FreeCalypso > hg > fc-tourmaline
view src/condat/com/include/em.h @ 223:740a8e8fc9d7
startup sync logic rework for the new PWON button boot scheme
Previously we added logic to the MMI task to hold off PEI init until
R2D is running, and then extended that condition to wait for FCHG
init too. However, the dependencies of MMI upon R2D and FCHG don't
start until mmiInit(), and that call is driven by Switch_ON() code,
hence the wait for R2D and FCHG init can be made in that code path
instead of the MMI task. Furthermore, with our new way of signaling
PWON button boot to MMI, we need a new wait to ensure that the MMI
task is up - previously this assurance was provided by the wait for
Kp pointers to be set.
Solution: revert our previous PEI init hold-off additions to MMI,
add a new flag indicating MMI task init done, and put the combined
wait for all needed conditions into our new PWON button boot code
in power.c.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Tue, 27 Apr 2021 06:24:52 +0000 |
| parents | 4e78acac3d88 |
| children |
line wrap: on
line source
/* +----------------------------------------------------------------------------- | Project : GSM (6301) | 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 : Types definitions for the engineering mode driver | . +----------------------------------------------------------------------------- */ #ifndef EM_H #define EM_H /* * Return Values */ #define EM_INVALID_CLASS 10 #define EM_INVALID_SUBCLASS 11 #define EM_INVALID_TYPE 12 #define EM_INVALID_ACCESS 13 #define EM_NO_MORE_DATA 14 #define EM_DATA_NOT_AVAIL 15 #define MAX_EM_LENGTH 80 /* * Data Types */ typedef struct { UBYTE em_class; UBYTE em_subclass; UBYTE em_type; UBYTE em_length; UBYTE em_parameter [MAX_EM_LENGTH]; } em_data_type; /* * EM classes */ #define EM_CLASS_EVENT_TRACE 1 #define EM_CLASS_COUNTER 2 #define EM_CLASS_INFRA_DATA 3 #define EM_CLASS_MS_DATA 4 /* * EM Subclasses Event Tracing / Counter */ #define EM_SUBCLASS_LAYER_1 1 #define EM_SUBCLASS_DL 2 #define EM_SUBCLASS_RR 3 #define EM_SUBCLASS_MM 4 #define EM_SUBCLASS_CC 5 #define EM_SUBCLASS_SS 6 #define EM_SUBCLASS_SMS 7 #define EM_SUBCLASS_SIM 8 /* * EM Subclasses Infrastructure data */ #define EM_SUBCLASS_SC_INFO 9 #define EM_SUBCLASS_NC_INFO 10 #define EM_SUBCLASS_LUP_AND_PAG 12 #define EM_SUBCLASS_PLMN_PARA 13 #define EM_SUBCLASS_CIPH_HOP_DTX 14 /* * EM Subclasses Mobile Data */ #define EM_SUBCLASS_POWER 15 #define EM_SUBCLASS_IDENTITY 16 #define EM_SUBCLASS_VERSION 17 /* * EM types */ typedef struct { USHORT arfcn; /* channel number */ SHORT c1; /* C1 Path Loss Criterion */ SHORT c2; /* C2 Reselection Criterion */ UBYTE rxlev; /* fieldstrength */ UBYTE bsic; /* BSIC */ UBYTE mcc[3]; /* Mobile Country Code */ UBYTE mnc[3]; /* Mobile Network Code */ USHORT lac; /* Location Area Code */ USHORT cell_id; /* cell identifier */ UBYTE cba; /* Cell barred access */ UBYTE cbq; /* Cell barred qualify */ UBYTE til_state; /* State of cell in TIL/ALR */ UBYTE sync_cnt; /* Pending L1 cells sync */ UBYTE bcch_cnt; /* Pending L1 cells bcch read */ UBYTE rxlev_f; /* RSSI full in dedicated mode */ UBYTE rxlev_s; /* RSSI sub in dedicated mode */ UBYTE rxqual_f; /* Qual full in dedicated mode */ UBYTE rxqual_s; /* Qual sub in dedicated mode */ } T_EM_NC_DATA; /* * internal prototypes for em driver */ EXTERN void em_trace_single (UBYTE class, UBYTE subclass, UBYTE type); EXTERN void em_trace_ubyte (UBYTE class, UBYTE subclass, UBYTE type, UBYTE value); EXTERN void em_trace_ushort (UBYTE class, UBYTE subclass, UBYTE type, USHORT value); EXTERN void em_trace_array (UBYTE class, UBYTE subclass, UBYTE type, UBYTE * value, UBYTE len); EXTERN UBYTE * em_get_sys_info (UBYTE sys_info_type); EXTERN UBYTE em_get_nc_data (T_EM_NC_DATA * em_nc_data, UBYTE index); EXTERN UBYTE em_get_network_meas (UBYTE * chan_list); EXTERN UBYTE em_get_bcch_chan_list (em_data_type * out_em_data); /* * Access Functions */ #if defined (EM_TRACE) #define EM_EV_L1_TRACE(a) em_trace_single(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_LAYER_1,a); #define EM_EV_L1_TRACE_UBYTE(a,b) em_trace_ubyte(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_LAYER_1,a,b); #define EM_EV_L1_TRACE_USHORT(a,b) em_trace_ushort(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_LAYER_1,a,b); #define EM_EV_L1_TRACE_ARRAY(a,b,c) em_trace_array(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_LAYER_1,a,b,c); #define EM_EV_DL_TRACE(a) em_trace_single(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_DL,a); #define EM_EV_DL_TRACE_UBYTE(a,b) em_trace_ubyte(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_DL,a,b); #define EM_EV_DL_TRACE_USHORT(a,b) em_trace_ushort(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_DL,a,b); #define EM_EV_DL_TRACE_ARRAY(a,b,c) em_trace_array(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_DL,a,b,c); #define EM_EV_RR_TRACE(a) em_trace_single(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_RR,a); #define EM_EV_RR_TRACE_UBYTE(a,b) em_trace_ubyte(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_RR,a,b); #define EM_EV_RR_TRACE_USHORT(a,b) em_trace_ushort(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_RR,a,b); #define EM_EV_RR_TRACE_ARRAY(a,b,c) em_trace_array(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_RR,a,b,c); #define EM_EV_MM_TRACE(a) em_trace_single(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_MM,a); #define EM_EV_MM_TRACE_UBYTE(a,b) em_trace_ubyte(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_MM,a,b); #define EM_EV_MM_TRACE_USHORT(a,b) em_trace_ushort(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_MM,a,b); #define EM_EV_MM_TRACE_ARRAY(a,b,c) em_trace_array(EM_CLASS_EVENT_TRACE,EM_SUBCLASS_MM,a,b,c); #else #define EM_EV_L1_TRACE(a) #define EM_EV_L1_TRACE_UBYTE(a,b) #define EM_EV_L1_TRACE_USHORT(a,b) #define EM_EV_L1_TRACE_ARRAY(a,b,c) #define EM_EV_DL_TRACE(a) #define EM_EV_DL_TRACE_UBYTE(a,b) #define EM_EV_DL_TRACE_USHORT(a,b) #define EM_EV_DL_TRACE_ARRAY(a,b,c) #define EM_EV_RR_TRACE(a) #define EM_EV_RR_TRACE_UBYTE(a,b) #define EM_EV_RR_TRACE_USHORT(a,b) #define EM_EV_RR_TRACE_ARRAY(a,b,c) #define EM_EV_MM_TRACE(a) #define EM_EV_MM_TRACE_UBYTE(a,b) #define EM_EV_MM_TRACE_USHORT(a,b) #define EM_EV_MM_TRACE_ARRAY(a,b,c) #endif /* * Event trace, layer 1 */ #define EM_EV_L1_POWER_MEAS_REQ 1 #define EM_EV_L1_RX_MEAS_REQ 2 #define EM_EV_L1_RX_MEAS_CNF 3 #define EM_EV_L1_POWER_MEAS_CNF 4 #define EM_EV_L1_BSIC_REQ 5 #define EM_EV_L1_BSIC_AVAIL 6 #define EM_EV_L1_BSIC_NOT_AVAIL 7 #define EM_EV_L1_BCCH_READ_ERR 8 #define EM_EV_L1_CONFIG_CLASSMARK 9 #define EM_EV_L1_CONFIG_IDLE_MODE 10 #define EM_EV_L1_CONFIG_CBCH 11 #define EM_EV_L1_CONFIG_NCELL 12 #define EM_EV_L1_CHANGE_EXT_PAG 13 #define EM_EV_L1_CHANGE_REORG_PAG 14 #define EM_EV_L1_CHANGE_NORM_PAG 15 #define EM_EV_L1_CHANGE_IDLE_BCCH 16 #define EM_EV_L1_DOWNLINK_ERROR 17 #define EM_EV_L1_PAGING_DETECTED 18 #define EM_EV_L1_READ_NCELL_BSIC 19 #define EM_EV_L1_NCELL_BSIC_AVAIL 20 #define EM_EV_L1_NCELL_BSIC_NO_AVAIL 21 #define EM_EV_L1_READ_NCELL_SB 22 #define EM_EV_L1_NCELL_SB_AVAIL 23 #define EM_EV_L1_NCELL_SB_NO_AVAIL 24 #define EM_EV_L1_READ_NCELL_BCCH 25 #define EM_EV_L1_NCELL_BCCH_AVAIL 26 #define EM_EV_L1_NCELL_BCCH_NO_AVAIL 27 #define EM_EV_L1_CONFIG_CELL_RESEL 28 #define EM_EV_L1_START_CON_EST 29 #define EM_EV_L1_CONFIG_IMM_ASS 30 #define EM_EV_L1_STOP_CON_EST 31 #define EM_EV_L1_CONFIG_CHN_ASS 32 #define EM_EV_L1_CONFIG_ASYNC_HO 33 #define EM_EV_L1_CONFIG_SYNC_HO 34 #define EM_EV_L1_CONFIG_PRE_HO 35 #define EM_EV_L1_CONFIG_PSEUDO_HO 36 #define EM_EV_L1_CONFIG_FREQ_REDEF 37 #define EM_EV_L1_CONFIG_CHN_MODIFY 38 #define EM_EV_L1_CONFIG_CIPH_SET 39 #define EM_EV_L1_START_CBCH_READ 40 #define EM_EV_L1_RECEIVE_CBCH 41 #define EM_EV_L1_CBCH_MSG_COMPLETE 42 #define EM_EV_L1_STOP_CBCH_READ 43 #define EM_EV_L1_RECEIVE_NULL 44 #define EM_EV_L1_RECEIVE_SCHEDULE 45 #define EM_EV_L1_CONFIG_TCH_LOOP 46 #define EM_EV_L1_CONFIG_DAT 47 #define EM_EV_L1_DEACTIVATE 48 /* * Event trace, data link layer */ #define EM_EV_DL_SDCCH_EST_PASSED 1 #define EM_EV_DL_SDCCH_EST_FAILED 2 #define EM_EV_DL_FACCH_EST_PASSED 3 #define EM_EV_DL_FACCH_EST_FAILED 4 #define EM_EV_DL_SDCCH_3_EST_PASSED 5 #define EM_EV_DL_SDCCH_3_EST_FAILED 6 #define EM_EV_DL_SACCH_3_EST_PASSED 7 #define EM_EV_DL_SACCH_3_EST_FAILED 8 #define EM_EV_DL_SDCCH_REL 9 #define EM_EV_DL_FACCH_REL 10 #define EM_EV_DL_SDCCH_3_REL 11 #define EM_EV_DL_FACCH_3_REL 12 #define EM_EV_DL_SDCCH_SUSPEND 13 #define EM_EV_DL_FACCH_SUSPEND 14 #define EM_EV_DL_SDCCH_MINOR_ERR 15 #define EM_EV_DL_FACCH_MINOR_ERR 16 #define EM_EV_DL_SDCCH_3_MINOR_ERR 17 #define EM_EV_DL_SACCH_3_MINOR_ERR 18 #define EM_EV_DL_SDCCH_MAJOR_ERR 19 #define EM_EV_DL_FACCH_MAJOR_ERR 20 #define EM_EV_DL_SDCCH_3_MAJOR_ERR 21 #define EM_EV_DL_SACCH_3_MAJOR_ERR 22 /* * Event trace, radio resource management */ #define EM_EV_RR_SRCH_LIM_STARTED 1 #define EM_EV_RR_SRCH_LIM_PASSED 2 #define EM_EV_RR_SRCH_LIM_FAILED 3 #define EM_EV_RR_SRCH_FULL_START_MM 4 #define EM_EV_RR_SRCH_FULL_START_RR 5 #define EM_EV_RR_SRCH_FULL_PASSED 6 #define EM_EV_RR_SRCH_FULL_FAILED 7 #define EM_EV_RR_SRCH_HPLMN_START_RR 8 #define EM_EV_RR_SRCH_HPLMN_PASSED 9 #define EM_EV_RR_SRCH_HPLMN_FAILED 10 #define EM_EV_RR_SRCH_PLMN_START 11 #define EM_EV_RR_SRCH_PLMN_FINISHED 12 #define EM_EV_RR_IDLE_NO_SERVICE 13 #define EM_EV_RR_IDLE_LIM_SERVICE 14 #define EM_EV_RR_IDLE_FULL_SERVICE 15 #define EM_EV_RR_CELL_RESEL_START 16 #define EM_EV_RR_CELL_RESEL_END 17 #define EM_EV_RR_PAGING_DETECTED 18 #define EM_EV_RR_DOWNLINK_FAILURE 19 #define EM_EV_RR_CHANNEL_REQUEST 20 #define EM_EV_RR_IMM_ASS 21 #define EM_EV_RR_IMM_ASS_EXT 22 #define EM_EV_RR_IMM_ASS_REJ 23 #define EM_EV_RR_L2_CON_EST 24 #define EM_EV_RR_EARLY_CLASS_SEND 25 #define EM_EV_RR_CLASS_INTERROGATION 26 #define EM_EV_RR_ASS 27 #define EM_EV_RR_ASS_FAIL_REJ 28 #define EM_EV_RR_ASS_FAIL_REC 29 #define EM_EV_RR_ASS_FAIL_LOSS 30 #define EM_EV_RR_ASS_COMPLETE 31 #define EM_EV_RR_HO_ASYNC 32 #define EM_EV_RR_HO_SYNC 33 #define EM_EV_RR_HO_PRE_SYNC 34 #define EM_EV_RR_HO_PSEUDO_SYNC 35 #define EM_EV_RR_HO_FAIL_REJ 36 #define EM_EV_RR_HO_FAIL_REC 37 #define EM_EV_RR_HO_FAIL_LOSS 38 #define EM_EV_RR_HO_COMPLETE 39 #define EM_EV_RR_FREQ_REDEF 40 #define EM_EV_RR_CIPH_SET 41 #define EM_EV_RR_CHAN_MOD_START 42 #define EM_EV_RR_CHAN_MOD_END 43 #define EM_EV_RR_CHAN_RELEASE 44 #define EM_EV_RR_RADIO_LINK_FAIL 45 #define EM_EV_RR_LAYER_2_LOSS 46 #define EM_EV_RR_STATUS_RECEIVED 47 #define EM_EV_RR_STATUS_SEND 48 #define EM_EV_RR_TCH_LOOP 49 #define EM_EV_RR_TEST_INTERFACE 50 #define EM_EV_RR_DEACTIVATION 51 /* * Event trace, mobility management */ #define EM_EV_MM_SIM_INSERT 1 #define EM_EV_MM_SIM_REMOVE 2 #define EM_EV_MM_SET_PLMN_MODE 3 #define EM_EV_MM_START_REG_LIM 4 #define EM_EV_MM_START_REG_FULL 5 #define EM_EV_MM_START_PLMN_AVAIL 6 #define EM_EV_MM_CS_NO_SERVICE 7 #define EM_EV_MM_CS_LIM_SERVICE 8 #define EM_EV_MM_CS_FULL_SERVICE 9 #define EM_EV_MM_CR_NO_SERVICE 10 #define EM_EV_MM_CR_LIM_SERVICE 11 #define EM_EV_MM_CR_FULL_SERVICE 12 #define EM_EV_MM_RESULT_PLMN_LIST 13 #define EM_EV_MM_IMSI_ATT_STARTED 14 #define EM_EV_MM_RR_CON_ESTABLISHED 15 #define EM_EV_MM_RR_CON_FAILED 16 #define EM_EV_MM_LOC_UPD_ACCEPT 17 #define EM_EV_MM_NORM_LUP_STARTED 18 #define EM_EV_MM_PERI_LUP_STARTED 19 #define EM_EV_MM_TMSI_REALLOC_START 20 #define EM_EV_MM_TMSI_REALLOC_CMP 21 #define EM_EV_MM_LOC_UPD_REJECT 22 #define EM_EV_MM_IMSI_DETACH 23 #define EM_EV_MM_ID_REQUEST 24 #define EM_EV_MM_ID_RESPONSE 25 #define EM_EV_MM_AUTH_REQUEST 26 #define EM_EV_MM_AUTH_RESPONSE 27 #define EM_EV_MM_AUTH_REJECT 28 #define EM_EV_MM_CM_SERV_REQ_CC 29 #define EM_EV_MM_CM_SERV_REQ_SS_SMS 30 #define EM_EV_MM_CM_SERV_ACC_CIPH 31 #define EM_EV_MM_CM_SERV_ACC_CMD 32 #define EM_EV_MM_CM_SERV_REJECT 33 /* * Infrastructure Data - Serving Cell Information */ #define EM_IN_SC_BCCH_ARFCN 1 #define EM_IN_SC_C1 2 #define EM_IN_SC_RX 3 #define EM_IN_SC_BSIC 4 #define EM_IN_SC_DLT 5 #define EM_IN_SC_TX_POWER 6 #define EM_IN_SC_TS 7 #define EM_IN_SC_DEDI_ARFCN 8 #define EM_IN_SC_DEDI_RX_FULL 9 #define EM_IN_SC_DEDI_RX_SUB 10 #define EM_IN_SC_DEDI_RLT 11 #define EM_IN_SC_DEDI_TA 12 #define EM_IN_SC_DEDI_QUAL_FULL 13 #define EM_IN_SC_DEDI_QUAL_SUB 14 #define EM_IN_SC_NMR_RAW 15 #define EM_IN_SC_BCCH_LIST_RAW 16 #define EM_IN_SC_C2 17 #define EM_IN_SC_LAC 18 #define EM_IN_SC_BA 19 #define EM_IN_SC_BQ 20 #define EM_IN_SC_TIL_STATE 21 /* * Infrastructure Data - Neighbour Cell Information */ #define EM_IN_NC_NO_OF_NCELLS 1 #define EM_IN_NC_BCCH_1 2 #define EM_IN_NC_BCCH_2 3 #define EM_IN_NC_BCCH_3 4 #define EM_IN_NC_BCCH_4 5 #define EM_IN_NC_BCCH_5 6 #define EM_IN_NC_BCCH_6 7 #define EM_IN_NC_RX_1 8 #define EM_IN_NC_RX_2 9 #define EM_IN_NC_RX_3 10 #define EM_IN_NC_RX_4 11 #define EM_IN_NC_RX_5 12 #define EM_IN_NC_RX_6 13 #define EM_IN_NC_C1_1 14 #define EM_IN_NC_C1_2 15 #define EM_IN_NC_C1_3 16 #define EM_IN_NC_C1_4 17 #define EM_IN_NC_C1_5 18 #define EM_IN_NC_C1_6 19 #define EM_IN_NC_BSIC_1 20 #define EM_IN_NC_BSIC_2 21 #define EM_IN_NC_BSIC_3 22 #define EM_IN_NC_BSIC_4 23 #define EM_IN_NC_BSIC_5 24 #define EM_IN_NC_BSIC_6 25 #define EM_IN_NC_CID_1 26 #define EM_IN_NC_CID_2 27 #define EM_IN_NC_CID_3 28 #define EM_IN_NC_CID_4 29 #define EM_IN_NC_CID_5 30 #define EM_IN_NC_CID_6 31 #define EM_IN_NC_FN_OFFSET_1 32 #define EM_IN_NC_FN_OFFSET_2 33 #define EM_IN_NC_FN_OFFSET_3 34 #define EM_IN_NC_FN_OFFSET_4 35 #define EM_IN_NC_FN_OFFSET_5 36 #define EM_IN_NC_FN_OFFSET_6 37 #define EM_IN_NC_TA_OFFSET_1 38 #define EM_IN_NC_TA_OFFSET_2 39 #define EM_IN_NC_TA_OFFSET_3 40 #define EM_IN_NC_TA_OFFSET_4 41 #define EM_IN_NC_TA_OFFSET_5 42 #define EM_IN_NC_TA_OFFSET_6 43 #define EM_IN_NC_C2_1 44 #define EM_IN_NC_C2_2 45 #define EM_IN_NC_C2_3 46 #define EM_IN_NC_C2_4 47 #define EM_IN_NC_C2_5 48 #define EM_IN_NC_C2_6 49 #define EM_IN_NC_LAC_1 50 #define EM_IN_NC_LAC_2 51 #define EM_IN_NC_LAC_3 52 #define EM_IN_NC_LAC_4 53 #define EM_IN_NC_LAC_5 54 #define EM_IN_NC_LAC_6 55 #define EM_IN_NC_BA_1 56 #define EM_IN_NC_BA_2 57 #define EM_IN_NC_BA_3 58 #define EM_IN_NC_BA_4 59 #define EM_IN_NC_BA_5 60 #define EM_IN_NC_BA_6 61 #define EM_IN_NC_BQ_1 62 #define EM_IN_NC_BQ_2 63 #define EM_IN_NC_BQ_3 64 #define EM_IN_NC_BQ_4 65 #define EM_IN_NC_BQ_5 66 #define EM_IN_NC_BQ_6 67 #define EM_IN_NC_TIL_STATE_1 68 #define EM_IN_NC_TIL_STATE_2 69 #define EM_IN_NC_TIL_STATE_3 70 #define EM_IN_NC_TIL_STATE_4 71 #define EM_IN_NC_TIL_STATE_5 72 #define EM_IN_NC_TIL_STATE_6 73 #define EM_IN_NC_TIL_SYNC_CNT 74 #define EM_IN_NC_TIL_BCCH_CNT 75 /* * Infrastructure Data - Location and Paging Parameter */ #define EM_IN_LP_BS_PA_MFRMS 1 #define EM_IN_LP_T3212 2 #define EM_IN_LP_MCC 3 #define EM_IN_LP_MNC 4 #define EM_IN_LP_LAC 5 #define EM_IN_LP_TMSI 6 #define EM_IN_LP_LAC_RAW 7 #define EM_IN_LP_CI_RAW 8 #if defined (NEW_FRAME) /* * to achieve backward compatibility with older definitions */ #define drv_SignalCB_Type T_DRV_CB_FUNC #define drv_SignalID_Type T_DRV_SIGNAL #define T_VSI_THANDLE USHORT #endif /* * Prototypes */ #ifndef FF_EM_MODE EXTERN UBYTE em_Init (void); EXTERN void em_Exit (void); #endif /* FF_EM_MODE */ EXTERN UBYTE em_Read_Parameter (UBYTE em_class, UBYTE em_subclass, UBYTE em_type, em_data_type * out_em_data); EXTERN UBYTE em_Enable_Post_Mortem (void); EXTERN UBYTE em_Disable_Post_Mortem (void); EXTERN UBYTE em_Read_Post_Mortem (em_data_type * out_em_data); #endif