class WSClient(object):
endpoint = 'https://ws.ingbusinessonline.pl/ing-ccs/cdc00101?wsdl'
cert = None
ca_cert = None
key = None
company = ''
username = ''
timeout = 300
def __init__(self, *args, **kwargs):
self.cert = kwargs.get('cert', self.cert)
self.ca_cert = kwargs.get('ca_cert', self.ca_cert)
self.key = kwargs.get('key', self.key)
self.company = kwargs.get('company', self.company)
self.username = kwargs.get('username', self.username)
self.timeout = kwargs.get('timeout', self.timeout)
session = Session()
if self.cert and self.key and self.ca_cert:
session.cert = (self.cert, self.key)
session.verify = self.ca_cert
elif self.cert or self.key or self.ca_cert:
raise ValueError("Must provide cert, ca_cert and key")
self.client = Client(self.endpoint,
transport=Transport(session=session,
timeout=self.timeout))
def get_headers(self):
hdr = self.client.get_element('ns21:CcsHeader')
data = {
'FinInstID': 'INGBankŚląski',
'PartnerID': self.company,
'PassID': self.username,
'ProdID': {
'manufacturer': 'zeep',
'ver': zeep.__version__,
'langVer': 'en',
},
'Version': 2,
'Revision': 2,
}
return hdr(**data)
def get_msg_id(self):
prefix = 'REQ'
rnd = ''.join([
random.choice('123456789ABCDEFGHJKLMNQRSTUVWXYZ')
for i in range(16)
])
return '%s%s' % (prefix, rnd)
def get_history(self, account_number, start_date, end_date):
method = self.client.service.GetAccountReport
doctype = self.client.get_type('ns1:GetAccountReportRequestType')
data = {
'MsgId': {
'Id': self.get_msg_id()
},
'AcctRptQryDef': {
'AcctRptCrit': {
'NewCrit': {
'SchCrit': {
'AcctId': {
'EQ': {
'IBAN': account_number,
}
},
'AcctRptValDt': {
'DtSch': {
'FrDt': start_date,
'ToDt': end_date,
},
},
}
}
}
}
}
document = doctype({'GetAcctRpt': data})
resp = method(document['Document'], _soapheaders=[self.get_headers()])
return History(resp.Rpt)
def transfer_domestic(self, account_number, transfers, initiator=''):
method = self.client.service.DomesticTransfer
doctype = self.client.get_type('ns1:TransferRequestType')
_country = re.compile(r'^[A-Z]{2}')
_charfilter = re.compile(r'[^A-Za-z0-9/\-+()/\']')
dmstc_from_acc = _country.sub('', account_number)
now = datetime.now()
to_send = []
for txf in transfers:
dmstc_to_acc = _country.sub('', txf['account_number'])
transfer = {
'PmtId': {
'EndToEndId':
_charfilter.sub(
'',
unidecode(
txf.get('description',
'not provided').replace(u' ', u'_')))[:32],
},
'Amt': {
'InstdAmt': {
'_value_1': txf['amount'],
'Ccy': txf.get('currency', 'PLN'),
},
},
'CdtrAgt': {
'FinInstnId': {
'ClrSysMmbId': {
'MmbId': dmstc_to_acc[2:10],
}
}
},
'Cdtr': {
'Nm': charfilter(txf['account_holder_name'],
allow_polish=True),
'PstlAdr': {
'AdrLine':
cleanaddress(txf.get('account_holder_address', ''),
allow_polish=True)[:35],
'Ctry':
txf.get('account_holder_country', 'pl').upper(),
}
},
'CdtrAcct': {
'Id': {
'Othr': {
'Id': dmstc_to_acc,
}
}
},
'RmtInf': {
'Ustrd':
charfilter(txf.get('description', ''),
allow_polish=True)[:140].strip(),
}
}
to_send.append(transfer)
data = {
'GrpHdr': {
'MsgId': self.get_msg_id(),
'CreDtTm': now,
'NbOfTxs': len(transfers),
'InitgPty': {
'Nm': initiator,
},
},
'PmtInf': {
'PmtInfId': now.strftime('%Y%m%d%H%M%S'),
'PmtMtd': 'TRF',
'ReqdExctnDt': now.date(),
'Dbtr': {
'Nm': self.company,
},
'DbtrAcct': {
'Id': {
'Othr': {
'Id': dmstc_from_acc,
}
}
},
'DbtrAgt': {
'FinInstnId': {
'ClrSysMmbId': {
'ClrSysId': {
'Cd': 'PLKNR',
},
'MmbId': dmstc_from_acc[2:10],
},
}
},
'CdtTrfTxInf': to_send,
}
}
document = doctype({'CstmrCdtTrfInitn': data})
resp = method(document['Document'])
return [(sts.TxSts, sts.AccptncDtTm)
for sts in resp.OrgnlPmtInfAndSts[0].TxInfAndSts]
def transfer_sepa(self, account_number, transfers, initiator=''):
method = self.client.service.SEPATransfer
doctype = self.client.get_type('ns1:TransferRequestType')
_charfilter = re.compile(r'[^A-Za-z0-9/\-+()/\']')
now = datetime.now()
to_send = []
for txf in transfers:
transfer = {
'PmtId': {
'EndToEndId':
_charfilter.sub(
'',
unidecode(
txf.get('description',
'not provided').replace(u' ', u'_')))[:32],
},
'Amt': {
'InstdAmt': {
'_value_1': txf['amount'],
'Ccy': txf['currency'],
},
},
'Cdtr': {
'Nm': charfilter(txf['account_holder_name']),
'PstlAdr': {
'AdrLine':
cleanaddress(txf.get('account_holder_address',
''))[:35],
'Ctry':
txf.get('account_holder_country', 'pl').upper(),
}
},
'CdtrAcct': {
'Id': {
'IBAN': txf['account_number'],
}
},
'RmtInf': {
'Ustrd': charfilter(txf.get('description',
''))[:140].strip(),
},
'PmtTpInf': {
'SvcLvl': {
'Cd': 'SEPA',
}
},
}
to_send.append(transfer)
data = {
'GrpHdr': {
'MsgId': self.get_msg_id(),
'CreDtTm': now,
'NbOfTxs': len(transfers),
'InitgPty': {
'Nm': initiator,
},
},
'PmtInf': {
'PmtInfId': now.strftime('%Y%m%d%H%M%S'),
'PmtMtd': 'TRF',
'ReqdExctnDt': now.date(),
'Dbtr': {
'Nm': self.company,
},
'DbtrAcct': {
'Id': {
'IBAN': account_number,
}
},
'ChrgBr': 'SLEV',
'DbtrAgt': {
'FinInstnId': {
'BIC': 'ING',
}
},
'CdtTrfTxInf': to_send,
}
}
document = doctype({'CstmrCdtTrfInitn': data})
resp = method(document['Document'])
return [(sts.TxSts, sts.AccptncDtTm)
for sts in resp.OrgnlPmtInfAndSts[0].TxInfAndSts]
def transfer_swift(self, account_number, transfers, initiator=''):
raise NotImplementedError("SWIFT is not implemented")
credentials_site_id = "XXXXXXXX"
credentials_key = "XXXXX-XXXXX-XXXXX-XXXXX-XXXXX"
ip_address = "192.168.0.123"
# Generate XML and XSD Validation
genius_schema = etree.XMLSchema(file='Genius.xsd')
xml_parser = objectify.makeparser(schema=genius_schema)
# Generate WSDL and SOAP Objects Build Transport request details
transport_soap = Client(
wsdl='https://transport.merchantware.net/v4/transportService.asmx?WSDL')
transport_request = transport_soap.get_type("ns0:TransportRequest")(
TransactionType="SALE",
Amount=1.01,
ClerkId="1",
OrderNumber="INV1234",
Dba="TEST MERCHANT",
SoftwareName="Test Software",
SoftwareVersion="1.0",
TerminalId="01",
PoNumber="PO1234",
TaxAmount="0.10",
EntryMode="Undefined",
ForceDuplicate=True)
# Stage Transaction
print("Staging Transaction\n")
transport_response = transport_soap.service.CreateTransaction(
credentials_name, credentials_site_id, credentials_key, transport_request)
transport_key = transport_response.TransportKey
print("TransportKey Received: %s\n" % transport_key)
# Initiate transaction with TransportKey
print("Sending TransportKey %s to Terminal %s" % (transport_key, ip_address))
genius_comm = urllib3.PoolManager()