FreeCalypso > hg > freecalypso-sw
view gsm-fw/g23m-aci/aci/aci_em.c @ 839:5ab66dadefdd
gdi: power.c compiles
author | Space Falcon <falcon@ivan.Harhan.ORG> |
---|---|
date | Sat, 25 Apr 2015 19:29:38 +0000 |
parents | 79ccc6a27a95 |
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 defines the engineering mode (EM) device driver for the | G23 protocol stack. This driver is used to control all engineering | mode related functions. +----------------------------------------------------------------------------- */ #ifndef ACI_EM_C #define ACI_EM_C #endif #include "config.h" #include "fixedconf.h" #include "condat-features.h" #include "aci_conf.h" #include "aci_all.h" /*===== INCLUDES ===================================================*/ #include "aci_cmh.h" #ifdef UART #include "dti.h" #include "dti_conn_mng.h" #endif #ifdef _SIMULATION_ #ifdef UART #include "psa_uart.h" #endif #endif #include "ati_cmd.h" #include "aci_mem.h" #ifdef FF_ATI #include "aci_io.h" #endif #include "aci.h" #include "aci_em.h" #ifdef GPRS #include "gaci.h" #include "gaci_cmh.h" #include "psa.h" #include "cmh.h" #include "cmh_sm.h" #endif /*==== CONSTANTS ==================================================*/ /*==== PRIVAT =====================================================*/ /*==== EXPORT =====================================================*/ EXTERN UBYTE em_l1_sem_buffer []; EXTERN UBYTE em_l1_sem_index; EXTERN UBYTE em_dl_sem_buffer []; EXTERN UBYTE em_dl_sem_index; EXTERN UBYTE em_rr_sem_buffer []; EXTERN UBYTE em_rr_sem_index; EXTERN void em_l1_sem_read (void); EXTERN void em_l1_sem_reset(void); EXTERN void em_dl_sem_read (void); EXTERN void em_dl_sem_reset(void); EXTERN void em_rr_sem_read (void); EXTERN UBYTE em_rr_sem_reset(void); EXTERN UBYTE em_mm_event_buffer[EM_MM_BUFFER_SIZE]; EXTERN UBYTE em_mm_buffer_write; EXTERN UBYTE em_cc_event_buffer[EM_CC_BUFFER_SIZE]; EXTERN UBYTE em_cc_buffer_write; EXTERN UBYTE em_ss_event_buffer[EM_SS_BUFFER_SIZE]; EXTERN UBYTE em_ss_buffer_write; EXTERN UBYTE em_sms_event_buffer[EM_SMS_BUFFER_SIZE]; EXTERN UBYTE em_sms_buffer_write; EXTERN UBYTE em_sim_event_buffer[EM_SIM_BUFFER_SIZE]; EXTERN UBYTE em_sim_buffer_write; EXTERN void em_aci_sem (UBYTE entity, UBYTE *buffer, UBYTE buf_index_tmp); #ifndef WIN32 EXTERN const CHAR* l1_version(void); EXTERN const CHAR* dl_version(void); EXTERN const CHAR* rr_version(void); EXTERN const CHAR* mm_version(void); EXTERN const CHAR* cc_version(void); EXTERN const CHAR* ss_version(void); EXTERN const CHAR* sim_version(void); EXTERN const CHAR* sms_version(void); /*EXTERN const CHAR* aci_version(void);*/ #endif /*==== VARIABLES ==================================================*/ /* * callback for the single infrastructure and mobile data functions. */ static drv_SignalCB_Type_EM em_para_signal_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_sc_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_sc_gprs_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_nc_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_loc_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_plmn_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_cip_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_pow_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_id_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_ver_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_gmm_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_grlc_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_amr_callback = NULL; static drv_SignalCB_Type_EM em_para_signal_pdp_callback = NULL; /* * callback for the event trace function. */ static drv_SignalCB_Type_EM_EVENT em_event_signal_callback = NULL; /* * These flags indicates if the first event for the corresponding entity occurred. It is only used to * prevent unnecessary semaphor copying. */ static UBYTE em_l1_trace; static UBYTE em_dl_trace; static UBYTE em_rr_trace; static UBYTE em_mm_trace; static UBYTE em_cc_trace; static UBYTE em_ss_trace; static UBYTE em_sms_trace; static UBYTE em_sim_trace; /* * The buffer keeps all information about index and length of the single event trace data until it is * passed to the originator of the em_Read_Event_Parameter() call. */ static T_EM_EVENT_BUF aci_em_buf; static UBYTE drv_enabled; static UBYTE em_aci_buf_index; GLOBAL USHORT em_relcs = 0; /*==== FUNCTIONS ==================================================*/ LOCAL UBYTE em_class_infra_data (UBYTE em_subclass, UBYTE em_type); LOCAL UBYTE em_class_mobile_data (UBYTE em_subclass, UBYTE em_type); LOCAL UBYTE em_class_event_tracing (UBYTE em_subclass, ULONG bitmask_h, ULONG bitmask_l); LOCAL UBYTE em_subclass_sc (UBYTE em_type); LOCAL UBYTE em_subclass_sc_gprs (UBYTE em_type); LOCAL UBYTE em_subclass_nc (UBYTE em_type); LOCAL UBYTE em_subclass_loc_pag (UBYTE em_type); LOCAL UBYTE em_subclass_plmn (UBYTE em_type); LOCAL UBYTE em_subclass_ciph_hop_dtx (UBYTE em_type); LOCAL UBYTE em_subclass_power (UBYTE em_type); LOCAL UBYTE em_subclass_id (UBYTE em_type); LOCAL UBYTE em_subclass_version (UBYTE em_type); LOCAL UBYTE em_subclass_gmm (UBYTE em_type); LOCAL UBYTE em_subclass_grlc (UBYTE em_type); LOCAL UBYTE em_subclass_amr (UBYTE em_type); #ifdef GPRS LOCAL UBYTE em_subclass_pdp (UBYTE em_type); LOCAL void em_pco_pdp_trace_req (void ); #endif LOCAL UBYTE em_event_l1 (USHORT bitmask_h, ULONG bitmask_l); LOCAL UBYTE em_event_dl (USHORT bitmask_h); LOCAL UBYTE em_event_rr (USHORT bitmask_h, ULONG bitmask_l); LOCAL UBYTE em_event_mm (ULONG bitmask_h); LOCAL UBYTE em_event_cc (ULONG bitmask_h, ULONG bitmask_l); LOCAL UBYTE em_event_ss (USHORT bitmask_h); LOCAL UBYTE em_event_sms (ULONG bitmask_h, ULONG bitmask_l); LOCAL UBYTE em_event_sim (ULONG bitmask); LOCAL void em_sw_ver_info_cnf (T_EM_SW_VER *version); /*==== FUNCTIONS ==================================================*/ /* +------------------------------------------------------------------------------ | Function : em_Init +------------------------------------------------------------------------------ | Description : The function initializes the driverīs internal data. The | function returns DRV_OK in case of a successful completition. | The function returns DRV_INITIALIZED if the driver has already | been initialized and is ready to be used or is already in use. | In case of an initialization failure, which means that the | driver cannot be used, the function returns DRV_INITFAILURE. | This function handles unsupported primitives. | | Parameters : Callback function | | Return : UBYTE +------------------------------------------------------------------------------ */ GLOBAL UBYTE em_Init (drv_SignalCB_Type_EM in_SignalCBPtr, drv_SignalCB_Type_EM_EVENT in_SignalEventCBPtr) { TRACE_FUNCTION("em_Init ()"); em_para_signal_callback = in_SignalCBPtr; /* store call-back function - Data */ em_event_signal_callback = in_SignalEventCBPtr; /* store call-back function - Event */ em_relcs = 0; if (drv_enabled EQ FALSE) { /* EM not initialized yet */ drv_enabled = TRUE; return DRV_OK; } else { return DRV_INITIALIZED; } } /* +------------------------------------------------------------------------------ | Function : em_Exit +------------------------------------------------------------------------------ | Description : The function is used to indicate that the driver and its | functionality isnīt needed anymore. | | Parameters : void | | Return : void +------------------------------------------------------------------------------ */ GLOBAL void em_Exit (void) { TRACE_FUNCTION("em_Exit ()"); em_para_signal_callback = NULL; } /* +------------------------------------------------------------------------------ | Function : em_Read_Data_Parameter +------------------------------------------------------------------------------ | Description : The function is used to indicate that the driver and its | functionality isnīt needed anymore. | | Parameters : UBYTE em_class | UBYTE em_subclass | UBYTE em_type | void (*cbfunc)(T_DRV_SIGNAL_EM * Signal) | | Return : UBYTE +------------------------------------------------------------------------------ */ GLOBAL UBYTE em_Read_Data_Parameter (UBYTE em_class, UBYTE em_subclass, UBYTE em_type, void (*cbfunc)(T_DRV_SIGNAL_EM * Signal)) { TRACE_FUNCTION("em_Read_Data_Parameter ()"); /* Used to store the callback-address for the different sub-functions. If the same infrastructure data is requested a second time before the first one is served only the latest one is handled. */ switch (em_subclass) { case EM_SUBCLASS_SC: em_para_signal_sc_callback = cbfunc; break; case EM_SUBCLASS_SC_GPRS: em_para_signal_sc_gprs_callback = cbfunc; break; case EM_SUBCLASS_NC: em_para_signal_nc_callback = cbfunc; break; case EM_SUBCLASS_LOC_PAG: em_para_signal_loc_callback = cbfunc; break; case EM_SUBCLASS_PLMN: em_para_signal_plmn_callback = cbfunc; break; case EM_SUBCLASS_CIPH_HOP_DTX: em_para_signal_cip_callback = cbfunc; break; case EM_SUBCLASS_POWER: em_para_signal_pow_callback = cbfunc; break; case EM_SUBCLASS_ID: em_para_signal_id_callback = cbfunc; break; case EM_SUBCLASS_SW_VERSION: em_para_signal_ver_callback = cbfunc; break; case EM_SUBCLASS_GMM: em_para_signal_gmm_callback = cbfunc; break; case EM_SUBCLASS_GRLC: em_para_signal_grlc_callback = cbfunc; break; case EM_SUBCLASS_AMR: em_para_signal_amr_callback = cbfunc; break; case EM_SUBCLASS_PDP: em_para_signal_pdp_callback = cbfunc; break; default: em_para_signal_callback = NULL; break; } switch (em_class) { case EM_CLASS_INFRA_DATA: return(em_class_infra_data(em_subclass, em_type)); case EM_CLASS_MOBILE_DATA: return(em_class_mobile_data(em_subclass, em_type)); default: return EM_INVALID_CLASS; } } /* +------------------------------------------------------------------------------ | Function : em_Read_Event_Parameter +------------------------------------------------------------------------------ | Description : The function is used to indicate that the driver and its | functionality isnīt needed anymore. | | Parameters : UBYTE entity | (*cbfunc)(T_DRV_SIGNAL_EM_EVENT * Signal) | | Return : UBYTE +------------------------------------------------------------------------------ */ GLOBAL UBYTE em_Read_Event_Parameter (UBYTE entity, void (*cbfunc)(T_DRV_SIGNAL_EM_EVENT * Signal)) { T_DRV_SIGNAL_EM_EVENT signal_params; UBYTE emet1=0,emet2=0,emet3=0,emet4=0,emet5=0,emet6=0,emet7=0,emet8=0; UBYTE *event_buf; USHORT length_event_buf; UBYTE alr_tmp, dl_tmp, rr_tmp, mm_tmp, cc_tmp, ss_tmp, sms_tmp, sim_tmp; TRACE_FUNCTION("em_Read_Event_Parameter ()"); /* * Used to store the callback-address for the different sub-functions. If the same event trace is * requested a second time before the first one is served only the latest one is handled. */ em_event_signal_callback = cbfunc; em_aci_buf_index = 0; /* * length_event_buf indicates the length of all event traces and is used for dynamic * memory allocation. The single values are from the correspondent entities and therefor * defined as global. To ensure that no buffer overflow happens, the actual index is stored * in a temp variable - a new event could occure after the memory is allocated. */ length_event_buf = (alr_tmp=em_l1_sem_index) + (dl_tmp=em_dl_sem_index) + (rr_tmp=em_rr_sem_index) + (mm_tmp=em_mm_buffer_write) + (cc_tmp=em_cc_buffer_write) + (ss_tmp=em_ss_buffer_write) + (sms_tmp=em_sms_buffer_write) + (sim_tmp=em_sim_buffer_write); #ifdef WIN32 length_event_buf = 100; #endif /* WIN32 */ memset(&aci_em_buf, 0, sizeof(T_EM_EVENT_BUF)); ACI_MALLOC(event_buf, length_event_buf); /* * This checks if the entity is set in the bitmask and at least one event * occurred in the corresponding entity. The event flag (em_xx_trace) protects * unnecessary buffer operations. */ emet1 = ( (((entity & 0x0001) > 0) ? TRUE : FALSE) AND em_l1_trace ) ; /* L1 */ emet2 = ( (((entity & 0x0002) > 0) ? TRUE : FALSE) AND em_dl_trace ) ; /* DL */ emet3 = ( (((entity & 0x0004) > 0) ? TRUE : FALSE) AND em_rr_trace ) ; /* RR */ emet4 = ( (((entity & 0x0008) > 0) ? TRUE : FALSE) AND em_mm_trace ) ; /* MM */ emet5 = ( (((entity & 0x0010) > 0) ? TRUE : FALSE) AND em_cc_trace ) ; /* CC */ emet6 = ( (((entity & 0x0020) > 0) ? TRUE : FALSE) AND em_ss_trace ) ; /* SS */ emet7 = ( (((entity & 0x0040) > 0) ? TRUE : FALSE) AND em_sms_trace ); /* SMS */ emet8 = ( (((entity & 0x0080) > 0) ? TRUE : FALSE) AND em_sim_trace ); /* SIM */ if(emet1) { em_aci_sem(EM_L1, event_buf, alr_tmp); em_l1_trace = FALSE; } if(emet2) { em_aci_sem(EM_DL, event_buf, dl_tmp); em_dl_trace = FALSE; } if(emet3) { em_aci_sem(EM_RR, event_buf, rr_tmp); em_rr_trace = FALSE; } if(emet4) { em_aci_sem(EM_MM, event_buf, mm_tmp); em_mm_trace = FALSE; } if(emet5) { em_aci_sem(EM_CC, event_buf, cc_tmp); em_cc_trace = FALSE; } if(emet6) { em_aci_sem(EM_SS, event_buf, ss_tmp); em_ss_trace = FALSE; } if(emet7) { em_aci_sem(EM_SMS, event_buf, sms_tmp); em_sms_trace = FALSE; } if(emet8) { em_aci_sem(EM_SIM, event_buf, sim_tmp); em_sim_trace = FALSE; } memcpy(&signal_params.Data, &aci_em_buf, sizeof(T_EM_EVENT_BUF)); signal_params.DataLength = length_event_buf; signal_params.Pointer = event_buf; if (em_event_signal_callback NEQ NULL) { (*em_event_signal_callback)(&signal_params); } ACI_MFREE(event_buf); return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_Set_EventTrace +------------------------------------------------------------------------------ | Description : Set the event flags and the callback function for the subclass | | Parameters : subclass - defines the subclass the data is coming from | bitmask_h - bitmask | bitmask_l - bitmask | | Return : UBYTE +------------------------------------------------------------------------------ */ GLOBAL UBYTE em_Set_EventTrace (UBYTE em_subclass, ULONG bitmask_h, ULONG bitmask_l) { TRACE_FUNCTION("em_Set_EventTrace ()"); return(em_class_event_tracing(em_subclass, bitmask_h, bitmask_l)); } /* +------------------------------------------------------------------------------ | Function : em_Received_Data +------------------------------------------------------------------------------ | Description : Compose the callback function | | Parameters : data - requested data subclass - defines the subclass the data is coming from | | Return : void +------------------------------------------------------------------------------ */ GLOBAL void em_Received_Data (void *data, UBYTE subclass) { /*lint -e813*//* info about auto variable size of drv_SignalID_Type_EM*/ drv_SignalID_Type_EM signal_params; TRACE_FUNCTION("em_Received_Data ()"); signal_params.SignalType = subclass; switch (subclass) { case EM_SUBCLASS_SC: { memcpy(&signal_params.UserData.sc, data, sizeof (T_EM_SC_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.sc) + 6); em_para_signal_callback = em_para_signal_sc_callback; break; } case EM_SUBCLASS_SC_GPRS: { memcpy(&signal_params.UserData.sc_gprs, data, sizeof (T_EM_SC_GPRS_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.sc_gprs) + 6); em_para_signal_callback = em_para_signal_sc_gprs_callback; break; } case EM_SUBCLASS_NC: { memcpy(&signal_params.UserData.nc, data, sizeof (T_EM_NC_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.nc) + 6); em_para_signal_callback = em_para_signal_nc_callback; break; } case EM_SUBCLASS_LOC_PAG: { memcpy(&signal_params.UserData.log_pag, data, sizeof (T_EM_LOC_PAG_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.log_pag) + 6); em_para_signal_callback = em_para_signal_loc_callback; break; } case EM_SUBCLASS_PLMN: { memcpy(&signal_params.UserData.plmn, data, sizeof (T_EM_PLMN_INFO_CNF)); signal_params.UserData.plmn.rel_cause = em_relcs; signal_params.DataLength = (sizeof (signal_params.UserData.plmn) + 6); em_para_signal_callback = em_para_signal_plmn_callback; break; } case EM_SUBCLASS_CIPH_HOP_DTX: { memcpy(&signal_params.UserData.cip, data, sizeof (T_EM_CIP_HOP_DTX_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.cip) + 6); em_para_signal_callback = em_para_signal_cip_callback; break; } case EM_SUBCLASS_POWER: { memcpy(&signal_params.UserData.power, data, sizeof (T_EM_POWER_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.power) + 6); em_para_signal_callback = em_para_signal_pow_callback; break; } case EM_SUBCLASS_ID: { memcpy(&signal_params.UserData.id, data, sizeof (T_EM_IDENTITY_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.id) + 6); em_para_signal_callback = em_para_signal_id_callback; break; } case EM_SUBCLASS_SW_VERSION: { em_sw_ver_info_cnf(&signal_params.UserData.version); signal_params.DataLength = (sizeof (signal_params.UserData.version) + 6); em_para_signal_callback = em_para_signal_ver_callback; break; } case EM_SUBCLASS_GMM: { memcpy(&signal_params.UserData.gmm, data, sizeof (T_EM_GMM_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.gmm) + 6); em_para_signal_callback = em_para_signal_gmm_callback; break; } case EM_SUBCLASS_GRLC: { memcpy(&signal_params.UserData.grlc, data, sizeof (T_EM_GRLC_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.grlc) + 6); em_para_signal_callback = em_para_signal_grlc_callback; break; } case EM_SUBCLASS_AMR: { memcpy(&signal_params.UserData.amr, data, sizeof (T_EM_AMR_INFO_CNF)); signal_params.DataLength = (sizeof (signal_params.UserData.amr) + 6); em_para_signal_callback = em_para_signal_amr_callback; break; } case EM_SUBCLASS_PDP: { em_para_signal_callback = em_para_signal_pdp_callback; break; } default: { signal_params.UserData.defaulT = 0xff; signal_params.DataLength = (sizeof (signal_params.UserData.defaulT) + 6); em_para_signal_callback = NULL; break; } } if (em_para_signal_callback NEQ NULL) { (*em_para_signal_callback)(&signal_params); } if(data NEQ NULL) PFREE(data); } LOCAL void em_sw_ver_info_cnf (T_EM_SW_VER *version) { TRACE_FUNCTION ("em_sw_ver_info_cnf()"); memset (version, 0, sizeof (T_EM_SW_VER)); #ifndef WIN32 /* The respective functions are auto-generated by the target build only */ /* Copy the static const strings into the structure */ strncpy (version->alr, l1_version(), MAX_VER-1); strncpy (version->dl, dl_version(), MAX_VER-1); strncpy (version->rr, rr_version(), MAX_VER-1); strncpy (version->mm, mm_version(), MAX_VER-1); strncpy (version->cc, cc_version(), MAX_VER-1); strncpy (version->ss, ss_version(), MAX_VER-1); strncpy (version->sms, sms_version(), MAX_VER-1); strncpy (version->sim, sim_version(), MAX_VER-1); #endif } /* +------------------------------------------------------------------------------ | Function : em_class_infra_data +------------------------------------------------------------------------------ | Description : This function calls the appropriate subfunction for the | requested data (infrastructure data). | | Parameters : em_subclass - defines the subclass the data is requested from | em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_class_infra_data (UBYTE em_subclass, UBYTE em_type) { TRACE_FUNCTION("em_class_infra_data ()"); switch (em_subclass) { case EM_SUBCLASS_SC: return (em_subclass_sc(em_type)); case EM_SUBCLASS_SC_GPRS: #ifdef GPRS return (em_subclass_sc_gprs(em_type)); #else return EM_INVALID_SUBCLASS; #endif /* GPRS */ case EM_SUBCLASS_NC: return (em_subclass_nc(em_type)); case EM_SUBCLASS_LOC_PAG: return (em_subclass_loc_pag(em_type)); case EM_SUBCLASS_PLMN: return (em_subclass_plmn(em_type)); case EM_SUBCLASS_CIPH_HOP_DTX: return (em_subclass_ciph_hop_dtx(em_type)); case EM_SUBCLASS_GMM: #ifdef GPRS return (em_subclass_gmm(em_type)); #else /* GPRS */ return EM_INVALID_SUBCLASS; #endif /* GPRS */ case EM_SUBCLASS_GRLC: #ifdef GPRS return (em_subclass_grlc(em_type)); #else /* GPRS */ return EM_INVALID_SUBCLASS; #endif /* GPRS */ case EM_SUBCLASS_AMR: return (em_subclass_amr(em_type)); case EM_SUBCLASS_PDP: #ifdef GPRS return (em_subclass_pdp(em_type)); #else return EM_INVALID_SUBCLASS; #endif default: return EM_INVALID_SUBCLASS; } } /* +------------------------------------------------------------------------------ | Function : em_class_mobile_data +------------------------------------------------------------------------------ | Description : This function calls the appropriate subfunction for the | requested data (mobile data). | | Parameters : em_subclass - defines the subclass the data is requested from | em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_class_mobile_data (UBYTE em_subclass, UBYTE em_type) { TRACE_FUNCTION("em_class_mobile_data ()"); switch (em_subclass) { case EM_SUBCLASS_POWER: return (em_subclass_power(em_type)); case EM_SUBCLASS_ID: return (em_subclass_id(em_type)); case EM_SUBCLASS_SW_VERSION: return (em_subclass_version(em_type)); /* not implemented yet */ default: return EM_INVALID_SUBCLASS; } } /* +------------------------------------------------------------------------------ | Function : em_class_event_tracing +------------------------------------------------------------------------------ | Description : This function calls the appropriate subfunction for the | requested data (event trace). | | Parameters : em_subclass - defines the event subclass | bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_class_event_tracing (UBYTE em_subclass, ULONG bitmask_h, ULONG bitmask_l) { TRACE_FUNCTION("em_class_event_tracing ()"); switch (em_subclass) { case EM_SUBCLASS_LAYER_1: return em_event_l1((USHORT)bitmask_h, bitmask_l); case EM_SUBCLASS_DL: return em_event_dl((USHORT)bitmask_l); case EM_SUBCLASS_RR: return em_event_rr((USHORT)bitmask_h, bitmask_l); case EM_SUBCLASS_MM: return em_event_mm(bitmask_l); case EM_SUBCLASS_CC: return em_event_cc(bitmask_h, bitmask_l); case EM_SUBCLASS_SS: return em_event_ss((USHORT)bitmask_l); case EM_SUBCLASS_SMS: return em_event_sms(bitmask_h, bitmask_l); case EM_SUBCLASS_SIM: return em_event_sim(bitmask_l); default: return EM_INVALID_SUBCLASS; } } /* +------------------------------------------------------------------------------ | Function : em_subclass_sc +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_sc (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_sc()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_sc_info_req, EM_SC_INFO_REQ); /* T_EM_SC_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_sc_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_sc_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_sc_gprs +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ #ifdef GPRS LOCAL UBYTE em_subclass_sc_gprs (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_sc_gprs()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_sc_gprs_info_req, EM_SC_GPRS_INFO_REQ); /* T_EM_SC_GPRS_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_sc_gprs_info_req->data = em_type; /* the primitive is send to GRR via GMM */ PSEND (hCommGMM, em_sc_gprs_info_req); } return TRUE; } #endif /* GPRS */ /* +------------------------------------------------------------------------------ | Function : em_subclass_nc +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_nc (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_nc()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_nc_info_req, EM_NC_INFO_REQ); /* T_EM_NC_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_nc_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_nc_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_loc_pag +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_loc_pag (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_loc_pag()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_loc_pag_info_req, EM_LOC_PAG_INFO_REQ); /* T_EM_LOC_PAG_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_loc_pag_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_loc_pag_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_plmn +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_plmn (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_plmn()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_plmn_info_req, EM_PLMN_INFO_REQ); /* T_EM_PLMN_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_plmn_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_plmn_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_ciph_hop_dtx +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_ciph_hop_dtx (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_ciph_hop_dtx()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_cip_hop_dtx_info_req, EM_CIP_HOP_DTX_INFO_REQ); /* T_EM_CIP_HOP_DTX_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_cip_hop_dtx_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_cip_hop_dtx_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_power +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_power (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_power()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_power_info_req, EM_POWER_INFO_REQ); /* T_EM_POWER_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_power_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_power_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_id +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_id (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_id()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_identity_info_req, EM_IDENTITY_INFO_REQ); /* T_EM_IDENTITY_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_identity_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_identity_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_version +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_version (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_version()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_sw_version_info_req, EM_SW_VERSION_INFO_REQ); /* T_EM_SW_VERSION_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_sw_version_info_req->data = em_type; /* the primitive is send to RR via MM */ PSENDX (RR, em_sw_version_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_pco_bitmap +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_pco_bitmap - defines the actual requested data | | Return : UBYTE +------------------------------------------------------------------------------ */ UBYTE em_subclass_pco_bitmap (U32 em_pco_bitmap) { TRACE_FUNCTION ("em_subclass_pco_bitmap()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ #ifdef GPRS /*check for requested GMM, GRLC, GRR info*/ if(em_pco_bitmap & (EM_PCO_GPRS_INFO | EM_PCO_GMM_INFO | EM_PCO_GRLC_INFO)) { PALLOC(em_pco_trace_req, EM_PCO_TRACE_REQ); /* T_EM_PCO_TRACE_REQ */ em_pco_trace_req->pco_bitmap = em_pco_bitmap; /* the primitive is send to GMM*/ PSENDX(GMM, em_pco_trace_req); } #endif /*GPRS*/ /*check for requested RR info*/ if(em_pco_bitmap & (EM_PCO_SC_INFO | EM_PCO_NC_INFO | EM_PCO_LOC_PAG_INFO | EM_PCO_IDENTITY_INFO | EM_PCO_CIPH_HOP_DTX_INFO | EM_PCO_POWER_INFO | EM_PCO_PLMN_INFO | EM_PCO_SW_VERSION_INFO | EM_PCO_AMR_INFO)) { PALLOC(em_pco_trace_req, EM_PCO_TRACE_REQ); /* T_EM_PCO_TRACE_REQ */ em_pco_trace_req->pco_bitmap = em_pco_bitmap; /* the primitive is send to RR*/ PSENDX(RR, em_pco_trace_req); } #ifdef GPRS if(em_pco_bitmap & EM_PCO_PDP_INFO) { em_pco_pdp_trace_req(); } #endif return TRUE; }/*em_subclass_pco_bitmap*/ /* +------------------------------------------------------------------------------ | Function : em_pco_pdp_trace_req +------------------------------------------------------------------------------ | Description : This function prints PDP configuration on PCO | | Parameters : void | | Return : void +------------------------------------------------------------------------------ */ #ifdef GPRS LOCAL void em_pco_pdp_trace_req(void) { UBYTE cid; T_PDP_CONTEXT_INTERNAL *p_pdp_context_node = NULL; TRACE_FUNCTION ("em_pco_pdp_trace_req()"); TRACE_EVENT_EM_P1("EM_PDP_INFO_REQ: num_ctxts : %d",PDP_CONTEXT_CID_MAX); for(cid=1;cid<=PDP_CONTEXT_CID_MAX;cid++) { p_pdp_context_node = pdp_context_find_node_from_cid( cid ); if( p_pdp_context_node->internal_data.state EQ PDP_CONTEXT_STATE_INVALID ) { TRACE_EVENT_EM_P1("EM_PDP_INFO_REQ: state : %d",p_pdp_context_node->internal_data.state); } else { if ( p_pdp_context_node->attributes.pdp_addr.ctrl_ip_address EQ NAS_is_ipv4 ) { TRACE_EVENT_EM_P4("EM_PDP_INFO_REQ: state:%d,pdp_type:%s,apn:%s,pdp address:%s", p_pdp_context_node->internal_data.state, p_pdp_context_node->attributes.pdp_type, p_pdp_context_node->attributes.pdp_apn, (( p_pdp_context_node->internal_data.state EQ PDP_CONTEXT_STATE_ACTIVATED ) OR ( p_pdp_context_node->internal_data.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 ) { TRACE_EVENT_EM_P4("EM_PDP_INFO_REQ: state:%d,pdp_type:%s,apn:%s,pdp address:%s", p_pdp_context_node->internal_data.state, p_pdp_context_node->attributes.pdp_type, p_pdp_context_node->attributes.pdp_apn, (( p_pdp_context_node->internal_data.state EQ PDP_CONTEXT_STATE_ACTIVATED ) OR ( p_pdp_context_node->internal_data.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); } } } } #endif /* GPRS */ /* +------------------------------------------------------------------------------ | Function : em_subclass_gmm +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ #ifdef GPRS LOCAL UBYTE em_subclass_gmm(UBYTE em_type) { TRACE_FUNCTION ("em_subclass_gmm()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_gmm_info_req, EM_GMM_INFO_REQ); /* T_EM_SC_GPRS_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_gmm_info_req->data = em_type; /* the primitive is send to GMM */ PSEND (hCommGMM, em_gmm_info_req); } return TRUE; } #endif /* GPRS */ /* +------------------------------------------------------------------------------ | Function : em_subclass_gmm +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ #ifdef GPRS LOCAL UBYTE em_subclass_grlc(UBYTE em_type) { TRACE_FUNCTION ("em_subclass_grlc()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_subclass_grlc, EM_GRLC_INFO_REQ); /* T_EM_SC_GPRS_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_subclass_grlc->data = em_type; /* the primitive is send to GRLC via GMM */ PSEND (hCommGMM, em_subclass_grlc); } return TRUE; } #endif /* GPRS */ /* +------------------------------------------------------------------------------ | Function : em_subclass_amr +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_subclass_amr (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_amr()"); /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_amr_info_req, EM_AMR_INFO_REQ); /* T_EM_AMR_INFO_REQ */ /* fill in primitive parameter: */ /* the bitmask em_type is only used to prevent unnecesary use of primitives*/ em_amr_info_req->data = em_type; /* the primitive directly to RR */ PSENDX (RR, em_amr_info_req); } return TRUE; } /* +------------------------------------------------------------------------------ | Function : em_subclass_pdp +------------------------------------------------------------------------------ | Description : This function displays PDP output directly since the | data is available in ACI itself. | | Parameters : em_type - defines the actual data | | Return : UBYTE +------------------------------------------------------------------------------ */ #ifdef GPRS LOCAL UBYTE em_subclass_pdp (UBYTE em_type) { TRACE_FUNCTION ("em_subclass_pdp()"); em_Received_Data ((void *)NULL, EM_SUBCLASS_PDP); return TRUE; } #endif /* +------------------------------------------------------------------------------ | Function : em_event_l1 +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_l1 (USHORT bitmask_h, ULONG bitmask_l) { TRACE_FUNCTION ("em_event_l1()"); /* check if only specified events are set in the bitmask */ if (!(bitmask_h & ~EM_BITMASK_L1_H)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ PALLOC(em_l1_event_req, EM_L1_EVENT_REQ); /* T_EM_L1_EVENT_REQ */ /* fill in primitive parameter: */ em_l1_event_req->bitmask_l1_h = bitmask_h; em_l1_event_req->bitmask_l1_l = bitmask_l; /* additional information for the mscviewer */ TRACE_PRIM_TO("PL"); /* the primitive is send to PL */ PSENDX (PL, em_l1_event_req); return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_dl +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_dl (USHORT bitmask) { TRACE_FUNCTION ("em_event_dl()"); /* check if only specified events are set in the bitmask */ if (!(bitmask & ~EM_BITMASK_DL)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_dl_event_req, EM_DL_EVENT_REQ); /* T_EM_DL_EVENT_REQ */ /* fill in primitive parameter: */ em_dl_event_req->bitmask_dl = bitmask; /* additional information for the mscviewer */ TRACE_PRIM_TO("DL"); /* the primitive is send to DL via MM */ PSENDX (MM, em_dl_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_rr +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_rr (USHORT bitmask_h, ULONG bitmask_l) { TRACE_FUNCTION ("em_event_rr()"); /* check if only specified events are set in the bitmask */ if (!(bitmask_h & ~EM_BITMASK_RR_H)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_rr_event_req, EM_RR_EVENT_REQ); /* EM_RR_EVENT_REQ */ /* fill in primitive parameter: */ em_rr_event_req->bitmask_rr_h = bitmask_h; em_rr_event_req->bitmask_rr_l = bitmask_l; /* no additional information for the mscviewer is needed here because * RR is the default entity inside the mscview.tbl TRACE_PRIM_TO("RR"); */ /* the primitive is send to RR */ PSENDX (RR, em_rr_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_mm +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_mm (ULONG bitmask) { TRACE_FUNCTION ("em_event_mm()"); /* check if only specified events are set in the bitmask */ if (!(bitmask & ~EM_BITMASK_MM)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_mm_event_req, EM_MM_EVENT_REQ); /* T_EM_MM_EVENT_REQ */ /* fill in primitive parameter: */ em_mm_event_req->bitmask_mm = bitmask; /* additional information for the mscviewer */ TRACE_PRIM_TO("MM"); /* the primitive is send to MM */ PSENDX (MM, em_mm_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_cc +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_cc (ULONG bitmask_h, ULONG bitmask_l) { TRACE_FUNCTION ("em_event_cc()"); /* check if only specified events are set in the bitmask */ if (!(bitmask_h & ~EM_BITMASK_CC_H)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_cc_event_req, EM_CC_EVENT_REQ); /* T_EM_CC_EVENT_REQ */ /* fill in primitive parameter: */ em_cc_event_req->bitmask_cc_h = bitmask_h; em_cc_event_req->bitmask_cc_l = bitmask_l; /* additional information for the mscviewer */ TRACE_PRIM_TO("CC"); /* the primitive is send to CC */ PSENDX (CC, em_cc_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_ss +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_ss (USHORT bitmask) { TRACE_FUNCTION ("em_event_ss()"); /* check if only specified events are set in the bitmask */ if (!(bitmask & ~EM_BITMASK_SS)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_ss_event_req, EM_SS_EVENT_REQ); /* T_EM_SS_EVENT_REQ */ /* fill in primitive parameter: */ em_ss_event_req->bitmask_ss = bitmask; /* additional information for the mscviewer */ TRACE_PRIM_TO("SS"); /* the primitive is send to SS */ PSENDX (SS, em_ss_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_sms +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_sms (ULONG bitmask_h, ULONG bitmask_l) { TRACE_FUNCTION ("em_event_sms()"); /* check if only specified events are set in the bitmask */ if (!(bitmask_h & ~EM_BITMASK_SMS_H)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_sms_event_req, EM_SMS_EVENT_REQ); /* T_EM_SMS_EVENT_REQ */ /* fill in primitive parameter: */ em_sms_event_req->bitmask_sms_h = bitmask_h; em_sms_event_req->bitmask_sms_l = bitmask_l; /* additional information for the mscviewer */ TRACE_PRIM_TO("SMS"); /* the primitive is send to SMS */ PSENDX (SMS, em_sms_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_event_sim +------------------------------------------------------------------------------ | Description : This function send the appropriate primitive to the involved | entity. | | Parameters : bitmask - defines the single events | | Return : UBYTE +------------------------------------------------------------------------------ */ LOCAL UBYTE em_event_sim (ULONG bitmask) { TRACE_FUNCTION ("em_event_sim()"); /* check if only specified events are set in the bitmask */ if (!(bitmask & ~EM_BITMASK_SIM)) { /* *------------------------------------------------------------------- * create and send primitive *------------------------------------------------------------------- */ { PALLOC(em_sim_event_req, EM_SIM_EVENT_REQ); /* T_EM_SIM_EVENT_REQ */ /* fill in primitive parameter: */ em_sim_event_req->bitmask_sim = bitmask; /* additional information for the mscviewer */ TRACE_PRIM_TO("SIM"); /* the primitive is send to SIM */ PSENDX (SIM, em_sim_event_req); } return TRUE; } else /* wrong bitmask */ return EM_DATA_NOT_AVAIL; } /* +------------------------------------------------------------------------------ | Function : em_aci_sem +------------------------------------------------------------------------------ | Description : Clear all entries inside the semaphor for event tracing | | Parameters : UBYTE entity | | Return : void +------------------------------------------------------------------------------ */ void em_aci_sem (UBYTE entity, UBYTE *buffer, UBYTE buf_index_tmp) { TRACE_FUNCTION ("em_aci_sem()"); /* * aci_em_buf.xxx.index keeps the position of the data inside the buffer * aci_em_buf.xxx.length indicates the length of the data to be copied * both values are used for later processing of the data */ switch (entity) { case (EM_L1): em_l1_sem_read(); memcpy(buffer + em_aci_buf_index, em_l1_sem_buffer, buf_index_tmp); aci_em_buf.alr.index = em_aci_buf_index; aci_em_buf.alr.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_l1_sem_reset (); break; case (EM_DL): em_dl_sem_read(); memcpy(buffer + em_aci_buf_index, em_dl_sem_buffer, buf_index_tmp); aci_em_buf.dl.index = em_aci_buf_index; aci_em_buf.dl.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_dl_sem_reset (); break; case (EM_RR): em_rr_sem_read(); memcpy(buffer + em_aci_buf_index, em_rr_sem_buffer, buf_index_tmp); aci_em_buf.rr.index = em_aci_buf_index; aci_em_buf.rr.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_rr_sem_reset (); break; case (EM_MM): memcpy(buffer + em_aci_buf_index, em_mm_event_buffer, buf_index_tmp); aci_em_buf.mm.index = em_aci_buf_index; aci_em_buf.mm.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_mm_buffer_write = 0; break; case (EM_CC): memcpy(buffer + em_aci_buf_index, em_cc_event_buffer, buf_index_tmp); aci_em_buf.cc.index = em_aci_buf_index; aci_em_buf.cc.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_cc_buffer_write = 0; break; case (EM_SS): memcpy(buffer + em_aci_buf_index, em_ss_event_buffer, buf_index_tmp); aci_em_buf.ss.index = em_aci_buf_index; aci_em_buf.ss.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_ss_buffer_write = 0; break; case (EM_SMS): memcpy(buffer + em_aci_buf_index, em_sms_event_buffer, buf_index_tmp); aci_em_buf.sms.index = em_aci_buf_index; aci_em_buf.sms.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_sms_buffer_write = 0; break; case (EM_SIM): memcpy(buffer + em_aci_buf_index, em_sim_event_buffer, buf_index_tmp); aci_em_buf.sim.index = em_aci_buf_index; aci_em_buf.sim.length = buf_index_tmp; em_aci_buf_index += buf_index_tmp; em_sim_buffer_write = 0; break; default: break; } /* switch */ } /* endfunc em_aci_sem */ /* +------------------------------------------------------------------------------ | Function : em_event_trace_ind +------------------------------------------------------------------------------ | Description : When event tracing is enabled, the entity sends a notification | that the first event occurred. The event flag (em_xx_trace) | protects unnecessary buffer operations. | | Parameters : Entity | | Return : void +------------------------------------------------------------------------------ */ GLOBAL void em_event_trace_ind (T_EM_DATA_IND * em_data_ind) { TRACE_FUNCTION ("em_event_trace_ind()"); switch (em_data_ind->entity) { case EM_L1: em_l1_trace = TRUE; break; case EM_DL: em_dl_trace = TRUE; break; case EM_RR: em_rr_trace = TRUE; break; case EM_MM: em_mm_trace = TRUE; break; case EM_CC: em_cc_trace = TRUE; break; case EM_SS: em_ss_trace = TRUE; break; case EM_SMS: em_sms_trace = TRUE; break; case EM_SIM: em_sim_trace = TRUE; break; default: break; } /* switch */ PFREE(em_data_ind); } /*+++++++++++++++++++++++++++++++++++++++++ E O F +++++++++++++++++++++++++++++++++++++++++*/