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QueryBuilder.java
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QueryBuilder.java
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/*
* **** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1/GPL 2.0/LGPL 2.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
* http://www.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is part of dcm4che, an implementation of DICOM(TM) in
* Java(TM), hosted at https://github.com/dcm4che.
*
* The Initial Developer of the Original Code is
* J4Care.
* Portions created by the Initial Developer are Copyright (C) 2015-2018
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
* See @authors listed below
*
* Alternatively, the contents of this file may be used under the terms of
* either the GNU General Public License Version 2 or later (the "GPL"), or
* the GNU Lesser General Public License Version 2.1 or later (the "LGPL"),
* in which case the provisions of the GPL or the LGPL are applicable instead
* of those above. If you wish to allow use of your version of this file only
* under the terms of either the GPL or the LGPL, and not to allow others to
* use your version of this file under the terms of the MPL, indicate your
* decision by deleting the provisions above and replace them with the notice
* and other provisions required by the GPL or the LGPL. If you do not delete
* the provisions above, a recipient may use your version of this file under
* the terms of any one of the MPL, the GPL or the LGPL.
*
* **** END LICENSE BLOCK *****
*
*/
package org.dcm4chee.arc.query.util;
import jakarta.persistence.criteria.*;
import jakarta.persistence.metamodel.CollectionAttribute;
import jakarta.persistence.metamodel.SingularAttribute;
import org.dcm4che3.data.*;
import org.dcm4che3.data.PersonName;
import org.dcm4che3.dict.archive.PrivateTag;
import org.dcm4che3.net.service.QueryRetrieveLevel2;
import org.dcm4che3.soundex.FuzzyStr;
import org.dcm4che3.util.DateUtils;
import org.dcm4che3.util.StringUtils;
import org.dcm4chee.arc.conf.*;
import org.dcm4chee.arc.entity.*;
import java.util.*;
import java.util.function.Function;
/**
* @author Gunter Zeilinger <gunterze@gmail.com>
* @author Vrinda Nayak <vrinda.nayak@j4care.com>
* @since Aug 2015
*/
public class QueryBuilder {
private final CriteriaBuilder cb;
public QueryBuilder(CriteriaBuilder cb) {
this.cb = Objects.requireNonNull(cb);
}
public List<Order> orderPatients(Root<Patient> patient, List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderPatients(patient, orderByTag, result);
return result;
}
public List<Order> orderStudies(From<Study, Patient> patient, Root<Study> study,
List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderStudies(patient, study, orderByTag, result);
return result;
}
public List<Order> orderSeries(From<Study, Patient> patient, From<Series, Study> study, Root<Series> series,
List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderSeries(patient, study, series, orderByTag, result);
return result;
}
public List<Order> orderInstances(From<Study, Patient> patient, From<Series, Study> study,
From<Instance, Series> series, Root<Instance> instance, List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderInstances(patient, study, series, instance, orderByTag, result);
return result;
}
public List<Order> orderMWLItems(From<MWLItem, Patient> patient, Root<MWLItem> mwlItem,
List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderMWLItems(patient, mwlItem, orderByTag, result);
return result;
}
public List<Order> orderWorkitems(Join<UPS, Patient> patient, Root<UPS> ups, List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderWorkitems(patient, ups, orderByTag, result);
return result;
}
public List<Order> orderMPPS(From<MPPS, Patient> patient, Root<MPPS> mpps, List<OrderByTag> orderByTags) {
List<Order> result = new ArrayList<>(orderByTags.size());
for (OrderByTag orderByTag : orderByTags)
orderMPPS(patient, mpps, orderByTag, result);
return result;
}
public Order orderTasks(Root<Task> task, String orderBy) {
switch (orderBy) {
case "createdTime":
return cb.asc(task.get(Task_.createdTime));
case "updatedTime":
return cb.asc(task.get(Task_.updatedTime));
case "-createdTime":
return cb.desc(task.get(Task_.createdTime));
case "-updatedTime":
return cb.desc(task.get(Task_.updatedTime));
case "scheduledTime":
return cb.asc(task.get(Task_.scheduledTime));
case "-scheduledTime":
return cb.desc(task.get(Task_.scheduledTime));
}
throw new IllegalArgumentException(orderBy);
}
public Order orderBatches(Root<Task> task, String orderBy) {
switch (orderBy) {
case "createdTime":
return cb.asc(cb.least(task.get(Task_.createdTime)));
case "updatedTime":
return cb.asc(cb.least(task.get(Task_.updatedTime)));
case "-createdTime":
return cb.desc(cb.greatest(task.get(Task_.createdTime)));
case "-updatedTime":
return cb.desc(cb.greatest(task.get(Task_.updatedTime)));
case "scheduledTime":
return cb.asc(cb.least(task.get(Task_.scheduledTime)));
case "-scheduledTime":
return cb.desc(cb.greatest(task.get(Task_.scheduledTime)));
}
throw new IllegalArgumentException(orderBy);
}
private <Z> boolean orderPatients(From<Z, Patient> patient, OrderByTag orderByTag, List<Order> result) {
switch (orderByTag.tag) {
case Tag.PatientName:
return orderPersonName(patient, Patient_.patientName, orderByTag, result);
case Tag.PatientSex:
return result.add(orderByTag.order(cb, patient.get(Patient_.patientSex)));
case Tag.PatientBirthDate:
return result.add(orderByTag.order(cb, patient.get(Patient_.patientBirthDate)));
}
return false;
}
private <Z> boolean orderStudies(From<Study, Patient> patient, From<Z, Study> study,
OrderByTag orderByTag, List<Order> result) {
if (patient != null && orderPatients(patient, orderByTag, result))
return true;
switch (orderByTag.tag) {
case Tag.StudyInstanceUID:
return result.add(orderByTag.order(cb, study.get(Study_.studyInstanceUID)));
case Tag.StudyID:
return result.add(orderByTag.order(cb, study.get(Study_.studyID)));
case Tag.StudyDate:
return result.add(orderByTag.order(cb, study.get(Study_.studyDate)));
case Tag.StudyTime:
return result.add(orderByTag.order(cb, study.get(Study_.studyTime)));
case Tag.ReferringPhysicianName:
return orderPersonName(study, Study_.referringPhysicianName, orderByTag, result);
case Tag.StudyDescription:
return result.add(orderByTag.order(cb, study.get(Study_.studyDescription)));
case Tag.AccessionNumber:
return result.add(orderByTag.order(cb, study.get(Study_.accessionNumber)));
}
return false;
}
private <Z> boolean orderSeries(From<Study, Patient> patient, From<Series, Study> study, From<Z, Series> series,
OrderByTag orderByTag, List<Order> result) {
if (study != null && orderStudies(patient, study, orderByTag, result))
return true;
switch (orderByTag.tag) {
case Tag.SeriesInstanceUID:
return result.add(orderByTag.order(cb, series.get(Series_.seriesInstanceUID)));
case Tag.SeriesNumber:
return result.add(orderByTag.order(cb, series.get(Series_.seriesNumber)));
case Tag.Modality:
return result.add(orderByTag.order(cb, series.get(Series_.modality)));
case Tag.BodyPartExamined:
return result.add(orderByTag.order(cb, series.get(Series_.bodyPartExamined)));
case Tag.Laterality:
return result.add(orderByTag.order(cb, series.get(Series_.laterality)));
case Tag.PerformedProcedureStepStartDate:
return result.add(orderByTag.order(cb, series.get(Series_.performedProcedureStepStartDate)));
case Tag.PerformedProcedureStepStartTime:
return result.add(orderByTag.order(cb, series.get(Series_.performedProcedureStepStartTime)));
case Tag.PerformingPhysicianName:
return orderPersonName(series, Series_.performingPhysicianName, orderByTag, result);
case Tag.SeriesDescription:
return result.add(orderByTag.order(cb, series.get(Series_.seriesDescription)));
case Tag.StationName:
return result.add(orderByTag.order(cb, series.get(Series_.stationName)));
case Tag.InstitutionName:
return result.add(orderByTag.order(cb, series.get(Series_.institutionName)));
case Tag.InstitutionalDepartmentName:
return result.add(orderByTag.order(cb, series.get(Series_.institutionalDepartmentName)));
}
return false;
}
private <Z> boolean orderInstances(From<Study, Patient> patient, From<Series, Study> study,
From<Instance, Series> series, From<Z, Instance> instance, OrderByTag orderByTag, List<Order> result) {
if (series != null && orderSeries(patient, study, series, orderByTag, result))
return true;
switch (orderByTag.tag) {
case Tag.SOPInstanceUID:
return result.add(orderByTag.order(cb, instance.get(Instance_.sopInstanceUID)));
case Tag.SOPClassUID:
return result.add(orderByTag.order(cb, instance.get(Instance_.sopClassUID)));
case Tag.InstanceNumber:
return result.add(orderByTag.order(cb, instance.get(Instance_.instanceNumber)));
case Tag.VerificationFlag:
return result.add(orderByTag.order(cb, instance.get(Instance_.verificationFlag)));
case Tag.CompletionFlag:
return result.add(orderByTag.order(cb, instance.get(Instance_.completionFlag)));
case Tag.ContentDate:
return result.add(orderByTag.order(cb, instance.get(Instance_.contentDate)));
case Tag.ContentTime:
return result.add(orderByTag.order(cb, instance.get(Instance_.contentTime)));
}
return false;
}
private <Z> boolean orderMWLItems(From<MWLItem, Patient> patient, From<Z, MWLItem> mwlItem,
OrderByTag orderByTag, List<Order> result) {
if (patient != null && orderPatients(patient, orderByTag, result))
return true;
switch (orderByTag.tag) {
case Tag.WorklistLabel:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.worklistLabel)));
case Tag.AccessionNumber:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.accessionNumber)));
case Tag.Modality:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.modality)));
case Tag.StudyInstanceUID:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.studyInstanceUID)));
case Tag.ScheduledProcedureStepStartDate:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.scheduledStartDate)));
case Tag.ScheduledProcedureStepStartTime:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.scheduledStartTime)));
case Tag.ScheduledPerformingPhysicianName:
return orderPersonName(mwlItem, MWLItem_.scheduledPerformingPhysicianName, orderByTag, result);
case Tag.ScheduledProcedureStepID:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.scheduledProcedureStepID)));
case Tag.RequestedProcedureID:
return result.add(orderByTag.order(cb, mwlItem.get(MWLItem_.requestedProcedureID)));
}
return false;
}
private <Z> boolean orderWorkitems(Join<UPS, Patient> patient, Root<UPS> ups, OrderByTag orderByTag, List<Order> result) {
if (patient != null && orderPatients(patient, orderByTag, result))
return true;
switch (orderByTag.tag) {
case Tag.ScheduledProcedureStepPriority:
return result.add(orderByTag.order(cb, ups.get(UPS_.upsPriority)));
case Tag.ScheduledProcedureStepModificationDateTime:
return result.add(orderByTag.order(cb, ups.get(UPS_.updatedTime)));
case Tag.ProcedureStepLabel:
return result.add(orderByTag.order(cb, ups.get(UPS_.upsLabel)));
case Tag.WorklistLabel:
return result.add(orderByTag.order(cb, ups.get(UPS_.worklistLabel)));
case Tag.ScheduledProcedureStepStartDateTime:
return result.add(orderByTag.order(cb, ups.get(UPS_.scheduledStartDateAndTime)));
case Tag.ExpectedCompletionDateTime:
return result.add(orderByTag.order(cb, ups.get(UPS_.expectedCompletionDateAndTime)));
case Tag.ScheduledProcedureStepExpirationDateTime:
return result.add(orderByTag.order(cb, ups.get(UPS_.scheduledProcedureStepExpirationDateTime)));
case Tag.InputReadinessState:
return result.add(orderByTag.order(cb, ups.get(UPS_.inputReadinessState)));
case Tag.AdmissionID:
return result.add(orderByTag.order(cb, ups.get(UPS_.admissionID)));
case Tag.ProcedureStepState:
return result.add(orderByTag.order(cb, ups.get(UPS_.procedureStepState)));
}
return false;
}
private <Z> boolean orderMPPS(From<MPPS, Patient> patient, From<Z, MPPS> mpps,
OrderByTag orderByTag, List<Order> result) {
if (patient != null && orderPatients(patient, orderByTag, result))
return true;
switch (orderByTag.tag) {
case Tag.PerformedProcedureStepStartDate:
return result.add(orderByTag.order(cb, mpps.get(MPPS_.performedProcedureStepStartDate)));
case Tag.PerformedProcedureStepStartTime:
return result.add(orderByTag.order(cb, mpps.get(MPPS_.performedProcedureStepStartTime)));
}
return false;
}
private <Z, X> boolean orderPersonName(
From<Z, X> entity, SingularAttribute<X, org.dcm4chee.arc.entity.PersonName> attribute,
OrderByTag orderByTag, List<Order> result) {
return orderPersonName(joinPersonName(entity, attribute), orderByTag, result);
}
private <Z, X> Path<org.dcm4chee.arc.entity.PersonName> joinPersonName(
From<Z, X> entity, SingularAttribute<X, org.dcm4chee.arc.entity.PersonName> attribute) {
return (Path<org.dcm4chee.arc.entity.PersonName>) entity.getJoins().stream()
.filter(j -> j.getAttribute().equals(attribute))
.findFirst()
.orElseGet(() -> entity.join(attribute, JoinType.LEFT));
}
private boolean orderPersonName(Path<org.dcm4chee.arc.entity.PersonName> personName,
OrderByTag orderByTag, List<Order> result) {
result.add(orderByTag.order(cb, personName.get(PersonName_.alphabeticName)));
return true;
}
private <X> void patIDWithoutIssuerPredicate(List<Predicate> predicates, From<X, PatientID> patientID, IDWithIssuer[] pids) {
predicates.add(patientID.get(PatientID_.localNamespaceEntityID).isNull());
predicates.add(patientID.get(PatientID_.universalEntityID).isNull());
if (isUniversalMatching(pids))
return;
List<Predicate> idPredicates = new ArrayList<>(pids.length);
for (IDWithIssuer pid : pids)
if (!isUniversalMatching(pid.getID())) {
List<Predicate> idPredicate = new ArrayList<>(1);
if (wildCard(idPredicate, patientID.get(PatientID_.id), pid.getID()))
idPredicates.add(cb.and(idPredicate.toArray(new Predicate[0])));
}
if (!idPredicates.isEmpty())
predicates.add(cb.or(idPredicates.toArray(new Predicate[0])));
}
private <Z> void patientIDWithoutIssuerPredicate(List<Predicate> predicates,
From<Z, Patient> patient,
IDWithIssuer[] pids) {
patIDWithoutIssuerPredicate(predicates, patient.join(Patient_.patientIDs), pids);
}
public <Z> void patientIDPredicate(List<Predicate> predicates,
From<Z, Patient> patient,
IDWithIssuer[] pids) {
patIDPredicate(predicates, pids, patient.join(Patient_.patientIDs));
}
private <Z> void patientIDIssuerPredicate(List<Predicate> predicates, From<Z, Patient> patient, Issuer issuer) {
patIDIssuerPredicate(predicates, issuer, patient.join(Patient_.patientIDs));
}
private <X> void patIDPredicate(List<Predicate> predicates, IDWithIssuer[] pids, From<X, PatientID> patientID) {
List<Predicate> idPredicates = new ArrayList<>(pids.length);
for (IDWithIssuer pid : pids)
if (!isUniversalMatching(pid.getID())) {
List<Predicate> idPredicate = new ArrayList<>(3);
if (wildCard(idPredicate, patientID.get(PatientID_.id), pid.getID())) {
if (pid.getIssuer() != null)
patIDIssuerPredicate(idPredicate, pid.getIssuer(), patientID);
idPredicates.add(cb.and(idPredicate.toArray(new Predicate[0])));
}
}
if (!idPredicates.isEmpty())
predicates.add(cb.or(idPredicates.toArray(new Predicate[0])));
}
private <X> void patIDIssuerPredicate(List<Predicate> predicates, Issuer issuer, From<X, PatientID> patientID) {
issuer(predicates,
patientID.get(PatientID_.localNamespaceEntityID),
patientID.get(PatientID_.universalEntityID),
patientID.get(PatientID_.universalEntityIDType),
issuer);
}
public <T> List<Predicate> patientPredicates(CriteriaQuery<T> q,
Root<Patient> patient, IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, QueryRetrieveLevel2.PATIENT);
return predicates;
}
public <T> List<Predicate> patientIDPredicates(CriteriaQuery<T> q,
Root<PatientID> patientID, Join<PatientID, Patient> patient, IDWithIssuer[] pids, Issuer issuer,
Attributes keys, QueryParam queryParam) {
List<Predicate> predicates = new ArrayList<>();
if (queryParam.isWithoutIssuer())
patIDWithoutIssuerPredicate(predicates, patientID, pids);
else if (!QueryBuilder.isUniversalMatching(pids))
patIDPredicate(predicates, pids, patientID);
else if (!QueryBuilder.isUniversalMatching(issuer))
patIDIssuerPredicate(predicates, issuer, patientID);
patientLevelPredicates2(predicates, q, patient, pids, issuer, keys, queryParam, QueryRetrieveLevel2.PATIENT);
return predicates;
}
public <T> List<Predicate> studyPredicates(CriteriaQuery<T> q,
From<Study, Patient> patient, Root<Study> study,
IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam,
CodeEntity[] showInstancesRejectedByCodes) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, QueryRetrieveLevel2.STUDY);
studyLevelPredicates(predicates, q, study, keys, queryParam, QueryRetrieveLevel2.STUDY, showInstancesRejectedByCodes);
return predicates;
}
public <T> List<Predicate> seriesPredicates(CriteriaQuery<T> q,
From<Study, Patient> patient, From<Series, Study> study, Root<Series> series,
IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam,
CodeEntity[] showInstancesRejectedByCodes) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, QueryRetrieveLevel2.SERIES);
studyLevelPredicates(predicates, q, study, keys, queryParam, QueryRetrieveLevel2.SERIES, showInstancesRejectedByCodes);
seriesLevelPredicates(predicates, q, study, series, keys, queryParam, QueryRetrieveLevel2.SERIES, showInstancesRejectedByCodes);
return predicates;
}
public <T> List<Predicate> instancePredicates(CriteriaQuery<T> q,
From<Study, Patient> patient, From<Series, Study> study, From<Instance, Series> series,
Root<Instance> instance, IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam,
CodeEntity[] showInstancesRejectedByCodes, CodeEntity[] hideRejectionNoteWithCodes) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, QueryRetrieveLevel2.IMAGE);
studyLevelPredicates(predicates, q, study, keys, queryParam, QueryRetrieveLevel2.IMAGE, showInstancesRejectedByCodes);
seriesLevelPredicates(predicates, q, study, series, keys, queryParam, QueryRetrieveLevel2.SERIES, showInstancesRejectedByCodes);
instanceLevelPredicates(predicates, q, study, series, instance, keys, queryParam,
showInstancesRejectedByCodes, hideRejectionNoteWithCodes);
return predicates;
}
public <T> List<Predicate> mwlItemPredicates(CriteriaQuery<T> q,
From<MWLItem, Patient> patient, Root<MWLItem> mwlItem,
IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, null);
mwlItemLevelPredicates(predicates, q, mwlItem, keys, queryParam);
return predicates;
}
public <T> List<Predicate> upsPredicates(CriteriaQuery<T> q,
Join<UPS, Patient> patient, Root<UPS> ups,
IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, null);
upsLevelPredicates(predicates, q, ups, keys, queryParam);
return predicates;
}
public <T> List<Predicate> mppsPredicates(CriteriaQuery<T> q,
From<MPPS, Patient> patient, Root<MPPS> mpps,
IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam) {
List<Predicate> predicates = new ArrayList<>();
patientLevelPredicates(predicates, q, patient, pids, issuer, keys, queryParam, null);
mppsLevelPredicates(predicates, q, mpps, keys, queryParam);
return predicates;
}
public List<Predicate> stgCmtResultPredicates(Root<StgCmtResult> stgCmtResult, StgCmtResultQueryParam queryParam) {
List<Predicate> predicates = new ArrayList<>();
if (queryParam.status != null)
predicates.add(cb.equal(stgCmtResult.get(StgCmtResult_.status), queryParam.status));
if (queryParam.studyUID != null)
predicates.add(cb.equal(stgCmtResult.get(StgCmtResult_.studyInstanceUID), queryParam.studyUID));
if (queryParam.exporterID != null)
predicates.add(cb.equal(stgCmtResult.get(StgCmtResult_.exporterID), queryParam.exporterID));
if (queryParam.batchID != null)
predicates.add(cb.equal(stgCmtResult.get(StgCmtResult_.batchID), queryParam.batchID));
if (queryParam.taskPK != null)
predicates.add(cb.equal(stgCmtResult.get(StgCmtResult_.taskPK), queryParam.taskPK));
if (queryParam.updatedBefore != null)
predicates.add(cb.lessThan(stgCmtResult.get(StgCmtResult_.updatedTime), queryParam.updatedBefore));
return predicates;
}
public List<Predicate> taskPredicates(Root<Task> task, TaskQueryParam taskQueryParam) {
List<Predicate> predicates = new ArrayList<>();
if (taskQueryParam.getTaskPK() != null)
predicates.add(cb.equal(task.get(Task_.pk), taskQueryParam.getTaskPK()));
if (taskQueryParam.getQueueNames() != null && !taskQueryParam.getQueueNames().isEmpty())
predicates.add(task.get(Task_.queueName).in(taskQueryParam.getQueueNames()));
if (taskQueryParam.getNotStatus() != null)
predicates.add(cb.notEqual(task.get(Task_.status), taskQueryParam.getNotStatus()));
if (taskQueryParam.getStatus() != null)
predicates.add(cb.equal(task.get(Task_.status), taskQueryParam.getStatus()));
if (taskQueryParam.getDeviceName() != null)
predicates.add(cb.equal(task.get(Task_.deviceName), taskQueryParam.getDeviceName()));
if (taskQueryParam.getBatchID() != null)
predicates.add(cb.equal(task.get(Task_.batchID), taskQueryParam.getBatchID()));
if (taskQueryParam.getCreatedTime() != null)
dateRange(predicates, task.get(Task_.createdTime), taskQueryParam.getCreatedTime());
if (taskQueryParam.getUpdatedTime() != null)
dateRange(predicates, task.get(Task_.updatedTime), taskQueryParam.getUpdatedTime());
if (taskQueryParam.getUpdatedBefore() != null)
predicates.add(cb.lessThan(task.get(Task_.updatedTime), taskQueryParam.getUpdatedBefore()));
if (taskQueryParam.getNotType() != null)
predicates.add(cb.notEqual(task.get(Task_.type), taskQueryParam.getNotType()));
if (taskQueryParam.getType() != null) {
predicates.add(cb.equal(task.get(Task_.type), taskQueryParam.getType()));
switch (taskQueryParam.getType()) {
case EXPORT:
if (taskQueryParam.getExporterIDs() != null && !taskQueryParam.getExporterIDs().isEmpty())
predicates.add(task.get(Task_.exporterID).in(taskQueryParam.getExporterIDs()));
if (taskQueryParam.getStudyIUID() != null)
predicates.add(cb.equal(task.get(Task_.studyInstanceUID), taskQueryParam.getStudyIUID()));
break;
case RETRIEVE:
if (taskQueryParam.getLocalAET() != null)
predicates.add(cb.equal(task.get(Task_.localAET), taskQueryParam.getLocalAET()));
if (taskQueryParam.getRemoteAET() != null)
predicates.add(cb.equal(task.get(Task_.remoteAET), taskQueryParam.getRemoteAET()));
if (taskQueryParam.getDestinationAET() != null)
predicates.add(cb.equal(task.get(Task_.destinationAET), taskQueryParam.getDestinationAET()));
if (taskQueryParam.getStudyIUID() != null)
predicates.add(cb.equal(task.get(Task_.studyInstanceUID), taskQueryParam.getStudyIUID()));
break;
case STGVER:
if (taskQueryParam.getLocalAET() != null)
predicates.add(cb.equal(task.get(Task_.localAET), taskQueryParam.getLocalAET()));
if (taskQueryParam.getStudyIUID() != null)
predicates.add(cb.equal(task.get(Task_.studyInstanceUID), taskQueryParam.getStudyIUID()));
break;
case DIFF:
if (taskQueryParam.getLocalAET() != null)
predicates.add(cb.equal(task.get(Task_.localAET), taskQueryParam.getLocalAET()));
if (taskQueryParam.getPrimaryAET() != null)
predicates.add(cb.equal(task.get(Task_.remoteAET), taskQueryParam.getPrimaryAET()));
if (taskQueryParam.getSecondaryAET() != null)
predicates.add(cb.equal(task.get(Task_.destinationAET), taskQueryParam.getSecondaryAET()));
if (taskQueryParam.getCompareFields() != null)
predicates.add(cb.equal(task.get(Task_.compareFields), taskQueryParam.getCompareFields()));
if (taskQueryParam.getCheckMissing() != null)
predicates.add(cb.equal(task.get(Task_.checkMissing),
Boolean.parseBoolean(taskQueryParam.getCheckMissing())));
if (taskQueryParam.getCheckDifferent() != null)
predicates.add(cb.equal(task.get(Task_.checkDifferent),
Boolean.parseBoolean(taskQueryParam.getCheckDifferent())));
break;
}
} else {
if (taskQueryParam.getLocalAET() != null)
predicates.add(cb.equal(task.get(Task_.localAET), taskQueryParam.getLocalAET()));
if (taskQueryParam.getRemoteAET() != null)
predicates.add(cb.equal(task.get(Task_.remoteAET), taskQueryParam.getRemoteAET()));
}
return predicates;
}
private <T, Z> void patientLevelPredicates(List<Predicate> predicates, CriteriaQuery<T> q,
From<Z, Patient> patient, IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam,
QueryRetrieveLevel2 queryRetrieveLevel) {
if (patient == null)
return;
if (queryParam.isWithoutIssuer())
patientIDWithoutIssuerPredicate(predicates, patient, pids);
else if (!QueryBuilder.isUniversalMatching(pids))
patientIDPredicate(predicates, patient, pids);
else if (!QueryBuilder.isUniversalMatching(issuer))
patientIDIssuerPredicate(predicates, patient, issuer);
patientLevelPredicates2(predicates, q, patient, pids, issuer, keys, queryParam, queryRetrieveLevel);
}
private <T, Z> void patientLevelPredicates2(List<Predicate> predicates, CriteriaQuery<T> q,
From<Z, Patient> patient, IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam,
QueryRetrieveLevel2 queryRetrieveLevel) {
if (queryRetrieveLevel == QueryRetrieveLevel2.PATIENT) {
if (queryParam.isMerged())
predicates.add(patient.get(Patient_.mergedWith).isNotNull());
else
predicates.add(patient.get(Patient_.mergedWith).isNull());
if (queryParam.isOnlyWithStudies())
predicates.add(onlyWithStudiesPredicate(q, patient, queryParam));
}
personName(predicates, q, patient, Patient_.patientName,
keys.getString(Tag.PatientName, "*"), queryParam);
anyOf(predicates, patient.get(Patient_.patientSex),
toUpperCase(keys.getStrings(Tag.PatientSex)), false);
dateRange(predicates, patient.get(Patient_.patientBirthDate),
keys.getDateRange(Tag.PatientBirthDate), FormatDate.DA);
personName(predicates, q, patient, Patient_.responsiblePerson,
keys.getString(Tag.ResponsiblePerson, "*"), queryParam);
AttributeFilter attrFilter = queryParam.getAttributeFilter(Entity.Patient);
wildCard(predicates, patient.get(Patient_.patientCustomAttribute1),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute1(), "*"), true);
wildCard(predicates, patient.get(Patient_.patientCustomAttribute2),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute2(), "*"), true);
wildCard(predicates, patient.get(Patient_.patientCustomAttribute3),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute3(), "*"), true);
if (queryParam.getPatientVerificationStatus() != null)
predicates.add(cb.equal(patient.get(Patient_.verificationStatus), queryParam.getPatientVerificationStatus()));
}
private <T, Z> Predicate onlyWithStudiesPredicate(CriteriaQuery<T> q, From<Z, Patient> patient, QueryParam queryParam) {
if (queryParam.getAccessControlIDs().length == 0)
return cb.greaterThan(patient.get(Patient_.numberOfStudies), 0);
Subquery<Study> sq = q.subquery(Study.class);
Root<Study> study = sq.from(Study.class);
return cb.exists(sq.select(study).where(cb.and(
accessControlPredicate(study, queryParam.getAccessControlIDs()),
cb.equal(study.get(Study_.patient), patient))));
}
public static boolean hasPatientLevelPredicates(IDWithIssuer[] pids, Issuer issuer, Attributes keys, QueryParam queryParam) {
if (!isUniversalMatching(pids) || !isUniversalMatching(issuer))
return true;
AttributeFilter attrFilter = queryParam.getAttributeFilter(Entity.Patient);
return queryParam.getPatientVerificationStatus() != null
|| !isUniversalMatching(keys.getString(Tag.PatientName))
|| !isUniversalMatching(keys.getString(Tag.PatientSex))
|| !isUniversalMatching(keys.getString(Tag.PatientSex))
|| !isUniversalMatching(keys.getString(Tag.PatientBirthDate))
|| !isUniversalMatching(keys.getString(Tag.ResponsiblePerson))
|| !isUniversalMatching(AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute1(), null))
|| !isUniversalMatching(AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute2(), null))
|| !isUniversalMatching(AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute3(), null));
}
public static <X> CollectionJoin<Study, StudyQueryAttributes> joinStudyQueryAttributes(
CriteriaBuilder cb, From<X, Study> study, String viewID) {
CollectionJoin<Study, StudyQueryAttributes> join = study.join(Study_.queryAttributes, JoinType.LEFT);
return join.on(cb.equal(join.get(StudyQueryAttributes_.viewID), viewID));
}
public static <X> CollectionJoin<Series, SeriesQueryAttributes> joinSeriesQueryAttributes(
CriteriaBuilder cb, From<X, Series> series, String viewID) {
CollectionJoin<Series, SeriesQueryAttributes> join = series.join(Series_.queryAttributes, JoinType.LEFT);
return join.on(cb.equal(join.get(SeriesQueryAttributes_.viewID), viewID));
}
public void uidsPredicate(List<Predicate> x, Path<String> path, String... values) {
if (!isUniversalMatching(values))
x.add(values.length == 1 ? cb.equal(path, values[0]) : path.in(values));
}
public Predicate[] splitUIDPredicates(Path<String> path, String[] values, int inExpressionCountLimit) {
if (isUniversalMatching(values))
return new Predicate[0];
if (values.length <= inExpressionCountLimit)
return new Predicate[] { path.in(values) };
Predicate[] predicates = new Predicate[(values.length - 1) / inExpressionCountLimit + 1];
int remaining = values.length % inExpressionCountLimit;
int last = predicates.length;
if (remaining > 0) {
String[] dst = new String[remaining];
System.arraycopy(values, values.length - remaining, dst, 0, remaining);
predicates[--last] = path.in(dst);
}
String[] dst = new String[inExpressionCountLimit];
for (int i = 0; i < last; i++) {
System.arraycopy(values, i * inExpressionCountLimit, dst, 0, inExpressionCountLimit);
predicates[i] = path.in(dst);
}
return predicates;
}
private <T, Z> void studyLevelPredicates(List<Predicate> predicates, CriteriaQuery<T> q,
From<Z, Study> study, Attributes keys, QueryParam queryParam, QueryRetrieveLevel2 queryRetrieveLevel,
CodeEntity[] showInstancesRejectedByCodes) {
boolean combinedDatetimeMatching = queryParam.isCombinedDatetimeMatching();
accessControl(predicates, study, queryParam.getAccessControlIDs());
anyOf(predicates, study.get(Study_.studyInstanceUID), keys.getStrings(Tag.StudyInstanceUID), false);
anyOf(predicates, study.get(Study_.studyID), keys.getStrings(Tag.StudyID), false);
dateRange(predicates, study.get(Study_.studyDate), study.get(Study_.studyTime),
Tag.StudyDate, Tag.StudyTime, Tag.StudyDateAndTime,
keys, combinedDatetimeMatching);
personName(predicates, q, study, Study_.referringPhysicianName,
keys.getString(Tag.ReferringPhysicianName, "*"), queryParam);
anyOf(predicates, study.get(Study_.studyDescription),
keys.getStrings(Tag.StudyDescription), true);
String accNo = keys.getString(Tag.AccessionNumber, "*");
if (!isUniversalMatching(accNo)) {
Issuer issuer = Issuer.valueOf(keys.getNestedDataset(Tag.IssuerOfAccessionNumberSequence));
if (issuer == null)
issuer = queryParam.getDefaultIssuerOfAccessionNumber();
if (wildCard(predicates, study.get(Study_.accessionNumber), accNo) && issuer != null) {
issuer(predicates,
study.get(Study_.accessionNumberLocalNamespaceEntityID),
study.get(Study_.accessionNumberUniversalEntityID),
study.get(Study_.accessionNumberUniversalEntityIDType),
issuer);
}
}
String[] modalitiesInStudy = keys.getStrings(Tag.ModalitiesInStudy);
if (queryParam.isAllOfModalitiesInStudy() && modalitiesInStudy != null && modalitiesInStudy.length > 1) {
for (String modality : modalitiesInStudy) {
seriesAttributesInStudy(predicates, q, study, keys, queryParam, queryRetrieveLevel, modality);
}
} else {
seriesAttributesInStudy(predicates, q, study, keys, queryParam, queryRetrieveLevel, modalitiesInStudy);
}
codes(predicates, q, study, Study_.procedureCodes, keys.getNestedDataset(Tag.ProcedureCodeSequence));
if (queryRetrieveLevel == QueryRetrieveLevel2.STUDY) {
String requested = queryParam.getRequested();
if (requested != null) {
Subquery<Series> sq = q.subquery(Series.class);
Root<Series> series = sq.from(Series.class);
Predicate exists = cb.exists(sq.select(series).where(cb.and(
cb.isNotEmpty(series.get(Series_.requestAttributes)),
cb.equal(series.get(Series_.study), study))));
predicates.add(Boolean.parseBoolean(requested) ? exists : exists.not());
}
}
AttributeFilter attrFilter = queryParam.getAttributeFilter(Entity.Study);
wildCard(predicates, study.get(Study_.studyCustomAttribute1),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute1(), "*"), true);
wildCard(predicates, study.get(Study_.studyCustomAttribute2),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute2(), "*"), true);
wildCard(predicates, study.get(Study_.studyCustomAttribute3),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute3(), "*"), true);
dateRange(predicates, study.get(Study_.createdTime),
keys.getDateRange(PrivateTag.PrivateCreator, PrivateTag.StudyReceiveDateTime, VR.DT));
dateRange(predicates, study.get(Study_.accessTime),
keys.getDateRange(PrivateTag.PrivateCreator, PrivateTag.StudyAccessDateTime, VR.DT));
if (queryParam.getExternalRetrieveAET() != null)
predicates.add(cb.equal(study.get(Study_.externalRetrieveAET), queryParam.getExternalRetrieveAET()));
if (queryParam.getExternalRetrieveAETNot() != null)
predicates.add(cb.notEqual(study.get(Study_.externalRetrieveAET), queryParam.getExternalRetrieveAETNot()));
if (queryRetrieveLevel == QueryRetrieveLevel2.STUDY) {
if (queryParam.isHideNotRejectedInstances()) {
Subquery<RejectedInstance> sq = q.subquery(RejectedInstance.class);
Root<RejectedInstance> ri = sq.from(RejectedInstance.class);
Predicate y = cb.equal(ri.get(RejectedInstance_.studyInstanceUID), study.get(Study_.studyInstanceUID));
if (showInstancesRejectedByCodes.length > 0) {
y = cb.and(y, ri.get(RejectedInstance_.rejectionNoteCode).in(showInstancesRejectedByCodes));
}
predicates.add(cb.exists(sq.select(ri).where(y)));
}
if (queryParam.isIncomplete())
predicates.add(cb.notEqual(study.get(Study_.completeness), Completeness.COMPLETE));
if (queryParam.isRetrieveFailed())
predicates.add(cb.greaterThan(study.get(Study_.failedRetrieves), 0));
}
if (queryParam.getExpirationDate() != null)
dateRange(predicates, study.get(Study_.expirationDate), queryParam.getExpirationDate(), FormatDate.DA);
if (queryParam.getStudyStorageIDs() != null)
predicates.add(study.get(Study_.storageIDs).in(queryParam.getStudyStorageIDs()));
if (queryParam.getMinStudySize() != 0)
predicates.add(cb.greaterThanOrEqualTo(study.get(Study_.size), queryParam.getMinStudySize()));
if (queryParam.getMaxStudySize() != 0)
predicates.add(cb.lessThanOrEqualTo(study.get(Study_.size), queryParam.getMaxStudySize()));
if (queryParam.getExpirationState() != null)
predicates.add(study.get(Study_.expirationState).in(queryParam.getExpirationState()));
String admissionID = keys.getString(Tag.AdmissionID, "*");
if (!isUniversalMatching(admissionID)) {
Issuer issuer = Issuer.valueOf(keys.getNestedDataset(Tag.IssuerOfAdmissionIDSequence));
if (issuer == null)
issuer = queryParam.getDefaultIssuerOfAdmissionID();
if (wildCard(predicates, study.get(Study_.admissionID), admissionID) && issuer != null) {
issuer(predicates,
study.get(Study_.admissionIDLocalNamespaceEntityID),
study.get(Study_.admissionIDUniversalEntityID),
study.get(Study_.admissionIDUniversalEntityIDType),
issuer);
}
}
}
public static void accessControl(List<Predicate> predicates, Path<Study> study, String[] accessControlIDs) {
if (accessControlIDs.length > 0)
predicates.add(accessControlPredicate(study, accessControlIDs));
}
private static Predicate accessControlPredicate(Path<Study> study, String[] accessControlIDs) {
String[] a = new String[accessControlIDs.length + 1];
a[0] = "*";
System.arraycopy(accessControlIDs, 0, a, 1, accessControlIDs.length);
return study.get(Study_.accessControlID).in(a);
}
private <T, Z> void seriesLevelPredicates(List<Predicate> predicates, CriteriaQuery<T> q,
From<Series, Study> study, From<Z, Series> series, Attributes keys, QueryParam queryParam,
QueryRetrieveLevel2 queryRetrieveLevel2, CodeEntity[] showInstancesRejectedByCodes) {
anyOf(predicates, series.get(Series_.seriesInstanceUID), keys.getStrings(Tag.SeriesInstanceUID), false);
numberPredicate(predicates, series.get(Series_.seriesNumber), keys.getString(Tag.SeriesNumber, "*"));
anyOf(predicates, series.get(Series_.modality),
toUpperCase(keys.getStrings(Tag.Modality)), false);
anyOf(predicates, series.get(Series_.bodyPartExamined),
toUpperCase(keys.getStrings(Tag.BodyPartExamined)), false);
anyOf(predicates, series.get(Series_.laterality),
toUpperCase(keys.getStrings(Tag.Laterality)), false);
dateRange(predicates,
series.get(Series_.performedProcedureStepStartDate),
series.get(Series_.performedProcedureStepStartTime),
Tag.PerformedProcedureStepStartDate, Tag.PerformedProcedureStepStartTime,
Tag.PerformedProcedureStepStartDateAndTime,
keys, queryParam.isCombinedDatetimeMatching());
personName(predicates, q, series, Series_.performingPhysicianName,
keys.getString(Tag.PerformingPhysicianName), queryParam);
anyOf(predicates, series.get(Series_.seriesDescription),
keys.getStrings(Tag.SeriesDescription), true);
anyOf(predicates, series.get(Series_.stationName),
keys.getStrings(Tag.StationName), true);
anyOf(predicates, series.get(Series_.institutionalDepartmentName),
keys.getStrings(Tag.InstitutionalDepartmentName), true);
anyOf(predicates, series.get(Series_.institutionName),
keys.getStrings(Tag.InstitutionName), true);
Attributes reqAttrs = keys.getNestedDataset(Tag.RequestAttributesSequence);
requestAttributes(predicates, q, series, reqAttrs, queryParam);
code(predicates, series.get(Series_.institutionCode), keys.getNestedDataset(Tag.InstitutionCodeSequence));
code(predicates,
series.get(Series_.institutionalDepartmentTypeCode),
keys.getNestedDataset(Tag.InstitutionalDepartmentTypeCodeSequence));
if (queryRetrieveLevel2 == QueryRetrieveLevel2.SERIES && queryParam.isHideNotRejectedInstances()) {
Subquery<RejectedInstance> sq = q.subquery(RejectedInstance.class);
Root<RejectedInstance> ri = sq.from(RejectedInstance.class);
Predicate y = cb.and(cb.equal(ri.get(RejectedInstance_.studyInstanceUID), study.get(Study_.studyInstanceUID)),
cb.equal(ri.get(RejectedInstance_.seriesInstanceUID), series.get(Series_.seriesInstanceUID)));
if (showInstancesRejectedByCodes.length > 0) {
y = cb.and(y, ri.get(RejectedInstance_.rejectionNoteCode).in(showInstancesRejectedByCodes));
}
predicates.add(cb.exists(sq.select(ri).where(y)));
}
AttributeFilter attrFilter = queryParam.getAttributeFilter(Entity.Series);
wildCard(predicates, series.get(Series_.seriesCustomAttribute1),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute1(), "*"), true);
wildCard(predicates, series.get(Series_.seriesCustomAttribute2),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute2(), "*"), true);
wildCard(predicates, series.get(Series_.seriesCustomAttribute3),
AttributeFilter.selectStringValue(keys, attrFilter.getCustomAttribute3(), "*"), true);
if (queryParam.isIncomplete())
predicates.add(cb.notEqual(series.get(Series_.completeness), Completeness.COMPLETE));
if (queryParam.isRetrieveFailed())
predicates.add(cb.greaterThan(series.get(Series_.failedRetrieves), 0));
if (queryParam.isStorageVerificationFailed())
predicates.add(cb.greaterThan(series.get(Series_.failuresOfLastStorageVerification), 0));
if (queryParam.isMetadataUpdateFailed())
predicates.add(cb.greaterThan(series.get(Series_.metadataUpdateFailures), 0));
if (queryParam.isCompressionFailed())
predicates.add(cb.greaterThan(series.get(Series_.compressionFailures), 0));
anyOf(predicates, series.get(Series_.sendingAET),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.SendingApplicationEntityTitleOfSeries, VR.AE),
false);
anyOf(predicates, series.get(Series_.receivingAET),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.ReceivingApplicationEntityTitleOfSeries, VR.AE),
false);
anyOf(predicates, series.get(Series_.sendingPresentationAddress),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.SendingPresentationAddressOfSeries, VR.UR),
false);
anyOf(predicates, series.get(Series_.receivingPresentationAddress),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.ReceivingPresentationAddressOfSeries, VR.UR),
false);
anyOf(predicates, series.get(Series_.sendingHL7Application),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.SendingHL7ApplicationOfSeries, VR.LO),
false);
anyOf(predicates, series.get(Series_.sendingHL7Facility),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.SendingHL7FacilityOfSeries, VR.LO),
false);
anyOf(predicates, series.get(Series_.receivingHL7Application),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.ReceivingHL7ApplicationOfSeries, VR.LO),
false);
anyOf(predicates, series.get(Series_.receivingHL7Facility),
keys.getStrings(PrivateTag.PrivateCreator, PrivateTag.ReceivingHL7FacilityOfSeries, VR.LO),
false);
if (queryParam.getExpirationDate() != null)
dateRange(predicates, series.get(Series_.expirationDate), queryParam.getExpirationDate(), FormatDate.DA);
if (queryParam.getExpirationState() != null)
predicates.add(series.get(Series_.expirationState).in(queryParam.getExpirationState()));
}
private <T> void instanceLevelPredicates(List<Predicate> predicates, CriteriaQuery<T> q,
Path<Study> study, Path<Series> series, Root<Instance> instance, Attributes keys, QueryParam queryParam,
CodeEntity[] showInstancesRejectedByCodes, CodeEntity[] hideRejectionNoteWithCodes) {
boolean combinedDatetimeMatching = queryParam.isCombinedDatetimeMatching();
anyOf(predicates, instance.get(Instance_.sopInstanceUID), keys.getStrings(Tag.SOPInstanceUID), false);
anyOf(predicates, instance.get(Instance_.sopClassUID), keys.getStrings(Tag.SOPClassUID), false);
numberPredicate(predicates, instance.get(Instance_.instanceNumber), keys.getString(Tag.InstanceNumber, "*"));
anyOf(predicates, instance.get(Instance_.verificationFlag),
toUpperCase(keys.getStrings(Tag.VerificationFlag)), false);
anyOf(predicates, instance.get(Instance_.completionFlag),
toUpperCase(keys.getStrings(Tag.CompletionFlag)), false);
dateRange(predicates,
instance.get(Instance_.contentDate),
instance.get(Instance_.contentTime),
Tag.ContentDate, Tag.ContentTime, Tag.ContentDateAndTime,
keys, combinedDatetimeMatching);
if (!code(predicates, instance.get(Instance_.conceptNameCode),
keys.getNestedDataset(Tag.ConceptNameCodeSequence)))
hideRejectionNote(predicates, instance, hideRejectionNoteWithCodes);
Attributes reqAttrs = keys.getNestedDataset(Tag.ReferencedRequestSequence);
instanceRequestAttributes(predicates, q, instance, reqAttrs, queryParam);
verifyingObserver(predicates, q, instance, keys.getNestedDataset(Tag.VerifyingObserverSequence), queryParam);
Sequence contentSeq = keys.getSequence(Tag.ContentSequence);
if (contentSeq != null)
for (Attributes item : contentSeq)
contentItem(predicates, q, instance, item);
AttributeFilter attrFilter = queryParam
.getAttributeFilter(Entity.Instance);
wildCard(predicates,
instance.get(Instance_.instanceCustomAttribute1),
AttributeFilter.selectStringValue(keys,
attrFilter.getCustomAttribute1(), "*"),
true);
wildCard(predicates,
instance.get(Instance_.instanceCustomAttribute2),
AttributeFilter.selectStringValue(keys,
attrFilter.getCustomAttribute2(), "*"),
true);
wildCard(predicates,
instance.get(Instance_.instanceCustomAttribute3),
AttributeFilter.selectStringValue(keys,
attrFilter.getCustomAttribute3(), "*"),
true);
hideRejectedInstance(predicates, q, study, series, instance,
showInstancesRejectedByCodes, queryParam.isHideNotRejectedInstances());
}
public <T> List<Predicate> sopInstanceRefs(CriteriaQuery<T> q,
Path<Study> study, Path<Series> series, Root<Instance> instance,
String studyIUID, String objectUID, QueryRetrieveView qrView,
CodeEntity[] showInstancesRejectedByCodes, CodeEntity[] hideRejectionNoteWithCodes, String... seriesUID) {
List<Predicate> predicates = new ArrayList<>();
predicates.add(cb.equal(study.get(Study_.studyInstanceUID), studyIUID));
if (!isUniversalMatching(seriesUID))
uidsPredicate(predicates, series.get(Series_.seriesInstanceUID), seriesUID);
if (!isUniversalMatching(objectUID))
predicates.add(cb.equal(instance.get(Instance_.sopInstanceUID), objectUID));
hideRejectedInstance(predicates, q, study, series, instance,
showInstancesRejectedByCodes, qrView.isHideNotRejectedInstances());
hideRejectionNote(predicates, instance, hideRejectionNoteWithCodes);
return predicates;
}
private <T> void mwlItemLevelPredicates(List<Predicate> predicates, CriteriaQuery<T> q, Root<MWLItem> mwlItem,
Attributes keys, QueryParam queryParam) {
anyOf(predicates, mwlItem.get(MWLItem_.worklistLabel), keys.getStrings(Tag.WorklistLabel), false, true);
anyOf(predicates, mwlItem.get(MWLItem_.studyInstanceUID), keys.getStrings(Tag.StudyInstanceUID), false);
anyOf(predicates, mwlItem.get(MWLItem_.requestedProcedureID),
keys.getStrings(Tag.RequestedProcedureID), false);
String accNo = keys.getString(Tag.AccessionNumber, "*");
if (!isUniversalMatching(accNo)) {
Issuer issuer = Issuer.valueOf(keys.getNestedDataset(Tag.IssuerOfAccessionNumberSequence));
if (issuer == null) {
issuer = queryParam.getDefaultIssuerOfAccessionNumber();
}
if (wildCard(predicates, mwlItem.get(MWLItem_.accessionNumber), accNo) && issuer != null) {
issuer(predicates,
mwlItem.get(MWLItem_.accessionNumberLocalNamespaceEntityID),
mwlItem.get(MWLItem_.accessionNumberUniversalEntityID),
mwlItem.get(MWLItem_.accessionNumberUniversalEntityIDType),
issuer);
}
}
Attributes sps = keys.getNestedDataset(Tag.ScheduledProcedureStepSequence);
String[] spsStatus = null;
if (sps != null) {
anyOf(predicates, mwlItem.get(MWLItem_.scheduledProcedureStepID),
sps.getStrings(Tag.ScheduledProcedureStepID), false);
dateRange(predicates,
mwlItem.get(MWLItem_.scheduledStartDate),
mwlItem.get(MWLItem_.scheduledStartTime),
Tag.ScheduledProcedureStepStartDate,
Tag.ScheduledProcedureStepStartTime,
Tag.ScheduledProcedureStepStartDateAndTime,
sps, true);
personName(predicates, q, mwlItem, MWLItem_.scheduledPerformingPhysicianName,
sps.getString(Tag.ScheduledPerformingPhysicianName, "*"), queryParam);
anyOf(predicates, mwlItem.get(MWLItem_.modality),
toUpperCase(sps.getStrings(Tag.Modality)), false);
anyOf(predicates, mwlItem.get(MWLItem_.status), SPSStatus::valueOf,
toUpperCase(spsStatus = sps.getStrings(Tag.ScheduledProcedureStepStatus)));
String spsAET = sps.getString(Tag.ScheduledStationAETitle, "*");
if (!isUniversalMatching(spsAET))
predicates.add(cb.isMember(spsAET, mwlItem.get(MWLItem_.scheduledStationAETs)));
}
if (spsStatus == null || spsStatus.length == 0) hideSPSWithStatus(predicates, mwlItem, queryParam);