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view src/g23m-aci/aci/ati_em_ret.c @ 72:7bf39f5e834d

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backlight control on Luna: switch PWL instead of LEDB This change is preliminary toward upcoming rework of backlight control logic in our UI firmware. LEDB does not exist on Tango-based platforms (it is not brought out on Tango modules), thus turning it on and off produces absolutely no effect beyond making L1 disable deep sleep when LEDB is turned on. However, both iWOW DSK and our upcoming FC Caramel2 boards have a PWL LED, so let's switch that LED on and off to indicate the state of the UI firmware's backlight control. Note that we are NOT switching the actual Luna LCD backlight here, even though it is trivially controlled with a GPIO. The reason for this seemingly strange choice is that we don't want to turn this development board LCD backlight off until we bring the higher-level backlight control logic up to par, including new logic to "swallow" the first keypress that turns on the darkened LCD.
author Mychaela Falconia <falcon@freecalypso.org>
date Sat, 24 Oct 2020 07:39:54 +0000
parents fa8dc04885d8
children
line wrap: on
line source

/* 
+----------------------------------------------------------------------------- 
|  Project :  
|  Modul   :  
+----------------------------------------------------------------------------- 
|  Copyright 2002 Texas Instruments Berlin, AG 
|                 All rights reserved. 
| 
|                 This file is confidential and a trade secret of Texas 
|                 Instruments Berlin, AG 
|                 The receipt of or possession of this file does not convey 
|                 any rights to reproduce or disclose its contents or to 
|                 manufacture, use, or sell anything it may describe, in 
|                 whole, or in part, without the specific written consent of 
|                 Texas Instruments Berlin, AG. 
+----------------------------------------------------------------------------- 
|  Purpose :  This module provides the data preparation for the at-cmd output. 
+----------------------------------------------------------------------------- 
*/ 

#ifndef ATI_EM_RET_C
#define ATI_EM_RET_C
#endif

#include "aci_all.h"
/*===== INCLUDES ===================================================*/
#include "aci_cmh.h"
#include "ati_cmd.h"
#include "aci_mem.h"
#include "aci_io.h"
#include "aci_cmd.h"
#include "ati_cmd.h"

#include "aci.h"
#include "psa.h"

#ifdef GPRS
#include "gprs.h"
#endif 

#if (defined(FAX_AND_DATA) || defined(UART) || defined(GPRS))
#include "dti.h"
#include "dti_conn_mng.h"
#endif

#include "cmh.h"
#include "cmh_snd.h"
#include "aci_em.h"
#include "cmh_em.h"
#ifdef GPRS
#include "gaci.h"
#include "gaci_cmh.h"
#include "cmh_sm.h"
#endif

#include "aci_lst.h"
#include "ati_int.h"

/*==== CONSTANTS ==================================================*/

/*==== TYPES ======================================================*/

/*==== EXPORT =====================================================*/
EXTERN void  em_aci_sem (UBYTE entity, UBYTE *buffer, UBYTE buf_index_tmp);

EXTERN SHORT em_relcs;

#if !defined (WIN32)
EXTERN CHAR* l1_version(void);
EXTERN CHAR* dl_version(void);
EXTERN CHAR* rr_version(void);
EXTERN CHAR* mm_version(void);
EXTERN CHAR* cc_version(void);
EXTERN CHAR* ss_version(void);
EXTERN CHAR* sim_version(void);
EXTERN CHAR* sms_version(void);
//EXTERN CHAR* aci_version(void);
#endif

/*==== VARIABLES ==================================================*/

/*==== FUNCTIONS ==================================================*/

/*
+--------------------------------------------------------------------+
| PROJECT : GSM-F&D (8411)              MODULE  : ACI_RET            |
| STATE   : code                        ROUTINE : rCI_OK             |
+--------------------------------------------------------------------+

  PURPOSE : handles AT_OK call back

*/

GLOBAL void rCI_PercentEM ( T_EM_VAL * val_tmp )
{
  char *me="%EM: ";
  char *ver="%VER: ";

  int i=0, j=0;
  UBYTE srcId = srcId_cb;
#ifdef GPRS
  T_PDP_CONTEXT_INTERNAL *p_pdp_context_node = NULL;
  UBYTE c_state,cid;
#endif

  TRACE_FUNCTION("rCI_PercentEM ()");

  switch(val_tmp->em_utype)
  {
     case EM_SUBCLASS_SC:
       sprintf(g_sa, "%s%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d", 
               me, 
               val_tmp->em_u.em_sc_val.arfcn,    val_tmp->em_u.em_sc_val.c1, 
               val_tmp->em_u.em_sc_val.c2,       val_tmp->em_u.em_sc_val.rxlev, 
               val_tmp->em_u.em_sc_val.bsic,     val_tmp->em_u.em_sc_val.cell_id,
               val_tmp->em_u.em_sc_val.dsc, 
               val_tmp->em_u.em_sc_val.txlev,    val_tmp->em_u.em_sc_val.tn, 
               val_tmp->em_u.em_sc_val.rlt,      val_tmp->em_u.em_sc_val.tav, 
               val_tmp->em_u.em_sc_val.rxlev_f,  val_tmp->em_u.em_sc_val.rxlev_s, 
               val_tmp->em_u.em_sc_val.rxqual_f, val_tmp->em_u.em_sc_val.rxqual_s, 
               val_tmp->em_u.em_sc_val.lac,      val_tmp->em_u.em_sc_val.cba, 
               val_tmp->em_u.em_sc_val.cbq,      val_tmp->em_u.em_sc_val.cell_type_ind,
               val_tmp->em_u.em_sc_val.vocoder);
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);                           
       break;
#ifdef GPRS
     case EM_SUBCLASS_SC_GPRS:
       sprintf(g_sa, "%s%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d", 
               me, 
               val_tmp->em_u.em_sc_gprs_val.tn,    val_tmp->em_u.em_sc_gprs_val.nmo, 
               val_tmp->em_u.em_sc_gprs_val.net_ctrl.spgc_ccch_sup,       
               val_tmp->em_u.em_sc_gprs_val.net_ctrl.priority_access_thr, 
               val_tmp->em_u.em_sc_gprs_val.cba,   val_tmp->em_u.em_sc_gprs_val.rac, 
               val_tmp->em_u.em_sc_gprs_val.tav,   val_tmp->em_u.em_sc_gprs_val.dsc, 
               val_tmp->em_u.em_sc_gprs_val.c31,   val_tmp->em_u.em_sc_gprs_val.c32,
               val_tmp->em_u.em_sc_gprs_val.nco);
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);                           
       break;
#endif /* GPRS */       
     case EM_SUBCLASS_NC:
       sprintf(g_sa, "%s%d", me, val_tmp->em_u.em_nc_val.no_ncells);
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);    

       sprintf(g_sa, "%d,%d,%d,%d,%d,%d", 
               val_tmp->em_u.em_nc_val.arfcn_nc[0],     val_tmp->em_u.em_nc_val.arfcn_nc[1],              
               val_tmp->em_u.em_nc_val.arfcn_nc[2],     val_tmp->em_u.em_nc_val.arfcn_nc[3],              
               val_tmp->em_u.em_nc_val.arfcn_nc[4],     val_tmp->em_u.em_nc_val.arfcn_nc[5]); 
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);   

       sprintf(g_sa, "%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.c1_nc[0],        val_tmp->em_u.em_nc_val.c1_nc[1],
               val_tmp->em_u.em_nc_val.c1_nc[2],        val_tmp->em_u.em_nc_val.c1_nc[3],
               val_tmp->em_u.em_nc_val.c1_nc[4],        val_tmp->em_u.em_nc_val.c1_nc[5]);
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa, "%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.c2_nc[0],        val_tmp->em_u.em_nc_val.c2_nc[1],                 
               val_tmp->em_u.em_nc_val.c2_nc[2],        val_tmp->em_u.em_nc_val.c2_nc[3],                 
               val_tmp->em_u.em_nc_val.c2_nc[4],        val_tmp->em_u.em_nc_val.c2_nc[5]); 
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.rxlev_nc[0],     val_tmp->em_u.em_nc_val.rxlev_nc[1],
               val_tmp->em_u.em_nc_val.rxlev_nc[2],     val_tmp->em_u.em_nc_val.rxlev_nc[3],
               val_tmp->em_u.em_nc_val.rxlev_nc[4],     val_tmp->em_u.em_nc_val.rxlev_nc[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.bsic_nc[0],      val_tmp->em_u.em_nc_val.bsic_nc[1],
               val_tmp->em_u.em_nc_val.bsic_nc[2],      val_tmp->em_u.em_nc_val.bsic_nc[3],
               val_tmp->em_u.em_nc_val.bsic_nc[4],      val_tmp->em_u.em_nc_val.bsic_nc[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.cell_id_nc[0],   val_tmp->em_u.em_nc_val.cell_id_nc[1],
               val_tmp->em_u.em_nc_val.cell_id_nc[2],   val_tmp->em_u.em_nc_val.cell_id_nc[3],
               val_tmp->em_u.em_nc_val.cell_id_nc[4],   val_tmp->em_u.em_nc_val.cell_id_nc[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);   

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.lac_nc[0],       val_tmp->em_u.em_nc_val.lac_nc[1],
               val_tmp->em_u.em_nc_val.lac_nc[2],       val_tmp->em_u.em_nc_val.lac_nc[3],
               val_tmp->em_u.em_nc_val.lac_nc[4],       val_tmp->em_u.em_nc_val.lac_nc[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.frame_offset[0], val_tmp->em_u.em_nc_val.frame_offset[1],
               val_tmp->em_u.em_nc_val.frame_offset[2], val_tmp->em_u.em_nc_val.frame_offset[3],
               val_tmp->em_u.em_nc_val.frame_offset[4], val_tmp->em_u.em_nc_val.frame_offset[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%ld,%ld,%ld,%ld,%ld,%ld",
               val_tmp->em_u.em_nc_val.time_alignmt[0], val_tmp->em_u.em_nc_val.time_alignmt[1],
               val_tmp->em_u.em_nc_val.time_alignmt[2], val_tmp->em_u.em_nc_val.time_alignmt[3],
               val_tmp->em_u.em_nc_val.time_alignmt[4], val_tmp->em_u.em_nc_val.time_alignmt[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%ld,%ld,%ld,%ld,%ld,%ld",
               val_tmp->em_u.em_nc_val.cba_nc[0],       val_tmp->em_u.em_nc_val.cba_nc[1],
               val_tmp->em_u.em_nc_val.cba_nc[2],       val_tmp->em_u.em_nc_val.cba_nc[3],
               val_tmp->em_u.em_nc_val.cba_nc[4],       val_tmp->em_u.em_nc_val.cba_nc[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.cbq_nc[0],       val_tmp->em_u.em_nc_val.cbq_nc[1],
               val_tmp->em_u.em_nc_val.cbq_nc[2],       val_tmp->em_u.em_nc_val.cbq_nc[3],
               val_tmp->em_u.em_nc_val.cbq_nc[4],       val_tmp->em_u.em_nc_val.cbq_nc[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.cell_type_ind[0], val_tmp->em_u.em_nc_val.cell_type_ind[1],
               val_tmp->em_u.em_nc_val.cell_type_ind[2], val_tmp->em_u.em_nc_val.cell_type_ind[3],
               val_tmp->em_u.em_nc_val.cell_type_ind[4], val_tmp->em_u.em_nc_val.cell_type_ind[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);   
	   
       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.rac[0],       val_tmp->em_u.em_nc_val.rac[1],
               val_tmp->em_u.em_nc_val.rac[2],       val_tmp->em_u.em_nc_val.rac[3],
               val_tmp->em_u.em_nc_val.rac[4],       val_tmp->em_u.em_nc_val.rac[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);                           
	   
       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.cell_resel_offset[0], val_tmp->em_u.em_nc_val.cell_resel_offset[1],
               val_tmp->em_u.em_nc_val.cell_resel_offset[2], val_tmp->em_u.em_nc_val.cell_resel_offset[3],
               val_tmp->em_u.em_nc_val.cell_resel_offset[4], val_tmp->em_u.em_nc_val.cell_resel_offset[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
	   
       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.temp_offset[0], val_tmp->em_u.em_nc_val.temp_offset[1],
               val_tmp->em_u.em_nc_val.temp_offset[2], val_tmp->em_u.em_nc_val.temp_offset[3],
               val_tmp->em_u.em_nc_val.temp_offset[4], val_tmp->em_u.em_nc_val.temp_offset[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);   

       sprintf(g_sa,"%d,%d,%d,%d,%d,%d",
               val_tmp->em_u.em_nc_val.rxlev_acc_min[0], val_tmp->em_u.em_nc_val.rxlev_acc_min[1],
               val_tmp->em_u.em_nc_val.rxlev_acc_min[2], val_tmp->em_u.em_nc_val.rxlev_acc_min[3],
               val_tmp->em_u.em_nc_val.rxlev_acc_min[4], val_tmp->em_u.em_nc_val.rxlev_acc_min[5]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);   
       break;
     case EM_SUBCLASS_LOC_PAG:
       sprintf(g_sa,"%s%d,%d,%d%d%d,%d%d%d,%ld",
               me, 
               val_tmp->em_u.em_loc_val.bs_pa_mfrms, val_tmp->em_u.em_loc_val.t3212, 
               val_tmp->em_u.em_loc_val.mcc[0], val_tmp->em_u.em_loc_val.mcc[1], val_tmp->em_u.em_loc_val.mcc[2], 
               val_tmp->em_u.em_loc_val.mnc[0], val_tmp->em_u.em_loc_val.mnc[1], val_tmp->em_u.em_loc_val.mnc[2], 
               val_tmp->em_u.em_loc_val.tmsi);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       break;
     case EM_SUBCLASS_PLMN:
       sprintf(g_sa,"%s%d,%d,%d,%d,%d",
               me, 
               val_tmp->em_u.em_plmn_val.no_creq_max, val_tmp->em_u.em_plmn_val.reest_flag,
               val_tmp->em_u.em_plmn_val.txpwr_max,   val_tmp->em_u.em_plmn_val.rxlev_min,
               em_relcs);   
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);       
       break;
     case EM_SUBCLASS_CIPH_HOP_DTX:   
       sprintf(g_sa,"%s%d,%d,%d,%d,%d,%d", 
               me,
               val_tmp->em_u.em_cip_val.ciph_stat,
               val_tmp->em_u.em_cip_val.hop,
               val_tmp->em_u.em_cip_val.arfcn,
               val_tmp->em_u.em_cip_val.hsn,
               val_tmp->em_u.em_cip_val.dtx_stat,
               val_tmp->em_u.em_cip_val.v_start);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);

       if(val_tmp->em_u.em_cip_val.hop)
       {
         sprintf(g_sa,"%d,%d", 
                 val_tmp->em_u.em_cip_val.hop_chn.maio,
                 val_tmp->em_u.em_cip_val.hop_chn.nr_arfcns);
         io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);

         i=0;
         j=0;
         /* The while loop exits when the content of ma[] equals 0xFFFF and the index exceeds the value 63 */
         while(val_tmp->em_u.em_cip_val.hop_chn.ma[j] NEQ NOT_PRESENT_16BIT AND j<EM_MAX_MA_CHANNELS)
         {
           i+=sprintf(g_sa+i, "%d,", val_tmp->em_u.em_cip_val.hop_chn.ma[j++]);
           if (i>(int)sizeof(g_sa)-20)  /* Check if we reach the buffer limit */
           {
             io_sendMessage(srcId, g_sa,ATI_ECHO_OUTPUT);  /* and send the data in chunks w/o CRLF */
             i=0;
             g_sa[0]='\0';
           }
         }
         if(i>0)
         {
           g_sa[i-1]='\0'; 
           io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
         } 

         if(val_tmp->em_u.em_cip_val.v_start)
         { 
           sprintf(g_sa,"%d,%d", 
                   val_tmp->em_u.em_cip_val.hop_chn2.maio,
                   val_tmp->em_u.em_cip_val.hop_chn2.nr_arfcns);
           io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);

           i=0;
           j=0;
           /* The while loop exits when the content of ma[] equals 0xFFFF and the index exceeds the value 63 */
           while(val_tmp->em_u.em_cip_val.hop_chn2.ma[j] NEQ NOT_PRESENT_16BIT AND j<EM_MAX_MA_CHANNELS) 
           { 
             i+=sprintf(g_sa+i, "%d,", val_tmp->em_u.em_cip_val.hop_chn2.ma[j++]);
             if (i>(int)sizeof(g_sa)-20)
             {
               io_sendMessage(srcId, g_sa,ATI_ECHO_OUTPUT);
               i=0;
               g_sa[0]='\0';
             } 
           } 
           if(i>0)
           { 
             g_sa[i-1]='\0';
             io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
           } 
         } 
       }  /* hopping is configured */

     break;
     case EM_SUBCLASS_POWER:
       sprintf(g_sa,"%s%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d",
               me,
               val_tmp->em_u.em_power_val.classm2.rev_lev,  val_tmp->em_u.em_power_val.classm2.es_ind,
               val_tmp->em_u.em_power_val.classm2.a5_1,     val_tmp->em_u.em_power_val.classm2.rf_pow_cap,
               val_tmp->em_u.em_power_val.classm2.ps_cap,   val_tmp->em_u.em_power_val.classm2.ss_screen,
               val_tmp->em_u.em_power_val.classm2.sm_cap,   val_tmp->em_u.em_power_val.classm2.freq_cap,
               val_tmp->em_u.em_power_val.classm2.class_3,  val_tmp->em_u.em_power_val.classm2.cmsp,
               val_tmp->em_u.em_power_val.classm2.a5_3,     val_tmp->em_u.em_power_val.classm2.a5_2);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       
       sprintf(g_sa,"%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d,%d", 
               val_tmp->em_u.em_power_val.classm3.mb_sub,           val_tmp->em_u.em_power_val.classm3.a5_7,
               val_tmp->em_u.em_power_val.classm3.a5_6,             val_tmp->em_u.em_power_val.classm3.a5_5,
               val_tmp->em_u.em_power_val.classm3.a5_4,             val_tmp->em_u.em_power_val.classm3.v_radio_cap_2,
               val_tmp->em_u.em_power_val.classm3.radio_cap_2,      val_tmp->em_u.em_power_val.classm3.v_radio_cap_1,
               val_tmp->em_u.em_power_val.classm3.radio_cap_1,      val_tmp->em_u.em_power_val.classm3.v_r_support,
               val_tmp->em_u.em_power_val.classm3.r_support,        val_tmp->em_u.em_power_val.classm3.v_m_s_class,
               val_tmp->em_u.em_power_val.classm3.m_s_class,        val_tmp->em_u.em_power_val.classm3.ucs2_treat,
               val_tmp->em_u.em_power_val.classm3.ext_meas_cap,     val_tmp->em_u.em_power_val.classm3.v_meas_cap,
               val_tmp->em_u.em_power_val.classm3.meas_cap.sw_time, val_tmp->em_u.em_power_val.classm3.meas_cap.sws_time);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       break;
     case EM_SUBCLASS_ID:
       i=0;
       i=sprintf(g_sa,"%s%d,%d,%d,%d,",
                 me, 
                 val_tmp->em_u.em_id_val.em_imeisv.ident_type,
                 val_tmp->em_u.em_id_val.em_imeisv.odd_even, 
                 val_tmp->em_u.em_id_val.em_imeisv.v_ident_dig, 
                 val_tmp->em_u.em_id_val.em_imeisv.c_ident_dig); 
       for(j=0; j<15; j++) {
         i+=sprintf(g_sa+i,"%d,", val_tmp->em_u.em_id_val.em_imeisv.ident_dig[j]);
       }
         i+=sprintf(g_sa+i,"%d", val_tmp->em_u.em_id_val.em_imeisv.ident_dig[15]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT); 
       
       i=0;
       i=sprintf(g_sa,"%d,%d,%d,%d,",
                 val_tmp->em_u.em_id_val.em_imsi.ident_type,
                 val_tmp->em_u.em_id_val.em_imsi.odd_even, 
                 val_tmp->em_u.em_id_val.em_imsi.v_ident_dig, 
                 val_tmp->em_u.em_id_val.em_imsi.c_ident_dig); 
       for(j=0; j<15; j++) {
         i+=sprintf(g_sa+i,"%d,", val_tmp->em_u.em_id_val.em_imsi.ident_dig[j]);
       }
         i+=sprintf(g_sa+i,"%d", val_tmp->em_u.em_id_val.em_imsi.ident_dig[15]);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT); 

       sprintf(g_sa,"%ld", val_tmp->em_u.em_id_val.tmsi);
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       break;
     case EM_SUBCLASS_SW_VERSION:
#if !defined (WIN32)
       sprintf(g_sa,"%s%s",ver,l1_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,dl_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,rr_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,mm_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,cc_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,ss_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,sim_version());
       io_sendMessage(srcId, g_sa,ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,sms_version());
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
#else
       sprintf(g_sa,"%s%s",ver,"ALR");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"DL");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"RR");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"MM");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"CC");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"SMS");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"SS");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       sprintf(g_sa,"%s%s",ver,"ACI");
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
#endif /* WIN 32 */
       break;
#ifdef GPRS
     case EM_SUBCLASS_GMM: /*SAP needed*/
       sprintf(g_sa, "%s%d,%u,%u,%u,%u,%d,%d,%d", 
               me, 
               val_tmp->em_u.em_gmm_val.ready_state,    
               val_tmp->em_u.em_gmm_val.tlli, 
               val_tmp->em_u.em_gmm_val.ptmsi,
               val_tmp->em_u.em_gmm_val.ptmsi_sig,
               val_tmp->em_u.em_gmm_val.ready_timer, 
               val_tmp->em_u.em_gmm_val.ciphering_algorithm,
               val_tmp->em_u.em_gmm_val.t3312.t3312_deactivated,
               val_tmp->em_u.em_gmm_val.t3312.t3312_val);
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);                           
       break;
      case EM_SUBCLASS_GRLC:
       sprintf(g_sa, "%s%d,%d,%d,%d,%d,%d,%d,%d,%d", 
               me, 
               val_tmp->em_u.em_grlc_val.grlc_state,
               val_tmp->em_u.em_grlc_val.tbf_mod, 
               val_tmp->em_u.em_grlc_val.ul_tbf_par.tfi,
               val_tmp->em_u.em_grlc_val.ul_tbf_par.mac_mod, 
               val_tmp->em_u.em_grlc_val.ul_tbf_par.ul_nb_block,
               val_tmp->em_u.em_grlc_val.ul_tbf_par.cv, 
               val_tmp->em_u.em_grlc_val.ul_tbf_par.cs,
               val_tmp->em_u.em_grlc_val.dl_tbf_par.tfi, 
               val_tmp->em_u.em_grlc_val.dl_tbf_par.mac_mod);
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);                           
       break;
#endif /*GPRS*/
      case EM_SUBCLASS_AMR:
       sprintf(g_sa, "%s%d,%d,%d,%d,%d,%d,", 
               me, 
               val_tmp->em_u.em_amr_val.amr_vocoder,
               val_tmp->em_u.em_amr_val.amr_icmi, 
               val_tmp->em_u.em_amr_val.amr_icm,
               val_tmp->em_u.em_amr_val.amr_acs,
               val_tmp->em_u.em_amr_val.amr_first_codec,
               val_tmp->em_u.em_amr_val.amr_nr_modes);

#ifdef _SIMULATION_
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT); /* Simulation needs CRLF */
#else
       io_sendMessage(srcId, g_sa, ATI_ECHO_OUTPUT); /* send without CRLF */
#endif
	   
       sprintf(g_sa, "%d,%d,%d,%d,%d,%d", 
               val_tmp->em_u.em_amr_val.amr_cod_prop[0].amr_codec_thr,  val_tmp->em_u.em_amr_val.amr_cod_prop[0].amr_codec_hyst,              
               val_tmp->em_u.em_amr_val.amr_cod_prop[1].amr_codec_thr,  val_tmp->em_u.em_amr_val.amr_cod_prop[1].amr_codec_hyst,
               val_tmp->em_u.em_amr_val.amr_cod_prop[2].amr_codec_thr,  val_tmp->em_u.em_amr_val.amr_cod_prop[2].amr_codec_hyst); 
       io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
       break;
#ifdef GPRS
      case EM_SUBCLASS_PDP:
        sprintf(g_sa, "%s%d", me,MAX_CID);
        io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);

        for(cid=1;cid<=MAX_PDP_CTXT;cid++)
        {
          c_state = get_state_over_cid( cid );
         
          p_pdp_context_node = pdp_context_find_node_from_cid( cid );
         
          if((c_state EQ PDP_CONTEXT_STATE_INVALID) OR (p_pdp_context_node EQ NULL))

            sprintf(g_sa, "%d", c_state);
          else
          {
            if ( p_pdp_context_node->attributes.pdp_addr.ctrl_ip_address EQ NAS_is_ipv4 )
            {
              sprintf(g_sa, "%d,%s,%s,%s", 
                     c_state,
                     p_pdp_context_node->attributes.pdp_type,
                     p_pdp_context_node->attributes.pdp_apn, 
                     ((c_state EQ PDP_CONTEXT_STATE_INVALID) OR (c_state EQ PDP_CONTEXT_STATE_DATA_LINK))
                     ? p_pdp_context_node->internal_data.pdp_address_allocated.ip_address.ipv4_addr.a4 : 
                       p_pdp_context_node->attributes.pdp_addr.ip_address.ipv4_addr.a4);
          
            }
            else if ( p_pdp_context_node->attributes.pdp_addr.ctrl_ip_address EQ NAS_is_ipv6 )
            {
              sprintf(g_sa, "%d,%s,%s,%s", 
                     c_state,
                     p_pdp_context_node->attributes.pdp_type,
                     p_pdp_context_node->attributes.pdp_apn, 
                     ((c_state EQ PDP_CONTEXT_STATE_INVALID) OR (c_state EQ PDP_CONTEXT_STATE_DATA_LINK))
                     ? p_pdp_context_node->internal_data.pdp_address_allocated.ip_address.ipv6_addr.a6 : 
                       p_pdp_context_node->attributes.pdp_addr.ip_address.ipv6_addr.a6);
            }
          } 
          io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);
          
        } /* MAX_CID */
              
      break;
#endif
     default:
       break;
  } /* switch */
}

GLOBAL void rCI_PercentEMET ( /*UBYTE srcId,*/ T_DRV_SIGNAL_EM_EVENT * Signal ) 
{
  int i=0, j=0;
  UBYTE srcId = srcId_cb;
  
  TRACE_FUNCTION("rCI_PercentEMET ()");

  if (Signal->Data.alr.length NEQ 0)
  {
    char *me="%EMET L1: ";

    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.alr.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.dl.length NEQ 0)
  {
    char *me="%EMET DL: ";
    
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.dl.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.rr.length NEQ 0)
  {
    char *me="%EMET RR: ";
    
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.rr.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }
    
    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.mm.length NEQ 0)
  {
    char *me="%EMET MM: ";
    
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.mm.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.cc.length NEQ 0)
  {
    char *me="%EMET CC: ";
    
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.cc.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.ss.length NEQ 0)
  {
    char *me="%EMET SS: ";
      
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.ss.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.sms.length NEQ 0)
  {
    char *me="%EMET SMS: ";
      
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.sms.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (Signal->Data.sim.length NEQ 0)
  {
    char *me="%EMET SIM: ";
      
    i+=sprintf(g_sa+i, "%s",me);
    for(j=0; j<Signal->Data.sim.length; j++) {
      i+=sprintf(g_sa+i,"%d,", *(Signal->Pointer++));
    }

    i+=sprintf(g_sa+i,"%s", "FF");
  }
  if (i EQ 0) 
  {
    char *me="%EMET END";
    i=sprintf(g_sa, "%s",me);
  }
  
  io_sendMessage(srcId, g_sa, ATI_NORMAL_OUTPUT);                               
  
} /* rCI_PercentEMET */


GLOBAL void rCI_PercentEMETS ( UBYTE entity )
{
  TRACE_FUNCTION("rCI_PercentEMETS ()");
}

/*+++++++++++++++++++++++++++++++++++++++++ E O F +++++++++++++++++++++++++++++++++++++++++*/