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In this last chapter of the book we would like to review the current progress of Android and its future outlook in the mobile marketplace. To see how successful Android has been during 2009, we will first list the device manufacturers that have committed to building Android based devices. To see the progress in the capabilities of Android devices we will briefly examine the device specs for T-Mobile G1 (from 2008), Motorola Droid (late 2009) and the recently released Google s unlocked device NexusOne (early 2010). We have also seen the emergence of a number of Android application stores in 2009. We will list some of these online Android application stores. To understand how Android will fare in the future, we will look at some of the Mobile OSs and contrast them to the Android OS and its framework and conclude the chapter with a set of useful resources covering Android development and Android news.

Android has done really well in 2009. At the end of 2008 there is just one Android based device in the market, T-Mobile G1. In early 2009 there were reports that there could be as many as 18 device manufacturers that are expected to release devices by the end of 2009. It sounded too ambitious. There were also only a few thousand android based applications in early 2009. As 2009 has come to pass there are indeed over 18 device manufacturers that are already selling Android based devices ranging from Cell phones to Netbooks to eReaders. There are over 20,000 apps and counting in the various app stores. Hardly a week goes by without an article or two in the Wall Street Journal concerning Android. Let us take a look at the range of devices that are available or announced in the market place.

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Listing 5-21 shows the code that implements these steps. Listing 5-21. Building and Displaying an Alert Dialog public class Alerts { public static void showAlert(String message, Context ctx) { //Create a builder AlertDialog.Builder builder = new AlertDialog.Builder(ctx); builder.setTitle("Alert Window"); //add buttons and listener PromptListener pl = new EmptyListener(); builder.setPositiveButton("OK", pl); //Create the dialog AlertDialog ad = builder.create(); //show ad.show(); } } public class EmptyListener implements android.content.DialogInterface.OnClickListener { public void onClick(DialogInterface v, int buttonId) { } } You can invoke the code in Listing 5-21 by creating a menu item in your test harness and responding to it using this code: if (item.getItemId() == R.id.menu_simple_alert) { Alerts.showAlert("Simple Sample Alert", this); } The result will look like the screen shown in Figure 5-4. The code for this simple alert dialog is straightforward (see Listing 5-21 and the code snippet that appears after it). Even the listener part is easy to understand. Essentially, we have nothing to perform when the button is clicked. We just created an empty listener to register against the OK button. The only odd part is that you don t do a new to create the dialog; instead, you set parameters and ask the alert-dialog builder to create it.

The following examples are for the GNU version of make (they should work with all compliant makes). Gmake A simple makefile can be created that looks like this, which enables you to compile a lot of OCaml code: dep: ocamldep *.mli *.ml > .depend -include .depend %.ml: %.mll ocamllex $< %.cmo: %.ml ocamlc -c $< %.exe: %.cmo ocamlc -o $@ $< The ocamldep command automatically figures out dependencies in compilation units. OCamlMakefile The OCamlMakefile (written by Markus Mottl and available on his site at http://www.ocaml. info/home/ocaml_sources.html) is a makefile with almost all the hard work done for you. To use this makefile, you include it into your makefile and set a couple of variables. SOURCES = spam.mll RESULT = spam all: byte-code-library -include /opt/ocaml-3.09.2/share/OCamlMakefile These four lines are all you need. The only real issue with the OCamlMakefile is that you need more than one for multiple results (which is a very small price to pay for such a useful utility).

In Android, the view for a screen is often loaded from an XML file as a resource. These XML files are called layout resources. A layout resource is an essential key resource used in Android UI programming. Consider this code segment for a sample Android activity:

public class HelloWorldActivity extends Activity { @Override public void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.main); TextView tv = (TextView)this.findViewById(R.id.text1); tv.setText("Try this text instead"); }

}

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