestroy = ({ }) => { //... };
Fires when the component is destroyed
// Delcare in template tag
onDisabledchange={this._onDisabledchange}
// Declare in class
_onDisabledchange = ({ sender, value, oldValue }) => { //... };
This event fires when disabled
changes.
sender : Ext.Widget
The instance firing this event.
value : Boolean
The current value of disabled
.
oldValue : Boolean
The previous value of disabled
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onDockedchange={this._onDockedchange}
// Declare in class
_onDockedchange = ({ sender, value, oldValue }) => { //... };
This event fires when docked
changes.
sender : Ext.Component
The instance firing this event.
value : String
The current value of docked
.
oldValue : String
The previous value of docked
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onErased={this._onErased}
// Declare in class
_onErased = ({ sender }) => { //... };
Fires when the component is no longer displayed in the DOM. Listening to this event will degrade performance not recommend for general use.
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onFloatingchange={this._onFloatingchange}
// Declare in class
_onFloatingchange = ({ sender, positioned }) => { //... };
Fires whenever there is a change in the positioned status of a component
sender : Ext.Component
The component firing this event.
positioned : Boolean
The component's new positioned state. This becomes
true
is a component is positioned using the cfg-top, cfg-right,
cfg-bottom or cfg-left configs.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Deprecated since version 6.2.0
Use positionedchange instead
// Delcare in template tag
onFocus={this._onFocus}
// Declare in class
_onFocus = ({ sender, event }) => { //... };
Fires when this Component's focusEl receives focus.
this : Ext.Component/Ext.Widget
event : Ext.event.Event
The focus event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onFocusenter={this._onFocusenter}
// Declare in class
_onFocusenter = ({ sender, event }) => { //... };
Fires when focus enters this Component's hierarchy.
this : Ext.Component
event : Ext.event.Event
The focusenter event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onFocusleave={this._onFocusleave}
// Declare in class
_onFocusleave = ({ sender, event }) => { //... };
Fires when focus leaves this Component's hierarchy.
this : Ext.Component
event : Ext.event.Event
The focusleave event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onFullscreen={this._onFullscreen}
// Declare in class
_onFullscreen = ({ sender }) => { //... };
Fires whenever a Component with the fullscreen config is instantiated
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onHeightchange={this._onHeightchange}
// Declare in class
_onHeightchange = ({ sender, value, oldValue }) => { //... };
This event fires when height
changes.
sender : Ext.Widget
The instance firing this event.
value : Number/String
The current value of height
.
oldValue : Number/String
The previous value of height
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onHide={this._onHide}
// Declare in class
_onHide = ({ sender }) => { //... };
Fires whenever the Component is hidden
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onInitialize={this._onInitialize}
// Declare in class
_onInitialize = ({ sender }) => { //... };
Fires when the component has been initialized
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onLeftchange={this._onLeftchange}
// Declare in class
_onLeftchange = ({ sender, value, oldValue }) => { //... };
This event fires when left
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of left
.
oldValue : Number/String
The previous value of left
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onMaxHeightchange={this._onMaxHeightchange}
// Declare in class
_onMaxHeightchange = ({ sender, value, oldValue }) => { //... };
This event fires when maxHeight
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of maxHeight
.
oldValue : Number/String
The previous value of maxHeight
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onMaxWidthchange={this._onMaxWidthchange}
// Declare in class
_onMaxWidthchange = ({ sender, value, oldValue }) => { //... };
This event fires when maxWidth
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of maxWidth
.
oldValue : Number/String
The previous value of maxWidth
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onMinHeightchange={this._onMinHeightchange}
// Declare in class
_onMinHeightchange = ({ sender, value, oldValue }) => { //... };
This event fires when minHeight
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of minHeight
.
oldValue : Number/String
The previous value of minHeight
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onMinWidthchange={this._onMinWidthchange}
// Declare in class
_onMinWidthchange = ({ sender, value, oldValue }) => { //... };
This event fires when minWidth
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of minWidth
.
oldValue : Number/String
The previous value of minWidth
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onMove={this._onMove}
// Declare in class
_onMove = ({ sender, item, toIndex, fromIndex }) => { //... };
Fires whenever item moved within the Container.
this : Ext.Container
The Container instance.
item : Object
The item moved within the Container.
toIndex : Number
The new index of the item.
fromIndex : Number
The old index of the item.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onMoved={this._onMoved}
// Declare in class
_onMoved = ({ sender, container, toIndex, fromIndex }) => { //... };
Fires when a component si moved within its Container.
sender : Ext.Component
The component firing this event.
container : Ext.Container
Container which holds the component
toIndex : Number
The new index of the item.
fromIndex : Number
The old index of the item.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onOrientationchange={this._onOrientationchange}
// Declare in class
_onOrientationchange = ({ }) => { //... };
Fires when orientation changes.
This method has been REMOVED since 2.0.0
// Delcare in template tag
onPainted={this._onPainted}
// Declare in class
_onPainted = ({ sender, element }) => { //... };
Fires whenever this Element actually becomes visible (painted) on the screen. This is useful when you need to perform 'read' operations on the DOM element, i.e: calculating natural sizes and positioning.
Note: This event is not available to be used with event delegation. Instead painted
only fires if you explicitly add at least one listener to it, for performance reasons.
sender : Ext.Component
The component firing this event.
element : Ext.dom.Element
The component's outer element (this.element)
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onPositionedchange={this._onPositionedchange}
// Declare in class
_onPositionedchange = ({ sender, positioned }) => { //... };
Fires whenever there is a change in the positioned status of a component
sender : Ext.Component
The component firing this event.
positioned : Boolean
The component's new positioned state. This becomes
true
is a component is positioned using the cfg-top, cfg-right,
cfg-bottom or cfg-left configs.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onRemove={this._onRemove}
// Declare in class
_onRemove = ({ sender, item, index }) => { //... };
Fires whenever item removed from the Container.
this : Ext.Container
The Container instance.
item : Object
The item removed from the Container.
index : Number
The index of the item that was removed.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onRemoved={this._onRemoved}
// Declare in class
_onRemoved = ({ sender, container, index }) => { //... };
Fires when a component is removed from a Container
sender : Ext.Component
The component firing this event.
container : Ext.Container
Container which holds the component
index : Number
The index of the item that was removed.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onRenderedchange={this._onRenderedchange}
// Declare in class
_onRenderedchange = ({ sender, item, rendered }) => { //... };
Fires whenever an item is rendered into a container or derendered from a Container.
this : Ext.Container
The Container instance.
item : Object
The item in the Container.
rendered : Boolean
The current rendered status of the item.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onResize={this._onResize}
// Declare in class
_onResize = ({ element, info }) => { //... };
Important note: For the best performance on mobile devices, use this only when you absolutely need to monitor a Element's size.
Note: This event is not available to be used with event delegation. Instead resize
only fires if you explicitly add at least one listener to it, for performance reasons.
element : Ext.dom.Element
The component's outer element (this.element).
info : Object
The component's new size parameters.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onRightchange={this._onRightchange}
// Declare in class
_onRightchange = ({ sender, value, oldValue }) => { //... };
This event fires when right
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of right
.
oldValue : Number/String
The previous value of right
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onScrollablechange={this._onScrollablechange}
// Declare in class
_onScrollablechange = ({ sender, value, oldValue }) => { //... };
This event fires when scrollable
changes.
sender : Ext.Component
The instance firing this event.
value : Boolean/String/Object
The current value of scrollable
.
oldValue : Boolean/String/Object
The previous value of scrollable
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onShow={this._onShow}
// Declare in class
_onShow = ({ sender }) => { //... };
Fires whenever the Component is shown
sender : Ext.Component
The component firing this event.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onTofront={this._onTofront}
// Declare in class
_onTofront = ({ sender }) => { //... };
Fires when a cfg-floated component has been brought to the front of the visual stack.
this : Ext.Component
The component instance
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onTopchange={this._onTopchange}
// Declare in class
_onTopchange = ({ sender, value, oldValue }) => { //... };
This event fires when top
changes.
sender : Ext.Component
The instance firing this event.
value : Number/String
The current value of top
.
oldValue : Number/String
The previous value of top
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onUpdatedata={this._onUpdatedata}
// Declare in class
_onUpdatedata = ({ sender, newData }) => { //... };
Fires whenever the data of the component is updated
sender : Ext.Component
The component firing this event.
newData : Object
The new data
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
// Delcare in template tag
onWidthchange={this._onWidthchange}
// Declare in class
_onWidthchange = ({ sender, value, oldValue }) => { //... };
This event fires when width
changes.
sender : Ext.Widget
The instance firing this event.
value : Number/String
The current value of width
.
oldValue : Number/String
The previous value of width
.
eOpts : Object
The options object passed to Ext.util.Observable.addListener.
Grid Column background-color
Defaults to:
$headercontainer-background-color
Grid Column border-color
Defaults to:
$headercontainer-border-color
Grid Column font-size in the big sizing scheme
Defaults to:
$font-size-big
Grid Column background-color when hovered
Defaults to:
mix(#fff, $base-light-color, 80%)
Grid Column line-height in the big sizing scheme
Defaults to:
18px
Grid Column padding in the big sizing scheme
Defaults to:
7px 15px
Grid Column resizer background-color
Defaults to:
darken($gridcolumn-background-color, 10%)
Grid Column sort ascending icon
Defaults to:
$fa-var-long-arrow-up
Grid Column auxilliary (tertiary and below) sort icon color
Defaults to:
mix(#fff, $gridcolumn-sort-icon-color, 70%)
Grid Column sort descending icon
Defaults to:
$fa-var-long-arrow-down
Grid Column sort icon font-size in the big sizing scheme
Defaults to:
null
Grid Column sort icon margin in the big sizing scheme
Defaults to:
null
Grid Column sort icon size in the big sizing scheme
Defaults to:
null
Grid Column secondary sort icon color
Defaults to:
mix(#fff, $gridcolumn-sort-icon-color, 50%)
Grid Column background-color when sorted
Defaults to:
$gridcolumn-hovered-background-color
Grid Column trigger background-color
Defaults to:
$gridcolumn-hovered-background-color or $gridcolumn-background-color
Grid Column trigger border-color
Defaults to:
right($gridcolumn-border-color)
Grid Column trigger border-style
Defaults to:
right($gridcolumn-border-style)
Grid Column trigger border-width
Defaults to:
0 0 0 1px
Grid Column trigger icon font size in the big sizing scheme
Defaults to:
20px
Grid Column trigger width in the big sizing scheme
Defaults to:
24px
Header container background-color
Defaults to:
$neutral-light-color
Header container border-color
Defaults to:
$neutral-medium-dark-color
Creates a visual theme for a grid column.
$ui : String
The name of the UI being created. Can not included spaces or special punctuation (used in CSS class names).
$xtype : String (optional)
The Ext.Class#xtype to use in CSS selectors. For use by UI mixins of derived classes.
Defaults to: gridcolumn
$color : color
Grid Column text color
$background-color : color
Grid Column background-color
$hovered-background-color : color
Grid Column background-color when hovered
$sorted-background-color : color
Grid Column background-color when sorted
$border-width : Number/list
Grid Column border-width
$border-style : String/list
Grid Column border-style
$border-color : color
Grid Column border-color
$font-weight : String/Number
Grid Column font-weight
$font-size : Number
Grid Column font-size
$font-size-big : Number
Grid Column font-size in the big sizing scheme
$line-height : Number
Grid Column line-height
$line-height-big : Number
Grid Column line-height in the big sizing scheme
$font-family : String
Grid Column font-family
$padding : Number/list
Grid Column padding
$padding-big : Number/list
Grid Column padding in the big sizing scheme
$sort-icon-margin : Number
Grid Column sort icon margin
$sort-icon-margin-big : Number
Grid Column sort icon margin in the big sizing scheme
$sort-icon-size : Number
Grid Column sort icon size
$sort-icon-size-big : Number
Grid Column sort icon size in the big sizing scheme
$sort-icon-font-size : Number
Grid Column sort icon font-size
$sort-icon-font-size-big : Number
Grid Column sort icon font-size in the big sizing scheme
$sort-icon-color : color
Grid Column sort icon color
$sort-secondary-icon-color : color
Grid Column secondary sort icon color
$sort-aux-icon-color : color
Grid Column aux icon color
$sort-asc-icon : String/list
Grid Column sort ascending icon
$sort-desc-icon : String/list
Grid Column sort descending icon
$trigger-width : Number
Grid Column trigger width
$trigger-width-big : Number
Grid Column trigger width in the big sizing scheme
$trigger-background-color : color
Grid Column trigger background-color
$trigger-border-width : Number/list
Grid Column trigger border-width
$trigger-border-style : String
Grid Column trigger border-style
$trigger-border-color : color
Grid Column trigger border-color
$trigger-icon : String/list
Grid Column trigger icon
$trigger-icon-color : color
Grid Column trigger icon color
$trigger-icon-font-size : Number
Grid Column trigger icon font size
$trigger-icon-font-size-big : Number
Grid Column trigger icon font size in the big sizing scheme
$resizer-width : color
Grid Column resizer width
$resizer-background-color : color
Grid Column resizer background-color
Creates a visual theme for a grid header container.
$ui : String
The name of the UI being created. Can not included spaces or special punctuation (used in CSS class names).
$xtype : String (optional)
The Ext.Class#xtype to use in CSS selectors. For use by UI mixins of derived classes.
Defaults to: headercontainer
$border-width : Number
Header container border-width
$border-style : String
Header container border-style
$border-color : color
Header container border-color
$background-color : color
Header container $background-color
Toolable components need special handling for their padding. When there are no tools (which usually means no dock wrapper) the padding on all sides is placed on the body-el, However, when the component has tools, the horizontal padding needs to be removed from the body-el and placed on the innermost dock wrapper so that the horizontal padding is between the outermost tools and the left/right edges of the component. In this configuration the space between the body and the tools is provided by the tools themselves via $tool-spacing.
The vertical padding remains on the body-el so that the height of the toolable component when auto-heighted is determined by the body-el's line-height + padding + the element borders. The tools gain an additional advantage from this arrangement because it means they can be taller than the component's line-height and not cause the component's height to increase since they are not "inside" of the vertical padding.
$ui : Object (optional)
Defaults to: null
$xtype : Object (optional)
Defaults to: null
$padding : Object (optional)
Defaults to: null
$padding-big : Object (optional)
Defaults to: null
$anchor : Object (optional)
Defaults to: body-el