def test_group_fields(self):
target = ClassFactory.create(attrs=AttrFactory.list(2))
target.attrs[0].restrictions.min_occurs = 10
target.attrs[0].restrictions.max_occurs = 15
target.attrs[1].restrictions.min_occurs = 5
target.attrs[1].restrictions.max_occurs = 20
expected = AttrFactory.create(
name="attr_B_Or_attr_C",
tag="Choice",
index=0,
types=[AttrTypeFactory.xs_any()],
choices=[
AttrFactory.create(
tag=target.attrs[0].tag,
name="attr_B",
types=target.attrs[0].types,
),
AttrFactory.create(
tag=target.attrs[1].tag,
name="attr_C",
types=target.attrs[1].types,
),
],
)
expected_res = Restrictions(min_occurs=5, max_occurs=20)
self.sanitizer.group_fields(target, list(target.attrs))
self.assertEqual(1, len(target.attrs))
self.assertEqual(expected, target.attrs[0])
self.assertEqual(expected_res, target.attrs[0].restrictions)
def test_flatten_attribute_types_when_source_has_only_one_attribute(
self, mock_find_class, mock_copy_inner_classes
):
type_a = AttrTypeFactory.create(name="a")
type_b = AttrTypeFactory.create(name="b")
common = ClassFactory.create(
name="bar",
attrs=AttrFactory.list(
1,
name="b",
types=[type_b],
restrictions=RestrictionsFactory.create(required=True, min_occurs=2),
),
)
mock_find_class.return_value = common
parent = ClassFactory.create()
attr = AttrFactory.create(
name="a",
types=[type_a],
restrictions=RestrictionsFactory.create(min_occurs=1),
)
self.analyzer.flatten_attribute_types(parent, attr)
self.assertEqual([type_b], attr.types)
self.assertEqual(
{"required": True, "min_occurs": 2}, attr.restrictions.asdict()
)
mock_find_class.assert_called_once_with(parent.source_qname(type_a.name))
mock_copy_inner_classes.assert_called_once_with(common, parent)
def test_dependencies(self):
obj = ClassFactory.create(
attrs=[
AttrFactory.create(types=[AttrTypeFactory.xs_decimal()]),
AttrFactory.create(
types=[
AttrTypeFactory.create(name="xs:annotated", forward_ref=True)
]
),
AttrFactory.create(
types=[
AttrTypeFactory.create(name="xs:openAttrs"),
AttrTypeFactory.create(name="xs:localAttribute"),
]
),
],
extensions=ExtensionFactory.list(
1, type=AttrTypeFactory.create(name="xs:localElement")
),
inner=[
ClassFactory.create(
attrs=AttrFactory.list(2, types=AttrTypeFactory.list(1, name="foo"))
)
],
)
expected = {
QName("{http://www.w3.org/2001/XMLSchema}localAttribute"),
QName("{http://www.w3.org/2001/XMLSchema}localElement"),
QName("{http://www.w3.org/2001/XMLSchema}openAttrs"),
QName("{xsdata}foo"),
}
self.assertEqual(expected, obj.dependencies())
def test_add_substitution_attrs(self, mock_find_attribute):
target = ClassFactory.elements(2)
mock_find_attribute.side_effect = [-1, 2]
first_attr = target.attrs[0]
second_attr = target.attrs[1]
first_attr.restrictions.max_occurs = 2
attr_name = first_attr.name
attr_qname = target.source_qname(attr_name)
reference_attrs = AttrFactory.list(2)
self.analyzer.substitutions_index[attr_qname] = reference_attrs
self.analyzer.add_substitution_attrs(target, first_attr)
self.assertEqual(4, len(target.attrs))
self.assertEqual(reference_attrs[0], target.attrs[0])
self.assertIsNot(reference_attrs[0], target.attrs[0])
self.assertEqual(reference_attrs[1], target.attrs[3])
self.assertIsNot(reference_attrs[1], target.attrs[3])
self.assertEqual(2, target.attrs[0].restrictions.max_occurs)
self.assertEqual(2, target.attrs[3].restrictions.max_occurs)
second_attr.wildcard = True
self.analyzer.add_substitution_attrs(target, second_attr)
self.assertEqual(4, len(target.attrs))
self.analyzer.add_substitution_attrs(target, AttrFactory.enumeration())
self.assertEqual(4, len(target.attrs))
def test_process_attribute(self, mock_find):
target = ClassFactory.create(attrs=[
AttrFactory.create(types=[AttrTypeFactory.create("foo")]),
AttrFactory.create(types=[AttrTypeFactory.create("bar")]),
])
mock_find.side_effect = [-1, 2]
first_attr = target.attrs[0]
second_attr = target.attrs[1]
first_attr.restrictions.max_occurs = 2
attr_qname = first_attr.types[0].qname
reference_attrs = AttrFactory.list(2)
self.processor.create_substitutions()
self.processor.substitutions[attr_qname] = reference_attrs
self.processor.process_attribute(target, first_attr)
self.assertEqual(4, len(target.attrs))
self.assertEqual(reference_attrs[0], target.attrs[0])
self.assertIsNot(reference_attrs[0], target.attrs[0])
self.assertEqual(reference_attrs[1], target.attrs[3])
self.assertIsNot(reference_attrs[1], target.attrs[3])
self.assertEqual(2, target.attrs[0].restrictions.max_occurs)
self.assertEqual(2, target.attrs[3].restrictions.max_occurs)
self.processor.process_attribute(target, second_attr)
self.assertEqual(4, len(target.attrs))
def test_sanitize_attribute_sequence(self):
def len_sequential(target: Class):
return len([
attr for attr in target.attrs if attr.restrictions.sequential
])
restrictions = Restrictions(max_occurs=2, sequential=True)
target = ClassFactory.create(attrs=[
AttrFactory.create(restrictions=restrictions.clone()),
AttrFactory.create(restrictions=restrictions.clone()),
])
attrs_clone = [attr.clone() for attr in target.attrs]
self.sanitizer.process_attribute_sequence(target, target.attrs[0])
self.assertEqual(2, len_sequential(target))
target.attrs[0].restrictions.sequential = False
self.sanitizer.process_attribute_sequence(target, target.attrs[0])
self.assertEqual(1, len_sequential(target))
self.sanitizer.process_attribute_sequence(target, target.attrs[1])
self.assertEqual(0, len_sequential(target))
target.attrs = attrs_clone
target.attrs[1].restrictions.sequential = False
self.sanitizer.process_attribute_sequence(target, target.attrs[0])
self.assertEqual(0, len_sequential(target))
target.attrs[0].restrictions.sequential = True
target.attrs[0].restrictions.max_occurs = 0
target.attrs[1].restrictions.sequential = True
self.sanitizer.process_attribute_sequence(target, target.attrs[0])
self.assertEqual(1, len_sequential(target))
def test_sanitize_attribute_sequence(self):
def len_sequential(target):
return len(
[attr for attr in attrs if attr.restrictions.sequential])
restrictions = Restrictions(max_occurs=2, sequential=True)
attrs = [
AttrFactory.create(restrictions=restrictions.clone()),
AttrFactory.create(restrictions=restrictions.clone()),
]
attrs_clone = [attr.clone() for attr in attrs]
ClassUtils.sanitize_attribute_sequence(attrs, 0)
self.assertEqual(2, len_sequential(attrs))
attrs[0].restrictions.sequential = False
ClassUtils.sanitize_attribute_sequence(attrs, 0)
self.assertEqual(1, len_sequential(attrs))
ClassUtils.sanitize_attribute_sequence(attrs, 1)
self.assertEqual(0, len_sequential(attrs))
attrs_clone[1].restrictions.sequential = False
ClassUtils.sanitize_attribute_sequence(attrs_clone, 0)
self.assertEqual(0, len_sequential(attrs_clone))
def test_dependencies(self):
obj = ClassFactory.create(
attrs=[
AttrFactory.create(types=[AttrTypeFactory.xs_decimal()]),
AttrFactory.create(types=[
AttrTypeFactory.create(qname=QName(Namespace.XS.uri,
"annotated"),
forward=True)
]),
AttrFactory.create(types=[
AttrTypeFactory.create(
qname=QName(Namespace.XS.uri, "openAttrs")),
AttrTypeFactory.create(
qname=QName(Namespace.XS.uri, "localAttribute")),
]),
],
extensions=[
ExtensionFactory.create(type=AttrTypeFactory.create(
qname=QName(Namespace.XS.uri, "foobar"))),
ExtensionFactory.create(type=AttrTypeFactory.create(
qname=QName(Namespace.XS.uri, "foobar"))),
],
inner=[
ClassFactory.create(attrs=AttrFactory.list(
2, types=AttrTypeFactory.list(1, qname="foo")))
],
)
expected = [
QName("{http://www.w3.org/2001/XMLSchema}openAttrs"),
QName("{http://www.w3.org/2001/XMLSchema}localAttribute"),
QName("{http://www.w3.org/2001/XMLSchema}foobar"),
QName("{xsdata}foo"),
]
self.assertEqual(expected, list(obj.dependencies()))
def test_rename_dependency(self):
attr_type = AttrTypeFactory.create("{foo}bar")
target = ClassFactory.create(
extensions=[
ExtensionFactory.create(),
ExtensionFactory.create(type=attr_type.clone()),
],
attrs=[
AttrFactory.create(),
AttrFactory.create(types=[AttrTypeFactory.create(), attr_type.clone()]),
],
inner=[
ClassFactory.create(
extensions=[ExtensionFactory.create(type=attr_type.clone())],
attrs=[
AttrFactory.create(),
AttrFactory.create(
types=[AttrTypeFactory.create(), attr_type.clone()]
),
],
)
],
)
self.sanitizer.rename_dependency(target, "{foo}bar", "thug")
dependencies = set(target.dependencies())
self.assertNotIn("{foo}bar", dependencies)
self.assertIn("thug", dependencies)
def test_process_attributes_prevent_duplicates(self):
a = AttrFactory.create(name="a")
a_a = AttrFactory.create(name="a")
b = AttrFactory.create(name="b")
obj = ClassFactory.create(attrs=[a, a_a, b])
generator.process_attributes(obj, [])
self.assertEqual([a, b], obj.attrs)
def test_has_duplicate_attribute_names(self):
obj = ClassFactory.create()
obj.attrs.append(AttrFactory.create(name="a"))
self.assertFalse(generator.has_duplicate_attrs(obj))
obj.attrs.append(AttrFactory.create(name="a"))
self.assertTrue(generator.has_duplicate_attrs(obj))
def test_property_is_factory(self):
self.assertTrue(AttrFactory.any_attribute().is_factory)
element = AttrFactory.element()
self.assertFalse(element.is_factory)
element.restrictions.max_occurs = 2
self.assertTrue(element.is_factory)
def test_hash_attributes_names(self):
obj = ClassFactory.create(attrs=[
AttrFactory.create(name="a", local_name="-"),
AttrFactory.create(name="a", local_name="_"),
])
generator.hash_attributes_names(obj)
self.assertEqual("lq", obj.attrs[0].name)
self.assertEqual("xw", obj.attrs[1].name)
def test_constant_value(self):
attr = AttrFactory.create(types=[AttrTypeFactory.xs_string()], default="foo")
self.assertEqual('"foo"', self.filters.constant_value(attr))
attr = AttrFactory.create(types=[AttrTypeFactory.create(qname="foo")])
self.assertEqual("Foo", self.filters.constant_value(attr))
attr = AttrFactory.create(types=[AttrTypeFactory.create(alias="alias")])
self.assertEqual("Alias", self.filters.constant_value(attr))
def test_field_metadata_choices(self):
attr = AttrFactory.create(choices=AttrFactory.list(2, tag=Tag.ELEMENT))
actual = self.filters.field_metadata(attr, "foo", [])
expected = [
{"name": "attr_B", "type": "Type[str]"},
{"name": "attr_C", "type": "Type[str]"},
]
self.assertEqual(expected, actual["choices"])
def test_group_fields_limit_name(self):
target = ClassFactory.create(attrs=AttrFactory.list(3))
self.sanitizer.group_fields(target, list(target.attrs))
self.assertEqual(1, len(target.attrs))
self.assertEqual("attr_B_Or_attr_C_Or_attr_D", target.attrs[0].name)
target = ClassFactory.create(attrs=AttrFactory.list(4))
self.sanitizer.group_fields(target, list(target.attrs))
self.assertEqual("choice", target.attrs[0].name)
def test_attribute_metadata_name(self):
attr = AttrFactory.element(local_name="foo", name="bar")
actual = attribute_metadata(attr, None)
self.assertEqual("foo", actual["name"])
attr = AttrFactory.element(local_name="foo", name="Foo")
self.assertNotIn("name", attribute_metadata(attr, None))
attr = AttrFactory.create(tag=Tag.ANY, local_name="foo", name="bar")
self.assertNotIn("name", attribute_metadata(attr, None))
def test_property_has_wild_attr(self):
obj = ClassFactory.create()
self.assertFalse(obj.has_wild_attr)
obj.attrs.append(AttrFactory.create())
obj.attrs.append(AttrFactory.create())
self.assertFalse(obj.has_wild_attr)
obj.attrs.append(AttrFactory.any())
self.assertTrue(obj.has_wild_attr)
def test_merge_redefined_type_with_circular_group(self, mock_copy_group_attributes):
source = ClassFactory.create()
target = source.clone()
target.container = Tag.REDEFINE
first_attr = AttrFactory.create()
second_attr = AttrFactory.create(name=source.name)
target.attrs.extend((first_attr, second_attr))
self.validator.merge_redefined_type(source, target)
mock_copy_group_attributes.assert_called_once_with(source, target, second_attr)
def test_process_enumerations_with_mixed_types(self):
obj = ClassFactory.create(attrs=[
AttrFactory.create(default="aaBB"),
AttrFactory.create(default=1, types=[AttrTypeFactory.xs_int()]),
])
generator.process_enumerations(obj)
actual = [(attr.name, attr.default) for attr in obj.attrs]
expected = [("VALUE_1", 1), ("AA_BB", '"aaBB"')]
self.assertEqual(expected, actual)
def test_process_attributes_prevent_duplicates_after_process(self, *args):
obj = ClassFactory.create(attrs=[
AttrFactory.create(name="a."),
AttrFactory.create(name="a-"),
AttrFactory.create(name="a*"),
])
generator.process_attributes(obj, [])
actual = [(attr.name, attr.local_name) for attr in obj.attrs]
expected = [("ys4", "a."), ("ys0", "a-"), ("yso", "a*")]
self.assertEqual(expected, actual)
def test_property_has_suffix_attr(self):
obj = ClassFactory.create()
self.assertFalse(obj.has_suffix_attr)
obj.attrs.append(AttrFactory.create())
obj.attrs.append(AttrFactory.create())
self.assertFalse(obj.has_suffix_attr)
obj.attrs[1].index = sys.maxsize
self.assertTrue(obj.has_suffix_attr)
def test_process_attribute_default_enum(self, mock_find_enum,
mock_promote_inner_class,
mock_logger_warning):
enum_one = ClassFactory.enumeration(1, qname="root")
enum_one.attrs[0].default = "1"
enum_one.attrs[0].name = "one"
enum_two = ClassFactory.enumeration(1, qname="inner")
enum_two.attrs[0].default = "2"
enum_two.attrs[0].name = "two"
enum_three = ClassFactory.enumeration(1, qname="missing_member")
mock_find_enum.side_effect = [
None,
enum_one,
None,
enum_two,
enum_three,
]
target = ClassFactory.create(
qname="target",
attrs=[
AttrFactory.create(
types=[
AttrTypeFactory.create(),
AttrTypeFactory.create(qname="foo"),
],
default="1",
),
AttrFactory.create(
types=[
AttrTypeFactory.create(),
AttrTypeFactory.create(qname="bar", forward=True),
],
default="2",
),
AttrFactory.create(default="3"),
],
)
actual = []
for attr in target.attrs:
self.sanitizer.process_attribute_default(target, attr)
actual.append(attr.default)
self.assertEqual(["@enum@root::one", "@enum@inner::two", None], actual)
mock_promote_inner_class.assert_called_once_with(target, enum_two)
mock_logger_warning.assert_called_once_with(
"No enumeration member matched %s.%s default value `%s`",
target.name,
target.attrs[2].local_name,
"3",
)
def test_field_metadata_namespace(self):
attr = AttrFactory.element(namespace="foo")
expected = {"name": "attr_B", "namespace": "foo", "type": "Element"}
self.assertEqual(expected, self.filters.field_metadata(attr, None, []))
self.assertNotIn("namespace", self.filters.field_metadata(attr, "foo", []))
attr = AttrFactory.attribute(namespace="foo")
expected = {"name": "attr_C", "namespace": "foo", "type": "Attribute"}
self.assertEqual(expected, self.filters.field_metadata(attr, None, []))
self.assertIn("namespace", self.filters.field_metadata(attr, "foo", []))
def test_field_metadata_name(self):
attr = AttrFactory.element(name="bar")
attr.local_name = "foo"
self.assertEqual("foo", self.filters.field_metadata(attr, None, [])["name"])
attr = AttrFactory.element(name="Foo")
attr.local_name = "foo"
self.assertNotIn("name", self.filters.field_metadata(attr, None, []))
attr = AttrFactory.create(tag=Tag.ANY, name="bar")
attr.local_name = "foo"
self.assertNotIn("name", self.filters.field_metadata(attr, None, []))
def test_process_enumerations(self):
obj = ClassFactory.create(attrs=[
AttrFactory.create(default="2020-12-13"),
AttrFactory.create(default="2020-12-14"),
])
generator.process_enumerations(obj)
actual = [(attr.name, attr.default) for attr in obj.attrs]
expected = [
("VALUE_2020_12_13", '"2020-12-13"'),
("VALUE_2020_12_14", '"2020-12-14"'),
]
self.assertEqual(expected, actual)
def test_process(self, mock_create_substitutions, mock_process_attribute):
def init_substitutions():
self.processor.substitutions = {}
mock_create_substitutions.side_effect = init_substitutions
target = ClassFactory.create(
attrs=[AttrFactory.enumeration(), AttrFactory.any(), AttrFactory.element(),]
)
self.processor.process(target)
self.processor.process(ClassFactory.create())
mock_process_attribute.assert_called_once_with(target, target.attrs[2])
mock_create_substitutions.assert_called_once()
def test_class_docstring(self):
target = ClassFactory.create(attrs=[
AttrFactory.element(help="help"),
AttrFactory.element(help="Foo\nBar"),
AttrFactory.element(),
])
expected = '''"""
:ivar attr_b: help
:ivar attr_c: Foo
Bar
:ivar attr_d:
"""'''
self.assertEqual(expected, class_docstring(target))
def test_process(self):
one = AttrFactory.attribute(fixed=True)
one_clone = one.clone()
restrictions = Restrictions(min_occurs=10, max_occurs=15)
two = AttrFactory.element(restrictions=restrictions, fixed=True)
two_clone = two.clone()
two_clone.restrictions.min_occurs = 5
two_clone.restrictions.max_occurs = 5
two_clone_two = two.clone()
two_clone_two.restrictions.min_occurs = 4
two_clone_two.restrictions.max_occurs = 4
three = AttrFactory.element()
four = AttrFactory.enumeration()
four_clone = four.clone()
five = AttrFactory.element()
five_clone = five.clone()
five_clone_two = five.clone()
target = ClassFactory.create(attrs=[
one,
one_clone,
two,
two_clone,
two_clone_two,
three,
four,
four_clone,
five,
five_clone,
five_clone_two,
])
winners = [one, two, three, four, five]
self.processor.process(target)
self.assertEqual(winners, target.attrs)
self.assertTrue(one.fixed)
self.assertIsNone(one.restrictions.min_occurs)
self.assertIsNone(one.restrictions.max_occurs)
self.assertFalse(two.fixed)
self.assertEqual(4, two.restrictions.min_occurs)
self.assertEqual(24, two.restrictions.max_occurs)
self.assertIsNone(three.restrictions.min_occurs)
self.assertIsNone(three.restrictions.max_occurs)
self.assertIsNone(four.restrictions.min_occurs)
self.assertIsNone(four.restrictions.max_occurs)
self.assertEqual(0, five.restrictions.min_occurs)
self.assertEqual(3, five.restrictions.max_occurs)
def test_property_xml_type(self):
attr = AttrFactory.create(tag=Tag.ELEMENT)
self.assertEqual("Element", attr.xml_type)
attr = AttrFactory.create(tag=Tag.ATTRIBUTE)
self.assertEqual("Attribute", attr.xml_type)
attr = AttrFactory.create(tag=Tag.ANY_ATTRIBUTE)
self.assertEqual("Attributes", attr.xml_type)
attr = AttrFactory.create(tag=Tag.ANY)
self.assertEqual("Wildcard", attr.xml_type)
attr = AttrFactory.create(tag=Tag.RESTRICTION)
self.assertIsNone(attr.xml_type)
