def test_xml_sign(self):
evt2220_not_signed = xml.load_fromfile(
os.path.join(here, 'xml', 'S-2220_not_signed.xml'))
xmlschema = xml.XMLValidate(evt2220_not_signed)
isvalid = xmlschema.isvalid()
self.assertFalse(isvalid, msg=str(xmlschema.last_error))
# Test signing
cert_data = pkcs12_data(cert_file=os.path.join(
there, 'certs', 'libesocial-cert-test.pfx'),
password='******')
evt2220_signed = xml.sign(evt2220_not_signed, cert_data)
xml.XMLValidate(evt2220_signed).validate()
def test_S2220_xml(self):
evt2220 = xml.load_fromfile(os.path.join(here, 'xml', 'S-2220.xml'))
isvalid = True
try:
xml.XMLValidate(evt2220).validate()
except AssertionError:
isvalid = False
self.assertTrue(isvalid)
def add_event(self, event):
if not isinstance(event, etree._ElementTree):
raise ValueError('Not an ElementTree instance!')
if len(self.batch) < self.max_batch_size:
# Normally, the element with Id attribute is the first one
event.getroot().getchildren()[0].set('Id', self._event_id())
# Signing...
event_signed = xml.sign(event, self.cert_data)
# Validating
xml.XMLValidate(event_signed).validate()
# Adding the event to batch
self.batch.append(event_signed)
else:
raise Exception('More than {} events per batch is not permitted!'.format(self.max_batch_size))
def validate_envelop(self, which, envelop):
xmlschema = self._xsd(which)
element_test = envelop
if not isinstance(envelop, etree._ElementTree):
element_test = etree.ElementTree(envelop)
xml.XMLValidate(element_test, xsd=xmlschema).validate()