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Figure 10-9 The two versions of the Dungeon game, depending on screen size The first set of values in this list relate to the game itself, starting with the Images that correspond to playing in a dungeon built of 24 24-pixel stones or a dungeon built of 36 36-pixel stones The movelength and jumpfracnumerator values all relate to how many pixels the princess can move for each game tick, which clearly vary depending on the size of the playing field movelength tells how far she can go horizontally for each game tick, movebuffer is how close she s allowed to get to the walls, and the three jump* values relate to how high she can jump In this new version, I ve completely changed the formula for how high she can jump for each game tick since 5 (see Listing 5-9).

User Analytics: ProxyElement listens for changes to the wrapped MediaElement and reports them to a server. Seamless Video Switching: ProxyElement wraps up two VideoElements, and switches from one to the other without rebuffering.

Take a look at the example in Figure 14-10. Here we created an AnalyticsProxyElement element. The proxy listens to events from wrapped MediaElement and can report the data back to the Omniture API. The AnalyticsProxyElement does this by wrapping an UnseekableProxyElement that prevents seeking of the wrapped MediaElement.

Going back to the illustrative example of functions, they could be abstracted to a set of helper functions used to create and decipher the transaction identifier The helper.

In the earlier version, the formula was exponential; here it s a parabola The new version of the game movements methods of the DungeonManager class are given in Listing 10-11 The reason for the change was partially to try something new, and partially because the parabola formula seemed easier to plug the custom values into for the varying screen size On the other hand, the exponential formula had the advantage that the character goes up high quickly and hovers longer in the top part of the jump sequence, making it easier to jump and move onto a higher block in a single action One thing I d like to emphasize by including both algorithms is that there isn t really a canonical formula for how to make game characters move.

Figure 14-11. An example of a ProxyElement Plug-ins: The real challenge is third-party integration. There are many third-party vendors that make a player, such as CDNs, ad servers/networks, analytics providers, social providers, and many others. To allow integration between the player and the vendors, OSMF created player/plug-in contract, which declares what the plug-in capabilities are. Plug-ins don t have free rein over the player, meaning that the players can load plug-ins, but players don t integrate with custom plug-in APIs directly. The way it works is that OSMF acts as the broker between the player and the plug-in. There are different plug-in types:

Media plug-ins declare new media types. Examples are video plug-ins and image plug-in. Loader plug-ins declare new ways of loading media. An example is the Akamai plug-in for connection authentication. Proxy plug-ins declare ways to modify (or listen to) the behavior of media. Examples are: a plug-in that prevents seeking on all videos, or the Omniture reporting plug-in.

functions should be implemented only after you have determined what a standard transaction identifier is.

Reference plug-ins declare the range of media they d like to reference. An example might be a plug-in that creates an overlay ad SWF that can pause the main video when displayed.

In the Dungeon example, I started with a general idea of how I wanted the character to move and took some basic formulas and tweaked them until I got the result I wanted in terms of how the player moves around..

For info about creating plug-ins, check ASDOC PluginInfo:

On the server side, two pieces of functionality are implemented: the task manager and the implementation of the task. In the case of the prime number algorithm, that means implementing a task to find all prime numbers. Interfaces are used so that there are no dependencies between the task manager, results, and tasks. The task manager, prime number task, and prime number result algorithms each implement one of the interfaces. The role of the task manager is to wire all of the interfaces together and provide a working solution to the Infinite Data pattern on the server side.