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res/layout-large-port-notouch res/layout-port-notouch res/layout-large-port-qwerty res/layout-port-qwerty res/layout-large-port res/layout-port res/layout-large-land-notouch-qwerty res/layout-land-notouch-qwerty res/layout-large-land-notouch res/layout-land-notouch res/layout-large-land-qwerty res/layout-land-qwerty res/layout-large-land res/layout-land Here, we take advantage of the fact that specific matches take precedence over unspecified values. So, a device with a QWERTY keyboard will choose a resource with qwerty in the directory over a resource that does not specify its keyboard type. Combining that with the most matches wins rule, we see that res/layout-port will match only devices with normal-sized screens, no QWERTY keyboard, and a touchscreen in portrait orientation. We could refine this even further, to cover only the specific devices we are targeting (TMobile G1, Fictional One, and Fictional Two), plus take advantage of res/layout being the overall default: res/layout-large-port-notouch res/layout-port-notouch res/layout-large-land-notouch res/layout-land-notouch res/layout-large-land res/layout Here, -large differentiates Fictional One from the other two devices, while notouch differentiates Fictional Two from the T-Mobile G1. You will see these resource sets again in 36, which describes how to support multiple screen sizes.

<application android:label="@string/app_name"> <activity android:name=".RotationFiveDemo" android:screenOrientation="sensor" android:label="@string/app_name"> <intent-filter> <action android:name="android.intent.action.MAIN" /> <category android:name="android.intent.category.LAUNCHER" /> </intent-filter> </activity> </application> </manifest> The sensor , in this case, tells Android you want the accelerometers to control the screen orientation, so the physical shift in the device orientation controls the screen orientation. At least on the G1, this appears to only work when going from the traditional upright portrait position to the traditional landscape position rotating 90 degrees counter-clockwise. Rotating the device 90 degrees clockwise results in no change in the screen. Also note that this setting disables having the keyboard trigger a rotation event. Leaving the device in the portrait position, if you slide out the keyboard, in a normal Android activity, the screen will rotate; in a android:screenOrientation = "sensor" activity, the screen will not rotate.

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Figure 27-12. Entering the common name 5. Click the Next button, enter the geographic information about your company or website, and click Next again. The next step of the wizard is to select the path and filename for the CSR output request. Choose a path that is easy to navigate to, as shown in Figure 27-13, and then click the Next button once again.

Android has many different ways for you to store data for long-term use by your activity. The simplest to use is the preferences system, which is the topic of this chapter. Android allows activities and applications to keep preferences, in the form of key/value pairs (akin to a Map), which will hang around between invocations of an activity. As the name suggests, the primary purpose is for you to store user-specified configuration details, such as the last feed the user looked at in your feed reader, the sort order to use by default on a list, or whatever. Of course, you can store in the preferences whatever you like, as long as it is keyed by a String and has a primitive value (boolean, String, etc.) Preferences can be for a single activity or shared among all activities in an application. (Eventually, preferences might be shareable across applications, but that is not supported as of the time of this writing.)

Figure 27-13. Entering the path 6. Next, you will see the information you have entered for confirmation. If you find everything satisfactory, finalize the wizard by clicking the Finish button. Then proceed to the where you saved the CSR output file. Open this file in Notepad, and it should look similar to the following:

To get access to the preferences, you can use the following APIs: getPreferences() from within your Activity, to access activityspecific preferences getSharedPreferences() from within your Activity (or other application Context), to access application-level preferences getDefaultSharedPreferences(), on PreferencesManager, to get the shared preferences that work in concert with Android s overall preference framework The first two take a security mode parameter; for now, pass in 0. The getSharedPreferences() method also takes a name of a set of preferences. getPreferences() effectively calls getSharedPreferences() with the activity s class name as the preference set name. The getDefaultSharedPreferences() method takes the Context for the preferences (e.g., your Activity).

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