def test_active_index_list_empty():
# Empty list
active_list_obj = ActiveList()
mode = active_list_obj.getMode()
assert mode == ActiveMode.ALL_ACTIVE
list1 = active_list_obj.get_active_index_list()
assert len(list1) == 0
def test_active_index_list_add_more_active():
active_list_obj = ActiveList()
assign_list = [0, 1, 4, 12, 88, 77, 5]
for index in assign_list:
active_list_obj.addActiveIndex(index)
# activate more (partly overlapping already activated )
index = 1
active_list_obj.addActiveIndex(index)
list2 = active_list_obj.get_active_index_list()
list2.sort()
assign_list2 = [0, 1, 4, 5, 12, 77, 88]
assert list2 == assign_list2
def test_active_index_list_add_active():
# add elements, mode is changed to partly active
active_list_obj = ActiveList()
assign_list = [0, 1, 4, 12, 88, 77, 5]
for index in assign_list:
active_list_obj.addActiveIndex(index)
mode = active_list_obj.getMode()
assert mode == ActiveMode.PARTLY_ACTIVE
list2 = active_list_obj.get_active_index_list()
# Can not assume that the list is sorted or that it is
# in the same order as the order the elements are added
assign_list.sort()
list2.sort()
assert assign_list == list2
default_value = 10
size = active_list_obj.getActiveSize(default_value)
assert size == len(list2)