def test_update_battle(mocked_redis):
"""Update a battle data.
This test will try to update a battle with a new data and it will pass
if it sends the data pickled to Redis.
...
Parameters
----------
mocked_redis : magic mock
The mock of our Redis module.
"""
# given
fake = Faker()
battle_id = fake.word()
new_clean_data = fake.word()
new_raw_data = pickle.dumps(new_clean_data)
# when
model = models.BattleSchema()
model.update_battle(battle_id, new_clean_data)
# then
assert mocked_redis.instance.set.call_count == 1
mocked_redis.instance.set.assert_called_with(battle_id, new_raw_data)
def test_get_battle_serializing_pickle_data(mocked_pickle, mocked_redis):
"""Normalize battle data.
This test will try to get an existing battle and it should pass if it
send the right data to pickle and return to us the loaded pickle data.
...
Parameters
----------
mocked_pickle: magic mock
The mock of the Pickle library.
mocked_redis : magic mock
The mock of our Redis module.
"""
# given
fake = Faker()
battle_id = fake.word()
raw_data = fake.word()
expected_return = fake.word()
mocked_redis.instance.get.return_value = raw_data
mocked_pickle.loads.return_value = expected_return
# when
model = models.BattleSchema()
result = model.get_battle(battle_id)
# then
assert result == expected_return
assert result != raw_data
assert mocked_pickle.loads.call_count == 1
mocked_pickle.loads.assert_called_with(raw_data)
def test_not_get_unknow_battle(mocked_pickle, mocked_redis):
"""Ignore an unknow battle.
This test will try to get an unknow battle and it should pass if the
result to that was None.
...
Parameters
----------
mocked_pickle: magic mock
The mock of the Pickle library.
mocked_redis : magic mock
The mock of our Redis module.
"""
# given
fake = Faker()
mocked_redis.instance.get.return_value = None
# when
model = models.BattleSchema()
result = model.get_battle(fake.word())
# then
mocked_pickle.loads.assert_not_called()
assert not result
assert mocked_redis.instance.get.call_count == 1
def test_get_battle(mocked_pickle, mocked_redis):
"""Get an existing battle.
This test will try to get an existing battle and it will pass if our model
returns that battle for us.
...
Parameters
----------
mocked_pickle: magic mock
The mock of the Pickle library.
mocked_redis : magic mock
The mock of our Redis module.
"""
# given
fake = Faker()
battle_id = fake.word()
expected_return = fake.word()
mocked_redis.instance.get.return_value = expected_return
mocked_pickle.loads.return_value = expected_return
# when
model = models.BattleSchema()
result = model.get_battle(battle_id)
# then
assert result == expected_return
assert mocked_redis.instance.get.call_count == 1
mocked_redis.instance.get.assert_called_with(battle_id)
def test_generate_battle_model():
"""Create a new battle.
This test will try to create a new battle based on our model and ensure
that it is working properly.
"""
# given
fake = Faker()
fake.provider('address')
digits = [str(fake.random_int(min=1, max=9)) for _ in range(4)]
id = int(''.join(digits))
board_size = fake.random_int(min=1, max=9)
battle = dict()
battle['id'] = id
battle['board_size'] = board_size
# when
model = models.BattleSchema()
result = model.load(battle)
# then
assert result.data['id'] == id
assert result.data['board_size'] == board_size
def test_robot_attack():
"""Attack with an robot and destroy all dinossaurs close to it.
This test will try to attack with a robot and it will pass if we can do so
and it destroys all dinossaurs close to that robot.
"""
# given
fake = Faker()
robot_id = fake.word()
default_size = 9
default_board = [[None] * default_size for _ in range(default_size)]
default_dino = dict()
default_dino.setdefault(fake.word(), fake.word())
robot = dict()
robot.setdefault('direction', 'north')
robot.setdefault('position', (3, 3))
board_with_robot_and_dinos = deepcopy(default_board)
board_with_robot_and_dinos[2][2] = robot_id
board_with_robot_and_dinos[3][2] = 'D-1111'
board_with_robot_and_dinos[3][3] = 'D-2222'
entities = dict()
entities.setdefault(robot_id, robot)
entities.setdefault('D-1111', default_dino)
entities.setdefault('D-2222', default_dino)
board = dict()
board.setdefault('size', default_size)
board.setdefault('state', board_with_robot_and_dinos)
battle = dict()
battle.setdefault('entities', entities)
battle.setdefault('board', board)
# when
model = models.BattleSchema()
result = model.robot_attack(battle, robot_id)
# then
board_with_robot = deepcopy(default_board)
board_with_robot[2][2] = robot_id
attacked_entities = dict()
attacked_entities.setdefault(robot_id, robot)
attacked_board = dict()
attacked_board.setdefault('size', default_size)
attacked_board.setdefault('state', board_with_robot)
attacked_battle = dict()
attacked_battle.setdefault('entities', attacked_entities)
attacked_battle.setdefault('board', attacked_board)
assert result == attacked_battle
assert 'D-1111' not in result.get('entities')
assert 'D-2222' not in result.get('entities')
def test_robot_move():
"""Move a robot inside the battlefield.
This test will try to move a robot in the battlefield. It should pass if
it returns the robot moved according to the action, changing it's position
on the battlefield and also it's position inside the entities.
"""
def _find_new_robot_spot(action):
return (2, 3) if action == 'move-forward' else (4, 3)
# given
fake = Faker()
robot_id = fake.word()
options = ['move-forward', 'move-backwards']
action = random.choice(options)
default_size = 9
default_board = [[None] * default_size for _ in range(default_size)]
robot = dict()
robot.setdefault('direction', 'north')
robot.setdefault('position', (3, 3))
board_with_robot = deepcopy(default_board)
board_with_robot[2][2] = robot_id
entities = dict()
entities.setdefault(robot_id, robot)
board = dict()
board.setdefault('size', default_size)
board.setdefault('state', board_with_robot)
battle = dict()
battle.setdefault('entities', entities)
battle.setdefault('board', board)
# when
model = models.BattleSchema()
result = model.robot_move(battle, robot_id, action)
# then
moved_battle = deepcopy(battle)
new_robot_position = _find_new_robot_spot(action)
board_with_moved_robot = deepcopy(default_board)
board_with_moved_robot[new_robot_position[0] - 1][new_robot_position[1] - 1] = \
robot_id
moved_board = dict()
moved_board.setdefault('state', board_with_moved_robot)
moved_robot = dict()
moved_robot.setdefault('position', new_robot_position)
moved_battle.get('board').update(moved_board)
moved_battle.get('entities').get(robot_id).update(moved_robot)
assert result == moved_battle
def test_should_refuse_any_id_length_rather_than_4():
"""Validate ID length.
This test will try to insert an integer ID, but with a length different
from 4 and check if our model refuses it.
"""
# given
fake = Faker()
fake.provider('address')
a_digits = [str(fake.random_int(min=1, max=9)) for _ in range(3)]
a_id = int(''.join(a_digits))
b_digits = [str(fake.random_int(min=1, max=9)) for _ in range(5)]
b_id = int(''.join(b_digits))
a_battle = dict()
a_battle['id'] = a_id
a_battle['board_size'] = fake.random_int(min=1, max=9)
b_battle = dict()
b_battle['id'] = b_id
b_battle['board_size'] = fake.random_int(min=1, max=9)
# when
a_model = models.BattleSchema()
a_result = a_model.load(a_battle)
b_model = models.BattleSchema()
b_result = b_model.load(b_battle)
# then
assert 'id' not in a_result.data
assert 'id' not in b_result.data
assert a_result.errors['id'][0] == 'The battle ID should be 4 digits long.'
assert b_result.errors['id'][0] == 'The battle ID should be 4 digits long.'
def test_create_new_battle(mocked_redis):
"""New battle creation.
This test will try to create a new battle and check if it is inserting
the data in our Redis instance.
...
Parameters
----------
mocked_redis : magic mock
The mock of our Redis module.
"""
# given
fake = Faker()
fake.provider('address')
digits = [str(fake.random_int(min=1, max=9)) for _ in range(4)]
id = int(''.join(digits))
board_size = fake.random_int(min=1, max=9)
battle = dict()
battle['id'] = id
battle['board_size'] = board_size
# when
model = models.BattleSchema()
model.dumps(battle)
# then
expected_board = dict()
expected_board['size'] = board_size
expected_board['state'] = [[None] * board_size for _ in range(board_size)]
expected_battle = dict()
expected_battle['board'] = expected_board
pickled_expected_battle = pickle.dumps(expected_battle)
assert mocked_redis.instance.set.call_count == 1
mocked_redis.instance.set.assert_called_with(id, pickled_expected_battle)
def test_avoid_friendly_fire():
"""Attack with an robot will not destroy other robots.
This test will try to attack with a robot and it will test if we will
not destry any friends.
"""
# given
fake = Faker()
robot_id = fake.word()
default_size = 9
default_board = [[None] * default_size for _ in range(default_size)]
default_robot = dict()
default_robot.setdefault(fake.word(), fake.word())
robot = dict()
robot.setdefault('direction', 'north')
robot.setdefault('position', (3, 3))
board_with_robot_and_dinos = deepcopy(default_board)
board_with_robot_and_dinos[2][2] = robot_id
board_with_robot_and_dinos[3][2] = 'R-1111'
entities = dict()
entities.setdefault(robot_id, robot)
entities.setdefault('R-1111', default_robot)
board = dict()
board.setdefault('size', default_size)
board.setdefault('state', board_with_robot_and_dinos)
battle = dict()
battle.setdefault('entities', entities)
battle.setdefault('board', board)
# when
model = models.BattleSchema()
result = model.robot_attack(battle, robot_id)
# then
assert result == battle
assert 'R-1111' in result.get('entities')
def test_id_must_be_int():
"""Validate ID type.
This test will try to insert an invalid ID data and check if our model
is refusing any inputs that are not integers.
"""
# given
fake = Faker()
fake.provider('python')
battle = dict()
battle['id'] = fake.word()
battle['board_size'] = fake.random_int(min=1, max=9)
# when
model = models.BattleSchema()
result = model.load(battle)
# then
assert 'id' not in result.data
assert result.errors['id'][0] == 'Not a valid integer.'
def test_robot_move_in_a_taken_spot():
"""Move a robot inside the battlefield in a taken spot.
This test will try to move a robot in the battlefield. It should pass if
it returns false because there will already be another entity at that
place.
"""
# given
fake = Faker()
robot_id = fake.word()
options = ['move-forward', 'move-backwards']
action = random.choice(options)
default_size = 9
default_board = [[None] * default_size for _ in range(default_size)]
robot = dict()
robot.setdefault('direction', 'north')
robot.setdefault('position', (3, 3))
board_with_robot = deepcopy(default_board)
board_with_robot[2][2] = robot_id
board_with_robot[1 if action == 'move-forward' else 3][2] = fake.word()
entities = dict()
entities.setdefault(robot_id, robot)
board = dict()
board.setdefault('size', default_size)
board.setdefault('state', board_with_robot)
battle = dict()
battle.setdefault('entities', entities)
battle.setdefault('board', board)
# when
model = models.BattleSchema()
result = model.robot_move(battle, robot_id, action)
# then
assert not result
