def __init__(self, server_name: str = None):
self.server_name = server_name or (
"server-" + randstring(length=4, alphabet=string.ascii_letters))
self.sharing_root_d: Optional[Path] = None
self.sharing_root_d2: Optional[Path] = None
self.sharing_root_f: Optional[Path] = None
self._daemon = None
def test_consecutive_scrypt_different():
plaintext = randstring()
auth_enc1 = AuthScrypt.new(plaintext)
auth_enc2 = AuthScrypt.new(plaintext)
# Two consecutive creations should be different
assert str(auth_enc1) != str(auth_enc2)
def tmpdir(parent, *, create=True, name=None, prefix=None) -> Path:
if name is None:
if prefix is None:
prefix = "dir-"
name = (prefix + randstring(length=4))
d = Path(parent) / name
if create:
log.x("TEST", f"Creating DIR '{d}'")
d.mkdir(parents=True, exist_ok=True)
return d
def test_scrypt_auth():
plaintext = randstring()
auth_enc1 = AuthScrypt.new(plaintext)
auth_str = str(auth_enc1)
auth_dec = AuthFactory.parse(auth_str)
# Match against plaintext
assert auth_dec.authenticate(plaintext)
def test_scrypt_parse():
plaintext = randstring()
auth_enc1 = AuthScrypt.new(plaintext)
auth_str = str(auth_enc1)
auth_dec = AuthFactory.parse(auth_str)
# Are we parsing correctly?
assert str(auth_dec) == auth_str
def tmpfile(parent, *, create=True, name=None, size: int = None) -> Path:
if name is None:
name = ("file-" + randstring(length=4))
f = Path(parent) / name
if create:
log.x("TEST", f"Creating FILE '{f}'")
f.touch()
if size is None:
size = randint(0, 1024)
f.write_bytes(os.urandom(size))
return f
def test_scrypt():
m = randstring()
salt_bin, hash_bin = scrypt_new(m, salt_length=48)
hash_b2 = scrypt(m, salt_bin)
assert hash_bin == hash_b2
salt_s = bytes_to_b64(salt_bin)
hash_b3 = scrypt(m, salt_s)
assert hash_bin == hash_b3
def test_rmkdir():
with EsConnectionTest(esd.sharing_root.name) as client:
r = randstring()
client.execute_command(Commands.REMOTE_CREATE_DIRECTORY, r)
assert (esd.sharing_root / r).exists()
client.execute_command(Commands.REMOTE_REMOVE, r)
def test_plain_auth():
plaintext = randstring()
# Plain auth check
assert (AuthFactory.parse(plaintext).authenticate(plaintext))
def __init__(self, sock: SocketTcp):
self.socket: SocketTcp = sock
self.stream = TcpStream(sock)
self.endpoint: Optional[Endpoint] = sock.remote_endpoint()
self.tag = randstring(
4, alphabet=string.ascii_lowercase) # not an unique id, just a tag