def submit_inquiry(account):
client = soap.get_client(WFRS_INQUIRY_WSDL, 'WFRS')
request = client.factory.create('ns2:Inquiry')
request.userName = WFRS_USER_NAME
request.setupPassword = WFRS_PASSWORD
request.merchantNumber = WFRS_MERCHANT_NUM
request.uuid = uuid.uuid1()
request.transactionCode = TRANS_TYPE_INQUIRY
request.localeString = account.wfrs_metadata.locale
request.accountNumber = account.wfrs_metadata.account_number
# Submit
resp = client.service.submitInquiry(request)
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.error(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for errors
error_msg = resp.sorErrorDescription.strip() if resp.sorErrorDescription else None
if error_msg:
raise ValidationError(error_msg)
# Build response
result = AccountInquiryResult()
result.account = account
result.balence = _as_decimal(resp.accountBalance)
result.open_to_buy = _as_decimal(resp.openToBuy)
return result
def submit_transaction(trans_request,
current_user=None,
transaction_uuid=None,
persist=True):
client = soap.get_client(WFRS_TRANSACTION_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'Transaction')
request = client.factory.create(type_name)
# If a uuid was given, use that instead of generating a new one. This allows tracing fraud responses through to transactions.
request.uuid = transaction_uuid if transaction_uuid else uuid.uuid1()
creds = APICredentials.get_credentials(current_user)
request.userName = creds.username
request.setupPassword = creds.password
request.merchantNumber = creds.merchant_num
request.transactionCode = trans_request.type_code
request.localeString = trans_request.locale
request.accountNumber = trans_request.account_number
request.planNumber = trans_request.plan_number
request.amount = _as_decimal(trans_request.amount)
request.authorizationNumber = trans_request.auth_number
request.ticketNumber = trans_request.ticket_number
# Submit
resp = client.service.submitTransaction(request)
# Persist transaction data and WF specific metadata
transfer = TransferMetadata()
transfer.user = trans_request.user
transfer.credentials = creds
transfer.account_number = resp.accountNumber
transfer.merchant_reference = resp.uuid
transfer.amount = _as_decimal(resp.amount)
transfer.type_code = resp.transactionCode
transfer.ticket_number = resp.ticketNumber
transfer.financing_plan = FinancingPlan.objects.filter(
plan_number=resp.planNumber).first()
transfer.auth_number = resp.authorizationNumber
transfer.status = resp.transactionStatus
transfer.message = resp.transactionMessage
transfer.disclosure = resp.disclosure or ''
if persist:
transfer.save()
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for approval
if resp.transactionStatus != TRANS_APPROVED:
exc = TransactionDenied(
'%s: %s' % (resp.transactionStatus, resp.transactionMessage))
exc.status = resp.transactionStatus
raise exc
return transfer
def submit_inquiry(account_number, current_user=None, locale=EN_US):
client = soap.get_client(WFRS_INQUIRY_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'Inquiry')
request = client.factory.create(type_name)
request.uuid = uuid.uuid1()
request.transactionCode = TRANS_TYPE_INQUIRY
creds = APICredentials.get_credentials(current_user)
request.userName = creds.username
request.setupPassword = creds.password
request.merchantNumber = creds.merchant_num
request.localeString = locale
request.accountNumber = account_number
# Submit
resp = client.service.submitInquiry(request)
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for errors
error_msg = resp.sorErrorDescription.strip() if resp.sorErrorDescription else None
if error_msg:
raise ValidationError(error_msg)
# Build response
result = AccountInquiryResult()
result.status = resp.transactionStatus
result.account_number = resp.wfAccountNumber
result.first_name = resp.firstName or ''
result.middle_initial = resp.middleInitial or ''
result.last_name = resp.lastName or ''
# This is kind of awful, but WFRS only uses national phone number (with an implied +1 country code). So, we
# add back the country code to make it valid to store in the DB.
# E.g. Take "5559998888" and convert it to "+15559998888"
result.phone_number = '+1{}'.format(resp.phone)
result.address = resp.address or ''
result.credit_limit = (_as_decimal(resp.accountBalance) + _as_decimal(resp.openToBuy))
result.balance = _as_decimal(resp.accountBalance)
result.open_to_buy = _as_decimal(resp.openToBuy)
result.last_payment_date = _as_date(resp.lastPaymentDate)
result.last_payment_amount = _as_decimal(resp.lastPayment)
result.payment_due_date = _as_date(resp.lastPaymentDate)
result.payment_due_amount = _as_decimal(resp.paymentDue)
result.save()
return result
def test_basic_soap_method_call(self):
wsdl = 'http://www.webservicex.net/uszip.asmx?WSDL'
client = soap.get_client(wsdl, 'LOCATIONS')
client.set_options(port='USZipSoap')
resp = client.service.GetInfoByZIP('10305')
self.assertEquals(resp.NewDataSet.Table.CITY, 'Staten Island')
self.assertEquals(resp.NewDataSet.Table.STATE, 'NY')
def check_pre_qualification_status(prequal_request, return_url=None, current_user=None):
client = soap.get_client(WFRS_PRE_QUAL_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'WFRS_InstantPreScreenRequest')
data = client.factory.create(type_name)
data.localeString = prequal_request.locale
data.uuid = prequal_request.uuid
data.behaviorVersion = "1"
creds = APICredentials.get_credentials(current_user)
data.userName = creds.username
data.servicePassword = creds.password
data.merchantNumber = creds.merchant_num
data.transactionCode = 'P1'
data.entryPoint = prequal_request.entry_point
if return_url:
data.returnUrl = return_url
data.firstName = prequal_request.first_name
data.lastName = prequal_request.last_name
data.address1 = prequal_request.line1
data.city = prequal_request.city
data.state = prequal_request.state
data.postalCode = prequal_request.postcode
data.phone = _format_phone(prequal_request.phone)
# Save the credentials used to make the request
prequal_request.credentials = creds
prequal_request.save()
# Submit the pre-qualification request
resp = client.service.instantPreScreen(data)
# Check for faults
if resp.faults and resp.faults.item:
for fault in resp.faults.item:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Sanity check the response
if resp.transactionStatus is None or resp.uniqueId is None:
logger.info('WFRS pre-qualification request return null data for pre-request[{}]'.format(prequal_request.pk))
return None
# Save the pre-qualification response data
response = PreQualificationResponse()
response.request = prequal_request
response.status = resp.transactionStatus
response.message = resp.message or ''
response.offer_indicator = resp.offerIndicator or ''
response.credit_limit = _as_decimal(resp.upToLimit)
response.response_id = resp.uniqueId
response.application_url = urllib.parse.unquote(resp.url or '')
response.customer_response = PREQUAL_CUSTOMER_RESP_NONE
response.save()
return response
def test_private_soap_with_proxy(self):
""" Intended for local and private use only
Set SOAP_PROXY_URL in sandbox/settings too.
"""
private_ip = ''
if not private_ip:
return
wsdl = 'http://{}/TAXCCH/Service3.5.svc?singleWsdl'.format(private_ip)
client = soap.get_client(wsdl, 'CCH')
def __init__(self, wsdl, merchant_id, transaction_security_key, soap_log_prefix='CYBERSOURCE'):
self.merchant_id = merchant_id
# Build a SOAP client
self.client = soap.get_client(wsdl, soap_log_prefix)
# Add WSSE Security Header to client
security = Security()
token = UsernameToken(self.merchant_id, transaction_security_key)
security.tokens.append(token)
self.client.set_options(wsse=security)
def submit_transaction(trans_request, current_user=None, transaction_uuid=None, persist=True):
client = soap.get_client(WFRS_TRANSACTION_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'Transaction')
request = client.factory.create(type_name)
# If a uuid was given, use that instead of generating a new one. This allows tracing fraud responses through to transactions.
request.uuid = transaction_uuid if transaction_uuid else uuid.uuid1()
creds = APICredentials.get_credentials(current_user)
request.userName = creds.username
request.setupPassword = creds.password
request.merchantNumber = creds.merchant_num
request.transactionCode = trans_request.type_code
request.localeString = trans_request.locale
request.accountNumber = trans_request.account_number
request.planNumber = trans_request.plan_number
request.amount = _as_decimal(trans_request.amount)
request.authorizationNumber = trans_request.auth_number
request.ticketNumber = trans_request.ticket_number
# Submit
resp = client.service.submitTransaction(request)
# Persist transaction data and WF specific metadata
transfer = TransferMetadata()
transfer.user = trans_request.user
transfer.credentials = creds
transfer.account_number = resp.accountNumber
transfer.merchant_reference = resp.uuid
transfer.amount = _as_decimal(resp.amount)
transfer.type_code = resp.transactionCode
transfer.ticket_number = resp.ticketNumber
transfer.financing_plan = FinancingPlan.objects.filter(plan_number=resp.planNumber).first()
transfer.auth_number = resp.authorizationNumber
transfer.status = resp.transactionStatus
transfer.message = resp.transactionMessage
transfer.disclosure = resp.disclosure or ''
if persist:
transfer.save()
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for approval
if resp.transactionStatus != TRANS_APPROVED:
exc = TransactionDenied('%s: %s' % (resp.transactionStatus, resp.transactionMessage))
exc.status = resp.transactionStatus
raise exc
return transfer
def __init__(self,
wsdl,
merchant_id,
transaction_security_key,
soap_log_prefix="CYBERSOURCE"):
self.merchant_id = merchant_id
# Build a SOAP client
self.client = soap.get_client(wsdl, soap_log_prefix)
# Add WSSE Security Header to client
security = Security()
token = UsernameToken(self.merchant_id, transaction_security_key)
security.tokens.append(token)
self.client.set_options(wsse=security)
def submit_transaction(trans_request):
client = soap.get_client(WFRS_TRANSACTION_WSDL, 'WFRS')
request = client.factory.create('ns2:Transaction')
request.userName = WFRS_USER_NAME
request.setupPassword = WFRS_PASSWORD
request.merchantNumber = WFRS_MERCHANT_NUM
request.uuid = uuid.uuid1()
request.transactionCode = trans_request.type_code
request.localeString = trans_request.source_account.wfrs_metadata.locale
request.accountNumber = trans_request.source_account.wfrs_metadata.account_number
request.planNumber = trans_request.plan_number
request.amount = _as_decimal(trans_request.amount)
request.authorizationNumber = trans_request.auth_number
request.ticketNumber = trans_request.ticket_number
# Submit
resp = client.service.submitTransaction(request)
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.error(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for approval
if resp.transactionStatus != TRANS_APPROVED:
raise TransactionDenied('%s: %s' % (resp.transactionStatus, resp.transactionMessage))
# Persist transaction data and WF specific metadata
with transaction.atomic():
transfer = facade.transfer(
source=trans_request.source_account,
destination=trans_request.dest_account,
amount=_as_decimal(resp.amount),
user=trans_request.user,
merchant_reference=resp.uuid)
TransferMetadata.objects.create(
transfer=transfer,
type_code=resp.transactionCode,
ticket_number=resp.ticketNumber,
plan_number=resp.planNumber,
auth_number=resp.authorizationNumber,
status=resp.transactionStatus,
message=resp.transactionMessage,
disclosure=resp.disclosure)
return transfer
def check_pre_qualification_account_status(prequal_response):
client = soap.get_client(WFRS_OTB_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'WFRS_OTBRequest')
data = client.factory.create(type_name)
data.localeString = prequal_response.request.locale
data.uuid = uuid.uuid1()
data.behaviorVersion = "1"
data.userName = prequal_response.request.credentials.username
data.servicePassword = prequal_response.request.credentials.password
data.merchantNumber = prequal_response.request.credentials.merchant_num
data.transactionCode = 'C1'
data.uniqueId = prequal_response.response_id
data.firstName = prequal_response.request.first_name
data.lastName = prequal_response.request.last_name
# Submit the pre-qualification request
resp = client.service.submitOTB(data)
# Check for faults
if resp.faults and resp.faults.item:
for fault in resp.faults.item:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# If the returned status isn't successful, theres nothing else to do.
if resp.transactionStatus != OTB_SUCCESS:
logger.info('Received OTB Response with unsuccessful transaction status. Status: {}. Message: {}'.format(
resp.transactionStatus, resp.message))
return None
# If no account number was returned, theres nothing else to do.
if not resp.accountNumber:
logger.info('Received OTB Response without account number. Status: {}. Message: {}'.format(
resp.transactionStatus, resp.message))
return None
# Build response
result = AccountInquiryResult()
result.prequal_response_source = prequal_response
result.status = resp.transactionStatus
result.account_number = resp.accountNumber
result.first_name = prequal_response.request.first_name
result.middle_initial = ""
result.last_name = prequal_response.request.last_name
result.phone_number = prequal_response.request.phone
result.address = resp.mainAddress1 or prequal_response.request.line1
result.credit_limit = _as_decimal(resp.creditLimit)
result.balance = (_as_decimal(resp.creditLimit) - _as_decimal(resp.availableCredit))
result.open_to_buy = _as_decimal(resp.availableCredit)
result.save()
logger.info('Saved OTB Response as AccountInquiryResult[{}]. Status: {}. Message: {}'.format(
result.pk, result.status, resp.message))
return result
def submit_credit_application(app, current_user=None):
client = soap.get_client(WFRS_CREDIT_APP_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'CreditApp')
data = client.factory.create(type_name)
creds = APICredentials.get_credentials(current_user)
data.userName = creds.username
data.setupPassword = creds.password
data.merchantNumber = creds.merchant_num
data.uuid = uuid.uuid1()
data.transactionCode = TRANS_TYPE_APPLY
data.checkStatus = '0'
data.localeString = app.locale
data.languagePreference = app.language
data.purchasePrice = app.purchase_price
data.optionalInsurance = '1' if app.insurance else '0'
data.salesPerson = app.sales_person_id
data.newSalesPerson = app.new_sales_person
data.emailAddress = app.email
data.mainFirstName = app.main_first_name
data.mainLastName = app.main_last_name
data.mainMiddleInitial = app.main_middle_initial
data.mainDOB = _format_date(app.main_date_of_birth)
data.mainSSN = _format_ssn(app.main_ssn)
data.mainAddress1 = app.main_address_line1
data.mainAddress2 = app.main_address_line2
data.mainCity = app.main_address_city
data.mainStateOrProvince = app.main_address_state
data.mainPostalCode = app.main_address_postcode
data.mainHomePhone = _format_phone(app.main_home_phone)
data.mainTimeAtAddress = app.main_time_at_address
data.mainHousingStatus = app.main_housing_status
data.mainHomeValue = app.main_home_value
data.mainMortgageBalance = app.main_mortgage_balance
data.mainEmployerName = app.main_employer_name
data.mainTimeAtEmployer = app.main_time_at_employer
data.mainEmployerPhone = _format_phone(app.main_employer_phone)
data.mainAnnualIncome = app.main_annual_income
data.mainCellPhone = _format_phone(app.main_cell_phone)
data.mainOccupation = app.main_occupation
data.mainPhotoIdType = getattr(app, 'main_photo_id_type', None)
data.mainPhotoIdNumber = getattr(app, 'main_photo_id_number', None)
data.mainDLStateOrProvince = getattr(app, 'main_drivers_license_province', None)
data.mainPhotoIdExpDate = _format_date( getattr(app, 'main_photo_id_expiration', None) )
data.individualJointIndicator = 'J' if app.is_joint else 'I'
if app.is_joint:
data.jointFirstName = app.joint_first_name
data.jointLastName = app.joint_last_name
data.jointMiddleInitial = app.joint_middle_initial
data.jointDOB = _format_date(app.joint_date_of_birth)
data.jointSSN = _format_ssn(app.joint_ssn)
data.jointAddress1 = app.joint_address_line1
data.jointAddress2 = app.joint_address_line2
data.jointCity = app.joint_address_city
data.jointStateOrProvince = app.joint_address_state
data.jointPostalCode = app.joint_address_postcode
data.jointEmployerName = app.joint_employer_name
data.jointTimeAtEmployer = app.joint_time_at_employer
data.jointEmployerPhone = _format_phone(app.joint_employer_phone)
data.jointAnnualIncome = app.joint_annual_income
data.jointCellPhone = _format_phone(app.joint_cell_phone)
data.jointOccupation = app.joint_occupation
data.jointPhotoIdType = getattr(app, 'joint_photo_id_type', None)
data.jointPhotoIdNumber = getattr(app, 'joint_photo_id_number', None)
data.jointDLStateOrProvince = getattr(app, 'joint_drivers_license_province', None)
data.jointPhotoIdExpDate = _format_date( getattr(app, 'joint_photo_id_expiration', None) )
# Submit
resp = client.service.submitCreditApp(data)
# Save the status and credentials used to apply
app.status = resp.transactionStatus or ''
app.credentials = creds
app.save()
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for errors
error_msg = resp.sorErrorDescription.strip() if resp.sorErrorDescription else None
if error_msg:
logger.info(error_msg)
raise ValidationError(error_msg)
# Check for any other errors we didn't catch already for any reason
if resp.transactionStatus in (CREDIT_APP_FORMAT_ERROR, CREDIT_APP_WFF_ERROR):
raise ValidationError('An unknown error occurred.')
# If the status is not either Approved or Pending, it must be denied
if resp.transactionStatus not in (CREDIT_APP_APPROVED, CREDIT_APP_DECISION_DELAYED):
raise CreditApplicationDenied('Credit Application was denied by Wells Fargo.')
# Save the suffix of the account number
app.account_number = resp.wfAccountNumber
app.save()
# Record an account inquiry
result = AccountInquiryResult()
result.credit_app_source = app
result.status = INQUIRY_SUCCESS
result.account_number = resp.wfAccountNumber
result.first_name = app.main_first_name
result.middle_initial = app.main_middle_initial
result.last_name = app.main_last_name
result.phone_number = '+1{}'.format(data.mainHomePhone)
result.address = app.main_address_line1
result.credit_limit = _as_decimal(resp.creditLimit)
result.balance = Decimal('0.00')
result.open_to_buy = result.credit_limit
result.save()
# Check if application approval is pending
if resp.transactionStatus == CREDIT_APP_DECISION_DELAYED:
pending = CreditApplicationPending('Credit Application is approval is pending.')
pending.inquiry = result
raise pending
return result
def submit_inquiry(account_number, current_user=None, locale=EN_US):
client = soap.get_client(WFRS_INQUIRY_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'Inquiry')
request = client.factory.create(type_name)
request.uuid = uuid.uuid1()
request.transactionCode = TRANS_TYPE_INQUIRY
creds = APICredentials.get_credentials(current_user)
request.userName = creds.username
request.setupPassword = creds.password
request.merchantNumber = creds.merchant_num
request.localeString = locale
request.accountNumber = account_number
# Submit
resp = client.service.submitInquiry(request)
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for errors
error_msg = resp.sorErrorDescription.strip(
) if resp.sorErrorDescription else None
if error_msg:
raise ValidationError(error_msg)
# Build response
result = AccountInquiryResult()
result.status = resp.transactionStatus
result.account_number = resp.wfAccountNumber
result.first_name = resp.firstName or ''
result.middle_initial = resp.middleInitial or ''
result.last_name = resp.lastName or ''
# This is kind of awful, but WFRS only uses national phone number (with an implied +1 country code). So, we
# add back the country code to make it valid to store in the DB.
# E.g. Take "5559998888" and convert it to "+15559998888"
result.phone_number = '+1{}'.format(resp.phone)
result.address = resp.address or ''
result.credit_limit = (_as_decimal(resp.accountBalance) +
_as_decimal(resp.openToBuy))
result.balance = _as_decimal(resp.accountBalance)
result.open_to_buy = _as_decimal(resp.openToBuy)
result.last_payment_date = _as_date(resp.lastPaymentDate)
result.last_payment_amount = _as_decimal(resp.lastPayment)
result.payment_due_date = _as_date(resp.lastPaymentDate)
result.payment_due_amount = _as_decimal(resp.paymentDue)
result.save()
return result
def check_pre_qualification_account_status(prequal_response):
client = soap.get_client(WFRS_OTB_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'WFRS_OTBRequest')
data = client.factory.create(type_name)
data.localeString = prequal_response.request.locale
data.uuid = uuid.uuid1()
data.behaviorVersion = "1"
data.userName = prequal_response.request.credentials.username
data.servicePassword = prequal_response.request.credentials.password
data.merchantNumber = prequal_response.request.credentials.merchant_num
data.transactionCode = 'C1'
data.uniqueId = prequal_response.response_id
data.firstName = prequal_response.request.first_name
data.lastName = prequal_response.request.last_name
# Submit the pre-qualification request
resp = client.service.submitOTB(data)
# Check for faults
if resp.faults and resp.faults.item:
for fault in resp.faults.item:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# If the returned status isn't successful, theres nothing else to do.
if resp.transactionStatus != OTB_SUCCESS:
logger.info(
'Received OTB Response with unsuccessful transaction status. Status: {}. Message: {}'
.format(resp.transactionStatus, resp.message))
return None
# If no account number was returned, theres nothing else to do.
if not resp.accountNumber:
logger.info(
'Received OTB Response without account number. Status: {}. Message: {}'
.format(resp.transactionStatus, resp.message))
return None
# Build response
result = AccountInquiryResult()
result.prequal_response_source = prequal_response
result.status = resp.transactionStatus
result.account_number = resp.accountNumber
result.first_name = prequal_response.request.first_name
result.middle_initial = ""
result.last_name = prequal_response.request.last_name
result.phone_number = prequal_response.request.phone
result.address = resp.mainAddress1 or prequal_response.request.line1
result.credit_limit = _as_decimal(resp.creditLimit)
result.balance = (_as_decimal(resp.creditLimit) -
_as_decimal(resp.availableCredit))
result.open_to_buy = _as_decimal(resp.availableCredit)
result.save()
logger.info(
'Saved OTB Response as AccountInquiryResult[{}]. Status: {}. Message: {}'
.format(result.pk, result.status, resp.message))
return result
def test_basic_soap_method_call(self):
wsdl = 'http://www.dataaccess.com/webservicesserver/numberconversion.wso?WSDL'
client = soap.get_client(wsdl, 'LOCATIONS')
client.set_options(port='NumberConversionSoap')
resp = client.service.NumberToWords('42')
self.assertEqual(str(resp).strip(), 'forty two')
def submit_credit_application(app, current_user=None):
client = soap.get_client(WFRS_CREDIT_APP_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'CreditApp')
data = client.factory.create(type_name)
creds = APICredentials.get_credentials(current_user)
data.userName = creds.username
data.setupPassword = creds.password
data.merchantNumber = creds.merchant_num
data.uuid = uuid.uuid1()
data.transactionCode = TRANS_TYPE_APPLY
data.checkStatus = '0'
data.localeString = app.locale
data.languagePreference = app.language
data.purchasePrice = app.purchase_price
data.optionalInsurance = '1' if app.insurance else '0'
data.salesPerson = app.sales_person_id
data.newSalesPerson = app.new_sales_person
data.emailAddress = app.email
data.mainFirstName = app.main_first_name
data.mainLastName = app.main_last_name
data.mainMiddleInitial = app.main_middle_initial
data.mainDOB = _format_date(app.main_date_of_birth)
data.mainSSN = _format_ssn(app.main_ssn)
data.mainAddress1 = app.main_address_line1
data.mainAddress2 = app.main_address_line2
data.mainCity = app.main_address_city
data.mainStateOrProvince = app.main_address_state
data.mainPostalCode = app.main_address_postcode
data.mainHomePhone = _format_phone(app.main_home_phone)
data.mainTimeAtAddress = app.main_time_at_address
data.mainHousingStatus = app.main_housing_status
data.mainHomeValue = app.main_home_value
data.mainMortgageBalance = app.main_mortgage_balance
data.mainEmployerName = app.main_employer_name
data.mainTimeAtEmployer = app.main_time_at_employer
data.mainEmployerPhone = _format_phone(app.main_employer_phone)
data.mainAnnualIncome = app.main_annual_income
data.mainCellPhone = _format_phone(app.main_cell_phone)
data.mainOccupation = app.main_occupation
data.mainPhotoIdType = getattr(app, 'main_photo_id_type', None)
data.mainPhotoIdNumber = getattr(app, 'main_photo_id_number', None)
data.mainDLStateOrProvince = getattr(app, 'main_drivers_license_province',
None)
data.mainPhotoIdExpDate = _format_date(
getattr(app, 'main_photo_id_expiration', None))
data.individualJointIndicator = 'J' if app.is_joint else 'I'
if app.is_joint:
data.jointFirstName = app.joint_first_name
data.jointLastName = app.joint_last_name
data.jointMiddleInitial = app.joint_middle_initial
data.jointDOB = _format_date(app.joint_date_of_birth)
data.jointSSN = _format_ssn(app.joint_ssn)
data.jointAddress1 = app.joint_address_line1
data.jointAddress2 = app.joint_address_line2
data.jointCity = app.joint_address_city
data.jointStateOrProvince = app.joint_address_state
data.jointPostalCode = app.joint_address_postcode
data.jointEmployerName = app.joint_employer_name
data.jointTimeAtEmployer = app.joint_time_at_employer
data.jointEmployerPhone = _format_phone(app.joint_employer_phone)
data.jointAnnualIncome = app.joint_annual_income
data.jointCellPhone = _format_phone(app.joint_cell_phone)
data.jointOccupation = app.joint_occupation
data.jointPhotoIdType = getattr(app, 'joint_photo_id_type', None)
data.jointPhotoIdNumber = getattr(app, 'joint_photo_id_number', None)
data.jointDLStateOrProvince = getattr(
app, 'joint_drivers_license_province', None)
data.jointPhotoIdExpDate = _format_date(
getattr(app, 'joint_photo_id_expiration', None))
# Submit
resp = client.service.submitCreditApp(data)
# Save the status and credentials used to apply
app.status = resp.transactionStatus or ''
app.credentials = creds
app.save()
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for errors
error_msg = resp.sorErrorDescription.strip(
) if resp.sorErrorDescription else None
if error_msg:
logger.info(error_msg)
raise ValidationError(error_msg)
# Check for any other errors we didn't catch already for any reason
if resp.transactionStatus in (CREDIT_APP_FORMAT_ERROR,
CREDIT_APP_WFF_ERROR):
raise ValidationError('An unknown error occurred.')
# If the status is not either Approved or Pending, it must be denied
if resp.transactionStatus not in (CREDIT_APP_APPROVED,
CREDIT_APP_DECISION_DELAYED):
raise CreditApplicationDenied(
'Credit Application was denied by Wells Fargo.')
# Save the suffix of the account number
app.account_number = resp.wfAccountNumber
app.save()
# Record an account inquiry
result = AccountInquiryResult()
result.credit_app_source = app
result.status = INQUIRY_SUCCESS
result.account_number = resp.wfAccountNumber
result.first_name = app.main_first_name
result.middle_initial = app.main_middle_initial
result.last_name = app.main_last_name
result.phone_number = '+1{}'.format(data.mainHomePhone)
result.address = app.main_address_line1
result.credit_limit = _as_decimal(resp.creditLimit)
result.balance = Decimal('0.00')
result.open_to_buy = result.credit_limit
result.save()
# Check if application approval is pending
if resp.transactionStatus == CREDIT_APP_DECISION_DELAYED:
pending = CreditApplicationPending(
'Credit Application is approval is pending.')
pending.inquiry = result
raise pending
return result
def test_soap_with_proxy(self):
""" Set sandbox/settings to use """
if settings.PROXY_URL:
wsdl = 'http://www.dataaccess.com/webservicesserver/numberconversion.wso?WSDL'
soap.get_client(wsdl, 'LOCATIONS')
def test_soap_with_proxy(self):
""" Set sandbox/settings to use """
if settings.PROXY_URL:
wsdl = 'http://www.webservicex.net/uszip.asmx?WSDL'
client = soap.get_client(wsdl, 'LOCATIONS')
def check_pre_qualification_status(prequal_request,
return_url=None,
current_user=None):
client = soap.get_client(WFRS_PRE_QUAL_WSDL, 'WFRS')
type_name = _find_namespaced_name(client, 'WFRS_InstantPreScreenRequest')
data = client.factory.create(type_name)
data.localeString = prequal_request.locale
data.uuid = prequal_request.uuid
data.behaviorVersion = "1"
creds = APICredentials.get_credentials(current_user)
data.userName = creds.username
data.servicePassword = creds.password
data.merchantNumber = creds.merchant_num
data.transactionCode = 'P1'
data.entryPoint = prequal_request.entry_point
if return_url:
data.returnUrl = return_url
data.firstName = prequal_request.first_name
data.lastName = prequal_request.last_name
data.address1 = prequal_request.line1
data.city = prequal_request.city
data.state = prequal_request.state
data.postalCode = prequal_request.postcode
data.phone = _format_phone(prequal_request.phone)
# Save the credentials used to make the request
prequal_request.credentials = creds
prequal_request.save()
# Submit the pre-qualification request
resp = client.service.instantPreScreen(data)
# Check for faults
if resp.faults and resp.faults.item:
for fault in resp.faults.item:
logger.info(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Sanity check the response
if resp.transactionStatus is None or resp.uniqueId is None:
logger.info(
'WFRS pre-qualification request return null data for pre-request[{}]'
.format(prequal_request.pk))
return None
# Save the pre-qualification response data
response = PreQualificationResponse()
response.request = prequal_request
response.status = resp.transactionStatus
response.message = resp.message or ''
response.offer_indicator = resp.offerIndicator or ''
response.credit_limit = _as_decimal(resp.upToLimit)
response.response_id = resp.uniqueId
response.application_url = urllib.parse.unquote(resp.url or '')
response.customer_response = PREQUAL_CUSTOMER_RESP_NONE
response.save()
return response
def client(self):
"""Lazy constructor for SOAP client"""
return soap.get_client(self.wsdl, 'CCH')
def submit_credit_application(app):
client = soap.get_client(WFRS_CREDIT_APP_WSDL, 'WFRS')
data = client.factory.create('ns2:CreditApp')
data.userName = WFRS_USER_NAME
data.setupPassword = WFRS_PASSWORD
data.merchantNumber = WFRS_MERCHANT_NUM
data.uuid = uuid.uuid1()
data.transactionCode = TRANS_TYPE_APPLY
data.checkStatus = '0'
data.localeString = app.locale
data.languagePreference = app.language
data.purchasePrice = app.purchase_price
data.optionalInsurance = '1' if app.insurance else '0'
data.salesPerson = app.sales_person_id
data.newSalesPerson = app.new_sales_person
data.emailAddress = app.email
data.mainFirstName = app.main_first_name
data.mainLastName = app.main_last_name
data.mainMiddleInitial = app.main_middle_initial
data.mainDOB = _format_date(app.main_date_of_birth)
data.mainSSN = _format_ssn(app.main_ssn)
data.mainAddress1 = app.main_address_line1
data.mainAddress2 = app.main_address_line2
data.mainCity = app.main_address_city
data.mainStateOrProvince = app.main_address_state
data.mainPostalCode = app.main_address_postcode
data.mainHomePhone = _format_phone(app.main_home_phone)
data.mainTimeAtAddress = app.main_time_at_address
data.mainHousingStatus = app.main_housing_status
data.mainHomeValue = app.main_home_value
data.mainMortgageBalance = app.main_mortgage_balance
data.mainEmployerName = app.main_employer_name
data.mainTimeAtEmployer = app.main_time_at_employer
data.mainEmployerPhone = _format_phone(app.main_employer_phone)
data.mainAnnualIncome = app.main_annual_income
data.mainCellPhone = _format_phone(app.main_cell_phone)
data.mainOccupation = app.main_occupation
data.mainPhotoIdType = getattr(app, 'main_photo_id_type', None)
data.mainPhotoIdNumber = getattr(app, 'main_photo_id_number', None)
data.mainDLStateOrProvince = getattr(app, 'main_drivers_license_province', None)
data.mainPhotoIdExpDate = _format_date( getattr(app, 'main_photo_id_expiration', None) )
data.individualJointIndicator = 'J' if app.is_joint else 'I'
if app.is_joint:
data.jointFirstName = app.joint_first_name
data.jointLastName = app.joint_last_name
data.jointMiddleInitial = app.joint_middle_initial
data.jointDOB = _format_date(app.joint_date_of_birth)
data.jointSSN = _format_ssn(app.joint_ssn)
data.jointAddress1 = app.joint_address_line1
data.jointAddress2 = app.joint_address_line2
data.jointCity = app.joint_address_city
data.jointStateOrProvince = app.joint_address_state
data.jointPostalCode = app.joint_address_postcode
data.jointEmployerName = app.joint_employer_name
data.jointTimeAtEmployer = app.joint_time_at_employer
data.jointEmployerPhone = _format_phone(app.joint_employer_phone)
data.jointAnnualIncome = app.joint_annual_income
data.jointCellPhone = _format_phone(app.joint_cell_phone)
data.jointOccupation = app.joint_occupation
data.jointPhotoIdType = getattr(app, 'joint_photo_id_type', None)
data.jointPhotoIdNumber = getattr(app, 'joint_photo_id_number', None)
data.jointDLStateOrProvince = getattr(app, 'joint_drivers_license_province', None)
data.jointPhotoIdExpDate = _format_date( getattr(app, 'joint_photo_id_expiration', None) )
# Submit
resp = client.service.submitCreditApp(data)
# Check for faults
if resp.faults:
for fault in resp.faults:
logger.error(fault.faultDetailString)
raise ValidationError(fault.faultDetailString)
# Check for errors
error_msg = resp.sorErrorDescription.strip() if resp.sorErrorDescription else None
if error_msg:
logger.error(error_msg)
raise ValidationError(error_msg)
# Check for approval
if resp.transactionStatus != CREDIT_APP_APPROVED:
raise CreditApplicationDenied(resp.transactionStatus)
# Build response
result = CreditApplicationResult()
result.application = app
result.transaction_status = resp.transactionStatus
result.account_number = resp.wfAccountNumber
result.credit_limit = _as_decimal(resp.creditLimit)
return result