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Interoperability between Java and .NET becomes more and more important by now. Many large enterprises using applications based on Java as well as .NET need to integrate those applications. Although Web Services should be the primary technology because it provides the foundation for loose coupling (which makes the applications more independent of each other), in some cases you might need tight coupling (for performance reasons, stateful work, or similar things). When it comes to interoperability with Java-based applications, you need to work with a so-called Java RMI to .NET Remoting bridge. Such bridges enable .NET-based applications using Java applications published via Java RMI and vice versa. The most common bridges, J-Integra for .NET and JNBridge Pro, are available at the following URLs: http://j-integra.intrinsyc.com/net/info/ http://www.jnbridge.com/jnbpropg.htm

The lander has a model and view class, just like the other game objects in previous chapters. To turn it into a bitmap, send its model and view to the createBitmap method. var landerBitmap:Object = createBitmap(_lander, _lander_View); The createBitmap method will return an Object that contains the BitmapData and Bitmap objects. You can access those objects like this: landerBitmap.bitmap landerBitmap.bitmapData The createBitmap method is near the end of the Asteroid application class. private function createBitmap (model:AVerletModel, view:AVerletView):Object { //Create the BitmapData and Bitmap objects based //on the lander's model and view var bitmapData:BitmapData = new BitmapData(model.width, model.height, true, 0); bitmapData.draw(view); var bitmap:Bitmap = new Bitmap(bitmapData); //Create the object to return to the caller var bitmapObject:Object = new Object; bitmapObject.bitmapData = bitmapData; bitmapObject.bitmap = bitmap; return bitmapObject; }

{ Assert.assertEquals( event.type, "myButtonClicked" ); }

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XML-RPC.NET is a library for implementing XML-RPC services and clients in the .NET environment. The library has been in development since March 2001 and is used in many open source and business applications. http://www.xml-rpc.net/

The enterFrameHandler controls all the action. First, it calls the _player s update method. _player.update();

The second handler will be used by the testButtonClickSequence method. Therefore, check that the button label was changed.

private function handleButtonClickSqEvent( event:*, passThroughData:Object ):void { Assert.assertEquals(passThroughData.buttonLable, btn.label); } }

Out-of-the-box, up to version 1.1 of the .NET Framework, .NET Remoting comes with two channels: TcpChannel and HttpChannel. In version 2.0 of the .NET Framework, the IpcChannel will be added. In many cases, other channels might be more appropriate than these two. Here you can find a list of interesting channels as well as some hints for when it is useful to use them.

This does two things: The _player object calculates its new velocity It sets the _player s xPos and yPos properties, which tell the player where it should go next Before the code visually changes the position of the _player object on the stage, it s important to check to see whether its new xPos and yPos values cause it to collide with any other objects This allows us to resolve any positioning conflicts before the result is displayed In this example, the collision we re checking for is with the edge of the stage The custom StageBoundaries class has a static method called stop that does this for us static public function stop(object:Object, stage:Object):void { if (objectxPos + (objectwidth* 05) > stagestageWidth) { objectsetX = stagestageWidth - (objectwidth* 05); objectvx = 0; } else if (objectxPos - (object.

As you can see from the preceding example, you can now test visual appearance as well as visual behavior in FlexUnit 4, which can help greatly when creating GUIs. That said, although you can test a GUI with FlexUnit 4, we recommend an open source tool called FlexMonkey (http://code.google.com/p/ flexmonkey/) to perform more complex testing.

width * 05) < 0) { objectsetX = 0 + (objectwidth* 05); objectvx = 0; } if (objectyPos - (objectheight* 05) < 0) { objectsetY = 0 + (objectheight* 05); objectvy = 0; } else if (objectyPos + (objectheight* 05) > stagestageHeight) { objectsetY = stagestageHeight - (objectheight* 05); objectvy = 0; } } As you can see, it s pretty run-of-the-mill stage boundary code But what s important to notice is that it s not changing the position of the object on the stage It s just modifying the _player object s position and velocity properties That means that if the code finds out that _player has actually overshot the stage boundaries, it can make a correction before any other collision code runs or the result is displayed.

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