def testAreSameMessageType_withSameMessageType_returnsTrue(self):
"""Test are_same_message_type with the same message types."""
patient_a = patient_pb2.Patient()
patient_b = patient_pb2.Patient()
self.assertTrue(
proto_utils.are_same_message_type(patient_a.DESCRIPTOR,
patient_b.DESCRIPTOR))
self.assertTrue(
proto_utils.are_same_message_type(patient_pb2.Patient.DESCRIPTOR,
patient_pb2.Patient.DESCRIPTOR))
def testCopyCommonField_notPresentInBothMessages_raisesException(self):
"""Tests copy_common_field with an invalid descriptor raises."""
first_patient = patient_pb2.Patient(
active=datatypes_pb2.Boolean(value=True))
second_patient = patient_pb2.Patient(
active=datatypes_pb2.Boolean(value=False))
with self.assertRaises(ValueError) as ve:
proto_utils.copy_common_field(first_patient, second_patient, "value")
self.assertIsInstance(ve.exception, ValueError)
def _create_patient_with_names(self,
names: List[str]) -> patient_pb2.Patient:
patient = patient_pb2.Patient()
for name in names:
patient.name.append(
datatypes_pb2.HumanName(text=datatypes_pb2.String(value=name)))
return patient
def testGetValueAtFieldIndex_invalidIndex_raisesException(self):
"""Test get_value_at_field_index with an invalid index."""
patient = patient_pb2.Patient(active=datatypes_pb2.Boolean(value=True))
with self.assertRaises(ValueError) as ve:
proto_utils.get_value_at_field_index(patient, "active", 1)
self.assertIsInstance(ve.exception, ValueError)
def testGetStructureDefinitionUrl_withFhirType_returnsValue(self):
"""Test get_structure_definition_url functionality on FHIR types."""
boolean = datatypes_pb2.Boolean()
boolean_descriptor_proto = self._descriptor_proto_for_descriptor(
boolean.DESCRIPTOR)
code = datatypes_pb2.Code()
code_descriptor_proto = self._descriptor_proto_for_descriptor(
code.DESCRIPTOR)
patient = patient_pb2.Patient()
patient_descriptor_proto = self._descriptor_proto_for_descriptor(
patient.DESCRIPTOR)
self.assertEqual(
annotation_utils.get_structure_definition_url(boolean),
_BOOLEAN_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(boolean.DESCRIPTOR),
_BOOLEAN_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(code),
_CODE_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(patient),
_PATIENT_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(patient.DESCRIPTOR),
_PATIENT_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(boolean_descriptor_proto),
_BOOLEAN_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(code_descriptor_proto),
_CODE_STRUCTURE_DEFINITION_URL)
self.assertEqual(
annotation_utils.get_structure_definition_url(patient_descriptor_proto),
_PATIENT_STRUCTURE_DEFINITION_URL)
def testMessageIsType_withActualMessageType_returnsTrue(self):
"""Test MessageIsType functionality against the proper FHIR type."""
patient = patient_pb2.Patient()
self.assertTrue(proto_utils.is_message_type(patient, patient_pb2.Patient))
boolean = datatypes_pb2.Boolean()
self.assertTrue(proto_utils.is_message_type(boolean, datatypes_pb2.Boolean))
def testGetFhirExtensions_withExtensions_returnsList(self):
"""Tests get_fhir_extensions returns a non-empty list with extensions."""
patient = patient_pb2.Patient()
patient.extension.add(url=datatypes_pb2.Uri(value='abcd'),
value=datatypes_pb2.Extension.ValueX(
boolean=datatypes_pb2.Boolean(value=True)))
self.assertLen(extensions.get_fhir_extensions(patient), 1)
def testIsResource_withPatient_returnsTrue(self):
"""Test is_resource functionality on non-primitive input."""
patient = patient_pb2.Patient()
patient_descriptor_proto = self._descriptor_proto_for_descriptor(
patient.DESCRIPTOR)
self.assertTrue(annotation_utils.is_resource(patient))
self.assertTrue(annotation_utils.is_resource(patient.DESCRIPTOR))
self.assertTrue(annotation_utils.is_resource(patient_descriptor_proto))
def testSetValueAtField_singleCompositeValue_setsValue(self):
"""Test set_value_at_field with a singular compositie type."""
patient = patient_pb2.Patient(active=datatypes_pb2.Boolean(value=False))
self.assertFalse(patient.active.value)
proto_utils.set_value_at_field(patient, "active",
datatypes_pb2.Boolean(value=True))
self.assertTrue(patient.active.value)
def testGetValueRegexForPrimitiveType_withCompound_returnsNone(self):
"""Test get_value_regex_for_primitive_type on non-primitives."""
patient = patient_pb2.Patient()
self.assertIsNone(
annotation_utils.get_value_regex_for_primitive_type(patient))
self.assertIsNone(
annotation_utils.get_value_regex_for_primitive_type(
patient.DESCRIPTOR))
def testMessageIsType_withDifferentMessageType_returnsFalse(self):
"""Test MessageIsType functionality against a different FHIR type."""
patient = patient_pb2.Patient()
self.assertFalse(
proto_utils.is_message_type(patient, datatypes_pb2.Boolean))
boolean = datatypes_pb2.Boolean()
self.assertFalse(proto_utils.is_message_type(boolean, patient_pb2.Patient))
def testIsPrimitiveType_withPatient_returnsFalse(self):
"""Test is_primitive_type functionality on non-primitive input."""
patient = patient_pb2.Patient()
patient_descriptor_proto = self._descriptor_proto_for_descriptor(
patient.DESCRIPTOR)
self.assertFalse(annotation_utils.is_primitive_type(patient))
self.assertFalse(annotation_utils.is_primitive_type(patient.DESCRIPTOR))
self.assertFalse(
annotation_utils.is_primitive_type(patient_descriptor_proto))
def testAppendValueAtField_singularCompositeValue_raises(self):
"""Test append_value_at_field with a singular composite type."""
patient = patient_pb2.Patient()
active = datatypes_pb2.Boolean(value=True)
with self.assertRaises(ValueError) as ve:
proto_utils.append_value_at_field(patient, "active", active)
self.assertIsInstance(ve.exception, ValueError)
def testIsChoiceType_withInvalidChoiceType_returnsFalse(self):
"""Test is_choice_type functionality on invalid input."""
boolean = datatypes_pb2.Boolean()
value_fd = boolean.DESCRIPTOR.fields_by_name['value']
self.assertFalse(annotation_utils.is_choice_type_field(value_fd))
patient = patient_pb2.Patient()
text_fd = patient.DESCRIPTOR.fields_by_name['text']
self.assertFalse(annotation_utils.is_choice_type_field(text_fd))
def testCreateMessageFromDescriptor_withArguments_returnsMessage(self):
"""Tests that the correct class is instantiated with kwargs."""
patient_name = datatypes_pb2.HumanName(
text=datatypes_pb2.String(value="Foo"),
family=datatypes_pb2.String(value="Bar"))
expected_patient = patient_pb2.Patient(name=[patient_name])
actual_patient = proto_utils.create_message_from_descriptor(
patient_pb2.Patient.DESCRIPTOR, name=[patient_name])
self.assertEqual(expected_patient, actual_patient)
def testAreSameMessageType_withDifferentMessageType_returnsFalse(self):
"""Test are_same_message_type with two different message types."""
patient = patient_pb2.Patient()
uscore_patient_profile = uscore_pb2.USCorePatientProfile()
self.assertFalse(
proto_utils.are_same_message_type(patient.DESCRIPTOR,
uscore_patient_profile.DESCRIPTOR))
self.assertFalse(
proto_utils.are_same_message_type(patient_pb2.Patient.DESCRIPTOR,
uscore_patient_profile.DESCRIPTOR))
def testGetValueAtField_withRepeatedComposite_returnsList(self):
"""Test get_value_at_field with a repeated composite field."""
patient_names = [
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Foo")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Bar")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Bats")),
]
patient = patient_pb2.Patient(name=patient_names)
result = proto_utils.get_value_at_field(patient, "name")
self.assertEqual(result, patient_names)
def testSetValueAtFieldIndex_singleCompositeField_setsValue(self):
"""Test set_value_at_field_index with a singular composite type."""
known_gender = patient_pb2.Patient.GenderCode(
value=codes_pb2.AdministrativeGenderCode.MALE)
unknown_gender = patient_pb2.Patient.GenderCode(
value=codes_pb2.AdministrativeGenderCode.UNKNOWN)
patient = patient_pb2.Patient(gender=unknown_gender)
self.assertEqual(patient.gender, unknown_gender)
proto_utils.set_value_at_field_index(patient, "gender", 0, known_gender)
self.assertEqual(patient.gender, known_gender)
def testIsProfileOf_withInvalidProfile_returnsFalse(self):
"""Tests is_profile_of functionality with an invalid profile of Patient."""
patient = patient_pb2.Patient()
observation = observation_pb2.Observation()
self.assertFalse(annotation_utils.is_profile_of(patient, observation))
self.assertFalse(
annotation_utils.is_profile_of(patient, observation.DESCRIPTOR))
self.assertFalse(
annotation_utils.is_profile_of(patient.DESCRIPTOR, observation))
self.assertFalse(
annotation_utils.is_profile_of(patient.DESCRIPTOR,
observation.DESCRIPTOR))
def testSetInParentOrAdd_withSingularComposite_returnsMessage(self):
"""Test set_in_parent_or_add with a singlular composite field."""
patient = patient_pb2.Patient()
self.assertFalse(proto_utils.field_is_set(patient, "active"))
active_set_in_parent = proto_utils.set_in_parent_or_add(patient, "active")
self.assertTrue(proto_utils.field_is_set(patient, "active"))
self.assertFalse(active_set_in_parent.value)
self.assertFalse(patient.active.value)
active_set_in_parent.value = True
self.assertTrue(active_set_in_parent.value)
self.assertTrue(patient.active.value)
def testSetInParentOrAdd_withRepeatedComposite_returnsMessage(self):
"""Test set_in_parent_or_add with repeated composite field."""
patient = patient_pb2.Patient()
self.assertFalse(proto_utils.field_is_set(patient, "name"))
name_set_in_parent = proto_utils.set_in_parent_or_add(patient, "name")
self.assertTrue(proto_utils.field_is_set(patient, "name"))
self.assertEmpty(name_set_in_parent.text.value)
self.assertEmpty(patient.name[0].text.value)
name_set_in_parent.text.value = "Foo"
self.assertEqual(name_set_in_parent.text.value, "Foo")
self.assertEqual(patient.name[0].text.value, "Foo")
def testIsProfileOf_withValidProfile_returnsTrue(self):
"""Tests is_profile_of functionality with a valid Patient profile."""
patient = patient_pb2.Patient()
uscore_patient_profile = uscore_pb2.USCorePatientProfile()
self.assertTrue(
annotation_utils.is_profile_of(patient, uscore_patient_profile))
self.assertTrue(
annotation_utils.is_profile_of(patient.DESCRIPTOR,
uscore_patient_profile))
self.assertTrue(
annotation_utils.is_profile_of(patient,
uscore_patient_profile.DESCRIPTOR))
self.assertTrue(
annotation_utils.is_profile_of(patient.DESCRIPTOR,
uscore_patient_profile.DESCRIPTOR))
def testAppendValueAtField_repeatedCompositeValue_appendsValue(self):
"""Test append_value_at_field with a repeated composite type."""
patient = patient_pb2.Patient()
patient_names = [
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Foo")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Bar")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Bats")),
]
self.assertEqual(proto_utils.field_content_length(patient, "name"), 0)
for name in patient_names:
proto_utils.append_value_at_field(patient, "name", name)
self.assertEqual(proto_utils.field_content_length(patient, "name"), 3)
self.assertEqual(patient.name[:], patient_names)
def testSetValueAtField_repeatedCompositeValue_setsList(self):
"""Test set_value_at_field with a repeated composite type."""
old_names = [
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="A")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="B")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="C")),
]
patient = patient_pb2.Patient(name=old_names)
self.assertEqual(patient.name[:], old_names)
new_names = [
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Foo")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Bar")),
datatypes_pb2.HumanName(text=datatypes_pb2.String(value="Bats")),
]
proto_utils.set_value_at_field(patient, "name", new_names)
self.assertEqual(patient.name[:], new_names)
def testGetFhirVersion_withValidInput_returnsCorrectVersion(self):
"""Tests get_fhir_version to ensure that the correct version is returned."""
patient = patient_pb2.Patient()
uscore_patient = uscore_pb2.USCorePatientProfile()
self.assertEqual(
annotation_utils.get_fhir_version(patient), _R4_FHIR_VERSION)
self.assertEqual(
annotation_utils.get_fhir_version(uscore_patient), _R4_FHIR_VERSION)
self.assertEqual(
annotation_utils.get_fhir_version(patient.DESCRIPTOR), _R4_FHIR_VERSION)
self.assertEqual(
annotation_utils.get_fhir_version(uscore_patient.DESCRIPTOR),
_R4_FHIR_VERSION)
self.assertEqual(
annotation_utils.get_fhir_version(patient.DESCRIPTOR.file),
_R4_FHIR_VERSION)
self.assertEqual(
annotation_utils.get_fhir_version(uscore_patient.DESCRIPTOR.file),
_R4_FHIR_VERSION)
def testCreateMessageFromDescriptor_returnsMessage(self):
"""Tests that the correct class is returned for a message."""
self.assertEqual(
proto_utils.create_message_from_descriptor(
patient_pb2.Patient.DESCRIPTOR), patient_pb2.Patient())
def testFieldIsSet_withUnsetField_returnsFalse(self): """Test field_is_set with an unset field.""" default_patient = patient_pb2.Patient() # Leave active unset self.assertFalse(proto_utils.field_is_set(default_patient, "active"))
def testFieldIsSet_withSetField_returnsTrue(self): """Test field_is_set with a set field.""" patient = patient_pb2.Patient(active=datatypes_pb2.Boolean(value=True)) self.assertTrue(proto_utils.field_is_set(patient, "active"))
def testFieldContentLength_withNonExistentField_returnsZero(self):
"""Test field_content_length functionality on non-existent field input."""
default_patient = patient_pb2.Patient() # Leave active unset
self.assertEqual(
proto_utils.field_content_length(default_patient, "active"), 0)
def testFieldContentLength_withSingularField_returnsSingleCount(self): """Test field_content_length functionality on singular field input.""" patient = patient_pb2.Patient(active=datatypes_pb2.Boolean(value=True)) self.assertEqual(proto_utils.field_content_length(patient, "active"), 1)
