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How to use test_play method in pytest-play

Best Python code snippet using pytest-play_python

tic_tac_toe.py

Source:tic_tac_toe.py

...16    'e'|'o'|'x'17    ---+---+---18    'e'|'e'|'e'19Example:20    This module has a test_play(), which executes21        1. prepare an empty board,22        2. play one hand with `o' randomly,23        2. play one hand with `c' randomly.24    case 1:25        % python26        > import tic_tac_toe27        > tic_tac_toe.test_play()28    case 2:29        % python30        > from tic_tac_toe import *31        > test_play()32    case 3:33        % python tic_tac_toe.py34"""35from __future__ import print_function36import random37def init_board():38    """Return the empty board.39    Args:40        None41    Returns:42        list: the empty board with 9 items.43    >>> board = init_board()44    >>> print(board)45    ['e', 'e', 'e', 'e', 'e', 'e', 'e', 'e', 'e']46    """47    board = []48    index = 049    while (index <= 9):50        board.append('e')51        index += 152    return board53def print_board(board):54    """Print the board with 3x3.55    Args:56        board (list): the list with 9 items.57    Returns:58        None (only print the board to sys.stdout (standard output)59    >>> board = init_board()60    >>> print_board(board)61    eee62    eee63    eee64    ---65    """66    count = 067    for state in board:68        count += 169        if count % 3 == 0:70            print('{0}'.format(state))71        else:72            print('{0}'.format(state), end='')73    print('---')74def gather_empty_cells(board):75    """Gather empty cells on the board.76    Args:77        board (list): the list with 9 items.78    Returns:79        list: the index list of empty state on the board.80    >>> board = ['o', 'o', 'o', 'o', 'o', 'o', 'o', 'o', 'e']81    >>> empty_list = gather_empty_cells(board)82    >>> len(empty_list) == 183    True84    >>> empty_list[0] == 885    True86    """87    empty_list = []88    index = 089    for state in board:90        if state == 'e':91            empty_list.append(index)92        index += 193    return empty_list94def point_random(board, player):95    """Play one step randomly.96    Args:97        board (list): the list with 9 items.98        player (str): 'o' for circle player, 'x' for cross player99    Returns:100        point (int): the pointed index on the board101    Note:102        This function DOESN'T check the validity of turn.103        You can play oneside-game.104    >>> board = init_board()105    >>> index = point_random(board, 'o')106    >>> board[index] == 'o'107    True108    """109    empty_list = gather_empty_cells(board)110    point = random.randint(0, len(empty_list)-1)111    board[empty_list[point]] = player112    return empty_list[point]113def test_play():114    board = init_board()115    print('# board was initialized.')116    print_board(board)117    index = point_random(board, 'o')118    print("# user 'o' pointed to board[{0}]".format(index))119    print_board(board)120    index = point_random(board, 'x')121    print("# user 'x' pointed to board[{0}]".format(index))122    print_board(board)123if __name__ == '__main__':...

test_lottery_manager.py

Source:test_lottery_manager.py

1from faker import Faker2from .dao_test import DaoTest3class TestLotteryManager(DaoTest):4    faker = Faker()5    @classmethod6    def setUpClass(cls):7        super(TestLotteryManager, cls).setUpClass()8        from tests.models.test_play import TestPlay9        cls.test_play = TestPlay10        from mib.dao import lottery_manager11        cls.lottery_manager = lottery_manager.LotteryManager12    def test_crud(self):13        for _ in range(0, 10):14            play = self.test_play.generate_random_play()15            self.lottery_manager.create_lottery_play(lottery=play)16            play1 = self.lottery_manager.retrieve_by_id(play.id)17            self.test_play.assertPlayEquals(play1, play)18            play.set_number(self.faker.random_int(1,100))19            self.lottery_manager.update_lottery_play(lottery=play)20            play1 = self.lottery_manager.retrieve_by_id(play.id)21            self.test_play.assertPlayEquals(play1, play)22            self.lottery_manager.delete_lottery_play(lottery=play)23    def test_retried_by_number(self):24        base_play = self.test_play.generate_random_play()25        self.lottery_manager.create_lottery_play(lottery=base_play)26        retrieved_play = self.lottery_manager.retrieve_by_number(lottery_number=base_play.lottery_number)...

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