uwphy-clmsg.cc

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//
// Copyright (c) 2015 Regents of the SIGNET lab, University of Padova.
// All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions
// are met:
// 1. Redistributions of source code must retain the above copyright
//    notice, this list of conditions and the following disclaimer.
// 2. Redistributions in binary form must reproduce the above copyright
//    notice, this list of conditions and the following disclaimer in the
//    documentation and/or other materials provided with the distribution.
// 3. Neither the name of the University of Padova (SIGNET lab) nor the
//    names of its contributors may be used to endorse or promote products
//    derived from this software without specific prior written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
// "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
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// EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
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// ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
 
#include "uwphy-clmsg.h"
 
ClMsgUwPhy::ClMsgUwPhy(ClMessage_t type)
: ClMessage(CLMSG_UWPHY_VERBOSITY, type),
  stack_id(CLMSG_UWPHY_STACK_ID_NOT_VALID),
  req_type(NOT_VALID)
{
}
 
 
ClMsgUwPhy::ClMsgUwPhy(int sid, int dest_module_id, ClMessage_t type)
: ClMessage(CLMSG_UWPHY_VERBOSITY, type, UNICAST, dest_module_id),
  stack_id(sid),
  req_type(NOT_VALID)
{
}
 
ClMsgUwPhy::ClMsgUwPhy(const ClMsgUwPhy& msg)
: ClMessage(msg),
  stack_id(CLMSG_UWPHY_STACK_ID_NOT_VALID)
{
  req_type = msg.req_type;
}
 
ClMsgUwPhy::~ClMsgUwPhy()
{
}
 
ClMsgUwPhy* ClMsgUwPhy::copy()
{
  return new ClMsgUwPhy(*this);
}
 
void ClMsgUwPhy::setReqType(ReqType type)
{
  req_type = type;
}
 
ClMsgUwPhy::ReqType ClMsgUwPhy::getReqType()
{
  return req_type;
}
 
 
ClMsgUwPhyTxPwr::ClMsgUwPhyTxPwr()
: ClMsgUwPhy(CLMSG_UWPHY_TX_POWER),
  tx_power(0)
{
}
 
ClMsgUwPhyTxPwr::ClMsgUwPhyTxPwr(int sid, int dest_module_id)
: ClMsgUwPhy(sid, dest_module_id,CLMSG_UWPHY_TX_POWER),
  tx_power(0)
{
}
 
ClMsgUwPhyTxPwr::ClMsgUwPhyTxPwr(const ClMsgUwPhyTxPwr& msg)
: ClMsgUwPhy(msg)
{
  tx_power = msg.tx_power;
}
 
ClMsgUwPhyTxPwr::~ClMsgUwPhyTxPwr()
{
}
 
double ClMsgUwPhyTxPwr::getPower()
{
    return tx_power;
}
 
void ClMsgUwPhyTxPwr::setPower(double power)
{
    tx_power = power;
}
 
 
ClMsgUwPhyBRate::ClMsgUwPhyBRate()
: ClMsgUwPhy(CLMSG_UWPHY_B_RATE),
  b_rate(0)
{
}
 
ClMsgUwPhyBRate::ClMsgUwPhyBRate(int sid, int dest_module_id)
: ClMsgUwPhy(sid, dest_module_id, CLMSG_UWPHY_B_RATE),
  b_rate(0)
{
}
 
ClMsgUwPhyBRate::ClMsgUwPhyBRate(const ClMsgUwPhyBRate& msg)
: ClMsgUwPhy(msg)
{
  b_rate = msg.b_rate;
}
 
ClMsgUwPhyBRate::~ClMsgUwPhyBRate()
{
}
 
double ClMsgUwPhyBRate::getBRate()
{
    return b_rate;
}
 
void ClMsgUwPhyBRate::setBRate(double rate)
{
    b_rate = rate;
}
 
 
ClMsgUwPhyThresh::ClMsgUwPhyThresh()
: ClMsgUwPhy(CLMSG_UWPHY_THRESH),
  threshold(0)
{
}
 
ClMsgUwPhyThresh::ClMsgUwPhyThresh(int sid, int dest_module_id)
: ClMsgUwPhy(sid, dest_module_id, CLMSG_UWPHY_THRESH),
  threshold(0)
{
}
 
ClMsgUwPhyThresh::ClMsgUwPhyThresh(const ClMsgUwPhyThresh& msg)
: ClMsgUwPhy(msg)
{
  threshold = msg.threshold;
}
 
ClMsgUwPhyThresh::~ClMsgUwPhyThresh()
{
}
 
double ClMsgUwPhyThresh::getThresh()
{
    return threshold;
}
 
void ClMsgUwPhyThresh::setThresh(double thresh)
{
    threshold = thresh;
}
 
 
ClMsgUwPhyTxBusy::ClMsgUwPhyTxBusy()
: ClMsgUwPhy(CLMSG_UWPHY_TX_BUSY),
  tx_busy(0),
  getop(0)
{
}
 
ClMsgUwPhyTxBusy::ClMsgUwPhyTxBusy(int sid, int dest_module_id)
: ClMsgUwPhy(sid, dest_module_id,CLMSG_UWPHY_TX_BUSY),
  tx_busy(0),
  getop(0)
{
}
 
ClMsgUwPhyTxBusy::ClMsgUwPhyTxBusy(const ClMsgUwPhyTxBusy& msg)
: ClMsgUwPhy(msg)
{
  tx_busy = msg.tx_busy;
}
 
ClMsgUwPhyTxBusy::~ClMsgUwPhyTxBusy()
{
}
 
int ClMsgUwPhyTxBusy::getTxBusy()
{
    return tx_busy;
}
 
void ClMsgUwPhyTxBusy::setTxBusy(int busy)
{
    tx_busy = busy;
}
 
int ClMsgUwPhyTxBusy::getGetOp()
{
    return getop;
}
 
void ClMsgUwPhyTxBusy::setGetOp(int go)
{
    getop = go;
}
 
ClMsgUwPhyGetLostPkts::ClMsgUwPhyGetLostPkts(bool control)
: ClMsgUwPhy(CLMSG_UWPHY_LOSTPKT)
, lost_packets(0)
, is_control(control)
{
 
}
ClMsgUwPhyGetLostPkts::ClMsgUwPhyGetLostPkts(int stack_id, int dest_module_id, bool control)
: ClMsgUwPhy(stack_id, dest_module_id, CLMSG_UWPHY_LOSTPKT)
, lost_packets(0)
{
 
}
 
ClMsgUwPhyGetLostPkts::ClMsgUwPhyGetLostPkts(const ClMsgUwPhyGetLostPkts& msg)
: ClMsgUwPhy(msg),
  lost_packets(0)
{
 
}
 
ClMsgUwPhyGetLostPkts::~ClMsgUwPhyGetLostPkts()
{
 
}
 
uint ClMsgUwPhyGetLostPkts::getLostPkts() 
{
  return lost_packets;
}
 
void ClMsgUwPhyGetLostPkts::setLostPkts(uint lost_pkt)
{
  lost_packets = lost_pkt;
}