public void testDisplayConnected()
{
//Act
_door.OpenDoorEvent += Raise.EventWith(new OpenDoorEventArgs {
DoorOpen = "Door is open"
});
_door.ClosedDoorEvent += Raise.EventWith(new ClosedDoorEventArgs {
DoorClosed = "Door is closed"
});
_chargeControl.isConnected().Returns(true);
_rfidReader.RfidDetectedEvent += Raise.EventWith(new RfidDetectedEventArgs {
id = 123
});
//Assert
Assert.That(_display.ReceivedString, Is.EqualTo("Skabet er låst og din telefon lades. Brug dit RFID tag til at låse op."));
}
public void isConnected_Returns_TrueOrFalse(bool setConnection)
{
//Arrange
_usbCharger.Connected.Returns(setConnection);
//Act
var connection = _chargeControl.isConnected();
//Assert
Assert.AreEqual(setConnection, connection);
}
// Eksempel på event handler for eventet "RFID Detected" fra tilstandsdiagrammet for klassen
private void RfidDetected(int id)
{
switch (_state)
{
case LadeskabState.Available:
// Check for ladeforbindelse
if (_chargeControl.isConnected())
{
_Door.LockDoor();
_chargeControl.StartCharge();
_oldId = id;
using (var writer = File.AppendText(logFile))
{
writer.WriteLine(DateTime.Now.ToLongDateString() + ": Skab låst med RFID: {0}", id);
}
_Display.displayCommands("Skabet er låst og din telefon lades. Brug dit RFID tag til at låse op.");
_state = LadeskabState.Locked;
}
else
{
_Display.displayCommands("Din telefon er ikke ordentlig tilsluttet. Prøv igen.");
}
break;
case LadeskabState.DoorOpen:
// Ignore
break;
case LadeskabState.Locked:
// Check for correct ID
if (id == _oldId)
{
_chargeControl.StopCharge();
_Door.UnlockDoor();
using (var writer = File.AppendText(logFile))
{
writer.WriteLine(DateTime.Now.ToLongDateString() + ": Skab låst op med RFID: " + id.ToString());
}
_Display.displayCommands("Tag din telefon ud af skabet og luk døren");
_state = LadeskabState.Available;
}
else
{
_Display.displayCommands("Forkert RFID tag");
}
break;
}
}
public void TestDoorStateChangedDetected_DoorLockedFalse_Display()
{
//Arrange
_chargeControl.isConnected().Returns(true);
_rfid.RfidEvent +=
Raise.EventWith(new RfidEventArgs()
{
Rfid_ID = 1234
});
//Act
_door.DoorEvent +=
Raise.EventWith(new DoorEventArgs()
{
DoorClosed = false
});
//Assert
_display.Received().displayCommands("Locker is occupied");
}
public void RfidDetected(int id_rfid)
{
switch (_state)
{
case LadeSkabsState.Locked:
if (CheckId(_oldId, id_rfid))
{
_chargeControl.stopCharge();
_door.unlockDoor();
_log.PrintToFile(": Skab låst op med RFID: ", id_rfid);
_display.display("Tag din telefon ud af skabet og luk døren", 1);
_state = LadeSkabsState.Available;
}
else
{
_display.display("Forkert RFID tag", 1);
}
break;
// case LadeSkabsState.DoorOpen:
// break;
case LadeSkabsState.Available:
if (_chargeControl.isConnected())
{
_door.lockDoor();
_chargeControl.startCharge();
_oldId = id_rfid;
_log.PrintToFile(": Skab låst med RFID: ", id_rfid);
_display.display("Skabet er låst og din telefon lades. Brug dit RFID tag til at låse op.", 1);
_state = LadeSkabsState.Locked;
}
else
{
_display.display("Din telefon er ikke ordentlig tilsluttet. Prøv igen", 1);
}
break;
}
}
public void ConnectPhone_RFIDscanned_PhoneNotConnected()
{
//Arrange
_subChargeControl.isConnected().Returns(false);
//Act
_subScanner.ScanEvent += Raise.EventWith(new ScanEventArgs()
{
ScannedId = 10
});
//Assert
_subDisplay.Received(1).ConnectionError();
}
/* Region content:
* RfidDetected(object o, ScanEventArgs e)
* DoorChanged(object o, DoorEventArgs e)
*/
#region Handlers
// method for event handler in RFIDscanner.
private void RfidDetected(object o, ScanEventArgs e)
{
switch (_state)
{
case LadeskabState.Available:
// Check for ladeforbindelse
if (_charger.isConnected())
{
_door.LockDoor();
_oldId = e.ScannedId;
_Log.LogDoorLocked(e.ScannedId);
_charger.StartCharge();
_display.Busy();
_state = LadeskabState.Locked;
}
else
{
_display.ConnectionError();
}
break;
case LadeskabState.DoorOpen:
// Ignore
break;
case LadeskabState.Locked:
// Check for correct ID
if (e.ScannedId == _oldId)
{
_charger.StopCharge();
_door.UnlockDoor();
_Log.LogDoorUnlocked(e.ScannedId);
_display.PhoneDone();
_state = LadeskabState.Available;
}
else
{
_display.RFIDError();
}
break;
}
}
public void test_LadeSkabsStateLocked_false_id_connected_false()
{
_chargeControl.isConnected().Returns(false);
_rfidReader.RfidDetectedEvent += Raise.EventWith(new RfidDetectedEventArgs {
id = 123
});
_rfidReader.RfidDetectedEvent += Raise.EventWith(new RfidDetectedEventArgs {
id = 123
});
_display.Received(2).display("Din telefon er ikke ordentlig tilsluttet. Prøv igen",
1);
}
public void RfidDetected_DoorStatusFalse_ChargeIsConnectedTrue_DoorReceived_LockDoor(int TestId)
{
_door.CurrentDoorStatus.Returns(false);
_chargeControl.isConnected().Returns(true);
_rfidReader.RFIDValueEvent += Raise.EventWith(new RFIDEventArgs {
id = TestId
});
_door.Received().LockDoor();
}
public void RfidDetected(object sender, RFIDEventArgs e)
{
_id = e.id;
switch (_state)
{
case LadeskabState.Available:
#if DEBUG
Console.WriteLine("DEBUG:::_state = LadeskabState.Available");
#endif
if (_door.CurrentDoorStatus == true)
{
_display.DisplayDoorOpen();
}
else
{
// Check for ladeforbindelse
if (_charger.isConnected())
{
_door.LockDoor();
_charger.StartCharge();
_oldId = _id;
_log.LogDoorLocked(_id);
_display.DisplayChargeLockerOccupied();
_state = LadeskabState.Locked;
#if DEBUG
Console.WriteLine("DEBUG:::_state after = " + _state);
#endif
}
else
{
_display.DisplayFailedConnection();
}
}
break;
//case LadeskabState.DoorOpen:
// // Ignore
// break;
case LadeskabState.Locked:
// Check for correct ID
#if DEBUG
Console.WriteLine("DEBUG:::_state = LadeskabState.Locked");
#endif
if (_id == _oldId)
{
_charger.StopCharge();
_door.UnlockDoor();
_log.LogDoorUnlocked(_id);
_display.DisplayRemovePhone();
_state = LadeskabState.Available;
}
else
{
_display.DisplayWrongRFID();
_log.LogDoorTriedUnlockedWithWrongId(_id);
}
break;
}
}