public static TResult KeyNotificationSwitch <TResult>(KeyNotification notification, TResult defaultResult,
Func <KeyDownNotification, TResult> onDown,
Func <KeyUpNotification, TResult> onUp,
Func <KeyPressNotification, TResult> onPress,
Func <KeyboardLostNotification, TResult> onDeviceLost)
where TResult : class
{
switch (notification.Kind)
{
case KeyNotificationKind.KeyDown:
return(onDown?.Invoke((KeyDownNotification)notification) ?? defaultResult);
case KeyNotificationKind.KeyPress:
return(onPress?.Invoke((KeyPressNotification)notification) ?? defaultResult);
case KeyNotificationKind.KeyUp:
return(onUp?.Invoke((KeyUpNotification)notification) ?? defaultResult);
case KeyNotificationKind.DeviceLost:
return(onDeviceLost?.Invoke((KeyboardLostNotification)notification) ?? defaultResult);
default:
return(defaultResult);
}
}
public void Init()
{
oldIterations = SecuritySettings.Instance.PasswordHashingIterationCount;
SecuritySettings.Instance.PasswordHashingIterationCount = 1; // tests will run faster
configuration = new MembershipRebootConfiguration();
key = new KeyNotification();
configuration.AddEventHandler(key);
repository = new FakeUserAccountRepository();
subject = new TestUserAccountService(configuration, repository);
}
public void Init()
{
oldIterations = SecuritySettings.Instance.PasswordHashingIterationCount;
SecuritySettings.Instance.PasswordHashingIterationCount = 1; // tests will run faster
configuration = new MembershipRebootConfiguration();
key = new KeyNotification();
configuration.AddEventHandler(key);
repository = new FakeUserAccountRepository();
userAccountService = new UserAccountService(configuration, repository);
subject = new TestAuthenticationService(userAccountService);
}
public void Init()
{
SecuritySettings.Instance.PasswordHashingIterationCount = 1; // tests will run faster
configuration = new MembershipRebootConfiguration
{
RequireAccountVerification = false
};
key = new KeyNotification();
configuration.AddEventHandler(key);
repository = new FakeUserAccountRepository();
userAccountService = new UserAccountService(configuration, repository);
subject = new TestAuthenticationService(userAccountService);
}
private void HandleKeyNotification(KeyNotification n, CallerInfo caller)
{
var keyEvent = new CefKeyEvent()
{
//Modifiers = (CefEventFlags)((int)(FKeyboard.Modifiers) >> 15)
};
switch (n.Kind)
{
case KeyNotificationKind.KeyDown:
var keyDown = n as KeyDownNotification;
keyEvent.EventType = CefKeyEventType.KeyDown;
keyEvent.WindowsKeyCode = (int)keyDown.KeyCode;
keyEvent.NativeKeyCode = (int)keyDown.KeyCode;
break;
case KeyNotificationKind.KeyPress:
var keyPress = n as KeyPressNotification;
keyEvent.EventType = CefKeyEventType.Char;
keyEvent.Character = keyPress.KeyChar;
keyEvent.UnmodifiedCharacter = keyPress.KeyChar;
keyEvent.WindowsKeyCode = (int)keyPress.KeyChar;
keyEvent.NativeKeyCode = (int)keyPress.KeyChar;
break;
case KeyNotificationKind.KeyUp:
var keyUp = n as KeyUpNotification;
keyEvent.EventType = CefKeyEventType.KeyUp;
keyEvent.WindowsKeyCode = (int)keyUp.KeyCode;
keyEvent.NativeKeyCode = (int)keyUp.KeyCode;
break;
default:
break;
}
webRenderer.BrowserHost.SendKeyEvent(keyEvent);
}
public static TResult KeyNotificationSwitch <TResult>(KeyNotification notification, TResult defaultResult,
Func <KeyDownNotification, TResult> onDown = null,
Func <KeyUpNotification, TResult> onUp = null,
Func <KeyPressNotification, TResult> onPress = null,
Func <KeyboardLostNotification, TResult> onDeviceLost = null)
{
switch (notification.Kind)
{
case KeyNotificationKind.KeyDown:
return(onDown != null?onDown((KeyDownNotification)notification) : defaultResult);
case KeyNotificationKind.KeyPress:
return(onPress != null?onPress((KeyPressNotification)notification) : defaultResult);
case KeyNotificationKind.KeyUp:
return(onUp != null?onUp((KeyUpNotification)notification) : defaultResult);
case KeyNotificationKind.DeviceLost:
return(onDeviceLost != null?onDeviceLost((KeyboardLostNotification)notification) : defaultResult);
default:
return(defaultResult);
}
}