virtual void _receive_msg(std::shared_ptr<const Msg>&& m, int /* index */)
{
/*
* Controllo per vedere se il pacchetto entrante è un packetPlus
*/
if(m->type() != MSG_ID(PacketPlus))
throw std::runtime_error("wrong message type in metric_block");
pkt_count++;
auto pktp = static_cast<const PacketPlus *>(m.get());
if ( !(pktp->is_udp() && pktp->src_port() == 53 ) ) // && pktp->get_DNSflag() == 0) )
{
send_out_through(std::move(m), id_outgate);
return;
}
buff_mon.Reset();
/*
auto packet = pktp->getPacket();
*/
// uint64_t time_packet_us = pktp->timestamp_us();
// double time_packet = time_packet_us/1000000.0;
// std::vector<uint32_t> answersIP;
// pktp->get_answersIP(answersIP);
// std::string domain = pktp->get_domain_query();
// buff_mon << domain;
//
// for(unsigned int i = 0; i < answersIP.size(); i++)
// {
// answersIP[i] = answersIP[i] & 0xFFFF0000;
// }
// for(unsigned int i=0; i<answersIP.size(); i++)
// {
// buff_det.Reset();
// buff_det << domain << answersIP[i];
// if(!bloom->check( (unsigned char*) buff_det.GetRawData(), buff_det.GetLength()))
// {
// bloom->add((unsigned char*)buff_det.GetRawData(), buff_det.GetLength());
// counter->add(buff_mon, 1, time_packet);
// }
// }
// pktp->setMetrics(metric_id, counter->get(buff_mon, time_packet));
send_out_through(std::move(m), id_outgate);
}
net::Socket source() const noexcept
{ return {ip_src(), src_port()}; }
Socket source() const
{ return Socket{ip_src(), src_port()}; }
