def verify_updated_obj(self, updated_obj):
self.assertTrue(isinstance(updated_obj, PractitionerRole))
self.assertEqual(
self._TEST_UPDATED_LOCATION_CODE,
LocationConverter.get_resource_id_from_reference(
updated_obj.location[0]))
self.assertEqual(
self._TEST_UPDATED_LOCATION_NAME,
LocationConverter.get_imis_obj_by_fhir_reference(
updated_obj.location[0]).name)
def update_resource(self, data):
new_location = self._create_and_save_hf()
new_location.name = self._TEST_UPDATED_LOCATION_NAME
new_location.code = self._TEST_UPDATED_LOCATION_CODE
new_location.save()
data['location'][0] = LocationConverter.build_fhir_resource_reference(
new_location).toDict()
def build_imis_health_facility(cls, errors, fhir_claim, imis_claim):
if fhir_claim.facility:
health_facility = LocationConverter.get_imis_obj_by_fhir_reference(
fhir_claim.facility)
if health_facility:
imis_claim.health_facility = health_facility
imis_claim.health_facility_code = health_facility.code
cls.valid_condition(imis_claim.health_facility is None,
gettext('Missing the facility reference'), errors)
def create_test_fhir_instance(self):
location = Location()
identifier = LocationConverter.build_fhir_identifier(
self._TEST_HF_CODE,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_facility_id_type())
location.identifier = [identifier]
location.name = self._TEST_HF_NAME
location.type = LocationConverter.build_codeable_concept(
R4LocationConfig.get_fhir_code_for_hospital(),
R4LocationConfig.get_fhir_location_site_type_system())
location.address = LocationConverter.build_fhir_address(
self._TEST_ADDRESS, AddressUse.HOME.value,
AddressType.PHYSICAL.value)
telecom = []
phone = LocationConverter.build_fhir_contact_point(
self._TEST_PHONE, ContactPointSystem.PHONE.value,
ContactPointUse.HOME.value)
telecom.append(phone)
fax = LocationConverter.build_fhir_contact_point(
self._TEST_FAX, ContactPointSystem.FAX.value,
ContactPointUse.HOME.value)
telecom.append(fax)
email = LocationConverter.build_fhir_contact_point(
self._TEST_EMAIL, ContactPointSystem.EMAIL.value,
ContactPointUse.HOME.value)
telecom.append(email)
location.telecom = telecom
return location
def verify_fhir_instance(self, fhir_obj):
for identifier in fhir_obj.identifier:
code = LocationConverter.get_first_coding_from_codeable_concept(
identifier.type).code
if code == R4IdentifierConfig.get_fhir_uuid_type_code():
self.assertEqual(fhir_obj.id, identifier.value)
elif code == R4IdentifierConfig.get_fhir_facility_id_type():
self.assertEqual(self._TEST_HF_CODE, identifier.value)
self.assertEqual(self._TEST_HF_NAME, fhir_obj.name)
type_code = LocationConverter.get_first_coding_from_codeable_concept(
fhir_obj.type).code
self.assertEqual(R4LocationConfig.get_fhir_code_for_hospital(),
type_code)
self.assertEqual(self._TEST_ADDRESS, fhir_obj.address.text)
self.assertEqual(3, len(fhir_obj.telecom))
for telecom in fhir_obj.telecom:
if telecom.system == ContactPointSystem.PHONE.value:
self.assertEqual(self._TEST_PHONE, telecom.value)
elif telecom.system == ContactPointSystem.EMAIL.value:
self.assertEqual(self._TEST_EMAIL, telecom.value)
elif telecom.system == ContactPointSystem.FAX.value:
self.assertEqual(self._TEST_FAX, telecom.value)
def create_test_fhir_instance(self):
fhir_claim = FHIRClaim()
fhir_claim.id = self._TEST_UUID
fhir_claim.patient = PatientConverter.build_fhir_resource_reference(
self._TEST_INSUREE)
claim_code = ClaimConverter.build_fhir_identifier(
self._TEST_CODE,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_claim_code_type())
fhir_claim.identifier = [claim_code]
billable_period = Period()
billable_period.start = self._TEST_DATE_FROM
billable_period.end = self._TEST_DATE_TO
fhir_claim.billablePeriod = billable_period
diagnoses = []
ClaimConverter.build_fhir_diagnosis(diagnoses,
self._TEST_DIAGNOSIS_CODE.code,
ImisClaimIcdTypes.ICD_0.value)
fhir_claim.diagnosis = diagnoses
total = Money()
total.value = self._TEST_CLAIMED
fhir_claim.total = total
fhir_claim.created = self._TEST_DATE_CLAIMED
fhir_claim.facility = LocationConverter.build_fhir_resource_reference(
self._TEST_HF)
supportingInfo = []
guarantee_id_code = R4ClaimConfig.get_fhir_claim_information_guarantee_id_code(
)
ClaimConverter.build_fhir_string_information(supportingInfo,
guarantee_id_code,
self._TEST_GUARANTEE_ID)
explanation_code = R4ClaimConfig.get_fhir_claim_information_explanation_code(
)
ClaimConverter.build_fhir_string_information(supportingInfo,
explanation_code,
self._TEST_EXPLANATION)
fhir_claim.supportingInfo = supportingInfo
fhir_claim.enterer = PractitionerConverter.build_fhir_resource_reference(
self._TEST_CLAIM_ADMIN)
fhir_claim.type = ClaimConverter.build_simple_codeable_concept(
self._TEST_VISIT_TYPE)
type = R4ClaimConfig.get_fhir_claim_item_code()
ClaimConverter.build_fhir_item(fhir_claim, self._TEST_ITEM_CODE, type,
self._TEST_ITEM)
type = R4ClaimConfig.get_fhir_claim_service_code()
ClaimConverter.build_fhir_item(fhir_claim, self._TEST_SERVICE_CODE,
type, self._TEST_SERVICE)
return fhir_claim
class LocationSerializer(BaseFHIRSerializer):
fhirConverter = LocationConverter()
def create(self, validated_data):
copied_data = copy.deepcopy(validated_data)
del copied_data['_state']
return Location.objects.create(**copied_data)
def update(self, instance, validated_data):
# TODO legalForm isn't covered because that value is missing in the model
# TODO LocationId isn't covered because that value is missing in the model
# TODO offline isn't covered in the current version of API
# TODO care_type isn't covered in the current version of API
instance.code = validated_data.get('code', instance.code)
instance.name = validated_data.get('name', instance.name)
instance.type = validated_data.get('type', instance.type)
instance.partOf = validated_data.get('partOf', instance.partOf)
instance.audit_user_id = self.get_audit_user_id()
instance.save()
return instance