def handle_message(self, endpoint, payload):
args = struct.unpack("<16s10sfHH", payload[:34])
uuid_bytes, bsn, master_ts = args[:3]
l_master_pkey, l_signuture = args[3:]
self.serial = sn = bsn.decode("ascii")
self.uuid = uuid = UUID(bytes=uuid_bytes)
f = BytesIO(payload[34:])
masterkey_doc = f.read(l_master_pkey)
signuture = f.read(l_signuture)
if not validate_identify(uuid, signuture, serial=sn,
masterkey_doc=masterkey_doc):
print("Validate identify failed (uuid=%s)", uuid)
return
master_pkey = KeyObject.load_keyobj(masterkey_doc)
stbuf = f.read(64)
st_ts, st_id, st_prog, st_head, st_err = \
struct.unpack("dif16s32s", stbuf)
head_module = st_head.decode("ascii",
"ignore").strip("\x00")
error_label = st_err.decode("ascii",
"ignore").strip("\x00")
self.device = Device(uuid, sn, master_pkey, 1)
self.device.update_status(st_id=st_id, st_ts=st_ts, st_prog=st_prog,
head_module=head_module,
error_label=error_label)
def __init__(self, port, client_key=None, baudrate=115200):
# Select does not work with windows..
try:
if is_windows():
self.s = Serial(port=port, baudrate=115200, timeout=0.1)
else:
self.s = Serial(port=port, baudrate=115200, timeout=0)
except SerialException as e:
raise UsbTaskException("DEVICE_ERROR") from e
self.s.write(b"\x00" * 16)
if is_windows():
try:
self.s.readall() # Normally returns with empty string
except SerialTimeoutException:
logger.error("Serial timeout")
else:
while True:
rl = select((self.s, ), (), (), 0.1)[0]
if rl:
self.s.readall()
else:
break
if client_key:
self.keyobj = client_key
else:
self.keyobj = KeyObject.get_or_create_keyobj()
self._discover()
def on_text_message(self, message):
try:
payload = json.loads(message)
uuid = UUID(hex=payload["uuid"])
client_key = KeyObject.load_keyobj(payload["key"])
password = payload.get("password")
self.touch_device(client_key, uuid, password)
except Exception:
logger.exception("Touch error")
self.close()
def on_text_message(self, message):
try:
payload = json.loads(message)
uuid = UUID(hex=payload["uuid"])
client_key = KeyObject.load_keyobj(payload["key"])
password = payload.get("password")
self.touch_device(client_key, uuid, password)
except Exception:
logger.exception("Touch error")
self.close()
def get_or_create_default_key(path=None):
from fluxclient.encryptor import KeyObject
if path is None:
path = os.path.expanduser("~/.fluxclient_key.pem")
if os.path.exists(path):
try:
with open(path, "rb") as f:
buf = f.read()
return KeyObject.load_keyobj(buf)
except Exception:
raise
os.unlink(path)
key = KeyObject.new_keyobj(1024)
with open(path, "wb") as f:
f.write(key.private_key_pem)
return key
def get_or_create_default_key(path=None):
from fluxclient.encryptor import KeyObject
if path is None:
path = os.path.expanduser("~/.fluxclient_key.pem")
if os.path.exists(path):
try:
with open(path, "rb") as f:
buf = f.read()
return KeyObject.load_keyobj(buf)
except Exception:
raise
os.unlink(path)
key = KeyObject.new_keyobj(1024)
with open(path, "wb") as f:
f.write(key.private_key_pem)
return key
def _handle_discover(self, endpoint, payload):
args = struct.unpack("<16s10sfHH", payload[:34])
uuid_bytes, bsn, master_ts = args[:3]
l_master_pkey, l_signuture = args[3:]
sn = bsn.decode("ascii")
uuid = UUID(bytes=uuid_bytes)
if not self.server.source_filter(uuid, endpoint):
return
f = BytesIO(payload[34:])
masterkey_doc = f.read(l_master_pkey)
signuture = f.read(l_signuture)
if not validate_identify(uuid, signuture, serial=sn,
masterkey_doc=masterkey_doc):
logger.error("Validate identify failed (uuid=%s)", uuid)
return
master_pkey = KeyObject.load_keyobj(masterkey_doc)
uuid = UUID(bytes=uuid_bytes)
if self._need_touch(uuid, master_ts):
self.server.add_master_key(uuid, sn, master_pkey, 1)
payload = struct.pack("<4sBB16s", b"FLUX", 1, 2, uuid.bytes)
try:
self.sock.sendto(payload, endpoint)
except Exception:
logger.exception("Error while poke %s", endpoint)
else:
try:
stbuf = f.read(64)
st_ts, st_id, st_prog, st_head, st_err = \
struct.unpack("dif16s32s", stbuf)
head_module = st_head.decode("ascii",
"ignore").strip("\x00")
error_label = st_err.decode("ascii",
"ignore").strip("\x00")
device = self.server.devices[uuid]
device.update_status(st_id=st_id, st_ts=st_ts, st_prog=st_prog,
head_module=head_module,
error_label=error_label)
device.discover_endpoint = endpoint
device.ipaddr = endpoint[0]
return uuid
except Exception:
basic_info = self.server.devices[uuid]
if basic_info.version > StrictVersion("0.13a"):
logger.exception("Unpack status failed")
def on_text_message(self, message):
if self.client_key:
self.on_command(message)
else:
try:
self.client_key = KeyObject.load_keyobj(message)
except ValueError:
self.send_fatal("BAD_PARAMS")
except Exception:
logger.error("RSA Key load error: %s", message)
self.send_fatal("BAD_PARAMS")
raise
self.try_connect()
def on_text_message(self, message):
if self.client_key:
self.on_command(message)
else:
# self.client_key = True
try:
self.client_key = KeyObject.load_keyobj(message)
except ValueError:
self.send_fatal("BAD_PARAMS")
except Exception:
logger.error("RSA Key load error: %s", message)
self.send_fatal("BAD_PARAMS")
raise
self.try_connect()
def _handle_discover(self, endpoint, payload):
args = struct.unpack("<16s10sfHH", payload[:34])
uuid_bytes, bsn, master_ts = args[:3]
l_master_pkey, l_signuture = args[3:]
sn = bsn.decode("ascii")
uuid = UUID(bytes=uuid_bytes)
if not self.server.source_filter(uuid, endpoint):
return
f = BytesIO(payload[34:])
masterkey_doc = f.read(l_master_pkey)
signuture = f.read(l_signuture)
if not validate_identify(
uuid, signuture, serial=sn, masterkey_doc=masterkey_doc):
logger.error("Validate identify failed (uuid=%s)", uuid)
return
master_pkey = KeyObject.load_keyobj(masterkey_doc)
uuid = UUID(bytes=uuid_bytes)
if self._need_touch(uuid, master_ts):
self.server.add_master_key(uuid, sn, master_pkey, 1)
payload = struct.pack("<4sBB16s", b"FLUX", 1, 2, uuid.bytes)
try:
self.sock.sendto(payload, endpoint)
except Exception:
logger.exception("Error while poke %s", endpoint)
else:
try:
stbuf = f.read(64)
st_ts, st_id, st_prog, st_head, st_err = \
struct.unpack("dif16s32s", stbuf)
head_module = st_head.decode("ascii", "ignore").strip("\x00")
error_label = st_err.decode("ascii", "ignore").strip("\x00")
device = self.server.devices[uuid]
device.update_status(st_id=st_id,
st_ts=st_ts,
st_prog=st_prog,
head_module=head_module,
error_label=error_label)
device.discover_endpoint = endpoint
device.ipaddr = endpoint[0]
return uuid
except Exception:
basic_info = self.server.devices[uuid]
if basic_info.version > StrictVersion("0.13a"):
logger.exception("Unpack status failed")
def _handle_touch(self, endpoint, payload):
f = BytesIO(payload)
buuid, master_ts, l1, l2 = struct.unpack("<16sfHH", f.read(24))
uuid = UUID(bytes=buuid)
if not self.server.source_filter(uuid, endpoint):
# Ingore this uuid
return
device = self.server.devices[uuid]
slavekey_str = f.read(l1)
slavekey_signuture = f.read(l2)
temp_pkey = KeyObject.load_keyobj(slavekey_str)
bmeta = f.read(struct.unpack("<H", f.read(2))[0])
smeta = bmeta.decode("utf8")
rawdata = {}
for item in smeta.split("\x00"):
if "=" in item:
k, v = item.split("=", 1)
rawdata[k] = v
doc_signuture = f.read()
master_key = self.server.get_master_key(uuid)
if master_key.verify(payload[16:20] + slavekey_str,
slavekey_signuture):
if temp_pkey.verify(bmeta, doc_signuture):
device.slave_timestamp = master_ts
device.slave_key = temp_pkey
device.has_password = rawdata.get("pwd") == "T"
device.timestamp = float(rawdata.get("time", 0))
device.timedelta = device.timestamp - time()
device.model_id = rawdata.get("model", "UNKNOW_MODEL")
device.version = StrictVersion(rawdata["ver"])
device.name = rawdata.get("name", "NONAME")
device.discover_endpoint = endpoint
device.ipaddr = endpoint[0]
return uuid
else:
logger.error("Slave key signuture error (V1)")
else:
logger.error("Master key signuture error (V1)")
def _handle_touch(self, endpoint, payload):
f = BytesIO(payload)
buuid, master_ts, l1, l2 = struct.unpack("<16sfHH", f.read(24))
uuid = UUID(bytes=buuid)
if not self.server.source_filter(uuid, endpoint):
# Ingore this uuid
return
device = self.server.devices[uuid]
slavekey_str = f.read(l1)
slavekey_signuture = f.read(l2)
temp_pkey = KeyObject.load_keyobj(slavekey_str)
bmeta = f.read(struct.unpack("<H", f.read(2))[0])
smeta = bmeta.decode("utf8")
rawdata = {}
for item in smeta.split("\x00"):
if "=" in item:
k, v = item.split("=", 1)
rawdata[k] = v
doc_signuture = f.read()
master_key = self.server.get_master_key(uuid)
if master_key.verify(payload[16:20] + slavekey_str,
slavekey_signuture):
if temp_pkey.verify(bmeta, doc_signuture):
device.slave_timestamp = master_ts
device.slave_key = temp_pkey
device.has_password = rawdata.get("pwd") == "T"
device.timestamp = float(rawdata.get("time", 0))
device.timedelta = device.timestamp - time()
device.model_id = rawdata.get("model", "UNKNOW_MODEL")
device.version = StrictVersion(rawdata["ver"])
device.name = rawdata.get("name", "NONAME")
device.discover_endpoint = endpoint
device.ipaddr = endpoint[0]
return uuid
else:
logger.error("Slave key signuture error (V1)")
else:
logger.error("Master key signuture error (V1)")
def _discover(self):
resp = self._make_request(CODE_DISCOVER, timeout=0.25)
info = {}
for pair in resp.split(b"\x00"):
spair = pair.decode("utf8", "ignore").split("=", 1)
if len(spair) == 1:
logger.error("Can not parse device info: %s" % pair)
info[spair[0]] = spair[1]
self.uuid = UUID(hex=info["uuid"])
self.serial = info["serial"]
self.model_id = info["model"]
self.version = StrictVersion(info["ver"])
self.nickname = info["name"]
self.endpoint = "UART:%s" % self.port
rsakey = self._make_request(CODE_RSAKEY)
self.device_rsakey = KeyObject.load_keyobj(rsakey)
def _discover(self):
resp = self._make_request(CODE_DISCOVER, timeout=0.25)
info = {}
for pair in resp.split(b"\x00"):
spair = pair.decode("utf8", "ignore").split("=", 1)
if len(spair) == 1:
logger.error("Can not parse device info: %s" % pair)
info[spair[0]] = spair[1]
self.uuid = UUID(hex=info["uuid"])
self.serial = info["serial"]
self.model_id = info["model"]
self.version = StrictVersion(info["ver"])
self.nickname = info["name"]
self.endpoint = "UART:%s" % self.port
rsakey = self._make_request(CODE_RSAKEY)
self.device_rsakey = KeyObject.load_keyobj(rsakey)
def on_text_message(self, message):
if self.client_key:
if self.manager.authorized:
if message.startswith("set_network2 "):
try:
self.cmd_set_network_old(message[13:])
except Exception:
logger.exception("ERR")
elif message.startswith("set_nickname "):
try:
self.cmd_set_nickname(message[13:])
except Exception:
logger.exception("ERR")
else:
self.on_command(*split(message))
else:
if message.startswith("password "):
try:
self.manager.authorize_with_password(message[9:])
self.on_connected()
except (ManagerError, ManagerException) as e:
self.send_fatal(" ".join(e.err_symbol))
else:
self.send_text(STAGE_REQUIRE_AUTHORIZE)
else:
try:
self.client_key = KeyObject.load_keyobj(message)
except ValueError:
self.send_fatal("BAD_PARAMS")
return
except Exception:
logger.error("RSA Key load error: %s", message)
self.send_fatal("BAD_PARAMS")
raise
try:
self.try_connect()
except (ManagerException, ManagerError) as e:
self.send_fatal(" ".join(e.err_symbol))
except RuntimeError as e:
self.send_fatal(e.args[0])
except Exception:
logger.exception("Error while manager connecting")
self.send_fatal("L_UNKNOWN_ERROR")
def on_text_message(self, message):
if self.client_key:
if self.manager.authorized:
if message.startswith("set_network2 "):
try:
self.cmd_set_network_old(message[13:])
except Exception:
logger.exception("ERR")
elif message.startswith("set_nickname "):
try:
self.cmd_set_nickname(message[13:])
except Exception:
logger.exception("ERR")
else:
self.on_command(*split(message))
else:
if message.startswith("password "):
try:
self.manager.authorize_with_password(message[9:])
self.on_connected()
except (ManagerError, ManagerException) as e:
self.send_fatal(" ".join(e.err_symbol))
else:
self.send_text(STAGE_REQUIRE_AUTHORIZE)
else:
try:
self.client_key = KeyObject.load_keyobj(message)
except ValueError:
self.send_fatal("BAD_PARAMS")
return
except Exception:
logger.error("RSA Key load error: %s", message)
self.send_fatal("BAD_PARAMS")
raise
try:
self.try_connect()
except (ManagerException, ManagerError) as e:
self.send_fatal(" ".join(e.err_symbol))
except RuntimeError as e:
self.send_fatal(e.args[0])
except Exception:
logger.exception("Error while manager connecting")
self.send_fatal("L_UNKNOWN_ERROR")
def _discover(self):
resp = self._make_request(CODE_DISCOVER, timeout=0.25)
info = {}
for pair in resp.split(b"\x00"):
spair = pair.decode("utf8", "ignore").split("=", 1)
if len(spair) == 1:
logger.error("Can not parse device info: %s" % pair)
info[spair[0]] = spair[1]
self.uuid = UUID(hex=info["uuid"])
self.serial = info["serial"]
self.model_id = info["model"]
self.timedelta = time() - float(info["time"])
self.remote_version = info["ver"]
self.has_password = True if int(info["pwd"]) == 1 else False
self.name = info["name"]
self.remote_addrs = None
rsakey = self._make_request(CODE_RSAKEY)
self.device_rsakey = KeyObject.load_keyobj(rsakey)
def on_text_message(self, message):
try:
if message == "list":
self.list_ports()
elif message.startswith("key "):
pem = message.split(" ", 1)[-1]
self.client_key = KeyObject.load_keyobj(pem)
self.send_json(status="ok")
elif message.startswith("connect "):
self.connect_usb(message.split(" ", 1)[-1])
elif message == "auth":
self.auth()
elif message.startswith("auth "):
self.auth(message[5:])
elif message.startswith("set general "):
self.config_general(message.split(" ", 2)[-1])
elif message == "scan_wifi":
self.scan_wifi()
elif message.startswith("set network "):
self.config_network(message.split(" ", 2)[-1])
elif message.startswith("get network"):
self.get_network()
elif message.startswith("set password "):
self.set_password(message[13:])
else:
self.send_error("L_UNKNOWN_COMMAND")
except ManagerException as e:
self.send_error(e.err_symbol, info=str(e))
logger.exception("UART request error")
if self.task:
self.task.close()
self.task = NoneTask()
except ManagerError as e:
self.send_error(e.args)
except Exception:
logger.exception("Unhandle Error")
self.send_traceback("L_UNKNOWN_ERROR")
def on_text_message(self, message):
if self.client_key:
self.on_command(message)
else:
try:
self.client_key = KeyObject.load_keyobj(message)
except ValueError:
self.send_fatal("KEYOBJ_BAD_PARAMS")
return
except Exception:
logger.error("RSA Key load error: %s", message)
self.send_fatal("RSA_BAD_PARAMS")
raise
try:
self.try_connect()
except RuntimeError as e:
self.send_fatal(e.args[0])
except Exception:
logger.exception("Connection failed")
self.send_fatal("DISCONNECTED")
raise
def on_text_message(self, message):
if self.client_key:
self.on_command(message)
else:
try:
self.client_key = KeyObject.load_keyobj(message)
except ValueError:
self.send_fatal("KEYOBJ_BAD_PARAMS")
return
except Exception:
logger.error("RSA Key load error: %s", message)
self.send_fatal("RSA_BAD_PARAMS")
raise
try:
self.try_connect()
except RuntimeError as e:
self.send_fatal(e.args[0])
except Exception:
logger.exception("Connection failed")
self.send_fatal("DISCONNECTED")
raise
def on_text_message(self, message):
try:
if message == "list":
self.list_ports()
elif message.startswith("key "):
pem = message.split(" ", 1)[-1]
self.client_key = KeyObject.load_keyobj(pem)
self.send_json(status="ok")
elif message.startswith("connect "):
self.connect_usb(message.split(" ", 1)[-1])
elif message == "auth":
self.auth()
elif message.startswith("auth "):
self.auth(message[5:])
elif message.startswith("set general "):
self.config_general(message.split(" ", 2)[-1])
elif message == "scan_wifi":
self.scan_wifi()
elif message.startswith("set network "):
self.config_network(message.split(" ", 2)[-1])
elif message.startswith("get network"):
self.get_network()
elif message.startswith("set password "):
self.set_password(message[13:])
else:
self.send_error("UNKNOWN_COMMAND")
except UsbTaskException as e:
self.send_error(" ".join(e.args), info=str(e))
if self.task:
self.task.close()
self.task = None
except UsbTaskError as e:
self.send_error(" ".join(e.args))
except Exception:
logger.exception("Unhandle Error")
self.send_error("UNKNOWN_ERROR")
def _handle_touch(self, endpoint, payload):
f = BytesIO(payload)
buuid, l1, l2 = struct.unpack("<16sHH", f.read(20))
uuid = UUID(bytes=buuid)
if not self.server.source_filter(uuid, endpoint):
# Ingore this uuid
return
pubkey_der = f.read(l1)
pubkey_signuture = f.read(l2)
dev_pubkey = KeyObject.load_keyobj(pubkey_der)
bmeta = f.read(struct.unpack("<H", f.read(2))[0])
smeta = bmeta.decode("utf8")
rawdata = {}
for item in smeta.split("\x00"):
if "=" in item:
k, v = item.split("=", 1)
rawdata[k] = v
sn = rawdata.get("serial", None)
if sn and validate_identify(
uuid, pubkey_signuture, serial=sn, masterkey_doc=pubkey_der):
device = self.server.add_master_key(uuid, sn, dev_pubkey, 2)
device.model_id = rawdata.get("model", "UNKNOW_MODEL")
device.has_password = rawdata.get("pwd") == "T"
device.version = StrictVersion(rawdata["ver"])
device.name = rawdata.get("name", "NONAME")
device.discover_endpoint = endpoint
device.ipaddr = endpoint[0]
self.session_cache[uuid] = self.session_swap.pop(uuid, None)
return uuid
else:
logger.error("Validate identify failed (uuid=%s, serial=%s)", uuid,
sn)
def _handle_touch(self, endpoint, payload):
f = BytesIO(payload)
buuid, l1, l2 = struct.unpack("<16sHH", f.read(20))
uuid = UUID(bytes=buuid)
if not self.server.source_filter(uuid, endpoint):
# Ingore this uuid
return
pubkey_der = f.read(l1)
pubkey_signuture = f.read(l2)
dev_pubkey = KeyObject.load_keyobj(pubkey_der)
bmeta = f.read(struct.unpack("<H", f.read(2))[0])
smeta = bmeta.decode("utf8")
rawdata = {}
for item in smeta.split("\x00"):
if "=" in item:
k, v = item.split("=", 1)
rawdata[k] = v
sn = rawdata.get("serial", None)
if sn and uuid in self.session_swap and \
validate_identify(uuid, pubkey_signuture, serial=sn, masterkey_doc=pubkey_der):
device = self.server.add_master_key(uuid, sn, dev_pubkey, 2)
device.model_id = rawdata.get("model", "UNKNOW_MODEL")
device.has_password = rawdata.get("pwd") == "T"
device.version = StrictVersion(rawdata["ver"])
device.name = rawdata.get("name", "NONAME")
device.discover_endpoint = endpoint
device.ipaddr = endpoint[0]
self.session_cache[uuid] = self.session_swap.pop(uuid)
return uuid
else:
logger.error("Validate identify failed (uuid=%s, serial=%s)",
uuid, sn)
def upload_key(self, params):
logger.debug('upload_key:' + params)
pem = params
self.client_key = KeyObject.load_keyobj(pem)
self.send_json(status="ok")
from configparser import RawConfigParser
from uuid import UUID
import tempfile
import os
from fluxclient.encryptor import KeyObject
from fluxclient.upnp import discover_device
CLIENTKEY = KeyObject.new_keyobj(1024)
CLIENTKEY_FILE = tempfile.NamedTemporaryFile()
CLIENTKEY_FILE.write(CLIENTKEY.private_key_pem)
CLIENTKEY_FILE.flush()
DEFAULT_UUID = None
DEFAULT_PASSWORD = None
DEFAULT_DEVICE = None
if os.path.exists("conftest.ini"):
parser = RawConfigParser()
parser.read("conftest.ini")
if "default_device" in parser.sections():
devices = dict(parser.items("default_device"))
DEFAULT_UUID = devices.get("uuid", None)
DEFAULT_PASSWORD = devices.get("password", None)
if DEFAULT_UUID:
DEFAULT_DEVICE = discover_device(UUID(hex=DEFAULT_UUID), timeout=5)
def _to_keyobj_or_none(raw_pem):
try:
if raw_pem:
return KeyObject.load_keyobj(raw_pem)
except (ValueError, TypeError):
pass
from configparser import RawConfigParser
from uuid import UUID
import tempfile
import os
from fluxclient.encryptor import KeyObject
from fluxclient.upnp import discover_device
CLIENTKEY = KeyObject.new_keyobj(1024)
CLIENTKEY_FILE = tempfile.NamedTemporaryFile()
CLIENTKEY_FILE.write(CLIENTKEY.private_key_pem)
CLIENTKEY_FILE.flush()
DEFAULT_UUID = None
DEFAULT_PASSWORD = None
DEFAULT_DEVICE = None
if os.path.exists("conftest.ini"):
parser = RawConfigParser()
parser.read("conftest.ini")
if "default_device" in parser.sections():
devices = dict(parser.items("default_device"))
DEFAULT_UUID = devices.get("uuid", None)
DEFAULT_PASSWORD = devices.get("password", None)
if DEFAULT_UUID:
DEFAULT_DEVICE = discover_device(UUID(hex=DEFAULT_UUID), timeout=5)
def _to_keyobj_or_none(raw_pem):
try:
if raw_pem:
return KeyObject.load_keyobj(raw_pem)
except (ValueError, TypeError):
pass
def upload_key(self, params):
logger.debug('upload_key:' + params)
pem = params
self.client_key = KeyObject.load_keyobj(pem)
self.send_json(status="ok")
