Both the apk file and the source code are available for download on the project page.

Both the apk file and the source code are available for download on the project page.

The collaboration features in this application include:

• Video Chat
• Map Synchronization on move, zoom, etc.
• Whiteboarding
• Cursor sharing

When running on Android, the application can use the device’s GPS to share your location.

This is just another example of “built-in” collaboration (go here and here for more). The point is really how easy it is to add these collaboration features to any application, and then to deploy these collaboration-enabled applications to multiple screens (browser, desktop, Android, and more devices soon).

Experience the application in the browser

Click here to experience the browser version of the application.

The application is written in Flex 4. The collaboration features are powered by LiveCycle Collaboration Service.

To demonstrate this idea, I wrote a series of Flex applications with collaboration “built-in”. The same application can be deployed as an Android app, as a desktop app, or in the browser.

The first application in this series is a simple Tic-Tac-Toe game. The collaboration features built in this application are:

• Videochat
• Shared cursors: follow the other player’s mouse position
• Real time messages: a player’s move is immediately sent to the other player
• Shared states: whose turn is it to play etc.

These features are enabled by LiveCycle Collaboration Service.

Watch the video of the Android version:

Play Now!

Click here to play (with the Browser version). This is obviously a simple application, but the same concepts can easily be applied to sophisticated social or business apps. My 6 year-old loves it, especially when I’m on the road :)

Download the source code:

Click here to download the source code.

Video streaming is powered by LiveCycle Collaboration Services, a set of hosted Flash Services that enable developers to easily add real-time collaboration and social capabilities to their applications.

This application is obviously a bare-bones proof of concept. However, it is fully operational, and the same code can run on different runtime environments: AIR for Android, AIR on the Desktop, and Flash Player in the Browser. Users can participate in the same collaboration session regardless of the runtime environment they use.

Watch the video:

The 30 lines of code:

<?xml version="1.0" encoding="utf-8"?>
<s:Application xmlns:fx="http://ns.adobe.com/mxml/2009" xmlns:s="library://ns.adobe.com/flex/spark" xmlns:cs="AfcsNameSpace" currentState="logon" fontSize="28">

	<fx:Script>
		[Bindable] private var roomURL:String = "http://connectnow.acrobat.com/YOUR_ROOM_NAME";

		protected function connect():void {
			auth.userName = userName.text;
			currentState = "default";
			session.login();
		}
	</fx:Script>

	<s:states>
		<s:State name="default"/>
		<s:State name="logon"/>
	</s:states>

	<fx:Declarations>
		<cs:AdobeHSAuthenticator id="auth"/>
	</fx:Declarations>

	<s:TextInput id="userName" includeIn="logon" top="200" horizontalCenter="0"/>
	<s:Button label="Connect" click="connect()" includeIn="logon" top="250" horizontalCenter="0" height="50" width="150"/>

	<cs:ConnectSessionContainer id="session" roomURL="{roomURL}" authenticator="{auth}" autoLogin="false" width="100%" height="100%" includeIn="default">
		<cs:WebCamera top="10" left="10" bottom="10" right="10"/>
	</cs:ConnectSessionContainer>

</s:Application>

Watch the video:

Download the Application and Source Code

• You can download the application (MobileTrader.apk) here
• You can download the source code (MobileTrader.fxp project file) here

The latest version of AIR for Android is available here.

NOTE: In this version of the application, the stock updates are simulated at the client side so that you don’t have to install the server infrastructure. Modifying the application to get the stock updates from a server is easy: use this application as an example.

The Employee Directory application demonstrates how to build Flex applications for Android using the AIR runtime.

Watch the video:

The key point when you look at the source code of this application is that you build Flex applications for Android the exact same way you build Flex applications for the Browser and the Desktop: same programming model, same language, same tools, same code. This application for example uses a local SQLite database on your device that you access using the same database API you’d use for any other Flex application running on the AIR runtime.

The other good news is that you have access to additional APIs (GPS, accelerometer), and you can integrate with other applications on your phone (dialer, SMS, email, etc).

Download the Application and Source Code

• You can download the application (EmployeeDirectory.apk) here
• You can download the source code (EmployeeDirectory.fxp project file) here

Watch the video:

Download the Application and Source Code

• You can download the application (VoiceNotes.apk) here
• You can download the source code (VoiceNotes.fxp project file) here

If you want to compile or run the application on your device, make sure you install the latest version of the AIR for Android SDK and Runtime respectively. The apk was built using the AIR for Android 20100720 build.

The “Mini AIR Web Server” is a simplistic implementation of an HTTPServer. Needless to say that it is far from being a production quality Web Server. The goal here is simply to use the well understood mechanics of a web server to learn how to use server sockets in AIR 2.0.

Installation Instructions

Make sure you have the AIR 2 runtime installed (you can download the AIR 2 runtime here), and install the application using the badge below:

Testing the Application

To test the application, open a browser and test the sample HTML pages provided with the application:

• http://localhost:8888/test1.html
• http://localhost:8888/test2.html
• http://localhost:8888/test3.html

NOTE: You may have to change the port number in these URLs depending on the port number you enter in the application.

You can add your own content in the webroot folder in the applicationStorageDirectory.

Downloading the project

Click here to download the project

In this sample application, Tomcat and BlazeDS are embedded as part of the native installer. The first time you run the application, Tomcat is automatically copied to your applicationStorageDirectory from where the AIR application starts it. You can start and stop Tomcat manually from within the application, but in a real life application you would probably want to start Tomcat automatically when the AIR application starts.

Why would you want to embed Tomcat as part of an AIR application? First of all, I’m not saying that you should… This was just part of my exploration of new capabilities in AIR 2.0. That being said, I can think of a number of use cases where this could make sense. For example:

• Tighter communication with Java code using BlazeDS locally as a way to directly invoke methods on remote Java classes.
• Provide an offline mode for an application that closely mimics the online infrastructure.

Installation Instructions

1. Make sure you have the AIR 2 runtime installed (you can download it here).
2. Because Tomcat Launcher uses the Native Process API, you have to use a native installer:
   • To install the application on Windows, download and run AIRAppWithEmbeddedTomcat.exe.
   • To install the application on a Mac, download and run AIRAppWithEmbeddedTomcat.dmg.

After starting the application, enter the path to your Java home folder, then click the Start button. The application will remember the folder you entered the next time you use the application. Try the “Embedded JSP Example” and “Embedded RemoteObject Example”. If you get a BindingException when you start Tomcat, make sure it isn’t already started. You can also click the Stop button to stop a running instance.

You can download the project here: AIRAppWithEmbeddedTomcat.fxp.zip.

NOTE: If you want to compile the project, make sure you use the AIR 2 SDK available here.