FreeCalypso > hg > fc-magnetite
view src/aci2/aci/ati_em_ret.c @ 116:59ff6e77b23a
r2d_drv_custom_flash.lib compiles
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Thu, 06 Oct 2016 18:06:19 +0000 |
parents | 93999a60b835 |
children |
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/* +----------------------------------------------------------------------------- | 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 ( /*UBYTE srcId,*/ T_EM_VAL * val_tmp ) { char *me="%EM: "; //#if !defined (WIN32) char *ver="%VER: "; //#endif /* WIN32 */ int i=0, j=0; UBYTE srcId = srcId_cb,c_state,cid; USHORT tmp = 0; 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 && 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 && 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 ); if((c_state EQ CS_UNDEFINED) OR (c_state EQ CS_INVALID_STATE)) sprintf(g_sa, "%d", c_state); else { sprintf(g_sa, "%d,%s,%s,%s", c_state, pdp_context[cid-1].con.pdp_type, pdp_context[cid-1].con.apn, ((c_state EQ CS_ACTIVATED) OR (c_state EQ CS_DATA_LINK)) ? pdp_context[cid-1].allocated_pdp_addr : pdp_context[cid-1].con.pdp_addr); } 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 +++++++++++++++++++++++++++++++++++++++++*/