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public class RateListView extends ListView { public RateListView(Context context) { super(context); } public RateListView(Context context, AttributeSet attrs) { super(context, attrs); } public RateListView(Context context, AttributeSet attrs, int defStyle) { super(context, attrs, defStyle); } public void setAdapter(ListAdapter adapter) { super.setAdapter(new RateableWrapper(getContext(), adapter)); } }

You re connecting to a SQL Server database, so System.Data.SqlClient is used, and the connectionString attribute, which is the connection string itself, is built from the details that you entered in the Add Connection dialog box, as follows: connectionString="Data Source=localhost\BAND;Initial Catalog=Players; Persist Security Info=True;User ID=band;Password=letmein" The properties are as follows: Data Source: This is the server to which you re connecting. This can either be a server name or an IP address, as well as the specific instance that you require. For example, localhost\BAND is the BAND instance of SQL Server on the local machine. Initial Catalog: The database on the server to which you want to connect; Players in this example. Persist Security Info: When set to True, this property allows the username and password that are used to connect to the database to be viewed when programmatically looking at the connection string. Ideally, it should always be set to its default value of False but it is set to True by Visual Web Developer when you re using an existing connection that has its password stored. You can remove this property from the connectionString without causing any problems. User ID: The username to use when connecting to the database; band in this example. Password: The password to use when connecting to the database; letmein in this example.

Passes contents of the file named by argument as additional arguments. Operates recursively through any subdirectories within the target directories. Outputs as little as possible. Uses the configuration files in the directory specified as the argument instead of the default configuration directory.

Note You have a multitude of options for connecting to data sources. For a comprehensive list, see

We simply subclass ListView and override setAdapter() so we can wrap the supplied ListAdapter in our own RateableWrapper. Visually, the results are similar to the RateListDemo, albeit without top-rated words appearing in all uppercase, as shown in Figure 8 5.

Now that we ve covered the various background parts of the sample page, it s time to look at the two Web controls that you used to do all the work: the SqlDataSource for connecting to the database and retrieving the results and the GridView for displaying those results.

The revert command reverts any local changes to the target files or directories. Additionally, this will resolve the conflicted state of any files or directories that are in conflict before they are reverted: $ svn revert PATH [PATH ...] Table A-26 shows the options for the revert command. Table A-26. revert Options

The SqlDataSource is the brains of the operation. It handles connecting to the database and executing the query against the database to return the results you requested. Here is the markup produced for it: <asp:SqlDataSource ID="SqlDataSource1" runat="server" ConnectionString="<%$ ConnectionStrings:SqlConnectionString %>" SelectCommand="SELECT [PlayerName], [PlayerManufacturerID] FROM [Player]"> </asp:SqlDataSource>

The difference is in reusability. We could package RateListView in its own JAR and plop it into any Android project where we need it. So while RateListView is somewhat complicated to write, we need to write it only once, and the rest of the application code is blissfully simple. NOTE: Of course, the sample RateListView could use some more features, such as programmatically changing states (updating both the float[] and the actual RatingBar itself) and allowing other application logic to be invoked when a RatingBar state is toggled (via some sort of callback). These and other enhancements are left as exercises for the reader.

--targets [argument] --recursive --quiet --config-dir [argument]

In its simplest form, there isn t a lot to it. As well as the obligatory ID and runat properties, it has only two other properties: ConnectionString and SelectCommand. The ConnectionString property is used to specify the data source that you want to use. In this instance, the value indicates that you want to use a connection string, SqlConnectionString, which is stored in the Web.config file: <%$ ConnectionStrings:SqlConnectionString %> As you saw earlier, Visual Web Developer created an entry in the <connectionStrings> section of Web.config that provided the full details of the connection to the database. By specifying the ConnectionString in this way, you re telling the SqlDataSource that you want to use it.