def test__compile(self):
a = 3
b = 4
x = [a, b]
d = {a: b}
# just test that nothing in TEST_LIST throws an exception when compiled
for itm in TEST_LIST:
try:
eval(ep.compile(ep.parse(itm)))
except Exception as err:
bad_itm = str(err)
bad_itm += " for expr:"
bad_itm += itm
raise RuntimeError(bad_itm)
def test__compile(self):
a = 3
b = 4
x = [a, b]
d = {a: b}
# just test that nothing in TEST_LIST throws an exception when compiled
for itm in TEST_LIST:
try:
eval(ep.compile(ep.parse(itm)))
except Exception as err:
bad_itm = str(err)
bad_itm += " for expr:"
bad_itm += itm
raise RuntimeError(bad_itm)
def test_unparse_ret(self):
for itm in TEST_LIST:
self.assertTrue(isinstance(ep.unparse(ep.parse(itm)), str))
def test_parse_symmetric(self):
for itm in TEST_LIST:
self.assertEqual(repr(ep.parse(ep.unparse(ep.parse(itm)))),
repr(ep.parse(itm)))
def test_unparse_ret(self):
for itm in TEST_LIST:
self.assertTrue(isinstance(ep.unparse(ep.parse(itm)), str))
def test_parse_symmetric(self):
for itm in TEST_LIST:
self.assertEqual(repr(ep.parse(ep.unparse(ep.parse(itm)))),
repr(ep.parse(itm)))