from __future__ import annotations from .configs import * from . import shared as tl from telethon.errors.rpcerrorlist import ( PasswordHashInvalidError, AuthTokenAlreadyAcceptedError, AuthTokenExpiredError, AuthTokenInvalidError, FreshResetAuthorisationForbiddenError, HashInvalidError, ) from telethon.tl.types import TypeInputClientProxy, TypeJSONValue from telethon.tl.types.auth import LoginTokenMigrateTo import logging import warnings @extend_override_class class CustomInitConnectionRequest(functions.InitConnectionRequest): def __init__( self, api_id: int, device_model: str, system_version: str, app_version: str, system_lang_code: str, lang_pack: str, lang_code: str, query, proxy: TypeInputClientProxy = None, params: TypeJSONValue = None, ): # our hook pass pid as device_model data = APIData.findData(device_model) # type: ignore if data != None: self.api_id = data.api_id self.device_model = data.device_model if data.device_model else device_model self.system_version = ( data.system_version if data.system_version else system_version ) self.app_version = data.app_version if data.app_version else app_version self.system_lang_code = ( data.system_lang_code if data.system_lang_code else system_lang_code ) self.lang_pack = data.lang_pack if data.lang_pack else lang_pack self.lang_code = data.lang_code if data.lang_code else lang_code data.destroy() else: self.api_id = api_id self.device_model = device_model self.system_version = system_version self.app_version = app_version self.system_lang_code = system_lang_code self.lang_pack = lang_pack self.lang_code = lang_code self.query = query self.proxy = proxy self.params = params @extend_class class TelegramClient(telethon.TelegramClient, BaseObject): """ Extended version of [telethon.TelegramClient](https://github.com/LonamiWebs/Telethon/blob/master/telethon/_client/telegramclient.py#L23) ### Methods: FromTDesktop(): Create an instance of `TelegramClient` from `TDesktop`. ToTDesktop(): Convert this `TelegramClient` instance to `TDesktop`. QRLoginToNewClient(): Return `True` if logged-in using an `[official API](API)`. GetSessions(): Get all logged in sessions. GetCurrentSession(): Get current logged-in session. TerminateSession(): Terminate a specific session. TerminateAllSessions(): Terminate all other sessions. PrintSessions(): Pretty-print all logged-in sessions. is_official_app(): Return `True` if logged-in using an `[official API](API)`. """ @typing.overload def __init__( self: TelegramClient, session: Union[str, Session] = None, api: Union[Type[APIData], APIData] = API.TelegramDesktop, ): """Start TelegramClient with customized api. Read more at [opentele GitHub](https://github.com/thedemons/opentele#authorization) ### Arguments: session (`str` | `Session`): The file name of the `session file` to be used, if a string is\\ given (it may be a full path), or the `Session` instance to be used\\ Otherwise, if it's `None`, the `session` will not be saved,\\ and you should call method `.log_out()` when you're done. Read more [here](https://docs.telethon.dev/en/latest/concepts/sessions.html?highlight=session#what-are-sessions). api (`API`, default=`TelegramDesktop`): Which API to use. Read more `[here](API)`. """ @typing.overload def __init__( self, session: Union[str, Session] = None, api: Union[Type[APIData], APIData] = None, api_id: int = 0, api_hash: str = None, *, connection: typing.Type[Connection] = ConnectionTcpFull, use_ipv6: bool = False, proxy: Union[tuple, dict] = None, local_addr: Union[str, tuple] = None, timeout: int = 10, request_retries: int = 5, connection_retries: int = 5, retry_delay: int = 1, auto_reconnect: bool = True, sequential_updates: bool = False, flood_sleep_threshold: int = 60, raise_last_call_error: bool = False, device_model: str = None, system_version: str = None, app_version: str = None, lang_code: str = "en", system_lang_code: str = "en", loop: asyncio.AbstractEventLoop = None, base_logger: Union[str, logging.Logger] = None, receive_updates: bool = True, ): """ !skip This is the abstract base class for the client. It defines some basic stuff like connecting, switching data center, etc, and leaves the `__call__` unimplemented. ### Arguments: session (`str` | `Session`, default=`None`): The file name of the `session file` to be used, if a string is\\ given (it may be a full path), or the `Session` instance to be used\\ Otherwise, if it's `None`, the `session` will not be saved,\\ and you should call method `.log_out()` when you're done. Note that if you pass a string it will be a file in the current working directory, although you can also pass absolute paths.\\ The session file contains enough information for you to login\\ without re-sending the code, so if you have to enter the code\\ more than once, maybe you're changing the working directory,\\ renaming or removing the file, or using random names. api (`API`, default=None): Use custom api_id and api_hash for better experience.\n These arguments will be ignored if it is set in the API: `api_id`, `api_hash`, `device_model`, `system_version`, `app_version`, `lang_code`, `system_lang_code` Read more at [opentele GitHub](https://github.com/thedemons/opentele#authorization) api_id (`int` | `str`, default=0): The API ID you obtained from https://my.telegram.org. api_hash (`str`, default=None): The API hash you obtained from https://my.telegram.org. connection (`telethon.network.connection.common.Connection`, default=ConnectionTcpFull): The connection instance to be used when creating a new connection to the servers. It **must** be a type. Defaults to `telethon.network.connection.tcpfull.ConnectionTcpFull`. use_ipv6 (`bool`, default=False): Whether to connect to the servers through IPv6 or not. By default this is `False` as IPv6 support is not too widespread yet. proxy (`tuple` | `list` | `dict`, default=None): An iterable consisting of the proxy info. If `connection` is one of `MTProxy`, then it should contain MTProxy credentials: ``('hostname', port, 'secret')``. Otherwise, it's meant to store function parameters for PySocks, like ``(type, 'hostname', port)``. See https://github.com/Anorov/PySocks#usage-1 for more. local_addr (`str` | `tuple`, default=None): Local host address (and port, optionally) used to bind the socket to locally. You only need to use this if you have multiple network cards and want to use a specific one. timeout (`int` | `float`, default=10): The timeout in seconds to be used when connecting. This is **not** the timeout to be used when ``await``'ing for invoked requests, and you should use ``asyncio.wait`` or ``asyncio.wait_for`` for that. request_retries (`int` | `None`, default=5): How many times a request should be retried. Request are retried when Telegram is having internal issues (due to either ``errors.ServerError`` or ``errors.RpcCallFailError``), when there is a ``errors.FloodWaitError`` less than `flood_sleep_threshold`, or when there's a migrate error. May take a negative or `None` value for infinite retries, but this is not recommended, since some requests can always trigger a call fail (such as searching for messages). connection_retries (`int` | `None`, default=5): How many times the reconnection should retry, either on the initial connection or when Telegram disconnects us. May be set to a negative or `None` value for infinite retries, but this is not recommended, since the program can get stuck in an infinite loop. retry_delay (`int` | `float`, default=1): The delay in seconds to sleep between automatic reconnections. auto_reconnect (`bool`, default=True): Whether reconnection should be retried `connection_retries` times automatically if Telegram disconnects us or not. sequential_updates (`bool`, default=False): By default every incoming update will create a new task, so you can handle several updates in parallel. Some scripts need the order in which updates are processed to be sequential, and this setting allows them to do so. If set to `True`, incoming updates will be put in a queue and processed sequentially. This means your event handlers should *not* perform long-running operations since new updates are put inside of an unbounded queue. flood_sleep_threshold (`int` | `float`, default=60): The threshold below which the library should automatically sleep on flood wait and slow mode wait errors (inclusive). For instance, if a ``FloodWaitError`` for 17s occurs and `flood_sleep_threshold` is 20s, the library will ``sleep`` automatically. If the error was for 21s, it would ``raise FloodWaitError`` instead. Values larger than a day (like ``float('inf')``) will be changed to a day. raise_last_call_error (`bool`, default=False): When API calls fail in a way that causes Telethon to retry automatically, should the RPC error of the last attempt be raised instead of a generic ValueError. This is mostly useful for detecting when Telegram has internal issues. device_model (`str`, default=None): "Device model" to be sent when creating the initial connection. Defaults to 'PC (n)bit' derived from ``platform.uname().machine``, or its direct value if unknown. system_version (`str`, default=None): "System version" to be sent when creating the initial connection. Defaults to ``platform.uname().release`` stripped of everything ahead of -. app_version (`str`, default=None): "App version" to be sent when creating the initial connection. Defaults to `telethon.version.__version__`. lang_code (`str`, default='en'): "Language code" to be sent when creating the initial connection. Defaults to ``'en'``. system_lang_code (`str`, default='en'): "System lang code" to be sent when creating the initial connection. Defaults to `lang_code`. loop (`asyncio.AbstractEventLoop`, default=None): Asyncio event loop to use. Defaults to `asyncio.get_event_loop()`. This argument is ignored. base_logger (`str` | `logging.Logger`, default=None): Base logger name or instance to use. If a `str` is given, it'll be passed to `logging.getLogger()`. If a `logging.Logger` is given, it'll be used directly. If something else or nothing is given, the default logger will be used. receive_updates (`bool`, default=True): Whether the client will receive updates or not. By default, updates will be received from Telegram as they occur. Turning this off means that Telegram will not send updates at all so event handlers, conversations, and QR login will not work. However, certain scripts don't need updates, so this will reduce the amount of bandwidth used. """ @override def __init__( self, session: Union[str, Session] = None, api: Union[Type[APIData], APIData] = None, api_id: int = 0, api_hash: str = None, **kwargs, ): # Use API.TelegramDesktop by default. if api != None: if isinstance(api, APIData) or ( isinstance(api, type) and APIData.__subclasscheck__(api) and api != APIData ): api_id = api.api_id api_hash = api.api_hash # pass our hook id through the device_model kwargs["device_model"] = api.pid # type: ignore else: if ( (isinstance(api, int) or isinstance(api, str)) and api_id and isinstance(api_id, str) ): api_id = api api_hash = api_id api = None elif api_id == 0 and api_hash == None: api = API.TelegramDesktop api_id = api.api_id api_hash = api.api_hash # pass our hook id through the device_model kwargs["device_model"] = api.pid # type: ignore self._user_id = None self.__TelegramClient____init__(session, api_id, api_hash, **kwargs) @property def UserId(self): return self._self_id if self._self_id else self._user_id @UserId.setter def UserId(self, id): self._user_id = id async def GetSessions(self) -> Optional[types.account.Authorizations]: """ Get all logged-in sessions. ### Returns: - Return an instance of `Authorizations` on success """ return await self(functions.account.GetAuthorizationsRequest()) # type: ignore async def GetCurrentSession(self) -> Optional[types.Authorization]: """ Get current logged-in session. ### Returns: Return `telethon.types.Authorization` on success. Return `None` on failure. """ results = await self.GetSessions() return ( next((auth for auth in results.authorizations if auth.current), None) if results != None else None ) async def TerminateSession(self, hash: int): """ Terminate a specific session ### Arguments: hash (`int`): The `session`'s hash to terminate ### Raises: `FreshResetAuthorisationForbiddenError`: You can't log out other `sessions` if less than `24 hours` have passed since you logged on to the `current session`. `HashInvalidError`: The provided hash is invalid. """ try: await self(functions.account.ResetAuthorizationRequest(hash)) except FreshResetAuthorisationForbiddenError as e: raise FreshResetAuthorisationForbiddenError( "You can't logout other sessions if less than 24 hours have passed since you logged on the current session." ) except HashInvalidError as e: raise HashInvalidError("The provided hash is invalid.") async def TerminateAllSessions(self) -> bool: """ Terminate all other sessions. """ sessions = await self.GetSessions() if sessions == None: return False for ss in sessions.authorizations: if not ss.current: await self.TerminateSession(ss.hash) return True async def PrintSessions(self, sessions: types.account.Authorizations = None): """ Pretty-print all logged-in sessions. ### Arguments: sessions (`Authorizations`, default=`None`): `Sessions` that return by `GetSessions()`, if `None` then it will `GetSessions()` first. ### Returns: On success, it should prints the sessions table as the code below. ``` |---------+-----------------------------+----------+----------------+--------+----------------------------+--------------| | | Device | Platform | System | API_ID | App name | Official App | |---------+-----------------------------+----------+----------------+--------+----------------------------+--------------| | Current | MacBook Pro | macOS | 10.15.6 | 2834 | Telegram macOS 8.4 | ✔ | |---------+-----------------------------+----------+----------------+--------+----------------------------+--------------| | 1 | Chrome 96 | Windows | | 2496 | Telegram Web 1.28.3 Z | ✔ | | 2 | iMac | macOS | 11.3.1 | 2834 | Telegram macOS 8.4 | ✔ | | 3 | MacBook Pro | macOS | 10.12 | 2834 | Telegram macOS 8.4 | ✔ | | 4 | Huawei Y360-U93 | Android | 7.1 N MR1 (25) | 21724 | Telegram Android X 8.4.1 | ✔ | | 5 | Samsung Galaxy Spica | Android | 6.0 M (23) | 6 | Telegram Android 8.4.1 | ✔ | | 6 | Xiaomi Redmi Note 8 | Android | 10 Q (29) | 6 | Telegram Android 8.4.1 | ✔ | | 7 | Samsung Galaxy Tab A (2017) | Android | 7.0 N (24) | 6 | Telegram Android 8.4.1 | ✔ | | 8 | Samsung Galaxy XCover Pro | Android | 8.0 O (26) | 6 | Telegram Android 8.4.1 | ✔ | | 9 | iPhone X | iOS | 13.1.3 | 10840 | Telegram iOS 8.4 | ✔ | | 10 | iPhone XS Max | iOS | 12.11.0 | 10840 | Telegram iOS 8.4 | ✔ | | 11 | iPhone 11 Pro Max | iOS | 14.4.2 | 10840 | Telegram iOS 8.4 | ✔ | |---------+-----------------------------+----------+----------------+--------+----------------------------+--------------| ``` """ if (sessions == None) or not isinstance(sessions, types.account.Authorizations): sessions = await self.GetSessions() assert sessions table = [] index = 0 for session in sessions.authorizations: table.append( { " ": "Current" if session.current else index, "Device": session.device_model, "Platform": session.platform, "System": session.system_version, "API_ID": session.api_id, "App name": "{} {}".format(session.app_name, session.app_version), "Official App": "✔" if session.official_app else "✖", } ) index += 1 print(PrettyTable(table, [1])) async def is_official_app(self) -> bool: """ Return `True` if this session was logged-in using an official app (`API`). """ auth = await self.GetCurrentSession() return False if auth == None else bool(auth.official_app) @typing.overload async def QRLoginToNewClient( self, session: Union[str, Session] = None, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, ) -> TelegramClient: """ Create a new session using the current session. ### Arguments: session (`str`, `Session`, default=`None`): description api (`API`, default=`TelegramDesktop`): Which API to use. Read more `[here](API)`. password (`str`, default=`None`): Two-step verification password, set if needed. ### Raises: - `NoPasswordProvided`: The account's two-step verification is enabled and no `password` was provided. Please set the `password` parameters. - `PasswordIncorrect`: The two-step verification `password` is incorrect. - `TimeoutError`: Time out waiting for the client to be authorized. ### Returns: - Return an instance of `TelegramClient` on success. ### Examples: Use to current session to authorize a new session: ```python # Using the API that we've generated before. Please refer to method API.Generate() to learn more. oldAPI = API.TelegramDesktop.Generate(system="windows", unique_id="old.session") oldclient = TelegramClient("old.session", api=oldAPI) await oldClient.connect() # We can safely authorize the new client with a different API. newAPI = API.TelegramAndroid.Generate(unique_id="new.session") newClient = await client.QRLoginToNewClient(session="new.session", api=newAPI) await newClient.connect() await newClient.PrintSessions() ``` """ @typing.overload async def QRLoginToNewClient( self, session: Union[str, Session] = None, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, *, connection: typing.Type[Connection] = ConnectionTcpFull, use_ipv6: bool = False, proxy: Union[tuple, dict] = None, local_addr: Union[str, tuple] = None, timeout: int = 10, request_retries: int = 5, connection_retries: int = 5, retry_delay: int = 1, auto_reconnect: bool = True, sequential_updates: bool = False, flood_sleep_threshold: int = 60, raise_last_call_error: bool = False, loop: asyncio.AbstractEventLoop = None, base_logger: Union[str, logging.Logger] = None, receive_updates: bool = True, ) -> TelegramClient: pass async def QRLoginToNewClient( self, session: Union[str, Session] = None, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, **kwargs, ) -> TelegramClient: newClient = TelegramClient(session, api=api, **kwargs) try: await newClient.connect() # switch DC for now because i can't handle LoginTokenMigrateTo... if newClient.session.dc_id != self.session.dc_id: await newClient._switch_dc(self.session.dc_id) except OSError as e: raise BaseException("Cannot connect") if await newClient.is_user_authorized(): # nocov currentAuth = await newClient.GetCurrentSession() if currentAuth != None: if currentAuth.api_id == api.api_id: warnings.warn( "\nCreateNewSession - a session file with the same name " "is already existed, returning the old session" ) else: warnings.warn( "\nCreateNewSession - a session file with the same name " "is already existed, but its api_id is different from " "the current one, it will be overwritten" ) disconnect = newClient.disconnect() if disconnect: await disconnect await newClient.disconnected newClient.session.close() newClient.session.delete() newClient = await self.QRLoginToNewClient( session=session, api=api, password=password, **kwargs ) return newClient if not self._self_id: oldMe = await self.get_me() timeout_err = None # try to generate the qr token muiltiple times to work around timeout error. # this happens when we're logging in from a mismatched DC. request_retries = ( kwargs["request_retries"] if "request_retries" in kwargs else 5 ) # default value for request_retries for attempt in range(request_retries): # nocov try: # we could have been already authorized, but it still raised an timeouterror (??!) if attempt > 0 and await newClient.is_user_authorized(): break qr_login = await newClient.qr_login() # if we encountered timeout error in the first try, it might be because of mismatched DcId, we're gonna have to switch_dc if isinstance(qr_login._resp, types.auth.LoginTokenMigrateTo): await newClient._switch_dc(qr_login._resp.dc_id) qr_login._resp = await newClient( functions.auth.ImportLoginTokenRequest(qr_login._resp.token) ) # for the above reason, we should check if we're already authorized if isinstance(qr_login._resp, types.auth.LoginTokenSuccess): newClient._on_login(qr_login._resp.authorization.user) break # calculate when will the qr token expire import datetime time_now = datetime.datetime.now(datetime.timezone.utc) time_out = (qr_login.expires - time_now).seconds + 5 resp = await self( functions.auth.AcceptLoginTokenRequest(qr_login.token) ) await qr_login.wait(time_out) # break the loop on success break except ( AuthTokenAlreadyAcceptedError, AuthTokenExpiredError, AuthTokenInvalidError, ) as e: # AcceptLoginTokenRequest exception handler raise e except (TimeoutError, asyncio.TimeoutError) as e: warnings.warn( "\nQRLoginToNewClient attemp {} failed because {}".format( attempt + 1, type(e) ) ) timeout_err = TimeoutError( "Something went wrong, i couldn't perform the QR login process" ) except telethon.errors.SessionPasswordNeededError as e: # requires an 2fa password Expects( password != None, NoPasswordProvided( "Two-step verification is enabled for this account.\n" "You need to provide the `password` to argument" ), ) # two-step verification try: pwd: types.account.Password = await newClient(functions.account.GetPasswordRequest()) # type: ignore result = await newClient( functions.auth.CheckPasswordRequest( pwd_mod.compute_check(pwd, password) # type: ignore ) ) # successful log in newClient._on_login(result.user) # type: ignore break except PasswordHashInvalidError as e: raise PasswordIncorrect(e.__str__()) from e warnings.warn( "\nQRLoginToNewClient attemp {} failed. Retrying..".format(attempt + 1) ) if timeout_err: raise timeout_err return newClient async def ToTDesktop( self, flag: Type[LoginFlag] = CreateNewSession, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, ) -> td.TDesktop: """ Convert this instance of `TelegramClient` to `TDesktop` ### Arguments: flag (`LoginFlag`, default=`CreateNewSession`): The login flag. Read more `[here](LoginFlag)`. api (`API`, default=`TelegramDesktop`): Which API to use. Read more `[here](API)`. password (`str`, default=`None`): Two-step verification `password` if needed. ### Returns: - Return an instance of `TDesktop` on success ### Examples: Save a telethon session to tdata: ```python # Using the API that we've generated before. Please refer to method API.Generate() to learn more. oldAPI = API.TelegramDesktop.Generate(system="windows", unique_id="old.session") oldclient = TelegramClient("old.session", api=oldAPI) await oldClient.connect() # We can safely CreateNewSession with a different API. # Be aware that you should not use UseCurrentSession with a different API than the one that first authorized it. newAPI = API.TelegramAndroid.Generate(unique_id="new_tdata") tdesk = await oldClient.ToTDesktop(flag=CreateNewSession, api=newAPI) # Save the new session to a folder named "new_tdata" tdesk.SaveTData("new_tdata") ``` """ return await td.TDesktop.FromTelethon( self, flag=flag, api=api, password=password ) @typing.overload @staticmethod async def FromTDesktop( account: Union[td.TDesktop, td.Account], session: Union[str, Session] = None, flag: Type[LoginFlag] = CreateNewSession, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, ) -> TelegramClient: """ ### Arguments: account (`TDesktop`, `Account`): The `TDesktop` or `Account` you want to convert from. session (`str`, `Session`, default=`None`): The file name of the `session file` to be used, if `None` then the session will not be saved.\\ Read more [here](https://docs.telethon.dev/en/latest/concepts/sessions.html?highlight=session#what-are-sessions). flag (`LoginFlag`, default=`CreateNewSession`): The login flag. Read more `[here](LoginFlag)`. api (`API`, default=`TelegramDesktop`): Which API to use. Read more `[here](API)`. password (`str`, default=`None`): Two-step verification password if needed. ### Returns: - Return an instance of `TelegramClient` on success ### Examples: Create a telethon session using tdata folder: ```python # Using the API that we've generated before. Please refer to method API.Generate() to learn more. oldAPI = API.TelegramDesktop.Generate(system="windows", unique_id="old_tdata") tdesk = TDesktop("old_tdata", api=oldAPI) # We can safely authorize the new client with a different API. newAPI = API.TelegramAndroid.Generate(unique_id="new.session") client = await TelegramClient.FromTDesktop(tdesk, session="new.session", flag=CreateNewSession, api=newAPI) await client.connect() await client.PrintSessions() ``` """ @typing.overload @staticmethod async def FromTDesktop( account: Union[td.TDesktop, td.Account], session: Union[str, Session] = None, flag: Type[LoginFlag] = CreateNewSession, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, *, connection: typing.Type[Connection] = ConnectionTcpFull, use_ipv6: bool = False, proxy: Union[tuple, dict] = None, local_addr: Union[str, tuple] = None, timeout: int = 10, request_retries: int = 5, connection_retries: int = 5, retry_delay: int = 1, auto_reconnect: bool = True, sequential_updates: bool = False, flood_sleep_threshold: int = 60, raise_last_call_error: bool = False, loop: asyncio.AbstractEventLoop = None, base_logger: Union[str, logging.Logger] = None, receive_updates: bool = True, ) -> TelegramClient: pass @staticmethod async def FromTDesktop( account: Union[td.TDesktop, td.Account], session: Union[str, Session] = None, flag: Type[LoginFlag] = CreateNewSession, api: Union[Type[APIData], APIData] = API.TelegramDesktop, password: str = None, **kwargs, ) -> TelegramClient: Expects( (flag == CreateNewSession) or (flag == UseCurrentSession), LoginFlagInvalid("LoginFlag invalid"), ) if isinstance(account, td.TDesktop): Expects( account.isLoaded(), TDesktopNotLoaded( "You need to load accounts from a tdata folder first" ), ) Expects( account.accountsCount > 0, TDesktopHasNoAccount( "There is no account in this instance of TDesktop" ), ) assert account.mainAccount account = account.mainAccount if (flag == UseCurrentSession) and not ( isinstance(api, APIData) or APIData.__subclasscheck__(api) ): # nocov warnings.warn( # type: ignore "\nIf you use an existing Telegram Desktop session " "with unofficial API_ID and API_HASH, " "Telegram might ban your account because of suspicious activities.\n" "Please use the default APIs to get rid of this." ) endpoints = account._local.config.endpoints(account.MainDcId) address = td.MTP.DcOptions.Address.IPv4 protocol = td.MTP.DcOptions.Protocol.Tcp # Expects( # connection == ConnectionTcpFull, # "Other connection type is not supported yet", # ) Expects(len(endpoints[address][protocol]) > 0, "Couldn't find endpoint for this account, something went wrong?") # type: ignore endpoint = endpoints[address][protocol][0] # type: ignore # If we're gonna create a new session any way, then this session is only # created to accept the qr login for the new session if flag == CreateNewSession: auth_session = MemorySession() else: # COPY STRAIGHT FROM TELETHON # Determine what session object we have if isinstance(session, str) or session is None: try: auth_session = SQLiteSession(session) except ImportError: warnings.warn( "The sqlite3 module is not available under this " "Python installation and no custom session " "instance was given; using MemorySession.\n" "You will need to re-login every time unless " "you use another session storage" ) auth_session = MemorySession() elif not isinstance(session, Session): raise TypeError( "The given session must be a str or a Session instance." ) auth_session.set_dc(endpoint.id, endpoint.ip, endpoint.port) # type: ignore auth_session.auth_key = AuthKey(account.authKey.key) # type: ignore client = TelegramClient(auth_session, api=account.api, **kwargs) if flag == UseCurrentSession: client.UserId = account.UserId return client await client.connect() Expects( await client.is_user_authorized(), TDesktopUnauthorized("TDesktop client is unauthorized"), ) # create new session by qrlogin return await client.QRLoginToNewClient( session=session, api=api, password=password, **kwargs ) def PrettyTable(table: List[Dict[str, Any]], addSplit: List[int] = []): # ! Warning: SUPER DIRTY CODE AHEAD padding = {} result = "" for label in table[0]: padding[label] = len(label) for row in table: for label, value in row.items(): text = str(value) if padding[label] < len(text): padding[label] = len(text) def addpadding(text: str, spaces: int): if not isinstance(text, str): text = text.__str__() spaceLeft = spaces - len(text) padLeft = spaceLeft / 2 padLeft = round(padLeft - (padLeft % 1)) padRight = spaceLeft - padLeft return padLeft * " " + text + " " * padRight header = "|".join( addpadding(label, spaces + 2) for label, spaces in padding.items() ) splitter = "+".join(("-" * (spaces + 2)) for label, spaces in padding.items()) rows = [] for row in table: rows.append( "|".join( addpadding(row[label], spaces + 2) for label, spaces in padding.items() ) ) result += f"|{splitter}|\n" result += f"|{header}|\n" result += f"|{splitter}|\n" index = 0 for row in rows: if index in addSplit: result += f"|{splitter}|\n" result += f"|{row}|\n" index += 1 result += f"|{splitter}|" return result