📄 kbdinkan.cpp
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//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
//
// Use of this source code is subject to the terms of the Microsoft end-user
// license agreement (EULA) under which you licensed this SOFTWARE PRODUCT.
// If you did not accept the terms of the EULA, you are not authorized to use
// this source code. For a copy of the EULA, please see the LICENSE.RTF on your
// install media.
//
#include <windows.h>
#include <keybddr.h>
#include <LayMgr.h>
#include <DeviceLayout.h>
#include <NumPadRmp.h>
// Generated by tool built on Dec 30 2003 15:22:20
// from keyboard DLL C:\WINDOWS\System32\kbdinkan.dll
// for input locale 0000044B
// Desktop virtual keys do not always match CE virtual keys. The
// following #defines are attempts to convert those without direct
// matches. These should be reviewed and compared with the
// corresponding input language or device layout.
//
// Virtual keys without equivalents will need to be mapped to OEM-defined
// virtual keys in order for those keys to be used. Note however, that all
// AT scan codes listed in the device layout are not necessarily generated
// by keyboards of that specific input locale. They are often listed only
// for completeness so defining their virtual keys as 0 might not be a
// problem.
#define VK_OEM_MINUS VK_HYPHEN // CE naming difference
#define VK_OEM_PLUS VK_EQUAL // CE naming difference
#define VK_OEM_4 VK_LBRACKET // CE naming difference
#define VK_OEM_6 VK_RBRACKET // CE naming difference
#define VK_OEM_1 VK_SEMICOLON // CE naming difference
#define VK_OEM_7 VK_APOSTROPHE // CE naming difference
#define VK_OEM_3 VK_BACKQUOTE // CE naming difference
#define VK_OEM_5 VK_BACKSLASH // CE naming difference
#define VK_OEM_COMMA VK_COMMA // CE naming difference
#define VK_OEM_PERIOD VK_PERIOD // CE naming difference
#define VK_OEM_2 VK_SLASH // CE naming difference
#define VK_OEM_WSCTRL 0 // No CE equivalent
#define VK_OEM_FINISH VK_DBE_KATAKANA // CE naming difference
#define VK_OEM_JUMP 0 // No CE equivalent
#define VK_OEM_BACKTAB VK_DBE_ROMAN // CE naming difference
#define VK_OEM_AUTO VK_DBE_SBCSCHAR // CE naming difference
#define VK_OEM_PA3 0 // No CE equivalent
#define VK_OEM_RESET 0 // No CE equivalent
#define VK_ABNT_C1 0 // No CE equivalent
#define VK_OEM_PA1 0 // No CE equivalent
#define VK_ABNT_C2 0 // No CE equivalent
#define VK_OEM_8 VK_OFF // CE naming difference
static const DWORD dwScToVkFirst = 0x01;
static const DWORD dwScToVkLast = 0x84;
static UINT8 rguiScToVk[] = {
/* 01 */ VK_F9,
/* 02 */ 0,
/* 03 */ VK_F5,
/* 04 */ VK_F3,
/* 05 */ VK_F1,
/* 06 */ VK_F2,
/* 07 */ VK_F12,
/* 08 */ VK_F13,
/* 09 */ VK_F10,
/* 0A */ VK_F8,
/* 0B */ VK_F6,
/* 0C */ VK_F4,
/* 0D */ VK_TAB,
/* 0E */ VK_OEM_3,
/* 0F */ VK_CLEAR,
/* 10 */ VK_F14,
/* 11 */ VK_LMENU,
/* 12 */ VK_LSHIFT,
/* 13 */ 0,
/* 14 */ VK_LCONTROL,
/* 15 */ 'Q',
/* 16 */ '1',
/* 17 */ VK_OEM_WSCTRL,
/* 18 */ VK_F15,
/* 19 */ VK_OEM_RESET,
/* 1A */ 'Z',
/* 1B */ 'S',
/* 1C */ 'A',
/* 1D */ 'W',
/* 1E */ '2',
/* 1F */ VK_OEM_FINISH,
/* 20 */ VK_F16,
/* 21 */ 'C',
/* 22 */ 'X',
/* 23 */ 'D',
/* 24 */ 'E',
/* 25 */ '4',
/* 26 */ '3',
/* 27 */ VK_OEM_JUMP,
/* 28 */ VK_F17,
/* 29 */ VK_SPACE,
/* 2A */ 'V',
/* 2B */ 'F',
/* 2C */ 'T',
/* 2D */ 'R',
/* 2E */ '5',
/* 2F */ VK_EREOF,
/* 30 */ VK_F18,
/* 31 */ 'N',
/* 32 */ 'B',
/* 33 */ 'H',
/* 34 */ 'G',
/* 35 */ 'Y',
/* 36 */ '6',
/* 37 */ VK_OEM_BACKTAB,
/* 38 */ VK_F19,
/* 39 */ 0,
/* 3A */ 'M',
/* 3B */ 'J',
/* 3C */ 'U',
/* 3D */ '7',
/* 3E */ '8',
/* 3F */ VK_OEM_AUTO,
/* 40 */ VK_F20,
/* 41 */ VK_OEM_COMMA,
/* 42 */ 'K',
/* 43 */ 'I',
/* 44 */ 'O',
/* 45 */ '0',
/* 46 */ '9',
/* 47 */ 0,
/* 48 */ VK_F21,
/* 49 */ VK_OEM_PERIOD,
/* 4A */ VK_OEM_2,
/* 4B */ 'L',
/* 4C */ VK_OEM_1,
/* 4D */ 'P',
/* 4E */ VK_OEM_MINUS,
/* 4F */ 0,
/* 50 */ VK_F22,
/* 51 */ VK_ABNT_C1,
/* 52 */ VK_OEM_7,
/* 53 */ 0,
/* 54 */ VK_OEM_4,
/* 55 */ VK_OEM_PLUS,
/* 56 */ VK_ZOOM,
/* 57 */ VK_F23,
/* 58 */ VK_CAPITAL,
/* 59 */ VK_RSHIFT,
/* 5A */ VK_RETURN,
/* 5B */ VK_OEM_6,
/* 5C */ 0,
/* 5D */ VK_OEM_5,
/* 5E */ VK_HELP,
/* 5F */ VK_F24,
/* 60 */ 0,
/* 61 */ VK_OEM_102,
/* 62 */ 0,
/* 63 */ 0,
/* 64 */ 0,
/* 65 */ 0,
/* 66 */ VK_BACK,
/* 67 */ VK_OEM_PA1,
/* 68 */ VK_TAB,
/* 69 */ VK_NUMPAD1,
/* 6A */ 0,
/* 6B */ VK_NUMPAD4,
/* 6C */ VK_NUMPAD7,
/* 6D */ VK_ABNT_C2,
/* 6E */ 0,
/* 6F */ VK_OEM_PA3,
/* 70 */ VK_NUMPAD0,
/* 71 */ VK_DECIMAL,
/* 72 */ VK_NUMPAD2,
/* 73 */ VK_NUMPAD5,
/* 74 */ VK_NUMPAD6,
/* 75 */ VK_NUMPAD8,
/* 76 */ VK_ESCAPE,
/* 77 */ VK_NUMLOCK,
/* 78 */ VK_F11,
/* 79 */ VK_ADD,
/* 7A */ VK_NUMPAD3,
/* 7B */ VK_SUBTRACT,
/* 7C */ VK_MULTIPLY,
/* 7D */ VK_NUMPAD9,
/* 7E */ VK_SCROLL,
/* 7F */ 0,
/* 80 */ 0,
/* 81 */ 0,
/* 82 */ 0,
/* 83 */ VK_F7,
/* 84 */ VK_SNAPSHOT,
};
static ScanCodeToVKeyData scvk = {
0x00,
dwScToVkFirst,
dwScToVkLast,
rguiScToVk
};
static const DWORD dwE0ScToVkFirst = 0xE010;
static const DWORD dwE0ScToVkLast = 0xE07E;
static UINT8 rguiE0ScToVk[] = {
/* E010 */ VK_BROWSER_SEARCH,
/* E011 */ VK_RMENU,
/* E012 */ 0,
/* E013 */ 0,
/* E014 */ VK_RCONTROL,
/* E015 */ VK_MEDIA_PREV_TRACK,
/* E016 */ 0,
/* E017 */ 0,
/* E018 */ VK_BROWSER_FAVORITES,
/* E019 */ 0,
/* E01A */ 0,
/* E01B */ 0,
/* E01C */ 0,
/* E01D */ 0,
/* E01E */ 0,
/* E01F */ VK_LWIN,
/* E020 */ VK_BROWSER_REFRESH,
/* E021 */ VK_VOLUME_DOWN,
/* E022 */ 0,
/* E023 */ VK_VOLUME_MUTE,
/* E024 */ 0,
/* E025 */ 0,
/* E026 */ 0,
/* E027 */ VK_RWIN,
/* E028 */ VK_BROWSER_STOP,
/* E029 */ 0,
/* E02A */ 0,
/* E02B */ VK_LAUNCH_APP2,
/* E02C */ 0,
/* E02D */ 0,
/* E02E */ 0,
/* E02F */ VK_APPS,
/* E030 */ VK_BROWSER_FORWARD,
/* E031 */ 0,
/* E032 */ VK_VOLUME_UP,
/* E033 */ 0,
/* E034 */ VK_MEDIA_PLAY_PAUSE,
/* E035 */ 0,
/* E036 */ 0,
/* E037 */ 0,
/* E038 */ VK_BROWSER_BACK,
/* E039 */ 0,
/* E03A */ VK_BROWSER_HOME,
/* E03B */ VK_MEDIA_STOP,
/* E03C */ 0,
/* E03D */ 0,
/* E03E */ 0,
/* E03F */ VK_OEM_8,
/* E040 */ VK_LAUNCH_APP1,
/* E041 */ 0,
/* E042 */ 0,
/* E043 */ 0,
/* E044 */ 0,
/* E045 */ 0,
/* E046 */ 0,
/* E047 */ 0,
/* E048 */ VK_LAUNCH_MAIL,
/* E049 */ 0,
/* E04A */ VK_DIVIDE,
/* E04B */ 0,
/* E04C */ 0,
/* E04D */ VK_MEDIA_NEXT_TRACK,
/* E04E */ 0,
/* E04F */ 0,
/* E050 */ VK_LAUNCH_MEDIA_SELECT,
/* E051 */ 0,
/* E052 */ 0,
/* E053 */ 0,
/* E054 */ 0,
/* E055 */ 0,
/* E056 */ 0,
/* E057 */ 0,
/* E058 */ 0,
/* E059 */ 0,
/* E05A */ VK_RETURN,
/* E05B */ 0,
/* E05C */ 0,
/* E05D */ 0,
/* E05E */ 0,
/* E05F */ 0,
/* E060 */ 0,
/* E061 */ 0,
/* E062 */ 0,
/* E063 */ 0,
/* E064 */ 0,
/* E065 */ 0,
/* E066 */ 0,
/* E067 */ 0,
/* E068 */ 0,
/* E069 */ VK_END,
/* E06A */ 0,
/* E06B */ VK_LEFT,
/* E06C */ VK_HOME,
/* E06D */ 0,
/* E06E */ 0,
/* E06F */ 0,
/* E070 */ VK_INSERT,
/* E071 */ VK_DELETE,
/* E072 */ VK_DOWN,
/* E073 */ 0,
/* E074 */ VK_RIGHT,
/* E075 */ VK_UP,
/* E076 */ 0,
/* E077 */ 0,
/* E078 */ 0,
/* E079 */ 0,
/* E07A */ VK_NEXT,
/* E07B */ 0,
/* E07C */ VK_SNAPSHOT,
/* E07D */ VK_PRIOR,
/* E07E */ VK_CANCEL,
};
static ScanCodeToVKeyData scvkE0 = {
0xE000,
dwE0ScToVkFirst,
dwE0ScToVkLast,
rguiE0ScToVk
};
static const DWORD dwE114ScToVkFirst = 0xE11477;
static const DWORD dwE114ScToVkLast = 0xE11477;
static UINT8 rguiE114ScToVk[] = {
/* E11477 */ VK_PAUSE,
};
static ScanCodeToVKeyData scvkE114 = {
0xE11400,
dwE114ScToVkFirst,
dwE114ScToVkLast,
rguiE114ScToVk
};
static ScanCodeToVKeyData *rgscvkAT[] = {
&scvk, &scvkE0, &scvkE114
};
//-----------------------------------------------------------------------------
// Remapping function
#define IsShiftModifier(x) ((x) == VK_LSHIFT || (x) == VK_RSHIFT || \
(x) == VK_LCONTROL || (x) == VK_RCONTROL || (x) == VK_LMENU || (x) == VK_RMENU || \
(x) == VK_LWIN || (x) == VK_RWIN)
static
UINT
WINAPI
ATRemapVKey(
const KEYBD_EVENT *pKbdEvents,
UINT cKbdEvents,
KEYBD_EVENT *pRmpKbdEvents,
UINT cMaxRmpKbdEvents
)
{
UINT cRmpKbdEvents;
if (pRmpKbdEvents == NULL) {
// 1 to 1 mapping for whatever NumPadRemapVKey returns
ASSERT(cMaxRmpKbdEvents == 0);
return NumPadRemapVKey(pKbdEvents, cKbdEvents, NULL, 0);
}
ASSERT(pKbdEvents != NULL);
// We know that we will only map one input to one output. Thus, we only
// need for NumPadRemapVKey() to check the number of input events since
// we will not use more than it does. If the buffer is not large enough
// cRmpKbdEvents will be 0 and we will return 0.
cRmpKbdEvents = NumPadRemapVKey(pKbdEvents, cKbdEvents,
pRmpKbdEvents, cMaxRmpKbdEvents);
for (UINT ui = 0; ui < cRmpKbdEvents; ++ui)
{
if (pRmpKbdEvents[ui].KeyStateFlags & KeyStateDownFlag) {
UINT32 vkOnly = LOBYTE(pRmpKbdEvents[ui].uiVk);
// If the incoming key is a shift modifier of some sort, turn off keyclick autorepeat by default.
// We will allow the shift key to click on the first press, since many keyboards don't have built-in
// sound generators and users appreciate audible feedback when they press a key.
if(IsShiftModifier(vkOnly) || vkOnly == VK_CAPITAL || vkOnly == VK_NUMLOCK) {
pRmpKbdEvents[ui].uiVk |= KEYBD_DEVICE_SILENT_REPEAT;
}
}
}
return cRmpKbdEvents;
}
#ifdef DEBUG
// Verify function declaration against the typedef.
static PFN_KEYBD_REMAP g_pfnATRemapVKey = ATRemapVKey;
#endif
static DEVICE_LAYOUT dlAT =
{
sizeof(DEVICE_LAYOUT),
PS2_AT_PDD | PS2_NOP_PDD,
rgscvkAT,
dim(rgscvkAT),
ATRemapVKey,
};
extern "C"
BOOL
PS2_AT_0000044B(
PDEVICE_LAYOUT pDeviceLayout
)
{
PREFAST_ASSERT(pDeviceLayout != NULL);
BOOL fRet = FALSE;
if (pDeviceLayout->dwSize != sizeof(DEVICE_LAYOUT)) {
RETAILMSG(1, (_T("PS2_AT_0000044B: data structure size mismatch\r\n")));
goto leave;
}
// Make sure that the Sc->Vk tables are the sizes that we expect
ASSERT(dim(rguiScToVk ) == (1 + dwScToVkLast - dwScToVkFirst ));
ASSERT(dim(rguiE0ScToVk ) == (1 + dwE0ScToVkLast - dwE0ScToVkFirst ));
ASSERT(dim(rguiE114ScToVk) == (1 + dwE114ScToVkLast - dwE114ScToVkFirst));
*pDeviceLayout = dlAT;
fRet = TRUE;
leave:
return fRet;
}
#ifdef DEBUG
// Verify function declaration against the typedef.
static PFN_DEVICE_LAYOUT_ENTRY g_pfnDLEntry = PS2_AT_0000044B;
#endif
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