/// <summary>
///
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void OnHeadsetStateChanged(object sender, _DeviceListenerEventArgs e)
{
Debug.WriteLine("OnHeadsetStateChanged " + e.ToString());
_traceContext.Status("OnHeadsetStateChanged " + e.ToString());
if (e.HeadsetStateChange == HeadsetStateChange.HeadsetStateChange_InRange)
{
_notificationService.Notify("Headset in range", "Headset", NotificationType.Info, TimeSpan.FromSeconds(3));
_statusManager.SetLastStatus();
_interactionManager.PickupHeldCall();
}
else if (e.HeadsetStateChange == HeadsetStateChange.HeadsetStateChange_OutofRange)
{
_notificationService.Notify("Headset out of range", "Headset", NotificationType.Warning, TimeSpan.FromSeconds(3));
_statusManager.SetToAwayFromDesk();
_interactionManager.HoldCall();
}
}
void m_deviceListenerEvents_HandlerMethods(object sender, _DeviceListenerEventArgs e)
{
DebugPrint(MethodInfo.GetCurrentMethod().Name, "Spokes: Received Spokes Event: " + e.ToString());
switch (e.DeviceEventType)
{
case DeviceEventType.DeviceEventType_HeadsetStateChanged:
switch (e.HeadsetStateChange)
{
case HeadsetStateChange.HeadsetStateChange_Don:
OnPutOn(new WearingStateArgs(true, false));
break;
case HeadsetStateChange.HeadsetStateChange_Doff:
OnTakenOff(new WearingStateArgs(false, false));
break;
case HeadsetStateChange.HeadsetStateChange_Near:
OnNear(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_Far:
OnFar(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_ProximityDisabled:
// Note: intepret this event as that the mobile phone has gone out of Bluetooth
// range and is no longer paired to the headset.
// Lock the PC, but immediately re-enable proximity
OnProximityDisabled(EventArgs.Empty);
// Immediately re-enable proximity
RegisterForProximity(true);
break;
case HeadsetStateChange.HeadsetStateChange_ProximityEnabled:
OnProximityEnabled(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_ProximityUnknown:
OnProximityUnknown(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_InRange:
OnInRange(EventArgs.Empty);
//// Immediately re-enable proximity
//RegisterForProximity(true);
//// Request headset serial number (maybe user paired with another?)
//RequestSingleSerialNumber(SerialNumberTypes.Headset);
// New, get all the device state info on inrange trigger:
// now poll for current state (proximity, mobile call status, donned status, mute status)
GetInitialDeviceState();
// tell app to look again at battery level (headset in range)
OnBatteryLevelChanged(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_OutofRange:
OnOutOfRange(EventArgs.Empty);
OnSerialNumber(new SerialNumberArgs("", SerialNumberTypes.Headset));
// tell app to look again at battery level (headset out of range / disconnected)
OnBatteryLevelChanged(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_BatteryLevel:
// note; on legend we always get a battery level when docking...
// what is in this event, anything we can use to infer docked?
DebugPrint(MethodInfo.GetCurrentMethod().Name, String.Format("HeadsetStateChanged: BatteryLevel"));
if (!m_ignorenextbattlevevent && (!m_lastdocked && m_battlevEventCount < 10)) // TEST, allow 10 of these thru so it gets docking more quickly on legend!
{
// Only if we were undocked and there were no battery level events
// since we last undocked should we detect batt charge status (docking status).
// This is so this only happens once, otherwise we get stuck in a loop
// Because looking at the battery info triggers another batterylevel changed
// event!
m_ignorenextundockedevent = true;
m_ignorenextbattlevevent = true;
m_lastdocked = DetectLegendDockedState(false); // NOTE: will ALWAYS trigger another batterylevel change event
// AND another UnDocked event if we are undocked!
m_battlevEventCount++;
}
else
{
if (m_ignorenextbattlevevent) m_ignorenextbattlevevent = false;
if (m_lastdocked) m_ignorenextundockedevent = false;
}
// tell app to look at battery level (it has changed)
OnBatteryLevelChanged(EventArgs.Empty);
break;
case HeadsetStateChange.HeadsetStateChange_Docked:
case HeadsetStateChange.HeadsetStateChange_DockedCharging: // new, for legend, but is v SLOW, sometimes never comes
// only send to app the docked value if it is different to m_lastdocked (i.e. if it has changed)
if (!m_lastdocked) OnDocked(new DockedStateArgs(true, false));
m_lastdocked = true;
m_battlevEventCount = 0;
break;
case HeadsetStateChange.HeadsetStateChange_UnDocked:
if (!m_ignorenextundockedevent)
{
// only send to app the docked value if it is different to m_lastdocked (i.e. if it has changed)
if (m_lastdocked) OnUnDocked(new DockedStateArgs(false, false));
if (m_lastdocked) m_battlevEventCount = 0; // if we were docked before, set battlev event count to zero
// i.e. we would like to check the next battery level event
m_lastdocked = false;
}
m_ignorenextundockedevent = false;
break;
case HeadsetStateChange.HeadsetStateChange_MuteON:
OnMuteChanged(new MuteChangedArgs(true));
break;
case HeadsetStateChange.HeadsetStateChange_MuteOFF:
OnMuteChanged(new MuteChangedArgs(false));
break;
case HeadsetStateChange.HeadsetStateChange_MonoON:
OnLineActiveChanged(new LineActiveChangedArgs(true));
break;
case HeadsetStateChange.HeadsetStateChange_MonoOFF:
OnLineActiveChanged(new LineActiveChangedArgs(false));
break;
// LC add handler for headsetstate change serial number
// We should be able to extract serial number at this point
case HeadsetStateChange.HeadsetStateChange_SerialNumber:
DebugPrint(MethodInfo.GetCurrentMethod().Name, String.Format("HeadsetStateChanged: SerialNumber"));
ReadSerialNumber(SerialNumberTypes.Headset);
break;
default:
break;
}
break;
default:
break;
}
}
