def test_replace_fail_replacee_non_member(self, make_mock_microclassifier):
population = Population(max_micros=1)
replacee = make_mock_microclassifier()
replacer = make_mock_microclassifier()
population.insert(replacer)
with pytest.raises(MemberNotFoundError):
population.replace(replacee, replacer)
def test_delete_fail_non_member(self, make_mock_microclassifier):
population = Population(max_micros=1)
mock_microclassifier = make_mock_microclassifier()
population.insert(mock_microclassifier)
diff_mock_microclassifier = make_mock_microclassifier()
with pytest.raises(MemberNotFoundError):
population.delete(diff_mock_microclassifier)
def test_insert_no_absorb(self, make_mock_microclassifier):
population = Population(max_micros=2)
mock_microclassifier = make_mock_microclassifier()
diff_mock_microclassifier = make_mock_microclassifier()
population.insert(mock_microclassifier)
population.insert(diff_mock_microclassifier)
assert population.num_micros == 2
assert population.num_macros == 2
def test_duplicate_fail_non_member(self, make_mock_microclassifier):
population = Population(max_micros=2)
mock_microclassifier = make_mock_microclassifier()
diff_mock_microclassifier = make_mock_microclassifier()
population.insert(mock_microclassifier)
with pytest.raises(MemberNotFoundError):
population.duplicate(diff_mock_microclassifier, num_copies=1)
assert population.num_micros == 1
assert population.num_macros == 1
def test_delete_succeed_on_macro(self, make_mock_macroclassifier):
population = Population(max_micros=2)
mock_macroclassifier = make_mock_macroclassifier(numerosity=2)
population.insert(mock_macroclassifier)
assert population.num_micros == 2
assert population.num_macros == 1
population.delete(mock_macroclassifier)
assert population.num_micros == 1
assert population.num_macros == 1
def test_replace_succeed_both_micros(self, make_mock_microclassifier):
population = Population(max_micros=2)
replacee = make_mock_microclassifier()
replacer = make_mock_microclassifier()
population.insert(replacee)
population.insert(replacer)
assert population.num_micros == 2
assert population.num_macros == 2
population.replace(replacee, replacer)
assert population.num_micros == 2
assert population.num_macros == 1
def test_replace_succeed_replacer_is_macro(self, make_mock_microclassifier,
make_mock_macroclassifier):
population = Population(max_micros=3)
replacee = make_mock_microclassifier()
replacer = make_mock_macroclassifier(numerosity=2)
population.insert(replacee)
population.insert(replacer)
assert population.num_micros == 3
assert population.num_macros == 2
population.replace(replacee, replacer)
assert population.num_micros == 3
assert population.num_macros == 1
def test_insert_force_absorb_macroclassifier(self, mock_microclassifier,
make_mock_macroclassifier,
mocker):
population = Population(max_micros=3)
mock_macroclassifier = make_mock_macroclassifier(numerosity=2)
shared_rule = mocker.MagicMock()
mock_microclassifier.rule = shared_rule
mock_macroclassifier.rule = shared_rule
population.insert(mock_microclassifier)
population.insert(mock_macroclassifier)
assert population.num_micros == 3
assert population.num_macros == 1
def test_duplicate_two_copies(self, mock_microclassifier):
population = Population(max_micros=3)
population.insert(mock_microclassifier)
population.duplicate(mock_microclassifier, num_copies=2)
assert population.num_micros == 3
assert population.num_macros == 1
def test_duplicate_single_copy(self, mock_microclassifier):
population = Population(max_micros=2)
population.insert(mock_microclassifier)
population.duplicate(mock_microclassifier, num_copies=1)
assert population.num_micros == 2
assert population.num_macros == 1
def test_insert_force_absorb_microclassifier(self, mock_microclassifier):
population = Population(max_micros=2)
population.insert(mock_microclassifier)
population.insert(mock_microclassifier)
assert population.num_micros == 2
assert population.num_macros == 1