private void OnRfidEvent(RfidEventArgs e)
{
if (RfidEvent != null)
{
RfidEvent(this, e);
}
}
private void _rfidCardDataReceived(object _cardPort, SerialDataReceivedEventArgs unused)
{
// Capture the port that the data was received on.
SerialPort cardPort = (SerialPort)_cardPort;
//String cardID = String.Empty;
int iRFIDReadLen = cardPort.BytesToRead;
//RFID always read in 16 bytes of data
if (iRFIDReadLen == 16)
{
byte[] rawData = new byte[16]; // Incoming raw bytes from the serial connection.
char[] idStringData = new char[10]; // ID String data.
//Read in 16 bytes data
cardPort.Read(rawData, 0, rawData.Length);
// Card ID is a 10 byte ASCII data
// It is located at byte 1 - 11 of the 16 bytes
for (int i = 0; i < 10; i++)
{
idStringData[i] = (char)rawData[i + 1]; // skip first byte
}
RfidEventArgs _args = new RfidEventArgs();
_args.RFID = new string(idStringData);
OnRfidEvent(_args);
}
}
public void Rfid_OpenNoConnection(int OldId, int id)
{
RfidEventArgs RfidArgs = new RfidEventArgs(OldId);
_chargeControl.connection_establishment().Returns(false);
_rfidreader.RfidHandler += Raise.EventWith(RfidArgs);
_door.DidNotReceive().Lock();
}
public void Setup()
{
_uut = new RfidReaderSimulator();
_uut.RfidEvent +=
(o, args) =>
{
_RfidEventArgs = args;
};
}
public void Rfid_AvailableState_NoConnection(int id)
{
RfidEventArgs RfidArgs = new RfidEventArgs(id);
_chargeControl.connection_establishment().Returns(false);
_rfidreader.RfidHandler += Raise.EventWith(RfidArgs);
_door.DidNotReceive().Lock();
_chargeControl.DidNotReceive().charge_control_start();
_disp.Received().PrintStationMsg(_NoConnectionMsg);
}
public void Setup()
{
_recievedEventArgs = null;
_uut = new RfidReaderSimulator();
_numberOfEvents = 0;
_uut.IdRegisteredEvent += (o, a) =>
{
_recievedEventArgs = a;
_numberOfEvents++;
};
}
public void Setup()
{
_uut = new RfidReader();
_receivedEventArgs = null;
_uut.RfidDetectedEvent +=
(o, args) =>
{
_receivedEventArgs = args;
};
}
public void Rfid_AvailableState(int id)
{
RfidEventArgs RfidArgs = new RfidEventArgs(id);
_chargeControl.connection_establishment().Returns(true);
_rfidreader.RfidHandler += Raise.EventWith(this, RfidArgs);
//_rfidreader.RfidHandler += (sender, args) => receivedId = args.id_;
_door.Received().Lock();
_chargeControl.Received().charge_control_start();
_disp.Received().PrintStationMsg(_NowChargingMsg);
}
// Eksempel på event handler for eventet "RFID Detected" fra tilstandsdiagrammet for klassen
private void RfidDetected(object sender, RfidEventArgs e)
{
switch (_state)
{
case LadeskabState.Available:
// Check for ladeforbindelse
if (_charger.IsConnected())
{
_door.LockDoor();
_charger.StartCharge();
_oldId = e.Id;
_logfile.LogDoorLocked(e.Id);
_display.StateChangedToLocked();
_state = LadeskabState.Locked;
}
else
{
_display.ErrorInPhoneConnection();
}
break;
case LadeskabState.DoorOpen:
throw new System.Exception("ERROR! RFID cannot be received when state is DoorOpen");
case LadeskabState.Locked:
// Check for correct ID
if (e.Id == _oldId)
{
_charger.StopCharge();
_door.UnlockDoor();
_logfile.LogDoorUnlocked(e.Id);
_display.StateChangedToUnlocked();
_state = LadeskabState.Available;
}
else
{
_display.RfidNoMatch();
}
break;
}
}
private void HandleRfIdEvent(object?sender, RfidEventArgs e)
{
_id = e.RfID;
RfidDetected(_id);
}
private void RfidReader_TagReadEvent(object sender, RfidEventArgs e)
{
numberOfEvents++;
lastReceivedID = e.Id;
}
private static void OnConnectionStatus(object sender, RfidEventArgs <RfidRdrConnectionStatus> e)
{
Console.WriteLine($"{nameof(OnConnectionStatus)} {e.Value.Rdr} {e.Value.Type}");
}
private static void OnAntennaStatus(object sender, RfidEventArgs <RfidRdrAntennaStatus> e)
{
}
protected virtual void OnScanTag(RfidEventArgs e)
{
TagReadEvent?.Invoke(this, e);
}
