AppSuite:Writing a simple application

API status: In Development

Writing a simple application

Getting Started

First create a new folder helloWorld in your namespace in the app folder, in this example the namespace com.example will be used. (apps/com.example/helloWorld)

For starters we need two files: a manifest File manifest.json and the application file. It is convention to name your main application file main.js.

Manifest

First create a manifest.json file, describing the basic properties of your app.

{
    title: "Hello World",
    company: "Open-Xchange",
    icon: "/images/icon.png",
    category: "Dev",
    settings: false,
    requires: "dev",
    index: 100
}

Whilst developing, the manifest has to be added to src/manifests.json. Note: Same as above except for the path, which is mandatory.

...
{
    path: 'com.example/helloWorld/main',
    title: "Hello World",
    company: "Open-Xchange",
    icon: "/images/icon.png",
    category: "Dev",
    settings: false,
    requires: "dev",
    index: 100
},
...

You can find more detailed information on manifests here: UI manifests explained

Setting an app icon

It is convention to place your app image into a subfolder of your app called images. The icon defined here will be displayed in the "Your applications" area.

Simple application

This is the base skeleton of a new app with a window, that displays "Hello World". Please read the annotated source code of an example main.js below, it is quite self-explanatory.

define('com.example/helloWorld/main', [], function () {

    'use strict';

    // this is just code. loading this does not imply to launch the application

    // application object. 'name' is mandatory!
    var app = ox.ui.createApp({ name: 'com.example/helloWorld' });

    // by using setLauncher this way, we register a callback function
    // that is called when the application is really launched
    app.setLauncher(function () {

        // application window (some applications don't have a window)
        var win = ox.ui.createWindow({
            name: 'com.example/helloWorld',
            title: 'Hello World'
        });

        app.setWindow(win);

        // Add css class with your namespace
        win.addClass('com-example-helloWorld');

        // add something on 'main' node
        win.nodes.main
            .css({ padding: '13px', textAlign: 'center' })
            .append($('<h1>').text('Hello World!'));

        // show the window
        win.show();
    });

    return {
        getApp: app.getInstance
    };
});

Save this file, build and refresh your browser, go to "Your applications", where you should find your app with your app icon. Hint: You can also launch the application manually via your browsers console:

ox.launch('com.example/helloWorld/main');

Styles

In order to prevent conflicts with other apps or base-styles you should add a css class with your namespace to the main node of your application.

win.addClass('com-example-helloWorld');

It is convention to create a file called style.less in the root folder of your application. This file has to be defined for require.js which is done like this.

...
define('com.example/helloWorld/main',
    ['less!com.example/helloWorld/style.less'
    ], function () {
...

A simple less file would look like this:

.com-example-helloWorld {
    h1 {
        color: red;
    }
    ...
}

Internationalization (i18n)

In order to get gettext support for your app you have to require it:

...
define('com.example/helloWorld/main',
    [...
    'gettext!com.example/helloWorld'
    ...
    ], function (gt) {
...

Every string in your app should be processed by gettext in order to have them properly translated. In our example it would look like this:

...
    .append($('<h1>').text(gt('Hello World!')));
...

Hint: If you want to check your app for untranslated strings, append &debug-i18n=true to the URL in your browser and refresh. If a string is not processed by gettext it will be highlighted.

You can find more detailed information on this topic here: Appsuite:i18n

Making an application window chromeless

If you don't have the need for a toolbar and want a chromeless window, you can it in the ox.ui.createWindow function call.

...
var win = ox.ui.createWindow({
    ...
    chromeless: true
    ...
});
...

Creating a Dialog

In order to open a dialog io.ox/core/tk/dialogs has to be required and use one of the supplied methods.

...
win.nodes.main
    .append($('<a class="btn">').text('Open Modal Dialog')
        .on('click', function (e) {
            e.preventDefault();
            require(['io.ox/core/tk/dialogs'],
                function (dialogs) {
                    new dialogs.ModalDialog({
                            width: 600,
                            easyOut: true
                        })
                        .append($('<p>').text('Hello world'))
                        .addButton('close', 'Close')
                        .show();
                }
            );
        })
    );
...

Displaying a notification

If you want to display notifications you can require io.ox/core/notifications and use the yell method, like in the examples below.

...
require(['io.ox/core/notifications'],
    function (notifications) {
        win.nodes.main
            .append(
                $('<a class="btn">').text('Display success notfication')
                    .on('click', function () {
                        notifications.yell('success', 'Ah success!');
                    }),
                $('<a class="btn">').text('Display error notfication')
                    .on('click', function () {
                        notifications.yell('error', 'Oh failed!');
                    })
            );
});
...

You can find information about more advanced notifications here.

Displaying a Halo View

For internal users

 
...
win.nodes.main.append(
    $('<a href="#" class="btn halo-link">')
    .data({ internal_userid: ox.user_id })       
    .text('Open Halo')
);
...

For external users

...
win.nodes.main.append(
    $('<a class="btn halo-link">')
    .data({ email1: "test@example.com" })
    .text('Open Halo from Email')
);
...

Using settings

To get or set settings you have to create a settings subfolder, with a defaults.js in which the default values are defined for your settings and a model. Below you will find a simple example of these files.

Defaults

define('com.example/helloWorld/settings/defaults', [], function () {

    'use strict';

    // define the default values for your settings here
    var settingsDefaults = {
        exampleSetting: false
    };

    return settingsDefaults;
});

Model

define('com.example/helloWorld/settings/model',
      ['settings!com.example/helloWorld'], function (settings) {

    'use strict';

    // Very simple default model
    var helloWorldModel = Backbone.Model.extend({


        initialize: function (options) {

        },

        save: function () {
            settings.save(this.attributes);
        },

        destroy: function () {

        }

    });

    return helloWorldModel;
});

Get/Set

In main.js you could add the following snippet which draws a checkbox and saves its state as exampleSetting on the change event.

...
require(['settings!com.example/helloWorld'],
    function (settings) {
        win.nodes.main
            .append(
                $('<label>').text(gt('Example Setting')),
                $('<input type="checkbox">')
                    .prop('checked', settings.get('exampleSetting', false))
                    .on('change', function (e) {
                        settings.set('exampleSetting', $(this).prop('checked')).save();
                    })
            );
    });
...

Download full example

You can download the example application here with all above shown examples above included.

File:Hello World - Simple application full example.zip