/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrm_rb_establish_req().
\return message formate
*/
msg_t *msg_rrm_rb_establish_req(
Instance_t inst , //!< instance ID
const LCHAN_DESC *Lchan_desc , //!< Logical Channel Descriptor Array
const MAC_RLC_MEAS_DESC *Mac_rlc_meas_desc , //!< MAC/RLC Measurement descriptors for RB
L2_ID *L2_id , //!< Layer 2 (MAC) IDs for link
Transaction_t Trans_id , //!< Transaction ID
unsigned char *L3_info , //!< Optional L3 Information
L3_INFO_T L3_info_t //!< Type of L3 Information
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_rb_establish_req_t *p = RRM_CALLOC(rrm_rb_establish_req_t ,1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_RB_ESTABLISH_REQ, sizeof( rrm_rb_establish_req_t) ,Trans_id);
memcpy(&(p->Lchan_desc), Lchan_desc, sizeof(LCHAN_DESC) );
memcpy(&(p->Mac_rlc_meas_desc), Mac_rlc_meas_desc, sizeof(MAC_RLC_MEAS_DESC) );
memcpy(&(p->L2_id[0]), L2_id, 2*sizeof(L2_ID) ); // SRC+DST
p->L3_info_t = L3_info_t ;
if ( L3_info_t != NONE_L3 )
memcpy( p->L3_info, L3_info, L3_info_t );
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrm_init_ch_req().
\return message formate
*/
msg_t *msg_rrm_init_ch_req(
Instance_t inst , //!< instance ID
Transaction_t Trans_id , //!< Transaction ID
const LCHAN_DESC *Lchan_desc_srb0 , //!< Logical Channel Descriptor - SRB0
const LCHAN_DESC *Lchan_desc_srb1 , //!< Logical Channel Descriptor - SRB1
L2_ID L2_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_init_ch_req_t *p = RRM_CALLOC(rrm_init_ch_req_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_INIT_CH_REQ, sizeof( rrm_init_ch_req_t ) ,Trans_id);
memcpy(&(p->Lchan_desc_srb0), Lchan_desc_srb0, sizeof(LCHAN_DESC) );
memcpy(&(p->Lchan_desc_srb1), Lchan_desc_srb1, sizeof(LCHAN_DESC) );
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
ask_freq_to_CH_3().
\return message formate
*/
msg_t *msg_ask_freq_to_CH_3(
Instance_t inst,
L2_ID L2_id ,
L2_ID L2_id_dest ,
QOS_CLASS_T QoS ,
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
ask_freq_to_CH_t *p = RRM_CALLOC(ask_freq_to_CH_t , 1 ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,ASK_FREQ_TO_CH_3, sizeof( ask_freq_to_CH_t ) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
memcpy( p->L2_id_dest.L2_id, L2_id_dest.L2_id, sizeof(L2_ID) ) ;
p->QoS = QoS;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrm_rb_modify_req().
\return message formate
*/
msg_t *msg_rrm_rb_modify_req(
Instance_t inst , //!< instance ID
const LCHAN_DESC *Lchan_desc , //!< Logical Channel Descriptor Array
const MAC_RLC_MEAS_DESC *Mac_meas_desc , //!< MAC/RLC Measurement descriptors for RB
RB_ID Rb_id , //!< Radio Bearer ID
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_rb_modify_req_t *p = RRM_CALLOC(rrm_rb_modify_req_t , 1) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_RB_MODIFY_REQ, sizeof( rrm_rb_modify_req_t) ,Trans_id);
memcpy(&(p->Lchan_desc), Lchan_desc, sizeof(LCHAN_DESC) );
memcpy(&(p->Mac_meas_desc), Mac_meas_desc, sizeof(MAC_RLC_MEAS_DESC) );
p->Rb_id = Rb_id ;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrm_sensing_meas_req().
\return message formate
*/
msg_t *msg_rrm_sensing_meas_req(
Instance_t inst , //!< instance ID
L2_ID L2_id , //!< Layer 2 (MAC) ID
SENSING_MEAS_DESC Sensing_meas_desc , //!< Sensing Measurement Descriptor
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_sensing_meas_req_t *p = RRM_CALLOC(rrm_sensing_meas_req_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_SENSING_MEAS_REQ, sizeof( rrm_sensing_meas_req_t) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
memcpy(&(p->Sensing_meas_desc), &Sensing_meas_desc, sizeof(SENSING_MEAS_DESC)) ;
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrci_init_mr_req(
Instance_t inst , //!< instance ID
Transaction_t Trans_id , //!< Transaction ID
const LCHAN_DESC *Lchan_desc_srb0 , //!< Logical Channel Descriptor - SRB0
const LCHAN_DESC *Lchan_desc_srb1 , //!< Logical Channel Descriptor - SRB1
unsigned char CH_index //!< index to identify the CH
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrci_init_mr_req_t *p = RRM_CALLOC(rrci_init_mr_req_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRCI_INIT_MR_REQ, sizeof( rrci_init_mr_req_t ) ,Trans_id);
memcpy(&(p->Lchan_desc_srb0), Lchan_desc_srb0, sizeof(LCHAN_DESC) );
memcpy(&(p->Lchan_desc_srb1), Lchan_desc_srb1, sizeof(LCHAN_DESC) );
p->CH_index = CH_index ;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrci_cx_establish_resp().
\return message formate
*/
msg_t * msg_rrci_cx_establish_resp(
Instance_t inst , //!< instance ID
Transaction_t Trans_id , //!< Transaction ID
L2_ID L2_id , //!< Layer 2 (MAC) ID
unsigned char *L3_info , //!< Optional L3 Information
L3_INFO_T L3_info_t //!< Type of L3 Information
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrci_cx_establish_resp_t *p = RRM_CALLOC(rrci_cx_establish_resp_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRCI_CX_ESTABLISH_RESP, sizeof( rrci_cx_establish_resp_t ) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->L3_info_t = L3_info_t ;
if ( L3_info_t != NONE_L3 )
memcpy( p->L3_info, L3_info, L3_info_t );
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrm_open_freq().
\return message formate
*/
msg_t *msg_update_open_freq_7(
Instance_t inst,
L2_ID L2_id ,
unsigned int NB_ch,
CHANNELS_DB_T *channels, //mod_lor_10_05_17
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
unsigned int size = sizeof( update_open_freq_t );// + (NB_free_ch-1) * sizeof(CHANNEL_T) ;//mod_lor_10_04_23
update_open_freq_t *p = RRM_CALLOC2(update_open_freq_t , size ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,UPDATE_OPEN_FREQ_7, size ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->NB_chan = NB_ch ;
if ( NB_ch > 0 )
{
memcpy( p->channels , channels, NB_ch * sizeof(CHANNELS_DB_T) ) ;
}
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_up_freq_ass(
Instance_t inst , //!< instance ID
L2_ID L2_id , //!< Layer 2 (MAC) ID of SU
unsigned int NB_chan ,
CHANNEL_T *ass_channels
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
unsigned int size = sizeof( rrm_up_freq_ass_t );// + (NB_chan-1) * sizeof(CHANNEL_T) ;//mod_lor_10_04_23
rrm_up_freq_ass_t *p = RRM_CALLOC2( rrm_up_freq_ass_t , size ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_UP_FREQ_ASS, size,0);
p->NB_chan = NB_chan;
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
memcpy( p->ass_channels, ass_channels, NB_chan*sizeof(CHANNEL_T) );
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction ajoute un rb dans la liste des RB ouverts du Cluster head.
\return retourne la valeur du nouvel element
*/
RB_desc_t *add_rb(
RB_desc_t **rb_entry , ///< pointeur sur l'entree de la liste des RB
Transaction_t Trans_id , ///< transaction associee
QOS_CLASS_T QoS_class , ///< index de la classe de QoS
L2_ID *L2_id ///< ID de niveau 2 des noeuds associes au RB
)
{
RB_desc_t *pOldEntry = *rb_entry;
RB_desc_t *pNewItem = RRM_CALLOC( RB_desc_t , 1 ) ;
PNULL(pNewItem) ;
if ( pNewItem == NULL )
return NULL ;
pNewItem->QoS_class = QoS_class ;
memcpy( &(pNewItem->L2_id[0]) , L2_id, 2*sizeof(L2_ID) ) ;
pNewItem->Trans_id = Trans_id ;
pNewItem->Rb_id = 0 ;
pNewItem->RB_type = 0;
*rb_entry = pNewItem ;
pNewItem->next = pOldEntry;
PRINT_RB_DB( *rb_entry );
return pNewItem ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
cmm_stop_sensing.
\return message formate
*/
msg_t *msg_stop_coll_sens_conf(
Instance_t inst, //!< identification de l'instance
L2_ID L2_id
)
{
msg_t *msg = RRM_CALLOC(msg_t ,1 ) ;
if ( msg != NULL )
{
stop_coll_sens_conf_t *p = RRM_CALLOC(stop_coll_sens_conf_t , 1 ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,STOP_COLL_SENS_CONF, sizeof( stop_coll_sens_conf_t) ,0);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_end_scan_req(
Instance_t inst,
L2_ID L2_id ,
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_end_scan_req_t *p = RRM_CALLOC(rrm_end_scan_req_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_END_SCAN_REQ, sizeof( rrm_end_scan_req_t ) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
cmm_stop_sensing.
\return message formate
*/
msg_t *msg_stop_coll_sens(
Instance_t inst //!< identification de l'instance
)
{
msg_t *msg = RRM_CALLOC(msg_t ,1 ) ;
if ( msg != NULL )
{
init_ip_msg_head(&(msg->head),inst,STOP_COLL_SENS, 0 ,0);
msg->data = NULL ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
rrm_rb_release_req().
\return message formate
*/
msg_t *msg_rrm_rb_release_req(
Instance_t inst , //!< instance ID
RB_ID Rb_id , //!< Radio Bearer ID
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_rb_release_req_t *p = RRM_CALLOC(rrm_rb_release_req_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_RB_RELEASE_REQ, sizeof( rrm_rb_release_req_t) ,Trans_id);
p->Rb_id = Rb_id ;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!add_lor_10_11_09
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
user_disconnect.
\return message formate
*/
msg_t *msg_user_disconnect_9(
Instance_t inst, //!< identification de l'instance
L2_ID L2_id, //!< L2_id of the user that wants to disconnect
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t ,1 ) ;
if ( msg != NULL )
{
user_disconnect_t *p = RRM_CALLOC(user_disconnect_t , 1 ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,USER_DISCONNECT_9, sizeof( user_disconnect_t) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_init_scan_req(
Instance_t inst , //!< instance ID
unsigned int Start_fr,
unsigned int Stop_fr,
unsigned int Meas_band,
unsigned int Meas_tpf,
unsigned int Nb_channels,
unsigned int Overlap,
unsigned int Sampl_freq,
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
rrm_init_scan_req_t *p = RRM_CALLOC(rrm_init_scan_req_t , 1 ) ;
if ( p != NULL )
{
init_rrc_msg_head(&(msg->head),inst,RRM_INIT_SCAN_REQ, sizeof( rrm_init_scan_req_t ) ,Trans_id);
//mod_lor_10_03_12++
p->Start_fr = Start_fr;
p->Stop_fr = Stop_fr;
p->Meas_band = Meas_band;
p->Meas_tpf = Meas_tpf;
p->Nb_channels = Nb_channels;
p->Overlap = Overlap;
p->Sampl_freq = Sampl_freq;
//mod_lor_10_03_12--
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
open_freq_query_4().
\return message formate
*/
msg_t *msg_open_freq_query_4(
Instance_t inst,
L2_ID L2_id ,
QOS_CLASS_T QoS ,
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
open_freq_query_t *p = RRM_CALLOC(open_freq_query_t , 1 ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,OPEN_FREQ_QUERY_4, sizeof( open_freq_query_t ) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->QoS = QoS;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief Message to be sent to a CH that will collaborate in sensing operation.
\return message formate
*/
msg_t *msg_init_coll_sens_req(
Instance_t inst, //!< instance ID of asking CH
L2_ID L2_id , //!< Layer 2 (MAC) ID of asking CH
unsigned int Start_fr,
unsigned int Stop_fr,
unsigned int Meas_band,
unsigned int Meas_tpf,
unsigned int Nb_channels,
unsigned int Overlap,
unsigned int Sampl_freq,
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
init_coll_sens_req_t *p = RRM_CALLOC(init_coll_sens_req_t , 1 ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst, INIT_COLL_SENS_REQ, sizeof( init_coll_sens_req_t) ,0);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->Start_fr = Start_fr;
p->Stop_fr = Stop_fr;
p->Meas_band = Meas_band;
p->Meas_tpf = Meas_tpf;
p->Nb_channels = Nb_channels;
p->Overlap = Overlap;
p->Sampl_freq = Sampl_freq;
}
msg->data = (char *) p ;
}
return msg ;
}
/*!
*******************************************************************************
\brief La fonction formate en un message generique de reponse pour les
fonctions :
- msg_rrm_sensing_meas_resp(), msg_rrm_rb_meas_resp().
\return message formate
*/
static msg_t *msg_rrm_generic_resp(
Instance_t inst , //!< instance ID
MSG_RRC_RRM_T msg_type , //!< type of message
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
init_rrc_msg_head(&(msg->head),inst,msg_type, 0, Trans_id);
msg->data = NULL ;
}
return msg ;
}
/*!add_lor_10_11_09
*******************************************************************************
\brief La fonction formate en un message les parametres de la fonction
user_disconnect.
\return message formate
*/
msg_t *msg_close_link(
Instance_t inst, //!< identification de l'instance
L2_ID L2_id, //!< L2_id of the user that wants to stop the link
L2_ID L2_id_dest, //!< L2_id of the destination
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t ,1 ) ;
if ( msg != NULL )
{
close_link_t *p = RRM_CALLOC(close_link_t , 1 ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,CLOSE_LINK, sizeof( close_link_t) ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
memcpy( p->L2_id_dest.L2_id, L2_id_dest.L2_id, sizeof(L2_ID) ) ;
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_scan_ord(
Instance_t inst , ///< instance ID
unsigned int NB_chan , ///< Number of channels to sens
unsigned int Meas_tpf , ///< time on each carrier //mod_lor_10_02_19
unsigned int Overlap , ///< overlap factor (percentage) //mod_lor_10_02_19
unsigned int Sampl_nb , ///< number of samples per sub-band //mod_lor_10_04_01
Sens_ch_t *ch_to_scan , ///< Vector of channels to scan //mod_lor_10_02_19
Transaction_t Trans_id ///< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
unsigned int size;
/*if ( NB_chan != 0 ){
size = sizeof( rrm_scan_ord_t ) + (NB_chan-1) * sizeof(unsigned int) ;
}else*/
size = sizeof( rrm_scan_ord_t );
rrm_scan_ord_t *p = RRM_CALLOC2(rrm_scan_ord_t , size ) ;
if ( p != NULL )
{
init_sensing_msg_head(&(msg->head),inst,RRM_SCAN_ORD, size ,Trans_id);
p->Meas_tpf = Meas_tpf; //mod_lor_10_02_19
p->Overlap = Overlap; //mod_lor_10_02_19
p->Sampl_nb = Sampl_nb; //mod_lor_10_02_19
p->NB_chan = NB_chan;
if ( NB_chan != 0 ){
memcpy( p->ch_to_scan, ch_to_scan, NB_chan*sizeof(Sens_ch_t) );
}
for (int i=0; i<NB_chan;i++)
printf("scan_ord i :%d, start %d, end %d sampl %d\n",i,p->ch_to_scan[i].Start_f,p->ch_to_scan[i].Final_f,Sampl_nb);
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_update_sens_results_3(
Instance_t inst,
L2_ID L2_id, //!< FC L2_id
unsigned int NB_info,
Sens_ch_t *Sens_meas,
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
unsigned int size = sizeof( rrm_update_sens_t );// + (NB_info-1) * sizeof(Sens_ch_t) ; //mod_lor_10_04_23
rrm_update_sens_t *p = RRM_CALLOC2(rrm_update_sens_t , size ) ;
if ( p != NULL )
{
//fprintf(stderr,"rrmUSR 1 \n");//dbg
init_ip_msg_head(&(msg->head),inst, UPDATE_SENS_RESULTS_3, size ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->NB_info = NB_info ;
p->info_time = 0 ;
if ( NB_info > 0 )
{
memcpy( p->Sens_meas , Sens_meas, NB_info * sizeof(Sens_ch_t) ) ;
}
//fprintf(stdout,"msg_rrm_update_sens()2 : NB_chan %d\n", p->NB_info);//dbg
//fprintf(stdout,"NB_chan %d\n", p->NB_info);
// for (int i=0; i<NB_info; i++)
// Sens_ch_t *ch = p->Sens_meas; ch!=NULL; ch=ch->next)
//fprintf(stdout,"channel in msg arr: %d\n", ch->Ch_id); //dbg
}
//fprintf(stderr,"rrmUSR end \n");//dbg
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_update_SN_occ_freq_5(
Instance_t inst , //!< instance ID
L2_ID L2_id , //!< Layer 2 (MAC) ID of FC
unsigned int NB_chan ,
unsigned int *occ_channels ,
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
//fprintf(stdout,"rrc_end_scan_ord() cp1\n"); //dbg
if ( msg != NULL )
{
unsigned int size = sizeof( update_SN_occ_freq_t );// + (NB_chan-1) * sizeof(unsigned int) ;//mod_lor_10_04_23
update_SN_occ_freq_t *p = RRM_CALLOC2(update_SN_occ_freq_t , size ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst,UPDATE_SN_OCC_FREQ_5, size,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->NB_chan = NB_chan;
if ( NB_chan != 0 ){
memcpy( p->occ_channels, occ_channels, NB_chan*sizeof(unsigned int) );
}
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_up_freq_ass_sec(
Instance_t inst , //!< instance ID
L2_ID *L2_id , //!< Layer 2 (MAC) ID vector of SUs starting tx
L2_ID *L2_id_dest , //!< Layer 2 (MAC) ID vector of SUs receiving tx
unsigned int NB_all , //!< Number of allocated links
CHANNEL_T *ass_channels //!< Vector of allocated links
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
int i;
if ( msg != NULL ) {
unsigned int size = sizeof( rrm_up_freq_ass_sec_t );
//printf ("size rrm_up_freq_ass_t %d\n", size);//dbg
rrm_up_freq_ass_sec_t *p = RRM_CALLOC2( rrm_up_freq_ass_sec_t , size ) ;
if ( p != NULL ) {
init_rrc_msg_head(&(msg->head),inst,RRM_UP_FREQ_ASS_SEC, size,0);
p->NB_all = NB_all;
for (i=0; i<NB_all; i++) {
memcpy( p->L2_id[i].L2_id, L2_id[i].L2_id, sizeof(L2_ID) ) ;
memcpy( p->L2_id_dest[i].L2_id, L2_id_dest[i].L2_id, sizeof(L2_ID) ) ;
}
memcpy( p->ass_channels, ass_channels, NB_all*sizeof(CHANNEL_T) );
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_init_mon_req(
Instance_t inst , //!< instance ID
L2_ID L2_id ,
unsigned int NB_chan ,
unsigned int interval ,
unsigned int *ch_to_scan ,
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
unsigned int size = sizeof( rrm_init_mon_req_t ) + (NB_chan-1) * sizeof(unsigned int) ;
rrm_init_mon_req_t *p = RRM_CALLOC2(rrm_init_mon_req_t , size ) ;
if ( p != NULL )
{
//for (int i=0; i<NB_chan; i++)
// fprintf(stdout,"msg_rrm_init_mon_req(), chan: %d\n", ch_to_scan[i]); //dbg
init_rrc_msg_head(&(msg->head),inst,RRM_INIT_MON_REQ, size ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->NB_chan = NB_chan;
p->interval = interval;
if ( NB_chan != 0 )
memcpy( p->ch_to_scan, ch_to_scan, NB_chan*sizeof(unsigned int) );
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_up_clust_sens_results(
Instance_t inst,
L2_ID L2_id, //!< FC L2_id
unsigned int NB_info,
unsigned int info_value,
Sens_ch_t *Sens_meas,
Transaction_t Trans_id
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
if ( msg != NULL )
{
unsigned int size = sizeof( update_coll_sens_t );// + (NB_info-1) * sizeof(Sens_ch_t) ; //mod_lor_10_04_23
update_coll_sens_t *p = RRM_CALLOC2(update_coll_sens_t , size ) ;
if ( p != NULL )
{
init_ip_msg_head(&(msg->head),inst, UP_CLUST_SENS_RESULTS, size ,Trans_id);
memcpy( p->L2_id.L2_id, L2_id.L2_id, sizeof(L2_ID) ) ;
p->NB_info = NB_info ;
p->info_time = 0 ;
p->info_value = info_value;
if ( NB_info > 0 )
{
memcpy( p->Sens_meas , Sens_meas, NB_info * sizeof(Sens_ch_t) ) ;
}
}
msg->data = (char *) p ;
}
return msg ;
}
msg_t *msg_rrm_end_scan_ord(
Instance_t inst , //!< instance ID
unsigned int NB_chan ,
unsigned int *channels ,
Transaction_t Trans_id //!< Transaction ID
)
{
msg_t *msg = RRM_CALLOC(msg_t , 1 ) ;
//fprintf(stdout,"rrc_end_scan_ord() cp1\n"); //dbg
if ( msg != NULL )
{
unsigned int size = sizeof( rrm_end_scan_ord_t ); //+ (NB_chan-1) * sizeof(unsigned int) ;
rrm_end_scan_ord_t *p = RRM_CALLOC2(rrm_end_scan_ord_t , size ) ;
if ( p != NULL )
{
init_sensing_msg_head(&(msg->head),inst,RRM_END_SCAN_ORD, size,Trans_id);
p->NB_chan = NB_chan;
if ( NB_chan != 0 ){
memcpy( p->channels, channels, NB_chan*sizeof(unsigned int) );
}
}
msg->data = (char *) p ;
}
return msg ;
}
