def get_menu_number(validchoices):
while True:
choice = prompt()
if choice is None:
pass
elif numtools.is_integer(choice) is False:
print('Please enter a number for your selection!')
elif int(choice) in validchoices:
return int(choice)
else:
print('Selection not available, try again.')
def get_buyin(game, hero):
minbuyin = blinds.stakes[game.level] * 10
if hero.bank < minbuyin:
print('Sorry, you don\'t have enough chips to buyin to this game!')
return None
print('The minimum buy-in for {} is {} bits.'.format(
blinds.get_stakes(game.level), minbuyin))
while True:
print('How much do you want to buyin for? (Minimum={})'.format(minbuyin))
choice = prompt()
if numtools.is_integer(choice):
if int(choice) < minbuyin:
print('Not enough!\n')
elif int(choice) > hero.bank:
print('This is more chips than you can afford!\n')
else:
return int(choice)
else:
print('Invalid input!\n')
def test_isinteger_10_returnsTrue(self):
expected = True
result = numtools.is_integer(10)
self.assertEqual(expected, result)
def test_isinteger_str10pt3_returnsTrue(self):
expected = False
result = numtools.is_integer('10.3')
self.assertEqual(expected, result)
def test_isinteger_float_returnsFalse(self):
expected = False
result = numtools.is_integer(10.5)
self.assertEqual(expected, result)
def test_isinteger_string_returnsFalse(self):
expected = False
result = numtools.is_integer('string')
self.assertEqual(expected, result)