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How to use get_screen_text method in autotest

Best Python code snippet using autotest_python

test_ledger.py

Source:test_ledger.py

...12from hwilib.cli import process_commands13SCREEN_TEXT_SOCKET = '/tmp/ledger-screen.sock'14KEYBOARD_PORT = 123515class ScreenTextThread(Thread):16    def get_screen_text(self, use_timeout=False):17        if use_timeout:18            self.sock.settimeout(5)19        else:20            self.sock.settimeout(None)21        data_str = self.sock.recv(200)22        if len(data_str) == 0:23            return ''24        data = json.loads(data_str.decode())25        text = ''26        if data['y'] == 12: # Upper line27            text = data['text']28            text += self.get_screen_text() # Get next line29        elif data['y'] == 26 or data['y'] == 28: # lower line or single line30            text = data['text']31        return text32    def run(self):33        self.running = True34        self.sock = socket.socket(socket.AF_UNIX, socket.SOCK_DGRAM)35        while True:36            try:37                self.sock.bind(SCREEN_TEXT_SOCKET)38                break39            except:40                os.remove(SCREEN_TEXT_SOCKET)41        self.key_sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)42        self.key_sock.connect(('127.0.0.1', KEYBOARD_PORT))43        seen_msg_hash = False44        while True:45            try:46                text = self.get_screen_text(False)47                break48            except:49                continue50        while self.running:51            just_wait = False52            if text.startswith('Address') or text.startswith('Message hash') or text.startswith("Reviewoutput") or text.startswith("Amount") or text.startswith("Fees") or text == 'Confirmtransaction':53                time.sleep(0.05)54                self.key_sock.send(b'Rr')55                if text.startswith('Message hash'):56                    seen_msg_hash = True57            elif text == 'Approve' or text.startswith('Accept'):58                time.sleep(0.05)59                self.key_sock.send(b'LRlr')60            elif text == 'Signmessage':61                time.sleep(0.05)62                if seen_msg_hash:63                    self.key_sock.send(b'LRlr')64                    seen_msg_hash = False65                else:66                    self.key_sock.send(b'Rr')67            elif text == 'Cancel' or text == 'Reject':68                time.sleep(0.05)69                self.key_sock.send(b'Ll')70            else:71                # For everything else, do nothing and wait for next text72                just_wait = True73            try:74                if just_wait:75                    # Main screen, don't do anything76                    new_text = self.get_screen_text(False)77                else:78                    # Try to fetch the next text79                    # If it times out, maybe our input didn't make it, so try processing text again80                    new_text = self.get_screen_text(True)81                text = new_text82            except:83                continue84        self.sock.close()85    def stop(self):86        self.running = False87        self.sock.shutdown(socket.SHUT_RDWR)88        self.sock.close()89        self.key_sock.close()90        os.remove(SCREEN_TEXT_SOCKET)91class LedgerEmulator(DeviceEmulator):92    def __init__(self, path):93        self.emulator_path = path94        self.emulator_proc = None...

main.py

Source:main.py

...45    def get_second_operand(self):46        return self.second_operand47    def set_second_operand(self, new_second_operand):48        self.second_operand = new_second_operand49    def get_screen_text(self):50        return self.ids["screen"].text51    def number_decimal_points_on_screen(self):52        return self.get_screen_text().count(".")53    def find_decimal_point_on_screen(self):54        return self.get_screen_text().find(".")55    def has_number_on_screen(self):56        screen_text = self.ids['screen'].text57        found_decimal = self.find_decimal_point_on_screen()58        return screen_text.isdigit() or (screen_text[1:].isdigit() and screen_text[0] == '-') or \59                  (self.number_decimal_points_on_screen() == 1 and ((screen_text[0] == '-' and \60                    (screen_text[1:found_decimal] + screen_text[found_decimal + 1:]).isdigit()) \61                        or (screen_text[0:found_decimal] + screen_text[found_decimal+1:]).isdigit()))62    def set_screen_text(self, new_text):63        self.ids['screen'].text = new_text64    def clear_screen_text(self):65        self.ids['screen'].text = ''66    def add_to_screen(self, to_be_added):67        current_screen_text = self.get_screen_text()68        self.set_screen_text(current_screen_text + to_be_added)69    def switch_displayed_number_parity(self):70        if self.has_number_on_screen():71            self.set_screen_text('%g'%(float(self.get_screen_text()) * -1))72    def operate_on_operands(self, first_operand, second_operand, operation):73        if operation == "+":74            return '%g'%(float(first_operand) + float(second_operand))75        if operation == "-":76            return '%g'%(float(first_operand) - float(second_operand))77        if operation == "x":78            return '%g'%(float(first_operand) * float(second_operand))79        if operation == "/":80            return '%g'%(float(first_operand) / float(second_operand))81    def enter_button(self, button_entry):82        if len(button_entry) == 1:83            if button_entry.isdigit():84                if self.get_entry_state() == "accepting_first_operand" or self.get_entry_state() == \85                        "accepting_second_operand":86                    self.add_to_screen(button_entry)87                elif self.get_entry_state() == "result":88                    self.clear_screen_text()89                    self.set_entry_state("accepting_first_operand")90                    self.add_to_screen(button_entry)91            elif button_entry in "+-x/":92                if self.get_entry_state() == "accepting_first_operand":93                    self.set_first_operand(self.get_screen_text())94                    self.clear_screen_text()95                    self.set_current_operation(button_entry)96                    self.set_entry_state("accepting_second_operand")97                if self.get_entry_state() == "result":98                    self.set_first_operand(self.get_screen_text())99                    self.set_current_operation(button_entry)100                    self.clear_screen_text()101                    self.set_entry_state("accepting_second_operand")102            elif button_entry == "=":103                if self.get_entry_state() == "accepting_second_operand":104                    if self.has_number_on_screen():105                        self.set_second_operand(self.get_screen_text())106                        result = self.operate_on_operands(self.get_first_operand(), self.get_second_operand(), \107                            self.get_current_operation())108                        self.clear_operands_and_operation()109                        self.set_screen_text(str(result))110                        self.set_entry_state("result")111            elif button_entry == ".":112                if self.get_entry_state() == "accepting_first_operand" or self.get_entry_state() == \113                    "accepting_second_operand":114#<<<<<<< HEAD:calculator.py115                    if self.has_number_on_screen() and self.number_decimal_points_on_screen() < 1:116#=======117                    if self.has_number_on_screen() and self.number_decimal_points_on_screen() < 1:118#>>>>>>> main-py-file-rename:main.py119                        self.add_to_screen(".")120                    elif self.get_screen_text() == "":121                        self.add_to_screen("0.")122                elif self.get_entry_state() == "result":123                    self.clear_screen_text()124                    self.clear_operands_and_operation()125                    self.set_entry_state("accepting_first_operand")126                    self.add_to_screen("0.")127            elif button_entry == 'C':128                #############129                #self.set_screen_text(str(self.has_number_on_screen()))130                #time.sleep(3)131                self.clear_screen_text()132                self.set_entry_state("accepting_first_operand")133                self.clear_operands_and_operation()134        elif len(button_entry) == 3:...

progressbar.py

Source:progressbar.py

...41            amount = self.maximum42        self.current_amount = amount43        if update_screen:44            self.update_screen()45    def get_screen_text(self):46        '''47        Builds the actual progress bar text48        '''49        diff = float(self.current_amount - self.minimum)50        done = (diff / float(self.range)) * 100.051        done = int(round(done))52        all = self.width - 253        hashes = (done / 100.0) * all54        hashes = int(round(hashes))55        hashes_text = '#' * hashes56        spaces_text = ' ' * (all - hashes)57        screen_text = "[%s%s]" % (hashes_text, spaces_text)58        percent_text = "%s%%" % done59        percent_text_len = len(percent_text)60        percent_position = (len(screen_text) / 2) - percent_text_len61        screen_text = (screen_text[:percent_position] + percent_text +62                       screen_text[percent_position + percent_text_len:])63        if self.title:64            screen_text = '%s: %s' % (self.title,65                                      screen_text)66        return screen_text67    def update_screen(self):68        '''69        Prints the updated text to the screen70        '''...

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