def test_implicit_target_namespace(self):
xml = ('<xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified">\n'
' <xs:element name="field" type="xsd:string" />\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
generated_schema = xsdspec.Schema.parse_xmlelement(xml_element)
xsd2py.schema_to_py(generated_schema, ['xs'],
parent_namespace="http://site.example/ws/spec")
def test_implicit_target_namespace(self):
xml = ('<xs:schema xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified">\n'
' <xs:element name="field" type="xsd:string" />\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
generated_schema = xsdspec.Schema.parse_xmlelement(xml_element)
xsd2py.schema_to_py(generated_schema, ['xs'],
parent_namespace="http://site.example/ws/spec")
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_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_elements_with_anoynmous_complex_types(
self):
raise SkipTest(
'References to elements with anonymous complex types are not yet implemented'
)
# 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 = ('<xs:schema targetNamespace="http://site.example/ws/spec" \n'
' xmlns:example="http://site.example/ws/spec" \n'
' xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified">\n'
' <xs:element name="person">\n'
' <xs:complexType>\n'
' <xs:sequence>\n'
' <xs:element name="name" type="xs:string" />\n'
' </xs:sequence>\n'
' </xs:complexType>\n'
' </xs:element>\n'
' <xs:element name="job">\n'
' <xs:complexType>\n'
' <xs:sequence>\n'
' <xs:element ref="example:person" />\n'
' </xs:sequence>\n'
' </xs:complexType>\n'
' </xs:element>\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
generated_schema = xsdspec.Schema.parse_xmlelement(xml_element)
code_string = xsd2py.schema_to_py(generated_schema, ['xs'],
known_namespaces=[])
schema, new_symbols = self._generated_symbols(code_string)
assert_not_none(schema)
assert_length(3, new_symbols)
assert_contains('Person', new_symbols.keys())
assert_contains('Job', new_symbols.keys())
assert_equals(set(['person', 'job']), list(schema.elements))
Job = new_symbols['Job']
Person = new_symbols['Person']
person_ref = Job.person
assert_isinstance(person_ref, xsd.Ref)
assert_equals(person_ref._type, Person)
job = Job()
person = Person()
person.name = u'Foo'
job.person = person
def test_can_generate_code_with_xsd_refs_to_elements_with_anoynmous_complex_types(self):
raise SkipTest('References to elements with anonymous complex types are not yet implemented')
# 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 = ('<xs:schema targetNamespace="http://site.example/ws/spec" \n'
' xmlns:example="http://site.example/ws/spec" \n'
' xmlns:xs="http://www.w3.org/2001/XMLSchema" \n'
' elementFormDefault="qualified">\n'
' <xs:element name="person">\n'
' <xs:complexType>\n'
' <xs:sequence>\n'
' <xs:element name="name" type="xs:string" />\n'
' </xs:sequence>\n'
' </xs:complexType>\n'
' </xs:element>\n'
' <xs:element name="job">\n'
' <xs:complexType>\n'
' <xs:sequence>\n'
' <xs:element ref="example:person" />\n'
' </xs:sequence>\n'
' </xs:complexType>\n'
' </xs:element>\n'
'</xs:schema>')
xml_element = etree.fromstring(xml)
generated_schema = xsdspec.Schema.parse_xmlelement(xml_element)
code_string = xsd2py.schema_to_py(generated_schema, ['xs'])
schema, new_symbols = generated_symbols(code_string)
assert_not_none(schema)
assert_length(3, new_symbols)
assert_contains('Person', new_symbols.keys())
assert_contains('Job', new_symbols.keys())
assert_equals(set(['person', 'job']), list(schema.elements))
Job = new_symbols['Job']
Person = new_symbols['Person']
person_ref = Job.person
assert_isinstance(person_ref, xsd.Ref)
assert_equals(person_ref._type, Person)
job = Job()
person = Person()
person.name = u'Foo'
job.person = person
def test_implicit_target_namespace(self):
xml = utils.open_document(
'tests/assets/generation/implicit_namespace.xsd')
schema = xsdspec.Schema.parse_xmlelement(etree.fromstring(xml))
xsd2py.schema_to_py(schema, ['xs'],
parent_namespace='http://site.example/ws/spec')
def test_implicit_target_namespace(self):
xml = utils.open_document('tests/assets/generation/implicit_namespace.xsd')
schema = xsdspec.Schema.parse_xmlelement(etree.fromstring(xml))
xsd2py.schema_to_py(schema, ['xs'], parent_namespace='http://site.example/ws/spec')