def attributes(self):
generator = NamePrefixGenerator(prefix='_attr_')
result = []
if self._extension and hasattr(self._extension, 'attributes'):
result.extend(self._extension.attributes)
if self._restriction and hasattr(self._restriction, 'attributes'):
pass
elm_names = {name for name, elm in self.elements if name is not None}
attributes = []
for attr in self._attributes:
if isinstance(attr, AttributeGroup):
attributes.extend(attr.attributes)
else:
attributes.append(attr)
for attr in attributes:
if attr.name is None:
name = generator.get_name()
elif attr.name in elm_names:
name = 'attr__%s' % attr.name
else:
name = attr.name
result.append((name, attr))
return result
def attributes(self):
generator = NamePrefixGenerator(prefix='_attr_')
result = []
elm_names = {name for name, elm in self.elements if name is not None}
for attr in self._attributes_unwrapped:
if attr.name is None:
name = generator.get_name()
elif attr.name in elm_names:
name = 'attr__%s' % attr.name
else:
name = attr.name
result.append((name, attr))
return result
def attributes(self):
generator = NamePrefixGenerator(prefix="_attr_")
result = []
elm_names = {name for name, elm in self.elements if name is not None}
for attr in self._attributes_unwrapped:
if attr.name is None:
name = generator.get_name()
elif attr.name in elm_names:
name = "attr__%s" % attr.name
else:
name = attr.name
result.append((name, attr))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
if self._extension:
name = generator.get_name()
if not hasattr(self._extension, 'elements_nested'):
result.append((name, Element(name, self._extension)))
else:
result.extend(self._extension.elements_nested)
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def attributes(self):
generator = NamePrefixGenerator(prefix='_attr_')
result = []
if self._extension and hasattr(self._extension, 'attributes'):
result.extend(self._extension.attributes)
elm_names = {name for name, elm in self.elements if name is not None}
attrs = []
for attr in self._attributes:
if attr.name is None:
name = generator.get_name()
elif attr.name in elm_names:
name = 'attr__%s' % attr.name
else:
name = attr.name
attrs.append((name, attr))
result.extend(attrs)
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
# Handle wsdl:arrayType objects
attrs = {attr.qname.text: attr for attr in self._attributes if attr.qname}
array_type = attrs.get("{http://schemas.xmlsoap.org/soap/encoding/}arrayType")
if array_type:
name = generator.get_name()
if isinstance(self._element, Group):
return [(name, Sequence([Any(max_occurs="unbounded", restrict=array_type.array_type)]))]
else:
return [(name, self._element)]
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
# Handle wsdl:arrayType objects
if self._array_type:
name = generator.get_name()
if isinstance(self._element, Group):
result = [(name, Sequence([
Any(max_occurs='unbounded', restrict=self._array_type.array_type)
]))]
else:
result = [(name, self._element)]
else:
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
# Handle wsdl:arrayType objects
if self._array_type:
name = generator.get_name()
if isinstance(self._element, Group):
result = [(name, Sequence([
Any(max_occurs='unbounded', restrict=self._array_type.array_type)
]))]
else:
result = [(name, self._element)]
else:
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
generator_2 = UniqueNameGenerator()
for elm in self:
if isinstance(elm, (All, Choice, Group, Sequence)):
if elm.accepts_multiple:
result.append((generator.get_name(), elm))
else:
for sub_name, sub_elm in elm.elements:
sub_name = generator_2.create_name(sub_name)
result.append((None, elm))
elif isinstance(elm, (Any, Choice)):
result.append((generator.get_name(), elm))
else:
name = generator_2.create_name(elm.name)
result.append((name, elm))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
generator_2 = UniqueNameGenerator()
for elm in self:
if isinstance(elm, (All, Choice, Group, Sequence)):
if elm.accepts_multiple:
result.append((generator.get_name(), elm))
else:
for sub_name, sub_elm in elm.elements:
sub_name = generator_2.create_name(sub_name)
result.append((None, elm))
elif isinstance(elm, (Any, Choice)):
result.append((generator.get_name(), elm))
else:
name = generator_2.create_name(elm.name)
result.append((name, elm))
return result
def attributes(self):
generator = NamePrefixGenerator(prefix='_attr_')
result = []
if self._extension and hasattr(self._extension, 'attributes'):
result.extend(self._extension.attributes)
if self._restriction and hasattr(self._restriction, 'attributes'):
result.extend(self._restriction.attributes)
elm_names = {name for name, elm in self.elements if name is not None}
attrs = []
for attr in self._attributes:
if attr.name is None:
name = generator.get_name()
elif attr.name in elm_names:
name = 'attr__%s' % attr.name
else:
name = attr.name
attrs.append((name, attr))
result.extend(attrs)
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
# Handle wsdl:arrayType objects
attrs = {attr.qname.text: attr for attr in self._attributes if attr.qname}
array_type = attrs.get('{http://schemas.xmlsoap.org/soap/encoding/}arrayType')
if array_type:
name = generator.get_name()
if isinstance(self._element, Group):
return [(name, Sequence([
Any(max_occurs='unbounded', restrict=array_type.array_type)
]))]
else:
return [(name, self._element)]
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
if self._extension:
name = generator.get_name()
if not hasattr(self._extension, 'elements_nested'):
result.append((name, Element(name, self._extension)))
else:
result.extend(self._extension.elements_nested)
if self._restriction:
name = generator.get_name()
if not hasattr(self._restriction, 'elements_nested'):
result.append((name, Element(name, self._restriction)))
else:
result.extend(self._restriction.elements_nested)
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
if self._extension:
name = generator.get_name()
if not hasattr(self._extension, 'elements_nested'):
result.append((name, Element(name, self._extension)))
else:
result.extend(self._extension.elements_nested)
if self._restriction and not self._element:
# So this is a workaround to support wsdl:arrayType. This doesn't
# actually belong here but for now it's the easiest way to achieve
# this. What this does it that is checks if the restriction
# contains an arrayType attribute and then use that to retrieve
# the xsd type for the array. (We ignore AnyAttributes here)
attrs = {attr.qname.text: attr for attr in self._attributes if attr.qname}
array_type = attrs.get('{http://schemas.xmlsoap.org/soap/encoding/}arrayType')
if array_type:
name = generator.get_name()
result.append((name, Sequence([
Any(max_occurs='unbounded', restrict=array_type.array_type)
])))
else:
name = generator.get_name()
if not hasattr(self._restriction, 'elements_nested'):
result.append((name, Element(name, self._restriction)))
else:
result.extend(self._restriction.elements_nested)
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result
def elements_nested(self):
"""List of tuples containing the element name and the element"""
result = []
generator = NamePrefixGenerator()
if self._extension:
name = generator.get_name()
if not hasattr(self._extension, 'elements_nested'):
result.append((name, Element(name, self._extension)))
else:
result.extend(self._extension.elements_nested)
if self._restriction and not self._element:
# So this is a workaround to support wsdl:arrayType. This doesn't
# actually belong here but for now it's the easiest way to achieve
# this. What this does it that is checks if the restriction
# contains an arrayType attribute and then use that to retrieve
# the xsd type for the array. (We ignore AnyAttributes here)
attrs = {
attr.qname.text: attr
for attr in self._attributes if attr.qname
}
array_type = attrs.get(
'{http://schemas.xmlsoap.org/soap/encoding/}arrayType')
if array_type:
name = generator.get_name()
result.append((name,
Sequence([
Any(max_occurs='unbounded',
restrict=array_type.array_type)
])))
else:
name = generator.get_name()
if not hasattr(self._restriction, 'elements_nested'):
result.append((name, Element(name, self._restriction)))
else:
result.extend(self._restriction.elements_nested)
# _element is one of All, Choice, Group, Sequence
if self._element:
result.append((generator.get_name(), self._element))
return result