def test_equal_atoms(self):
test = parse_next_expression("test")
test = nsnode.find_node(test.type, nsnode.car(test), nsnode.cdr(test))
same = parse_next_expression("test")
same = nsnode.find_node(same.type, nsnode.car(same), nsnode.cdr(same))
other = parse_next_expression("testx")
other = nsnode.find_node(other.type, nsnode.car(other),
nsnode.cdr(other))
self.assertTrue(nsnode.node_equal(test, same) != 0)
self.assertTrue(nsnode.node_equal(test, other) == 0)
def test_equal_atoms(self):
test = parse_next_expression("test")
test = nsnode.find_node(test.type, nsnode.car(test), nsnode.cdr(test))
same = parse_next_expression("test")
same = nsnode.find_node(same.type, nsnode.car(same), nsnode.cdr(same))
other = parse_next_expression("testx")
other = nsnode.find_node(other.type, nsnode.car(other),
nsnode.cdr(other))
self.assertTrue(nsnode.node_equal(test, same) != 0)
self.assertTrue(nsnode.node_equal(test, other) == 0)
def test_equal_expressions(self):
test = parse_next_expression("test.r")
test = find_hierarchy(test)
nsnode.free_node(test)
same = parse_next_expression("test.r")
same = find_hierarchy(same)
nsnode.free_node(same)
other = parse_next_expression("testx.rx")
other = find_hierarchy(other)
nsnode.free_node(other)
self.assertTrue(nsnode.node_equal(test, same) != 0)
self.assertTrue(nsnode.node_equal(test, other) == 0)
def test_equal_expressions(self):
test = parse_next_expression("test.r")
test = find_hierarchy(test)
nsnode.free_node(test)
same = parse_next_expression("test.r")
same = find_hierarchy(same)
nsnode.free_node(same)
other = parse_next_expression("testx.rx")
other = find_hierarchy(other)
nsnode.free_node(other)
self.assertTrue(nsnode.node_equal(test, same) != 0)
self.assertTrue(nsnode.node_equal(test, other) == 0)
def test_parsing_error(self):
try:
expr = parse_next_expression("a == 0")
except NuSMVParsingError as err:
self.assertEqual(len(err.errors), 1)
self.assertEqual(str(err),
"Error at line 1, token '=': syntax error")
def test_set(self):
test = parse_next_expression("{a, b, c}")
test = find_hierarchy(test)
nsnode.free_node(test)
print("UNION:", nsparser.UNION)
print("ATOM:", nsparser.ATOM)
self.show_types(test)
def test_set(self):
test = parse_next_expression("{a, b, c}")
test = find_hierarchy(test)
nsnode.free_node(test)
print("UNION:", nsparser.UNION)
print("ATOM:", nsparser.ATOM)
self.show_types(test)
def _get_epistemic_trans(variable):
"""Return a new TRANS next(variable) = variable"""
transexpr = "next({0}) = {0}".format(variable)
return parse_next_expression(transexpr)
def test_contexted_expression(self):
parsed = parse_next_expression("test")
self.assertEqual(parsed.type, nsparser.ATOM)
def _get_epistemic_trans(variable):
"""Return a new TRANS next(variable) = variable"""
transexpr = "next({0}) = {0}".format(variable)
return parse_next_expression(transexpr)
def test_contexted_expression(self):
parsed = parse_next_expression("test")
self.assertEqual(parsed.type, nsparser.ATOM)