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Although this is not a bad thing in itself, most people would prefer to learn the internals at leisure, as opposed to while being under the gun to get a particular application into production Another reason modifying the source code is not suggested is that other team members will have a higher learning curve to understand the changes that were made outside the standard Enterprise Library offering By extending Enterprise Library through the interfaces it provides, team members only need to be concerned with new code when it directly affects their use of the new custom interface implementations Another method of extending Enterprise Library is by adding new providers to a specific application block An example of this would be to write a new Database class for a specific data storage provider such as a MySQL database.

The code temporarily stores the current position in its pristine state, before any changes are made to it. Next, the object is moved according to the velocity. xPos += vx; yPos += vy; Where are the vx and vy velocity values coming from Not from a private variable, but from public getters: public function { return xPos } public function { return yPos } get vx():Number _previousX; get vy():Number _previousY;

Adding providers is considered a good way to give new functionality to Enterprise Library By adding new providers, you can meet the specific needs for a particular software application based on the requirements of that application Finally, you can extend Enterprise Library by creating new application blocks This method allows a specific need within an organization to be met For instance, say that a money management organization has multiple requirements involving email: Sending email to specific users when the price of a particular security reaches a certain price Sending reports via email every morning to specific users that need to analyze those reports Sending application warning and error messages to the help desk staff members so they can react quickly to issues If only the need to capture application error and warning messages were required, it might be easier to create a trace listener specifically for emailing error messages.

Here s the key to understanding Verlet integration: The velocity isn t stored as a variable. It s being dynamically calculated by subtracting the object s previous position from its current position. That s the job of the vx and vy getters. The velocity is set by pressing the arrow keys. But even then, its value isn t stored. It s calculated in real-time based on the current and previous positions: public function set { _previousX = xPos } public function set { _previousY = yPos } vx(value:Number):void - value; vy(value:Number):void - value;

The Cache Controller pattern is used with other patterns. It is not used on its own because the pattern does not do anything by itself. As previously stated, the Cache Controller pattern is a proxy implementation that sits between the caller making the request and the server processing the request. This does not mean that the Cache Controller pattern can be used with all patterns. The Cache Controller pattern can be used only in those situations where HTTP validation has been implemented on the server side. As you will see in the Implementation section of this chapter, validation on the server side is not typically implemented for custom functionality. As is illustrated in this chapter, it is possible to add HTTP validation for all situations, but there are still situations when HTTP validation does not make sense. That is usually when the data is not under the management of the web application or when the REST Based Model-View-Controller pattern is used.

So when the velocity is being set, it s actually just modifying the _previousX and _previousY variables, which in turn are used to calculate velocity. The last thing the update method does is to copy the temporary positions, which record the position of the object before it was adjusted by velocity, into the _previousX and _previousY variables: _previousX = _temporaryX; _previousY = _temporaryY; _previousX and _previousY will now be used in the next frame as the object s previous position. Thanks to this bit of clever programming acrobatics, we can refer to the object s velocity without needing to store it as a variable. We ve essentially taken velocity out of the equation, and this will make our physics code much more stable.