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//Load my section from config MyCustomSection section = myConfigurationSource. GetSection(sectionName) as MyCustomSection; //If section was not there its null, so create a new instance if (section == null) { section = new MyCustomSection(); } //Set new config values section.MyFirstSetting = 2; section.MySecondSetting = "B"; //Create and set SqlConfigurationParameter SqlConfigurationParameter configParameter = new SqlConfigurationParameter( connectionString,

designing software but bad at designing user interfaces.8 I could be controversial and state that Ajax applications have stormed in because the applications are built by mature web designers who know more about user-interface design than software design. I do not mean to belittle the web designers; in fact I mean to illustrate that because of them we have these cool applications. If there is one downside to Ajax, it s that you need to be a user-interface designer who is an expert in the domain being presented. Software development is moving from a horizontal approach (general-purpose software) to a vertical approach (domain-specific software).

//"-2" is added to provide a bit of //tolerance that might be needed if the //downward velocities of the gameObject and //platform are very similar. if ( gameObject.previousY - 2 < elevator.yPos - gameObject.height || !_elevatorOpen || (uint(gameObject.vy) == 0 && elevator.vy < 0) ) { //Move the gameObject out of the collision gameObject.setY = elevator.yPos - gameObject.height; //Set the gameObject's vy to the elevator's vy gameObject.vy = elevator.vy; gameObject.jumping = false; //Close the elevator so that the object //can't fall through _elevatorOpen = false; } } } } else { //No collision } //Open the elevator if the gameObject is //moving upwards again and its velocity //isn't exactly the same as the elevator's if(gameObject.vy < 0 && gameObject.vy != elevator.vy) { _elevatorOpen = true; } } The elevator uses a different tripwire from the soft platforms we looked at earlier to prevent the cat from falling through. It checks whether the bottom of the cat was above the platform in the previous frame.

getStoredProc, setStoredProc, refreshStoredProc, removeStoredProc); //Add configuration data myConfigurationSource.Add(configParameter, sectionName, section); } } }

if ( gameObject.previousY - 2 < elevator.yPos - gameObject.height || !_elevatorOpen || gameObject.vy == 0 && elevator.vy < 0 ) { // stop the object on the surface of the elevator The -2 value is a bit of tolerance that I added while testing the example. I found that if the vertical velocity of the elevator and the cat are too close, the cat will sometimes appear to unnaturally miss a collision with the top of the elevator. If this wire is tripped, the code sets the cat s vertical velocity to the elevator s vertical velocity, and closes the elevator to prevent the cat from falling through. It does this by setting the _elevatorOpen variable to false. _elevatorOpen is set to true again when the cat moves upward at a velocity that doesn t equal the elevator s velocity. In other words, when it jumps off the elevator. if(gameObject.vy < 0 && gameObject.vy != elevator.vy) { _elevatorOpen = true; } This can only mean that the cat is jumping off the elevator. There s another check that the code needs to make: || gameObject.vy == 0 && elevator.vy < 0 This means If the object isn t moving and the elevator is moving up . This allows the cat to hop on an elevator when it s standing on the edge of platform and one of its bottom corners catches the lip of elevator as the elevator is moving up. It won t be apparent in this example how it works, but you ll see it in action in the Enemies example coming up soon.

function CacheProxy() { } function CacheProxy_get(url) { CacheController.getURL(url, this, false); } function CacheProxy_post(url, mimetype, datalength, data) { var thisreference = this; asynchronous = new Asynchronous(); asynchronous.openCallback = function(xmlhttp) { thisreference.openCallback(xmlhttp); } asynchronous.complete = function(status, statusText, responseText, responseXML) { thisreference.complete(status, statusText, responseText, responseXML); } asynchronous.post(url, mimetype, datalength, data); } CacheProxy.prototype.openCallback = CacheProxy_openCallback; E B V N CacheProxy.prototype.complete = CacheProxy_complete; CacheProxy.prototype.get = CacheProxy_get; CacheProxy.prototype.put = CacheProxy_put; CacheProxy.prototype.del = CacheProxy_delete; CacheProxy.prototype.post = CacheProxy_post; To act as a full proxy for Asynchronous, CacheProxy needs to expose the methods that Asynchronous exposes. This means CacheProxy needs to implement the get, put, del, and other such methods. Implementing a proxy means delegating functionality. In the case of the client calling an HTTP GET, it means the function CacheProxy_get needs to delegate to CacheController. For all of the other functions (for example, CacheProxy_post), CacheProxy delegates to Asynchronous. Doing a full proxy implementation of Asynchronous also requires implementing openCallback and callback, which then delegates to the method CacheProxy.openCallback or CacheProxy. complete that will call the user-defined implementations, if the user defined an implementation.