public void ExecuteCommand(System.Windows.Input.ICommand command, object parameter) { if (command == ApplicationCommands.Delete) { DeleteSelection(); } }
public ShortcutCommandWrapper(System.Windows.Input.ICommand baseCommand, string featureName) { Debug.Assert(baseCommand != null); Debug.Assert(featureName != null); this.baseCommand = baseCommand; this.featureName = featureName; }
public ScanViewModel(IMobileBarcodeScanner scanner) { this.scanner = scanner; GenerateQRCodeCommand = new MvxCommand <string>(selectedBarcode => { //TODO geneerate the QR Code }); ScanOnceCommand = new MvxCommand(ScanOnce); ScanContinuouslyCommand = new MvxCommand(ScanContinuously); ButtonCancel = new MvxCommand(() => { ShowViewModel <MapViewModel>(); }); ButtonMenu = new MvxCommand(() => { ShowViewModel <ScanmenuViewModel>(); }); ButtonDone = new MvxCommand(() => { ShowViewModel <VehicleDetailsViewModel>(); }); }
public CustomersVM(CustomerService customersService) { _customersService = customersService; _addCustomerCommand = new Command(() => AddCustomer()); _saveCustomersCommand = new Command(async() => await SaveCustomersAsync()); _loadCustomersCommand = new Command(async() => await LoadCustomersAsync()); _deleteSelectedCommand = new Command(async() => await DeleteSelectedItemAsync()); }
private void OperationItemBorder_PreviewMouseDown(object sender, MouseButtonEventArgs e) { ButtonToolsMenu.ContextMenu.IsOpen = false; e.Handled = true; dynamic x = sender; System.Windows.Input.ICommand perform = x.DataContext.Perform; perform.Execute(null); }
public bool CanExecuteCommand(System.Windows.Input.ICommand command, object parameter) { if (command == ApplicationCommands.Delete) { return(true); } else { return(false); } }
public ScanViewModel(IMobileBarcodeScanner scanner) { this.scanner = scanner; ScanOnceCommand = new MvxCommand(ScanOnce); ButtonCancel = new MvxCommand(() => { ShowViewModel <ScanViewModel>(); }); }
/// <summary> /// Registers a WPF command for use with the <MenuItem command="name"> syntax. /// </summary> public static void RegisterKnownCommand(string name, System.Windows.Input.ICommand command) { if (name == null) { throw new ArgumentNullException("name"); } if (command == null) { throw new ArgumentNullException("command"); } lock (knownCommands) { knownCommands.Add(name, command); } }
/// <summary> /// 执行方法 /// </summary> /// <param name="command"></param> /// <param name="parameter"></param> public void ExecuteCommand(System.Windows.Input.ICommand command, object parameter) { if (command == ApplicationCommands.Delete) { foreach (var e in View.Selection.Select(p => p.ModelElement)) { if (e is ShapeBase) { Shapes.Remove(e as ShapeBase); } } UpdateView(); } }
private void Setup(EventAggregator eventAggregator, OrderService orderService, OrderItemService orderItemService, InventoryItemService inventoryService, MainWindowVM mainVM) { _orderService = orderService; _orderItemService = orderItemService; _inventoryService = inventoryService; _mainVM = mainVM; _eventAggregator = eventAggregator; _orderItems = new ObservableCollection <OrderItemVM>(); _saveOrderCommand = new Command(async() => await SaveAsync()); _addOrderItemCommand = new Command(() => AddOrderItem(), () => CanAdd); _deleteSelectedItemCommand = new Command(async() => await DeleteSelectedItemAsync()); _submitOrderCommand = new Command(async() => await SubmitAsync()); _shipOrderCommand = new Command(async() => await ShipAsync()); _refreshCommand = new Command(async() => await LoadOrderItemsAsync()); }
internal HMouseEventArgsWPF( double x, double y, double row, double column, int delta, System.Windows.Input.ICommand button) { this.x = x; this.y = y; this.row = row; this.column = column; this.delta = delta; this.button = button; }
private static void OnCommandChanged(DependencyObject sender, DependencyPropertyChangedEventArgs args) { RadRating rating = sender as RadRating; if (rating.canExecuteChangedHandler != null) { rating.canExecuteChangedHandler.Unsubscribe(); } System.Windows.Input.ICommand command = args.NewValue as System.Windows.Input.ICommand; if (command != null) { rating.canExecuteChangedHandler = new WeakEventHandler <EventArgs>(command, rating, KnownEvents.CanExecuteChanged); rating.UpdateIsReadOnlyFromCommand(); } }
public UcSerial() { InfoTextList = new ObservableCollection <object>(); this.Command = new RelayCommand(this.CommandReceived); this.DispatcherObject = System.Windows.Threading.Dispatcher.CurrentDispatcher; this.CollectionParities = new ObservableCollection <SerialParity>(Enum.GetValues(typeof(SerialParity)).Cast <SerialParity>()); this.CollectionStoptBits = new ObservableCollection <SerialStopBitCount>(Enum.GetValues(typeof(SerialStopBitCount)).Cast <SerialStopBitCount>()); this.CollectionDataBits = new ObservableCollection <SerialDataBits>(Enum.GetValues(typeof(SerialDataBits)).Cast <SerialDataBits>()); this.CollectionBaudrates = new ObservableCollection <uint>(); this.CollectionBaudrates.Add(9600); this.CollectionBaudrates.Add(19200); this.CollectionBaudrates.Add(115200); this.CollectionPorts = new ObservableCollection <string>(); this.GetComPorts(); InitializeComponent(); this.DataContext = this; }
internal static void ClearBindingIfSet( ICommand uiCommand, FrameworkElement target, DependencyProperty targetProperty) { BindingExpression bindingExpression; bindingExpression = target.GetBindingExpression(targetProperty); if (bindingExpression != null) { object bindingSource; bindingSource = bindingExpression.ParentBinding.Source; if (bindingSource != null && bindingSource == uiCommand) { target.ClearValue(targetProperty); } } }
internal static bool Execute(object sender, System.Windows.Input.ICommand command, object commandParameter) { if (command != null) { RoutedCommand routedCommand = command as RoutedCommand; IInputElement inputElement = sender as IInputElement; if (routedCommand != null && routedCommand.CanExecute(commandParameter, inputElement)) { routedCommand.Execute(commandParameter, inputElement); return(true); } else if (command.CanExecute(commandParameter)) { command.Execute(commandParameter); return(true); } } return(false); }
internal static void BindToLabelPropertyIfUnset( ICommand uiCommand, FrameworkElement target, DependencyProperty labelProperty) { string localLabel = null; var localLabelAsI = target.ReadLocalValue(labelProperty); if (localLabelAsI != null) { localLabel = localLabelAsI.ToString(); } if (localLabelAsI == DependencyProperty.UnsetValue || string.IsNullOrEmpty(localLabel)) { target.SetBinding(labelProperty, new Binding { Path = "Label", Source = uiCommand }); } }
private void RaiseCommandExecute() { System.Windows.Input.ICommand command = this.Command; if (command != null) { object parameter = this.ReadLocalValue(RadRating.CommandParameterProperty); if (parameter == DependencyProperty.UnsetValue) { parameter = this.Value; } else { parameter = this.GetValue(RadRating.CommandParameterProperty); } if (command.CanExecute(parameter)) { command.Execute(parameter); } } }
public override void Init() { var abc = Start.ViewManager.GetText(Texts.WAIT_PREPERA_DATA); Login = new DelegateCommand() { ExecuteCommand = executeCommand_Login, CanExecuteCommand = canExecuteCommand_Login }; ChangeTheme = new DelegateCommand() { ExecuteCommand = executeCommand_ChangeTheme }; ChangeLanguage = new DelegateCommand() { ExecuteCommand = executeCommand_ChangeLanguage }; Test = new DelegateCommand() { ExecuteCommand = executeCommand_Test }; }
public void Initialize() { _container.RegisterType<IHttpCallsProvider, HttpCallsProvider>(new ContainerControlledLifetimeManager()); httpcallsprovider = _container.Resolve<IHttpCallsProvider>(); _container.RegisterType<IKeyValuePersister<string, string>, AppKeyValuePersister<string>>(); _container.RegisterType<ICapturingService, CapturingService>(); startFiddlerCommand = new DelegateCommand(StartFiddler, CanStart); closeFiddlerCommand = new DelegateCommand(CloseFiddler, CanClose); applicationExitCommand = new DelegateCommand(ApplicationExited, CanApplicationExit); GlobalCommands.FiddlerApplicationCloseCommand.RegisterCommand(closeFiddlerCommand); GlobalCommands.FiddlerApplicationStartCommand.RegisterCommand(startFiddlerCommand); GlobalCommands.ApplicationExitCommand.RegisterCommand(applicationExitCommand); _container.RegisterType<ICertificateService, CertificateService>(new ContainerControlledLifetimeManager()); capturingService = _container.Resolve<ICapturingService>(); capturingService.Start(); }
internal static void BindToLabelPropertyIfUnset( ICommand uiCommand, DependencyObject target, DependencyProperty labelProperty) { string localLabel = null; var localLabelAsI = target.ReadLocalValue(labelProperty); if (localLabelAsI != null) { localLabel = localLabelAsI.ToString(); } if (localLabelAsI == DependencyProperty.UnsetValue || string.IsNullOrEmpty(localLabel)) { if (target is IDependencyObjectStoreProvider dosp) { dosp.Store.SetBinding(labelProperty, new Binding { Path = "Label", Source = uiCommand }); } } }
/// <summary> /// 是否可以执行方法 /// </summary> /// <param name="command"></param> /// <param name="parameter"></param> /// <returns></returns> public bool CanExecuteCommand(System.Windows.Input.ICommand command, object parameter) { return(command == ApplicationCommands.Delete && View.Selection.Count > 0); }
public ShortcutCommandWrapper(System.Windows.Input.ICommand baseCommand, string featureName) { Debug.Assert(baseCommand != null); Debug.Assert(featureName != null); this.baseCommand = baseCommand; this.featureName = featureName; }
public AmbiguousCommandWrapper(System.Windows.Input.ICommand first, System.Windows.Input.ICommand second) { this.first = first; this.second = second; }
public AbstractViewModel() { this.iCommand = this; }
internal static bool Execute(object sender, System.Windows.Input.ICommand command) { return(Execute(sender, command, null)); }
public AmbiguousCommandWrapper(System.Windows.Input.ICommand first, System.Windows.Input.ICommand second) { this.first = first; this.second = second; }
private static void CheckThatTheDefaultInputBindingCollectionContainsAllCommandsThanNeedToBeBound(MyReadOnlyObservableCollection<InputBinding> inputBindings) { //gets all commands that are assigned var assignedCommands = inputBindings.Select(binding => binding.Command).ToList(); //the following commands don't have to be assigned: var definitelyUnassigned = new ICommand[] { Commands.InsertCharacter, //treated specially: It's associated directly to //Commands.PlaceCaret, //Commands.ExtendAndPlaceCaret, Commands.MoveCaretRightOut, //No such caret movement exist in Word's Equation Editor, but Commands.MoveCaretLeftOut };//they are useful as template to be copied and modified //gets the first command that isn't assigned but should be var unassignedCommand = assignedCommands.Where(command => !command.IsAnyOf(definitelyUnassigned))//definitelyUnassigned has the commands that don't need to be assigned .FirstOrDefault(not<ICommand>(assignedCommands.Contains)); //get the first that isn't assigned in the result Contract.Assert(unassignedCommand == null, string.Format("Forgot to assign {0}", unassignedCommand)); }
internal static void AddGestureToInputBindingOwner(UIElement inputBindingOwner, KeyGesture kg, System.Windows.Input.ICommand shortcutCommand, string featureName) { if (inputBindingOwner != null && kg != null && shortcutCommand != null) { // wrap the shortcut command so that it can report to UDC with // different activation method if (!string.IsNullOrEmpty(featureName)) { shortcutCommand = new ShortcutCommandWrapper(shortcutCommand, featureName); } // try to find an existing input binding which conflicts with this shortcut var existingInputBinding = (from InputBinding b in inputBindingOwner.InputBindings let gesture = b.Gesture as KeyGesture where gesture != null && gesture.Key == kg.Key && gesture.Modifiers == kg.Modifiers select b ).FirstOrDefault(); if (existingInputBinding != null) { // modify the existing input binding to allow calling both commands existingInputBinding.Command = new AmbiguousCommandWrapper(existingInputBinding.Command, shortcutCommand); } else { inputBindingOwner.InputBindings.Add(new InputBinding(shortcutCommand, kg)); } } }