def test_can_generate_code_with_xsd_refs_to_elements_with_anoynmous_complex_types(self):
# The final test should have an object graph representation of the
# schema below. Currently I don't know how to represent multiple
# xs:elements in a schema without using ComplexTypes.
# Maybe we should have a special type like AnonymousComplexType and
# put that directly into schema.elements?
xml = utils.open_document('tests/assets/generation/reference_complex.xsd')
schema = xsdspec.Schema.parse_xmlelement(etree.fromstring(xml))
code = xsd2py.schema_to_py(schema, ['xs'])
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
assert_length(3, symbols)
assert_contains('Person', symbols.keys())
assert_contains('Job', symbols.keys())
assert_equals(set(['person', 'job']), list(schemas[0].elements))
Job = symbols['Job']
Person = symbols['Person']
person_ref = Job.person
assert_isinstance(person_ref, xsd.Ref)
assert_equals(person_ref._type, Person)
job = Job()
person = Person()
person.name = 'Foo'
job.person = person
def test_schema_xsd_restriction(self):
xml = utils.open_document('tests/assets/generation/restriction.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('RestrictedString', code)
assert_contains("pattern=r'[a-z]+'", code)
def test_schema_xsd_restriction(self):
xml = utils.open_document('tests/assets/generation/restriction.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('RestrictedString', code)
assert_contains("pattern=r'[a-z]+'", code)
def test_schema_xsd_include(self):
path = 'tests/assets/include/include.wsdl'
xml = utils.open_document(path)
code = wsdl2py.generate_code_from_wsdl(xml, 'server', cwd=os.path.dirname(path))
if six.PY3:
code = code.decode()
assert_contains('Schema1_Element', code)
def test_can_generate_code_with_xsd_refs_to_elements_with_anoynmous_complex_types(
self):
# The final test should have an object graph representation of the
# schema below. Currently I don't know how to represent multiple
# xs:elements in a schema without using ComplexTypes.
# Maybe we should have a special type like AnonymousComplexType and
# put that directly into schema.elements?
xml = utils.open_document(
'tests/assets/generation/reference_complex.xsd')
schema = xsdspec.Schema.parse_xmlelement(etree.fromstring(xml))
code = xsd2py.schema_to_py(schema, ['xs'])
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
assert_length(3, symbols)
assert_contains('Person', symbols.keys())
assert_contains('Job', symbols.keys())
assert_equals(set(['person', 'job']), list(schemas[0].elements))
Job = symbols['Job']
Person = symbols['Person']
person_ref = Job.person
assert_isinstance(person_ref, xsd.Ref)
assert_equals(person_ref._type, Person)
job = Job()
person = Person()
person.name = 'Foo'
job.person = person
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
xml = utils.open_document(
'tests/assets/generation/reference_simple.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
# somehow we need to be able to have schemas with multiple possible
# root elements
assert_length(3, symbols)
assert_contains('Name', symbols.keys())
assert_contains('Job', symbols.keys())
assert_equals(set(['name', 'job']), list(schemas[0].elements))
Job = symbols['Job']
Name = symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
assert_isinstance(name_ref, xsd.Ref)
assert_equals(name_ref._type, Name)
job = Job()
# Should not raise
job.name = u'Foo'
def test_can_generate_code_with_xsd_refs_to_simple_elements(self):
xml = utils.open_document('tests/assets/generation/reference_simple.xsd')
code = xsd2py.generate_code_from_xsd(xml)
schemas, symbols = generated_symbols(code)
assert_is_not_empty(schemas)
# somehow we need to be able to have schemas with multiple possible
# root elements
assert_length(3, symbols)
assert_contains('Name', symbols.keys())
assert_contains('Job', symbols.keys())
assert_equals(set(['name', 'job']), list(schemas[0].elements))
Job = symbols['Job']
Name = symbols['Name']
name_ref = Job.name
# not sure if these assertions are correct but they should give you
# the idea
assert_isinstance(name_ref, xsd.Ref)
assert_equals(name_ref._type, Name)
job = Job()
# Should not raise
job.name = u'Foo'
def test_cannot_omit_required_attribute(self):
instance = self.SampleType(value='someValue', type='someType')
element = etree.Element('sample')
with assert_raises(ValueError) as context:
instance.render(element, instance)
# the exception raised should mention the field is required
assert_contains('required', str(context.caught_exception))
def test_create_method_list_param(self):
xml = utils.open_document('tests/assets/generation/list_param.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('def create(cls, Items):', code)
assert_contains('instance.Items = Items', code)
assert_not_contains('Itemss', code)
def test_create_method_list_param(self):
xml = utils.open_document('tests/assets/generation/list_param.xsd')
code = xsd2py.generate_code_from_xsd(xml)
if six.PY3:
code = code.decode()
assert_contains('def create(cls, Items):', code)
assert_contains('instance.Items = Items', code)
assert_not_contains('Itemss', code)
def test_import_same_namespace(self):
path = 'tests/assets/same_namespace/same_namespace.wsdl'
xml = utils.open_document(path)
code = wsdl2py.generate_code_from_wsdl(xml, 'server', cwd=os.path.dirname(path))
if six.PY3:
code = code.decode()
assert_contains('Schema1_Element', code)
assert_contains('Schema2_Element', code)
def test_relative_paths(self):
path = 'tests/assets/relative/relative.wsdl'
xml = utils.open_document(path)
code = wsdl2py.generate_code_from_wsdl(xml, 'server', cwd=os.path.dirname(path))
if six.PY3:
code = code.decode()
assert_contains('Schema2_Element', code)
assert_contains('Schema3_Element', code)
assert_equals(1, code.count('Schema3_Element'))
def test_can_handle_xsd_element_as_return_value_from_handler(self):
def handler(request, input_):
return input_
dispatcher = SOAPDispatcher(echo_service(handler))
soap_message = (
'<ns1:echoRequest xmlns:ns1="http://soap.example/echo/types">'
'<value>hello</value>'
'</ns1:echoRequest>'
)
request_message = self._wrap_with_soap_envelope(soap_message)
request = SOAPRequest(dict(SOAPACTION='echo', REQUEST_METHOD='POST'), request_message)
response = dispatcher.dispatch(request)
body_text = response.http_content
if not isinstance(body_text, six.string_types):
body_text = body_text.decode('utf-8')
assert_contains('<value>hello</value>', body_text)
def assert_is_soap_fault(self, response, fault_code=None, partial_fault_string=None):
assert_equals(500, response.http_status_code)
assert_equals('text/xml', response.http_headers['Content-Type'])
fault_document = etree.fromstring(response.http_content)
soap_envelope = fault_document.getroottree()
namespaces = {'s': 'http://schemas.xmlsoap.org/soap/envelope/'}
fault_nodes = soap_envelope.xpath('/s:Envelope/s:Body/s:Fault', namespaces=namespaces)
assert_length(1, fault_nodes, message='expected exactly one SOAP fault')
children = list(fault_nodes[0])
assert_length(2, children)
xml_fault_code, fault_string = children
if fault_code is None:
fault_code = 'Client'
assert_equals(fault_code, xml_fault_code.text)
if partial_fault_string:
assert_contains(partial_fault_string, fault_string.text)
def test_can_handle_xsd_element_as_return_value_from_handler(self):
def handler(request, input_):
return input_
dispatcher = SOAPDispatcher(echo_service(handler))
soap_message = (
'<ns1:echoRequest xmlns:ns1="http://soap.example/echo/types">'
'<value>hello</value>'
'</ns1:echoRequest>')
request_message = self._wrap_with_soap_envelope(soap_message)
request = SOAPRequest(dict(SOAPACTION='echo', REQUEST_METHOD='POST'),
request_message)
response = dispatcher.dispatch(request)
body_text = response.http_content
if not isinstance(body_text, six.string_types):
body_text = body_text.decode('utf-8')
assert_contains('<value>hello</value>', body_text)
def test_can_propagate_custom_output_header(self):
handler, handler_state = echo_handler()
def _handler(request, _input):
resp = handler(request, _input)
resp.soap_header = EchoOutputHeader(OutputVersion='42')
return resp
dispatcher = SOAPDispatcher(echo_service(_handler, output_header=EchoOutputHeader))
soap_header = '<tns:InputVersion>42</tns:InputVersion>'
soap_message = (
'<tns:echoRequest xmlns:tns="http://soap.example/echo/types">'
'<value>foobar</value>'
'</tns:echoRequest>'
)
request_message = self._wrap_with_soap_envelope(soap_message, header=soap_header)
request = SOAPRequest(dict(SOAPACTION='echo', REQUEST_METHOD='POST'), request_message)
response = dispatcher.dispatch(request)
self.assert_is_successful_response(response, handler_state)
assert_contains(b'<ns0:OutputVersion>42</ns0:OutputVersion>', response.http_content)
def test_can_propagate_custom_output_header(self):
handler, handler_state = echo_handler()
def _handler(request, _input):
resp = handler(request, _input)
resp.soap_header = EchoOutputHeader(OutputVersion='42')
return resp
dispatcher = SOAPDispatcher(
echo_service(_handler, output_header=EchoOutputHeader))
soap_header = '<tns:InputVersion>42</tns:InputVersion>'
soap_message = (
'<tns:echoRequest xmlns:tns="http://soap.example/echo/types">'
'<value>foobar</value>'
'</tns:echoRequest>')
request_message = self._wrap_with_soap_envelope(soap_message,
header=soap_header)
request = SOAPRequest(dict(SOAPACTION='echo', REQUEST_METHOD='POST'),
request_message)
response = dispatcher.dispatch(request)
self.assert_is_successful_response(response, handler_state)
assert_contains(b'<ns0:OutputVersion>42</ns0:OutputVersion>',
response.http_content)
def assert_is_soap_fault(self,
response,
fault_code=None,
partial_fault_string=None):
assert_equals(500, response.http_status_code)
assert_equals('text/xml', response.http_headers['Content-Type'])
fault_document = etree.fromstring(response.http_content)
soap_envelope = fault_document.getroottree()
namespaces = {'s': 'http://schemas.xmlsoap.org/soap/envelope/'}
fault_nodes = soap_envelope.xpath('/s:Envelope/s:Body/s:Fault',
namespaces=namespaces)
assert_length(1,
fault_nodes,
message='expected exactly one SOAP fault')
children = list(fault_nodes[0])
assert_length(2, children)
xml_fault_code, fault_string = children
if fault_code is None:
fault_code = 'Client'
assert_equals(fault_code, xml_fault_code.text)
if partial_fault_string:
assert_contains(partial_fault_string, fault_string.text)
def assert_fail(self, value, actual_iterable, message=None):
return assert_raises(AssertionError, lambda: assert_contains(value, actual_iterable, message=message))
def test_empty_header(self):
xml = self.SOAP.Envelope.response('Get', Place(), self.SOAP.Header())
assert_contains(b'<ns0:Header/>', xml)
def test_get_error_response(self):
response = get_error_response(Code.SERVER, u'some error', actor='me')
xml = self._xml_strip(response)
assert_contains(b'<ns0:Code><ns0:Value>ns0:Receiver</ns0:Value></ns0:Code>', xml)
assert_contains(b'<ns0:Role>me</ns0:Role>', xml)
def assert_fail(self, value, actual_iterable, message=None):
return assert_raises(
AssertionError,
lambda: assert_contains(value, actual_iterable, message=message))
def test_passes_if_iterable_contains_value(self):
assert_contains(True, ['foo', True])
assert_contains(True, ('foo', True))
def test_passes_if_iterable_contains_value(self):
assert_contains(True, ['foo', True])
assert_contains(True, ('foo', True))
def test_get_error_response(self):
response = get_error_response(Code.SERVER, u'some error', actor='me')
xml = self._xml_strip(response)
assert_contains(b'<faultcode>Server</faultcode>', xml)
assert_contains(b'<faultactor>me</faultactor>', xml)
def test_empty_header(self):
xml = self.SOAP.Envelope.response('Get', Place(), self.SOAP.Header())
assert_contains(b'<ns0:Header/>', xml)