public boolean areConsecutiveVisits(List<Integer> visits, Patient patient) {
if (patient != null && visits != null && (visits.size() > 0)) {
List<Visit> patientVisits = visitService.getVisitsByPatient(patient, true, false);
if ((patientVisits != null) && (patientVisits.size() > 0)) {
ArrayList<Integer> allVisits = new ArrayList<Integer>();
int j = 0;
for (Visit visit : patientVisits) {
allVisits.add(j++, visit.getId());
}
if (allVisits.containsAll(visits)) {
// find the index of the first candidate for a consecutive visit
int i = allVisits.indexOf(visits.get(0));
// make sure there are still more elements in the list than the the number of candidate
// consecutives
if ((allVisits.size() - i) >= visits.size()) {
for (Integer candidateVisit : visits) {
if (allVisits.get(i).compareTo(candidateVisit) == 0) {
i++;
} else {
return false;
}
}
return true;
}
}
}
}
return false;
}
@Override
@Transactional
public VisitDomainWrapper createRetrospectiveVisit(
Patient patient, Location location, Date startDatetime, Date stopDatetime)
throws ExistingVisitDuringTimePeriodException {
if (startDatetime.after(new Date())) {
throw new IllegalArgumentException("emrapi.retrospectiveVisit.startDateCannotBeInFuture");
}
if (stopDatetime.after(new Date())) {
throw new IllegalArgumentException("emrapi.retrospectiveVisit.stopDateCannotBeInFuture");
}
if (startDatetime.after(stopDatetime)) {
throw new IllegalArgumentException("emrapi.retrospectiveVisit.endDateBeforeStartDateMessage");
}
if (hasVisitDuring(patient, location, startDatetime, stopDatetime)) {
throw new ExistingVisitDuringTimePeriodException(
"emrapi.retrospectiveVisit.patientAlreadyHasVisit");
}
Visit visit = buildVisit(patient, location, startDatetime);
visit.setStopDatetime(stopDatetime);
return wrap(visitService.saveVisit(visit));
}
@Test
public void shouldAddNewTestOrder() throws Exception {
executeDataSet("shouldAddNewTestOrder.xml");
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\", "
+ "\"encounterDateTime\" : \"2005-01-02T00:00:00.000+0000\", "
+ "\"testOrders\":["
+ "{\"concept\": {\"uuid\": \"d102c80f-1yz9-4da3-bb88-8122ce8868dd\"}, \"instructions\":\"do it\", \"orderTypeUuid\": \"1a61ef2a-250c-11e3-b832-0800271c1b75\" }]}";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", json)), EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
Encounter encounter = visit.getEncounters().iterator().next();
assertEquals(1, encounter.getOrders().size());
Order testOrder = encounter.getOrders().iterator().next();
assertEquals("d102c80f-1yz9-4da3-bb88-8122ce8868dd", testOrder.getConcept().getUuid());
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", testOrder.getPatient().getUuid());
assertEquals("f13d6fae-baa9-4553-955d-920098bec08f", testOrder.getEncounter().getUuid());
assertEquals("1a61ef2a-250c-11e3-b832-0800271c1b75", testOrder.getOrderType().getUuid());
assertEquals("do it", testOrder.getInstructions());
}
@Test
public void shouldCreateNewEncounter() throws Exception {
executeDataSet("shouldCreateMatchingEncounter.xml");
String encounterDateTimeString = "2011-05-01T12:10:06.000+0530";
Date encounterDateTime = new SimpleDateFormat(dateTimeFormat).parse(encounterDateTimeString);
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterDateTime\" : \""
+ encounterDateTimeString
+ "\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\" }";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", json)), EncounterTransaction.class);
assertEquals("1e5d5d48-6b78-11e0-93c3-18a905e044dc", response.getVisitUuid());
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
assertEquals(1, visit.getEncounters().size());
Encounter encounter = visit.getEncounters().iterator().next();
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", encounter.getPatient().getUuid());
assertEquals("2b377dba-62c3-4e53-91ef-b51c68899890", encounter.getEncounterType().getUuid());
assertEquals(encounterDateTime, encounter.getEncounterDatetime());
}
@Test
public void shouldAddNewDrugOrder() throws Exception {
executeDataSet("shouldAddNewDrugOrder.xml");
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\", "
+ "\"encounterDateTime\" : \"2005-01-02T00:00:00.000+0000\", "
+ "\"testOrders\":["
+ "{\"concept\":{ \"uuid\": \"d102c80f-1yz9-4da3-bb88-8122ce8868dd\"}, "
+ "\"instructions\":\"do it\", \"orderTypeUuid\": \"1a61ef2a-250c-11e3-b832-0800271c1b75\" }],"
+ "\"drugOrders\":["
+ "{\"uuid\": \"4d6fb6e0-4950-426c-9a9b-1f97e6037893\","
+ "\"concept\": {\"uuid\": \"29dc4a20-507f-40ed-9545-d47e932483fa\"},"
+ "\"notes\": \"Take as needed\","
+ "\"startDate\": \"2013-09-30T09:26:09.717Z\","
+ "\"endDate\": \"2013-10-02T09:26:09.717Z\","
+ "\"numberPerDosage\": 1,"
+ "\"dosageInstruction\": {\"uuid\": \"632aa422-2696-11e3-895c-0800271c1b75\"},"
+ "\"dosageFrequency\": {\"uuid\": \"6302096d-2696-11e3-895c-0800271c1b75\"},"
+ "\"prn\": true}"
+ "]}";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", json)), EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
Encounter encounter = visit.getEncounters().iterator().next();
assertEquals(2, encounter.getOrders().size());
List<Order> orders = new ArrayList<Order>(encounter.getOrders());
List<DrugOrder> drugOrders = getOrdersOfType(orders, DrugOrder.class);
assertEquals(1, drugOrders.size());
DrugOrder drugOrder = drugOrders.get(0);
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", drugOrder.getPatient().getUuid());
assertEquals("f13d6fae-baa9-4553-955d-920098bec08f", drugOrder.getEncounter().getUuid());
assertEquals("29dc4a20-507f-40ed-9545-d47e932483fa", drugOrder.getConcept().getUuid());
assertEquals("1a61ef2a-250c-11e3-b832-9876541c1b75", drugOrder.getOrderType().getUuid());
assertEquals("Take as needed", drugOrder.getInstructions());
assertEquals(new DateTime("2013-09-30T09:26:09.717Z").toDate(), drugOrder.getStartDate());
assertEquals(new DateTime("2013-10-02T09:26:09.717Z").toDate(), drugOrder.getAutoExpireDate());
assertEquals("6302096d-2696-11e3-895c-0800271c1b75", drugOrder.getFrequency());
assertEquals("632aa422-2696-11e3-895c-0800271c1b75", drugOrder.getUnits());
assertEquals("test drug", drugOrder.getDrug().getDisplayName());
assertEquals(Double.valueOf(1), drugOrder.getDose());
assertEquals(true, drugOrder.getPrn());
List<TestOrder> testOrders = getOrdersOfType(orders, TestOrder.class);
assertEquals(1, testOrders.size());
TestOrder testOrder = testOrders.get(0);
assertEquals("d102c80f-1yz9-4da3-bb88-8122ce8868dd", testOrder.getConcept().getUuid());
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", testOrder.getPatient().getUuid());
assertEquals("f13d6fae-baa9-4553-955d-920098bec08f", testOrder.getEncounter().getUuid());
assertEquals("1a61ef2a-250c-11e3-b832-0800271c1b75", testOrder.getOrderType().getUuid());
assertEquals("do it", testOrder.getInstructions());
}
private Visit buildVisit(Patient patient, Location location, Date when) {
Visit visit = new Visit();
visit.setPatient(patient);
visit.setLocation(getLocationThatSupportsVisits(location));
visit.setStartDatetime(when);
visit.setVisitType(emrApiProperties.getAtFacilityVisitType());
return visit;
}
/**
* @param visit
* @param location
* @param when
* @return true if when falls in the visits timespan AND location is within visit.location
*/
@Override
public boolean isSuitableVisit(Visit visit, Location location, Date when) {
if (OpenmrsUtil.compare(when, visit.getStartDatetime()) < 0) {
return false;
}
if (OpenmrsUtil.compareWithNullAsLatest(when, visit.getStopDatetime()) > 0) {
return false;
}
return isSameOrAncestor(visit.getLocation(), location);
}
/**
* This method is synchronized to prevent multiple check-ins in a row at the same location and
* during the same visit. See #579.
*
* @see org.openmrs.module.emrapi.adt.AdtService#checkInPatient(org.openmrs.Patient,
* org.openmrs.Location, org.openmrs.Provider, java.util.List, java.util.List, boolean)
*/
@Override
@Transactional
public synchronized Encounter checkInPatient(
Patient patient,
Location where,
Provider checkInClerk,
List<Obs> obsForCheckInEncounter,
List<Order> ordersForCheckInEncounter,
boolean newVisit) {
if (checkInClerk == null) {
checkInClerk = getProvider(Context.getAuthenticatedUser());
}
Visit activeVisit = getActiveVisitHelper(patient, where);
if (activeVisit != null && newVisit) {
closeAndSaveVisit(activeVisit);
activeVisit = null;
}
if (activeVisit == null) {
activeVisit = ensureActiveVisit(patient, where);
}
Encounter lastEncounter = getLastEncounter(patient);
if (lastEncounter != null
&& activeVisit.equals(lastEncounter.getVisit())
&& emrApiProperties.getCheckInEncounterType().equals(lastEncounter.getEncounterType())
&& where.equals(lastEncounter.getLocation())) {
log.warn(
"Patient id:{} tried to check-in twice in a row at id:{} during the same visit",
patient.getId(),
where.getId());
return lastEncounter;
}
Encounter encounter =
buildEncounter(
emrApiProperties.getCheckInEncounterType(),
patient,
where,
null,
new Date(),
obsForCheckInEncounter,
ordersForCheckInEncounter);
encounter.addProvider(emrApiProperties.getCheckInClerkEncounterRole(), checkInClerk);
activeVisit.addEncounter(encounter);
encounterService.saveEncounter(encounter);
return encounter;
}
@Override
public Encounter transferEncounter(Encounter encounter, Patient patient) {
Encounter encounterCopy = encounter.copyAndAssignToAnotherPatient(patient);
voidEncounter(encounter, "transfer to patient: id = " + patient.getId());
// void visit if voided encounter is the only one
Visit visit = encounter.getVisit();
if (visit != null && visit.getEncounters().size() == 1) {
Context.getVisitService().voidVisit(visit, "Visit does not contain non-voided encounters");
}
return saveEncounter(encounterCopy);
}
/**
* Validates the given Encounter. Currently checks if the patient has been set and also ensures
* that the patient for an encounter and the visit it is associated to if any, are the same.
*
* @param obj The encounter to validate.
* @param errors Errors
* @see org.springframework.validation.Validator#validate(java.lang.Object,
* org.springframework.validation.Errors)
* @should fail if the patients for the visit and the encounter dont match
* @should fail if patient is not set
* @should fail if encounter dateTime is after current dateTime
* @should fail if encounter dateTime is before visit startDateTime
* @should fail if encounter dateTime is after visit stopDateTime
*/
public void validate(Object obj, Errors errors) throws APIException {
if (log.isDebugEnabled()) {
log.debug(this.getClass().getName() + ".validate...");
}
if (obj == null || !(obj instanceof Encounter)) {
throw new IllegalArgumentException(
"The parameter obj should not be null and must be of type " + Encounter.class);
}
Encounter encounter = (Encounter) obj;
ValidationUtils.rejectIfEmpty(
errors, "patient", "Encounter.error.patient.required", "Patient is required");
if (encounter.getVisit() != null
&& !ObjectUtils.equals(encounter.getVisit().getPatient(), encounter.getPatient())) {
errors.rejectValue(
"visit",
"Encounter.visit.patients.dontMatch",
"The patient for the encounter and visit should be the same");
}
Date encounterDateTime = encounter.getEncounterDatetime();
if (encounterDateTime != null && encounterDateTime.after(new Date())) {
errors.rejectValue(
"encounterDatetime",
"Encounter.datetimeShouldBeBeforeCurrent",
"The encounter datetime should be before the current date.");
}
Visit visit = encounter.getVisit();
if (visit != null && encounterDateTime != null) {
if (visit.getStartDatetime() != null && encounterDateTime.before(visit.getStartDatetime())) {
errors.rejectValue(
"encounterDatetime",
"Encounter.datetimeShouldBeInVisitDatesRange",
"The encounter datetime should be between the visit start and stop dates.");
}
if (visit.getStopDatetime() != null && encounterDateTime.after(visit.getStopDatetime())) {
errors.rejectValue(
"encounterDatetime",
"Encounter.datetimeShouldBeInVisitDatesRange",
"The encounter datetime should be between the visit start and stop dates.");
}
}
}
private Date guessVisitStopDatetime(Visit visit) {
if (visit.getEncounters() == null || visit.getEncounters().size() == 0) {
return visit.getStartDatetime();
}
Iterator<Encounter> iterator = visit.getEncounters().iterator();
Encounter latest = iterator.next();
while (iterator.hasNext()) {
Encounter candidate = iterator.next();
if (OpenmrsUtil.compare(candidate.getEncounterDatetime(), latest.getEncounterDatetime())
> 0) {
latest = candidate;
}
}
return latest.getEncounterDatetime();
}
@Test
public void shouldCreateVisitWhenNoVisitsAreActive() throws Exception {
executeDataSet("shouldCreateVisitWhenNoVisitsAreActive.xml");
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", \"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\","
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\" }";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", json)), EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", visit.getPatient().getUuid());
assertEquals("b45ca846-c79a-11e2-b0c0-8e397087571c", visit.getVisitType().getUuid());
}
@Test
public void shouldAddNewObservation() throws Exception {
executeDataSet("shouldAddNewObservation.xml");
String encounterDateTime = "2005-01-02T00:00:00.000+0000";
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\", "
+ "\"encounterDateTime\" : \""
+ encounterDateTime
+ "\", "
+ "\"observations\":["
+ "{\"concept\": {\"uuid\": \"d102c80f-1yz9-4da3-bb88-8122ce8868dd\"}, \"conceptName\":\"Should be Ignored\", \"value\":20}, "
+ "{\"concept\": {\"uuid\": \"8f8e7340-a067-11e3-a5e2-0800200c9a66\"}, \"value\": {\"uuid\": \"e7167090-a067-11e3-a5e2-0800200c9a66\"}}, "
+ "{\"concept\": {\"uuid\": \"e102c80f-1yz9-4da3-bb88-8122ce8868dd\"}, \"value\":\"text value\", \"comment\":\"overweight\"}]}";
MockHttpServletResponse response1 = handle(newPostRequest("/rest/emrapi/encounter", json));
EncounterTransaction response = deserialize(response1, EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
Encounter encounter = visit.getEncounters().iterator().next();
assertEquals(3, encounter.getObs().size());
Iterator<Obs> obsIterator = encounter.getObs().iterator();
Map<String, Obs> map = new HashMap<String, Obs>();
while (obsIterator.hasNext()) {
Obs obs = obsIterator.next();
map.put(obs.getConcept().getDatatype().getHl7Abbreviation(), obs);
}
Obs textObservation = map.get(ConceptDatatype.TEXT);
assertEquals("text value", textObservation.getValueText());
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", textObservation.getPerson().getUuid());
assertEquals("e102c80f-1yz9-4da3-bb88-8122ce8868dd", textObservation.getConcept().getUuid());
assertEquals("f13d6fae-baa9-4553-955d-920098bec08f", textObservation.getEncounter().getUuid());
assertEquals("overweight", textObservation.getComment());
// TODO : change the observation startTime logic to take current time as start time when
// startTime is not passed by the client
// assertEquals(DateUtils.parseDate(encounterDateTime, dateTimeFormat),
// textObservation.getObsDatetime());
assertEquals(
"e7167090-a067-11e3-a5e2-0800200c9a66",
map.get(ConceptDatatype.CODED).getValueCoded().getUuid());
assertEquals(new Double(20.0), map.get(ConceptDatatype.NUMERIC).getValueNumeric());
}
@Test
public void shouldAddDiagnosesAdObservation() throws Exception {
executeDataSet("baseMetaData.xml");
executeDataSet("diagnosisMetaData.xml");
executeDataSet("shouldAddDiagnosisAsObservation.xml");
String cancerDiagnosisUuid = "d102c80f-1yz9-4da3-bb88-8122ce8868dh";
String encounterDateTime = "2005-01-02T00:00:00.000+0000";
String diagnosisDateTime = "2005-01-02T01:00:00.000+0000";
String postData =
"{"
+ "\"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899891\", "
+ "\"encounterDateTime\" : \""
+ encounterDateTime
+ "\", "
+ "\"diagnoses\":["
+ "{\"order\":\"PRIMARY\", \"certainty\": \"CONFIRMED\", \"codedAnswer\": { \"uuid\": \""
+ cancerDiagnosisUuid
+ "\"}, \"diagnosisDateTime\": \""
+ diagnosisDateTime
+ "\" }"
+ "]"
+ "}";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", postData)), EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
Encounter encounter = visit.getEncounters().iterator().next();
Set<Obs> obsAtTopLevel = encounter.getObsAtTopLevel(false);
assertEquals(1, obsAtTopLevel.size());
Obs parentObservation = obsAtTopLevel.iterator().next();
assertTrue(parentObservation.isObsGrouping());
assertEquals(
DateUtils.parseDate(diagnosisDateTime, dateTimeFormat), parentObservation.getObsDatetime());
Set<Obs> diagnosisObservationGroupMembers = parentObservation.getGroupMembers();
assertEquals(3, diagnosisObservationGroupMembers.size());
ArrayList<String> valueCodedNames = getValuCodedNames(diagnosisObservationGroupMembers);
assertTrue(valueCodedNames.contains("Confirmed"));
assertTrue(valueCodedNames.contains("Primary"));
assertTrue(valueCodedNames.contains("Cancer"));
}
@Test
public void shouldUseVisitStartTimeAsEncounterDateTimeForPreviousVisits() throws Exception {
Date visitStartDate = getDateFromString("2010-09-22 00:00:00");
List<Document> documents = new ArrayList<>();
documents.add(
new Document(
"/radiology/foo-lalala.jpg",
null,
"3f596de5-5caa-11e3-a4c0-0800271c1b75",
null,
null,
false));
VisitDocumentRequest visitDocumentRequest =
new VisitDocumentRequest(
patientUUID,
firstVisitUuid,
visitTypeUUID,
null,
null,
firstEncounterTypeUUID,
null,
documents,
secondProviderUuid,
null,
null);
executeDataSet("visitDocumentData.xml");
// Date currentDate = new Date(System.currentTimeMillis() - 1000);
visitDocumentService.upload(visitDocumentRequest);
Context.flushSession();
Context.clearSession();
Visit visit = visitService.getVisit(1);
Set<Encounter> encounters = visit.getEncounters();
Encounter encounter = getEncounterByTypeUuid(encounters, firstEncounterTypeUUID);
boolean condition = encounter.getEncounterDatetime().compareTo(visitStartDate) >= 0;
assertTrue(condition);
Set<Obs> allObs = encounter.getAllObs();
Obs savedDocument = getSavedDocument(allObs, "3f596de5-5caa-11e3-a4c0-0800271c1b75");
assertTrue(savedDocument.getObsDatetime().compareTo(visitStartDate) == 0);
}
@Test
public void shouldAddNewObservationGroup() throws Exception {
executeDataSet("shouldAddNewObservation.xml");
String encounterDateTime = "2005-01-02T00:00:00.000+0000";
String observationTime = "2005-01-02T12:00:00.000+0000";
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\", "
+ "\"encounterDateTime\" : \""
+ encounterDateTime
+ "\", "
+ "\"observations\":["
+ "{\"concept\":{\"uuid\": \"e102c80f-1yz9-4da3-bb88-8122ce8868dd\"}, "
+ " \"groupMembers\" : [{\"concept\":{\"uuid\": \"d102c80f-1yz9-4da3-bb88-8122ce8868dd\"}, \"value\":20, \"comment\":\"overweight\", \"observationDateTime\": \""
+ observationTime
+ "\"}] }"
+ "]}";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", json)), EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
Encounter encounter = (Encounter) visit.getEncounters().toArray()[0];
assertEquals(1, encounter.getObs().size());
Obs obs = (Obs) encounter.getAllObs().toArray()[0];
assertEquals("e102c80f-1yz9-4da3-bb88-8122ce8868dd", obs.getConcept().getUuid());
assertEquals(1, obs.getGroupMembers().size());
Obs member = obs.getGroupMembers().iterator().next();
assertEquals("d102c80f-1yz9-4da3-bb88-8122ce8868dd", member.getConcept().getUuid());
assertEquals(new Double(20.0), member.getValueNumeric());
assertEquals("a76e8d23-0c38-408c-b2a8-ea5540f01b51", member.getPerson().getUuid());
assertEquals("f13d6fae-baa9-4553-955d-920098bec08f", member.getEncounter().getUuid());
assertEquals("overweight", member.getComment());
assertEquals(
new SimpleDateFormat(dateTimeFormat).parse(observationTime), member.getObsDatetime());
}
@Test
public void shouldUseNewDateAsEncounterDateTimeForActiveVisits() throws Exception {
Date visitStartDate = getDateFromString("2014-06-22 00:00:00");
Date encounterDate = getDateFromString("2014-06-23 00:00:00");
Date obsDate = getDateFromString("2014-06-24 00:10:00");
List<Document> documents = new ArrayList<>();
documents.add(new Document("/radiology/fooo-bar.jpg", null, conceptUuid, null, obsDate, false));
visitDocumentRequest =
new VisitDocumentRequest(
patientUUID,
secondVisitUuid,
visitTypeUUID,
visitStartDate,
null,
secondEncounterTypeUUID,
encounterDate,
documents,
firstProviderUuid,
null,
null);
Date currentDate = new Date(System.currentTimeMillis() - 1000);
visitDocumentService.upload(visitDocumentRequest);
Context.flushSession();
Context.clearSession();
Visit visit = visitService.getVisit(2);
Set<Encounter> encounters = visit.getEncounters();
Encounter encounter = getEncounterByTypeUuid(encounters, secondEncounterTypeUUID);
boolean condition = encounter.getEncounterDatetime().compareTo(currentDate) >= 0;
assertTrue(condition);
Set<Obs> allObs = encounter.getAllObs();
Obs savedDocument = getSavedDocument(allObs, conceptUuid);
assertTrue(savedDocument.getObsDatetime().compareTo(currentDate) >= 0);
}
private boolean shouldBeClosed(Visit visit) {
if (visit.getStopDatetime() != null) {
return false; // already closed
}
VisitDomainWrapper visitDomainWrapper = domainWrapperFactory.newVisitDomainWrapper(visit);
if (visitDomainWrapper.isAdmitted() || visitDomainWrapper.isAwaitingAdmission()) {
return false; // don't close the visit if patient is admitted or waiting admission
}
Disposition mostRecentDisposition = visitDomainWrapper.getMostRecentDisposition();
if (mostRecentDisposition != null
&& mostRecentDisposition.getKeepsVisitOpen() != null
&& mostRecentDisposition.getKeepsVisitOpen()) {
return false; // don't close the visit if the most recent disposition is one that keeps visit
// opens
}
Date now = new Date();
Date mustHaveSomethingAfter = DateUtils.addHours(now, -emrApiProperties.getVisitExpireHours());
if (OpenmrsUtil.compare(visit.getStartDatetime(), mustHaveSomethingAfter) >= 0) {
return false;
}
if (visit.getEncounters() != null) {
for (Encounter candidate : visit.getEncounters()) {
if (OpenmrsUtil.compare(candidate.getEncounterDatetime(), mustHaveSomethingAfter) >= 0) {
return false;
}
}
}
return true;
}
@Test
public void shouldUpdateObservations() throws Exception {
executeDataSet("shouldUpdateObservations.xml");
String json =
"{ \"patientUuid\" : \"a76e8d23-0c38-408c-b2a8-ea5540f01b51\", "
+ "\"visitTypeUuid\" : \"b45ca846-c79a-11e2-b0c0-8e397087571c\", "
+ "\"encounterTypeUuid\": \"2b377dba-62c3-4e53-91ef-b51c68899890\","
+ "\"encounterDateTime\" : \"2013-01-01T00:00:00.000+0000\", "
+ "\"observations\":["
+ "{\"uuid\":\"z9fb7f47-e80a-4056-9285-bd798be13c63\", "
+ " \"groupMembers\" : [{\"uuid\":\"ze48cdcb-6a76-47e3-9f2e-2635032f3a9a\", \"value\":20, \"comment\":\"new gc\" }] }, "
+ "{\"uuid\":\"zf616900-5e7c-4667-9a7f-dcb260abf1de\", \"comment\" : \"new c\", \"value\":100 }"
+ "]}";
EncounterTransaction response =
deserialize(
handle(newPostRequest("/rest/emrapi/encounter", json)), EncounterTransaction.class);
Visit visit = visitService.getVisitByUuid(response.getVisitUuid());
Encounter encounter = (Encounter) visit.getEncounters().toArray()[0];
assertEquals(2, encounter.getObsAtTopLevel(false).size());
Iterator<Obs> iterator = encounter.getObsAtTopLevel(false).iterator();
Obs obs1 = iterator.next();
assertEquals("zf616900-5e7c-4667-9a7f-dcb260abf1de", obs1.getUuid());
assertEquals(new Double(100), obs1.getValueNumeric());
assertEquals("new c", obs1.getComment());
Obs obs2 = iterator.next();
assertEquals("z9fb7f47-e80a-4056-9285-bd798be13c63", obs2.getUuid());
assertEquals(1, obs2.getGroupMembers().size());
Obs member = obs2.getGroupMembers().iterator().next();
assertEquals(new Double(20), member.getValueNumeric());
assertEquals("new gc", member.getComment());
}
/** @see EmrVisitAssignmentHandler#checkLocations(org.openmrs.Visit, org.openmrs.Encounter) */
@Test
public void checkLocations() {
Patient patient = TestUtils.getPatient(7);
Form moh257 = MetadataUtils.getForm(HivMetadata._Form.MOH_257_VISIT_SUMMARY);
VisitType outpatient = MetadataUtils.getVisitType(CommonMetadata._VisitType.OUTPATIENT);
// Save regular visit on Jan 1st at no specific location
Visit visit0 = TestUtils.saveVisit(patient, outpatient, TestUtils.date(2012, 1, 1), null);
// Save regular visit on Jan 1st at location #2
Visit visit1 = TestUtils.saveVisit(patient, outpatient, TestUtils.date(2012, 1, 1), null);
visit1.setLocation(Context.getLocationService().getLocation(1));
// Save regular visit on Jan 1st at location #2
Visit visit2 = TestUtils.saveVisit(patient, outpatient, TestUtils.date(2012, 1, 1), null);
visit2.setLocation(Context.getLocationService().getLocation(2));
// Save MOH257 for that day (will default to location #1)
Encounter encounter = TestUtils.saveEncounter(patient, moh257, TestUtils.date(2012, 1, 1));
Assert.assertThat(EmrVisitAssignmentHandler.checkLocations(visit0, encounter), is(true));
Assert.assertThat(EmrVisitAssignmentHandler.checkLocations(visit1, encounter), is(true));
Assert.assertThat(EmrVisitAssignmentHandler.checkLocations(visit2, encounter), is(false));
}
@Override
public boolean visitsOverlap(Visit v1, Visit v2) {
Location where1 = v1.getLocation();
Location where2 = v2.getLocation();
if ((where1 == null && where2 == null)
|| isSameOrAncestor(where1, where2)
|| isSameOrAncestor(where2, where1)) {
// "same" location, so check if date ranges overlap (assuming startDatetime is never null)
return (OpenmrsUtil.compareWithNullAsLatest(v1.getStartDatetime(), v2.getStopDatetime()) <= 0)
&& (OpenmrsUtil.compareWithNullAsLatest(v2.getStartDatetime(), v1.getStopDatetime())
<= 0);
}
return false;
}
@Override
@Transactional
public void closeAndSaveVisit(Visit visit) {
visit.setStopDatetime(guessVisitStopDatetime(visit));
visitService.saveVisit(visit);
}
private boolean itBelongsToARealPatient(Visit candidate) {
Patient patient = candidate.getPatient();
PatientDomainWrapper domainWrapper =
new PatientDomainWrapper(patient, emrApiProperties, null, null, null, null);
return !domainWrapper.isTestPatient();
}
@Transactional
@Override
public void mergePatients(Patient preferred, Patient notPreferred) {
boolean preferredWasUnknown =
domainWrapperFactory.newPatientDomainWrapper(preferred).isUnknownPatient();
boolean notPreferredWasUnknown =
domainWrapperFactory.newPatientDomainWrapper(notPreferred).isUnknownPatient();
if (preferredWasUnknown && !notPreferredWasUnknown) {
throw new IllegalArgumentException("Cannot merge a permanent record into an unknown one");
}
List<Visit> preferredVisits = visitService.getVisitsByPatient(preferred, true, false);
List<Visit> notPreferredVisits = visitService.getVisitsByPatient(notPreferred, true, false);
// if the non-preferred patient has any visits that overlap with visits of the preferred
// patient, we need to merge them together
for (Visit losing : notPreferredVisits) {
if (!losing.isVoided()) {
for (Visit winning : preferredVisits) {
if (!winning.isVoided() && visitsOverlap(losing, winning)) {
mergeVisits(winning, losing);
break;
}
}
}
}
// merging in visits from the non-preferred patient (and extending visit durations) may have
// caused preferred-patient visits to overlap
Collections.sort(
preferredVisits,
new Comparator<Visit>() {
@Override
public int compare(Visit left, Visit right) {
return OpenmrsUtil.compareWithNullAsEarliest(
left.getStartDatetime(), right.getStartDatetime());
}
});
for (int i = 0; i < preferredVisits.size(); ++i) {
Visit visit = preferredVisits.get(i);
if (!visit.isVoided()) {
for (int j = i + 1; j < preferredVisits.size(); ++j) {
Visit candidate = preferredVisits.get(j);
if (!candidate.isVoided() && visitsOverlap(visit, candidate)) {
mergeVisits(visit, candidate);
}
}
}
}
if (patientMergeActions != null) {
for (PatientMergeAction patientMergeAction : patientMergeActions) {
patientMergeAction.beforeMergingPatients(preferred, notPreferred);
}
}
try {
patientService.mergePatients(preferred, notPreferred);
// if we merged an unknown record into a permanent one, remove the unknown flag; if we merged
// two unknown records, keep it
if (!preferredWasUnknown) {
removeAttributeOfUnknownPatient(preferred);
}
} catch (SerializationException e) {
throw new APIException("Unable to merge patients due to serialization error", e);
}
if (patientMergeActions != null) {
for (PatientMergeAction patientMergeAction : patientMergeActions) {
patientMergeAction.afterMergingPatients(preferred, notPreferred);
}
}
}
public Visit mergeVisits(Visit preferred, Visit nonPreferred) {
// extend date range of winning
if (OpenmrsUtil.compareWithNullAsEarliest(
nonPreferred.getStartDatetime(), preferred.getStartDatetime())
< 0) {
preferred.setStartDatetime(nonPreferred.getStartDatetime());
}
if (preferred.getStopDatetime() != null
&& OpenmrsUtil.compareWithNullAsLatest(
preferred.getStopDatetime(), nonPreferred.getStopDatetime())
< 0) {
preferred.setStopDatetime(nonPreferred.getStopDatetime());
}
// move encounters from losing into winning
if (nonPreferred.getEncounters() != null) {
for (Encounter e : nonPreferred.getEncounters()) {
e.setPatient(preferred.getPatient());
preferred.addEncounter(e);
encounterService.saveEncounter(e);
}
}
nonPreferred.setEncounters(
null); // we need to manually the encounters from the non-preferred visit before voiding or
// all the encounters we just moved will also get voided!
visitService.voidVisit(
nonPreferred, "EMR - Merge Patients: merged into visit " + preferred.getVisitId());
visitService.saveVisit(preferred);
return preferred;
}
