def test_matches(self):
var = XmlWildcard(name="foo", qname=QName("foo"))
self.assertTrue(var.matches(QNames.ALL))
self.assertTrue(var.matches(QName("a")))
var = XmlWildcard(name="foo", qname=QName("foo"), namespaces=["tns"])
self.assertFalse(var.matches(QName("a")))
self.assertTrue(var.matches(QName("tns", "a")))
var = XmlWildcard(name="foo", qname=QName("foo"), namespaces=["##any"])
self.assertTrue(var.matches(QName("a")))
self.assertTrue(var.matches(QName("tns", "a")))
var = XmlWildcard(name="foo", qname=QName("foo"), namespaces=[""])
self.assertTrue(var.matches(QName("a")))
self.assertFalse(var.matches(QName("tns", "a")))
var = XmlWildcard(name="foo", qname=QName("foo"), namespaces=["!tns"])
self.assertTrue(var.matches(QName("foo", "a")))
self.assertFalse(var.matches(QName("tns", "a")))
def test_get_type_hints_with_wildcard_element(self):
result = list(self.ctx.get_type_hints(TextType, None))
expected = XmlWildcard(
name="any_element",
qname=QName(None, "any_element"),
types=[object],
init=True,
nillable=False,
dataclass=False,
default=list,
namespaces=["##any"],
)
self.assertEqual(2, len(result))
self.assertEqual(expected, result[0])
def test_next_node_when_given_qname_matches_any_element_var(self):
ele = Element("a")
ctx = XmlContext()
cfg = ParserConfig()
var = XmlWildcard(name="a",
qname=QName("a"),
types=[],
dataclass=False)
meta = XmlMeta(
name="foo",
clazz=None,
qname=QName("foo"),
source_qname=QName("foo"),
nillable=False,
vars=[var],
)
node = ElementNode(position=0, meta=meta, config=cfg)
actual = node.next_node(ele, 10, ctx)
self.assertIsInstance(actual, WildcardNode)
self.assertEqual(10, actual.position)
self.assertEqual(var.qname, actual.qname)
def test_property_is_any_type(self):
var = XmlWildcard(name="foo", qname=QName("foo"))
self.assertTrue(var.is_any_type)
def test_property_is_wildcard(self):
var = XmlWildcard(name="foo", qname=QName("foo"))
self.assertIsInstance(var, XmlVar)
self.assertTrue(var.is_wildcard)