def test_coding(self):
message, encoded = 'hello world', '}{[-[_[_() vv()[z[_|)'
# normal case
self.assertEqual(encoding.encode(message), encoded)
self.assertEqual(encoding.decode(encoded), message.upper())
# random test
for i in range(100):
msg = ''.join([random.choice('{a}{n} '.format(
a=string.ascii_letters, n=string.digits)) for i in range(30)])
self.assertEqual(encoding.decode(encoding.encode(msg)), msg.upper())
def test_coding_one(self):
message, encoded = 'hello world', '#&ll0_w02l)'
# normal case
self.assertEqual(
encoding.encode(message, mapping=encoding.constants.LEET_ENCODE_ONE), encoded)
self.assertEqual(
encoding.decode(encoded, mapping=encoding.constants.LEET_DECODE_ONE), message.upper())
# random test
for i in range(100):
msg = ''.join([random.choice('{a}{n} '.format(
a=string.ascii_letters, n=string.digits)) for i in range(30)])
self.assertEqual(
encoding.decode(
encoding.encode(msg, mapping=encoding.constants.LEET_ENCODE_ONE),
mapping=encoding.constants.LEET_DECODE_ONE),
msg.upper()
)