void transaction_validated(
const std::error_code& ec, const index_list& unconfirmed,
const incoming_message& request, queue_send_callback queue_send)
{
data_chunk result(4 + unconfirmed.size() * 4);
auto serial = make_serializer(result.begin());
write_error_code(serial, ec);
BITCOIN_ASSERT(serial.iterator() == result.begin() + 4);
for (uint32_t unconfirm_index: unconfirmed)
serial.write_4_bytes(unconfirm_index);
BITCOIN_ASSERT(serial.iterator() == result.end());
log_debug(LOG_WORKER)
<< "transaction_pool.validate() finished. Sending response: "
<< "ec=" << ec.message();
outgoing_message response(request, result);
queue_send(response);
}
void transaction_pool::validation_complete(
const std::error_code& ec, const index_list& unconfirmed,
const hash_digest& tx_hash, validate_handler handle_validate)
{
if (ec == error::input_not_found || ec == error::validate_inputs_failed)
{
BITCOIN_ASSERT(unconfirmed.size() == 1);
//BITCOIN_ASSERT(unconfirmed[0] < tx.inputs.size());
handle_validate(ec, unconfirmed);
}
else if (ec)
{
BITCOIN_ASSERT(unconfirmed.empty());
handle_validate(ec, index_list());
}
// Re-check as another transaction might have been added in the interim.
else if (tx_exists(tx_hash))
handle_validate(error::duplicate, index_list());
else
handle_validate(bc::error::success, unconfirmed);
}