Examples with RealTimeData com.vmware.flowgate.common.model.RealTimeData used on opensource projects

Example 36 with RealTimeData

use of com.vmware.flowgate.common.model.RealTimeData in project flowgate by vmware.

the class AssetControllerTest method testRealtimedataOtherExample.

@Test
public void testRealtimedataOtherExample() throws Exception {
    Asset sensor = createSensor();
    assetRepository.save(sensor);
    String sensorId = sensor.getId();
    long time = System.currentTimeMillis();
    int duration = 30 * 60 * 1000;
    long startTime = time - duration;
    List<RealTimeData> realTimeDatas = new ArrayList<>();
    RealTimeData tempRealTimeData = createTemperatureSensorRealtimeData(startTime, sensorId);
    realTimeDatas.add(tempRealTimeData);
    List<ValueUnit> valueunits = new ArrayList<ValueUnit>();
    ValueUnit tempValue = new ValueUnit();
    tempValue.setValueNum(25);
    tempValue.setTime(startTime + 5 * 60 * 1000);
    tempValue.setUnit(MetricUnit.C.toString());
    tempValue.setKey(MetricName.TEMPERATURE);
    valueunits.add(tempValue);
    RealTimeData realTimeData = new RealTimeData();
    realTimeData.setId(UUID.randomUUID().toString());
    realTimeData.setAssetID(sensorId);
    realTimeData.setValues(valueunits);
    realTimeData.setTime(startTime + 5 * 60 * 1000);
    realTimeDatas.add(realTimeData);
    realtimeDataRepository.saveAll(realTimeDatas);
    MvcResult result1 = this.mockMvc.perform(get("/v1/assets/" + sensor.getId() + "/realtimedata").param("starttime", String.valueOf(startTime)).param("duration", String.valueOf(duration))).andReturn();
    String res = result1.getResponse().getContentAsString();
    MetricData[] metricDatas = mapper.readValue(res, MetricData[].class);
    TestCase.assertEquals(1, metricDatas.length);
    try {
        for (MetricData sensordata : metricDatas) {
            long metricTime = sensordata.getTimeStamp();
            if (metricTime == startTime + 5 * 60 * 1000) {
                TestCase.assertEquals(25.0, sensordata.getValueNum());
            } else {
                TestCase.fail();
            }
        }
    } finally {
        assetRepository.deleteById(sensorId);
        realtimeDataRepository.deleteById(tempRealTimeData.getId());
        realtimeDataRepository.deleteById(realTimeData.getId());
    }
}

Example 37 with RealTimeData

use of com.vmware.flowgate.common.model.RealTimeData in project flowgate by vmware.

the class AssetControllerTest method createHumiditySensorRealtimeData.

RealTimeData createHumiditySensorRealtimeData(long time, String sensorAssetId) {
    List<ValueUnit> valueunits = new ArrayList<ValueUnit>();
    ValueUnit humidityValue = new ValueUnit();
    humidityValue.setValueNum(20);
    humidityValue.setTime(time);
    humidityValue.setUnit(MetricUnit.percent.toString());
    humidityValue.setKey(MetricName.HUMIDITY);
    valueunits.add(humidityValue);
    RealTimeData realTimeData = new RealTimeData();
    realTimeData.setId(UUID.randomUUID().toString());
    realTimeData.setAssetID(sensorAssetId);
    realTimeData.setValues(valueunits);
    realTimeData.setTime(time);
    return realTimeData;
}

Example 38 with RealTimeData

use of com.vmware.flowgate.common.model.RealTimeData in project flowgate by vmware.

the class AssetControllerTest method createPduRealTimeData.

RealTimeData createPduRealTimeData(Long time) {
    RealTimeData realTimeData = createServerPDURealTimeData(time);
    List<ValueUnit> valueunits = realTimeData.getValues();
    ValueUnit valueunitActivePower = new ValueUnit();
    valueunitActivePower.setKey(MetricName.PDU_ACTIVE_POWER);
    valueunitActivePower.setUnit(MetricUnit.kW.toString());
    valueunitActivePower.setExtraidentifier("OUTLET:7");
    valueunitActivePower.setValueNum(0.2);
    valueunitActivePower.setTime(time);
    valueunits.add(valueunitActivePower);
    ValueUnit valueunitFreeCapacity = new ValueUnit();
    valueunitFreeCapacity.setKey(MetricName.PDU_FREE_CAPACITY);
    valueunitFreeCapacity.setUnit(MetricUnit.A.toString());
    valueunitFreeCapacity.setExtraidentifier("OUTLET:7");
    valueunitFreeCapacity.setValueNum(20);
    valueunitFreeCapacity.setTime(time);
    valueunits.add(valueunitFreeCapacity);
    ValueUnit valueunitL1FreeCapacity = new ValueUnit();
    valueunitL1FreeCapacity.setKey(MetricName.PDU_FREE_CAPACITY);
    valueunitL1FreeCapacity.setUnit(MetricUnit.A.toString());
    valueunitL1FreeCapacity.setExtraidentifier("INLET:1" + FlowgateConstant.INLET_POLE_NAME_PREFIX + 1);
    valueunitL1FreeCapacity.setValueNum(34);
    valueunitL1FreeCapacity.setTime(time);
    valueunits.add(valueunitL1FreeCapacity);
    ValueUnit valueunitL1Current = new ValueUnit();
    valueunitL1Current.setKey(MetricName.PDU_CURRENT);
    valueunitL1Current.setUnit(MetricUnit.A.toString());
    valueunitL1Current.setExtraidentifier("INLET:1" + FlowgateConstant.INLET_POLE_NAME_PREFIX + 1);
    valueunitL1Current.setValueNum(6);
    valueunitL1Current.setTime(time);
    valueunits.add(valueunitL1Current);
    ValueUnit valueunitL1Voltage = new ValueUnit();
    valueunitL1Voltage.setKey(MetricName.PDU_VOLTAGE);
    valueunitL1Voltage.setUnit(MetricUnit.V.toString());
    valueunitL1Voltage.setExtraidentifier("INLET:1" + FlowgateConstant.INLET_POLE_NAME_PREFIX + 1);
    valueunitL1Voltage.setValueNum(220);
    valueunitL1Voltage.setTime(time);
    valueunits.add(valueunitL1Voltage);
    ValueUnit valueunit1L1FreeCapacity = new ValueUnit();
    valueunit1L1FreeCapacity.setKey(MetricName.PDU_FREE_CAPACITY);
    valueunit1L1FreeCapacity.setUnit(MetricUnit.A.toString());
    valueunit1L1FreeCapacity.setExtraidentifier("INLET:2" + FlowgateConstant.INLET_POLE_NAME_PREFIX + 1);
    valueunit1L1FreeCapacity.setValueNum(24);
    valueunit1L1FreeCapacity.setTime(time);
    valueunits.add(valueunit1L1FreeCapacity);
    ValueUnit valueunit1L1Current = new ValueUnit();
    valueunit1L1Current.setKey(MetricName.PDU_CURRENT);
    valueunit1L1Current.setUnit(MetricUnit.A.toString());
    valueunit1L1Current.setExtraidentifier("INLET:2" + FlowgateConstant.INLET_POLE_NAME_PREFIX + 1);
    valueunit1L1Current.setValueNum(6);
    valueunit1L1Current.setTime(time);
    valueunits.add(valueunit1L1Current);
    ValueUnit valueunit1L1Voltage = new ValueUnit();
    valueunit1L1Voltage.setKey(MetricName.PDU_VOLTAGE);
    valueunit1L1Voltage.setUnit(MetricUnit.V.toString());
    valueunit1L1Voltage.setExtraidentifier("INLET:2" + FlowgateConstant.INLET_POLE_NAME_PREFIX + 1);
    valueunit1L1Voltage.setValueNum(240);
    valueunit1L1Voltage.setTime(time);
    valueunits.add(valueunit1L1Voltage);
    realTimeData.setId(UUID.randomUUID().toString());
    realTimeData.setValues(valueunits);
    realTimeData.setTime(time);
    return realTimeData;
}

Example 39 with RealTimeData

use of com.vmware.flowgate.common.model.RealTimeData in project flowgate by vmware.

the class AssetControllerTest method realTimeDatabatchCreationExample.

@Test
public void realTimeDatabatchCreationExample() throws JsonProcessingException, Exception {
    List<RealTimeData> realtimedatas = new ArrayList<RealTimeData>();
    long currentTime = System.currentTimeMillis();
    RealTimeData realtimedata1 = createServerPDURealTimeData(currentTime);
    List<ValueUnit> valueunits = realtimedata1.getValues();
    ValueUnit tempValue = new ValueUnit();
    tempValue.setValueNum(32);
    tempValue.setTime(currentTime);
    tempValue.setUnit(MetricUnit.C.toString());
    tempValue.setKey(MetricName.TEMPERATURE);
    valueunits.add(tempValue);
    ValueUnit humidityValue = new ValueUnit();
    humidityValue.setValueNum(20);
    humidityValue.setTime(currentTime);
    humidityValue.setUnit("%");
    humidityValue.setKey(MetricName.HUMIDITY);
    valueunits.add(humidityValue);
    realtimedata1.setAssetID("assetid1");
    realtimedatas.add(realtimedata1);
    RealTimeData realtimedata2 = createServerPDURealTimeData(currentTime);
    realtimedata2.setAssetID("assetid2");
    realtimedatas.add(realtimedata2);
    FieldDescriptor[] fieldpath = new FieldDescriptor[] { fieldWithPath("id").description("ID of the RealTimeData"), fieldWithPath("assetID").description("ID of the asset, created by flowgate"), fieldWithPath("values").description("List of ValueUnit"), fieldWithPath("time").description("Create time of ValueUnit"), subsectionWithPath("values").description("A list of sensor data. eg. Humidity , Electric... ").type(ValueUnit[].class) };
    this.mockMvc.perform(post("/v1/assets/sensordata/batchoperation").contentType(MediaType.APPLICATION_JSON_VALUE).content(objectMapper.writeValueAsString(realtimedatas))).andExpect(status().isCreated()).andDo(document("assets-realTimeDatabatchCreation-example", requestFields(fieldWithPath("[]").description("An array of RealTimeData")).andWithPrefix("[].", fieldpath)));
    realtimeDataRepository.deleteById(realtimedata1.getId());
    realtimeDataRepository.deleteById(realtimedata2.getId());
}

Example 40 with RealTimeData

use of com.vmware.flowgate.common.model.RealTimeData in project flowgate by vmware.

the class AssetControllerTest method testGetServerMetricsByIDHostUsageFormulaIsNull.

@Test
public void testGetServerMetricsByIDHostUsageFormulaIsNull() {
    Asset asset = createAsset();
    List<RealTimeData> realTimeDatas = new ArrayList<RealTimeData>();
    long time = System.currentTimeMillis();
    int duration = 30 * 60 * 1000;
    long startTime = time - duration;
    RealTimeData pduUsageMetricData = createPduAllRealTimeData(startTime);
    pduUsageMetricData.setAssetID("0001bdc8b25d4c2badfd045ab61aabfa");
    RealTimeData tempRealTimeData = createTemperatureSensorRealtimeData(startTime, "00027ca37b004a9890d1bf20349d5ac1");
    RealTimeData humdityRealTimeData = createHumiditySensorRealtimeData(startTime, "34527ca37b004a9890d1bf20349d5ac1");
    RealTimeData backTemperature = createBackTemperatureSensorRealtimeData(startTime, "968765a37b004a9890d1bf20349d5ac1");
    RealTimeData backHumidity = createBackHumiditySensorRealtimeData(startTime, "486970a37b004a9890d1bf20349d5ac1");
    realTimeDatas.add(humdityRealTimeData);
    realTimeDatas.add(tempRealTimeData);
    realTimeDatas.add(backHumidity);
    realTimeDatas.add(backTemperature);
    realTimeDatas.add(pduUsageMetricData);
    realtimeDataRepository.saveAll(realTimeDatas);
    asset = fillingMetricsformula(asset);
    Map<String, String> metricFormula = asset.getMetricsformulars();
    metricFormula.remove(FlowgateConstant.HOST_METRICS);
    asset.setMetricsformulars(metricFormula);
    HashMap<String, String> justificationfields = new HashMap<>();
    justificationfields.put(FlowgateConstant.PDU_PORT_FOR_SERVER, "power-2_FIELDSPLIT_CAN1-MDF-R01-PDU-BUILDING_FIELDSPLIT_OUTLET:1_FIELDSPLIT_0001bdc8b25d4c2badfd045ab61aabfa");
    asset.setJustificationfields(justificationfields);
    asset = assetRepository.save(asset);
    List<MetricData> metricDatas = assetService.getMetricsByID(asset.getId(), startTime, duration);
    for (MetricData serverdata : metricDatas) {
        String metricName = serverdata.getMetricName();
        if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_OUTLETX_CURRENT, "0001bdc8b25d4c2badfd045ab61aabfa", "OUTLET:1").equals(metricName)) {
            TestCase.assertEquals(0.365, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_OUTLETX_POWER, "0001bdc8b25d4c2badfd045ab61aabfa", "OUTLET:1").equals(metricName)) {
            TestCase.assertEquals(0.081, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_OUTLETX_VOLTAGE, "0001bdc8b25d4c2badfd045ab61aabfa", "OUTLET:1").equals(metricName)) {
            TestCase.assertEquals(221.0, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_POWER_LOAD, "0001bdc8b25d4c2badfd045ab61aabfa").equals(metricName)) {
            TestCase.assertEquals(0.05, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_CURRENT_LOAD, "0001bdc8b25d4c2badfd045ab61aabfa").equals(metricName)) {
            TestCase.assertEquals(0.05, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_TOTAL_CURRENT, "0001bdc8b25d4c2badfd045ab61aabfa").equals(metricName)) {
            TestCase.assertEquals(1.455, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_CONNECTED_PDUX_TOTAL_POWER, "0001bdc8b25d4c2badfd045ab61aabfa").equals(metricName)) {
            TestCase.assertEquals(0.322, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_BACK_HUMIDITY_LOCATIONX, "OUTLET").equals(metricName)) {
            TestCase.assertEquals(19.0, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_BACK_TEMPREATURE_LOCATIONX, "OUTLET").equals(metricName)) {
            TestCase.assertEquals(25.0, serverdata.getValueNum());
        } else if (String.format(MetricKeyName.SERVER_FRONT_HUMIDITY_LOCATIONX, "INLET").equals(metricName)) {
            TestCase.assertEquals(serverdata.getValueNum(), 20.0);
        } else if (String.format(MetricKeyName.SERVER_FRONT_TEMPERATURE_LOCATIONX, "INLET").equals(metricName)) {
            TestCase.assertEquals(serverdata.getValueNum(), 32.0);
        } else if (MetricName.SERVER_VOLTAGE.equals(metricName)) {
            TestCase.assertEquals(221.0, serverdata.getValueNum());
        }
    }
    assetRepository.deleteById(asset.getId());
    realtimeDataRepository.deleteById(pduUsageMetricData.getId());
    realtimeDataRepository.deleteById(tempRealTimeData.getId());
    realtimeDataRepository.deleteById(humdityRealTimeData.getId());
    realtimeDataRepository.deleteById(backHumidity.getId());
    realtimeDataRepository.deleteById(backTemperature.getId());
}