7 Referências Bibliográficas
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- Eustace Lawson
- 8 years ago
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1 7 Referências Bibliográficas [1] Andersson, L., Feldman, N., Fredette, A., Thomas, B. LDP Specification. RFC 3036, 2008 [2] Arkko, J., Vogt, C., Haddad, W. Enhanced Route Optimization for Mobile IPv6. RFC 4866, 2007 [3] Awduche, D., Berger, L., Li, T., Srinivasan, V., Swallow, G. RSVP-TE: Extensions to RSVP for LSP Tunnels. RFC 3209, 2001 [4] Fall, K., Varadhan, K. The ns Manual (formerly ns Notes and Documentation). The VINT Project, 2007 [5] Henderson, T. End-Host Mobility and Multihoming with the Host Identity Protocol. draft-ietf-hip-mm-05.txt, 2007 [6] IPv6SuiteWithINET. Disponível em < Acesso em: dez/2007 [7] INET Framework. Disponível em < Acesso em: mar/2008 [8] Janeiro, J., Roenick, M., Silva, A., Colcher, S. Comparação entre os simuladores NS-2 e OMNeT++ - Relatório Técnico no. XXXX. Departamento de Informática PUC-Rio, 2007 [9] Johnson, D., Deering, S. Reserved IPv6 Subnet Anycast Addresses. RFC 2526, 1999 [10] Johnson, D., Perkins, C., Arkko, J. Mobility Support in IPv6. RFC 3755, 2004 [11] Jokela, P., Moskowitz, R., Nikander, P. Using ESP transport format with HIP. draft-ietfu-hip-esp-05.txt, 2007 [12] Koodli, R. Fast Handovers for Mobile IPv6. RFC 4068, 2005 [13] Laganier, J., Eggert, L. Host Identity Protocol (HIP) Rendezvous Extension. draft-ietf-hip-rvs-05.txt, 2006 [14] Laganier, J., Koponen, T., Eggert, L. Host Identity Protocol (HIP) Registration Extension. draft-ietf-hip-registration-02.txt, 2006 [15]Mobility Framework. Disponível em < Acesso em: jul/2008 [16] Mockapetris, P. Domain names - concepts and facilities, STD 13. RFC 1034, 1987
![The ns Manual (formerly ns Notes and Documentation). The VINT Project, 2007 [5] Henderson, T. End-Host Mobility and Multihoming with the Host Identity Protocol. draft-ietf-hip-mm-05.](/docs-images/45/778846/images/page_1.jpg "txt, 2007 [6] IPv6SuiteWithINET. Disponível em <http://ctieware.eng.monash.edu.au/twiki/bin/view/simulation/ipv6suite>. Acesso em: dez/2007 [7] INET Framework. Disponível em <http://www.omnetpp.")
2 58 [17] Moskowitz, R., Nikander, P. Host Identity Protocol (HIP) Architecture. RFC 4423, 2006 [18] Moskowitz, R., Nikander, P., Jokela, P., Henderson, T. Host Identity Protocol. draft-ietf-hip-base-07.txt, 2007 [19] Narten, T., Nordmark, E., Simpson, W. Neighbor Discovery for IP Version 6 (IPv6). IETF, 1998 [20] Nikander, P. Host Identity Protocol (HIP) Domain Name System (DNS) Extensions. draft-ietf-hip-dns-09.txt, 2007 [21] OMNeT++ - Discrete Event Simulation System. Disponível em < Acessado em: dez/2007 [22]Rescorla, E. Diffie-Hellman Key Agreement Method. RFC 2631, 1999 [23]Rosen, E., Viswanathan, A., Callon, R. Multiprotocol Label Switching Architecture. RFC 3021, 2001 [24]Soliman, H., Castelluccia, C., El Malki, K., Bellier, L. Hierarchical Mobile IPv6 Mobility Management (HMIPv6). RFC 4140, 2005 [25] Wilterdink, R.J.W. Host Identity Protocol: A state of the art research. 4th Twente Student Conference on IT, 2006
![draft-ietf-hip-dns-09.txt, 2007 [21] OMNeT++ - Discrete Event Simulation System. Disponível em <http://www.omnetpp.org/doc/inet/neddoc/> Acessado em: dez/2007 [22]Rescorla, E.](/docs-images/45/778846/images/page_2.jpg "Diffie-Hellman Key Agreement Method. RFC 2631, 1999 [23]Rosen, E., Viswanathan, A., Callon, R. Multiprotocol Label Switching Architecture. RFC 3021, 2001 [24]Soliman, H., Castelluccia, C.")
3 8 Apêndice A Códigos fontes 8.1. Arquivo HIP.cc #include <omnetpp.h> #include <vector> #include "HIP.h" #include "IPv6Datagram.h" #include "IPv6ControlInfo.h" #include "IPAddressResolver.h" #include "HIP_m.h" #include "NotifierConsts.h" #define HIP_REGISTER 0 #define HIP_TIMEOUT 1 #define ACK_DELAYED 0.2 Define_Module(HIP); HIP::HIP() lastspi = 1024; handover_num = 0; HIP::~HIP() commhip.clear(); void HIP::initialize(int stage=1) //std::cout <<"HIP Parameters initialized" << endl; nb = NotificationBoardAccess().get(); //for L3 Changes nb->subscribe(this, NF_IPv6_INTERFACECONFIG_CHANGED); nb->subscribe(this, NF_L2_BEACON_LOST); //parameters handoffvector.setname("handover");
4 60 delay = par("procdelay"); myhip = par("hipaddress"); myrvs = par("rvshitaddress"); starthandoff, endhandoff = 0; timeout=null; // create a timer for register this node at Rendezvous Server timerregister = new cmessage("timerregister", HIP_REGISTER); scheduleat(uniform(5,8), timerregister); //insert all addresses at HIPCache insertallhit(); void HIP::handleMessage(cMessage *msg) if (msg->isselfmessage()) //std::cout << "Receiving self-message" << endl; if (msg->kind()==hip_timeout) //std::cout << "Size of resendhiplist: " << resendhiplist.size() << endl; if (findretransmissionentry((hipcomm*) msg- >contextpointer())!=null) SendAgain* temp = findretransmissionentry((hipcomm*) msg->contextpointer()); //std::cout << "Temp = " << temp << endl; HIPComm* comm = (HIPComm*) msg->contextpointer(); //std::cout << "Comm = " << comm << endl; int estado = comm->state(); //std::cout << "Comm State = " << estado << endl; int type = temp->typemsg; //std::cout << "Type of message at temp = " << type << endl; cmessage* pointer = temp->mensagem; //std::cout << "Pointer of Msg at temp = " << pointer << endl; cmessage* copy = (cmessage *) pointer->dup(); //std::cout << "Pointer of copy = " << copy << endl; IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); if (copy!=null) if ((IPv6ControlInfo *)copy- >removecontrolinfo()!=null) IPv6ControlInfo* teste = (IPv6ControlInfo *)copy->removecontrolinfo();
5 61 delete teste; controlinfo- >setsrcaddr(findipv6(myhip)); controlinfo->setdestaddr(findipv6(comm- >remotehit())); controlinfo->setprotocol(253); copy->setcontrolinfo(controlinfo); //Test if message was received and status changed before resend msg if (estado==1 && type == 1 && copy!=null) //std::cout << "Re-sending I1 Message" << endl; send(copy,"hipipout"); scheduleat(simtime()+ack_delayed, msg); else if ((estado==2 && type == 2 && copy!=null) (estado==2 && type == 5 && copy!=null)) //std::cout << "Re-sending I2 / I2_Rendezvous Message" << endl; send(copy,"hipipout"); scheduleat(simtime()+ack_delayed, msg); else if ((estado==3 && type == 3 && copy!=null) (estado==3 && type == 6 && copy!=null)) //std::cout << "Re-sending R1 / R1_Rendezvous Message" << endl; send(copy,"hipipout"); scheduleat(simtime()+ack_delayed, msg); else if ((estado==5 && type == 4 && copy!=null) (estado==5 && type == 7 && copy!=null)) //std::cout << "Re-sending R2 / R2_Rendezvous Message" << endl; send(copy,"hipipout"); scheduleat(simtime()+ack_delayed, msg); else if (estado==5 && type == 14 && copy!=null && comm->addressstatus()==0) //std::cout << "Re-sending Update1 Message" << endl; send(copy,"hipipout"); scheduleat(simtime()+ack_delayed, msg); else //std::cout << "Descarting timeout message... State of Comm already changed." << endl; delete copy; delete temp->mensagem; resendhiplist.erase(temp); delete temp;
6 62 else IPv6Address teste = findhit("0:0:0:0:0:0:0:0"); if (teste!="0:0:0:0:0:0:0:0") askrvsipv6(teste); else if (msg->kind()==hip_register) if (findcommhit(myhip, myrvs)==null && findipv6(myhip)!= "0:0:0:0:0:0:0:0") RVSRegister(); else scheduleat(simtime()+uniform(0,0.1), msg); else if (msg->arrivalgate()->isname("hiptcpin")) // packet from upper layers or ND: encapsulate and send out //std::cout <<"Mensagem entregue para HIP - TCP para IPv6" << endl; processtranspdata(msg); else if (msg->arrivalgate()->isname("hipudpin")) // packet from upper layers or ND: encapsulate and send out //std::cout <<"Mensagem entregue para HIP - UDP para IPv6"<< endl; processtranspdata(msg); else if (msg->arrivalgate()->isname("hipiptcpin")) // datagram from network or from ND: localdeliver and/or route //std::cout <<"Mensagem entregue para HIP - IPv6 para TCP"<< endl; processipv6datagram(msg); else if (msg->arrivalgate()->isname("hipipudpin")) // datagram from network or from ND: localdeliver and/or route //std::cout <<"Mensagem entregue para HIP - IPv6 para UDP"<< endl; processipv6datagram(msg); else if (msg->arrivalgate()->isname("hipipin")) // datagram from network or from ND: localdeliver and/or route //std::cout <<"Mensagem HIP vindo da camada IPv6 para HIP. /n"<< endl; processipv6datagram(msg); //Lookup of timeout entry
7 63 HIP::SendAgain* HIP::findRetransmissionEntry(HIPComm *comm) for (retransmissionlist::iterator it=resendhiplist.begin(); it!=resendhiplist.end(); it++) SendAgain *entry = (*it); if (entry->communication == comm) return entry; break; return NULL; void HIP::printCommBrief(HIPComm comm) std::cout <<"communication (HIT Address / IPv6 Address) "; std::cout <<comm.localhit() << "/" << comm.localaddr() << " to " << comm.remotehit() << "/" << comm.remoteaddr(); std::cout <<", on SPI " << comm.spi(); std::cout <<", status " << comm.state(); std::cout <<", addressstatus " << comm.addressstatus(); if (comm.state() == 5) std::cout <<", Entry LifeTime " << comm.expiretime(); std::cout <<"." <<endl; // control of communication timeout - not implemented void HIP::processExpireTime(HIPComm *comm) //std::cout <<comm << ": HIPCommunication expired" << endl; comm->setstate(8); comm->setaddressstatus(2); // process packets of Higher Layers void HIP::processTranspData(cMessage *msg) //std::cout <<"Calling processtranspdata()." << endl; IPv6ControlInfo *controlinfo = (IPv6ControlInfo *)msg- >removecontrolinfo(); // Find important informations of packet received srchit = controlinfo->srcaddr(); desthit = controlinfo->destaddr();
8 64 int protocolo = controlinfo->protocol(); // usually, srcaddress is wrinting by IPv6 Layer. Implementing a substitute... if (srchit=="0:0:0:0:0:0:0:0") srchit=myhip; //std::cout <<"processtranspdata(): Source Address: "<< srchit <<" and Destination Address: "<< desthit << endl; //Find correspondents IPv6 Addresses of HIT Addresses srcipv6 = findipv6(srchit); destipv6 = findipv6(desthit); //Initialize local parameters HIPComm* entry = NULL; bool entryfound = false; //Lookup comm at commhip Vector //std::cout <<"commhip Size: " << commhip.size() << endl; for (HIPCommList::iterator it=commhip.begin(); it!=commhip.end(); it++) if (it->remotehit()==desthit && it- >localhit()==srchit) entryfound = true; destipv6 = it->remoteaddr(); srcipv6 = it->localaddr(); entry = &(*it); //std::cout <<"processtranspdata(): HIP Communication found: " << endl; //printcommbrief(*it); break; ; //Testing srcipv6 and destipv6 before initiating communication HIP if (entryfound==false && ((srcipv6 == "0:0:0:0:0:0:0:0") (destipv6 == "0:0:0:0:0:0:0:0")) ) ////std::cout <<"An unspecified IPv6Address was found. Waiting response of Rendezvous Server..." << endl; delete controlinfo; addhipbuffer(srchit, desthit, srcipv6, destipv6, protocolo, msg); else if (entryfound==false && ((srcipv6!= "0:0:0:0:0:0:0:0") && (destipv6!= "0:0:0:0:0:0:0:0"))) //Test communication (existence and state) and type of packet //std::cout <<"Communication HIP between src and dest not found. Start a new one..." << endl; delete controlinfo;
9 65 addhipbuffer(srchit, desthit, srcipv6, destipv6, protocolo, msg); //std::cout <<"Sending a HIP I1 message..." << endl; sendi1(srchit, desthit, srcipv6, destipv6); else if (entryfound==true) //std::cout <<"Communication HIP between src and dest found. Checking state..." << endl; int estado = entry->state(); //std::cout <<"State of communication HIP: " << estado << endl; if (estado==5) //"HIP_S_ESTABLISHED" SendAgain* teste = findretransmissionentry(entry); if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste); controlinfo->setsrcaddr(srcipv6); controlinfo->setdestaddr(destipv6); msg->setcontrolinfo(controlinfo); if (protocolo == 6) send(msg, "hipiptcpout"); else if (protocolo == 17) send(msg, "hipipudpout"); else delete controlinfo; addhipbuffer(srchit, desthit, srcipv6, destipv6, protocolo, msg); void HIP::processIPv6Datagram(cMessage *datagram) //std::cout <<"Calling processipv6datagram()." << endl; // Find important informations of datagrtam received IPv6ControlInfo *controlinfo = (IPv6ControlInfo *)datagram->removecontrolinfo(); srcipv6 = controlinfo->srcaddr(); destipv6 = controlinfo->destaddr(); int protocolo = controlinfo->protocol(); //std::cout <<"processipv6datagram(): Source Address: "<< srcipv6 <<" and Destination Address: "<< destipv6 << endl; //Find correspondents HIT Addresses of IPv6 Addresses srchit = findhit(srcipv6); desthit = findhit(destipv6); //Lookup comm at commhip Vector HIPComm* comm = findcommipv6(srcipv6, destipv6);
10 66 //Processing Datagram if (comm) //std::cout <<"processipv6datagram(): HIP Communication found: " << endl; //printcommbrief(*comm); //Identification of type of datagram if (protocolo == IP_PROT_IPv6_HIP) HIPHeader *temp = check_and_cast<hipheader *>(datagram); //To replace use of SPI at HIPCommunication - Update1 Message HIPComm* testupdate = findcommhit(temp->gethit_sender(), temp->gethit_receiver()); if (testupdate && temp->getpacket_type()==14) srchit=temp->gethit_sender(); desthit=temp->gethit_receiver(); testupdate->setlocaladdr(srcipv6); testupdate->setremoteaddr(destipv6); comm = &(*testupdate); HIPComm* test2=findcommhit(desthit, srchit); test2->setlocaladdr(destipv6); test2->setremoteaddr(srcipv6); 0); 0); 0); switch (temp->getpacket_type()) case(1): //HIP I1 Message //std::cout <<"Receiving HIP I1 message" << endl; if (!comm && srchit=="0:0:0:0:0:0:0:0") addhipcache(srcipv6,temp->gethit_sender()); srchit = temp->gethit_sender(); addcommhip(srchit, desthit, srcipv6, destipv6, addcommhip(desthit, srchit, destipv6, srcipv6, comm = findcommhit(srchit, desthit); else if (!comm && desthit=="0:0:0:0:0:0:0:0") addhipcache(destipv6,temp->gethit_receiver()); desthit = temp->gethit_receiver(); addcommhip(srchit, desthit, srcipv6, destipv6,
11 67 0); addcommhip(desthit, srchit, destipv6, srcipv6, comm = findcommhit(srchit, desthit); else if ((comm->state()==8 comm->state()==0)) HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setstate(2); comm2->setstate(2); sendr1(desthit, srchit, destipv6, srcipv6); else //std::cout <<"Receiving a HIP I1 message but state of communication is diferent of 8 and 0. Dropping datagram..." << endl; delete datagram; break; case(3): //HIP I2 Message if (comm && comm->state()==2) //std::cout <<"Receiving HIP_I2 message" << endl; HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setstate(5); comm2->setstate(5); SendAgain* teste = findretransmissionentry(comm2); if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste); sendr2(desthit, srchit, destipv6, srcipv6); else if (comm && comm->state()==5) sendr2(desthit, srchit, destipv6, srcipv6); delete datagram; break; case(2): //HIP R1 Message if (comm && comm->state()==1) //std::cout <<"Receiving HIP_R1 message" << endl;
12 68 HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setstate(3); comm2->setstate(3); SendAgain* teste = findretransmissionentry(comm2); if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste); sendi2(desthit, srchit, destipv6, srcipv6); else //std::cout <<"Receiving a HIP R1 message but state of communication is diferent of 1. Dropping datagram..." << endl; delete datagram; break; case(4): //HIP R2 Message if (comm && comm->state()==3) //std::cout <<"Receiving HIP_R2 message" << endl; HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setstate(5); comm2->setstate(5); SendAgain* teste = findretransmissionentry(comm2); if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste); printcommbrief(*comm); sendhipbuffer(destipv6, srcipv6); else //std::cout <<"Receiving a HIP R2 message but state of communication is diferent of 3. Dropping datagram..." << endl; delete datagram; break; case(14): //HIP Update1 Message if (comm && comm->state()==5) std::cout <<"HIP Update1 Message" << endl;
13 69 HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setaddressstatus(0); comm2->setaddressstatus(0); HIPUpdate1 *data = check_and_cast<hipupdate1 *>(datagram); HIPUpdate2 *msg = new HIPUpdate2(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(15); msg->setspi(comm->spi()); msg->setseq(data->getseq()); msg->setack(data->getseq()+1); msg->sethmac("mymacaddress"); msg->sethip_sig("000111"); msg->setecho_req("simulator"); controlinfo->setsrcaddr(destipv6); controlinfo->setdestaddr(srcipv6); controlinfo- >setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); std::cout <<"Sending HIP Update2 Message" << endl; send(msg,"hipipout"); updatehipcache(data->getlocator(), srchit); else std::cout <<"Receiving a HIP Update1 message but state of communication is diferent of 5. Dropping datagram..." << endl; delete datagram; break; case(15): //HIP Update2 Message if (comm && (comm->state()==5 && comm- >addressstatus()==0)) std::cout <<"HIP Update2 Message" << endl; HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setaddressstatus(1); comm2->setaddressstatus(1); SendAgain* teste = findretransmissionentry(comm); if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste);
14 70 HIPUpdate2 *data = check_and_cast<hipupdate2 *>(datagram); HIPUpdateAck *msg = new HIPUpdateAck(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(16); msg->setack(data->getack()); msg->sethmac("mymacaddress"); msg->sethip_sig("000111"); msg->setecho_resp("omnetpp"); controlinfo->setsrcaddr(destipv6); controlinfo->setdestaddr(srcipv6); controlinfo- >setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); std::cout <<"Sending a HIP UpdateAck Message" << endl; else std::cout <<"Receiving a HIP Update2 message but state of communication is diferent of 5. Dropping datagram..." << endl; delete datagram; break; case(16): //HIP Update Ack Message if (comm && (comm->state()==5 && comm- >addressstatus()==0)) std::cout <<"HIP Update Ack Message" << endl; HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setaddressstatus(1); comm2->setaddressstatus(1); comm->setexpiretime(simtime()+120); comm2->setexpiretime(simtime()+120); else std::cout <<"Receiving a HIP UpdateAck message but state of communication is diferent of 5. Dropping datagram..." << endl; delete datagram; break; case(5): //HIP_R1_Rendezvous Message if (comm && comm->state()==1) HIPComm* comm2 = findcommipv6(destipv6, srcipv6);
15 71 comm->setstate(3); comm2->setstate(3); SendAgain* teste = findretransmissionentry(comm2); //std::cout << " Pointer of teste: " << teste << endl; //std::cout << " Timeout msg at teste: " << teste->timeouthip << endl; if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste); //std::cout <<"Receiving HIP_R1_Rendezvous message" << endl; sendi2rendezvous(desthit, srchit, destipv6, srcipv6); else //std::cout <<"Receiving a HIP R1_RVS message but state of communication is diferent of 1. Dropping datagram..." << endl; delete datagram; break; case(7): //HIP_R2_Rendezvous Message if (comm && comm->state()==3) //std::cout <<"Receiving HIP_R2_Rendezvous message" << endl; HIPComm* comm2 = findcommipv6(destipv6, srcipv6); comm->setstate(5); comm2->setstate(5); SendAgain* teste = findretransmissionentry(comm2); //std::cout << " Pointer of teste: " << teste << endl; //std::cout << " Timeout msg at teste: " << teste->timeouthip << endl; if (teste!=null && teste->timeouthip!=null) cancelevent(teste->timeouthip); resendhiplist.erase(teste); printcommbrief(*comm); else //std::cout <<"Receiving a HIP R2_RVS message but state of communication is diferent of 3. Dropping datagram..." << endl; delete datagram;
16 72 break; case(27): //RespRVSIPv6 message //std::cout <<"Receiving RespRVSIPv6 message" << endl; HIPResp *data = check_and_cast<hipresp *>(datagram); addhipcache(data->getanswer(), data->gettarget()); srcipv6 = findipv6(myhip); destipv6 = data->getanswer(); sendhipbuffer(srcipv6, destipv6); delete datagram; break; case(28): //RespRVSHip message //std::cout <<"Receiving RespRVSHip message" << endl; HIPResp *data = check_and_cast<hipresp *>(datagram); addhipcache(data->gettarget(), data->getanswer()); srcipv6 = findipv6(myhip); destipv6 = data->gettarget(); sendhipbuffer(srcipv6, destipv6); delete datagram; break; ; //If datagram is TCP or UDP Datagram else if (protocolo == 6 protocolo == 17) if (comm && (comm->state()==5)) srchit = findhit(srcipv6); desthit = findhit(destipv6); controlinfo->setsrcaddr(srchit); controlinfo->setdestaddr(desthit); if (protocolo==6) controlinfo->setprotocol(6); datagram->setcontrolinfo(controlinfo); send(datagram,"hiptcpout"); else if (protocolo==17) controlinfo->setprotocol(17); datagram->setcontrolinfo(controlinfo); send(datagram,"hipudpout"); else //std::cout <<"TCP or UDP Datagram received but state of HIP Communication is diferent of 5. Dropping datagram..." << endl;
17 73 delete datagram; void HIP::sendI1(IPv6Address srchit, IPv6Address desthit, IPv6Address srcaddr, IPv6Address destaddr) //If that isn't a HIP Communication between this nodes, add a new one HIPComm* comm = findcommhit(srchit,desthit); //std::cout << "Pointer of Comm: " << comm << endl; if (!comm) addcommhip(srchit, desthit, srcaddr, destaddr, 1); addcommhip(desthit, srchit, destaddr, srcaddr, 1); comm = findcommhit(srchit,desthit); //std::cout << "Pointer of Comm: " << comm << endl; //Preparing message for initialize HIP Communication HIPHeader *msg = new HIPHeader(); msg->sethit_sender(srchit); msg->sethit_receiver(desthit); msg->setpacket_type(1); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(srcaddr); controlinfo->setdestaddr(destaddr); controlinfo->setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); //std::cout <<"Sending HIP I1 message" << endl; //std::cout <<"HIP I1 source and destination addresses: " << controlinfo->srcaddr() << ", " << controlinfo->destaddr() << endl; send(msg,"hipipout"); timeout = new cmessage("i1timeout", HIP_TIMEOUT); timeout->setcontextpointer(comm); scheduleat(simtime()+ack_delayed, timeout); SendAgain *entry = new SendAgain(); entry->communication = comm; entry->typemsg = 1; entry->timeouthip= timeout; entry->mensagem= (cmessage *) msg->dup(); resendhiplist.insert(entry); void HIP::sendI2(IPv6Address desthit, IPv6Address srchit, IPv6Address destaddr, IPv6Address srcaddr)
18 74 HIP_I2 *msg = new HIP_I2(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(3); msg->setsolution("hip"); msg->setdiffiehellman("group 1"); msg->sethip_transf("aes with Hmac_SHA-1-96"); msg->sethostid(desthit); msg->sethmac("mymacaddress"); msg->sethip_sig("000111"); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(destipv6); controlinfo->setdestaddr(srcipv6); controlinfo->setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); HIPComm* comm2 = findcommhit(desthit,srchit); //std::cout << "Pointer of Comm: " << comm2 << endl; timeout = new cmessage("i2timeout", HIP_TIMEOUT); timeout->setcontextpointer(comm2); SendAgain *entry = new SendAgain(); entry->communication = comm2; entry->timeouthip= timeout; entry->typemsg= 3; entry->mensagem= (cmessage *) msg->dup(); resendhiplist.insert(entry); //std::cout <<"Sending HIP_I2 message" << endl; send(msg,"hipipout"); void HIP::sendI2Rendezvous(IPv6Address desthit, IPv6Address srchit, IPv6Address destaddr, IPv6Address srcaddr) HIP_I2_Rendezvous *msg = new HIP_I2_Rendezvous(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(6); msg->setsolution("hip"); msg->setdiffiehellman("group 1"); msg->sethip_transf("aes with Hmac_SHA-1-96"); msg->sethostid(desthit); msg->sethmac("mymacaddress"); msg->sethip_sig("000111"); msg->setservice("register"); msg->setvalidade((short)simtime()+120); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(destipv6);
19 75 controlinfo->setdestaddr(srcipv6); controlinfo->setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); HIPComm* comm2 = findcommhit(desthit,srchit); //std::cout << "Pointer of Comm: " << comm2 << endl; timeout = new cmessage("i2rvstimeout", HIP_TIMEOUT); timeout->setcontextpointer(comm2); scheduleat(simtime()+ack_delayed, timeout); SendAgain *entry = new SendAgain(); entry->communication = comm2; entry->timeouthip= timeout; entry->mensagem= (cmessage *) msg->dup(); entry->typemsg= 6; resendhiplist.insert(entry); //std::cout <<"Sending HIP_I2_Rendezvous Message" << endl; send(msg,"hipipout"); void HIP::sendR1(IPv6Address desthit, IPv6Address srchit, IPv6Address destaddr, IPv6Address srcaddr) HIP_R1 *msg = new HIP_R1(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(2); msg->setpuzzle("new Protocol"); msg->setdiffiehellman("group 1"); msg->sethip_transf("aes with Hmac_SHA-1-96"); msg->sethostid(desthit); msg->sethip_sig2("000000"); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(destipv6); controlinfo->setdestaddr(srcipv6); controlinfo->setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); //std::cout <<"Sending HIP_R1 message" << endl; send(msg,"hipipout"); HIPComm* comm2 = findcommhit(desthit,srchit); timeout = new cmessage("r1timeout", HIP_TIMEOUT); timeout->setcontextpointer(comm2); SendAgain *entry = new SendAgain(); entry->communication = findcommhit(desthit,srchit); entry->mensagem= (cmessage *) msg->dup(); entry->timeouthip= timeout; entry->typemsg= 2; resendhiplist.insert(entry);
20 76 void HIP::sendR2(IPv6Address desthit, IPv6Address srchit, IPv6Address destaddr, IPv6Address srcaddr) HIP_R2 *msg = new HIP_R2(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(4); msg->sethmac2("mymacaddress"); msg->sethip_sig("000111"); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(destipv6); controlinfo->setdestaddr(srcipv6); controlinfo->setprotocol(ip_prot_ipv6_hip); msg->setcontrolinfo(controlinfo); //std::cout <<"Sending HIP_R2 message" << endl; send(msg,"hipipout"); HIPComm* comm2 = findcommhit(desthit,srchit); timeout = new cmessage("r2timeout", HIP_TIMEOUT); timeout->setcontextpointer(comm2); SendAgain *entry = new SendAgain(); entry->communication= findcommhit(desthit,srchit); entry->mensagem= (cmessage *) msg->dup(); entry->timeouthip= timeout; entry->typemsg= 4; resendhiplist.insert(entry); void HIP::sendUpdate1(HIPComm *comm, IPv6Address newaddr) //Preparing and sending message with changed IPv6address. HITAddress don't changed HIPUpdate1 *msg = new HIPUpdate1(); msg->sethit_sender(comm->localhit()); msg->sethit_receiver(comm->remotehit()); msg->setpacket_type(14); msg->setspi(comm->spi()); msg->setlocator(newaddr); msg->setseq(0); msg->sethmac("mymacaddress"); msg->sethip_sig("000111"); comm->setaddressstatus(1); comm->setlocaladdr(newaddr); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(comm->localaddr()); controlinfo->setdestaddr(comm->remoteaddr()); controlinfo->setprotocol(253);
21 77 msg->setcontrolinfo(controlinfo); //std::cout <<"Sending message Update1 with src and destination addresses: " << controlinfo->srcaddr() << ", " << controlinfo->destaddr() << endl; timeout = new cmessage("up1timeout", HIP_TIMEOUT); timeout->setcontextpointer(comm); scheduleat(simtime()+ack_delayed, timeout); SendAgain *entry = new SendAgain(); entry->communication = comm; entry->typemsg= 14; entry->timeouthip= timeout; entry->mensagem= (cmessage *) msg->dup(); resendhiplist.insert(entry); send(msg,"hipipout"); void HIP::UpdateComm(IPv6Address oldaddr, IPv6Address newaddr) //Verify for who this node will send a HIP Update1 message IPv6Address novo = newaddr; //std::cout <<"Calling UpdateComm() with this arguments: " << oldaddr << ", " << newaddr << endl; for (HIPCommList::iterator it=commhip.begin(); it!=commhip.end(); it++) if (it->localaddr()==oldaddr) //std::cout <<"Sending Update1/I1 to " << it- >remoteaddr() << endl; it->setlocaladdr(novo); if (it->state()==5) it->setaddressstatus(0); sendupdate1(&(*it), novo); else sendi1(it->localhit(), it->remotehit(), it- >localaddr(), it->remoteaddr()); else if (it->remoteaddr()==oldaddr) it->setremoteaddr(novo); if (it->state()==5) it->setaddressstatus(0); ; return; void HIP::sendClose(HIPComm *comm, IPv6Address srchit, IPv6Address desthit, IPv6Address srcaddr, IPv6Address destaddr)
22 78 //Informing peer that HIP Communication will be closed - dont implemented HIPHeader *msg = new HIPHeader(); msg->sethit_sender(desthit); msg->sethit_receiver(srchit); msg->setpacket_type(18); comm->setstate(6); IPv6ControlInfo *controlinfo = new IPv6ControlInfo(); controlinfo->setsrcaddr(destaddr); controlinfo->setdestaddr(srcaddr); controlinfo->setprotocol(253); msg->setcontrolinfo(controlinfo); send(msg,"hipipout"); void HIP::RVSRegister() //Register a node at Rendezvous Server //std::cout <<"Calling RVSRegister()" << endl; IPv6Address srcipv6, destipv6, srchit, desthit; desthit = myrvs; destipv6 = findipv6(myrvs); srchit = myhip; srcipv6 = findipv6(myhip); sendi1(srchit, desthit, srcipv6, destipv6); HIPComm* HIP::findCommIPv6(IPv6Address srcaddr, IPv6Address destaddr) //Lookup at commhip of comm between this two IPv6Addresses HIPComm *entry = NULL; for (HIPCommList::iterator it=commhip.begin(); it!=commhip.end(); it++) if (it->localaddr() == srcaddr && it- >remoteaddr()==destaddr) entry = &(*it); break; ; return entry; HIPComm* HIP::findCommHIT(IPv6Address srcaddr, IPv6Address destaddr)
23 79 //Lookup at commhip of comm between this two HITAddresses HIPComm *entry = NULL; for (HIPCommList::iterator it=commhip.begin(); it!=commhip.end(); it++) if (it->localhit()==srcaddr && it- >remotehit()==destaddr) entry = &(*it); break; ; return entry; void HIP::addCommHIP(IPv6Address srchit, IPv6Address desthit, IPv6Address srcipv6, IPv6Address destipv6, int state) //Adding a new HIP Communication at commhip vector HIPComm *comm = new HIPComm; short spi = lastspi; comm->sethipcomm(srcipv6, destipv6, srchit, desthit, state, spi); //std::cout <<"Adding new HIP Communication:" <<endl; commhip.push_back(*comm); printcommbrief(*comm); lastspi = lastspi+1; void HIP::addHIPBuffer(IPv6Address srchit, IPv6Address desthit, IPv6Address srcipv6, IPv6Address destipv6, int protocolo, cmessage* msg) //Adding a new message a HIPBuffer vector - Waiting for finish Basic HIP Exchange or answer of Rendezvous Server //std::cout <<"Adding a new message at HIPBuffer" << endl; HIPQueue *entry = new HIPQueue; entry->sethipqueue(srchit, desthit, srcipv6, destipv6, protocolo, msg); HIPBuffer.push_back(*entry); int pos = HIPBuffer.size()-1; //std::cout <<"srchit: " << HIPBuffer.at(pos).OrigemHIT() << ", desthit: " << HIPBuffer.at(pos).DestinoHIT() << ", srcipv6: " << HIPBuffer.at(pos).OrigemIPv6() << ", destipv6: " << HIPBuffer.at(pos).DestinoIPv6() << ", protocolo: " << HIPBuffer.at(pos).Protocolo() << endl;
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