void sbChanDestroy(sbChanObj* pThis)
{
# if FEATURE_LISTENER == 1
sbProfObj *pProf;
# endif
sbChanCHECKVALIDOBJECT(pThis);
/* This is a safeguard to make sure no
* leak is left. Normally, the profile cleans
* up this pointer. But it can't do so if e.g.
* the channel is aborted. So we do it for it,
* but obiously, we can't do it smartly - so we
* just free() the memory.
*/
if(pThis->pProfInstance != NULL)
free(pThis->pProfInstance);
# if FEATURE_LISTENER == 1
pProf = pThis->pProf;
# endif
/* we now need to remove the channel object from the session's
* channel list.
*/
sbNVTRRemoveKeyU(pThis->pSess->pChannels, pThis->uChanNum);
# if FEATURE_LISTENER == 1
if(pProf != NULL)
if(pProf->bDestroyOnChanClose == TRUE)
sbProfDestroy(pProf);
# endif
SRFREEOBJ(pThis);
}
void sbProfDestroy(sbProfObj* pThis)
{
sbProfCHECKVALIDOBJECT(pThis);
if(pThis->pszProfileURI != NULL)
free(pThis->pszProfileURI);
SRFREEOBJ(pThis);
}
void sbChanAbort(sbChanObj* pThis)
{
sbChanCHECKVALIDOBJECT(pThis);
if(pThis->pProf != NULL)
if(pThis->pProf->bDestroyOnChanClose == TRUE)
{
sbProfDestroy(pThis->pProf);
}
SRFREEOBJ(pThis);
}
srRetVal sbSockExit(struct sbSockObject *pThis)
{
srRetVal iRetVal = SR_RET_OK;
sbSockCHECKVALIDOBJECT(pThis);
if(pThis->sock != INVALID_SOCKET)
{
iRetVal = sbSockClosesocket(pThis);
/* OK, we may have failed, but at this stage we still continue
* our processing - otherwise we may have an additional memory
* leak!
*/
}
if(pThis->pRemoteHostIP != NULL)
free(pThis->pRemoteHostIP);
SRFREEOBJ(pThis); /* there is nothing we can do if free() fails... */
return(iRetVal);
}
