def parse_soap_fault(body, expected_faults=None):
"""
Parse a SOAP fault element and its details.
:param body: SOAP ``Body`` element.
:param expected_faults:
A `list` of `SoapFault` subclasses whose ``detail_type`` attribute will
be used to determine a match against each top-level SOAP fault detail
element.
:return:
A 2-tuple of: matching exception type and an instance of it's
``detail_type``; and SOAP fault information (code, string, actor,
detail). ``None`` if there is no SOAP fault.
"""
fault = elemfind(body, SOAP_ENV.Fault)
if fault is None:
return None
faultcode = gettext(fault, u'faultcode')
faultstring = gettext(fault, u'faultstring')
faultactor = gettext(fault, u'faultactor')
detail = elemfind(fault, u'detail')
if expected_faults is None:
expected_faults = []
parsed = _parse_expected_faults(detail, expected_faults)
return parsed, (faultcode, faultstring, faultactor, detail)
def from_element(cls, element):
if element.tag != cls.tag.text:
return None
return cls(
message_id=gettext(element, 'messageId'),
text=gettext(element, 'text'),
variables=list(gettextall(element, 'variables')))
def parse_soap_fault(body, expected_faults=None):
"""
Parse a SOAP fault element and its details.
:param body: SOAP ``Body`` element.
:param expected_faults:
A `list` of `SoapFault` subclasses whose ``detail_type`` attribute will
be used to determine a match against each top-level SOAP fault detail
element.
:return:
A 2-tuple of: matching exception type and an instance of it's
``detail_type``; and SOAP fault information (code, string, actor,
detail). ``None`` if there is no SOAP fault.
"""
fault = elemfind(body, SOAP_ENV.Fault)
if fault is None:
return None
faultcode = gettext(fault, u'faultcode')
faultstring = gettext(fault, u'faultstring')
faultactor = gettext(fault, u'faultactor')
detail = elemfind(fault, u'detail')
if expected_faults is None:
expected_faults = []
parsed = _parse_expected_faults(detail, expected_faults)
return parsed, (faultcode, faultstring, faultactor, detail)
def test_parse(self):
"""
Specifying a `parse` callable results in that being called to transform
the element text.
"""
self.assertEqual(42, gettext(self.root, u'b', parse=int))
self.assertEqual(
MetasyntacticVariables.Foo,
gettext(self.root, u'c',
parse=MetasyntacticVariables.lookupByName))
self.assertRaises(ValueError, gettext, self.root, u'c', parse=int)
def from_element(cls, root):
"""
Create an `SmsMessage` instance from an ElementTree element.
"""
return cls(
message=gettext(root, 'message'),
sender_address=gettext(
root, 'senderAddress', parse=normalize_address),
service_activation_number=gettext(
root, 'smsServiceActivationNumber', parse=normalize_address),
timestamp=gettext(root, 'dateTime', parse=iso8601.parse_date))
def test_simple(self):
"""
Getting a sub-element with a `text` attribute returns the text as a
`unicode` object.
"""
res = gettext(self.root, u'a')
self.assertIdentical(unicode, type(res))
self.assertEqual(res, u'hello')
res = gettext(self.root, u'sub/e')
self.assertIdentical(unicode, type(res))
self.assertEqual(res, u'world')
def test_simple(self):
"""
Getting a sub-element with a `text` attribute returns the text as a
`unicode` object.
"""
res = gettext(self.root, u'a')
self.assertIdentical(unicode, type(res))
self.assertEqual(res, u'hello')
res = gettext(self.root, u'sub/e')
self.assertIdentical(unicode, type(res))
self.assertEqual(res, u'world')
def test_parseWithDefault(self):
"""
In the event that a default value is specified and a `parse` callable
given, and the default value is used, the default value will be passed
to the callable.
"""
self.assertEqual(
42,
gettext(self.root, u'b', default=3.1415, parse=int))
self.assertEqual(
21,
gettext(self.root, u'd', default=21, parse=int))
self.assertRaises(ValueError,
gettext, self.root, u'd', default='foo', parse=int)
def test_parse(self):
"""
Specifying a `parse` callable results in that being called to transform
the element text.
"""
self.assertEqual(
42,
gettext(self.root, u'b', parse=int))
self.assertEqual(
MetasyntacticVariables.Foo,
gettext(self.root, u'c',
parse=MetasyntacticVariables.lookupByName))
self.assertRaises(ValueError,
gettext, self.root, u'c', parse=int)
def process_notifySmsReception(self, root, header, name):
"""
Process a received text message.
"""
linkid = None
if header is not None:
linkid = gettext(header, './/' + str(PARLAYX_COMMON_NS.linkid))
correlator = gettext(root, NOTIFICATION_NS.correlator)
message = SmsMessage.from_element(
elemfind(root, NOTIFICATION_NS.message))
d = maybeDeferred(
self.callback_message_received, correlator, linkid, message)
d.addCallback(
lambda ignored: NOTIFICATION_NS.notifySmsReceptionResponse())
return d
def test_parseWithDefault(self):
"""
In the event that a default value is specified and a `parse` callable
given, and the default value is used, the default value will be passed
to the callable.
"""
self.assertEqual(42, gettext(self.root,
u'b',
default=3.1415,
parse=int))
self.assertEqual(21, gettext(self.root, u'd', default=21, parse=int))
self.assertRaises(ValueError,
gettext,
self.root,
u'd',
default='foo',
parse=int)
def from_element(cls, root):
"""
Create a `DeliveryInformation` instance from an ElementTree element.
"""
try:
delivery_status = gettext(
root, 'deliveryStatus', parse=DeliveryStatus.lookupByName)
except ValueError, e:
raise ValueError(
'No such delivery status enumeration value: %r' % (str(e),))
def process_notifySmsDeliveryReceipt(self, root, header, name):
"""
Process a text message delivery receipt.
"""
correlator = gettext(root, NOTIFICATION_NS.correlator)
delivery_info = DeliveryInformation.from_element(
elemfind(root, NOTIFICATION_NS.deliveryStatus))
d = maybeDeferred(self.callback_message_delivered,
correlator, delivery_info.delivery_status.value)
d.addCallback(
lambda ignored: NOTIFICATION_NS.notifySmsDeliveryReceiptResponse())
return d
def test_default(self):
"""
Getting a sub-element without a `text` attribute, or attempting to get
a sub-element that does not exist, results in the `default` parameter
to `gettext` being used, defaulting to `None`.
"""
self.assertIdentical(gettext(self.root, u'd'), None)
self.assertEqual(gettext(self.root, u'd', default=42), 42)
self.assertIdentical(gettext(self.root, u'sub/f'), None)
res = gettext(self.root, u'sub/f', default='a')
self.assertIdentical(str, type(res))
self.assertEqual(res, 'a')
self.assertIdentical(gettext(self.root, u'haha_what'), None)
self.assertEqual(gettext(self.root, u'haha_what', default=42), 42)
def test_default(self):
"""
Getting a sub-element without a `text` attribute, or attempting to get
a sub-element that does not exist, results in the `default` parameter
to `gettext` being used, defaulting to `None`.
"""
self.assertIdentical(gettext(self.root, u'd'), None)
self.assertEqual(gettext(self.root, u'd', default=42), 42)
self.assertIdentical(gettext(self.root, u'sub/f'), None)
res = gettext(self.root, u'sub/f', default='a')
self.assertIdentical(str, type(res))
self.assertEqual(res, 'a')
self.assertIdentical(gettext(self.root, u'haha_what'), None)
self.assertEqual(gettext(self.root, u'haha_what', default=42), 42)
def from_element(cls, elem):
if elem.tag != L.ToyFaultDetail.text:
return None
return cls(gettext(elem, 'foo'), gettext(elem, 'bar'))
def _extractRequestIdentifier((body, header)):
return gettext(body, './/' + str(SEND_NS.result), default='')
def from_element(cls, element):
if element.tag != cls.tag.text:
return None
return cls(message_id=gettext(element, 'messageId'),
text=gettext(element, 'text'),
variables=list(gettextall(element, 'variables')))
def from_element(cls, elem):
if elem.tag != L.ToyFaultDetail.text:
return None
return cls(gettext(elem, 'foo'), gettext(elem, 'bar'))
def _extractRequestIdentifier((body, header)):
return gettext(body, './/' + str(SEND_NS.result), default='')
ParlayX `DeliveryInformation` complex type.
"""
@classmethod
def from_element(cls, root):
"""
Create a `DeliveryInformation` instance from an ElementTree element.
"""
try:
delivery_status = gettext(
root, 'deliveryStatus', parse=DeliveryStatus.lookupByName)
except ValueError, e:
raise ValueError(
'No such delivery status enumeration value: %r' % (str(e),))
else:
return cls(
address=gettext(root, 'address', parse=normalize_address),
delivery_status=delivery_status)
class SmsNotificationService(Resource):
"""
Web resource to handle SOAP requests for ParlayX SMS deliveries and
delivery receipts.
"""
isLeaf = True
def __init__(self, callback_message_received, callback_message_delivered):
self.callback_message_received = callback_message_received
self.callback_message_delivered = callback_message_delivered
Resource.__init__(self)