How to use choice_generator method in pyresttest

Best Python code snippet using pyresttest_python

generator.py

Source:generator.py

...28        while True:29            yield val30            val += local_increment31    return generate_started_ids32def factory_choice_generator(values):33    """ è¿åä¸ä¸ªçæå¨å½æ°ï¼è°ç¨è¿ä¸ªå½æ°äº§ççæå¨ï¼ä»ç»å®çlistä¸éæºåä¸é¡¹ã """34    def choice_generator():35        my_list = list(values)36        rand = random.Random()37        while True:38            yield random.choice(my_list)39    return choice_generator40if __name__ == '__main__':41    print(random_phone_number())42    print(random_name())43    print(random_address())44    print(random_email())45    print(random_ipv4())46    print(random_str(min_chars=6, max_chars=8))47    id_gen = factory_generate_ids(starting_id=0, increment=2)()48    for i in range(5):49        print(next(id_gen))50    choices = ['John', 'Sam', 'Lily', 'Rose']51    choice_gen = factory_choice_generator(choices)()52    for i in range(5):...

gen_data.py

Source:gen_data.py

...25        while True:26            yield val27            val += local_increment28    return generate_started_ids29def factory_choice_generator(values):30    """ è¿åä¸ä¸ªçæå¨å½æ°ï¼è°ç¨è¿ä¸ªå½æ°äº§ççæå¨ï¼ä»ç»å®çlistä¸éæºåä¸é¡¹ã """31    def choice_generator():32        my_list = list(values)33        # rand = random.Random()34        while True:35            yield random.choice(my_list)36    return choice_generator37if __name__ == '__main__':38    print(random_phone_number())39    print(random_name())40    print(random_address())41    print(random_email())42    print(random_ipv4())43    print(random_str(min_chars=6, max_chars=8))44    id_gen = factory_generate_ids(starting_id=0, increment=2)()45    for i in range(5):46        print(next(id_gen))47    choices = ['John', 'Sam', 'Lily', 'Rose']48    choice_gen = factory_choice_generator(choices)()49    for i in range(5):...

higher_lower_game.py

Source:higher_lower_game.py

...3import random4from game_data import data5from replit import clear6#Generate random options7def choice_generator():8  r_option = random.choice(data)9  return r_option10#Function for comparing the followers11def compare(user_guess, follow_a, follow_b):12  if follow_a > follow_b:13    return user_guess == "A"14  else:15    return user_guess == "B"16    17def higher_lower_game():    18  game_not_over = True19  option_A = choice_generator()20  option_B = choice_generator()21  score = 022  23  while game_not_over:24    option_A = option_B25    option_B = choice_generator()26  27    while option_A == option_B:28      option_B = choice_generator()29    30    user_guess = input("Compare A: "+ option_A["name"] + ", "+ option_A["description"]+ " from "+ option_A["country"] +"\nVs\nOption B: "+ option_B["name"] + ", "+ option_B["description"]+ " from "+ option_B["country"] + ": ").upper()31    follow_a = option_A["follower_count"]32    follow_b = option_B["follower_count"]33    is_right = compare(user_guess, follow_a, follow_b)34    clear()35    if is_right:36      score += 137      print(f"You got that right, you're score is {score}")38    else:39      print(f"Sorry, you guessed wrong :(\nFinal score: {score}")40      game_not_over = False41    42higher_lower_game()

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