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Although the actual data is not stored in the order of the table s primary key, MyISAM does maintain a list of pointers (think of them as internal record numbers) to those data records within its indexes. This key cache contains a linked list of pointers referencing address spaces inside the .MYD file where the actual data rows are stored. Regardless of the number of indexes attached to the MyISAM table, all indexes are implemented using this non-clustered organization (see 2). You can have up to 64 separate indexes on a MyISAM table (32 in versions prior to 4.1.2). MyISAM supports three indexing options through which it can retrieve data from its key cache: B-tree, R-tree, and FULLTEXT.

Listing 1 1. The button1_Click procedure private void button1_Click(object sender, RoutedEventArgs e) { System.Diagnostics.Debug.WriteLine("Debug text"); }

The GLCanvas is embedded inside a JPanel by makeRenderPanel() and connected to its animator and listener: // globals private static final int PWIDTH = 512; private static final int PHEIGHT = 512; private CubeGLListener listener; // initial size of panel

In order to quickly locate information within the non-clustered index buffers, MyISAM uses a B-tree search algorithm. Therefore, keys are inserted into the index based on the key s logical location in the index tree. If the key has a string data type and can be compressed using prefix compression, it will be. Alternatively, you can manually specify that compression should happen on INSERT by using the PACK_KEYS=1 option in the CREATE TABLE or CREATE INDEX statement. This can be useful for integer keys where you have a data set with most, if not all, key values using just the low-byte value (see the earlier section on the MyISAM fixed-record format). Packing the keys will strip the nonunique high-byte part of the integer value to allow for higher density indexing.

We are now ready to compile and run the project. Press F5 to begin the process. After compilation (and assuming that there are no errors!), Visual Studio launches the emulator. As mentioned earlier, this can take a little while to open, so be patient while this task completes. Subsequent deployments to the emulator will go much more quickly if the emulator is already running. Once this is all complete, your program will launch. Clicking the button will display the MessageBox, as you would expect (see Figure 1 7).

Note The MyISAM key buffer system can be found in the /myisam/mi_key.c and /myisam/mi_ keycache.c files. The B-tree algorithm is implemented in /myisam/mi_search.c. Table scans on MyISAM are implemented in /myisam/mi_scan.c.

private JPanel makeRenderPanel(int fps) { JPanel renderPane = new JPanel(); renderPane.setLayout( new BorderLayout() ); renderPane.setOpaque(false); renderPane.setPreferredSize( new Dimension(PWIDTH, PHEIGHT)); GLCanvas canvas = new GLCanvas(); listener = new CubeGLListener(this, fps); canvas.addGLEventListener(listener); // the canvas // the listener

Figure 1 7. The test application in action To stop the program, click the Stop Debugging button in Visual Studio. The IDE will return to edit mode, and your program will close on the emulator. The emulator will keep running, ready for any additional programs that you start. Another way to stop the program is to click the Back button on the emulator. The default behavior when this button is clicked is to close the application and return to the phone s main page (although this behavior can be overridden, as we will see later on). This process will also return the IDE to edit mode. The fact that the Back button actually closes the application instead of simply putting it into the background is important, as we will need to hook into this if we want to allow the application to retain its state when it restarts.

For those of you who require the ability to work with spatial data types (geographical coordinates or three-dimensional shapes), the MyISAM storage engine supports R-tree indexing for that spatial data. Currently, MyISAM is the only storage engine that supports R-tree analysis. Effectively, the implementation of R-tree indexing on the MyISAM storage engine is a kind of extension to its existing key cache organization. It used the same informational structures as the B-tree indexes, but implements the comparison of values in a different way (the spatial way).