Adapter for angular and Sencha Touch
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Sencha Touch Mobile Angular Adapter


Integration between sencha touch and angular.js. Provides an html markup and compile integration as both frameworks modify the dom. This integration is very general, so almost all widgets should work out-of-the-box!

Furthermore provides special enhancements useful for mobile applications.

Note that this just needs angular and sencha touch as dependencies, but no jquery, dojo, ...

Please also see jquery-mobile-angular-adapter.


Due to the nature of angular this is intended to be used WITHOUT the Sencha Touch stores:

  • Due to their direct link to Stores a new list and grouped-list widget was created that just displays it's content. Use ng:repeat for databinding the rows to the model.
  • Due to it's direct link to stores the <st:selectfield> uses an angular-expression in it's options attribute, which gets refreshed whenever the popup opens or the value changes.



Include this adapter after angular and sencha tuch (see below).

ATTENTION: Do NOT use the autobind mode of angular, but use the auto-start meta tag.

<html xmlns:ng="" xmlns:ngm="">
    <link rel="stylesheet" href="lib/sencha-touch.css"/>
    <meta name="auto-start" content="true">

    <script src="lib/angular-0.9.19.js"></script>
    <script src="lib/sencha-touch-1.1.0.js"></script>
    <script src="lib/sencha-touch-angular-adapter-0.9.0.js"></script>


The build is done using maven and requirejs.

  • mvn clean package -Pbuild: This will create a new version of the adapter and put it into /compiled.

Please install the latest version of the maven plugin brew. This project provides a snapshot release in /localrepo.

Running the tests

  • mvn clean integration-test -Ptest: This will do a build and execute the tests using js-test-driver. The browser that is used can be specified in the pom.xml.
  • mvn clean package jetty:run: This will start a webserver under localhost:8080/jqmng. The unit-tests can be run via the url localhost:8080/jqmng/UnitSpecRunner.html The ui-tests can be run via the url localhost:8080/jqmng/UiSpecRunner.html

Directory layout

This follows the usual maven directory layout:

  • src/main/webapp: The production code
  • src/test/webapp: The test code
  • compiled: The result of the javascript compilation

Compile Integration and Syntax

This uses the following syntax for declaring sencha widgets in a page:

<st:panel option1="value1" ...>
  ... child widgets ...

The element name st:<type> defines the sencha touch widget name. The other options on the element are arguments for the constructor of that widget with the following syntax:

  • Dashed to camelCase translation: As html attributes are case insensitive in some browsers, the translates attribute names with dashes like part1-part2 into camelCase attributes like part1Part2.
  • Deep object as configuration: Sencha often takes whole objects as configuration options. This can be set with attribute names that include a dot. E.g. layout.index="test" will create an object that contains the property index and the value test.
  • Automatic value conversion: Some Sencha Properties properties require ints or booleans. The value will be automatically converted into ints or boolean if they can be converted into those types.

Child widgets within other widgets are automatically added to the parent widget. If the child widget contains the attribute dock then the function Container.addDocked is used, otherwise Contianer.add.

The elements in the dom will be injected into the sencha components. So if you add a css class or style to an element, this will apply to the widget of that element.

Angular markup like {{}} can be used for all attributes. If the sencha components takes such an attribute and renders some children with it (e.g. the button widget adds the attribute text as text-child in the dom) those children will also be automatically be updated by angular. E.g. a <st:button text="{{name}}"> work well when the name property in the angular scope is updated!

The angular widget ng:repeat can be used for all widgets and works very well for automatically creating or destroying widgets.

The compilation integration is as following: 1. Angular is asked to compile to top level elements down unto the first <st:mytype...>. 2. A sencha widget is created for that element and connected to the dom element of the element. 3. The sencha widget is asked to render itself 4. After the rendering of the sencha widget angular is called (recursively) to compile the children of the sencha widget. By this, angular markup that was rendered by the sencha widget gets bound by angular. 5. After the child widgets are completed with compilation, the next top level <st:...> is compiled.

This means that we are compiling the widgets for every depths of <st:...>s with a separate call to angulars compiler.

Syntax, Widgets, Directives and Services

Alle meta tags given to Ext.Application as initialization parameters. The attributes are converted with the same rules that apply to the attributes of widgets.

The special entry <meta name="auto-start" content="true"> is required to start the application.

Directive st:shared-controller="name1:Controller1, name2:Controller2, ..."

Mobile pages are small, so often a usecase is split up into multiple pages. To share common behaviour and state between those pages, this directive allows shared controllers.

The directive will create an own scope for every given controllers and store it in the variables as name1, name2, .... If the controller is used on more than one page, the instance of the controller is shared.

Note that the shared controller have the full scope functionality, e.g. for dependecy injection or using $watch.


This widget just takes all child elements and wraps them into a sencha component. By this, custom html can be displayed.


As we are not using stores any more, the list component was recreated. Usage:

    <div ng:repeat="item in items">

The widget creates for every child <div> a list entry. That <div> can have abritary html content.

<st:grouped-list> and angular.Array.groupBy

Grouped list component. Usage:

    <div group="{{}}" ng:repeat="group in list.$groupBy('title')">
        <div ng:repeat="item in group.entries">

The widget creates for every child <div> a group entry with the heading of the group attribute. All child <div>s of those groups are then styled as normal list entry. That <div> within the list entries can have abritary html content.

The $groupBy function ca be used in all angular expressions (via angular.Array.groupBy). It has the following syntax: <list>.$groupBy(<groupProperty>,groupPropertyLength) This will return a grouped list that splits the input list by the substring of length groupPropertyLength of the given groupProperty. The result has the form [{group: "someGroup", entries: [someEntry1, ...]},...].


The selectfield expects an angular expression in the attribute options that evaluates to an array. The expression is evaluated whenever the value of the select changes in the model, or the popup is shown. By this, selectfields can be used without stores.

E.g. <st:selectfield name="rank" label="Rank" display-field="title" value-field="rank" options="[{rank: 'master', title: 'Master'}]">

Input components like textfield ...

Those components can be bound, just like usual in angular, via the name attribute. This does bidirectional databinding.

Directive st:selected="expression"

Marks those elements for which the expression evaluates to true with the css class that is used in sencha for selected list entries.

Directive st:enabled="expression"

Enables or disables a widget based on the evaluation of the given expression.

Directive st:event="{event1:'handler1',event2:'handler2',...}"

Central directive for event-handling. The event names can either be event names of sencha widgets (e.g. activated for panels), but also generic events like tap, ... that are available for all elements. Note that the widget events are only available if the directive is added to an <st:...> element that declares a sencha component.

Widget st:if="expression"

This widget renders an element only if the expression evaluates to true.

Service $waitDialog

The service $waitDialog allows the access to the Ext.LoadMask. It provides the following functions:

  • show(msg, callback): Opens the wait dialog and shows the given message (if existing). If the user clicks on the wait dialog the given callback is called. This can be called even if the dialog is currently showing. It will the change the message and revert back to the last message when the hide function is called.
  • hide(): Restores the dialog state before the show function was called.
  • waitFor(promise, msg): Shows the dialog as long as the given promise runs. Shows the given message if defined.
  • waitForWithCancel(promise, cancelData, msg): Same as above, but rejects the promise with the given cancelData when the user clicks on the wait dialog.

Angular Service $navigate('[transition]:componentId')

This service calls the setActiveItem` function on the the sencha component that belongs to the dom element with the given id. Useful for TabPanels, Carousels and panels with card layout.

  • The transition may be omitted, e.g. $navigate('homepage').

Dialog (floating panel) support:

  • If the target component is a dialog, this will show the dialog.
  • If the last active component was a dialog, that dialog will automatically be hidden.
  • Use the special componentId back to close the currently open dialog.

Function angular.Object.navigate / $navigate

Every expression can now use the $navigate expression to define the navigation outside of the controlers in the html pages. By this, the controllers stay independent of the navigation process and is reusable.

There are two types of syntax: 1. $activate(target): Navigates to the given target using the $navigate service, so the target can also include a transition. 2. $activate(test,'outcome1:target','outcome2:target',...): Navigates to that target whose outcome equals to the test. The special outcomes success is applied for any value for test that is not false (e.g. also undefined), and the outcome failure is used for the value false of test. This also supports promises. In that case, the navivation is done with the first argument of the done / fail callback of the promise. Also, the success outcome is mapped to the done callback and the failure outcome to the fail callback.

Paging for lists

Lists can be paged in the sense that more entries can be additionally loaded. By "loading" we mean the display of a sublist of a list that is already fully loaded in JavaScript. This is useful, as the main performance problems result from DOM operations, which can be reduced with this paging mechanism.

To implement this paging mechaism, we extend the angular array type with the folling function: angular.Array.paged(array[,filterExpr[,orderByExpr]]):

This returns the subarray of the given filtered and ordered array with the currently loaded pages. The default page size is defined by the meta tag list-page-size. It can be overwritten by the property pageSize on arrays. For the filtering and sorting see the angular.Array.filter and angular.Array.orderBy.

The resulting list provides the following functions:

  • hasMorePages(): Returns a boolean indicating if there are more pages that can be loaded.
  • loadNextPage(): Loads the next page from the list that was given to angular.Array.paged.

Note that this will cache the result of two calls until the next eval cycle or a change to the filter or orderBy arguments.

As angular instruments all lists in expressions automatically with the functions form the angular.Array namespace, the function paged can directly be used in all angular expressions, with a $ as prefix. The following example shows an example for a paged list for the data in the variable myList:

    <div ng:repeat="item in list.$paged()">{{item}}</div>
    <div st:if="list.$paged().hasMorePages()">
        <a href="#" st:event="{tap: 'list.$paged().loadNextPage()'}">Load more</a>