use of au.csiro.pathling.fhirpath.UntypedResourcePath in project pathling by aehrc.
the class OfTypeFunctionTest method resolvesPolymorphicReference.
@Test
void resolvesPolymorphicReference() {
final Dataset<Row> inputDataset = new DatasetBuilder(spark).withIdColumn().withEidColumn().withTypeColumn().withStructTypeColumns(referenceStructType()).withRow("encounter-1", makeEid(1), "Patient", RowFactory.create(null, "Patient/patient-1", null)).withRow("encounter-1", makeEid(0), "Patient", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-2", makeEid(0), "Patient", RowFactory.create(null, "Patient/patient-3", null)).withRow("encounter-2", makeEid(1), "Group", RowFactory.create(null, "Group/group-1", null)).withRow("encounter-3", makeEid(0), "Patient", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-4", makeEid(0), "Patient", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-5", makeEid(0), "Group", RowFactory.create(null, "Group/group-1", null)).withRow("encounter-6", null, null, null).buildWithStructValue();
final UntypedResourcePath inputPath = new UntypedResourcePathBuilder(spark).expression("subject.resolve()").dataset(inputDataset).idEidTypeAndValueColumns().singular(false).build();
final Dataset<Row> argumentDataset = new ResourceDatasetBuilder(spark).withIdColumn().withColumn(DataTypes.StringType).withColumn(DataTypes.BooleanType).withRow("patient-1", "female", true).withRow("patient-2", "female", false).withRow("patient-3", "male", true).build();
when(database.read(ResourceType.PATIENT)).thenReturn(argumentDataset);
final ResourcePath argumentPath = new ResourcePathBuilder(spark).database(database).resourceType(ResourceType.PATIENT).expression("Patient").build();
final ParserContext parserContext = new ParserContextBuilder(spark, fhirContext).idColumn(inputPath.getIdColumn()).build();
final NamedFunctionInput ofTypeInput = new NamedFunctionInput(parserContext, inputPath, Collections.singletonList(argumentPath));
final NamedFunction ofType = NamedFunction.getInstance("ofType");
final FhirPath result = ofType.invoke(ofTypeInput);
assertTrue(result instanceof ResourcePath);
assertThat((ResourcePath) result).hasExpression("subject.resolve().ofType(Patient)").isNotSingular().hasResourceType(ResourceType.PATIENT);
final Dataset<Row> expectedDataset = new DatasetBuilder(spark).withIdColumn().withEidColumn().withIdColumn().withRow("encounter-1", makeEid(0), "patient-2").withRow("encounter-1", makeEid(1), "patient-1").withRow("encounter-2", makeEid(0), "patient-3").withRow("encounter-2", makeEid(1), null).withRow("encounter-3", makeEid(0), "patient-2").withRow("encounter-4", makeEid(0), "patient-2").withRow("encounter-5", makeEid(0), null).withRow("encounter-6", null, null).build();
assertThat(result).selectOrderedResultWithEid().hasRows(expectedDataset);
}
use of au.csiro.pathling.fhirpath.UntypedResourcePath in project pathling by aehrc.
the class OfTypeFunctionTest method throwsErrorIfMoreThanOneArgument.
@Test
void throwsErrorIfMoreThanOneArgument() {
final UntypedResourcePath input = new UntypedResourcePathBuilder(spark).expression("subject").build();
final ResourcePath argument1 = new ResourcePathBuilder(spark).expression("Patient").build();
final ResourcePath argument2 = new ResourcePathBuilder(spark).expression("Condition").build();
final ParserContext parserContext = new ParserContextBuilder(spark, fhirContext).build();
final NamedFunctionInput ofTypeInput = new NamedFunctionInput(parserContext, input, Arrays.asList(argument1, argument2));
final NamedFunction ofTypeFunction = NamedFunction.getInstance("ofType");
final InvalidUserInputError error = assertThrows(InvalidUserInputError.class, () -> ofTypeFunction.invoke(ofTypeInput));
assertEquals("ofType function must have one argument: subject.ofType(Patient, Condition)", error.getMessage());
}
use of au.csiro.pathling.fhirpath.UntypedResourcePath in project pathling by aehrc.
the class ResolveFunctionTest method polymorphicResolve.
@Test
void polymorphicResolve() {
final Optional<ElementDefinition> optionalDefinition = FhirHelpers.getChildOfResource(fhirContext, "Encounter", "subject");
assertTrue(optionalDefinition.isPresent());
final ElementDefinition definition = optionalDefinition.get();
final Dataset<Row> referenceDataset = new DatasetBuilder(spark).withIdColumn().withStructTypeColumns(referenceStructType()).withRow("encounter-1", RowFactory.create(null, "Patient/patient-1", null)).withRow("encounter-2", RowFactory.create(null, "Patient/patient-3", null)).withRow("encounter-3", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-4", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-5", RowFactory.create(null, "Group/group-1", null)).buildWithStructValue();
final ElementPath referencePath = new ElementPathBuilder(spark).expression("Encounter.subject").dataset(referenceDataset).idAndValueColumns().singular(true).definition(definition).buildDefined();
final Dataset<Row> patientDataset = new ResourceDatasetBuilder(spark).withIdColumn().withColumn(DataTypes.StringType).withColumn(DataTypes.BooleanType).withRow("patient-1", "female", true).withRow("patient-2", "female", false).withRow("patient-3", "male", true).build();
when(database.read(ResourceType.PATIENT)).thenReturn(patientDataset);
final Dataset<Row> groupDataset = new ResourceDatasetBuilder(spark).withIdColumn().withColumn(DataTypes.StringType).withColumn(DataTypes.BooleanType).withRow("group-1", "Some group", true).build();
when(database.read(ResourceType.GROUP)).thenReturn(groupDataset);
final NamedFunctionInput resolveInput = buildFunctionInput(referencePath);
final FhirPath result = invokeResolve(resolveInput);
assertTrue(result instanceof UntypedResourcePath);
assertThat((UntypedResourcePath) result).hasExpression("Encounter.subject.resolve()").isSingular();
final Dataset<Row> expectedDataset = new DatasetBuilder(spark).withIdColumn().withTypeColumn().withStructTypeColumns(referenceStructType()).withRow("encounter-1", "Patient", RowFactory.create(null, "Patient/patient-1", null)).withRow("encounter-2", "Patient", RowFactory.create(null, "Patient/patient-3", null)).withRow("encounter-3", "Patient", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-4", "Patient", RowFactory.create(null, "Patient/patient-2", null)).withRow("encounter-5", "Group", RowFactory.create(null, "Group/group-1", null)).buildWithStructValue();
assertThat((UntypedResourcePath) result).selectUntypedResourceResult().hasRows(expectedDataset);
}
use of au.csiro.pathling.fhirpath.UntypedResourcePath in project pathling by aehrc.
the class ResolveFunctionTest method polymorphicResolveAnyType.
@Test
void polymorphicResolveAnyType() {
final Optional<ElementDefinition> optionalDefinition = FhirHelpers.getChildOfResource(fhirContext, "Condition", "evidence").flatMap(child -> child.getChildElement("detail"));
assertTrue(optionalDefinition.isPresent());
final ElementDefinition definition = optionalDefinition.get();
TestHelpers.mockAllEmptyResources(database, spark, fhirEncoders);
final Dataset<Row> referenceDataset = new DatasetBuilder(spark).withIdColumn().withEidColumn().withStructTypeColumns(referenceStructType()).withRow("condition-1", makeEid(0), RowFactory.create(null, "Observation/observation-1", null)).withRow("condition-2", makeEid(0), RowFactory.create(null, "ClinicalImpression/clinicalimpression-1", null)).buildWithStructValue();
final ElementPath referencePath = new ElementPathBuilder(spark).expression("Condition.evidence.detail").dataset(referenceDataset).idAndEidAndValueColumns().singular(false).definition(definition).buildDefined();
final Dataset<Row> observationDataset = new ResourceDatasetBuilder(spark).withIdColumn().withColumn(DataTypes.StringType).withRow("observation-1", "registered").build();
when(database.read(ResourceType.OBSERVATION)).thenReturn(observationDataset);
final Dataset<Row> clinicalImpressionDataset = new ResourceDatasetBuilder(spark).withIdColumn().withColumn(DataTypes.StringType).withRow("clinicalimpression-1", "in-progress").build();
when(database.read(ResourceType.CLINICALIMPRESSION)).thenReturn(clinicalImpressionDataset);
final NamedFunctionInput resolveInput = buildFunctionInput(referencePath);
final FhirPath result = invokeResolve(resolveInput);
assertTrue(result instanceof UntypedResourcePath);
assertThat((UntypedResourcePath) result).hasExpression("Condition.evidence.detail.resolve()").isNotSingular();
final Dataset<Row> expectedDataset = new DatasetBuilder(spark).withIdColumn().withTypeColumn().withStructTypeColumns(referenceStructType()).withRow("condition-1", "Observation", RowFactory.create(null, "Observation/observation-1", null)).withRow("condition-2", "ClinicalImpression", RowFactory.create(null, "ClinicalImpression/clinicalimpression-1", null)).buildWithStructValue();
assertThat((UntypedResourcePath) result).selectUntypedResourceResult().hasRows(expectedDataset);
}
use of au.csiro.pathling.fhirpath.UntypedResourcePath in project pathling by aehrc.
the class IifFunctionTest method throwsErrorWithUntypedResourceAndLiteralResults.
@Test
void throwsErrorWithUntypedResourceAndLiteralResults() {
final NonLiteralPath condition = new ElementPathBuilder(spark).fhirType(FHIRDefinedType.BOOLEAN).expression("valueBoolean").singular(true).build().toThisPath();
final UntypedResourcePath ifTrue = new UntypedResourcePathBuilder(spark).expression("someUntypedResource").build();
final StringLiteralPath otherwise = StringLiteralPath.fromString("foo", condition);
final NamedFunctionInput iifInput = new NamedFunctionInput(parserContext, condition, Arrays.asList(condition, ifTrue, otherwise));
final NamedFunction notFunction = NamedFunction.getInstance("iif");
final InvalidUserInputError error = assertThrows(InvalidUserInputError.class, () -> notFunction.invoke(iifInput));
assertEquals("Paths cannot be merged into a collection together: someUntypedResource, 'foo'", error.getMessage());
}
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