def test_leader_votes_completed_with_out_of_round(self):
ratio = 0.51
old_leader = self.reps[0]
next_leader = self.reps[1]
by_higher_rounder = ExternalAddress.empty()
leader_votes = LeaderVotes(self.reps, ratio, 0, 0, old_leader)
for i, (rep,
signer) in enumerate(zip(self.reps[:26], self.signers[:26])):
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
next_leader)
leader_votes.add_vote(leader_vote)
leader_votes.get_summary()
print(f"leader_votes.is_completed(): {leader_votes.is_completed()}")
print(f"leader_votes.get_result(): {leader_votes.get_result()}")
self.assertEqual(leader_votes.is_completed(), False)
self.assertEqual(leader_votes.get_result(), None)
for i, (rep,
signer) in enumerate(zip(self.reps[26:55],
self.signers[26:55])):
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
by_higher_rounder)
leader_votes.add_vote(leader_vote)
leader_votes.get_summary()
print(f"leader_votes.is_completed(): {leader_votes.is_completed()}")
print(f"leader_votes.get_result(): {leader_votes.get_result()}")
self.assertEqual(leader_votes.is_completed(), True)
self.assertEqual(leader_votes.get_result(), next_leader)
def test_leader_votes_completed(self):
ratio = 0.67
old_leader = self.reps[0]
new_leaders = [self.reps[1], self.reps[2]]
leader_votes = LeaderVotes(self.reps, ratio, 0, 0, old_leader)
for i, (rep,
signer) in enumerate(zip(self.reps[:25], self.signers[:25])):
new_leader = new_leaders[0]
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
new_leader)
leader_votes.add_vote(leader_vote)
self.assertEqual(leader_votes.is_completed(), False)
self.assertEqual(leader_votes.get_result(), None)
for i, (rep,
signer) in enumerate(zip(self.reps[25:50],
self.signers[25:50])):
new_leader = new_leaders[1]
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
new_leader)
leader_votes.add_vote(leader_vote)
self.assertEqual(leader_votes.is_completed(), False)
self.assertEqual(leader_votes.get_result(), None)
for i, (rep,
signer) in enumerate(zip(self.reps[50:75],
self.signers[50:75])):
new_leader = new_leaders[0]
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
new_leader)
leader_votes.add_vote(leader_vote)
self.assertEqual(leader_votes.is_completed(), False)
self.assertEqual(leader_votes.get_result(), None)
for i, (rep,
signer) in enumerate(zip(self.reps[75:90],
self.signers[75:90])):
new_leader = new_leaders[1]
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
new_leader)
leader_votes.add_vote(leader_vote)
self.assertEqual(leader_votes.is_completed(), True)
self.assertEqual(leader_votes.get_result(), None)
def leader_complain(self):
complained_leader_id, new_leader_id = self.get_leader_ids_for_complaint(
)
leader_vote = LeaderVote.new(
signer=ChannelProperty().peer_auth,
block_height=self.epoch.height,
round_=self.epoch.round,
old_leader=ExternalAddress.fromhex_address(complained_leader_id),
new_leader=ExternalAddress.fromhex_address(new_leader_id),
timestamp=util.get_time_stamp())
util.logger.info(
f"LeaderVote : old_leader({complained_leader_id}), new_leader({new_leader_id}), round({self.epoch.round})"
)
self.add_complain(leader_vote)
leader_vote_serialized = leader_vote.serialize()
leader_vote_dumped = json.dumps(leader_vote_serialized)
request = loopchain_pb2.ComplainLeaderRequest(
complain_vote=leader_vote_dumped, channel=self.channel_name)
util.logger.debug(f"leader complain "
f"complained_leader_id({complained_leader_id}), "
f"new_leader_id({new_leader_id})")
reps_hash = self.blockchain.get_next_reps_hash_by_header(
self.blockchain.last_block.header)
self.__channel_service.broadcast_scheduler.schedule_broadcast(
"ComplainLeader", request, reps_hash=reps_hash)
def __send_fail_leader_vote(self, leader_vote: LeaderVote):
fail_vote = LeaderVote.new(signer=ChannelProperty().peer_auth,
block_height=leader_vote.block_height,
round_=leader_vote.round_,
old_leader=leader_vote.old_leader,
new_leader=ExternalAddress.empty(),
timestamp=util.get_time_stamp())
util.logger.info(
f"FailLeaderVote : to {leader_vote.old_leader}, round({leader_vote.round_})"
)
fail_vote_dumped = json.dumps(fail_vote.serialize())
request = loopchain_pb2.ComplainLeaderRequest(
complain_vote=fail_vote_dumped, channel=self.channel_name)
reps_hash = (self.blockchain.last_block.header.revealed_next_reps_hash
or self.__channel_service.peer_manager.prepared_reps_hash)
rep_id = leader_vote.rep.hex_hx()
target = self.blockchain.find_preps_targets_by_roothash(
reps_hash)[rep_id]
util.logger.debug(f"fail leader complain "
f"complained_leader_id({leader_vote.old_leader}), "
f"new_leader_id({ExternalAddress.empty()}),"
f"round({leader_vote.round_}),"
f"target({target})")
self.__channel_service.broadcast_scheduler.schedule_send_failed_leader_complain(
"ComplainLeader", request, target=target)
def test_leader_invalid_vote(self):
ratio = 0.67
old_leader = self.reps[0]
new_leader = self.reps[1]
leader_votes = LeaderVotes(self.reps, ratio, 0, 0, old_leader)
invalid_leader_vote = LeaderVote.new(self.signers[0], 0, 1, 0,
old_leader, new_leader)
self.assertRaises(RuntimeError, leader_votes.add_vote,
invalid_leader_vote)
invalid_leader_vote = LeaderVote.new(self.signers[0], 0, 0, 1,
old_leader, new_leader)
self.assertRaises(RuntimeError, leader_votes.add_vote,
invalid_leader_vote)
invalid_leader_vote = LeaderVote.new(self.signers[0], 0, 0, 0,
new_leader, new_leader)
self.assertRaises(RuntimeError, leader_votes.add_vote,
invalid_leader_vote)
invalid_leader_vote = LeaderVote(rep=self.reps[0],
timestamp=0,
signature=Signature(os.urandom(65)),
block_height=0,
round_=0,
new_leader=new_leader,
old_leader=old_leader)
self.assertRaises(RuntimeError, leader_votes.add_vote,
invalid_leader_vote)
leader_vote = LeaderVote.new(self.signers[0], 0, 0, 0, old_leader,
new_leader)
leader_votes.add_vote(leader_vote)
duplicate_leader_vote = LeaderVote.new(self.signers[0], 0, 0, 0,
old_leader, self.reps[2])
self.assertRaises(votes.VoteDuplicateError, leader_votes.add_vote,
duplicate_leader_vote)
def test_leader_vote(self):
signer = self.signers[0]
leader_vote = LeaderVote.new(signer, 0, 0, 0, self.reps[0],
self.reps[1])
leader_vote.verify()
origin = f"icx_vote.blockHeight.{hex(leader_vote.block_height)}."
origin += f"newLeader.{leader_vote.new_leader.hex_hx()}.oldLeader.{leader_vote.old_leader.hex_hx()}."
origin += f"rep.{leader_vote.rep.hex_hx()}.round_.{leader_vote.round_}.timestamp.{hex(leader_vote.timestamp)}"
origin_data = leader_vote.to_origin_data(**leader_vote.origin_args())
print(str(vote.hash_generator.generate_salted_origin(origin_data)))
self.assertEqual(
origin, vote.hash_generator.generate_salted_origin(origin_data))
self.assertEqual(
Hash32(hashlib.sha3_256(origin.encode('utf-8')).digest()),
leader_vote.to_hash(**leader_vote.origin_args()))
def test_leader_votes(self):
ratio = 0.67
old_leader = self.reps[0]
new_leaders = [self.reps[1], self.reps[2], self.reps[3], self.reps[4]]
leader_votes = LeaderVotes(self.reps, ratio, 0, 0, old_leader)
for i, (rep, signer) in enumerate(zip(self.reps, self.signers)):
mod = i % 10
if mod < 1:
new_leader = new_leaders[1]
elif mod < 2:
new_leader = new_leaders[2]
elif mod < 3:
new_leader = new_leaders[3]
else:
new_leader = new_leaders[0]
leader_vote = LeaderVote.new(signer, 0, 0, 0, old_leader,
new_leader)
leader_votes.add_vote(leader_vote)
logging.info(leader_votes)
self.assertEqual(leader_votes.is_completed(), True)
self.assertEqual(leader_votes.get_result(), new_leaders[0])