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ADO.NET has been successful at providing a set of bases classes and interfaces that others have used to provide access to their relational database of choice. The result: You can access most relational databases from F# with little effort. You have already seen most of these classes (or at least classes that implement the functionality they are intended to provide); Table 9-2 summarizes the key classes.

If there is at least one plugged in (pygamejoystickget_count() > 0), a joystick object is created for the first joystick ID, which is always 0 We have to be careful when working this way because if we try to use joystick when it is None, Python will throw an exception So you should first test whether there is a joystick by using if joystick is not None before you attempt to use it..

This class represents a connection to a particular instance of a relational database; you use classes derived from this class to specify which database you want the query to be executed against. Classes derived from this base class can be used to configure what query you want to execute against the database, whether it s an actual SQL query or a stored procedure. This class represents the parameters of a query; typically, parameterized queries promote reuse in the relational database, so they execute more efficiently. Classes derived from this class allow you to access the results of a query in a linear manner; you use this class for fast access to your results. This class is used to fill a DataSet class with data from a relational database. This class provides an in-memory representation of a database that can contain tables and relationships between them; unlike the other class in this table, this class is concrete, and you can use it directly.

Listing 15-4. CustomerData.cs File #region Using directive using System; using System.Collections.Generic; using System.Data; using System.Data.Odbc; using System.Text; using BusinessLayer; #endregion

Joysticks have so many buttons that few games can use them all. For a typical joypad there are four buttons on the right side that are most often used as fire buttons, or for performing the most basic of actions in the game, and one or two buttons in the middle that are used for things

operator >>= allows you to do this On the left-hand side of the >>= operator accepts a parser, just like the >> and >> operators, but the right-hand side accepts a function which is passed the results of the first parsers and must return a parser The following example illustrates a common usage pattern of this operator open FParsec open FParsecPrimitives let simpleAdd = CharParserspfloat >>= fun x -> CharParsersspaces >>= fun () -> CharParserspfloat >>= fun y -> preturn (x + y) let pi2 = CharParsersrun simpleAdd "31416 31416" printfn "Result: %A" pi2 The result of this example when compiled and run is as follows: Result: Success: 62832 Here we combine two pfloat parsers separated by a spaces parser The result of each parse is passed to the next parser via the parameter to a lambda function.

like select, start, or pause There are also generally two or four shoulder buttons, which are elongated buttons on the edge of the joypad underneath where the index and forefinger would naturally be placed I find these buttons are good for actions that require the button to be held down A racing game, for example, would probably use the shoulder buttons for accelerate and break Shoulder buttons can also be good in a first-person shooter to strafe (sidestep) left and right Some pads also have an extra two buttons hidden away on the underside of the pad, which can be a little difficult to access and so are probably best for infrequently need actions Finally, there are usually two buttons that are located underneath the analog sticks so that you have to press the stick down to activate them.

namespace DataLayer { public class CustomerData { public CustomerData() { } public static Customer FindCustomerByUserName(string userName) { Customer customer = null; try { OdbcConnection dataConnection = new OdbcConnection(); dataConnection.ConnectionString = DataUtilities.ConnectionString; dataConnection.Open(); OdbcCommand dataCommand = new OdbcCommand(); dataCommand.Connection = dataConnection; // Build command string StringBuilder commandText = new StringBuilder("SELECT * FROM Customers WHERE UserName = '"); commandText.Append(userName); commandText.Append("'"); dataCommand.CommandText = commandText.ToString(); OdbcDataReader dataReader = dataCommand.ExecuteReader(); // Make sure that we found our user if (dataReader.Read()) { customer = new Customer(dataReader.GetString(0), dataReader.GetString(1), dataReader.GetString(2), dataReader.GetString(5), dataReader.GetString(6), dataReader.GetString(8), dataReader.GetString(9), dataReader.GetString(10) ); }