async def test_publish_transaction_dictionary(self):
subscriber = self.sut.subscribe({})
transaction_hash_str = SAMPLE_TRANSACTION_FROM_WS["hash"]
transaction_hash = Sha256Hash(
convert.hex_to_bytes(transaction_hash_str[2:]))
self.sut.publish(
EthRawTransaction(transaction_hash,
SAMPLE_TRANSACTION_FROM_WS,
FeedSource.BLOCKCHAIN_RPC,
local_region=True))
received_tx = await subscriber.receive()
self.assertEqual(transaction_hash_str, received_tx["tx_hash"])
self.assertEqual(transaction_hash_str,
received_tx["tx_contents"]["hash"])
self.assertIn("from", received_tx["tx_contents"])
self.assertIn("gas", received_tx["tx_contents"])
self.assertIn("gas_price", received_tx["tx_contents"])
self.assertIn("input", received_tx["tx_contents"])
self.assertIn("value", received_tx["tx_contents"])
self.assertIn("to", received_tx["tx_contents"])
self.assertIn("nonce", received_tx["tx_contents"])
self.assertIn("v", received_tx["tx_contents"])
self.assertIn("r", received_tx["tx_contents"])
self.assertIn("s", received_tx["tx_contents"])
def _get_sample_block(self, file_path=__file__):
root_dir = os.path.dirname(os.path.dirname(os.path.dirname(os.path.abspath(file_path))))
with open(os.path.join(root_dir, "samples/btc_sample_block.txt")) as sample_file:
btc_block = sample_file.read().strip("\n")
buf = bytearray(convert.hex_to_bytes(btc_block))
parsed_block = BlockBtcMessage(buf=buf)
return parsed_block
def get_sample_block():
root_dir = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
with open(os.path.join(root_dir, "samples/ont_consensus_sample_block.txt")) as sample_file:
ont_block = sample_file.read().strip("\n")
buf = bytearray(convert.hex_to_bytes(ont_block))
parsed_block = OntConsensusMessage(buf=buf)
return parsed_block
def _test_msg_serialization(self, msg_cls, needs_private_key, *args,
**kwargs):
if needs_private_key:
# random private key
private_key = convert.hex_to_bytes(
"294549f8629f0eeb2b8e01aca491f701f5386a9662403b485c4efe7d447dfba3"
)
msg = msg_cls(None, private_key, *args, **kwargs)
else:
msg = msg_cls(None, *args, **kwargs)
# verify that fields values are set correctly
self._verify_field_values(msg_cls, msg, *args)
# serialize message into bytes
msg_bytes = msg.rawbytes()
# deserialize message from bytes
msg_deserialized = msg_cls(msg_bytes)
msg_deserialized.deserialize()
# verify that field values are correct after deserialization
self._verify_field_values(msg_cls, msg_deserialized, *args)
# verify message serializes
print(msg)
self.assertEqual(msg.msg_type, msg_cls.msg_type)
self.assertEqual(msg.msg_type, msg_deserialized.msg_type)
def setUp(self):
self.node = MockGatewayNode(
gateway_helpers.get_gateway_opts(8000,
include_default_btc_args=True,
compact_block_min_tx_count=5))
self.node.block_processing_service = MagicMock()
self.connection = BtcNodeConnection(
MockSocketConnection(1,
node=self.node,
ip_address=LOCALHOST,
port=123), self.node)
self.connection.node = self.node
self.connection.peer_ip = LOCALHOST
self.connection.peer_port = 8001
self.connection.network_num = 2
self.sut = BtcNodeConnectionProtocol(self.connection)
full_block_msg = BlockBtcMessage(
buf=bytearray(convert.hex_to_bytes(self.FULL_BLOCK_BYTES_HEX)))
if self.node.opts.use_extensions:
transaction_service = ExtensionTransactionService(self.node, 0)
else:
transaction_service = TransactionService(self.node, 0)
short_id = 1
for tx in full_block_msg.txns():
tx_hash = btc_common_utils.get_txid(tx)
transaction_service.set_transaction_contents(tx_hash, tx)
transaction_service.assign_short_id(tx_hash, short_id)
short_id += 1
self.sut.connection.node._tx_service = transaction_service
def block_to_bx_block(self, block_msg: BlockOntMessage, tx_service: ExtensionTransactionService) -> \
Tuple[memoryview, BlockInfo]:
compress_start_datetime = datetime.utcnow()
compress_start_timestamp = time.time()
self._default_block_size = max(self._default_block_size,
len(block_msg.buf))
tsk = self.compression_tasks.borrow_task()
tsk.init(tpe.InputBytes(block_msg.buf), tx_service.proxy)
try:
task_pool_proxy.run_task(tsk)
except tpe.AggregatedException as e:
self.compression_tasks.return_task(tsk)
raise message_conversion_error.btc_block_compression_error(
block_msg.block_hash(), e)
bx_block = tsk.bx_block()
block = memoryview(bx_block)
compressed_size = len(block)
original_size = len(block_msg.rawbytes())
block_hash = OntObjectHash(
binary=convert.hex_to_bytes(tsk.block_hash().hex_string()))
block_info = BlockInfo(
block_hash, tsk.short_ids(), compress_start_datetime,
datetime.utcnow(), (time.time() - compress_start_timestamp) * 1000,
tsk.txn_count(),
tsk.compressed_block_hash().hex_string(),
tsk.prev_block_hash().hex_string(), original_size, compressed_size,
100 - float(compressed_size) / original_size * 100)
self.compression_tasks.return_task(tsk)
return block, block_info
def _get_sample_block(self, file_path):
root_dir = os.path.dirname(os.path.dirname(os.path.dirname(os.path.abspath(file_path))))
with open(os.path.join(root_dir, "samples/eth_sample_block.txt")) as sample_file:
btc_block = sample_file.read().strip("\n")
buf = bytearray(convert.hex_to_bytes(btc_block))
parsed_block = NewBlockEthProtocolMessage(msg_bytes=buf)
return parsed_block
async def handle_tx_notifications(self, subscription_id: str) -> None:
while self.running:
next_notification = await self.get_next_subscription_notification_by_id(
subscription_id)
transaction_hash = next_notification.notification
assert isinstance(transaction_hash, str)
self.process_received_transaction(
Sha256Hash(convert.hex_to_bytes(transaction_hash[2:])))
def test_msg_compact_block_handler(self):
message = CompactBlockBtcMessage(buf=bytearray(convert.hex_to_bytes(self.COMPACT_BLOCK_BYTES_HEX)))
message._timestamp = int(time.time())
self.assertFalse(message.block_hash() in self.connection.node.blocks_seen.contents)
self.node.block_processing_service.process_compact_block.assert_not_called()
self.sut.msg_compact_block(message)
self.assertTrue(message.block_hash() in self.connection.node.blocks_seen.contents)
self.node.block_processing_service.process_compact_block.assert_called_once()
def test_segwit_tx_hash(self):
seg_tx = "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"
seg_tx_bytes = convert.hex_to_bytes(seg_tx)
self.assertTrue(btc_common_utils.is_segwit(seg_tx_bytes))
self.assertEqual(
convert.bytes_to_hex(
btc_common_utils.get_txid(seg_tx_bytes).binary),
"d9a057f11a21cf8afd32278e23fd2290660f05a3ffb582466eb5a1a5ece4ce85")
def on_updated_remote_blockchain_peer(self, peer):
if "node_public_key" not in peer.attributes:
logger.warning(log_messages.BLOCKCHAIN_PEER_LACKS_PUBLIC_KEY)
return constants.SDN_CONTACT_RETRY_SECONDS
else:
super(EthGatewayNode, self).on_updated_remote_blockchain_peer(peer)
self._remote_public_key = convert.hex_to_bytes(peer.attributes["node_public_key"])
return constants.CANCEL_ALARMS
def test_non_segwit_tx_hash(self):
non_seg_tx = "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"
non_seg_tx_bytes = convert.hex_to_bytes(non_seg_tx)
self.assertFalse(btc_common_utils.is_segwit(non_seg_tx_bytes))
self.assertEqual(
convert.bytes_to_hex(
btc_common_utils.get_txid(non_seg_tx_bytes).binary),
"9021b49d445c719106c95d561b9c3fac7bcb3650db67684a9226cd7fa1e1c1a0")
def _get_sample_block(self):
root_dir = os.path.dirname(os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
with open(os.path.join(root_dir, "samples/ont_sample_block.txt")) as sample_file:
ont_block = sample_file.read().strip("\n")
buf = bytearray(convert.hex_to_bytes(ont_block))
parsed_block = BlockOntMessage(buf=buf)
self.magic = parsed_block.magic()
self.version = parsed_block.version()
return parsed_block
def test_status_eth_message(self):
dummy_network_id = 111
dummy_chain_difficulty = 11111
dummy_chain_head_hash = convert.hex_to_bytes(
"f973c5d3763c40e2b5080f35a9003e64e7d9f9d429ddecd7c559cbd4061094cd")
dummy_genesis_hash = convert.hex_to_bytes(
"aec175735fb6b74722d54455b638f6340bb9fdd5fa8101c8c0869d10cdccb000")
self._test_msg_serialization(StatusEthProtocolMessage, False,
eth_common_constants.ETH_PROTOCOL_VERSION,
dummy_network_id, dummy_chain_difficulty,
dummy_chain_head_hash, dummy_genesis_hash,
[b'\xe0)\xe9\x91', 0])
self._test_msg_serialization(StatusEthProtocolMessageV63, False,
eth_common_constants.ETH_PROTOCOL_VERSION,
dummy_network_id, dummy_chain_difficulty,
dummy_chain_head_hash, dummy_genesis_hash)
def _tx_cache_key_to_hash(self, transaction_cache_key: Union[Sha256Hash, bytes, bytearray, memoryview, str]) \
-> Sha256Hash:
if isinstance(transaction_cache_key, Sha256Hash):
return transaction_cache_key
if isinstance(transaction_cache_key, (bytes, bytearray, memoryview)):
return Sha256Hash(transaction_cache_key)
return Sha256Hash(convert.hex_to_bytes(transaction_cache_key))
def from_json(cls, payload: Dict[str, Any]) -> "Transaction":
return cls(
int(payload["nonce"], 16),
int(payload["gasPrice"], 16),
int(payload["gas"], 16),
utils.or_else(
utils.optional_map(
payload["to"],
lambda to: convert.hex_to_bytes(to[2:])
),
bytes()
),
int(payload["value"], 16),
convert.hex_to_bytes(payload["input"][2:]),
int(payload["v"], 16),
int(payload["r"], 16),
int(payload["s"], 16),
)
def _wrap_sha256(
self, transaction_hash: Union[bytes, bytearray, memoryview, Sha256Hash]
) -> Sha256Hash:
if isinstance(transaction_hash, Sha256Hash):
return transaction_hash
if isinstance(transaction_hash, (bytes, bytearray, memoryview)):
return Sha256Hash(binary=transaction_hash)
return Sha256Hash(binary=convert.hex_to_bytes(transaction_hash))
async def test_blxr_tx_ethereum_berlin(self):
self.gateway_node.message_converter = EthNormalMessageConverter()
self.gateway_node.network_num = 5
# legacy
result = await self.request(
BxJsonRpcRequest(
"1", RpcRequestType.BLXR_TX, {
rpc_constants.TRANSACTION_PARAMS_KEY:
convert.bytes_to_hex(eth_fixtures.LEGACY_TRANSACTION),
rpc_constants.STATUS_TRACK_PARAMS_KEY:
"True"
}))
self.assertEqual("1", result.id)
self.assertIsNone(result.error)
self.assertEqual(eth_fixtures.LEGACY_TRANSACTION_HASH,
result.result["tx_hash"])
self.assertEqual(1, len(self.gateway_node.broadcast_messages))
self.assertEqual(
Sha256Hash(
convert.hex_to_bytes(eth_fixtures.LEGACY_TRANSACTION_HASH)),
self.gateway_node.broadcast_messages[0][0].tx_hash())
# access list
result = await self.request(
BxJsonRpcRequest(
"1", RpcRequestType.BLXR_TX, {
rpc_constants.TRANSACTION_PARAMS_KEY:
convert.bytes_to_hex(eth_fixtures.ACL_TRANSACTION),
rpc_constants.STATUS_TRACK_PARAMS_KEY:
"True"
}))
self.assertEqual("1", result.id)
self.assertIsNone(result.error)
self.assertEqual(eth_fixtures.ACL_TRANSACTION_HASH,
result.result["tx_hash"])
self.assertEqual(2, len(self.gateway_node.broadcast_messages))
self.assertEqual(
Sha256Hash(convert.hex_to_bytes(
eth_fixtures.ACL_TRANSACTION_HASH)),
self.gateway_node.broadcast_messages[1][0].tx_hash())
def get_segwit_block():
root_dir = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
with open(os.path.join(root_dir, "samples/btc_segwit_sample_block.txt")) as sample_file:
btc_block = sample_file.read().strip("\n")
block = convert.hex_to_bytes(btc_block)
buf = bytearray(BTC_HDR_COMMON_OFF + len(block))
buf[BTC_HDR_COMMON_OFF:] = block
msg = BtcMessage(magic="main", command=BlockBtcMessage.MESSAGE_TYPE, payload_len=len(block), buf=buf)
parsed_block = BlockBtcMessage(buf=msg.buf)
return parsed_block
def clean_block_transactions(
self, block_msg: BlockBtcMessage, transaction_service: TransactionService
) -> None:
start_datetime = datetime.utcnow()
start_time = time.time()
tx_hash_to_contents_len_before_cleanup = transaction_service.get_tx_hash_to_contents_len()
cleanup_task = self.block_cleanup_tasks.borrow_task()
tx_service = typing.cast(ExtensionTransactionService, transaction_service)
cleanup_task.init(tpe.InputBytes(block_msg.buf), tx_service.proxy)
init_time = time.time()
task_pool_proxy.run_task(cleanup_task)
task_run_time = time.time()
unknown_tx_hashes_count = len(cleanup_task.unknown_tx_hashes())
tx_property_fetch_time = time.time()
short_ids = cleanup_task.short_ids()
short_ids_fetch_time = time.time()
short_ids_count = len(short_ids)
tx_service.update_removed_transactions(cleanup_task.total_content_removed(), short_ids)
remove_from_tx_service_time = time.time()
# TODO : clean the short ids/transactions from the alarm queue after refactoring the transaction service
block_hash = block_msg.block_hash()
tx_service.on_block_cleaned_up(block_hash)
tx_hash_to_contents_len_after_cleanup = transaction_service.get_tx_hash_to_contents_len()
end_datetime = datetime.utcnow()
end_time = time.time()
logger.statistics(
{
"type": "BlockTransactionsCleanup",
"block_hash": repr(block_hash),
"unknown_tx_hashes_count": unknown_tx_hashes_count,
"short_ids_count": short_ids_count,
"block_transactions_count": cleanup_task.txn_count(),
"start_datetime": start_datetime,
"end_datetime": end_datetime,
"task_init_time": init_time - start_time,
"task_run_time": task_run_time - init_time,
"tx_property_fetch_time": tx_property_fetch_time - task_run_time,
"short_ids_fetch_time": short_ids_fetch_time - tx_property_fetch_time,
"remove_from_tx_service_time": remove_from_tx_service_time - short_ids_fetch_time,
"duration": end_time - start_time,
"tx_hash_to_contents_len_before_cleanup": tx_hash_to_contents_len_before_cleanup,
"tx_hash_to_contents_len_after_cleanup": tx_hash_to_contents_len_after_cleanup,
}
)
self.block_cleanup_tasks.return_task(cleanup_task)
self._block_hash_marked_for_cleanup.discard(block_hash)
self.node.post_block_cleanup_tasks(
block_hash=block_hash,
short_ids=short_ids,
unknown_tx_hashes=(
Sha256Hash(convert.hex_to_bytes(tx_hash.hex_string()))
for tx_hash in cleanup_task.unknown_tx_hashes()
)
)
def from_json(cls, payload: Dict[str, Any]) -> "Transaction":
return AccessListTransaction(
int(payload["chainId"], 16),
int(payload["nonce"], 16),
int(payload["gasPrice"], 16),
int(payload["gas"], 16),
utils.or_else(
utils.optional_map(payload["to"],
lambda to: convert.hex_to_bytes(to[2:])),
bytes()),
int(payload["value"], 16),
convert.hex_to_bytes(payload["input"][2:]),
[
AccessedAddress.from_json(accessed_address)
for accessed_address in payload["accessList"]
],
int(payload["v"], 16),
int(payload["r"], 16),
int(payload["s"], 16),
)
def test_from_json(self):
result = Transaction.from_json(SAMPLE_TRANSACTION_FROM_WS)
self.assertEqual(488, result.nonce)
self.assertEqual(17679998398, result.gas_price)
self.assertEqual(39866, result.start_gas)
self.assertEqual(convert.hex_to_bytes(SAMPLE_TRANSACTION["to"][2:]),
result.to)
self.assertEqual(0, result.value)
self.assertEqual(convert.hex_to_bytes(SAMPLE_TRANSACTION["input"][2:]),
result.data)
self.assertEqual(int(SAMPLE_TRANSACTION["v"], 16), result.v)
self.assertEqual(int(SAMPLE_TRANSACTION["r"], 16), result.r)
self.assertEqual(int(SAMPLE_TRANSACTION["s"], 16), result.s)
result_json = result.to_json()
for key, val in SAMPLE_TRANSACTION_FROM_WS.items():
# camelcase problems
if key == "gasPrice":
key = "gas_price"
self.assertEqual(val, result_json[key])
def validate_pub_key(key) -> None:
if key.startswith("0x"):
key = key[2:]
if len(key) != 2 * eth_common_constants.PUBLIC_KEY_LEN:
logger.fatal(log_messages.INVALID_PUBLIC_KEY_LENGTH,
len(key), exc_info=False)
sys.exit(1)
eccx_obj = ECCx()
if not eccx_obj.is_valid_key(hex_to_bytes(key)):
logger.fatal(log_messages.INVALID_PUBLIC_KEY, exc_info=False)
sys.exit(1)
def test_plain_compression(self):
parsed_block = get_sample_block()
bx_block, bx_block_info = self.ont_message_converter.block_to_bx_block(
parsed_block, self.tx_service, True, 0)
ref_block, block_info, _, _ = self.ont_message_converter.bx_block_to_block(
bx_block, self.tx_service)
self.assertEqual(parsed_block.rawbytes().tobytes(),
ref_block.rawbytes().tobytes())
self.assertEqual(self.SAMPLE_BLOCK_TX_COUNT, parsed_block.txn_count())
self.assertEqual(self.SAMPLE_BLOCK_TX_COUNT, ref_block.txn_count())
self.assertEqual(
bytearray(convert.hex_to_bytes(self.SAMPLE_BLOCK_PREV_BLOCK_HASH)),
parsed_block.prev_block_hash().get_little_endian())
self.assertEqual(
bytearray(convert.hex_to_bytes(self.SAMPLE_BLOCK_PREV_BLOCK_HASH)),
ref_block.prev_block_hash().get_little_endian())
self.assertEqual(
bytearray(convert.hex_to_bytes(self.SAMPLE_BLOCK_BLOCK_HASH)),
parsed_block.block_hash().get_little_endian())
self.assertEqual(
bytearray(convert.hex_to_bytes(self.SAMPLE_BLOCK_BLOCK_HASH)),
ref_block.block_hash().get_little_endian())
async def handle_block_notifications(self, subscription_id: str) -> None:
while self.running:
next_notification = await self.get_next_subscription_notification_by_id(
subscription_id)
logger.debug("NewBlockHeader Notification {} from node",
next_notification)
block_header = next_notification.notification
block_hash = Sha256Hash(
convert.hex_to_bytes(block_header["hash"][2:]))
block_number = int(block_header["number"], 16)
self.node.publish_block(block_number, block_hash, None,
FeedSource.BLOCKCHAIN_RPC)
def get_node_public_key(self, ip: str, port: int) -> bytes:
node_public_key = None
for blockchain_peer in self.blockchain_peers:
if blockchain_peer.ip == ip and blockchain_peer.port == port:
node_public_key = blockchain_peer.node_public_key
break
if not node_public_key:
raise RuntimeError(
f"128 digit public key must be included with for blockchain peer ip {ip} and port {port}."
)
return convert.hex_to_bytes(node_public_key)
def __init__(self, opts, node_ssl_service: NodeSSLService):
super(EthGatewayNode, self).__init__(opts, node_ssl_service, eth_common_constants.TRACKED_BLOCK_CLEANUP_INTERVAL_S)
self._node_public_key = None
self._remote_public_key = None
if opts.node_public_key is not None:
self._node_public_key = convert.hex_to_bytes(opts.node_public_key)
else:
raise RuntimeError(
"128 digit public key must be included with command-line specified blockchain peer.")
if opts.remote_blockchain_peer is not None:
if opts.remote_public_key is None:
raise RuntimeError(
"128 digit public key must be included with command-line specified remote blockchain peer.")
else:
self._remote_public_key = convert.hex_to_bytes(opts.remote_public_key)
self.block_processing_service: EthBlockProcessingService = EthBlockProcessingService(self)
self.block_queuing_service: EthBlockQueuingService = EthBlockQueuingService(self)
# List of know total difficulties, tuples of values (block hash, total difficulty)
self._last_known_difficulties = deque(maxlen=eth_common_constants.LAST_KNOWN_TOTAL_DIFFICULTIES_MAX_COUNT)
# queue of the block hashes requested from remote blockchain node during sync
self._requested_remote_blocks_queue = deque()
# number of remote block requests to skip in case if requests and responses got out of sync
self._skip_remote_block_requests_stats_count = 0
self.init_eth_gateway_stat_logging()
self.message_converter = converter_factory.create_eth_message_converter(self.opts)
self.eth_ws_subscriber = EthWsSubscriber(opts.eth_ws_uri, self.feed_manager, self._tx_service)
if self.opts.ws and not self.opts.eth_ws_uri:
logger.warning(log_messages.ETH_WS_SUBSCRIBER_NOT_STARTED)
logger.info("Gateway enode url: {}", self.get_enode())
def get_dummy_transaction(nonce: int,
gas_price: Optional[int] = None,
v: int = 27,
to_address_str: Optional[str] = None) -> Transaction:
if gas_price is None:
gas_price = 2 * nonce
if to_address_str is None:
to_address = helpers.generate_bytes(eth_common_constants.ADDRESS_LEN)
else:
to_address = convert.hex_to_bytes(to_address_str)
# create transaction object with dummy values multiplied by nonce to be able generate txs with different values
return Transaction(nonce, gas_price, 3 * nonce, to_address, 4 * nonce,
helpers.generate_bytes(15 * nonce), v, 6 * nonce,
7 * nonce)
async def test_blxr_tx(self):
result = await self.request(
BxJsonRpcRequest(
"1", RpcRequestType.BLXR_TX, {
rpc_constants.TRANSACTION_PARAMS_KEY: RAW_TRANSACTION_HEX,
rpc_constants.STATUS_TRACK_PARAMS_KEY: "True"
}))
self.assertEqual("1", result.id)
self.assertIsNone(result.error)
self.assertEqual(TRANSACTION_HASH, result.result["tx_hash"])
self.assertEqual(1, len(self.gateway_node.broadcast_messages))
self.assertEqual(Sha256Hash(convert.hex_to_bytes(TRANSACTION_HASH)),
self.gateway_node.broadcast_messages[0][0].tx_hash())
def _enqueue_status_message(self, chain_difficulty: int, fork_id):
network_id = self.node.opts.network_id
chain_head_hash = convert.hex_to_bytes(self.node.opts.genesis_hash)
genesis_hash = convert.hex_to_bytes(self.node.opts.genesis_hash)
eth_protocol_version = self._get_eth_protocol_version()
if eth_common_constants.ETH_PROTOCOL_VERSION == gateway_constants.ETH_PROTOCOL_VERSION_63:
status_msg = StatusEthProtocolMessageV63(
None,
eth_protocol_version,
network_id,
chain_difficulty,
chain_head_hash,
genesis_hash,
)
else:
status_msg = StatusEthProtocolMessage(None, eth_protocol_version,
network_id, chain_difficulty,
chain_head_hash,
genesis_hash, fork_id)
self.connection.enqueue_msg(status_msg)
self.connection_status.status_message_sent = True
