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Multitier architecture, often referred to as n-tier architecture, is a software system that is segregated into separate sections referred to as tiers, or layers. The standard number of layers is usually three. Software applications are constructed with this methodology for many reasons. The main reason is to provide the optimal amount of scalability to the system and allow any of the tiers to be upgraded, replaced, or interchanged independently. Inevitably, your software system will face change at some point during its lifetime. This change can come in the form of a functionality change, a functionality enhancement, a completely new module, or even a hardware infrastructure enhancement. In any case, these changes can occur during the initial development or after the first version is complete. Having the architecture of the system designed from the beginning as multitiered will help minimize the impact on the system when implementing any of these changes. As a result of having the source code organized into multiple tiers, debugging and maintaining your application as a whole will be easier. The organization will allow for you as a developer

All of the stock system permissions begin with android.permission and are listed in the Android SDK documentation for Manifest.permission. Third-party applications may have their own permissions, which hopefully they have documented for you. Here are some of the more important built-in permissions: INTERNET, if your application wishes to access the Internet through any means, from raw Java sockets through the WebView widget READ_CALENDAR, READ_CONTACTS, and the like for reading data from the built-in content providers WRITE_CALENDAR, WRITE_CONTACTS, and the like for modifying data in the built-in content providers Permissions are confirmed at the time the application is installed. The user will be prompted to confirm it is acceptable for your application to do what the permission calls for. Hence, it is important for you to ask for as few permissions as possible and to justify those you request, so users do not elect to skip installing your application because you ask for too many unnecessary permissions. This prompt is not available in the current emulator, however. If you do not have the desired permission and try to do something that needs it, you may get a SecurityException informing you of the missing permission, but this is not a guarantee. Failures may come in other forms, depending on if something else is catching and trying to handle that exception. Note that you will fail on a permission check only if you forgot to ask for the permission; it is impossible for your application to be running and not have been granted your requested permissions.

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In terms of Java code, most of the guts of the activities are poured into an abstract LoremBase class: abstract public class LoremBase extends ListActivity { abstract ListAdapter makeMeAnAdapter(Intent intent); private static final int LOCAL_SEARCH_ID = Menu.FIRST+1; private static final int GLOBAL_SEARCH_ID = Menu.FIRST+2; private static final int CLOSE_ID = Menu.FIRST+3; TextView selection; ArrayList<String> items=new ArrayList<String>(); @Override public void onCreate(Bundle icicle) { super.onCreate(icicle); setContentView(R.layout.main); selection=(TextView)findViewById(R.id.selection); try { XmlPullParser xpp=getResources().getXml(R.xml.words); while (xpp.getEventType()!=XmlPullParser.END_DOCUMENT) { if (xpp.getEventType()==XmlPullParser.START_TAG) { if (xpp.getName().equals("word")) { items.add(xpp.getAttributeValue(0)); } } xpp.next(); } } catch (Throwable t) { Toast .makeText(this, "Request failed: "+t.toString(), 4000) .show(); } setDefaultKeyMode(DEFAULT_KEYS_SEARCH_LOCAL); onNewIntent(getIntent()); } @Override public void onNewIntent(Intent intent) { ListAdapter adapter=makeMeAnAdapter(intent);

(or any other developers you might be working with) to easily locate specific sections where an exception is occurring or where a change needs to be implemented. If the system does not implement a well-structured architecture, your application will be prone to defects and bugs; this will also make any type of upgrades or enhancements difficult and time-consuming to execute. The system will not be very scalable, which will result in a poor application.

The other side of the coin is to secure your own application. If your application is merely activities and intent receivers, security may be just an outbound thing, where you request the right to use resources of other applications. If, on the other hand, you put content providers or services in your application, you will want to implement inbound security to control which applications can do what with the data. Note that the issue here is less about whether other applications might mess up your data, but rather about privacy of the user s information or use of services that might incur expense. That is where the stock permissions for built-in Android applications are focused: whether you can read or modify contacts, send messages, and so on. If your application does not store information that might be considered private, security is less of an issue. If, on the other hand, your application stores private data, such as medical information, security is much more important.

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