@Override
public void storeIncomingStatistics(List<LiveStatistics> liveStatisticsList) {
for (LiveStatistics ls : liveStatisticsList) {
long hoursSince1970 = ls.getTimeperiod() / 240;
int fifteenSecondPeriodsSinceStartOfHour =
LiveStatisticsUtil.getFifteensecondTimeperiodsSinceStartOfHour(ls.getTimeperiod() * 15);
Double calculatedValue =
LiveStatisticsUtil.calculateValueBasedOnUnitType(
ls.getValue(), UnitType.fromValue(ls.getUnitType()));
BasicMetricHour mhToStore =
metricHoursToStoreHash.get(
ls.getAccountName() + ";" + ls.getGuiPath() + ";" + hoursSince1970);
boolean wasInStoreHash = mhToStore != null;
if (mhToStore == null) {
// Not in store-hash chech in metricHourCache
mhToStore =
metricHourCache.getIfPresent(
ls.getAccountName() + ";" + ls.getGuiPath() + ";" + hoursSince1970);
}
if (mhToStore == null) {
// Not in metricHourCache, fetch from Riak
mhToStore = getMetricHour(ls.getAccountName(), ls.getGuiPath(), hoursSince1970);
}
if (mhToStore == null) {
// Not in Riak, create
mhToStore =
new BasicMetricHour(
ls.getGuiPath(),
ls.getAccountName(),
hoursSince1970,
ls.getValueType(),
ls.getUnitType());
}
mhToStore.getMetrics()[fifteenSecondPeriodsSinceStartOfHour] =
LiveStatisticsUtil.calculateValueBasedOnValueType(
ls, calculatedValue, ValueType.fromValue(ls.getValueType()));
if (!wasInStoreHash) {
metricHoursToStoreHash.put(
ls.getAccountName() + ";" + ls.getGuiPath() + ";" + hoursSince1970, mhToStore);
}
}
persistRecentMetricHours();
}
@Override
public void storeIncomingStatistics(
String guiPath,
String accountName,
Long timeperiod,
String value,
ValueType valueType,
UnitType unitType) {
Double valueDouble = LiveStatisticsUtil.parseDouble(value);
Double calculatedValue =
LiveStatisticsUtil.calculateValueBasedOnUnitType(valueDouble, unitType);
long hoursSince1970 = timeperiod / 240;
int fifteenSecondPeriodsSinceStartOfHour =
LiveStatisticsUtil.getFifteensecondTimeperiodsSinceStartOfHour(timeperiod * 15);
Bucket myBucket = null;
try {
myBucket = riakClient.fetchBucket(accountName + ";" + hoursSince1970).execute();
BasicMetricHour storedMetricHour =
myBucket.fetch("" + guiPath, BasicMetricHour.class).execute();
if (storedMetricHour == null) {
storedMetricHour =
new BasicMetricHour(
guiPath, accountName, hoursSince1970, valueType.toString(), unitType.toString());
}
Double prevValue = storedMetricHour.getMetrics()[fifteenSecondPeriodsSinceStartOfHour];
if (prevValue == null) {
storedMetricHour.getMetrics()[fifteenSecondPeriodsSinceStartOfHour] = calculatedValue;
} else {
storedMetricHour.getMetrics()[fifteenSecondPeriodsSinceStartOfHour] =
LiveStatisticsUtil.calculateValueBasedOnValueType(
prevValue, calculatedValue, valueType);
}
myBucket.store("" + guiPath, storedMetricHour).execute();
} catch (RiakRetryFailedException e) {
e
.printStackTrace(); // To change body of catch statement use File | Settings | File
// Templates.
}
}
@Override
public List<LiveStatistics> getLiveStatistics(
String guiPath, String accountName, Long minTimeperiod, Long maxTimeperiod) {
Long fromHoursSince1970 = minTimeperiod / 240;
Long toHoursSince1970 = maxTimeperiod / 240;
List<LiveStatistics> retList = new ArrayList<LiveStatistics>();
for (Long index = fromHoursSince1970; index <= toHoursSince1970; index++) {
BasicMetricHour metricHour = getMetricHour(accountName, guiPath, index);
if (metricHour == null) {
metricHour =
new BasicMetricHour(
guiPath, accountName, index, ValueType.VALUE.value(), UnitType.N.value());
}
// If this is the first hour, start from the correct 15-second timeslot within the hour
Integer minTimeperiodWithinTheHour = 0;
if (index.longValue() == fromHoursSince1970.longValue()) {
minTimeperiodWithinTheHour =
LiveStatisticsUtil.getFifteensecondTimeperiodsSinceStartOfHour(minTimeperiod * 15);
}
// If this is the last hour, end with the correct 15-second timeslot within the hour
Integer maxTimeperiodWithinTheHour = null;
if (index.longValue() == toHoursSince1970.longValue()) {
maxTimeperiodWithinTheHour =
LiveStatisticsUtil.getFifteensecondTimeperiodsSinceStartOfHour(maxTimeperiod * 15);
}
retList.addAll(
createLivestatisticsFromMetricHour(
metricHour, minTimeperiodWithinTheHour, maxTimeperiodWithinTheHour, index));
}
return retList;
}