rdlc data matrix

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This exercise demonstrates the use of the TextBox control in Silverlight by creating a simple application that will request the red, green, and blue values to fill an ellipse with a given color. The resulting application will appear as shown in Figure 4-12.

We can approach the question What are the names of people who entered an Open tournament in 2006 in many different ways. I ll describe an algebra and a calculus approach, and you will probably find that one appeals to you more than the other.

public void foo() { Class.forName("org.hsqldb.jdbcDriver"); Connection c = DriverManager.getConnection("jdbc:hsqldb:timesheetDB","sa",""); PreparedStatement ps = c.prepareStatement("..."); ... } When we come to migrate this code into a web application where database resources are normally acquired by JNDI, we must modify the code. Ideally, we would keep all of the database connection acquisition logic in one place so that we need to change only one class, rather than changing all classes where the connection object is used. We can do this by providing a factory class, as shown in Listing 1-2.

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Figure 4-12. Sample application using TextBox controls 1. 2. In Visual Studio, create a new Silverlight application named TextBoxControl. Allow Visual Studio to create a Web Application project to host your application. In the MainPage.xaml file, within the root Grid element, add three RowDefinition items, as follows: <Grid x:Name="LayoutRoot" Background="White"> <Grid.RowDefinitions> <RowDefinition Height="50" /> <RowDefinition Height="50" /> <RowDefinition /> </Grid.RowDefinitions> </Grid> Add three TextBox and TextArea controls contained in a horizontal-oriented StackPanel to the first row, a Button control to the second row, and an Ellipse control to the third row. In addition, place a TextBlock in the third row to stack on top of the Ellipse control for error-reporting purposes. Name each of the TextBox controls, as well as the Button control and the TextBlock. These additions are shown in the following code:

We are starting with three tables, so we need some relational operation that combines data from more than one table. Let s start with Member and Entry. The first row in the Entry table is for the member with ID 118, and to find his or her name, we need the corresponding row in the Member table, that is, one where the member IDs match. A join between these two tables as in Listing 3-9 will give us that information for all entries.

public void foo() { Connection c = ConnectionFactory.getConnection(); PreparedStatement ps = c.prepareStatement("..."); ... } Alternatively we could do this by supplying the connection object to any classes that need to use it, as shown in Listing 1-3.

<Grid x:Name="LayoutRoot" Background="White"> <Grid.RowDefinitions> <RowDefinition Height="50" /> <RowDefinition Height="50" /> <RowDefinition /> </Grid.RowDefinitions> <StackPanel Orientation="Horizontal" HorizontalAlignment="Center"> <TextBlock VerticalAlignment="Center" Text="Red:" /> <TextBox Name="txtRed" Height="24" Width="50" Margin="5" /> <TextBlock VerticalAlignment="Center" Text="Green:" /> <TextBox Name="txtGreen" Height="24" Width="50" Margin="5" /> <TextBlock VerticalAlignment="Center" Text="Blue:" /> <TextBox Name="txtBlue" Height="24" Width="50" Margin="5" /> </StackPanel> <Button Name="btnTry" Content="Try Color" Grid.Row="1" Width="100" Height="24" /> <Ellipse Name="ellipse" Grid.Row="2" Stroke="Black" StrokeThickness="5" Margin="20" /> <TextBlock Name="lblColor"

This join will result in the table in Figure 3-6.

public FooFacility(final Connection c) { this.c = c; } private Connection c; public void foo() { PreparedStatement ps = c.prepareStatement("..."); ... } Of these two latter approaches, at first glance the ConnectionFactory class looks more appealing because it has a reduced footprint in our class. On the other hand, we still have a hard dependency on the external class. Our changes to ensure compatibility within different environments are certainly reduced now we will have to amend only ConnectionFactory but this class is still required, and in environments where there is already a strategy for connection acquisition, it will add complexity to add another class with the same responsibility. You would naturally want to replace calls to our custom ConnectionFactory with calls to the existing factory (or vice versa), but this brings us back to our original problem: having to modify code when moving our logic to a new environment.

From Member table (m)

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