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In this case, you call them x and y I d like to be able to add x and y, or perform some other operation, and return the result, but the result of the lambda function must be of type Parser In this case, x and y are both of type float To avoid this typing problem, you can use the preturn function, which you use in the previous example This function takes any value and creates a parser that will return that value So you can add your two floating point numbers and use preturn to create a parser that will always return that value In addition to being able to combine the results of two parsers it s often useful to be able to apply some transformation to the results of parser.

These are probably best used to activate something that is being moved with the stick, because it will spring back to the center if the player was to press another button Not many games make use of these stick buttons, because few games players are even aware of them! As with the other input devices, you have two options when accessing the joypad: either through events or by querying the state of the pad directly When a button is pressed on the pad, Pygame issues a JOYBUTTONDOWN event that contains the joystick ID and the index of the button (buttons are numbered from 0 on) You can get the number of buttons on the joystick from the get_numbuttons member function of joystick objects When a button is released, Pygame issues a corresponding JOYBUTTONDOWN event with the same information.

In FParsec you use the |>> operator to do this, which has a similar behavior to F# s native |> operator The following example illustrates this open FParsec open FParsecPrimitives let addTwo = CharParserspfloat |>> (fun x -> x + 20) let pi2 = CharParsersrun addTwo "31416" printfn "Result: %A" pi2 The result of this example when compiled and run is as follows: Result: Success: 51416.

// // // // // // // //

Let s adapt the events script (Listing 3-2) from 3 to see the joystick events as they are generated Listing 6-5 is similar to the original code but initializes all joysticks currently plugged in and filters out any non-joystick-related events Listing 6-5 Displaying the Joystick Events (eventspy) import pygame from pygamelocals import * from sys import exit pygameinit() SCREEN_SIZE = (640, 480) screen = pygamedisplayset_mode( SCREEN_SIZE, 0, 32) font = pygamefontSysFont("arial", 16); font_height = fontget_linesize() event_text = [] joysticks = [] for joystick_no in xrange(pygamejoystickget_count()): stick = pygamejoystickJoystick(joystick_no) stickinit() joysticksappend(stick).

Here we use the |>> operator to simply add two to the result of our parser. This is not a particularly realistic example, but there many uses for this operator. I find it useful to transform the results of a parser into a case from a discriminating union. So far you ve looked at combing parsers sequentially and combining or transforming their results. Another common task is being able to combine parsers to make a choice between two input types. In the following example, you create a parser that can handle parsing either floating point numbers or chains of letters. To do this, you use the <|> operator. This operator combines two parsers to create a new parser which will accept an input that matches either the first parser or the second. The way it works is a little subtle; it returns the results of the first parser to consume input. If the first parse succeeds or fails and it consumes input then the results of the first parse is returned. If it does not consume input then the second parser will be executed and its result will be returned. This means that the order that the parsers appear in is important. open FParsec open FParsec.Primitives type AstFragment = | Val of float | Ident of string let number = CharParsers.pfloat |>> (fun x -> Val x) let id = CharParsers.many1Satisfy CharParsers.isLetter |>> (fun x -> Ident x) let stringOrFloat = id <|> number let num = CharParsers.run stringOrFloat "3.1416" let ident = CharParsers.run stringOrFloat "anIdent"

dataConnection.Close(); } catch(Exception e) { Console.WriteLine("error: " + e.Message); } return customer; } } }