def test_issue46(self):
"""Example for sending an arbitrary header using SimpleXMLElement"""
# fake connection (just to test xml_request):
client = SoapClient(location="https://localhost:666/",
namespace='http://localhost/api')
# Using WSDL, the equivalent is:
# client['MyTestHeader'] = {'username': '******', 'password': '******'}
headers = SimpleXMLElement("<Headers/>")
my_test_header = headers.add_child("MyTestHeader")
my_test_header['xmlns'] = "service"
my_test_header.marshall('username', 'test')
my_test_header.marshall('password', 'password')
try:
client.methodname(headers=headers)
except:
open("issue46.xml", "wb").write(client.xml_request)
self.assert_(
'<soap:Header><MyTestHeader xmlns="service">'
'<username>test</username>'
'<password>password</password>'
'</MyTestHeader></soap:Header>' in client.xml_request.decode(),
"header not in request!")
def test_issue78(self):
"Example for sending an arbitrary header using SimpleXMLElement and WSDL"
# fake connection (just to test xml_request):
client = SoapClient(wsdl='http://dczorgwelzijn-test.qmark.nl/qmwise4/qmwise.asmx?wsdl')
# Using WSDL, the easier form is but this doesn't allow for namespaces to be used.
# If the server requires these (buggy server?) the dictionary method won't work
# and marshall will not marshall 'ns:username' style keys
# client['MyTestHeader'] = {'username': '******', 'password': '******'}
namespace = 'http://questionmark.com/QMWISe/'
ns = 'qmw'
header = SimpleXMLElement('<Headers/>', namespace=namespace, prefix=ns)
security = header.add_child("Security")
security['xmlns:qmw']=namespace
security.marshall('ClientID','NAME',ns=ns)
security.marshall('Checksum','PASSWORD',ns=ns)
client['Security']=security
try:
client.GetParticipantList()
except:
#open("issue78.xml", "wb").write(client.xml_request)
print client.xml_request
header="""<soap:Header><qmw:Security xmlns:qmw="http://questionmark.com/QMWISe/"><qmw:ClientID>NAME</qmw:ClientID><qmw:Checksum>PASSWORD</qmw:Checksum></qmw:Security></soap:Header>"""
self.assert_(header in client.xml_request, "header not in request!")
def test_issue69(self):
"""Boolean value not converted correctly during marshall"""
span = SimpleXMLElement('<span><name>foo</name></span>')
span.marshall('value', True)
d = {'span': {'name': str, 'value': bool}}
e = {'span': {'name': 'foo', 'value': True}}
self.assertEqual(span.unmarshall(d), e)
def test_issue78(self):
"""Example for sending an arbitrary header using SimpleXMLElement and WSDL"""
# fake connection (just to test xml_request):
client = SoapClient(
wsdl='http://dczorgwelzijn-test.qmark.nl/qmwise4/qmwise.asmx?wsdl')
# Using WSDL, the easier form is but this doesn't allow for namespaces to be used.
# If the server requires these (buggy server?) the dictionary method won't work
# and marshall will not marshall 'ns:username' style keys
# client['MyTestHeader'] = {'username': '******', 'password': '******'}
namespace = 'http://questionmark.com/QMWISe/'
ns = 'qmw'
header = SimpleXMLElement('<Headers/>', namespace=namespace, prefix=ns)
security = header.add_child("Security")
security['xmlns:qmw'] = namespace
security.marshall('ClientID', 'NAME', ns=ns)
security.marshall('Checksum', 'PASSWORD', ns=ns)
client['Security'] = security
try:
client.GetParticipantList()
except:
#open("issue78.xml", "wb").write(client.xml_request)
#print(client.xml_request)
header = '<soap:Header>' \
'<qmw:Security xmlns:qmw="http://questionmark.com/QMWISe/">' \
'<qmw:ClientID>NAME</qmw:ClientID>' \
'<qmw:Checksum>PASSWORD</qmw:Checksum>' \
'</qmw:Security>' \
'</soap:Header>'
xml = SimpleXMLElement(client.xml_request)
self.assertEquals(str(xml.ClientID), "NAME")
self.assertEquals(str(xml.Checksum), "PASSWORD")
def test_issue46(self):
"""Example for sending an arbitrary header using SimpleXMLElement"""
# fake connection (just to test xml_request):
client = SoapClient(
location="https://localhost:666/",
namespace='http://localhost/api'
)
# Using WSDL, the equivalent is:
# client['MyTestHeader'] = {'username': '******', 'password': '******'}
headers = SimpleXMLElement("<Headers/>")
my_test_header = headers.add_child("MyTestHeader")
my_test_header['xmlns'] = "service"
my_test_header.marshall('username', 'test')
my_test_header.marshall('password', 'password')
try:
client.methodname(headers=headers)
except:
open("issue46.xml", "wb").write(client.xml_request)
self.assert_('<soap:Header><MyTestHeader xmlns="service">'
'<username>test</username>'
'<password>password</password>'
'</MyTestHeader></soap:Header>' in client.xml_request.decode(),
"header not in request!")
def test_issue69(self):
"""Boolean value not converted correctly during marshall"""
span = SimpleXMLElement('<span><name>foo</name></span>')
span.marshall('value', True)
d = {'span': {'name': str, 'value': bool}}
e = {'span': {'name': 'foo', 'value': True}}
self.assertEqual(span.unmarshall(d), e)
def __init__(self):
self.__service = SoapClient(location='https://ws.espol.edu.ec/saac/wsandroid.asmx',
namespace='http://tempuri.org/', action='http://tempuri.org/')
self.header = SimpleXMLElement('<Header/>')
security = self.header.add_child("GTSIAuthSoapHeader")
security['xmlns'] = "http://tempuri.org/"
security.marshall('usuario', os.environ['SPIDER_USER'])
security.marshall('key', os.environ['SPIDER_KEY'])
def createOrUpdateClientEx(target):
client = SoapClient(location="http://aboweb.com/aboweb/ClientService?wsdl",trace=False)
client['wsse:Security'] = {
'wsse:UsernameToken': {
'wsse:Username': '******',
'wsse:Password': '******',
}
}
target = SimpleXMLElement('<?xml version="1.0" encoding="UTF-8"?><ges:createOrUpdateClientEx xmlns:ges="http://www.gesmag.com/">'+ repr(target) +'</ges:createOrUpdateClientEx>')
client.call('createOrUpdateClientEx',target)
xml = SimpleXMLElement(client.xml_response)
return xml
def getClient(codeClient):
client = SoapClient(location="http://aboweb.com/aboweb/ClientService?wsdl",trace=False)
client['wsse:Security'] = {
'wsse:UsernameToken': {
'wsse:Username': '******',
'wsse:Password': '******',
# 'wsse:Password': '******',
}
}
params = SimpleXMLElement('<?xml version="1.0" encoding="UTF-8"?><ges:getClient xmlns:ges="http://www.gesmag.com/"><codeClient>'+codeClient+'</codeClient></ges:getClient>');
result = client.call("getClient",params)
xml = SimpleXMLElement(client.xml_response)
return xml.children().children().children()
def authenticateByEmail(username,password):
# wsdl = "http://dev.aboweb.com/aboweb/ClientService?wsdl"
client = SoapClient(location = "http://aboweb.com/aboweb/ClientService",trace=False)
client['wsse:Security'] = {
'wsse:UsernameToken': {
'wsse:Username': '******',
# 'wsse:Password': '******',
'wsse:Password': '******',
}
}
params = SimpleXMLElement('<?xml version="1.0" encoding="UTF-8"?><ges:authenticateByEmail xmlns:ges="http://www.gesmag.com/"><email>'+username+'</email><encryptedPassword>'+ b64encode(sha1(password).digest()) +'</encryptedPassword></ges:authenticateByEmail>')
response = client.call("authenticateByEmail",params)
xml = SimpleXMLElement(client.xml_response)
return str(xml('result'))
def getAbonnements(codeClient):
# return xml containing a list of user abonnements
clientAbonnement = SoapClient(location ="http://aboweb.com/aboweb/AbonnementService",trace=False)
clientAbonnement['wsse:Security'] = {
'wsse:UsernameToken': {
'wsse:Username': '******',
# 'wsse:Password': '******',
'wsse:Password': '******',
}
}
params = SimpleXMLElement('<?xml version="1.0" encoding="UTF-8"?><ges:getAbonnements xmlns:ges="http://www.gesmag.com/"><codeClient>%s</codeClient><offset>0</offset></ges:getAbonnements>' % codeClient)
result = clientAbonnement.call("getAbonnements",params)
xml = SimpleXMLElement(clientAbonnement.xml_response)
return xml
def ABM_TEST_MAIL(mail):
# webservice to check for mail occurence in aboweb DB
# Status should be 00 (found) or 01 (not found)
clientABM = SoapClient(wsdl="http://aboweb.com/aboweb/abmWeb?wsdl", ns="web", trace=False)
clientABM['AuthHeaderElement'] = {'login': '******', 'password': '******'}
resultABM = clientABM.ABM_TEST_MAIL(refEditeur='207',refSociete='1',email=mail)
xml = SimpleXMLElement(clientABM.xml_response)
return xml('status')
def test_issue47_raw(self):
"Same example (clarizen), with raw headers (no wsdl)!"
client = SoapClient(location="https://api.clarizen.com/v1.0/Clarizen.svc", namespace='http://clarizen.com/api', trace=False)
headers = SimpleXMLElement("<Headers/>", namespace="http://clarizen.com/api", prefix="ns1")
session = headers.add_child("Session")
session['xmlns'] = "http://clarizen.com/api"
session.marshall('ID', '1234')
client.location = "https://api.clarizen.com/v1.0/Clarizen.svc"
client.action = "http://clarizen.com/api/IClarizen/Logout"
try:
client.call("Logout", headers=headers)
except:
open("issue47_raw.xml", "wb").write(client.xml_request)
self.assert_("""<soap:Header><ns1:Session xmlns="http://clarizen.com/api"><ID>1234</ID></ns1:Session></soap:Header>""" in client.xml_request,
"Session header not in request!")
def SetTicketAcceso(self, ta_string):
"Establecer el token y sign desde un ticket de acceso XML"
if ta_string:
ta = SimpleXMLElement(ta_string)
self.Token = str(ta.credentials.token)
self.Sign = str(ta.credentials.sign)
return True
else:
raise RuntimeError("Ticket de Acceso vacio!")
def LoginCMS(self, cms):
"Obtener ticket de autorización (TA)"
results = self.client.loginCms(in0=str(cms))
ta_xml = results['loginCmsReturn'].encode("utf-8")
self.xml = ta = SimpleXMLElement(ta_xml)
self.Token = str(ta.credentials.token)
self.Sign = str(ta.credentials.sign)
self.ExpirationTime = str(ta.header.expirationTime)
return ta_xml
def SetTicketAcceso(self, ta_string):
"Establecer el token y sign desde un ticket de acceso XML"
if ta_string:
ta = SimpleXMLElement(ta_string)
self.Token = str(ta.credentials.token)
self.Sign = str(ta.credentials.sign)
self.ExpiracionTicketAcceso = datetime.datetime.strptime(
str(ta.header.expirationTime)[:19], '%Y-%m-%dT%H:%M:%S')
return True
else:
raise RuntimeError("Ticket de Acceso vacio!")
def ABM_ACCES_CLIENT(username, password):
clientABM = SoapClient(wsdl="http://aboweb.com/aboweb/abmWeb?wsdl",
ns="web",
trace=False)
clientABM['AuthHeaderElement'] = {
'login': '******',
'password': '******'
}
resultABM = clientABM.ABM_ACCES_CLIENT('207', username, password)
xml = SimpleXMLElement(clientABM.xml_response)
return xml('codeClient')
def ABM_MOT_PASSE_OUBLIE(mail):
clientABM = SoapClient(wsdl="http://aboweb.com/aboweb/abmWeb?wsdl",
ns="web",
trace=False)
clientABM['AuthHeaderElement'] = {
'login': '******',
'password': '******'
}
resultABM = clientABM.ABM_MOT_PASSE_OUBLIE(refEditeur='207', email=mail)
xml = SimpleXMLElement(clientABM.xml_response)
return xml('return')
def LoginCMS(self, cms):
"Obtener ticket de autorización (TA)"
if not isinstance(cms, str):
cms = cms.decode("utf8")
results = self.client.loginCms(in0=cms)
ta_xml = results["loginCmsReturn"]
self.xml = ta = SimpleXMLElement(ta_xml)
self.Token = str(ta.credentials.token)
self.Sign = str(ta.credentials.sign)
self.ExpirationTime = str(ta.header.expirationTime)
return ta_xml
def test_consultar(self):
"consulta ao resultado do processamento dos arquivos de cupons fiscai"
# create the client webservice
client = SoapClient(wsdl=WSDL, soap_ns="soap12env")
# set user login credentials in the soap header:
client['Autenticacao'] = SimpleXMLElement(
HEADER_XML % ("user", "password", "fed_tax_num", 1))
# call the webservice
response = client.Consultar(Protocolo="")
self.assertEqual(
response['ConsultarResult'],
u'999|O protocolo informado n\xe3o \xe9 um n\xfamero v\xe1lido')
def AnalizarXml(self, xml=""):
"Analiza un mensaje XML (por defecto el ticket de acceso)"
try:
if not xml or xml=='XmlResponse':
xml = self.XmlResponse
elif xml=='XmlRequest':
xml = self.XmlRequest
self.xml = SimpleXMLElement(xml)
return True
except Exception, e:
self.Excepcion = traceback.format_exception_only( sys.exc_type, sys.exc_value)[0]
return False
def test_issue47_raw(self):
"Same example (clarizen), with raw headers (no wsdl)!"
client = SoapClient(
location="https://api.clarizen.com/v1.0/Clarizen.svc",
namespace='http://clarizen.com/api',
trace=False)
headers = SimpleXMLElement("<Headers/>",
namespace="http://clarizen.com/api",
prefix="ns1")
session = headers.add_child("Session")
session['xmlns'] = "http://clarizen.com/api"
session.marshall('ID', '1234')
client.location = "https://api.clarizen.com/v1.0/Clarizen.svc"
client.action = "http://clarizen.com/api/IClarizen/Logout"
try:
client.call("Logout", headers=headers)
except:
open("issue47_raw.xml", "wb").write(client.xml_request)
self.assertTrue(
"""<soap:Header><ns1:Session xmlns="http://clarizen.com/api"><ID>1234</ID></ns1:Session></soap:Header>"""
in client.xml_request, "Session header not in request!")
def test_issue66(self):
"""Verify marshaled requests can be sent with no children"""
# fake connection (just to test xml_request):
client = SoapClient(location="https://localhost:666/",
namespace='http://localhost/api')
request = SimpleXMLElement("<ChildlessRequest/>")
try:
client.call('ChildlessRequest', request)
except:
open("issue66.xml", "wb").write(client.xml_request)
self.assert_('<ChildlessRequest' in client.xml_request.decode(),
"<ChildlessRequest not in request!")
self.assert_('</ChildlessRequest>' in client.xml_request.decode(),
"</ChildlessRequest> not in request!")
def test_issue89(self):
"""Setting attributes for request tag."""
# fake connection (just to test xml_request):
client = SoapClient(location="https://localhost:666/",
namespace='http://localhost/api')
request = SimpleXMLElement(
"""<?xml version="1.0" encoding="UTF-8"?><test a="b"><a>3</a></test>"""
) # manually make request msg
try:
client.call('test', request)
except:
open("issue89.xml", "wb").write(client.xml_request)
self.assert_(
'<test a="b" xmlns="http://localhost/api">'
in client.xml_request.decode(), "attribute not in request!")
def test_retificar(self):
"Prueba da retifica de arquivos de cupons fiscais"
# create the client webservice
client = SoapClient(wsdl=WSDL, soap_ns="soap12env")
# set user login credentials in the soap header:
client['Autenticacao'] = SimpleXMLElement(
HEADER_XML % ("user", "password", "fed_tax_num", 1))
# call the webservice
response = client.Retificar(NomeArquivo="file_name",
ConteudoArquivo="content",
EnvioNormal=True,
Observacoes="")
self.assertEqual(response['RetificarResult'],
u'206|CNPJ informado inv\xe1lido')
def test_issue105(self):
"""Test target namespace in wsdl (conflicting import)"""
WSDL = "https://api.dc2.computing.cloud.it/WsEndUser/v2.4/WsEndUser.svc?wsdl"
client = SoapClient(wsdl=WSDL)
try:
client.SetEnqueueServerStop(serverId=37)
except SoapFault as sf:
# ignore exception caused by missing credentials sent in this test:
if sf.faultstring != "An error occurred when verifying security for the message.":
raise
# verify the correct namespace:
xml = SimpleXMLElement(client.xml_request)
ns_uri = xml.SetEnqueueServerStop['xmlns']
self.assertEqual(ns_uri, "https://api.computing.cloud.it/WsEndUser")
def test_issue113(self):
"""Test target namespace in wsdl import"""
WSDL = "https://test.paymentgate.ru/testpayment/webservices/merchant-ws?wsdl"
client = SoapClient(wsdl=WSDL)
try:
client.getOrderStatusExtended(order={'merchantOrderNumber': '1'})
except SoapFault as sf:
# ignore exception caused by missing credentials sent in this test:
if sf.faultstring != "An error was discovered processing the <wsse:Security> header":
raise
# verify the correct namespace:
xml = SimpleXMLElement(client.xml_request)
ns_uri = xml.getOrderStatusExtended['xmlns']
self.assertEqual(ns_uri,
"http://engine.paymentgate.ru/webservices/merchant")
def create_tra(service=SERVICE, ttl=2400):
"Crear un Ticket de Requerimiento de Acceso (TRA)"
tra = SimpleXMLElement('<?xml version="1.0" encoding="UTF-8"?>'
'<loginTicketRequest version="1.0">'
"</loginTicketRequest>")
tra.add_child("header")
# El source es opcional. Si falta, toma la firma (recomendado).
# tra.header.addChild('source','subject=...')
# tra.header.addChild('destination','cn=wsaahomo,o=afip,c=ar,serialNumber=CUIT 33693450239')
tra.header.add_child("uniqueId", str(date("U")))
tra.header.add_child("generationTime", str(date("c", date("U") - ttl)))
tra.header.add_child("expirationTime", str(date("c", date("U") + ttl)))
tra.add_child("service", service)
return tra.as_xml()
def get_secondary_amount(cls, invoice, value):
Currency = Pool().get('currency.currency')
if invoice.pos and invoice.pos.pos_type == 'electronic':
afip_tr, = [
tr for tr in invoice.transactions if tr.pyafipws_result == 'A'
]
request = SimpleXMLElement(unidecode(afip_tr.pyafipws_xml_request))
if invoice.pos.pyafipws_electronic_invoice_service == 'wsfex':
ctz = Decimal(str(request('Moneda_ctz')))
elif invoice.pos.pyafipws_electronic_invoice_service == 'wsfe':
ctz = Decimal(str(request('MonCotiz')))
currency_rate = invoice.currency_rate or ctz
context = dict(date=invoice.currency_date)
if currency_rate:
context['currency_rate'] = currency_rate
with Transaction().set_context(context):
amount = Currency.compute(invoice.currency, value,
invoice.company.currency)
return amount
def test_issue114(self):
"""Test no schema in wsdl (Lotus-Domino)"""
WSDL = "https://pysimplesoap.googlecode.com/issues/attachment?aid=1140000000&name=WebRequest.xml&token=QVf8DlJ1qmKRH8LAbU4eSe2Ban0%3A1399084258723"
# WSDL= "file:WebRequest.xml"
try:
client = SoapClient(wsdl=WSDL, soap_server="axis")
#print client.help("CREATEREQUEST")
ret = client.CREATEREQUEST(LOGIN="******",
REQUESTTYPE=1,
REQUESTCONTENT="test")
except ExpatError:
# the service seems to be expecting basic auth
pass
except SoapFault as sf:
# todo: check as service is returning DOM failure
# verify the correct namespace:
xml = SimpleXMLElement(client.xml_request)
ns_uri = xml.CREATEREQUEST['xmlns']
self.assertEqual(ns_uri, "http://tps.ru")
def create_tra(service=SERVICE,ttl=2400):
"Crear un Ticket de Requerimiento de Acceso (TRA)"
tra = SimpleXMLElement(
'<?xml version="1.0" encoding="UTF-8"?>'
'<loginTicketRequest version="1.0">'
'</loginTicketRequest>')
tra.add_child('header')
# El source es opcional. Si falta, toma la firma (recomendado).
#tra.header.addChild('source','subject=...')
#tra.header.addChild('destination','cn=wsaahomo,o=afip,c=ar,serialNumber=CUIT 33693450239')
tra.header.add_child('uniqueId',str(date('U')))
tra.header.add_child('generationTime',str(date('c',date('U')-ttl)))
tra.header.add_child('expirationTime',str(date('c',date('U')+ttl)))
tra.add_child('service',service)
return tra.as_xml()
def create_tra(service=None, ttl=2400, cert=None):
"Create a Access Request Ticket (TRA)"
# Base TRA squeleton (Ticket de Requerimiento de Acceso)
tra = SimpleXMLElement('<?xml version="1.0" encoding="UTF-8"?>'
'<loginTicketRequest version="1.0">'
'</loginTicketRequest>')
tra.add_child('header')
# get the source from the certificate subject, ie "CN=empresa, O=dna, C=py"
if cert:
crt = xmlsec.x509_parse_cert(cert)
tra.header.add_child('source', crt.get_subject().as_text())
tra.header.add_child('destination', 'C=py, O=dna, OU=sofia, CN=wsaatest')
d = int(time.mktime(datetime.datetime.now().timetuple()))
tra.header.add_child('uniqueId', str(d))
date = lambda ts: datetime.datetime.fromtimestamp(ts).isoformat()
tra.header.add_child('generationTime', str(date(d - ttl)))
tra.header.add_child('expirationTime', str(date(d + ttl)))
tra.add_child('service', service)
return tra.as_xml()
def create_tra(service=None, ttl=2400, cert=None):
"Create a Access Request Ticket (TRA)"
# Base TRA squeleton (Ticket de Requerimiento de Acceso)
tra = SimpleXMLElement(
'<?xml version="1.0" encoding="UTF-8"?>'
'<loginTicketRequest version="1.0">'
'</loginTicketRequest>')
tra.add_child('header')
# get the source from the certificate subject, ie "CN=empresa, O=dna, C=py"
if cert:
crt = xmlsec.x509_parse_cert(cert)
tra.header.add_child('source', crt.get_subject().as_text())
tra.header.add_child('destination', 'C=py, O=dna, OU=sofia, CN=wsaatest')
d = int(time.mktime(datetime.datetime.now().timetuple()))
tra.header.add_child('uniqueId', str(d))
date = lambda ts: datetime.datetime.fromtimestamp(ts).isoformat()
tra.header.add_child('generationTime', str(date(d-ttl)))
tra.header.add_child('expirationTime', str(date(d+ttl)))
tra.add_child('service', service)
return tra.as_xml()
def export_citi_comprobante_ventas(self):
logger.info('exportar CITI REG3685 Comprobante Ventas')
pool = Pool()
Invoice = pool.get('account.invoice')
Currency = pool.get('currency.currency')
invoices = Invoice.search([
('type', '=', 'out'),
('pos.pos_do_not_report', '=', False),
['OR', ('state', 'in', ['posted', 'paid']),
[('state', '=', 'cancelled'), ('number', '!=', None)]],
('move.period', '=', self.start.period),
], order=[
('pos', 'ASC'),
('invoice_date', 'ASC'),
('invoice_type', 'ASC'),
('number', 'ASC'),
])
lines = ""
for invoice in invoices:
alicuotas = {
3: 0,
4: 0,
5: 0,
6: 0,
8: 0,
9: 0,
}
cant_alicuota = 0
fecha_comprobante = invoice.invoice_date.strftime("%Y%m%d")
tipo_comprobante = invoice.invoice_type.invoice_type.rjust(3, '0')
punto_de_venta = invoice.number.split('-')[0].rjust(5, '0')
if int(tipo_comprobante) in COMPROBANTES_EXCLUIDOS:
punto_de_venta = ''.rjust(5, '0') # se informan ceros
if ':' in invoice.number:
parte_desde = invoice.number.split(':')[0]
parte_hasta = invoice.number.split(':')[1]
numero_comprobante = parte_desde.split('-')[1].rjust(20, '0')
numero_comprobante_hasta = parte_hasta.rjust(20, '0')
else:
numero_comprobante = invoice.number.split(
'-')[1].rjust(20, '0')
#if int(punto_de_venta) in [33, 331, 332]:
# numero_comprobante = 'COE'
numero_comprobante_hasta = invoice.number.split(
'-')[1].rjust(20, '0')
identificacion_comprador = None
codigo_documento_comprador = invoice.party.tipo_documento
if invoice.party.vat_number:
# Si tenemos vat_number, entonces tenemos CUIT Argentino
# use the Argentina AFIP's global CUIT for the country:
identificacion_comprador = invoice.party.vat_number
codigo_documento_comprador = '80'
elif invoice.party.vat_number_afip_foreign:
# use the VAT number directly
identificacion_comprador = \
invoice.party.vat_number_afip_foreign
else:
for identifier in invoice.party.identifiers:
if identifier.type == 'ar_dni':
identificacion_comprador = identifier.code
codigo_documento_comprador = '96'
break
if identificacion_comprador is None:
identificacion_comprador = '0' # only "consumidor final"
codigo_documento_comprador = '99' # consumidor final
identificacion_comprador = identificacion_comprador.strip().rjust(
20, '0')
if codigo_documento_comprador == '99':
apellido_nombre_comprador = 'VENTA GLOBAL DIARIA'.ljust(30)
else:
s = self.strip_accents(invoice.party.name[:30])
apellido_nombre_comprador = ''.join(
x for x in s if x.isalnum()).ljust(30)
importe_total = Currency.round(invoice.currency,
abs(invoice.total_amount)).to_eng_string().replace(
'.', '').rjust(15, '0')
# iterar sobre lineas de facturas
importe_total_lineas_sin_impuesto = Decimal('0') # se calcula
percepcion_no_categorizados = Decimal('0') # se calcula
importe_operaciones_exentas = Decimal('0') # 0
importe_total_percepciones = Decimal('0') # 0
importe_total_impuesto_iibb = Decimal('0') # se calcula
importe_total_percepciones_municipales = Decimal('0') # 0
importe_total_impuestos_internos = Decimal('0') # 0
# COMPROBANTES QUE NO CORESPONDE
if int(tipo_comprobante) not in [19, 20, 21, 22]:
importe_total_lineas_sin_impuesto = invoice.pyafipws_imp_tot_conc
importe_operaciones_exentas = invoice.pyafipws_imp_op_ex
# calculo total de percepciones
for invoice_tax in invoice.taxes:
if invoice_tax.tax.group.afip_kind == 'gravado':
iva_id = int(invoice_tax.tax.iva_code)
alicuotas[iva_id] += 1
elif invoice_tax.tax.group.afip_kind == 'nacional':
importe_total_percepciones += invoice.currency.round(
abs(invoice_tax.amount))
elif invoice_tax.tax.group.afip_kind == 'provincial':
importe_total_impuesto_iibb += abs(invoice_tax.amount)
elif invoice_tax.tax.group.afip_kind == 'interno':
importe_total_impuestos_internos += abs(invoice_tax.amount)
importe_total_lineas_sin_impuesto = Currency.round(
invoice.currency, importe_total_lineas_sin_impuesto
).to_eng_string().replace('.', '').rjust(15, '0')
percepcion_no_categorizados = Currency.round(invoice.currency,
percepcion_no_categorizados).to_eng_string().replace('.',
'').rjust(15, '0')
# En caso de que en una misma operación se vendan productos
# exentos con gravados, la alícuota será la correspondiente a
# los productos gravados. En este caso el monto correspondiente a
# la parte exenta se consignará en este campo, y la porción
# gravada en el campo correspondiente del detalle de alícuotas de
# IVA.
importe_operaciones_exentas = Currency.round(invoice.currency,
importe_operaciones_exentas).to_eng_string().replace('.',
'').rjust(15, '0')
importe_total_percepciones = Currency.round(invoice.currency,
importe_total_percepciones).to_eng_string().replace('.',
'').rjust(15, '0')
importe_total_impuesto_iibb = Currency.round(invoice.currency,
importe_total_impuesto_iibb).to_eng_string().replace('.',
'').rjust(15, '0')
importe_total_percepciones_municipales = Currency.round(
invoice.currency, importe_total_percepciones_municipales
).to_eng_string().replace('.', '').rjust(15, '0')
importe_total_impuestos_internos = Currency.round(invoice.currency,
importe_total_impuestos_internos).to_eng_string().replace('.',
'').rjust(15, '0')
codigo_moneda = invoice.currency.afip_code or 'PES'
ctz = '1.00'
if codigo_moneda != 'PES':
for afip_tr in invoice.transactions:
if afip_tr.pyafipws_result == 'A':
request = SimpleXMLElement(unidecode(
afip_tr.pyafipws_xml_request))
ctz = str(request('Moneda_ctz'))
break
ctz = Currency.round(invoice.currency, Decimal(ctz))
tipo_de_cambio = str("%.6f" % ctz)
tipo_de_cambio = tipo_de_cambio.replace('.', '').rjust(10, '0')
# recorrer alicuotas y saber cuantos tipos de alicuotas hay
for key, value in alicuotas.items():
if value != 0:
cant_alicuota += 1
cantidad_alicuotas = str(cant_alicuota)
if cant_alicuota == 0:
cantidad_alicuotas = '1'
# Factura E
if int(invoice.invoice_type.invoice_type) in [19, 20, 21, 22]:
codigo_operacion = 'X' # Exportaciones del exterior
# Clase C
elif int(invoice.invoice_type.invoice_type) in [
11, 12, 13, 15, 211, 212, 213]:
codigo_operacion = 'N' # No gravado
# Operacion exenta
elif invoice.company.party.iva_condition == 'exento':
codigo_operacion = 'E' # Operaciones exentas
else:
# Segun tabla codigo de operaciones
codigo_operacion = ' '
otros_atributos = '0'.rjust(15, '0')
# Opcional para resto de comprobantes. Obligatorio para liquidacion
# servicios clase A y B
fecha_venc_pago = '0'.rjust(8, '0')
campos = [fecha_comprobante, tipo_comprobante, punto_de_venta,
numero_comprobante, numero_comprobante_hasta,
codigo_documento_comprador, identificacion_comprador,
apellido_nombre_comprador, importe_total,
importe_total_lineas_sin_impuesto, percepcion_no_categorizados,
importe_operaciones_exentas, importe_total_percepciones,
importe_total_impuesto_iibb,
importe_total_percepciones_municipales,
importe_total_impuestos_internos,
codigo_moneda, tipo_de_cambio, cantidad_alicuotas,
codigo_operacion, otros_atributos, fecha_venc_pago]
separador = self.start.csv_format and _SEPARATOR or ''
lines += separador.join(campos) + _EOL
logger.info('Comienza attach comprobante de venta')
self.exportar.comprobante_ventas = lines.encode('utf-8')
client = SoapClient(LOCATION,
ACTION,
namespace="http://dgi.gub.uy",
ns="dgi",
soap_ns="soapenv",
trace=True)
# si se usa el WSDL, se puede consultar client.help("EFACRECEPCIONSOBRE")
# Procedimiento tentativo:
# ========================
# leer los datos del comprobante
# NOTA: se podría usar más SimpleXMLElement para armar el xml pythonicamente
cfe = SimpleXMLElement(open("dgicfe_uy.xml").read())
caratula = cfe("DGICFE:Caratula")
# establecer la fecha actual
setattr(
caratula, "DGICFE:Fecha",
datetime.datetime.now().strftime(
"%Y-%m-%dT%H:%M:%S-03:00")) #utcnow().strftime("%Y-%m-%dT%H:%M:%S"))
# leer el certificado (PEM) del emisor y agregarlo
cert_lines = open("certificado.crt").readlines()
cert_pem = ''.join([line for line in cert_lines if not line.startswith("---")])
setattr(caratula, "DGICFE:X509Certificate", cert_pem)
# preparar la plantilla para la info de firma con los namespaces padres (CFE)
plantilla = SimpleXMLElement(xmlsec.SIGN_ENV_TMPL)
def enviar_dte(self):
if self.type in (
'out_invoice', 'out_refund'
) and self.env.user.company_id.invoice_line and self.invoice_line_count > self.env.user.company_id.invoice_line:
raise UserError(u'Ha excedido de %d líneas para ésta factura.' %
self.env.user.company_id.invoice_line)
fmt = "%Y%m%d"
####Variables comunes
wsaa_url = self.company_id.ambiente_produccion == 'T' and "https://wsaahomo.afip.gov.ar/ws/services/LoginCms?wsdl" \
or "https://wsaa.afip.gov.ar/ws/services/LoginCms?wsdl"
cert = self.company_id.ruta_cert
clave = self.company_id.pass_cert
self.check_path(cert, 'cert')
self.check_path(clave, 'key')
companyCuit = self.company_id.cuit.replace("-", '')
fecha_cbte = self.date_invoice.strftime("%Y%m%d")
tipo_cbte = int(self.tipo_comprobante.codigo)
punto_vta = int(self.punto_venta.name)
if not self.date_invoice:
raise ValidationError("Ingrese la fecha de la factura")
moneda_id = "PES"
moneda_ctz = '1.000'
imp_tot_conc = 0.0
partner_id = self.partner_id.commercial_partner_id
if self.currency_id.name == 'USD':
moneda_id = "DOL"
if self.manual_currency_rate:
moneda_ctz = self.currency_rate_invoice
else:
moneda_ctz = self.currency_id._get_actual_currency_rate(
self.date_invoice)
if self.currency_id.name == 'EUR':
moneda_id = "060"
if self.manual_currency_rate:
moneda_ctz = self.currency_rate_invoice
else:
moneda_ctz = self.currency_id._get_actual_currency_rate(
self.date_invoice)
imp_total = self.amount_total ## Importe Total de la factura
wsaa = WSAA()
# five hours
DEFAULT_TTL = 60 * 60 * 5
tax_map = {
'10.5': 4,
'21.0': 5,
'27.0': 6,
'0.0': 3
} # 4: 10.5%, 5: 21%, 6: 27% (no enviar si es otra alicuota)
if self.punto_venta.tax_assets:
lines = self.invoice_line_ids.filtered(
lambda l: not l.product_id.bfe_check or not l.product_id.
bfe_ncm)
if lines:
raise UserError(
'Algunos productos no cuentan con codigo NCM, por favor verificar antes de enviar factura.'
)
zona = 1
# Generar un Ticket de Requerimiento de Acceso (TRA) para WSBFE
solicitar = True
session = self.env['afip.session'].search(
[('xml_tag', '=', 'wsbfe'),
('environment', '=', self.company_id.ambiente_produccion),
('company_id', '=', self.company_id.id)],
order='id DESC',
limit=1)
if session and session.expirationTime:
expiracion = session.expirationTime
solicitar = wsaa.Expirado(expiracion)
if solicitar:
tra = WSAA().CreateTRA(service="wsbfe", ttl=DEFAULT_TTL)
# Generar el mensaje firmado (CMS)
cms = WSAA().SignTRA(tra, cert, clave)
# Llamar al web service para autenticar
wsaa.Conectar(None, wsaa_url, '')
ta = wsaa.LoginCMS(cms)
if ta:
session = self.env['afip.session'].sudo().create({
'xml_tag':
'wsbfe',
'environment':
self.company_id.ambiente_produccion,
'company_id':
self.company_id.id,
'sign':
wsaa.ObtenerTagXml("sign"),
'token':
wsaa.ObtenerTagXml("token"),
'expirationTime':
wsaa.ObtenerTagXml("expirationTime")
})
self._cr.commit()
url = self.company_id.ambiente_produccion == 'T' and "https://wswhomo.afip.gov.ar/" \
or "https://servicios1.afip.gov.ar/"
wsdl = "%swsbfev1/service.asmx?WSDL" % url
wsbfe = WSBFEv1()
ok = wsbfe.Conectar(cache=None, wsdl=wsdl)
if not ok:
raise ValidationError(
"Error conexión con libreria. WSBFEV1: %s" %
wsbfe.Excepcion)
wsbfe.LanzarExcepciones = True
wsbfe.Cuit = companyCuit
token = session.token
sign = session.sign
wsbfe.Token = token
wsbfe.Sign = sign
try:
cbte_nro = wsbfe.GetLastCMP(
tipo_cbte, punto_vta) is None and 1 or wsbfe.GetLastCMP(
tipo_cbte, punto_vta) + 1
cbt_id = wsbfe.GetLastID() and wsbfe.GetLastID() + 1 or 1
except Exception as e:
raise AccessError("Error de AFIP:" + str(e))
if self.company_id.use_afip_rate:
moneda_ctz = moneda_id != 'PES' and wsbfe.GetParamCtz(
moneda_id) or '1.000'
self.env['res.currency.rate'].create({
'name':
datetime.now().strftime('%Y-%m-%d %H:%M:%S'),
'rate':
float(moneda_ctz),
'currency_id':
self.currency_id.id
})
self.currency_rate = moneda_ctz
## Cliente
tipo_doc = int(partner_id.documento_id.codigo)
nro_doc = partner_id.cuit.replace("-", '')
imp_neto = str("%.2f" % abs(self.amount_untaxed))
imp_iva = str("%.2f" % abs(self.amount_iva))
imp_tot_conc = str("%.2f" % abs(self.no_gravado))
impto_liq_rni = 0.0
imp_op_ex = str("%.2f" % abs(self.amount_excempt))
imp_perc = 0.0
imp_iibb = 0.0
imp_perc_mun = 0.0
imp_internos = str("%.2f" % abs(self.amount_other_tax))
fecha_venc_pago = None
if self.tipo_comprobante.comprobante_credito and not self.type == 'out_refund':
date_due = self.date_due and self.date_due or self.date_invoice
if date_due:
fecha_venc_pago = date_due.strftime("%Y%m%d")
wsbfe.CrearFactura(tipo_doc, nro_doc, zona, tipo_cbte, punto_vta,
cbte_nro, fecha_cbte, imp_total, imp_neto,
imp_iva, imp_tot_conc, impto_liq_rni, imp_op_ex,
imp_perc, imp_iibb, imp_perc_mun, imp_internos,
moneda_id, moneda_ctz, fecha_venc_pago)
for line in self.invoice_line_ids:
codigo = line.product_id.bfe_ncm.name
sec = ""
ds = line.name
qty = line.quantity
umed = 1
precio = line.price_unit
importe = line.price_subtotal
# calculamos bonificacion haciendo teorico menos importe
bonif = line.discount and (precio * qty - importe) or None
iva_id = 2
imp_iva = 0.0
taxes = line.invoice_line_tax_ids.filtered(lambda t: t.is_iva)
if taxes:
if tax_map.get(str(taxes[0].amount)):
iva_id = tax_map[str(taxes[0].amount)]
price_unit = line.price_unit * (
1 - (line.discount or 0.0) / 100.0)
taxesv = line.invoice_line_tax_ids.compute_all(
price_unit, self.currency_id, line.quantity,
line.product_id, partner_id)['taxes']
for t in taxesv:
if t['id'] == taxes[0].id:
imp_iva = t['amount']
wsbfe.AgregarItem(codigo, sec, ds, qty, umed, precio, bonif,
iva_id, importe + imp_iva)
if self.tipo_comprobante.comprobante_credito and self.company_id.cbu and self.type != 'out_refund':
wsbfe.AgregarOpcional(2101, self.company_id.cbu)
if self.tipo_comprobante.comprobante_credito and self.company_id.cbu:
oc = self.client_purchase_ref
if not oc:
oc = self.refund_invoice_id and self.refund_invoice_id.client_purchase_ref and self.refund_invoice_id.client_purchase_ref or self.refund_invoice_id.name
if not oc:
oc = 'N/A'
wsbfe.AgregarOpcional(23, oc)
if self.tipo_comprobante.comprobante_credito and self.type == 'out_refund':
wsbfe.AgregarOpcional(22, self.anulacion and 'S' or 'N')
wsbfe.Authorize(cbt_id)
if not wsbfe.CAE:
raise ValidationError("%s .%s" % (wsbfe.ErrMsg, wsbfe.Obs))
else:
# datos devueltos por AFIP:
self.no_cae = wsbfe.CAE
self._cr.commit()
vence = wsbfe.Vencimiento
self.vence_date = '%s-%s-%s' % (vence[6:10], vence[3:5],
vence[0:2])
path1 = "/tmp/xmlrequest.xml"
open(path1, "wb").write(wsbfe.XmlRequest)
self.requestXml = base64.encodestring(
bytes(open(path1, 'r').read(), 'utf8'))
self.requestXml_fname = 'peticion%s.xml' % wsbfe.CAE
path2 = "/tmp/xmlresponse.xml"
responseFile = open(path2, "wb").write(wsbfe.XmlResponse)
self.num_comprobante = str(int(cbte_nro))
self.responseXml = base64.encodestring(
bytes(open(path2, 'r').read(), 'utf8'))
self.responseXml_fname = 'respuesta%s.xml' % wsbfe.CAE
digit = self.company_id.cuit.split('-')[1]
barcode_str = '%s%s%s%s%s%s' % (companyCuit, str(
tipo_cbte).zfill(2), punto_vta, wsbfe.CAE, vence, digit)
self.cod_barra = barcode_str
self.message_post(
body=("Factura Aceptada por la AFIP con No: %s" %
str(cbte_nro)))
if wsbfe.Resultado == 'A':
self.state_dte = 'accepted'
self._cr.commit()
elif wsbfe.Resultado == 'R':
self.state_dte = 'rejected'
else:
if self.tipo_comprobante.codigo in ['019', '020', '021']:
if not partner_id.country_id:
raise ValidationError("Debe asociar un país al cliente")
aIva = float_is_zero(self.amount_iva,
self.currency_id.rounding)
aOther = float_is_zero(self.amount_other_tax,
self.currency_id.rounding)
if not aIva or not aOther:
raise ValidationError(
"La factura de exportacion es exenta de impuestos. Favor eliminar impuestos de las lineas de factura"
)
#Generar un Ticket de Requerimiento de Acceso (TRA) para WSFEX
solicitar = True
session = self.env['afip.session'].search(
[('xml_tag', '=', 'wsfex'),
('environment', '=', self.company_id.ambiente_produccion),
('company_id', '=', self.company_id.id)],
order='id DESC',
limit=1)
if session and session.expirationTime:
expiracion = session.expirationTime
solicitar = wsaa.Expirado(expiracion)
if solicitar:
tra = WSAA().CreateTRA(service="wsfex", ttl=DEFAULT_TTL)
# Generar el mensaje firmado (CMS)
cms = WSAA().SignTRA(tra, cert, clave)
# Llamar al web service para autenticar
wsaa.Conectar(None, wsaa_url, '')
ta = wsaa.LoginCMS(cms)
if ta:
session = self.env['afip.session'].sudo().create({
'xml_tag':
'wsfex',
'environment':
self.company_id.ambiente_produccion,
'company_id':
self.company_id.id,
'sign':
wsaa.ObtenerTagXml("sign"),
'token':
wsaa.ObtenerTagXml("token"),
'expirationTime':
wsaa.ObtenerTagXml("expirationTime")
})
self._cr.commit()
# autenticarse frente a AFIP (obtención de ticket de acceso):
# conectar al webservice de negocio
url = self.company_id.ambiente_produccion == 'T' and "https://wswhomo.afip.gov.ar/" \
or "https://servicios1.afip.gov.ar/"
wsdl = "%swsfexv1/service.asmx?WSDL" % url
wsfex = WSFEX()
ok = wsfex.Conectar(wsdl)
if not ok:
raise ValidationError(
"Error conexión con libreria. WSFEX: %s" %
wsfex.Excepcion)
wsfex.LanzarExcepciones = True
#Setear tocken y sing de autorización (pasos previos)
#CUIT del emisor (debe estar registrado en la AFIP)
wsfex.Cuit = companyCuit
token = session.token
sign = session.sign
wsfex.Token = token
wsfex.Sign = sign
try:
cbte_nro = wsfex.GetLastCMP(
tipo_cbte,
punto_vta) is None and 1 or wsfex.GetLastCMP(
tipo_cbte, punto_vta) + 1
cbt_id = wsfex.GetLastID() and wsfex.GetLastID() + 1 or 1
except Exception as e:
raise AccessError("Error de AFIP:" + str(e))
## Tipo de Exportación
tipo_expo = self.tipo_expo or 1
if self.company_id.use_afip_rate:
moneda_ctz = moneda_id != 'PES' and wsfex.GetParamCtz(
moneda_id) or '1.000'
self.env['res.currency.rate'].create({
'name':
datetime.now().strftime('%Y-%m-%d %H:%M:%S'),
'rate':
float(moneda_ctz),
'currency_id':
self.currency_id.id
})
self.currency_rate = moneda_ctz
## Permiso
permiso_existente = self.permiso_existente
if self.tipo_comprobante.codigo in ['020', '021']:
permiso_existente = ''
tipo_expo = '1'
## Pais Destino
if not partner_id.country_id.cod_nacionalidad:
raise ValidationError(
"Ingrese el código de la nacionalidad")
dst_cmp = partner_id.country_id.cod_nacionalidad
## Cliente
cliente = partner_id.name
## Cuit del pais del cliente
if partner_id.state_id == self.env.ref(
'base.state_ar_v', raise_if_not_found=False):
cuit_pais_cliente = partner_id.cuit.replace('-', '')
else:
if not partner_id.country_id.cuit_pais:
raise ValidationError("Ingrese el cuit del pais")
cuit_pais_cliente = partner_id.country_id.cuit_pais.replace(
'-', '')
## Direccion Cliente
domicilio_cliente = partner_id.street
## id_impositivo
id_impositivo = partner_id.cuit
## obs_comerciales
obs_generales = self.comment and self.comment or ""
forma_pago = self.payment_term_id and self.payment_term_id.name or ""
obs_comerciales = forma_pago
## incoterms
incoterms = self.incoterms and self.incoterms or "FOB"
## Idioma del Comprobante
idioma_cbte = 1
##Creo una factura (internamente, no se llama al WebService):
wsfex.CrearFactura(tipo_cbte, punto_vta, cbte_nro, fecha_cbte,
imp_total, tipo_expo, permiso_existente,
dst_cmp, cliente, cuit_pais_cliente,
domicilio_cliente, id_impositivo, moneda_id,
moneda_ctz, obs_comerciales, obs_generales,
forma_pago, incoterms, idioma_cbte)
#Agregar items
for line in self.invoice_line_ids:
umed = 1 #Ver tabla de parámetros (unidades de medida)
#lo agrego a la factura (internamente, no se llama al WebService):
discount = line.quantity * line.price_unit - line.price_subtotal
if discount > 0.00:
wsfex.AgregarItem(line.product_id.default_code, line.product_id.name, line.quantity, \
umed, line.price_unit, line.price_subtotal,
discount)
else:
wsfex.AgregarItem(line.product_id.default_code, line.product_id.name, line.quantity,\
umed, line.price_unit, line.price_subtotal)
#Agrego un permiso (ver manual para el desarrollador)
if permiso_existente == "S":
permiso_id = "99999AAXX999999A"
dst = 225 #país destino de la mercaderia
wsfex.AgregarPermiso(permiso_id, dst)
#Agrego un comprobante asociado (ver manual para el desarrollador)
if tipo_cbte != 19 and self.refund_invoice_id:
tipo_cbte_asoc = int(
self.refund_invoice_id.tipo_comprobante.codigo
) # tipo de comprobante asociado
punto_vta_asoc = int(self.refund_invoice_id.punto_venta.
name) # punto de venta
cbte_nro_asoc = int(self.refund_invoice_id.num_comprobante
) # nro de comprobante asociado
wsfex.AgregarCmpAsoc(tipo_cbte_asoc, punto_vta_asoc,
cbte_nro_asoc)
wsfex.Authorize(cbt_id)
if not wsfex.CAE:
raise ValidationError("%s .%s" % (wsfex.ErrMsg, wsfex.Obs))
else:
# datos devueltos por AFIP:
self.no_cae = wsfex.CAE
self._cr.commit()
vence = wsfex.Vencimiento
self.vence_date = '%s-%s-%s' % (vence[6:10], vence[3:5],
vence[0:2])
path1 = "/tmp/xmlrequest.xml"
open(path1, "wb").write(wsfex.XmlRequest)
self.requestXml = base64.encodestring(
bytes(open(path1, 'r').read(), 'utf8')).decode("utf-8")
self.requestXml_fname = 'peticion%s.xml' % wsfex.CAE
path2 = "/tmp/xmlresponse.xml"
responseFile = open(path2, "wb").write(wsfex.XmlResponse)
self.num_comprobante = str(int(cbte_nro))
self.responseXml = base64.encodestring(
bytes(open(path2, 'r').read(), 'utf8')).decode("utf-8")
self.responseXml_fname = 'respuesta%s.xml' % wsfex.CAE
digit = self.company_id.cuit.split('-')[1]
ve = '%s%s%s' % (vence[6:10], vence[3:5], vence[0:2])
barcode_str = '%s%s%s%s%s%s' % (companyCuit, str(
tipo_cbte).zfill(2), punto_vta, wsfex.CAE, ve, digit)
self.cod_barra = barcode_str
#imgPath = '/tmp/barcode.png'
#PyI25().GenerarImagen(barcode_str, imgPath)
#imgFile = open(imgPath, "rb")
#self.barcode_img = imgFile.read().encode("base64")
self.message_post(body=(
"Factura de Exportación Aceptada por la AFIP con No: %s"
% str(cbte_nro)))
if wsfex.Resultado == 'A':
self.state_dte = 'accepted'
self._cr.commit()
elif wsfex.Resultado != 'A':
self.state_dte = 'rejected'
else: #Factura Electrónica
# instanciar el componente para factura electrónica mercado interno
wsfev1 = WSFEv1()
wsfev1.LanzarExcepciones = True
# datos de conexión (cambiar URL para producción)
cache = None
url = self.company_id.ambiente_produccion == 'T' and "https://wswhomo.afip.gov.ar/" \
or "https://servicios1.afip.gov.ar/"
wsdl = "%swsfev1/service.asmx?WSDL" % url
# Iniciamos la conexion
proxy = ""
wrapper = "" # "pycurl" para usar proxy avanzado / propietarios
cacert = None # "afip_ca_info.crt" para verificar canal seguro
# conectar al webservice de negocio
ok = wsfev1.Conectar(cache, wsdl, proxy, wrapper, cacert)
if not ok:
raise ValidationError(
"Error conexión con libreria. WSFEv1: %s" %
WSAA.Excepcion)
solicitar = True
session = self.env['afip.session'].search(
[('xml_tag', '=', 'wsfe'),
('environment', '=', self.company_id.ambiente_produccion),
('company_id', '=', self.company_id.id)],
order='id DESC',
limit=1)
if session and session.expirationTime:
expiracion = session.expirationTime
solicitar = wsaa.Expirado(expiracion)
if solicitar:
# autenticarse frente a AFIP (obtención de ticket de acceso):
ta = WSAA().Autenticar("wsfe",
cert,
clave,
wsaa_url,
debug=True)
if not ta:
raise ValidationError(
"Error conexión con libreria. Error WSAA: %s" %
WSAA.Excepcion)
# establecer credenciales (token y sign) y cuit emisor:
wsfev1.SetTicketAcceso(ta)
if ta:
wsfev1.xml = SimpleXMLElement(ta)
session = self.env['afip.session'].sudo().create({
'xml_tag':
'wsfe',
'environment':
self.company_id.ambiente_produccion,
'company_id':
self.company_id.id,
'sign':
wsfev1.ObtenerTagXml("sign"),
'token':
wsfev1.ObtenerTagXml("token"),
'expirationTime':
wsfev1.ObtenerTagXml("expirationTime")
})
self._cr.commit()
token = session.token
sign = session.sign
wsfev1.Token = token
wsfev1.Sign = sign
wsfev1.Cuit = companyCuit
try:
cbte_nro = int(
wsfev1.CompUltimoAutorizado(tipo_cbte, punto_vta) or 0)
except Exception as e:
raise AccessError("Error de AFIP:" + str(e))
if not partner_id.cuit:
raise ValidationError("El partner no posee CUIT asociado")
concepto = self.get_concept_type(self.invoice_line_ids)
tipo_doc = int(partner_id.documento_id.codigo)
nro_doc = partner_id.cuit.replace("-", '')
cbt_desde = cbte_nro + 1 # usar proximo numero de comprobante
cbt_hasta = cbte_nro + 1 # desde y hasta distintos solo lotes factura B
imp_tot_conc = str("%.2f" % abs(
self.no_gravado)) # importe total conceptos no gravado?
imp_neto = str("%.2f" % abs(self.neto_gravado)
) # importe neto gravado (todas las alicuotas)
imp_iva = str(
"%.2f" %
abs(self.amount_iva)) # importe total iva liquidado (idem)
imp_trib = self.amount_other_tax + self.amount_perception # importe total otros conceptos?
imp_trib = str("%.2f" % abs(imp_trib))
imp_op_ex = str("%.2f" % abs(
self.amount_excempt)) # importe total operaciones exentas
date_due = self.date_due or ''
if date_due < self.date_invoice:
date_due = self.date_invoice
if date_due:
if not self.tipo_comprobante.comprobante_credito:
fecha_venc_pago = concepto != 1 and date_due.strftime(
"%Y%m%d") or ''
else:
fecha_venc_pago = date_due.strftime("%Y%m%d")
else:
fecha_venc_pago = ''
if concepto != 1 and not fecha_venc_pago and not self.tipo_comprobante.comprobante_credito:
fecha_venc_pago = fecha_cbte
if not fecha_venc_pago and self.tipo_comprobante.comprobante_credito:
fecha_venc_pago = fecha_cbte
if self.tipo_comprobante.comprobante_credito and self.type == 'out_refund':
fecha_venc_pago = ''
# Fechas del período del servicio facturado (solo si concepto != 1)?
fecha_serv_desde = concepto != 1 and fecha_cbte or ''
fecha_serv_hasta = concepto != 1 and fecha_venc_pago or ''
if concepto != 1 and not fecha_serv_hasta:
fecha_serv_hasta = fecha_cbte
# inicializar la estructura de factura (interna)
wsfev1.CrearFactura(concepto, tipo_doc, nro_doc, tipo_cbte,
punto_vta, cbt_desde, cbt_hasta,
str(imp_total), str(imp_tot_conc),
str(imp_neto), str(imp_iva), str(imp_trib),
str(imp_op_ex), fecha_cbte,
fecha_venc_pago, fecha_serv_desde,
fecha_serv_hasta, moneda_id, moneda_ctz)
# agregar comprobantes asociados (solo para Notas de Débito y Cŕedito)
if tipo_cbte not in (1, 6, 11) and self.refund_invoice_id:
tipo = int(self.refund_invoice_id.tipo_comprobante.codigo
) # tipo de comprobante asociado
pto_vta = int(self.refund_invoice_id.punto_venta.name
) # punto de venta
nro = int(self.refund_invoice_id.num_comprobante
) # nro de comprobante asociado
cuit = self.refund_invoice_id.company_id.cuit.replace(
"-", '')
fecha_cbte = self.refund_invoice_id.date_invoice.strftime(
"%Y%m%d")
wsfev1.AgregarCmpAsoc(tipo, pto_vta, nro, cuit, fecha_cbte)
for tax in self.tax_line_ids:
t = tax.tax_id
base_imp = tax.base
if tax.base:
importe = round(
t._compute_amount(tax.base, tax.base, 1), 2)
else:
importe = round(tax.amount, 2)
if t.is_iva:
# agregar subtotales por tasa de iva (repetir por cada alicuota):
if tax_map.get(str(t.amount)):
taxId = tax_map[str(t.amount)]
print('%s: base(%s), imp(%s)' %
(tax.name, tax.base, importe))
wsfev1.AgregarIva(taxId, base_imp, importe)
else:
# agregar otros impuestos (repetir por cada tributo diferente)
taxId = int(
t.tipo_tributo) # tipo de tributo (ver tabla)
desc = tax.name # descripción del tributo
alic = t.amount # alicuota iva
wsfev1.AgregarTributo(taxId, desc, base_imp, alic,
importe)
# llamar al webservice de AFIP para autorizar la factura y obtener CAE:
if self.tipo_comprobante.comprobante_credito and self.company_id.cbu and self.type != 'out_refund':
wsfev1.AgregarOpcional(2101, self.company_id.cbu)
if self.tipo_comprobante.comprobante_credito and self.company_id.cbu:
oc = self.client_purchase_ref
if not oc:
oc = self.refund_invoice_id and self.refund_invoice_id.client_purchase_ref and self.refund_invoice_id.client_purchase_ref or self.refund_invoice_id.name
if not oc:
oc = 'N/A'
wsfev1.AgregarOpcional(23, oc)
if self.tipo_comprobante.comprobante_credito and self.company_id.cbu and self.type == 'out_refund':
wsfev1.AgregarOpcional(22, 'N')
wsfev1.CAESolicitar()
if not wsfev1.CAE:
raise ValidationError("%s .%s" %
(wsfev1.ErrMsg, wsfev1.Obs))
else:
# datos devueltos por AFIP:
self.no_cae = wsfev1.CAE
self._cr.commit()
vence = wsfev1.Vencimiento
self.vence_date = '%s-%s-%s' % (vence[0:4], vence[4:6],
vence[6:8])
path1 = "/tmp/xmlrequest.xml"
open(path1, "wb").write(wsfev1.XmlRequest)
self.requestXml = base64.encodestring(
bytes(open(path1, 'r').read(), 'utf8'))
self.requestXml_fname = 'peticion%s.xml' % wsfev1.CAE
path2 = "/tmp/xmlresponse.xml"
responseFile = open(path2, "wb").write(wsfev1.XmlResponse)
self.num_comprobante = str(cbt_desde)
self.responseXml = base64.encodestring(
bytes(open(path2, 'r').read(), 'utf8'))
self.responseXml_fname = 'respuesta%s.xml' % wsfev1.CAE
digit = self.company_id.cuit.split('-')[1]
barcode_str = '%s%s%s%s%s%s' % (
companyCuit, str(tipo_cbte).zfill(2), punto_vta,
wsfev1.CAE, vence, digit)
self.cod_barra = barcode_str
self.message_post(
body=("Factura Aceptada por la AFIP con No: %s" %
str(cbt_desde)))
if wsfev1.Resultado == 'A':
self.state_dte = 'accepted'
self._cr.commit()
elif wsfev1.Resultado == 'R':
self.state_dte = 'rejected'
# Instancio el cliente para consumir el webservice
client = SoapClient(LOCATION, ACTION,
namespace="http://dgi.gub.uy",
ns="dgi",
soap_ns="soapenv", trace=True)
# si se usa el WSDL, se puede consultar client.help("EFACRECEPCIONSOBRE")
# Procedimiento tentativo:
# ========================
# leer los datos del comprobante
# NOTA: se podría usar más SimpleXMLElement para armar el xml pythonicamente
cfe = SimpleXMLElement(open("dgicfe_uy.xml").read())
caratula = cfe("DGICFE:Caratula")
# establecer la fecha actual
setattr(caratula, "DGICFE:Fecha",
datetime.datetime.now().strftime("%Y-%m-%dT%H:%M:%S-03:00"))#utcnow().strftime("%Y-%m-%dT%H:%M:%S"))
# leer el certificado (PEM) del emisor y agregarlo
cert_lines = open("certificado.crt").readlines()
cert_pem = ''.join([line for line in cert_lines
if not line.startswith("---")])
setattr(caratula, "DGICFE:X509Certificate", cert_pem)
# preparar la plantilla para la info de firma con los namespaces padres (CFE)
plantilla = SimpleXMLElement(xmlsec.SIGN_ENV_TMPL)
plantilla["xmlns:DGICFE"] = plantilla["xmlns:ns0"] = "http://cfe.dgi.gub.uy"
xmlsec.lxml = None # deshabilitar lxml y usar c14n.py
# Por el momento se utilizan llamadas crudas (RAW) y no se parsea el WSDL
##client = SoapClient(wsdl=wsdl, cache="cache")
# Instancio el cliente para consumir el webservice
client = SoapClient(LOCATION, ACTION,
namespace="DGI_Modernizacion_Consolidado",
ns="dgi",
soap_ns="soapenv", trace=True)
# si se usa el WSDL, se puede consultar client.help("EFACRECEPCIONSOBRE")
# construir los parámetros de la llamada al webservice (requerimiento):
param = SimpleXMLElement(
"""<dgi:WS_PersonaGetActEmpresarial.Execute xmlns:dgi="DGI_Modernizacion_Consolidado" />""",
namespace="DGI_Modernizacion_Consolidado", prefix="dgi")
rut = param.add_child("Rut", "210475730011", ns=True)
# agregar seguridad WSSE (mensaje firmado digitalmente para autenticacion)
# usar el certificado unico asociado al RUT emisor emitidos por la
# Administración Nacional de Correos (CA: autoridad certificadora actual)
plugin = BinaryTokenSignature(certificate="certificado.crt",
private_key="private.key",
password=None,
cacert="CorreoUruguayoCA.crt",
)
client.plugins += [plugin]
# llamar al método remoto
import xml.dom.minidom
from pysimplesoap.client import SoapClient, SimpleXMLElement
from pysimplesoap.wsse import BinaryTokenSignature
from pysimplesoap import xmlsec
fechacfe = lambda *x: datetime.datetime.now().strftime("%Y-%m-%dT%H:%M:%S-03:00")
LOCATION = "https://efactura.dgi.gub.uy:6443/ePrueba/ws_eprueba?wsdl"
ACTION = "http://dgi.gub.uyaction/"
with open("documento.xml") as f:
dataCFE = f.read()
cfe = SimpleXMLElement(dataCFE)
caratula = cfe("DGICFE:Caratula")
setattr(caratula, "DGICFE:Fecha", fechacfe())
# leer el certificado (PEM) del emisor y agregarlo
cert_lines = open("certificado.crt").readlines()
cert_fmt = [line for line in cert_lines if not line.startswith("---")]
cert_pem = ''.join(cert_fmt)
setattr(caratula, "DGICFE:X509Certificate", cert_pem)
cfeXML = cfe("ns0:CFE")
# preparar la plantilla para la info de firma con los namespaces padres (CFE)
