def test_remove_value(self):
ann = Annotations()
a = Symbol("a")
next_a = Symbol("next(a)")
init_a = Symbol("init(a)")
ann.add(a, "next", next_a)
ann.add(a, "init", init_a)
ann.add(a, "related", next_a)
ann.add(a, "related", init_a)
self.assertNotEqual(ann.annotations(a)["init"], ann.annotations(a)["related"])
ann.remove_value(a, "related", next_a)
self.assertEqual(ann.annotations(a)["related"], ann.annotations(a)["init"])
def test_remove_value(self):
ann = Annotations()
a = Symbol("a")
next_a = Symbol("next(a)")
init_a = Symbol("init(a)")
ann.add(a, "next", next_a)
ann.add(a, "init", init_a)
ann.add(a, "related", next_a)
ann.add(a, "related", init_a)
self.assertNotEqual(
ann.annotations(a)["init"],
ann.annotations(a)["related"])
ann.remove_value(a, "related", next_a)
self.assertEqual(
ann.annotations(a)["related"],
ann.annotations(a)["init"])
def test_basic(self):
ann = Annotations()
a = Symbol("a")
next_a = Symbol("next(a)")
init_a = Symbol("init(a)")
ann.add(a, "next", next_a)
ann.add(a, "init", init_a)
ann.add(a, "related", next_a)
ann.add(a, "related", init_a)
self.assertIn(a, ann)
self.assertEqual(set([next_a]), ann.annotations(a)["next"])
self.assertEqual(set([init_a]), ann.annotations(a)["init"])
self.assertEqual(set([init_a, next_a]), ann.annotations(a)["related"])
self.assertEqual(set([a]), ann.all_annotated_formulae("next"))
self.assertEqual(set([a]), ann.all_annotated_formulae("init"))
self.assertEqual(set([a]), ann.all_annotated_formulae("related"))
self.assertEqual(set(), ann.all_annotated_formulae("non-existent"))
def test_basic(self):
ann = Annotations()
a = Symbol("a")
next_a = Symbol("next(a)")
init_a = Symbol("init(a)")
ann.add(a, "next", next_a)
ann.add(a, "init", init_a)
ann.add(a, "related", next_a)
ann.add(a, "related", init_a)
self.assertIn(a, ann)
self.assertEqual(set([next_a]), ann.annotations(a)["next"])
self.assertEqual(set([init_a]), ann.annotations(a)["init"])
self.assertEqual(set([init_a, next_a]), ann.annotations(a)["related"])
self.assertEqual(set([a]), ann.all_annotated_formulae("next"))
self.assertEqual(set([a]), ann.all_annotated_formulae("init"))
self.assertEqual(set([a]), ann.all_annotated_formulae("related"))
self.assertEqual(set(), ann.all_annotated_formulae("non-existent"))
def test_remove(self):
ann = Annotations()
a = Symbol("a")
next_a = Symbol("next(a)")
init_a = Symbol("init(a)")
ann.add(a, "next", next_a)
ann.add(a, "init", init_a)
ann.add(a, "related", next_a)
ann.add(a, "related", init_a)
self.assertIn(a, ann)
ann.remove(a)
self.assertNotIn(a, ann)
self.assertEqual(None, ann.annotations(a))
self.assertEqual(set([]), ann.all_annotated_formulae("next"))
self.assertEqual(set([]), ann.all_annotated_formulae("init"))
self.assertEqual(set([]), ann.all_annotated_formulae("related"))
self.assertEqual(set(), ann.all_annotated_formulae("non-existent"))
def test_remove(self):
ann = Annotations()
a = Symbol("a")
next_a = Symbol("next(a)")
init_a = Symbol("init(a)")
ann.add(a, "next", next_a)
ann.add(a, "init", init_a)
ann.add(a, "related", next_a)
ann.add(a, "related", init_a)
self.assertIn(a, ann)
ann.remove(a)
self.assertNotIn(a, ann)
self.assertEqual(None, ann.annotations(a))
self.assertEqual(set([]), ann.all_annotated_formulae("next"))
self.assertEqual(set([]), ann.all_annotated_formulae("init"))
self.assertEqual(set([]), ann.all_annotated_formulae("related"))
self.assertEqual(set(), ann.all_annotated_formulae("non-existent"))
def test_annotations(self):
x = Symbol('x')
x_next = Symbol('x.next')
f = Iff(x, Not(x_next))
ann = Annotations()
ann.add(x, 'next', x_next.symbol_name())
ann.add(f, 'trans', 'true')
ann.add(x, 'init', 'true')
tree_buf = StringIO()
dag_buf = StringIO()
tree_printer = SmtPrinter(tree_buf, annotations=ann)
dag_printer = SmtDagPrinter(dag_buf, annotations=ann)
dag_printer.printer(f)
tree_printer.printer(f)
self.assertEqual(
tree_buf.getvalue(),
"(! (= (! x :next x.next :init true) (not x.next)) :trans true)")
self.assertEqual(
dag_buf.getvalue(),
"(let ((.def_0 (not x.next))) (let ((.def_1 (= (! x :next x.next :init true) .def_0))) (! .def_1 :trans true)))"
)
