def __handler_status(self, request, context):
util.logger.debug(f"peer_outer_service:handler_status ({request.message})")
if request.message == "get_stub_manager_to_server":
# this case is check only gRPC available
return loopchain_pb2.Message(code=message_code.Response.success)
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
channel_stub = StubCollection().channel_stubs[channel_name]
# FIXME : is need?
if conf.ENABLE_REP_RADIO_STATION and request.message == "check peer status by rs":
channel_stub.sync_task().reset_timer(TimerService.TIMER_KEY_CONNECT_PEER)
callback = partial(self.__status_update, request.channel)
future = asyncio.run_coroutine_threadsafe(
channel_stub.async_task().get_status(),
self.peer_service.inner_service.loop
)
future.add_done_callback(callback)
status = self.__get_status_peer_type_data(request.channel)
if status is None:
return loopchain_pb2.Message(code=message_code.Response.fail)
meta = json.loads(request.meta) if request.meta else {}
if meta.get("highest_block_height", None) and meta["highest_block_height"] > status["block_height"]:
util.logger.spam(f"(peer_outer_service.py:__handler_status) there is difference of height !")
status_json = json.dumps(status)
return loopchain_pb2.Message(code=message_code.Response.success, meta=status_json)
def ready(self, amqp_target, amqp_key):
StubCollection().amqp_target = amqp_target
StubCollection().amqp_key = amqp_key
async def ready_tasks():
from loopchain import loggers
loggers.get_preset().update_logger()
loggers.update_other_loggers()
logging.debug('rest_server:initialize')
await StubCollection().create_peer_stub()
channels_info = await StubCollection().peer_stub.async_task(
).get_channel_infos()
channel_name = None
for channel_name, channel_info in channels_info.items():
await StubCollection().create_channel_stub(channel_name)
await StubCollection().create_icon_score_stub(channel_name)
results = await StubCollection().peer_stub.async_task(
).get_channel_info_detail(channel_name)
RestProperty().node_type = conf.NodeType(results[6])
RestProperty().rs_target = results[3]
logging.debug(
f'rest_server:initialize complete. '
f'node_type({RestProperty().node_type}), rs_target({RestProperty().rs_target})'
)
self.__app.add_task(ready_tasks())
def UnSubscribe(self, request, context):
"""BlockGenerator 의 broadcast 채널에서 Peer 를 제외한다.
:param request:
:param context:
:return:
"""
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
channel_stub = StubCollection().channel_stubs[channel_name]
peer_list = [target['peer_target'] for target in self.peer_service.channel_infos[channel_name]["peers"]]
if (request.peer_target in peer_list and conf.ENABLE_CHANNEL_AUTH) or \
(request.node_type == loopchain_pb2.CommunityNode and not conf.ENABLE_CHANNEL_AUTH):
asyncio.run_coroutine_threadsafe(
channel_stub.async_task().remove_audience(peer_target=request.peer_target),
self.peer_service.inner_service.loop
)
util.logger.spam(f"peer_outer_service::Unsubscribe remove_audience target({request.peer_target}) "
f"in channel({request.channel})")
else:
logging.error(f"This target({request.peer_target}), {request.node_type} failed to unsubscribe.")
return loopchain_pb2.CommonReply(response_code=message_code.get_response_code(message_code.Response.fail),
message=message_code.get_response_msg("Unknown type peer"))
return loopchain_pb2.CommonReply(response_code=message_code.get_response_code(message_code.Response.success),
message=message_code.get_response_msg(message_code.Response.success))
def request_rollback(self) -> bool:
"""Request block data rollback behind to 1 block
:return: if rollback success return True, else return False
"""
target_block = self.blockchain.find_block_by_hash32(self.blockchain.last_block.header.prev_hash)
if not self.blockchain.check_rollback_possible(target_block):
util.logger.warning(f"The request cannot be rollback to the target block({target_block}).")
return False
request_origin = {
'blockHeight': target_block.header.height,
'blockHash': target_block.header.hash.hex_0x()
}
request = convert_params(request_origin, ParamType.roll_back)
stub = StubCollection().icon_score_stubs[ChannelProperty().name]
util.logger.debug(f"Rollback request({request})")
response: dict = cast(dict, stub.sync_task().rollback(request))
try:
response_to_json_query(response)
except GenericJsonRpcServerError as e:
util.logger.warning(f"response error = {e}")
else:
result_height = response.get("blockHeight")
if hex(target_block.header.height) == result_height:
util.logger.info(f"Rollback Success. result height = {result_height}")
self.blockchain.rollback(target_block)
self.rebuild_block()
return True
util.logger.warning(f"Rollback Fail. response = {response}")
return False
def __init__(self, channel, score_package, amqp_target, amqp_key):
"""Score service init
"""
loggers.get_preset().channel_name = channel
loggers.get_preset().score_package = score_package
loggers.get_preset().update_logger()
loggers.update_other_loggers()
self.score: PeerScore = None
self.score_plugin = Plugins().load_score_plugin(channel)
self.iiss_plugin = Plugins().load_iiss_plugin(channel)
self.__peer_id: str = None
self.__channel_name: str = channel
StubCollection().amqp_key = amqp_key
StubCollection().amqp_target = amqp_target
score_queue_name = conf.SCORE_QUEUE_NAME_FORMAT.format(
score_package_name=score_package,
channel_name=channel,
amqp_key=amqp_key)
self.__inner_service = ScoreInnerService(amqp_target,
score_queue_name,
conf.AMQP_USERNAME,
conf.AMQP_PASSWORD,
score_service=self)
setproctitle.setproctitle(f"{setproctitle.getproctitle()} {channel}")
def score_invoke(self, _block: Block) -> dict or None:
method = "icx_sendTransaction"
transactions = []
for tx in _block.body.transactions.values():
tx_serializer = TransactionSerializer.new(tx.version, self.block_manager.get_blockchain().tx_versioner)
transaction = {
"method": method,
"params": tx_serializer.to_full_data(tx)
}
transactions.append(transaction)
request = {
'block': {
'blockHeight': _block.header.height,
'blockHash': _block.header.hash.hex(),
'prevBlockHash': _block.header.prev_hash.hex() if _block.header.prev_hash else '',
'timestamp': _block.header.timestamp
},
'transactions': transactions
}
request = convert_params(request, ParamType.invoke)
stub = StubCollection().icon_score_stubs[ChannelProperty().name]
response = stub.sync_task().invoke(request)
response_to_json_query(response)
block_builder = BlockBuilder.from_new(_block, self.__block_manager.get_blockchain().tx_versioner)
block_builder.commit_state = {
ChannelProperty().name: response['stateRootHash']
}
new_block = block_builder.build()
return new_block, response["txResults"]
def score_change_block_hash(self, block_height, old_block_hash, new_block_hash):
change_hash_info = json.dumps({"block_height": block_height, "old_block_hash": old_block_hash,
"new_block_hash": new_block_hash})
if not util.channel_use_icx(ChannelProperty().name):
stub = StubCollection().score_stubs[ChannelProperty().name]
stub.sync_task().change_block_hash(change_hash_info)
def GetBlock(self, request, context):
"""Block 정보를 조회한다.
:param request: loopchain.proto 의 GetBlockRequest 참고
request.block_hash: 조회할 block 의 hash 값, "" 로 조회하면 마지막 block 의 hash 값을 리턴한다.
request.block_data_filter: block 정보 중 조회하고 싶은 key 값 목록 "key1, key2, key3" 형식의 string
request.tx_data_filter: block 에 포함된 transaction(tx) 중 조회하고 싶은 key 값 목록
"key1, key2, key3" 형식의 string
:param context:
:return: loopchain.proto 의 GetBlockReply 참고,
block_hash, block 정보 json, block 에 포함된 tx 정보의 json 리스트를 받는다.
포함되는 정보는 param 의 filter 에 따른다.
"""
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
channel_stub = StubCollection().channel_stubs[channel_name]
response_code, block_hash, confirm_info, block_data_json, tx_data_json_list = \
channel_stub.sync_task().get_block(
block_height=request.block_height,
block_hash=request.block_hash,
block_data_filter=request.block_data_filter,
tx_data_filter=request.tx_data_filter)
return loopchain_pb2.GetBlockReply(response_code=response_code,
block_hash=block_hash,
block_data_json=block_data_json,
confirm_info=confirm_info,
tx_data_json=tx_data_json_list)
def __request_roll_back(self):
target_block = self.blockchain.find_block_by_hash32(
self.blockchain.last_block.header.prev_hash)
if not self.blockchain.check_rollback_possible(target_block):
util.logger.warning(
f"The request cannot be rolled back to the target block({target_block})."
)
return
request_origin = {
'blockHeight': target_block.header.height,
'blockHash': target_block.header.hash.hex_0x()
}
request = convert_params(request_origin, ParamType.roll_back)
stub = StubCollection().icon_score_stubs[ChannelProperty().name]
util.logger.debug(f"Rollback request({request})")
response: dict = cast(dict, stub.sync_task().rollback(request))
response_to_json_query(response)
result_height = response.get("blockHeight")
if hex(target_block.header.height) == result_height:
util.logger.info(f"Rollback Success")
self.blockchain.roll_back(target_block)
self.rebuild_block()
else:
util.logger.warning(f"{response}")
def Subscribe(self, request, context):
"""BlockGenerator 가 broadcast(unconfirmed or confirmed block) 하는 채널에
Peer 를 등록한다.
:param request:
:param context:
:return:
"""
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
if not request.peer_id or not request.peer_target:
return loopchain_pb2.CommonReply(
response_code=message_code.get_response_code(message_code.Response.fail_wrong_subscribe_info),
message=message_code.get_response_msg(message_code.Response.fail_wrong_subscribe_info)
)
channel_stub = StubCollection().channel_stubs[channel_name]
peer_list = [target['peer_target'] for target in self.peer_service.channel_infos[channel_name]["peers"]]
if (request.peer_target in peer_list and conf.ENABLE_CHANNEL_AUTH) or \
(request.node_type == loopchain_pb2.CommunityNode and not conf.ENABLE_CHANNEL_AUTH):
channel_stub.sync_task().add_audience(peer_target=request.peer_target)
util.logger.debug(f"peer_outer_service::Subscribe add_audience "
f"target({request.peer_target}) in channel({request.channel}), "
f"order({request.peer_order})")
else:
logging.error(f"This target({request.peer_target}, {request.node_type}) failed to subscribe.")
return loopchain_pb2.CommonReply(response_code=message_code.get_response_code(message_code.Response.fail),
message=message_code.get_response_msg("Unknown type peer"))
return loopchain_pb2.CommonReply(response_code=message_code.get_response_code(message_code.Response.success),
message=message_code.get_response_msg(message_code.Response.success))
def GetTx(self, request, context):
"""get transaction
:param request: tx_hash
:param context:channel_loopchain_default
:return:
"""
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
channel_stub = StubCollection().channel_stubs[channel_name]
tx = channel_stub.sync_task().get_tx(request.tx_hash)
response_code, response_msg = message_code.get_response(
message_code.Response.fail)
response_meta = ""
response_data = ""
response_sign = b''
response_public_key = b''
if tx is not None:
response_code, response_msg = message_code.get_response(
message_code.Response.success)
response_meta = json.dumps(tx.meta)
response_data = tx.get_data().decode(conf.PEER_DATA_ENCODING)
response_sign = tx.signature
response_public_key = tx.public_key
return loopchain_pb2.GetTxReply(response_code=response_code,
meta=response_meta,
data=response_data,
signature=response_sign,
public_key=response_public_key,
more_info=response_msg)
async def _run():
route_key = conf.PEER_QUEUE_NAME_FORMAT.format(
amqp_key=conf.AMQP_KEY)
peer_inner_service = PeerInnerService(conf.AMQP_TARGET,
route_key,
peer_service=None)
peer_inner_service._callback_connection_lost_callback = lambda conn: None
await peer_inner_service.connect()
route_key = conf.CHANNEL_QUEUE_NAME_FORMAT.format(
channel_name=conf.LOOPCHAIN_DEFAULT_CHANNEL,
amqp_key=conf.AMQP_KEY)
channel_inner_service = ChannelInnerService(conf.AMQP_TARGET,
route_key,
channel_service=None)
channel_inner_service._callback_connection_lost_callback = lambda conn: None
await channel_inner_service.connect()
StubCollection().amqp_target = conf.AMQP_TARGET
StubCollection().amqp_key = conf.AMQP_KEY
await StubCollection().create_peer_stub()
result = await StubCollection().peer_stub.async_task().hello()
self.assertEqual(result, 'peer_hello')
await StubCollection().create_channel_stub(
conf.LOOPCHAIN_DEFAULT_CHANNEL)
result = await StubCollection().channel_stubs[
conf.LOOPCHAIN_DEFAULT_CHANNEL].async_task().hello()
self.assertEqual(result, 'channel_hello')
await peer_inner_service._connection.close()
await channel_inner_service._connection.close()
async def icx_sendTransaction(**kwargs):
if RestProperty().node_type == conf.NodeType.CitizenNode:
return await redirect_request_to_rs(
kwargs, RestProperty().rs_target)
request = make_request("icx_sendTransaction", kwargs)
icon_stub = StubCollection().icon_score_stubs[conf.LOOPCHAIN_DEFAULT_CHANNEL]
response = await icon_stub.async_task().validate_transaction(request)
response_to_json_query(response)
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL
channel_stub = StubCollection().channel_stubs[channel_name]
response_code, tx_hash = \
await channel_stub.async_task().create_icx_tx(kwargs)
if response_code != message_code.Response.success:
raise GenericJsonRpcServerError(
code=JsonError.INVALID_REQUEST,
message=message_code.responseCodeMap[response_code][1],
http_status=status.HTTP_BAD_REQUEST
)
if tx_hash is None:
raise GenericJsonRpcServerError(
code=JsonError.INVALID_REQUEST,
message='txHash is None',
http_status=status.HTTP_BAD_REQUEST
)
return convert_params(tx_hash, ParamType.send_tx_response)
def score_write_precommit_state(self, block: Block):
logging.debug(
f"call score commit {ChannelProperty().name} {block.header.height} {block.header.hash.hex()}"
)
new_block_hash = block.header.hash
try:
old_block_hash = self.__block_manager.get_old_block_hash(
block.header.height, new_block_hash)
except KeyError:
old_block_hash = new_block_hash
logging.debug(f"Block Hash : {old_block_hash} -> {new_block_hash}")
request = {
"blockHeight": block.header.height,
"oldBlockHash": old_block_hash.hex(),
"newBlockHash": new_block_hash.hex()
}
request = convert_params(request, ParamType.write_precommit_state)
stub = StubCollection().icon_score_stubs[ChannelProperty().name]
precommit_result: dict = stub.sync_task().write_precommit_state(
request)
if "error" in precommit_result:
raise WritePrecommitStateError(precommit_result['error'])
self.__block_manager.pop_old_block_hashes(block.header.height)
return True
def __handler_get_tx_by_address(self, request, context):
"""Get Transaction by address
:param request:
:param context:
:return:
"""
params = json.loads(request.meta)
address = params.pop('address', None)
index = params.pop('index', None)
if address is None or index is None: # or params:
return loopchain_pb2.Message(
code=message_code.Response.fail_illegal_params)
channel_stub = StubCollection().channel_stubs[request.channel]
future = asyncio.run_coroutine_threadsafe(
channel_stub.async_task().get_tx_by_address(address, index),
self.peer_service.inner_service.loop)
tx_list, next_index = future.result()
tx_list_dumped = json.dumps(tx_list).encode(
encoding=conf.PEER_DATA_ENCODING)
return loopchain_pb2.Message(code=message_code.Response.success,
meta=str(next_index),
object=tx_list_dumped)
def AnnounceNewBlockForVote(self, request, context):
"""수집된 tx 로 생성한 Block 을 각 peer 에 전송하여 검증을 요청한다.
:param request:
:param context:
:return:
"""
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
logging.debug(
f"peer_outer_service::AnnounceNewBlockForVote channel({channel_name})"
)
block: Block = pickle.loads(request.block)
epoch = pickle.loads(request.epoch)
logging.debug(f"#block \n"
f"epoch({epoch.block_height})\n"
f"prev_epoch({epoch.prev_epoch})\n"
f"block_type({block.block_type})\n"
f"block_hash({block.block_hash})\n"
f"peer_id({block.peer_id})\n"
f"made_block_count({block.made_block_count})\n"
f"block_type({block.block_type})\n")
channel_stub = StubCollection().channel_stubs[channel_name]
channel_stub.sync_task().announce_new_block_for_vote(block, epoch)
return loopchain_pb2.CommonReply(
response_code=message_code.Response.success, message="success")
def genesis_invoke(self, block: Block) -> ('Block', dict):
method = "icx_sendTransaction"
transactions = []
for tx in block.body.transactions.values():
hash_version = conf.CHANNEL_OPTION[
ChannelProperty().name]["genesis_tx_hash_version"]
tx_serializer = TransactionSerializer.new(tx.version, hash_version)
transaction = {
"method": method,
"params": {
"txHash": tx.hash.hex()
},
"genesisData": tx_serializer.to_full_data(tx)
}
transactions.append(transaction)
request = {
'block': {
'blockHeight': block.header.height,
'blockHash': block.header.hash.hex(),
'timestamp': block.header.timestamp
},
'transactions': transactions
}
request = convert_params(request, ParamType.invoke)
stub = StubCollection().icon_score_stubs[ChannelProperty().name]
response = stub.sync_task().invoke(request)
response_to_json_query(response)
block_builder = BlockBuilder.from_new(block)
block_builder.commit_state = {
ChannelProperty().name: response['stateRootHash']
}
new_block = block_builder.build()
return new_block, response["txResults"]
async def icx_sendTransaction(**kwargs):
if RestProperty().node_type == conf.NodeType.CitizenNode:
return await redirect_request_to_rs(kwargs,
RestProperty().rs_target,
conf.ApiVersion.v2.name)
request = make_request("icx_sendTransaction", kwargs,
ParamType.send_tx)
icon_stub = StubCollection().icon_score_stubs[
conf.LOOPCHAIN_DEFAULT_CHANNEL]
response = await icon_stub.async_task().validate_transaction(request)
response_to_json_query(response)
channel_inner_tasks = StubCollection().channel_stubs[
conf.LOOPCHAIN_DEFAULT_CHANNEL]
code, tx_hash = await channel_inner_tasks.async_task().create_icx_tx(
kwargs)
response_data = {'response_code': code}
if code != message_code.Response.success:
response_data['message'] = message_code.responseCodeMap[code][1]
else:
response_data['tx_hash'] = tx_hash
util.logger.spam(f"response_data: ({response_data})")
return response_data
def __init__(self, tx_versioner: TransactionVersioner, add_tx_list_callback, loop, crash_callback_in_join_thread):
super().__init__()
self.__is_running = True
self.__tx_queue = self.Queue()
self.__tx_queue.cancel_join_thread()
async def _add_tx_list(tx_list):
add_tx_list_callback(tx_list)
def _receive_tx_list(tx_queue):
while True:
tx_list = tx_queue.get()
if not self.__is_running or tx_list is None:
break
asyncio.run_coroutine_threadsafe(_add_tx_list(tx_list), loop)
while not tx_queue.empty():
tx_queue.get()
self.__receive_thread = threading.Thread(target=_receive_tx_list, args=(self.__tx_queue,))
self.__receive_thread.start()
args = (ChannelProperty().name,
StubCollection().amqp_target,
StubCollection().amqp_key,
tx_versioner,
self.__tx_queue)
super().start(target=ChannelTxReceiverInnerService.main,
args=args,
crash_callback_in_join_thread=crash_callback_in_join_thread)
def __init__(self, channel_name, amqp_target, amqp_key):
self.__block_manager: BlockManager = None
self.__score_container: CommonSubprocess = None
self.__score_info: dict = None
self.__peer_auth: PeerAuthorization = None
self.__peer_manager: PeerManager = None
self.__broadcast_scheduler: BroadcastScheduler = None
self.__radio_station_stub = None
self.__consensus: Consensus = None
self.__proposer: Proposer = None
self.__acceptor: Acceptor = None
self.__timer_service = TimerService()
loggers.get_preset().channel_name = channel_name
loggers.get_preset().update_logger()
channel_queue_name = conf.CHANNEL_QUEUE_NAME_FORMAT.format(channel_name=channel_name, amqp_key=amqp_key)
self.__inner_service = ChannelInnerService(
amqp_target, channel_queue_name, conf.AMQP_USERNAME, conf.AMQP_PASSWORD, channel_service=self)
logging.info(f"ChannelService : {channel_name}, Queue : {channel_queue_name}")
ChannelProperty().name = channel_name
ChannelProperty().amqp_target = amqp_target
StubCollection().amqp_key = amqp_key
StubCollection().amqp_target = amqp_target
command_arguments.add_raw_command(command_arguments.Type.Channel, channel_name)
command_arguments.add_raw_command(command_arguments.Type.AMQPTarget, amqp_target)
command_arguments.add_raw_command(command_arguments.Type.AMQPKey, amqp_key)
ObjectManager().channel_service = self
def __prevent_next_block_mismatch(self, next_block: Block) -> bool:
logging.debug(f"prevent_block_mismatch...")
score_stub = StubCollection().icon_score_stubs[self.__channel_name]
request = {
"method": "ise_getStatus",
"params": {
"filter": ["lastBlock"]
}
}
response = score_stub.sync_task().query(request)
score_last_block_height = int(response['lastBlock']['blockHeight'], 16)
if score_last_block_height == next_block.header.height:
logging.debug(f"already invoked block in score...")
return False
if score_last_block_height < next_block.header.height:
for invoke_block_height in range(score_last_block_height + 1,
next_block.header.height):
logging.debug(
f"mismatch invoke_block_height({invoke_block_height}) "
f"score_last_block_height({score_last_block_height}) "
f"next_block_height({next_block.header.height})")
invoke_block = self.find_block_by_height(invoke_block_height)
if invoke_block is None:
raise RuntimeError(
"Error raised during prevent mismatch block, "
f"Cannot find block({invoke_block_height}")
invoke_block, invoke_block_result = ObjectManager(
).channel_service.score_invoke(invoke_block)
self.__add_tx_to_block_db(invoke_block, invoke_block_result)
ObjectManager().channel_service.score_write_precommit_state(
invoke_block)
return True
if score_last_block_height == next_block.header.height + 1:
try:
invoke_result_block_height_bytes = \
self.__confirmed_block_db.Get(BlockChain.INVOKE_RESULT_BLOCK_HEIGHT_KEY)
invoke_result_block_height = int.from_bytes(
invoke_result_block_height_bytes, byteorder='big')
if invoke_result_block_height == next_block.header.height:
logging.debug(f"already saved invoke result...")
return False
except KeyError:
logging.debug(f"There is no invoke result height in db.")
else:
util.exit_and_msg(
"Too many different(over 2) of block height between the loopchain and score. "
"Peer will be down. : "
f"loopchain({next_block.header.height})/score({score_last_block_height})"
)
return True
def Query(self, request, context):
"""Score 의 invoke 로 생성된 data 에 대한 query 를 수행한다."""
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
score_stub = StubCollection().score_stubs[channel_name]
response_code, response = score_stub.sync_task().query(request.params)
return loopchain_pb2.QueryReply(response_code=response_code, response=response)
def score_remove_precommit_state(self, block: Block):
invoke_fail_info = json.dumps({
"block_height": block.height,
"block_hash": block.block_hash
})
stub = StubCollection().score_stubs[ChannelProperty().name]
stub.sync_task().remove_precommit_state(invoke_fail_info)
return True
async def _wait():
StubCollection().amqp_target = conf.AMQP_TARGET
StubCollection().amqp_key = f"{util.get_private_ip()}:{port}"
logging.debug(f'{StubCollection().amqp_key} peer hello')
await StubCollection().create_peer_stub()
await StubCollection().peer_stub.async_task().hello()
logging.debug(f'{StubCollection().amqp_key} peer hello complete')
def AnnounceNewLeader(self, request, context):
if not request.channel:
raise Exception("peer_outer_service:AnnounceNewLeader : Channel is not defined.")
logging.debug(f"AnnounceNewLeader({request.channel}): " + request.message)
channel_stub = StubCollection().channel_stubs[request.channel]
channel_stub.sync_task().reset_leader(request.new_leader_id)
return loopchain_pb2.CommonReply(response_code=message_code.Response.success, message="success")
def VoteUnconfirmedBlock(self, request, context):
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
channel_stub = StubCollection().channel_stubs[channel_name]
channel_stub.sync_task().vote_unconfirmed_block(
peer_id=request.peer_id,
group_id=request.group_id,
block_hash=request.block_hash,
vote_code=request.vote_code)
return loopchain_pb2.CommonReply(response_code=message_code.Response.success, message="success")
def VoteUnconfirmedBlock(self, request, context):
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
utils.logger.debug(f"VoteUnconfirmedBlock vote({request.vote})")
channel_stub = StubCollection().channel_stubs[channel_name]
asyncio.run_coroutine_threadsafe(
channel_stub.async_task().vote_unconfirmed_block(request.vote),
self.peer_service.inner_service.loop
)
return loopchain_pb2.CommonReply(response_code=message_code.Response.success, message="success")
def ComplainLeader(self, request: ComplainLeaderRequest, context):
channel = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
utils.logger.info(f"ComplainLeader {request.complain_vote}")
channel_stub = StubCollection().channel_stubs[channel]
asyncio.run_coroutine_threadsafe(
channel_stub.async_task().complain_leader(vote_dumped=request.complain_vote),
self.peer_service.inner_service.loop
)
return loopchain_pb2.CommonReply(response_code=message_code.Response.success, message="success")
def score_change_block_hash(self, block_height, old_block_hash,
new_block_hash):
change_hash_info = json.dumps({
"block_height": block_height,
"old_block_hash": old_block_hash,
"new_block_hash": new_block_hash
})
if not conf.USE_EXTERNAL_SCORE:
stub = StubCollection().score_stubs[ChannelProperty().name]
stub.sync_task().change_block_hash(change_hash_info)
def __handler_peer_list(self, request, context):
channel_name = conf.LOOPCHAIN_DEFAULT_CHANNEL if request.channel == '' else request.channel
channel_stub = StubCollection().channel_stubs[channel_name]
all_group_peer_list_str, peer_list_str = channel_stub.sync_task().get_peer_list()
message = "All Group Peers count: " + all_group_peer_list_str
return loopchain_pb2.Message(
code=message_code.Response.success,
message=message,
meta=peer_list_str)
