@Test
public void filter() {
DataElement elementA = createDataElement('A');
DataElement elementB = createDataElement('B');
DataElement elementC = createDataElement('C');
DataElement elementD = createDataElement('D');
DataSet dataSetA = createDataSet('A', new MonthlyPeriodType());
dataSetA.setSkipAggregation(false);
dataSetA.addDataElement(elementA);
dataSetA.addDataElement(elementC);
DataSet dataSetB = createDataSet('A', new MonthlyPeriodType());
dataSetB.setSkipAggregation(true);
dataSetB.addDataElement(elementB);
dataSetB.addDataElement(elementD);
List<DataElement> list = new ArrayList<DataElement>();
list.add(elementA);
list.add(elementB);
list.add(elementC);
list.add(elementD);
FilterUtils.filter(list, new DataElementWithAggregationFilter());
assertEquals(2, list.size());
assertTrue(list.contains(elementA));
assertTrue(list.contains(elementC));
}
@Override
public void canIssueFilter(Collection<UserAuthorityGroup> userRoles) {
User user = currentUserService.getCurrentUser();
boolean canGrantOwnUserAuthorityGroups =
(Boolean)
systemSettingManager.getSystemSetting(KEY_CAN_GRANT_OWN_USER_AUTHORITY_GROUPS, false);
FilterUtils.filter(
userRoles, new UserAuthorityGroupCanIssueFilter(user, canGrantOwnUserAuthorityGroups));
}
public Collection<ValidationRule> getValidationRules(final Collection<Integer> identifiers) {
Collection<ValidationRule> objects = getAllValidationRules();
return identifiers == null
? objects
: FilterUtils.filter(
objects,
new Filter<ValidationRule>() {
public boolean retain(ValidationRule object) {
return identifiers.contains(object.getId());
}
});
}
public Collection<Period> getPeriods(final Collection<Integer> identifiers) {
Collection<Period> periods = getAllPeriods();
return identifiers == null
? periods
: FilterUtils.filter(
periods,
new Filter<Period>() {
public boolean retain(Period object) {
return identifiers.contains(object.getId());
}
});
}
@Override
public Collection<ValidationResult> validate(
Date startDate,
Date endDate,
Collection<OrganisationUnit> sources,
DataElementCategoryOptionCombo attributeCombo,
ValidationRuleGroup group,
boolean sendAlerts,
I18nFormat format) {
log.info(
"Validate start:"
+ startDate
+ " end: "
+ endDate
+ " sources: "
+ sources.size()
+ " group: "
+ group);
Collection<Period> periods = periodService.getPeriodsBetweenDates(startDate, endDate);
Collection<ValidationRule> rules = group != null ? group.getMembers() : getAllValidationRules();
Collection<ValidationResult> results =
Validator.validate(
sources,
periods,
rules,
attributeCombo,
null,
constantService,
expressionService,
periodService,
dataValueService,
dataElementCategoryService,
userService,
currentUserService);
formatPeriods(results, format);
if (sendAlerts) {
Set<ValidationResult> resultsToAlert = new HashSet<>(results);
FilterUtils.filter(resultsToAlert, new ValidationResultToAlertFilter());
postAlerts(resultsToAlert, new Date());
}
return results;
}
private List<Period> getPeriodsForDataSet(int id) {
DataSet dataSet = dataSetService.getDataSet(id);
if (dataSet == null) {
return new ArrayList<Period>();
}
CalendarPeriodType periodType = (CalendarPeriodType) dataSet.getPeriodType();
List<Period> periods = periodType.generateLast5Years(new Date());
FilterUtils.filter(periods, new PastAndCurrentPeriodFilter());
Collections.reverse(periods);
if (periods.size() > 10) {
periods = periods.subList(0, 10);
}
return periods;
}
public String execute() throws Exception {
String periodType = "Quarterly";
// periodType = periodType != null && !periodType.isEmpty() ? periodType :
// MonthlyPeriodType.NAME;
CalendarPeriodType _periodType =
(CalendarPeriodType) CalendarPeriodType.getPeriodTypeByName(periodType);
int thisYear = Calendar.getInstance().get(Calendar.YEAR);
int currentYear = (Integer) SessionUtils.getSessionVar(SessionUtils.KEY_CURRENT_YEAR, thisYear);
Calendar cal = PeriodType.createCalendarInstance();
// Cannot go to next year if current year equals this year
if (!(currentYear == thisYear && year > 0)) {
cal.set(Calendar.YEAR, currentYear);
cal.add(Calendar.YEAR, year);
SessionUtils.setSessionVar(SessionUtils.KEY_CURRENT_YEAR, cal.get(Calendar.YEAR));
}
periods = _periodType.generatePeriods(cal.getTime());
FilterUtils.filter(periods, new PastAndCurrentPeriodFilter());
Collections.reverse(periods);
for (Period period : periods) {
period.setName(format.formatPeriod(period));
}
return SUCCESS;
}
private InternalMapLayer getSingleInternalMapLayer(MapView mapView, User user, Date date) {
if (mapView == null) {
return null;
}
List<OrganisationUnit> atLevels = new ArrayList<OrganisationUnit>();
List<OrganisationUnit> inGroups = new ArrayList<OrganisationUnit>();
if (mapView.hasOrganisationUnitLevels()) {
atLevels.addAll(
organisationUnitService.getOrganisationUnitsAtLevels(
mapView.getOrganisationUnitLevels(), mapView.getOrganisationUnits()));
}
if (mapView.hasItemOrganisationUnitGroups()) {
inGroups.addAll(
organisationUnitService.getOrganisationUnits(
mapView.getItemOrganisationUnitGroups(), mapView.getOrganisationUnits()));
}
date = date != null ? date : new Date();
mapView.init(user, date, null, atLevels, inGroups, null);
List<OrganisationUnit> organisationUnits = mapView.getAllOrganisationUnits();
FilterUtils.filter(organisationUnits, new OrganisationUnitWithCoordinatesFilter());
java.util.Map<String, OrganisationUnit> uidOuMap = new HashMap<String, OrganisationUnit>();
for (OrganisationUnit ou : organisationUnits) {
uidOuMap.put(ou.getUid(), ou);
}
String name = mapView.getName();
Period period = null;
if (!mapView.getPeriods().isEmpty()) // TODO integrate with BaseAnalyticalObject
{
period = mapView.getPeriods().get(0);
} else if (mapView.getRelatives() != null) {
period = mapView.getRelatives().getRelativePeriods(date, null, false).get(0);
}
Integer radiusLow =
mapView.getRadiusLow() != null ? mapView.getRadiusLow() : DEFAULT_RADIUS_LOW;
Integer radiusHigh =
mapView.getRadiusHigh() != null ? mapView.getRadiusHigh() : DEFAULT_RADIUS_HIGH;
// Get the low and high colors, typically in hexadecimal form, e.g. #ff3200
Color colorLow =
MapUtils.createColorFromString(
StringUtils.trimToNull(mapView.getColorLow()) != null
? mapView.getColorLow()
: DEFAULT_COLOR_LOW);
Color colorHigh =
MapUtils.createColorFromString(
StringUtils.trimToNull(mapView.getColorHigh()) != null
? mapView.getColorHigh()
: DEFAULT_COLOR_HIGH);
Float opacity =
mapView.getOpacity() != null ? mapView.getOpacity().floatValue() : DEFAULT_OPACITY;
// TODO MapView should be extended to feature stroke color
Color strokeColor = MapUtils.createColorFromString(DEFAULT_STROKE_COLOR);
// TODO MapView might be extended to feature stroke width
int strokeWidth = DEFAULT_STROKE_WIDTH;
boolean hasLegendSet = mapView.hasLegendSet();
// Create and setup an internal layer
InternalMapLayer mapLayer = new InternalMapLayer();
mapLayer.setName(name);
mapLayer.setPeriod(period);
mapLayer.setRadiusLow(radiusLow);
mapLayer.setRadiusHigh(radiusHigh);
mapLayer.setColorLow(colorLow);
mapLayer.setColorHigh(colorHigh);
mapLayer.setOpacity(opacity);
mapLayer.setClasses(mapView.getClasses());
mapLayer.setStrokeColor(strokeColor);
mapLayer.setStrokeWidth(strokeWidth);
if (!mapView.isDataLayer()) // Boundary (and facility) layer
{
for (OrganisationUnit unit : organisationUnits) {
mapLayer.addBoundaryMapObject(unit);
}
} else // Thematic layer
{
Collection<MapValue> mapValues = getAggregatedMapValues(mapView);
if (mapValues.isEmpty()) {
return null;
}
// Build and set the internal GeoTools map objects for the layer
for (MapValue mapValue : mapValues) {
OrganisationUnit orgUnit = uidOuMap.get(mapValue.getOu());
if (orgUnit != null) {
mapLayer.addDataMapObject(mapValue.getValue(), orgUnit);
}
}
if (!mapLayer.hasMapObjects()) {
return null;
}
// Create an interval set for this map layer that distributes its map
// objects into their respective intervals
if (hasLegendSet) {
mapLayer.setIntervalSetFromLegendSet(mapView.getLegendSet());
mapLayer.distributeAndUpdateMapObjectsInIntervalSet();
} else {
mapLayer.setAutomaticIntervalSet(
DistributionStrategy.STRATEGY_EQUAL_RANGE, mapLayer.getClasses());
mapLayer.distributeAndUpdateMapObjectsInIntervalSet();
}
// Update the radius of each map object in this map layer according to
// its map object's highest and lowest values
mapLayer.applyInterpolatedRadii();
}
return mapLayer;
}
@Transactional
public void export(
Collection<Integer> dataElementIds,
Collection<Integer> indicatorIds,
Collection<Integer> periodIds,
Collection<Integer> organisationUnitIds,
Collection<Integer> organisationUnitGroupIds,
TaskId id) {
final int cpuCores = SystemUtils.getCpuCores();
Clock clock =
new Clock()
.startClock()
.logTime(
"Data mart export process started, number of CPU cores: "
+ cpuCores
+ ", "
+ SystemUtils.getMemoryString());
notifier.clear(id, DATAMART).notify(id, DATAMART, "Data mart export process started");
// ---------------------------------------------------------------------
// Recreate temporary tables
// ---------------------------------------------------------------------
dataMartManager.dropTempAggregatedTables();
dataMartManager.createTempAggregatedTables();
clock.logTime("Recreated temporary tables");
// ---------------------------------------------------------------------
// Replace null with empty collection
// ---------------------------------------------------------------------
dataElementIds = dataElementIds != null ? dataElementIds : new ArrayList<Integer>();
indicatorIds = indicatorIds != null ? indicatorIds : new ArrayList<Integer>();
periodIds = periodIds != null ? periodIds : new ArrayList<Integer>();
organisationUnitIds =
organisationUnitIds != null ? organisationUnitIds : new ArrayList<Integer>();
organisationUnitGroupIds =
organisationUnitGroupIds != null ? organisationUnitGroupIds : new ArrayList<Integer>();
clock.logTime(
"Data elements: "
+ dataElementIds.size()
+ ", indicators: "
+ indicatorIds.size()
+ ", periods: "
+ periodIds.size()
+ ", org units: "
+ organisationUnitIds.size());
// ---------------------------------------------------------------------
// Get objects
// ---------------------------------------------------------------------
final Collection<Indicator> indicators = indicatorService.getIndicators(indicatorIds);
final Collection<Period> periods = periodService.getPeriods(periodIds);
final List<OrganisationUnit> organisationUnits =
new ArrayList<OrganisationUnit>(
organisationUnitService.getOrganisationUnits(organisationUnitIds));
final Collection<OrganisationUnitGroup> organisationUnitGroups =
organisationUnitGroupService.getOrganisationUnitGroups(organisationUnitGroupIds);
final Collection<DataElement> dataElements = dataElementService.getDataElements(dataElementIds);
clock.logTime("Retrieved meta-data objects");
notifier.notify(id, DATAMART, "Filtering meta-data");
// ---------------------------------------------------------------------
// Filter objects
// ---------------------------------------------------------------------
organisationUnitService.filterOrganisationUnitsWithoutData(organisationUnits);
FilterUtils.filter(dataElements, new AggregatableDataElementFilter());
FilterUtils.filter(dataElements, new DataElementWithAggregationFilter());
expressionService.filterInvalidIndicators(indicators);
clock.logTime("Filtered objects");
notifier.notify(id, DATAMART, "Loading indicators");
// ---------------------------------------------------------------------
// Explode indicator expressions
// ---------------------------------------------------------------------
for (Indicator indicator : indicators) {
indicator.setExplodedNumerator(expressionService.explodeExpression(indicator.getNumerator()));
indicator.setExplodedDenominator(
expressionService.explodeExpression(indicator.getDenominator()));
}
clock.logTime("Exploded indicator expressions");
notifier.notify(id, DATAMART, "Loading data elements");
// ---------------------------------------------------------------------
// Get operands
// ---------------------------------------------------------------------
final Collection<DataElementOperand> dataElementOperands =
categoryService.getOperands(dataElements);
final List<DataElementOperand> indicatorOperands =
new ArrayList<DataElementOperand>(
categoryService.populateOperands(
expressionService.getOperandsInIndicators(indicators)));
Set<DataElementOperand> allOperands = new HashSet<DataElementOperand>();
allOperands.addAll(dataElementOperands);
allOperands.addAll(indicatorOperands);
clock.logTime("Retrieved operands: " + allOperands.size());
notifier.notify(id, DATAMART, "Loading periods");
// ---------------------------------------------------------------------
// Filter out future periods
// ---------------------------------------------------------------------
FilterUtils.filter(periods, new PastAndCurrentPeriodFilter());
clock.logTime("Number of periods: " + periods.size());
notifier.notify(id, DATAMART, "Filtering data elements without data");
// ---------------------------------------------------------------------
// Remove operands without data
// ---------------------------------------------------------------------
allOperands = dataMartManager.getOperandsWithData(allOperands);
indicatorOperands.retainAll(allOperands);
clock.logTime(
"Number of operands with data: "
+ allOperands.size()
+ ", "
+ SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Populating crosstabulation table");
// ---------------------------------------------------------------------
// Create crosstabtable
// ---------------------------------------------------------------------
final Collection<Integer> intersectingPeriodIds =
ConversionUtils.getIdentifiers(Period.class, periodService.getIntersectionPeriods(periods));
final PeriodHierarchy periodHierarchy = periodService.getPeriodHierarchy(periods);
final Set<Integer> orgUnitChildrenIds =
organisationUnitService.getOrganisationUnitHierarchy().getChildren(organisationUnitIds);
final List<Integer> crossTabOrgUnitIds = new ArrayList<Integer>(orgUnitChildrenIds);
final String key = crossTabService.createCrossTabTable(crossTabOrgUnitIds);
final List<DataElementOperand> operandList = new ArrayList<DataElementOperand>(allOperands);
Collections.shuffle(operandList);
final List<List<DataElementOperand>> operandPages =
new PaginatedList<DataElementOperand>(operandList).setNumberOfPages(cpuCores).getPages();
List<Future<?>> crossTabFutures = new ArrayList<Future<?>>();
for (List<DataElementOperand> operandPage : operandPages) {
crossTabFutures.add(
crossTabService.populateCrossTabTable(
operandPage, intersectingPeriodIds, crossTabOrgUnitIds, key));
}
ConcurrentUtils.waitForCompletion(crossTabFutures);
clock.logTime("Populated crosstab table, " + SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Exporting data element data");
final boolean isDataElements = true;
final boolean isIndicators = indicators != null && indicators.size() > 0;
final int groupLevel =
(Integer)
systemSettingManager.getSystemSetting(
KEY_ORGUNITGROUPSET_AGG_LEVEL, DEFAULT_ORGUNITGROUPSET_AGG_LEVEL);
final boolean isGroups =
organisationUnitGroups != null && organisationUnitGroups.size() > 0 && groupLevel > 0;
if (isDataElements) {
// -----------------------------------------------------------------
// 1. Export data element values
// -----------------------------------------------------------------
if (operandList.size() > 0) {
final OrganisationUnitHierarchy orgUnitHierarchy =
organisationUnitService
.getOrganisationUnitHierarchy()
.prepareChildren(organisationUnits);
List<Future<?>> futures = new ArrayList<Future<?>>();
for (List<DataElementOperand> operandPage : operandPages) {
futures.add(
dataElementDataMart.exportDataValues(
operandPage,
periods,
organisationUnits,
null,
periodHierarchy,
orgUnitHierarchy,
AggregatedDataValueTempBatchHandler.class,
key));
}
ConcurrentUtils.waitForCompletion(futures);
}
clock.logTime(
"Exported values for data element operands ("
+ operandList.size()
+ "), pages: "
+ operandPages.size()
+ ", "
+ SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Dropping data element index");
// -----------------------------------------------------------------
// 2. Drop data element index
// -----------------------------------------------------------------
dataMartManager.dropDataValueIndex();
clock.logTime("Dropped data element index");
notifier.notify(id, DATAMART, "Deleting existing data element data");
// -----------------------------------------------------------------
// 3. Delete existing aggregated data values
// -----------------------------------------------------------------
dataMartManager.deleteAggregatedDataValues(periodIds);
clock.logTime("Deleted existing data element data");
notifier.notify(id, DATAMART, "Copying data element data from temporary table");
// -----------------------------------------------------------------
// 4. Copy aggregated data values from temporary table
// -----------------------------------------------------------------
dataMartManager.copyAggregatedDataValuesFromTemp();
clock.logTime("Copied data element data from temporary table");
notifier.notify(id, DATAMART, "Creating data element index");
// -----------------------------------------------------------------
// 5. Create data element index
// -----------------------------------------------------------------
dataMartManager.createDataValueIndex();
clock.logTime("Created data element index");
}
if (isGroups && isDataElements) {
// -----------------------------------------------------------------
// 1. Export data element values
// -----------------------------------------------------------------
notifier.notify(id, DATAMART, "Exporting data element org unit data");
Collection<OrganisationUnit> groupOrganisationUnits =
new HashSet<OrganisationUnit>(organisationUnits);
FilterUtils.filter(
groupOrganisationUnits, new OrganisationUnitAboveOrEqualToLevelFilter(groupLevel));
if (operandList.size() > 0) {
final OrganisationUnitHierarchy orgUnitHierarchy =
organisationUnitService
.getOrganisationUnitHierarchy()
.prepareChildren(groupOrganisationUnits, organisationUnitGroups);
List<Future<?>> futures = new ArrayList<Future<?>>();
for (List<DataElementOperand> operandPage : operandPages) {
futures.add(
dataElementDataMart.exportDataValues(
operandPage,
periods,
groupOrganisationUnits,
organisationUnitGroups,
periodHierarchy,
orgUnitHierarchy,
AggregatedOrgUnitDataValueTempBatchHandler.class,
key));
}
ConcurrentUtils.waitForCompletion(futures);
}
clock.logTime(
"Exported values for data element operands ("
+ operandList.size()
+ "), pages: "
+ operandPages.size()
+ ", "
+ SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Dropping data element data indexes");
// -----------------------------------------------------------------
// 2. Drop data element index
// -----------------------------------------------------------------
dataMartManager.dropOrgUnitDataValueIndex();
clock.logTime("Dropped org unit data element index");
notifier.notify(id, DATAMART, "Deleting existing org unit data element data");
// -----------------------------------------------------------------
// 3. Delete existing aggregated data values
// -----------------------------------------------------------------
dataMartManager.deleteAggregatedOrgUnitDataValues(periodIds);
clock.logTime("Deleted existing aggregated org unit datavalues");
notifier.notify(id, DATAMART, "Copying org unit data element data");
// -----------------------------------------------------------------
// 4. Copy aggregated org unit data values from temporary table
// -----------------------------------------------------------------
dataMartManager.copyAggregatedOrgUnitDataValuesFromTemp();
clock.logTime("Copied org unit data element data from temporary table");
notifier.notify(id, DATAMART, "Creating org unit data element index");
// -----------------------------------------------------------------
// 5. Create org unit data element index
// -----------------------------------------------------------------
dataMartManager.createOrgUnitDataValueIndex();
clock.logTime("Created org unit data element index");
notifier.notify(id, DATAMART, "Exporting data for org unit indicator data");
}
crossTabService.dropCrossTabTable(key);
List<List<OrganisationUnit>> organisationUnitPages =
new PaginatedList<OrganisationUnit>(organisationUnits)
.setNumberOfPages(cpuCores)
.getPages();
if (isIndicators) {
// -----------------------------------------------------------------
// 1. Create and populate aggregated data cache
// -----------------------------------------------------------------
notifier.notify(id, DATAMART, "Populating aggregated data cache");
crossTabService.createAggregatedDataCache(indicatorOperands, key);
List<Future<?>> aggregatedDataCacheFutures = new ArrayList<Future<?>>();
for (List<OrganisationUnit> organisationUnitPage : organisationUnitPages) {
aggregatedDataCacheFutures.add(
crossTabService.populateAggregatedDataCache(
indicatorOperands, periods, organisationUnitPage, key));
}
ConcurrentUtils.waitForCompletion(aggregatedDataCacheFutures);
clock.logTime(
"Created aggregated data cache, number of indicator operands: "
+ indicatorOperands.size());
notifier.notify(id, DATAMART, "Exporting indicator data");
// -----------------------------------------------------------------
// 2. Export indicator values
// -----------------------------------------------------------------
List<Future<?>> futures = new ArrayList<Future<?>>();
for (List<OrganisationUnit> organisationUnitPage : organisationUnitPages) {
futures.add(
indicatorDataMart.exportIndicatorValues(
indicators,
periods,
organisationUnitPage,
null,
indicatorOperands,
AggregatedIndicatorValueTempBatchHandler.class,
key));
}
ConcurrentUtils.waitForCompletion(futures);
clock.logTime(
"Exported values for indicators ("
+ indicators.size()
+ "), pages: "
+ organisationUnitPages.size()
+ ", "
+ SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Dropping indicator index");
// -----------------------------------------------------------------
// 3. Drop aggregated data cache and indicator index
// -----------------------------------------------------------------
crossTabService.dropAggregatedDataCache(key);
dataMartManager.dropIndicatorValueIndex();
clock.logTime("Dropped indicator index, " + SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Deleting existing indicator data");
// -----------------------------------------------------------------
// 4. Delete existing aggregated indicator values
// -----------------------------------------------------------------
dataMartManager.deleteAggregatedIndicatorValues(periodIds);
clock.logTime("Deleted existing indicator data");
notifier.notify(id, DATAMART, "Copying indicator data from temporary table");
// -----------------------------------------------------------------
// 5. Copy aggregated data values from temporary table
// -----------------------------------------------------------------
dataMartManager.copyAggregatedIndicatorValuesFromTemp();
clock.logTime("Copied indicator data from temporary table");
notifier.notify(id, DATAMART, "Creating indicator index");
// -----------------------------------------------------------------
// 6. Create indicator index
// -----------------------------------------------------------------
dataMartManager.createIndicatorValueIndex();
clock.logTime("Created indicator index");
}
if (isGroups && isIndicators) {
// -----------------------------------------------------------------
// 1. Create aggregated data cache
// -----------------------------------------------------------------
notifier.notify(id, DATAMART, "Populating aggregated data cache");
crossTabService.createAggregatedOrgUnitDataCache(indicatorOperands, key);
List<Future<?>> aggregatedDataCacheFutures = new ArrayList<Future<?>>();
for (List<OrganisationUnit> organisationUnitPage : organisationUnitPages) {
aggregatedDataCacheFutures.add(
crossTabService.populateAggregatedOrgUnitDataCache(
indicatorOperands, periods, organisationUnitPage, organisationUnitGroups, key));
}
ConcurrentUtils.waitForCompletion(aggregatedDataCacheFutures);
clock.logTime("Created aggregated org unit data cache");
notifier.notify(id, DATAMART, "Exporting org unit indicator data");
// -----------------------------------------------------------------
// 2. Export indicator values
// -----------------------------------------------------------------
List<Future<?>> futures = new ArrayList<Future<?>>();
for (List<OrganisationUnit> organisationUnitPage : organisationUnitPages) {
futures.add(
indicatorDataMart.exportIndicatorValues(
indicators,
periods,
organisationUnitPage,
organisationUnitGroups,
indicatorOperands,
AggregatedOrgUnitIndicatorValueTempBatchHandler.class,
key));
}
ConcurrentUtils.waitForCompletion(futures);
clock.logTime(
"Exported values for indicators ("
+ indicators.size()
+ "), pages: "
+ organisationUnitPages.size()
+ ", "
+ SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Dropping org unit indicator index");
// -----------------------------------------------------------------
// 3. Drop aggregated data cache and indicator index
// -----------------------------------------------------------------
crossTabService.dropAggregatedOrgUnitDataCache(key);
dataMartManager.dropOrgUnitIndicatorValueIndex();
clock.logTime("Dropped org unit indicator index, " + SystemUtils.getMemoryString());
notifier.notify(id, DATAMART, "Deleting existing org unit indicator data");
// -----------------------------------------------------------------
// 4. Delete existing aggregated indicator values
// -----------------------------------------------------------------
dataMartManager.deleteAggregatedOrgUnitIndicatorValues(periodIds);
clock.logTime("Deleted existing aggregated org unit indicatorvalues");
notifier.notify(id, DATAMART, "Copying org unit indicator data from temporary table");
// -----------------------------------------------------------------
// 5. Copy aggregated org unit indicator values from temp table
// -----------------------------------------------------------------
dataMartManager.copyAggregatedOrgUnitIndicatorValuesFromTemp();
clock.logTime("Copied org unit indicator data from temporary table");
notifier.notify(id, DATAMART, "Creating org unit indicator indexes");
// -----------------------------------------------------------------
// 6. Create org unit indicator index
// -----------------------------------------------------------------
dataMartManager.createOrgUnitIndicatorValueIndex();
clock.logTime("Created org unit indicator index");
}
// ---------------------------------------------------------------------
// Drop temporary tables
// ---------------------------------------------------------------------
dataMartManager.dropTempAggregatedTables();
clock.logTime("Dropped crosstab table");
clock.logTime("Data mart export process completed");
notifier.notify(id, DATAMART, INFO, "Data mart process completed", true);
}