def create_member(self,
member_type: str,
pokedex_num: int,
source: str,
nickname: str = None,
item: str = None,
ability: str = None,
json: Dict = None) -> int:
""" Adds a member (egg or Pokemon) to the player's _pc.
Depending on the type of member, this function adds a new entry to the player's party. It also assigns the
Pokemon an ID, and then increments it by 1 so that it is unique for the next member that is added.
:param member_type: The party member type, either "Egg" or "Pokemon"
:param pokedex_num: The Pokedex number that corresponds with the Pokemon species.
:param source: The location that the Pokemon/Egg was acquired.
:param nickname: The given name for the Pokemon.
:param item: The item that the Pokemon is currently holding.
:param ability: The Pokemon's special ability.
:return: No return
:rtype: None
"""
self._validate_pokedex_number(pokedex_num)
if not nickname:
nickname = self._POKEDEX[pokedex_num][0]
if member_type == Pokemon.member_type():
self._pc_pokemon[self._ID] = Pokemon(self._ID,
pokedex_num,
source,
nickname=nickname,
item=item,
ability=ability,
json=json)
self._ID += 1
elif member_type == Egg.member_type():
self._pc_pokemon[self._ID] = Egg(self._ID,
pokedex_num,
source,
nickname=nickname,
item=item,
json=json)
self._ID += 1
else:
raise ValueError(f"{member_type} is not a valid Party Member type")
self._write_to_file()
return self._ID - 1
class EggTestClass(unittest.TestCase):
_ID = 1
def setUp(self):
random.seed(13)
self.egg = Egg(self._ID, 7, "Calgary", nickname="Flyboy")
# print(self.egg.steps_remaining, self.egg.steps_required)
def test_constructor(self):
self.assertIsInstance(self.egg, Egg)
with self.assertRaises(ValueError):
e = Egg(self._ID, -1, "Calgary")
with self.assertRaises(TypeError):
e = Egg(self._ID, 6, 2)
def test_steps_required(self):
self.assertEqual(self.egg.steps_required, 3801)
self.egg.add_steps(1)
self.assertEqual(self.egg.steps_required, 3801)
def test_steps_remaining(self):
self.assertEqual(self.egg.steps_remaining, 3801)
self.egg.add_steps(1)
self.assertEqual(self.egg.steps_remaining, 3800)
def test_add_steps(self):
steps_remaining = self.egg.steps_remaining
self.egg.add_steps(10)
self.assertEqual(self.egg.steps_remaining, steps_remaining - 10)
self.egg.add_steps(steps_remaining)
self.assertTrue(self.egg.hatched)
def test_description(self):
print(self.egg.height, self.egg._weight)
self.assertEqual(
self.egg.description,
"Your Flyboy is 1053.07cm tall and 296.06kg. Not currently in party"
)
def test_hatched(self):
self.egg.add_steps(self.egg.steps_remaining)
self.assertTrue(self.egg.hatched)
def test_member_type(self):
self.assertEqual(self.egg.member_type(), "Egg")
def test_to_dict(self):
egg_dict = self.egg.to_dict()
test_dict = {
"id": self.egg.id,
"member_type": self.egg.member_type(),
"pokedex_num": self.egg.pokedex_num,
"source": self.egg.source,
"nickname": self.egg.nickname,
"item": None,
"in_party": self.egg.in_party,
"weight": self.egg.weight,
"height": self.egg.height,
"date_acquired": str(self.egg.date_acquired),
"steps_required": self.egg.steps_required,
"steps_remaining": self.egg.steps_remaining,
"hatched": self.egg.hatched
}
self.assertEqual(egg_dict, test_dict)