def test_hash_stream_vector_2(self):
sha256 = Sha256()
sha256.start()
sha256.update(TestData.SHA256_VECTOR_2_INPUT_BYTES)
digest = sha256.finish()
self.assertEqual(len(TestData.SHA256_VECTOR_2_DIGEST_BYTES),
len(digest))
self.assertEqual(TestData.SHA256_VECTOR_2_DIGEST_BYTES, digest)
def test_derive_key_from_empty_bytes(self):
kdf1 = Kdf1()
kdf1.set_hash(Sha256())
vector_1_data = bytearray([])
vector_1_key = "DF3F619804A92FDB4057192DC43DD748EA778ADC52BC498CE80524C014B81119B40711A88C703975"
vector_1_key_bytes = unhexlify(vector_1_key)
key = kdf1.derive(vector_1_data, len(vector_1_key_bytes))
self.assertEqual(len(vector_1_key_bytes), len(key))
self.assertEqual(vector_1_key_bytes, key)
def test_derive_vector_3(self):
kdf1 = Kdf1()
kdf1.set_hash(Sha256())
vector_3_data = unhexlify("5FD4")
vector_3_key = "C6067722EE5661131D53437E649ED1220858F88164819BB867D6478714F8F3C8002422AFDD96BF48"
vector_3_key_bytes = unhexlify(vector_3_key)
key = kdf1.derive(vector_3_data, len(vector_3_key_bytes))
self.assertEqual(len(vector_3_key_bytes), len(key))
self.assertEqual(vector_3_key_bytes, key)
def test_derive_vector_2(self):
kdf1 = Kdf1()
kdf1.set_hash(Sha256())
vector_2_data = unhexlify("BD")
vector_2_key = "A759B860B37FE77847406F266B7D7F1E838D814ADDF2716ECF4D824DC8B56F71823BFAE3B6E7CD29"
vector_2_key_bytes = unhexlify(vector_2_key)
key = kdf1.derive(vector_2_data, len(vector_2_key_bytes))
self.assertEqual(len(vector_2_key_bytes), len(key))
self.assertEqual(vector_2_key_bytes, key)
def test_sha256_hash_empty_string_success(self):
sha_hash = Sha256().hash(bytearray("".encode()))
self.assertEqual("47DEQpj8HBSa+/TImW+5JCeuQeRkm5NMpJWZG3hSuFU=",
b64encode(sha_hash).decode())
def test_vector_3(self):
sha256 = Sha256()
data_hash = sha256.hash(TestData.SHA256_VECTOR_3_INPUT_BYTES)
self.assertEqual(data_hash, TestData.SHA256_VECTOR_3_DIGEST_BYTES)
def test_hash_empty_bytes(self):
sha256 = Sha256()
empty_bytes_hash = sha256.hash(TestData.SHA256_VECTOR_1_INPUT_BYTES)
self.assertEqual(empty_bytes_hash,
TestData.SHA256_VECTOR_1_DIGEST_BYTES)