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Cloud CMS JavaScript Driver

This driver provides connectivity between a JavaScript application and Cloud CMS.

The JavaScript application can be running within the browser or on the server. The driver supports the browser, Node.js and other server-side / CommonJS runtimes.

Web Browser

To use this driver within your browser application, you first download the driver and then pull into your page like so:

<script type="text/javascript" src="gitana.min.js"></script>

And then you connect to Cloud CMS by identifying your client key/secret and authentication username and password.

    "clientKey": "<clientKey>",
    "clientSecret": "<clientSecret>"
    "username": "<username>",
    "password": "<password>"
}, function(err) {

    // this = platform


Where clientKey and clientSecret are used to identify your client application. You can use the client key/secret combination generated by default for your platform or you can create a new client. Ideally, you will have one client per JS/HTML5 or Node.js application running out in the wild.

You can provide the username and password for any valid user on your platform. Make sure that this user has sufficient CONNECT privileges to the platform and that they have sufficient rights to any resources you attempt to use (otherwise, you will see 401 authentication errors).

You may also opt to take advantage of Authentication Grants to generate private application user key/secret in lieu of username/password credentials.


The driver also supports AMD. If you're using a module loader like RequireJS, you can load the gitana module and utilize it within your code. Kind of like this:

define(["gitana"], function(Gitana) {

        "clientKey": "<clientKey>",
        "clientSecret": "<clientSecret>"
        "username": "<username>",
        "password": "<password>"
    }, function(err) {

        // this = platform



Node.js / CommonJS

This driver is available via the NPM Registry as 'gitana'.

Using it in Node JS is pretty easy. You can do something like the following:

var Gitana = require("gitana");

    "clientKey": "<clientKey>",
    "clientSecret": "<clientSecret>"
    "username": "<username>",
    "password": "<password>"
}, function(err) {

    // this = platform

Driver API and Chaining

This driver makes it really simple to work with Cloud CMS data stores and objects as though they were local objects right within your JS application. The driver lets you get at all of the runtime and authoring capabilities of the system.

In addition, this driver features asynchronous method chaining. This lets you chain together commands that go over the wire and avoid a lot of the headache of manually managing callbacks. As a result, your code is smaller, there is less to manage and it's easier to read.

Here is an example:

platform.createRepository().readBranch("master").createNode({"title": "Hello World"});


We've published our documentation for the JavaScript driver as well as other drivers to our Documentation Site.

In addition, we've published JavaScript-level API documentation.

Developer Notes

We've collected a few developer notes here:

Custom XHR implementation

The driver relies on XHR under the hood for communication with Cloud CMS. You can plug in your own XHR implementations by overriding the following:

Gitana.HTTP_XR_FACTORY = function() {    

HTTP(S) Proxy Servers

The driver supports HTTP and HTTPS proxy servers if you're running in Node.js. Simply set the following variable in your environment:


For example -

export HTTP_PROXY=http://proxyserver:proxyport
node app

The HTTP_PROXY environment variable can point to an HTTP or HTTPS proxy server.


To build locally, you must first sync the code to your local GitHub repository and also install Node.js. Then, run the following:

npm install

This will install the latest versions of Grunt and all Grunt and Node.js dependencies for build and test. Then, to build, run the following:

ant clean package

This will produce the latest gitana.js and gitana.min.js files in your dist directory.

A Grunt file is provided with a number of useful tasks. While Grunt is utilized, it does not provide the primary build mechanism. This project uses Ant and makes calls out to Grunt when needed.

One useful option is to run JSHint over any customizations to the code base.

grunt jshint

Wherever possible, please try to follow the code conventions utilized by the project. For the most part, these include spacing and line breaks that are generous so as to improve code readability.


After you've performed a build, you can test it by doing the following:

grunt web

This starts up a local web server. You can use this to run the tests locally by opening up a browser and going to:


You can also run the tests headlessly using PhantomJS. To do so, run the following commands:

npm install phantomjs -g
grunt test

This will launch PhantomJS and run the QUnit tests without the need for a browser. This is good for functional testing (but is not a replacement for browser variation testing).

Cloud CMS

You can learn more about Cloud CMS by visiting our web site at