Examples with Control de.avanux.smartapplianceenabler.control.Control used on opensource projects

Example 1 with Control

use of de.avanux.smartapplianceenabler.control.Control in project SmartApplianceEnabler by camueller.

the class SempController method createDeviceStatus.

private DeviceStatus createDeviceStatus(Appliance appliance) {
    DeviceStatus deviceStatus = new DeviceStatus();
    deviceStatus.setDeviceId(appliance.getId());
    Meter meter = appliance.getMeter();
    Control control = appliance.getControl();
    if (control != null) {
        deviceStatus.setStatus(control.isOn() ? Status.On : Status.Off);
        deviceStatus.setEMSignalsAccepted(appliance.isAcceptControlRecommendations());
        logger.debug("{}: Reporting device status from control", appliance.getId());
    } else {
        // there is no control for the appliance ...
        if (meter != null) {
            // ... but we can derive the status from power consumption
            deviceStatus.setStatus(meter.isOn() ? Status.On : Status.Off);
            logger.debug("{}: Reporting device status based on power consumption", appliance.getId());
        } else {
            // ... and no meter; we have to assume the appliance is switched off
            deviceStatus.setStatus(Status.Offline);
            logger.debug("{}: Appliance has neither control nor meter.", appliance.getId());
        }
        // an appliance without control cannot be controlled ;-)
        deviceStatus.setEMSignalsAccepted(false);
    }
    logger.debug("{}: {}", appliance.getId(), deviceStatus.toString());
    PowerInfo powerInfo = new PowerInfo();
    if (meter != null) {
        logger.debug("{}: Reporting power info from meter.", appliance.getId());
        powerInfo.setAveragePower(meter.getAveragePower());
        powerInfo.setMinPower(meter.getMinPower());
        powerInfo.setMaxPower(meter.getMaxPower());
        // always report 60 for SEMP regardless of real averaging interval
        powerInfo.setAveragingInterval(60);
    } else {
        logger.debug("{}: Reporting power info from device characteristics.", appliance.getId());
        DeviceInfo deviceInfo = ApplianceManager.getInstance().getDeviceInfo(appliance.getId());
        if (deviceStatus.getStatus() == Status.On) {
            powerInfo.setAveragePower(deviceInfo.getCharacteristics().getMaxPowerConsumption());
        } else {
            powerInfo.setAveragePower(0);
        }
        powerInfo.setAveragingInterval(60);
    }
    powerInfo.setTimestamp(0);
    logger.debug("{}: {}", appliance.getId(), powerInfo.toString());
    PowerConsumption powerConsumption = new PowerConsumption();
    powerConsumption.setPowerInfo(Collections.singletonList(powerInfo));
    deviceStatus.setPowerConsumption(Collections.singletonList(powerConsumption));
    return deviceStatus;
}

Example 2 with Control

use of de.avanux.smartapplianceenabler.control.Control in project SmartApplianceEnabler by camueller.

the class SaeController method getControl.

@RequestMapping(value = CONTROL_URL, method = RequestMethod.GET, produces = "application/json")
@CrossOrigin(origins = CROSS_ORIGIN_URL)
public Control getControl(HttpServletResponse response, @RequestParam(value = "id") String applianceId) {
    logger.debug("{}: Received request for control", applianceId);
    Appliance appliance = getAppliance(applianceId);
    if (appliance != null) {
        Control control = appliance.getControl();
        logger.debug("{}: Returning control {}", applianceId, control);
        if (control == null) {
            response.setStatus(HttpServletResponse.SC_NO_CONTENT);
        }
        return control;
    }
    logger.error("{}: Appliance not found", applianceId);
    response.setStatus(HttpServletResponse.SC_NOT_FOUND);
    return null;
}

Example 3 with Control

use of de.avanux.smartapplianceenabler.control.Control in project SmartApplianceEnabler by camueller.

the class IntegrationTest method testClickGoLight.

@Test
public void testClickGoLight() {
    String applianceId = "F-001";
    TestBuilder builder = new TestBuilder().appliance(applianceId).withMockSwitch(false).withSchedule(10, 0, 18, 0, 3600, null).init();
    Appliance appliance = builder.getAppliance();
    Control control = appliance.getControl();
    RunningTimeMonitor runningTimeMonitor = appliance.getRunningTimeMonitor();
    log("Check initial values");
    Assert.assertFalse(control.isOn());
    Assert.assertNull(runningTimeMonitor.getActiveTimeframeInterval());
    log("Set runtime creates timeframe to be set");
    LocalDateTime timeSwitchOn = toToday(11, 0, 0);
    Assert.assertEquals(3600, saeController.suggestRuntime(applianceId).intValue());
    saeController.setRuntime(timeSwitchOn, applianceId, 1800);
    Assert.assertNotNull(runningTimeMonitor.getActiveTimeframeInterval());
    log("Switch on");
    sempController.em2Device(timeSwitchOn, createEM2Device(applianceId, true));
    log("Check values after switch on");
    assertRunningTime(timeSwitchOn, control, runningTimeMonitor, true, true, false, 0, 1800, null);
    assertPlanningRequest(timeSwitchOn, new Timeframe(applianceId, 0, 1800, 1799, 1800), new Timeframe(applianceId, add24h(-3600), add24h(25200), 3599, 3600), new Timeframe(applianceId, add48h(-3600), add48h(25200), 3599, 3600));
    ApplianceStatus applianceStatusAfterSwitchOn = getApplianceStatus(timeSwitchOn);
    Assert.assertTrue(applianceStatusAfterSwitchOn.isOn());
    log("Update timeframe intervals right after min running time is reached");
    log("Timeframe interval created is deactivated and timeframe interval of schedule is activated");
    LocalDateTime timeAfterExpiration = toToday(11, 30, 1);
    runningTimeMonitor.updateActiveTimeframeInterval(timeAfterExpiration);
    log("Check values after expiration");
    assertRunningTime(timeAfterExpiration, control, runningTimeMonitor, false, false, false, 0, 3600, null);
    assertPlanningRequest(timeAfterExpiration, new Timeframe(applianceId, 0, 23399, 3599, 3600), new Timeframe(applianceId, add24h(-5401), add24h(23399), 3599, 3600), new Timeframe(applianceId, add48h(-5401), add48h(23399), 3599, 3600));
    ApplianceStatus applianceStatusAfterSwitchOff = getApplianceStatus(timeAfterExpiration);
    Assert.assertFalse(applianceStatusAfterSwitchOff.isOn());
}

Example 4 with Control

use of de.avanux.smartapplianceenabler.control.Control in project SmartApplianceEnabler by camueller.

the class TestBuilder method withMockSwitch.

public TestBuilder withMockSwitch(boolean asStartingCurrentSwitch) {
    Control control = new MockSwitch();
    if (asStartingCurrentSwitch) {
        StartingCurrentSwitch startingCurrentSwitch = new StartingCurrentSwitch();
        startingCurrentSwitch.setControl(control);
        control = startingCurrentSwitch;
    }
    getAppliance().setControl(control);
    return this;
}

Example 5 with Control

use of de.avanux.smartapplianceenabler.control.Control in project SmartApplianceEnabler by camueller.

the class PulseElectricityMeterTest method getAveragePower_NHZ_NoIntervalIncreaseAboveFactor_TimestampMaxAgeExceeded.

/**
 * The power before a power increase should not be reported anymore if there has been no
 * timestamp for the time calculated by multiplying the factor with the number of seconds after
 * which a timestamp was to be expected (based on power before increase).
 * O-----O-----O---OOOO------------------------(---
 */
@Test
public void getAveragePower_NHZ_NoIntervalIncreaseAboveFactor_TimestampMaxAgeExceeded() {
    addTimestamps(2085, 1535, 985, 685, 680, 675, 670);
    Control control = mock(Control.class);
    when(control.isOn()).thenReturn(true);
    pulseElectricityMeter.setControl(control);
    Assert.assertEquals(0, pulseElectricityMeter.getAveragePower(currentTimeMillis));
}