/**
* Returns a media description to run the streams with, based on a local offer
* and the returned response (remote).
**/
int offer_answer_initiate_outgoing(MSFactory *factory, const SalMediaDescription *local_offer,
const SalMediaDescription *remote_answer,
SalMediaDescription *result){
int i;
const SalStreamDescription *ls,*rs;
for(i=0;i<local_offer->nb_streams;++i){
ms_message("Processing for stream %i",i);
ls=&local_offer->streams[i];
rs=&remote_answer->streams[i];
if (rs && ls->proto == rs->proto && rs->type == ls->type) {
initiate_outgoing(factory, ls,rs,&result->streams[i]);
memcpy(&result->streams[i].rtcp_xr, &ls->rtcp_xr, sizeof(result->streams[i].rtcp_xr));
if ((ls->rtcp_xr.enabled == TRUE) && (rs->rtcp_xr.enabled == FALSE)) {
result->streams[i].rtcp_xr.enabled = FALSE;
}
result->streams[i].rtcp_fb.generic_nack_enabled = ls->rtcp_fb.generic_nack_enabled & rs->rtcp_fb.generic_nack_enabled;
result->streams[i].rtcp_fb.tmmbr_enabled = ls->rtcp_fb.tmmbr_enabled & rs->rtcp_fb.tmmbr_enabled;
}
else ms_warning("No matching stream for %i",i);
}
result->nb_streams=local_offer->nb_streams;
result->bandwidth=remote_answer->bandwidth;
strcpy(result->addr,remote_answer->addr);
strcpy(result->ice_pwd, local_offer->ice_pwd);
strcpy(result->ice_ufrag, local_offer->ice_ufrag);
memcpy(&result->rtcp_xr, &local_offer->rtcp_xr, sizeof(result->rtcp_xr));
if ((local_offer->rtcp_xr.enabled == TRUE) && (remote_answer->rtcp_xr.enabled == FALSE)) {
result->rtcp_xr.enabled = FALSE;
}
return 0;
}
/**
* Returns a media description to run the streams with, based on a local offer
* and the returned response (remote).
**/
int offer_answer_initiate_outgoing(const SalMediaDescription *local_offer,
const SalMediaDescription *remote_answer,
SalMediaDescription *result) {
int i,j;
const SalStreamDescription *ls,*rs;
for(i=0,j=0; i<local_offer->nb_streams; ++i) {
ms_message("Processing for stream %i",i);
ls=&local_offer->streams[i];
rs=sal_media_description_find_stream((SalMediaDescription*)remote_answer,ls->proto,ls->type);
if (rs) {
initiate_outgoing(ls,rs,&result->streams[j]);
memcpy(&result->streams[i].rtcp_xr, &ls->rtcp_xr, sizeof(result->streams[i].rtcp_xr));
if ((ls->rtcp_xr.enabled == TRUE) && (rs->rtcp_xr.enabled == FALSE)) {
result->streams[i].rtcp_xr.enabled = FALSE;
}
++j;
}
else ms_warning("No matching stream for %i",i);
}
result->nb_streams=local_offer->nb_streams;
result->bandwidth=remote_answer->bandwidth;
strcpy(result->addr,remote_answer->addr);
memcpy(&result->rtcp_xr, &local_offer->rtcp_xr, sizeof(result->rtcp_xr));
if ((local_offer->rtcp_xr.enabled == TRUE) && (remote_answer->rtcp_xr.enabled == FALSE)) {
result->rtcp_xr.enabled = FALSE;
}
return 0;
}
enum status do_call(enum status cur_status, int key_value)
{
/* variables */
/* none */
/* start the outgoing call */
initiate_outgoing();
/* and return the new status - STAT_CONNECTING */
return STAT_CONNECTING;
}
/**
* Returns a media description to run the streams with, based on a local offer
* and the returned response (remote).
**/
int offer_answer_initiate_outgoing(const SalMediaDescription *local_offer,
const SalMediaDescription *remote_answer,
SalMediaDescription *result) {
int i,j;
const SalStreamDescription *ls,*rs;
for(i=0,j=0; i<local_offer->nstreams; ++i) {
ms_message("Processing for stream %i",i);
ls=&local_offer->streams[i];
rs=sal_media_description_find_stream((SalMediaDescription*)remote_answer,ls->proto,ls->type);
if (rs) {
initiate_outgoing(ls,rs,&result->streams[j]);
++j;
}
else ms_warning("No matching stream for %i",i);
}
result->nstreams=j;
result->bandwidth=remote_answer->bandwidth;
strcpy(result->addr,remote_answer->addr);
return 0;
}
