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<application android:icon="@drawable/icon" android:label="@string/app_name" android:name="ApplicationEx">

If your application needs to make more than a few HTTP calls, you should create an HttpClient that services all of your HTTP requests One way to do this is to take advantage of the fact that each Android application has an associated application object By default, if you don t define a custom application object, Android uses androidappApplication Here s the interesting thing about the application object: there will always be exactly one application object for your application and all of your components can access it (using the global context object) For example, from an activity class, you can call getApplication() to get the application object for your application The idea here is that because the application is a singleton and always available, we can extend that class and create our HttpClient there.

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The word_count_map_reduce function implements the map and the reduce It actually implements two MapReduces; the first one is the filter function Listfilter can actually be thought of as a simple form of the MapReduce concept It is somewhat limited in the fact that the map calculation must return a Boolean, and the input data is not modified In this case, the result is the normal files (by name) in a given directory The function then counts the number of words in each file This list of word counts is then reduced to a total using the fold_left operation, and the result is the total number of words divided by the number of files let word_count_map_reduce directory = let files = Listfilter (fun x -> let ftype = (Unixstat (Filenameconcat directory x))Unixst_kind in match ftype with UnixS_REG -> true | _ -> false) (Array.

We then provide an accessor method for all of the components in our application to get the HttpClient This is what we have done in Listing 8 6 First notice that we have two classes defined in the listing (each should be placed in a separate Java file) One is our custom application object, and the other is a typical component an activity class In the ApplicationEx class we extend androidappApplication and then create our HttpClient in the onCreate() method The class then provides an accessor method for components to obtain a reference to the client In the HttpActivity class, we get a reference to the global application object and cast that to our ApplicationEx class We then call the getHttpClient() method and use that to make an HTTP call Now take a look at the createHttpClient() method of ApplicationEx.

The StockQuoteService.java class in Listing 8-12 resembles the local BackgroundService we created earlier. The primary difference is that we now implement the onBind() method. Recall that the Stub class generated from the AIDL file was an abstract class and that it implemented the IStockQuoteService interface. In our implementation of the service, we have an inner class that extends the Stub class called StockQuoteServiceImpl. This class serves as the remote-service implementation, and an instance of this class is returned from the onBind() method. With that, we have a functional AIDL service, although external clients cannot connect to it yet. To expose the service to clients, we need to add a service declaration in the AndroidManifest. xml file, and this time, we need an intent-filter to expose the service. Listing 8-13 shows the service declaration for the StockQuoteService. Listing 8-13. Manifest Declaration for the IStockQuoteService <service android:name="StockQuoteService"> <intent-filter> <action android:name="com.syh.IStockQuoteService" /> </intent-filter> </service> As with all services, we define the service we want to expose with a <service> tag. For an AIDL service, we also need to add an <intent-filter> with an <action> entry for the service interface we want to expose. With this in place, we have everything we need to deploy the service. Let s now look at how we would call the service from another application (on the same device, of course).

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