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To enable scheduling, your configuration class should implement the {{IScheduleConfiguration}} interface. This interface defines a single property:

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Implement it as follows in your configuration class:

  public class MyDeviceConfiguration : NotifyBase, IScheduleConfiguration
  {
    private ScheduleConfig m_ScheduleConfiguration;
    [DataMember]
    public ScheduleConfig ScheduleConfiguration
    {
      get
      {
        if (m_ScheduleConfiguration == null)
        {
          m_ScheduleConfiguration = new ScheduleConfig();
          m_ScheduleConfiguration.PropertyChanged += (o, e) => RaisePropertyChanged(e);
        }
        return m_ScheduleConfiguration;
      }
    }

The next step is to add the user interface component(s) and bind to your configuration class {{ScheduleConfiguration}} property. The schedule UI component is defined in the Connexion.ScheduleUi assembly (Connexion.ScheduleUi.dll), so you will need to reference this assembly.

In your {{device.xaml}} class, add a reference to the scheduling namespace:

<core:UserControlBase x:Class="mydevice.myDeviceUI"
                      xmlns:scheduleUi="clr-namespace:Connexion.ScheduleUi;assembly=Connexion.ScheduleUi"

There are 2 UI components available:

• An icon adorner which will launch an ‘edit schedule’ popup window - this can be placed next to textboxes and similar controls to indicate additional scheduling functionality.
  

  Image Added

  Code Block
  language xml
  <scheduleUi:SchedulerIcon ScheduleConfiguration="{Binding Config.ScheduleConfiguration}" VerticalAlignment="Center" />

• A schedule UI which can be placed directly onto your device UI - this can be placed on a separate tab or other large area if you only need a single schedule configuration.
  

  Image Added

  Code Block
  language xml
  <Border> <scheduleUi:ScheduleControl ScheduleConfiguration="{Binding Config.ScheduleConfig}" NoSchedulingEnabled="False" /> </Border>