def test_refund_fail_invalid_transaction_id(self):
"""
Checks for transaction_submitted fail because the transaction id does not match
"""
self.processor = AuthorizeNetProcessor(self.existing_invoice)
status_before_transaction = self.existing_invoice.status
# Get Settled payment
start_date, end_date = (timezone.now() -
timedelta(days=31)), timezone.now()
batch_list = self.processor.get_settled_batch_list(
start_date, end_date)
transaction_list = self.processor.get_transaction_batch_list(
str(batch_list[-1].batchId))
payment = Payment()
payment.invoice = self.existing_invoice
payment.amount = 0.01
payment.transaction = '111222333412'
payment.result["raw"] = str(
{'accountNumber': transaction_list[-1].accountNumber.text})
payment.save()
self.processor.payment = payment
self.processor.refund_payment(payment)
self.assertFalse(self.processor.transaction_submitted)
self.assertEquals(self.processor.invoice.status,
status_before_transaction)
def test_refund_fail_invalid_account_number(self):
"""
Checks for transaction_submitted fail because the account number does not match the payment transaction settled.
"""
status_before_transaction = self.existing_invoice.status
# Get Settled payment
start_date, end_date = (timezone.now() -
timedelta(days=31)), timezone.now()
batch_list = self.processor.get_settled_batch_list(
start_date, end_date)
if not batch_list:
print("No Transactions to refund Skipping\n")
return
transaction_list = self.processor.get_transaction_batch_list(
str(batch_list[-1].batchId))
payment = Payment()
payment.invoice = self.existing_invoice
payment.amount = 0.01
payment.transaction = transaction_list[-1].transId.text
payment.result["raw"] = str({'accountNumber': '6699'})
payment.save()
self.processor.payment = payment
self.processor.refund_payment(payment)
self.assertFalse(self.processor.transaction_submitted)
self.assertEquals(self.processor.invoice.status,
status_before_transaction)
def test_refund_fail_invalid_amount(self):
"""
Checks for transaction_submitted fail because the amount exceeds the payment transaction settled.
"""
status_before_transaction = self.existing_invoice.status
# Get Settled payment
start_date, end_date = (timezone.now() -
timedelta(days=31)), timezone.now()
batch_list = self.processor.get_settled_batch_list(
start_date, end_date)
transaction_list = self.processor.get_transaction_batch_list(
str(batch_list[-1].batchId))
payment = Payment()
payment.invoice = self.existing_invoice
payment.amount = 1000000.00
payment.transaction = transaction_list[-1].transId.text
payment.result["raw"] = str(
{'accountNumber': transaction_list[-1].accountNumber.text})
payment.save()
self.processor.payment = payment
self.processor.refund_payment(payment)
self.assertFalse(self.processor.transaction_submitted)
self.assertEquals(self.processor.invoice.status,
status_before_transaction)
def test_refund_success(self):
"""
In order for this test to pass a transaction has to be settled first. The settlement process
takes effect once a day. It is defined in the Sandbox in the cut-off time.
The test will get a settle payment and test refund transaction.
"""
# Get Settled payment
start_date, end_date = (timezone.now() - timedelta(days=31)), timezone.now()
batch_list = self.processor.get_settled_batch_list(start_date, end_date)
for batch in batch_list:
transaction_list = self.processor.get_transaction_batch_list(str(batch.batchId))
successfull_transactions = [ t for t in transaction_list if t['transactionStatus'] == 'settledSuccessfully' ]
if len(successfull_transactions) > 0:
break
if not successfull_transactions:
print("No Transactions to refund Skipping\n")
return
payment = Payment()
# payment.amount = transaction_detail.authAmount.pyval
# Hard coding minimum amount so the test can run multiple times.
payment.amount = 0.01
payment.invoice = self.existing_invoice
payment.transaction = successfull_transactions[-1].transId.text
payment.result["raw"] = str({ 'accountNumber': successfull_transactions[-1].accountNumber.text})
payment.save()
self.processor.payment = payment
self.processor.refund_payment(payment)
# print(f'Message: {self.processor.transaction_message}\nResponse: {self.processor.transaction_response}')
self.assertEquals(Invoice.InvoiceStatus.REFUNDED, self.existing_invoice.status)
