def test_squeak_matches_interest_is_not_reply(signing_key):
replyto_hash = gen_random_hash()
squeak = gen_squeak(signing_key, 5678, replyto_hash=replyto_hash)
other_replyto_hash = gen_random_hash()
interest = CInterested(hashReplySqk=other_replyto_hash, )
assert not squeak_matches_interest(squeak, interest)
def is_remote_subscribed(self, squeak: CSqueak):
if self.remote_subscription is None:
return False
for interest in self.remote_subscription.vInterested:
if squeak_matches_interest(squeak, interest):
return True
return False
def squeak_matches_interest(self, squeak: CSqueak) -> bool:
locator = self.squeak_controller.get_interested_locator()
for interest in locator.vInterested:
if squeak_matches_interest(squeak, interest) \
and self.squeak_controller.squeak_in_limit_of_interest(squeak, interest):
return True
return False
def test_squeak_matches_interest_empty_addresses(signing_key, address):
squeak = gen_squeak(signing_key, 5678)
interest = CInterested(
nMinBlockHeight=5000,
nMaxBlockHeight=6000,
)
assert squeak_matches_interest(squeak, interest)
def test_squeak_matches_interest_below_block_range(signing_key, address):
squeak = gen_squeak(signing_key, 5678)
interest = CInterested(
addresses=(address, ),
nMinBlockHeight=6000,
nMaxBlockHeight=7000,
)
assert not squeak_matches_interest(squeak, interest)
def test_squeak_matches_interest_address_no_match(signing_key, address):
squeak = gen_squeak(signing_key, 5678)
other_addresses = tuple(gen_squeak_addresses(3))
interest = CInterested(
addresses=other_addresses,
nMinBlockHeight=5000,
nMaxBlockHeight=6000,
)
assert not squeak_matches_interest(squeak, interest)
def matches_requested_squeak_range(self, interest: CInterested) -> bool:
return squeak_matches_interest(self.squeak, interest)