from payflowpro.classes import (CreditCard, Amount, Profile, Address, Tracking, Response, CustomerInfo, AchPayment) from payflowpro.client import PayflowProClient, find_classes_in_list, find_class_in_list #PARTNER_ID = 'Paypal' #VENDOR_ID = 'wiremine' #USERNAME = '******' #PASSWORD = '******' client = PayflowProClient(partner=PARTNER_ID, vendor=VENDOR_ID, username=USERNAME, password=PASSWORD, url_base='https://pilot-payflowpro.paypal.com') credit_card = CreditCard(acct=5555555555554444, expdate="1212") responses, unconsumed_data = client.sale(credit_card, Amount(amt=15, currency="USD"), extras=[Address(street="82 E 38th Street", zip="49423")]) #arc_payment = AchPayment(aba='111111118', acct='1111111111', accttype='S') #customer = CustomerInfo(firstname='Bob Smith') #responses, unconsumed_data = client.sale(arc_payment, Amount(amt=15, currency="USD"), extras=[customer]) print responses[0]
class PaymentProcessor(BasePaymentProcessor):
"""
PayflowPro payment processing module
You must have an account with PayPal in order to use this module.
"""
def __init__(self, settings):
super(PaymentProcessor, self).__init__('payflowpro', settings)
partner = self.settings.PARTNER.value
vendor = self.settings.VENDOR.value
username = self.settings.USER.value
password = self.settings.PASSWORD.value
testing = not self.settings.LIVE.value
if testing:
url_base = PayflowProClient.URL_BASE_TEST
else:
url_base = PayflowProClient.URL_BASE_LIVE
self.payflow = PayflowProClient(partner=partner, vendor=vendor,
username=username, password=password,
url_base=url_base)
def get_charge_data(self, amount=None):
"""
Build the dictionary needed to process a credit card charge.
Return: a dictionary with the following key-values:
* log_string: the transaction data without the sensible
buyer data. Suitable for logs.
* credit_card, amount, address, ship_address, customer_info :
the payflowpro.classes.* instances to be passed to
self.payflow
"""
order = self.order
if amount is None:
amount = order.balance
balance = trunc_decimal(amount, 2)
ret = {
'credit_card': CreditCard(
acct=order.credit_card.decryptedCC,
expdate="%02d%02d" % (order.credit_card.expire_month,
order.credit_card.expire_year % 100),
cvv2=order.credit_card.ccv,
),
'amount': Amount(amt=balance,),
'address': Address(
street=order.full_bill_street,
zip=order.bill_postal_code,
city=order.bill_city,
state=order.bill_state,
country=order.bill_country,
),
'ship_address': ShippingAddress(
shiptostreet=order.full_ship_street,
shiptocity=order.ship_city,
shiptofirstname=order.ship_first_name,
shiptolastname=order.ship_last_name,
shiptostate=order.ship_state,
shiptocountry=order.ship_country,
shiptozip=order.ship_postal_code,
),
'customer_info': CustomerInfo(
firstname=order.contact.first_name,
lastname=order.contact.last_name,
),
}
redacted_data = ret.copy()
redacted_data['credit_card'] = {
'acct': order.credit_card.display_cc,
'expdate': "%d%d" % (order.credit_card.expire_year,
order.credit_card.expire_month),
'cvv2': "REDACTED",
}
dicts = [getattr(d, 'data', d) for d in redacted_data.values()]
ret['log_string'] = "\n".join("%s: %s" % (k, v) for d in dicts
for k, v in d.items())
return ret
def _handle_unconsumed(self, unconsumed_data):
"""
Handler for when we've got unconsumed data from the response
"""
if unconsumed_data:
self.log.warn("Something went wrong with python-payflowpro. "
"We got some unconsumed data: %s" %
str(unconsumed_data))
def _log_responses(self, responses):
"""
Log the responses from PayflowPro for debugging
"""
self.log_extra("Response variables from payflowpro:")
for response in responses:
self.log_extra("%(classname)s: %(response_fields)s" % {
'classname': response.__class__.__name__,
'response_fields': "%s" % response.data })
def authorize_payment(self, order=None, amount=None, testing=False):
"""
Authorize a single payment.
Returns: ProcessorResult
"""
if order:
self.prepare_data(order)
else:
order = self.order
if order.paid_in_full:
self.log_extra('%s is paid in full, no authorization attempted.',
order)
result = ProcessorResult(self.key, True,
_("No charge needed, paid in full."))
else:
self.log_extra('Authorizing payment of %s for %s', amount, order)
data = self.get_charge_data(amount=amount)
data['extras'] = [data['address'], data['ship_address'],
data['customer_info'],]
result = self.send_post(data=data, testing=testing,
post_func=self.send_authorize_post,)
return result
def can_authorize(self):
return True
#def can_recur_bill(self):
# return True
def capture_authorized_payment(self, authorization, testing=False,
order=None, amount=None):
"""
Capture a single payment
"""
if order:
self.prepare_data(order)
else:
order = self.order
if order.authorized_remaining == Decimal('0.00'):
self.log_extra('No remaining authorizations on %s', order)
return ProcessorResult(self.key, True, _("Already complete"))
self.log_extra('Capturing Authorization #%i for %s',
authorization.id, order)
data = self.get_charge_data()
data['authorization_id'] = authorization.transaction_id
result = self.send_post(data=data, testing=testing,
post_func=self.send_capture_post,)
return result
def capture_payment(self, testing=False, order=None, amount=None):
"""
Process payments without an authorization step.
"""
if order:
self.prepare_data(order)
else:
order = self.order
if order.paid_in_full:
self.log_extra('%s is paid in full, no capture attempted.', order)
result = ProcessorResult(self.key, True, _("No charge needed, "
"paid in full."))
self.record_payment()
else:
self.log_extra('Capturing payment for %s', order)
data = self.get_charge_data(amount=amount)
data['extras'] = [data['address'], data['ship_address'],
data['customer_info'],]
result = self.send_post(data=data, post_func=self.send_sale_post,
testing=testing,)
return result
def release_authorized_payment(self, order=None, auth=None, testing=False):
"""Release a previously authorized payment."""
if order:
self.prepare_data(order)
else:
order = self.order
self.log_extra('Releasing Authorization #%i for %s', auth.id, order)
data = self.get_charge_data()
data['authorization_id'] = auth.transaction_id
result = self.send_post(data=data, post_func=self.send_release_post,
testing=testing)
if result.success:
auth.complete = True
auth.save()
return result
def send_authorize_post(self, data):
"""
Authorize sell with PayflowPro
"""
responses, unconsumed_data = self.payflow.authorization(
credit_card=data['credit_card'], amount=data['amount'],
extras=data['extras'])
return responses, unconsumed_data, self.record_authorization
def send_capture_post(self, data):
"""
Capture previously authorized sale
"""
responses, unconsumed_data = self.payflow.capture(
data['authorization_id'])
return responses, unconsumed_data, self.record_payment
def send_release_post(self, data):
"""
Release previously authorized sale
"""
responses, unconsumed_data = self.payflow.void(
data['authorization_id'])
def nothing(*args, **kwargs):
return None
return responses, unconsumed_data, nothing
def send_sale_post(self, data):
"""
Immediately charge a credit card
"""
responses, unconsumed_data = self.payflow.sale(
credit_card=data['credit_card'], amount=data['amount'],
extras=data['extras'])
return responses, unconsumed_data, self.record_payment
def send_post(self, data, post_func, testing=False):
"""
Execute the post to PayflowPro.
Params:
- data: the argument expected by `post_func`. Usually a dict which this
function knows how to use
- post_func: a function that takes `data` as argument, and sends the
actual request to the PayflowPro Gateway. It should return
a 3-tuple (responses, unconsumed_data, record_* function)
- testing: if true, then don't record the payment
Returns:
- ProcessorResult
"""
self.log_extra("About to send PayflowPro a request: %s",
data['log_string'])
if 'amount' in data:
amount = data['amount'].amt
else:
amount = self.order.balance
responses, unconsumed_data, record_function = post_func(data)
self._handle_unconsumed(unconsumed_data)
self._log_responses(responses)
response = responses[0]
success = response.result == '0'
transaction_id = response.pnref
response_text = response.respmsg
reason_code = response.result
if success:
# success!
self.log.info("successful %s for order #%d",
post_func.__name__, self.order.id)
if not testing:
self.log_extra("Success, calling %s", record_function.__name__)
payment = record_function(
order=self.order, amount=amount,
transaction_id=transaction_id, reason_code=reason_code)
else:
# failure =(
self.log.info("failed %s for order #%d",
post_func.__name__, self.order.id)
if not testing:
payment = self.record_failure(
amount=amount, transaction_id=transaction_id,
reason_code=reason_code, details=response_text)
self.log_extra("Returning success=%s, reason=%s, response_text=%s",
success, reason_code, response_text)
return ProcessorResult(self.key, success, response_text,
payment=payment)
class PaymentProcessor(BasePaymentProcessor):
"""
PayflowPro payment processing module
You must have an account with PayPal in order to use this module.
"""
def __init__(self, settings):
super(PaymentProcessor, self).__init__('payflowpro', settings)
partner = self.settings.PARTNER.value
vendor = self.settings.VENDOR.value
username = self.settings.USER.value
password = self.settings.PASSWORD.value
testing = not self.settings.LIVE.value
if testing:
url_base = PayflowProClient.URL_BASE_TEST
else:
url_base = PayflowProClient.URL_BASE_LIVE
self.payflow = PayflowProClient(partner=partner, vendor=vendor,
username=username, password=password,
url_base=url_base)
def get_charge_data(self, amount=None):
"""
Build the dictionary needed to process a credit card charge.
Return: a dictionary with the following key-values:
* log_string: the transaction data without the sensible
buyer data. Suitable for logs.
* credit_card, amount, address, ship_address, customer_info :
the payflowpro.classes.* instances to be passed to
self.payflow
"""
order = self.order
if amount is None:
amount = order.balance
balance = trunc_decimal(amount, 2)
ret = {
'credit_card': CreditCard(
acct=order.credit_card.decryptedCC,
expdate="%02d%02d" % (order.credit_card.expire_month,
order.credit_card.expire_year % 100),
cvv2=order.credit_card.ccv,
),
'amount': Amount(amt=balance,),
'address': Address(
street=order.full_bill_street,
zip=order.bill_postal_code,
city=order.bill_city,
state=order.bill_state,
country=order.bill_country,
),
'ship_address': ShippingAddress(
shiptostreet=order.full_ship_street,
shiptocity=order.ship_city,
shiptofirstname=order.ship_first_name,
shiptolastname=order.ship_last_name,
shiptostate=order.ship_state,
shiptocountry=order.ship_country,
shiptozip=order.ship_postal_code,
),
'customer_info': CustomerInfo(
firstname=order.bill_first_name,
lastname=order.bill_last_name,
),
}
redacted_data = ret.copy()
redacted_data['credit_card'] = {
'acct': order.credit_card.display_cc,
'expdate': "%d%d" % (order.credit_card.expire_year,
order.credit_card.expire_month),
'cvv2': "REDACTED",
}
dicts = [getattr(d, 'data', d) for d in redacted_data.values()]
ret['log_string'] = "\n".join("%s: %s" % (k, v) for d in dicts
for k, v in d.items())
return ret
def _handle_unconsumed(self, unconsumed_data):
"""
Handler for when we've got unconsumed data from the response
"""
if unconsumed_data:
self.log.warn("Something went wrong with python-payflowpro. "
"We got some unconsumed data: %s" %
str(unconsumed_data))
def _log_responses(self, responses):
"""
Log the responses from PayflowPro for debugging
"""
self.log_extra("Response variables from payflowpro:")
for response in responses:
self.log_extra("%(classname)s: %(response_fields)s" % {
'classname': response.__class__.__name__,
'response_fields': "%s" % response.data })
def authorize_payment(self, order=None, amount=None, testing=False):
"""
Authorize a single payment.
Returns: ProcessorResult
"""
if order:
self.prepare_data(order)
else:
order = self.order
if order.paid_in_full:
self.log_extra('%s is paid in full, no authorization attempted.',
order)
result = ProcessorResult(self.key, True,
_("No charge needed, paid in full."))
else:
self.log_extra('Authorizing payment of %s for %s', amount, order)
data = self.get_charge_data(amount=amount)
data['extras'] = [data['address'], data['ship_address'],
data['customer_info'],]
result = self.send_post(data=data, testing=testing,
post_func=self.send_authorize_post,)
return result
def can_authorize(self):
return True
#def can_recur_bill(self):
# return True
def capture_authorized_payment(self, authorization, testing=False,
order=None, amount=None):
"""
Capture a single payment
"""
if order:
self.prepare_data(order)
else:
order = self.order
if order.authorized_remaining == Decimal('0.00'):
self.log_extra('No remaining authorizations on %s', order)
return ProcessorResult(self.key, True, _("Already complete"))
self.log_extra('Capturing Authorization #%i for %s',
authorization.id, order)
data = self.get_charge_data()
data['authorization_id'] = authorization.transaction_id
result = self.send_post(data=data, testing=testing,
post_func=self.send_capture_post,)
return result
def capture_payment(self, testing=False, order=None, amount=None):
"""
Process payments without an authorization step.
"""
if order:
self.prepare_data(order)
else:
order = self.order
if order.paid_in_full:
self.log_extra('%s is paid in full, no capture attempted.', order)
result = ProcessorResult(self.key, True, _("No charge needed, "
"paid in full."))
self.record_payment()
else:
self.log_extra('Capturing payment for %s', order)
data = self.get_charge_data(amount=amount)
data['extras'] = [data['address'], data['ship_address'],
data['customer_info'],]
result = self.send_post(data=data, post_func=self.send_sale_post,
testing=testing,)
return result
def release_authorized_payment(self, order=None, auth=None, testing=False):
"""Release a previously authorized payment."""
if order:
self.prepare_data(order)
else:
order = self.order
self.log_extra('Releasing Authorization #%i for %s', auth.id, order)
data = self.get_charge_data()
data['authorization_id'] = auth.transaction_id
result = self.send_post(data=data, post_func=self.send_release_post,
testing=testing)
if result.success:
auth.complete = True
auth.save()
return result
def send_authorize_post(self, data):
"""
Authorize sell with PayflowPro
"""
responses, unconsumed_data = self.payflow.authorization(
credit_card=data['credit_card'], amount=data['amount'],
extras=data['extras'])
return responses, unconsumed_data, self.record_authorization
def send_capture_post(self, data):
"""
Capture previously authorized sale
"""
responses, unconsumed_data = self.payflow.capture(
data['authorization_id'])
return responses, unconsumed_data, self.record_payment
def send_release_post(self, data):
"""
Release previously authorized sale
"""
responses, unconsumed_data = self.payflow.void(
data['authorization_id'])
def nothing(*args, **kwargs):
return None
return responses, unconsumed_data, nothing
def send_sale_post(self, data):
"""
Immediately charge a credit card
"""
responses, unconsumed_data = self.payflow.sale(
credit_card=data['credit_card'], amount=data['amount'],
extras=data['extras'])
return responses, unconsumed_data, self.record_payment
def send_post(self, data, post_func, testing=False):
"""
Execute the post to PayflowPro.
Params:
- data: the argument expected by `post_func`. Usually a dict which this
function knows how to use
- post_func: a function that takes `data` as argument, and sends the
actual request to the PayflowPro Gateway. It should return
a 3-tuple (responses, unconsumed_data, record_* function)
- testing: if true, then don't record the payment
Returns:
- ProcessorResult
"""
self.log_extra("About to send PayflowPro a request: %s",
data['log_string'])
if 'amount' in data:
amount = data['amount'].amt
else:
amount = self.order.balance
responses, unconsumed_data, record_function = post_func(data)
self._handle_unconsumed(unconsumed_data)
self._log_responses(responses)
response = responses[0]
success = response.result == '0'
transaction_id = response.pnref
response_text = response.respmsg
reason_code = response.result
if success:
# success!
self.log.info("successful %s for order #%d",
post_func.__name__, self.order.id)
if not testing:
self.log_extra("Success, calling %s", record_function.__name__)
payment = record_function(
order=self.order, amount=amount,
transaction_id=transaction_id, reason_code=reason_code)
else:
# failure =(
self.log.info("failed %s for order #%d",
post_func.__name__, self.order.id)
if not testing:
payment = self.record_failure(
amount=amount, transaction_id=transaction_id,
reason_code=reason_code, details=response_text)
self.log_extra("Returning success=%s, reason=%s, response_text=%s",
success, reason_code, response_text)
return ProcessorResult(self.key, success, response_text,
payment=payment)
from payflowpro.classes import (CreditCard, Amount, Profile, Address, Tracking,
Response, CustomerInfo, AchPayment)
from payflowpro.client import PayflowProClient, find_classes_in_list, find_class_in_list
#PARTNER_ID = 'Paypal'
#VENDOR_ID = 'wiremine'
#USERNAME = '******'
#PASSWORD = '******'
client = PayflowProClient(partner=PARTNER_ID,
vendor=VENDOR_ID,
username=USERNAME,
password=PASSWORD,
url_base='https://pilot-payflowpro.paypal.com')
credit_card = CreditCard(acct=5555555555554444, expdate="1212")
responses, unconsumed_data = client.sale(
credit_card,
Amount(amt=15, currency="USD"),
extras=[Address(street="82 E 38th Street", zip="49423")])
#arc_payment = AchPayment(aba='111111118', acct='1111111111', accttype='S')
#customer = CustomerInfo(firstname='Bob Smith')
#responses, unconsumed_data = client.sale(arc_payment, Amount(amt=15, currency="USD"), extras=[customer])
print responses[0]
class PayPalConnection (OnlinePaymentBase):
# map codes to exceptions - tuples denote ranges
CODE_MAP = OnlinePaymentBase._explode_map({
1 : OnlinePaymentBase.AuthError,
2 : OnlinePaymentBase.InvalidCardType,
4 : OnlinePaymentBase.AmountInvalid,
12 : OnlinePaymentBase.TransactionDeclined,
23 : OnlinePaymentBase.CardNumberInvalid,
24 : OnlinePaymentBase.CardExpirationInvalid,
26 : OnlinePaymentBase.AuthError,
30 : OnlinePaymentBase.DuplicateTransaction,
33 : OnlinePaymentBase.RecurringOrderDoesNotExist,
50 : OnlinePaymentBase.TransactionDeclined,
51 : OnlinePaymentBase.AmountTooHigh,
102 : OnlinePaymentBase.TryAgainLater,
106 : OnlinePaymentBase.TryAgainLater,
112 : OnlinePaymentBase.AVSFailure,
114 : OnlinePaymentBase.CCVInvalid,
(125,128) : OnlinePaymentBase.FraudCheckFailed,
})
TRANS_STATES = {
1: 'error',
6: 'settlement pending',
7: 'settlement in progress',
8: 'settlement completed/successfully',
11: 'settlement failed',
14: 'settlement incomplete',
}
FIELD_MAP = {
'card_num' : 'acct',
'card_code' : 'cvv2',
'exp_date' : 'expdate',
'amount' : 'amt',
'address' : 'street',
'company' : 'companyname',
'description' : 'comment1',
'ship_to_address' : 'shiptostreet',
'ship_to_first_name' : 'shiptofirstname',
'ship_to_last_name' : 'shiptolastname',
'ship_to_country' : 'shiptocountry',
'ship_to_city' : 'shiptocity',
'ship_to_state' : 'shiptostate',
'ship_to_zip' : 'shiptozip',
'first_name' : 'firstname',
'last_name' : 'lastname',
'phone' : 'phonenum',
'invoice_num' : 'ponum',
# recurring fields
'recurring_id' : 'profile_id',
'recurring_start' : 'start',
'recurring_period' : 'payperiod',
'recurring_total_occurrences' : 'term',
}
RECURRING_FIELD_MAPPING = {
'AMT' : 'amount',
'START' : 'start',
'NEXTPAYMENT' : 'next',
'AGGREGATEAMT' : 'total',
'NUMFAILPAYMENTS' : 'failed_payments'
}
PAY_PERIOD_MAPPING = {
'months': 'MONT',
'weeks' : 'WEEK',
}
REVERSE_PAY_PERIOD_MAPPING = dict(
(v,k) for (k,v) in PAY_PERIOD_MAPPING.items())
def __init__(self, **kwargs):
super(PayPalConnection, self).__init__(**kwargs)
if not self.debug:
logging.getLogger('payflow_pro').setLevel(logging.WARNING)
url_base = PayflowProClient.URL_BASE_TEST if self.test_mode \
else PayflowProClient.URL_BASE_LIVE
self.cc = PayflowProClient(url_base=url_base, **self.auth)
def validate_auth(self, auth):
for key in ("partner", "vendor", "username", "password"):
if not key in auth:
raise InvalidAuthException("Missing required '%s' parameter."\
% key)
def authorize(self, **kwargs):
(card, amount, extras) = self._process_params(kwargs)
sale_result = self.cc.authorization(card, amount, extras=extras)
result = self._munge_result(sale_result)
self._handle_errors(result)
return result
def capture(self, **kwargs):
trans_id = kwargs['trans_id']
del(kwargs['trans_id'])
# card and amount aren't really used here
(card, amount, extras) = self._process_params(kwargs)
sale_result = self.cc.capture(trans_id, extras=extras)
result = self._munge_result(sale_result)
self._handle_errors(result)
return result
def sale(self, **kwargs):
(card, amount, extras) = self._process_params(kwargs)
sale_result = self.cc.sale(card, amount, extras=extras)
result = self._munge_result(sale_result)
self._handle_errors(result)
return result
def void(self, **kwargs):
trans_id = kwargs['trans_id']
del(kwargs['trans_id'])
# card and amount aren't really used here
(card, amount, extras) = self._process_params(kwargs)
void_result = self.cc.void(trans_id, extras=extras)
result = self._munge_result(void_result)
self._handle_errors(result)
return result
def credit(self, **kwargs):
trans_id = kwargs['trans_id']
del(kwargs['trans_id'])
# card and amount aren't really used here
(card, amount, extras) = self._process_params(kwargs)
credit_result = self.cc.credit_referenced(trans_id, extras=extras)
result = self._munge_result(credit_result)
self._handle_errors(result)
return result
def inquiry(self, **kwargs):
trans_id = kwargs['trans_id']
del(kwargs['trans_id'])
inquiry_result = self.cc.inquiry(original_pnref=trans_id)
result = self._munge_result(inquiry_result)
self._handle_errors(result)
return result
def recurring_order_create(self, **kwargs):
(card, amount, extras) = self._process_params(kwargs)
(profile,) = find_classes_in_list(Profile, extras)
result = self.cc.profile_add(profile, card, amount, extras=extras)
result = self._munge_result(result)
self._handle_errors(result)
logging.debug('result = %s' % (result,))
return result
def recurring_order_update(self, **kwargs):
profile_id = kwargs['recurring_id']
del(kwargs['recurring_id'])
(card, amount, extras) = self._process_params(kwargs)
# everything is an extra for update
extras.append(amount)
extras.append(card)
result = self.cc.profile_modify(profile_id, extras=extras)
result = self._munge_result(result)
self._handle_errors(result)
return result
def recurring_order_cancel(self, **kwargs):
profile_id = kwargs['recurring_id']
del(kwargs['recurring_id'])
result = self.cc.profile_cancel(profile_id)
result = self._munge_result(result)
self._handle_errors(result)
return result
def recurring_order_payments(self, **kwargs):
profile_id = kwargs['recurring_id']
del(kwargs['recurring_id'])
payment_history_only = kwargs.get('payment_history_only', True)
result = self.cc.profile_inquiry(
profile_id, payment_history_only=payment_history_only)
result = self._munge_result(result)
self._handle_errors(result)
return result
def recurring_order_inquiry(self, **kwargs):
return \
self.recurring_order_payments(payment_history_only=False, **kwargs)
# override process params to build payflow objects after mapping names
def _process_params(self, kwargs):
# check and process params
kwargs = super(PayPalConnection, self)._process_params(kwargs)
card = self._build_card(kwargs)
amount = self._build_amount(kwargs)
extras = self._build_extras(kwargs)
# if there's anything left in kwargs it's not getting to
# paypal, so log a warning. I'm tempted to make this fatal,
# but I imagine in many cases it's not such a big deal - just
# a trivial extra field that would be accepted by another
# processor that's not applicable to paypal.
if len(kwargs):
self.log.warning("Extra parameters found: %s" % ','.join(kwargs))
return (card, amount, extras)
# Code to build the objects the payflow pro lib uses, only to
# flatten them again later. Yeesh.
def _build_card(self, param):
return CreditCard(acct = param.pop('acct', ''),
expdate = param.pop('expdate', ''),
cvv2 = param.pop('cvv2', ''))
def _build_amount(self, param):
return Amount(amt = param.pop('amt', ''),
currency = param.pop('currency', 'USD'),
taxamt = param.pop('tax',''))
def _build_extras(self, param):
extras = []
extras.append(self._build_address(param))
extras.append(self._build_tracking(param))
extras.append(self._build_shipping_address(param))
extras.append(self._build_cust_info(param))
extras.append(self._build_purchase_info(param))
extras.append(self._build_recurring_info(param))
return extras
def _build_recurring_info(self, param):
start = '%s' % param.pop('start', '')
if re.match(r'\d{4}-\d{2}-\d{2}', start):
start = re.sub(r'^(\d{4})-(\d{2})-(\d{2})', r'\2\3\1', start)
profilename = param.pop('profilename', '')
if not profilename:
profilename = 'Default Profile Name'
term = param.pop('term', '0') # default to forever
payperiod = param.pop('payperiod', 'MONT')
if payperiod in self.PAY_PERIOD_MAPPING:
payperiod = self.PAY_PERIOD_MAPPING[payperiod]
# For some reason having a blank desc is an error. And it's
# only an error on the live server, of course.
desc = param.pop('desc', '')
if not len(desc):
desc = "unused"
return Profile(
profilename = profilename,
start = start,
term = term,
payperiod = payperiod,
maxfailpayments = param.pop('maxfailpayments', ''),
desc = desc,
optionaltrx = param.pop('optionaltrx', ''),
optionaltrxamt = param.pop('optionaltrxamt', ''),
status = param.pop('status', ''),
paymentsleft = param.pop('paymentsleft', ''),
nextpayment = param.pop('nextpayment', ''),
end = param.pop('end', ''),
numfailpayments = param.pop('numfailpayments', ''),
retrynumdays = param.pop('retrynumdays', ''),
aggregateamt = param.pop('aggregateamt', ''),
aggregateoptionalamt = param.pop('aggregateoptionalamt', ''))
def _build_address(self, param):
return Address(street = param.pop('street', ''),
zip = param.pop('zip', ''),
city = param.pop('city', ''),
state = param.pop('state', ''),
country = param.pop('country', ''),
companyname = param.pop('companyname', ''))
def _build_tracking(self, param):
return Tracking(comment1 = param.pop('comment1',''),
comment2 = param.pop('comment2',''),
verbosity = param.pop('verbosity',''))
def _build_shipping_address(self, param):
return ShippingAddress(
shiptostreet = param.pop('shiptostreet',''),
shiptocity = param.pop('shiptocity',''),
shiptofirstname = param.pop('shiptofirstname',''),
shiptomiddlename = param.pop('shiptomiddlename',''),
shiptolastname = param.pop('shiptolastname',''),
shiptostate = param.pop('shiptostate',''),
shiptocountry = param.pop('shiptocountry',''),
shiptozip = param.pop('shiptozip',''))
def _build_cust_info(self, param):
return CustomerInfo(
custcode = param.pop('custcode',''),
email = param.pop('email',''),
firstname = param.pop('firstname',''),
name = param.pop('name',''),
middlename = param.pop('middlename',''),
lastname = param.pop('lastname',''),
phonenum = param.pop('phonenum',''))
def _build_purchase_info(self, param):
return PurchaseInfo(
ponum = param.pop('ponum',''))
def _parse_transaction_time(self, ts):
# '24-Nov-09 04:33 AM'
parsed = datetime.strptime(ts, '%d-%b-%y %I:%M %p')
pacific = pytz.timezone('America/Los_Angeles')
return pacific.localize(parsed).astimezone(pytz.utc)
# return datetime(utc.year, utc.month, utc.day, utc.hour, utc.second)
def _build_recurring_payment(self, payment):
return OnlinePaymentRecurringPayment(
trans_id = payment.p_pnref,
amount = payment.p_amt,
trans_timestamp = self._parse_transaction_time(payment.p_transtime),
success = payment.p_result == '0',
original = payment,
)
def _munge_result(self, orig):
(response,) = find_classes_in_list([Response],orig[0])
if (self.debug):
self.log.debug("Result: %s" % repr(response.__dict__))
result = {}
result['code'] = int(response.result)
result['message'] = response.respmsg
result['success'] = True if result['code'] == 0 else False
result['trans_id'] = response.pnref
result['orig'] = response
# recurring response of some kind
(profile_response,) = find_classes_in_list([ProfileResponse], orig[0])
if profile_response:
return self._munge_recurring_result(profile_response, result, orig)
return OnlinePaymentResult(**result)
def _munge_recurring_result(self, profile_response, result, orig):
result['trans_id'] = profile_response.rpref
if hasattr(profile_response, 'profileid'):
result['recurring_id'] = profile_response.profileid
else:
result['recurring_id'] = None
# Profile, means a profile status request?
(profile,) = find_classes_in_list([Profile], orig[0])
if profile:
payperiod = self.REVERSE_PAY_PERIOD_MAPPING.get(
profile.payperiod, profile.payperiod)
result['profile'] = OnlinePaymentRecurringProfile(
recurring_id = profile_response.profileid,
payperiod = payperiod,
status = profile.status,
start = profile.start,
next = profile.nextpayment,
amount = '', # profile.amt does not exist, amount not included!?
total = profile.aggregateamt,
failed_payments = profile.numfailpayments,
orig = profile
)
# RecurringPayments, means we've got a payment history
(profile_payments,) = find_classes_in_list([RecurringPayments], orig[0])
if profile_payments:
result['payments'] = [ self._build_recurring_payment(p)
for p in profile_payments.payments ]
return OnlinePaymentRecurringResult(**result)
