r2rineighbormetriccontrolmessage.cc

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#include "emane/controls/r2rineighbormetriccontrolmessage.h"
#include "radiotorouter.pb.h"

class EMANE::Controls::R2RINeighborMetricControlMessage::Implementation
{
public:
  Implementation(){}

  Implementation(const R2RINeighborMetrics & neighborMetrics):
    neighborMetrics_{neighborMetrics}{}

  const R2RINeighborMetrics & getNeighborMetrics() const
  {
    return neighborMetrics_;
  }

private:
  const R2RINeighborMetrics neighborMetrics_;
};

EMANE::Controls::R2RINeighborMetricControlMessage::
R2RINeighborMetricControlMessage(const R2RINeighborMetricControlMessage & msg):
  ControlMessage{IDENTIFIER},
  pImpl_{new Implementation{*msg.pImpl_}}
{}


EMANE::Controls::R2RINeighborMetricControlMessage::
R2RINeighborMetricControlMessage(const R2RINeighborMetrics & neighborMetrics):
  ControlMessage(IDENTIFIER),
  pImpl_{new Implementation{neighborMetrics}}{}


EMANE::Controls::R2RINeighborMetricControlMessage::~R2RINeighborMetricControlMessage()
{}

const EMANE::Controls::R2RINeighborMetrics &
EMANE::Controls::R2RINeighborMetricControlMessage::getNeighborMetrics() const
{
  return pImpl_->getNeighborMetrics();
}

EMANE::Controls::R2RINeighborMetricControlMessage *
EMANE::Controls::R2RINeighborMetricControlMessage::create(const R2RINeighborMetrics & neighborMetrics)
{
  return new R2RINeighborMetricControlMessage{neighborMetrics};
}

EMANE::Serialization EMANE::Controls::R2RINeighborMetricControlMessage::serialize() const
{
  EMANE::Serialization serialization;

  EMANEMessage::RadioToRouterNeighborMetrics msg;

  const R2RINeighborMetrics & metrics = pImpl_->getNeighborMetrics();

  R2RINeighborMetrics::const_iterator iter = metrics.begin();

  for(;iter != metrics.end(); ++iter)
    {
      EMANEMessage::RadioToRouterNeighborMetrics::NeighborMetric * pNeighborMetric =
        msg.add_metrics();

      pNeighborMetric->set_neighborid(iter->getId());
      pNeighborMetric->set_numrxframes(iter->getNumRxFrames());
      pNeighborMetric->set_numtxframes(iter->getNumTxFrames());
      pNeighborMetric->set_nummissedframes(iter->getNumMissedFrames());
      pNeighborMetric->set_bandwidthconsumption
        (std::chrono::duration_cast<DoubleSeconds>(iter->getBandwidthConsumption()).count());

      pNeighborMetric->set_sinraverage(iter->getSINRAvgdBm());
      pNeighborMetric->set_sinrstddev(iter->getSINRStddev());
      pNeighborMetric->set_noiseflooravg(iter->getNoiseFloorAvgdBm());
      pNeighborMetric->set_noisefloorstddev(iter->getNoiseFloorStddev());
      pNeighborMetric->set_rxavgdataratebps(iter->getRxAvgDataRatebps());
      pNeighborMetric->set_txavgdataratebps(iter->getTxAvgDataRatebps());
    }

  if(!msg.SerializeToString(&serialization))
    {
      throw SerializationException("unable the serialize RadioToRouterNeighborMetrics");
    }

  return serialization;
}

EMANE::Controls::R2RINeighborMetricControlMessage *
EMANE::Controls::R2RINeighborMetricControlMessage::create(const Serialization & serialization)
{
  EMANEMessage::RadioToRouterNeighborMetrics msg;

  if(!msg.ParseFromString(serialization))
    {
      throw SerializationException("unable to deserialize : R2RINeighborMetricControlMessage");
    }

  R2RINeighborMetrics metrics;

  for(const auto & neighbor : msg.metrics())
    {
      metrics.push_back(R2RINeighborMetric{static_cast<std::uint16_t>(neighbor.neighborid()),
            neighbor.numrxframes(),
            neighbor.numtxframes(),
            neighbor.nummissedframes(),
            std::chrono::duration_cast<Microseconds>(DoubleSeconds{neighbor.bandwidthconsumption()}),
            neighbor.sinraverage(),
            neighbor.sinrstddev(),
            neighbor.noiseflooravg(),
            neighbor.noisefloorstddev(),
            neighbor.rxavgdataratebps(),
            neighbor.txavgdataratebps()});
    }

  return new R2RINeighborMetricControlMessage{metrics};
}


EMANE::Controls::R2RINeighborMetricControlMessage *
EMANE::Controls::R2RINeighborMetricControlMessage::clone() const
{
  return new R2RINeighborMetricControlMessage{*this};
}