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There are many forms of web applications, and one form is a data-mining application. There are different types of data-mining applications, but they all have one thing in common: they query a repository, and the repository responds with data. This means an application will E B V N retrieve data based on a query that in structure is identical over the multiple queries. Figure 4-1 shows a data-mining application that has a series of maps as a database. Looking a bit closer at the MapQuest application, there are a number of links and advertisements. What is of interest in the context of this pattern are the navigational and zooming controls. The navigational controls are used to pan the map left, right, up, and down. The zooming controls are used to zoom in to or out of the map. These controls are necessary, of course, because the user will want to focus in on various parts of the map. What is more important about the navigational and zooming controls is that they are predefined operations used to retrieve values from the same repository. This is in stark contrast to the links surronding the controls, which will result in the execution of some query on an unrelated repository (unrelated, that is, to the map database). The predefined queries can be converted into standard operations such as zoom in, zoom out, pan left, pan right, pan up, and pan down.

The one situation where playing audio from an audio file is typically appropriate for a game on a small device is when it is played along with a few seconds of introductory animation before your game starts That way, you can start by impressing your customer with a cool startup sequence without having the music eat up your computing power during the game itself But even for this use it s important to verify that your target device can handle it Once you ve decided you want to use an audio file in your game, it s easy to implement Listing 4-9 shows an example code block to demonstrate..

Since there is not much HTML code for the transition example, you are embedding inline HTML using the HTML component (see Figure 5-11).

For the HTML implementation, you have used mostly open-source HTML code that you have modified to better fit the presentation. Since the animations are nested inside an object in the Flash VM, the experience of the animation is a bit choppy. We are not sure how much you are really going to use these types of animation, especially when Flash provides much better APIs to handle animations. The following is the code for the Animation.html page (see Figure 5-12).

Figure 4-1. Example data-mining application The predefined queries also can be converted into look-ahead queries; for example, to pan left, you want to preload the map left of Denver. Preloading the map by using a background task will make the map application appear fluid. Figure 4-2 is an example application that uses preloading. Like MapQuest, Maps.google.com is another mapping web application that provides the capability to pan and zoom. What makes Maps.google.com unique is that the map pieces that could be referenced as a result of one of the predefined operations are preloaded. If you experiment with the mapping application, you ll see that it is fluid. The application stops becoming fluid if you pan or zoom too quickly and the preloading task is busy loading other map pieces. The Maps.google.com application is using a cache to preload map pieces. A cache can also be used to remember old pieces of data so that if they are referenced multiple times, they are not loaded multiple times. A nontechnical reason for using a cache is for legal reasons. When creating web applications, very often you will be integrating other data sources. Those other data sources reference very large databases (for example, Amazon.com). The data contained within those very large databases is not yours, and you cannot store the data locally in your database for future reference. Most end-user license agreements will specifically state that the data that is retrieved does not belong to you. Having a cache will increase the performance of your application without having to illegally store the data locally.

<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01//EN" "http://www.w3.org/TR/html4/strict.dtd"> <html> <head> <meta http-equiv="Content-type" content="text/html; charset=utf-8"> <style type="text/css" media="screen"> @-webkit-keyframes pulse { 0% { background-color: red; opacity: 1.0; -webkit-transform: scale(1.0) rotate(0deg);