// Update methods for each path node used in binding steps. private void Update_(global::FlightAppEliasGryp.Views.Flight.WeatherForecastControl obj, int phase) { if (obj != null) { if ((phase & (NOT_PHASED | DATA_CHANGED | (1 << 0))) != 0) { this.Update_ViewModel(obj.ViewModel, phase); } } }
public bool SetDataRoot(global::System.Object newDataRoot) { this.bindingsTracking.ReleaseAllListeners(); if (newDataRoot != null) { this.dataRoot = (global::FlightAppEliasGryp.Views.Flight.WeatherForecastControl)newDataRoot; return(true); } return(false); }
// IComponentConnector public void Connect(int connectionId, global::System.Object target) { switch (connectionId) { case 2: // Views\Flight\LocationCard.xaml line 17 this.obj2 = (global::FlightAppEliasGryp.Views.Flight.AirportCard)target; break; case 3: // Views\Flight\LocationCard.xaml line 18 this.obj3 = (global::FlightAppEliasGryp.Views.Flight.WeatherForecastControl)target; break; default: break; } }
public static void Set_FlightAppEliasGryp_Views_Flight_WeatherForecastControl_Location(global::FlightAppEliasGryp.Views.Flight.WeatherForecastControl obj, global::FlightAppEliasGryp.Models.Location value, string targetNullValue) { if (value == null && targetNullValue != null) { value = (global::FlightAppEliasGryp.Models.Location)global::Windows.UI.Xaml.Markup.XamlBindingHelper.ConvertValue(typeof(global::FlightAppEliasGryp.Models.Location), targetNullValue); } obj.Location = value; }