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When running the application in Listing 5-23 on the BatterySampleEmulator emulator, the following output will be produced: *** Battery Info *** State of Charge: 35% Is fully charged: Yes Voltage: 5.123 Volt Temperature: 23.4 Celsius On Charger: Yes *** Charger Model *** Charge Min: 10% Charge Low: 20% Charge Medium: 30% Charge Full Min: 60% Charge Full: 98% Charge Hysteresis: 6 ms Timeout Charging: 30 min Timeout Charged: 10 min Timeout Charger: 5 sec Timeout Backlight: 5 sec

} } }; } // namespace msclr The auto_handle template implements a special constructor that expects a T^ parameter. auto_handle( T^ _handle ) : m_handle( _handle ) { } In the sample code just shown, this constructor is used to initialize a new auto_handle from the FileStream^ tracking handle returned by the function GetFile. msclr::auto_handle<FileStream> fs = GetFile(); Once you have created an auto_handle, you will likely want to operate on the wrapped tracking handle. To obtain the wrapped tracking handle from an auto_handle, you can call the get function: { msclr::auto_handle<FileStream> ah = GetFile(); FileStream^ fs = ah.get(); long long fileLength = fs->Length; } Using the handle returned from get can be dangerous. When the auto_handle destructor is executed before you access the wrapped object via the handle returned by get, you will likely access a disposed object. The auto_handle template overloads the member selection operator (operator ->), which allows you to access members of the wrapped object. Instead of calling get to receive the wrapped tracking handle, as in the preceding code, you could also write this more simple code: { msclr::auto_handle<FileStream> fs = GetFile(); long long fileLength = fs->Length; } Not only is this code more elegant, but using the member selection operator also reduces the risk of accessing a disposed object. If you call get to store the wrapped tracking handle in a variable that is defined in another scope than the auto_handle variable, it is possible that the tracking handle will be used after the auto_handle is destroyed. In contrast to that, the member selection operator can only be used while the auto_handle variable is in scope.

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It is important to note that these types of configurations can also be set in the bean definition of the Controller It is not uncommon to see the above setCacheSeconds() method replaced by a <property name="cacheSeconds" value="300" /> XML snippet The choice of configuration methods is up to you However, we believe that the less XML in a system, the better For configuration elements that have almost no chance of changing, configuring them in straight Java code feels like a better solution We like XML for external issues such as wiring the classes together, or for configuration elements that have a reasonable chance of changing The choice is yours, but whatever you choose it always helps to remain consistent The setFlightService() method is a clear sign that the HomeController will require Dependency Injection to obtain an instance of FlightService.

The Microsoft.SPOT.Hardware.Cpu class contains the internal Pin class for specifying pin numbers for GPIO ports, serial ports, and the I C and SPI busses. In addition, it contains three further static properties: SystemClock, SlowClock, and GlitchFilterTime. The SystemClock property provides the clock rate of the system clock, and thus the speed of the processor s clock in Hertz. The SlowClock property returns the clock rate of a slower but more accurate timer than the system clock in Hertz. SlowClock does not have anything to do with slowing the clock s rate when in energy-saving mode. SlowClock is used for controlling the timing of GPIO ports. Both SystemClock and SlowClock are read-only properties. Finally, the class Cpu allows you use the GlitchFilterTime property to specify the time within which input GPIO ports will be debounced. The value 0 means that the filter is deactivated. Details are described in this chapter s InputPort class section. The members of the Cpu class are presented in Listing 5-24. Listing 5-24. The Microsoft.SPOT.Hardware.Cpu Class namespace Microsoft.SPOT.Hardware { public static class Cpu { public static TimeSpan GlitchFilterTime { get; set; } public static uint SlowClock { get; } public static uint SystemClock { get; }

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