@Override
public CalculationResultMap evaluate(
Collection<Integer> cohort, Map<String, Object> map, PatientCalculationContext context) {
CalculationResultMap ret = new CalculationResultMap();
PersonService personService = Context.getPersonService();
PersonAttributeType personAttributeType =
personService.getPersonAttributeTypeByUuid(
CommonMetadata._PersonAttributeType.TELEPHONE_CONTACT);
PersonAttributeCohortDefinition cd = new PersonAttributeCohortDefinition();
cd.setAttributeType(personAttributeType);
EvaluatedCohort peopleWithPhoneNumbersCohort =
CalculationUtils.evaluateWithReporting(cd, cohort, null, context);
PersonAttributeDataDefinition personAttributeDataDefinition =
new PersonAttributeDataDefinition();
personAttributeDataDefinition.setPersonAttributeType(personAttributeType);
CalculationResultMap data =
CalculationUtils.evaluateWithReporting(
personAttributeDataDefinition, cohort, map, null, context);
for (Integer ptId : cohort) {
String phoneNumber = null;
if (peopleWithPhoneNumbersCohort.contains(ptId)) {
phoneNumber = data.get(ptId).toString();
}
ret.put(ptId, new SimpleResult(phoneNumber, this));
}
return ret;
}
@Override
public CalculationResultMap evaluate(
Collection<Integer> cohort,
Map<String, Object> parameterValues,
PatientCalculationContext context) {
// Date date = (Date) parameterValues.get("date");
// if (date == null) {
// date = new Date();
// }
if (parameterValues != null) {
logger.info("Parameter Values is NOT null");
logger.info(parameterValues.toString());
} else {
logger.info("Parameter Values is null");
}
Date date = new Date();
Date startOfDay = DateUtil.getStartOfDay(date);
Date endOfDay = DateUtil.getEndOfDay(date);
Concept returnVisitDate = Dictionary.getConcept(Dictionary.RETURN_VISIT_DATE);
// EncounterType tbFollowup = MetadataUtils.existing(EncounterType.class,
// TbMetadata._EncounterType.TB_CONSULTATION);
DateObsCohortDefinition cd = new DateObsCohortDefinition();
cd.setTimeModifier(TimeModifier.ANY);
cd.setQuestion(returnVisitDate);
cd.setOperator1(RangeComparator.GREATER_EQUAL);
cd.setValue1(startOfDay);
cd.setOperator2(RangeComparator.LESS_EQUAL);
cd.setValue2(endOfDay);
// cd.setEncounterTypeList(Collections.singletonList(tbFollowup));
EvaluatedCohort withScheduledVisit =
CalculationUtils.evaluateWithReporting(cd, cohort, null, context);
CalculationResultMap ret = new CalculationResultMap();
for (Integer ptId : cohort) {
ret.put(ptId, new BooleanResult(withScheduledVisit.contains(ptId), this));
}
return ret;
}
/**
* @see CohortDefinitionEvaluator#evaluateCohort(CohortDefinition, EvaluationContext)
* @should return patients who have identifiers of the passed types
* @should return patients who have identifiers matching the passed locations
* @should return patients who have identifiers matching the passed text
* @should return patients who have identifiers matching the passed regular expression
*/
public EvaluatedCohort evaluate(CohortDefinition cohortDefinition, EvaluationContext context) {
PatientIdentifierCohortDefinition picd = (PatientIdentifierCohortDefinition) cohortDefinition;
StringBuilder hql = new StringBuilder();
Map<String, Object> params = new HashMap<String, Object>();
hql.append("select patient.patientId");
hql.append(ObjectUtil.notNull(picd.getRegexToMatch()) ? ", identifier " : " ");
hql.append("from PatientIdentifier ");
hql.append("where voided = false ");
if (picd.getTypesToMatch() != null) {
Set<Integer> typeIds = new HashSet<Integer>();
for (PatientIdentifierType t : picd.getTypesToMatch()) {
typeIds.add(t.getPatientIdentifierTypeId());
}
hql.append("and identifierType.patientIdentifierTypeId in (:idTypes) ");
params.put("idTypes", typeIds);
}
if (picd.getLocationsToMatch() != null) {
Set<Integer> locationIds = new HashSet<Integer>();
for (Location l : picd.getLocationsToMatch()) {
locationIds.add(l.getLocationId());
}
hql.append("and location.locationId in (:locationIds) ");
params.put("locationIds", locationIds);
}
if (ObjectUtil.notNull(picd.getTextToMatch())) {
if (picd.getTextToMatch().contains("%")) {
hql.append("and identifier like :textToMatch ");
} else {
hql.append("and identifier = :textToMatch ");
}
params.put("textToMatch", picd.getTextToMatch());
}
List<Object> results =
Context.getService(DataSetQueryService.class).executeHqlQuery(hql.toString(), params);
EvaluatedCohort ret = new EvaluatedCohort(null, picd, context);
if (ObjectUtil.notNull(
picd.getRegexToMatch())) { // Query will return an array containing patientId and identifier
for (Object o : results) {
Object[] row = (Object[]) o;
if (row.length == 2
&& row[1] != null
&& row[1].toString().matches(picd.getRegexToMatch())) {
ret.addMember((Integer) row[0]);
}
}
} else { // Query returns only a patientId
for (Object o : results) {
ret.addMember((Integer) o);
}
}
return ret;
}
