use of org.hisp.dhis.relationship.RelationshipEntity.TRACKED_ENTITY_INSTANCE in project dhis2-core by dhis2.
the class PreCheckDataRelationsValidationHookTest method verifyValidationFailsWhenLinkedTrackedEntityIsNotFound.
@Test
void verifyValidationFailsWhenLinkedTrackedEntityIsNotFound() {
RelationshipType relType = createRelTypeConstraint(TRACKED_ENTITY_INSTANCE, TRACKED_ENTITY_INSTANCE);
Relationship relationship = Relationship.builder().relationship(CodeGenerator.generateUid()).from(RelationshipItem.builder().trackedEntity("validTrackedEntity").build()).to(RelationshipItem.builder().trackedEntity("anotherValidTrackedEntity").build()).relationshipType(relType.getUid()).build();
hook.validateRelationship(reporter, relationship);
assertTrue(reporter.hasErrors());
assertTrue(reporter.hasErrorReport(r -> r.getErrorCode() == TrackerErrorCode.E4012));
assertThat(reporter.getReportList().stream().map(TrackerErrorReport::getErrorMessage).collect(Collectors.toList()), hasItem("Could not find `trackedEntity`: `validTrackedEntity`, linked to Relationship."));
assertThat(reporter.getReportList().stream().map(TrackerErrorReport::getErrorMessage).collect(Collectors.toList()), hasItem("Could not find `trackedEntity`: `anotherValidTrackedEntity`, linked to Relationship."));
}
use of org.hisp.dhis.relationship.RelationshipEntity.TRACKED_ENTITY_INSTANCE in project dhis2-core by dhis2.
the class AbstractRelationshipService method prepareCaches.
private void prepareCaches(List<Relationship> relationships, User user) {
Map<RelationshipEntity, List<String>> relationshipEntities = new HashMap<>();
Map<String, List<Relationship>> relationshipTypeMap = relationships.stream().collect(Collectors.groupingBy(Relationship::getRelationshipType));
// Find all the RelationshipTypes first, so we know what the uids refer
// to
Query query = Query.from(schemaService.getDynamicSchema(RelationshipType.class));
query.setUser(user);
query.add(Restrictions.in("id", relationshipTypeMap.keySet()));
queryService.query(query).forEach(rt -> relationshipTypeCache.put(rt.getUid(), (RelationshipType) rt));
// Group all uids into their respective RelationshipEntities
relationshipTypeCache.values().forEach(relationshipType -> {
List<String> fromUids = relationshipTypeMap.get(relationshipType.getUid()).stream().map((r) -> getUidOfRelationshipItem(r.getFrom())).collect(Collectors.toList());
List<String> toUids = relationshipTypeMap.get(relationshipType.getUid()).stream().map((r) -> getUidOfRelationshipItem(r.getTo())).collect(Collectors.toList());
// Merge existing results with newly found ones.
relationshipEntities.merge(relationshipType.getFromConstraint().getRelationshipEntity(), fromUids, (old, _new) -> ListUtils.union(old, _new));
relationshipEntities.merge(relationshipType.getToConstraint().getRelationshipEntity(), toUids, (old, _new) -> ListUtils.union(old, _new));
});
// Find and put all Relationship members in their respective cache
if (relationshipEntities.get(TRACKED_ENTITY_INSTANCE) != null) {
teiDaoService.getTrackedEntityInstancesByUid(relationshipEntities.get(TRACKED_ENTITY_INSTANCE), user).forEach(tei -> trackedEntityInstanceCache.put(tei.getUid(), tei));
}
if (relationshipEntities.get(PROGRAM_INSTANCE) != null) {
Query piQuery = Query.from(schemaService.getDynamicSchema(ProgramInstance.class));
piQuery.setUser(user);
piQuery.add(Restrictions.in("id", relationshipEntities.get(PROGRAM_INSTANCE)));
queryService.query(piQuery).forEach(pi -> programInstanceCache.put(pi.getUid(), (ProgramInstance) pi));
}
if (relationshipEntities.get(PROGRAM_STAGE_INSTANCE) != null) {
Query psiQuery = Query.from(schemaService.getDynamicSchema(ProgramStageInstance.class));
psiQuery.setUser(user);
psiQuery.add(Restrictions.in("id", relationshipEntities.get(PROGRAM_STAGE_INSTANCE)));
queryService.query(psiQuery).forEach(psi -> programStageInstanceCache.put(psi.getUid(), (ProgramStageInstance) psi));
}
}
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