void HandleDeviceResponded(IntPtr bdAddr, IntPtr devClass, IntPtr deviceName, bool connected)
{
byte[] bdAddrArr;
byte[] devClassArr;
byte[] deviceNameArr;
WidcommUtils.GetBluetoothCallbackValues(bdAddr, devClass, deviceName,
out bdAddrArr, out devClassArr, out deviceNameArr);
m_parent.HandleDeviceResponded(bdAddrArr, devClassArr, deviceNameArr, connected);
}
void HandleClientStateChange(IntPtr bdAddr, IntPtr devClass,
IntPtr deviceName, short com_port, SPP_STATE_CODE state)
{
try {
Debug.WriteLine(string.Format(CultureInfo.InvariantCulture,
"{0} HandleServerStateChange: state: {1} = 0x{2:X}, COM: {3}",
DateTime.Now.TimeOfDay.ToString(),
state, (int)state, com_port));
WidcommUtils.GetBluetoothCallbackValues(bdAddr, devClass, deviceName,
out _statusBda, out _statusDevClass, out _statusName);
_statusComPort = com_port;
_statusState = state;
MemoryBarrier();
if (state == SPP_STATE_CODE.CONNECTED)
{
if (!IsSet(_waitConnect))
{
string comPort = MakePortName(_statusComPort.Value);
_comNum = com_port;
_comPortName = comPort;
_waitConnect.Set();
}
else
{
Debug.WriteLine("_waitConnect already set!");
}
}
switch (state)
{
case SPP_STATE_CODE.CONNECTED:
break;
case SPP_STATE_CODE.DISCONNECTED:
break;
case SPP_STATE_CODE.RFCOMM_CONNECTION_FAILED:
break;
case SPP_STATE_CODE.PORT_IN_USE:
break;
case SPP_STATE_CODE.PORT_NOT_CONFIGURED:
break;
case SPP_STATE_CODE.SERVICE_NOT_FOUND:
break;
case SPP_STATE_CODE.ALLOC_SCN_FAILED:
break;
case SPP_STATE_CODE.SDP_FULL:
break;
default:
break;
}
// TODO SyncCtx.Post
ThreadPool.QueueUserWorkItem(Event_Runner,
new PortStatusChangedEventArgs(
state == SPP_STATE_CODE.CONNECTED, _comPortName, _addr));
} catch (Exception ex) { // Let's not kill a Widcomm thread!
Utils.MiscUtils.Trace_WriteLine("HandleClientStateChange ex: " + ex);
}
}