def play_game():
guess = 0
attempts = 0
answer = bc.generate_secret()
while not(bc.how_many_bulls(answer, guess) == 4):
guess = input("Guess a four digit number: ")
# ensure guess is 4 digits
if len(guess) == 4:
bc.how_many_bulls(answer, guess)
bc.how_many_cows(answer, guess)
# shows player their current bulls and cows counts
print("Your number", guess, "has", bc.how_many_bulls(answer, guess), \
"bulls and", bc.how_many_cows(answer, guess), "cows.")
# keep track of attempts
attempts = attempts + 1
else:
print("That wasn't four digits. Attention to detail goes a long way! Try again.")
if attempts == 1:
print("You guessed correctly on your first try. Stop cheating, cheater.")
else:
print("Finally! It took you", attempts,"attempts. You suck!")
def play_game():
''' Plays one interactive game of bulls and cows on the console'''
# Run generate_secret to create the computer's number, answer
answer = bc.generate_secret()
# When the game is over, end_game = T, otherwise end_game = F
end_game = 'F'
# Count the number of guesses, guess_counter
guess_counter = 0
# Continue running the game until the player's guess matches the answer
while end_game == 'F':
# Take input from the player for the guess, guess
guess = input('Enter your guess. ')
# Increment the number of guesses
guess_counter += 1
# If the answer matches the guess, end the game
if answer == guess:
print('Congratulations, you win!')
print('Number of guesses: ' + str(guess_counter))
end_game = 'T'
# If the answer does not match, print the number of bulls and cows
else:
bulls = str(bc.how_many_bulls(answer, guess))
cows = str(bc.how_many_cows(answer, guess))
print('Number of bulls: ' + bulls)
print('Number of cows: ' + cows)
def play_game():
answer = bc.generate_secret()
'''print("answer is", answer) print answer for testing purposes'''
guess = input("What is your guess?: ")
attempts = 0
while guess != answer:
bc.how_many_bulls(answer, guess)
bc.how_many_cows(answer, guess)
print("Try again!")
attempts += 1
print("Attempts:", attempts)
guess = input("What is your guess?: ")
''' This allows the user to guess again'''
if guess == answer:
print("Your answer", guess, "was correct!")
print("Attempts:", attempts + 1)
def play_game():
''' Plays one interactive game of bulls and cows on the console'''
answer = str(bc.generate_secret())
count = 0
bulls = 0
while (bulls < 4):
guess = str(input('Take a guess '))
print(guess)
bulls = bc.how_many_bulls(answer, guess)
cows = bc.how_many_cows(answer, guess)
print("You got", bulls, "bulls")
print("You got", cows, "cows")
if (bulls < 4):
print("Take another guess")
count = count + 1
print("Congratulations")
print("You have guessed", count, "times")
def play_game():
# plays one interactive game of bulls and cows on the console
answer = bc.generate_secret()
# secret number created by Computer
guess = check_4digit(input('Guess a 4-digit secert number:'))
# ask players to input number and check if the input is correct
# by using check_4digit funciton
found = False # secret number is not yet found
sucker = False # player is still playing (when ask if they want to continue with y/n)
times = 0 # to record how many times has a player guessed
while not found and not sucker:
print(bc.how_many_bulls(answer, guess), 'bull(s)')
# check how many bulls
print(bc.how_many_cows(answer, guess), 'cow(s)')
# check how many cows
times = times + 1
# increment number of guessess
if answer == guess:
found = True
print('Congrats! You got it! (After ' + str(times) +
' guess(es).)')
else:
guess_again=input('Too bad, '+ str(times) +' guess(es) so far!'\
'Would you like to guess again? (y/n)')
while True: # check if the input is y/n
if guess_again == 'y':
guess = check_4digit(input(str('Try a different 4-digit'\
'number:')))
# ask players to input number and check if the input is correct
# by using check_4digit funciton
break
elif guess_again == 'n':
sucker = True
break
else:
guess_again = input('I don\'t understand you.'\
'Would you like to guess again? y/n?')
next
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