def play(game):
"""
Greet the user and start the main loop
:param game: the game logic module
:return:
"""
print(COMMON_INTRO_TEXT)
print(game.DESCRIPTION)
username = ask("May I have your name? ")
print('Hello,', username)
win_counter = 0 # counts
while win_counter < NUMBER_OF_SUCCESSFUL_TRIES: # main loop
question, right_answer = game.get_question_and_right_answer()
print("Question: ", question)
user_answer = ask('Your answer: ')
if right_answer == user_answer:
win_counter += 1
print("Correct!")
else: # lose situation
print(' \'', user_answer, '\' is wrong answer ;(. '
'Correct answer was \'', right_answer, '\'')
print('Let\'s try again, ', username, '!')
break
else:
# all games sessions are successful
print('Congratulations, ', username, '!')
def run(game):
"""Run game flow.
Parameters:
game: object with function get_round_data -> (quest, answer)
and 'INSTRUCTION' for game.
"""
cli.print_text(config.HELLO_PATTERN)
cli.print_text(game.INSTRUCTION, big_gap=True)
name = cli.ask(text=config.NAME_PATTERN)
cli.print_text(config.HELLO_NAME_PATTERN.format(name=name), big_gap=True)
attempt = 0
while attempt < config.NUMBER_OF_ATTEMPTS:
quest, right_answer = game.get_round_data()
cli.print_text(config.QUESTION_PATTERN.format(quest=quest))
answer = ask_user(right_answer)
if answer != right_answer:
cli.print_text(config.WRONG_PATTERN.format(
wrong_answer=answer,
right_answer=right_answer,
))
cli.print_text(config.LOSE_PATTERN.format(name=name), big_gap=True)
break
cli.print_text(config.CORRECT_PATTERN, big_gap=True)
attempt += 1
else:
cli.print_text(config.WIN_PATTERN.format(name=name), big_gap=True)
def ask_user(right_answer: str) -> str:
"""Ask user answer. It can be: number answer, yes/no answer or else.
Parameters:
right_answer: expect answer
Returns:
User answer
"""
if re.search(config.RE_ANSWER_PATTERN_NUMBER, right_answer):
return cli.ask(pattern=config.RE_ANSWER_PATTERN_NUMBER)
elif re.search(config.RE_ANSWER_PATTERN_YES_OR_NO, right_answer):
return cli.ask(pattern=config.RE_ANSWER_PATTERN_YES_OR_NO)
return cli.ask()
def run(game):
"""
This is a game engine for Brain Games.
Parameteres:
game (module): module with implementation of the game which user chosed
"""
cli.welcome() # print welcome to brain games
game.show_description()
# print game description imported from game file
name = cli.get_name() # request user name
wins = 0 # counter for wins
while wins < 3:
question, answer = game.get_question() # generate question
cli.ask(question) # print the question for the user
guess = cli.get_guess() # receive guess from the user
if guess != answer:
cli.inform_about_wrong_answer(guess, answer, name)
# show message when the answer is wrong
return
cli.inform_about_correct_answer()
# show message when the answer is correct
wins += 1
cli.congratulate(name) # print congratulations for user
def run(game, rounds=3):
"""Template for brain game engine."""
print('Welcome to the Brain Games!')
print(game.RULES)
user_name = welcome_user()
while rounds > 0:
question, true_answer = game.play_round()
print('Question: {0}'.format(question))
answer = ask('Your answer: ')
if answer != true_answer:
print(WRONG_SAMPLE.format(answer, true_answer, user_name))
break
print('Correct!')
rounds -= 1
else:
print('Congratulations!')
def run(game):
"""Define game engine.
Argument:
game -- module than contains description and game logic
"""
username = welcome_user(game.DESCRIPTION)
wins = 0
while wins < MAX_WINS:
question, correct_answer = game.logic()
print(f'Question: {question}')
user_answer = ask(f'Your answer: ')
if user_answer == correct_answer:
print('Correct!')
wins += 1
else:
print(f"'{user_answer}' is wrong answer ;(. Correct answer"
f" was '{correct_answer}'. "
f"Let's try again, {username}!")
return
print(f"Congratulations, {username}!")