def test_guess_number_non_integer(self):
"""
test guess_number functionality handles non integer
"""
# Params
f_guess = 'k'
f_turns_left = 3
# Returns
return_1 = '\nRULES: Please enter a number between 1 and 9.'
return_2 = 2
# Calls
string_1, integer_1 = guess_number(f_guess, f_turns_left)
# Asserts
self.assertEqual(string_1, return_1)
self.assertEqual(integer_1, return_2)
def test_guess_number(self):
"""
test guess_number functionality
"""
# Params
f_guess = '4'
f_turns_left = 3
# Returns
return_1 = 4
return_2 = 2
# Calls
integer_1, integer_2 = guess_number(f_guess, f_turns_left)
# Asserts
self.assertEqual(integer_1, return_1)
self.assertEqual(integer_2, return_2)
from random import randint
from funcs import guess_number, did_win
print('RULES: Guess a number between 1 and 9.')
correct_answer = randint(1, 9)
turns_left = 3
guess = 0
while guess != correct_answer:
if turns_left >= 0:
guess = input('Guess: ')
guess, turns_left = guess_number(guess, turns_left)
if guess != correct_answer:
if turns_left > 1:
print('{0} turns left.'.format(turns_left))
elif turns_left == 1:
print('{0} turn left.'.format(turns_left))
else:
print('The correct answer is {0}, let\'s play again!'.format(
correct_answer))
break
game_status = did_win(guess, correct_answer)
if game_status == 'You won!':
print(game_status)
break
else:
print(game_status)