How to use _print_body method in gabbi

Best Python code snippet using gabbi_python

terminal_service.py

Source:terminal_service.py

...63            return 164        else:65            return -166        67    def _print_body(self, dead=False):68        """Print the body of the jumper.69        70        Args:71            self (TerminalService): An instance of TerminalService.72            dead (boolean): Whether or not the jumper is dead. 73        """74        # If the jumper is dead, print the body of the jumper and show the user the correct word.75        if dead:76            print("  X  ")77            print(" /|\ ")78            print(" / \ ")79            print(f"The word was {self.word.capitalize()}.")80        # If the jumper is still alive, print the body of the jumper in this manner.81        else:82            print("  0  ")83            print(" /|\ ")84            print(" / \ ")85    def _print_board(self):86        """This will take the other methods and print a game board.87        88        Args:89            self (TerminalService): An instance of TerminalService.90        """91        # A chosen letter from the edit board.92        chosen_letter = self._edit_board(self.letter)93        # Count the total number from the board list.94        for i in range(len(self._board_list)):95            # Print the board list and end with a space.96            print(self._board_list[i], end=" ")97        print()98        # If the letter is positioned last.99        if chosen_letter == -1:100            # The chances are minus one.101            self.chances = self.chances - 1102        # This is the frame for the jumper's parachute.103        first = " ___ "104        second = "/___\\"105        third = "\   /"106        fourth = " \ / "107        print()108        # If 4 chances left, print frames 1,2,3,4 for the jumper's parachute.109        if self.chances == 4:110            print(first)111            print(second)112            print(third)113            print(fourth)114            # Print the jumper's body also.115            self._print_body()116        # If 3 chances left, print frames 2,3,4 for the jumper's parachute.117        elif self.chances == 3:118            print(second)119            print(third)120            print(fourth)121            # Print the jumper's body also.122            self._print_body()123        # If 2 chances left, print frames 3,4 for the jumper's parachute.124        elif self.chances == 2:125            print(third)126            print(fourth)127            # Print the jumper's body also.128            self._print_body()129        # If 1 chances left, print frame 4 for the jumper's parachute.130        elif self.chances == 1:131            print(fourth)132            # Print the jumper's body also.133            self._print_body()134        # Else, print the jumper's body if the jumper is dead.135        else: 136            self._print_body(True)137        print()...

utils.py

Source:utils.py

...9        elif pe.is_dll():10            return 'dll'11    except PEFormatError:12        return None13def _print_body(*args):14    label, prob, ext, fname = args[:4]15    fname_len = fname.__len__()16    if fname_len > 24:17        fname = "{}...{}".format(fname[:13], fname[-8:])18    elif fname_len < 24:19        fname = fname.center(24)20    out = "    â [{0}] {1:1.3f}  {2} {3} â".format(label, prob, ext, fname)21    builtins.print(out)22def _print_top():23    builtins.print("    â"+"â"*47+"â")24def _print_bottom():25    builtins.print("    â"+"â"*47+"â")26def _print_msg(*args):27    lines = wrap(args[0], width=45)28    _print_top()29    for line in lines:30        builtins.print("    â", line.ljust(45), "â")31    _print_bottom()32def print(*args, fmt=None):33    if not fmt:34        builtins.print(*args)35        return36    if fmt == 'body':37        return _print_body(*args)38    if fmt == 'msg':39        return _print_msg(*args)40    if fmt == 'top':41        return _print_top()42    if fmt == 'bottom':...

print_utils.py

Source:print_utils.py

...3    print('â \033[1m{:<30}\033[0m â \033[1m{: ^11}\033[0m â'.format('Class', 'Probability'))4    print('â{:â^32}âª{:â^13}â¡'.format('', ''))5def _print_footer():6    print('â{:â^32}â§{:â^13}â\n'.format('', ''))7def _print_body(results):8    last_label = results[-1][0]9    for label, prediction in results:10        print('â {:<30} â {: ^11} â'.format(label, '{:0.5f}'.format(prediction)))11        if last_label != label:12            print('â{:â^32}â¼{:â^13}â¤'.format('', ''))13def print_results(image_path, results):14    print('\nResults for {}\n'.format(image_path))15    _print_header()16    _print_body(results)...

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