def on_connection_established(self, characteristic, error):
if error:
Logger.error("BLE: connection failed: {}".format(error))
self.on_device_disconnect(None)
return
Logger.info("BLE: connection established {}".format(repr(characteristic.value)))
self.start_data()
def try_update_for_testing():
try:
bar = window("update")
if open(os.path.join(globals.baseSysPath,
globals.baseSysConfig.get("main", "name") + "Files", "OSVer"), "r").read() \
!= open(os.path.join(globals.HexOSPath, "OSVer"), "r").read():
copy(
bar,
os.path.join(
globals.baseSysPath,
globals.baseSysConfig.get("main", "name") + "Files"))
except FileNotFoundError:
bar.parent.parent.parent.dismiss()
Logger.error(
"HexOSBase: Could not find OSVer file, asking user to hard reinstall"
)
popup = Popup(
title="HexOS has missing files",
content=Button(text="Reinstall",
on_release=lambda *args: install(),
on_press=lambda *args: popup.dismiss()),
size_hint=(globals.baseSysConfig.get("os_changes", "size_hint_x"),
globals.baseSysConfig.get("os_changes", "size_hint_y")),
auto_dismiss=False)
popup.open()
def GetIPAddressV6() -> str:
uPreferredAdapter: str = u'eth0'
uInet_Type: str = u'AF_INET6'
uRet: str = u'127.0.0.0'
aFound: List[str] = []
iInet_num: int
try:
iInet_num = getattr(netifaces, uInet_Type)
aInterfaces: List = netifaces.interfaces()
for uNetiface in aInterfaces:
dNetInfo: Dict = netifaces.ifaddresses(uNetiface)
aNetDetails: List = dNetInfo.get(iInet_num)
if aNetDetails is not None and len(aNetDetails) > 0:
dNetDetails: Dict = aNetDetails[0]
uIP = dNetDetails["addr"]
if uIP != "::1":
aFound.append(uIP)
if uNetiface == uPreferredAdapter:
aFound = [uIP]
break
except Exception as e:
Logger.error("Error on GetIPAddressV6:" + str(e))
if len(aFound) > 0:
uRet = aFound[-1]
# remove stuff like %eth0 that gets thrown on end of some addrs
uRet = uRet.split('%')[0]
return uRet
def update(self):
self.news = feedparser.parse(self.feed_url)
article_list = []
xlocale = locale.getlocale(locale.LC_TIME)
locale.setlocale(locale.LC_TIME, 'en_US.utf-8')
if not self.news['items']:
Logger.error('NEWS: Seems there\'s no news')
return # Return here so we keep old news (if any)
for x in self.news['items']:
description = unicode(x['description']).strip()
description = description.split('<', 1)[0].strip()
title = unicode(x['title']).strip()
if description == '.':
title = u'[color=#FFDD63]{}[/color]'.format(title)
description = ''
article_date = (datetime.strptime(x['published'], "%a, %d %b %Y %H:%M:%S %Z") + timedelta(hours=2))
article_relative_date = format_timedelta(article_date - datetime.now(),
granularity='minute',
locale='ro_RO.utf-8',
add_direction=True)
article_list.append(u'{}\n[color=#777777]{}[/color]\n\n{}'.format(title,
article_relative_date,
description))
locale.setlocale(locale.LC_TIME, xlocale)
self.articles = deque(article_list)
def GetMACAddress() -> List:
uInet_Type: str = u'AF_INET'
iInet_num: int
uRetColon: str = u'00:00:00:00:00:00'
uRetDash: str = u'00-00-00-00-00-00'
try:
iInet_num = getattr(netifaces, uInet_Type)
aInterfaces: List = netifaces.interfaces()
for uNetiface in aInterfaces:
dNetInfo: Dict = netifaces.ifaddresses(uNetiface)
aNetDetails: List = dNetInfo.get(iInet_num)
if aNetDetails is not None and len(aNetDetails) > 0:
dNetDetails: Dict = aNetDetails[0]
if dNetDetails["addr"] == Globals.uIPAddressV4:
uRetColon = netifaces.ifaddresses(uNetiface)[
netifaces.AF_LINK][0]['addr']
uRetDash = uRetColon.replace(":", "-")
return [uRetColon, uRetDash]
except Exception:
pass
try:
uRetColon = u':'.join(re.findall('..', '%012x' % uuid.getnode()))
uRetDash = u'-'.join(re.findall('..', '%012x' % uuid.getnode()))
except Exception as e:
Logger.error("Error on GetMACAdress:" + str(e))
return [uRetColon, uRetDash]
def refresh(self, place):
last_updated = now = datetime.now()
tomorrow = now + timedelta(days=1)
place_cache = self.weather_data.get(place, {})
if place in self.update_stamps:
last_updated = self.update_stamps[place]
if not place_cache or (now - last_updated).total_seconds() >= self.update_interval:
try:
self.weather_data[place] = self.api_object.weather_at_place(place).get_weather()
self.forecast_today_data[place] = self.api_object.daily_forecast(place).get_weather_at(
now.replace(hour=12))
try:
self.forecast_tomorrow_data[place] = self.api_object.daily_forecast(place).get_weather_at(
tomorrow.replace(hour=12))
except Exception:
self.forecast_tomorrow_data[place] = {}
self.update_stamps[place] = datetime.now()
except Exception as e:
self.update_stamps[place] = datetime.now()
Logger.error('WEATHER: Failed to get data: {}'.format(e))
return False
except APICallError as e:
self.update_stamps[place] = datetime.now()
Logger.error('WEATHER: Failed to get data: {}'.format(e))
return False
return True
def on_release(self):
if (self.owner.mode == "range" and self.owner._end_range_date
and self.owner._start_range_date):
return
if (not self.owner._input_date_dialog_open
and not self.owner._select_year_dialog_open):
if self.owner.mode == "range" and not self.owner._start_range_date:
self.owner._start_range_date = date(self.current_year,
self.current_month,
int(self.text))
self.owner.min_date = self.owner._start_range_date
elif (self.owner.mode == "range" and not self.owner._end_range_date
and self.owner._start_range_date):
self.owner._end_range_date = date(self.current_year,
self.current_month,
int(self.text))
if self.owner._end_range_date <= self.owner.min_date:
toast(self.owner.date_range_text_error)
Logger.error(
"`Data Picker: max_date` value cannot be less than "
"or equal to 'min_date' value.")
self.owner._start_range_date = 0
self.owner._end_range_date = 0
return
self.owner.max_date = self.owner._end_range_date
self.owner.update_calendar_for_date_range()
self.owner.set_selected_widget(self)
def vibrate(self, length):
if not self.turned_on():
Logger.error(
"Android Vibration: won't vibrate, turned off in settings...")
return
Logger.info("Vibrator: vibrate %s milliseconds...", length)
def on_device_disconnect(self, device, error=None):
if error:
Logger.error("BLE: device disconnected: {}".format(error))
else:
Logger.info("BLE: device disconnected")
self.connected = None
self.ble_should_scan = True
def beta_testers_group(self, *args, **kwargs):
try:
import webbrowser
import settings
webbrowser.open(settings.BETA_TESTERS_GROUP_URL)
except Exception:
Logger.error("Browser: could not start google group...")
def facebook(self, *args, **kwargs):
try:
import webbrowser
import settings
webbrowser.open(settings.FACEBOOK_PAGE_URL)
except Exception:
Logger.error("Browser: could not start facebook...")
def mail(self, ref, *args, **kwargs):
try:
import webbrowser
from utils import _ # noqa F401 looks like i18n on mail subject wouldn't work without this import
webbrowser.open("mailto:[email protected]?subject=%s" % ref)
except Exception:
Logger.error("Browser: could not start mailto...")
def logout(self):
super(AndroidGoogleClient, self).logout()
if self.client and self.is_connected():
try:
Games.signOut(self.client)
self.client = None
except JavaException:
Logger.error("Google: error while logout")
def privmsg(self, user, channel, msg):
"""This will get called when the bot receives a message."""
user = user.split('!', 1)[0]
Logger.debug('{}->{}: {}'.format(user, channel, msg))
#self.factory.app.message_callback("<%s> %s" % (user, msg))
try:
self._handle_privmsg(user, channel, msg)
except Exception as e:
Logger.error('{}->{}: {} | {}'.format(user, channel, msg, e))
def import_extension_module(self, module_name):
try:
mod = importlib.import_module(module_name)
Logger.debug('Loaded extension {}'.format(module_name))
return mod, module_name
except Exception as e:
Logger.error('Error loading extension {}: {}'.format(
module_name, e))
self.errors.add(module_name)
return None, module_name
def play(self, *args):
if not self._loaded_stream:
self.select_stream(self.current_stream)
try:
self._loaded_stream.play()
Logger.info("Radio: playing %s" % self.stream_list[0])
self.is_playing = True
self.play_status = 'Radio: Pornit'
except Exception as e:
self.play_status = 'Radio: Eroare'
Logger.error('Radio: Failed to play stream: {}'.format(e.message))
def to_screen(self, name):
# pure performance tweak to postpone screens instantiation
if not self.has_screen(name):
self._build_screen(name)
from kivy.uix.widget import WidgetException
Logger.info("Root Widget: switch to screen %s" % name)
try:
self.current = name
except WidgetException as ex:
Logger.error("Root Widget: can't switch %s, because %s" %
(name, unicode(ex)))
def __new__(cls, s, *args, **kwargs):
if 'KIVY_UNITTEST' in os.environ:
_.switch_lang('en')
if _.lang is None:
Logger.error(
"Gettext __new__ is called before configuration read. "
"Put statements in constructors, not on the class/function/module level"
)
_.switch_lang('en')
s = _.translate(s, *args, **kwargs)
return super(_, cls).__new__(cls, s)
def on_discover_services(self, services, error):
if error:
Logger.error("BLE: error discovering services: {}".format(error))
return
Logger.info("BLE: discovered services: {}".format(services.keys()))
service = services[self.connect_uuid]
if not service:
Logger.error("BLE: service not found!")
return
service.discover_characteristics(on_discover=self.on_discover_characteristics)
def on_discover_characteristics(self, characteristics, error):
if error:
Logger.error("BLE: error discovering characteristics: {}".format(error))
return
# Logger.info('BLE: discovered characteristics: {}'.format(characteristics.keys()))
for uuid, char in characteristics.items():
Logger.info("BLE: discovered characteristic: {} {:02x}".format(uuid, char.properties))
if uuid == self.connection_uuid:
Logger.info("BLE: found connection characteristic")
char.read(on_read=self.on_connection_established)
elif uuid == self.module_message_uuid:
Logger.info("BLE: found module message characteristic")
self.module_message_characteristic = char
def GetGatewayV4() -> str:
uFamily: str = u'AF_INET'
iInet_num: int
try:
iInet_num = getattr(netifaces, uFamily)
dGateways: Dict = netifaces.gateways()
# noinspection PyTypeChecker
uIP = dGateways['default'][iInet_num][0]
except Exception as e:
Logger.error("Error on GetGatewayV4, using fallback:" + str(e))
uIP: str = Globals.uIPAddressV4[:Globals.uIPAddressV4.rfind("."
)] + '.1'
return uIP
def stop_server(self, *args):
try:
import server.flaskserver as flaskserver
flaskserver.shutdown_server()
except ImportError:
pass
except:
Logger.error("flaskserver:shutdown_server() func error.")
self.error_dialog(
"内部エラー\nflaskserver: shutdown_server() func error.\napp/main.py:147"
)
self.ids.stop_btn.disabled = True
self.ids.start_btn.text = "起動"
Logger.info("EVENT CLEAR")
def clear_tmp_dir():
try:
folder = os.path.join(globals.userDataDir, "tmp")
for filename in os.listdir(folder):
file_path = os.path.join(folder, filename)
if os.path.isfile(file_path) or os.path.islink(file_path):
os.unlink(file_path)
elif os.path.isdir(file_path):
shutil.rmtree(file_path)
Logger.info("HexOSBase: tmp dir cleared")
except Exception as e:
Logger.error("HexOSBase: Failed to clear tmp folder - " + str(e))
def vibrate(self, length):
if not self.turned_on():
Logger.error(
"Android Vibration: won't vibrate, turned off in settings..."
)
return
super(AndroidVibrationManager, self).vibrate(length)
if not self.service:
self.initialize()
if not self.service:
Logger.error(
"Android Vibration: failed to initialize vibration service"
)
return
self.service.vibrate(int(length))
def quality(self) -> int:
item = self.ids.quality_dropdown.current_item
res = 0
if item == "普通":
res = 2
elif item == "高品質":
res = 1
elif item == "低品質":
res = 4
# 正直調停品質はいらねぇとおもった、
# elif item == "超低品質":
# res = 8
else:
Logger.error("ERROR QUALITY FUNC LINE:57")
self.error_dialog(
"内部エラー\nmain.py:60\n\nご不便をおかけして申し訳ございません。\n製作者にお問い合わせください。")
return res
def server_stop(self, *args):
global server_thread
try:
import server.flaskserver as flaskserver
flaskserver.shutdown_server()
except ImportError:
pass
except:
Logger.error(
"flaskserver:MAINAPP ERROR.shutdown_server() func error.")
try:
Logger.info("server thread join now...")
server_thread.join()
Logger.info("Server join end!!")
except:
Logger.error("joinできません。")
def on_device_connect(self, device, error=None):
self.connecting = None
if error:
Logger.error("BLE: failed to connect to device: {}".format(error))
self.ble_should_scan = True
return
Logger.info("BLE: connected to device {}".format(device))
self.connected = device
# device.discover_services(uuids=(self.connect_uuid,), on_discover=self.on_discover_services)
service = device.services[self.connect_uuid]
if service:
Logger.info("BLE: found service {}".format(service))
self.on_discover_services(device.services, None)
else:
device.discover_services(on_discover=self.on_discover_services)
def make_tmp_dir(doing):
try:
if not os.path.exists(os.path.join(globals.userDataDir, "tmp")):
os.mkdir(os.path.join(globals.userDataDir, "tmp"))
path = os.path.join(globals.userDataDir, "tmp", doing)
os.mkdir(path)
Logger.info("HexOSBase: tmp dir " + doing + " created")
except FileExistsError:
Logger.error("HexOSBase: Failed to create tmp folder named " + doing +
", creating a different one")
path = make_tmp_dir(doing + str(2))
return path
def criptiklogo():
"""
Read the logo and return it as string.
"""
logofile = "{}/../data/logo.txt".format(dirname(realpath(__file__)))
try:
# Open and read logo file
with open(logofile, "r") as f:
logo = "".join(f.readlines())
except IOError:
# No logo present
Logger.error("UTILITIES: Failed to read cryptikchaos logo.")
return None
else:
# Return logo if success
return logo.format(md5hash(str(getnode()))[0:8], __version__)
def load_data(csv_path, table_name):
# TODO :: Add docstring
Logger.info(f"Application: Data migration for {table_name} started.")
start = timer()
try:
with open(csv_path) as f:
csv_reader = csv.reader(f, delimiter=",")
for row in csv_reader:
try:
if table_name == "dictionary":
db_helper.add_dictionary(row)
elif table_name == "screens":
db_helper.add_screen(row)
elif table_name == "scroll_direction":
db_helper.add_scroll_direction(row)
else:
raise ValueError(f"Invalid table name: {table_name}.")
except SQLAlchemyError:
Logger.error(f"Application: {traceback.format_exc()}")
continue
except ValueError:
Logger.error(f"Application: {traceback.format_exc()}")
raise
except Exception:
Logger.error(f"Application: {traceback.format_exc()}")
raise
end = timer()
Logger.info(
f"Application: Data migration for {table_name} "
f"completed in {end-start:.2f} secs."
)
def update(self, readings):
for reading in readings:
meaning = reading['meaning']
if meaning not in settings.MEANING_COLORS:
continue
if meaning not in self.sensors:
sensor = SensorWidget(device=self)
sensor.meaning = meaning
self.sensors[meaning] = sensor
self.sensor_container.add_widget(sensor)
if not self.history.meaning:
self.history.meaning = meaning
self.sensors[meaning].timestamp = reading['recorded']
try:
self.sensors[meaning].value = reading['value']
except ValueError:
Logger.error("Sensor: %s:%s got bad value %s" % (self.device_id, meaning, reading['value']))
self.sensors[meaning].value = 0
if meaning == self.history.meaning:
self.history.add_value(reading['value'], reading['recorded'])
def update(self, readings):
for reading in readings:
meaning = reading['meaning']
if meaning not in settings.MEANING_COLORS:
continue
if meaning not in self.sensors:
sensor = SensorWidget(device=self)
sensor.meaning = meaning
self.sensors[meaning] = sensor
self.sensor_container.add_widget(sensor)
if not self.history.meaning:
self.history.meaning = meaning
self.sensors[meaning].timestamp = reading['recorded']
try:
self.sensors[meaning].value = reading['value']
except ValueError:
Logger.error("Sensor: %s:%s got bad value %s" %
(self.device_id, meaning, reading['value']))
self.sensors[meaning].value = 0
if meaning == self.history.meaning:
self.history.add_value(reading['value'], reading['recorded'])
def GetIPAddressV4() -> str:
uPreferredAdapter: str = u'eth0'
uInet_Type: str = u'AF_INET'
uRet: str = u'127.0.0.1'
aFound: List[str] = []
iInet_num: int
try:
iInet_num = getattr(netifaces, uInet_Type)
aInterfaces: List = netifaces.interfaces()
for uNetiface in aInterfaces:
dNetInfo: Dict = netifaces.ifaddresses(uNetiface)
aNetDetails: List = dNetInfo.get(iInet_num)
if aNetDetails is not None and len(aNetDetails) > 0:
dNetDetails: Dict = aNetDetails[0]
aFound.append(dNetDetails["addr"])
if uNetiface == uPreferredAdapter:
aFound = [dNetDetails["addr"]]
break
except Exception as e:
Logger.error("Error on GetIPAddressV4:" + str(e))
# we prefer a local subnet if given
for uFound in aFound:
if uFound.startswith("192"):
uRet = uFound
break
if not uFound.startswith("127"):
uRet = uFound
if uRet.startswith(u'127'):
uRet = GetLocalIPV4()
return uRet
def deactivate(self):
super(AndroidFacebookManager, self).deactivate()
try:
AppEventsLogger.deactivateApp(python_activity)
except JavaException as ex:
Logger.error("Facebook Android: %s" % ex)
def peripheral_service_error(self, service, error):
Logger.error("BLE: connect: peripheral service error: {}: {}".format(service, error))
def peripheral_advertising_error(self, error):
Logger.error("BLE: connect: advertisement error: {}".format(error))
# print(path.resolve()) # 絶対パスを表示 (デバッグ用)
from DEBUG import DEBUG,resource_path
# どういう書き方がいちばんいいのかいまいちわからん。
# if __name__ == '__main__':
# from sct_loop import Sct_loop
# else:
# from server.sct_loop import Sct_loop
try:
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
s.connect(("8.8.8.8", 80))
localIP = s.getsockname()[0]
s.close()
except:
Logger.error("INTERNET ERROR")
# FIXME:Flaskってどうやったらきれいにかけるんや？
do_run = True
quality = 0
port = 2525
SHUTDOWN_UUID = uuid.uuid4()
sct_cls = Sct_loop(quality)
def client_loop():
global do_run
while do_run:
yield (b'--frame\r\n'
b'Content-Type: image/jpeg\r\n\r\n' + sct_cls.get_value() + b'\r\n\r\n')
def on_char_write(self, char, error):
if error:
Logger.error("BLE: error writing data: {}: {}".format(char, error))
else:
Logger.debug("BLE: write successful: {}".format(char))
def getContext(self):
"Get SSL context."
# Now the options you can set Standard OpenSSL Library options
# Selecting Transport Layer Security v1
# The SSL protocol to use, one of SSLv23_METHOD, SSLv2_METHOD,
# SSLv3_METHOD, TLSv1_METHOD. Defaults to TLSv1_METHOD.
self.method = SSL.TLSv1_METHOD
# If True, verify certificates received from the peer and fail
# the handshake if verification fails. Otherwise, allow anonymous
# sessions and sessions with certificates which fail validation.
self.verify = True
# Depth in certificate chain down to which to verify.
self.verifyDepth = 1
# If True, do not allow anonymous sessions.
self.requireCertification = True
# If True, do not re-verify the certificate on session resumption.
self.verifyOnce = True
# If True, generate a new key whenever ephemeral DH parameters are used
# to prevent small subgroup attacks.
self.enableSingleUseKeys = True
# If True, set a session ID on each context. This allows a shortened
# handshake to be used when a known client reconnects.
self.enableSessions = True
# If True, enable various non-spec protocol fixes for broken
# SSL implementations.
self.fixBrokenPeers = False
# Get the client context factory
ctx = ssl.ClientContextFactory.getContext(self)
# Load certificate
try:
ctx.use_certificate_file(self.crt)
except SSL.Error as exception:
Logger.error("SSLCONTEXT: "+exception.message[0][2])
raise SSLCertReadError(self.crt)
else:
Logger.info("SSLCONTEXT: Loaded Peer SSL Certificate.")
# Load private key
try:
ctx.use_privatekey_file(self.key)
except SSL.Error as exception:
Logger.error("SSLCONTEXT"+exception.message[0][2])
raise SSLKeyReadError(self.key)
else:
Logger.info("SSLCONTEXT: Loaded Peer SSL key.")
# Set verify mode and verify callback chain.
ctx.set_verify(
SSL.VERIFY_PEER | SSL.VERIFY_FAIL_IF_NO_PEER_CERT,
self.verifyCallback
)
# Since we have self-signed certs we have to explicitly
# tell the server to trust them.
ctx.load_verify_locations(self.ca)
return ctx
def buy(self, sku, callbacks=None):
Logger.info("Billing: buy attempt %s" % sku)
self.callbacks = callbacks
if sku in self.get_purchased_items():
Logger.error("Billing: attempt to buy already bought product...")
raise AlreadyBoughtException()
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
from typing import Dict
from kivy import Logger
import ORCA.Globals as Globals
try:
import netifaces
except Exception as ex:
Logger.error("Can't load netifaces:" + str(ex))
__all__ = ['GetGatewayV4']
def GetGatewayV4() -> str:
uFamily: str = u'AF_INET'
iInet_num: int
try:
iInet_num = getattr(netifaces, uFamily)
dGateways: Dict = netifaces.gateways()
# noinspection PyTypeChecker
uIP = dGateways['default'][iInet_num][0]
except Exception as e:
def unpack_stream(self, stream, shared_key=None):
"Unpack serial data into stream."
# Decompress data stream
if constants.ENABLE_COMPRESSION:
Logger.info("STREAM: Decompressing Stream...")
stream = decompress(stream)
# Check if data is of expected chunk size
if len(stream) != constants.STREAM_SIZE_AUTH_BLOCK and \
len(stream) != constants.STREAM_SIZE_MSG_BLOCK:
raise StreamOverflowError()
if len(stream) == constants.STREAM_SIZE_AUTH_BLOCK:
Logger.info("STREAM: Unpacking Authentication Stream...")
# Unpack auth stream to variables
(
stream_flag,
stream_type,
stream_content,
stream_token,
stream_hmac
) = struct.unpack(
"!?{}s{}s{}s{}s".format(
constants.STREAM_TYPE_LEN,
constants.STREAM_CONTENT_LEN,
constants.STREAM_PEER_KEY_LEN,
constants.STREAM_CHKSUM_LEN
), stream
)
elif len(stream) == constants.STREAM_SIZE_MSG_BLOCK:
Logger.info("STREAM: Unpacking Message Stream...")
# Unpack msg block stream to variables
(
stream_flag,
stream_type,
stream_content,
stream_token,
stream_hmac
) = struct.unpack(
"!?{}s{}s{}s{}s".format(
constants.STREAM_TYPE_LEN,
constants.STREAM_CONTENT_LEN,
constants.STREAM_TOKEN_LEN,
constants.STREAM_CHKSUM_LEN
), stream
)
else:
Logger.error("STREAM: Invalid Stream Length received.")
return [None] * 3
# Remove all null characters if present
stream_content = stream_content.rstrip('\0')
stream_token = stream_token.rstrip('\0')
# Get uid
stream_uid = generate_uuid(self.peer_host)
# Get stream object
stream_obj = Stream(
stream_uid,
stream_flag,
stream_type,
stream_content,
stream_token,
)
# Add stream to store
self.add_store(stream_uid, stream_obj.dict)
# Verify stream integrity
if not self.check_hmac(stream_uid, stream_hmac):
Logger.error("STREAM: Stream Checksum mismatch.")
return [None] * 3
# Check stream signing mode
if stream_flag == STREAM_TYPES.UNAUTH:
# Stream key is peer public key
pass
elif stream_flag == STREAM_TYPES.AUTH:
# Generate token at destination side
# Perform key challenge
if generate_token(stream_uid, shared_key) != stream_token:
Logger.error("STREAM: Token challenge Fail!")
Logger.error("STREAM: RCVD: {}".format(b64encode(stream_token)))
Logger.error("STREAM: EXPD: {}".format(b64encode(generate_token(stream_uid, shared_key))))
return [None] * 3
else:
Logger.info("STREAM: Token challenge Pass!")
# AES Decryption
if constants.AES_AVAILABLE:
Logger.info("STREAM: Decrypting content...")
# Generate iv from stream token
iv = md5hash(stream_token, hexdigest=False)
# Create AES object
AES_obj = AES.new(shared_key, AES.MODE_CBC, iv)
# Decrypt content
stream_content = AES_obj.decrypt(stream_content)
# Upad decrypted content
stream_content = self.unpad(stream_content)
def pkey_action(val):
val = md5hash(val)
return val
if stream_flag == STREAM_TYPES.UNAUTH:
Logger.debug("""STREAM: Unpacking: \n{}""".format(
self.storage_table(shorten_len=64, action_dict={"STREAM_PKEY":pkey_action}) ))
Logger.debug("""DEBUG STREAM:
FLAG: {}
TYPE: {}
CONTENT: {}
KEY: {}
CHECKSUM: {}
""".format(
self.get_store_item(stream_uid, 'STREAM_FLAG'),
self.get_store_item(stream_uid, 'STREAM_TYPE'),
stream_content,
b64encode(self.get_store_item(stream_uid, 'STREAM_PKEY')),
self.get_store_hmac(stream_uid)))
# Unshuffle contentself._storage[sid].hmac()
if constants.ENABLE_SHUFFLE:
Logger.info("STREAM: Unscrambling content...")
stream_content = unshuffler(
shuffled_string=stream_content,
iterations=constants.STREAM_CONT_SHUFF_ITER
)
if stream_flag == STREAM_TYPES.UNAUTH:
Logger.info("STREAM: Successfully unpacked AUTH Stream.")
return (self.get_store_item(stream_uid, "STREAM_TYPE"),
self.get_store_item(stream_uid, "STREAM_CONTENT"),
bytes_to_num(
self.get_store_item(stream_uid, "STREAM_PKEY")
))
elif stream_flag == STREAM_TYPES.AUTH:
Logger.info("STREAM: Successfully unpacked MSG Stream.")
return (self.get_store_item(stream_uid, "STREAM_TYPE"),
stream_content,
self.get_store_item(stream_uid, "STREAM_PKEY"))
else:
Logger.info("STREAM: Unpack of stream unsuccessfull.")
return [None] * 3
def pack_stream(self, stream_type, stream_content, stream_host,
stream_flag=STREAM_TYPES.AUTH, shared_key=None):
"Pack data into stream."
# Check length of content.
if len(stream_content) > constants.STREAM_CONTENT_LEN:
raise StreamOverflowError(constants.STREAM_CONTENT_LEN)
# Check length of capsule type.
if len(stream_type) > constants.STREAM_TYPE_LEN:
raise StreamOverflowError(constants.STREAM_TYPE_LEN)
# Generate uid
stream_uid = generate_uuid(stream_host)
# Stream type
stream_type = stream_type.upper()
# Stream peer key
stream_token = None
#For testing
_debug_stream_content = stream_content
# Shuffle content
if constants.ENABLE_SHUFFLE:
Logger.info("STREAM: Scrambling content...")
stream_content = shuffler(
string=stream_content,
iterations=constants.STREAM_CONT_SHUFF_ITER
)
# Check stream signing mode
if stream_flag == STREAM_TYPES.UNAUTH:
# Stream key is peer key
# NOTE peer public key is sent during
# authentication.
stream_token = num_to_bytes(self.public_key)
elif stream_flag == STREAM_TYPES.AUTH:
# Generate token at source side
stream_token = generate_token(stream_uid, shared_key)
# AES Encryption
if constants.AES_AVAILABLE:
Logger.info("STREAM: Encrypting content...")
# Generate iv from stream token
iv = md5hash(stream_token, hexdigest=False)
# Create AES object
AES_obj = AES.new(shared_key, AES.MODE_CBC, iv)
# Pad string
stream_content = self.pad(stream_content)
# Encrypt string
stream_content = AES_obj.encrypt(stream_content)
# Create stream object
stream_obj = Stream(
stream_uid,
stream_flag,
stream_type,
stream_content,
stream_token,
)
# Add stream to store
self.add_store(
stream_uid, stream_obj.dict
)
if stream_flag == STREAM_TYPES.UNAUTH:
Logger.info("STREAM: Packing Authentication Stream...")
# Pack store into authentication stream
stream = struct.pack(
"!?{}s{}s{}s{}s".format(
constants.STREAM_TYPE_LEN,
constants.STREAM_CONTENT_LEN,
constants.STREAM_PEER_KEY_LEN,
constants.STREAM_CHKSUM_LEN
),
self.get_store_item(stream_uid, 'STREAM_FLAG'),
self.get_store_item(stream_uid, 'STREAM_TYPE'),
self.get_store_item(stream_uid, 'STREAM_CONTENT'),
self.get_store_item(stream_uid, 'STREAM_PKEY'),
self.get_store_hmac(stream_uid)
)
elif stream_flag == STREAM_TYPES.AUTH:
Logger.info("STREAM: Packing Message Stream...")
# Pack store into message block stream
stream = struct.pack(
"!?{}s{}s{}s{}s".format(
constants.STREAM_TYPE_LEN,
constants.STREAM_CONTENT_LEN,
constants.STREAM_TOKEN_LEN,
constants.STREAM_CHKSUM_LEN
),
self.get_store_item(stream_uid, 'STREAM_FLAG'),
self.get_store_item(stream_uid, 'STREAM_TYPE'),
self.get_store_item(stream_uid, 'STREAM_CONTENT'),
self.get_store_item(stream_uid, 'STREAM_PKEY'),
self.get_store_hmac(stream_uid)
)
else:
Logger.error("STREAM: Invalid Stream Flag received.")
return None
def pkey_action(val):
val = md5hash(val)
return val
if stream_flag == STREAM_TYPES.UNAUTH:
Logger.debug("""STREAM: Packing: \n{}""".format(
self.storage_table(shorten_len=64, action_dict={"STREAM_PKEY":pkey_action}) ))
Logger.debug("""DEBUG STREAM:
FLAG: {}
TYPE: {}
CONTENT: {}
KEY: {}
CHECKSUM: {}
""".format(
self.get_store_item(stream_uid, 'STREAM_FLAG'),
self.get_store_item(stream_uid, 'STREAM_TYPE'),
_debug_stream_content,
b64encode(self.get_store_item(stream_uid, 'STREAM_PKEY')),
self.get_store_hmac(stream_uid)))
# Compress stream
if constants.ENABLE_COMPRESSION:
Logger.info("STREAM: Compressing Stream...")
stream = compress(stream)
Logger.info("STREAM: Succesfully packed stream.")
return stream
def initialize(self):
super(AndroidFacebookManager, self).initialize()
try:
FacebookSdk.sdkInitialize(python_activity.getApplicationContext())
except JavaException as ex:
Logger.error("Facebook Android: %s" % ex)