public HotKeySpec(bool unkBool, bool unkBool2, HotKeyModifier modifier, InGameHotKey eventId,
DIK primaryKeyCode, bool primaryOnDown, DIK secondaryKeyCode, bool secondaryOnDown)
{
this.unkBool = unkBool;
this.unkBool2 = unkBool2;
this.modifier = modifier;
this.eventId = eventId;
this.primaryKeyCode = primaryKeyCode;
this.primaryOnDown = primaryOnDown;
this.secondaryKeyCode = secondaryKeyCode;
this.secondaryOnDown = secondaryOnDown;
}
public bool IsModifierActive(DIK key)
{
var virtualKey = ToVirtualKey(key);
return(IsModifierActive(virtualKey));
}
// Translate dinput key to virtual key
private static VirtualKey ToVirtualKey(DIK dinputKey)
{
switch (dinputKey)
{
case DIK.DIK_ESCAPE:
return(VirtualKey.VK_ESCAPE);
case DIK.DIK_1:
return(VirtualKey.VK_1);
case DIK.DIK_2:
return(VirtualKey.VK_2);
case DIK.DIK_3:
return(VirtualKey.VK_3);
case DIK.DIK_4:
return(VirtualKey.VK_4);
case DIK.DIK_5:
return(VirtualKey.VK_5);
case DIK.DIK_6:
return(VirtualKey.VK_6);
case DIK.DIK_7:
return(VirtualKey.VK_7);
case DIK.DIK_8:
return(VirtualKey.VK_8);
case DIK.DIK_9:
return(VirtualKey.VK_9);
case DIK.DIK_0:
return(VirtualKey.VK_0);
case DIK.DIK_MINUS: /* - on main keyboard */
return(VirtualKey.VK_OEM_MINUS);
case DIK.DIK_EQUALS:
return(VirtualKey.VK_OEM_PLUS);
case DIK.DIK_BACK: /* backspace */
return(VirtualKey.VK_BACK);
case DIK.DIK_TAB:
return(VirtualKey.VK_TAB);
case DIK.DIK_Q:
return(VirtualKey.VK_Q);
case DIK.DIK_W:
return(VirtualKey.VK_W);
case DIK.DIK_E:
return(VirtualKey.VK_E);
case DIK.DIK_R:
return(VirtualKey.VK_R);
case DIK.DIK_T:
return(VirtualKey.VK_T);
case DIK.DIK_Y:
return(VirtualKey.VK_Y);
case DIK.DIK_U:
return(VirtualKey.VK_U);
case DIK.DIK_I:
return(VirtualKey.VK_I);
case DIK.DIK_O:
return(VirtualKey.VK_O);
case DIK.DIK_P:
return(VirtualKey.VK_P);
case DIK.DIK_LBRACKET:
return(VirtualKey.VK_OEM_4);
case DIK.DIK_RBRACKET:
return(VirtualKey.VK_OEM_6);
case DIK.DIK_RETURN: /* Enter on main keyboard */
return(VirtualKey.VK_RETURN);
case DIK.DIK_LCONTROL:
return(VirtualKey.VK_LCONTROL);
case DIK.DIK_A:
return(VirtualKey.VK_A);
case DIK.DIK_S:
return(VirtualKey.VK_S);
case DIK.DIK_D:
return(VirtualKey.VK_D);
case DIK.DIK_F:
return(VirtualKey.VK_F);
case DIK.DIK_G:
return(VirtualKey.VK_G);
case DIK.DIK_H:
return(VirtualKey.VK_H);
case DIK.DIK_J:
return(VirtualKey.VK_J);
case DIK.DIK_K:
return(VirtualKey.VK_K);
case DIK.DIK_L:
return(VirtualKey.VK_L);
case DIK.DIK_SEMICOLON:
return(VirtualKey.VK_OEM_1);
case DIK.DIK_APOSTROPHE:
return(VirtualKey.VK_OEM_7);
case DIK.DIK_GRAVE: /* accent grave */
return(VirtualKey.VK_OEM_3);
case DIK.DIK_LSHIFT:
return(VirtualKey.VK_LSHIFT);
case DIK.DIK_BACKSLASH:
return(VirtualKey.VK_OEM_5);
case DIK.DIK_Z:
return(VirtualKey.VK_Z);
case DIK.DIK_X:
return(VirtualKey.VK_X);
case DIK.DIK_C:
return(VirtualKey.VK_C);
case DIK.DIK_V:
return(VirtualKey.VK_V);
case DIK.DIK_B:
return(VirtualKey.VK_B);
case DIK.DIK_N:
return(VirtualKey.VK_N);
case DIK.DIK_M:
return(VirtualKey.VK_M);
case DIK.DIK_COMMA:
return(VirtualKey.VK_OEM_COMMA);
case DIK.DIK_PERIOD: /* . on main keyboard */
return(VirtualKey.VK_OEM_PERIOD);
case DIK.DIK_SLASH: /* / on main keyboard */
return(VirtualKey.VK_OEM_2);
case DIK.DIK_RSHIFT:
return(VirtualKey.VK_RSHIFT);
case DIK.DIK_MULTIPLY: /* * on numeric keypad */
return(VirtualKey.VK_MULTIPLY);
case DIK.DIK_LMENU: /* left Alt */
return(VirtualKey.VK_LMENU);
case DIK.DIK_SPACE:
return(VirtualKey.VK_SPACE);
case DIK.DIK_CAPITAL:
return(VirtualKey.VK_CAPITAL);
case DIK.DIK_F1:
return(VirtualKey.VK_F1);
case DIK.DIK_F2:
return(VirtualKey.VK_F2);
case DIK.DIK_F3:
return(VirtualKey.VK_F3);
case DIK.DIK_F4:
return(VirtualKey.VK_F4);
case DIK.DIK_F5:
return(VirtualKey.VK_F5);
case DIK.DIK_F6:
return(VirtualKey.VK_F6);
case DIK.DIK_F7:
return(VirtualKey.VK_F7);
case DIK.DIK_F8:
return(VirtualKey.VK_F8);
case DIK.DIK_F9:
return(VirtualKey.VK_F9);
case DIK.DIK_F10:
return(VirtualKey.VK_F10);
case DIK.DIK_NUMLOCK:
return(VirtualKey.VK_NUMLOCK);
case DIK.DIK_SCROLL: /* Scroll Lock */
return(VirtualKey.VK_SCROLL);
case DIK.DIK_NUMPAD7:
return(VirtualKey.VK_NUMPAD7);
case DIK.DIK_NUMPAD8:
return(VirtualKey.VK_NUMPAD8);
case DIK.DIK_NUMPAD9:
return(VirtualKey.VK_NUMPAD9);
case DIK.DIK_SUBTRACT: /* - on numeric keypad */
return(VirtualKey.VK_SUBTRACT);
case DIK.DIK_NUMPAD4:
return(VirtualKey.VK_NUMPAD4);
case DIK.DIK_NUMPAD5:
return(VirtualKey.VK_NUMPAD5);
case DIK.DIK_NUMPAD6:
return(VirtualKey.VK_NUMPAD6);
case DIK.DIK_ADD: /* + on numeric keypad */
return(VirtualKey.VK_ADD);
case DIK.DIK_NUMPAD1:
return(VirtualKey.VK_NUMPAD1);
case DIK.DIK_NUMPAD2:
return(VirtualKey.VK_NUMPAD2);
case DIK.DIK_NUMPAD3:
return(VirtualKey.VK_NUMPAD3);
case DIK.DIK_NUMPAD0:
return(VirtualKey.VK_NUMPAD0);
case DIK.DIK_DECIMAL: /* . on numeric keypad */
return(VirtualKey.VK_DECIMAL);
case DIK.DIK_F11:
return(VirtualKey.VK_F11);
case DIK.DIK_F12:
return(VirtualKey.VK_F12);
case DIK.DIK_F13: /* (NEC PC98) */
return(VirtualKey.VK_F13);
case DIK.DIK_F14: /* (NEC PC98) */
return(VirtualKey.VK_F14);
case DIK.DIK_F15: /* (NEC PC98) */
return(VirtualKey.VK_F15);
case DIK.DIK_NUMPADENTER: /* Enter on numeric keypad */
return(VirtualKey.VK_RETURN);
case DIK.DIK_RCONTROL:
return(VirtualKey.VK_RCONTROL);
case DIK.DIK_DIVIDE: /* / on numeric keypad */
return(VirtualKey.VK_DIVIDE);
case DIK.DIK_RMENU: /* right Alt */
return(VirtualKey.VK_RMENU);
case DIK.DIK_HOME: /* Home on arrow keypad */
return(VirtualKey.VK_HOME);
case DIK.DIK_UP: /* UpArrow on arrow keypad */
return(VirtualKey.VK_UP);
case DIK.DIK_PRIOR: /* PgUp on arrow keypad */
return(VirtualKey.VK_PRIOR);
case DIK.DIK_LEFT: /* LeftArrow on arrow keypad */
return(VirtualKey.VK_LEFT);
case DIK.DIK_RIGHT: /* RightArrow on arrow keypad */
return(VirtualKey.VK_RIGHT);
case DIK.DIK_END: /* End on arrow keypad */
return(VirtualKey.VK_END);
case DIK.DIK_DOWN: /* DownArrow on arrow keypad */
return(VirtualKey.VK_DOWN);
case DIK.DIK_NEXT: /* PgDn on arrow keypad */
return(VirtualKey.VK_NEXT);
case DIK.DIK_INSERT: /* Insert on arrow keypad */
return(VirtualKey.VK_INSERT);
case DIK.DIK_DELETE: /* Delete on arrow keypad */
return(VirtualKey.VK_DELETE);
case DIK.DIK_LWIN: /* Left Windows key */
return(VirtualKey.VK_LWIN);
case DIK.DIK_RWIN: /* Right Windows key */
return(VirtualKey.VK_RWIN);
case DIK.DIK_APPS: /* AppMenu key */
return(VirtualKey.VK_APPS);
case DIK.DIK_PAUSE:
return(VirtualKey.VK_PAUSE);
case DIK.DIK_SYSRQ: // (print screen)
return(VirtualKey.VK_SNAPSHOT);
default:
throw new TigException($"Unmappable direct input key: {dinputKey}");
}
}
public bool IsPressed(DIK key)
{
var virtualKey = ToVirtualKey(key);
return(IsKeyPressed(virtualKey));
}
public static void SendKeyPress(DIK key)
{
SendKeyDown(key);
Thread.Sleep(100);
SendKeyUp(key);
}
public static void SendKeyUp(DIK key)
{
SendKey(key, false);
}
public static void SendKeyDown(DIK key)
{
SendKey(key, true);
}
private static void SendKey(DIK key, bool down)
{
var inputData = new NativeWin32.INPUT[1];
inputData[0].type = 1;
inputData[0].ki.wScan = (short)key;
inputData[0].ki.dwFlags = (int)(down ? 0 : NativeWin32.KEYEVENTF_KEYUP) | (int)NativeWin32.KEYEVENTF_SCANCODE;
if (NativeWin32.SendInput(1, inputData, Marshal.SizeOf(typeof(NativeWin32.INPUT))) == 0)
{
System.Diagnostics.Debug.WriteLine("SendInput failed with code: " +
Marshal.GetLastWin32Error().ToString());
}
}