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This could cause problems if the script attempts to read the request results before the request has been completed. Using the property readyState, it is possible to know the stage of the HTTP request. The property readyState can contain one of five values, each representing a request state: 0: The XMLHttpRequest instance is in an inconsistent state, and the result data should not be referencing. 1: A request is in progress, and the result data should not be retrieved. 2: The request has downloaded the result data and is preparing it for reference. 3: The script can interact with the XMLHttpRequest instance even though the data is not completely loaded. 4: The request and result data are completely downloaded and loaded as an object model. The request states seem to indicate that it is possible to manipulate various properties at different states. The problem is that not all browsers support the same property states at the same state codes. The only cross-platform solution is to reference the XMLHttpRequest result properties (status, statusText, responseText, and responseXML) when the request state is equal to 4. When the request state is 4, you can be sure that the result properties contain a valid value. Executing the asynchronous Ajax application results in a call being made, and the browser is not locked. You can click the button, open a new browser, and surf to another website. After the 10 seconds have expired, the generated HTML page should resemble Figure 2-6.

You know about circles. You know about squares. You know about triangles. But what if you want to mix circles and squares and triangles together, as in Figure 4-37 This is the kind of collision horror scenario that can turn the blood cold of even the most battlehardened Flash game designer. But it s not as difficult as you might think. It s just a matter of applying a bit of logic to the skills you already have. Let s see how.

Assembly Custom attribute Member name Method signature Namespace Parameter type Property Return type Tag attribute Type

The problem we need to solve is how to deal with the corners. In fact, it s the same problem we needed solve when working out how to deal with the corners in collisions between circles and lines in 3. It means that to solve a collision between a circle and a square, you need to break it into two parts: When the circle is closer to the sides of the square than it is to the corners, it becomes a rectangle-versus-rectangle collision problem. When the circle is closer to any of the corners than it is to the sides, it becomes a circleversus-particle collision problem. The x and y coordinates of the square s corners are the particles. To know when to use which collision strategy is just a matter of logic, and this is not at all hard to work out. You just need to find out which region of space (Voronoi region) the circle occupies, and apply the correct collision strategy for that region. Figure 4-38 illustrates where these regions are and which strategy to use for each.

Figure 2-6. Resulting HTML page using asynchronous XMLHttpRequest The asynchronous approach solves the problem of the hanging browser. The Ajax application could continue processing other data, and in fact multiple requests could be made. What is not optimal is that there is no busy indicator. You have no idea whether anything is working when you click the OK button. There should be some form of indicator that something is happening.

Allows the targeting of classes based on the name of the assembly Allows the targeting of a class and/or its members based on the custom attribute type Allows the targeting of a class s member based on its member name Allows the targeting of a class s method based on its name and method signature Allows the targeting of a class and/or its members based on the class s namespace Allows the targeting of a class s member based on member s type Allows the targeting of a class s property based on the property name Allows the targeting of a class s member based on member s return type Allows the targeting of a class and/or its members based on the name of an attribute of type Tag Allows the targeting of a class based on its type (namespace and class name)

Figure 4-38. Choose the collision strategy based on which region the circle occupies. You can figure out which region the circle is in by comparing its center position to the square s position, plus its half height and half width. When the circle is in a rectangle-versus-rectangle region, it literally becomes a square for collision purposes, as shown in Figure 4-39. It might look like a circle on the stage, but the collision code sees it as a square.