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The difference is that if you use a timer event, the objects will still continue to be animated at a constant rate, even if the game s frame rate drops Timer events run independently from the SWF s frame rate, so they re not affected by a drop in the frame rate If the frame rate does drop, the objects will calculate their new positions as if the game were running at full speed The result on stage is that objects will essentially skip over the frames they ve missed and jump to their new positions This isn t usually a desirable effect for the main objects in the game, like the player s character, because players will suddenly see their character jump to a new position.

And even though that position will be the correct one, the fact that the player didn t see its gradual, frame-by-frame transition to that point makes the player feel disconnected from the control of the game But for nonessential animations, this approach is perfect Because they continue to run at a constant rate, timer-based animations can also give the illusion that the game is running at a higher frame rate than it is, even if the frame rate drops And, while you re building and testing the game, you can modify the rate at which objects animate to find the perfect balance between animation speed and performance To help you understand how to use timer events, here s a simple class template containing all the essential elements (You ll find this template in the chapter s source files) package { import flasheventsEvent; import flashevents.

Listing 9-11. Flat File Trace Listener Configuration <listeners> <add fileName="trace.log" header="--------------Begin Trace ------------------------" footer="-------------End Trace --------------------------" formatter="Text Formatter" listenerDataType="Microsoft.Practices.EnterpriseLibrary.Logging. Configuration.FlatFileTraceListenerData, Microsoft.Practices.EnterpriseLibrary.Logging, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null" traceOutputOptions="DateTime, Callstack" type="Microsoft.Practices.EnterpriseLibrary.Logging.TraceListeners. FlatFileTraceListener, Microsoft.Practices.EnterpriseLibrary.Logging, Version=3.0.0.0, Culture=neutral, PublicKeyToken=null" name="FlatFile TraceListener" /> <listeners>

simple, the two interfaces will send and receive the same data formats. Doing otherwise would unnecessarily complicate the application. The data that is sent and received must be identical when the same representation is sent, regardless of the interface type. If a synchronous interface generates a result for the type text/ xml, then if another identical request is made to an asynchronous interface and the text/xml type is returned, the generated results must be identical. The commonality factor is important so that when different client types are used, they will get the same data regardless of how the interface is called. The data that is sent between the server and the client could be described as the lowest common denominator, but that is not entirely correct. The format of the data is best described as the least amount of data uniquely required to describe a request and result. In contrast, the lowest common denominator means to look at the results of all local clients, and from that, figure out a common format. The real problem when defining a format is to determine the data that the client needs, and then have all of the local clients generate the necessary data. Applying this thinking to the context of a search, the necessary data for a request includes sending the search engine query string, and the necessary data for a response includes receiving the title, the URL of the found link, and a short description. Both Amazon.com and Google fulfill the requirements for the necessary data; even though both generate extra data, it is not needed. The necessary data for the request has already been outlined in the form of a query string. What has not yet been defined is the data format necessary for the response. The following is an example:

TimerEvent; import flashutilsTimer; public class TimerAnimationTemplate extends Sprite { //Instantiate the timer based on the desired rate at which //you want to update the animation //"16" is about 60 fps 32 is about 30 fps Divide 1000 (milliseconds) //by the target frame rate to find the correct value private var _animationTimer:Timer = new Timer(16); public function TimerAnimationTemplate():void { _animationTimeraddEventListener (TimerEventTIMER, animationEventHandler); _animationTimerstart(); //Removed from stage listener addEventListener (EventREMOVED_FROM_STAGE, removedFromStageHandler); }.

Caution The application must have write access to the destination directory in order to create and write to the log file. In the case of an ASP.NET application, this means giving rights to the ASPNET user. Extra care should be taken when doing this in order to ensure that the system is not risking a security breach. It may be a good idea to give the ASPNET user write access to an isolated directory.