public void ParkingMeter_CanAddQuarterWhenTillNotFull_ReturnsTrue()
{
ParkingMeter parkingMeter = new ParkingMeter();
bool isAdded = parkingMeter.AddQuarter();
Assert.That(isAdded, Is.True);
}
public void ParkingMeter_CanNotAddQuarterWhenTillIsFull_ReturnsFalse()
{
ParkingMeter parkingMeter = new ParkingMeter(dateTimeProvider, CreateFakeFullMeterTill().Object);
bool badAdd = parkingMeter.AddQuarter();
Assert.That(badAdd, Is.False);
}
public void ParkingMeter_CanAddQuarterWhenTillNotFull_ReturnsTrue()
{
ParkingMeter parkingMeter = new ParkingMeter(dateTimeProvider, CreateFakeEmptyMeterTill().Object);
bool isAdded = parkingMeter.AddQuarter();
Assert.That(isAdded, Is.True);
}
public void ParkingMeter_IsExpiredTimeWhenQuarterIsAdded_ReturnsFalse()
{
ParkingMeter parkingMeter = new ParkingMeter();
parkingMeter.AddQuarter();
bool isExpired = parkingMeter.IsExpired();
Assert.That(isExpired, Is.False);
}
public void ParkingMeter_GetRemainingTimeWhenQuarterIsAdded_IsGreaterThanZero()
{
ParkingMeter parkingMeter = new ParkingMeter();
parkingMeter.AddQuarter();
double remainingTime = parkingMeter.GetRemainingTime();
Assert.That(remainingTime, Is.GreaterThan(0));
}
public void ParkingMeter_GetTillValueWhenOneQuarter_ReturnsOne()
{
ParkingMeter parkingMeter = new ParkingMeter();
parkingMeter.AddQuarter();
int value = parkingMeter.GetTillValue();
Assert.That(value, Is.EqualTo(1));
}
public void ParkingMeter_GetRemainingTimeWhenTimeExpires_IsZero()
{
ParkingMeter parkingMeter = new ParkingMeter();
parkingMeter.AddQuarter();
//THIS TEST HAS TO WAIT 15 MINUTES? IMPOSSIBLE TO RUN
double remainingTime = parkingMeter.GetRemainingTime();
Assert.That(remainingTime, Is.Zero);
}
public void ParkingMeter_IsExpiredTimeWhenTimeExpires_ReturnsTrue()
{
ParkingMeter parkingMeter = new ParkingMeter();
parkingMeter.AddQuarter();
//THIS TEST HAS TO WAIT 15 MINUTES? IMPOSSIBLE TO RUN
bool isExpired = parkingMeter.IsExpired();
Assert.That(isExpired, Is.True);
}
public void ParkingMeter_CanNotAddQuarterWhenTillIsFull_ReturnsFalse()
{
ParkingMeter parkingMeter = new ParkingMeter();
//add unitl the till is full, these should all succeed
bool goodAdd = true;
for (int addCount = 0; addCount < parkingMeter.GetTillCapacity(); addCount++)
{
goodAdd = goodAdd & parkingMeter.AddQuarter();
}
//the till should be full, this should now overflow the till and return false
bool badAdd = parkingMeter.AddQuarter();
Assert.Multiple(() =>
{
Assert.That(goodAdd, Is.True);
Assert.That(badAdd, Is.False);
});
}
public void ParkingMeter_EmptyTill_TillValueIsZero(int addCount)
{
ParkingMeter parkingMeter = new ParkingMeter();
for (int x = 0; x < addCount; x++)
{
parkingMeter.AddQuarter();
}
parkingMeter.EmptyTill();
int tillValue = parkingMeter.GetTillValue();
Assert.That(tillValue, Is.Zero);
}
public void ParkingMeter_NewTillIsNotFull_ReturnsFalse(int addCount, bool isFull)
{
ParkingMeter parkingMeter = new ParkingMeter();
for (int x = 0; x < addCount; x++)
{
parkingMeter.AddQuarter();
}
bool isEmpty = parkingMeter.IsTillFull();
Assert.That(isEmpty, Is.EqualTo(isFull));
}
public void ParkingMeter_GetTillValue_MatchesTestCase(int addCount, int tillValue)
{
ParkingMeter parkingMeter = new ParkingMeter();
for (int x = 0; x < addCount; x++)
{
parkingMeter.AddQuarter();
}
int value = parkingMeter.GetTillValue();
Assert.That(value, Is.EqualTo(tillValue));
}
