public void closeActiveAndIdlePeriodShouldNotBeMerged()
{
var period1 = PeriodBuilder.New(MIDDAY).Active();
var period2 = PeriodBuilder.NewAfter(period1, LESS_THAN_IDLE_TIMEOUT).Idle();
timeTableSUT.AddPeriod(period1);
timeTableSUT.AddPeriod(period2);
CollectionAssert.AreEquivalent(periodStorage.GetAll(), new ActivityPeriod[] { period2, period1 });
}
public void twoDistantActivePeriodShouldNotBeMerged()
{
var period1 = PeriodBuilder.New(MIDDAY).Active();
var period2 = PeriodBuilder.NewAfter(period1, MORE_THAN_IDLE_TIMEOUT).Active();
var returned1 = timeTableSUT.AddPeriod(period1);
var returned2 = timeTableSUT.AddPeriod(period2);
Assert.AreEqual(period1, returned1);
Assert.AreEqual(period2, returned2);
CollectionAssert.AreEquivalent(periodStorage.GetAll(), new[] { period2, period1 });
}
public void shouldNotifyWhenBeforeActiveThereIsLongIdlePeriod()
{
// arrange
var idlePeriodLength = IDLE_TIMEOUT + 2.secs();
var periodIdleLong = PeriodBuilder.New(MIDDAY).Length(idlePeriodLength).Idle();
var periodActive = PeriodBuilder.NewAfter(periodIdleLong).Length(1.secs()).Active();
// act
timeTableSUT.PeriodPassed(periodIdleLong);
timeTableSUT.PeriodPassed(periodActive);
// assert
A.CallTo(() => listenerActivityListnerMock.NotifyActiveAfterBreak(idlePeriodLength))
.MustHaveHappened(Repeated.Exactly.Once);
}
public static PeriodBuilder NewPeriodAfter(this ActivityPeriod activityPeriod, TimeSpan gap = default(TimeSpan))
{
return(PeriodBuilder.NewAfter(activityPeriod, gap));
}