""" Central place for defining all input flows for the device tests. Each model has potentially its own input flow, and in most cases we need to distinguish between them. Doing it at one place offers a better overview of the differences and makes it easier to maintain. The whole `device_tests` folder can then focus only on the actual tests and data-assertions, not on the lower-level input flow details. """ from __future__ import annotations import time from typing import Callable, Generator from trezorlib import messages, models from trezorlib.debuglink import DebugLink, LayoutContent from trezorlib.debuglink import TrezorClientDebugLink as Client from trezorlib.debuglink import multipage_content from . import buttons from . import translations as TR from .common import ( BRGeneratorType, check_pin_backoff_time, click_info_button_tt, click_through, get_text_possible_pagination, read_and_confirm_mnemonic, swipe_if_necessary, ) from .input_flows_helpers import BackupFlow, EthereumFlow, PinFlow, RecoveryFlow B = messages.ButtonRequestType class InputFlowBase: def __init__(self, client: Client): self.client = client self.debug: DebugLink = client.debug self.PIN = PinFlow(self.client) self.REC = RecoveryFlow(self.client) self.BAK = BackupFlow(self.client) self.ETH = EthereumFlow(self.client) def model(self) -> str | models.TrezorModel: return self.client.model def get(self) -> Callable[[], BRGeneratorType]: self.client.watch_layout(True) # There could be one common input flow for all models if hasattr(self, "input_flow_common"): return getattr(self, "input_flow_common") elif self.model() is models.T2T1: return self.input_flow_tt elif self.model() is models.T2B1: return self.input_flow_tr elif self.model() is models.T3T1: return self.input_flow_t3t1 else: raise ValueError("Unknown model") def input_flow_tt(self) -> BRGeneratorType: """Special for TT""" raise NotImplementedError def input_flow_tr(self) -> BRGeneratorType: """Special for TR""" raise NotImplementedError def input_flow_t3t1(self) -> BRGeneratorType: """Special for T3T1""" raise NotImplementedError def text_content(self) -> str: return self.debug.wait_layout().text_content() def main_component(self) -> str: return self.debug.wait_layout().main_component() def all_components(self) -> list[str]: return self.debug.wait_layout().all_components() def title(self) -> str: return self.debug.wait_layout().title() class InputFlowSetupDevicePINWIpeCode(InputFlowBase): def __init__(self, client: Client, pin: str, wipe_code: str): super().__init__(client) self.pin = pin self.wipe_code = wipe_code def input_flow_common(self) -> BRGeneratorType: yield # do you want to set/change the wipe code? self.debug.press_yes() if self.model() is models.T2B1: yield from swipe_if_necessary(self.debug) # wipe code info self.debug.press_yes() yield # enter current pin self.debug.input(self.pin) yield # enter new wipe code self.debug.input(self.wipe_code) yield # enter new wipe code again self.debug.input(self.wipe_code) yield # success self.debug.press_yes() class InputFlowNewCodeMismatch(InputFlowBase): def __init__( self, client: Client, first_code: str, second_code: str, ): super().__init__(client) self.first_code = first_code self.second_code = second_code def input_flow_common(self) -> BRGeneratorType: yield # do you want to set/change the pin/wipe code? self.debug.press_yes() if self.model() is models.T2B1: yield from swipe_if_necessary(self.debug) # code info self.debug.press_yes() def input_two_different_pins() -> BRGeneratorType: yield from self.PIN.setup_new_pin(self.first_code, self.second_code) yield from input_two_different_pins() yield # PIN mismatch self.debug.press_yes() # try again yield from input_two_different_pins() yield # PIN mismatch self.debug.press_yes() # try again yield # PIN entry again self.debug.press_no() # cancel class InputFlowCodeChangeFail(InputFlowBase): def __init__( self, client: Client, current_pin: str, new_pin_1: str, new_pin_2: str ): super().__init__(client) self.current_pin = current_pin self.new_pin_1 = new_pin_1 self.new_pin_2 = new_pin_2 def input_flow_common(self) -> BRGeneratorType: yield # do you want to change pin? self.debug.press_yes() yield # enter current pin self.debug.input(self.current_pin) yield from self.PIN.setup_new_pin(self.new_pin_1, self.new_pin_2) yield # PIN mismatch self.debug.press_yes() # try again # failed retry yield # enter current pin again self.client.cancel() class InputFlowWrongPIN(InputFlowBase): def __init__(self, client: Client, wrong_pin: str): super().__init__(client) self.wrong_pin = wrong_pin def input_flow_common(self) -> BRGeneratorType: yield # do you want to change pin? self.debug.press_yes() yield # enter wrong current pin self.debug.input(self.wrong_pin) yield self.debug.press_no() class InputFlowPINBackoff(InputFlowBase): def __init__(self, client: Client, wrong_pin: str, good_pin: str): super().__init__(client) self.wrong_pin = wrong_pin self.good_pin = good_pin def input_flow_common(self) -> BRGeneratorType: """Inputting some bad PINs and finally the correct one""" yield # PIN entry for attempt in range(3): start = time.time() self.debug.input(self.wrong_pin) yield # PIN entry check_pin_backoff_time(attempt, start) self.debug.input(self.good_pin) class InputFlowSignMessagePagination(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.message_read = "" def input_flow_tt(self) -> BRGeneratorType: # collect screen contents into `message_read`. # Using a helper debuglink function to assemble the final text. layouts: list[LayoutContent] = [] br = yield # confirm address self.debug.wait_layout() self.debug.press_yes() br = yield assert br.pages is not None for i in range(br.pages): layout = self.debug.wait_layout() layouts.append(layout) if i < br.pages - 1: self.debug.swipe_up() self.message_read = multipage_content(layouts) self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: # confirm address yield self.debug.press_yes() # press info yield self.debug.press_right() # paginate through the whole message br = yield # TODO: try load the message_read the same way as in model T if br.pages is not None: for i in range(br.pages): if i < br.pages - 1: self.debug.swipe_up() self.debug.press_yes() # confirm message yield self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: # collect screen contents into `message_read`. # Using a helper debuglink function to assemble the final text. layouts: list[LayoutContent] = [] br = yield # confirm address self.debug.wait_layout() self.debug.press_yes() br = yield assert br.pages is not None for i in range(br.pages): layout = self.debug.wait_layout() layouts.append(layout) if i < br.pages - 1: self.debug.swipe_up() self.message_read = multipage_content(layouts) self.debug.press_yes() class InputFlowSignMessageInfo(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_tt(self) -> BRGeneratorType: yield # show address/message info self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.synchronize_at("IconDialog") # address mismatch? self.debug.press_no() yield self.debug.press_yes() yield self.debug.press_no() yield self.debug.press_no(wait=True) self.debug.press_yes(wait=True) def input_flow_t3t1(self) -> BRGeneratorType: yield # show address/message info self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.synchronize_at("IconDialog") # address mismatch? self.debug.press_no() yield self.debug.press_yes() yield self.debug.press_no() yield self.debug.press_no(wait=True) self.debug.press_yes(wait=True) class InputFlowShowAddressQRCode(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_tt(self) -> BRGeneratorType: yield self.debug.click(buttons.CORNER_BUTTON, wait=True) # synchronize; TODO get rid of this once we have single-global-layout self.debug.synchronize_at("SimplePage") self.debug.swipe_left(wait=True) self.debug.swipe_right(wait=True) self.debug.swipe_left(wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.press_no(wait=True) self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: # Find out the page-length of the address br = yield if br.pages is not None: address_swipes = br.pages - 1 else: address_swipes = 0 for _ in range(address_swipes): self.debug.press_right() # Go into details self.debug.press_right() # Go through details and back self.debug.press_right() self.debug.press_left() self.debug.press_left() # Confirm for _ in range(address_swipes): self.debug.press_right() self.debug.press_middle() def input_flow_t3t1(self) -> BRGeneratorType: yield self.debug.click(buttons.CORNER_BUTTON, wait=True) # synchronize; TODO get rid of this once we have single-global-layout self.debug.synchronize_at("SimplePage") self.debug.swipe_left(wait=True) self.debug.swipe_right(wait=True) self.debug.swipe_left(wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.press_no(wait=True) self.debug.press_yes() class InputFlowShowAddressQRCodeCancel(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_tt(self) -> BRGeneratorType: yield self.debug.click(buttons.CORNER_BUTTON, wait=True) # synchronize; TODO get rid of this once we have single-global-layout self.debug.synchronize_at("SimplePage") self.debug.swipe_left(wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # Go into details self.debug.press_right() # Go through details and back self.debug.press_right() self.debug.press_left() self.debug.press_left() # Cancel self.debug.press_left(wait=True) # Confirm address mismatch # Clicking right twice, as some languages can have two pages self.debug.press_right() self.debug.press_right() def input_flow_t3t1(self) -> BRGeneratorType: yield self.debug.click(buttons.CORNER_BUTTON, wait=True) # synchronize; TODO get rid of this once we have single-global-layout self.debug.synchronize_at("SimplePage") self.debug.swipe_left(wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.press_yes() class InputFlowShowMultisigXPUBs(InputFlowBase): def __init__(self, client: Client, address: str, xpubs: list[str], index: int): super().__init__(client) self.address = address self.xpubs = xpubs self.index = index def input_flow_tt(self) -> BRGeneratorType: yield # multisig address warning self.debug.press_yes() yield # show address layout = self.debug.wait_layout() TR.assert_in(layout.title(), "address__title_receive_address") assert "(MULTISIG)" in layout.title() assert layout.text_content().replace(" ", "") == self.address self.debug.click(buttons.CORNER_BUTTON) assert "Qr" in self.all_components() layout = self.debug.swipe_left(wait=True) # address details assert "Multisig 2 of 3" in layout.screen_content() TR.assert_in(layout.screen_content(), "address_details__derivation_path") # Three xpub pages with the same testing logic for xpub_num in range(3): expected_title = f"MULTISIG XPUB #{xpub_num + 1}" layout = self.debug.swipe_left(wait=True) assert expected_title in layout.title() content = layout.text_content().replace(" ", "") assert self.xpubs[xpub_num] in content self.debug.click(buttons.CORNER_BUTTON, wait=True) # show address self.debug.press_no(wait=True) # address mismatch self.debug.press_no(wait=True) # show address self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # multisig address warning self.debug.press_middle() yield # show address layout = self.debug.wait_layout() TR.assert_in(layout.title(), "address__title_receive_address") assert "(MULTISIG)" in layout.title() assert layout.text_content().replace(" ", "") == self.address self.debug.press_right() assert "Qr" in self.all_components() layout = self.debug.press_right(wait=True) # address details # TODO: locate it more precisely assert "Multisig 2 of 3" in layout.json_str # Three xpub pages with the same testing logic for xpub_num in range(3): expected_title = f"MULTISIG XPUB #{xpub_num + 1}" layout = self.debug.press_right(wait=True) assert expected_title in layout.title() xpub_part_1 = layout.text_content().replace(" ", "") # Press "SHOW MORE" layout = self.debug.press_middle(wait=True) xpub_part_2 = layout.text_content().replace(" ", "") # Go back self.debug.press_left(wait=True) assert self.xpubs[xpub_num] == xpub_part_1 + xpub_part_2 for _ in range(5): self.debug.press_left() # show address self.debug.press_left() # address mismatch self.debug.press_left() # show address self.debug.press_middle() def input_flow_t3t1(self) -> BRGeneratorType: yield # multisig address warning self.debug.press_yes() yield # show address layout = self.debug.wait_layout() TR.assert_in(layout.title(), "address__title_receive_address") assert "(MULTISIG)" in layout.title() assert layout.text_content().replace(" ", "") == self.address self.debug.click(buttons.CORNER_BUTTON) assert "Qr" in self.all_components() layout = self.debug.swipe_left(wait=True) # address details assert "Multisig 2 of 3" in layout.screen_content() TR.assert_in(layout.screen_content(), "address_details__derivation_path") # Three xpub pages with the same testing logic for xpub_num in range(3): expected_title = f"MULTISIG XPUB #{xpub_num + 1}" layout = self.debug.swipe_left(wait=True) assert expected_title in layout.title() content = layout.text_content().replace(" ", "") assert self.xpubs[xpub_num] in content self.debug.click(buttons.CORNER_BUTTON, wait=True) # show address self.debug.press_no(wait=True) # address mismatch self.debug.press_no(wait=True) # show address self.debug.press_yes() class InputFlowShowXpubQRCode(InputFlowBase): def __init__(self, client: Client, passphrase: bool = False): super().__init__(client) self.passphrase = passphrase def input_flow_tt(self) -> BRGeneratorType: if self.passphrase: yield self.debug.press_yes() yield self.debug.press_yes() br = yield layout = self.debug.wait_layout() if "coinjoin" in layout.title().lower() or br.code == B.UnknownDerivationPath: self.debug.press_yes() br = yield self.debug.click(buttons.CORNER_BUTTON, wait=True) # synchronize; TODO get rid of this once we have single-global-layout self.debug.synchronize_at("SimplePage") self.debug.swipe_left(wait=True) self.debug.swipe_right(wait=True) self.debug.swipe_left(wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.press_no(wait=True) for _ in range(br.pages - 1): self.debug.swipe_up(wait=True) self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: if self.passphrase: yield self.debug.press_right() yield self.debug.press_right() br = yield layout = self.debug.wait_layout() if "coinjoin" in layout.title().lower() or br.code == B.UnknownDerivationPath: self.debug.press_yes() br = yield # Go into details self.debug.press_right(wait=True) # Go through details and back self.debug.press_right(wait=True) self.debug.press_right(wait=True) self.debug.press_right(wait=True) self.debug.press_left(wait=True) self.debug.press_left(wait=True) assert br.pages is not None for _ in range(br.pages - 1): self.debug.press_right() # Confirm self.debug.press_middle() def input_flow_t3t1(self) -> BRGeneratorType: if self.passphrase: yield self.debug.press_yes() yield self.debug.press_yes() br = yield layout = self.debug.wait_layout() if "coinjoin" in layout.title().lower() or br.code == B.UnknownDerivationPath: self.debug.press_yes() br = yield self.debug.click(buttons.CORNER_BUTTON, wait=True) # synchronize; TODO get rid of this once we have single-global-layout self.debug.synchronize_at("SimplePage") self.debug.swipe_left(wait=True) self.debug.swipe_right(wait=True) self.debug.swipe_left(wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_no(wait=True) self.debug.press_no(wait=True) for _ in range(br.pages - 1): self.debug.swipe_up(wait=True) self.debug.press_yes() class InputFlowPaymentRequestDetails(InputFlowBase): def __init__(self, client: Client, outputs: list[messages.TxOutputType]): super().__init__(client) self.outputs = outputs def input_flow_tt(self) -> BRGeneratorType: yield # request to see details self.debug.wait_layout() self.debug.press_info() yield # confirm first output assert self.outputs[0].address[:16] in self.text_content() # type: ignore self.debug.press_yes() yield # confirm first output self.debug.wait_layout() self.debug.press_yes() yield # confirm second output assert self.outputs[1].address[:16] in self.text_content() # type: ignore self.debug.press_yes() yield # confirm second output self.debug.wait_layout() self.debug.press_yes() yield # confirm transaction self.debug.press_yes() yield # confirm transaction self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: yield # request to see details self.debug.wait_layout() self.debug.press_info() yield # confirm first output assert self.outputs[0].address[:16] in self.text_content() # type: ignore self.debug.press_yes() yield # confirm first output self.debug.wait_layout() self.debug.press_yes() yield # confirm second output assert self.outputs[1].address[:16] in self.text_content() # type: ignore self.debug.press_yes() yield # confirm second output self.debug.wait_layout() self.debug.press_yes() yield # confirm transaction self.debug.press_yes() yield # confirm transaction self.debug.press_yes() class InputFlowSignTxHighFee(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.finished = False def go_through_all_screens(self, screens: list[B]) -> BRGeneratorType: for expected in screens: br = yield assert br.code == expected self.debug.press_yes() self.finished = True def input_flow_common(self) -> BRGeneratorType: screens = [ B.ConfirmOutput, B.ConfirmOutput, B.FeeOverThreshold, B.SignTx, ] yield from self.go_through_all_screens(screens) def sign_tx_go_to_info(client: Client) -> Generator[None, None, str]: yield # confirm output client.debug.wait_layout() client.debug.press_yes() yield # confirm output client.debug.wait_layout() client.debug.press_yes() yield # confirm transaction client.debug.wait_layout() client.debug.press_info() layout = client.debug.wait_layout() content = layout.text_content() client.debug.click(buttons.CORNER_BUTTON, wait=True) return content def sign_tx_go_to_info_tr( client: Client, ) -> Generator[None, None, str]: yield # confirm address client.debug.wait_layout() client.debug.press_yes() # CONTINUE yield # confirm amount client.debug.wait_layout() client.debug.press_yes() # CONFIRM screen_texts: list[str] = [] yield # confirm total layout = client.debug.wait_layout() if "multiple accounts" in layout.text_content().lower(): client.debug.press_middle() yield layout = client.debug.press_right(wait=True) screen_texts.append(layout.text_content()) layout = client.debug.press_right(wait=True) screen_texts.append(layout.text_content()) client.debug.press_left() client.debug.press_left() return "\n".join(screen_texts) class InputFlowSignTxInformation(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def assert_content(self, content: str, title_path: str) -> None: TR.assert_in(content, title_path) assert "Legacy #6" in content TR.assert_in(content, "confirm_total__fee_rate") assert "71.56 sat" in content def input_flow_tt(self) -> BRGeneratorType: content = yield from sign_tx_go_to_info(self.client) self.assert_content(content, "confirm_total__sending_from_account") self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: content = yield from sign_tx_go_to_info_tr(self.client) print("content", content) self.assert_content(content, "confirm_total__title_sending_from") self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: content = yield from sign_tx_go_to_info(self.client) self.assert_content(content, "confirm_total__sending_from_account") self.debug.press_yes() class InputFlowSignTxInformationMixed(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def assert_content(self, content: str, title_path: str) -> None: TR.assert_in(content, title_path) TR.assert_in(content, "bitcoin__multiple_accounts") TR.assert_in(content, "confirm_total__fee_rate") assert "18.33 sat" in content def input_flow_tt(self) -> BRGeneratorType: # multiple accounts warning yield self.debug.press_yes() content = yield from sign_tx_go_to_info(self.client) self.assert_content(content, "confirm_total__sending_from_account") self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: # multiple accounts warning yield self.debug.press_yes() content = yield from sign_tx_go_to_info_tr(self.client) self.assert_content(content, "confirm_total__title_sending_from") self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: # multiple accounts warning yield self.debug.press_yes() content = yield from sign_tx_go_to_info(self.client) self.assert_content(content, "confirm_total__sending_from_account") self.debug.press_yes() class InputFlowSignTxInformationCancel(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_tt(self) -> BRGeneratorType: yield from sign_tx_go_to_info(self.client) self.debug.press_no() def input_flow_tr(self) -> BRGeneratorType: yield from sign_tx_go_to_info_tr(self.client) self.debug.press_left() def input_flow_t3t1(self) -> BRGeneratorType: yield from sign_tx_go_to_info(self.client) self.debug.press_no() class InputFlowSignTxInformationReplacement(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_tt(self) -> BRGeneratorType: yield # confirm txid self.debug.press_yes() yield # confirm address self.debug.press_yes() # go back to address self.debug.press_no() # confirm address self.debug.press_yes() yield # confirm amount self.debug.press_yes() yield # transaction summary, press info self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # confirm txid self.debug.press_right() self.debug.press_right() yield # confirm address self.debug.press_right() self.debug.press_right() self.debug.press_right() yield # confirm amount self.debug.press_right() self.debug.press_right() self.debug.press_right() yield def input_flow_t3t1(self) -> BRGeneratorType: yield # confirm txid self.debug.press_yes() yield # confirm address self.debug.press_yes() # go back to address self.debug.press_no() # confirm address self.debug.press_yes() yield # confirm amount self.debug.press_yes() yield # transaction summary, press info self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.click(buttons.CORNER_BUTTON, wait=True) self.debug.press_yes() def lock_time_input_flow_tt( debug: DebugLink, layout_assert_func: Callable[[DebugLink, messages.ButtonRequest], None], double_confirm: bool = False, ) -> BRGeneratorType: yield # confirm output debug.wait_layout() debug.press_yes() yield # confirm output debug.wait_layout() debug.press_yes() br = yield # confirm locktime layout_assert_func(debug, br) debug.press_yes() yield # confirm transaction debug.press_yes() if double_confirm: yield # confirm transaction debug.press_yes() def lock_time_input_flow_tr( debug: DebugLink, layout_assert_func: Callable[[DebugLink, messages.ButtonRequest], None], ) -> BRGeneratorType: yield # confirm address debug.wait_layout() debug.press_yes() yield # confirm amount debug.wait_layout() debug.press_yes() br = yield # confirm locktime layout_assert_func(debug, br) debug.press_yes() yield # confirm transaction debug.press_yes() class InputFlowLockTimeBlockHeight(InputFlowBase): def __init__(self, client: Client, block_height: str): super().__init__(client) self.block_height = block_height def assert_func(self, debug: DebugLink, br: messages.ButtonRequest) -> None: layout_text = get_text_possible_pagination(debug, br) TR.assert_in(layout_text, "bitcoin__locktime_set_to_blockheight") assert self.block_height in layout_text def input_flow_tt(self) -> BRGeneratorType: yield from lock_time_input_flow_tt( self.debug, self.assert_func, double_confirm=True ) def input_flow_tr(self) -> BRGeneratorType: yield from lock_time_input_flow_tr(self.debug, self.assert_func) def input_flow_t3t1(self) -> BRGeneratorType: yield from lock_time_input_flow_tt( self.debug, self.assert_func, double_confirm=True ) class InputFlowLockTimeDatetime(InputFlowBase): def __init__(self, client: Client, lock_time_str: str): super().__init__(client) self.lock_time_str = lock_time_str def assert_func(self, debug: DebugLink, br: messages.ButtonRequest) -> None: layout_text = get_text_possible_pagination(debug, br) TR.assert_in(layout_text, "bitcoin__locktime_set_to") assert self.lock_time_str.replace(' ', '') in layout_text.replace(' ', '') def input_flow_tt(self) -> BRGeneratorType: yield from lock_time_input_flow_tt(self.debug, self.assert_func) def input_flow_tr(self) -> BRGeneratorType: yield from lock_time_input_flow_tr(self.debug, self.assert_func) def input_flow_t3t1(self) -> BRGeneratorType: yield from lock_time_input_flow_tt(self.debug, self.assert_func) class InputFlowEIP712ShowMore(InputFlowBase): SHOW_MORE = (143, 167) def __init__(self, client: Client): super().__init__(client) self.same_for_all_models = True def _confirm_show_more(self) -> None: """Model-specific, either clicks a screen or presses a button.""" if self.model() in (models.T2T1, models.T3T1): self.debug.click(self.SHOW_MORE) elif self.model() is models.T2B1: self.debug.press_right() def input_flow_common(self) -> BRGeneratorType: """Triggers show more wherever possible""" yield # confirm address self.debug.press_yes() yield # confirm domain self.debug.wait_layout() self._confirm_show_more() # confirm domain properties for _ in range(4): yield from swipe_if_necessary(self.debug) # EIP712 DOMAIN self.debug.press_yes() yield # confirm message self.debug.wait_layout() self._confirm_show_more() yield # confirm message.from self.debug.wait_layout() self._confirm_show_more() # confirm message.from properties for _ in range(2): yield from swipe_if_necessary(self.debug) self.debug.press_yes() yield # confirm message.to self.debug.wait_layout() self._confirm_show_more() # confirm message.to properties for _ in range(2): yield from swipe_if_necessary(self.debug) self.debug.press_yes() yield # confirm message.contents self.debug.press_yes() yield # confirm final hash self.debug.press_yes() class InputFlowEIP712Cancel(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: """Clicks cancelling button""" yield # confirm address self.debug.press_yes() yield # confirm domain self.debug.press_no() class InputFlowEthereumSignTxShowFeeInfo(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: yield from self.ETH.confirm_tx(info=True) class InputFlowEthereumSignTxGoBackFromSummary(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: yield from self.ETH.confirm_tx(go_back_from_summary=True) class InputFlowEthereumSignTxDataSkip(InputFlowBase): def __init__(self, client: Client, cancel: bool = False): super().__init__(client) self.cancel = cancel def input_flow_common(self) -> BRGeneratorType: yield from self.ETH.confirm_data() yield from self.ETH.confirm_tx(cancel=self.cancel) class InputFlowEthereumSignTxDataScrollDown(InputFlowBase): def __init__(self, client: Client, cancel: bool = False): super().__init__(client) self.cancel = cancel def input_flow_common(self) -> BRGeneratorType: yield from self.ETH.confirm_data(info=True) yield from self.ETH.paginate_data() if self.cancel: yield from self.ETH.confirm_data(cancel=True) else: yield from self.ETH.confirm_data() yield from self.ETH.confirm_tx() class InputFlowEthereumSignTxDataGoBack(InputFlowBase): def __init__(self, client: Client, cancel: bool = False): super().__init__(client) self.cancel = cancel def input_flow_common(self) -> BRGeneratorType: yield from self.ETH.confirm_data(info=True) yield from self.ETH.paginate_data_go_back() if self.cancel: yield from self.ETH.confirm_data(cancel=True) else: yield from self.ETH.confirm_data() yield from self.ETH.confirm_tx() class InputFlowEthereumSignTxStaking(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: yield from self.ETH.confirm_tx_staking(info=True) def get_mnemonic_and_confirm_success( debug: DebugLink, ) -> Generator[None, "messages.ButtonRequest", str]: # mnemonic phrases mnemonic = yield from read_and_confirm_mnemonic(debug) br = yield # confirm recovery seed check assert br.code == B.Success debug.press_yes() br = yield # confirm success assert br.code == B.Success debug.press_yes() assert mnemonic is not None return mnemonic class InputFlowBip39Backup(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.mnemonic = None def input_flow_common(self) -> BRGeneratorType: # 1. Confirm Reset yield from click_through(self.debug, screens=1, code=B.ResetDevice) # mnemonic phrases and rest self.mnemonic = yield from get_mnemonic_and_confirm_success(self.debug) class InputFlowBip39ResetBackup(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.mnemonic = None # NOTE: same as above, just two more YES def input_flow_common(self) -> BRGeneratorType: # 1. Confirm Reset # 2. Backup your seed # 3. Confirm warning yield from click_through(self.debug, screens=3, code=B.ResetDevice) # mnemonic phrases and rest self.mnemonic = yield from get_mnemonic_and_confirm_success(self.debug) class InputFlowBip39ResetPIN(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.mnemonic = None def input_flow_common(self) -> BRGeneratorType: br = yield # Confirm Reset assert br.code == B.ResetDevice self.debug.press_yes() yield from self.PIN.setup_new_pin("654") br = yield # Confirm entropy assert br.code == B.ResetDevice self.debug.press_yes() br = yield # Backup your seed assert br.code == B.ResetDevice self.debug.press_yes() br = yield # Confirm warning assert br.code == B.ResetDevice self.debug.press_yes() # mnemonic phrases self.mnemonic = yield from read_and_confirm_mnemonic(self.debug) br = yield # confirm recovery seed check assert br.code == B.Success self.debug.press_yes() br = yield # confirm success assert br.code == B.Success self.debug.press_yes() class InputFlowBip39ResetFailedCheck(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.mnemonic = None def input_flow_common(self) -> BRGeneratorType: # 1. Confirm Reset # 2. Backup your seed # 3. Confirm warning yield from click_through(self.debug, screens=3, code=B.ResetDevice) # mnemonic phrases, wrong answer self.mnemonic = yield from read_and_confirm_mnemonic( self.debug, choose_wrong=True ) br = yield # warning screen assert br.code == B.ResetDevice self.debug.press_yes() # mnemonic phrases self.mnemonic = yield from read_and_confirm_mnemonic(self.debug) br = yield # confirm recovery seed check assert br.code == B.Success self.debug.press_yes() br = yield # confirm success assert br.code == B.Success self.debug.press_yes() def load_5_shares( debug: DebugLink, ) -> Generator[None, "messages.ButtonRequest", list[str]]: mnemonics: list[str] = [] for _ in range(5): # Phrase screen mnemonic = yield from read_and_confirm_mnemonic(debug) assert mnemonic is not None mnemonics.append(mnemonic) br = yield # Confirm continue to next assert br.code == B.Success debug.press_yes() return mnemonics class InputFlowSlip39BasicBackup(InputFlowBase): def __init__(self, client: Client, click_info: bool): super().__init__(client) self.mnemonics: list[str] = [] self.click_info = click_info def input_flow_tt(self) -> BRGeneratorType: yield # 1. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 2. Number of shares (5) self.debug.press_yes() yield # 3. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 4. Threshold (3) self.debug.press_yes() yield # 5. Checklist self.debug.press_yes() yield # 6. Confirm show seeds self.debug.press_yes() # Mnemonic phrases self.mnemonics = yield from load_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # 1. Checklist self.debug.press_yes() yield # 1.5 Number of shares info self.debug.press_yes() yield # 2. Number of shares (5) self.debug.input("5") yield # 3. Checklist self.debug.press_yes() yield # 3.5 Threshold info self.debug.press_yes() yield # 4. Threshold (3) self.debug.input("3") yield # 5. Checklist self.debug.press_yes() yield # 6. Confirm show seeds self.debug.press_yes() # Mnemonic phrases self.mnemonics = yield from load_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: yield # 1. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 2. Number of shares (5) self.debug.press_yes() yield # 3. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 4. Threshold (3) self.debug.press_yes() yield # 5. Checklist self.debug.press_yes() yield # 6. Confirm show seeds self.debug.press_yes() # Mnemonic phrases self.mnemonics = yield from load_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() class InputFlowSlip39BasicResetRecovery(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.mnemonics: list[str] = [] def input_flow_tt(self) -> BRGeneratorType: # 1. Confirm Reset # 2. Backup your seed # 3. Confirm warning # 4. shares info # 5. Set & Confirm number of shares # 6. threshold info # 7. Set & confirm threshold value # 8. Confirm show seeds yield from click_through(self.debug, screens=8, code=B.ResetDevice) # Mnemonic phrases self.mnemonics = yield from load_5_shares(self.debug) br = yield # safety warning assert br.code == B.Success self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # Confirm Reset self.debug.press_yes() yield # Backup your seed self.debug.press_yes() yield # Checklist self.debug.press_yes() yield # Number of shares info self.debug.press_yes() yield # Number of shares (5) self.debug.input("5") yield # Checklist self.debug.press_yes() yield # Threshold info self.debug.press_yes() yield # Threshold (3) self.debug.input("3") yield # Checklist self.debug.press_yes() yield # Confirm show seeds self.debug.press_yes() # Mnemonic phrases self.mnemonics = yield from load_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: # 1. Confirm Reset # 2. Backup your seed # 3. Confirm warning # 4. shares info # 5. Set & Confirm number of shares # 6. threshold info # 7. Set & confirm threshold value # 8. Confirm show seeds yield from click_through(self.debug, screens=8, code=B.ResetDevice) # Mnemonic phrases self.mnemonics = yield from load_5_shares(self.debug) br = yield # safety warning assert br.code == B.Success self.debug.press_yes() def load_5_groups_5_shares( debug: DebugLink, ) -> Generator[None, "messages.ButtonRequest", list[str]]: mnemonics: list[str] = [] for _g in range(5): for _s in range(5): # Phrase screen mnemonic = yield from read_and_confirm_mnemonic(debug) assert mnemonic is not None mnemonics.append(mnemonic) # Confirm continue to next yield from swipe_if_necessary(debug, B.Success) debug.press_yes() return mnemonics class InputFlowSlip39AdvancedBackup(InputFlowBase): def __init__(self, client: Client, click_info: bool): super().__init__(client) self.mnemonics: list[str] = [] self.click_info = click_info def input_flow_tt(self) -> BRGeneratorType: yield # 1. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 2. Set and confirm group count self.debug.press_yes() yield # 3. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 4. Set and confirm group threshold self.debug.press_yes() yield # 5. Checklist self.debug.press_yes() for _ in range(5): # for each of 5 groups if self.click_info: yield from click_info_button_tt(self.debug) yield # Set & Confirm number of shares self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # Set & confirm share threshold value self.debug.press_yes() yield # Confirm show seeds self.debug.press_yes() # Mnemonic phrases - show & confirm shares for all groups self.mnemonics = yield from load_5_groups_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # 1. Checklist self.debug.press_yes() yield # 2. Set and confirm group count self.debug.input("5") yield # 3. Checklist self.debug.press_yes() yield # 4. Set and confirm group threshold self.debug.input("3") yield # 5. Checklist self.debug.press_yes() for _ in range(5): # for each of 5 groups yield # Number of shares info self.debug.press_yes() yield # Number of shares (5) self.debug.input("5") yield # Threshold info self.debug.press_yes() yield # Threshold (3) self.debug.input("3") yield # Confirm show seeds self.debug.press_yes() # Mnemonic phrases - show & confirm shares for all groups self.mnemonics = yield from load_5_groups_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: yield # 1. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 2. Set and confirm group count self.debug.press_yes() yield # 3. Checklist self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # 4. Set and confirm group threshold self.debug.press_yes() yield # 5. Checklist self.debug.press_yes() for _ in range(5): # for each of 5 groups if self.click_info: yield from click_info_button_tt(self.debug) yield # Set & Confirm number of shares self.debug.press_yes() if self.click_info: yield from click_info_button_tt(self.debug) yield # Set & confirm share threshold value self.debug.press_yes() yield # Confirm show seeds self.debug.press_yes() # Mnemonic phrases - show & confirm shares for all groups self.mnemonics = yield from load_5_groups_5_shares(self.debug) br = yield # Confirm backup assert br.code == B.Success self.debug.press_yes() class InputFlowSlip39AdvancedResetRecovery(InputFlowBase): def __init__(self, client: Client, click_info: bool): super().__init__(client) self.mnemonics: list[str] = [] self.click_info = click_info def input_flow_tt(self) -> BRGeneratorType: # 1. Confirm Reset # 2. Backup your seed # 3. Confirm warning # 4. shares info # 5. Set & Confirm number of groups # 6. threshold info # 7. Set & confirm group threshold value # 8-17: for each of 5 groups: # 1. Set & Confirm number of shares # 2. Set & confirm share threshold value # 18. Confirm show seeds yield from click_through(self.debug, screens=18, code=B.ResetDevice) # Mnemonic phrases - show & confirm shares for all groups self.mnemonics = yield from load_5_groups_5_shares(self.debug) br = yield # safety warning assert br.code == B.Success self.debug.press_yes() def input_flow_tr(self) -> BRGeneratorType: yield # Wallet backup self.debug.press_yes() yield # Wallet creation self.debug.press_yes() yield # Checklist self.debug.press_yes() yield # Set and confirm group count self.debug.input("5") yield # Checklist self.debug.press_yes() yield # Set and confirm group threshold self.debug.input("3") yield # Checklist self.debug.press_yes() for _ in range(5): # for each of 5 groups yield # Number of shares info self.debug.press_yes() yield # Number of shares (5) self.debug.input("5") yield # Threshold info self.debug.press_yes() yield # Threshold (3) self.debug.input("3") yield # Confirm show seeds self.debug.press_yes() # Mnemonic phrases - show & confirm shares for all groups self.mnemonics = yield from load_5_groups_5_shares(self.debug) br = yield # safety warning assert br.code == B.Success self.debug.press_yes() def input_flow_t3t1(self) -> BRGeneratorType: # 1. Confirm Reset # 2. Backup your seed # 3. Confirm warning # 4. shares info # 5. Set & Confirm number of groups # 6. threshold info # 7. Set & confirm group threshold value # 8-17: for each of 5 groups: # 1. Set & Confirm number of shares # 2. Set & confirm share threshold value # 18. Confirm show seeds yield from click_through(self.debug, screens=18, code=B.ResetDevice) # Mnemonic phrases - show & confirm shares for all groups self.mnemonics = yield from load_5_groups_5_shares(self.debug) br = yield # safety warning assert br.code == B.Success self.debug.press_yes() class InputFlowBip39RecoveryDryRun(InputFlowBase): def __init__(self, client: Client, mnemonic: list[str], mismatch: bool = False): super().__init__(client) self.mnemonic = mnemonic self.mismatch = mismatch def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_dry_run() yield from self.REC.setup_bip39_recovery(len(self.mnemonic)) yield from self.REC.input_mnemonic(self.mnemonic) if self.mismatch: yield from self.REC.warning_bip39_dryrun_mismatch() else: yield from self.REC.success_bip39_dry_run_valid() class InputFlowBip39RecoveryDryRunInvalid(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.invalid_mnemonic = ["stick"] * 12 def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_dry_run() yield from self.REC.setup_bip39_recovery(len(self.invalid_mnemonic)) yield from self.REC.input_mnemonic(self.invalid_mnemonic) yield from self.REC.warning_invalid_recovery_seed() yield self.client.cancel() class InputFlowBip39Recovery(InputFlowBase): def __init__(self, client: Client, mnemonic: list[str], pin: str | None = None): super().__init__(client) self.mnemonic = mnemonic self.pin = pin def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() if self.pin is not None: yield from self.PIN.setup_new_pin(self.pin) yield from self.REC.setup_bip39_recovery(len(self.mnemonic)) yield from self.REC.input_mnemonic(self.mnemonic) yield from self.REC.success_wallet_recovered() class InputFlowSlip39AdvancedRecoveryDryRun(InputFlowBase): def __init__(self, client: Client, shares: list[str], mismatch: bool = False): super().__init__(client) self.shares = shares self.mismatch = mismatch self.word_count = len(shares[0].split(" ")) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_dry_run() yield from self.REC.setup_slip39_recovery(self.word_count) yield from self.REC.input_all_slip39_shares(self.shares, has_groups=True) if self.mismatch: yield from self.REC.warning_slip39_dryrun_mismatch() else: yield from self.REC.success_slip39_dryrun_valid() class InputFlowSlip39AdvancedRecovery(InputFlowBase): def __init__(self, client: Client, shares: list[str], click_info: bool): super().__init__(client) self.shares = shares self.click_info = click_info self.word_count = len(shares[0].split(" ")) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(self.word_count) yield from self.REC.input_all_slip39_shares( self.shares, has_groups=True, click_info=self.click_info ) yield from self.REC.success_wallet_recovered() class InputFlowSlip39AdvancedRecoveryAbort(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() if self.model() in (models.T2T1, models.T3T1): yield from self.REC.input_number_of_words(20) yield from self.REC.abort_recovery(True) class InputFlowSlip39AdvancedRecoveryNoAbort(InputFlowBase): def __init__(self, client: Client, shares: list[str]): super().__init__(client) self.shares = shares self.word_count = len(shares[0].split(" ")) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() if self.model() in (models.T2T1, models.T3T1): yield from self.REC.input_number_of_words(self.word_count) yield from self.REC.abort_recovery(False) else: yield from self.REC.abort_recovery(False) yield from self.REC.tr_recovery_homescreen() yield from self.REC.input_number_of_words(self.word_count) yield from self.REC.enter_any_share() yield from self.REC.input_all_slip39_shares(self.shares, has_groups=True) yield from self.REC.success_wallet_recovered() class InputFlowSlip39AdvancedRecoveryThresholdReached(InputFlowBase): def __init__( self, client: Client, first_share: list[str], second_share: list[str], ): super().__init__(client) self.first_share = first_share self.second_share = second_share def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(len(self.first_share)) yield from self.REC.input_mnemonic(self.first_share) yield from self.REC.success_share_group_entered() yield from self.REC.success_more_shares_needed() yield from self.REC.input_mnemonic(self.second_share) yield from self.REC.warning_group_threshold_reached() yield self.client.cancel() class InputFlowSlip39AdvancedRecoveryShareAlreadyEntered(InputFlowBase): def __init__( self, client: Client, first_share: list[str], second_share: list[str], ): super().__init__(client) self.first_share = first_share self.second_share = second_share def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(len(self.first_share)) yield from self.REC.input_mnemonic(self.first_share) yield from self.REC.success_share_group_entered() yield from self.REC.success_more_shares_needed() yield from self.REC.input_mnemonic(self.second_share) yield from self.REC.warning_share_already_entered() yield self.client.cancel() class InputFlowSlip39BasicRecoveryDryRun(InputFlowBase): def __init__(self, client: Client, shares: list[str], mismatch: bool = False): super().__init__(client) self.shares = shares self.mismatch = mismatch self.word_count = len(shares[0].split(" ")) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_dry_run() yield from self.REC.setup_slip39_recovery(self.word_count) yield from self.REC.input_all_slip39_shares(self.shares) if self.mismatch: yield from self.REC.warning_slip39_dryrun_mismatch() else: yield from self.REC.success_slip39_dryrun_valid() class InputFlowSlip39BasicRecovery(InputFlowBase): def __init__(self, client: Client, shares: list[str], pin: str | None = None): super().__init__(client) self.shares = shares self.pin = pin self.word_count = len(shares[0].split(" ")) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() if self.pin is not None: yield from self.PIN.setup_new_pin(self.pin) yield from self.REC.setup_slip39_recovery(self.word_count) yield from self.REC.input_all_slip39_shares(self.shares) yield from self.REC.success_wallet_recovered() class InputFlowSlip39BasicRecoveryAbort(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() if self.model() in (models.T2T1, models.T3T1): yield from self.REC.input_number_of_words(20) yield from self.REC.abort_recovery(True) class InputFlowSlip39BasicRecoveryNoAbort(InputFlowBase): def __init__(self, client: Client, shares: list[str]): super().__init__(client) self.shares = shares self.word_count = len(shares[0].split(" ")) def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() if self.model() in (models.T2T1, models.T3T1): yield from self.REC.input_number_of_words(self.word_count) yield from self.REC.abort_recovery(False) else: yield from self.REC.abort_recovery(False) yield from self.REC.tr_recovery_homescreen() yield from self.REC.input_number_of_words(self.word_count) yield from self.REC.enter_any_share() yield from self.REC.input_all_slip39_shares(self.shares) yield from self.REC.success_wallet_recovered() class InputFlowSlip39BasicRecoveryInvalidFirstShare(InputFlowBase): def __init__(self, client: Client): super().__init__(client) self.first_invalid = ["slush"] * 20 self.second_invalid = ["slush"] * 33 def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(len(self.first_invalid)) yield from self.REC.input_mnemonic(self.first_invalid) yield from self.REC.warning_invalid_recovery_share() yield from self.REC.setup_slip39_recovery(len(self.second_invalid)) yield from self.REC.input_mnemonic(self.second_invalid) yield from self.REC.warning_invalid_recovery_share() yield self.client.cancel() class InputFlowSlip39BasicRecoveryInvalidSecondShare(InputFlowBase): def __init__(self, client: Client, shares: list[str]): super().__init__(client) self.shares = shares self.first_share = shares[0].split(" ") self.invalid_share = self.first_share[:3] + ["slush"] * 17 self.second_share = shares[1].split(" ") def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(len(self.first_share)) yield from self.REC.input_mnemonic(self.first_share) yield from self.REC.success_more_shares_needed(2) yield from self.REC.input_mnemonic(self.invalid_share) yield from self.REC.warning_invalid_recovery_share() yield from self.REC.input_mnemonic(self.second_share) yield from self.REC.success_more_shares_needed(1) yield self.client.cancel() class InputFlowSlip39BasicRecoveryWrongNthWord(InputFlowBase): def __init__(self, client: Client, share: list[str], nth_word: int): super().__init__(client) self.share = share self.nth_word = nth_word # Invalid share - just enough words to trigger the warning self.modified_share = share[:nth_word] + [self.share[-1]] def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(len(self.share)) yield from self.REC.input_mnemonic(self.share) yield from self.REC.success_more_shares_needed() yield from self.REC.input_mnemonic(self.modified_share) yield from self.REC.warning_share_from_another_shamir() yield self.client.cancel() class InputFlowSlip39BasicRecoverySameShare(InputFlowBase): def __init__(self, client: Client, share: list[str]): super().__init__(client) self.share = share # Second duplicate share - only 4 words are needed to verify it self.duplicate_share = self.share[:4] def input_flow_common(self) -> BRGeneratorType: yield from self.REC.confirm_recovery() yield from self.REC.setup_slip39_recovery(len(self.share)) yield from self.REC.input_mnemonic(self.share) yield from self.REC.success_more_shares_needed() yield from self.REC.input_mnemonic(self.duplicate_share) yield from self.REC.warning_share_already_entered() yield self.client.cancel() class InputFlowResetSkipBackup(InputFlowBase): def __init__(self, client: Client): super().__init__(client) def input_flow_common(self) -> BRGeneratorType: yield from self.BAK.confirm_new_wallet() yield # Skip Backup info_path = ( "backup__new_wallet_created" if self.model() is models.T2B1 else "backup__new_wallet_successfully_created" ) TR.assert_in(self.text_content(), info_path) if self.model() is models.T2B1: self.debug.press_right() self.debug.press_no() yield # Confirm skip backup TR.assert_in(self.text_content(), "backup__want_to_skip") self.debug.press_no()