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python-telegram-bot/tests/test_passport.py

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#!/usr/bin/env python
# flake8: noqa: E501
# A library that provides a Python interface to the Telegram Bot API
# Copyright (C) 2015-2022
# Leandro Toledo de Souza <devs@python-telegram-bot.org>
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Lesser Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Lesser Public License for more details.
#
# You should have received a copy of the GNU Lesser Public License
# along with this program. If not, see [http://www.gnu.org/licenses/].
from copy import deepcopy
import pytest
from telegram import (
PassportData,
PassportFile,
Bot,
File,
PassportElementErrorSelfie,
PassportElementErrorDataField,
Credentials,
PassportDecryptionError,
)
# Note: All classes in telegram.credentials (except EncryptedCredentials) aren't directly tested
# here, although they are implicitly tested. Testing for those classes was too much work and not
# worth it.
RAW_PASSPORT_DATA = {
'credentials': {
'hash': 'qB4hz2LMcXYhglwz6EvXMMyI3PURisWLXl/iCmCXcSk=',
'secret': 'O6x3X2JrLO1lUIhw48os1gaenDuZLhesoZMKXehZwtM3vsxOdtxHKWQyLNwtbyy4snYpARXDwf8f1QHNmQ/M1PwBQvk1ozrZBXb4a6k/iYj+P4v8Xw2M++CRHqZv0LaxFtyHOXnNYZ6dXpNeF0ZvYYTmm0FsYvK+/3/F6VDB3Oe6xWlXFLwaCCP/jA9i2+dKp6iq8NLOo4VnxenPKWWYz20RZ50MdAbS3UR+NCx4AHM2P5DEGrHNW0tMXJ+FG3jpVrit5BuCbB/eRgKxNGRWNxEGV5hun5MChdxKCEHCimnUA97h7MZdoTgYxkrfvDSZ/V89BnFXLdr87t/NLvVE0Q==',
'data': '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',
},
'data': [
{
'data': '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',
'type': 'personal_details',
},
{
'reverse_side': {
'file_date': 1534074942,
'file_id': 'DgADBAADNQQAAtoagFPf4wwmFZdmyQI',
'file_unique_id': 'adc3145fd2e84d95b64d68eaa22aa33e',
},
'translation': [
{
'file_size': 28640,
'file_date': 1535630933,
'file_id': 'DgADBAADswMAAisqQVAmooP-kVgLgAI',
'file_unique_id': '52a90d53d6064bb58feb582acdc3a324',
},
{
'file_size': 28672,
'file_date': 1535630933,
'file_id': 'DgADBAAD1QMAAnrpQFBMZsT3HysjwwI',
'file_unique_id': '7285f864d168441ba1f7d02146250432',
},
],
'front_side': {
'file_size': 28624,
'file_date': 1534074942,
'file_id': 'DgADBAADxwMAApnQgVPK2-ckL2eXVAI',
'file_unique_id': 'd9d52a700cbb4a189a80104aa5978133',
},
'type': 'driver_license',
'selfie': {
'file_size': 28592,
'file_date': 1534074942,
'file_id': 'DgADBAADEQQAAkopgFNr6oi-wISRtAI',
'file_unique_id': 'd4e390cca57b4da5a65322b304762a12',
},
'data': 'eJUOFuY53QKmGqmBgVWlLBAQCUQJ79n405SX6M5aGFIIodOPQqnLYvMNqTwTrXGDlW+mVLZcbu+y8luLVO8WsJB/0SB7q5WaXn/IMt1G9lz5G/KMLIZG/x9zlnimsaQLg7u8srG6L4KZzv+xkbbHjZdETrxU8j0N/DoS4HvLMRSJAgeFUrY6v2YW9vSRg+fSxIqQy1jR2VKpzAT8OhOz7A==',
},
{
'translation': [
{
'file_size': 28480,
'file_date': 1535630939,
'file_id': 'DgADBAADyQUAAqyqQVC_eoX_KwNjJwI',
'file_unique_id': '38b2877b443542cbaf520c6e36a33ac4',
},
{
'file_size': 28528,
'file_date': 1535630939,
'file_id': 'DgADBAADsQQAAubTQVDRO_FN3lOwWwI',
'file_unique_id': 'f008ca48c44b4a47895ddbcd2f76741e',
},
],
'files': [
{
'file_size': 28640,
'file_date': 1534074988,
'file_id': 'DgADBAADLAMAAhwfgVMyfGa5Nr0LvAI',
'file_unique_id': 'b170748794834644baaa3ec57ee4ce7a',
},
{
'file_size': 28480,
'file_date': 1534074988,
'file_id': 'DgADBAADaQQAAsFxgVNVfLZuT-_3ZQI',
'file_unique_id': '19a12ae34dca424b85e0308f706cee75',
},
],
'type': 'utility_bill',
},
{
'data': 'j9SksVkSj128DBtZA+3aNjSFNirzv+R97guZaMgae4Gi0oDVNAF7twPR7j9VSmPedfJrEwL3O889Ei+a5F1xyLLyEI/qEBljvL70GFIhYGitS0JmNabHPHSZrjOl8b4s/0Z0Px2GpLO5siusTLQonimdUvu4UPjKquYISmlKEKhtmGATy+h+JDjNCYuOkhakeNw0Rk0BHgj0C3fCb7WZNQSyVb+2GTu6caR6eXf/AFwFp0TV3sRz3h0WIVPW8bna',
'type': 'address',
},
{'email': 'fb3e3i47zt@dispostable.com', 'type': 'email'},
],
}
@pytest.fixture(scope='function')
def all_passport_data():
return [
{'type': 'personal_details', 'data': RAW_PASSPORT_DATA['data'][0]['data']},
{
'type': 'passport',
'data': RAW_PASSPORT_DATA['data'][1]['data'],
'front_side': RAW_PASSPORT_DATA['data'][1]['front_side'],
'selfie': RAW_PASSPORT_DATA['data'][1]['selfie'],
'translation': RAW_PASSPORT_DATA['data'][1]['translation'],
},
{
'type': 'internal_passport',
'data': RAW_PASSPORT_DATA['data'][1]['data'],
'front_side': RAW_PASSPORT_DATA['data'][1]['front_side'],
'selfie': RAW_PASSPORT_DATA['data'][1]['selfie'],
'translation': RAW_PASSPORT_DATA['data'][1]['translation'],
},
{
'type': 'driver_license',
'data': RAW_PASSPORT_DATA['data'][1]['data'],
'front_side': RAW_PASSPORT_DATA['data'][1]['front_side'],
'reverse_side': RAW_PASSPORT_DATA['data'][1]['reverse_side'],
'selfie': RAW_PASSPORT_DATA['data'][1]['selfie'],
'translation': RAW_PASSPORT_DATA['data'][1]['translation'],
},
{
'type': 'identity_card',
'data': RAW_PASSPORT_DATA['data'][1]['data'],
'front_side': RAW_PASSPORT_DATA['data'][1]['front_side'],
'reverse_side': RAW_PASSPORT_DATA['data'][1]['reverse_side'],
'selfie': RAW_PASSPORT_DATA['data'][1]['selfie'],
'translation': RAW_PASSPORT_DATA['data'][1]['translation'],
},
{
'type': 'utility_bill',
'files': RAW_PASSPORT_DATA['data'][2]['files'],
'translation': RAW_PASSPORT_DATA['data'][2]['translation'],
},
{
'type': 'bank_statement',
'files': RAW_PASSPORT_DATA['data'][2]['files'],
'translation': RAW_PASSPORT_DATA['data'][2]['translation'],
},
{
'type': 'rental_agreement',
'files': RAW_PASSPORT_DATA['data'][2]['files'],
'translation': RAW_PASSPORT_DATA['data'][2]['translation'],
},
{
'type': 'passport_registration',
'files': RAW_PASSPORT_DATA['data'][2]['files'],
'translation': RAW_PASSPORT_DATA['data'][2]['translation'],
},
{
'type': 'temporary_registration',
'files': RAW_PASSPORT_DATA['data'][2]['files'],
'translation': RAW_PASSPORT_DATA['data'][2]['translation'],
},
{'type': 'address', 'data': RAW_PASSPORT_DATA['data'][3]['data']},
{'type': 'email', 'email': 'fb3e3i47zt@dispostable.com'},
{'type': 'phone_number', 'phone_number': 'fb3e3i47zt@dispostable.com'},
]
@pytest.fixture(scope='function')
def passport_data(bot):
return PassportData.de_json(RAW_PASSPORT_DATA, bot=bot)
class TestPassport:
driver_license_selfie_file_id = 'DgADBAADEQQAAkopgFNr6oi-wISRtAI'
driver_license_selfie_file_unique_id = 'd4e390cca57b4da5a65322b304762a12'
driver_license_front_side_file_id = 'DgADBAADxwMAApnQgVPK2-ckL2eXVAI'
driver_license_front_side_file_unique_id = 'd9d52a700cbb4a189a80104aa5978133'
driver_license_reverse_side_file_id = 'DgADBAADNQQAAtoagFPf4wwmFZdmyQI'
driver_license_reverse_side_file_unique_id = 'adc3145fd2e84d95b64d68eaa22aa33e'
driver_license_translation_1_file_id = 'DgADBAADswMAAisqQVAmooP-kVgLgAI'
driver_license_translation_1_file_unique_id = '52a90d53d6064bb58feb582acdc3a324'
driver_license_translation_2_file_id = 'DgADBAAD1QMAAnrpQFBMZsT3HysjwwI'
driver_license_translation_2_file_unique_id = '7285f864d168441ba1f7d02146250432'
utility_bill_1_file_id = 'DgADBAADLAMAAhwfgVMyfGa5Nr0LvAI'
utility_bill_1_file_unique_id = 'b170748794834644baaa3ec57ee4ce7a'
utility_bill_2_file_id = 'DgADBAADaQQAAsFxgVNVfLZuT-_3ZQI'
utility_bill_2_file_unique_id = '19a12ae34dca424b85e0308f706cee75'
utility_bill_translation_1_file_id = 'DgADBAADyQUAAqyqQVC_eoX_KwNjJwI'
utility_bill_translation_1_file_unique_id = '38b2877b443542cbaf520c6e36a33ac4'
utility_bill_translation_2_file_id = 'DgADBAADsQQAAubTQVDRO_FN3lOwWwI'
utility_bill_translation_2_file_unique_id = 'f008ca48c44b4a47895ddbcd2f76741e'
driver_license_selfie_credentials_file_hash = 'Cila/qLXSBH7DpZFbb5bRZIRxeFW2uv/ulL0u0JNsYI='
driver_license_selfie_credentials_secret = 'tivdId6RNYNsvXYPppdzrbxOBuBOr9wXRPDcCvnXU7E='
def test_slot_behaviour(self, passport_data, mro_slots, recwarn):
inst = passport_data
for attr in inst.__slots__:
assert getattr(inst, attr, 'err') != 'err', f"got extra slot '{attr}'"
assert not inst.__dict__, f"got missing slot(s): {inst.__dict__}"
assert len(mro_slots(inst)) == len(set(mro_slots(inst))), "duplicate slot"
inst.custom, inst.data = 'should give warning', passport_data.data
assert len(recwarn) == 1 and 'custom' in str(recwarn[0].message), recwarn.list
def test_creation(self, passport_data):
assert isinstance(passport_data, PassportData)
def test_expected_encrypted_values(self, passport_data):
personal_details, driver_license, utility_bill, address, email = passport_data.data
assert personal_details.type == 'personal_details'
assert personal_details.data == RAW_PASSPORT_DATA['data'][0]['data']
assert driver_license.type == 'driver_license'
assert driver_license.data == RAW_PASSPORT_DATA['data'][1]['data']
assert isinstance(driver_license.selfie, PassportFile)
assert driver_license.selfie.file_id == self.driver_license_selfie_file_id
assert driver_license.selfie.file_unique_id == self.driver_license_selfie_file_unique_id
assert isinstance(driver_license.front_side, PassportFile)
assert driver_license.front_side.file_id == self.driver_license_front_side_file_id
assert (
driver_license.front_side.file_unique_id
== self.driver_license_front_side_file_unique_id
)
assert isinstance(driver_license.reverse_side, PassportFile)
assert driver_license.reverse_side.file_id == self.driver_license_reverse_side_file_id
assert (
driver_license.reverse_side.file_unique_id
== self.driver_license_reverse_side_file_unique_id
)
assert isinstance(driver_license.translation[0], PassportFile)
assert driver_license.translation[0].file_id == self.driver_license_translation_1_file_id
assert (
driver_license.translation[0].file_unique_id
== self.driver_license_translation_1_file_unique_id
)
assert isinstance(driver_license.translation[1], PassportFile)
assert driver_license.translation[1].file_id == self.driver_license_translation_2_file_id
assert (
driver_license.translation[1].file_unique_id
== self.driver_license_translation_2_file_unique_id
)
assert utility_bill.type == 'utility_bill'
assert isinstance(utility_bill.files[0], PassportFile)
assert utility_bill.files[0].file_id == self.utility_bill_1_file_id
assert utility_bill.files[0].file_unique_id == self.utility_bill_1_file_unique_id
assert isinstance(utility_bill.files[1], PassportFile)
assert utility_bill.files[1].file_id == self.utility_bill_2_file_id
assert utility_bill.files[1].file_unique_id == self.utility_bill_2_file_unique_id
assert isinstance(utility_bill.translation[0], PassportFile)
assert utility_bill.translation[0].file_id == self.utility_bill_translation_1_file_id
assert (
utility_bill.translation[0].file_unique_id
== self.utility_bill_translation_1_file_unique_id
)
assert isinstance(utility_bill.translation[1], PassportFile)
assert utility_bill.translation[1].file_id == self.utility_bill_translation_2_file_id
assert (
utility_bill.translation[1].file_unique_id
== self.utility_bill_translation_2_file_unique_id
)
assert address.type == 'address'
assert address.data == RAW_PASSPORT_DATA['data'][3]['data']
assert email.type == 'email'
assert email.email == 'fb3e3i47zt@dispostable.com'
def test_expected_decrypted_values(self, passport_data):
(
personal_details,
driver_license,
utility_bill,
address,
email,
) = passport_data.decrypted_data
assert personal_details.type == 'personal_details'
assert personal_details.data.to_dict() == {
'first_name': 'FIRSTNAME',
'middle_name': 'MIDDLENAME',
'first_name_native': 'FIRSTNAMENATIVE',
'residence_country_code': 'DK',
'birth_date': '01.01.2001',
'last_name_native': 'LASTNAMENATIVE',
'gender': 'female',
'middle_name_native': 'MIDDLENAMENATIVE',
'country_code': 'DK',
'last_name': 'LASTNAME',
}
assert driver_license.type == 'driver_license'
assert driver_license.data.to_dict() == {
'expiry_date': '01.01.2001',
'document_no': 'DOCUMENT_NO',
}
assert isinstance(driver_license.selfie, PassportFile)
assert driver_license.selfie.file_id == self.driver_license_selfie_file_id
assert driver_license.selfie.file_unique_id == self.driver_license_selfie_file_unique_id
assert isinstance(driver_license.front_side, PassportFile)
assert driver_license.front_side.file_id == self.driver_license_front_side_file_id
assert (
driver_license.front_side.file_unique_id
== self.driver_license_front_side_file_unique_id
)
assert isinstance(driver_license.reverse_side, PassportFile)
assert driver_license.reverse_side.file_id == self.driver_license_reverse_side_file_id
assert (
driver_license.reverse_side.file_unique_id
== self.driver_license_reverse_side_file_unique_id
)
assert address.type == 'address'
assert address.data.to_dict() == {
'city': 'CITY',
'street_line2': 'STREET_LINE2',
'state': 'STATE',
'post_code': 'POSTCODE',
'country_code': 'DK',
'street_line1': 'STREET_LINE1',
}
assert utility_bill.type == 'utility_bill'
assert isinstance(utility_bill.files[0], PassportFile)
assert utility_bill.files[0].file_id == self.utility_bill_1_file_id
assert utility_bill.files[0].file_unique_id == self.utility_bill_1_file_unique_id
assert isinstance(utility_bill.files[1], PassportFile)
assert utility_bill.files[1].file_id == self.utility_bill_2_file_id
assert utility_bill.files[1].file_unique_id == self.utility_bill_2_file_unique_id
assert email.type == 'email'
assert email.email == 'fb3e3i47zt@dispostable.com'
def test_all_types(self, passport_data, bot, all_passport_data):
credentials = passport_data.decrypted_credentials.to_dict()
# Copy credentials from other types to all types so we can decrypt everything
sd = credentials['secure_data']
credentials['secure_data'] = {
'personal_details': sd['personal_details'].copy(),
'passport': sd['driver_license'].copy(),
'internal_passport': sd['driver_license'].copy(),
'driver_license': sd['driver_license'].copy(),
'identity_card': sd['driver_license'].copy(),
'address': sd['address'].copy(),
'utility_bill': sd['utility_bill'].copy(),
'bank_statement': sd['utility_bill'].copy(),
'rental_agreement': sd['utility_bill'].copy(),
'passport_registration': sd['utility_bill'].copy(),
'temporary_registration': sd['utility_bill'].copy(),
}
new = PassportData.de_json(
{
'data': all_passport_data,
# Replaced below
'credentials': {'data': 'data', 'hash': 'hash', 'secret': 'secret'},
},
bot=bot,
)
new.credentials._decrypted_data = Credentials.de_json(credentials, bot)
assert isinstance(new, PassportData)
assert new.decrypted_data
def test_bot_init_invalid_key(self, bot):
with pytest.raises(TypeError):
Bot(bot.token, private_key='Invalid key!')
with pytest.raises(ValueError):
Bot(bot.token, private_key=b'Invalid key!')
def test_passport_data_okay_with_non_crypto_bot(self, bot):
b = Bot(bot.token)
assert PassportData.de_json(RAW_PASSPORT_DATA, bot=b)
def test_wrong_hash(self, bot):
data = deepcopy(RAW_PASSPORT_DATA)
data['credentials']['hash'] = 'bm90Y29ycmVjdGhhc2g=' # Not correct hash
passport_data = PassportData.de_json(data, bot=bot)
with pytest.raises(PassportDecryptionError):
assert passport_data.decrypted_data
def test_wrong_key(self, bot):
short_key = b"-----BEGIN RSA PRIVATE KEY-----\r\nMIIBOQIBAAJBAKU+OZ2jJm7sCA/ec4gngNZhXYPu+DZ/TAwSMl0W7vAPXAsLplBk\r\nO8l6IBHx8N0ZC4Bc65mO3b2G8YAzqndyqH8CAwEAAQJAWOx3jQFzeVXDsOaBPdAk\r\nYTncXVeIc6tlfUl9mOLyinSbRNCy1XicOiOZFgH1rRKOGIC1235QmqxFvdecySoY\r\nwQIhAOFeGgeX9CrEPuSsd9+kqUcA2avCwqdQgSdy2qggRFyJAiEAu7QHT8JQSkHU\r\nDELfzrzc24AhjyG0z1DpGZArM8COascCIDK42SboXj3Z2UXiQ0CEcMzYNiVgOisq\r\nBUd5pBi+2mPxAiAM5Z7G/Sv1HjbKrOGh29o0/sXPhtpckEuj5QMC6E0gywIgFY6S\r\nNjwrAA+cMmsgY0O2fAzEKkDc5YiFsiXaGaSS4eA=\r\n-----END RSA PRIVATE KEY-----"
b = Bot(bot.token, private_key=short_key)
passport_data = PassportData.de_json(RAW_PASSPORT_DATA, bot=b)
with pytest.raises(PassportDecryptionError):
assert passport_data.decrypted_data
wrong_key = b"-----BEGIN RSA PRIVATE KEY-----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\r\nm4N0gQRfIu+rUjsS/4xk8UuQUT/Ossjn/hExi7ejpKdCc7N++bc=\r\n-----END RSA PRIVATE KEY-----"
b = Bot(bot.token, private_key=wrong_key)
passport_data = PassportData.de_json(RAW_PASSPORT_DATA, bot=b)
with pytest.raises(PassportDecryptionError):
assert passport_data.decrypted_data
def test_mocked_download_passport_file(self, passport_data, monkeypatch):
# The files are not coming from our test bot, therefore the file id is invalid/wrong
# when coming from this bot, so we monkeypatch the call, to make sure that Bot.get_file
# at least gets called
# TODO: Actually download a passport file in a test
selfie = passport_data.decrypted_data[1].selfie
# NOTE: file_unique_id is not used in the get_file method, so it is passed directly
def get_file(*_, **kwargs):
return File(kwargs['file_id'], selfie.file_unique_id)
monkeypatch.setattr(passport_data.bot, 'get_file', get_file)
file = selfie.get_file()
assert file.file_id == selfie.file_id
assert file.file_unique_id == selfie.file_unique_id
assert file._credentials.file_hash == self.driver_license_selfie_credentials_file_hash
assert file._credentials.secret == self.driver_license_selfie_credentials_secret
def test_mocked_set_passport_data_errors(self, monkeypatch, bot, chat_id, passport_data):
def test(url, data, **kwargs):
return (
data['user_id'] == chat_id
and data['errors'][0]['file_hash']
== (
passport_data.decrypted_credentials.secure_data.driver_license.selfie.file_hash
)
and data['errors'][1]['data_hash']
== (passport_data.decrypted_credentials.secure_data.driver_license.data.data_hash)
)
monkeypatch.setattr(bot.request, 'post', test)
message = bot.set_passport_data_errors(
chat_id,
[
PassportElementErrorSelfie(
'driver_license',
(
passport_data.decrypted_credentials.secure_data.driver_license.selfie.file_hash
),
'You\'re not handsome enough to use this app!',
),
PassportElementErrorDataField(
'driver_license',
'expiry_date',
(
passport_data.decrypted_credentials.secure_data.driver_license.data.data_hash
),
'Your driver license is expired!',
),
],
)
assert message
def test_de_json_and_to_dict(self, bot):
passport_data = PassportData.de_json(RAW_PASSPORT_DATA, bot)
assert passport_data.to_dict() == RAW_PASSPORT_DATA
assert passport_data.decrypted_data
assert passport_data.to_dict() == RAW_PASSPORT_DATA
def test_equality(self, passport_data):
a = PassportData(passport_data.data, passport_data.credentials)
b = PassportData(passport_data.data, passport_data.credentials)
assert a == b
assert hash(a) == hash(b)
assert a is not b
passport_data.credentials.hash = 'NOTAPROPERHASH'
c = PassportData(passport_data.data, passport_data.credentials)
assert a != c
assert hash(a) != hash(c)
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