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//
========= Copyright Valve Corporation, All rights reserved. ============//
//
//
Purpose:
//
//
===========================================================================//
#
if
defined( WIN32 )
#
if
!defined( _X360 )
#
include
<
wtypes.h
>
#
include
<
winuser.h
>
#
include
"
xbox/xboxstubs.h
"
#
else
#
include
"
xbox/xbox_win32stubs.h
"
#
endif
#
endif
//
WIN32
#
include
"
key_translation.h
"
#
include
"
tier1/convar.h
"
#
include
"
tier1/strtools.h
"
#
include
"
tier0/dbg.h
"
//
memdbgon must be the last include file in a .cpp file!!!
#
include
"
tier0/memdbgon.h
"
#
if
defined(__clang__)
#
pragma
GCC diagnostic ignored "-Wchar-subscripts"
#
endif
static
ButtonCode_t s_pVirtualKeyToButtonCode[
256
];
static
ButtonCode_t s_pSKeytoButtonCode[
SK_MAX_KEYS
];
#
if
!defined( POSIX )
static
ButtonCode_t s_pXKeyTrans[
XK_MAX_KEYS
];
#
endif
#
define
SCONTROLLERBUTTONS_BUTTONS
(
x
) \
"
SC_A
"
,\
"
SC_B
"
,\
"
SC_X
"
,\
"
SC_Y
"
,\
"
SC_DPAD_UP
"
,\
"
SC_DPAD_RIGHT
"
,\
"
SC_DPAD_DOWN
"
,\
"
SC_DPAD_LEFT
"
,\
"
SC_LEFT_BUMPER
"
,\
"
SC_RIGHT_BUMPER
"
,\
"
SC_LEFT_TRIGGER
"
,\
"
SC_RIGHT_TRIGGER
"
,\
"
SC_LEFT_GRIP
"
,\
"
SC_RIGHT_GRIP
"
,\
"
SC_LEFT_PAD_TOUCH
"
,\
"
SC_RIGHT_PAD_TOUCH
"
,\
"
SC_LEFT_PAD_CLICK
"
,\
"
SC_RIGHT_PAD_CLICK
"
,\
"
SC_LPAD_UP
"
,\
"
SC_LPAD_RIGHT
"
,\
"
SC_LPAD_DOWN
"
,\
"
SC_LPAD_LEFT
"
,\
"
SC_RPAD_UP
"
,\
"
SC_RPAD_RIGHT
"
,\
"
SC_RPAD_DOWN
"
,\
"
SC_RPAD_LEFT
"
,\
"
SC_SELECT
"
,\
"
SC_START
"
,\
"
SC_STEAM
"
,\
"
SC_NULL
"
#
define
SCONTROLLERBUTTONS_AXIS
(
x
) \
"
SC_LPAD_AXIS_RIGHT
"
,\
"
SC_LPAD_AXIS_LEFT
"
,\
"
SC_LPAD_AXIS_DOWN
"
,\
"
SC_LPAD_AXIS_UP
"
,\
"
SC_AXIS_L_TRIGGER
"
,\
"
SC_AXIS_R_TRIGGER
"
,\
"
SC_RPAD_AXIS_RIGHT
"
,\
"
SC_RPAD_AXIS_LEFT
"
,\
"
SC_RPAD_AXIS_DOWN
"
,\
"
SC_RPAD_AXIS_UP
"
,\
"
SC_GYRO_AXIS_PITCH_POSITIVE
"
,\
"
SC_GYRO_AXIS_PITCH_NEGATIVE
"
,\
"
SC_GYRO_AXIS_ROLL_POSITIVE
"
,\
"
SC_GYRO_AXIS_ROLL_NEGATIVE
"
,\
"
SC_GYRO_AXIS_YAW_POSITIVE
"
,\
"
SC_GYRO_AXIS_YAW_NEGATIVE
"
#
define
SCONTROLLERBUTTONS_VBUTTONS
(
x
) \
"
SC_F1
"
,\
"
SC_F2
"
,\
"
SC_F3
"
,\
"
SC_F4
"
,\
"
SC_F5
"
,\
"
SC_F6
"
,\
"
SC_F7
"
,\
"
SC_F8
"
,\
"
SC_F9
"
,\
"
SC_F10
"
,\
"
SC_F11
"
,\
"
SC_F12
"
static
int
s_pButtonCodeToVirtual[
BUTTON_CODE_LAST
];
static
const
char
*s_pButtonCodeName[ ] =
{
"
"
,
//
KEY_NONE
"
0
"
,
//
KEY_0,
"
1
"
,
//
KEY_1,
"
2
"
,
//
KEY_2,
"
3
"
,
//
KEY_3,
"
4
"
,
//
KEY_4,
"
5
"
,
//
KEY_5,
"
6
"
,
//
KEY_6,
"
7
"
,
//
KEY_7,
"
8
"
,
//
KEY_8,
"
9
"
,
//
KEY_9,
"
a
"
,
//
KEY_A,
"
b
"
,
//
KEY_B,
"
c
"
,
//
KEY_C,
"
d
"
,
//
KEY_D,
"
e
"
,
//
KEY_E,
"
f
"
,
//
KEY_F,
"
g
"
,
//
KEY_G,
"
h
"
,
//
KEY_H,
"
i
"
,
//
KEY_I,
"
j
"
,
//
KEY_J,
"
k
"
,
//
KEY_K,
"
l
"
,
//
KEY_L,
"
m
"
,
//
KEY_M,
"
n
"
,
//
KEY_N,
"
o
"
,
//
KEY_O,
"
p
"
,
//
KEY_P,
"
q
"
,
//
KEY_Q,
"
r
"
,
//
KEY_R,
"
s
"
,
//
KEY_S,
"
t
"
,
//
KEY_T,
"
u
"
,
//
KEY_U,
"
v
"
,
//
KEY_V,
"
w
"
,
//
KEY_W,
"
x
"
,
//
KEY_X,
"
y
"
,
//
KEY_Y,
"
z
"
,
//
KEY_Z,
"
KP_INS
"
,
//
KEY_PAD_0,
"
KP_END
"
,
//
KEY_PAD_1,
"
KP_DOWNARROW
"
,
//
KEY_PAD_2,
"
KP_PGDN
"
,
//
KEY_PAD_3,
"
KP_LEFTARROW
"
,
//
KEY_PAD_4,
"
KP_5
"
,
//
KEY_PAD_5,
"
KP_RIGHTARROW
"
,
//
KEY_PAD_6,
"
KP_HOME
"
,
//
KEY_PAD_7,
"
KP_UPARROW
"
,
//
KEY_PAD_8,
"
KP_PGUP
"
,
//
KEY_PAD_9,
"
KP_SLASH
"
,
//
KEY_PAD_DIVIDE,
"
KP_MULTIPLY
"
,
//
KEY_PAD_MULTIPLY,
"
KP_MINUS
"
,
//
KEY_PAD_MINUS,
"
KP_PLUS
"
,
//
KEY_PAD_PLUS,
"
KP_ENTER
"
,
//
KEY_PAD_ENTER,
"
KP_DEL
"
,
//
KEY_PAD_DECIMAL,
"
[
"
,
//
KEY_LBRACKET,
"
]
"
,
//
KEY_RBRACKET,
"
SEMICOLON
"
,
//
KEY_SEMICOLON,
"
'
"
,
//
KEY_APOSTROPHE,
"
`
"
,
//
KEY_BACKQUOTE,
"
,
"
,
//
KEY_COMMA,
"
.
"
,
//
KEY_PERIOD,
"
/
"
,
//
KEY_SLASH,
"
\\
"
,
//
KEY_BACKSLASH,
"
-
"
,
//
KEY_MINUS,
"
=
"
,
//
KEY_EQUAL,
"
ENTER
"
,
//
KEY_ENTER,
"
SPACE
"
,
//
KEY_SPACE,
"
BACKSPACE
"
,
//
KEY_BACKSPACE,
"
TAB
"
,
//
KEY_TAB,
"
CAPSLOCK
"
,
//
KEY_CAPSLOCK,
"
NUMLOCK
"
,
//
KEY_NUMLOCK,
"
ESCAPE
"
,
//
KEY_ESCAPE,
"
SCROLLLOCK
"
,
//
KEY_SCROLLLOCK,
"
INS
"
,
//
KEY_INSERT,
"
DEL
"
,
//
KEY_DELETE,
"
HOME
"
,
//
KEY_HOME,
"
END
"
,
//
KEY_END,
"
PGUP
"
,
//
KEY_PAGEUP,
"
PGDN
"
,
//
KEY_PAGEDOWN,
"
PAUSE
"
,
//
KEY_BREAK,
"
SHIFT
"
,
//
KEY_LSHIFT,
"
RSHIFT
"
,
//
KEY_RSHIFT,
"
ALT
"
,
//
KEY_LALT,
"
RALT
"
,
//
KEY_RALT,
"
CTRL
"
,
//
KEY_LCONTROL,
"
RCTRL
"
,
//
KEY_RCONTROL,
"
LWIN
"
,
//
KEY_LWIN,
"
RWIN
"
,
//
KEY_RWIN,
"
APP
"
,
//
KEY_APP,
"
UPARROW
"
,
//
KEY_UP,
"
LEFTARROW
"
,
//
KEY_LEFT,
"
DOWNARROW
"
,
//
KEY_DOWN,
"
RIGHTARROW
"
,
//
KEY_RIGHT,
"
F1
"
,
//
KEY_F1,
"
F2
"
,
//
KEY_F2,
"
F3
"
,
//
KEY_F3,
"
F4
"
,
//
KEY_F4,
"
F5
"
,
//
KEY_F5,
"
F6
"
,
//
KEY_F6,
"
F7
"
,
//
KEY_F7,
"
F8
"
,
//
KEY_F8,
"
F9
"
,
//
KEY_F9,
"
F10
"
,
//
KEY_F10,
"
F11
"
,
//
KEY_F11,
"
F12
"
,
//
KEY_F12,
//
FIXME: CAPSLOCK/NUMLOCK/SCROLLLOCK all appear above. What are these for?!
//
They only appear in CInputWin32::UpdateToggleButtonState in vgui2
"
CAPSLOCKTOGGLE
"
,
//
KEY_CAPSLOCKTOGGLE,
"
NUMLOCKTOGGLE
"
,
//
KEY_NUMLOCKTOGGLE,
"
SCROLLLOCKTOGGLE
"
,
//
KEY_SCROLLLOCKTOGGLE,
//
Mouse
"
MOUSE1
"
,
//
MOUSE_LEFT,
"
MOUSE2
"
,
//
MOUSE_RIGHT,
"
MOUSE3
"
,
//
MOUSE_MIDDLE,
"
MOUSE4
"
,
//
MOUSE_4,
"
MOUSE5
"
,
//
MOUSE_5,
"
MWHEELUP
"
,
//
MOUSE_WHEEL_UP
"
MWHEELDOWN
"
,
//
MOUSE_WHEEL_DOWN
#
if
defined ( _X360 ) || defined ( _LINUX )
"
A_BUTTON
"
,
//
JOYSTICK_FIRST_BUTTON
"
B_BUTTON
"
,
"
X_BUTTON
"
,
"
Y_BUTTON
"
,
"
L_SHOULDER
"
,
"
R_SHOULDER
"
,
"
BACK
"
,
"
START
"
,
"
STICK1
"
,
"
STICK2
"
,
#
else
"
JOY1
"
,
//
JOYSTICK_FIRST_BUTTON
"
JOY2
"
,
"
JOY3
"
,
"
JOY4
"
,
"
JOY5
"
,
"
JOY6
"
,
"
JOY7
"
,
"
JOY8
"
,
"
JOY9
"
,
"
JOY10
"
,
#
endif
"
JOY11
"
,
"
JOY12
"
,
"
JOY13
"
,
"
JOY14
"
,
"
JOY15
"
,
"
JOY16
"
,
"
JOY17
"
,
"
JOY18
"
,
"
JOY19
"
,
"
JOY20
"
,
"
JOY21
"
,
"
JOY22
"
,
"
JOY23
"
,
"
JOY24
"
,
"
JOY25
"
,
"
JOY26
"
,
"
JOY27
"
,
"
JOY28
"
,
"
JOY29
"
,
"
JOY30
"
,
"
JOY31
"
,
"
JOY32
"
,
//
JOYSTICK_LAST_BUTTON
#
if
defined ( _X360 )
"
UP
"
,
//
JOYSTICK_FIRST_POV_BUTTON
"
RIGHT
"
,
"
DOWN
"
,
"
LEFT
"
,
//
JOYSTICK_LAST_POV_BUTTON
"
S1_RIGHT
"
,
//
JOYSTICK_FIRST_AXIS_BUTTON
"
S1_LEFT
"
,
"
S1_DOWN
"
,
"
S1_UP
"
,
"
L_TRIGGER
"
,
"
R_TRIGGER
"
,
"
S2_RIGHT
"
,
"
S2_LEFT
"
,
"
S2_DOWN
"
,
"
S2_UP
"
,
//
JOYSTICK_LAST_AXIS_BUTTON
"
V AXIS POS
"
,
"
V AXIS NEG
"
,
#
else
"
POV_UP
"
,
//
JOYSTICK_FIRST_POV_BUTTON
"
POV_RIGHT
"
,
"
POV_DOWN
"
,
"
POV_LEFT
"
,
//
JOYSTICK_LAST_POV_BUTTON
"
X AXIS POS
"
,
//
JOYSTICK_FIRST_AXIS_BUTTON
"
X AXIS NEG
"
,
"
Y AXIS POS
"
,
"
Y AXIS NEG
"
,
"
Z AXIS POS
"
,
"
Z AXIS NEG
"
,
"
R AXIS POS
"
,
"
R AXIS NEG
"
,
"
U AXIS POS
"
,
"
U AXIS NEG
"
,
"
V AXIS POS
"
,
"
V AXIS NEG
"
,
//
JOYSTICK_LAST_AXIS_BUTTON
"
FALCON_NULL
"
,
//
NVNT temp Fix for unaligned joystick enumeration
"
FALCON_1
"
,
//
NOVINT_FIRST
"
FALCON_2
"
,
"
FALCON_3
"
,
"
FALCON_4
"
,
"
FALCON2_1
"
,
"
FALCON2_2
"
,
"
FALCON2_3
"
,
"
FALCON2_4
"
,
//
NOVINT_LAST
#
endif
SCONTROLLERBUTTONS_BUTTONS
(
0
),
SCONTROLLERBUTTONS_BUTTONS
(
1
),
SCONTROLLERBUTTONS_BUTTONS
(
2
),
SCONTROLLERBUTTONS_BUTTONS
(
3
),
SCONTROLLERBUTTONS_BUTTONS
(
4
),
SCONTROLLERBUTTONS_BUTTONS
(
5
),
SCONTROLLERBUTTONS_BUTTONS
(
6
),
SCONTROLLERBUTTONS_BUTTONS
(
7
),
SCONTROLLERBUTTONS_AXIS
(
0
),
SCONTROLLERBUTTONS_AXIS
(
1
),
SCONTROLLERBUTTONS_AXIS
(
2
),
SCONTROLLERBUTTONS_AXIS
(
3
),
SCONTROLLERBUTTONS_AXIS
(
4
),
SCONTROLLERBUTTONS_AXIS
(
5
),
SCONTROLLERBUTTONS_AXIS
(
6
),
SCONTROLLERBUTTONS_AXIS
(
7
),
SCONTROLLERBUTTONS_VBUTTONS
(
0
),
SCONTROLLERBUTTONS_VBUTTONS
(
1
),
SCONTROLLERBUTTONS_VBUTTONS
(
2
),
SCONTROLLERBUTTONS_VBUTTONS
(
3
),
SCONTROLLERBUTTONS_VBUTTONS
(
4
),
SCONTROLLERBUTTONS_VBUTTONS
(
5
),
SCONTROLLERBUTTONS_VBUTTONS
(
6
),
SCONTROLLERBUTTONS_VBUTTONS
(
7
),
};
static
const
char
*s_pAnalogCodeName[ ] =
{
"
MOUSE_X
"
,
//
MOUSE_X = 0,
"
MOUSE_Y
"
,
//
MOUSE_Y,
"
MOUSE_XY
"
,
//
MOUSE_XY, // Invoked when either x or y changes
"
MOUSE_WHEEL
"
,
//
MOUSE_WHEEL,
"
X AXIS
"
,
//
JOY_AXIS_X
"
Y AXIS
"
,
//
JOY_AXIS_Y
"
Z AXIS
"
,
//
JOY_AXIS_Z
"
R AXIS
"
,
//
JOY_AXIS_R
"
U AXIS
"
,
//
JOY_AXIS_U
"
V AXIS
"
,
//
JOY_AXIS_V
};
#
if
!defined ( _X360 )
static
const
char
*s_pXControllerButtonCodeNames[ ] =
{
"
A_BUTTON
"
,
//
JOYSTICK_FIRST_BUTTON
"
B_BUTTON
"
,
"
X_BUTTON
"
,
"
Y_BUTTON
"
,
"
L_SHOULDER
"
,
"
R_SHOULDER
"
,
"
BACK
"
,
"
START
"
,
"
STICK1
"
,
"
STICK2
"
,
"
JOY11
"
,
"
JOY12
"
,
"
JOY13
"
,
"
JOY14
"
,
"
JOY15
"
,
"
JOY16
"
,
"
JOY17
"
,
"
JOY18
"
,
"
JOY19
"
,
"
JOY20
"
,
"
JOY21
"
,
"
JOY22
"
,
"
JOY23
"
,
"
JOY24
"
,
"
JOY25
"
,
"
JOY26
"
,
"
JOY27
"
,
"
JOY28
"
,
"
JOY29
"
,
"
JOY30
"
,
"
JOY31
"
,
"
JOY32
"
,
//
JOYSTICK_LAST_BUTTON
"
UP
"
,
//
JOYSTICK_FIRST_POV_BUTTON
"
RIGHT
"
,
"
DOWN
"
,
"
LEFT
"
,
//
JOYSTICK_LAST_POV_BUTTON
"
S1_RIGHT
"
,
//
JOYSTICK_FIRST_AXIS_BUTTON
"
S1_LEFT
"
,
"
S1_DOWN
"
,
"
S1_UP
"
,
"
L_TRIGGER
"
,
"
R_TRIGGER
"
,
"
S2_RIGHT
"
,
"
S2_LEFT
"
,
"
S2_DOWN
"
,
"
S2_UP
"
,
//
JOYSTICK_LAST_AXIS_BUTTON
"
V AXIS POS
"
,
"
V AXIS NEG
"
,
};
#
endif
//
this maps non-translated keyboard scan codes to engine key codes
//
Google for 'Keyboard Scan Code Specification'
static
ButtonCode_t s_pScanToButtonCode_QWERTY[
128
] =
{
//
0 1 2 3 4 5 6 7
//
8 9 A B C D E F
KEY_NONE
,
KEY_ESCAPE
,
KEY_1
,
KEY_2
,
KEY_3
,
KEY_4
,
KEY_5
,
KEY_6
,
//
0
KEY_7
,
KEY_8
,
KEY_9
,
KEY_0
,
KEY_MINUS
,
KEY_EQUAL
,
KEY_BACKSPACE
,
KEY_TAB
,
//
0
KEY_Q
,
KEY_W
,
KEY_E
,
KEY_R
,
KEY_T
,
KEY_Y
,
KEY_U
,
KEY_I
,
//
1
KEY_O
,
KEY_P
,
KEY_LBRACKET
,
KEY_RBRACKET
,
KEY_ENTER
,
KEY_LCONTROL
,
KEY_A
,
KEY_S
,
//
1
KEY_D
,
KEY_F
,
KEY_G
,
KEY_H
,
KEY_J
,
KEY_K
,
KEY_L
,
KEY_SEMICOLON
,
//
2
KEY_APOSTROPHE
,
KEY_BACKQUOTE
,
KEY_LSHIFT
,
KEY_BACKSLASH
,
KEY_Z
,
KEY_X
,
KEY_C
,
KEY_V
,
//
2
KEY_B
,
KEY_N
,
KEY_M
,
KEY_COMMA
,
KEY_PERIOD
,
KEY_SLASH
,
KEY_RSHIFT
,
KEY_PAD_MULTIPLY
,
//
3
KEY_LALT
,
KEY_SPACE
,
KEY_CAPSLOCK
,
KEY_F1
,
KEY_F2
,
KEY_F3
,
KEY_F4
,
KEY_F5
,
//
3
KEY_F6
,
KEY_F7
,
KEY_F8
,
KEY_F9
,
KEY_F10
,
KEY_NUMLOCK
,
KEY_SCROLLLOCK
,
KEY_HOME
,
//
4
KEY_UP
,
KEY_PAGEUP
,
KEY_PAD_MINUS
,
KEY_LEFT
,
KEY_PAD_5
,
KEY_RIGHT
,
KEY_PAD_PLUS
,
KEY_END
,
//
4
KEY_DOWN
,
KEY_PAGEDOWN
,
KEY_INSERT
,
KEY_DELETE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_F11
,
//
5
KEY_F12
,
KEY_BREAK
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
//
5
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
//
6
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
//
6
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
//
7
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
,
KEY_NONE
//
7
};
static
ButtonCode_t s_pScanToButtonCode[
128
];
void
ButtonCode_InitKeyTranslationTable
()
{
COMPILE_TIME_ASSERT
(
sizeof
(s_pButtonCodeName) /
sizeof
(
const
char
* ) ==
BUTTON_CODE_LAST
);
COMPILE_TIME_ASSERT
(
sizeof
(s_pAnalogCodeName) /
sizeof
(
const
char
* ) ==
ANALOG_CODE_LAST
);
//
set virtual key translation table
memset
( s_pVirtualKeyToButtonCode,
KEY_NONE
,
sizeof
(s_pVirtualKeyToButtonCode) );
s_pVirtualKeyToButtonCode[
'
0
'
] =
KEY_0
;
s_pVirtualKeyToButtonCode[
'
1
'
] =
KEY_1
;
s_pVirtualKeyToButtonCode[
'
2
'
] =
KEY_2
;
s_pVirtualKeyToButtonCode[
'
3
'
] =
KEY_3
;
s_pVirtualKeyToButtonCode[
'
4
'
] =
KEY_4
;
s_pVirtualKeyToButtonCode[
'
5
'
] =
KEY_5
;
s_pVirtualKeyToButtonCode[
'
6
'
] =
KEY_6
;
s_pVirtualKeyToButtonCode[
'
7
'
] =
KEY_7
;
s_pVirtualKeyToButtonCode[
'
8
'
] =
KEY_8
;
s_pVirtualKeyToButtonCode[
'
9
'
] =
KEY_9
;
s_pVirtualKeyToButtonCode[
'
A
'
] =
KEY_A
;
s_pVirtualKeyToButtonCode[
'
B
'
] =
KEY_B
;
s_pVirtualKeyToButtonCode[
'
C
'
] =
KEY_C
;
s_pVirtualKeyToButtonCode[
'
D
'
] =
KEY_D
;
s_pVirtualKeyToButtonCode[
'
E
'
] =
KEY_E
;
s_pVirtualKeyToButtonCode[
'
F
'
] =
KEY_F
;
s_pVirtualKeyToButtonCode[
'
G
'
] =
KEY_G
;
s_pVirtualKeyToButtonCode[
'
H
'
] =
KEY_H
;
s_pVirtualKeyToButtonCode[
'
I
'
] =
KEY_I
;
s_pVirtualKeyToButtonCode[
'
J
'
] =
KEY_J
;
s_pVirtualKeyToButtonCode[
'
K
'
] =
KEY_K
;
s_pVirtualKeyToButtonCode[
'
L
'
] =
KEY_L
;
s_pVirtualKeyToButtonCode[
'
M
'
] =
KEY_M
;
s_pVirtualKeyToButtonCode[
'
N
'
] =
KEY_N
;
s_pVirtualKeyToButtonCode[
'
O
'
] =
KEY_O
;
s_pVirtualKeyToButtonCode[
'
P
'
] =
KEY_P
;
s_pVirtualKeyToButtonCode[
'
Q
'
] =
KEY_Q
;
s_pVirtualKeyToButtonCode[
'
R
'
] =
KEY_R
;
s_pVirtualKeyToButtonCode[
'
S
'
] =
KEY_S
;
s_pVirtualKeyToButtonCode[
'
T
'
] =
KEY_T
;
s_pVirtualKeyToButtonCode[
'
U
'
] =
KEY_U
;
s_pVirtualKeyToButtonCode[
'
V
'
] =
KEY_V
;
s_pVirtualKeyToButtonCode[
'
W
'
] =
KEY_W
;
s_pVirtualKeyToButtonCode[
'
X
'
] =
KEY_X
;
s_pVirtualKeyToButtonCode[
'
Y
'
] =
KEY_Y
;
s_pVirtualKeyToButtonCode[
'
Z
'
] =
KEY_Z
;
#
if
!defined( POSIX )
s_pVirtualKeyToButtonCode[
VK_NUMPAD0
] =
KEY_PAD_0
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD1
] =
KEY_PAD_1
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD2
] =
KEY_PAD_2
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD3
] =
KEY_PAD_3
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD4
] =
KEY_PAD_4
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD5
] =
KEY_PAD_5
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD6
] =
KEY_PAD_6
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD7
] =
KEY_PAD_7
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD8
] =
KEY_PAD_8
;
s_pVirtualKeyToButtonCode[
VK_NUMPAD9
] =
KEY_PAD_9
;
s_pVirtualKeyToButtonCode[
VK_DIVIDE
] =
KEY_PAD_DIVIDE
;
s_pVirtualKeyToButtonCode[
VK_MULTIPLY
] =
KEY_PAD_MULTIPLY
;
s_pVirtualKeyToButtonCode[
VK_SUBTRACT
] =
KEY_PAD_MINUS
;
s_pVirtualKeyToButtonCode[
VK_ADD
] =
KEY_PAD_PLUS
;
s_pVirtualKeyToButtonCode[
VK_RETURN
] =
KEY_PAD_ENTER
;
s_pVirtualKeyToButtonCode[
VK_DECIMAL
] =
KEY_PAD_DECIMAL
;
#
endif
s_pVirtualKeyToButtonCode[
0xdb
] =
KEY_LBRACKET
;
s_pVirtualKeyToButtonCode[
0xdd
] =
KEY_RBRACKET
;
s_pVirtualKeyToButtonCode[
0xba
] =
KEY_SEMICOLON
;
s_pVirtualKeyToButtonCode[
0xde
] =
KEY_APOSTROPHE
;
s_pVirtualKeyToButtonCode[
0xc0
] =
KEY_BACKQUOTE
;
s_pVirtualKeyToButtonCode[
0xbc
] =
KEY_COMMA
;
s_pVirtualKeyToButtonCode[
0xbe
] =
KEY_PERIOD
;
s_pVirtualKeyToButtonCode[
0xbf
] =
KEY_SLASH
;
s_pVirtualKeyToButtonCode[
0xdc
] =
KEY_BACKSLASH
;
s_pVirtualKeyToButtonCode[
0xbd
] =
KEY_MINUS
;
s_pVirtualKeyToButtonCode[
0xbb
] =
KEY_EQUAL
;
#
if
!defined( POSIX )
s_pVirtualKeyToButtonCode[
VK_RETURN
] =
KEY_ENTER
;
s_pVirtualKeyToButtonCode[
VK_SPACE
] =
KEY_SPACE
;
s_pVirtualKeyToButtonCode[
VK_BACK
] =
KEY_BACKSPACE
;
s_pVirtualKeyToButtonCode[
VK_TAB
] =
KEY_TAB
;
s_pVirtualKeyToButtonCode[
VK_CAPITAL
] =
KEY_CAPSLOCK
;
s_pVirtualKeyToButtonCode[
VK_NUMLOCK
] =
KEY_NUMLOCK
;
s_pVirtualKeyToButtonCode[
VK_ESCAPE
] =
KEY_ESCAPE
;
s_pVirtualKeyToButtonCode[
VK_SCROLL
] =
KEY_SCROLLLOCK
;
s_pVirtualKeyToButtonCode[
VK_INSERT
] =
KEY_INSERT
;
s_pVirtualKeyToButtonCode[
VK_DELETE
] =
KEY_DELETE
;
s_pVirtualKeyToButtonCode[
VK_HOME
] =
KEY_HOME
;
s_pVirtualKeyToButtonCode[
VK_END
] =
KEY_END
;
s_pVirtualKeyToButtonCode[
VK_PRIOR
] =
KEY_PAGEUP
;
s_pVirtualKeyToButtonCode[
VK_NEXT
] =
KEY_PAGEDOWN
;
s_pVirtualKeyToButtonCode[
VK_PAUSE
] =
KEY_BREAK
;
s_pVirtualKeyToButtonCode[
VK_SHIFT
] =
KEY_RSHIFT
;
s_pVirtualKeyToButtonCode[
VK_SHIFT
] =
KEY_LSHIFT
;
//
SHIFT -> left SHIFT
s_pVirtualKeyToButtonCode[
VK_MENU
] =
KEY_RALT
;
s_pVirtualKeyToButtonCode[
VK_MENU
] =
KEY_LALT
;
//
ALT -> left ALT
s_pVirtualKeyToButtonCode[
VK_CONTROL
] =
KEY_RCONTROL
;
s_pVirtualKeyToButtonCode[
VK_CONTROL
] =
KEY_LCONTROL
;
//
CTRL -> left CTRL
s_pVirtualKeyToButtonCode[
VK_LWIN
] =
KEY_LWIN
;
s_pVirtualKeyToButtonCode[
VK_RWIN
] =
KEY_RWIN
;
s_pVirtualKeyToButtonCode[
VK_APPS
] =
KEY_APP
;
s_pVirtualKeyToButtonCode[
VK_UP
] =
KEY_UP
;
s_pVirtualKeyToButtonCode[
VK_LEFT
] =
KEY_LEFT
;
s_pVirtualKeyToButtonCode[
VK_DOWN
] =
KEY_DOWN
;
s_pVirtualKeyToButtonCode[
VK_RIGHT
] =
KEY_RIGHT
;
s_pVirtualKeyToButtonCode[
VK_F1
] =
KEY_F1
;
s_pVirtualKeyToButtonCode[
VK_F2
] =
KEY_F2
;
s_pVirtualKeyToButtonCode[
VK_F3
] =
KEY_F3
;
s_pVirtualKeyToButtonCode[
VK_F4
] =
KEY_F4
;
s_pVirtualKeyToButtonCode[
VK_F5
] =
KEY_F5
;
s_pVirtualKeyToButtonCode[
VK_F6
] =
KEY_F6
;
s_pVirtualKeyToButtonCode[
VK_F7
] =
KEY_F7
;
s_pVirtualKeyToButtonCode[
VK_F8
] =
KEY_F8
;
s_pVirtualKeyToButtonCode[
VK_F9
] =
KEY_F9
;
s_pVirtualKeyToButtonCode[
VK_F10
] =
KEY_F10
;
s_pVirtualKeyToButtonCode[
VK_F11
] =
KEY_F11
;
s_pVirtualKeyToButtonCode[
VK_F12
] =
KEY_F12
;
#
endif
//
init the xkey translation table
#
if
!defined( POSIX )
s_pXKeyTrans[
XK_NULL
] =
KEY_NONE
;
s_pXKeyTrans[
XK_BUTTON_UP
] =
KEY_XBUTTON_UP
;
s_pXKeyTrans[
XK_BUTTON_DOWN
] =
KEY_XBUTTON_DOWN
;
s_pXKeyTrans[
XK_BUTTON_LEFT
] =
KEY_XBUTTON_LEFT
;
s_pXKeyTrans[
XK_BUTTON_RIGHT
] =
KEY_XBUTTON_RIGHT
;
s_pXKeyTrans[
XK_BUTTON_START
] =
KEY_XBUTTON_START
;
s_pXKeyTrans[
XK_BUTTON_BACK
] =
KEY_XBUTTON_BACK
;
s_pXKeyTrans[
XK_BUTTON_STICK1
] =
KEY_XBUTTON_STICK1
;
s_pXKeyTrans[
XK_BUTTON_STICK2
] =
KEY_XBUTTON_STICK2
;
s_pXKeyTrans[
XK_BUTTON_A
] =
KEY_XBUTTON_A
;
s_pXKeyTrans[
XK_BUTTON_B
] =
KEY_XBUTTON_B
;
s_pXKeyTrans[
XK_BUTTON_X
] =
KEY_XBUTTON_X
;
s_pXKeyTrans[
XK_BUTTON_Y
] =
KEY_XBUTTON_Y
;
s_pXKeyTrans[
XK_BUTTON_LEFT_SHOULDER
] =
KEY_XBUTTON_LEFT_SHOULDER
;
s_pXKeyTrans[
XK_BUTTON_RIGHT_SHOULDER
] =
KEY_XBUTTON_RIGHT_SHOULDER
;
s_pXKeyTrans[
XK_BUTTON_LTRIGGER
] =
KEY_XBUTTON_LTRIGGER
;
s_pXKeyTrans[
XK_BUTTON_RTRIGGER
] =
KEY_XBUTTON_RTRIGGER
;
s_pXKeyTrans[
XK_STICK1_UP
] =
KEY_XSTICK1_UP
;
s_pXKeyTrans[
XK_STICK1_DOWN
] =
KEY_XSTICK1_DOWN
;
s_pXKeyTrans[
XK_STICK1_LEFT
] =
KEY_XSTICK1_LEFT
;
s_pXKeyTrans[
XK_STICK1_RIGHT
] =
KEY_XSTICK1_RIGHT
;
s_pXKeyTrans[
XK_STICK2_UP
] =
KEY_XSTICK2_UP
;
s_pXKeyTrans[
XK_STICK2_DOWN
] =
KEY_XSTICK2_DOWN
;
s_pXKeyTrans[
XK_STICK2_LEFT
] =
KEY_XSTICK2_LEFT
;
s_pXKeyTrans[
XK_STICK2_RIGHT
] =
KEY_XSTICK2_RIGHT
;
#
endif
//
PLATFORM_POSIX
//
create reverse table engine to virtual
for
(
int
i =
0
; i <
ARRAYSIZE
( s_pVirtualKeyToButtonCode ); i++ )
{
s_pButtonCodeToVirtual[ s_pVirtualKeyToButtonCode[i] ] = i;
}
s_pButtonCodeToVirtual[
0
] =
0
;
s_pSKeytoButtonCode[
SK_NULL
] =
KEY_NONE
;
s_pSKeytoButtonCode[
SK_BUTTON_A
] =
STEAMCONTROLLER_A
;
s_pSKeytoButtonCode[
SK_BUTTON_B
] =
STEAMCONTROLLER_B
;
s_pSKeytoButtonCode[
SK_BUTTON_X
] =
STEAMCONTROLLER_X
;
s_pSKeytoButtonCode[
SK_BUTTON_Y
] =
STEAMCONTROLLER_Y
;
s_pSKeytoButtonCode[
SK_BUTTON_UP
] =
STEAMCONTROLLER_DPAD_UP
;
s_pSKeytoButtonCode[
SK_BUTTON_RIGHT
] =
STEAMCONTROLLER_DPAD_RIGHT
;
s_pSKeytoButtonCode[
SK_BUTTON_DOWN
] =
STEAMCONTROLLER_DPAD_DOWN
;
s_pSKeytoButtonCode[
SK_BUTTON_LEFT
] =
STEAMCONTROLLER_DPAD_LEFT
;
s_pSKeytoButtonCode[
SK_BUTTON_LEFT_BUMPER
] =
STEAMCONTROLLER_LEFT_BUMPER
;
s_pSKeytoButtonCode[
SK_BUTTON_RIGHT_BUMPER
] =
STEAMCONTROLLER_RIGHT_BUMPER
;
s_pSKeytoButtonCode[
SK_BUTTON_LEFT_TRIGGER
] =
STEAMCONTROLLER_LEFT_TRIGGER
;
s_pSKeytoButtonCode[
SK_BUTTON_RIGHT_TRIGGER
] =
STEAMCONTROLLER_RIGHT_TRIGGER
;
s_pSKeytoButtonCode[
SK_BUTTON_LEFT_GRIP
] =
STEAMCONTROLLER_LEFT_GRIP
;
s_pSKeytoButtonCode[
SK_BUTTON_RIGHT_GRIP
] =
STEAMCONTROLLER_RIGHT_GRIP
;
s_pSKeytoButtonCode[
SK_BUTTON_LPAD_TOUCH
] =
STEAMCONTROLLER_LEFT_PAD_FINGERDOWN
;
s_pSKeytoButtonCode[
SK_BUTTON_RPAD_TOUCH
] =
STEAMCONTROLLER_RIGHT_PAD_FINGERDOWN
;
s_pSKeytoButtonCode[
SK_BUTTON_LPAD_CLICK
] =
STEAMCONTROLLER_LEFT_PAD_CLICK
;
s_pSKeytoButtonCode[
SK_BUTTON_RPAD_CLICK
] =
STEAMCONTROLLER_RIGHT_PAD_CLICK
;
s_pSKeytoButtonCode[
SK_BUTTON_LPAD_UP
] =
STEAMCONTROLLER_LEFT_PAD_UP
;
s_pSKeytoButtonCode[
SK_BUTTON_LPAD_RIGHT
] =
STEAMCONTROLLER_LEFT_PAD_RIGHT
;
s_pSKeytoButtonCode[
SK_BUTTON_LPAD_DOWN
] =
STEAMCONTROLLER_LEFT_PAD_DOWN
;
s_pSKeytoButtonCode[
SK_BUTTON_LPAD_LEFT
] =
STEAMCONTROLLER_LEFT_PAD_LEFT
;
s_pSKeytoButtonCode[
SK_BUTTON_RPAD_UP
] =
STEAMCONTROLLER_RIGHT_PAD_UP
;
s_pSKeytoButtonCode[
SK_BUTTON_RPAD_RIGHT
] =
STEAMCONTROLLER_RIGHT_PAD_RIGHT
;
s_pSKeytoButtonCode[
SK_BUTTON_RPAD_DOWN
] =
STEAMCONTROLLER_RIGHT_PAD_DOWN
;
s_pSKeytoButtonCode[
SK_BUTTON_RPAD_LEFT
] =
STEAMCONTROLLER_RIGHT_PAD_LEFT
;
s_pSKeytoButtonCode[
SK_BUTTON_SELECT
] =
STEAMCONTROLLER_SELECT
;
s_pSKeytoButtonCode[
SK_BUTTON_START
] =
STEAMCONTROLLER_START
;
s_pSKeytoButtonCode[
SK_BUTTON_STEAM
] =
STEAMCONTROLLER_STEAM
;
s_pSKeytoButtonCode[
SK_BUTTON_INACTIVE_START
] =
STEAMCONTROLLER_INACTIVE_START
;
//
These are fake ("virtual") steam controller buttons that don't physically exist, but we can manufacture to make internal routing
//
to old school UI (which is expecting button code rather than actions) without clashing with other butt
s_pSKeytoButtonCode[
SK_VBUTTON_F1
] =
STEAMCONTROLLER_F1
;
s_pSKeytoButtonCode[
SK_VBUTTON_F2
] =
STEAMCONTROLLER_F2
;
s_pSKeytoButtonCode[
SK_VBUTTON_F3
] =
STEAMCONTROLLER_F3
;
s_pSKeytoButtonCode[
SK_VBUTTON_F4
] =
STEAMCONTROLLER_F4
;
s_pSKeytoButtonCode[
SK_VBUTTON_F5
] =
STEAMCONTROLLER_F5
;
s_pSKeytoButtonCode[
SK_VBUTTON_F6
] =
STEAMCONTROLLER_F6
;
s_pSKeytoButtonCode[
SK_VBUTTON_F7
] =
STEAMCONTROLLER_F7
;
s_pSKeytoButtonCode[
SK_VBUTTON_F8
] =
STEAMCONTROLLER_F8
;
s_pSKeytoButtonCode[
SK_VBUTTON_F9
] =
STEAMCONTROLLER_F9
;
s_pSKeytoButtonCode[
SK_VBUTTON_F10
] =
STEAMCONTROLLER_F10
;
s_pSKeytoButtonCode[
SK_VBUTTON_F11
] =
STEAMCONTROLLER_F11
;
s_pSKeytoButtonCode[
SK_VBUTTON_F12
] =
STEAMCONTROLLER_F12
;
}
ButtonCode_t
ButtonCode_VirtualKeyToButtonCode
(
int
keyCode )
{
if
( keyCode <
0
|| keyCode >=
sizeof
( s_pVirtualKeyToButtonCode ) /
sizeof
( s_pVirtualKeyToButtonCode[
0
] ) )
{
Assert
(
false
);
return
KEY_NONE
;
}
return
s_pVirtualKeyToButtonCode[keyCode];
}
int
ButtonCode_ButtonCodeToVirtualKey
( ButtonCode_t code )
{
return
s_pButtonCodeToVirtual[code];
}
ButtonCode_t
ButtonCode_XKeyToButtonCode
(
int
nPort,
int
keyCode )
{
#
if
!defined( POSIX )
if
( keyCode <
0
|| keyCode >=
sizeof
( s_pXKeyTrans ) /
sizeof
( s_pXKeyTrans[
0
] ) )
{
Assert
(
false
);
return
KEY_NONE
;
}
ButtonCode_t code = s_pXKeyTrans[keyCode];
if
(
IsJoystickButtonCode
( code ) )
{
int
nOffset = code -
JOYSTICK_FIRST_BUTTON
;
return
JOYSTICK_BUTTON
( nPort, nOffset );
}
if
(
IsJoystickPOVCode
( code ) )
{
int
nOffset = code -
JOYSTICK_FIRST_POV_BUTTON
;
return
JOYSTICK_POV_BUTTON
( nPort, nOffset );
}
if
(
IsJoystickAxisCode
( code ) )
{
int
nOffset = code -
JOYSTICK_FIRST_AXIS_BUTTON
;
return
JOYSTICK_AXIS_BUTTON
( nPort, nOffset );
}
return
code;
#
else
//
POSIX
return
KEY_NONE
;
#
endif
//
POSIX
}
//
Convert back + forth between ButtonCode/AnalogCode + strings
const
char
*
ButtonCode_ButtonCodeToString
( ButtonCode_t code,
bool
bXController )
{
#
if
!defined ( _X360 )
if
( bXController && code >=
JOYSTICK_FIRST_BUTTON
&& code <=
JOYSTICK_LAST_AXIS_BUTTON
)
return
s_pXControllerButtonCodeNames[ code -
JOYSTICK_FIRST_BUTTON
];
#
endif
return
s_pButtonCodeName[ code ];
}
const
char
*
AnalogCode_AnalogCodeToString
( AnalogCode_t code )
{
return
s_pAnalogCodeName[ code ];
}
ButtonCode_t
ButtonCode_StringToButtonCode
(
const
char
*pString,
bool
bXController )
{
if
( !pString || !pString[
0
] )
return
BUTTON_CODE_INVALID
;
//
Backward compat for screwed up previous joystick button names
if
( !
Q_strnicmp
( pString,
"
aux
"
,
3
) )
{
int
nIndex =
atoi
( &pString[
3
] );
if
( nIndex <
29
)
return
JOYSTICK_BUTTON
(
0
, nIndex );
if
( ( nIndex >=
29
) && ( nIndex <=
32
) )
return
JOYSTICK_POV_BUTTON
(
0
, nIndex -
29
);
return
BUTTON_CODE_INVALID
;
}
for
(
int
i =
0
; i <
BUTTON_CODE_LAST
; ++i )
{
if
( !
Q_stricmp
( s_pButtonCodeName[i], pString ) )
return
(ButtonCode_t)i;
}
#
if
!defined ( _X360 )
if
( bXController )
{
for
(
int
i =
0
; i <
ARRAYSIZE
(s_pXControllerButtonCodeNames); ++i )
{
if
( !
Q_stricmp
( s_pXControllerButtonCodeNames[i], pString ) )
return
(ButtonCode_t)(
JOYSTICK_FIRST_BUTTON
+ i);
}
}
#
endif
return
BUTTON_CODE_INVALID
;
}
ButtonCode_t
ButtonCode_SKeyToButtonCode
(
int
nPort,
int
keyCode )
{
#
if
!defined( _GAMECONSOLE )
if
( keyCode <
0
|| keyCode >=
sizeof
( s_pSKeytoButtonCode ) /
sizeof
( s_pSKeytoButtonCode[
0
] ) )
{
Assert
(
false
);
return
KEY_NONE
;
}
ButtonCode_t code = s_pSKeytoButtonCode[keyCode];
//
if ( IsSteamControllerCode( code ) )
//
{
//
// Need Per Controller Offset here.
//
return code;
//
}
if
(
IsSteamControllerButtonCode
( code ) )
{
int
nOffset = code -
STEAMCONTROLLER_FIRST_BUTTON
;
return
STEAMCONTROLLER_BUTTON
( nPort, nOffset );
}
if
(
IsSteamControllerAxisCode
( code ) )
{
int
nOffset = code -
STEAMCONTROLLER_FIRST_AXIS_BUTTON
;
return
STEAMCONTROLLER_AXIS_BUTTON
( nPort, nOffset );
}
return
code;
#
else
//
_GAMECONSOLE
return
KEY_NONE
;
#
endif
//
_GAMECONSOLE
}
AnalogCode_t
AnalogCode_StringToAnalogCode
(
const
char
*pString )
{
if
( !pString || !pString[
0
] )
return
ANALOG_CODE_INVALID
;
for
(
int
i =
0
; i <
ANALOG_CODE_LAST
; ++i )
{
if
( !
Q_stricmp
( s_pAnalogCodeName[i], pString ) )
return
(AnalogCode_t)i;
}
return
ANALOG_CODE_INVALID
;
}
ButtonCode_t
ButtonCode_ScanCodeToButtonCode
(
int
lParam )
{
int
nScanCode = ( lParam >>
16
) &
0xFF
;
if
( nScanCode >
127
)
return
KEY_NONE
;
ButtonCode_t result = s_pScanToButtonCode[nScanCode];
bool
bIsExtended = ( lParam & (
1
<<
24
) ) !=
0
;
if
( !bIsExtended )
{
switch
( result )
{
case
KEY_HOME
:
return
KEY_PAD_7
;
case
KEY_UP
:
return
KEY_PAD_8
;
case
KEY_PAGEUP
:
return
KEY_PAD_9
;
case
KEY_LEFT
:
return
KEY_PAD_4
;
case
KEY_RIGHT
:
return
KEY_PAD_6
;
case
KEY_END
:
return
KEY_PAD_1
;
case
KEY_DOWN
:
return
KEY_PAD_2
;
case
KEY_PAGEDOWN
:
return
KEY_PAD_3
;
case
KEY_INSERT
:
return
KEY_PAD_0
;
case
KEY_DELETE
:
return
KEY_PAD_DECIMAL
;
default
:
break
;
}
}
else
{
switch
( result )
{
case
KEY_ENTER
:
return
KEY_PAD_ENTER
;
case
KEY_LALT
:
return
KEY_RALT
;
case
KEY_LCONTROL
:
return
KEY_RCONTROL
;
case
KEY_SLASH
:
return
KEY_PAD_DIVIDE
;
case
KEY_CAPSLOCK
:
return
KEY_PAD_PLUS
;
}
}
return
result;
}
//
-----------------------------------------------------------------------------
//
Update scan codes for foreign keyboards
//
-----------------------------------------------------------------------------
void
ButtonCode_UpdateScanCodeLayout
( )
{
//
reset the keyboard
memcpy
( s_pScanToButtonCode, s_pScanToButtonCode_QWERTY,
sizeof
(s_pScanToButtonCode) );
#
if
!defined( _X360 ) && !defined( POSIX )
//
fix up keyboard layout for other languages
HKL
currentKb = ::
GetKeyboardLayout
(
0
);
HKL
englishKb = ::
LoadKeyboardLayout
(
"
00000409
"
,
0
);
if
(englishKb && englishKb != currentKb)
{
for
(
int
i =
0
; i <
ARRAYSIZE
(s_pScanToButtonCode); i++ )
{
//
take the english/QWERTY
ButtonCode_t code = s_pScanToButtonCode_QWERTY[ i ];
//
only remap printable keys
if
( code !=
KEY_NONE
&& code !=
KEY_BACKQUOTE
&& (
IsAlphaNumeric
( code ) ||
IsPunctuation
( code ) ) )
{
//
get it's virtual key based on the old layout
int
vk = ::
MapVirtualKeyEx
( i,
1
, englishKb );
//
turn in into a scancode on the new layout
int
newScanCode = ::
MapVirtualKeyEx
( vk,
0
, currentKb );
//
strip off any high bits
newScanCode &=
0x0000007F
;
//
set in the new layout
s_pScanToButtonCode[newScanCode] = code;
}
}
}
s_pScanToButtonCode[
0
] =
KEY_NONE
;
#
endif
}
//
-----------------------------------------------------------------------------
//
Purpose: Updates the current keyboard layout
//
-----------------------------------------------------------------------------
CON_COMMAND
( key_updatelayout,
"
Updates game keyboard layout to current windows keyboard setting.
"
)
{
ButtonCode_UpdateScanCodeLayout
();
}
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