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As mentioned earlier, you can save identities, principals, and profiles using the SecurityCacheProvider class. The basic code is the same for saving an IIdentity, IProfile, or IPrincipal object. In order to accomplish this, the code must first get an instance of the SecurityCacheProvider defined in the configuration for the application. The appropriate save method is then called to place the object in cache. This example demonstrates saving an identity with the SaveIdentity method and storing the token that is returned in the session. Add a button to the form. Name it m_SaveIdentity and set its Text property to Save an Identity to Cache. Place the code shown in Listing 11-3 in the click event of the new button. Listing 11-3. Saving an Identity to the Cache protected void m_SaveIdentity_Click(object sender, EventArgs e) { // Get a caching provider based on configuration ISecurityCacheProvider provider = SecurityCacheFactory.GetSecurityCacheProvider( "Caching Store Provider"); // Get a token representing the authenticated // user so that the identity can be retrieved later IToken securityToken = provider.SaveIdentity(User.Identity); // Save the token for the next visit Session["token"] = securityToken; m_ResultLabel.Text = "Token : " + securityToken.Value; } When you click the button on the web form, you will see a globally unique identifier (GUID) for the token representing the authenticated user.

internal function processMouseDown (event:MouseEvent, stage:Object):void { _model.friction = 1; //Calculate the distance from the object to the mouse var vx:Number = stage.mouseX - _model.xPos; var vy:Number = stage.mouseY - _model.yPos; //Optimized easing (does away with Math.sqrt) var m:Number = vx * vx + vy * vy; var range:uint = 1; //Move the object if it is more than 1 pixel away from the mouse if (m >= range * range) { _model.vx += (stage.mouseX - _model.xPos) * EASING / 2; _model.vy += (stage.mouseY - _model.yPos) * EASING / 2; } } internal function processMouseUp(event:MouseEvent):void { _model.friction = _model.frictionConstant; } } } The mouse movement works using a standard easing formula. Usually, Math.sqrt is used to calculate the distance from the object to the mouse, like this: var m:Number = Math.sqrt(vx * vx + vy * vy); if (m >= 1) { If the distance from the mouse to the object is greater than 1 pixel, then ease the object to the new position. This works just fine, but Math.sqrt happens to be one of the most processor-intensive math functions you can use. If there s any way to avoid it, you should, because you ll gain a noticeable performance boost. UIController uses an optimized formula for calculating distance. It adds an extra variable into the mix, but does away with Math.sqrt. var m:Number = vx * vx + vy * vy; var limit:uint = 1; if (m >= limit * limit) {

_stateHeader, and data_windowName are assigned to the HTTP method, HTTP header, and window name, respectively, so that they may be used by the runFilter method The last decision block in the implementation of isTrigger tests which State filter operation is being executed The operation can be one of two values: HTTP GET or HTTP POST Support is added for the HTTP PUT, which is classified as an HTTP POST If either decision block returns a true value, the data member data_operation is assigned to OP_RETRIEVE or OP_POST Having isTrigger return a true value will cause the runFilter method to be executed, which is implemented as follows: public void runFilter(Object inpdata, HttpServletRequest httprequest, HttpServletResponse httpresponse, FilterChain chain) throws IOException, ServletException { Data data = (Data)inpdata; if( data_operation == OP_RETRIEVE) { State state; if( data_stateHeadercompareTo( "none") == 0) { state = _stateManagergetEmptyState( data_path, data_windowName); }.

How does this do away with Math.sqrt Let s put in some real numbers and see how they turn out. Here s what the unoptimized version of the formula looks like with 50 as the vx and vy values: var m:Number = Math.sqrt(50 * 50 + 50 * 50); m = 70 The distance from the mouse to the center of the object is 70. We need another number to tell us the range in which to activate easing. To make this example clearer, let s say the range is 20. if (70 >= 20) { // ease the object Now here s the optimized version: var m:Number = 50 * 50 + 50 * 50; m = 5000 The distance of 5000 is, of course, nowhere near 70. However, this is compensated for because the code multiplies the value of range by itself. if (5000 >= range * range) { If range is 20, the if statement will look like this: if (5000 >= 400) { Now you may be thinking that the ratio between 5000 and 400 is completely different than the ratio between 70 and 20. You would be right. 5000 / 400 = 12.5 70 / 20 = 3.5 However, 3.5 squared is 12.25. And what s the square root of 5000 You guessed it, 70! 3.5 * 3.5 = 12.25 Math.sqrt(5000) = 70 Yes, I know, it s a bit of a brain-twister, but it works! In the UIController class, the value of range is 1. var m:Number = vx * vx + vy * vy; var range:uint = 1; if (m >= range * range) {