Examples with BenefitBalanceComponent org.hl7.fhir.dstu3.model.ExplanationOfBenefit.BenefitBalanceComponent used on opensource projects

Example 1 with BenefitBalanceComponent

use of org.hl7.fhir.dstu3.model.ExplanationOfBenefit.BenefitBalanceComponent in project beneficiary-fhir-data by CMSgov.

the class TransformerUtilsV2 method findOrAddBenefitBalance.

/**
 * @param eob the {@link ExplanationOfBenefit} that the {@link BenefitComponent} should be part of
 * @param benefitCategory the {@link BenefitCategory} to map to {@link
 *     BenefitBalanceComponent#getCategory()}
 * @return the already-existing {@link BenefitBalanceComponent} that matches the specified
 *     parameters, or a new one
 */
private static BenefitBalanceComponent findOrAddBenefitBalance(ExplanationOfBenefit eob, ExBenefitcategory benefitCategory) {
    Optional<BenefitBalanceComponent> matchingBenefitBalance = eob.getBenefitBalance().stream().filter(bb -> isCodeInConcept(bb.getCategory(), benefitCategory.getSystem(), benefitCategory.toCode())).findAny();
    // Found an existing BenefitBalance that matches the coding system
    if (matchingBenefitBalance.isPresent()) {
        return matchingBenefitBalance.get();
    }
    CodeableConcept benefitCategoryConcept = new CodeableConcept();
    benefitCategoryConcept.addCoding().setSystem(benefitCategory.getSystem()).setCode(benefitCategory.toCode()).setDisplay(benefitCategory.getDisplay());
    BenefitBalanceComponent newBenefitBalance = new BenefitBalanceComponent(benefitCategoryConcept);
    eob.addBenefitBalance(newBenefitBalance);
    return newBenefitBalance;
}

Example 2 with BenefitBalanceComponent

use of org.hl7.fhir.dstu3.model.ExplanationOfBenefit.BenefitBalanceComponent in project beneficiary-fhir-data by CMSgov.

the class R4ExplanationOfBenefitResourceProviderIT method assertEobEquals.

/**
 * Compares two ExplanationOfBenefit objects in detail while working around serialization issues
 * like comparing "0" and "0.0" or creation differences like using "Quantity" vs "SimpleQuantity"
 *
 * @param expected the expected
 * @param actual the actual
 */
private static void assertEobEquals(ExplanationOfBenefit expected, ExplanationOfBenefit actual) {
    // ID in the bundle will have `ExplanationOfBenefit/` in front, so make sure the last bit
    // matches up
    assertTrue(actual.getId().endsWith(expected.getId()));
    // Clean them out so we can do a deep compare later
    actual.setId("");
    expected.setId("");
    // If there are any contained resources, they might have lastupdate times in them too
    assertEquals(expected.getContained().size(), actual.getContained().size());
    for (int i = 0; i < expected.getContained().size(); i++) {
        Resource expectedContained = expected.getContained().get(i);
        Resource actualContained = actual.getContained().get(i);
        expectedContained.getMeta().setLastUpdated(null);
        actualContained.getMeta().setLastUpdated(null);
        // TODO: HAPI seems to be inserting the `#` in the ID of the contained element.
        // This is incorrect according to the FHIR spec:
        // https://build.fhir.org/references.html#contained
        // This works around that problem
        assertEquals("#" + expectedContained.getId(), actualContained.getId());
        expectedContained.setId("");
        actualContained.setId("");
    }
    // Dates are not easy to compare so just make sure they are there
    assertNotNull(actual.getMeta().getLastUpdated());
    // We compared all of meta that we care about so get it out of the way
    expected.getMeta().setLastUpdated(null);
    actual.getMeta().setLastUpdated(null);
    // Created is required, but can't be compared
    assertNotNull(actual.getCreated());
    expected.setCreated(null);
    actual.setCreated(null);
    // Extensions may have `valueMoney` elements
    assertEquals(expected.getExtension().size(), actual.getExtension().size());
    for (int i = 0; i < expected.getExtension().size(); i++) {
        Extension expectedEx = expected.getExtension().get(i);
        Extension actualEx = actual.getExtension().get(i);
        // We have to deal with Money objects separately
        if (expectedEx.hasValue() && expectedEx.getValue() instanceof Money) {
            assertTrue(actualEx.getValue() instanceof Money);
            assertCurrencyEquals((Money) expectedEx.getValue(), (Money) actualEx.getValue());
            // Now remove since we validated so we can compare the rest directly
            expectedEx.setValue(null);
            actualEx.setValue(null);
        }
    }
    // SupportingInfo can have `valueQuantity` that has the 0 vs 0.0 issue
    assertEquals(expected.getSupportingInfo().size(), actual.getSupportingInfo().size());
    for (int i = 0; i < expected.getSupportingInfo().size(); i++) {
        SupportingInformationComponent expectedSup = expected.getSupportingInfo().get(i);
        SupportingInformationComponent actualSup = actual.getSupportingInfo().get(i);
        // We have to deal with Money objects separately
        if (expectedSup.hasValueQuantity()) {
            assertTrue(actualSup.hasValueQuantity());
            assertEquals(expectedSup.getValueQuantity().getValue().floatValue(), actualSup.getValueQuantity().getValue().floatValue(), 0.0);
            // Now remove since we validated so we can compare the rest directly
            expectedSup.setValue(null);
            actualSup.setValue(null);
        }
    }
    // line items
    assertEquals(expected.getItem().size(), actual.getItem().size());
    for (int i = 0; i < expected.getItem().size(); i++) {
        ItemComponent expectedItem = expected.getItem().get(i);
        ItemComponent actualItem = actual.getItem().get(i);
        // Compare value directly because SimpleQuantity vs Quantity can't be compared
        assertEquals(expectedItem.getQuantity().getValue().floatValue(), actualItem.getQuantity().getValue().floatValue(), 0.0);
        expectedItem.setQuantity(null);
        actualItem.setQuantity(null);
        assertEquals(expectedItem.getAdjudication().size(), actualItem.getAdjudication().size());
        for (int j = 0; j < expectedItem.getAdjudication().size(); j++) {
            AdjudicationComponent expectedAdj = expectedItem.getAdjudication().get(j);
            AdjudicationComponent actualAdj = actualItem.getAdjudication().get(j);
            // Here is where we start getting into trouble with "0" vs "0.0", so we do this manually
            if (expectedAdj.hasAmount()) {
                assertNotNull(actualAdj.getAmount());
                assertCurrencyEquals(expectedAdj.getAmount(), actualAdj.getAmount());
            } else {
                // If expected doesn't have an amount, actual shouldn't
                assertFalse(actualAdj.hasAmount());
            }
            // We just checked manually, so null them out and check the rest of the fields
            expectedAdj.setAmount(null);
            actualAdj.setAmount(null);
        }
    }
    // Total has the same problem with values
    assertEquals(expected.getTotal().size(), actual.getTotal().size());
    for (int i = 0; i < expected.getTotal().size(); i++) {
        TotalComponent expectedTot = expected.getTotal().get(i);
        TotalComponent actualTot = actual.getTotal().get(i);
        if (expectedTot.hasAmount()) {
            assertNotNull(actualTot.getAmount());
            assertCurrencyEquals(expectedTot.getAmount(), actualTot.getAmount());
        } else {
            // If expected doesn't have an amount, actual shouldn't
            assertFalse(actualTot.hasAmount());
        }
        expectedTot.setAmount(null);
        actualTot.setAmount(null);
    }
    // Benefit Balance Financial components
    assertEquals(expected.getBenefitBalance().size(), actual.getBenefitBalance().size());
    for (int i = 0; i < expected.getBenefitBalance().size(); i++) {
        BenefitBalanceComponent expectedBen = expected.getBenefitBalance().get(i);
        BenefitBalanceComponent actualBen = actual.getBenefitBalance().get(i);
        assertEquals(expectedBen.getFinancial().size(), actualBen.getFinancial().size());
        for (int j = 0; j < expectedBen.getFinancial().size(); j++) {
            BenefitComponent expectedFinancial = expectedBen.getFinancial().get(j);
            BenefitComponent actualFinancial = actualBen.getFinancial().get(j);
            // Are we dealing with Money?
            if (expectedFinancial.hasUsedMoney()) {
                assertNotNull(actualFinancial.getUsedMoney());
                assertCurrencyEquals(expectedFinancial.getUsedMoney(), actualFinancial.getUsedMoney());
                // Clean up
                expectedFinancial.setUsed(null);
                actualFinancial.setUsed(null);
            }
        }
    }
    // As does payment
    if (expected.hasPayment()) {
        assertTrue(actual.hasPayment());
        assertCurrencyEquals(expected.getPayment().getAmount(), actual.getPayment().getAmount());
    } else {
        // If expected doesn't have an amount, actual shouldn't
        assertFalse(actual.hasPayment());
    }
    expected.getPayment().setAmount(null);
    actual.getPayment().setAmount(null);
    // Now for the grand finale, we can do an `equalsDeep` on the rest
    assertTrue(expected.equalsDeep(actual));
}

Example 3 with BenefitBalanceComponent

use of org.hl7.fhir.dstu3.model.ExplanationOfBenefit.BenefitBalanceComponent in project beneficiary-fhir-data by CMSgov.

the class TransformerTestUtils method assertBenefitBalanceUsedIntEquals.

/**
 * @param expectedBenefitCategory the {@link BenefitCategory} for the expected {@link
 *     BenefitBalanceComponent#getCategory()}
 * @param expectedFinancialType the {@link CcwCodebookVariable} for the expected {@link
 *     BenefitComponent#getType()}
 * @param expectedUsedInt the expected {@link BenefitComponent#getUsedUnsignedIntType()} value
 * @param eob the {@link ExplanationOfBenefit} to verify the actual {@link BenefitComponent}
 *     within
 */
static void assertBenefitBalanceUsedIntEquals(BenefitCategory expectedBenefitCategory, CcwCodebookVariable expectedFinancialType, Integer expectedUsedInt, ExplanationOfBenefit eob) {
    Optional<BenefitBalanceComponent> benefitBalanceComponent = eob.getBenefitBalance().stream().filter(bb -> isCodeInConcept(bb.getCategory(), expectedBenefitCategory.getSystem(), expectedBenefitCategory.toCode())).findAny();
    assertTrue(benefitBalanceComponent.isPresent());
    Optional<BenefitComponent> benefitBalanceFinancialEntry = benefitBalanceComponent.get().getFinancial().stream().filter(f -> isCodeInConcept(f.getType(), TransformerConstants.CODING_BBAPI_BENEFIT_BALANCE_TYPE, CCWUtils.calculateVariableReferenceUrl(expectedFinancialType))).findAny();
    assertTrue(benefitBalanceFinancialEntry.isPresent());
    try {
        assertEquals(expectedUsedInt, benefitBalanceFinancialEntry.get().getUsedUnsignedIntType().getValue());
    } catch (FHIRException e) {
        throw new BadCodeMonkeyException(e);
    }
}

Example 4 with BenefitBalanceComponent

use of org.hl7.fhir.dstu3.model.ExplanationOfBenefit.BenefitBalanceComponent in project beneficiary-fhir-data by CMSgov.

the class TransformerUtils method findOrAddBenefitBalance.

/**
 * @param eob the {@link ExplanationOfBenefit} that the {@link BenefitComponent} should be part of
 * @param benefitCategory the {@link BenefitCategory} to map to {@link
 *     BenefitBalanceComponent#getCategory()}
 * @return the already-existing {@link BenefitBalanceComponent} that matches the specified
 *     parameters, or a new one
 */
private static BenefitBalanceComponent findOrAddBenefitBalance(ExplanationOfBenefit eob, BenefitCategory benefitCategory) {
    Optional<BenefitBalanceComponent> matchingBenefitBalance = eob.getBenefitBalance().stream().filter(bb -> isCodeInConcept(bb.getCategory(), benefitCategory.getSystem(), benefitCategory.toCode())).findAny();
    if (matchingBenefitBalance.isPresent())
        return matchingBenefitBalance.get();
    CodeableConcept benefitCategoryConcept = new CodeableConcept();
    benefitCategoryConcept.addCoding().setSystem(benefitCategory.getSystem()).setCode(benefitCategory.toCode()).setDisplay(benefitCategory.getDisplay());
    BenefitBalanceComponent newBenefitBalance = new BenefitBalanceComponent(benefitCategoryConcept);
    eob.addBenefitBalance(newBenefitBalance);
    return newBenefitBalance;
}

Example 5 with BenefitBalanceComponent

use of org.hl7.fhir.dstu3.model.ExplanationOfBenefit.BenefitBalanceComponent in project beneficiary-fhir-data by CMSgov.

the class TransformerUtils method addBenefitBalanceFinancial.

/**
 * @param eob the {@link ExplanationOfBenefit} that the {@link BenefitComponent} should be part of
 * @param benefitCategory the {@link BenefitCategory} (see {@link
 *     BenefitBalanceComponent#getCategory()}) for the {@link BenefitBalanceComponent} that the
 *     new {@link BenefitComponent} should be part of
 * @param financialType the {@link CcwCodebookInterface} to map to {@link
 *     BenefitComponent#getType()}
 * @return the new {@link BenefitBalanceComponent}, which will have already been added to the
 *     appropriate {@link ExplanationOfBenefit#getBenefitBalance()} entry
 */
static BenefitComponent addBenefitBalanceFinancial(ExplanationOfBenefit eob, BenefitCategory benefitCategory, CcwCodebookInterface financialType) {
    BenefitBalanceComponent eobPrimaryBenefitBalance = findOrAddBenefitBalance(eob, benefitCategory);
    CodeableConcept financialTypeConcept = TransformerUtils.createCodeableConcept(TransformerConstants.CODING_BBAPI_BENEFIT_BALANCE_TYPE, CCWUtils.calculateVariableReferenceUrl(financialType));
    financialTypeConcept.getCodingFirstRep().setDisplay(financialType.getVariable().getLabel());
    BenefitComponent financialEntry = new BenefitComponent(financialTypeConcept);
    eobPrimaryBenefitBalance.getFinancial().add(financialEntry);
    return financialEntry;
}