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A call to pygameimageload is one way to create a surface It will create a surface that matches the colors and dimensions of the image file, but you can also create blank surfaces of any size that you need (assuming there is enough memory to store it) To create a blank surface, call the pygameSurface constructor with a tuple containing the required dimensions The following line creates a surface that is 256 by 256 pixels: blank_surface = pygameSurface((256, 256)) Without any other parameters, this will create a surface with the same number of colors as the display This is usually what you want, because it is faster to copy images when they have the same number of colors There are also a few optional parameters that affect how the images are created.

/// create and open an SqlConnection object using the connection string found /// in the configuration file for the given connection name let openSQLConnection(connName:string) = let connSetting = ConfigurationManager.ConnectionStrings.[connName] let conn = new SqlConnection(connSetting.ConnectionString) conn.Open() conn /// /// /// let create and execute a read command for a connection using the connection string found in the configuration file for the given connection name openConnectionReader connName cmdString = let conn = openSQLConnection(connName) let cmd = conn.CreateCommand(CommandText=cmdString, CommandType = CommandType.Text) let reader = cmd.ExecuteReader(CommandBehavior.CloseConnection) reader

[TearDown] public void Destroy() { try { OdbcConnection dataConnection = new OdbcConnection(); dataConnection.ConnectionString = connectionString.ToString(); dataConnection.Open(); OdbcCommand dataCommand = new OdbcCommand(); dataCommand.Connection = dataConnection; // Build command string StringBuilder commandText = new StringBuilder("DELETE FROM Users WHERE username='bogususer'"); dataCommand.CommandText = commandText.ToString(); int rows = dataCommand.ExecuteNonQuery(); // Make sure that the DELETE worked Assert.AreEqual(1, rows, "Unexpected row count returned"); dataConnection.Close(); } catch(Exception e) { Assert.Fail("Error: " + e.Message); } } [Test] public void TestGetUser() { UserData userData = new UserData(); Assert.IsNotNull(userData.GetUser("bogususer", "password"), "GetUser returned a null value, gasp!"); } } } Rebuild the solution again and run your tests. If you get any errors, look at the build or runtime output to see where the error occurred. Don t forget that testing is not just all happy day scenarios. Add a negative test where you pass in a bad username and password, as shown in Listing 13-8. In this test, you should expect to get a null user back, since the user should not exist in the database.

You can set the flags parameter to one or both of the following parameters: HWSURFACE Creates a hardware surface, which may be faster than nonhardware surfaces It is usually better not to set this flag and leave the choice of whether to use hardware surfaces up to Pygame SRCALPHA Creates a surface with alpha information Set this if you want parts of the surface to be transparent, for images with irregular edges such as sprites and fonts This flag also requires that you to set the depth parameter to 32 There is also a depth parameter for pygameSurface that defines the color depth for the surface This is similar to the depth parameter in pygamedisplayset_mode and defines the maximum number of colors in the surface.

/// read a row from the data reader let readOneRow (reader: #DbDataReader) = if reader.Read() then let dict = new Dictionary<string, obj>() for x in [ 0 .. (reader.FieldCount - 1) ] do dict.Add(reader.GetName(x), reader.[x]) Some(dict) else None /// execute a command using the Seq.generate let execCommand (connName: string) (cmdString: string) = Seq.generate // This function gets called to open a connection and create a reader (fun () -> openConnectionReader connName cmdString) // This function gets called to read a single item in // the enumerable for a reader/connection pair (fun reader -> readOneRow(reader)) (fun reader -> reader.Dispose()) /// open the contacts table let contactsTable = execCommand "MyConnection" "select * from Person.Contact" /// print out the data retrieved from the database for row in contactsTable do for col in row.Keys do printfn "%s = %O" col (row.Item(col)) After you define a function such as execCommand, it becomes easy to access a database. You call execCommand, passing it the chosen connection and command, and then enumerate the results, as in the following example: let contactsTable = execCommand "MyConnection" "select * from Person.Contact" for row in contactsTable do for col in row.Keys do printfn "%s = %O" col (row.Item(col))