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{ Acquire(sound); PlayTone(500,300); Wait(600); Release(sound); } } task main() { Precedes(task1,task2); } The program is the same, but now the critical sections those parts of the task code where the shared resource is used are enclosed by the Acquire/Release statements. The mutex variable is called sound, according to the function of the critical section it is meant to discipline. It is declared as a global variable, so that every function or task in the program can see and use it. The sound pattern coming out is the one you desired: high, low, high, low, high, low . . . The first sound to be played is always the high-pitched one, because task1 comes before task2 in the Precedes statement list. The first scheduled task is task1, playing the high tone first. If you swap the task names inside parentheses, such as Precedes(task2,task1), the first sound heard will be the low-pitched one, played by task2. Now you should have the essential background about multitasking to continue on.

In this chapter you ve seen how easy it is to store and retrieve data, and you ve seen some of the basics of how to optimize your data storage by interpreting complex data types as bits and bytes. Storing your data locally on the device isn t the only application of transforming your object data into byte arrays (and later converting it back), though. You can use the same functions that prepare your data to be stored to prepare your data to be transmitted over a network, and you can use the functions that interpret the bytes of data without modification to interpret data that the device receives from a server. In the next chapter, you ll see how to add a little bit of communications code to this same example game to allow a remote server to update the. data used by the game.

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The documentation for the Logging Application Block says that there are two ways to deploy it: either use an xcopy distribution or a strongly named distribution. But this is only part of what needs to be done for deployment. Most of the considerations have to do with operations to support deployment. If you re using a flat file log, the ID that the application will run under will need to have write access to the directory in which that file will reside. In the case of an ASP .NET application, this means the ASPNET user. If one of the logging destinations is an event log source, a custom installer must be created and run using installutil.exe. The ID that is used to run the installer must have administrator privileges. For security reasons, this should not be the same ID that runs the application.

Omni-Biped s behavior is simple. It starts walking straight until it sees an obstacle with the Ultrasonic Sensor; at that point, it stops, realigns the legs, and draws back until the obstacle goes out of view. Then it starts a turning maneuver, choosing the direction randomly. The turning lasts only a few moments, or until another object comes in sight. After the turn, Omni-Biped starts walking straight again. As explained and shown before in Figure 5-2, the legs must always be aligned correctly before the program is started. The robot will realign the legs automatically after every walk, to bring them back to the starting position. First, you ll see the single-task program that implements this simple behavior. As usual, the program starts defining the preprocessor macros (see Listing 5-3), useful to maintaining and modifying the program easily. Listing 5-3. The Initial Definitions of the Omni-Biped Program and Global Variable Declaration #define #define #define #define #define #define HALF_STEP 540 FULL_STEP 1080 RIGHT_LEG OUT_B LEFT_LEG OUT_A BOTH_LEGS OUT_AB EYES IN_1

Other deployment considerations include the following: Configuring queues and setting permissions Creating email accounts and setting up SMTP services to send messages Making sure that category and priority filters are set to log the minimum amount of information to keep from impacting performance Installing EIF on the target server

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