rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

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if(_c1.xPos < _r1.xPos - _r1.width * 0.5) { region = "topLeft"; } else if (_c1.xPos > _r1.xPos + _r1.width * 0.5) { region = "topRight"; } else { region = "topMiddle"; } } //The circle isn't above the top edge, so it might be //below the bottom edge else if (_c1.yPos > _r1.yPos + _r1.height * 0.5) { //If it is, we need to check whether it's in the //bottom left, bottom center or bottom right if(_c1.xPos < _r1.xPos - _r1.width * 0.5) { region = "bottomLeft"; } else if (_c1.xPos > _r1.xPos + _r1.width * 0.5) { region = "bottomRight"; } else { region = "bottomMiddle"; } } //The circle isn't above the top edge or below the bottom //edge, so it must be on the left or right side else { if(_c1.xPos < _r1.xPos - _r1.width * 0.5) { region = "leftMiddle"; } else { region = "rightMiddle"; } } Next, the code uses the region value to figure out which collision strategy to use. It chooses either a circle-versus-point strategy or a rectangle-versus-rectangle strategy, depending in which

When executed in the context of a web browser, JavaScript is not a multithreaded programming language, and therefore it is not possible to instantiate a thread that processes some data, while the main Ajax application is executing. Using an asynchronous XMLHttpRequest instance is sort of multithreading in that the application can continue execution while waiting for a response. Asynchronous programming means writing event-driven code, and that requires a different way of programming with JavaScript. Yet writing code with JavaScript is not like writing code in an object-oriented language. JavaScript is more or less a procedural language that has some hand-wired extensions that make it appear object oriented.

The Policy Injection Application Block comes with a series of call handlers that can be used within your own application. Table 13-2 lists these call handlers. Table 13-2. Available Call Handlers

region the circle resides. The following is the code from the enterFrameHandler that does this. This is all code that you ve seen from earlier examples. //If the circle is in the topMiddle, //bottomMiddle, leftMiddle or rightMiddle //perform a standard rectangle vs. rectangle collision check if(region == "topMiddle" || region == "bottomMiddle" || region == "leftMiddle" || region == "rightMiddle") { //Check whether the projection on //the x axis (in this case the v0's vx) //is less than the combined half widths if(Math.abs(_v0.vx) < _c1.width * 0.5 + _r1.width * 0.5) { //A collision might be occurring. Check the other //projection on the y axis (v0's vy) if(Math.abs(_v0.vy) < _c1.height * 0.5 + _r1.height * 0.5) { //A collision has occurred //Find out the size of the overlap on both the x and y axes var overlap_X:Number = _c1.width * 0.5 + _r1.width * 0.5 - Math.abs(_v0.vx); var = + overlap_Y:Number _c1.height * 0.5 _r1.height * 0.5 Math.abs(_v0.vy);

//The collision has occurred on the axis with the //*smallest* amount of overlap. Let's figure out which //axis that is if(overlap_X >= overlap_Y) { //The collision is happening on the x axis //But on which side v0's vy can tell us if(_v0.vy > 0) { _collisionSide = "Top"; _c1.setY = _c1.yPos - overlap_Y; }

Uses the Security Application Block for authorizing the user to specific features of an application, such as accessing or setting a property value or being able to call a method. Provides caching functionality. Uses the Exception Handling Application Block to provide exception-handling services. This gives you the ability to handle exceptions without needing to write try-catch blocks. Uses the Logging Application Block to provide tracing functionality for the call to a target. You can specify whether the beginning and/or ending of the call should be logged. Gives the ability to record performance data when calling a target. Allows for a target s parameters to be validated before the target is called.

In this section, I m going to again modify the Ajax application that has been illustrated multiple times, except this time I ll add a button to make another request. To illustrate asynchronous programming, two requests will be made simultaneously. One request will return immediately with the data, and the second will call the 10-second delay page. Following is the modified HTML code: <html> <head> <title>Sample Page</title> </head> <script language="JavaScript" src="/lib/factory.js"></script> <script language="JavaScript" src="/lib/asynchronous.js"></script> <script language="JavaScript" type="text/javascript"> function AsyncUpdateEvent(status, statusText, responseText, responseXML) { document.getElementById('httpcode').innerHTML = status; document.getElementById('httpstatus').innerHTML = statusText; document.getElementById('result').innerHTML = responseText; document.getElementById('xmlresult').innerHTML = responseXML; }