Examples with DMEClaim gov.cms.bfd.model.rif.DMEClaim used on opensource projects

Example 16 with DMEClaim

use of gov.cms.bfd.model.rif.DMEClaim in project beneficiary-fhir-data by CMSgov.

the class ExplanationOfBenefitResourceProviderIT method searchForEobsWithLargePageSizesOnFewerResults.

/**
 * Verifies that {@link ExplanationOfBenefitResourceProvider#findByPatient} works as expected for
 * a {@link Patient} that does exist in the DB, with a page size of 50 with fewer (8) results.
 *
 * @throws FHIRException (indicates test failure)
 */
@Test
public void searchForEobsWithLargePageSizesOnFewerResults() throws FHIRException {
    List<Object> loadedRecords = ServerTestUtils.get().loadData(Arrays.asList(StaticRifResourceGroup.SAMPLE_A.getResources()));
    IGenericClient fhirClient = ServerTestUtils.get().createFhirClient();
    Beneficiary beneficiary = loadedRecords.stream().filter(r -> r instanceof Beneficiary).map(r -> (Beneficiary) r).findFirst().get();
    Bundle searchResults = fhirClient.search().forResource(ExplanationOfBenefit.class).where(ExplanationOfBenefit.PATIENT.hasId(TransformerUtils.buildPatientId(beneficiary))).count(50).returnBundle(Bundle.class).execute();
    assertNotNull(searchResults);
    /*
     * Verify the bundle contains a key for total and that the value matches the
     * number of entries in the bundle
     */
    assertEquals(loadedRecords.stream().filter(r -> !(r instanceof Beneficiary)).filter(r -> !(r instanceof BeneficiaryHistory)).filter(r -> !(r instanceof MedicareBeneficiaryIdHistory)).count(), searchResults.getTotal());
    /*
     * Verify that only the first and last links exist as there are no previous or
     * next pages.
     */
    assertNotNull(searchResults.getLink(Constants.LINK_FIRST));
    assertNotNull(searchResults.getLink(Constants.LINK_LAST));
    assertNull(searchResults.getLink(Constants.LINK_NEXT));
    assertNull(searchResults.getLink(Constants.LINK_PREVIOUS));
    /*
     * Verify that each of the expected claims (one for every claim type) is present
     * and looks correct.
     */
    CarrierClaim carrierClaim = loadedRecords.stream().filter(r -> r instanceof CarrierClaim).map(r -> (CarrierClaim) r).findFirst().get();
    assertEquals(1, filterToClaimType(searchResults, ClaimType.CARRIER).size());
    CarrierClaimTransformerTest.assertMatches(carrierClaim, filterToClaimType(searchResults, ClaimType.CARRIER).get(0), Optional.empty());
    DMEClaim dmeClaim = loadedRecords.stream().filter(r -> r instanceof DMEClaim).map(r -> (DMEClaim) r).findFirst().get();
    DMEClaimTransformerTest.assertMatches(dmeClaim, filterToClaimType(searchResults, ClaimType.DME).get(0), Optional.empty());
    HHAClaim hhaClaim = loadedRecords.stream().filter(r -> r instanceof HHAClaim).map(r -> (HHAClaim) r).findFirst().get();
    HHAClaimTransformerTest.assertMatches(hhaClaim, filterToClaimType(searchResults, ClaimType.HHA).get(0));
    HospiceClaim hospiceClaim = loadedRecords.stream().filter(r -> r instanceof HospiceClaim).map(r -> (HospiceClaim) r).findFirst().get();
    HospiceClaimTransformerTest.assertMatches(hospiceClaim, filterToClaimType(searchResults, ClaimType.HOSPICE).get(0));
    InpatientClaim inpatientClaim = loadedRecords.stream().filter(r -> r instanceof InpatientClaim).map(r -> (InpatientClaim) r).findFirst().get();
    InpatientClaimTransformerTest.assertMatches(inpatientClaim, filterToClaimType(searchResults, ClaimType.INPATIENT).get(0));
    OutpatientClaim outpatientClaim = loadedRecords.stream().filter(r -> r instanceof OutpatientClaim).map(r -> (OutpatientClaim) r).findFirst().get();
    OutpatientClaimTransformerTest.assertMatches(outpatientClaim, filterToClaimType(searchResults, ClaimType.OUTPATIENT).get(0));
    PartDEvent partDEvent = loadedRecords.stream().filter(r -> r instanceof PartDEvent).map(r -> (PartDEvent) r).findFirst().get();
    PartDEventTransformerTest.assertMatches(partDEvent, filterToClaimType(searchResults, ClaimType.PDE).get(0));
    SNFClaim snfClaim = loadedRecords.stream().filter(r -> r instanceof SNFClaim).map(r -> (SNFClaim) r).findFirst().get();
    SNFClaimTransformerTest.assertMatches(snfClaim, filterToClaimType(searchResults, ClaimType.SNF).get(0));
}

Example 17 with DMEClaim

use of gov.cms.bfd.model.rif.DMEClaim in project beneficiary-fhir-data by CMSgov.

the class DMEClaimTransformerTest method transformSampleARecord.

/**
 * Verifies that {@link
 * gov.cms.bfd.server.war.stu3.providers.DMEClaimTransformer#transform(Object)} works as expected
 * when run against the {@link StaticRifResource#SAMPLE_A_DME} {@link DMEClaim}.
 *
 * @throws FHIRException (indicates test failure)
 */
@Test
public void transformSampleARecord() throws FHIRException {
    List<Object> parsedRecords = ServerTestUtils.parseData(Arrays.asList(StaticRifResourceGroup.SAMPLE_A.getResources()));
    DMEClaim claim = parsedRecords.stream().filter(r -> r instanceof DMEClaim).map(r -> (DMEClaim) r).findFirst().get();
    ExplanationOfBenefit eob = DMEClaimTransformer.transform(new MetricRegistry(), claim, Optional.of(true));
    assertMatches(claim, eob, Optional.of(true));
}

Example 18 with DMEClaim

use of gov.cms.bfd.model.rif.DMEClaim in project beneficiary-fhir-data by CMSgov.

the class ClaimTypeTest method verifyServiceEndAttributeFunc.

/**
 * Verifies that our service end date function is working as expected. Since we are type casting
 * our claim object, we need to verify that every ClaimType is tested.
 */
@Test
public void verifyServiceEndAttributeFunc() {
    LocalDate start = LocalDate.now();
    LocalDate end = start.plusDays(10);
    CarrierClaim carrierClaim = new CarrierClaim();
    carrierClaim.setDateFrom(start);
    carrierClaim.setDateThrough(end);
    DMEClaim dmeClaim = new DMEClaim();
    dmeClaim.setDateFrom(start);
    dmeClaim.setDateThrough(end);
    HHAClaim hhaClaim = new HHAClaim();
    hhaClaim.setDateFrom(start);
    hhaClaim.setDateThrough(end);
    HospiceClaim hospiceClaim = new HospiceClaim();
    hospiceClaim.setDateFrom(start);
    hospiceClaim.setDateThrough(end);
    InpatientClaim inpatientClaim = new InpatientClaim();
    inpatientClaim.setDateFrom(start);
    inpatientClaim.setDateThrough(end);
    OutpatientClaim outpatientClaim = new OutpatientClaim();
    outpatientClaim.setDateFrom(start);
    outpatientClaim.setDateThrough(end);
    PartDEvent partDEvent = new PartDEvent();
    partDEvent.setPrescriptionFillDate(end);
    SNFClaim snfClaim = new SNFClaim();
    snfClaim.setDateFrom(start);
    snfClaim.setDateThrough(end);
    ImmutableMap.Builder<ClaimType, Object> builder = ImmutableMap.builder();
    builder.put(ClaimType.CARRIER, carrierClaim);
    builder.put(ClaimType.DME, dmeClaim);
    builder.put(ClaimType.HHA, hhaClaim);
    builder.put(ClaimType.HOSPICE, hospiceClaim);
    builder.put(ClaimType.INPATIENT, inpatientClaim);
    builder.put(ClaimType.OUTPATIENT, outpatientClaim);
    builder.put(ClaimType.PDE, partDEvent);
    builder.put(ClaimType.SNF, snfClaim);
    Map<ClaimType, Object> claimTypeToClaim = builder.build();
    // Verify that we're testing all of the ClaimTypes that are defined
    EnumSet.allOf(ClaimType.class).stream().forEach(claimType -> assertTrue(claimTypeToClaim.containsKey(claimType), String.format("ClaimType %s not tested", claimType.name())));
    claimTypeToClaim.entrySet().forEach(entry -> assertEquals(end, entry.getKey().getServiceEndAttributeFunction().apply(entry.getValue()), String.format("Claim type %s does not match expectations", entry.getKey().name())));
}

Example 19 with DMEClaim

use of gov.cms.bfd.model.rif.DMEClaim in project beneficiary-fhir-data by CMSgov.

the class ExplanationOfBenefitResourceProviderIT method searchForEobsByExistingPatientWithEvenPaging.

/**
 * Verifies that {@link ExplanationOfBenefitResourceProvider#findByPatient} works as expected for
 * a {@link Patient} that does exist in the DB, with paging. This test uses a count of 2 to verify
 * our code will not run into an IndexOutOfBoundsException on odd bundle sizes.
 *
 * @throws FHIRException (indicates test failure)
 */
@Test
public void searchForEobsByExistingPatientWithEvenPaging() throws FHIRException {
    List<Object> loadedRecords = ServerTestUtils.get().loadData(Arrays.asList(StaticRifResourceGroup.SAMPLE_A.getResources()));
    IGenericClient fhirClient = ServerTestUtils.get().createFhirClient();
    Beneficiary beneficiary = loadedRecords.stream().filter(r -> r instanceof Beneficiary).map(r -> (Beneficiary) r).findFirst().get();
    List<IBaseResource> combinedResults = new ArrayList<>();
    Bundle searchResults = fhirClient.search().forResource(ExplanationOfBenefit.class).where(ExplanationOfBenefit.PATIENT.hasId(TransformerUtils.buildPatientId(beneficiary))).count(2).returnBundle(Bundle.class).execute();
    searchResults.getEntry().forEach(e -> combinedResults.add(e.getResource()));
    assertNotNull(searchResults);
    assertEquals(2, searchResults.getEntry().size());
    /*
     * Verify the bundle contains a key for total and that the value matches the
     * number of entries in the bundle.
     */
    assertEquals(loadedRecords.stream().filter(r -> !(r instanceof Beneficiary)).filter(r -> !(r instanceof BeneficiaryHistory)).filter(r -> !(r instanceof MedicareBeneficiaryIdHistory)).count(), searchResults.getTotal());
    /*
     * Verify links to the first and last page exist.
     */
    assertNotNull(searchResults.getLink(Constants.LINK_LAST));
    assertNotNull(searchResults.getLink(Constants.LINK_FIRST));
    /*
     * Verify that accessing all next links, eventually leading to the last page,
     * will not encounter an IndexOutOfBoundsException.
     */
    while (searchResults.getLink(Constants.LINK_NEXT) != null) {
        searchResults = fhirClient.loadPage().next(searchResults).execute();
        assertNotNull(searchResults);
        assertTrue(searchResults.hasEntry());
        /*
       * Each page after the first should have a first, previous, and last links.
       */
        assertNotNull(searchResults.getLink(Constants.LINK_FIRST));
        assertNotNull(searchResults.getLink(Constants.LINK_PREVIOUS));
        assertNotNull(searchResults.getLink(Constants.LINK_LAST));
        searchResults.getEntry().forEach(e -> combinedResults.add(e.getResource()));
    }
    /*
     * Verify that the combined results are the same size as
     * "all of the claim records in the sample."
     */
    assertEquals(loadedRecords.stream().filter(r -> !(r instanceof Beneficiary)).filter(r -> !(r instanceof BeneficiaryHistory)).filter(r -> !(r instanceof MedicareBeneficiaryIdHistory)).count(), combinedResults.size());
    /*
     * Verify that each of the expected claims (one for every claim type) is present
     * and looks correct.
     */
    CarrierClaim carrierClaim = loadedRecords.stream().filter(r -> r instanceof CarrierClaim).map(r -> (CarrierClaim) r).findFirst().get();
    assertEquals(1, filterToClaimTypeFromList(combinedResults, ClaimType.CARRIER).size());
    CarrierClaimTransformerTest.assertMatches(carrierClaim, filterToClaimTypeFromList(combinedResults, ClaimType.CARRIER).get(0), Optional.empty());
    DMEClaim dmeClaim = loadedRecords.stream().filter(r -> r instanceof DMEClaim).map(r -> (DMEClaim) r).findFirst().get();
    DMEClaimTransformerTest.assertMatches(dmeClaim, filterToClaimTypeFromList(combinedResults, ClaimType.DME).get(0), Optional.empty());
    HHAClaim hhaClaim = loadedRecords.stream().filter(r -> r instanceof HHAClaim).map(r -> (HHAClaim) r).findFirst().get();
    HHAClaimTransformerTest.assertMatches(hhaClaim, filterToClaimTypeFromList(combinedResults, ClaimType.HHA).get(0));
    HospiceClaim hospiceClaim = loadedRecords.stream().filter(r -> r instanceof HospiceClaim).map(r -> (HospiceClaim) r).findFirst().get();
    HospiceClaimTransformerTest.assertMatches(hospiceClaim, filterToClaimTypeFromList(combinedResults, ClaimType.HOSPICE).get(0));
    InpatientClaim inpatientClaim = loadedRecords.stream().filter(r -> r instanceof InpatientClaim).map(r -> (InpatientClaim) r).findFirst().get();
    InpatientClaimTransformerTest.assertMatches(inpatientClaim, filterToClaimTypeFromList(combinedResults, ClaimType.INPATIENT).get(0));
    OutpatientClaim outpatientClaim = loadedRecords.stream().filter(r -> r instanceof OutpatientClaim).map(r -> (OutpatientClaim) r).findFirst().get();
    OutpatientClaimTransformerTest.assertMatches(outpatientClaim, filterToClaimTypeFromList(combinedResults, ClaimType.OUTPATIENT).get(0));
    PartDEvent partDEvent = loadedRecords.stream().filter(r -> r instanceof PartDEvent).map(r -> (PartDEvent) r).findFirst().get();
    PartDEventTransformerTest.assertMatches(partDEvent, filterToClaimTypeFromList(combinedResults, ClaimType.PDE).get(0));
    SNFClaim snfClaim = loadedRecords.stream().filter(r -> r instanceof SNFClaim).map(r -> (SNFClaim) r).findFirst().get();
    SNFClaimTransformerTest.assertMatches(snfClaim, filterToClaimTypeFromList(combinedResults, ClaimType.SNF).get(0));
}

Example 20 with DMEClaim

use of gov.cms.bfd.model.rif.DMEClaim in project beneficiary-fhir-data by CMSgov.

the class ExplanationOfBenefitResourceProviderIT method searchForEobsByExistingPatient.

/**
 * Verifies that {@link ExplanationOfBenefitResourceProvider#findByPatient} works as expected for
 * a {@link Patient} that does exist in the DB.
 *
 * @throws FHIRException (indicates test failure)
 */
@Test
public void searchForEobsByExistingPatient() throws FHIRException {
    List<Object> loadedRecords = ServerTestUtils.get().loadData(Arrays.asList(StaticRifResourceGroup.SAMPLE_A.getResources()));
    IGenericClient fhirClient = ServerTestUtils.get().createFhirClient();
    Beneficiary beneficiary = loadedRecords.stream().filter(r -> r instanceof Beneficiary).map(r -> (Beneficiary) r).findFirst().get();
    Bundle searchResults = fhirClient.search().forResource(ExplanationOfBenefit.class).where(ExplanationOfBenefit.PATIENT.hasId(TransformerUtils.buildPatientId(beneficiary))).returnBundle(Bundle.class).execute();
    assertNotNull(searchResults);
    /*
     * Verify the bundle contains a key for total and that the value matches the
     * number of entries in the bundle
     */
    assertEquals(loadedRecords.stream().filter(r -> !(r instanceof Beneficiary)).filter(r -> !(r instanceof BeneficiaryHistory)).filter(r -> !(r instanceof MedicareBeneficiaryIdHistory)).count(), searchResults.getTotal());
    /*
     * Verify that no paging links exist in the bundle.
     */
    assertNull(searchResults.getLink(Constants.LINK_NEXT));
    assertNull(searchResults.getLink(Constants.LINK_PREVIOUS));
    assertNull(searchResults.getLink(Constants.LINK_FIRST));
    assertNull(searchResults.getLink(Constants.LINK_LAST));
    /*
     * Verify that each of the expected claims (one for every claim type) is present
     * and looks correct.
     */
    CarrierClaim carrierClaim = loadedRecords.stream().filter(r -> r instanceof CarrierClaim).map(r -> (CarrierClaim) r).findFirst().get();
    assertEquals(1, filterToClaimType(searchResults, ClaimType.CARRIER).size());
    CarrierClaimTransformerTest.assertMatches(carrierClaim, filterToClaimType(searchResults, ClaimType.CARRIER).get(0), Optional.empty());
    DMEClaim dmeClaim = loadedRecords.stream().filter(r -> r instanceof DMEClaim).map(r -> (DMEClaim) r).findFirst().get();
    DMEClaimTransformerTest.assertMatches(dmeClaim, filterToClaimType(searchResults, ClaimType.DME).get(0), Optional.empty());
    HHAClaim hhaClaim = loadedRecords.stream().filter(r -> r instanceof HHAClaim).map(r -> (HHAClaim) r).findFirst().get();
    HHAClaimTransformerTest.assertMatches(hhaClaim, filterToClaimType(searchResults, ClaimType.HHA).get(0));
    HospiceClaim hospiceClaim = loadedRecords.stream().filter(r -> r instanceof HospiceClaim).map(r -> (HospiceClaim) r).findFirst().get();
    HospiceClaimTransformerTest.assertMatches(hospiceClaim, filterToClaimType(searchResults, ClaimType.HOSPICE).get(0));
    InpatientClaim inpatientClaim = loadedRecords.stream().filter(r -> r instanceof InpatientClaim).map(r -> (InpatientClaim) r).findFirst().get();
    InpatientClaimTransformerTest.assertMatches(inpatientClaim, filterToClaimType(searchResults, ClaimType.INPATIENT).get(0));
    OutpatientClaim outpatientClaim = loadedRecords.stream().filter(r -> r instanceof OutpatientClaim).map(r -> (OutpatientClaim) r).findFirst().get();
    OutpatientClaimTransformerTest.assertMatches(outpatientClaim, filterToClaimType(searchResults, ClaimType.OUTPATIENT).get(0));
    PartDEvent partDEvent = loadedRecords.stream().filter(r -> r instanceof PartDEvent).map(r -> (PartDEvent) r).findFirst().get();
    PartDEventTransformerTest.assertMatches(partDEvent, filterToClaimType(searchResults, ClaimType.PDE).get(0));
    SNFClaim snfClaim = loadedRecords.stream().filter(r -> r instanceof SNFClaim).map(r -> (SNFClaim) r).findFirst().get();
    SNFClaimTransformerTest.assertMatches(snfClaim, filterToClaimType(searchResults, ClaimType.SNF).get(0));
}