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value of 6, not 1. It s when the second finger is lifted that the application will receive an action value of 1. When only one finger remains on the screen, Android treats it like a single-touch case. So we get the old ACTION_UP value of 1 instead of a multi-touch ACTION_UP value of 6 coupled with the pointer Id. But wait, the pointer Id of this last finger on the screen in our example above is still 1, so we really should have received an action value of 262. Our code will need to consider these cases carefully. A pointer Id of 0 could result in an ACTION_DOWN value of 0 or 5, depending on which pointers are in play. The last finger up will get an ACTION_UP value of 1 no matter which pointer Id it is. The MotionEvent class comes with some helper constants to figure out what is going on. For example, MotionEvent.ACTION_POINTER_3_DOWN is 0x00000205 (or decimal 517) which we described earlier as the third finger down. These values may not be all that useful, however, since you d be better off looking at the pointer Id in the second byte and the action in the first byte. In fact, though, it would be even better to use some other constants from the MotionEvent class to read the value returned by getAction(). Those constants are MotionEvent.ACTION_POINTER_ID_MASK, MotionEvent.ACTION_MASK, and MotionEvent.ACTION_POINTER_ID_SHIFT. By and ing the returned value with each of these masks, and shifting the result for the pointer Id, you d be able to reliably figure out what is going on, no matter how many fingers the device can support. Some sample code for this is provided in Listing 16 12.

Listing 16 12. Sample Code for Figuring Out the Result from MotionEvent.getAction() int action = event.getAction(); int ptrId = event.getPointerId(0); if(event.getPointerCount() > 1) ptrId = (action & MotionEvent.ACTION_POINTER_ID_MASK) >>> MotionEvent.ACTION_POINTER_ID_SHIFT; action = action & MotionEvent.ACTION_MASK; if(action < 7 && action > 4) action = action - 5; int ptrIndex = event.findPointerIndex(ptrId);

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Before getting into the implementation details, the module type will be discussed first so that you can see what will be implemented in a clear manner instead of figuring it out from the implementation. When the OCaml module system is discussed in later chapters, you will learn in detail about the relationship between modules and module types. For now, however, it will be glossed over a bit. The following is the signature for the URI module. This code is what would be put into the .mli file for the module. You haven t defined the name of the module or anything like that because the module name is implicitly derived from the filenames. The .mli file must have the same name as the .ml file, and that filename will be the name of the module. This file would be called first_uri.mli.

Note that this code is handling the strangeness that was explained above, where the pointer Id for the last finger left on the screen is not made part of the value returned from getAction(), and also where the action part of the value returned is 5 or 6 instead of 0 or 1. After these statements in Listing 16 12 have executed, ptrId will hold the pointer Id associated to the action, action will have a value between 0 and 4, and ptrIndex will have the pointer index value for use with getX() and similar methods of MotionEvent. One way to look at the values returned from getAction() is to realize that any value greater than 4 represents a value that relates to a pointer Id. Any value less than or equal to 4 represents a value that relates to the only finger we know about, regardless of what pointer Id it is.

The LocationManager service is one of the key services offered by the android.location package. This service provides two things: a mechanism for you to obtain the device s geographical location, and a facility for you to be notified (via an intent) when the device enters a specified geographical location. In this section, you are going to learn how the LocationManager service works. To use the service, you must first obtain a reference to it. Listing 7-18 shows the usage pattern for the LocationManager service. Listing 7-18. Using the LocationManager Service import java.util.List; import import import import import public { android.app.Activity; android.content.Context; android.location.Location; android.location.LocationManager; android.os.Bundle; class LocationManagerDemoActivity extends Activity

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