def type_from_xmlschema_element(nsmap, context, tns, element, defer=False):
complex_type = self_or_child(element, NS.tag("schema", "complexType"))
simple_type = self_or_child(element, NS.tag("schema", "simpleType"))
simple_content = self_or_child(element, SIMPLE_CONTENT_TAG)
if simple_type is not None:
cls = SimpleType
elif simple_content is not None:
cls = SimpleContentType
elif complex_type is not None:
if complex_type.find(NS.tag("schema", "all")) is not None:
cls = ComplexAllType
elif complex_type.find(NS.tag("schema", "sequence")) is not None:
cls = ComplexSequenceType
else:
raise ValueError("Unparsable complexType!")
else:
cls = Type
#logger.debug("%s -> %s", element, cls)
type = cls(context, tns, element.get("name"))
if not defer:
nsmap = nsmap.augment(element.nsmap)
type.parse_xmlschema_element(nsmap, element)
return type
def type_from_xmlschema_element(nsmap, context, tns, element, defer=False):
complex_type = self_or_child(element, NS.tag("schema", "complexType"))
simple_type = self_or_child(element, NS.tag("schema", "simpleType"))
simple_content = self_or_child(element, SIMPLE_CONTENT_TAG)
if simple_type is not None:
cls = SimpleType
elif simple_content is not None:
cls = SimpleContentType
elif complex_type is not None:
if complex_type.find(NS.tag("schema", "all")) is not None:
cls = ComplexAllType
elif complex_type.find(NS.tag("schema", "sequence")) is not None:
cls = ComplexSequenceType
else:
raise ValueError("Unparsable complexType!")
else:
cls = Type
#logger.debug("%s -> %s", element, cls)
type = cls(context, tns, element.get("name"))
if not defer:
nsmap = nsmap.augment(element.nsmap)
type.parse_xmlschema_element(nsmap, element)
return type
def parse_xmlschema_element(self, nsmap, element):
super(ComplexAllType, self).parse_xmlschema_element(nsmap, element)
complex_type = self_or_child(element, NS.tag("schema", "complexType"))
self.all = self.parse_type_list(
nsmap, complex_type.find(NS.tag("schema", "all")))
for type in self.all:
type.min_occurs = 0
def parse_xmlschema_element(self, nsmap, element):
super(SimpleContentType, self).parse_xmlschema_element(nsmap, element)
simple_content = self_or_child(element, SIMPLE_CONTENT_TAG)
ext_tag = simple_content.find(NS.tag("schema", "extension"))
if ext_tag is None:
raise XMLValueError("simpleContent without s:extension...", simple_content)
base = ext_tag.get("base")
self.base = self.context.resolve_type(nsmap.to_qname(base))
self._read_attributes(nsmap, simple_content)
def parse_xmlschema_element(self, nsmap, element):
super(SimpleContentType, self).parse_xmlschema_element(nsmap, element)
simple_content = self_or_child(element, SIMPLE_CONTENT_TAG)
ext_tag = simple_content.find(NS.tag("schema", "extension"))
if ext_tag is None:
raise XMLValueError("simpleContent without s:extension...",
simple_content)
base = ext_tag.get("base")
self.base = self.context.resolve_type(nsmap.to_qname(base))
self._read_attributes(nsmap, simple_content)
def parse_xmlschema_element(self, nsmap, element):
super(ComplexAllType, self).parse_xmlschema_element(nsmap, element)
complex_type = self_or_child(element, NS.tag("schema", "complexType"))
self.all = self.parse_type_list(nsmap, complex_type.find(NS.tag("schema", "all")))
for type in self.all:
type.min_occurs = 0
def parse_xmlschema_element(self, nsmap, element):
super(ComplexSequenceType, self).parse_xmlschema_element(nsmap, element)
complex_type = self_or_child(element, NS.tag("schema", "complexType"))
self.sequence = self.parse_type_list(nsmap, complex_type.find(NS.tag("schema", "sequence")))
def parse_xmlschema_element(self, nsmap, element):
super(ComplexSequenceType,
self).parse_xmlschema_element(nsmap, element)
complex_type = self_or_child(element, NS.tag("schema", "complexType"))
self.sequence = self.parse_type_list(
nsmap, complex_type.find(NS.tag("schema", "sequence")))