private void NotifyDeviceAvailable(Interop.Plantronics.ICOMDevice dev)
{
m_availableDevices.Clear(); // note: only 1 call control device for pc spokes
PLTDevice deviceTmp = new PLTDevice(dev);
m_availableDevices.Add(deviceTmp);
if (m_constructordone)
{
m_callbackhandler.DeviceAdded(deviceTmp); // tell connected app that a Plantronics
// device was added (or selected as call control device in Spokes 3.0 control panel).
// Connected app may then choose to make a PLTLabsAPI connection to this device
// for purpose of reading sensor data from it.
}
}
/// <summary>
/// Call this method to instruct device to open a connection to the
/// specified device. Once connected you will be able to subscribe
/// to data services of the device.
/// </summary>
/// <param name="aDevice">Pass the PLTDevice object you want to connect to.</param>
public void openConnection(PLTDevice aDevice)
{
if (m_activeConnection != null)
{
return;
}
// TODO in future instruct Spokes to change call control device
// to passed PLTDevice (not currently available with Spokes 3.0
// in which we are already attached to the 1 call control device)
// just register for raw data received to receive sensor data
m_spokes.RawDataReceived += new Spokes.RawDataReceivedEventHandler(m_spokes_RawDataReceived);
m_isConnectToDevice = true;
m_activeConnection = new PLTConnection(m_spokes, this, aDevice);
m_callbackhandler.ConnectionOpen(m_activeConnection);
}
internal PLTConnection(Spokes aSpokesConnection, PLTLabsAPI aPLTLabsAPI, PLTDevice aDevice)
{
m_spokes = aSpokesConnection;
m_pltlabsapi = aPLTLabsAPI;
m_device = aDevice;
}
/// <summary>
/// Call this method to find out if a particular device is attached or not.
/// </summary>
/// <param name="aDevice">The PLTDevice you want to check if it is connected</param>
/// <returns>Returns true if the device is connected</returns>
public bool getIsConnected(PLTDevice aDevice)
{
return(m_isConnectToDevice);
}
