def test_move(self):
test_human = Human("James", energy=50)
self.assertEqual(test_human.move(50), True, "Return should be true.")
test_human = Human("James", energy=50)
self.assertEqual(test_human.move(60), False, "Return should be false.")
test_human = Human("James", energy=50)
test_human.move(30)
self.assertEqual(test_human.energy, 20, "Energy should be thirty.")
def test_player_Can_make_a_move():
output = []
input_values = ["7"]
def mock_input(s):
output.append(s)
return input_values.pop(0)
human.input = mock_input
class Moves():
def __init__(self):
self.legal_moves = [[0, 0], [1, 0], [2, 0], [3, 0], [4, 0], [5, 0],
[6, 0]]
hum = Human(Moves())
number = hum.move()
assert number >= 0 and number <= 6
def __repr__(self):
return f"planet(humans={self.inhabitants['humans']}, robots={self.inhabitants['robots']})"
if (__name__ == "__main__"):
#------------------------
planet = Planet()
human = Human()
robot = Robot()
#------------------------
print(planet.__repr__())
print(planet.__str__())
#------------------------
Will = Human("Will", 19)
Will.move(30)
planet.add_human(Will)
Libby = Human("Libby", 11)
Libby.move(10)
Libby.eat(5)
planet.add_human(Libby)
#------------------------
Beep = Robot("Beep")
Beep.move(60)
Beep.eat(25)
planet.add_robot(Beep)
#------------------------
print("")
print(planet.__repr__())
print(planet.__str__())
