- Updated the language configuration to use a single source of truth from `DEFAULT_LANGUAGE` for the bot, API, and Mini App, eliminating auto-detection from user settings. - Refactored the `get_lang` function to always return `DEFAULT_LANGUAGE`, ensuring consistent language usage throughout the application. - Modified the handling of language in various components, including API responses and UI elements, to reflect the new language management approach. - Enhanced documentation and comments to clarify the changes in language handling. - Added unit tests to verify the new language handling behavior and ensure coverage for the updated functionality.
137 lines
5.0 KiB
Python
137 lines
5.0 KiB
Python
"""Tests for duty_teller.api.telegram_auth.validate_init_data and validate_init_data_with_reason."""
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from unittest.mock import patch
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import duty_teller.config as config
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from duty_teller.api.telegram_auth import (
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validate_init_data,
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validate_init_data_with_reason,
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)
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from tests.helpers import make_init_data
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def test_valid_payload_returns_username():
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bot_token = "123:ABC"
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user = {"id": 123, "username": "testuser", "first_name": "Test"}
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init_data = make_init_data(user, bot_token)
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assert validate_init_data(init_data, bot_token) == "testuser"
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def test_valid_payload_username_lowercase():
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bot_token = "123:ABC"
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user = {"id": 123, "username": "TestUser", "first_name": "Test"}
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init_data = make_init_data(user, bot_token)
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assert validate_init_data(init_data, bot_token) == "testuser"
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def test_invalid_hash_returns_none():
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bot_token = "123:ABC"
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user = {"id": 123, "username": "testuser"}
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init_data = make_init_data(user, bot_token)
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# Tamper with hash
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init_data = init_data.replace("hash=", "hash=x")
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assert validate_init_data(init_data, bot_token) is None
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def test_wrong_bot_token_returns_none():
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bot_token = "123:ABC"
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user = {"id": 123, "username": "testuser"}
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init_data = make_init_data(user, bot_token)
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assert validate_init_data(init_data, "other:token") is None
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def test_missing_user_returns_none():
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bot_token = "123:ABC"
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init_data = make_init_data(None, bot_token) # no user key
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assert validate_init_data(init_data, bot_token) is None
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def test_user_without_username_returns_none_from_validate_init_data():
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"""validate_init_data returns None when user has no username (backward compat)."""
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bot_token = "123:ABC"
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user = {"id": 123, "first_name": "Test"} # no username
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init_data = make_init_data(user, bot_token)
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assert validate_init_data(init_data, bot_token) is None
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def test_user_without_username_but_with_id_succeeds_with_reason():
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"""With validate_init_data_with_reason, valid user.id is enough; lang is DEFAULT_LANGUAGE."""
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bot_token = "123:ABC"
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user = {"id": 456, "first_name": "Test", "language_code": "ru"}
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init_data = make_init_data(user, bot_token)
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telegram_user_id, username, reason, lang = validate_init_data_with_reason(
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init_data, bot_token
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)
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assert telegram_user_id == 456
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assert username is None
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assert reason == "ok"
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assert lang == config.DEFAULT_LANGUAGE
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def test_user_without_id_returns_no_user_id():
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"""When user object exists but has no 'id', return no_user_id; lang is DEFAULT_LANGUAGE."""
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bot_token = "123:ABC"
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user = {"first_name": "Test"} # no id
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init_data = make_init_data(user, bot_token)
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telegram_user_id, username, reason, lang = validate_init_data_with_reason(
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init_data, bot_token
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)
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assert telegram_user_id is None
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assert username is None
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assert reason == "no_user_id"
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assert lang == config.DEFAULT_LANGUAGE
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def test_validate_init_data_with_reason_returns_default_language_ignoring_user_lang():
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"""Returned lang is always config.DEFAULT_LANGUAGE, not user.language_code."""
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with patch("duty_teller.api.telegram_auth.config.DEFAULT_LANGUAGE", "ru"):
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user = {"id": 1, "first_name": "U", "language_code": "en"}
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init_data = make_init_data(user, "123:ABC")
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_, _, reason, lang = validate_init_data_with_reason(init_data, "123:ABC")
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assert reason == "ok"
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assert lang == "ru"
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def test_empty_init_data_returns_none():
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assert validate_init_data("", "token") is None
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assert validate_init_data(" ", "token") is None
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def test_empty_bot_token_returns_none():
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user = {"id": 1, "username": "u"}
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init_data = make_init_data(user, "token")
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assert validate_init_data(init_data, "") is None
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def test_auth_date_expiry_rejects_old_init_data():
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"""When max_age_seconds is set, initData older than that is rejected."""
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import time as t
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bot_token = "123:ABC"
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user = {"id": 1, "username": "testuser"}
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# auth_date 100 seconds ago
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old_ts = int(t.time()) - 100
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init_data = make_init_data(user, bot_token, auth_date=old_ts)
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assert validate_init_data(init_data, bot_token, max_age_seconds=60) is None
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assert validate_init_data(init_data, bot_token, max_age_seconds=200) == "testuser"
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def test_auth_date_expiry_accepts_fresh_init_data():
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"""Fresh auth_date within max_age_seconds is accepted."""
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import time as t
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bot_token = "123:ABC"
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user = {"id": 1, "username": "testuser"}
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fresh_ts = int(t.time()) - 10
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init_data = make_init_data(user, bot_token, auth_date=fresh_ts)
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assert validate_init_data(init_data, bot_token, max_age_seconds=60) == "testuser"
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def test_auth_date_expiry_requires_auth_date_when_max_age_set():
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"""When max_age_seconds is set but auth_date is missing, return None."""
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bot_token = "123:ABC"
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user = {"id": 1, "username": "testuser"}
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init_data = make_init_data(user, bot_token) # no auth_date
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assert validate_init_data(init_data, bot_token, max_age_seconds=86400) is None
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assert validate_init_data(init_data, bot_token) == "testuser"
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