import pytest from support.utilities import fill_string_with_char from tests import marks, unique_password from tests.base_test_case import SingleDeviceTestCase from tests.users import basic_user, transaction_senders from views.sign_in_view import SignInView @marks.all @marks.account class TestRecoverAccountSingleDevice(SingleDeviceTestCase): @marks.testrail_id(5301) @marks.critical @marks.battery_consumption @marks.skip def test_recover_account(self): sign_in = SignInView(self.driver) home = sign_in.create_user() public_key = home.get_public_key() profile = home.get_profile_view() profile.backup_recovery_phrase_button.click() profile.ok_continue_button.click() recovery_phrase = profile.get_recovery_phrase() profile.back_button.click() wallet = profile.wallet_button.click() wallet.set_up_wallet() address = wallet.get_wallet_address() self.driver.reset() sign_in.accept_agreements() sign_in.recover_access(passphrase=' '.join(recovery_phrase.values())) home.wallet_button.click() wallet.set_up_wallet() address2 = wallet.get_wallet_address() if address2 != address: self.errors.append('Wallet address is %s after recovery, but %s is expected' % (address2, address)) public_key2 = wallet.get_public_key() if public_key2 != public_key: self.errors.append('Public key is %s after recovery, but %s is expected' % (public_key2, public_key)) self.verify_no_errors() @marks.skip @marks.testrail_id(845) def test_recover_account_with_incorrect_passphrase(self): sign_in = SignInView(self.driver) sign_in.create_user() public_key = sign_in.get_public_key() profile = sign_in.get_profile_view() profile.backup_recovery_phrase_button.click() profile.ok_continue_button.click() recovery_phrase = profile.get_recovery_phrase() self.driver.reset() sign_in.accept_agreements() sign_in.recover_access(passphrase=' '.join(list(recovery_phrase.values())[::-1])) if sign_in.get_public_key() == public_key: pytest.fail('The same account is recovered with reversed passphrase') @marks.logcat @marks.testrail_id(5366) @marks.critical def test_logcat_recovering_account(self): sign_in = SignInView(self.driver) sign_in.recover_access(passphrase=basic_user['passphrase'], password=unique_password) sign_in.check_no_values_in_logcat(passphrase=basic_user['passphrase'], password=unique_password) class TestRecoverAccessFromSignInScreen(SingleDeviceTestCase): @marks.testrail_id(5363) @marks.high def test_pass_phrase_validation(self): signin_view = SignInView(self.driver) recover_access_view = signin_view.i_have_account_button.click() phrase_outside_the_mnemonic = 'one two three four five six seven eight nine ten eleven twelve' validations = [ { 'phrase': ' ', 'element to check': recover_access_view.warnings.required_field, 'validation message': 'Required field', }, { 'phrase': 'a', 'element to check': recover_access_view.warnings.invalid_recovery_phrase, 'validation message': 'Recovery phrase is invalid' }, { 'phrase': 'one two three four five six seven eight nine ten eleven twelve thirteen', 'element to check': recover_access_view.warnings.invalid_recovery_phrase, 'validation message': 'Recovery phrase is invalid' }, { 'phrase': '; two three four five six seven eight nine ten eleven twelve', 'element to check': recover_access_view.warnings.invalid_recovery_phrase, 'validation message': 'Recovery phrase is invalid' }, { 'phrase': phrase_outside_the_mnemonic, 'element to check': recover_access_view.warnings.misspelled_words, 'validation message': 'Some words might be misspelled' }, ] # we're performing the same steps changing only phrase per attempt for validation in validations: phrase, elm, msg = validation.get('phrase'), validation.get('element to check'), validation.get( 'validation message') if signin_view.i_have_account_button.is_element_displayed(): signin_view.i_have_account_button.click() recover_access_view.send_as_keyevent(phrase) recover_access_view.password_input.click() if not elm.is_element_displayed(): self.errors.append('"{}" message is not shown'.format(msg)) recover_access_view.click_system_back_button() signin_view.i_have_account_button.click() recover_access_view.send_as_keyevent(phrase_outside_the_mnemonic) recover_access_view.password_input.click() recover_access_view.send_as_keyevent('123456') recover_access_view.sign_in_button.click() recover_access_view.cancel_button.click() if recover_access_view.cancel_button.is_element_displayed(): self.errors.append('Something went wrong. Probably, the confirmation pop up did not disappear') recover_access_view.click_system_back_button() signin_view.i_have_account_button.click() recover_access_view.send_as_keyevent(phrase_outside_the_mnemonic) recover_access_view.password_input.click() recover_access_view.send_as_keyevent('123456') recover_access_view.sign_in_button.click() home_view = recover_access_view.confirm_phrase_button.click() if not home_view.profile_button.is_element_displayed(): self.errors.append('Something went wrong. Probably, could not reach the home screen out.') self.verify_no_errors() @marks.testrail_id(5499) @marks.medium def test_passphrase_whitespaces_ignored_while_recovering_access(self): signin_view = SignInView(self.driver) sender = transaction_senders['U'] passphrase = fill_string_with_char(sender['passphrase'], ' ', 3, True, True) home_view = signin_view.recover_access(passphrase=passphrase) if not home_view.profile_button.is_element_displayed(): self.driver.fail('Something went wrong. Probably, could not reach the home screen out.') @marks.testrail_id(5394) @marks.high def test_uppercase_is_replaced_by_lowercase_automatically(self): passphrase = transaction_senders['A']['passphrase'] capitalized_passphrase = passphrase.upper() signin_view = SignInView(self.driver) recover_access_view = signin_view.i_have_account_button.click() recover_access_view.passphrase_input.click() recover_access_view.send_as_keyevent(capitalized_passphrase) if recover_access_view.passphrase_input.text != passphrase: self.driver.fail('Upper case was not replaced by lower case!') @marks.testrail_id(5719) @marks.medium def test_special_characters_in_password_when_recover_account(self): sign_in = SignInView(self.driver) sign_in.recover_access(passphrase=basic_user['passphrase'], password=basic_user['special_chars_password']) sign_in.relogin(password=basic_user['special_chars_password'])