def test_AllArgs():
a = AllArgs(Q.zero)
b = AllArgs(Q.positive | Q.negative)
assert a.rcall(x * y) == And(Q.zero(x), Q.zero(y))
assert b.rcall(x * y) == And(
Q.positive(x) | Q.negative(x),
Q.positive(y) | Q.negative(y))
def test_class_handler_registry():
my_handler_registry = ClassFactRegistry()
# The predicate doesn't matter here, so just use is_true
fact1 = Equivalent(Q.is_true, AllArgs(Q.is_true))
fact2 = Equivalent(Q.is_true, AnyArgs(Q.is_true))
my_handler_registry[Mul] = {fact1}
my_handler_registry[Expr] = {fact2}
assert my_handler_registry[Basic] == set()
assert my_handler_registry[Expr] == {fact2}
assert my_handler_registry[Mul] == {fact1, fact2}
def test_AllArgs():
a = AllArgs(Q.zero)
b = AllArgs(Q.positive | Q.negative)
assert a.rcall(x*y) == And(Q.zero(x), Q.zero(y))
assert b.rcall(x*y) == And(Q.positive(x) | Q.negative(x), Q.positive(y) | Q.negative(y))