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You can use the following OCamlMakefile to build the code: SOURCES = parser.mly lexer.mll RESULT = complex.exe OUTPUT = byte-code include /usr/local/share/OCamlMakefile The build output should look similar to the following. You can then run the command and view the output. /home/josh/doc/OcamlBook/multi-line-log $ make.exe ocamllex lexer.mll 139 states, 3586 transitions, table size 15178 bytes ocamlyacc parser.mly make[1]: Entering directory `./multi-line-log' making ._bcdi/parser.di from parser.mli making ._d/parser.d from parser.ml making ._d/lexer.d from lexer.ml making ._d/mll_types.d from mll_types.ml make[1]: Leaving directory `./multi-line-log' make[1]: Entering directory `./multi-line-log' ocamlc -c mll_types.ml ocamlc -c parser.mli ocamlc -c parser.ml ocamlc -c lexer.ml ocamlc -o test.exe mll_types.cmo parser.cmo lexer.cmo make[1]: Leaving directory `./multi-line-log' josh@sputnik ~/doc/OcamlBook/multi-line-log $ ./test Connect! client clear Connect! Heartbeat! Quillen Command client not clear Disconnect Quillen Disconnect Sampson Heartbeat! Adams Disconnect Adams josh@sputnik ~/doc/OcamlBook/multi-line-log $

public class BasicViewActivity extends Activity { @Override public void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.some-view); } }//eof-class

Listing 8-6.

Android allows you to register this activity in its manifest file, making it available for other applications to invoke. The registration looks like this:

So now you can build complex text parsing applications using ocamllex and ocamlyacc. Would you ever want to It depends.

<activity android:name="BasicViewActivity" android:label="Basic View Tests"> <intent-filter> <action android:name="com.androidbook.intent.action.ShowBasicView"/> <category android:name="android.intent.category.DEFAULT" /> </intent-filter> </activity>

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This concludes our discussion of using HTTP services with the HttpClient. In the sections that follow, we will turn our focus to another interesting part of the Android Platform: writing background/long-running services. Although not immediately obvious, the processes of making HTTP calls and writing Android services are linked in that you will do a lot of integration from within Android services. Take, for example, a simple mail-client application. On an Android device, this type of application will likely be composed of two pieces: one that will provide the UI to the user, and another to poll for mail messages. The polling will likely have to be done within a background service. The component that polls for new messages will be an Android service, which will in turn use the HttpClient to perform the work. Now, let s get on with writing services.

The registration here not only involves an activity, but also an action that you can use to invoke that activity. The activity designer usually chooses a name for the action and specifies that action as part of an intent-filter for this activity. As we go through the rest of the chapter, you will have a chance to learn more about these intent-filters. Now that you have specified the activity and its registration against an action, you can use an intent to invoke this BasicViewActivity:

public static invokeMyApplication(Activity parentActivity) { String actionName= " com.androidbook.intent.action.ShowBasicView "; Intent intent = new Intent(actionName); parentActivity.startActivity(intent); }

Not everyone does text processing. However, if you do any amount of text processing in OCaml, you should know ocamllex and ocamlyacc. People sometimes shy away from these tools because of unfortunate associations with Lex and Yacc. I say unfortunate because the rise of easy regular expressions has lulled many people into a false sense of programming. Regular expressions are powerful without a doubt. In fact, without regular expressions, ocamllex could not function. However, regular expressions are tools, and all tools have their strengths and weaknesses.

Android supports the concept of services. Services are components that run in the background, without a user interface. You can think of these components as Windows services or Unix services. Similar to these types of services, Android services are always available but don t have to be actively doing something. Android supports two types of services: local services and remote services. A local service is a service that is not accessible from other applications running on the device. Generally, these types of services simply support the application that is hosting the service. A remote service is accessible from other applications in addition to the application hosting the service. Remote services define themselves to clients using Android Interface Definition Language (AIDL). Let s begin our exploration of services by writing a simple service.

NOTE: The general convention for an action name is <your-packagename>.intent.action.YOUR_ACTION_NAME.

Now that you have a basic understanding of intents, you can give them a test run by invoking one of the prefabricated applications that comes with Android (see Listing 3 32).

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