def test_1_flipped_bit(self):
encoder = UnambiguousEncoder()
flipped_message = self.flip_n_bits(1, self.test_message)
message = encoder.decode("message", flipped_message)
self.assertEqual(message, self.test_bytes)
def test_successfully_decoded(self):
encoder = UnambiguousEncoder()
message = encoder.decode("message", self.test_message)
header = encoder.decode("header", self.test_header)
self.assertEqual(message, self.test_bytes)
self.assertEqual(header, self.test_bytes)
def test_successfully_decoded(self):
encoder = UnambiguousEncoder()
message = encoder.decode("message", self.test_message)
header = encoder.decode("header", self.test_header)
self.assertEqual(message, self.test_bytes)
self.assertEqual(header, self.test_bytes)
def test_successfully_encoded(self):
# Create an encoder with the default codes
encoder = UnambiguousEncoder()
# Try encoding with the message code
message = encoder.encode("message", self.test_bytes)
header = encoder.encode("header", self.test_bytes)
# These offsets are totes legit. Trust me.
self.assertEqual(message, self.test_message)
self.assertEqual(header, self.test_header)
def test_successfully_encoded(self):
# Create an encoder with the default codes
encoder = UnambiguousEncoder()
# Try encoding with the message code
message = encoder.encode("message", self.test_bytes)
header = encoder.encode("header", self.test_bytes)
# These offsets are totes legit. Trust me.
self.assertEqual(message, self.test_message)
self.assertEqual(header, self.test_header)
def test_decode_weird_lengths(self):
encoder = UnambiguousEncoder()
message = encoder.decode("message", self.test_message + [54, 31])
test_bytes = self.test_bytes + [0b00000010]
self.assertEqual(message, test_bytes)
def test_decode_weird_lengths(self):
encoder = UnambiguousEncoder()
message = encoder.decode("message", self.test_message + [54, 31])
test_bytes = self.test_bytes + [0b00000010]
self.assertEqual(message, test_bytes)
