private void InitialiseKeyboard(IWindowManipulationService windowManipulationService)
{
if (Settings.Default.ConversationOnlyMode)
{
Keyboard = new ConversationAlpha(null);
windowManipulationService.Maximise();
}
else
{
switch (Settings.Default.StartupKeyboard)
{
case Enums.Keyboards.Alpha:
Keyboard = new Alpha();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.ConversationAlpha:
Keyboard = new ConversationAlpha(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
mainWindowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Maximise();
break;
case Enums.Keyboards.ConversationNumericAndSymbols:
Keyboard = new ConversationNumericAndSymbols(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
mainWindowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Maximise();
break;
case Enums.Keyboards.Currencies1:
Keyboard = new Currencies1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Currencies2:
Keyboard = new Currencies2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics1:
Keyboard = new Diacritics1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics2:
Keyboard = new Diacritics2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics3:
Keyboard = new Diacritics3();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Menu:
Keyboard = new Menu(() => Keyboard = new Alpha());
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Minimised:
Keyboard = new Minimised(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Minimise();
break;
case Enums.Keyboards.Mouse:
Keyboard = new Mouse(() => Keyboard = new Menu(() => Keyboard = new Alpha()));
windowManipulationService.Restore();
if (Settings.Default.MouseKeyboardDockSize == DockSizes.Full)
{
mainWindowManipulationService.ResizeDockToFull();
}
else
{
mainWindowManipulationService.ResizeDockToCollapsed();
}
break;
case Enums.Keyboards.NumericAndSymbols1:
Keyboard = new NumericAndSymbols1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.NumericAndSymbols2:
Keyboard = new NumericAndSymbols2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.NumericAndSymbols3:
Keyboard = new NumericAndSymbols3();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.PhysicalKeys:
Keyboard = new PhysicalKeys();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.SizeAndPosition:
Keyboard = new SizeAndPosition(() => Keyboard = new Menu(() => Keyboard = new Alpha()));
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
}
}
}
private void InitialiseKeyboard(IWindowManipulationService windowManipulationService)
{
if (Settings.Default.ConversationOnlyMode)
{
Keyboard = new ConversationAlpha(null);
windowManipulationService.Maximise();
}
else
{
switch (Settings.Default.StartupKeyboard)
{
case Enums.Keyboards.Alpha:
Keyboard = new Alpha();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
windowManipulationService.Maximise();
break;
case Enums.Keyboards.ConversationAlpha:
Keyboard = new ConversationAlpha(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
mainWindowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Maximise();
break;
case Enums.Keyboards.ConversationNumericAndSymbols:
Keyboard = new ConversationNumericAndSymbols(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
mainWindowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Maximise();
break;
case Enums.Keyboards.Currencies1:
Keyboard = new Currencies1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Currencies2:
Keyboard = new Currencies2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics1:
Keyboard = new Diacritics1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics2:
Keyboard = new Diacritics2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics3:
Keyboard = new Diacritics3();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Food:
Keyboard = new Food();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Menu:
Keyboard = new Menu(() => Keyboard = new Alpha());
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Minimised:
Keyboard = new Minimised(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Minimise();
break;
case Enums.Keyboards.Mouse:
Keyboard = new Mouse(() => Keyboard = new Menu(() => Keyboard = new Alpha()));
windowManipulationService.Restore();
if (Settings.Default.MouseKeyboardDockSize == DockSizes.Full)
{
mainWindowManipulationService.ResizeDockToFull();
}
else
{
mainWindowManipulationService.ResizeDockToCollapsed();
}
break;
case Enums.Keyboards.NumericAndSymbols1:
Keyboard = new NumericAndSymbols1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.NumericAndSymbols2:
Keyboard = new NumericAndSymbols2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.NumericAndSymbols3:
Keyboard = new NumericAndSymbols3();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.PhysicalKeys:
Keyboard = new PhysicalKeys();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.SizeAndPosition:
Keyboard = new SizeAndPosition(() => Keyboard = new Menu(() => Keyboard = new Alpha()));
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.emotionKeyboardKeyboard:
Keyboard = new emotionKeyboard();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.PeopleKeyboard:
Keyboard = new People();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.SportKeyboard:
Keyboard = new Sport();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.CountriesKeyboard:
Keyboard = new Countries();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.PlacesKeyboard:
Keyboard = new Places();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.WeatherKeyboard:
Keyboard = new Weather();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.BathroomKeyboard:
Keyboard = new Bathroom();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.HouseholdKeyboard:
Keyboard = new Household();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.ClothesKeyboard:
Keyboard = new Clothes();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.EntertainmentKeyboard:
Keyboard = new Entertainment();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.TimeKeyboard:
Keyboard = new Time();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.GesturesKeyboard:
Keyboard = new Gestures();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.AnimalsKeyboard:
Keyboard = new Animals();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.DrinksKeyboard:
Keyboard = new Drinks();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.FruitsKeyboard:
Keyboard = new Fruits();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.VegetablesKeyboard:
Keyboard = new Vegetables();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
}
}
}
private void SetKeyboardFromEnum(Enums.Keyboards keyboardEnum,
IWindowManipulationService windowManipulationService,
Action backAction)
{
// Set up the keyboard
switch (keyboardEnum)
{
case Enums.Keyboards.Alpha:
Keyboard = new Alpha1();
break;
case Enums.Keyboards.ConversationAlpha:
Keyboard = new ConversationAlpha1(backAction);
break;
case Enums.Keyboards.ConversationNumericAndSymbols:
Keyboard = new ConversationNumericAndSymbols(backAction);
break;
case Enums.Keyboards.ConversationConfirm:
Keyboard = new ConversationConfirm(backAction);
break;
case Enums.Keyboards.Currencies1:
Keyboard = new Currencies1();
break;
case Enums.Keyboards.Currencies2:
Keyboard = new Currencies2();
break;
case Enums.Keyboards.CustomKeyboardFile:
Keyboard = new DynamicKeyboard(backAction, (d) => { }, Settings.Default.StartupKeyboardFile);
break;
case Enums.Keyboards.Diacritics1:
Keyboard = new Diacritics1();
break;
case Enums.Keyboards.Diacritics2:
Keyboard = new Diacritics2();
break;
case Enums.Keyboards.Diacritics3:
Keyboard = new Diacritics3();
break;
case Enums.Keyboards.Menu:
Keyboard = new Menu(backAction);
break;
case Enums.Keyboards.Minimised:
Keyboard = new Minimised(backAction);
break;
case Enums.Keyboards.Mouse:
Keyboard = new Mouse(backAction);
break;
case Enums.Keyboards.NumericAndSymbols1:
Keyboard = new NumericAndSymbols1();
break;
case Enums.Keyboards.NumericAndSymbols2:
Keyboard = new NumericAndSymbols2();
break;
case Enums.Keyboards.NumericAndSymbols3:
Keyboard = new NumericAndSymbols3();
break;
case Enums.Keyboards.PhysicalKeys:
Keyboard = new PhysicalKeys();
break;
case Enums.Keyboards.SizeAndPosition:
Keyboard = new SizeAndPosition(backAction);
break;
case Enums.Keyboards.WebBrowsing:
Keyboard = new WebBrowsing();
break;
}
// Set the window appropriately according to keyboard
switch (Settings.Default.StartupKeyboard)
{
case Enums.Keyboards.ConversationAlpha:
case Enums.Keyboards.ConversationConfirm:
case Enums.Keyboards.ConversationNumericAndSymbols:
windowManipulationService.Maximise();
break;
case Enums.Keyboards.Minimised:
windowManipulationService.Minimise();
break;
case Enums.Keyboards.Mouse:
windowManipulationService.Restore();
if (Settings.Default.MouseKeyboardDockSize == DockSizes.Full)
{
windowManipulationService.ResizeDockToFull();
}
else
{
windowManipulationService.ResizeDockToCollapsed();
}
break;
default:
windowManipulationService.Restore();
windowManipulationService.ResizeDockToFull();
break;
}
}
private void InitialiseKeyboard(IWindowManipulationService windowManipulationService)
{
if (Settings.Default.ConversationOnlyMode)
{
Keyboard = new ConversationAlpha(null);
windowManipulationService.Maximise();
}
else
{
switch (Settings.Default.StartupKeyboard)
{
case Enums.Keyboards.Alpha:
Keyboard = new Alpha();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.ConversationAlpha:
Keyboard = new ConversationAlpha(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
mainWindowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Maximise();
break;
case Enums.Keyboards.ConversationNumericAndSymbols:
Keyboard = new ConversationNumericAndSymbols(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
mainWindowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Maximise();
break;
case Enums.Keyboards.Currencies1:
Keyboard = new Currencies1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Currencies2:
Keyboard = new Currencies2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics1:
Keyboard = new Diacritics1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics2:
Keyboard = new Diacritics2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Diacritics3:
Keyboard = new Diacritics3();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Menu:
Keyboard = new Menu(() => Keyboard = new Alpha());
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.Minimised:
Keyboard = new Minimised(() =>
{
Keyboard = new Menu(() => Keyboard = new Alpha());
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
});
windowManipulationService.Minimise();
break;
case Enums.Keyboards.Mouse:
Keyboard = new Mouse(() => Keyboard = new Menu(() => Keyboard = new Alpha()));
windowManipulationService.Restore();
if (Settings.Default.MouseKeyboardDockSize == DockSizes.Full)
{
mainWindowManipulationService.ResizeDockToFull();
}
else
{
mainWindowManipulationService.ResizeDockToCollapsed();
}
break;
case Enums.Keyboards.NumericAndSymbols1:
Keyboard = new NumericAndSymbols1();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.NumericAndSymbols2:
Keyboard = new NumericAndSymbols2();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.NumericAndSymbols3:
Keyboard = new NumericAndSymbols3();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.PhysicalKeys:
Keyboard = new PhysicalKeys();
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
case Enums.Keyboards.SizeAndPosition:
Keyboard = new SizeAndPosition(() => Keyboard = new Menu(() => Keyboard = new Alpha()));
windowManipulationService.Restore();
mainWindowManipulationService.ResizeDockToFull();
break;
}
}
}
private void HandleFunctionKeySelectionResult(KeyValue singleKeyValue)
{
if (singleKeyValue.FunctionKey != null)
{
keyStateService.ProgressKeyDownState(singleKeyValue);
var currentKeyboard = Keyboard;
switch (singleKeyValue.FunctionKey.Value)
{
case FunctionKeys.AddToDictionary:
AddTextToDictionary();
break;
case FunctionKeys.AlphaKeyboard:
Log.Debug("Changing keyboard to Alpha.");
Keyboard = new Alpha();
break;
case FunctionKeys.BackFromKeyboard:
Log.Debug("Navigating back from keyboard.");
var navigableKeyboard = Keyboard as IBackAction;
if (navigableKeyboard != null && navigableKeyboard.BackAction != null)
{
navigableKeyboard.BackAction();
}
else
{
Keyboard = new Alpha();
}
break;
case FunctionKeys.Calibrate:
if (CalibrationService != null)
{
Log.Debug("Calibrate requested.");
var question = CalibrationService.CanBeCompletedWithoutManualIntervention
? "Are you sure you would like to re-calibrate?"
: "Calibration cannot be completed without manual intervention, e.g. having to use a mouse. You may be stuck in the calibration process if you cannot manually interact with your computer.\nAre you sure you would like to re-calibrate?";
Keyboard = new YesNoQuestion(
question,
() =>
{
inputService.RequestSuspend();
Keyboard = currentKeyboard;
CalibrateRequest.Raise(new NotificationWithCalibrationResult(), calibrationResult =>
{
if (calibrationResult.Success)
{
audioService.PlaySound(Settings.Default.InfoSoundFile, Settings.Default.InfoSoundVolume);
RaiseToastNotification("Success", calibrationResult.Message, NotificationTypes.Normal, () => inputService.RequestResume());
}
else
{
audioService.PlaySound(Settings.Default.ErrorSoundFile, Settings.Default.ErrorSoundVolume);
RaiseToastNotification("Uh-oh!", calibrationResult.Exception != null
? calibrationResult.Exception.Message
: calibrationResult.Message ?? "Something went wrong, but I don't know what - please check the logs",
NotificationTypes.Error,
() => inputService.RequestResume());
}
});
},
() =>
{
Keyboard = currentKeyboard;
});
}
break;
case FunctionKeys.CollapseDock:
Log.Debug("Collapsing dock.");
mainWindowManipulationService.ResizeDockToCollapsed();
if (Keyboard is ViewModels.Keyboards.Mouse)
{
Settings.Default.MouseKeyboardDockSize = DockSizes.Collapsed;
}
break;
case FunctionKeys.ConversationAlphaKeyboard:
Log.Debug("Changing keyboard to ConversationAlpha.");
var opacityBeforeConversationAlpha = mainWindowManipulationService.GetOpacity();
Action conversationAlphaBackAction =
currentKeyboard is ConversationNumericAndSymbols
? ((ConversationNumericAndSymbols)currentKeyboard).BackAction
: () =>
{
Log.Debug("Restoring window size.");
mainWindowManipulationService.Restore();
Log.DebugFormat("Restoring window opacity to {0}", opacityBeforeConversationAlpha);
mainWindowManipulationService.SetOpacity(opacityBeforeConversationAlpha);
Keyboard = currentKeyboard;
};
Keyboard = new ConversationAlpha(conversationAlphaBackAction);
Log.Debug("Maximising window.");
mainWindowManipulationService.Maximise();
Log.DebugFormat("Setting opacity to 1 (fully opaque)");
mainWindowManipulationService.SetOpacity(1);
break;
case FunctionKeys.ConversationNumericAndSymbolsKeyboard:
Log.Debug("Changing keyboard to ConversationNumericAndSymbols.");
var opacityBeforeConversationNumericAndSymbols = mainWindowManipulationService.GetOpacity();
Action conversationNumericAndSymbolsBackAction =
currentKeyboard is ConversationAlpha
? ((ConversationAlpha)currentKeyboard).BackAction
: () =>
{
Log.Debug("Restoring window size.");
mainWindowManipulationService.Restore();
Log.DebugFormat("Restoring window opacity to {0}", opacityBeforeConversationNumericAndSymbols);
mainWindowManipulationService.SetOpacity(opacityBeforeConversationNumericAndSymbols);
Keyboard = currentKeyboard;
};
Keyboard = new ConversationNumericAndSymbols(conversationNumericAndSymbolsBackAction);
Log.Debug("Maximising window.");
mainWindowManipulationService.Maximise();
Log.DebugFormat("Setting opacity to 1 (fully opaque)");
mainWindowManipulationService.SetOpacity(1);
break;
case FunctionKeys.Currencies1Keyboard:
Log.Debug("Changing keyboard to Currencies1.");
Keyboard = new Currencies1();
break;
case FunctionKeys.Currencies2Keyboard:
Log.Debug("Changing keyboard to Currencies2.");
Keyboard = new Currencies2();
break;
case FunctionKeys.DecreaseOpacity:
Log.Debug("Decreasing opacity.");
mainWindowManipulationService.IncrementOrDecrementOpacity(false);
break;
case FunctionKeys.Diacritic1Keyboard:
Log.Debug("Changing keyboard to Diacritic1.");
Keyboard = new Diacritics1();
break;
case FunctionKeys.Diacritic2Keyboard:
Log.Debug("Changing keyboard to Diacritic2.");
Keyboard = new Diacritics2();
break;
case FunctionKeys.Diacritic3Keyboard:
Log.Debug("Changing keyboard to Diacritic3.");
Keyboard = new Diacritics3();
break;
case FunctionKeys.ExpandDock:
Log.Debug("Expanding dock.");
mainWindowManipulationService.ResizeDockToFull();
if (Keyboard is ViewModels.Keyboards.Mouse)
{
Settings.Default.MouseKeyboardDockSize = DockSizes.Full;
}
break;
case FunctionKeys.ExpandToBottom:
Log.DebugFormat("Expanding to bottom by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.Bottom, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToBottomAndLeft:
Log.DebugFormat("Expanding to bottom and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.BottomLeft, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToBottomAndRight:
Log.DebugFormat("Expanding to bottom and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.BottomRight, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToLeft:
Log.DebugFormat("Expanding to left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.Left, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToRight:
Log.DebugFormat("Expanding to right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.Right, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToTop:
Log.DebugFormat("Expanding to top by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.Top, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToTopAndLeft:
Log.DebugFormat("Expanding to top and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.TopLeft, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToTopAndRight:
Log.DebugFormat("Expanding to top and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Expand(ExpandToDirections.TopRight, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.IncreaseOpacity:
Log.Debug("Increasing opacity.");
mainWindowManipulationService.IncrementOrDecrementOpacity(true);
break;
case FunctionKeys.MenuKeyboard:
Log.Debug("Restoring window size.");
mainWindowManipulationService.Restore();
Log.Debug("Changing keyboard to Menu.");
Keyboard = new Menu(() => Keyboard = currentKeyboard);
break;
case FunctionKeys.Minimise:
Log.Debug("Minimising window.");
mainWindowManipulationService.Minimise();
Log.Debug("Changing keyboard to Minimised.");
Keyboard = new Minimised(() =>
{
Log.Debug("Restoring window size.");
mainWindowManipulationService.Restore();
Keyboard = currentKeyboard;
});
break;
case FunctionKeys.MouseDrag:
Log.Debug("Mouse drag selected.");
SetupFinalClickAction(firstFinalPoint =>
{
if (firstFinalPoint != null)
{
audioService.PlaySound(Settings.Default.MouseDownSoundFile, Settings.Default.MouseDownSoundVolume);
//This class reacts to the point selection event AFTER the MagnifyPopup reacts to it.
//This means that if the MagnifyPopup sets the nextPointSelectionAction from the
//MagnifiedPointSelectionAction then it will be called immediately i.e. for the same point.
//The workaround is to set the nextPointSelectionAction to a lambda which sets the NEXT
//nextPointSelectionAction. This means the immediate call to the lambda just sets up the
//delegate for the subsequent call.
nextPointSelectionAction = repeatFirstClickOrSecondClickAction =>
{
Action<Point> deferIfMagnifyingElseDoNow = repeatFirstClickOrSecondClickPoint =>
{
Action<Point?> secondFinalClickAction = secondFinalPoint =>
{
if (secondFinalPoint != null)
{
Action<Point, Point> simulateDrag = (fp1, fp2) =>
{
Log.DebugFormat("Performing mouse drag between points ({0},{1}) and {2},{3}).", fp1.X, fp1.Y, fp2.X, fp2.Y);
mouseOutputService.MoveTo(fp1);
mouseOutputService.LeftButtonDown();
audioService.PlaySound(Settings.Default.MouseUpSoundFile, Settings.Default.MouseUpSoundVolume);
mouseOutputService.MoveTo(fp2);
mouseOutputService.LeftButtonUp();
};
lastMouseActionStateManager.LastMouseAction =
() => simulateDrag(firstFinalPoint.Value, secondFinalPoint.Value);
simulateDrag(firstFinalPoint.Value, secondFinalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
};
if (keyStateService.KeyDownStates[KeyValues.MouseMagnifierKey].Value.IsDownOrLockedDown())
{
ShowCursor = false; //See MouseMoveAndLeftClick case for explanation of this
MagnifiedPointSelectionAction = secondFinalClickAction;
MagnifyAtPoint = repeatFirstClickOrSecondClickPoint;
ShowCursor = true;
}
else
{
secondFinalClickAction(repeatFirstClickOrSecondClickPoint);
}
nextPointSelectionAction = null;
};
if (keyStateService.KeyDownStates[KeyValues.MouseMagnifierKey].Value.IsDownOrLockedDown())
{
nextPointSelectionAction = deferIfMagnifyingElseDoNow;
}
else
{
deferIfMagnifyingElseDoNow(repeatFirstClickOrSecondClickAction);
}
};
}
else
{
//Reset and clean up if we are not continuing to 2nd point
SelectionMode = SelectionModes.Key;
nextPointSelectionAction = null;
ShowCursor = false;
if (keyStateService.KeyDownStates[KeyValues.MouseMagnifierKey].Value == KeyDownStates.Down)
{
keyStateService.KeyDownStates[KeyValues.MouseMagnifierKey].Value = KeyDownStates.Up; //Release magnifier if down but not locked down
}
}
//Reset and clean up
MagnifyAtPoint = null;
MagnifiedPointSelectionAction = null;
}, finalClickInSeries: false);
break;
case FunctionKeys.MouseKeyboard:
Log.Debug("Changing keyboard to Mouse.");
Action backAction;
if (keyStateService.SimulateKeyStrokes
&& Settings.Default.SuppressModifierKeysWhenInMouseKeyboard)
{
var lastLeftShiftValue = keyStateService.KeyDownStates[KeyValues.LeftShiftKey].Value;
var lastLeftCtrlValue = keyStateService.KeyDownStates[KeyValues.LeftCtrlKey].Value;
var lastLeftWinValue = keyStateService.KeyDownStates[KeyValues.LeftWinKey].Value;
var lastLeftAltValue = keyStateService.KeyDownStates[KeyValues.LeftAltKey].Value;
keyStateService.KeyDownStates[KeyValues.LeftShiftKey].Value = KeyDownStates.Up;
keyStateService.KeyDownStates[KeyValues.LeftCtrlKey].Value = KeyDownStates.Up;
keyStateService.KeyDownStates[KeyValues.LeftWinKey].Value = KeyDownStates.Up;
keyStateService.KeyDownStates[KeyValues.LeftAltKey].Value = KeyDownStates.Up;
backAction = () =>
{
keyStateService.KeyDownStates[KeyValues.LeftShiftKey].Value = lastLeftShiftValue;
keyStateService.KeyDownStates[KeyValues.LeftCtrlKey].Value = lastLeftCtrlValue;
keyStateService.KeyDownStates[KeyValues.LeftWinKey].Value = lastLeftWinValue;
keyStateService.KeyDownStates[KeyValues.LeftAltKey].Value = lastLeftAltValue;
Keyboard = currentKeyboard;
};
}
else
{
backAction = () => Keyboard = currentKeyboard;
}
Keyboard = new Mouse(backAction);
//Reinstate mouse keyboard docked state (if docked)
if (Settings.Default.MainWindowState == WindowStates.Docked)
{
if (Settings.Default.MouseKeyboardDockSize == DockSizes.Full
&& Settings.Default.MainWindowDockSize != DockSizes.Full)
{
mainWindowManipulationService.ResizeDockToFull();
}
else if (Settings.Default.MouseKeyboardDockSize == DockSizes.Collapsed
&& Settings.Default.MainWindowDockSize != DockSizes.Collapsed)
{
mainWindowManipulationService.ResizeDockToCollapsed();
}
}
break;
case FunctionKeys.MouseLeftClick:
var leftClickPoint = mouseOutputService.GetCursorPosition();
Log.DebugFormat("Mouse left click selected at point ({0},{1}).", leftClickPoint.X, leftClickPoint.Y);
Action<Point?> performLeftClick = point =>
{
if (point != null)
{
mouseOutputService.MoveTo(point.Value);
}
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
mouseOutputService.LeftButtonClick();
};
lastMouseActionStateManager.LastMouseAction = () => performLeftClick(leftClickPoint);
performLeftClick(null);
break;
case FunctionKeys.MouseLeftDoubleClick:
var leftDoubleClickPoint = mouseOutputService.GetCursorPosition();
Log.DebugFormat("Mouse left double click selected at point ({0},{1}).", leftDoubleClickPoint.X, leftDoubleClickPoint.Y);
Action<Point?> performLeftDoubleClick = point =>
{
if (point != null)
{
mouseOutputService.MoveTo(point.Value);
}
audioService.PlaySound(Settings.Default.MouseDoubleClickSoundFile, Settings.Default.MouseDoubleClickSoundVolume);
mouseOutputService.LeftButtonDoubleClick();
};
lastMouseActionStateManager.LastMouseAction = () => performLeftDoubleClick(leftDoubleClickPoint);
performLeftDoubleClick(null);
break;
case FunctionKeys.MouseLeftDownUp:
var leftDownUpPoint = mouseOutputService.GetCursorPosition();
if (keyStateService.KeyDownStates[KeyValues.MouseLeftDownUpKey].Value.IsDownOrLockedDown())
{
Log.DebugFormat("Pressing mouse left button down at point ({0},{1}).", leftDownUpPoint.X, leftDownUpPoint.Y);
audioService.PlaySound(Settings.Default.MouseDownSoundFile, Settings.Default.MouseDownSoundVolume);
mouseOutputService.LeftButtonDown();
lastMouseActionStateManager.LastMouseAction = null;
}
else
{
Log.DebugFormat("Releasing mouse left button at point ({0},{1}).", leftDownUpPoint.X, leftDownUpPoint.Y);
audioService.PlaySound(Settings.Default.MouseUpSoundFile, Settings.Default.MouseUpSoundVolume);
mouseOutputService.LeftButtonUp();
lastMouseActionStateManager.LastMouseAction = null;
}
break;
case FunctionKeys.MouseMiddleClick:
var middleClickPoint = mouseOutputService.GetCursorPosition();
Log.DebugFormat("Mouse middle click selected at point ({0},{1}).", middleClickPoint.X, middleClickPoint.Y);
Action<Point?> performMiddleClick = point =>
{
if (point != null)
{
mouseOutputService.MoveTo(point.Value);
}
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
mouseOutputService.MiddleButtonClick();
};
lastMouseActionStateManager.LastMouseAction = () => performMiddleClick(middleClickPoint);
performMiddleClick(null);
break;
case FunctionKeys.MouseMiddleDownUp:
var middleDownUpPoint = mouseOutputService.GetCursorPosition();
if (keyStateService.KeyDownStates[KeyValues.MouseMiddleDownUpKey].Value.IsDownOrLockedDown())
{
Log.DebugFormat("Pressing mouse middle button down at point ({0},{1}).", middleDownUpPoint.X, middleDownUpPoint.Y);
audioService.PlaySound(Settings.Default.MouseDownSoundFile, Settings.Default.MouseDownSoundVolume);
mouseOutputService.MiddleButtonDown();
lastMouseActionStateManager.LastMouseAction = null;
}
else
{
Log.DebugFormat("Releasing mouse middle button at point ({0},{1}).", middleDownUpPoint.X, middleDownUpPoint.Y);
audioService.PlaySound(Settings.Default.MouseUpSoundFile, Settings.Default.MouseUpSoundVolume);
mouseOutputService.MiddleButtonUp();
lastMouseActionStateManager.LastMouseAction = null;
}
break;
case FunctionKeys.MouseMoveAndLeftClick:
Log.Debug("Mouse move and left click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
Log.DebugFormat("Performing mouse left click at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
mouseOutputService.MoveAndLeftClick(fp, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAndLeftDoubleClick:
Log.Debug("Mouse move and left double click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
Log.DebugFormat("Performing mouse left double click at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseDoubleClickSoundFile, Settings.Default.MouseDoubleClickSoundVolume);
mouseOutputService.MoveAndLeftDoubleClick(fp, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAndMiddleClick:
Log.Debug("Mouse move and middle click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
Log.DebugFormat("Performing mouse middle click at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
mouseOutputService.MoveAndMiddleClick(fp, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAndRightClick:
Log.Debug("Mouse move and right click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
Log.DebugFormat("Performing mouse right click at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
mouseOutputService.MoveAndRightClick(fp, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAmountInPixels:
Log.Debug("Progressing MouseMoveAmountInPixels.");
switch (Settings.Default.MouseMoveAmountInPixels)
{
case 1:
Settings.Default.MouseMoveAmountInPixels = 5;
break;
case 5:
Settings.Default.MouseMoveAmountInPixels = 10;
break;
case 10:
Settings.Default.MouseMoveAmountInPixels = 25;
break;
case 25:
Settings.Default.MouseMoveAmountInPixels = 50;
break;
case 50:
Settings.Default.MouseMoveAmountInPixels = 100;
break;
default:
Settings.Default.MouseMoveAmountInPixels = 1;
break;
}
break;
case FunctionKeys.MouseMoveAndScrollToBottom:
Log.Debug("Mouse move and scroll to bottom selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateScrollToBottom = fp =>
{
Log.DebugFormat("Performing mouse scroll to bottom at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
mouseOutputService.MoveAndScrollWheelDown(fp, Settings.Default.MouseScrollAmountInClicks, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateScrollToBottom(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateScrollToBottom(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAndScrollToLeft:
Log.Debug("Mouse move and scroll to left selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateScrollToLeft = fp =>
{
Log.DebugFormat("Performing mouse scroll to left at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
mouseOutputService.MoveAndScrollWheelLeft(fp, Settings.Default.MouseScrollAmountInClicks, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateScrollToLeft(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateScrollToLeft(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAndScrollToRight:
Log.Debug("Mouse move and scroll to right selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateScrollToRight = fp =>
{
Log.DebugFormat("Performing mouse scroll to right at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
mouseOutputService.MoveAndScrollWheelRight(fp, Settings.Default.MouseScrollAmountInClicks, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateScrollToRight(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateScrollToRight(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveAndScrollToTop:
Log.Debug("Mouse move and scroll to top selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateScrollToTop = fp =>
{
Log.DebugFormat("Performing mouse scroll to top at point ({0},{1}).", fp.X, fp.Y);
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
mouseOutputService.MoveAndScrollWheelUp(fp, Settings.Default.MouseScrollAmountInClicks, true);
};
lastMouseActionStateManager.LastMouseAction = () => simulateScrollToTop(finalPoint.Value);
ShowCursor = false; //Hide cursor popup before performing action as it is possible for it to be performed on the popup
simulateScrollToTop(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveTo:
Log.Debug("Mouse move to selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateMoveTo = fp =>
{
Log.DebugFormat("Performing mouse move to point ({0},{1}).", fp.X, fp.Y);
mouseOutputService.MoveTo(fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateMoveTo(finalPoint.Value);
simulateMoveTo(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMoveToBottom:
Log.Debug("Mouse move to bottom selected.");
Action simulateMoveToBottom = () =>
{
var cursorPosition = mouseOutputService.GetCursorPosition();
var moveToPoint = new Point(cursorPosition.X, cursorPosition.Y + Settings.Default.MouseMoveAmountInPixels);
Log.DebugFormat("Performing mouse move to point ({0},{1}).", moveToPoint.X, moveToPoint.Y);
mouseOutputService.MoveTo(moveToPoint);
};
lastMouseActionStateManager.LastMouseAction = simulateMoveToBottom;
simulateMoveToBottom();
break;
case FunctionKeys.MouseMoveToLeft:
Log.Debug("Mouse move to left selected.");
Action simulateMoveToLeft = () =>
{
var cursorPosition = mouseOutputService.GetCursorPosition();
var moveToPoint = new Point(cursorPosition.X - Settings.Default.MouseMoveAmountInPixels, cursorPosition.Y);
Log.DebugFormat("Performing mouse move to point ({0},{1}).", moveToPoint.X, moveToPoint.Y);
mouseOutputService.MoveTo(moveToPoint);
};
lastMouseActionStateManager.LastMouseAction = simulateMoveToLeft;
simulateMoveToLeft();
break;
case FunctionKeys.MouseMoveToRight:
Log.Debug("Mouse move to right selected.");
Action simulateMoveToRight = () =>
{
var cursorPosition = mouseOutputService.GetCursorPosition();
var moveToPoint = new Point(cursorPosition.X + Settings.Default.MouseMoveAmountInPixels, cursorPosition.Y);
Log.DebugFormat("Performing mouse move to point ({0},{1}).", moveToPoint.X, moveToPoint.Y);
mouseOutputService.MoveTo(moveToPoint);
};
lastMouseActionStateManager.LastMouseAction = simulateMoveToRight;
simulateMoveToRight();
break;
case FunctionKeys.MouseMoveToTop:
Log.Debug("Mouse move to top selected.");
Action simulateMoveToTop = () =>
{
var cursorPosition = mouseOutputService.GetCursorPosition();
var moveToPoint = new Point(cursorPosition.X, cursorPosition.Y - Settings.Default.MouseMoveAmountInPixels);
Log.DebugFormat("Performing mouse move to point ({0},{1}).", moveToPoint.X, moveToPoint.Y);
mouseOutputService.MoveTo(moveToPoint);
};
lastMouseActionStateManager.LastMouseAction = simulateMoveToTop;
simulateMoveToTop();
break;
case FunctionKeys.MouseRightClick:
var rightClickPoint = mouseOutputService.GetCursorPosition();
Log.DebugFormat("Mouse right click selected at point ({0},{1}).", rightClickPoint.X, rightClickPoint.Y);
Action<Point?> performRightClick = point =>
{
if (point != null)
{
mouseOutputService.MoveTo(point.Value);
}
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
mouseOutputService.RightButtonClick();
};
lastMouseActionStateManager.LastMouseAction = () => performRightClick(rightClickPoint);
performRightClick(null);
break;
case FunctionKeys.MouseRightDownUp:
var rightDownUpPoint = mouseOutputService.GetCursorPosition();
if (keyStateService.KeyDownStates[KeyValues.MouseRightDownUpKey].Value.IsDownOrLockedDown())
{
Log.DebugFormat("Pressing mouse right button down at point ({0},{1}).", rightDownUpPoint.X, rightDownUpPoint.Y);
audioService.PlaySound(Settings.Default.MouseDownSoundFile, Settings.Default.MouseDownSoundVolume);
mouseOutputService.RightButtonDown();
lastMouseActionStateManager.LastMouseAction = null;
}
else
{
Log.DebugFormat("Releasing mouse right button at point ({0},{1}).", rightDownUpPoint.X, rightDownUpPoint.Y);
audioService.PlaySound(Settings.Default.MouseUpSoundFile, Settings.Default.MouseUpSoundVolume);
mouseOutputService.RightButtonUp();
lastMouseActionStateManager.LastMouseAction = null;
}
break;
case FunctionKeys.MoveAndResizeAdjustmentAmount:
Log.Debug("Progressing MoveAndResizeAdjustmentAmount.");
switch (Settings.Default.MoveAndResizeAdjustmentAmountInPixels)
{
case 1:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 5;
break;
case 5:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 10;
break;
case 10:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 25;
break;
case 25:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 50;
break;
case 50:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 100;
break;
default:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 1;
break;
}
break;
case FunctionKeys.MouseScrollAmountInClicks:
Log.Debug("Progressing MouseScrollAmountInClicks.");
switch (Settings.Default.MouseScrollAmountInClicks)
{
case 1:
Settings.Default.MouseScrollAmountInClicks = 3;
break;
case 3:
Settings.Default.MouseScrollAmountInClicks = 5;
break;
case 5:
Settings.Default.MouseScrollAmountInClicks = 10;
break;
case 10:
Settings.Default.MouseScrollAmountInClicks = 25;
break;
default:
Settings.Default.MouseScrollAmountInClicks = 1;
break;
}
break;
case FunctionKeys.MoveToBottom:
Log.DebugFormat("Moving to bottom by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.Bottom, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToBottomAndLeft:
Log.DebugFormat("Moving to bottom and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.BottomLeft, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToBottomAndLeftBoundaries:
Log.Debug("Moving to bottom and left boundaries.");
mainWindowManipulationService.Move(MoveToDirections.BottomLeft, null);
break;
case FunctionKeys.MoveToBottomAndRight:
Log.DebugFormat("Moving to bottom and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.BottomRight, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToBottomAndRightBoundaries:
Log.Debug("Moving to bottom and right boundaries.");
mainWindowManipulationService.Move(MoveToDirections.BottomRight, null);
break;
case FunctionKeys.MoveToBottomBoundary:
Log.Debug("Moving to bottom boundary.");
mainWindowManipulationService.Move(MoveToDirections.Bottom, null);
break;
case FunctionKeys.MoveToLeft:
Log.DebugFormat("Moving to left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.Left, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToLeftBoundary:
Log.Debug("Moving to left boundary.");
mainWindowManipulationService.Move(MoveToDirections.Left, null);
break;
case FunctionKeys.MoveToRight:
Log.DebugFormat("Moving to right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.Right, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToRightBoundary:
Log.Debug("Moving to right boundary.");
mainWindowManipulationService.Move(MoveToDirections.Right, null);
break;
case FunctionKeys.MoveToTop:
Log.DebugFormat("Moving to top by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.Top, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToTopAndLeft:
Log.DebugFormat("Moving to top and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.TopLeft, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToTopAndLeftBoundaries:
Log.Debug("Moving to top and left boundaries.");
mainWindowManipulationService.Move(MoveToDirections.TopLeft, null);
break;
case FunctionKeys.MoveToTopAndRight:
Log.DebugFormat("Moving to top and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Move(MoveToDirections.TopRight, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToTopAndRightBoundaries:
Log.Debug("Moving to top and right boundaries.");
mainWindowManipulationService.Move(MoveToDirections.TopRight, null);
break;
case FunctionKeys.MoveToTopBoundary:
Log.Debug("Moving to top boundary.");
mainWindowManipulationService.Move(MoveToDirections.Top, null);
break;
case FunctionKeys.NextSuggestions:
Log.Debug("Incrementing suggestions page.");
if (suggestionService.Suggestions != null
&& (suggestionService.Suggestions.Count > (suggestionService.SuggestionsPage + 1) * SuggestionService.SuggestionsPerPage))
{
suggestionService.SuggestionsPage++;
}
break;
case FunctionKeys.NoQuestionResult:
HandleYesNoQuestionResult(false);
break;
case FunctionKeys.NumericAndSymbols1Keyboard:
Log.Debug("Changing keyboard to NumericAndSymbols1.");
Keyboard = new NumericAndSymbols1();
break;
case FunctionKeys.NumericAndSymbols2Keyboard:
Log.Debug("Changing keyboard to NumericAndSymbols2.");
Keyboard = new NumericAndSymbols2();
break;
case FunctionKeys.NumericAndSymbols3Keyboard:
Log.Debug("Changing keyboard to Symbols3.");
Keyboard = new NumericAndSymbols3();
break;
case FunctionKeys.PhysicalKeysKeyboard:
Log.Debug("Changing keyboard to PhysicalKeys.");
Keyboard = new PhysicalKeys();
break;
case FunctionKeys.PreviousSuggestions:
Log.Debug("Decrementing suggestions page.");
if (suggestionService.SuggestionsPage > 0)
{
suggestionService.SuggestionsPage--;
}
break;
case FunctionKeys.Quit:
Log.Debug("Quit key selected.");
var keyboardBeforeQuit = Keyboard;
Keyboard = new YesNoQuestion("Are you sure you would like to quit?",
() =>
{
Keyboard = new YesNoQuestion("Are you absolutely sure that you'd like to quit?",
() => Application.Current.Shutdown(),
() => { Keyboard = keyboardBeforeQuit; });
},
() => { Keyboard = keyboardBeforeQuit; });
break;
case FunctionKeys.RepeatLastMouseAction:
if (lastMouseActionStateManager.LastMouseAction != null)
{
lastMouseActionStateManager.LastMouseAction();
}
break;
case FunctionKeys.ShrinkFromBottom:
Log.DebugFormat("Shrinking from bottom by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.Bottom, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromBottomAndLeft:
Log.DebugFormat("Shrinking from bottom and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.BottomLeft, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromBottomAndRight:
Log.DebugFormat("Shrinking from bottom and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.BottomRight, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromLeft:
Log.DebugFormat("Shrinking from left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.Left, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromRight:
Log.DebugFormat("Shrinking from right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.Right, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromTop:
Log.DebugFormat("Shrinking from top by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.Top, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromTopAndLeft:
Log.DebugFormat("Shrinking from top and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.TopLeft, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromTopAndRight:
Log.DebugFormat("Shrinking from top and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.Shrink(ShrinkFromDirections.TopRight, Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.SizeAndPositionKeyboard:
Log.Debug("Changing keyboard to Size & Position.");
Keyboard = new SizeAndPosition(() => Keyboard = currentKeyboard);
break;
case FunctionKeys.Speak:
var speechStarted = audioService.SpeakNewOrInterruptCurrentSpeech(
keyboardOutputService.Text,
() => { KeyStateService.KeyDownStates[KeyValues.SpeakKey].Value = KeyDownStates.Up; },
Settings.Default.SpeechVolume,
Settings.Default.SpeechRate,
Settings.Default.SpeechVoice);
KeyStateService.KeyDownStates[KeyValues.SpeakKey].Value = speechStarted ? KeyDownStates.Down : KeyDownStates.Up;
break;
case FunctionKeys.YesQuestionResult:
HandleYesNoQuestionResult(true);
break;
}
keyboardOutputService.ProcessFunctionKey(singleKeyValue.FunctionKey.Value);
}
}
private void SetKeyboardFromEnum(Enums.Keyboards keyboardEnum,
IWindowManipulationService windowManipulationService,
Action backAction)
{
if (Keyboard is Minimised && keyboardEnum == Enums.Keyboards.Minimised)
{
return;
}
// Set up the keyboard
switch (keyboardEnum)
{
case Enums.Keyboards.Alpha:
Keyboard = new Alpha1();
break;
case Enums.Keyboards.ConversationAlpha:
Keyboard = new ConversationAlpha1(backAction);
break;
case Enums.Keyboards.ConversationNumericAndSymbols:
Keyboard = new ConversationNumericAndSymbols(backAction);
break;
case Enums.Keyboards.ConversationConfirm:
Keyboard = new ConversationConfirm(backAction);
break;
case Enums.Keyboards.Currencies1:
Keyboard = new Currencies1();
break;
case Enums.Keyboards.Currencies2:
Keyboard = new Currencies2();
break;
case Enums.Keyboards.CustomKeyboardFile:
Keyboard = new DynamicKeyboard(backAction, keyStateService, Settings.Default.StartupKeyboardFile);
break;
case Enums.Keyboards.Diacritics1:
Keyboard = new Diacritics1();
break;
case Enums.Keyboards.Diacritics2:
Keyboard = new Diacritics2();
break;
case Enums.Keyboards.Diacritics3:
Keyboard = new Diacritics3();
break;
case Enums.Keyboards.DynamicKeyboard:
Keyboard = new DynamicKeyboardSelector(() => { }, 0);
break;
case Enums.Keyboards.Menu:
Keyboard = new Menu(backAction);
break;
case Enums.Keyboards.Minimised:
mainWindowManipulationService.Minimise();
var currentKeyboard = Keyboard;
Keyboard = new Minimised(() =>
{
mainWindowManipulationService.Restore();
Keyboard = currentKeyboard != null ? currentKeyboard : new Menu(() => Keyboard = new Alpha1());
});
break;
case Enums.Keyboards.Mouse:
Keyboard = new Mouse(backAction);
break;
case Enums.Keyboards.NumericAndSymbols1:
Keyboard = new NumericAndSymbols1();
break;
case Enums.Keyboards.NumericAndSymbols2:
Keyboard = new NumericAndSymbols2();
break;
case Enums.Keyboards.NumericAndSymbols3:
Keyboard = new NumericAndSymbols3();
break;
case Enums.Keyboards.PhysicalKeys:
Keyboard = new PhysicalKeys();
break;
case Enums.Keyboards.SizeAndPosition:
Keyboard = new SizeAndPosition(backAction);
break;
case Enums.Keyboards.WebBrowsing:
Keyboard = new WebBrowsing();
break;
default:
Log.ErrorFormat("Cannot load keyboard: {0}, this is not a valid StartupKeyboard",
Settings.Default.StartupKeyboard);
break;
}
// Set the window appropriately according to keyboard
switch (keyboardEnum)
{
case Enums.Keyboards.ConversationAlpha:
case Enums.Keyboards.ConversationConfirm:
case Enums.Keyboards.ConversationNumericAndSymbols:
windowManipulationService.Maximise();
break;
case Enums.Keyboards.Minimised:
break;
case Enums.Keyboards.Mouse:
windowManipulationService.Restore();
if (Settings.Default.MouseKeyboardDockSize == DockSizes.Full)
{
windowManipulationService.ResizeDockToFull();
}
else
{
windowManipulationService.ResizeDockToCollapsed();
}
break;
default:
windowManipulationService.Restore();
windowManipulationService.ResizeDockToFull();
break;
}
}
private void HandleFunctionKeySelectionResult(KeyValue singleKeyValue)
{
if (singleKeyValue.FunctionKey != null)
{
keyboardService.ProgressKeyDownState(singleKeyValue);
var currentKeyboard = Keyboard;
switch (singleKeyValue.FunctionKey.Value)
{
case FunctionKeys.AddToDictionary:
AddTextToDictionary();
break;
case FunctionKeys.AlphaKeyboard:
Log.Debug("Changing keyboard to Alpha.");
Keyboard = new Alpha();
break;
case FunctionKeys.Diacritic1Keyboard:
Log.Debug("Changing keyboard to Diacritic1.");
Keyboard = new Diacritic1();
break;
case FunctionKeys.Diacritic2Keyboard:
Log.Debug("Changing keyboard to Diacritic2.");
Keyboard = new Diacritic2();
break;
case FunctionKeys.Diacritic3Keyboard:
Log.Debug("Changing keyboard to Diacritic3.");
Keyboard = new Diacritic3();
break;
case FunctionKeys.BackFromKeyboard:
Log.Debug("Navigating back from keyboard.");
var navigableKeyboard = Keyboard as IBackAction;
if (navigableKeyboard != null && navigableKeyboard.BackAction != null)
{
navigableKeyboard.BackAction();
}
else
{
Keyboard = new Alpha();
}
break;
case FunctionKeys.Calibrate:
if (CalibrationService != null)
{
Log.Debug("Calibrate requested.");
var previousKeyboard = Keyboard;
var question = CalibrationService.CanBeCompletedWithoutManualIntervention
? "Are you sure you would like to re-calibrate?"
: "Calibration cannot be completed without manual intervention, e.g. having to use a mouse. You may be stuck in the calibration process if you cannot manually interact with your computer.\nAre you sure you would like to re-calibrate?";
Keyboard = new YesNoQuestion(
question,
() =>
{
inputService.State = RunningStates.Paused;
Keyboard = previousKeyboard;
CalibrateRequest.Raise(new NotificationWithCalibrationResult(), calibrationResult =>
{
if (calibrationResult.Success)
{
audioService.PlaySound(Settings.Default.InfoSoundFile, Settings.Default.InfoSoundVolume);
RaiseToastNotification("Success", calibrationResult.Message, NotificationTypes.Normal, () => { inputService.State = RunningStates.Running; });
}
else
{
audioService.PlaySound(Settings.Default.ErrorSoundFile, Settings.Default.ErrorSoundVolume);
RaiseToastNotification("Uh-oh!", calibrationResult.Exception != null
? calibrationResult.Exception.Message
: calibrationResult.Message ?? "Something went wrong, but I don't know what - please check the logs",
NotificationTypes.Error,
() => { inputService.State = RunningStates.Running; });
}
});
},
() =>
{
Keyboard = previousKeyboard;
});
}
break;
case FunctionKeys.Currencies1Keyboard:
Log.Debug("Changing keyboard to Currencies1.");
Keyboard = new Currencies1();
break;
case FunctionKeys.Currencies2Keyboard:
Log.Debug("Changing keyboard to Currencies2.");
Keyboard = new Currencies2();
break;
case FunctionKeys.DecreaseOpacity:
Log.Debug("Decreasing opacity.");
mainWindowManipulationService.DecreaseOpacity();
break;
case FunctionKeys.ExpandToBottom:
Log.DebugFormat("Expanding to bottom by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToBottom(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToBottomAndLeft:
Log.DebugFormat("Expanding to bottom and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToBottomAndLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToBottomAndRight:
Log.DebugFormat("Expanding to bottom and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToBottomAndRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToLeft:
Log.DebugFormat("Expanding to left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToRight:
Log.DebugFormat("Expanding to right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToTop:
Log.DebugFormat("Expanding to top by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToTop(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToTopAndLeft:
Log.DebugFormat("Expanding to top and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToTopAndLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ExpandToTopAndRight:
Log.DebugFormat("Expanding to top and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ExpandToTopAndRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.IncreaseOpacity:
Log.Debug("Increasing opacity.");
mainWindowManipulationService.IncreaseOpacity();
break;
case FunctionKeys.MaximiseSize:
Log.Debug("Maximising size.");
mainWindowManipulationService.Maximise();
break;
case FunctionKeys.MenuKeyboard:
Log.Debug("Changing keyboard to Menu.");
Keyboard = new Menu(() => Keyboard = currentKeyboard);
break;
case FunctionKeys.MouseKeyboard:
Log.Debug("Changing keyboard to Mouse.");
if (keyboardService.KeyDownStates[KeyValues.SimulateKeyStrokesKey].Value.IsDownOrLockedDown()
&& Settings.Default.DisableKeyboardSimulationWhileMouseKeyboardIsOpen)
{
var lastSimulateKeyStrokesValue = keyboardService.KeyDownStates[KeyValues.SimulateKeyStrokesKey].Value;
var lastLeftShiftValue = keyboardService.KeyDownStates[KeyValues.LeftShiftKey].Value;
var lastLeftCtrlValue = keyboardService.KeyDownStates[KeyValues.LeftCtrlKey].Value;
var lastLeftWinValue = keyboardService.KeyDownStates[KeyValues.LeftWinKey].Value;
var lastLeftAltValue = keyboardService.KeyDownStates[KeyValues.LeftAltKey].Value;
keyboardService.KeyDownStates[KeyValues.SimulateKeyStrokesKey].Value = KeyDownStates.Up;
Keyboard = new Mouse(() =>
{
keyboardService.KeyDownStates[KeyValues.SimulateKeyStrokesKey].Value = lastSimulateKeyStrokesValue;
keyboardService.KeyDownStates[KeyValues.LeftShiftKey].Value = lastLeftShiftValue;
keyboardService.KeyDownStates[KeyValues.LeftCtrlKey].Value = lastLeftCtrlValue;
keyboardService.KeyDownStates[KeyValues.LeftWinKey].Value = lastLeftWinValue;
keyboardService.KeyDownStates[KeyValues.LeftAltKey].Value = lastLeftAltValue;
Keyboard = currentKeyboard;
});
}
else
{
Keyboard = new Mouse(() => Keyboard = currentKeyboard);
}
break;
case FunctionKeys.MouseDoubleLeftClick:
Log.Debug("Mouse double left click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
outputService.LeftMouseButtonDoubleClick(fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseDrag:
Log.Debug("Mouse drag selected.");
SetupFinalClickAction(firstFinalPoint =>
{
if (firstFinalPoint != null)
{
//This class reacts to the point selection event AFTER the MagnifyPopup reacts to it.
//This means that if the MagnifyPopup sets the nextPointSelectionAction from the
//MagnifiedPointSelectionAction then it will be called immediately i.e. for the same point.
//The workaround is to set the nextPointSelectionAction to a lambda which sets the NEXT
//nextPointSelectionAction. This means the immediate call to the lambda just sets up the
//delegate for the subsequent call.
nextPointSelectionAction = repeatFirstClickOrSecondClickAction =>
{
Action<Point> deferIfMagnifyingElseDoNow = repeatFirstClickOrSecondClickPoint =>
{
Action<Point?> secondFinalClickAction = secondFinalPoint =>
{
if (secondFinalPoint != null)
{
Action<Point, Point> simulateDrag = (fp1, fp2) =>
{
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
outputService.LeftMouseButtonDown(fp1);
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
outputService.LeftMouseButtonUp(fp2);
};
lastMouseActionStateManager.LastMouseAction =
() => simulateDrag(firstFinalPoint.Value, secondFinalPoint.Value);
simulateDrag(firstFinalPoint.Value, secondFinalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
};
if (keyboardService.KeyDownStates[KeyValues.MouseMagnifierKey].Value.IsDownOrLockedDown())
{
ShowCursor = false; //See MouseLeftClick case for explanation of this
MagnifiedPointSelectionAction = secondFinalClickAction;
MagnifyAtPoint = repeatFirstClickOrSecondClickPoint;
ShowCursor = true;
}
else
{
secondFinalClickAction(repeatFirstClickOrSecondClickPoint);
}
nextPointSelectionAction = null;
};
if (keyboardService.KeyDownStates[KeyValues.MouseMagnifierKey].Value.IsDownOrLockedDown())
{
nextPointSelectionAction = deferIfMagnifyingElseDoNow;
}
else
{
deferIfMagnifyingElseDoNow(repeatFirstClickOrSecondClickAction);
}
};
}
else
{
//Reset and clean up if we are not continuing to 2nd point
SelectionMode = SelectionModes.Key;
nextPointSelectionAction = null;
ShowCursor = false;
if (keyboardService.KeyDownStates[KeyValues.MouseMagnifierKey].Value == KeyDownStates.Down)
{
keyboardService.KeyDownStates[KeyValues.MouseMagnifierKey].Value = KeyDownStates.Up; //Release magnifier if down but not locked down
}
}
//Reset and clean up
MagnifyAtPoint = null;
MagnifiedPointSelectionAction = null;
}, finalClickInSeries: false);
break;
case FunctionKeys.MouseLeftClick:
Log.Debug("Mouse left click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
outputService.LeftMouseButtonClick(fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseMiddleClick:
Log.Debug("Mouse middle click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
outputService.MiddleMouseButtonClick(fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseRightClick:
Log.Debug("Mouse right click selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseClickSoundFile, Settings.Default.MouseClickSoundVolume);
outputService.RightMouseButtonClick(fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollAmountInClicks:
Log.Debug("Progressing MouseScrollAmountInClicks.");
switch (Settings.Default.MouseScrollAmountInClicks)
{
case 1:
Settings.Default.MouseScrollAmountInClicks = 3;
break;
case 3:
Settings.Default.MouseScrollAmountInClicks = 5;
break;
case 5:
Settings.Default.MouseScrollAmountInClicks = 10;
break;
case 10:
Settings.Default.MouseScrollAmountInClicks = 25;
break;
default:
Settings.Default.MouseScrollAmountInClicks = 1;
break;
}
break;
case FunctionKeys.MouseScrollToBottom:
Log.Debug("Mouse scroll to bottom selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelDown(Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToBottomAndLeft:
Log.Debug("Mouse scroll to bottom and left selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelDownAndLeft(
Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToBottomAndRight:
Log.Debug("Mouse scroll to bottom and right selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelDownAndRight(
Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToLeft:
Log.Debug("Mouse scroll to left selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelLeft(Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToRight:
Log.Debug("Mouse scroll to right selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelRight(Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToTop:
Log.Debug("Mouse scroll to top selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelUp(Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToTopAndLeft:
Log.Debug("Mouse scroll to top and left selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelUpAndLeft(Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MouseScrollToTopAndRight:
Log.Debug("Mouse scroll to top and right selected.");
SetupFinalClickAction(finalPoint =>
{
if (finalPoint != null)
{
Action<Point> simulateClick = fp =>
{
audioService.PlaySound(Settings.Default.MouseScrollSoundFile, Settings.Default.MouseScrollSoundVolume);
outputService.ScrollMouseWheelUpAndRight(Settings.Default.MouseScrollAmountInClicks, fp);
};
lastMouseActionStateManager.LastMouseAction = () => simulateClick(finalPoint.Value);
simulateClick(finalPoint.Value);
}
//Reset and clean up
ResetAndCleanupAfterMouseAction();
});
break;
case FunctionKeys.MoveAndResizeAdjustmentAmount:
Log.Debug("Progressing MoveAndResizeAdjustmentAmount.");
switch (Settings.Default.MoveAndResizeAdjustmentAmountInPixels)
{
case 1:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 5;
break;
case 5:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 10;
break;
case 10:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 25;
break;
case 25:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 50;
break;
case 50:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 100;
break;
default:
Settings.Default.MoveAndResizeAdjustmentAmountInPixels = 1;
break;
}
break;
case FunctionKeys.MoveToBottom:
Log.DebugFormat("Moving to bottom by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToBottom(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToBottomAndLeft:
Log.DebugFormat("Moving to bottom and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToBottomAndLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToBottomAndLeftBoundaries:
Log.Debug("Moving to bottom and left boundaries.");
mainWindowManipulationService.MoveToBottomAndLeftBoundaries();
break;
case FunctionKeys.MoveToBottomAndRight:
Log.DebugFormat("Moving to bottom and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToBottomAndRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToBottomAndRightBoundaries:
Log.Debug("Moving to bottom and right boundaries.");
mainWindowManipulationService.MoveToBottomAndRightBoundaries();
break;
case FunctionKeys.MoveToBottomBoundary:
Log.Debug("Moving to bottom boundary.");
mainWindowManipulationService.MoveToBottomBoundary();
break;
case FunctionKeys.MoveToLeft:
Log.DebugFormat("Moving to left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToLeftBoundary:
Log.Debug("Moving to left boundary.");
mainWindowManipulationService.MoveToLeftBoundary();
break;
case FunctionKeys.MoveToRight:
Log.DebugFormat("Moving to right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToRightBoundary:
Log.Debug("Moving to right boundary.");
mainWindowManipulationService.MoveToRightBoundary();
break;
case FunctionKeys.MoveToTop:
Log.DebugFormat("Moving to top by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToTop(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToTopAndLeft:
Log.DebugFormat("Moving to top and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToTopAndLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToTopAndLeftBoundaries:
Log.Debug("Moving to top and left boundaries.");
mainWindowManipulationService.MoveToTopAndLeftBoundaries();
break;
case FunctionKeys.MoveToTopAndRight:
Log.DebugFormat("Moving to top and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.MoveToTopAndRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.MoveToTopAndRightBoundaries:
Log.Debug("Moving to top and right boundaries.");
mainWindowManipulationService.MoveToTopAndRightBoundaries();
break;
case FunctionKeys.MoveToTopBoundary:
Log.Debug("Moving to top boundary.");
mainWindowManipulationService.MoveToTopBoundary();
break;
case FunctionKeys.NextSuggestions:
Log.Debug("Incrementing suggestions page.");
if (suggestionService.Suggestions != null
&& (suggestionService.Suggestions.Count > (suggestionService.SuggestionsPage + 1) * SuggestionService.SuggestionsPerPage))
{
suggestionService.SuggestionsPage++;
}
break;
case FunctionKeys.NoQuestionResult:
HandleYesNoQuestionResult(false);
break;
case FunctionKeys.NumericAndSymbols1Keyboard:
Log.Debug("Changing keyboard to NumericAndSymbols1.");
Keyboard = new NumericAndSymbols1();
break;
case FunctionKeys.NumericAndSymbols2Keyboard:
Log.Debug("Changing keyboard to NumericAndSymbols2.");
Keyboard = new NumericAndSymbols2();
break;
case FunctionKeys.NumericAndSymbols3Keyboard:
Log.Debug("Changing keyboard to Symbols3.");
Keyboard = new NumericAndSymbols3();
break;
case FunctionKeys.PhysicalKeysKeyboard:
Log.Debug("Changing keyboard to PhysicalKeys.");
Keyboard = new PhysicalKeys();
break;
case FunctionKeys.PositionKeyboard:
Log.Debug("Changing keyboard to Position.");
Keyboard = new Position(() => Keyboard = currentKeyboard);
break;
case FunctionKeys.PreviousSuggestions:
Log.Debug("Decrementing suggestions page.");
if (suggestionService.SuggestionsPage > 0)
{
suggestionService.SuggestionsPage--;
}
break;
case FunctionKeys.RepeatLastMouseAction:
if (lastMouseActionStateManager.LastMouseAction != null)
{
lastMouseActionStateManager.LastMouseAction();
}
break;
case FunctionKeys.RestoreSize:
Log.Debug("Restoring size.");
mainWindowManipulationService.Restore();
break;
case FunctionKeys.ShrinkFromBottom:
Log.DebugFormat("Shrinking from bottom by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromBottom(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromBottomAndLeft:
Log.DebugFormat("Shrinking from bottom and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromBottomAndLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromBottomAndRight:
Log.DebugFormat("Shrinking from bottom and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromBottomAndRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromLeft:
Log.DebugFormat("Shrinking from left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromRight:
Log.DebugFormat("Shrinking from right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromTop:
Log.DebugFormat("Shrinking from top by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromTop(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromTopAndLeft:
Log.DebugFormat("Shrinking from top and left by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromTopAndLeft(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.ShrinkFromTopAndRight:
Log.DebugFormat("Shrinking from top and right by {0}px.", Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
mainWindowManipulationService.ShrinkFromTopAndRight(Settings.Default.MoveAndResizeAdjustmentAmountInPixels);
break;
case FunctionKeys.SizeKeyboard:
Log.Debug("Changing keyboard to Size.");
Keyboard = new Size(() => Keyboard = currentKeyboard);
break;
case FunctionKeys.Speak:
audioService.Speak(
outputService.Text,
Settings.Default.SpeechVolume,
Settings.Default.SpeechRate,
Settings.Default.SpeechVoice);
break;
case FunctionKeys.YesQuestionResult:
HandleYesNoQuestionResult(true);
break;
}
outputService.ProcessFunctionKey(singleKeyValue.FunctionKey.Value);
}
}