def broadcast_transactions_to_node(
self, msg: AbstractMessage,
broadcasting_conn: Optional[AbstractConnection]) -> bool:
msg = cast(TransactionsEthProtocolMessage, msg)
if self.opts.filter_txs_factor > 0:
assert len(msg.get_transactions()) == 1
transaction = msg.get_transactions()[0]
if (float(transaction.gas_price) < self.average_gas_price.average *
self.opts.filter_txs_factor):
logger.trace(
"Skipping sending transaction {} with gas price: {}. Average was {}",
transaction.hash(), float(transaction.gas_price),
self.average_gas_price.average)
return False
return super().broadcast_transactions_to_node(msg, broadcasting_conn)
def broadcast_transactions_to_nodes(
self, msg: AbstractMessage,
broadcasting_conn: Optional[AbstractConnection]) -> bool:
msg = cast(TransactionsEthProtocolMessage, msg)
if self.opts.filter_txs_factor > 0:
average_block_gas_filter = self.average_block_gas_price.average * self.opts.filter_txs_factor
else:
average_block_gas_filter = 0
min_gas_price_from_node = self.min_tx_from_node_gas_price.current_minimum
gas_price_filter = max(average_block_gas_filter,
min_gas_price_from_node)
if gas_price_filter > 0:
assert len(msg.get_transactions()) == 1
transaction = msg.get_transactions()[0]
gas_price = float(transaction.gas_price)
if gas_price < gas_price_filter:
logger.trace(
"Skipping sending transaction {} with gas price: {}. Average was {}. Minimum from node was {}.",
transaction.hash(), float(transaction.gas_price),
average_block_gas_filter, min_gas_price_from_node)
tx_stats.add_tx_by_hash_event(
transaction.hash(),
TransactionStatEventType.TX_FROM_BDN_IGNORE_LOW_GAS_PRICE,
self.network_num,
peers=[broadcasting_conn],
more_info=
"Tx gas price {}. Average block gas price: {}. Node min gas price {}."
.format(gas_price, average_block_gas_filter,
min_gas_price_from_node))
return False
return super().broadcast_transactions_to_nodes(msg, broadcasting_conn)