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can simply state that there is a row or column and let Silverlight automatically manage the size based on the content that we subsequently provide. Listing 12 10 shows a Grid defined in XAML with two columns and three rows, with no sizes specified at all. Listing 12 10. Declaring rows and columns for a Grid in XAML <Grid Name="grid1"> <Grid.ColumnDefinitions> <ColumnDefinition /> <ColumnDefinition /> </Grid.ColumnDefinitions> <Grid.RowDefinitions> <RowDefinition /> <RowDefinition /> <RowDefinition /> </Grid.RowDefinitions> </Grid> If you declare a grid in this way and then view it in the designer preview, you will see that the row and column headings, which were showing the row or column size in pixels in Figure 12 14, display something that might be unexpected. All the sizes are now displayed as 1* instead of a pixel width. Alongside this displayed value, the rows and columns are evenly distributed across the height and width of the grid. The reason for this behavior is that we actually have a variety of methods for specifying the sizes of rows and columns: Fixed size: We specify a size in pixels, and the grid uses exactly this size for the row or column. Weighted size: We specify a proportion of the grid by weighting each column, and the grid retains these weights as the grid. Automatic size: The row or column size will be set to match the largest item that it contains. If there is nothing contained within the row or column at all, it will collapse to have a size of 0.

Development: Views can allow multiple developers to point their development code to a single database, yet make changes in specific tables. This can be useful in multiuser development environments, where each developer possesses his or her own database for development. To begin, the developer s database contains views of the tables in the central database. In the instance where a developer needs to alter a table for development, that developer can change the view, or drop the view and create a local copy of the table. After completing the code changes, the ALTER statements made to the local tables are made in the central database, and the developer replaces his or her local copies of the tables with views of the newly altered tables in the central database. Virtual fields: In a database design where storing calculated fields is not permitted, or in situations where new calculated fields need to be added, views can provide a virtual representation of those columns that are calculated as the query is executed. A view will solve a problem like having a basket table with a quantity and unit_cost field where you want to display the total_price (product of quantity and price_each) but don t want to store it in a table. A view can join the columns of a physical table with dynamically calculated columns to provide calculations without needing to store those calculations in the database.

For instance, files containing high-quality stereo require about 10MB per minute of sound, while a typical MIDI sequence may need less than 10KB Even so, other music formats could be used for the background music One of AudioClip s great strengths is the large number of formats it supports: Windows WAV files, Sun Audio (AU files), Mac AIFF files, different kinds of MIDI (type 0 and type 1), and RMF (Rich Music Format) Data can be 8- or 16-bit, mono or stereo, with sample rates between 8,000Hz and 48,000Hz Another helpful feature of AudioClip is that different clips can play at the same time, letting the sounds be layered together However, only a single copy of a clip can be playing at once This can be too restrictive for some sound effects, such as explosions, where it s common practice to play several instances of a sound so they overlap.

Fixed-size rows and columns are declared by just giving them a size value. Weighted sizes are specified by providing a weight value followed by an asterisk. The size will be calculated by comparing the weight of each row or column to the total weights of all the rows or columns. For example, if two columns are present with widths of 2* and 1*, the first column will occupy two-thirds of the width, and the second column will occupy the remaining one-third. A weight of 1 can be specified just by using an asterisk character without a numeric prefix. Automatic sizes are specified by providing the keyword Auto as the size. The grid defined by the code in Listing 12 11 uses all three of these sizing methods for the three columns that it declares. Listing 12 11. Declaring rows and columns for a Grid in XAML <Grid Name="grid1"> <Grid.RowDefinitions> <RowDefinition Height="50" /> <RowDefinition Height="2*" /> <RowDefinition Height="Auto" /> </Grid.RowDefinitions> </Grid>

MySQL s implementation of views conforms to the SQL:2003 standard, except in a few cases, which are noted as appropriate throughout the chapter. Views are associated with a specific database and are stored in a MySQL data dictionary file, located in /<datadir>/<database_name>/<view_name>.frm. Data dictionary files for views are stored in plain-text format, which means you can view the SQL that defines the view, as well as the other attributes of the view, with a text viewer or editor.