def merge(self, filename):
# We change the namespace of XMLSchema to something else because
# the schema processor in the bubbles library can't operate on the
# XS namespace. Hack...
doc = file(filename).read()
doc = doc.replace(ns.XS, 'urn:metaschema')
xsd = ET.fromstring(doc)
self.schema = Schema(xsd)
def merge(self, filename):
# We change the namespace of XMLSchema to something else because
# the schema processor in the bubbles library can't operate on the
# XS namespace. Hack...
doc = file(filename).read()
doc = doc.replace(ns.XS, 'urn:metaschema')
xsd = ET.fromstring(doc)
self.schema = Schema(xsd)
def guess(self, filename):
text = file(filename).read()
text = re.sub(r'xmlns="[^"]*"', '', text)
xml = ET.fromstring(text)
obj = DynamicObject(xml)
tns, tag = ns.split(xml.tag)
root = self.complexType(tag, obj)
el = Element(name=tag, type=root.name)
self._addElement(self.schema, el)
def guess(self, filename):
text = file(filename).read()
text = re.sub(r'xmlns="[^"]*"', '', text)
xml = ET.fromstring(text)
obj = DynamicObject(xml)
tns, tag = ns.split(xml.tag)
root = self.complexType(tag, obj)
el = Element(name=tag, type=root.name)
self._addElement(self.schema, el)
def invoke(self, operation, *args, **kwargs):
'''
Invoke a SOAP operation.
'''
self._reqno += 1
retxml = kwargs.pop('__retxml__', self.retxml)
timeout = kwargs.pop('__timeout__', self.timeout)
transport_options = kwargs.pop('__transport__', {})
# Create an instance of the request message and initialize
# the object from the arguments
param = self.factory(operation.imsg)
tmpl = param.__template__
for k,v in zip((t[0] for t in tmpl), args):
param[k] = v
for k,v in kwargs.items():
param[k] = v
# Build the soap envelope and set the http headers
payload = self.envelope(self.headers, param, operation.imsg)
httphdr = { 'Content-Type': 'text/xml', 'SOAPAction': operation.action }
httphdr.update(self.httphdr)
# Construct and issue the request, read the response
payload = ET.tostring(payload, pretty_print=True)
log.debug('=== SOAP REQUEST ===\n%s', re.sub(r'password>.*?<', r'password>*****<', payload ))
req = urllib2.Request(self.url, payload, httphdr)
try:
if self._inject:
xml = ET.fromstring(self._inject.next())
else:
if hasattr(self.transport, 'open'):
rsp = self.transport.open(req, timeout=timeout, **transport_options)
else:
rsp = self.transport.urlopen(req, timeout=timeout, **transport_options)
xml = ET.parse(rsp)
except urllib2.HTTPError as ex:
xml = ET.parse(ex)
log.debug('=== SOAP RESPONSE ===\n%s', xmlstr(xml))
# Get the soap body
retval = xml.find(ns.expand('soapenv:Body', self.nsmap))
if not retxml:
# Does the body contain any nodes?
if len(retval):
# Get the first child and examine it
retval = retval[0]
namespace, tag = ns.split(retval.tag)
# If it's a fault, convert it to an exception
if tag == 'Fault':
raise SoapFault(retval, self)
# Otherwise, deserialize
obj = self.factory(operation.omsg, retval)
# If the deserialized
# object has only one item, return that item, otherwise the
# whole object
#
# This is so if the return value is a single primitive type
# (like a string), you don't have to dig into an object just
# to get at the single primitive return value
if len(obj) == 1:
obj = obj[0]
retval = obj
else:
retval = None
return retval
def invoke(self, operation, *args, **kwargs):
'''
Invoke a SOAP operation.
'''
self._reqno += 1
retxml = kwargs.pop('__retxml__', self.retxml)
timeout = kwargs.pop('__timeout__', self.timeout)
transport_options = kwargs.pop('__transport__', {})
# Create an instance of the request message and initialize
# the object from the arguments
param = self.factory(operation.imsg)
tmpl = param.__template__
for k,v in zip((t[0] for t in tmpl), args):
param[k] = v
for k,v in kwargs.items():
param[k] = v
# Build the soap envelope and set the http headers
payload = self.envelope(self.headers, param, operation.imsg)
httphdr = { 'Content-Type': 'text/xml', 'SOAPAction': operation.action }
httphdr.update(self.httphdr)
# Construct and issue the request, read the response
payload = ET.tostring(payload, pretty_print=True)
log.debug('=== SOAP REQUEST ===\n%s', payload)
req = urllib2.Request(self.url, payload, httphdr)
try:
if self._inject:
xml = ET.fromstring(self._inject.next())
else:
if hasattr(self.transport, 'open'):
rsp = self.transport.open(req, timeout=timeout, **transport_options)
else:
rsp = self.transport.urlopen(req, timeout=timeout, **transport_options)
xml = ET.parse(rsp)
except urllib2.HTTPError as ex:
xml = ET.parse(ex)
log.debug('=== SOAP RESPONSE ===\n%s', xmlstr(xml))
# Get the soap body
retval = xml.find(ns.expand('soapenv:Body', self.nsmap))
if not retxml:
# Does the body contain any nodes?
if len(retval):
# Get the first child and examine it
retval = retval[0]
namespace, tag = ns.split(retval.tag)
# If it's a fault, convert it to an exception
if tag == 'Fault':
raise SoapFault(retval, self)
# Otherwise, deserialize
obj = self.factory(operation.omsg, retval)
# If the deserialized
# object has only one item, return that item, otherwise the
# whole object
#
# This is so if the return value is a single primitive type
# (like a string), you don't have to dig into an object just
# to get at the single primitive return value
if len(obj) == 1:
obj = obj[0]
retval = obj
else:
retval = None
return retval
