def test_unite_parameters():
""" test ActionNTimesWithSimilarParameters """
a = [0, 0]
def a_action(parameters):
a = parameters
a[0] += 1
def b_action(parameters):
a = parameters
a[1] += 1
_sequences = [
sequence.ActionNTimesWithSimilarParameters(a_action, a, 5),
sequence.ActionNTimesWithSimilarParameters(b_action, a, 5)
]
_sequence = sequence.Unite(_sequences)
def snapshot(index):
print(a)
def check():
return True
result = sequence.handle(_sequence, check, snapshot)
print(result)
return
def test_handles_check():
a = [0]
def a_action(parameters):
a = parameters
a[0] += 1
_sequence = sequence.ActionNTimesWithSimilarParameters(a_action, a, 10)
def snapshot(index):
print(a[0])
def check():
return a[0] < 6
result = sequence.handle(_sequence, check, snapshot)
print(result)
return
def test_action_n_times_with_similar_parameters():
""" test ActionNTimesWithSimilarParameters """
a = [0]
def a_action(parameters):
a = parameters
a[0] += 1
_sequence = sequence.ActionNTimesWithSimilarParameters(a_action, a, 10)
def snapshot(index):
print(a[0])
def check():
return True
result = sequence.handle(_sequence, check, snapshot)
print(result)
return
def get_sequence(self):
frames = random.uniform(self._min_frames, self._max_frames)
return sequence.ActionNTimesWithSimilarParameters(
action.empty, (), frames)
def get_sequence(self):
return sequence.ActionNTimesWithSimilarParameters(
foo, self._num, self._len)