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0cdb95add1dfd1c02f367c54067f2a7b7cf53521
openairinterface5g/openair2/RRC/CELLULAR/rrc_rg_rrm_decode.c
T
Cedric Roux 56c66c09aa - Fix: avoid infinite loop on mulitcast read thread if no data to read 
Pre-ci test passed

git-svn-id: http://svn.eurecom.fr/openair4G/trunk@4000 818b1a75-f10b-46b9-bf7c-635c3b92a50f
2013-06-25 09:05:02 +00:00

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23 KiB
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/***************************************************************************
rrc_rg_rrm_message.c
-------------------
copyright : (C) 2010 by Eurecom
created by : Lionel.Gauthier@eurecom.fr
modified by : Michelle.Wetterwald@eurecom.fr
**************************************************************************
Message handling for RRM interface
**************************************************************************/
/********************
//OpenAir definitions
********************/
#include "LAYER2/MAC/extern.h"
#include "UTIL/MEM/mem_block.h"
/********************
// RRC definitions
********************/
#include "rrc_rg_vars.h"
//#include "rrc_mbms_constant.h"
#include "rrc_messages.h"
#include "rrc_rrm_primitives.h"
//-----------------------------------------------------------------------------
#include "rrc_proto_rrm.h"
#include "rrc_proto_int.h"
#include "rrc_proto_fsm.h"
#include "rrc_proto_intf.h"
// #include "rrc_proto_bch.h"
#include "rrc_proto_mbms.h"
//-----------------------------------------------------------------------------
/****************************************
* Processes to execute messages from RRM
****************************************/
//-------------------------------------------------------------------
void rrc_config_indication (int transaction_Id, int return_code){
//-------------------------------------------------------------------
int UE_Id;
UE_Id = protocol_bs->rrc.rrc_UE_updating;
//Check transaction_id to validate the configuration
if ((transaction_Id == protocol_bs->rrc.curr_transaction_id) && (!return_code)) {
// trigger event in the FSM
#ifdef DEBUG_RRC_STATE
msg ("[RRC_RG][RRM] Config_indication : RRM transaction_Id received: %d , return code %d \n", transaction_Id, return_code);
#endif
if ( protocol_bs->rrc.rrc_multicast_bearer == FALSE){
// continue unicast bearer procedure
rrc_rg_fsm_control (UE_Id, RRM_CFG);
}else{
// continue MBMS bearer procedure
protocol_bs->rrc.mbms.l12ConfigurationChanged = TRUE;
//Update the content for Notification and Unmodif message, set the flags if having changes
protocol_bs->rrc.mbms.flags.modifiedServicesInformation |= rrc_rg_mbms_addModifService(-1, protocol_bs->rrc.mbms.nas_serviceId, Mod_acquirePTM_RBInfo);
// increment the number of active services in the RG (TEMP Max =1)
protocol_bs->rrc.mbms.mbms_num_active_service ++;
//No need to copy the RG configuration. Same as in unicast
//Save MT configuration for later sending in PTMCurrentCellConfiguration
msg("[RRC_RG][MBMS] compress & copy from rrm_config->mt_config to curr_l12Config_data, size %d\n", protocol_bs->rrc.mbms.curr_l12Config_lgth);
rrc_compress_config ((char *) &(rrm_config->mt_config[UE_Id]), &(protocol_bs->rrc.mbms.curr_l12Config_data), &(protocol_bs->rrc.mbms.curr_l12Config_lgth));
protocol_bs->rrc.mbms.nas_status = ACCEPTED;
if (p_rg_mbms->ptm_requested_action == E_ADD_RB ){
RRC_RG_O_O_NAS_MBMS_RB_ESTAB_CNF (); // send response only if activate
p_rg_mbms->ptm_requested_action = 0;
}
}
}else{
#ifdef DEBUG_RRC_STATE
msg ("[RRC_RG][RRM] RRM transaction_Id received: %d , expected %d \n", transaction_Id, protocol_bs->rrc.curr_transaction_id);
msg ("[RRC_RG][RRM] RRM error return code received: %d \n", return_code);
#endif
if ( protocol_bs->rrc.rrc_multicast_bearer == FALSE){
// if not multicast drop the computed configuration procedure and
// inform NAS
rrc_rg_fsm_control (UE_Id, RRM_FAILURE);
}else{
// clean variables
protocol_bs->rrc.mbms.nas_status = FAILURE;
RRC_RG_O_O_NAS_MBMS_RB_ESTAB_CNF ();
protocol_bs->rrc.rrc_multicast_bearer = FALSE;
}
}
protocol_bs->rrc.rrc_currently_updating = FALSE;
}
//-------------------------------------------------------------------
// Function called when a Measure Command from RRM is received by RRC
void rrc_rrm_measure_request (struct rrc_rrm_measure_ctl rrm_control){
//-------------------------------------------------------------------
int i, UE_Id;
int mesg;
struct rrc_rg_bs_meas_cmd *pCmd;
protocol_bs->rrc.current_SFN = Mac_rlc_xface->frame;
if (!rrm_control.BaseStation) {
#ifdef DEBUG_RRC_MEASURE_CONTROL
msg ("\n[RRC_RG_RRM] RRM requests measurement in Mobile Station\n");
#endif
if (rrm_control.UE_Id >= maxUsers)
return;
UE_Id = rrm_control.UE_Id;
//send it only if connected mode
if ((protocol_bs->rrc.Mobile_List[UE_Id].state != CELL_FACH_Connected)
&& (protocol_bs->rrc.Mobile_List[UE_Id].state != CELL_DCH_Connected)) {
#ifdef DEBUG_RRC_MEASURE_CONTROL
msg ("[RRC_RG_RRM] Mobile Station is not connected. Command dropped.\n");
#endif
return;
}
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.command = rrm_control.command;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.criteria_type = RC_PeriodicalReportingCriteria;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.rep_amount = rrm_control.amount;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.rep_interval = rrm_control.period;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.identity = rrm_control.type;
// reporting mode UM-Periodical
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.xfer_mode = unacknowledgedModeRLC;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.trigger = periodical;
if (rrm_control.command == RRC_RRM_SETUP) {
switch (rrm_control.type) {
case IX_ifM:
// measurementType intraFrequencyMeasurement
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.type = MT_intraFrequencyMeasurement;
// intraFrequency Measurement parameters
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.if_coeff = coeff0; //default value
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.if_cellIdentity_ri = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.if_timeslotISCP_ri = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.if_BCH_RSCP_ri = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.if_pathloss_ri = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.if_validity = mv_all_States;
break;
case IX_tvM:
// measurementType trafficVolumeMeasurement
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.type = MT_trafficVolumeMeasurement;
// trafficVolumeMeasurement parameters
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.tv_validity = mv_all_States;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.tv_payload_ri = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.tv_average_ri = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.tv_variance_ri = TRUE;
break;
case IX_qM:
// measurementType qualityMeasurement
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.type = MT_qualityMeasurement;
// qualityMeasurement parameters
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.q_dl_trch_bler_ri = TRUE;
for (i = 0; i < MAXMEASTFCS; i++)
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.q_sir_TFCSid[i] = i + 1;
break;
case IX_iueM:
// measurementType ue_InternalMeasurement
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.type = MT_ue_InternalMeasurement;
// ue_InternalMeasurement parameters
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.int_quantity = ue_TransmittedPower;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.int_coeff = coeff0; //default value
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.int_rep_ue_TransmittedPower = TRUE;
protocol_bs->rrc.Mobile_List[UE_Id].rg_meas_cmd.int_rep_appliedTA = TRUE;
break;
default:
msg ("\n[RRC_RG_RRM] RRM : Invalid type of measurement requested for Mobile Terminal\n");
return;
}
}
//send to UE
rrc_rg_msg_measctl (UE_Id, &mesg);
RRC_RG_O_O_SEND_DCCH_AM (mesg);
} else {
#ifdef DEBUG_RRC_MEASURE_CONTROL
msg ("\n[RRC_RG_RRM] RRM requests measurement in Base Station\n");
#endif
i = 0;
switch (rrm_control.type) {
case IX_ibsM: // index = 0
i = 0;
break;
case IX_tvbM: // index = 1 -> maxUsers
if (rrm_control.UE_Id >= maxUsers)
return;
i = rrm_control.UE_Id + 1;
break;
case IX_qbM: // index = maxUsers+1 -> 2*maxUsers
if (rrm_control.UE_Id >= maxUsers)
return;
i = maxUsers + rrm_control.UE_Id + 1;
break;
default:
msg ("\n[RRC_RG_RRM] RRM : Invalid type of measurement requested in Base Station\n");
return;
}
pCmd = &(protocol_bs->rrc.rg_meas_blocks.bs_meas_cmd[i]);
pCmd->identity = i;
pCmd->command = rrm_control.command;
pCmd->UE_Id = rrm_control.UE_Id;
// activate or stop measurement
switch (pCmd->command) {
case MC_setup:
case MC_modify:
pCmd->trigger = periodical;
pCmd->type = rrm_control.type;
pCmd->criteria_type = RC_PeriodicalReportingCriteria;
pCmd->rep_amount = rrm_control.amount;
pCmd->rep_interval = rrm_control.period;
#ifdef DEBUG_RRC_MEASURE_CONTROL
rrc_rg_print_meas_bs_control (pCmd);
msg ("\n[RRC_MSG] BS activates measurement: %d, type: %d for Mobile: %d.\n\n", pCmd->identity, pCmd->type, pCmd->UE_Id);
#endif
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_counter = pCmd->rep_amount;
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_interval = pCmd->rep_interval / 10;
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_start = protocol_bs->rrc.current_SFN % protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_interval;
if (!protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_counter)
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_counter = -1;
protocol_bs->rrc.rg_meas_blocks.rrc_rg_bs_meas_next[i] = protocol_bs->rrc.current_SFN;
#ifdef DEBUG_RRC_DETAILS
msg ("\n[RRC_MSG] Next measure at time : %d \n\n", protocol_bs->rrc.rg_meas_blocks.rrc_rg_bs_meas_next[i]);
#endif
break;
case MC_release:
#ifdef DEBUG_RRC_MEASURE_CONTROL
rrc_rg_print_meas_bs_control (pCmd);
msg ("\n[RRC_MSG] BS stops measurement: %d\n\n", pCmd->identity);
#endif
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_start = 0;
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_counter = 0;
protocol_bs->rrc.rg_meas_blocks.bs_meas_rep[i].meas_interval = 0;
memset (pCmd, 0, sizeof (struct rrc_rg_bs_meas_cmd));
protocol_bs->rrc.rg_meas_blocks.rrc_rg_bs_meas_next[i] = 0;
break;
default:
msg ("[RRC_MSG] Invalid Measure command received: %d\n\n", pCmd->command);
}
}
}
/****************************************
* Decode Message from RRM
****************************************/
/*--------------------------------------------------------------------*/
void rrc_connection_response (void *mP, int lengthP){
/*--------------------------------------------------------------------*/
connection_response *cr;
cr = (connection_response *) mP;
switch (cr->status) {
case STATUS_CONNECTION_ACCEPTED:
msg ("[RRC-RRM-INTF] RX CONNECTION_RESPONSE ACCEPTED eid %d @frame %d\n", cr->equipment_id, protocol_bs->rrc.current_SFN);
if (protocol_bs->rrc.rc_rrm.connected_to_rrm != RRC_CONNECTED_TO_RRM) {
rrc_rrm_rcve_config ((u8 *) & cr[1], lengthP - sizeof (connection_response));
rrc_rg_rrm_connected_init();
protocol_bs->rrc.rc_rrm.connected_to_rrm = RRC_CONNECTED_TO_RRM;
protocol_bs->rrc.rc_rrm.equipment_id = cr->equipment_id;
} else {
msg ("[RRC-RRM-INTF][WARNING] RX CONNECTION_RESPONSE ACCEPTED eid %d\n BUT ALREADY CONNECTED\n", cr->equipment_id);
}
break;
case STATUS_CONNECTION_REFUSED_ALREADY_CONNECTED:
msg ("[RRC-RRM-INTF] RX STATUS_CONNECTION_REFUSED_ALREADY_CONNECTED %d\n", cr->status);
break;
case STATUS_CONNECTION_REFUSED_TOO_MANY_RG:
msg ("[RRC-RRM-INTF] RX STATUS_CONNECTION_REFUSED_TOO_MANY_RG %d\n", cr->status);
//rrc_event(&cx.connection_state, CX_EVT_CX_REFUSED);
break;
default:
msg ("[RRC-RRM-INTF] RX CONNECTION_RESPONSE UNKNOWN STATUS %d\n", cr->status);
}
}
/*--------------------------------------------------------------------*/
void rrc_add_user_response (void *mP, int lengthP){
/*--------------------------------------------------------------------*/
add_user_response *r;
r = (add_user_response *) mP;
msg ("---------------------------------------------------------------------------\n");
msg ("[RRC-RRM-INTF] RX ADD_USER_RESPONSE %d TXID %d status %d %d bytes frame %d\n", r->user_id, r->tx_id, r->status, lengthP, protocol_bs->rrc.current_SFN);
msg ("---------------------------------------------------------------------------\n");
if (r->status == ADD_USER_SUCCESSFUL) {
rrc_rrm_rcve_config ((u8 *) & r[1], lengthP - sizeof (add_user_response));
rrc_config_indication (r->tx_id, 0);
} else {
rrc_config_indication (r->tx_id, 1);
}
}
/*--------------------------------------------------------------------*/
void rrc_remove_user_response (void *mP, int lengthP){
/*--------------------------------------------------------------------*/
remove_user_response *r;
r = (remove_user_response *) mP;
msg ("---------------------------------------------------------------------------\n");
msg ("[RRC-RRM-INTF] RX REMOVE_USER_RESPONSE %d TXID %d status %d %d bytes @frame %d\n", r->user_id, r->tx_id, r->status, lengthP, protocol_bs->rrc.current_SFN);
msg ("---------------------------------------------------------------------------\n");
if (r->status == REMOVE_USER_SUCCESSFUL) {
rrc_rrm_rcve_config ((u8 *) & r[1], lengthP - sizeof (remove_user_response));
rrc_config_indication (r->tx_id, 0);
} else {
rrc_config_indication (r->tx_id, 1);
}
}
/*--------------------------------------------------------------------*/
void rrc_add_radio_access_bearer_response (void *mP, int lengthP){
/*--------------------------------------------------------------------*/
add_radio_access_bearer_response *r;
r = (add_radio_access_bearer_response *) mP;
msg ("[RRC-RRM-INTF] rc.rx_bytes=%d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
msg ("---------------------------------------------------------------------------\n");
msg ("[RRC-RRM-INTF] RX ADD_RADIO_ACCESS_BEARER_RESPONSE TXID %d status %d %d bytes @frame %d\n", r->tx_id, r->status, lengthP, protocol_bs->rrc.current_SFN);
msg ("---------------------------------------------------------------------------\n");
if (r->status == ADD_RADIO_ACCESS_BEARER_SUCCESSFUL) {
rrc_rrm_rcve_config ((u8 *) & r[1], lengthP - sizeof (add_radio_access_bearer_response));
rrc_config_indication (r->tx_id, 0);
} else {
rrc_config_indication (r->tx_id, 1);
}
}
/*--------------------------------------------------------------------*/
void rrc_remove_radio_access_bearer_response (void *mP, int lengthP){
/*--------------------------------------------------------------------*/
remove_radio_access_bearer_response *r;
r = (remove_radio_access_bearer_response *) mP;
msg ("---------------------------------------------------------------------------\n");
msg ("[RRC-RRM-INTF] RX REMOVE_RADIO_ACCESS_BEARER_RESPONSE TXID %d status %d %d bytes @frame %d\n", r->tx_id, r->status, lengthP, protocol_bs->rrc.current_SFN);
msg ("---------------------------------------------------------------------------\n");
if (r->status == REMOVE_RADIO_ACCESS_BEARER_SUCCESSFUL) {
rrc_rrm_rcve_config ((u8 *) & r[1], lengthP - sizeof (remove_radio_access_bearer_response));
rrc_config_indication (r->tx_id, 0);
} else {
rrc_config_indication (r->tx_id, 1);
}
}
/*--------------------------------------------------------------------*/
void rrc_measurement_request (void *mP, int lengthP){
/*--------------------------------------------------------------------*/
measurement_request *r;
struct rrc_rrm_measure_ctl rrm_control;
r = (measurement_request *) mP;
rrm_control.type = r->measurement_type;
rrm_control.command = r->measurement_command;
if (r->equipment_type == MOBILE_TERMINAL) {
rrm_control.BaseStation = 0;
} else {
rrm_control.BaseStation = 1;
}
rrm_control.UE_Id = r->equipment_id;
rrm_control.amount = r->amount;
if (r->period == 12800){
rrm_control.period = 2000; //r->period * 10; Coming from RRM
}else{
rrm_control.period = r->period; //r->period * 10; Coming from test tool
}
msg ("---------------------------------------------------------------------------\n");
msg ("[RRC-RRM-INTF] RX MEASUREMENT_REQUEST @frame %d length %d type %d command %d isRG %d id %d amount %d period %d\n",
protocol_bs->rrc.current_SFN, lengthP, rrm_control.type, rrm_control.command, rrm_control.BaseStation, rrm_control.UE_Id, rrm_control.amount, rrm_control.period);
msg ("---------------------------------------------------------------------------\n");
rrc_rrm_measure_request (rrm_control);
}
/****************************************
* identify message from RRM and call decoder
****************************************/
/*--------------------------------------------------------------------*/
void rrc_rrm_decode_message (void){
/*--------------------------------------------------------------------*/
rpc_message *m;
#ifdef DEBUG_RRC_RRM_INTF
msg ("[RRC-RRM-INTF][DECODE MESSAGE] rrc_rrm_decode_message - begin \n");
msg (" size rx_bytes %d, size (rpc_message) %d \n", protocol_bs->rrc.rc_rrm.rx_bytes, sizeof (rpc_message));
#endif
while ((protocol_bs->rrc.rc_rrm.rx_bytes) > sizeof (rpc_message)) {
m = (rpc_message *)protocol_bs->rrc.rc_rrm.rx_buffer;
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] PACKET length %d (header removed)\n", m->length);
#endif
memset (protocol_bs->rrc.rc_rrm.rx_message, 0, RRM_MAX_MESSAGE_SIZE);
switch (m->type) {
case RPC_CONNECTION_RESPONSE:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
rrc_connection_response (protocol_bs->rrc.rc_rrm.rx_message, m->length);
break;
case RPC_ADD_USER_RESPONSE:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
rrc_add_user_response (protocol_bs->rrc.rc_rrm.rx_message, m->length);
break;
case RPC_REMOVE_USER_RESPONSE:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
rrc_remove_user_response (protocol_bs->rrc.rc_rrm.rx_message, m->length);
break;
case RPC_ADD_RADIO_ACCESS_BEARER_RESPONSE:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
rrc_add_radio_access_bearer_response (protocol_bs->rrc.rc_rrm.rx_message, m->length);
break;
case RPC_REMOVE_RADIO_ACCESS_BEARER_RESPONSE:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
rrc_remove_radio_access_bearer_response (protocol_bs->rrc.rc_rrm.rx_message, m->length);
break;
case RPC_MEASUREMENT_REQUEST:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
rrc_measurement_request (protocol_bs->rrc.rc_rrm.rx_message, m->length);
break;
case RPC_CONFIG_REQUEST:
case RPC_CONNECTION_CLOSE:
case RPC_UPLINK_PHYSICAL_CHANNEL_CONTROL:
case RPC_ACK:
memcpy (protocol_bs->rrc.rc_rrm.rx_message, &protocol_bs->rrc.rc_rrm.rx_buffer[sizeof (rpc_message)], m->length);
protocol_bs->rrc.rc_rrm.rx_bytes = protocol_bs->rrc.rc_rrm.rx_bytes - m->length - sizeof (rpc_message);
#ifdef DEBUG_RRC_RRM_INTF
msg("[RRC-RRM-INTF][DECODE MESSAGE] Remaining message in queue, length %d\n", protocol_bs->rrc.rc_rrm.rx_bytes);
#endif
msg ("[RRC-RRM-INTF][WARNING] rrc_rrm_decode_message IGNORED MESSAGE %d\n", m->type);
break;
default:
msg ("[RRC-RRM-INTF][WARNING] rrc_rrm_decode_message UNKNOWN MESSAGE %d FLUSHING BUFFER\n", m->type);
rrc_connection_response_TEMPdummy();
protocol_bs->rrc.rc_rrm.rx_bytes = 0;
return;
}
}
}
/*--------------------------------------------------------------------*/
void rrc_connection_response_TEMPdummy (void){
/*--------------------------------------------------------------------*/
if (protocol_bs->rrc.rc_rrm.connected_to_rrm != RRC_CONNECTED_TO_RRM) {
rrc_rg_rrm_connected_init();
protocol_bs->rrc.rc_rrm.connected_to_rrm = RRC_CONNECTED_TO_RRM;
protocol_bs->rrc.rc_rrm.equipment_id = 0;
msg ("[RRC-RRM-INTF] TEMP DUMMY RX CONNECTION_RESPONSE ACCEPTED eid 0 @frame %d\n", protocol_bs->rrc.current_SFN);
}
}
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