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A synchronous client makes a request and waits for the answer. An asynchronous client is capable of making multiple requests and processing multiple responses. The asynchronous client needs to track the requests and cross-reference the query identifier with a posted query. In essence, what differentiates a synchronous request from an asynchronous request is the use of a query identifier. Combining the asynchronous and synchronous interface would result in the HTTP request definitions illustrated in Figure 11-7.

There is no need to generate the startup binding logic for the initialize event. There is no need for the executeBindings method of the UIComponent class.

When building MXML components it s common to use data binding. There are two types of data binding that are used when binding your data: implicit and explicit.

The main difference between implicit and explicit data binding is that implicit data binding is done at run time, while explicit data binding is done at compile time.

Figure 11-7. HTTP request definitions for a single interface In Figure 11-7, the same URL (/search/query) is used for three requests. Two are for the asynchronous interface, and one for the synchronous interface. What distinguishes the asynchronous and synchronous HTTP GET is the use of the HTTP header X-query-identifier, which is the query identifier. Another difference is that the asynchronous HTTP GET does not use a query string. The X-query-identifier identifier could have been made part of the HTTP query string, and in fact that is something that an implementation would decide. If the X-query-identifier were made part of the query string, a plain-vanilla web browser using refresh tags could download and display asynchronous query results. No matter where the X-query-identifier identifier is defined, it is what makes the difference between a synchronous and asynchronous request.

/** * standard constructor. */ GameThread(JumpCanvas canvas) { myJumpCanvas = canvas; } //---------------------------------------------------------// utilities /** * Get the amount of time to wait between screen refreshes. * Normally we wait only a single millisecond just to give * the main thread a chance to update the keystroke info, * but this method ensures that the game will not attempt * to show more than 20 frames per second. */ private long getWaitTime() { long retVal = 1; long difference = System.currentTimeMillis() - myLastRefreshTime; if(difference < 50) { retVal = 50 - difference; } return(retVal); } //---------------------------------------------------------// actions /** * pause the game. */ void pauseGame() { myShouldPause = true; } /** * restart the game after a pause. */ synchronized void resumeGame() { myShouldPause = false; notify(); }

Implicit data binding is used in the following cases:

In functions when values are passed as arguments and when values are returned from functions. Example: private function SomeMethod(value:Number):String. In assignment statements. In expressions when using some operators and the values are not yet set.

The last piece of our architecture is to define the format of the data sent between the client and controller that are using either the synchronous or asynchronous interface. To keep everything

/** * stops the game. */ synchronized void requestStop() { myShouldStop = true; notify(); } /** * start the game. */ public void run() { // flush any keystrokes that occurred before the // game started: myJumpCanvas.flushKeys(); myShouldStop = false; myShouldPause = false; while(true) { myLastRefreshTime = System.currentTimeMillis(); if(myShouldStop) { break; } synchronized(this) { while(myShouldPause) { try { wait(); } catch(Exception e) {} } } myJumpCanvas.checkKeys(); myJumpCanvas.advance(); // you do a short pause to allow the other thread // to update the information about which keys are pressed // and regulate the animation speed: synchronized(this) { try { wait(getWaitTime()); } catch(Exception e) {} } } } }

As an example of implicit data binding, you will be using an implicit getter and setter. You will create a class that holds a variable. Once that variable is changed, you will get a notification, which will allow you to make changes in your application. The example is simple in nature so it will be clear for you to understand how to create an implicit data binding. First, create a new class and call it ClassA. Create the setter and getter and add the [Bindable] tag. The [Bindable] metadata tag is compiled as [Bindable(event="propertyChange")]. The setter dispatches an event that will be added automatically. Although the event string gets set to propertyChange automatically, once you leave it empty you can change it. The mxmlc compiler creates additional code when you don t specify the event string, so it s recommended to add your own name to avoid that.