public void Test_RFIDEVENT_DoorOpen_NoDisplay()
{
//Act
// Vi vil gerne teste at når der
// Bliver læst et RFID event, printes der ikke noget
//Raiser et doorevent så døren åbnes
_door.DoorEvent +=
Raise.EventWith(new DoorEventArgs()
{
IsDoorOpen = true
});
_display.ClearReceivedCalls();
_rfid.RfidEvent +=
Raise.EventWith(new RfidEventArgs()
{
RfidTag = 1234
});
_display.DidNotReceive().print(Arg.Any <string>());
}
public void setup()
{
_uut = new StationControl(display, logfile, chargeControl, door, reader);
display.ClearReceivedCalls();
logfile.ClearReceivedCalls();
chargeControl.ClearReceivedCalls();
door.ClearReceivedCalls();
reader.ClearReceivedCalls();
}
public void RfidDectected_RfidDetectedInDoorOpenState_DisplayNothing()
{
//arrange
_door.DoorOpenEvent += Raise.EventWith(EventArgs.Empty);
_display.ClearReceivedCalls();
//Act
_rfidReader.RfidDetectedEvent += Raise.Event <EventHandler <int> >(_rfidReader, 123);
//Assert
var calls = _display.ReceivedCalls();
Assert.That(!calls.Any());
}
[TestCase(19, 250)] //Max Boundary + 5
public void Press_PowerButton_DisplayCorrectValues(int press, int watts)
{
for (int i = 0; i < press - 1; i++)
{
sut_PowerButton.Press();
}
//press = 18;
fakeDisplay.ClearReceivedCalls();
fakeDisplay.Received(0).ShowPower(Arg.Any <int>());
sut_PowerButton.Press();
fakeDisplay.Received().ShowPower(watts);
}
public void HandleRfidRead_Ignored_If_Door_Open()
{
//Arrange
_door.DoorChangeEvent += Raise.EventWith <DoorOpenEventArgs>(_door, new DoorOpenEventArgs()
{
IsOpen = true
});
_display.ClearReceivedCalls(); //clear the print from opening the door
//Act
_rfidReader.ReadIdEvent += Raise.EventWith <RfidReadEventArgs>(_rfidReader, new RfidReadEventArgs()
{
Id = 3
});
//Assert
_display.DidNotReceive().NotifyStation(Arg.Any <string>());
}
public void PowerPressing()
{
// Pressing power button shows power level.
powerButton.Press();
display.Received(1).ShowPower(50);
display.ClearReceivedCalls();
// Increase power level by 50.
powerButton.Press();
display.Received(1).ShowPower(100);
powerButton.Press();
display.Received(1).ShowPower(150);
powerButton.Press();
display.Received(1).ShowPower(200);
powerButton.Press();
display.Received(1).ShowPower(250);
powerButton.Press();
display.Received(1).ShowPower(300);
powerButton.Press();
display.Received(1).ShowPower(350);
powerButton.Press();
display.Received(1).ShowPower(400);
powerButton.Press();
display.Received(1).ShowPower(450);
powerButton.Press();
display.Received(1).ShowPower(500);
powerButton.Press();
display.Received(1).ShowPower(550);
powerButton.Press();
display.Received(1).ShowPower(600);
powerButton.Press();
display.Received(1).ShowPower(650);
powerButton.Press();
display.Received(1).ShowPower(700);
// Increasing power level beyond 700 makes it roll over.
powerButton.Press();
display.Received(1).ShowPower(50);
display.ClearReceivedCalls();
// Closing door.
door.Close();
// Does nothing.
display.DidNotReceive().ShowPower(Arg.Any <int>());
// Opening door.
door.Open();
// Does not show power.
display.DidNotReceive().ShowPower(Arg.Any <int>());
// But it does turn on light.
light.Received(1).TurnOn();
// And clears display.
display.Received(1).Clear();
}
public void RfidDetected_StateIsAvalibleAndConnected_CallLockDoorOnDoorAndStartChargeOnChargeControl()
{
//Arrange
charger.IsConnected().Returns(true);
door.DoorIsLocked.Returns(false);
door.DoorIsOpen.Returns(false);
door.closeDoorEvent += Raise.EventWith(new DoorEventArgs()
{
EventDoorState = DoorState.Closed
});
disp.ClearReceivedCalls();
//Act
rfid.RFIDReaderEvent += Raise.EventWith(new RFIDDetectedArgs {
});
//Assert
charger.Received(1).StartCharge();
door.Received(1).LockDoor();
disp.Received(1).DisplayMessage(Arg.Any <string>());
}