Examples with CcwCodebookInterface gov.cms.bfd.model.codebook.model.CcwCodebookInterface used on opensource projects

Example 1 with CcwCodebookInterface

use of gov.cms.bfd.model.codebook.model.CcwCodebookInterface in project beneficiary-fhir-data by CMSgov.

the class TransformerTestUtils method assertAdjudicationReasonEquals.

/**
 * @param expectedCategoryCode the {@link CcwCodebookVariable} for the {@link
 *     AdjudicationComponent#getCategory()} to find and verify
 * @param expectedReasonCode the expected {@link Coding#getCode()} of the {@link
 *     AdjudicationComponent#getReason()} to find and verify
 * @param actuals the actual {@link AdjudicationComponent}s to verify
 */
static void assertAdjudicationReasonEquals(CcwCodebookInterface ccwVariable, Optional<?> expectedReasonCode, List<AdjudicationComponent> actuals) {
    CodeableConcept expectedCategory = TransformerUtils.createAdjudicationCategory(ccwVariable);
    Optional<AdjudicationComponent> adjudication = actuals.stream().filter(a -> isCodeInConcept(a.getCategory(), expectedCategory.getCodingFirstRep().getSystem(), expectedCategory.getCodingFirstRep().getCode())).findAny();
    assertEquals(expectedReasonCode.isPresent(), adjudication.isPresent());
    if (expectedReasonCode.isPresent())
        assertHasCoding(ccwVariable, expectedReasonCode, adjudication.get().getReason());
}

Example 2 with CcwCodebookInterface

use of gov.cms.bfd.model.codebook.model.CcwCodebookInterface in project beneficiary-fhir-data by CMSgov.

the class TransformerTestUtils method assertHasBenefitComponent.

/**
 * @param ccwVariable the {@link CcwCodebookVariable} matching the {@link
 *     BenefitComponent#getType()} to find
 * @param eob the {@link ExplanationOfBenefit} to search
 * @return the {@link BenefitComponent} that was found (if one wasn't, the method will instead
 *     fail with an {@link AssertionFailedError})
 */
private static BenefitComponent assertHasBenefitComponent(CcwCodebookInterface ccwVariable, ExplanationOfBenefit eob) {
    // We only ever map one root EOB.benefitBalance.
    BenefitBalanceComponent benefitBalanceComponent = eob.getBenefitBalanceFirstRep();
    assertNotNull(benefitBalanceComponent);
    Optional<BenefitComponent> benefitOptional = benefitBalanceComponent.getFinancial().stream().filter(bc -> isCodeInConcept(bc.getType(), TransformerConstants.CODING_BBAPI_BENEFIT_BALANCE_TYPE, CCWUtils.calculateVariableReferenceUrl(ccwVariable))).findFirst();
    assertTrue(benefitOptional.isPresent());
    return benefitOptional.get();
}

Example 3 with CcwCodebookInterface

use of gov.cms.bfd.model.codebook.model.CcwCodebookInterface in project beneficiary-fhir-data by CMSgov.

the class TransformerTestUtils method assertAdjudicationAmountEquals.

/**
 * @param ccwVariable the {@link CcwCodebookVariable} for the {@link
 *     AdjudicationComponent#getCategory()} to find and verify
 * @param expectedAmount the expected {@link AdjudicationComponent#getAmount()}
 * @param actuals the actual {@link AdjudicationComponent}s to verify
 * @return the {@link AdjudicationComponent} that was found and verified
 */
static AdjudicationComponent assertAdjudicationAmountEquals(CcwCodebookInterface ccwVariable, BigDecimal expectedAmount, List<AdjudicationComponent> actuals) {
    CodeableConcept expectedCategory = TransformerUtils.createAdjudicationCategory(ccwVariable);
    Optional<AdjudicationComponent> adjudication = actuals.stream().filter(a -> isCodeInConcept(a.getCategory(), expectedCategory.getCodingFirstRep().getSystem(), expectedCategory.getCodingFirstRep().getCode())).findAny();
    assertTrue(adjudication.isPresent());
    assertEquivalent(expectedAmount, adjudication.get().getAmount().getValue());
    return adjudication.get();
}

Example 4 with CcwCodebookInterface

use of gov.cms.bfd.model.codebook.model.CcwCodebookInterface in project beneficiary-fhir-data by CMSgov.

the class TransformerTestUtils method assertQuantityUnitInfoEquals.

/**
 * @param ccwVariableForQuantity the {@link CcwCodebookVariable} that was mapped to a {@link
 *     Quantity} {@link Extension}
 * @param ccwVariableForUnit the {@link CcwCodebookVariable} that was mapped to a {@link Quantity}
 *     unit
 * @param expectedUnitCode the expected {@link Quantity#getCode()} value
 * @param actualElement the FHIR element to find and verify the {@link Extension} of
 */
static void assertQuantityUnitInfoEquals(CcwCodebookInterface ccwVariableForQuantity, CcwCodebookInterface ccwVariableForUnit, Object expectedUnitCode, IBaseHasExtensions actualElement) {
    String expectedExtensionUrl = CCWUtils.calculateVariableReferenceUrl(ccwVariableForQuantity);
    Optional<? extends IBaseExtension<?, ?>> actualExtension = actualElement.getExtension().stream().filter(e -> e.getUrl().equals(expectedExtensionUrl)).findFirst();
    assertTrue(actualExtension.isPresent());
    assertTrue(actualExtension.get().getValue() instanceof Quantity);
    Quantity actualQuantity = (Quantity) actualExtension.get().getValue();
    String expectedUnitCodeString;
    if (expectedUnitCode instanceof String)
        expectedUnitCodeString = (String) expectedUnitCode;
    else if (expectedUnitCode instanceof Character)
        expectedUnitCodeString = ((Character) expectedUnitCode).toString();
    else
        throw new BadCodeMonkeyException("Unsupported: " + expectedUnitCode);
    assertEquals(expectedUnitCodeString, actualQuantity.getCode());
    assertEquals(CCWUtils.calculateVariableReferenceUrl(ccwVariableForUnit), actualQuantity.getSystem());
}