def create_message_segment_registration_details(self) -> MessageSegmentDeathRegistrationDetails:
"""
Create the message segment registration details for a death from the fhir operation
:return: MessageSegmentDeathRegistrationDetails
"""
transaction_number = finders.get_parameter_value(fhir_operation=self.fhir_operation,
parameter_name=ParameterName.TRANSACTION_NO)
practitioner_details = finders.find_resource(fhir_operation=self.fhir_operation,
resource_type=ResourceType.PRACTITIONER)
party_id = f"{practitioner_details.identifier[0].value},{practitioner_details.identifier[1].value}"
patient_details = finders.find_resource(fhir_operation=self.fhir_operation, resource_type=ResourceType.PATIENT)
deceased_date_time = patient_details.deceasedDateTime.as_json()
formatted_deceased_date_time = date_formatter.format_date(date_time=deceased_date_time, format_qualifier="102")
free_text = finders.get_parameter_value(fhir_operation=self.fhir_operation,
parameter_name=ParameterName.FREE_TEXT)
msg_seg_registration_details = MessageSegmentDeathRegistrationDetails(transaction_number=transaction_number,
party_id=party_id,
date_time=formatted_deceased_date_time,
free_text=free_text)
return msg_seg_registration_details
def create_interchange(
self,
fhir_operation: OperationDefinition) -> Tuple[str, str, str, str]:
"""
Create the edifact interchange from the fhir operation definition
:param fhir_operation: The operation definition payload
:return: a tuple consisting of the sender cypher, recipient cypher, interchange sequence number
and the generated edifact interchange.
"""
interchange_sequence_number = finders.get_parameter_value(
fhir_operation, parameter_name=ParameterName.INTERCHANGE_SEQ_NO)
sender_cypher = finders.get_parameter_value(
fhir_operation, parameter_name=ParameterName.SENDER_CYPHER)
nhais_cypher = finders.get_parameter_value(
fhir_operation, parameter_name=ParameterName.NHAIS_CYPHER)
recipient = common_adaptor.generate_recipient_from(nhais_cypher)
formatted_date_time = date_formatter.format_date(
date_time=fhir_operation.date.as_json())
message_adaptor = self.operation_dict[
fhir_operation.name]["messageAdaptor"](fhir_operation)
messages = Messages(messages=[message_adaptor.create_message()])
interchange = Interchange(sender=sender_cypher,
recipient=recipient,
sequence_number=interchange_sequence_number,
date_time=formatted_date_time,
messages=messages)
edifact_interchange = (sender_cypher, recipient,
interchange_sequence_number,
interchange.to_edifact())
return edifact_interchange
def create_message_beginning(self) -> MessageBeginning:
"""
Create the beginning of the message
:return: MessageBeginning
"""
nhais_id = finders.get_parameter_value(
fhir_operation=self.fhir_operation,
parameter_name=ParameterName.NHAIS_CYPHER)
ref_number = self.get_reference_number()
formatted_date_time = date_formatter.format_date(
date_time=self.fhir_operation.date.as_json(),
format_qualifier="203")
msg_bgn = MessageBeginning(party_id=nhais_id,
date_time=formatted_date_time,
ref_number=ref_number)
return msg_bgn
def create_message_segment_patient_detail(self) -> MessageSegmentBirthPatientDetails:
"""
Create the message segment patient details for a birth registration from the fhir operation
:return: MessageSegmentBirthPatientDetails
"""
gender_map = {'unknown': 0, 'male': 1, 'female': 2, 'other': 9}
patient = finders.find_resource(self.fhir_operation, resource_type=ResourceType.PATIENT)
edi_name = create_patient_name(patient.name[0])
edi_address = create_patient_address(patient.address[0])
formatted_date_of_birth = date_formatter.format_date(date_time=patient.birthDate.as_json(),
format_qualifier="102", current_format="%Y-%m-%d")
msg_seg_patient_details = MessageSegmentBirthPatientDetails(id_number=patient.identifier[0].value,
name=edi_name,
date_of_birth=formatted_date_of_birth,
gender=gender_map[patient.gender],
address=edi_address)
return msg_seg_patient_details
def create_message_segment_registration_details(self) -> MessageSegmentBirthRegistrationDetails:
"""
Create the message segment registration details for a birth registration from the fhir operation
:return: MessageSegmentBirthRegistrationDetails
"""
transaction_number = finders.get_parameter_value(fhir_operation=self.fhir_operation,
parameter_name=ParameterName.TRANSACTION_NO)
practitioner_details = finders.find_resource(fhir_operation=self.fhir_operation,
resource_type=ResourceType.PRACTITIONER)
party_id = f"{practitioner_details.identifier[0].value},{practitioner_details.identifier[1].value}"
patient_details = finders.find_resource(fhir_operation=self.fhir_operation, resource_type=ResourceType.PATIENT)
birth_location = patient_details.extension[0].valueAddress.city
formatted_date_time = date_formatter.format_date(date_time=self.fhir_operation.date.as_json(),
format_qualifier="102")
msg_seg_registration_details = MessageSegmentBirthRegistrationDetails(transaction_number=transaction_number,
party_id=party_id,
date_time=formatted_date_time,
location=birth_location)
return msg_seg_registration_details
def test_format_date_when_current_format_is_not_the_default(self):
date_time = "2019-04-23"
formatted_date = formatter.format_date(date_time=date_time, format_qualifier="102", current_format="%Y-%m-%d")
self.assertEqual(formatted_date, "20190423")
def test_format_date_for_qualifier_default(self):
date_time = "2019-04-23 09:00:04.159338"
formatted_date = formatter.format_date(date_time=date_time)
self.assertEqual(formatted_date, "190423:0900")
def test_format_date_for_qualifier_102(self):
date_time = "2019-04-23 09:00:04.159338"
formatted_date = formatter.format_date(date_time=date_time, format_qualifier="102")
self.assertEqual(formatted_date, "20190423")