def sms(main_number):
phone_num = main_number
module = Atom('Auth')
client_id = [] # client_id = [] :: [] | binary(),
dev_key = phone_num # dev_key = [] :: [] | binary(),
user_id = [] # user_id = [] :: [] | binary(),
phone = phone_num # phone = [] :: [] | binary(),
token = [] # token = [] :: [] | binary(),
sms_code = '903182' # type = [] :: [] | atom(),
type_r = Atom('verify') # sms_code = [] :: [] | binary(),
attempts = [] # attempts = [] :: [] | integer(),
services = [] # services = [] :: list(atom()),
settings = [('Feature', "id_DEFAULT_LANGUAGE", "DEFAULT_LANGUAGE",
"English:en", "LANGUAGE_SETTING")]
push = [] # push = [] :: [] | binary(),
os = [] # os = [] :: [] | atom() | ios | android | web,
created = [] # created = [] :: [] | integer() | binary(),
last_online = [] # last_online = [] :: [] | integer()})
request_f = (module, client_id, dev_key, user_id, phone, token, type_r,
sms_code, attempts, services, settings, push, os, created,
last_online)
request = bert.encode(request_f)
# log.info('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
log.debug("Send sms verify")
return request
def login(main_number):
phone_num = main_number
feature = Atom('Feature')
module = Atom('Auth')
client_id = "reg_" + phone_num # client_id = [] :: [] | binary(),
dev_key = phone_num # dev_key = [] :: [] | binary(),
user_id = [] # user_id = [] :: [] | binary(),
phone = phone_num # phone = [] :: [] | binary(),
token = [] # token = [] :: [] | binary(),
sms_code = [] # type = [] :: [] | atom(),
type_r = Atom('reg') # sms_code = [] :: [] | binary(),
attempts = [] # attempts = [] :: [] | integer(),
services = [] # services = [] :: list(atom()),
# settings = [] :: [] | list(#'Feature'{}),
settings = [(feature, phone_num + "__152775413346297", "AppVersion",
"0.2.95", "AUTH_DATA"),
(feature, phone_num + "__152775413346297", "OS", "iOS 11.3",
"AUTH_DATA"),
(feature, phone_num + "__152775413346297", "DeviceModel",
"simulator/sandbox", "AUTH_DATA")]
push = [] # push = [] :: [] | binary(),
os = [] # os = [] :: [] | atom() | ios | android | web,
created = [] # created = [] :: [] | integer() | binary(),
last_online = [] # last_online = [] :: [] | integer()})
request_f = (module, client_id, dev_key, user_id, phone, token, type_r,
sms_code, attempts, services, settings, push, os, created,
last_online)
request = bert.encode(request_f)
# log.info('='*5 + 'REQUEST' + '='*5 + '\r\n' + str(request_f)+'\r\n')
log.debug("Send Auth/check")
return request
def delete_user(phone_number):
Profile = Atom('Profile')
remove = Atom('remove')
user_delete_f = (Profile, phone_number, [], [], [], [], [], [], remove)
print('=' * 5 + 'REQUEST' + '=' * 5 + '\r\n' + str(user_delete_f) + '\r\n')
user_delete = bert.encode(user_delete_f)
return user_delete
def patch_group(room_id, room_name):
module = Atom('Room')
room_id = room_id # id = [] :: [] | binary(),
name = room_name # name = [] :: [] | binary(),
links = []
description = [] # description = [] :: [] | binary(),
settings = [] # settings = [] :: list(),
members = [] # members = [] :: list(#'Member'{}),
admins = [] # admins = [] :: list(#'Member'{}),
data = [] # data = [] :: [] | list(#'Desc'{}),
room_type = [] # type = [] :: [] | atom() | group | channel,
tos = [] # tos = [] :: [] | binary(),
tos_update = [] # tos_update = 0 :: [] | integer(),
unread = [] # unread = 0 :: [] | integer(),
mentions = [] # mentions = [] :: [] | list(integer()),
readers = [] # readers = [] :: list(integer()),
last_msg = [] # last_msg = [] :: [] | #'Message'{},
update = [] # update = 0 :: [] | integer(),
created = [] # created = 0 :: [] | integer(),
room_status = Atom('patch') # status = [] :: [] | create | leave| add | remove | patch | get | delete | last_msg}).
request_f = (module,room_id,name,links,description,settings,members,admins,data,room_type,
tos,tos_update,unread,mentions,readers,last_msg,update,created,room_status)
request = bert.encode(request_f)
# log.info('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
log.debug("Send group creation request")
return request
def parser(client, payload, main_number):
data = bert.decode(bytes(payload))
if data[0] == Atom("Profile"):
contacts = data[3][0][6]
for field in contacts:
if field[0] == Atom('Contact') and field[1].split(
b'_')[0] == string_to_bytes(main_number):
log.debug('Main profile found')
global user_id
user_id = field[1]
print(user_id)
for field in data:
if field and list == type(field):
for room in field[0]:
if room and list == type(room) and room[0][0] == Atom(
'Room'):
global room_id
room_id = room[-1][1]
print(room_id)
client.publish(topic="events/1//api/anon//",
payload=bytearray(history_group(user_id, room_id)),
qos=2,
retain=False)
if data[0] == Atom('Message') and data[-1] == Atom('clear'):
log.debug("Verify history removed")
for field in data:
if field and list == type(field) and tuple == type(field[0]):
Verify.equals(b'History was removed', field[0][3],
'No history removed')
client.disconnect()
def get_profile():
module = Atom('Profile')
phone_id = '12566018988'
settings = []
status = Atom('get')
request_f = (module,phone_id,settings,settings,settings,settings,settings,settings,status)
request = bert.encode(request_f)
print('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
return request
def on_message(self, client, userdata, msg):
log.info('='*5 + 'RESPONSE' + '='*5 + '\r\n'+ str(bert.decode(bytes(msg.payload))) + '\r\n')
for node in (bert.decode(bytes(msg.payload))):
if node == (Atom('ok'), Atom('sms_sent')):
client.publish(topic="events/1//api/anon//", payload=bytearray(sms(self.my_number)), qos=2,
retain=False)
if re.findall(r"\(Atom\('ok2'\), Atom\('login'\)", str(node)):
self.clien = str(node[2][0].decode("utf-8"))
self.pswd = str(node[2][1].decode("utf-8"))
log.info('Got client {} and password {}'.format(self.clien, self.pswd))
client.disconnect()
def ban_user():
module = Atom('Friend')
phone_id = '8613777322455_544' # phone_id = [] :: [] | binary(),
friend_id = '380998681837_437' # friend_id = [] :: [] | binary(),
settings = [] # settings = [] :: list(#'Feature'{}),
status = Atom('ban') # status = [] :: [] | ban | unban
# | request | confirm | update
request_f = (module, phone_id, friend_id, settings, status)
request = bert.encode(request_f)
print('=' * 5 + 'REQUEST' + '=' * 5 + '\r\n' + str(request_f) + '\r\n')
return request
def ignore_request():
module = Atom('Friend')
phone_id = '12566018988_727' # phone_id = [] :: [] | binary(),
friend_id = '51997259024_549' # friend_id = [] :: [] | binary(),
settings = [] # settings = [] :: list(#'Feature'{}),
status = Atom('ignore') # status = [] :: [] | ban | unban
# | request | confirm | update
request_f = (module,phone_id,friend_id,settings,status)
request = bert.encode(request_f)
print('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
return request
def history_schedule():
model = Atom('History')
user_id = '38000000001_13825' # roster_id = [] :: [] | binary(),
history_type = Atom('act')
name = 'publish' # name = <<"publish">> :: [] | binary(),
dt = '38000000001_13825' # data = []:: binary() | integer() | list(term())})
action = Atom('get')
size = [] # size = 0 :: [] | integer(),
entity_id = [] # entity_id = 0 :: [] | integer(),
data = [] # data = [] :: list(#'Message'{}) | list(#'Job'{}),
request_f = (model,user_id,(history_type,name,dt),size,entity_id,data,action)
request = bert.encode(request_f)
print('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
return request
def history_group(user_id, group_id):
model = Atom('History')
user_id = user_id # roster_id = [] :: [] | binary(),
history_type = Atom('muc')
group_id = group_id # group_id = [] :: [] | binary(),
size = [] # size = 0 :: [] | integer(),
entity_id = [] # entity_id = 0 :: [] | integer(),
data = [] # data = [] :: list(#'Message'{}) | list(#'Job'{}),
action = Atom('delete')
request_f = (model,user_id,(history_type,group_id),size,entity_id,data,action)
request = bert.encode(request_f)
# log.debug('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
log.debug('Clear group chat history request')
return request
def history_p2p():
model = Atom('History')
user_id = '8613777322455_544' # roster_id = [] :: [] | binary(),
history_type = Atom('p2p')
from_r = '12566018988_541' # from = [] :: [] | binary(),
to_r = '51997259024_542' # to = [] :: [] | binary()
action = Atom('get')
size = -15 # size = 0 :: [] | integer(),
entity_id = 20483 # entity_id = 0 :: [] | integer(),
data = [] # data = [] :: list(#'Message'{}) | list(#'Job'{}),
request_f = (model,user_id,(history_type,from_r,to_r),size,entity_id,data,action)
request = bert.encode(request_f)
print('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
return request
def room(**data):
module = Atom('Room')
expected = [
'room_id', 'name', 'links', 'description', 'settings', 'members',
'admins', 'data', 'room_type', 'tos', 'tos_update', 'unread',
'mentions', 'readers', 'last_msg', 'update', 'created', 'room_status'
]
actual = data
my_dict = {}
for i in expected:
if i in actual.keys():
my_dict.update({i: actual[i]})
else:
my_dict.update({i: []})
request_f = (module, my_dict['room_id'], my_dict['name'], my_dict['links'],
my_dict['description'], my_dict['settings'],
my_dict['members'], my_dict['admins'], my_dict['data'],
my_dict['room_type'], my_dict['tos'], my_dict['tos_update'],
my_dict['unread'], my_dict['mentions'], my_dict['readers'],
my_dict['last_msg'], my_dict['update'], my_dict['created'],
my_dict['room_status'])
request = bert.encode(request_f)
log.info('=' * 5 + 'REQUEST' + '=' * 5 + '\r\n' + str(request_f) + '\r\n')
return request
async def download(self, bundle):
vault = self.vault
assert vault is not None
assert self.stream is not None
self.logger.info('Downloading %s', bundle)
# download key and file
await self.write_term('download', bundle.store_hash)
response = await self.read_term()
if len(response) == 3:
server_info = rewrite_atoms_dict(response[1])
server_info.update(**rewrite_atoms_dict(response[2]))
url = None
elif len(response) == 2 and isinstance(
response[1], tuple) and response[1][0] == Atom('url'):
response_obj = response[1]
url = response_obj[1].decode()
server_info = rewrite_atoms_dict(response_obj[2])
server_info.update(**rewrite_atoms_dict(response_obj[3]))
else:
raise Exception('xx')
content_hash = server_info['content_hash'].decode()
metadata = server_info['metadata']
file_size = server_info['size']
assert type(file_size) == int
if url:
self.logger.debug(
'Downloading content ({} bytes) from URL: {}'.format(
file_size, url))
else:
self.logger.debug(
'Downloading content ({} bytes) from stream.'.format(
file_size))
# read content hash
self.logger.debug('Content hash: %s', content_hash)
await bundle.write_encrypted_metadata(Once(metadata))
await bundle.load_key()
if url:
stream_source = URLReader(url)
else:
stream_source = TrioStreamReader(self.stream) >> Limit(file_size)
hash_ok = await vault.crypt_engine.write_encrypted_stream(
bundle, stream_source, assert_hash=content_hash)
if not hash_ok:
# alert server of hash mismatch
await self.write_term('invalid_content_hash', bundle.store_hash,
vault.revision)
def convert_bert(self, item):
bert_type = item[1]
if bert_type == "nil":
return None
elif bert_type == "string":
return item[3].decode(Atom(item[2]))
elif bert_type == "dict":
return dict((self.convert(k), self.convert(v)) for k, v in item[2])
elif bert_type in ("true", True):
return True
elif bert_type in ("false", False):
return False
elif bert_type == "time":
return utc_to_datetime(item[2] * 1000000 + item[3], item[4])
elif bert_type == "regex":
flags = 0
if 'extended' in item[3]:
flags |= re.VERBOSE
if 'caseless' in item[3]:
flags |= re.IGNORECASE
if 'multiline' in item[3]:
flags |= re.MULTILINE
if 'dotall' in item[3]:
flags |= re.DOTALL
return re.compile(item[2], flags)
raise NotImplementedError("Unknown BERT type %s" % item[1])
def on_message(self, client, userdata, msg):
print(msg.topic)
print(bert.decode(bytes(msg.payload)))
for node in (bert.decode(bytes(msg.payload))):
if node == (Atom('ok'), Atom('sms_sent')):
client.publish(topic="events/1//api/anon//",
payload=bytearray(sms),
qos=2,
retain=False)
elif re.findall(r"\(Atom\('ok2'\), Atom\('login'\)", str(node)):
global psw
global clie
clie = str(node[2][0].decode("utf-8"))
psw = str(node[2][1].decode("utf-8"))
client.disconnect()
class BERTTestCase(unittest.TestCase):
bert_tests = [
# nil
(None, ("bert", "nil")),
# nested nil
([None, (None, )], [("bert", "nil"), (("bert", "nil"), )]),
# unicode
(u"Mitä kuuluu", ('bert', 'string', Atom('UTF-8'),
u"Mitä kuuluu".encode('utf-8'))),
# dict
({
'foo': 'bar'
}, ('bert', 'dict', [('foo', 'bar')])),
# empty dict
({}, ('bert', 'dict', [])),
# nested dict
({
'foo': {
'baz': 'bar'
}
}, ('bert', 'dict', [('foo', ('bert', 'dict', [('baz', 'bar')]))])),
# empty tuple
(tuple(), tuple()),
# true
(True, ('bert', 'true')),
# false
(False, ('bert', 'false')),
# time
(datetime.datetime.utcfromtimestamp(123 * 1000000 +
456).replace(microsecond=789),
('bert', 'time', 123, 456, 789)),
# regex
(re.compile('^c(a)t$', re.I | re.X),
('bert', 'regex', '^c(a)t$', (Atom('extended'), Atom('caseless')))),
# other
([1, 2.0, ("foo", "bar")], [1, 2.0, ("foo", "bar")]),
]
def testDecode(self):
convert = BERTDecoder().convert
for python, bert in self.bert_tests:
self.failUnlessEqual(python, convert(bert))
def testEncode(self):
convert = BERTEncoder().convert
for python, bert in self.bert_tests:
self.failUnlessEqual(bert, convert(python))
def desc_model(mime, payload, data):
desc_module = Atom('Desc')
desc_id = 'Autotest_desc_id' + str(time.time()).split('.')[0]
desc_mime = mime
desc_payload = payload
parentid = []
data = data
return desc_module, desc_id, desc_mime, desc_payload, parentid, data
def parser(client, payload, threadNumber):
data = bert.decode(bytes(payload))
for node in data:
if node == (Atom('ok'), Atom('sms_sent')):
client.publish(topic="events/1//api/anon//",
payload=bytearray(sms(threadNumber)),
qos=2,
retain=False)
if node == Atom('Profile') and data[8] == 'remove':
print('User {} deleted'.format(str(threadNumber)))
client.disconnect()
if node == Atom('Profile') and data[8] == 'init':
client.publish(topic="events/1//api/anon//",
payload=bytearray(delete_user(threadNumber)),
qos=2,
retain=False)
async def upload_identity(self, identity: Identity, description: str):
self.logger.debug('Uploading my public key to server')
# upload public key and fingerprint
await self.write_term('add_user_key', identity.export_public_key(),
identity.get_fingerprint(), description)
response = await self.read_term()
if response[0] == Atom('user_key_added'):
raise UnexpectedResponseException()
async def write_term(self, *term):
'''write a BERT tuple'''
assert self.stream is not None
if BINARY_DEBUG:
self.logger.debug('[WRITE] Unserialized: %s', term)
packet = bert.encode((Atom(term[0]), ) + term[1:])
packet_length = len(packet)
assert packet_length > 0
if BINARY_DEBUG:
self.logger.debug('[WRITE] Serialized: %s', packet)
await self.stream.send_all(struct.pack('!I', packet_length) + packet)
def update_username():
model = Atom('Roster')
user_id = 544 # id = [] :: [] | integer(),
first_name = [] # names = [] :: [] | binary(),
last_name = [] # surnames = [] :: [] | binary(),
email = [] # email = [] :: [] | binary(),
my_username = '******' # nick = [] :: [] | binary(),
user_list = [] # userlist = [] :: list(#'Contact'{}),
room_list = [] # roomlist = [] :: list(#'Room'{}),
favorite = [] # favorite = [] :: list(#'ExtendedStar'{}),
tags = [] # tags = [] :: list(#'Tag'{}),
phone = [] # phone = [] :: [] | binary(),
avatar = [] # avatar = [] :: [] | binary(),
update = [] # update = 0 :: [] | integer(),
status = Atom('nick') # status = [] :: [] | get | create | del | remove | nick | add | update
# | list | patch | last_msg
request_f = (model,user_id,first_name,last_name,email,my_username,user_list,room_list,favorite,
tags,phone,avatar,update,status)
request = bert.encode(request_f)
print('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(request_f)+'\r\n')
return request
def parser(client, payload, number, friend_phone):
data = bert.decode(bytes(payload))
for node in data:
if node == Atom('Profile') and data[8] == 'init':
roas = (bert.decode(bytes(payload))[3])
user_id = roas[0][1]
client.publish(topic="events/1//api/anon//",
payload=bytearray(search(user_id, friend_phone)),
qos=2,
retain=False)
def act(**kwargs):
module = Atom('act')
expected = ['name', 'data']
actual = kwargs
my_dict = {}
for i in expected:
if i in actual.keys():
my_dict.update({i: actual[i]})
else:
my_dict.update({i: []})
return module, my_dict['name'], my_dict['data']
def p2p(**data):
module = Atom('p2p')
expected = ['from_user', 'to']
actual = data
my_dict = {}
for i in expected:
if i in actual.keys():
my_dict.update({i: actual[i]})
else:
my_dict.update({i: []})
request_f = (module, my_dict['from_user'], my_dict['to'])
return request_f
def parser(client, payload, main_number):
data = bert.decode(bytes(payload))
for node in data:
if node == Atom('Profile') and data[8] == 'init':
roster = (bert.decode(bytes(payload))[3])
user_id = roster[0][1]
my = main_number + '_' + str(user_id)
contacts = data[3][0][6]
for field in contacts:
if field[0] == Atom('Contact') and field[-1] == Atom('authorization'):
client.publish(topic="events/1//api/anon//", payload=bytearray(
friend(my_id=my, friend_id=field[1], status=Atom('confirm'))), qos=2, retain=False)
if data == (Atom('io'), (Atom('error'), Atom('invalid_data')), b''):
log.error("Something going wrong")
client.disconnect()
raise InvalidData("Invalid data response")
if data == (Atom('io'), (Atom('error'), Atom('permission_denied')), b''):
log.error("Something going wrong")
client.disconnect()
raise PermissionDenied("No permission")
async def read_term(self, assert_ok=True):
'''reads a BERT tuple, asserts that first item is "ok"'''
assert self.stream is not None
pl_read = (await self.stream.receive_some(4))
if len(pl_read) != 4:
raise ConnectionResetException()
pl_tuple = struct.unpack('!I', pl_read)
packet_length = pl_tuple[0]
assert packet_length > 0
packet = b''
while len(packet) < packet_length:
buf = await self.stream.receive_some(packet_length - len(packet))
if len(buf) == 0:
raise ConnectionResetException()
packet += buf
if BINARY_DEBUG:
logger.debug('[READ] Serialized: %s', packet)
decoded = bert.decode(packet)
if BINARY_DEBUG:
self.logger.debug('[READ] Unserialized: %s', decoded)
if assert_ok and decoded[0] != Atom('ok'):
if decoded[0] == Atom('error'):
if len(decoded) > 1 and decoded[1] == Atom('sync_required'):
raise SyncRequired()
else:
raise ServerError(decoded[1:])
else:
raise UnsuccessfulResponse(decoded)
return decoded
def feature(**data):
module = Atom('Feature')
expected = ['id', 'key', 'value', 'group']
actual = data
my_dict = {}
for i in expected:
if i in actual.keys():
my_dict.update({i: actual[i]})
else:
my_dict.update({i: []})
request_f = (module, my_dict['id'], my_dict['key'], my_dict['value'],
my_dict['group'])
return request_f
def friend(**data):
module = Atom('Friend')
expected = ['my_id', 'friend_id', 'settings', 'status']
actual = data
my_dict = {}
for i in expected:
if i in actual.keys():
my_dict.update({i: actual[i]})
else:
my_dict.update({i: []})
request_f = (module, my_dict['my_id'], my_dict['friend_id'],
my_dict['settings'], my_dict['status'])
by_phone = bert.encode(request_f)
return by_phone
def search(**data):
module = Atom('Search')
expected = ['user_id', 'ref', 'field', 'type_r', 'value', 'status']
actual = data
my_dict = {}
for i in expected:
if i in actual.keys():
my_dict.update({i: actual[i]})
else:
my_dict.update({i: []})
request_f = (module, my_dict['user_id'], my_dict['ref'], my_dict['field'],
my_dict['type_r'], my_dict['value'], my_dict['status'])
by_phone = bert.encode(request_f)
# log.info('='*5 + 'REQUEST' + '='*5 + '\r\n'+ str(by_phone_f)+'\r\n')
log.debug("Search by number {}".format(str(my_dict['value'])))
return by_phone
