/// <summary> /// Immediately release a key, by sending a keyup event to the game. /// </summary> /// <param name="key">The scan code (NOT the VK_ keycode!) of the key to release.</param> public void Keyup(ScanCode key) { lock (pressed_keys) { if (!pressed_keys.Contains(key)) { return; } pressed_keys.Remove(key); } SendInputWrapper.SendInput(new INPUT { Type = (uint)InputType.Keyboard, Data = { Keyboard = new KEYBDINPUT { Vk = 0, Scan = (ushort)key, Flags = (uint)KeyboardFlag.ScanCode | (uint)KeyboardFlag.KeyUp, Time = 0, ExtraInfo = IntPtr.Zero } } }); }
private void MainForm_KeyDown(object sender, System.Windows.Forms.KeyEventArgs args) { if (hotkeyEntering) { uint key = (uint)args.KeyCode; ScanCode code = (ScanCode)MapVirtualKeyA(key); if (code == ScanCode.Control || code == ScanCode.RShift || code == ScanCode.LShift || code == ScanCode.Alt) { code = ScanCode.None; } Hotkey.Modifiers hkMods = new Hotkey.Modifiers(); if (args.Alt) { hkMods = hkMods |= Hotkey.Modifiers.Alt; } if (args.Shift) { hkMods = hkMods |= Hotkey.Modifiers.Shift; } if (args.Control) { hkMods = hkMods |= Hotkey.Modifiers.Ctrl; } Hotkey hk = new Hotkey(code, hkMods); lastEnteredHotkey = hk; ClientHotkeyButton.Text = hk.ToString(); } }
private void btnAddScan_Click(object sender, EventArgs e) { if (String.IsNullOrEmpty(txtScanCd.Text)) { MessageBox.Show("Please Enter Scancode.", "Error", MessageBoxButtons.OK, MessageBoxIcon.Information); return; } ProductRepository repository = new ProductRepository(); if (!repository.CheckScan(txtScanCd.Text)) { ScanCode scan = new ScanCode(); scan.ScanCd = txtScanCd.Text; scan.ProdCd = _Product.ProdCd; scan.Unitcd = _Product.UnitCd; scan.CreatedBy = "ADMIN"; if (repository.SaveScan(scan)) { PopulateDgv(); txtScanCd.Text = ""; } else { MessageBox.Show("Error occurred. Please Try Again.", "Error", MessageBoxButtons.OK, MessageBoxIcon.Information); } } else { MessageBox.Show("The ScanCode Exists in the Database", "Error", MessageBoxButtons.OK, MessageBoxIcon.Information); } }
/// <summary> /// Calls the Win32 SendInput method with a KeyDown and KeyUp message in the same input sequence in order to simulate a Key PRESS. /// </summary> /// <param name="keyCode">The HardwareKeyCode to press</param> public static void HardwareKeyPress(ScanCode keyCode) { var down = new INPUT(); down.Type = (UInt32)InputType.KEYBOARD; down.Data.Keyboard = new KEYBDINPUT(); down.Data.Keyboard.Vk = 0; down.Data.Keyboard.Scan = (UInt16)keyCode; down.Data.Keyboard.Flags = KeyboardFlag.SCANCODE; down.Data.Keyboard.Time = 0; down.Data.Keyboard.ExtraInfo = IntPtr.Zero; var up = new INPUT(); up.Type = (UInt32)InputType.KEYBOARD; up.Data.Keyboard = new KEYBDINPUT(); up.Data.Keyboard.Vk = 0; up.Data.Keyboard.Scan = (UInt16)keyCode; up.Data.Keyboard.Flags = KeyboardFlag.SCANCODE | KeyboardFlag.KEYUP; up.Data.Keyboard.Time = 0; up.Data.Keyboard.ExtraInfo = IntPtr.Zero; if (((int)keyCode & 0xFF00) == 0xE000) { // extended key? down.Data.Keyboard.Flags |= KeyboardFlag.EXTENDEDKEY; up.Data.Keyboard.Flags |= KeyboardFlag.EXTENDEDKEY; } INPUT[] inputList = new INPUT[2]; inputList[0] = down; inputList[1] = up; var numberOfSuccessfulSimulatedInputs = SendInput(2, inputList, Marshal.SizeOf(typeof(INPUT))); if (numberOfSuccessfulSimulatedInputs == 0) throw new Exception(string.Format("The key press simulation for {0} was not successful.", keyCode)); }
public static void Send(ScanCode scanCode, bool keyDown, bool isEXTEND = false) { Debug.WriteLine(scanCode.ToString() + " " + (keyDown ? "(DOWN)" : "(UP)")); if (IntPtr.Size == 8) { INPUT64 inp = new INPUT64(); inp.type = INPUT_KEYBOARD; inp.ki.wScan = (short)scanCode; inp.ki.dwFlags = (uint)(KEYEVENTF_SCANCODE | (keyDown ? KEYEVENTF_KEYDOWN : KEYEVENTF_KEYUP)); inp.ki.time = 0; inp.ki.dwExtraInfo = IntPtr.Zero; SendInput64(1, ref inp, Marshal.SizeOf(inp)); } else { INPUT inp = new INPUT(); inp.type = INPUT_KEYBOARD; inp.ki.wScan = (ushort)scanCode; inp.ki.dwFlags = (uint)(KEYEVENTF_SCANCODE | (keyDown ? KEYEVENTF_KEYDOWN : KEYEVENTF_KEYUP)); inp.ki.time = 0; inp.ki.dwExtraInfo = IntPtr.Zero; SendInput(1, ref inp, Marshal.SizeOf(inp)); } }
private INPUT GetKeyboardDownInput(char character) { ScanCode scanCode = (ScanCode)character; INPUT keyInput = new INPUT { type = InputType.INPUT_KEYBOARD, Inputs = { ki = new KEYBDINPUT { wScan = scanCode, wVk = 0, dwFlags = KEYEVENTF.KEYEVENTF_UNICODE, time = 0, dwExtraInfo_IntPtr = IntPtr.Zero } } }; if (((int)scanCode & 0xFF00) == 0xE000) { keyInput.Inputs.ki.dwFlags |= KEYEVENTF.KEYEVENTF_EXTENDED_KEY; } return(keyInput); }
private void BasicWindow_KeyDown(object sender, KeyEventArgs e) { // we take over Shift+F11 and Shift+F5 if ((Control.ModifierKeys & Keys.Shift) == Keys.Shift) { switch (e.KeyCode) { case Keys.F11: FullScreenToggle(); break; case Keys.F5: this.debugWindow.RunButton_Click(sender, null); break; } } ScanCode scanCode = ScanCodes.GetScanCode(e.KeyCode); if (scanCode != ScanCode.sc_null) { e.Handled = true; lastKeyPressed.Text = "$" + ((byte)scanCode).ToString("X2"); if (kernel.MemMgr != null && !kernel.CPU.DebugPause) { kernel.MemMgr.KEYBOARD.WriteKey(scanCode); } } else { lastKeyPressed.Text = ""; } }
protected virtual void ProcessKeyEvent(char asciiChar, Key key, ScanCode scanCode, KeyState keyState, bool shiftPressed, bool ctrlPressed, bool altPressed) { var keyEvent = new KeyEvent( ActiveApplicationMonitor.GetActiveApplicationName(), asciiChar, scanCode, key, keyState, shiftPressed, altPressed, ctrlPressed, DateTime.Now ); switch (keyState) { case KeyState.Up: FireKeyUpEvent(keyEvent); break; case KeyState.Down: FireKeyDownEvent(keyEvent); break; } FireKeyActivityEvent(keyEvent); }
public void Stop() { if (!keyRepeatRunning) { return; } lastKeyPressed = 0; keyRepeatRunning = false; keyRepeatEvent.Set(); keyRepeatEvent.Close(); if (Thread.CurrentThread != keyRepeatThread) { if (!keyRepeatExit.WaitOne(1000)) { System.Diagnostics.Debug.WriteLine("KeyRepeater.Stop: keyRepeatStop timed out"); keyRepeatThread.Abort(); } } keyRepeatExit.Close(); keyRepeatThread = null; }
/// <summary> /// Same as Tap but also waits a bit after letting go so that we don't get ahead of ourselves /// </summary> /// <param name="key"></param> public void TapWait(ScanCode key) { Keydown(key); Thread.Sleep(100); Keyup(key); Thread.Sleep(100); }
public void ClearKey() { lastKeyPressed = 0; if (!keyRepeatEvent.SafeWaitHandle.IsClosed) { keyRepeatEvent.Set(); } }
public override bool CanParse() { if (!base.CanParse()) { return(false); } return(ScanCode.StartsWith(FrameStart) && ScanCode.EndsWith(FrameEnd) ? true : false); }
internal KeyEventArgs(ScanCode scanCode, KeyCode keyCode, KeyModifiers modifiers, bool isRepeat) { ScanCode = scanCode; KeyCode = keyCode; Modifiers = modifiers; IsRepeat = isRepeat; }
public KeyEventInfo(VirtualKey vkCode, ScanCode scanCode, KeyEventFlags flags, uint time, UIntPtr dwExtraInfo) : this() { VkCode = vkCode; ScanCode = scanCode; Flags = flags; Time = time; DwExtraInfo = dwExtraInfo; }
public static void SendInput(ScanCode scanCode, VirtualKeys virtualKey, KeyEventFlag keyEvent) { var inputs = new[] { CreateKeyboardInput(scanCode, virtualKey, keyEvent), }; Win32.SendInput(1, inputs, Input.Size); }
protected virtual void KeyRepeat(ScanCode repeatingKey) { var inputData = new InputWrapper[1] { InputSimulator.KeyWrapper(repeatingKey, false, ((int)repeatingKey & 0x100) == 0x100) }; Interop.SendInput((uint)inputData.Length, inputData); }
public static uint DoKeyDown(ScanCode scanCode, bool extended) { var inputData = new InputWrapper[] { KeyWrapper(scanCode, false, extended) }; return(Interop.SendInput(1, inputData)); }
public void KeyUp(ScanCode scanCode) { if (scanCode == lastKeyPressed) { lastKeyPressed = 0; } keyRepeatEvent.Set(); }
public static uint Send(ScanCode code) { Input input = new Input(); input.Type = InputType.Keyboard; input.Data.Keyboard.dwFlags = KeyEventFlags.ScanCode; input.Data.Keyboard.wScan = code; input.Data.Keyboard.time = 0; return(SendInput(1, new Input[] { input }, Input.Size)); }
public uint KeyTap(ScanCode scanCode, bool extended = false) { var inputData = new InputWrapper[] { KeyWrapper(scanCode, false, extended), KeyWrapper(scanCode, true, extended) }; return(Interop.SendInput(2, inputData)); }
private void Subscribe_OnClick(object sender, RoutedEventArgs e) { _scannerIds.Add(Trader.SubscribeScanner(new ScannerFilter { ScanCode = ScanCode.GetSelectedValue <ScannerFilterTypes>() ?? ScannerFilterTypes.TopPercGain, BoardCode = BoardCode.Text, SecurityType = SecurityType.Text, RowCount = 15, })); }
private static string GetNameInternal(ScanCode sc) { return(sc switch { D0 => "0", D1 => "1", D2 => "2", D3 => "3", D4 => "4", D5 => "5", D6 => "6", D7 => "7", D8 => "8", D9 => "0", Backquote => "`", Minus => "-", ScanCode.Equals => "=", LeftSquareBracket => "[", RightSquareBracket => "]", Backslash => "\\", Semicolon => ";", Apostrophe => "\"", Comma => ",", Period => ".", Slash => "/", LeftShift => "L Shift", RightShift => "R Shift", LeftControl => "L Ctrl", RightControl => "R Ctrl", LeftAlt => "L Alt", RightAlt => "R Alt", LeftMeta => "L Meta", RightMeta => "R Meta", KpDivide => "Keypad /", KpMultiply => "Keypad *", KpMinus => "Keypad -", KpPlus => "Keypad +", KpEnter => "Keypad Enter", Kp0 => "Keypad 0", Kp1 => "Keypad 1", Kp2 => "Keypad 2", Kp3 => "Keypad 3", Kp4 => "Keypad 4", Kp5 => "Keypad 5", Kp6 => "Keypad 6", Kp7 => "Keypad 7", Kp8 => "Keypad 8", Kp9 => "Keypad 9", KpPeriod => "Keypad .", _ => sc.ToString(), });
public void SetKeyState(ScanCode key, bool down) { if (down) { Keydown(key); } else { Keyup(key); } }
public static void KeyUp(ScanCode scanCode, bool extended = false) { if (scanCode == currentRepeatingKey.Code && extended == currentRepeatingKey.Extended) { keyRepeater.CancelAsync(); } else { DoKeyUp(scanCode, extended); } }
public static void Send(ScanCode key) { INPUT Input = new INPUT { type = 1 // 1 = Keyboard Input }; Input.U.ki.wScan = key; Input.U.ki.dwFlags = KEYEVENTF.SCANCODE; SendInput(1, new INPUT[] { Input }, INPUT.Size); }
public override bool CanParse() { if (!base.CanParse()) { return(false); } if (ScanCode.StartsWith(FrameStart)) { return(true); } return(ScanCode.StartsWith(AI01.Id) && ScanCode.Length >= 16 ? true : false); }
public static Key Handle(Key key) { ScanCode inputScanCode = SlimDXScanCodeMap[(int)key]; Keys virtualKey = (Keys)BizHawk.Common.Win32Imports.MapVirtualKey((uint)inputScanCode, MAPVK_VSC_TO_VK_EX); ScanCode standardScanCode = GetStandardScanCode(virtualKey); if (standardScanCode == 0) { standardScanCode = inputScanCode; } return(ScanCodeToSlimDXKey[standardScanCode]); }
public static void InjectKey(bool keyUp, ScanCode code) { tagKEYBDINPUT input = new tagKEYBDINPUT() { wScan = code }; if (keyUp) { input.dwFlags = KeyEventFlags.KEYEVENTF_KEYUP; } InjectKeyboardInput(ref input, 1); }
private void ListView_ItemSelected(object sender, SelectedItemChangedEventArgs e) { var o = ((sender as ListView).SelectedItem) as TestSample; Data.IdentifiersToScanCode.Value = ""; Data.ScanCodeValues = ScanCode.Analyze(o.ScanCode); if (Data.ScanCodeValues.Parser != null) { Data.IdentifiersToScanCode.Value = Data.ScanCodeValues.Parser.IdentifiertsToScanCode(); } // No Binding object! Data.RefreshAll(); }
public static void KeyDown(ScanCode scanCode, bool extended = false, bool repeat = false, int initialPauseTime = 500, int repeatPauseTime = 30) { if (repeat) { RepeatKey(new RepeatingKey { Code = scanCode, Extended = extended, InitialPauseTime = initialPauseTime, RepeatPauseTime = repeatPauseTime }); } else { DoKeyDown(scanCode, extended); } }
public override string ToString() { return("LowLevelKeyboardHookStruct:\r\n{\r\nvkCode: [" + VkCode.ToString() + " (" + (char)VkCode + ")]\r\nscanCode: [" + ScanCode.ToString() + "]\r\nflags: [" + Flags.ToString() + "]\r\ntime: [" + Time.ToString() + "]\r\ndwExtraInfo: [" + DwExtraInfo.ToString() + "]\r\n}"); }
public static InputWrapper KeyWrapper(ScanCode scanCode, bool keyUp = false, bool extended = false) { return new InputWrapper { Type = SendInputType.Keyboard, MKH = new MouseKeyboardHardwareUnion { Keyboard = new KeyboardInputData { Scan = scanCode, Flags = KeyboardFlags.ScanCode | (keyUp ? KeyboardFlags.KeyUp : 0) | (extended ? KeyboardFlags.ExtendedKey : 0) } } }; }
public void Stop() { if (!keyRepeatRunning) return; lastKeyPressed = 0; keyRepeatRunning = false; keyRepeatEvent.Set(); keyRepeatEvent.Close(); if (Thread.CurrentThread != keyRepeatThread) { if (!keyRepeatExit.WaitOne(1000)) { System.Diagnostics.Debug.WriteLine("KeyRepeater.Stop: keyRepeatStop timed out"); keyRepeatThread.Abort(); } } keyRepeatExit.Close(); keyRepeatThread = null; }
public KeyUp(ScanCode scanCode) { Inputs = new InputWrapper[] { InputSimulator.KeyWrapper(scanCode, true) }; toString = "KeyUp(" + scanCode.ToString() + ")"; }
protected abstract void SetInputs(ScanCode scanCode);
public static void KeyTap(ScanCode scanCode) { var inputData = new InputWrapper[] { new InputWrapper() { Type = SendInputType.Keyboard, MKH = new MouseKeyboardHardwareUnion() { Keyboard = new KeyboardInputData() { Scan = scanCode, Flags = KeyboardFlags.ScanCode, Time = 0, ExtraInfo = IntPtr.Zero } } }, new InputWrapper() { Type = SendInputType.Keyboard, MKH = new MouseKeyboardHardwareUnion() { Keyboard = new KeyboardInputData() { Scan = scanCode, Flags = KeyboardFlags.KeyUp | KeyboardFlags.ScanCode, Time = 0, ExtraInfo = IntPtr.Zero } } } }; var v = SendInput(2, inputData, Marshal.SizeOf(typeof(InputWrapper))); }
public KeyScanCodeDown(ScanCode scanCode) : base(scanCode) { }
public void ClearKey() { lastKeyPressed = 0; if (!keyRepeatEvent.SafeWaitHandle.IsClosed) keyRepeatEvent.Set(); }
public uint KeyTap(ScanCode scanCode, bool extended = false) { var inputData = new InputWrapper[] { KeyWrapper(scanCode, false, extended), KeyWrapper(scanCode, true, extended) }; return Interop.SendInput(2, inputData); }
protected override void SetInputs(ScanCode scanCode) { Inputs = new InputWrapper[] { InputSimulator.KeyWrapper(scanCode), InputSimulator.KeyWrapper(scanCode, true) }; }
public void KeyDown(ScanCode scanCode) { lastKeyPressed = scanCode; keyRepeatEvent.Set(); }
IList<ScanCode> GetCodes(ScanCode[] scanCodes) { IList<ScanCode> codes = new List<ScanCode>(); if (scanCodes != null) for (int i = 0; i < scanCodes.Length; i++) codes.Add(scanCodes[i]); return codes; }
/// <summary> /// Performs a simple modified keystroke like CTRL-C where CTRL is the modifierKey and C is the key. /// The flow is Modifier KEYDOWN, Key PRESS, Modifier KEYUP. /// </summary> /// <param name="modifierKeyCode">The modifier key</param> /// <param name="keyCode">The key to simulate</param> public static void HardwareModifiedKeyStroke(ScanCode modifierKeyCode, ScanCode keyCode) { HardwareKeyDown(modifierKeyCode); HardwareKeyPress(keyCode); HardwareKeyUp(modifierKeyCode); }
public static void KeyDown(ScanCode scanCode, bool extended = false, bool repeat = false, int initialPauseTime = 500, int repeatPauseTime = 30) { if (repeat) RepeatKey(new RepeatingKey { Code = scanCode, Extended = extended, InitialPauseTime = initialPauseTime, RepeatPauseTime = repeatPauseTime }); else DoKeyDown(scanCode, extended); }
public static uint DoKeyDown(ScanCode scanCode, bool extended) { var inputData = new InputWrapper[] { KeyWrapper(scanCode, false, extended) }; return Interop.SendInput(1, inputData); }
/// <summary> /// Performs a modified keystroke where there is one modifier and multiple keys like CTRL-K-C where CTRL is the modifierKey and K and C are the keys. /// The flow is Modifier KEYDOWN, Keys PRESS in order, Modifier KEYUP. /// </summary> /// <param name="modifierKey">The modifier key</param> /// <param name="keyCodes">The list of keys to simulate</param> public static void HardwareModifiedKeyStroke(ScanCode modifierKey, IEnumerable<ScanCode> keyCodes) { HardwareKeyDown(modifierKey); if (keyCodes != null) keyCodes.ToList().ForEach(x => HardwareKeyPress(x)); HardwareKeyUp(modifierKey); }
public KeyScanCode(ScanCode scanCode) { ScanCode = scanCode; }
public KeyScanCodeTap(ScanCode scanCode) : base(scanCode) { }
static void DoKeyUp(ScanCode scanCode, bool extended) { var inputData = new InputWrapper[] { new InputWrapper() { Type = SendInputType.Keyboard, MKH = new MouseKeyboardHardwareUnion() { Keyboard = new KeyboardInputData() { Scan = scanCode, Flags = KeyboardFlags.KeyUp | KeyboardFlags.ScanCode | (extended ? KeyboardFlags.ExtendedKey : 0) //Time = 0, //ExtraInfo = IntPtr.Zero } } } }; var v = SendInput(1, inputData, Marshal.SizeOf(typeof(InputWrapper))); }
public void KeyUp(ScanCode scanCode) { if (scanCode == lastKeyPressed) lastKeyPressed = 0; keyRepeatEvent.Set(); }
public static void KeyUp(ScanCode scanCode, bool extended = false) { if (scanCode == currentRepeatingKey.Code && extended == currentRepeatingKey.Extended) keyRepeater.CancelAsync(); else DoKeyUp(scanCode, extended); }
/// <summary> /// Performs a modified keystroke where there are multiple modifiers and one key like CTRL-ALT-C where CTRL and ALT are the modifierKeys and C is the key. /// The flow is Modifiers KEYDOWN in order, Key PRESS, Modifiers KEYUP in reverse order. /// </summary> /// <param name="modifierKeyCodes">The list of modifier keys</param> /// <param name="keyCode">The key to simulate</param> public static void HardwareModifiedKeyStroke(IEnumerable<ScanCode> modifierKeyCodes, ScanCode keyCode) { if (modifierKeyCodes != null) modifierKeyCodes.ToList().ForEach(x => HardwareKeyDown(x)); HardwareKeyPress(keyCode); if (modifierKeyCodes != null) modifierKeyCodes.Reverse().ToList().ForEach(x => HardwareKeyUp(x)); }
public uint KeyUp(ScanCode scanCode, bool extended = false) { uint retval = DoKeyUp(scanCode, extended); return retval; }