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https://github.com/python-telegram-bot/python-telegram-bot.git
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530 lines
22 KiB
Python
530 lines
22 KiB
Python
#!/usr/bin/env python
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#
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# A library that provides a Python interface to the Telegram Bot API
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# Copyright (C) 2015-2023
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# Leandro Toledo de Souza <devs@python-telegram-bot.org>
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#
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# This program is free software: you can redistribute it and/or modify
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# it under the terms of the GNU Lesser Public License as published by
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# the Free Software Foundation, either version 3 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU Lesser Public License for more details.
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#
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# You should have received a copy of the GNU Lesser Public License
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# along with this program. If not, see [http://www.gnu.org/licenses/].
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import inspect
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import re
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from datetime import datetime
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from types import FunctionType
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from typing import Any, Callable, ForwardRef, Sequence, get_args, get_origin
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import httpx
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import pytest
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from bs4 import BeautifulSoup, PageElement, Tag
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import telegram
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from telegram._utils.defaultvalue import DefaultValue
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from telegram._utils.types import DVInput, FileInput, ODVInput
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from telegram.ext import Defaults
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from tests.auxil.envvars import RUN_TEST_OFFICIAL
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IGNORED_OBJECTS = ("ResponseParameters", "CallbackGame")
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GLOBALLY_IGNORED_PARAMETERS = {
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"self",
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"read_timeout",
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"write_timeout",
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"connect_timeout",
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"pool_timeout",
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"bot",
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"api_kwargs",
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}
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# Arguments *added* to the official API
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PTB_EXTRA_PARAMS = {
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"send_contact": {"contact"},
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"send_location": {"location"},
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"edit_message_live_location": {"location"},
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"send_venue": {"venue"},
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"answer_inline_query": {"current_offset"},
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"send_media_group": {"caption", "parse_mode", "caption_entities"},
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"send_(animation|audio|document|photo|video(_note)?|voice)": {"filename"},
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"InlineQueryResult": {"id", "type"}, # attributes common to all subclasses
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"ChatMember": {"user", "status"}, # attributes common to all subclasses
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"BotCommandScope": {"type"}, # attributes common to all subclasses
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"MenuButton": {"type"}, # attributes common to all subclasses
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"PassportFile": {"credentials"},
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"EncryptedPassportElement": {"credentials"},
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"PassportElementError": {"source", "type", "message"},
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"InputMedia": {"caption", "caption_entities", "media", "media_type", "parse_mode"},
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"InputMedia(Animation|Audio|Document|Photo|Video|VideoNote|Voice)": {"filename"},
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"InputFile": {"attach", "filename", "obj"},
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}
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# Types for certain parameters accepted by PTB but not in the official API
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ADDITIONAL_TYPES = {
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"photo": ForwardRef("PhotoSize"),
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"video": ForwardRef("Video"),
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"video_note": ForwardRef("VideoNote"),
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"audio": ForwardRef("Audio"),
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"document": ForwardRef("Document"),
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"animation": ForwardRef("Animation"),
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"voice": ForwardRef("Voice"),
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"sticker": ForwardRef("Sticker"),
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}
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# Exceptions to the "Array of" types, where we accept more types than the official API
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# key: parameter name, value: type which must be present in the annotation
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ARRAY_OF_EXCEPTIONS = {
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"results": "InlineQueryResult", # + Callable
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"commands": "BotCommand", # + tuple[str, str]
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"keyboard": "KeyboardButton", # + sequence[sequence[str]]
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# TODO: Deprecated and will be corrected (and removed) in next major PTB version:
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"file_hashes": "list[str]",
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}
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# Special cases for other parameters that accept more types than the official API, and are
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# too complex to compare/predict with official API:
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EXCEPTIONS = { # (param_name, is_class): reduced form of annotation
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("correct_option_id", False): int, # actual: Literal
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("file_id", False): str, # actual: Union[str, objs_with_file_id_attr]
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("invite_link", False): str, # actual: Union[str, ChatInviteLink]
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("provider_data", False): str, # actual: Union[str, obj]
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("callback_data", True): str, # actual: Union[str, obj]
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("media", True): str, # actual: Union[str, InputMedia*, FileInput]
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("data", True): str, # actual: Union[IdDocumentData, PersonalDetails, ResidentialAddress]
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}
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def _get_params_base(object_name: str, search_dict: dict[str, set[Any]]) -> set[Any]:
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"""Helper function for the *_params functions below.
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Given an object name and a search dict, goes through the keys of the search dict and checks if
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the object name matches any of the regexes (keys). The union of all the sets (values) of the
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matching regexes is returned. `object_name` may be a CamelCase or snake_case name.
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"""
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out = set()
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for regex, params in search_dict.items():
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if re.fullmatch(regex, object_name):
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out.update(params)
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# also check the snake_case version
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snake_case_name = re.sub(r"(?<!^)(?=[A-Z])", "_", object_name).lower()
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if re.fullmatch(regex, snake_case_name):
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out.update(params)
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return out
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def ptb_extra_params(object_name: str) -> set[str]:
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return _get_params_base(object_name, PTB_EXTRA_PARAMS)
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# Arguments *removed* from the official API
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PTB_IGNORED_PARAMS = {
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r"InlineQueryResult\w+": {"type"},
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r"ChatMember\w+": {"status"},
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r"PassportElementError\w+": {"source"},
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"ForceReply": {"force_reply"},
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"ReplyKeyboardRemove": {"remove_keyboard"},
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r"BotCommandScope\w+": {"type"},
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r"MenuButton\w+": {"type"},
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r"InputMedia\w+": {"type"},
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}
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def ptb_ignored_params(object_name: str) -> set[str]:
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return _get_params_base(object_name, PTB_IGNORED_PARAMS)
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IGNORED_PARAM_REQUIREMENTS = {
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# Ignore these since there's convenience params in them (eg. Venue)
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# <----
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"send_location": {"latitude", "longitude"},
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"edit_message_live_location": {"latitude", "longitude"},
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"send_venue": {"latitude", "longitude", "title", "address"},
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"send_contact": {"phone_number", "first_name"},
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# ---->
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}
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def ignored_param_requirements(object_name: str) -> set[str]:
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return _get_params_base(object_name, IGNORED_PARAM_REQUIREMENTS)
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# Arguments that are optional arguments for now for backwards compatibility
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BACKWARDS_COMPAT_KWARGS: dict[str, set[str]] = {}
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def backwards_compat_kwargs(object_name: str) -> set[str]:
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return _get_params_base(object_name, BACKWARDS_COMPAT_KWARGS)
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IGNORED_PARAM_REQUIREMENTS.update(BACKWARDS_COMPAT_KWARGS)
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def find_next_sibling_until(tag: Tag, name: str, until: Tag) -> PageElement | None:
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for sibling in tag.next_siblings:
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if sibling is until:
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return None
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if sibling.name == name:
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return sibling
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return None
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def parse_table(h4: Tag) -> list[list[str]]:
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"""Parses the Telegram doc table and has an output of a 2D list."""
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table = find_next_sibling_until(h4, "table", h4.find_next_sibling("h4"))
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if not table:
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return []
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return [[td.text for td in tr.find_all("td")] for tr in table.find_all("tr")[1:]]
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def check_method(h4: Tag) -> None:
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name = h4.text # name of the method in telegram's docs.
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method: FunctionType | None = getattr(telegram.Bot, name, None) # Retrieve our lib method
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if not method:
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raise AssertionError(f"Method {name} not found in telegram.Bot")
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table = parse_table(h4)
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# Check arguments based on source
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sig = inspect.signature(method, follow_wrapped=True)
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checked = []
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for tg_parameter in table: # Iterates through each row in the table
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# Check if parameter is present in our method
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param = sig.parameters.get(
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tg_parameter[0] # parameter[0] is first element (the param name)
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)
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if param is None:
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raise AssertionError(f"Parameter {tg_parameter[0]} not found in {method.__name__}")
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# Check if type annotation is present and correct
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if param.annotation is inspect.Parameter.empty:
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raise AssertionError(
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f"Param {param.name!r} of {method.__name__!r} should have a type annotation"
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)
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if not check_param_type(param, tg_parameter, method):
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raise AssertionError(
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f"Param {param.name!r} of {method.__name__!r} should be {tg_parameter[1]}"
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)
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# Now check if the parameter is required or not
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if not check_required_param(tg_parameter, param, method.__name__):
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raise AssertionError(
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f"Param {param.name!r} of method {method.__name__!r} requirement mismatch!"
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)
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# Now we will check that we don't pass default values if the parameter is not required.
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if param.default is not inspect.Parameter.empty: # If there is a default argument...
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default_arg_none = check_defaults_type(param) # check if it's None
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if not default_arg_none:
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raise AssertionError(f"Param {param.name!r} of {method.__name__!r} should be None")
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checked.append(tg_parameter[0])
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expected_additional_args = GLOBALLY_IGNORED_PARAMETERS.copy()
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expected_additional_args |= ptb_extra_params(name)
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expected_additional_args |= backwards_compat_kwargs(name)
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unexpected_args = (sig.parameters.keys() ^ checked) - expected_additional_args
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if unexpected_args != set():
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raise AssertionError(
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f"In {method.__qualname__}, unexpected args were found: {unexpected_args}."
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)
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kw_or_positional_args = [
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p.name for p in sig.parameters.values() if p.kind != inspect.Parameter.KEYWORD_ONLY
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]
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non_kw_only_args = set(kw_or_positional_args).difference(checked).difference(["self"])
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non_kw_only_args -= backwards_compat_kwargs(name)
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if non_kw_only_args != set():
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raise AssertionError(
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f"In {method.__qualname__}, extra args should be keyword only "
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f"(compared to {name} in API)"
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)
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def check_object(h4: Tag) -> None:
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name = h4.text
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obj = getattr(telegram, name)
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table = parse_table(h4)
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# Check arguments based on source. Makes sure to only check __init__'s signature & nothing else
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sig = inspect.signature(obj.__init__, follow_wrapped=True)
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checked = set()
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fields_removed_by_ptb = ptb_ignored_params(name)
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for tg_parameter in table:
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field: str = tg_parameter[0] # From telegram docs
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if field in fields_removed_by_ptb:
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continue
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if field == "from":
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field = "from_user"
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param = sig.parameters.get(field)
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if param is None:
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raise AssertionError(f"Attribute {field} not found in {obj.__name__}")
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# Check if type annotation is present and correct
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if param.annotation is inspect.Parameter.empty:
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raise AssertionError(
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f"Param {param.name!r} of {obj.__name__!r} should have a type annotation"
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)
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if not check_param_type(param, tg_parameter, obj):
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raise AssertionError(
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f"Param {param.name!r} of {obj.__name__!r} should be {tg_parameter[1]}"
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)
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if not check_required_param(tg_parameter, param, obj.__name__):
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raise AssertionError(f"{obj.__name__!r} parameter {param.name!r} requirement mismatch")
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if param.default is not inspect.Parameter.empty: # If there is a default argument...
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default_arg_none = check_defaults_type(param) # check if its None
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if not default_arg_none:
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raise AssertionError(f"Param {param.name!r} of {obj.__name__!r} should be `None`")
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checked.add(field)
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expected_additional_args = GLOBALLY_IGNORED_PARAMETERS.copy()
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expected_additional_args |= ptb_extra_params(name)
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expected_additional_args |= backwards_compat_kwargs(name)
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unexpected_args = (sig.parameters.keys() ^ checked) - expected_additional_args
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if unexpected_args != set():
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raise AssertionError(f"In {name}, unexpected args were found: {unexpected_args}.")
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def is_parameter_required_by_tg(field: str) -> bool:
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if field in {"Required", "Yes"}:
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return True
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return field.split(".", 1)[0] != "Optional" # splits the sentence and extracts first word
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def check_required_param(
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param_desc: list[str], param: inspect.Parameter, method_or_obj_name: str
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) -> bool:
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"""Checks if the method/class parameter is a required/optional param as per Telegram docs.
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Returns:
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:obj:`bool`: The boolean returned represents whether our parameter's requirement (optional
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or required) is the same as Telegram's or not.
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"""
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is_ours_required = param.default is inspect.Parameter.empty
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telegram_requires = is_parameter_required_by_tg(param_desc[2])
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# Handle cases where we provide convenience intentionally-
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if param.name in ignored_param_requirements(method_or_obj_name):
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return True
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return telegram_requires is is_ours_required
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def check_defaults_type(ptb_param: inspect.Parameter) -> bool:
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return DefaultValue.get_value(ptb_param.default) is None
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def check_param_type(
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ptb_param: inspect.Parameter, tg_parameter: list[str], obj: FunctionType | type
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) -> bool:
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"""This function checks whether the type annotation of the parameter is the same as the one
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specified in the official API. It also checks for some special cases where we accept more types
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Args:
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ptb_param (inspect.Parameter): The parameter object from our methods/classes
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tg_parameter (list[str]): The table row corresponding to the parameter from official API.
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obj (object): The object (method/class) that we are checking.
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Returns:
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:obj:`bool`: The boolean returned represents whether our parameter's type annotation is the
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same as Telegram's or not.
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"""
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# In order to evaluate the type annotation, we need to first have a mapping of the types
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# specified in the official API to our types. The keys are types in the column of official API.
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TYPE_MAPPING: dict[str, set[Any]] = {
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"Integer or String": {int | str},
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"Integer": {int},
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"String": {str},
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r"Boolean|True": {bool},
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r"Float(?: number)?": {float},
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# Distinguishing 1D and 2D Sequences and finding the inner type is done later.
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r"Array of (?:Array of )?[\w\,\s]*": {Sequence},
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r"InputFile(?: or String)?": {FileInput},
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}
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tg_param_type: str = tg_parameter[1] # Type of parameter as specified in the docs
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is_class = inspect.isclass(obj)
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# Let's check for a match:
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mapped: set[type] = _get_params_base(tg_param_type, TYPE_MAPPING)
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# We should have a maximum of one match.
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assert len(mapped) <= 1, f"More than one match found for {tg_param_type}"
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if not mapped: # no match found, it's from telegram module
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# it could be a list of objects, so let's check that:
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objs = _extract_words(tg_param_type)
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# We want to store both string version of class and the class obj itself. e.g. "InputMedia"
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# and InputMedia because some annotations might be ForwardRefs.
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if len(objs) >= 2: # We have to unionize the objects
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mapped_type: tuple[Any, ...] = (_unionizer(objs, False), _unionizer(objs, True))
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else:
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mapped_type = (
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getattr(telegram, tg_param_type), # This will fail if it's not from telegram mod
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ForwardRef(tg_param_type),
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tg_param_type, # for some reason, some annotations are just a string.
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)
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elif len(mapped) == 1:
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mapped_type = mapped.pop()
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# Resolve nested annotations to get inner types.
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if (ptb_annotation := list(get_args(ptb_param.annotation))) == []:
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ptb_annotation = ptb_param.annotation # if it's not nested, just use the annotation
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if isinstance(ptb_annotation, list):
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# Some cleaning:
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# Remove 'Optional[...]' from the annotation if it's present. We do it this way since: 1)
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# we already check if argument should be optional or not + type checkers will complain.
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# 2) we want to check if our `obj` is same as API's `obj`, and since python evaluates
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# `Optional[obj] != obj` we have to remove the Optional, so that we can compare the two.
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if type(None) in ptb_annotation:
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ptb_annotation.remove(type(None))
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# Cleaning done... now let's put it back together.
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# Join all the annotations back (i.e. Union)
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ptb_annotation = _unionizer(ptb_annotation, False)
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# Last step, we need to use get_origin to get the original type, since using get_args
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# above will strip that out.
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wrapped = get_origin(ptb_param.annotation)
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if wrapped is not None:
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# collections.abc.Sequence -> typing.Sequence
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if "collections.abc.Sequence" in str(wrapped):
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wrapped = Sequence
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ptb_annotation = wrapped[ptb_annotation]
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# We have put back our annotation together after removing the NoneType!
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# Now let's do the checking, starting with "Array of ..." types.
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if "Array of " in tg_param_type:
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assert mapped_type is Sequence
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# For exceptions just check if they contain the annotation
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if ptb_param.name in ARRAY_OF_EXCEPTIONS:
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return ARRAY_OF_EXCEPTIONS[ptb_param.name] in str(ptb_annotation)
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pattern = r"Array of(?: Array of)? ([\w\,\s]*)"
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obj_match: re.Match | None = re.search(pattern, tg_param_type) # extract obj from string
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if obj_match is None:
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raise AssertionError(f"Array of {tg_param_type} not found in {ptb_param.name}")
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obj_str: str = obj_match.group(1)
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# is obj a regular type like str?
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array_of_mapped: set[type] = _get_params_base(obj_str, TYPE_MAPPING)
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if len(array_of_mapped) == 0: # no match found, it's from telegram module
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# it could be a list of objects, so let's check that:
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objs = _extract_words(obj_str)
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# let's unionize all the objects, with and without ForwardRefs.
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unionized_objs: list[type] = [_unionizer(objs, True), _unionizer(objs, False)]
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else:
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unionized_objs = [array_of_mapped.pop()]
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# This means it is Array of Array of [obj]
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if "Array of Array of" in tg_param_type:
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return any(Sequence[Sequence[o]] == ptb_annotation for o in unionized_objs)
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# This means it is Array of [obj]
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return any(mapped_type[o] == ptb_annotation for o in unionized_objs)
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# Special case for when the parameter is a default value parameter
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for name, _ in inspect.getmembers(Defaults, lambda x: isinstance(x, property)):
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if name in ptb_param.name: # no strict == since we have a param: `explanation_parse_mode`
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# Check if it's DVInput or ODVInput
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for param_type in [DVInput, ODVInput]:
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parsed = param_type[mapped_type]
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if ptb_annotation == parsed:
|
|
return True
|
|
return False
|
|
|
|
# Special case for send_* methods where we accept more types than the official API:
|
|
if (
|
|
ptb_param.name in ADDITIONAL_TYPES
|
|
and not isinstance(mapped_type, tuple)
|
|
and obj.__name__.startswith("send")
|
|
):
|
|
mapped_type = mapped_type | ADDITIONAL_TYPES[ptb_param.name]
|
|
|
|
for (param_name, expected_class), exception_type in EXCEPTIONS.items():
|
|
if ptb_param.name == param_name and is_class is expected_class:
|
|
ptb_annotation = exception_type
|
|
|
|
# Special case for datetimes
|
|
if (
|
|
re.search(
|
|
r"""([_]+|\b) # check for word boundary or underscore
|
|
date # check for "date"
|
|
[^\w]*\b # optionally check for a word after 'date'
|
|
""",
|
|
ptb_param.name,
|
|
re.VERBOSE,
|
|
)
|
|
or "Unix time" in tg_parameter[-1]
|
|
):
|
|
# TODO: Remove this in v22 when it becomes a datetime
|
|
datetime_exceptions = {
|
|
"file_date",
|
|
}
|
|
if ptb_param.name in datetime_exceptions:
|
|
return True
|
|
# If it's a class, we only accept datetime as the parameter
|
|
mapped_type = datetime if is_class else mapped_type | datetime
|
|
|
|
# Final check for the basic types
|
|
if isinstance(mapped_type, tuple) and any(ptb_annotation == t for t in mapped_type):
|
|
return True
|
|
|
|
return mapped_type == ptb_annotation
|
|
|
|
|
|
def _extract_words(text: str) -> set[str]:
|
|
"""Extracts all words from a string, removing all punctuation and words like 'and' & 'or'."""
|
|
return set(re.sub(r"[^\w\s]", "", text).split()) - {"and", "or"}
|
|
|
|
|
|
def _unionizer(annotation: Sequence[Any] | set[Any], forward_ref: bool) -> Any:
|
|
"""Returns a union of all the types in the annotation. If forward_ref is True, it wraps the
|
|
annotation in a ForwardRef and then unionizes."""
|
|
union = None
|
|
for t in annotation:
|
|
if forward_ref:
|
|
t = ForwardRef(t) # noqa: PLW2901
|
|
elif not forward_ref and isinstance(t, str): # we have to import objects from lib
|
|
t = getattr(telegram, t) # noqa: PLW2901
|
|
union = t if union is None else union | t
|
|
return union
|
|
|
|
|
|
argvalues: list[tuple[Callable[[Tag], None], Tag]] = []
|
|
names: list[str] = []
|
|
|
|
if RUN_TEST_OFFICIAL:
|
|
argvalues = []
|
|
names = []
|
|
request = httpx.get("https://core.telegram.org/bots/api")
|
|
soup = BeautifulSoup(request.text, "html.parser")
|
|
|
|
for thing in soup.select("h4 > a.anchor"):
|
|
# Methods and types don't have spaces in them, luckily all other sections of the docs do
|
|
# TODO: don't depend on that
|
|
if "-" not in thing["name"]:
|
|
h4: Tag | None = thing.parent
|
|
|
|
if h4 is None:
|
|
raise AssertionError("h4 is None")
|
|
# Is it a method
|
|
if h4.text[0].lower() == h4.text[0]:
|
|
argvalues.append((check_method, h4))
|
|
names.append(h4.text)
|
|
elif h4.text not in IGNORED_OBJECTS: # Or a type/object
|
|
argvalues.append((check_object, h4))
|
|
names.append(h4.text)
|
|
|
|
|
|
@pytest.mark.skipif(not RUN_TEST_OFFICIAL, reason="test_official is not enabled")
|
|
@pytest.mark.parametrize(("method", "data"), argvalues=argvalues, ids=names)
|
|
def test_official(method, data):
|
|
method(data)
|