def _prepare_address(self, address):
if isinstance(address[0], HiddenService):
return address[0], (address[0].onion, address[1])
elif address[0].endswith('.onion'):
descriptor_cookie, auth_type = self._auth_data.get(address[0], (None, AuthType.No))
return HiddenService(address[0], descriptor_cookie, auth_type), address
else:
return None, address
def _prepare_address(self, address):
if isinstance(address[0], HiddenService):
return address[0], (address[0].onion, address[1])
elif address[0].endswith('.onion'):
host_key = hostname_key(address[0])
descriptor_cookie, auth_type = self._auth_data.get(host_key, HiddenService.HS_NO_AUTH)
return HiddenService(address[0], descriptor_cookie, auth_type), address
else:
return None, address
def test_stealth_auth():
"""Connecting to Hidden Service with 'Stealth' authorization."""
if not HS_STEALTH_HOST or not HS_STEALTH_AUTH:
logger.warning('Skip test_stealth_auth()')
return
hs = HiddenService(HS_STEALTH_HOST, HS_STEALTH_AUTH, AuthType.Stealth)
tor = TorClient()
# Choose random guard node and create 3-hops circuit
with tor.create_circuit(3) as circuit:
# Create tor stream to host
with circuit.create_stream((hs, 80)) as stream:
# Send some data to it
stream.send(b'GET / HTTP/1.0\r\nHost: %s\r\n\r\n' % hs.hostname.encode())
recv = recv_all(stream).decode()
logger.warning('recv: %s', recv)