def test_composite_semantic_type(self):
Foo = semantic.SemanticType('Foo', field_names=['a', 'b'])
A = semantic.SemanticType('A', variant_of=Foo.field['a'])
B = semantic.SemanticType('B', variant_of=Foo.field['b'])
self.assertTrue(semantic.is_semantic_type(A))
self.assertTrue(semantic.is_semantic_type(B))
self.assertTrue(semantic.is_semantic_type(Foo[A, B]))
def test_composite_semantic_type(self):
Foo = semantic.SemanticType('Foo', field_names=['a', 'b'])
A = semantic.SemanticType('A', variant_of=Foo.field['a'])
B = semantic.SemanticType('B', variant_of=Foo.field['b'])
self.assertTrue(semantic.is_semantic_type(A))
self.assertTrue(semantic.is_semantic_type(B))
self.assertTrue(semantic.is_semantic_type(Foo[A, B]))
def test_simple_semantic_type(self):
A = semantic.SemanticType('A')
X = semantic.SemanticType('X')
Foo = semantic.SemanticType('Foo', field_names=['a', 'b'])
self.assertTrue(semantic.is_semantic_type(A))
self.assertTrue(semantic.is_semantic_type(X))
self.assertTrue(semantic.is_semantic_type(Foo))
def test_simple_semantic_type(self):
A = semantic.SemanticType('A')
X = semantic.SemanticType('X')
Foo = semantic.SemanticType('Foo', field_names=['a', 'b'])
self.assertTrue(semantic.is_semantic_type(A))
self.assertTrue(semantic.is_semantic_type(X))
self.assertTrue(semantic.is_semantic_type(Foo))
def test_primitives_not_semantic(self):
looped = False
for element in dir(primitive):
looped = True
element = getattr(primitive, element)
self.assertFalse(semantic.is_semantic_type(element))
self.assertTrue(looped)
def test_primitives_not_semantic(self):
looped = False
for element in dir(primitive):
looped = True
element = getattr(primitive, element)
self.assertFalse(semantic.is_semantic_type(element))
self.assertTrue(looped)
def test_type_expr_not_semantic(self):
TypeExpr = grammar.TypeExpression('TypeExpr')
self.assertFalse(semantic.is_semantic_type(TypeExpr))
def test_visualization_not_semantic(self):
self.assertFalse(semantic.is_semantic_type(
visualization.Visualization))
def test_type_expr_not_semantic(self):
TypeExpr = grammar.TypeExpression('TypeExpr')
self.assertFalse(semantic.is_semantic_type(TypeExpr))
def test_visualization_not_semantic(self):
self.assertFalse(
semantic.is_semantic_type(visualization.Visualization))
