def test_equivalents(compounds_pair: Tuple[Compound, Compound]) -> None:
left_compound, right_compound = compounds_pair
result = left_compound ^ right_compound
assert are_compounds_equivalent(result, (left_compound - right_compound)
| (right_compound - left_compound))
assert are_compounds_equivalent(result, (left_compound | right_compound) -
(left_compound & right_compound))
def test_absorption_identity(
compounds_pair: Tuple[Compound, Compound]) -> None:
left_compound, right_compound = compounds_pair
result = left_compound & (left_compound | right_compound)
assert are_compounds_equivalent(result, left_compound)
def test_connection_with_disjoint(
compounds_pair: Tuple[Compound, Compound]) -> None:
left_compound, right_compound = compounds_pair
result = left_compound - right_compound
assert implication(left_compound.disjoint(right_compound),
are_compounds_equivalent(result, left_compound))
def test_associativity(
compounds_triplet: Tuple[Compound, Compound, Compound]) -> None:
left_compound, mid_compound, right_compound = compounds_triplet
result = (left_compound ^ mid_compound) ^ right_compound
assert are_compounds_equivalent(
result, left_compound ^ (mid_compound ^ right_compound))
def test_distribution_over_union(
compounds_triplet: Tuple[Compound, Compound, Compound]) -> None:
left_compound, mid_compound, right_compound = compounds_triplet
result = left_compound & (mid_compound | right_compound)
assert are_compounds_equivalent(result, (left_compound & mid_compound)
| (left_compound & right_compound))
def test_idempotence(compound: Compound) -> None:
assert are_compounds_equivalent(compound & compound, compound)
def test_idempotence(compound: Compound) -> None:
result = compound | compound
assert are_compounds_equivalent(result, compound)
