Examples with Schedule de.avanux.smartapplianceenabler.schedule.Schedule used on opensource projects

Example 6 with Schedule

use of de.avanux.smartapplianceenabler.schedule.Schedule in project SmartApplianceEnabler by camueller.

the class RunningTimeMonitorTest method getRemainingMinRunningTimeOfCurrentTimeFrame_2TimeFrames.

@Test
public void getRemainingMinRunningTimeOfCurrentTimeFrame_2TimeFrames() {
    List<Schedule> schedules = new ArrayList<Schedule>();
    schedules.add(new Schedule(600, null, new TimeOfDay(11, 0, 0), new TimeOfDay(12, 0, 0)));
    schedules.add(new Schedule(1200, null, new TimeOfDay(14, 0, 0), new TimeOfDay(15, 0, 0)));
    runningTimeMonitor.setSchedules(schedules);
    // 
    // 1. timeframe
    // 
    runningTimeMonitor.updateActiveTimeframeInterval(toToday(10, 00, 0));
    Assert.assertNull("Timeframe not yet started should return NULL", runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(10, 0, 0)));
    runningTimeMonitor.updateActiveTimeframeInterval(toToday(11, 00, 0));
    Assert.assertEquals("With timeframe started but device switched off max running time should be returned", 600, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(11, 20, 0)).intValue());
    runningTimeMonitor.setRunning(true, toToday(11, 30, 0));
    Assert.assertEquals("With timeframe started and device switched on max running time should be reduced by 5 minutes", 300, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(11, 35, 0)).intValue());
    Assert.assertEquals("Running time has to be 0 at the end of the timeframe", 0, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(11, 40, 0)).intValue());
    runningTimeMonitor.setRunning(false, toToday(11, 40, 0));
    Assert.assertEquals("Running time has to be 0 at the end of running time", 0, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(11, 45, 0)).intValue());
    runningTimeMonitor.updateActiveTimeframeInterval(toToday(12, 00, 0));
    // 
    // 2. timeframe
    // 
    runningTimeMonitor.updateActiveTimeframeInterval(toToday(13, 00, 0));
    Assert.assertNull("Timeframe not yet started should return NULL", runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(13, 45, 0)));
    runningTimeMonitor.updateActiveTimeframeInterval(toToday(14, 00, 0));
    Assert.assertEquals("With timeframe started but device switched off max running time should be returned", 1200, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(14, 10, 0)).intValue());
    runningTimeMonitor.setRunning(true, toToday(14, 15, 0));
    Assert.assertEquals("With timeframe started and device switched on max running time should be reduced by 5 minutes", 900, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(14, 20, 0)).intValue());
    Assert.assertEquals("Min running time has been exceeded by 10 minutes", -600, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(14, 45, 0)).intValue());
    runningTimeMonitor.setRunning(false, toToday(14, 45, 0));
    Assert.assertEquals("Running time after power off is 0", 0, runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(toToday(14, 45, 0)).intValue());
    runningTimeMonitor.updateActiveTimeframeInterval(toToday(15, 00, 0));
}

Example 7 with Schedule

use of de.avanux.smartapplianceenabler.schedule.Schedule in project SmartApplianceEnabler by camueller.

the class RunningTimeMonitor method activateTimeframeInterval.

/**
 * Activate the given timeframe interval.
 * @param now
 * @param timeframeIntervalToBeActivated the timeframe interval or null
 */
public void activateTimeframeInterval(LocalDateTime now, TimeframeInterval timeframeIntervalToBeActivated) {
    boolean intervalChanged = false;
    if (timeframeIntervalToBeActivated != null && activeTimeframeInterval == null) {
        Schedule schedule = timeframeIntervalToBeActivated.getTimeframe().getSchedule();
        runningTime = 0;
        remainingMinRunningTimeWhileNotRunning = schedule.getMinRunningTime();
        remainingMaxRunningTimeWhileNotRunning = schedule.getMaxRunningTime();
        intervalChanged = true;
        logger.debug("{}: Interval activated: ", applianceId, timeframeIntervalToBeActivated);
    } else if (timeframeIntervalToBeActivated == null && activeTimeframeInterval != null) {
        logger.debug("{}: Interval expired: {}", applianceId, activeTimeframeInterval);
        running = false;
        runningTime = null;
        interrupted = false;
        statusChangedAt = null;
        remainingMinRunningTimeWhileNotRunning = null;
        remainingMaxRunningTimeWhileNotRunning = null;
        intervalChanged = true;
    }
    TimeframeInterval deactivatedTimeframeInterval = activeTimeframeInterval;
    activeTimeframeInterval = timeframeIntervalToBeActivated;
    if (intervalChanged) {
        logger.debug("{}: Active interval changed. deactivatedTimeframeInterval={} activeTimeframeInterval={}", applianceId, deactivatedTimeframeInterval, activeTimeframeInterval);
        for (ActiveIntervalChangedListener listener : scheduleChangedListeners) {
            logger.debug("{}: Notifying {} {}", applianceId, ActiveIntervalChangedListener.class.getSimpleName(), listener.getClass().getSimpleName());
            listener.activeIntervalChanged(now, applianceId, deactivatedTimeframeInterval, activeTimeframeInterval);
        }
    }
}

Example 8 with Schedule

use of de.avanux.smartapplianceenabler.schedule.Schedule in project SmartApplianceEnabler by camueller.

the class SempControllerTest method getPlanningRequest_intervalAlreadyActive.

@Test
public void getPlanningRequest_intervalAlreadyActive() {
    Identification identification = new Identification();
    identification.setDeviceId(DEVICE_ID);
    DeviceInfo deviceInfo = new DeviceInfo();
    deviceInfo.setIdentification(identification);
    setDeviceInfo(deviceInfo);
    Appliance appliance = new Appliance();
    appliance.setId(DEVICE_ID);
    LocalDateTime now = toToday(9, 30, 0);
    int remainingMaxRunningTime = 1800;
    Schedule schedule = new Schedule(600, null, new TimeOfDay(now.minusSeconds(1)), new TimeOfDay(now.plusSeconds(remainingMaxRunningTime)));
    de.avanux.smartapplianceenabler.schedule.Timeframe timeframe = schedule.getTimeframe();
    timeframe.setSchedule(schedule);
    RunningTimeMonitor runningTimeMonitor = mock(RunningTimeMonitor.class);
    when(runningTimeMonitor.getSchedules()).thenReturn(Collections.singletonList(schedule));
    when(runningTimeMonitor.getActiveTimeframeInterval()).thenReturn(timeframe.getIntervals(now).get(0));
    when(runningTimeMonitor.getRemainingMinRunningTimeOfCurrentTimeFrame(now)).thenReturn(schedule.getMinRunningTime());
    when(runningTimeMonitor.getRemainingMaxRunningTimeOfCurrentTimeFrame(now)).thenReturn(schedule.getMaxRunningTime());
    appliance.setRunningTimeMonitor(runningTimeMonitor);
    Appliances appliances = new Appliances();
    appliances.setAppliances(Collections.singletonList(appliance));
    ApplianceManager.getInstanceWithoutTimer().setAppliances(appliances);
    Device2EM device2EM = sempController.createDevice2EM(now);
    List<PlanningRequest> planningRequests = device2EM.getPlanningRequest();
    Assert.assertEquals(1, planningRequests.size());
    List<Timeframe> timeframes = planningRequests.get(0).getTimeframes();
    Assert.assertEquals(3, timeframes.size());
    assertTimeframe(timeframes.get(0), 0, 1800, 599, 600);
    assertTimeframe(timeframes.get(1), 86399, 88200, 599, 600);
    assertTimeframe(timeframes.get(2), 172799, 174600, 599, 600);
}

Example 9 with Schedule

use of de.avanux.smartapplianceenabler.schedule.Schedule in project SmartApplianceEnabler by camueller.

the class RunningTimeMonitor method setSchedules.

public void setSchedules(List<Schedule> schedules) {
    List<Schedule> enabledSchedules = new ArrayList<>();
    for (Schedule schedule : schedules) {
        if (schedule.isEnabled()) {
            logger.debug("{}: Using enabled time frame {}", applianceId, schedule.toString());
            enabledSchedules.add(schedule);
        } else {
            logger.debug("{}: Ignoring disabled time frame {}", applianceId, schedule.toString());
        }
    }
    this.schedules = enabledSchedules;
    this.activeTimeframeInterval = null;
}

Example 10 with Schedule

use of de.avanux.smartapplianceenabler.schedule.Schedule in project SmartApplianceEnabler by camueller.

the class ScheduleTest method getCurrentOrNextTimeframeInterval_alreadyStarted_remainingRunningTimeInsufficient_secondTimeFrameOfDay.

@Test
public void getCurrentOrNextTimeframeInterval_alreadyStarted_remainingRunningTimeInsufficient_secondTimeFrameOfDay() {
    List<Schedule> schedules = new ArrayList<Schedule>();
    addSchedule(schedules, 7200, 15, 0, 18, 0);
    addSchedule(schedules, 7200, 10, 0, 14, 0);
    Interval expectedInterval = new Interval(toDay(1, 10, 0, 0).toDateTime(), toDay(1, 14, 0, 0).toDateTime());
    Assert.assertEquals(expectedInterval, Schedule.getCurrentOrNextTimeframeInterval(toToday(16, 1), schedules, false, true).getInterval());
}