Best Python code snippet using autotest_python
rock_paper_scissors.py
Source:rock_paper_scissors.py
...12 def readline() -> str:13 print(f"\n{Choice}")14 result = input("your input: ")15 return result16def result_to_string(player1: str, player2: str, result: Compare):17 if result == Compare.WINS:18 result_str = "wins against"19 elif result == Compare.LOSES:20 result_str = "loses to"21 else:22 result_str = "ties with"23 return f"{player1} {result_str} {player2}"24def main():25 logging.basicConfig(level=logging.INFO, format='%(asctime)s %(message)s')26 parser = argparse.ArgumentParser()27 parser.add_argument('-n', "--number-of-turns", type=int, required=True)28 args = parser.parse_args()29 fp_proxy = PromptInput()30 player1 = ManualPlayer("human", fp_proxy)31 player2 = AutomatedPlayer("computer")32 game = RockPaperScissors("game", player1, player2)33 for i in range(0, args.number_of_turns):34 result = game.play()35 print(result_to_string(player1.name(), player2.name(), result))36if __name__ == "__main__":...
example.py
Source:example.py
...8print("---------------------------------------")9print("Compute cheapeast combinaison")10containers, cheapest_price, cheapest_combinaison =\11 compute_cheapeast_containers_from_file(file, target_capacity)12print(result_to_string(containers, target_capacity, cheapest_price, cheapest_combinaison))13print("---------------------------------------")14print("Compute cheapeast combinaison without smallest container")15containers, target_price, lower_price, higher_price =\16 compute_cheapest_combinaison_without_smallest_container_from_file(file, target_capacity, max_capacity)17print(result_to_string(containers, target_price[0], target_price[1], target_price[2]))18print(result_to_string(containers, lower_price[0], lower_price[1], lower_price[2]))...
Quotient.py
Source:Quotient.py
...10 if x % y == 0:11 return x // y12 else:13 return None14def result_to_string(x, y, result):15 if result is None:16 return "indivisible"17 else:18 return "{0} divided by {1} is {2}".format(x, y, result)19#def try_divide(x, y):20# return x // y if x % y == 0 else None21# Main22x, y = read_input()23result = try_divide(x, y)...
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