def test_insert_item_string(self):
goods = (
("yjygca.m2jf1e.qiaja5", "7"),
("k63gcm.g0vywh.f1y2ex", "13"),
("beba9t.ru9kns.39fcon", "107"),
)
bads = (
("3dd54u.a6iys9.5tcpc2", "61"),
("81198a.8eoom0.jr84if", "19"),
("9j2lqa.058tun.3mooy7", "89"),
)
b = Box()
#
# Negative test
#
for (key, value) in bads:
# Validate that expected assertion is raised on error.
with self.assertRaises(BoxKeyValidationError):
b.insert_item(key, value)
# All keys in bads should be absent from our box. If any are found
# this test is a failure.
for (key, value) in bads:
with self.assertRaises(BoxUnknownKeyError):
b.get(key)
#
# Positive test
#
for (key, value) in goods:
b.insert_item(key, value)
# All keys in goods should be in our box. If any are not found
# this test is a failure.
for (key, value) in goods:
self.assertIsNotNone(b.get(key))
self.assertEqual(b.get(key), value)
def test_update_item(self):
bads = ("521", 521, True, None)
b = Box()
# We should get a BoxKeyError exception on any update of non-existent
# keys.
for v in bads:
with self.assertRaises(BoxKeyError):
b.update_item("beba9t.ru9kns.39fcon", v)
def main_func():
b = Box()
b.insert_item("letter.alpha", "α")
b.insert_item("letter.beta", "β")
b.insert_item("letter.gamma", "γ")
b.insert_item("letter.delta", "δ")
b.insert_item("letter.espilon", "ε")
print(b.tuples)
def test_remove_item(self):
items = (
("yjygca.m2jf1e.qiaja5", "7"),
("k63gcm.g0vywh.f1y2ex", "13"),
("beba9t.ru9kns.39fcon", "107"),
)
b = Box()
for key, value in items:
b.insert_item(key, value)
self.assertIn(key, b)
for key, value in items:
b.remove_item(key)
self.assertNotIn(key, b)