HA4IoT.Automations.TurnOnAndOffAutomation.WithTurnOnWithinTimeRange C# (CSharp) Метод

        public TurnOnAndOffAutomation WithTurnOnWithinTimeRange(Func<TimeSpan> from, Func<TimeSpan> until)
        {
            if (@from == null) throw new ArgumentNullException(nameof(from));
            if (until == null) throw new ArgumentNullException(nameof(until));

            _enablingConditionsValidator.WithCondition(ConditionRelation.Or, new TimeRangeCondition(_dateTimeService).WithStart(from).WithEnd(until));
            return this;
        }

        public void Should_NotTurnOn_IfMotionDetected_AndTimeRangeConditionIs_NotFulfilled()
        {
            var timer = new TestTimerService();
            var dateTimeService = new TestDateTimeService();
            dateTimeService.SetTime(TimeSpan.Parse("18:00:00"));

            var motionDetectorFactory = new TestMotionDetectorFactory(new SchedulerService(timer, dateTimeService), new SettingsService(new BackupService(), new StorageService()));
            var stateMachineFactory = new TestStateMachineFactory();

            var automation = new TurnOnAndOffAutomation(AutomationIdGenerator.EmptyId, dateTimeService, new SchedulerService(timer, dateTimeService), new SettingsService(new BackupService(), new StorageService()), new TestDaylightService());
            var motionDetector = motionDetectorFactory.CreateTestMotionDetector();
            var output = stateMachineFactory.CreateTestStateMachineWithOnOffStates();
            output.GetState().ShouldBeEquivalentTo(BinaryStateId.Off);

            automation.WithTurnOnWithinTimeRange(() => TimeSpan.Parse("10:00:00"), () => TimeSpan.Parse("15:00:00"));
            automation.WithTrigger(motionDetector);
            automation.WithTarget(output);

            motionDetector.TriggerMotionDetection();

            output.GetState().ShouldBeEquivalentTo(BinaryStateId.Off);
        }