class BearTest(unittest.TestCase):
def setUp(self):
self.age = 3
self.ageNotIncr = 10
self.bear = Bear(self.age, "F")
def tearDown(self):
pass
def testGetAge(self):
self.assertEqual(self.bear.getAge(), self.age)
def testIncrAge(self):
self.assertTrue(self.bear.incrAge())
def testRepr(self):
self.assertEqual(repr(self.bear), "BF3")
def testNotIncrAge(self):
self.bear.age = self.ageNotIncr
self.assertFalse(self.bear.incrAge())
def testRandomCreationAge(self):
bear = Bear()
self.assertIn(bear.getAge(), range(10))
def testRandomCreationGender(self):
bear = Bear()
self.assertIn(bear.gender, ["M", "F"])
def create_assets(self):
bears = [Bear('bear') for i in range(self.bears)]
fish = [Fish('fish') for j in range(self.fish)]
animals = bears + fish
ecosystem = River(animals, self.river)
cycles = self.cycles
return animals, ecosystem, cycles
def generate(size, bears_num, fish_num):
"""
Generates an starting ma
"""
lst = [None] * size
indexes = random.sample(range(size), bears_num + fish_num)
for i in indexes[:bears_num]:
lst[i] = Fish()
for i in indexes[bears_num:]:
lst[i] = Bear()
return lst
def create_assets(self):
"""Creates animals and river"""
bears = [
Bear('bear', rnd.choice([True, False]), rnd.random())
for i in range(self.bears)
]
fish = [
Fish('fish', rnd.choice([True, False]), rnd.random())
for j in range(self.fish)
]
animals = bears + fish
ecosystem = River(animals, self.river)
cycles = self.cycles
return animals, ecosystem, cycles
from animals import Bear
from zoo import Zoo
from food import Food
from errors import PositiveValueError
food = Food('Honey', 'Sweet')
name = 'Faust'
# age = int(input('Enter age:'))
age = 3.5
feature = (3, )
bear = Bear(name, age, food, feature)
# zoo = Zoo([])
zoo = Zoo()
zoo.animals.append(bear)
print(zoo)
print(zoo.animals)
def setUp(self):
self.age = 3
self.ageNotIncr = 10
self.bear = Bear(self.age, "F")
def testRandomCreationGender(self):
bear = Bear()
self.assertIn(bear.gender, ["M", "F"])
def testRandomCreationAge(self):
bear = Bear()
self.assertIn(bear.getAge(), range(10))