/***********************************************************************
* LoadKeyboardLayoutA (USER32.@)
*/
HKL WINAPI LoadKeyboardLayoutA(LPCSTR pwszKLID, UINT Flags)
{
HKL ret;
UNICODE_STRING pwszKLIDW;
if (pwszKLID) RtlCreateUnicodeStringFromAsciiz(&pwszKLIDW, pwszKLID);
else pwszKLIDW.Buffer = NULL;
ret = LoadKeyboardLayoutW(pwszKLIDW.Buffer, Flags);
RtlFreeUnicodeString(&pwszKLIDW);
return ret;
}
/*
* @implemented
*/
HKL WINAPI
LoadKeyboardLayoutA(LPCSTR pszKLID,
UINT Flags)
{
WCHAR wszKLID[16];
if (!MultiByteToWideChar(CP_ACP, 0, pszKLID, -1,
wszKLID, sizeof(wszKLID)/sizeof(wszKLID[0])))
{
return FALSE;
}
return LoadKeyboardLayoutW(wszKLID, Flags);
}
static void test_ImmGetDescription(void)
{
HKL hkl;
WCHAR japime[] = { 'E', '0', '0', '1', '0', '4', '1', '1', 0 };
WCHAR descW[100];
CHAR descA[100];
UINT ret, lret;
/* FIXME: invalid keyboard layouts should not pass */
ret = ImmGetDescriptionW(NULL, NULL, 0);
todo_wine ok(!ret, "ImmGetDescriptionW failed, expected 0 received %d.\n", ret);
/* load a language with valid IMM descriptions */
hkl = LoadKeyboardLayoutW(japime, KLF_ACTIVATE);
todo_wine ok(hkl != 0, "LoadKeyboardLayoutW failed, expected != 0.\n");
ret = ImmGetDescriptionW(hkl, NULL, 0);
if(!ret)
{
win_skip("ImmGetDescriptionW is not working for current loaded keyboard.\n");
return;
}
ret = ImmGetDescriptionW(hkl, descW, 0);
ok(ret, "ImmGetDescriptionW failed, expected != 0 received 0.\n");
lret = ImmGetDescriptionW(hkl, descW, ret + 1);
ok(lret, "ImmGetDescriptionW failed, expected != 0 received 0.\n");
ok(lret == ret, "ImmGetDescriptionW failed to return the correct amount of data. Expected %d, got %d.\n", ret, lret);
lret = ImmGetDescriptionA(hkl, descA, ret + 1);
ok(lret, "ImmGetDescriptionA failed, expected != 0 received 0.\n");
todo_wine ok(lret == ret, "ImmGetDescriptionA failed to return the correct amount of data. Expected %d, got %d.\n", ret, lret);
ret /= 2; /* try to copy partially */
lret = ImmGetDescriptionW(hkl, descW, ret + 1);
ok(lret, "ImmGetDescriptionW failed, expected != 0 received 0.\n");
ok(lret == ret, "ImmGetDescriptionW failed to return the correct amount of data. Expected %d, got %d.\n", ret, lret);
ret = ImmGetDescriptionW(hkl, descW, 1);
ok(!ret, "ImmGetDescriptionW failed, expected 0 received %d.\n", ret);
UnloadKeyboardLayout(hkl);
}
INT
Test_NtUserToUnicodeEx(PTESTINFO pti)
{
BYTE KeyState[256] = {0};
WCHAR Buffer[10];
HKL hkl = LoadKeyboardLayoutW(L"00000409", KLF_NOTELLSHELL);
TEST(NtUserToUnicodeEx(27, 1, KeyState, Buffer, 10, 0, 0) == 1);
/* Test with no key pressed */
ZeroMemory(KeyState, 256);
TEST(NtUserToUnicodeEx(27, 1, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 27);
TEST(NtUserToUnicodeEx(49, 2, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '1');
TEST(NtUserToUnicodeEx(50, 3, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '2');
TEST(NtUserToUnicodeEx(51, 4, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '3');
TEST(NtUserToUnicodeEx(52, 5, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '4');
TEST(NtUserToUnicodeEx(53, 6, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '5');
TEST(NtUserToUnicodeEx(54, 7, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '6');
TEST(NtUserToUnicodeEx(55, 8, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '7');
TEST(NtUserToUnicodeEx(56, 9, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '8');
TEST(NtUserToUnicodeEx(57, 10, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '9');
TEST(NtUserToUnicodeEx(48, 11, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '0');
TEST(NtUserToUnicodeEx(189, 12, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '-');
TEST(NtUserToUnicodeEx(187, 13, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '=');
TEST(NtUserToUnicodeEx(8, 14, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 8);
TEST(NtUserToUnicodeEx(9, 15, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
TEST(NtUserToUnicodeEx(81, 16, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'q');
TEST(NtUserToUnicodeEx(87, 17, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'w');
TEST(NtUserToUnicodeEx(69, 18, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'e');
TEST(NtUserToUnicodeEx(82, 19, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'r');
TEST(NtUserToUnicodeEx(84, 20, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 't');
TEST(NtUserToUnicodeEx(89, 21, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'y');
TEST(NtUserToUnicodeEx(85, 22, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'u');
TEST(NtUserToUnicodeEx(73, 23, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'i');
TEST(NtUserToUnicodeEx(79, 24, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'o');
TEST(NtUserToUnicodeEx(80, 25, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'p');
TEST(NtUserToUnicodeEx(219, 26, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '[');
TEST(NtUserToUnicodeEx(221, 27, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ']');
TEST(NtUserToUnicodeEx(13, 28, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 13);
TEST(NtUserToUnicodeEx(65, 30, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'a');
TEST(NtUserToUnicodeEx(83, 31, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 's');
TEST(NtUserToUnicodeEx(68, 32, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'd');
TEST(NtUserToUnicodeEx(70, 33, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'f');
TEST(NtUserToUnicodeEx(71, 34, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'g');
TEST(NtUserToUnicodeEx(72, 35, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'h');
TEST(NtUserToUnicodeEx(74, 36, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'j');
TEST(NtUserToUnicodeEx(75, 37, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'k');
TEST(NtUserToUnicodeEx(76, 38, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'l');
TEST(NtUserToUnicodeEx(186, 39, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ';');
TEST(NtUserToUnicodeEx(222, 40, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '\'');
TEST(NtUserToUnicodeEx(192, 41, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '`');
TEST(NtUserToUnicodeEx(220, 43, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '\\');
TEST(NtUserToUnicodeEx(90, 44, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'z');
TEST(NtUserToUnicodeEx(88, 45, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'x');
TEST(NtUserToUnicodeEx(67, 46, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'c');
TEST(NtUserToUnicodeEx(86, 47, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'v');
TEST(NtUserToUnicodeEx(66, 48, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'b');
TEST(NtUserToUnicodeEx(78, 49, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'n');
TEST(NtUserToUnicodeEx(77, 50, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'm');
TEST(NtUserToUnicodeEx(188, 51, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ',');
TEST(NtUserToUnicodeEx(190, 52, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '.');
TEST(NtUserToUnicodeEx(191, 53, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '/');
TEST(NtUserToUnicodeEx(106, 55, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '*');
TEST(NtUserToUnicodeEx(32, 57, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ' ');
TEST(NtUserToUnicodeEx(109, 74, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '-');
TEST(NtUserToUnicodeEx(107, 78, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '+');
TEST(NtUserToUnicodeEx(226, 86, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '\\');
TEST(NtUserToUnicodeEx(9, 124, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
/* Test with shift key pressed */
ZeroMemory(KeyState, 256);
KeyState[VK_SHIFT] = 0xff;
TEST(NtUserToUnicodeEx(27, 1, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 27);
TEST(NtUserToUnicodeEx(49, 2, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '!');
TEST(NtUserToUnicodeEx(50, 3, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '@');
TEST(NtUserToUnicodeEx(51, 4, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '#');
TEST(NtUserToUnicodeEx(52, 5, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '$');
TEST(NtUserToUnicodeEx(53, 6, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '%');
TEST(NtUserToUnicodeEx(54, 7, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '^');
TEST(NtUserToUnicodeEx(55, 8, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '&');
TEST(NtUserToUnicodeEx(56, 9, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '*');
TEST(NtUserToUnicodeEx(57, 10, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '(');
TEST(NtUserToUnicodeEx(48, 11, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ')');
TEST(NtUserToUnicodeEx(189, 12, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '_');
TEST(NtUserToUnicodeEx(187, 13, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '+');
TEST(NtUserToUnicodeEx(8, 14, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 8);
TEST(NtUserToUnicodeEx(9, 15, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
TEST(NtUserToUnicodeEx(81, 16, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'Q');
TEST(NtUserToUnicodeEx(87, 17, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'W');
TEST(NtUserToUnicodeEx(69, 18, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'E');
TEST(NtUserToUnicodeEx(82, 19, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'R');
TEST(NtUserToUnicodeEx(84, 20, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'T');
TEST(NtUserToUnicodeEx(89, 21, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'Y');
TEST(NtUserToUnicodeEx(85, 22, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'U');
TEST(NtUserToUnicodeEx(73, 23, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'I');
TEST(NtUserToUnicodeEx(79, 24, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'O');
TEST(NtUserToUnicodeEx(80, 25, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'P');
TEST(NtUserToUnicodeEx(219, 26, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '{');
TEST(NtUserToUnicodeEx(221, 27, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '}');
TEST(NtUserToUnicodeEx(13, 28, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 13);
TEST(NtUserToUnicodeEx(65, 30, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'A');
TEST(NtUserToUnicodeEx(83, 31, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'S');
TEST(NtUserToUnicodeEx(68, 32, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'D');
TEST(NtUserToUnicodeEx(70, 33, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'F');
TEST(NtUserToUnicodeEx(71, 34, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'G');
TEST(NtUserToUnicodeEx(72, 35, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'H');
TEST(NtUserToUnicodeEx(74, 36, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'J');
TEST(NtUserToUnicodeEx(75, 37, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'K');
TEST(NtUserToUnicodeEx(76, 38, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'L');
TEST(NtUserToUnicodeEx(186, 39, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ':');
TEST(NtUserToUnicodeEx(222, 40, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '"');
TEST(NtUserToUnicodeEx(192, 41, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '~');
TEST(NtUserToUnicodeEx(220, 43, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '|');
TEST(NtUserToUnicodeEx(90, 44, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'Z');
TEST(NtUserToUnicodeEx(88, 45, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'X');
TEST(NtUserToUnicodeEx(67, 46, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'C');
TEST(NtUserToUnicodeEx(86, 47, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'V');
TEST(NtUserToUnicodeEx(66, 48, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'B');
TEST(NtUserToUnicodeEx(78, 49, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'N');
TEST(NtUserToUnicodeEx(77, 50, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'M');
TEST(NtUserToUnicodeEx(188, 51, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '<');
TEST(NtUserToUnicodeEx(190, 52, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '>');
TEST(NtUserToUnicodeEx(191, 53, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '?');
TEST(NtUserToUnicodeEx(106, 55, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '*');
TEST(NtUserToUnicodeEx(32, 57, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ' ');
TEST(NtUserToUnicodeEx(109, 74, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '-');
TEST(NtUserToUnicodeEx(107, 78, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '+');
TEST(NtUserToUnicodeEx(226, 86, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '|');
TEST(NtUserToUnicodeEx(9, 124, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
/* Test with ctrl key pressed */
ZeroMemory(KeyState, 256);
KeyState[VK_CONTROL] = 0xff;
// TEST(NtUserToUnicodeEx(27, 1, KeyState, Buffer, 10, 0, hkl) == 1);
// TEST(Buffer[0] == 27);
// TEST(NtUserToUnicodeEx(8, 14, KeyState, Buffer, 10, 0, hkl) == 1);
// TEST(Buffer[0] == 127);
TEST(NtUserToUnicodeEx(81, 16, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 17);
TEST(NtUserToUnicodeEx(87, 17, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 23);
TEST(NtUserToUnicodeEx(69, 18, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 5);
TEST(NtUserToUnicodeEx(82, 19, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 18);
TEST(NtUserToUnicodeEx(84, 20, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 20);
TEST(NtUserToUnicodeEx(89, 21, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 25);
TEST(NtUserToUnicodeEx(85, 22, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 21);
TEST(NtUserToUnicodeEx(73, 23, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
TEST(NtUserToUnicodeEx(79, 24, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 15);
TEST(NtUserToUnicodeEx(80, 25, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 16);
TEST(NtUserToUnicodeEx(219, 26, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 27);
TEST(NtUserToUnicodeEx(221, 27, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 29);
TEST(NtUserToUnicodeEx(13, 28, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 10);
TEST(NtUserToUnicodeEx(65, 30, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 1);
TEST(NtUserToUnicodeEx(83, 31, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 19);
TEST(NtUserToUnicodeEx(68, 32, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 4);
TEST(NtUserToUnicodeEx(70, 33, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 6);
TEST(NtUserToUnicodeEx(71, 34, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 7);
TEST(NtUserToUnicodeEx(72, 35, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 8);
TEST(NtUserToUnicodeEx(74, 36, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 10);
TEST(NtUserToUnicodeEx(75, 37, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 11);
TEST(NtUserToUnicodeEx(76, 38, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 12);
TEST(NtUserToUnicodeEx(220, 43, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 28);
TEST(NtUserToUnicodeEx(90, 44, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 26);
TEST(NtUserToUnicodeEx(88, 45, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 24);
TEST(NtUserToUnicodeEx(67, 46, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 3);
TEST(NtUserToUnicodeEx(86, 47, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 22);
TEST(NtUserToUnicodeEx(66, 48, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 2);
TEST(NtUserToUnicodeEx(78, 49, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 14);
TEST(NtUserToUnicodeEx(77, 50, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 13);
// TEST(NtUserToUnicodeEx(32, 57, KeyState, Buffer, 10, 0, hkl) == 1);
// TEST(Buffer[0] == 32);
TEST(NtUserToUnicodeEx(226, 86, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 28);
/* Test with VK_CAPITAL key pressed */
ZeroMemory(KeyState, 256);
KeyState[VK_CAPITAL] = 0xff;
TEST(NtUserToUnicodeEx(27, 1, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 27);
TEST(NtUserToUnicodeEx(49, 2, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '1');
TEST(NtUserToUnicodeEx(50, 3, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '2');
TEST(NtUserToUnicodeEx(51, 4, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '3');
TEST(NtUserToUnicodeEx(52, 5, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '4');
TEST(NtUserToUnicodeEx(53, 6, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '5');
TEST(NtUserToUnicodeEx(54, 7, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '6');
TEST(NtUserToUnicodeEx(55, 8, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '7');
TEST(NtUserToUnicodeEx(56, 9, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '8');
TEST(NtUserToUnicodeEx(57, 10, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '9');
TEST(NtUserToUnicodeEx(48, 11, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '0');
TEST(NtUserToUnicodeEx(189, 12, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '-');
TEST(NtUserToUnicodeEx(187, 13, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '=');
TEST(NtUserToUnicodeEx(8, 14, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 8);
TEST(NtUserToUnicodeEx(9, 15, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
TEST(NtUserToUnicodeEx(81, 16, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'Q');
TEST(NtUserToUnicodeEx(87, 17, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'W');
TEST(NtUserToUnicodeEx(69, 18, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'E');
TEST(NtUserToUnicodeEx(82, 19, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'R');
TEST(NtUserToUnicodeEx(84, 20, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'T');
TEST(NtUserToUnicodeEx(89, 21, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'Y');
TEST(NtUserToUnicodeEx(85, 22, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'U');
TEST(NtUserToUnicodeEx(73, 23, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'I');
TEST(NtUserToUnicodeEx(79, 24, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'O');
TEST(NtUserToUnicodeEx(80, 25, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'P');
TEST(NtUserToUnicodeEx(219, 26, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '[');
TEST(NtUserToUnicodeEx(221, 27, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ']');
TEST(NtUserToUnicodeEx(13, 28, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 13);
TEST(NtUserToUnicodeEx(65, 30, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'A');
TEST(NtUserToUnicodeEx(83, 31, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'S');
TEST(NtUserToUnicodeEx(68, 32, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'D');
TEST(NtUserToUnicodeEx(70, 33, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'F');
TEST(NtUserToUnicodeEx(71, 34, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'G');
TEST(NtUserToUnicodeEx(72, 35, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'H');
TEST(NtUserToUnicodeEx(74, 36, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'J');
TEST(NtUserToUnicodeEx(75, 37, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'K');
TEST(NtUserToUnicodeEx(76, 38, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'L');
TEST(NtUserToUnicodeEx(186, 39, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ';');
TEST(NtUserToUnicodeEx(222, 40, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '\'');
TEST(NtUserToUnicodeEx(192, 41, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '`');
TEST(NtUserToUnicodeEx(220, 43, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '\\');
TEST(NtUserToUnicodeEx(90, 44, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'Z');
TEST(NtUserToUnicodeEx(88, 45, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'X');
TEST(NtUserToUnicodeEx(67, 46, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'C');
TEST(NtUserToUnicodeEx(86, 47, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'V');
TEST(NtUserToUnicodeEx(66, 48, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'B');
TEST(NtUserToUnicodeEx(78, 49, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'N');
TEST(NtUserToUnicodeEx(77, 50, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 'M');
TEST(NtUserToUnicodeEx(188, 51, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ',');
TEST(NtUserToUnicodeEx(190, 52, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '.');
TEST(NtUserToUnicodeEx(191, 53, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '/');
TEST(NtUserToUnicodeEx(106, 55, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '*');
TEST(NtUserToUnicodeEx(32, 57, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == ' ');
TEST(NtUserToUnicodeEx(109, 74, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '-');
TEST(NtUserToUnicodeEx(107, 78, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '+');
TEST(NtUserToUnicodeEx(226, 86, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == '\\');
TEST(NtUserToUnicodeEx(9, 124, KeyState, Buffer, 10, 0, hkl) == 1);
TEST(Buffer[0] == 9);
return APISTATUS_NORMAL;
}
static
BOOL
InitKeyboardLayouts(VOID)
{
WCHAR wszKeyName[12], wszKLID[10];
DWORD dwSize = sizeof(wszKLID), dwType, i = 1;
HKEY hKey;
UINT Flags;
BOOL bRet = FALSE;
/* Open registry key with preloaded layouts */
if (RegOpenKeyExW(HKEY_CURRENT_USER, L"Keyboard Layout\\Preload", 0, KEY_READ, &hKey) == ERROR_SUCCESS)
{
while (TRUE)
{
/* Read values with integer names only */
swprintf(wszKeyName, L"%d", i++);
if (RegQueryValueExW(hKey, wszKeyName, NULL, &dwType, (LPBYTE)wszKLID, &dwSize) != ERROR_SUCCESS)
{
/* There is no more entries */
break;
}
/* Only REG_SZ values are valid */
if (dwType != REG_SZ)
{
ERR("Wrong type: %ws!\n", wszKLID);
continue;
}
/* Load keyboard layout with given locale id */
Flags = KLF_SUBSTITUTE_OK;
if (i > 1)
Flags |= KLF_NOTELLSHELL|KLF_REPLACELANG;
else // First layout
Flags |= KLF_ACTIVATE; // |0x40000000
if (!LoadKeyboardLayoutW(wszKLID, Flags))
{
ERR("LoadKeyboardLayoutW(%ws) failed!\n", wszKLID);
continue;
}
else
{
/* We loaded at least one layout - success */
bRet = TRUE;
}
}
/* Close the key now */
RegCloseKey(hKey);
}
else
WARN("RegOpenKeyExW(Keyboard Layout\\Preload) failed!\n");
if (!bRet)
{
/* If we failed, load US keyboard layout */
if (LoadKeyboardLayoutW(L"00000409", 0x04090409))
bRet = TRUE;
}
return bRet;
}
static VOID
InputList_AddInputMethodToUserRegistry(DWORD dwIndex, INPUT_LIST_NODE *pNode)
{
WCHAR szMethodIndex[MAX_PATH];
WCHAR szPreload[MAX_PATH];
BOOL bIsImeMethod = FALSE;
HKEY hKey;
StringCchPrintfW(szMethodIndex, ARRAYSIZE(szMethodIndex), L"%lu", dwIndex);
/* Check is IME method */
if ((HIWORD(pNode->pLayout->dwId) & 0xF000) == 0xE000)
{
StringCchPrintfW(szPreload, ARRAYSIZE(szPreload), L"%08X", pNode->pLayout->dwId);
bIsImeMethod = TRUE;
}
else
{
StringCchPrintfW(szPreload, ARRAYSIZE(szPreload), L"%08X", pNode->pLocale->dwId);
}
if (RegOpenKeyExW(HKEY_CURRENT_USER,
L"Keyboard Layout\\Preload",
0,
KEY_SET_VALUE,
&hKey) == ERROR_SUCCESS)
{
RegSetValueExW(hKey,
szMethodIndex,
0,
REG_SZ,
(LPBYTE)szPreload,
(wcslen(szPreload) + 1) * sizeof(WCHAR));
RegCloseKey(hKey);
}
if (pNode->pLocale->dwId != pNode->pLayout->dwId && bIsImeMethod == FALSE)
{
if (RegOpenKeyExW(HKEY_CURRENT_USER,
L"Keyboard Layout\\Substitutes",
0,
KEY_SET_VALUE,
&hKey) == ERROR_SUCCESS)
{
WCHAR szSubstitues[MAX_PATH];
StringCchPrintfW(szSubstitues, ARRAYSIZE(szSubstitues), L"%08X", pNode->pLayout->dwId);
RegSetValueExW(hKey,
szPreload,
0,
REG_SZ,
(LPBYTE)szSubstitues,
(wcslen(szSubstitues) + 1) * sizeof(WCHAR));
RegCloseKey(hKey);
}
}
if ((pNode->wFlags & INPUT_LIST_NODE_FLAG_ADDED) ||
(pNode->wFlags & INPUT_LIST_NODE_FLAG_EDITED))
{
pNode->hkl = LoadKeyboardLayoutW(szPreload, KLF_SUBSTITUTE_OK | KLF_NOTELLSHELL);
}
}
