private void ConnectToDevice()
{
if (curDeviceAddress == null)
{
DataGridViewRow selectedRow = dgvDeviceDiscovery.SelectedRows[0];
selectedDevice = (BtDevice)dgvDeviceDiscovery.CurrentCell.Value;
curDeviceAddress = selectedDevice.DeviceAddress;
}
BtConnectionParameters cxParam = new BtConnectionParameters();
cxParam.ConnectionIntervalMs = 30;
//cxParam.SlaveLatency = 0;
//cxParam.SupervisionTimeoutMs = 10000;
try
{
if (false && isBonded)
{
masterEmulator.Connect(curDeviceAddress, cxParam);
}
else
{
if (masterEmulator.Connect(curDeviceAddress, cxParam))
{
//masterEmulator.Bond();
DiscoverPipes();
}
}
}
catch (Exception ex)
{
DisplayErrorMessage(ex);
}
}
/// <summary>
/// Check if a device has the advertising data we are looking for.
/// </summary>
bool IsEligibleForConnection(BtDevice device)
{
IDictionary <DeviceInfoType, string> deviceInfo = device.DeviceInfo;
bool hasServicesCompleteAdField =
deviceInfo.ContainsKey(DeviceInfoType.ServicesCompleteListUuid128);
if (!hasServicesCompleteAdField)
{
return(false);
}
const string bleUartUuid = "6E400001B5A3F393E0A9E50E24DCCA9E";
bool hasHidServiceUuid =
deviceInfo[DeviceInfoType.ServicesCompleteListUuid128].Contains(
bleUartUuid);
if (!hasHidServiceUuid)
{
return(false);
}
/* If we have reached here it means all the criterias have passed. */
return(true);
}
void OnDeviceDiscovered(object sender, ValueEventArgs <BtDevice> e)
{
this.BeginInvoke((MethodInvoker) delegate()
{
dgvDeviceDiscovery.Enabled = true;
dgvDeviceDiscovery.Visible = true;
BtDevice dev = e.Value;
string deviceName = "";
IDictionary <DeviceInfoType, string> deviceInfo = dev.DeviceInfo;
if (deviceInfo.ContainsKey(DeviceInfoType.CompleteLocalName))
{
deviceName = deviceInfo[DeviceInfoType.CompleteLocalName];
}
else if (deviceInfo.ContainsKey(DeviceInfoType.ShortenedLocalName))
{
deviceName = deviceInfo[DeviceInfoType.ShortenedLocalName];
}
else
{
deviceName = "Default";
}
string key = deviceName + " (adr: " + dev.DeviceAddress + ")";
discoveredDevicesList[key] = dev;
dgvDeviceDiscovery.RowCount = discoveredDevicesList.Count;
});
}
public BtGattConnectCallback(BtDevice btDevice, DeviceDescriptor descriptor, IDeviceManager deviceManager, TracingInformation tracingInformation)
{
_btDevice = btDevice;
_descriptor = descriptor;
_deviceManager = deviceManager;
_tracingInformation = tracingInformation;
}
public async Task <ObservableCollection <BtDevice> > GetBondedDevices()
{
BluetoothAdapter adapter = BluetoothAdapter.DefaultAdapter;
if (adapter == null)
{
Log("No Bluetooth adapter found.");
}
else if (!adapter.IsEnabled)
{
Log("Bluetooth adapter is not enabled.");
}
ObservableCollection <BtDevice> L = new ObservableCollection <BtDevice>();
foreach (BluetoothDevice d in adapter.BondedDevices)
{
var device = new BtDevice();
device.Name = d.Name;
device.Address = d.Address;
Log("D: " + d.Name + " " + d.Address + " " + d.BondState.ToString());
L.Add(device);
}
return(L);
}
public void pair()
{
BtDevice.PairingRequest().Subscribe(x =>
{
string txt = x ? "Device Paired Successfully" : "Device Pairing Failed";
Console.WriteLine(txt);
});
}
private void DeviceDiscovered(object sender, BtDevice dev)
{
BeginInvoke((MethodInvoker) delegate()
{
logBox.AppendText("New device found.\n");
deviceBox.Items.Add(dev);
});
}
private void Connected(object sender, BtDevice dev)
{
BeginInvoke((MethodInvoker) delegate()
{
logBox.AppendText("Connected.\n");
startButton.Enabled = true;
connectButton.Enabled = true;
connectButton.Text = "Disconnect";
});
}
//----------------------------------------------------------
// DeviceFound handler
//----------------------------------------------------------
public void OnDevFound(BtDevice device)
{
// add device to list if not already contained
if (DeviceNames.Contains(device.DeviceName))
{
return;
}
AddResult(String.Format("Adding '{0}' to list", device.DeviceName));
Devices.Enqueue(device);
DeviceNames.Enqueue(device.DeviceName);
}
internal void ReleaseBtDevice()
{
if (BtDevice != null)
{
BtDevice.ConnectionStatusChanged -= ConnectionStatusChanged;
BtDevice.NameChanged -= NameChanged;
BtDevice.SdpRecordsChanged -= ServiceChanged;
BtDevice.Dispose();
BtDevice = null;
}
}
public void connect()
{
// don't cleanup connection - force user to d/c
if (BtDevice.Status == ConnectionStatus.Disconnected)
{
BtDevice.Connect();
}
else
{
BtDevice.CancelConnection();
}
}
void OnDeviceDiscovered(object sender, ValueEventArgs <BtDevice> arguments)
{
/* Avoid call after a connect procedure is being started,
* and the discovery procedure hasn't yet been stopped. */
if (connectionInProgress)
{
return;
}
//device1 = arguments.Value;
//while ( (GetDeviceName(device1.DeviceInfo).Equals("MDZB")) == false)
{
device1 = arguments.Value;
if (!IsEligibleForConnection(device1))
{
return;
}
connectionInProgress = true;
}
/* Start the connection procedure in a background task to avoid
* blocking the event caller. */
conn1();
/*
* Task.Factory.StartNew(() =>
* {
* try
* {
* //if (GetDeviceName(device.DeviceInfo).Equals("MDZB"))
* {
* Connecting(this, EventArgs.Empty);
*
* bool success = Connect(device1);
* if (!success)
* {
* ConnectionCanceled(this, EventArgs.Empty);
* return;
* }
* }
* }
* catch (Exception ex)
* {
* LogErrorMessage(string.Format("Exception in OnDeviceDiscovered: {0}",
* ex.Message), ex.StackTrace);
* ConnectionCanceled(this, EventArgs.Empty);
* }
* });
* */
}
private void ProcessResult(ScanResult result)
{
System.Threading.Tasks.Task.Run(() =>
{
BtDevice btDevice = new BtDevice(result.Device.Address, result.TimestampNanos);
var descriptor = result.ToDeviceDescriptor();
_deviceManager.HandleDeviceDiscovered(descriptor, (d) =>
{
result.Device.ConnectGatt(
_context,
false,
new BtGattConnectCallback(btDevice, descriptor, _deviceManager, _tracingInformation));
});
}).FireAndForget();
}
void OnDgvDeviceDiscoveryClick(object sender, EventArgs e)
{
if (isConnected)
{
return;
}
if (dgvDeviceDiscovery.CurrentCell != null)
{
string deviceKey = (string)(dgvDeviceDiscovery.CurrentCell.Value);
selectedDevice = discoveredDevicesList[deviceKey];
curDeviceAddress = selectedDevice.DeviceAddress;
btnConnect.Enabled = true;
}
}
/// <summary>
/// Event handler for DeviceDiscovered. This handler will be called when devices
/// are discovered during asynchronous device discovery.
/// </summary>
void OnDeviceDiscovered(object sender, ValueEventArgs <BtDevice> arguments)
{
/* Avoid call after a connect procedure is being started,
* and the discovery procedure hasn't yet been stopped. */
if (connectionInProgress)
{
return;
}
BtDevice device = arguments.Value;
if (!IsEligibleForConnection(device))
{
return;
}
connectionInProgress = true;
/* Start the connection procedure in a background task to avoid
* blocking the event caller. */
Task.Factory.StartNew(() =>
{
try
{
Connecting(this, EventArgs.Empty);
bool success = Connect(device);
if (!success)
{
ConnectionCanceled(this, EventArgs.Empty);
return;
}
}
catch (Exception ex)
{
LogErrorMessage(string.Format("Exception in OnDeviceDiscovered: {0}",
ex.Message), ex.StackTrace);
ConnectionCanceled(this, EventArgs.Empty);
}
});
}
bool Connect(BtDevice device)
{
if (masterEmulator.IsDeviceDiscoveryOngoing)
{
masterEmulator.StopDeviceDiscovery();
}
deviceName = GetDeviceName(device.DeviceInfo);
AddToLog(string.Format("Connecting to {0}, Device name: {1}",
device.DeviceAddress.ToString(), deviceName));
BtConnectionParameters connectionParams = new BtConnectionParameters();
connectionParams.ConnectionIntervalMs = 11.25;
connectionParams.ScanIntervalMs = 250;
connectionParams.ScanWindowMs = 200;
bool connectSuccess = masterEmulator.Connect(device.DeviceAddress, connectionParams);
return(connectSuccess);
}
internal async Task <bool> ObtainBtDevice()
{
if (BtDevice != null)
{
return(true);
}
try
{
BtDevice = await BluetoothDevice.FromIdAsync(BtID);
}
catch (Exception)
{
if (BtDevice != null)
{
BtDevice.Dispose();
}
BtDevice = null;
}
if (BtDevice == null)
{
return(false);
}
BtDevice.ConnectionStatusChanged += ConnectionStatusChanged;
BtDevice.NameChanged += NameChanged;
BtDevice.SdpRecordsChanged += ServiceChanged;
if (BtDevice.ConnectionStatus == BluetoothConnectionStatus.Connected)
{
BtConnectionStateChangedObservers?.Invoke(this, BtDevice, BtDevice.ConnectionStatus);
}
return(true);
}
// Function to send file to all devices in the queue
public void SendFiles(string filename)
{
if (Devices.Count < 1)
{
return;
}
BtDevice curDevice;
while (Devices.Count > 0)
{
curDevice = Devices.Dequeue();
DeviceNames.Dequeue();
SendComplete = false;
AddResult(String.Format("Sending '{0}'", filename));
ShowFcnResult("SendFile", curDevice.SendFile(filename));
while (!SendComplete)
{
Application.DoEvents();
}
}
AddResult("Done sending files.");
}
private void onConnected(object sender, BtDevice dev)
{
onResponseReceived(this, (byte) 0x00);
this.mec.Connected -= onConnected;
}
public void Connect(BtDevice device)
{
if (masterEmulator.IsDeviceDiscoveryOngoing)
masterEmulator.StopDeviceDiscovery();
BtConnectionParameters connParams = new BtConnectionParameters();
connParams.ConnectionIntervalMs = 7.5;
connParams.SlaveLatency = 0;
connParams.SupervisionTimeoutMs = 100;
connectedDevice = device;
masterEmulator.Connect(device.DeviceAddress, connParams);
}
/// <summary>
/// Check if a device has the advertising data we are looking for.
/// </summary>
bool IsEligibleForConnection(BtDevice device)
{
IDictionary<DeviceInfoType, string> deviceInfo = device.DeviceInfo;
karelDumpDevice(device);
/*
bool hasServicesCompleteAdField =
deviceInfo.ContainsKey(DeviceInfoType.ServicesCompleteListUuid128);
if (!hasServicesCompleteAdField)
{
return false;
}
*/
bool hasHidServiceUuid;
try
{
//#define NUS_BASE_UUID {{0x9E, 0xCA, 0xDC, 0x24, 0x0E, 0xE5, 0xA9, 0xE0, 0x93, 0xF3, 0xA3, 0xB5, 0x00, 0x00, 0x40, 0x6E}} /**< Used vendor specific UUID. */
//const string bleUartUuid = "6E400001B5A3F393E0A9E50E24DCCA9E";
const string bleUartUuid = "6E400001B5A3F393E0A9E50E24DCCA42"; // ... 42 == T&D
hasHidServiceUuid = deviceInfo[DeviceInfoType.ServicesCompleteListUuid128].Contains(bleUartUuid);
}
catch //(Exception ex)
{
hasHidServiceUuid = false;
}
if (!hasHidServiceUuid)
{
return false;
}
/* If we have reached here it means all the criterias have passed. */
return true;
}
void karelDumpDevice(BtDevice device)
{
IDictionary<DeviceInfoType, string> deviceInfo;
BtDeviceAddress deviceAddress;
string str = string.Empty;
//string deviceName = string.Empty;
//bool hasNameField;
/*
* $$$$ karelDumpDevice $$$$
* --Device Address: 3C2DB785F142
* $$$$ karelDumpDevice $$$$
* --Flags: GeneralDiscoverable, BrEdrNotSupported
* --ServicesCompleteListUuid128: 0xD0D0D0D00000000000000000DEADF154
* --CompleteLocalName: SimpleBLEPeripheral
* --TxPowerLevel: 0dBm
* --SlaveConnectionIntervalRange: 10-00-20-00
* --RandomTargetAddress: A0-A1-A2-A3-A4-A5
* --Rssi: -65
* $$$$ karelDumpDevice $$$$ [END]
*
* $$$$ karelDumpDevice $$$$
* --Device Address: DCB326B6E893
* $$$$ karelDumpDevice $$$$
* --Flags: LimitedDiscoverable, BrEdrNotSupported
* --ServicesCompleteListUuid128: 0x6E400001B5A3F393E0A9E50E24DCCA9E
* --CompleteLocalName: Nondick_UART
* --Rssi: -45
* $$$$ karelDumpDevice $$$$ [END]
*
*/
deviceInfo = device.DeviceInfo;
deviceAddress = device.DeviceAddress;
karelLog("$$$$ karelDumpDevice $$$$");
str = string.Format("--Device Address: {0}", deviceAddress.Value);
karelLog(str);
karelLog("$$$$ karelDumpDevice $$$$");
//http://stackoverflow.com/questions/972307/can-you-loop-through-all-enum-values
//var Avalues = Enum.GetValues(typeof(DeviceInfoType));
var Bvalues = Enum.GetValues(typeof(DeviceInfoType)).Cast<DeviceInfoType>();
foreach (var p in Bvalues)
{
if (deviceInfo.ContainsKey(p))
{
str = string.Format("--{0}: {1}", p, deviceInfo[p]);
karelLog(str);
}
}
karelLog("$$$$ karelDumpDevice $$$$ [END]");
}
//=====================================================================
//=====================================================================
//=====================================================================
//=====================================================================
//=====================================================================
public bool Connect_to_device(BtDevice device)
{
bool bStatus;
//if (masterEmulator.IsDeviceDiscoveryOngoing)
while (masterEmulator.IsDeviceDiscoveryOngoing) // TODO (maybe need this during debug run
{
masterEmulator.StopDeviceDiscovery();
}
karelDumpDevice(device); //karel
string deviceName = GetDeviceName(device.DeviceInfo);
AddToLog(string.Format("Connecting to {0}, Device name: {1}",
device.DeviceAddress.ToString(), deviceName));
BtConnectionParameters connectionParams = new BtConnectionParameters();
//TODO _nRFTD1 connection parameters may be different than for _nRFUart
connectionParams.ConnectionIntervalMs = 11.25;
connectionParams.ScanIntervalMs = 250;
connectionParams.ScanWindowMs = 200;
//TODO _nRFTD1 connection parameters may be different than for _nRFUart
FLAG_connectionInProgress = true;
bStatus = masterEmulator.Connect(device.DeviceAddress, connectionParams);
if (bStatus == false)
{
FLAG_connectionInProgress = false;
}
return (bStatus);
}
/// <summary>
/// Connecting to the given device, and with the given connection parameters.
/// </summary>
/// <param name="device">Device to connect to.</param>
/// <returns>Returns success indication.</returns>
//bool Connect(BtDevice device)
bool Connect_nRFUart(BtDevice device)
{
if (masterEmulator.IsDeviceDiscoveryOngoing)
{
masterEmulator.StopDeviceDiscovery();
}
karelDumpDevice(device); //karel
/* NG here*/
//karel - from Documentation
karelLog("\r\n");
karelLog("\r\n");
karelLog("========== TESTING masterEmulator.DiscoverServices() ================\r\n");
karelLog("\r\n");
var attributes = masterEmulator.DiscoverServices();
foreach (var item in attributes)
{
Trace.WriteLine(item.ToString());
karelLog("-----> " + item.ToString());
}
/**/
string deviceName = GetDeviceName(device.DeviceInfo);
AddToLog(string.Format("Connecting to {0}, Device name: {1}",
device.DeviceAddress.ToString(), deviceName));
BtConnectionParameters connectionParams = new BtConnectionParameters();
connectionParams.ConnectionIntervalMs = 11.25;
connectionParams.ScanIntervalMs = 250;
connectionParams.ScanWindowMs = 200;
bool connectSuccess = masterEmulator.Connect(device.DeviceAddress, connectionParams);
return connectSuccess;
}
#endif
}
public class udPacketEventArgs : EventArgs
{
#region Constructors
public udPacketEventArgs(Byte[] packet, Int32 length)
{
Packet = packet;
Length = length;
}
#endregion Constructors
#region Properties
public Int32 Length
{
get; set;
}
public Byte[] Packet
{
get; set;
}
#endregion Properties
}
public class UpDnEngine
{
#region Fields
public Nordicsemi.MasterEmulator masterEmulator;
//=====================================================================
//=====================================================================
//===== UP ============================================================
//=====================================================================
//=====================================================================
int BLK_DN_COUNT;
Int32 DN_CHK_CHKSUM_NG = 3;
Int32 DN_CHK_OK = 0;
UInt16 m_blkDn_blkCnt;
/*
#define BLK_DN_COUNT 128
Byte m_blkDn_buf[ 16 * BLK_DN_COUNT ]; // 2048 @ BLK_DN_COUNT = 128
Byte m_blkDn_chk[ 1 * BLK_DN_COUNT ]; // 128 @ BLK_DN_COUNT = 128
*/
/*array<Byte,1>*/
byte[] m_blkDn_buf;
/*array<Byte,1>*/
byte[] m_blkDn_chk;
UInt16 m_blkDn_len;
UInt16 m_blkDn_rxBlkCnt;
//static Byte m_Dcfm_buf[20];
//static UInt16 m_Dcfm_len;
/*array<Byte,1>*/
byte[] m_Dcfm_buf;
UInt16 m_Dcfm_len;
//PPP PipeSetup pipeSetup;
PipeSetup_UpDn pipeSetup;
L6_OnDataRxCallback_DEL rxCallback = L6_OnDataRxCallback_DUMMY;
private void Disconnected(object sender, BtDevice dev)
{
BeginInvoke((MethodInvoker)delegate()
{
startButton.Enabled = false;
connectButton.Enabled = true;
connectButton.Text = "Connect";
});
}
//----------------------------------------------------------
// DeviceFound handler
//----------------------------------------------------------
public void OnDevFound(BtDevice device)
{
// add device to list if not already contained
if (DeviceNames.Contains(device.DeviceName))
return;
AddResult(String.Format("Adding '{0}' to list", device.DeviceName));
Devices.Enqueue(device);
DeviceNames.Enqueue(device.DeviceName);
}
public bool scan_and_connect(String emulator_filter="")
{
System.Collections.ObjectModel.Collection<string> emulator_devices;
//""" Function for doing discovery of the peer device, connect and
//discover pipes. The function will also open the Master Emulator. """
try
{
this.master = new Nordicsemi.MasterEmulator();
this.master.LogMessage += this.log_message_handler;
this.master.DataReceived += this.data_received_handler;
this.master.Connected += this.connected_handler;
this.master.Disconnected += this.disconnected_handler;
this.master.PipeError += this.pipe_error_handler;
this.master.ConnectionUpdateRequest += this.connection_update_handler;
emulator_devices = this.master.EnumerateUsb(Nordicsemi.UsbDeviceType.AnyDevice);
String emulator_device = this.filter_emulator_device(emulator_devices, emulator_filter);
if( emulator_device == null )
{
//raise Exception("Could not find emulator device");
throw new System.Exception("Could not find emulator device");
}
this.master.SerialPortBaudRate = this.baud_rate;
this.master.Open(emulator_device); //void Open(string usbSerialNumber);
this.setup_service();
//# Start Master Emulator
this.master.Run();
this.set_local_data();
if( this.own_address != "" )
{
String byte_endianess_transformed_address = this.change_byte_endianess(this.own_address);
BtDeviceAddress bt_device_address = new Nordicsemi.BtDeviceAddress(byte_endianess_transformed_address);
this.master.SetBDAddress(bt_device_address);
}
this.restore_bond_info();
//# Run discovery procedure
this.myPeerDevice = this._discover_peer_device();
logger.log("Found peer device");
//# Connect and bond to peer device
Nordicsemi.BtConnectionParameters conn_params = new Nordicsemi.BtConnectionParameters();
conn_params.ConnectionIntervalMs = 15;
if( this.master.Connect(this.myPeerDevice.DeviceAddress) )
{
logger.log("--- Connected ---");
} else {
//raise(Exception("Connection failed"));
throw new System.Exception("Connection failed");
}
if( this.service_setup_done == true )
{
//# Service discovery
bool found_pipes = this.master.DiscoverPipes();
//print "PIPES RETURN VALUE: %s" % found_pipes
if( !found_pipes )
{
return false;
}
logger.log("--- Pipes discovered ---");
}
}
catch( Exception ex)
{
logger.log(String.Format("[EXCEPTION] {0}", ex));
logger.log("Call stack:");
//tb = traceback.extract_tb(sys.exc_info()[2])
//for f in reversed(tb):
//logger.log(String.Format(" File {0}, line {1}",os.path.basename(f[0]), f[1]));
this.num_of_errors += 1;
logger.log(String.Format("number of errors: {0}", this.num_of_errors));
return false;
}
return true;
/*
""" Function for doing discovery of the peer device, connect and
discover pipes. The function will also open the Master Emulator. """
try:
this.master = None
this.master = Nordicsemi.MasterEmulator()
this.master.LogMessage += this.log_message_handler
this.master.DataReceived += this.data_received_handler
this.master.Connected += this.connected_handler
this.master.Disconnected += this.disconnected_handler
this.master.PipeError += this.pipe_error_handler
this.master.ConnectionUpdateRequest += this.connection_update_handler
emulator_devices = this.master.EnumerateUsb(Nordicsemi.UsbDeviceType.AnyDevice)
emulator_device = this.filter_emulator_device(emulator_devices, emulator_filter)
if emulator_device is None:
raise Exception("Could not find emulator device")
this.master.SerialPortBaudRate = this.baud_rate
this.master.Open(emulator_device)
this.setup_service()
# Start Master Emulator
this.master.Run()
this.set_local_data()
if this.own_address:
byte_endianess_transformed_address = this.change_byte_endianess(this.own_address)
bt_device_address = Nordicsemi.BtDeviceAddress(byte_endianess_transformed_address)
this.master.SetBDAddress(bt_device_address)
this.restore_bond_info()
# Run discovery procedure
this.myPeerDevice = this._discover_peer_device()
logger.log("Found peer device")
# Connect and bond to peer device
conn_params = Nordicsemi.BtConnectionParameters()
conn_params.ConnectionIntervalMs = 15
if this.master.Connect(this.myPeerDevice.DeviceAddress):
logger.log("--- Connected ---")
else:
raise(Exception("Connection failed"))
if this.service_setup_done:
# Service discovery
found_pipes = this.master.DiscoverPipes()
print "PIPES RETURN VALUE: %s" % found_pipes
if not found_pipes:
return false
logger.log("--- Pipes discovered ---")
except Exception, ex:
logger.log("[EXCEPTION] %s" % ex)
logger.log("Call stack:")
tb = traceback.extract_tb(sys.exc_info()[2])
for f in reversed(tb):
logger.log(" File {0}, line {1}".format(os.path.basename(f[0]), f[1]))
this.num_of_errors += 1
logger.log("number of errors: %i" % this.num_of_errors)
return false
return true
*/
}
public async Task <bool> ConnectSpp()
{
bool result = await ObtainBtDevice();
Log($"ConnectSpp({BleID}, ObtainBtDevice={result})");
if (BtDevice == null)
{
return(false);
}
if (BtDevice.DeviceAccessInformation.CurrentStatus == DeviceAccessStatus.DeniedByUser)
{
return(false);
}
// This should return a list of uncached Bluetooth services (so if the server was not active when paired, it will still be detected by this call
RfcommDeviceServicesResult rfcommServices =
await BtDevice.GetRfcommServicesForIdAsync(
RfcommServiceId.SerialPort,
BluetoothCacheMode.Uncached);
Log($"{rfcommServices.Services.Count} Services found");
foreach (RfcommDeviceService service in rfcommServices.Services)
{
Log($"{service.ConnectionServiceName}");
Log($"\tHostName: {service.ConnectionHostName}");
Log($"\tServiceId: {service.ServiceId.AsString()}");
Log($"\tProtectionLevel: {service.ProtectionLevel}");
Log($"\tDeviceAccessInformation: {service.DeviceAccessInformation.CurrentStatus}");
}
if (rfcommServices.Services.Count > 0)
{
SppService = rfcommServices.Services[0];
}
else
{
return(false);
}
Log($"Connecting to {SppService.ServiceId.AsString()}");
// Do various checks of the SDP record to make sure you are talking to a device that actually supports the Bluetooth Rfcomm Chat Service
lock (this)
{
SppServiceSocket = new StreamSocket();
}
try
{
await SppServiceSocket.ConnectAsync(SppService.ConnectionHostName, SppService.ConnectionServiceName);
SppServiceWriter = new DataWriter(SppServiceSocket.OutputStream);
SppServiceReader = new DataReader(SppServiceSocket.InputStream);
SppServiceReader.InputStreamOptions = InputStreamOptions.ReadAhead;
}
catch (Exception ex)
{
Log($"{ex.Message}");
Log($"{ex.StackTrace}");
return(false);
}
return(true);
}
// Function to send file to all devices in the queue
public void SendFiles(string filename)
{
if (Devices.Count < 1)
return;
BtDevice curDevice;
while (Devices.Count > 0)
{
curDevice = Devices.Dequeue();
DeviceNames.Dequeue();
SendComplete = false;
AddResult(String.Format("Sending '{0}'", filename));
ShowFcnResult("SendFile", curDevice.SendFile(filename));
while (!SendComplete)
Application.DoEvents();
}
AddResult("Done sending files.");
}
private void onDisconnected(object sender, BtDevice dev)
{
mec.Connect(dev);
}
/// <summary>
/// Connecting to the given device, and with the given connection parameters.
/// </summary>
/// <param name="device">Device to connect to.</param>
/// <returns>Returns success indication.</returns>
//bool Connect(BtDevice device)
bool Connect_nRFUart(BtDevice device)
{
if (masterEmulator.IsDeviceDiscoveryOngoing)
{
masterEmulator.StopDeviceDiscovery();
}
karelDumpDevice(device); //karel
/* NG here*/
//karel - from Documentation
karelLog("\r\n");
karelLog("\r\n");
karelLog("========== TESTING masterEmulator.DiscoverServices() ================\r\n");
karelLog("\r\n");
var attributes = masterEmulator.DiscoverServices();
foreach (var item in attributes)
{
Trace.WriteLine(item.ToString());
karelLog("-----> " + item.ToString());
}
/**/
string deviceName = GetDeviceName(device.DeviceInfo);
AddToLog(string.Format("Connecting to {0}, Device name: {1}",
device.DeviceAddress.ToString(), deviceName));
BtConnectionParameters connectionParams = new BtConnectionParameters();
connectionParams.ConnectionIntervalMs = 11.25;
connectionParams.ScanIntervalMs = 250;
connectionParams.ScanWindowMs = 200;
bool connectSuccess = masterEmulator.Connect(device.DeviceAddress, connectionParams);
return connectSuccess;
}
#endif
#if true
/*_nRFTD1*/
bool Connect(BtDevice device)
{
//if (masterEmulator.IsDeviceDiscoveryOngoing)
while (masterEmulator.IsDeviceDiscoveryOngoing) // TODO (maybe need this during debug run
{
masterEmulator.StopDeviceDiscovery();
}
karelDumpDevice(device); //karel
string deviceName = GetDeviceName(device.DeviceInfo);
AddToLog(string.Format("Connecting to {0}, Device name: {1}",
device.DeviceAddress.ToString(), deviceName));
BtConnectionParameters connectionParams = new BtConnectionParameters();
//TODO _nRFTD1 connection parameters may be different than for _nRFUart
connectionParams.ConnectionIntervalMs = 11.25;
connectionParams.ScanIntervalMs = 250;
connectionParams.ScanWindowMs = 200;
//TODO _nRFTD1 connection parameters may be different than for _nRFUart
bool connectSuccess;
connectSuccess = masterEmulator.Connect(device.DeviceAddress, connectionParams);
return connectSuccess;
}
#endif
}