def test_linear_direct(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, 'A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/C/X'), [])
def test_linear_direct(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, 'A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/C/X'), [])
def test_attribute_search(self):
tail = X(name="Do Export Now")
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//[@name() ~i *export*]'), [tail])
self.assertEqual(qpath(root, '//[@name() ~i *import*]'), [])
def test_attribute_search(self):
tail = X(name="Do Export Now")
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//[@name() ~i *export*]'), [tail])
self.assertEqual(qpath(root, '//[@name() ~i *import*]'), [])
def test_descendant_or_self(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//X'), [tail])
self.assertEqual(qpath(root, 'A//X'), [tail])
self.assertEqual(qpath(root, '//B/X'), [tail])
def test_descendant_or_self(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//X'), [tail])
self.assertEqual(qpath(root, 'A//X'), [tail])
self.assertEqual(qpath(root, '//B/X'), [tail])
def test_parent(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, 'A/../A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/B/../B/X'), [tail])
self.assertNotEqual(qpath(root, 'A/B/X/..'), [tail])
def test_parent(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, 'A/../A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/B/../B/X'), [tail])
self.assertNotEqual(qpath(root, 'A/B/X/..'), [tail])
def test_modules(self):
tail = X()
root = Object(aW(bW(tail)))
self.assertEqual(qpath(root, 'W/W/X'), [tail])
self.assertEqual(qpath(root, 'a.W/W/X'), [tail])
self.assertEqual(qpath(root, 'W/b.W/X'), [tail])
self.assertEqual(qpath(root, 'W/a.W/X'), [])
def test_self(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, './A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/./B/X'), [tail])
self.assertEqual(qpath(root, 'A/B/./X'), [tail])
self.assertEqual(qpath(root, 'A/B/X/.'), [tail])
def test_self(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, './A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/./B/X'), [tail])
self.assertEqual(qpath(root, 'A/B/./X'), [tail])
self.assertEqual(qpath(root, 'A/B/X/.'), [tail])
def test_modules(self):
tail = X()
root = Object(aW(bW(tail)))
self.assertEqual(qpath(root, 'W/W/X'), [tail])
self.assertEqual(qpath(root, 'a.W/W/X'), [tail])
self.assertEqual(qpath(root, 'W/b.W/X'), [tail])
self.assertEqual(qpath(root, 'W/a.W/X'), [])
def test_pass_globals(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//[self is target]', dict(target=tail)),
[tail])
def test_globs(self):
tail = X()
root = Object(axZ(ABC(tail)))
self.assertEqual(qpath(root, 'Z/ABC/X'), [tail])
self.assertEqual(qpath(root, 'a.x.Z/A/X'), [tail])
self.assertEqual(qpath(root, 'a.*.Z/B/X'), [tail])
self.assertEqual(qpath(root, '*.x.Z/C/X'), [tail])
self.assertEqual(qpath(root, '*.y.Z/ABC/X'), [])
self.assertEqual(qpath(root, 'Z/A*C/X'), [tail])
self.assertEqual(qpath(root, 'Z/ABC+/X'), [])
def test_globs(self):
tail = X()
root = Object(axZ(ABC(tail)))
self.assertEqual(qpath(root, 'Z/ABC/X'), [tail])
self.assertEqual(qpath(root, 'a.x.Z/A/X'), [tail])
self.assertEqual(qpath(root, 'a.*.Z/B/X'), [tail])
self.assertEqual(qpath(root, '*.x.Z/C/X'), [tail])
self.assertEqual(qpath(root, '*.y.Z/ABC/X'), [])
self.assertEqual(qpath(root, 'Z/A*C/X'), [tail])
self.assertEqual(qpath(root, 'Z/ABC+/X'), [])
def test_linear_inheritance(self):
tail = X()
root = Object(A(ABC(X())))
self.assertEqual(qpath(root, 'A/A/X'), [tail])
self.assertEqual(qpath(root, 'A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/C/X'), [tail])
self.assertEqual(qpath(root, 'A/Object/X'), [tail])
self.assertEqual(qpath(root, 'A/object/X'), [tail])
self.assertEqual(qpath(root, 'A/X/X'), [])
def test_linear_inheritance(self):
tail = X()
root = Object(A(ABC(X())))
self.assertEqual(qpath(root, 'A/A/X'), [tail])
self.assertEqual(qpath(root, 'A/B/X'), [tail])
self.assertEqual(qpath(root, 'A/C/X'), [tail])
self.assertEqual(qpath(root, 'A/Object/X'), [tail])
self.assertEqual(qpath(root, 'A/object/X'), [tail])
self.assertEqual(qpath(root, 'A/X/X'), [])
def test_ignore_leading_slash(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '/A/B/X'), [tail])
def test_pass_globals(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//[self is target]', dict(target=tail)), [tail])
def test_attribute_expr(self):
tail = X(name="tail")
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//[@name() == "tail"]'), [tail])
def test_attribute_expr(self):
tail = X(name="tail")
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '//[@name() == "tail"]'), [tail])
def test_ignore_leading_slash(self):
tail = X()
root = Object(A(B(tail)))
self.assertEqual(qpath(root, '/A/B/X'), [tail])
