def handle_errors(self, r_dict):
"""
Check the response for error conditions, and raise an exception if one is found.
@param r_dict dictionary of response values indexed by name
@type r_dict dict
"""
# Make sure this exists before accessing it.
if 'ACK' not in r_dict:
# FIXME: put some more information in the exception raised if reasonable
raise invalid_response_exception
# See if we failed
if r_dict['ACK'] in set(['Failure', 'FailureWithWarning', 'Warning']):
keys = r_dict.keys()
error_messages = []
# There may be more than error message, but their keys all start with the same string
for key in keys:
if key.upper().startswith('L_LONGMESSAGE'):
error_messages.append(r_dict[key])
error = ''
for message in error_messages:
if len(error):
error += ' '
error += message
raise transaction_failure_exception(error)
# Since we didn't fail, make sure we got a transaction_id
if 'TRANSACTIONID' not in r_dict and 'REFUNDTRANSACTIONID' not in r_dict:
# FIXME: put some more information in the exception if possible
raise invalid_response_exception
def handle_errors(self, r_dict):
"""
Check the response for error conditions, and raise an exception if one is found.
@param r_dict dictionary of response values indexed by name
@type r_dict dict
"""
# Make sure this exists before accessing it.
if 'ACK' not in r_dict:
# FIXME: put some more information in the exception raised if reasonable
raise invalid_response_exception
# See if we failed
if r_dict['ACK'] in set(['Failure', 'FailureWithWarning', 'Warning']):
keys = r_dict.keys()
error_messages = []
# There may be more than error message, but their keys all start with the same string
for key in keys:
if key.upper().startswith('L_LONGMESSAGE'):
error_messages.append(r_dict[key])
error = ''
for message in error_messages:
if len(error):
error += ' '
error += message
raise transaction_failure_exception(error)
# Since we didn't fail, make sure we got a transaction_id
if 'TRANSACTIONID' not in r_dict and 'REFUNDTRANSACTIONID' not in r_dict:
# FIXME: put some more information in the exception if possible
raise invalid_response_exception
def _handle_result_code(self, result_code):
"""
Interpret a result code and act accordingly
@param result_code result code received from payflowpro server
@type result_code int
"""
result_code = int(result_code)
if result_code == 0:
pass #this means approved
elif result_code == 1:
raise transaction_failure_exception('authentication failed to the merchant services gateway')
elif result_code == 4:
raise transaction_failure_exception('invalid currency amount format. Please indicate currency in cents')
elif result_code == 12:
raise transaction_denied_exception
else:
raise transaction_failure_exception('transaction failed')
def handle_errors(self, response_dict):
"""
Check the response for error conditions, and raise an exception if one is found.
@param response_dict Dictionary of response values indexed by name
@type response_dict dict
"""
if 'errorMessage' in response_dict:
raise transaction_failure_exception(response_dict['errorMessage'])
elif 'ssl_result' not in response_dict or response_dict['ssl_result'] != '0':
raise transaction_denied_exception
def _handle_result_code(self, result_code):
"""
Interpret a result code and act accordingly
@param result_code result code received from payflowpro server
@type result_code int
"""
result_code = int(result_code)
if result_code == 0:
pass #this means approved
elif result_code == 1:
raise transaction_failure_exception(
'authentication failed to the merchant services gateway')
elif result_code == 4:
raise transaction_failure_exception(
'invalid currency amount format. Please indicate currency in cents'
)
elif result_code == 12:
raise transaction_denied_exception
else:
raise transaction_failure_exception('transaction failed')