def build_fhir_uuid_identifier(cls, identifiers, imis_object):
if hasattr(imis_object,'uuid') and imis_object.uuid is not None:
identifier = cls.build_fhir_identifier(imis_object.uuid,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_uuid_type_code())
identifiers.append(identifier)
elif hasattr(imis_object,'id') and imis_object.id is not None:
identifier = cls.build_fhir_identifier(imis_object.id,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_uuid_type_code())
identifiers.append(identifier)
else:
raise FHIRRequestProcessException(['Cannot construct an identifier, the object has no uuid nor id: {}'])
def build_fhir_chfid_identifier(cls, identifiers, imis_insuree):
if imis_insuree.chf_id is not None:
identifier = cls.build_fhir_identifier(
imis_insuree.chf_id,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_chfid_type_code())
identifiers.append(identifier)
def build_fhir_location_code_identifier(cls, identifiers, imis_hf):
if imis_hf is not None:
identifier = cls.build_fhir_identifier(
imis_hf.code,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_facility_id_type())
identifiers.append(identifier)
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 build_fhir_code_identifier(cls, identifiers, imis_claim_admin):
if imis_claim_admin.code:
identifier = cls.build_fhir_identifier(
imis_claim_admin.code,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_claim_admin_code_type())
identifiers.append(identifier)
def create_test_fhir_instance(self):
fhir_patient = Patient()
name = HumanName()
name.family = self._TEST_LAST_NAME
name.given = [self._TEST_OTHER_NAME]
name.use = NameUse.USUAL.value
fhir_patient.name = [name]
identifiers = []
chf_id = PatientConverter.build_fhir_identifier(
self._TEST_CHF_ID,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_chfid_type_code())
identifiers.append(chf_id)
passport = PatientConverter.build_fhir_identifier(
self._TEST_PASSPORT,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_passport_type_code())
identifiers.append(passport)
fhir_patient.identifier = identifiers
fhir_patient.birthDate = self._TEST_DOB
fhir_patient.gender = AdministrativeGender.MALE.value
fhir_patient.maritalStatus = PatientConverter.build_codeable_concept(
R4MaritalConfig.get_fhir_divorced_code(),
R4MaritalConfig.get_fhir_marital_status_system())
telecom = []
phone = PatientConverter.build_fhir_contact_point(
self._TEST_PHONE, ContactPointSystem.PHONE.value,
ContactPointUse.HOME.value)
telecom.append(phone)
email = PatientConverter.build_fhir_contact_point(
self._TEST_EMAIL, ContactPointSystem.EMAIL.value,
ContactPointUse.HOME.value)
telecom.append(email)
fhir_patient.telecom = telecom
addresses = []
current_address = PatientConverter.build_fhir_address(
self._TEST_ADDRESS, AddressUse.HOME.value,
AddressType.PHYSICAL.value)
addresses.append(current_address)
geolocation = PatientConverter.build_fhir_address(
self._TEST_GEOLOCATION, AddressUse.HOME.value,
AddressType.BOTH.value)
addresses.append(geolocation)
fhir_patient.address = addresses
return fhir_patient
def build_fhir_identifiers(cls, fhir_claim, imis_claim):
identifiers = []
cls.build_fhir_uuid_identifier(identifiers, imis_claim)
claim_code = cls.build_fhir_identifier(
imis_claim.code,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_claim_code_type())
identifiers.append(claim_code)
fhir_claim.identifier = identifiers
def get_fhir_identifier_by_code(cls, identifiers, lookup_code):
value = None
for identifier in identifiers or []:
first_coding = cls.get_first_coding_from_codeable_concept(identifier.type)
if first_coding.system == R4IdentifierConfig.get_fhir_identifier_type_system() \
and first_coding.code == lookup_code:
value = identifier.value
break
return value
def build_fhir_passport_identifier(cls, identifiers, imis_insuree):
if hasattr(imis_insuree,
"typeofid") and imis_insuree.typeofid is not None:
pass # TODO typeofid isn't provided, this section should contain logic used to create passport field based on typeofid
elif imis_insuree.passport is not None:
identifier = cls.build_fhir_identifier(
imis_insuree.passport,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_passport_type_code())
identifiers.append(identifier)
def create_test_fhir_instance(self):
fhir_claim_response = ClaimResponse()
fhir_claim_response.id = self._TEST_UUID
pk_id = ClaimResponseConverter.build_fhir_identifier(
self._TEST_UUID,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_uuid_type_code())
claim_code = ClaimResponseConverter.build_fhir_identifier(
self._TEST_CODE,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_claim_code_type())
fhir_claim_response.identifier = [pk_id, claim_code]
display = R4ClaimConfig.get_fhir_claim_status_rejected_code()
fhir_claim_response.outcome = ClaimResponseConverter.build_codeable_concept(
self._TEST_STATUS, system=None, text=display)
fhir_payment = ClaimResponsePayment()
fhir_payment.adjustmentReason = ClaimResponseConverter.build_simple_codeable_concept(
self._TEST_ADJUSTMENT)
fhir_payment.date = self._TEST_DATE_PROCESSED
fhir_claim_response.payment = fhir_payment
#total_approved = Money()
#total_approved.value = self._TEST_APPROVED
#fhir_claim_response.totalBenefit = total_approved
fhir_error = ClaimResponseError()
fhir_error.code = ClaimResponseConverter.build_codeable_concept(
self._TEST_REJECTION_REASON)
fhir_claim_response.error = [fhir_error]
# This is an IMIS object that is converted to FHIR
feedback = Feedback()
feedback.id = self._TEST_FEEDBACK_ID
feedback.uuid = self._TEST_FEEDBACK_UUID
fhir_claim_response.communicationRequest = \
[CommunicationRequestConverter.build_fhir_resource_reference(feedback)]
self.build_response_item(fhir_claim_response)
self.build_response_service(fhir_claim_response)
return fhir_claim_response
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
def create_test_fhir_instance(self):
fhir_communication_request = CommunicationRequest()
fhir_communication_request.id = self._TEST_FEEDBACK_UUID
fhir_communication_request.occurrenceDateTime = self._TEST_FEEDBACK_DATE
identifiers = []
identifier = Converter.build_fhir_identifier(self._TEST_FEEDBACK_UUID,
R4IdentifierConfig.get_fhir_identifier_type_system(),
R4IdentifierConfig.get_fhir_uuid_type_code())
identifiers.append(identifier)
fhir_communication_request.identifier = identifiers
reasons = [Converter.build_codeable_concept(Config.get_fhir_care_rendered_code(),
text=str(self._TEST_CARE_RENDERED)),
Converter.build_codeable_concept(Config.get_fhir_payment_asked_code(),
text=str(self._TEST_PAYMENT_ASKED)),
Converter.build_codeable_concept(Config.get_fhir_drug_prescribed_code(),
text=str(self._TEST_DRUG_PRESCRIBED)),
Converter.build_codeable_concept(Config.get_fhir_drug_received_code(),
text=str(self._TEST_DRUG_RECEIVED)),
Converter.build_codeable_concept(Config.get_fhir_asessment_code(),
text=str(self._TEST_ASESSMENT))]
fhir_communication_request.reasonCode = reasons
return fhir_communication_request
