public void from_VACANT_DOOR_CLOSED_PHONE_CONNECTED_AWAITING_RFID_to_OCCUPIED_DOOR_CLOSED_AWAITING_RFID()
{
//arrange
_doorSensor.DoorOpened += Raise.EventWith(EventArgs.Empty);
_chargeControl.PhoneConnected += Raise.EventWith(EventArgs.Empty);
_doorSensor.DoorClosed += Raise.EventWith(EventArgs.Empty);
//act
_rfidReader.RfidDetected += Raise.EventWith(new RfidDetectedEventArgs(1234));
//assert
_verificationUnit.Received(1).LockDoorWithReceivedID(1234);
_logger.Received(1).LogThis("Door has been locked");
_userOutput.Received().Notify_DoorLocked_ScanRfidToUnlock();
}
public void CheckIf_ShowReadRfidMessage_IsCalled_WhenDoorCloseEventIsTriggered_AndStateIsDoorOpen()
{
bool doorClose = true;
bool doorOpen = true;
_doorSimulator.DoorOpenEvent += Raise.EventWith(new DoorOpenEventArgs()
{
DoorOpened = doorOpen
});
_doorSimulator.DoorCloseEvent += Raise.EventWith(new DoorCloseEventArgs()
{
DoorClosed = doorClose
});
_displaySimulator.Received(1).ShowReadRfidMessage();
}
public void RfidDetected_StateAvailableAndChargerNotConnected_DisplayCalledOnce()
{
// Arrange
_fakeChargeControl.IsConnected().Returns(false);
// Act - Raise event in fake
_fakeRfidReader.RfidEvent +=
Raise.EventWith(new RfidEventArgs()
{
Id = 1
});
// Assert
_fakeDisplay.Received(1).UpdateUserMsg("Din telefon er ikke ordentlig tilsluttet. Prøv igen.");
}
public void RfidEvent_LockedWrongId_DisplayCalled(string SimulatedId)
{
chargeControl.IsConnected().Returns(true);
door.DoorCloseEvent += Raise.EventWith(null, new DoorEventArgs());
rfidReader.TagReadEvent += Raise.EventWith(null, new RfidEventArgs()
{
Id = "This id was used to lock ladeskab"
});
rfidReader.TagReadEvent += Raise.EventWith(null, new RfidEventArgs()
{
Id = SimulatedId
});
display.Received(1).RFIDError();
}
public void RfidEvent_LockedCorrectId_LogUpdated(string SimulatedId)
{
chargeControl.IsConnected().Returns(true);
door.DoorCloseEvent += Raise.EventWith(null, new DoorEventArgs());
rfidReader.TagReadEvent += Raise.EventWith(null, new RfidEventArgs()
{
Id = SimulatedId
});
rfidReader.TagReadEvent += Raise.EventWith(null, new RfidEventArgs()
{
Id = SimulatedId
});
logFile.Received(1).DoorUnlocked(SimulatedId);
}
public void EventRaisedWhenArgumentHasNoDefaultConstructor()
{
// set our substitute event handler to keep count of events raised
var numberOfEvents = 0;
engine.LowFuelWarning += (sender, args) => numberOfEvents++;
// we don't care about the sender, so skip it
engine.LowFuelWarning += Raise.EventWith(new LowFuelWarningEventArgs(10));
// now we do care about the sender so use one, albeit any old object for the purposes of this test!
engine.LowFuelWarning += Raise.EventWith(new object(), new LowFuelWarningEventArgs(10));
// Now we can assert the number of events raised matches the count from our substitute handler
Assert.AreEqual(2, numberOfEvents);
}
public void Ready_PowerAndTime_CookerIsCalledCorrectly()
{
powerButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Now in SetPower
powerButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
timeButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Now in SetTime
timeButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Should call with correct values
startCancelButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Error - power is 15 %
cooker.Received(1).StartCooking(15, 120);
}
public void DisplayCharge_WhenPhoneLockerIsAvailableAndChargerConnectedRfidDetected_DisplayChargeStartedAndLockerOccupied(string message)
{
//ARRANGE
UUT.State = PhoneLockerState.Available;
fakeChargeControl.Connected = true;
//ACT
fakeRfidReader.RFIDDetectedEvent += Raise.EventWith(new RFIDDetectedEventArgs()
{
RFID = 0
});
//ASSERT
fakeDisplay.Received(1).DisplayCharge(message);
}
public void SeparateTracks_ChecksIfTracksAreTooCloseToEachOther_ContainsListOfSeparatingTracks()
{
var data = new List <ITrack>();
var args = new EventTracks(data);
var trackOne = new Track("TagOne", _trackOne, DateTime.Now);
var trackTwo = new Track("TagTwo", _trackTwo, DateTime.Now);
data.Add(trackOne);
data.Add(trackTwo);
_updateModule.TracksUpdated += Raise.EventWith(args);
Assert.That(_collisions.Count(), Is.EqualTo(1));
Assert.That(_collisions.Any(), Is.True);
}
public void UnlockDoor_WhenRFIDIsNotCorrect_PhoneLockerIsLockedChargerConnectedRfidDetected_CallNotReceived(int rfid)
{
//ARRANGE
UUT.State = PhoneLockerState.Locked;
UUT.Rfid = rfid; //id fra event
UUT.oldId = 99; //gammelt id fra da man låste skabet
//ACT
fakeRfidReader.RFIDDetectedEvent += Raise.EventWith(new RFIDDetectedEventArgs()
{
RFID = 0
});
//ASSERT
fakeDoor.DidNotReceive().UnlockDoor();
}
public void DisplayText_WhenPhoneLockerIsAvailableAndChargerNotConnectedRfidDetected_DisplayTextWritesFailMessage(string message)
{
//ARRANGE
UUT.State = PhoneLockerState.Available;
fakeChargeControl.Connected = false;
//ACT
fakeRfidReader.RFIDDetectedEvent += Raise.EventWith(new RFIDDetectedEventArgs()
{
RFID = 0
});
//ASSERT
fakeDisplay.Received(1).DisplayText(message);
}
public void LockDoor_WhenPhoneLockerIsAvailableAndChargerNotConnectedRfidDetected_CallNotReceived()
{
//ARRANGE
UUT.State = PhoneLockerState.Available;
fakeChargeControl.Connected = false;
//ACT
fakeRfidReader.RFIDDetectedEvent += Raise.EventWith(new RFIDDetectedEventArgs()
{
RFID = 0
});
//ASSERT
fakeDoor.DidNotReceive().LockDoor();
}
public void StartCharge_WhenPhoneLockerIsAvailableChargerConnectedRfidDetected_CallReceived()
{
//ARRANGE
UUT.State = PhoneLockerState.Available;
fakeChargeControl.Connected = true;
//ACT
fakeRfidReader.RFIDDetectedEvent += Raise.EventWith(new RFIDDetectedEventArgs()
{
RFID = 0
});
//ASSERT
fakeChargeControl.Received(1).StartCharge();
}
public void DisplayCharge_WhenPhoneLockerIsAvailableAndChargerNotConnectedRfidDetected_DisplayChargeDoesNotReceiveCall()
{
//ARRANGE
UUT.State = PhoneLockerState.Available;
fakeChargeControl.Connected = false;
//ACT
fakeRfidReader.RFIDDetectedEvent += Raise.EventWith(new RFIDDetectedEventArgs()
{
RFID = 0
});
//ASSERT
fakeDisplay.Received(0).DisplayCharge("");
}
public void RfidDetected_UnlockLocker_With_Wrong_ID(int TestId)
{
//This is to lock the door with testId so we can test rfidDetected when state is locked
_door.CurrentDoorStatus.Returns(false);
_chargeControl.isConnected().Returns(true);
_rfidReader.RFIDValueEvent += Raise.EventWith(new RFIDEventArgs {
id = TestId
});
_rfidReader.RFIDValueEvent += Raise.EventWith(new RFIDEventArgs {
id = TestId + 1
});
_display.Received().DisplayWrongRFID();
_log.Received().LogDoorTriedUnlockedWithWrongId(TestId + 1);
}
public void HandleTrackInsideAirspace_HandlesTrack_EventWasRaised()
{
_fakeTrackManagement = Substitute.For <ITrackManagement>();
_uut = new AirTrafficMonitoring.FlightManagement.FlightManagement(_fakeAirspaceController, _fakeTrackRemover, _fakeTrackManagement);
bool wasRaised = false;
_uut.FlightDataReady += (sender, args) => wasRaised = true;
TrackEventArgs e = new TrackEventArgs(new Track());
// ACT
_fakeAirspaceController.TrackInAirspace += Raise.EventWith <TrackEventArgs>(e);
// ASSERT
Assert.That(wasRaised, Is.EqualTo(true));
}
public void RfidDeected_LadeskabstateIsLockedAndIdIsNOTEqualToOldId_DoesNotCalStopCharge(int oldId, int newId)
{
//Act
//Først fyrres eventet en gang for at skifte state fra avalible til Locked
chargeControl.Connected = true;
rfidReader.RFIDReaderEvent += Raise.EventWith(new RFIDReaderEventArg {
ID = oldId
});
//Herefter fyrres eventet igen
rfidReader.RFIDReaderEvent += Raise.EventWith(new RFIDReaderEventArg {
ID = newId
});
chargeControl.Received(0).StopCharge();
}
public void ConnectPhone_RFIDscannedWhenInUse_CorrectID()
{
//Arrange
_subChargeControl.isConnected().Returns(true);
//Act
_subScanner.ScanEvent += Raise.EventWith(new ScanEventArgs()
{
ScannedId = 10
});
_subScanner.ScanEvent += Raise.EventWith(new ScanEventArgs()
{
ScannedId = 10
});
//Assert
_subDisplay.Received(1).PhoneDone();
}
public void EjectButtonPressedPlayingAndPauseState()
{
startpausButton.ButtonPressedEvent += Raise.EventWith(this, EventArgs.Empty); // playing state
ejectButton.ButtonPressedEvent += Raise.EventWith(this, EventArgs.Empty);
driver.Received().Stop();
tray.Received().Open();
display.Received().Clear();
startpausButton.ButtonPressedEvent += Raise.EventWith(this, EventArgs.Empty); // pause state
ejectButton.ButtonPressedEvent += Raise.EventWith(this, EventArgs.Empty);
driver.Received().Stop();
tray.Received().Open();
display.Received().Clear();
}
public void returns_data_from_getAll_on_non_consecutive_receipts_with_incremental_changes()
{
TestCase <Address> testCase = BuildTestCase <Address>();
BlockHeader blockHeader = Build.A.BlockHeader.WithNumber(1).WithHash(TestItem.KeccakA).TestObject;
testCase.DataContract.GetAllItemsFromBlock(blockHeader).Returns(new[] { TestItem.AddressA });
Block secondBlock = Build.A.Block.WithHeader(Build.A.BlockHeader.WithNumber(3).WithHash(TestItem.KeccakB).WithParentHash(TestItem.KeccakC).TestObject).TestObject;
Address[] expected = { TestItem.AddressB };
testCase.DataContract.GetAllItemsFromBlock(secondBlock.Header).Returns(expected);
testCase.ContractDataStore.GetItemsFromContractAtBlock(blockHeader);
testCase.BlockTree.NewHeadBlock += Raise.EventWith(new BlockEventArgs(secondBlock));
testCase.ContractDataStore.GetItemsFromContractAtBlock(secondBlock.Header).Should().BeEquivalentTo(expected.Cast <object>());
}
public void Ready_FullPower_CookerIsCalledCorrectly()
{
for (int i = 50; i <= 700; i += 50)
{
powerButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
}
timeButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Now in SetTime
// Should call with correct values
startCancelButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Error here StartCooking should be called with percentage 1 - 100 %
cooker.Received(1).StartCooking(100, 60);
}
public void ShowReflogs_should_be_bound_via_FilterChanged(bool settingValue)
{
bool original = AppSettings.ShowReflogReferences;
try
{
AppSettings.ShowReflogReferences = settingValue;
_revisionGridFilter.FilterChanged += Raise.EventWith(_revisionGridFilter, new FilterChangedEventArgs(new()));
_filterToolBar.GetTestAccessor().tsmiShowReflogs.Checked.Should().Be(settingValue);
}
finally
{
AppSettings.ShowReflogReferences = original;
}
}
public void RfidEvent_LockedCorrectId_DisplayUpdated(string SimulatedId)
{
chargeControl.IsConnected().Returns(true);
door.DoorCloseEvent += Raise.EventWith(null, new DoorEventArgs());
rfidReader.TagReadEvent += Raise.EventWith(null, new RfidEventArgs()
{
Id = SimulatedId
});
rfidReader.TagReadEvent += Raise.EventWith(null, new RfidEventArgs()
{
Id = SimulatedId
});
display.Received(1).RemovePhone();
}
public void ReadEventFunction_ChargingCurrent_Display_DisplayPhoneCharging()
{
double usedCurrent = 250;
_usbCharger.CurrentValueEvent += Raise.EventWith(new CurrentEventArgs {
Current = 0
});
_usbCharger.CurrentValueEvent += Raise.EventWith(new CurrentEventArgs {
Current = usedCurrent
});
double p = usedCurrent / 500;
p = p * 100;
p = 100 - p;
_display.Received().DisplayPhoneCharging(p);
}
public void Will_load_static_nodes_and_connect_to_them()
{
const int nodesCount = 5;
var staticNodes = CreateNodes(nodesCount);
_staticNodesManager.Nodes.Returns(staticNodes);
_peerManager.Init();
_peerManager.Start();
foreach (var node in staticNodes)
{
_discoveryApp.NodeDiscovered += Raise.EventWith(new NodeEventArgs(new Node(node.Host, node.Port)));
}
Thread.Sleep(_travisDelay);
_peerManager.ActivePeers.Count(p => p.Node.IsStatic).Should().Be(nodesCount);
}
public void TestUserInterface_DisplayClear_CorrectOutput()
{
Console.SetOut(_stringWriter);
_door.Opened += Raise.EventWith(this, EventArgs.Empty);
_door.Closed += Raise.EventWith(this, EventArgs.Empty);
_buttonPower.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Now in SetPower
_timeButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
// Now in SetTime
_startButton.Pressed += Raise.EventWith(this, EventArgs.Empty);
_sut.CookingIsDone();
Assert.That(_stringWriter.ToString().Contains("Display cleared"));
}
public void DoorOpenedEvent_StateSetPower_LightOnDisplayClear()
{
// Arrange
StringWriter output = new();
powerbutton.Pressed += Raise.EventWith(this, EventArgs.Empty);
Console.SetOut(output);
//Act
door.Open();
//Assert
string expectedOutput = "Light is turned on\r\nDisplay cleared\r\n";
Assert.That(output.ToString(), Is.EqualTo(expectedOutput));
}
public void Initial_TracksFilteredOneTrack_TrackIsCorrect()
{
List <Track> listToTest = new List <Track>();
Track track = new Track()
{
Tag = "NIC111", X = 25000, Y = 25000, Altitude = 5000,
TimeStamp = DateTime.ParseExact("20151006213456789", "yyyyMMddHHmmssfff", CultureInfo.InvariantCulture)
};
listToTest.Add(track);
TracksChangedEventArgs args = new TracksChangedEventArgs(listToTest);
_parser.TracksChanged += Raise.EventWith(args);
Assert.That(_tracksFilteredList[0], Is.EqualTo(track));
}
public void TrackAllreadyExists_AddToRenderWithColor()
{
_fakeMonitoredAirspace.HasPositionWithinBoundaries(Arg.Any <Position>()).Returns(true);
var record = new FlightRecord()
{
Tag = "AA123",
Position = new Position(20000, 20000, 19000),
Timestamp = DateTime.MinValue
};
_fakeFlight.FlightRecordReceived += Raise.EventWith(_fakeFlight, new FlightRecordEventArgs(record));
_fakeFlight.FlightRecordReceived += Raise.EventWith(_fakeFlight, new FlightRecordEventArgs(record));
_fakeView.Received().AddToRenderWithColor(Arg.Any <string>(), Arg.Any <ConsoleColor>());
}
public void OnTimerTick_DisplayUpdated()
{
//Use NSubstitute to make the time remaining return 74 seconds
int time = 74;
_timer.TimeRemaining.Returns(time);
int min = time / 60;
int sec = time % 60;
Console.SetOut(_stringWriter);
//Raise the timer tick event, triggering the OnTimerTick event handler in CookController
_timer.TimerTick += Raise.EventWith(new object(), new EventArgs());
Assert.That(_stringWriter.ToString(), Contains.Substring($"Display shows: {min:D2}:{sec:D2}"));
}