public Map<String, Object> checkElectricQuantity(UpsStatus upsStatus, AlarmRule alarmRule) {
Map<String, Object> electricQuantityMap = new HashMap<String, Object>();
StateEnum runState = StateEnum.good;
StringBuffer alarmContent = new StringBuffer();
StringBuffer alarmRuleType = new StringBuffer();
OperationType operationType = alarmRule.getOperationType();
Integer value = alarmRule.getValue();
Integer minValue = alarmRule.getMinValue();
Integer maxValue = alarmRule.getMaxValue();
runState =
alarmRuleService.ruleCompare(
operationType,
upsStatus.getElectricQuantity(),
value,
minValue,
maxValue,
alarmRule.getState());
if (runState != StateEnum.good) {
alarmContent.append("").append(alarmRule.getRemark()).append("、");
alarmRuleType.append(alarmRule.getAlarmRuleType()).append("、");
}
electricQuantityMap.put("runState", runState);
electricQuantityMap.put("alarmContent", alarmContent.toString());
electricQuantityMap.put("alarmRuleType", alarmRuleType.toString());
return electricQuantityMap;
}
@Override
public void collectUpsStatus(String ipAaddress, Integer index, PeDevice peDevice) {
SNMPUtil snmpUtil = new SNMPUtil();
// 获取UPS采集的数据
Map<String, String> resultMap = new HashMap<String, String>();
try {
resultMap = snmpUtil.walkByGetNext(ipAaddress, "1.3.6.1.4.1.34651.2.1.1");
} catch (Exception e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
if (resultMap.size() > 0) {
String lastCollectIntervalStr =
resultMap.get(UpsOidInfo.lastCollectTnterval.getOid() + "." + index);
if (lastCollectIntervalStr != null) {
Long lastCollectInterval = Long.parseLong(lastCollectIntervalStr.trim());
UpsStatus upsStatus = new UpsStatus();
if (lastCollectInterval < MAX_INTERVAL && lastCollectInterval >= 0) {
upsStatus.setName(resultMap.get(UpsOidInfo.upsName.getOid() + "." + index));
upsStatus.setInterfaceType(
Integer.parseInt(
resultMap.get(UpsOidInfo.interfaceType.getOid() + "." + index).trim()));
upsStatus.setCommunicationStatus(
Integer.parseInt(
resultMap.get(UpsOidInfo.communicationStatus.getOid() + "." + index).trim()));
upsStatus.setDischargePatterns(
Integer.parseInt(
resultMap.get(UpsOidInfo.dischargePatterns.getOid() + "." + index).trim()));
upsStatus.setUpsType(
Integer.parseInt(resultMap.get(UpsOidInfo.upsType.getOid() + "." + index).trim()));
upsStatus.setModelNumber(resultMap.get(UpsOidInfo.modelNumber));
upsStatus.setBrand(resultMap.get(UpsOidInfo.brand));
upsStatus.setVersionNumber(resultMap.get(UpsOidInfo.versionNumber));
upsStatus.setRateVoltage(
Double.parseDouble(
resultMap.get(UpsOidInfo.ratedVoltage.getOid() + "." + index).trim())
/ 10);
upsStatus.setRatedCurrent(
Double.parseDouble(
resultMap.get(UpsOidInfo.ratedCurrent.getOid() + "." + index).trim())
/ 10);
upsStatus.setBatteryVoltage(
Double.parseDouble(
resultMap.get(UpsOidInfo.batteryVoltage.getOid() + "." + index).trim())
/ 10);
upsStatus.setRatedFrequency(
Double.parseDouble(
resultMap.get(UpsOidInfo.ratedFrequency.getOid() + "." + index).trim())
/ 10);
upsStatus.setPower(
Double.parseDouble(resultMap.get(UpsOidInfo.power.getOid() + "." + index).trim())
/ 10);
Integer upsStatusResult =
Integer.parseInt(resultMap.get(UpsOidInfo.upsStatus.getOid() + "." + index).trim());
if (upsStatus.getRateVoltage() == 220) {
byte singlePhaseByte = (byte) (upsStatusResult & 0xff); // 最低位
// 单项电低8位
String singlePhase = ConverToBitUtils.byteToBit(singlePhaseByte);
upsStatus.setCityVoltageStatus(singlePhase.substring(0, 1));
upsStatus.setBatteryVoltageStatus(singlePhase.substring(1, 2));
upsStatus.setRunningStatus(singlePhase.substring(2, 3));
upsStatus.setUpsStatus(singlePhase.substring(3, 4));
upsStatus.setPatternsStatus(singlePhase.substring(4, 5));
upsStatus.setTestStatus(singlePhase.substring(5, 6));
upsStatus.setShutdownStatus(singlePhase.substring(6, 7));
upsStatus.setBuzzerStatus(singlePhase.substring(7, 8));
} else {
upsStatus.setUpsStatus(
resultMap.get(UpsOidInfo.upsStatus.getOid() + "." + index).trim());
}
upsStatus.setFrequency(
Double.parseDouble(resultMap.get(UpsOidInfo.frequency.getOid() + "." + index).trim())
/ 10);
upsStatus.setInternalTemperature(
Double.parseDouble(
resultMap.get(UpsOidInfo.internalTemperature.getOid() + "." + index).trim())
/ 10);
String byPassVoltage = null;
String byPassVolage_v =
resultMap.get(UpsOidInfo.bypassVoltage.getOid() + "." + index).trim();
if (null != byPassVolage_v) {
long v =
Long.parseLong(
resultMap.get(UpsOidInfo.bypassVoltage.getOid() + "." + index).trim());
if (v >= 0) {
int a = (int) v & 0xffff;
int b = (int) (v >> 16) & 0xffff;
int c = (int) (v >> 32) & 0xffff;
byPassVoltage =
((double) a / 10 + "V/" + (double) b / 10 + "V/" + (double) c / 10 + "V");
}
}
upsStatus.setBypassVoltage(byPassVoltage);
upsStatus.setBypassFrequency(
Double.parseDouble(
resultMap.get(UpsOidInfo.bypassFrequency.getOid() + "." + index).trim())
/ 10);
String inputVoltage_v =
resultMap.get(UpsOidInfo.inputVoltage.getOid() + "." + index).trim();
String inputVoltage = null;
if (null != inputVoltage_v) {
long v = Long.parseLong(inputVoltage_v.trim().trim());
int a = (int) v & 0xffff;
int b = (int) (v >> 16) & 0xffff;
int c = (int) (v >> 32) & 0xffff;
inputVoltage =
((double) a / 10 + "V/" + (double) b / 10 + "V/" + (double) c / 10 + "V");
}
upsStatus.setInputVoltage(inputVoltage);
String outputVoltage_v =
resultMap.get(UpsOidInfo.outputVoltage.getOid() + "." + index).trim();
String outputVoltage = null;
if (null != inputVoltage_v) {
long v = Long.parseLong(outputVoltage_v.trim().trim());
int a = (int) v & 0xffff;
int b = (int) (v >> 16) & 0xffff;
int c = (int) (v >> 32) & 0xffff;
outputVoltage =
((double) a / 10 + "V/" + (double) b / 10 + "V/" + (double) c / 10 + "V");
}
upsStatus.setOutputVoltage(outputVoltage);
upsStatus.setErrorVoltage(
Double.parseDouble(
resultMap.get(UpsOidInfo.errorVoltage.getOid() + "." + index).trim())
/ 10);
String load_v = resultMap.get(UpsOidInfo.load.getOid() + "." + index).trim();
String load = null;
if (null != load_v) {
long v = Long.parseLong(load_v.trim().trim());
int a = (int) v & 0xffff;
int b = (int) (v >> 16) & 0xffff;
int c = (int) (v >> 32) & 0xffff;
load = ((double) a / 10 + "%/" + (double) b / 10 + "%/" + (double) c / 10 + "%");
}
upsStatus.setUpsLoad(load);
upsStatus.setOutputFrenquency(
Double.parseDouble(
resultMap.get(UpsOidInfo.outputFrenquency.getOid() + "." + index).trim())
/ 10);
upsStatus.setSingleVoltage(
Double.parseDouble(
resultMap.get(UpsOidInfo.singleVoltage.getOid() + "." + index).trim())
/ 100);
upsStatus.setTotalVoltage(
Double.parseDouble(
resultMap.get(UpsOidInfo.totalVoltage.getOid() + "." + index).trim())
/ 10);
upsStatus.setElectricQuantity(
Double.parseDouble(
resultMap.get(UpsOidInfo.electricQuantity.getOid() + "." + index).trim()));
upsStatus.setPassCurrent(
Double.parseDouble(
resultMap.get(UpsOidInfo.passCurrent.getOid() + "." + index).trim())
/ 10);
upsStatus.setRemainingTime(
Integer.parseInt(
resultMap.get(UpsOidInfo.remainingTime.getOid() + "." + index).trim()));
// testStatus为1表示没有放电
upsStatus.setDischargeStatus(
Integer.parseInt(
resultMap.get(UpsOidInfo.dischargeTest.getOid() + "." + index).trim()));
UpsStatus newUpsStatus = findNewData(peDevice.getId());
upsStatus.setCollectTime(DateUtils.parseDate(resultMap.get("collectTime")));
// 如果采集到的当前ups处于放电中，并且上次采集的数据没有处于放电中,进行放电统计数据的保存
if (newUpsStatus != null) {
if (upsStatus.getDischargeStatus() != 0 && upsStatus.getUpsType() != 2) {
DischargeStatistic dischargeStatistic = new DischargeStatistic();
if (newUpsStatus.getDischargeStatus() == 0) {
dischargeStatistic.setBatch(System.currentTimeMillis());
} else {
DischargeStatistic d =
dischargeStatisticDao.findBeginDateForNewData(peDevice.getId(), null, "desc");
if (d != null) {
dischargeStatistic.setBatch(d.getBatch());
} else {
dischargeStatistic.setBatch(System.currentTimeMillis());
}
}
dischargeStatistic.setCollectTime(upsStatus.getCollectTime());
// 放电开始的容量
dischargeStatistic.setCapacity(upsStatus.getElectricQuantity());
dischargeStatistic.setDeviceId(peDevice.getId());
dischargeStatistic.setDeviceLoad(
Double.parseDouble(upsStatus.getUpsLoad().split("%/")[0]));
dischargeStatisticDao.save(dischargeStatistic);
}
if (upsStatus.getRemainingTime() == 0 && upsStatus.getUpsType() != 2) {
DischargeStatistic newData = null;
if (upsStatus.getDischargeStatus() != 0) {
DischargeStatistic d =
dischargeStatisticDao.findBeginDateForNewData(peDevice.getId(), null, "desc");
newData =
dischargeStatisticDao.findBeforeDataByDeviceIdAndBatch(
peDevice.getId(), d.getBatch(), "desc");
} else {
newData =
dischargeStatisticDao.findBeginDateForNewData(peDevice.getId(), null, "desc");
}
if (newData != null) {
// 计算剩余时间
DischargeStatistic oldData =
dischargeStatisticDao.findBeginDateForNewData(
peDevice.getId(), newData.getBatch(), "asc");
// 容量差
Double differenceCapacity = oldData.getCapacity() - newData.getCapacity();
// 时间差，按照分钟计算
Long newTime = newData.getCollectTime().getTime();
Long oldTime = oldData.getCollectTime().getTime();
// 时间差
Long differenceTime = (newTime - oldTime) / 1000 / 60;
Double avg =
dischargeStatisticDao.findAvgLoadByDeviceIdAndBatch(
peDevice.getId(), newData.getBatch());
// 消耗1%的容量需要的分钟
Double unitTime = 0.0;
if (differenceCapacity != 0L) {
unitTime = differenceTime / differenceCapacity;
}
Double remainingTime =
upsStatus.getElectricQuantity()
* unitTime
* avg
/ (Double.parseDouble(upsStatus.getUpsLoad().split("%/")[0]));
upsStatus.setRemainingTime(
Integer.parseInt(new DecimalFormat("0").format(remainingTime)));
}
}
}
upsStatus.setStatus(StatusEnum.NORMAL);
upsStatus.setLinkState(1);
upsStatus.setIdentifier(peDevice.getIdentifier());
mongoDao.save(upsStatus);
upsAlarmCondition(upsStatus);
} else {
upsStatus.setLinkState(-1);
upsStatus.setCollectTime(new Date());
upsStatus.setIdentifier(peDevice.getIdentifier());
upsAlarmCondition(upsStatus);
}
}
}
}