multilegcalldata.cxx

SIP（Session Initiation Protocol）是由IETF定义

/* ====================================================================
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static const char* const MultiLegCallData_cxx_Version =
    "$Id: MultiLegCallData.cxx,v 1.5 2002/12/07 02:43:50 sprajpat Exp $";

#include "MultiLegCallData.hxx" 
#include "Lock.hxx"
 
using Vocal::Threads::Lock;



void 
MultiLegCallData::copyObj(const MultiLegCallData& src)
{
    myCallLegDataMap.erase(myCallLegDataMap.begin(), myCallLegDataMap.end());
    myTransactionPeerMap.erase(myTransactionPeerMap.begin(), myTransactionPeerMap.end());
#ifndef WIN32
    myCallLegDataMap.insert(src.myCallLegDataMap.begin(), src.myCallLegDataMap.end());
    myTransactionPeerMap.insert(src.myTransactionPeerMap.begin(), src.myTransactionPeerMap.end());
#else
        CallLegDataMap::const_iterator tmpCallLegIter;
        for(tmpCallLegIter = src.myCallLegDataMap.begin(); tmpCallLegIter != src.myCallLegDataMap.end(); ++tmpCallLegIter)
        {
         myCallLegDataMap.insert(*tmpCallLegIter);
        }

        TransactionPeerMap::const_iterator tmpTransPeerIter;
        for(tmpTransPeerIter = src.myTransactionPeerMap.begin(); tmpTransPeerIter != src.myTransactionPeerMap.end(); ++tmpTransPeerIter)
        {
         myTransactionPeerMap.insert(*tmpTransPeerIter);
        }
#endif
    myAccountingData = src.myAccountingData;
}

Sptr<SipCallLegData>  
MultiLegCallData::getCallLeg(const SipCallLeg& callLeg)
{
    Lock lock1(myMutex);
    CallLegDataMap::iterator itr = myCallLegDataMap.find(callLeg);
    if(itr != myCallLegDataMap.end())
    {
        return(itr->second);
    }
    else
    {
        cpLog(LOG_WARNING, "Data not found for callLeg %s", callLeg.encode().logData());
        assert(0);
    }
}

void 
MultiLegCallData::addCallLeg(const SipCallLeg& callLeg, const Sptr<SipCallLegData>& legData)
{
    Lock lock1(myMutex);
    assert(myCallLegDataMap.count(callLeg) == 0);
    myCallLegDataMap[callLeg] = legData;
}

void 
MultiLegCallData::removeCallLeg(const SipCallLeg& callLeg)
{
    Lock lock1(myMutex);
    CallLegDataMap::iterator itr = myCallLegDataMap.find(callLeg);
    if(itr != myCallLegDataMap.end())
    {
        myCallLegDataMap.erase(itr);
    }
}


Sptr<SipTransactionPeers> 
MultiLegCallData::findPeer(const SipTransactionId& trId)
{
     Lock lock1(myMutex);
     Sptr<SipTransactionPeers> retVal = 0;
     TransactionPeerMap::iterator itr = myTransactionPeerMap.find(trId); 
     if(itr != myTransactionPeerMap.end())
     {
         retVal = (*itr).second;
     }
     return retVal;
}


void 
MultiLegCallData::addTransactionPeer(const Sptr<SipTransactionPeers>& peer)
{
    Lock lock1(myMutex);
    assert(myTransactionPeerMap.count(*(peer->getTrId())) == 0);
    myTransactionPeerMap[*(peer->getTrId())] = peer;
}

void 
MultiLegCallData::removeTransactionPeer(const SipTransactionId& trId)
{
     Lock lock1(myMutex);
     TransactionPeerMap::iterator itr = myTransactionPeerMap.find(trId); 
     if(itr != myTransactionPeerMap.end())
     {
         myTransactionPeerMap.erase(itr);
     }
     else
     {
         cpLog(LOG_WARNING, "Failed to remove transaction id");
     }
}

MultiLegCallData::~MultiLegCallData()
{
}