private void GenerateKeyboard(KeyboardContext context)
{
// Build grid
this.keysGrid.Children.Clear();
this.keysGrid.RowDefinitions.Clear();
this.keysGrid.ColumnDefinitions.Clear();
for (int row = 0; row < context.Rows; row++)
{
this.keysGrid.RowDefinitions.Add(new RowDefinition
{
Height = GridLength.Auto
});
StackPanel insideGrid = new StackPanel
{
HorizontalAlignment = HorizontalAlignment.Center,
Orientation = Orientation.Horizontal
};
Grid.SetRow(insideGrid, row);
keysGrid.Children.Add(insideGrid);
List <KeyMapping> keyMappings = context.KeyboardMapping.GetKeyMappingsByRow(row);
foreach (KeyMapping keyMapping in keyMappings)
{
KeyboardButton keyboardButton = new KeyboardButton
{
Content = keyMapping.Symbol
};
keyboardButton.Click += this.OnKeyButtonClicked;
insideGrid.Children.Add(keyboardButton);
}
}
}
public override void OnApplyTemplate()
{
base.OnApplyTemplate();
this.keysGrid = this.GetTemplateChild("PART_KeysGrid") as Grid;
this.shiftButton = this.GetTemplateChild("PART_ShiftButton") as Button;
this.symbolButton = this.GetTemplateChild("PART_SymbolButton") as Button;
this.spaceButton = this.GetTemplateChild("PART_SpaceButton") as Button;
this.backspaceButton = this.GetTemplateChild("PART_BackspaceButton") as Button;
this.enterButton = this.GetTemplateChild("PART_EnterButton") as Button;
if (keysGrid == null)
{
throw new InvalidOperationException("Cannot find PART_KeysGrid.");
}
if (shiftButton == null)
{
throw new InvalidOperationException("Cannot find PART_ShiftButton.");
}
if (symbolButton == null)
{
throw new InvalidOperationException("Cannot find PART_SymbolButton.");
}
if (spaceButton == null)
{
throw new InvalidOperationException("Cannot find PART_SpaceButton.");
}
if (backspaceButton == null)
{
throw new InvalidOperationException("Cannot find PART_BackspaceButton.");
}
if (enterButton == null)
{
throw new InvalidOperationException("Cannot find PART_EnterButton.");
}
this.shiftButton.Click += OnShiftButtonClick;
this.symbolButton.Click += OnSymbolButtonClick;
this.spaceButton.Click += OnSpaceButtonClick;
this.backspaceButton.Click += OnBackspaceButtonClick;
this.enterButton.Click += OnEnterButtonClick;
this.keyboardContext = this.GenerateKeyboardContext();
this.secondaryKeybordContext = this.GenerateSecondaryKeyboardContext();
this.GenerateKeyboard(this.keyboardContext);
}
protected override KeyboardContext GenerateKeyboardContext()
{
KeyboardContext keyboardContext = new KeyboardContext();
keyboardContext.Rows = 3;
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ქ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "წ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ე"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "რ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ტ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ყ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "უ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ი"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ო"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "პ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ა"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ს"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "დ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ფ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "გ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ჰ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ჯ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "კ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ლ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ზ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ხ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ც"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ვ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ბ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ნ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "მ"));
ToUpperReplacement = new Dictionary <string, string>();
ToUpperReplacement.Add("წ", "ჭ");
ToUpperReplacement.Add("რ", "ღ");
ToUpperReplacement.Add("ტ", "თ");
ToUpperReplacement.Add("ს", "შ");
ToUpperReplacement.Add("ჯ", "ჟ");
ToUpperReplacement.Add("ზ", "ძ");
ToUpperReplacement.Add("ც", "ჩ");
ToUpperReplacement.Add("ნ", "N");
return(keyboardContext);
}
object NameFromContext(KeyboardContext context)
{
switch (context)
{
case KeyboardContext.FirstLetterUppercase:
return(_inputScopeName);
case KeyboardContext.Number:
return(_inputScopeNumber);
case KeyboardContext.Uppercase:
return(_inputScopeName);
case KeyboardContext.Email:
return(_inputScopeEmail);
}
return(_inputScopeText);
}
protected override KeyboardContext GenerateKeyboardContext()
{
KeyboardContext keyboardContext = new KeyboardContext();
keyboardContext.Rows = 3;
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "я"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "в"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "е"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "р"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "т"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "ъ"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "у"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "и"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "о"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "п"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "а"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "с"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "д"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ф"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "г"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "х"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "й"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "к"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "л"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "ю"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ч"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "з"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ь"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ц"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ж"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "б"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "н"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "м"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "ш"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "щ"));
return(keyboardContext);
}
protected override KeyboardContext GenerateKeyboardContext()
{
KeyboardContext keyboardContext = new KeyboardContext();
keyboardContext.Rows = 3;
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "q"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "w"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "e"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "r"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "t"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "y"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "u"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "i"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "o"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(0, "p"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "a"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "s"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "d"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "f"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "g"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "h"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "j"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "k"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(1, "l"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "z"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "x"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "c"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "v"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "b"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "n"));
keyboardContext.KeyboardMapping.Add(new KeyMapping(2, "m"));
return(keyboardContext);
}
public KeyboardController(KeyboardContext context)
{
_context = context;
}
public TextInput(Rectangle position, KeyboardContext keyboardContext, string text, int textSize, Align contentAlign, ITextEdit controller)
{
Deployment.Current.Dispatcher.BeginInvoke(() =>
{
if (CurrentFocus != null)
{
CurrentFocus.UnfocusInternal();
}
_controller = controller;
CurrentFocus = this;
float dipFactor = DisplayProperties.LogicalDpi / 96.0f;
if (keyboardContext == KeyboardContext.Password)
{
_password = true;
Canvas.SetLeft(_passwordField, (position.X + 1) / dipFactor);
Canvas.SetTop(_passwordField, (position.Y + 2) / dipFactor);
_passwordField.Width = (position.Width - 2) / dipFactor;
_passwordField.Height = (position.Height - 4) / dipFactor;
SetText(text);
_passwordField.PasswordChanged += HandleEditingChangedPassword;
_passwordField.LostFocus += HandleEditingDidEnd;
_passwordField.KeyUp += HandleKeyUp;
Deployment.Current.Dispatcher.BeginInvoke(() =>
{
_passwordField.Visibility = Visibility.Visible;
_passwordField.Focus();
RootFrame.RenderTransform = new CompositeTransform();
});
}
else
{
Canvas.SetLeft(_textField, (position.X + 1) / dipFactor);
Canvas.SetTop(_textField, (position.Y + 2) / dipFactor);
_textField.Width = (position.Width - 2) / dipFactor;
_textField.Height = (position.Height - 4) / dipFactor;
switch (contentAlign & Align.Horz)
{
case Align.Left:
_textField.TextAlignment = TextAlignment.Left;
break;
case Align.Right:
_textField.TextAlignment = TextAlignment.Right;
break;
case Align.Center:
_textField.TextAlignment = TextAlignment.Center;
break;
}
_inputScope.Names.Clear();
_inputScope.Names.Add(NameFromContext(keyboardContext));
_uppercase = keyboardContext == KeyboardContext.Uppercase;
if (keyboardContext == KeyboardContext.MultilineText)
{
_textField.VerticalContentAlignment = VerticalAlignment.Top;
_textField.AcceptsReturn = true;
_textField.TextWrapping = TextWrapping.Wrap;
_multiline = true;
}
else
{
_textField.VerticalContentAlignment = VerticalAlignment.Center;
_textField.AcceptsReturn = false;
_textField.TextWrapping = TextWrapping.NoWrap;
_multiline = false;
}
SetText(text);
_textField.TextChanged += HandleEditingChanged;
_textField.LostFocus += HandleEditingDidEnd;
_textField.KeyUp += HandleKeyUp;
Deployment.Current.Dispatcher.BeginInvoke(() =>
{
_textField.Visibility = Visibility.Visible;
_textField.Focus();
RootFrame.RenderTransform = new CompositeTransform();
});
}
});
}
public UIContext(Gui gui)
{
_instance = this;
_keyboard = Create<KeyboardContext>();
_mouse = Add(new MouseContext(gui));
//Create<GamePadContext>();
var handler = Add(new ComponentHandler());
handler.Handle<IToolUI>(AddToolUI, ui => _toolUis.Remove(ui));
handler.Handle<IGameUI>(AddGameUI, ui => _gameUis.Remove(ui));
ToolMode = new ToggleComponent(SetToolMode, SetGameMode);
}
protected override void HandleInput(GameTime gameTime)
{
IInputContext input = Engine.InputContext;
MouseContext mouse = input.Mouse;
KeyboardContext key = input.Keyboard;
if (mouse.WheelDelta != 0)
{
_h += -mouse.WheelDelta * gameTime.ElapsedGameTime.TotalSeconds * _h * 0.0843f;
}
if (mouse.WasLeftButtonPressed)
{
// start drag
previousPoint = mouse.Location;
}
if (mouse.IsLeftButtonDown && !mouse.IsRightButtonDown)
{
// dragging
float diffX = mouse.Location.X - previousPoint.X;
float diffY = mouse.Location.Y - previousPoint.Y;
Longitude -= diffX * 0.016f * HeightAboveGround * 2f;
if (Longitude > 180)
{
Longitude = -180 + (Longitude - 180);
}
if (Longitude < -180)
{
Longitude = 180 + (Longitude - -180);
}
Latitude += diffY * 0.016f * HeightAboveGround * 2f;
if (Latitude > 85)
{
Latitude = 85;
}
if (Latitude < -85)
{
Latitude = -85;
}
previousPoint = mouse.Location;
}
else if (!mouse.IsRightButtonDown)
{
previousPoint = Vector2.Zero;
}
if (mouse.WasRightButtonPressed)
{
previousPoint = mouse.Location;
}
if (mouse.IsRightButtonDown && !mouse.IsLeftButtonDown)
{
// dragging
float diffX = mouse.Location.X - previousPoint.X;
float diffY = mouse.Location.Y - previousPoint.Y;
Rotate(diffX, diffY);
previousPoint = mouse.Location;
}
else if (!mouse.IsLeftButtonDown)
{
previousPoint = Vector2.Zero;
}
}
public KeyboardController(KeyboardContext context, ILogger <KeyboardController> logger)
{
_context = context;
_logger = logger;
}
