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This activity takes care of everything related to showing a list of words, even loading the words out of the XML resource. What it does not do is come up with the ListAdapter to put into the ListView that is delegated to the subclasses. The main activity LoremDemo just uses a ListAdapter for the whole word list: package com.commonsware.android.search; import android.content.Intent; import android.widget.ArrayAdapter; import android.widget.ListAdapter; public class LoremDemo extends LoremBase { @Override ListAdapter makeMeAnAdapter(Intent intent) { return(new ArrayAdapter<String>(this, android.R.layout.simple_list_item_1, items)); } } The search activity, though, does things a bit differently. First, it inspects the Intent supplied to the abstract makeMeAnAdapter() method. That Intent comes from either onCreate() or onNewIntent(). If the intent is an ACTION_SEARCH, then we know this is a search. We can get the search query and, in the case of this silly demo, spin through the loaded list of words and find only those containing the search string. That list then gets wrapped in a ListAdapter and returned for display: package com.commonsware.android.search; import import import import import import android.app.SearchManager; android.content.Intent; android.widget.ArrayAdapter; android.widget.ListAdapter; java.util.ArrayList; java.util.List;

For the most part, essentially all software systems, whether they are client-server applications or web applications, need to process some sort of data. This processing will most likely be in the form of selecting, querying, inserting, updating, or deleting information to and from the database. Other processing includes utilizing Extensible Markup Language (XML) data, but this will ultimately vary based upon your specific system and its business requirements. The project for the case study will have extensive interaction with the database. The data access layer will process all this data by receiving requests that originate from the user within the presentation layer and will then process the data and return either a notification or some type of data or objects to the presentation layer. Also included in the data access layer will be a component provided by Microsoft. This data component is a Microsoft Data Access Blocks component that is part of the Microsoft Enterprise Library Application Blocks for .NET. You can download these free components, and their source code, and distribute them royalty free within your applications. Incorporating these into the architecture saves you time on the overall development and maintains a cohesive data execution point. In other words, the application will have a single point where DataSets, SQLDataReaders, and other objects can directly interact with the database. In 12, I will provide a much more detailed explanation of how to use and implement the data access block.

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This does not enforce the permission. Rather, it indicates that it is a possible permission. Your application must still flag security violations as they occur. There are two ways for your application to enforce permissions, dictating where and under which circumstances they are required. You can enforce permissions in your code, but the easier option is to indicate in the manifest where permissions are required.

The business logic layer is the remaining tier; it provides a dedicated portion of the system that processes the business rules set forth from the earlier gathered requirements. This tier, in addition to doing the actual processing, will act as a bridge from the presentation to the data access tier, and vice versa. Although the system will have many fairly simple data-processing needs, it will also have many instances where transactions of data will need to be processed. The business logic layer acts as the orchestrator of processing the transactions and remains in that capacity until each process is complete.

Activities, services, and intent receivers can declare an attribute named android:permission, whose value is the name of the permission that is required to access those items:

public class LoremSearch extends LoremBase { @Override ListAdapter makeMeAnAdapter(Intent intent) { ListAdapter adapter=null; if (intent.getAction().equals(Intent.ACTION_SEARCH)) { String query=intent.getStringExtra(SearchManager.QUERY); List<String> results=searchItems(query);

Summary

<activity android:name=".SekritApp" android:label="Top Sekrit" android:permission="vnd.tlagency.sekrits.SEE_SEKRITS"> <intent-filter> <action android:name="android.intent.action.MAIN" /> <category android:name="android.intent.category.LAUNCHER" /> </intent-filter> </activity>

This chapter opened Part 4 of the book by discussing architecture pertaining to software systems; it also examined the high-level view of the architecture you ll establish for the case study. Other chapters in this part will be dedicated to the individual parts of the case study architecture; specifically, they will provide detailed information about how exactly to implement the architecture within the e-commerce system.

adapter=new ArrayAdapter<String>(this, android.R.layout.simple_list_item_1, results); setTitle("LoremSearch for: "+query); } return(adapter); } private List<String> searchItems(String query) { List<String> results=new ArrayList<String>(); for (String item : items) { if (item.indexOf(query)>-1) { results.add(item); } } return(results); } }

Only applications that have requested your indicated permission will be able to access the secured component. In this case, access means: Activities cannot be started without the permission. Services cannot be started, stopped, or bound to an activity without the permission.

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