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044FB326.xid

Uploader:	ThePuppetMaster
Datum/Zeit:	12.12.2013 03:13:56
Hinweis: Dieser Quelltext ist Bestandteil des Projekts LINUX XID Userspace Treiber, zu dem es auf FreeBASIC-Portal.de eine Projektseite gibt.
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# PARAMETER AND FILE DESCRIPTION

# ==============================

#

# All VALUES are in HEX!

#

#

#

# FILENAME-SYNTAX

# ===============

# FILENAME=<HEX4 of VENDOR><HEX4 of PRODUCT>.xid

#

# Example

#  idVendor: 044F

#  idProduct: B326

#  Filename: 044FB326.xid

#

#

#

# CONTROLER-DESCRIPTION-SYNTAX

# ============================

#

# NAME=<Controlername>

# VENDOR=<HEX4 of idVendor>

# PRODUCT=<HEX4 of idProduct>

#

# Example

#  NAMAE=Thrustmaster Gamepad GP XID

#  VENDOR=044F

#  PRODUCT=B326

#

#

#

# CONFIGURATION-SYNTAX

# ====================

#

# Elements are seperatet by ;

# Element-Parameter are seperatet by ,

#

# GET=<TYPE>;<Blocklen>;<Check>/<Value>[,...]

#  <Blocklen> = Numer of Bytes of the Datablock

#  <Check> = Is a Value to check inside of a DataBlock

#  <Value> = Is a Element to get out of a DataBlock

#

#  Multiple <Check> and / or <Value> Blocks are posible

#  More then 255 Blocks issnt posible

#

#

#

# Digital-Part

# ------------

#  GET=D;...

#

#  Digital-Parts are Buttons whos value can only be 0 or 1

#

#

#

# Analog-Part

# -----------

#  GET=A,<HEX MinValue>,<HEX MaxValue>;...

#

#  Analog-Parts are Axis related Sticks what can have values ofer a wide range, depending on his position.

#  Like the Stick of a Joystick.

#

#

#

# Digital-Stick-Part

# ------------------

#  GET=S,<HEX MinValue>,<HEX MaxValue>;...

#

#  A Digital-Stick is a Digital cross-Stick. Its a typical Element of a Gamepad.

#  Only one direction can used of each axes, and its digital.

#  Like the Stick of a very old Digital-Joystick.

#

#  This part works only with analoge Elements. Btw. a Analog axis will create,

#  like a Analog-Stick but only 3 value states are posible 0, <MinValue> and <MaxValue>.

#

#

#

# <Check>-Block Syntax

# --------------------

#  <Byte-Index>:<HEX2 Value>|<Special-Codes>

#

#  Example

#   <Datablock> is: 00 44 88 AA DD FF

#   <GET> is: GET=D;6;1:44;3:AA;5:BUTTON_START

#

#   Whats Happend:

#    1. "GET" will retrive a Value

#    2. "D" say's, that the GET will get a Digital Value

#    3. "6" is the Number of the BlockLen. The Len of this <Datablock> is 6 Bytes.

#       So it will be checked befor continue.

#    4. "1:44" is a Value-Check. "1" is the Byte-Index of the <Datablock>.

#       It will be the Byte "44".

#       Is The Value u specified "44" not the same how in the <Datablock> then it will not continue with the next parts

#    5. "5:BUTTON_START" is a Value to get. "5" is the Byte-Index of <Datablock>.

#       "BUTTON_START" is the kind of the Button this Value represent.

#

#  If a Byte will represent more then one Value eg a bitfield, then u can specified the Bit for this Button

#

#  Example

#   <Datablock> is: 00 44 88 AA DD 03

#   <GET> is: GET=D;6;1:44;3:AA;5.B1:BUTTON_START

#

#   Whats Happend:

#    1. to 4. are the same how below

#    5. "5.B1:BUTTON_START" is a Value to get. "5" is the Byte-Index of <Datablock>.

#       The different is the ".B1" this will specified that u need to get a "B" (Byte) Bitfield.

#       The "1" specified the Bitfiled-Index.

#

#       Datablock-Byte 5 is "03" so the Bitfiled looks like: "00000011"

#       The Bitindex we want is "B1" btw. "1". So a Bitmask will generate: 00000001

#       The resulting value ar a "AND" of the Value in the Datablock and the Bitmask.

#

#  A <Special-Code> can be "LC". This will say, that the Value in the Byte on the ByteIndex are a Len-Value of the <Datablock>.

#

#  Example

#   <Datablock> is: 00 44 06 AA DD FF

#   <GET> is: GET=D;6;3:AA;5:LC

#

#   Whats Happend:

#    In this Case will checked if In ByteIndex 3 is the Value AA.

#    And, if on Byteindex 5 is the same Value how the Len of the Block.

#    In this Example, the <Datablock> is 6 Bytes long. So the Data in Byteindex 5 must be 6 else it will not continue.

#

#

#

# <Value>-Block Syntax

# --------------------

#  <Byte-Index>[.<Bitfield-Index>]:<Element-Code>

#

#  A Value block looks like the same as a Checkblock.

#  The different is that a Value in a Byte will used to Interpret the state of a button or a axis.

#  In the Previous example u can find a description how to use it.

#

#  A Bitmask or a Value interpretation can more then a Byte.

#  Its posible to read out Byte's, Word's and Integers.

#  For more compatibility is it posible to specified the Byteorder how u want.

#

#  Example

#   B     = Byte (no byte order)

#   B0    = Bit-0 of a Byte

#   B4    = Bit-4 of a Byte

#

#   W     = Word (2 Bytes) Byteorder is 0 1. 0 is the First Byte (low-byte), then 1 is the second (high-byte).

#   W01   = Is the same as W

#   W10   = Here the byteorder are switched. The First Byte is the High-Byte and the second the Low-Byte

#

#   I     = Integer (4 Bytes) Byteorder is 0 1 2 3.

#   I3210 = Switched byteorder

#   I1032 = A special Byteorder. U can specified a order how u want.

#

#

#  All Digital (Button and Digital-Stick) u can spezified a "SET-Value".

#  If this is not given, then "1" will used if a button is pressed.

#

#  If u will specified a other Value (eg. for a Digital-Stick with 3 States) u can use the folowing syntax.

#

#  <Set-Value>,<Byte-Index>[.<Bitfield-Index>]:<Element-Code>

#  3,2.B8:AXIS_8

#

#  If the Button is pressed, then a 3 will push inside the var.

#  Attention: 0 will not override a value! 0 is the default Value for all Elements!

#

#  Example

#   -1,2.B7:AXIS_8

#   1,2.B8:AXIS_8

#

#  This two lines are for 1 Element, AXIS_8. 2 Digital, Binary Values will written into AXIS_8.

#  If Bit7 of Byte 2 are <> 0, then -1 will written into AXIS_8, else nothind changed.

#  If Bit8 of Byte 2 are <> 0, then 1 will written into AXIS_8. If a previos value are inside, then it will be overriden.

#

#









#Product

NAME=Thrustmaster Gamepad GP XID

VENDOR=044F

PRODUCT=B326





#Buttons

GET=D;14;0:00;1:LC;2.B10:BUTTON_START

GET=D;14;0:00;1:LC;2.B20:BUTTON_BACK

GET=D;14;0:00;1:LC;2.B40:BUTTON_A1

GET=D;14;0:00;1:LC;2.B80:BUTTON_A2

GET=D;14;0:00;1:LC;3.B1:BUTTON_LT

GET=D;14;0:00;1:LC;3.B2:BUTTON_RT

GET=D;14;0:00;1:LC;3.B4:BUTTON_XBOX

GET=D;14;0:00;1:LC;3.B10:BUTTON_A

GET=D;14;0:00;1:LC;3.B20:BUTTON_B

GET=D;14;0:00;1:LC;3.B40:BUTTON_X

GET=D;14;0:00;1:LC;3.B80:BUTTON_Y





#Analog-Sticks

GET=A,0,FF;14;0:00;1:LC;4.B:AXIS_5

GET=A,0,FF;14;0:00;1:LC;5.B:AXIS_6

GET=A,-7FFF,7FFF;14;0:00;1:LC;6.W:AXIS_1

GET=AI,-7FFF,7FFF;14;0:00;1:LC;8.W:AXIS_2

GET=A,-7FFF,7FFF;14;0:00;1:LC;10.W:AXIS_3

GET=A,-7FFF,7FFF;14;0:00;1:LC;12.W:AXIS_4





#Digital-Stick

GET=S,-1,1;14;0:00;1:LC;-1,2.B1:AXIS_7

GET=S,-1,1;14;0:00;1:LC;1,2.B2:AXIS_7

GET=S,-1,1;14;0:00;1:LC;-1,2.B4:AXIS_8

GET=S,-1,1;14;0:00;1:LC;1,2.B8:AXIS_8