RSVPPathMsg.h

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//
// (C) 2005 Vojtech Janota
// (C) 2003 Xuan Thang Nguyen
//
// This library is free software, you can redistribute it
// and/or modify
// it under  the terms of the GNU Lesser General Public License
// as published by the Free Software Foundation;
// either version 2 of the License, or any later version.
// The library is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
// See the GNU Lesser General Public License for more details.
//

#ifndef __INET_RSVPPATHMSG_H
#define __INET_RSVPPATHMSG_H

#include "RSVPPathMsg_m.h"


class RSVPPathMsg : public RSVPPathMsg_Base
{
  public:
    RSVPPathMsg(const char *name=NULL, int kind=PATH_MESSAGE) : RSVPPathMsg_Base(name,kind) {}
    RSVPPathMsg(const RSVPPathMsg& other) : RSVPPathMsg_Base(other.getName()) {operator=(other);}
    RSVPPathMsg& operator=(const RSVPPathMsg& other) {RSVPPathMsg_Base::operator=(other); return *this;}
    virtual RSVPPathMsg *dup() const {return new RSVPPathMsg(*this);}

    inline IPAddress getSrcAddress() {return getSender_descriptor().Sender_Template_Object.SrcAddress;}
    inline int getLspId() {return getSender_descriptor().Sender_Template_Object.Lsp_Id;}
    inline IPAddress getNHOP() {return getHop().Next_Hop_Address;}
    inline IPAddress getLIH() {return getHop().Logical_Interface_Handle;}
    inline double getBW() {return getSender_descriptor().Sender_Tspec_Object.req_bandwidth;}
    inline SenderTemplateObj_t& getSenderTemplate() {return getSender_descriptor().Sender_Template_Object;}
    inline void setSenderTemplate(const SenderTemplateObj_t& s) {getSender_descriptor().Sender_Template_Object = s;}
    inline SenderTspecObj_t& getSenderTspec() {return getSender_descriptor().Sender_Tspec_Object;}
    inline void setSenderTspec(const SenderTspecObj_t& s) {getSender_descriptor().Sender_Tspec_Object = s;}
};


class RSVPPathTear : public RSVPPathTear_Base
{
  public:
    RSVPPathTear(const char *name=NULL, int kind=PTEAR_MESSAGE) : RSVPPathTear_Base(name,kind) {}
    RSVPPathTear(const RSVPPathTear& other) : RSVPPathTear_Base(other.getName()) {operator=(other);}
    RSVPPathTear& operator=(const RSVPPathTear& other) {RSVPPathTear_Base::operator=(other); return *this;}
    virtual RSVPPathTear *dup() const {return new RSVPPathTear(*this);}

    inline IPAddress getNHOP() {return getHop().Next_Hop_Address;}
    inline IPAddress getLIH() {return getHop().Logical_Interface_Handle;}
    inline IPAddress getSrcAddress() {return getSenderTemplate().SrcAddress;}
    inline int getLspId() {return getSenderTemplate().Lsp_Id;}
};


class RSVPPathError : public RSVPPathError_Base
{
  public:
    RSVPPathError(const char *name=NULL, int kind=PERROR_MESSAGE) : RSVPPathError_Base(name,kind) {}
    RSVPPathError(const RSVPPathError& other) : RSVPPathError_Base(other.getName()) {operator=(other);}
    RSVPPathError& operator=(const RSVPPathError& other) {RSVPPathError_Base::operator=(other); return *this;}
    virtual RSVPPathError *dup() const {return new RSVPPathError(*this);}

    inline IPAddress getSrcAddress() {return getSender_descriptor().Sender_Template_Object.SrcAddress;}
    inline int getLspId() {return getSender_descriptor().Sender_Template_Object.Lsp_Id;}
    inline double getBW() {return getSender_descriptor().Sender_Tspec_Object.req_bandwidth;}

    inline SenderTemplateObj_t& getSenderTemplate() {return getSender_descriptor().Sender_Template_Object;}
    inline void setSenderTemplate(const SenderTemplateObj_t& s) {getSender_descriptor().Sender_Template_Object = s;}
    inline SenderTspecObj_t& getSenderTspec() {return getSender_descriptor().Sender_Tspec_Object;}
    inline void setSenderTspec(const SenderTspecObj_t& s) {getSender_descriptor().Sender_Tspec_Object = s;}
};

#endif