private void InvalidateDeviceData(DeviceDisconnectedMessage action)
{
if (action.DeviceType == DeviceTypeEnum.Telescope)
{
Task.Factory.StartNew(() =>
{
Status = null;
Capabilities = null;
Parameters = null;
CanStartMoveTelescope = false;
BuildJogRatesList();
IsTracking = false;
SlewDirections = null;
}, CancellationToken.None, TaskCreationOptions.None, Globals.UISyncContext);
}
}
public TelescopeParameters(TelescopeParameters other)
{
this.DeviceManager = other.DeviceManager;
this.Exceptions = other.Exceptions.Clone();
// Don't go through the property setter so we can avoid throwing exceptions.
this._alignmentMode = other.AlignmentMode;
this._apertureArea = other.ApertureArea;
this._apertureDiameter = other.ApertureDiameter;
this._description = other.Description;
this._driverInfo = other.DriverInfo;
this._doesRefraction = other.DoesRefraction;
this._driverVersion = other.DriverVersion;
this._equatorialSystem = other.EquatorialSystem;
this._focalLength = other.FocalLength;
this._interfaceVersion = other.InterfaceVersion;
this._siteElevation = other.SiteElevation;
this._siteLatitude = other.SiteLatitude;
this._siteLongitude = other.SiteLongitude;
this._slewSettleTime = other.SlewSettleTime;
this._supportedActions = other.SupportedActions;
this._trackingRates = other.TrackingRates;
}
private void SetParameters(TelescopeParameters parameters)
{
// Make sure that we update the Parameters on the U/I thread.
Task.Factory.StartNew(() => Parameters = parameters, CancellationToken.None, TaskCreationOptions.None, Globals.UISyncContext);
}
private void TelescopeParametersUpdated(TelescopeParametersUpdatedMessage action)
{
// Make sure that we update the Parameters on the U/I thread.
Task.Factory.StartNew(() => Parameters = action.Parameters, CancellationToken.None, TaskCreationOptions.None, Globals.UISyncContext);
}
