r2riselfmetriccontrolmessage.cc

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#include "emane/controls/r2riselfmetriccontrolmessage.h"
#include "radiotorouter.pb.h"

class EMANE::Controls::R2RISelfMetricControlMessage::Implementation
{
public:

  Implementation():
    u64BroadcastDataRatebps_{},
    u64MaxDataRatebps_{},
    reportInteral_{Microseconds::zero()}{}

  Implementation(std::uint64_t u64BroadcastDataRatebps,
                 std::uint64_t u64MaxDataRatebps,
                 const Microseconds & reportInteral):
    u64BroadcastDataRatebps_{u64BroadcastDataRatebps},
    u64MaxDataRatebps_{u64MaxDataRatebps},
    reportInteral_{reportInteral}{}

  std::uint64_t getBroadcastDataRatebps() const
  {
    return u64BroadcastDataRatebps_;
  }

  std::uint64_t getMaxDataRatebps() const
  {
    return u64MaxDataRatebps_;
  }

  const Microseconds & getReportInterval() const
  {
    return reportInteral_;
  }

private:
  const std::uint64_t u64BroadcastDataRatebps_;
  const std::uint64_t u64MaxDataRatebps_;
  const Microseconds reportInteral_;
};

EMANE::Controls::R2RISelfMetricControlMessage::
R2RISelfMetricControlMessage(const R2RISelfMetricControlMessage & msg):
  ControlMessage{IDENTIFIER},
  pImpl_{new Implementation{*msg.pImpl_}}
{}

EMANE::Controls::R2RISelfMetricControlMessage::
R2RISelfMetricControlMessage(std::uint64_t u64BroadcastDataRatebps,
                             std::uint64_t u64MaxDataRatebps,
                             const Microseconds & tvReportInteral):
  ControlMessage{IDENTIFIER},
  pImpl_{new Implementation{u64BroadcastDataRatebps,u64MaxDataRatebps,tvReportInteral}}{}

EMANE::Controls::R2RISelfMetricControlMessage::~R2RISelfMetricControlMessage()
{}

std::uint64_t EMANE::Controls::R2RISelfMetricControlMessage::getBroadcastDataRatebps() const
{
  return  pImpl_->getBroadcastDataRatebps();
}

std::uint64_t EMANE::Controls::R2RISelfMetricControlMessage::getMaxDataRatebps() const
{
  return  pImpl_->getMaxDataRatebps();
}

const EMANE::Microseconds & EMANE::Controls::R2RISelfMetricControlMessage::getReportInterval() const
{
  return  pImpl_->getReportInterval();
}

EMANE::Controls::R2RISelfMetricControlMessage *
EMANE::Controls::R2RISelfMetricControlMessage::create(std::uint64_t u64BroadcastDataRatebps,
                                                      std::uint64_t u64MaxDataRatebps,
                                                      const Microseconds & reportInteral)
{
  return new R2RISelfMetricControlMessage{u64BroadcastDataRatebps,
      u64MaxDataRatebps,
      reportInteral};
}

EMANE::Serialization EMANE::Controls::R2RISelfMetricControlMessage::serialize() const
{
  Serialization serialization;

  EMANEMessage::RadioToRouterSelfMetric msg;

  msg.set_broadcastdataratebps(pImpl_->getBroadcastDataRatebps());
  msg.set_maxdataratebps(pImpl_->getMaxDataRatebps());
  msg.set_reportinterval(std::chrono::duration_cast<DoubleSeconds>(pImpl_->getReportInterval()).count());

  if(!msg.SerializeToString(&serialization))
    {
      throw SerializationException("unable to serialize R2RISelfMetricControlMessage");
    }

  return serialization;
}

EMANE::Controls::R2RISelfMetricControlMessage *
EMANE::Controls::R2RISelfMetricControlMessage::create(const Serialization & serialization)
{
  EMANEMessage::RadioToRouterSelfMetric msg;

  if(!msg.ParseFromString(serialization))
    {
      throw SerializationException("unable to deserialize : R2RISelfMetricControlMessage");
    }

  return new R2RISelfMetricControlMessage{msg.broadcastdataratebps(),
      msg.maxdataratebps(),
      std::chrono::duration_cast<Microseconds>(DoubleSeconds{msg.reportinterval()})};

}

EMANE::Controls::R2RISelfMetricControlMessage *
EMANE::Controls::R2RISelfMetricControlMessage::clone() const
{
  return new R2RISelfMetricControlMessage{*this};
}