public KeyPress(ProcessInfo process, InterceptKeyEventArgs interceptKeyEventArgs, bool winkeyPressed, IEnumerable<string> input) :
base(interceptKeyEventArgs.Key, winkeyPressed, interceptKeyEventArgs.ShiftPressed, interceptKeyEventArgs.AltPressed, interceptKeyEventArgs.ControlPressed)
{
Process = process;
InterceptKeyEventArgs = interceptKeyEventArgs;
Input = input;
}
public KeyPress(Process process, InterceptKeyEventArgs interceptKeyEventArgs, bool isLetter, IEnumerable<string> input)
{
Process = process;
InterceptKeyEventArgs = interceptKeyEventArgs;
IsLetter = isLetter;
Input = input;
}
InterceptKeyEventArgs DetectWindowsKey(InterceptKeyEventArgs interceptKeyEventArgs)
{
if (interceptKeyEventArgs.Key == Keys.LWin || interceptKeyEventArgs.Key == Keys.RWin)
{
if (interceptKeyEventArgs.KeyDirection == KeyDirection.Up)
winKeyPressed = false;
else if (interceptKeyEventArgs.KeyDirection == KeyDirection.Down)
winKeyPressed = true;
}
return interceptKeyEventArgs;
}
public void verify_password_mode_works()
{
//arrange
var passwordInterceptKeyEventArgs = new InterceptKeyEventArgs(Keys.A, KeyDirection.Down, false, false, false);
var passwordInterceptKeyEventArgs2 = new InterceptKeyEventArgs(Keys.B, KeyDirection.Down, false, false, false);
var player = new KeyPlayer { passwordInterceptKeyEventArgs, passwordInterceptKeyEventArgs2 };
var passwordService = Substitute.For<IPasswordModeService>();
passwordService.CheckPasswordMode(Arg.Is(passwordInterceptKeyEventArgs)).Returns(true);
var provider = new KeyProvider(player, passwordService);
//act
var processedKeys = ToEnumerable(provider, player);
//assert
Assert.Equal(1, processedKeys.Count());
}
private static IEnumerable<string> ToInputs(bool isLetter, bool isWinKeyPressed, InterceptKeyEventArgs interceptKeyEventArgs)
{
var controlPressed = interceptKeyEventArgs.ControlPressed;
var altPressed = interceptKeyEventArgs.AltPressed;
var shiftPressed = interceptKeyEventArgs.ShiftPressed;
if (controlPressed)
yield return "Ctrl";
if (altPressed)
yield return "Alt";
if (isWinKeyPressed)
yield return "Win";
if (controlPressed || altPressed)
{
//Treat as a shortcut, don't be too smart
if (shiftPressed)
yield return "Shift";
yield return interceptKeyEventArgs.Key.Sanitise();
}
else
{
string input;
var shiftModifiesInput = interceptKeyEventArgs.Key.SanitiseShift(out input);
if (!isLetter && !shiftModifiesInput && shiftPressed)
yield return "Shift";
if (interceptKeyEventArgs.ShiftPressed && shiftModifiesInput)
yield return input;
else if (isLetter && !interceptKeyEventArgs.ShiftPressed)
yield return interceptKeyEventArgs.Key.ToString().ToLower();
else
yield return interceptKeyEventArgs.Key.Sanitise();
}
}
public KeyPress(Process process, InterceptKeyEventArgs interceptKeyEventArgs)
{
Process = process;
InterceptKeyEventArgs = interceptKeyEventArgs;
}
KeyPress ToCarnacKeyPress(InterceptKeyEventArgs interceptKeyEventArgs)
{
var process = GetAssociatedProcess();
var isLetter = interceptKeyEventArgs.IsLetter();
var inputs = ToInputs(isLetter, winKeyPressed, interceptKeyEventArgs).ToArray();
try
{
string processFileName = process.MainModule.FileName;
ImageSource image = IconUtilities.GetProcessIconAsImageSource(processFileName);
return new KeyPress(new ProcessInfo(process.ProcessName, image), interceptKeyEventArgs, winKeyPressed, inputs);
}
catch (System.Exception)
{
return new KeyPress(new ProcessInfo(process.ProcessName), interceptKeyEventArgs, winKeyPressed, inputs); ;
}
}
bool IsModifierKeyPress(InterceptKeyEventArgs interceptKeyEventArgs)
{
return modifierKeys.Contains(interceptKeyEventArgs.Key);
}
private KeyPress ToCarnacKeyPress(InterceptKeyEventArgs interceptKeyEventArgs)
{
var process = GetAssociatedProcess();
var isLetter = interceptKeyEventArgs.Key >= Keys.A &&
interceptKeyEventArgs.Key <= Keys.Z;
var inputs = ToInputs(isLetter, winKeyPressed, interceptKeyEventArgs);
return new KeyPress(process, interceptKeyEventArgs, winKeyPressed, inputs);
}
