async def process_payment(pay_msg: dict, flask_app: Flask):
"""Render the payment status."""
if not flask_app or not pay_msg:
raise QueueException('Flask App or token not available.')
with flask_app.app_context():
logger.debug('entering process payment: %s', pay_msg)
# capture_message(f'Queue Issue: Unable to find payment.id={payment_id} to place on email queue')
# return
if pay_msg.get('paymentToken', {}).get('statusCode') == PaymentState.TRANSACTION_FAILED.value:
# TODO: The customer has cancelled out of paying, so we could note this better
# technically the payment for this service is still pending
logger.debug('Failed transaction on queue:%s', pay_msg)
return
complete_payment_status = [PaymentState.COMPLETED.value, PaymentState.APPROVED.value]
if pay_msg.get('paymentToken', {}).get('statusCode') in complete_payment_status:
logger.debug('COMPLETED transaction on queue: %s', pay_msg)
if payment_token := pay_msg.get('paymentToken', {}).get('id'):
if payment := Payment.find_by_payment_token(payment_token):
if update_payment := await update_payment_record(payment):
payment = update_payment
await furnish_receipt_message(qsm, payment)
else:
async def test_update_payment_record(
app, session, test_name, action_code, start_request_state,
end_request_state, start_priority, end_priority, start_datetime,
days_after_start_datetime, start_payment_state, end_payment_state,
start_payment_date, end_payment_has_value, error):
"""Assert that the update_payment_record works as expected."""
from namex.models import Request, State, Payment
from namex_pay.worker import update_payment_record
print(test_name)
now = datetime.utcnow()
with freeze_time(now):
# setup
PAYMENT_TOKEN = 'dog'
NR_NUMBER = 'NR B000001'
name_request = Request()
name_request.nrNum = NR_NUMBER
name_request.stateCd = start_request_state
name_request._source = 'NRO'
name_request.expirationDate = start_datetime
name_request.priorityCd = start_priority
name_request.save_to_db()
payment = Payment()
payment.nrId = name_request.id
payment._payment_token = PAYMENT_TOKEN
payment._payment_status_code = start_payment_state
payment.payment_action = action_code
payment.furnished = False
payment._payment_completion_date = start_payment_date
payment.save_to_db()
# run test
if error: # expecting it to raise an error
with pytest.raises(error):
await update_payment_record(payment)
else:
# else it was processable
if not (payment_final := await update_payment_record(payment)):
payment_final = payment
nr_final = Request.find_by_nr(NR_NUMBER)
assert nr_final.stateCd == end_request_state
assert nr_final.priorityCd == end_priority
assert nr_final.expirationDate == (
start_datetime
or now) + timedelta(days=days_after_start_datetime)
assert eval(
f'payment_final.payment_completion_date {end_payment_has_value} None'
)
assert payment_final.payment_status_code == end_payment_state
def delete(self, nr_id, payment_id):
try:
# Find the existing name request
nr_model = RequestDAO.query.get(nr_id)
if not nr_model:
return jsonify(message=f'No NR found with id: {nr_id}.'), 404
# Find the existing payment record
payment = PaymentDAO.find_by_payment_token(payment_id)
if not payment:
return jsonify(message=f'No payment record with id: {payment_id}.'), 404
# check payment record state is CREATED
current_payment_state = payment.payment_status_code
if current_payment_state != PaymentStatusCode.CREATED.value:
return jsonify(message=f'Unable to cancel a payment record in {current_payment_state} state.'), 400
try:
# cancelling may change with refactor
cancel_payment(payment.payment_token)
payment.payment_status_code = PaymentState.CANCELLED.value
payment.save_to_db()
response_data = nr_model.json()
# Add the list of valid Name Request actions for the given state to the response
response_data['actions'] = get_nr_state_actions(nr_model.stateCd, nr_model)
return jsonify(response_data), 200
except PaymentServiceError as err:
# should only get here if there was a conflict (payment went through before cancel happened)
return handle_exception(err, err.message, 409)
except Exception as err:
return handle_exception(err, repr(err), 500)
def post(nr_num):
try:
# TODO: Validate NR string format
# if not RequestDAO.validNRFormat(nr_num):
# return jsonify(message='NR number is not in a valid format \'NR 9999999\''), 400
nr_draft = RequestDAO.find_by_nr(nr_num)
if not nr_draft:
# Should this be a 400 or 404... hmmm
return jsonify(message='{nr_num} not found'.format(nr_num=nr_num)), 400
json_input = request.get_json()
if not json_input:
return jsonify(message=MSG_BAD_REQUEST_NO_JSON_BODY), 400
elif isinstance(json_input, str):
json_input = json.loads(json_input)
# Grab the info we need off the request
payment_info = json_input.get('paymentInfo')
filing_info = json_input.get('filingInfo')
business_info = json_input.get('businessInfo')
# Create our payment request
req = PaymentRequest(
payment_info=payment_info,
filing_info=filing_info,
business_info=business_info
)
payment_response = create_payment(req)
if not payment_response:
raise PaymentServiceError(message=MSG_ERROR_CREATING_RESOURCE)
if payment_response and payment_response.status_code == PaymentStatusCode.CREATED.value:
# Save the payment info to Postgres
payment = PaymentDAO()
payment.nrId = nr_draft.id
payment.payment_token = str(payment_response.id)
payment.payment_completion_date = payment_response.created_on
payment.payment_status_code = PaymentState.CREATED.value
payment.save_to_db()
data = jsonify(payment_response.to_dict())
response = make_response(data, 200)
return response
except PaymentServiceError as err:
return handle_exception(err, err.message, 500)
except SBCPaymentException as err:
return handle_exception(err, err.message, 500)
except SBCPaymentError as err:
return handle_exception(err, err.message, 500)
except Exception as err:
return handle_exception(err, err, 500)
async def furnish_receipt_message(qsm: QueueServiceManager, payment: Payment): # pylint: disable=redefined-outer-name
"""Send receipt info to the mail queue if it hasn't yet been done."""
if payment.furnished == 'Y':
logger.debug(
'Queue Issue: Duplicate, already furnished receipt for payment.id=%s',
payment.id)
capture_message(
f'Queue Issue: Duplicate, already furnished receipt for payment.id={payment.id}'
)
return
nr = None
logger.debug('Start of the furnishing of receipt for payment record:%s',
payment.as_dict())
try:
payment.furnished = True
payment.save_to_db()
except Exception as err: # noqa: B902; bare exception to catch all
raise Exception('Unable to alter payment record.') from err
try:
nr = RequestDAO.find_by_id(payment.nrId)
cloud_event_msg = create_cloud_event_msg(
msg_id=str(uuid.uuid4()),
msg_type='bc.registry.names.request',
source=f'/requests/{nr.nrNum}',
time=datetime.utcfromtimestamp(
time.time()).replace(tzinfo=timezone.utc).isoformat(),
identifier=nr.nrNum,
json_data_body={
'request': {
'header': {
'nrNum': nr.nrNum
},
'paymentToken': payment.payment_token,
'statusCode': nr.stateCd
}
})
logger.debug('About to publish email for payment.id=%s', payment.id)
await publish_email_message(qsm, cloud_event_msg)
except Exception as err: # noqa: B902; bare exception to catch all
payment.furnished = False
payment.save_to_db()
logger.debug('Reset payment furnish status payment.id= %s', payment.id)
raise QueueException(f'Unable to furnish NR info. {err}') from err
async def test_process_payment(
app,
session,
mocker,
test_name,
action_code,
start_request_state,
start_priority,
start_datetime,
start_payment_state,
start_payment_date,
):
from namex.models import Request, State, Payment
from namex_pay.worker import process_payment, FLASK_APP
nest_asyncio.apply()
# setup
PAYMENT_TOKEN = 'dog'
NR_NUMBER = 'NR B000001'
name_request = Request()
name_request.nrNum = NR_NUMBER
name_request.stateCd = start_request_state
name_request._source = 'NRO'
name_request.expirationDate = start_datetime
name_request.priorityCd = start_priority
name_request.save_to_db()
payment = Payment()
payment.nrId = name_request.id
payment._payment_token = PAYMENT_TOKEN
payment._payment_status_code = start_payment_state
payment.payment_action = action_code
payment.furnished = False
payment._payment_completion_date = start_payment_date
payment.save_to_db()
# setup mock and patch
msg = None
def catch(qsm, cloud_event_msg):
nonlocal msg
msg = cloud_event_msg
mocker.patch('namex_pay.worker.publish_email_message', side_effect=catch)
# Test
pay_msg = {
"paymentToken": {
"id": PAYMENT_TOKEN,
"statusCode": "COMPLETED",
"filingIdentifier": None
}
}
await process_payment(pay_msg, FLASK_APP)
print(msg)
# Verify message that would be sent to the email server
assert msg['type'] == 'bc.registry.names.request'
assert msg['source'] == '/requests/NR B000001'
assert msg['datacontenttype'] == 'application/json'
assert msg['identifier'] == 'NR B000001'
assert msg['data']['request']['header']['nrNum'] == NR_NUMBER
assert msg['data']['request']['paymentToken'] == PAYMENT_TOKEN
assert msg['data']['request']['statusCode'] == 'DRAFT'
def post(self, nr_id, payment_action=NameRequestActions.COMPLETE.value):
"""
At this point, the Name Request will still be using a TEMPORARY NR number.
Confirming the payment on the frontend triggers this endpoint. Here, we:
- Save the request to NRO which gives us a real NR.
- Create the payment via SBC Pay.
- If payment creation is successful, create a corresponding payment record in our system.
:param nr_id:
:param payment_action:
:return:
"""
try:
# Find the existing name request
nr_model = RequestDAO.query.get(nr_id)
if not nr_model:
# Should this be a 400 or 404... hmmm
return jsonify(message='Name Request {nr_id} not found'.format(
nr_id=nr_id)), 400
if not payment_action:
return jsonify(
message='Invalid payment action, {action} not found'.
format(action=payment_action)), 400
valid_payment_action = payment_action in [
NameRequestActions.COMPLETE.value,
NameRequestActions.UPGRADE.value,
NameRequestActions.REAPPLY.value
]
if not valid_payment_action:
return jsonify(
message='Invalid payment action [{action}]'.format(
action=payment_action)), 400
# We only handle payments if the NR is in the following states
valid_payment_states = [
State.DRAFT, State.COND_RESERVE, State.RESERVED,
State.CONDITIONAL, State.APPROVED
]
valid_nr_state = nr_model.stateCd in valid_payment_states
if not valid_nr_state:
return jsonify(message='Invalid NR state'.format(
action=payment_action)), 400
if valid_payment_action and valid_nr_state:
if payment_action in [NameRequestActions.COMPLETE.value]:
# Save the record to NRO, which swaps the NR-L Number for a real NR
update_solr = True
nr_model = self.add_records_to_network_services(
nr_model, update_solr)
json_input = request.get_json()
payment_request = {}
if not json_input:
# return jsonify(message=MSG_BAD_REQUEST_NO_JSON_BODY), 400
# Grab the data from the NR, if it exists
payment_request = build_payment_request(nr_model)
elif isinstance(json_input, dict):
payment_request = merge_payment_request(nr_model, json_input)
elif isinstance(json_input, str):
payment_request = merge_payment_request(
nr_model, json.loads(json_input))
# Grab the info we need off the request
payment_info = payment_request.get('paymentInfo')
filing_info = payment_request.get('filingInfo')
business_info = payment_request.get('businessInfo')
# Create our payment request
req = PaymentRequest(payment_info=payment_info,
filing_info=filing_info,
business_info=business_info)
payment_response = create_payment(req)
if not payment_response:
raise PaymentServiceError(message=MSG_ERROR_CREATING_RESOURCE)
if payment_response and payment_response.status_code == PaymentStatusCode.CREATED.value:
# Save the payment info to Postgres
payment = PaymentDAO()
payment.nrId = nr_model.id
payment.payment_token = str(payment_response.id)
payment.payment_completion_date = payment_response.created_on
payment.payment_status_code = PaymentState.CREATED.value
payment.save_to_db()
# Wrap the response, providing info from both the SBC Pay response and the payment we created
data = jsonify({
'id': payment.id,
'nrId': payment.nrId,
'token': payment.payment_token,
'statusCode': payment.payment_status_code,
'completionDate': payment.payment_completion_date,
'payment': payment.as_dict(),
'sbcPayment': payment_response.to_dict()
})
# Record the event
nr_svc = self.nr_service
# EventRecorder.record(nr_svc.user, Event.PATCH + ' [payment ID: {id}]'.format(id=payment.id), nr_model, data)
response = make_response(data, 201)
return response
except PaymentServiceError as err:
return handle_exception(err, err.message, 500)
except SBCPaymentException as err:
return handle_exception(err, err.message, err.status_code)
except SBCPaymentError as err:
return handle_exception(err, err.message, 500)
except Exception as err:
return handle_exception(err, err, 500)
async def test_furnish_receipt_message(app, session, stan_server, event_loop,
client_id, entity_stan, future):
"""Assert that events are placed on the email queue and the payment is marked furnished."""
from queue_common.messages import create_cloud_event_msg
from queue_common.service import ServiceWorker
from queue_common.service_utils import subscribe_to_queue
from namex_pay.worker import APP_CONFIG, furnish_receipt_message, qsm
from namex.models import Request, State, Payment
print('test vars')
print(app, session, stan_server, event_loop, client_id, entity_stan,
future)
# setup
PAYMENT_TOKEN = 'dog'
NR_NUMBER = 'NR B000001'
name_request = Request()
name_request.nrNum = NR_NUMBER
name_request.stateCd = State.DRAFT
name_request._source = 'NRO'
name_request.save_to_db()
payment = Payment()
payment.nrId = name_request.id
payment._payment_token = PAYMENT_TOKEN
payment._payment_status_code = 'COMPLETED'
payment.furnished = False
payment.save_to_db()
# file handler callback
msgs = []
s = ServiceWorker()
s.sc = entity_stan
qsm.service = s
async def cb_handler(msg):
nonlocal msgs
nonlocal future
msgs.append(msg)
print('call back recvd')
if len(msgs) == 1:
future.set_result(True)
file_handler_subject = APP_CONFIG.EMAIL_PUBLISH_OPTIONS['subject']
print(f'file_handler_subject:{file_handler_subject}')
await subscribe_to_queue(entity_stan, file_handler_subject,
f'entity_queue.{file_handler_subject}',
f'entity_durable_name.{file_handler_subject}',
cb_handler)
print(payment.as_dict())
# sanity check
assert name_request.id
assert payment.nrId == name_request.id
# test
await furnish_receipt_message(qsm, payment)
try:
await asyncio.wait_for(future, 1, loop=event_loop)
except Exception as err:
print(err)
# results
processed_payment = Payment.find_by_payment_token(PAYMENT_TOKEN)
# verify
assert processed_payment.furnished
assert len(msgs) == 1
cloud_event = json.loads(msgs[0].data.decode('utf-8'))
assert cloud_event['identifier'] == NR_NUMBER
async def update_payment_record(payment: Payment) -> Optional[Payment]:
"""Update the payment record in the database.
Alter the NR state as required based on the payment action.
Payment NR Action - One of [COMPLETE, UPGRADE, REAPPLY]
COMPLETE - set NR to DRAFT IFF nr.state == PENDING_PAYMENT
UPGRADE - set the nr.priority to True/'Y'
REAPPLY - add REAPPLY_EXTENSION to expiry date of NR IFF it hasn't expired
"""
if payment.payment_completion_date:
msg = f'Queue Issue: Duplicate, payment already processed for payment.id={payment.id}'
logger.debug(msg)
capture_message(msg)
return None
payment_action = payment.payment_action
nr = RequestDAO.find_by_id(payment.nrId)
if payment_action == Payment.PaymentActions.CREATE.value: # pylint: disable=R1705
if nr.stateCd == State.PENDING_PAYMENT:
nr.stateCd = State.DRAFT
payment.payment_completion_date = datetime.utcnow()
payment.payment_status_code = State.COMPLETED
nr.save_to_db()
payment.save_to_db()
return payment
elif payment_action == Payment.PaymentActions.UPGRADE.value:
if nr.stateCd == State.PENDING_PAYMENT:
msg = f'Queue Issue: Upgrading a non-DRAFT NR for payment.id={payment.id}'
logger.debug(msg)
capture_message(msg)
raise QueueException(msg)
nr.priorityCd = 'Y'
nr.priorityDate = datetime.utcnow()
payment.payment_completion_date = datetime.utcnow()
payment.payment_status_code = State.COMPLETED
nr.save_to_db()
payment.save_to_db()
return payment
elif payment_action == Payment.PaymentActions.REAPPLY.value:
if nr.stateCd != State.APPROVED \
and nr.expirationDate + timedelta(hours=NAME_REQUEST_EXTENSION_PAD_HOURS) < datetime.utcnow():
msg = f'Queue Issue: Failed attempt to extend NR for payment.id={payment.id} '\
'nr.state{nr.stateCd}, nr.expires:{nr.expirationDate}'
logger.debug(msg)
capture_message(msg)
raise QueueException(msg)
nr.expirationDate = nr.expirationDate + timedelta(days=NAME_REQUEST_LIFESPAN_DAYS)
payment.payment_completion_date = datetime.utcnow()
payment.payment_status_code = State.COMPLETED
nr.save_to_db()
payment.save_to_db()
return payment
msg = f'Queue Issue: Unknown action:{payment_action} for payment.id={payment.id}'
logger.debug(msg)
capture_message(msg)
raise QueueException(f'Unknown action:{payment_action} for payment.id={payment.id}')
req = PaymentRequest(paymentInfo=payment_info,
filingInfo=filing_info,
businessInfo=business_info,
accountInfo=account_info,
details=details)
payment_response = create_payment(req.as_dict(), headers)
try:
successful_status_list = [
PaymentStatusCode.APPROVED.value,
PaymentStatusCode.CREATED.value,
PaymentStatusCode.COMPLETED.value
]
if payment_response.statusCode in successful_status_list:
# Save the payment info to Postgres
payment = PaymentDAO()
payment.nrId = nr_model.id
payment.payment_token = str(payment_response.id)
# namex-pay will set payment_status_code to completed state after actioning it on the queue
payment.payment_status_code = payment_response.statusCode
payment.payment_action = payment_action
payment.save_to_db()
# happens for PAD. If completed/approved right away queue will have err'd so apply changes here
# TODO: send email / furnish payment for these
if payment_response.statusCode in [
PaymentStatusCode.APPROVED.value,
PaymentStatusCode.COMPLETED.value
]:
if payment_action == PaymentDAO.PaymentActions.CREATE.value: # pylint: disable=R1705
if nr_model.stateCd == State.PENDING_PAYMENT:
async def process_payment(pay_msg: dict, flask_app: Flask):
"""Render the payment status."""
if not flask_app or not pay_msg:
raise QueueException('Flask App or token not available.')
with flask_app.app_context():
logger.debug('entering process payment: %s', pay_msg)
# capture_message(f'Queue Issue: Unable to find payment.id={payment_id} to place on email queue')
# return
if pay_msg.get(
'paymentToken',
{}).get('statusCode') == PaymentState.TRANSACTION_FAILED.value:
# TODO: The customer has cancelled out of paying, so we could note this better
# technically the payment for this service is still pending
logger.debug('Failed transaction on queue:%s', pay_msg)
return
complete_payment_status = [
PaymentState.COMPLETED.value, PaymentState.APPROVED.value
]
if pay_msg.get('paymentToken',
{}).get('statusCode') in complete_payment_status: # pylint: disable=R1702
logger.debug('COMPLETED transaction on queue: %s', pay_msg)
if payment_token := pay_msg.get('paymentToken', {}).get('id'):
if payment := Payment.find_by_payment_token(payment_token):
if update_payment := await update_payment_record(payment):
payment = update_payment
# record event
nr = RequestDAO.find_by_id(payment.nrId)
# TODO: create a namex_pay user for this
user = User.find_by_username(
'name_request_service_account')
EventRecorder.record(
user, Event.NAMEX_PAY +
f' [payment completed] { payment.payment_action }',
nr, nr.json())
# try to update NRO otherwise send a sentry msg for OPS
if payment.payment_action in \
[payment.PaymentActions.UPGRADE.value, payment.PaymentActions.REAPPLY.value]:
change_flags = {
'is_changed__request': True,
'is_changed__previous_request': False,
'is_changed__applicant': False,
'is_changed__address': False,
'is_changed__name1': False,
'is_changed__name2': False,
'is_changed__name3': False,
'is_changed__nwpta_ab': False,
'is_changed__nwpta_sk': False,
'is_changed__request_state': False,
'is_changed_consent': False
}
warnings = nro.change_nr(nr, change_flags)
if warnings:
logger.error(
'Queue Error: Unable to update NRO :%s',
warnings)
capture_message(
f'Queue Error: Unable to update NRO for {nr} {payment.payment_action} :{warnings}',
level='error')
await furnish_receipt_message(qsm, payment)
else:
def post(self, nr_id, payment_action=NameRequestActions.CREATE.value):
"""
At this point, the Name Request will still be using a TEMPORARY NR number.
Confirming the payment on the frontend triggers this endpoint. Here, we:
- Save the request to NRO which gives us a real NR.
- Create the payment via SBC Pay.
- If payment creation is successful, create a corresponding payment record in our system.
:param nr_id:
:param payment_action:
:return:
"""
try:
# Find the existing name request
nr_model = RequestDAO.query.get(nr_id)
if not nr_model:
# Should this be a 400 or 404... hmmm
return jsonify(message='Name Request {nr_id} not found'.format(nr_id=nr_id)), 400
if not payment_action:
return jsonify(message='Invalid payment action, {action} not found'.format(action=payment_action)), 400
valid_payment_action = payment_action in [
NameRequestActions.CREATE.value,
NameRequestActions.UPGRADE.value,
NameRequestActions.REAPPLY.value
]
if not valid_payment_action:
return jsonify(message='Invalid payment action [{action}]'.format(action=payment_action)), 400
# We only handle payments if the NR is in the following states
valid_payment_states = [State.DRAFT, State.COND_RESERVE, State.RESERVED, State.CONDITIONAL, State.APPROVED,
State.PENDING_PAYMENT]
valid_nr_state = nr_model.stateCd in valid_payment_states
if not valid_nr_state:
return jsonify(message='Invalid NR state'.format(action=payment_action)), 400
if valid_payment_action and valid_nr_state:
if payment_action in [NameRequestActions.CREATE.value]:
# Save the record to NRO, which swaps the NR-L Number for a real NR
update_solr = True
nr_model = self.add_records_to_network_services(nr_model, update_solr)
json_input = request.get_json()
payment_request = {}
if not json_input:
# return jsonify(message=MSG_BAD_REQUEST_NO_JSON_BODY), 400
# Grab the data from the NR, if it exists
payment_request = build_payment_request(nr_model)
elif isinstance(json_input, dict):
payment_request = merge_payment_request(nr_model, json_input)
elif isinstance(json_input, str):
payment_request = merge_payment_request(nr_model, json.loads(json_input))
# Grab the info we need off the request
payment_info = payment_request.get('paymentInfo', {})
filing_info = payment_request.get('filingInfo')
business_info = payment_request.get('businessInfo')
# Create our payment request
req = PaymentRequest(
paymentInfo=payment_info,
filingInfo=filing_info,
businessInfo=business_info
)
payment_response = create_payment(req.as_dict(), json_input.get('headers'))
try:
successful_status_list = [
PaymentStatusCode.APPROVED.value,
PaymentStatusCode.CREATED.value,
PaymentStatusCode.COMPLETED.value
]
if payment_response.statusCode in successful_status_list:
# Save the payment info to Postgres
payment = PaymentDAO()
payment.nrId = nr_model.id
payment.payment_token = str(payment_response.id)
# namex-pay will set payment_status_code to completed state after actioning it on the queue
payment.payment_status_code = payment_response.statusCode
payment.payment_action = payment_action
payment.save_to_db()
# happens for PAD. If completed/approved right away queue will have err'd so apply changes here
# TODO: send email / furnish payment for these
if payment_response.statusCode in [PaymentStatusCode.APPROVED.value, PaymentStatusCode.COMPLETED.value]:
if payment_action == PaymentDAO.PaymentActions.CREATE.value: # pylint: disable=R1705
if nr_model.stateCd == State.PENDING_PAYMENT:
nr_model.stateCd = State.DRAFT
payment.payment_completion_date = datetime.utcnow()
elif payment_action == PaymentDAO.PaymentActions.UPGRADE.value:
# TODO: handle this (refund payment and prevent action?)
if nr_model.stateCd == State.PENDING_PAYMENT:
msg = f'Upgrading a non-DRAFT NR for payment.id={payment.id}'
current_app.logger.debug(msg)
nr_model.priorityCd = 'Y'
nr_model.priorityDate = datetime.utcnow()
payment.payment_completion_date = datetime.utcnow()
elif payment_action == PaymentDAO.PaymentActions.REAPPLY.value:
# TODO: handle this (refund payment and prevent action?)
if nr_model.stateCd != State.APPROVED \
and nr_model.expirationDate + timedelta(hours=NAME_REQUEST_EXTENSION_PAD_HOURS) < datetime.utcnow():
msg = f'Extend NR for payment.id={payment.id} nr_model.state{nr_model.stateCd}, nr_model.expires:{nr_model.expirationDate}'
current_app.logger.debug(msg)
nr_model.expirationDate = nr_model.expirationDate + timedelta(days=NAME_REQUEST_LIFESPAN_DAYS)
payment.payment_completion_date = datetime.utcnow()
nr_model.save_to_db()
payment.save_to_db()
# Wrap the response, providing info from both the SBC Pay response and the payment we created
data = jsonify({
'id': payment.id,
'nrId': payment.nrId,
'nrNum': nr_model.nrNum,
'token': payment.payment_token,
'statusCode': payment.payment_status_code,
'action': payment.payment_action,
'completionDate': payment.payment_completion_date,
'payment': payment.as_dict(),
'sbcPayment': payment_response.as_dict()
})
# Record the event
# nr_svc = self.nr_service
# EventRecorder.record(nr_svc.user, Event.POST + ' [payment created]', json_input)
response = make_response(data, 201)
return response
# something went wrong with status code above
else:
# log actual status code
current_app.logger.debug('Error with status code. Actual status code: ' + payment_response.statusCode)
# return generic error status to the front end
return jsonify(message='Name Request {nr_id} encountered an error'.format(nr_id=nr_id)), 402
except Exception as err:
current_app.logger.error(err.with_traceback(None))
return jsonify(message='Name Request {nr_id} encountered an error'.format(nr_id=nr_id)), 500
except PaymentServiceError as err:
return handle_exception(err, err.message, 500)
except SBCPaymentException as err:
return handle_exception(err, err.message, err.status_code)
except SBCPaymentError as err:
return handle_exception(err, err.message, 500)
except Exception as err:
return handle_exception(err, err, 500)