FreeCalypso > hg > fc-tourmaline
view src/g23m-aci/aci/conc_sms.h @ 221:5bf097aeaad7
LLS: when turning off all LEDs on boot, skip LED-C
Having LLS turn off LED-A and LED-B on boot is normally unnecessary
(they should already be off in Iota), but it is harmless, hence this
logic is kept for robustness. However, having LLS read-modify-write
the BCICTL2 register (to turn off LED-C) creates a potential race
condition with FCHG writes to this register, especially in the case
when baseband switch-on is caused by VCHG and charging is expected
to start right away. Furthermore, control of the charging LED itself
(on those hw targets that have it) is the responsibility of the FCHG
SWE, hence LLS should leave it alone.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Mon, 26 Apr 2021 21:55:13 +0000 |
parents | fa8dc04885d8 |
children |
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/* +----------------------------------------------------------------------------- | Project : $Workfile:: | Modul : CONC_SMS +----------------------------------------------------------------------------- | 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 : SMS Concatenation Handler +----------------------------------------------------------------------------- */ #ifndef CONC_SMS_H #define CONC_SMS_H /* for target tests of Conc. SMS define _CONC_TESTING_ */ /*#ifndef _CONC_TESTING_ #define _CONC_TESTING_ #endif*/ /*==== CONSTANTS ==================================================*/ #define SMS_IEI_CONC_8BIT 0x00 #define SMS_IEI_CONC_16BIT 0x08 #define L_UNCOMP_8BIT_DATA 140 #define L_UNCOMP_7BIT_DATA 160 #define L_UNCOMP_8BIT_DATA_CONC 134 #define L_UNCOMP_7BIT_DATA_CONC 153 /* only for test purposes */ #define L_UNCOMP_8BIT_DATA_TST 14 #define L_UNCOMP_7BIT_DATA_TST 16 #define L_UNCOMP_8BIT_DATA_CONC_TST 13 #define L_UNCOMP_7BIT_DATA_CONC_TST 15 #define COMMAND_TYPE_DELETE 0x02 #define CONC_MAX_SEGS 10 /* maximum number of segment in one conc. SMS */ /* max number of conc. SMs in segment buffer and assembly buffer */ #define MAX_BUF_ELEMS 5 /* max number of conc. SMs in concatenation buf */ #define MAX_CONC_BUF_ELEMS 30 #define CONC_UDH_LEN 6 #define MAX_SEG_TOTAL 120 /* detection modes for SMS_getSMSType */ #define MODE1 1 #define MODE2 2 #define MODE3 3 /*==== TYPES ======================================================*/ #define SET_CONC \ {concShrdPrm.isConcatenated = TRUE;} #define UNSET_CONC \ {concShrdPrm.isConcatenated = FALSE;} #define ISSET_CONC \ (concShrdPrm.isConcatenated EQ TRUE) #ifdef _CONC_TESTING_ #define SET_OWNBUF_CONC \ if (concShrdPrm.isConcatenated) ownBuf = CMD_SRC_LCL; #else #define SET_OWNBUF_CONC #endif typedef enum /* for init functions */ { CONC_ERROR = -1, /* concatenation error */ CONC_NOT_NEEDED, /* no concatenation needed */ CONC_NEEDED /* concatenation needed */ } T_CONC_INIT_RETURN; typedef enum /* for collect function */ { CONC_ERR_UNKN, /* concatenation error unknown */ CONC_ERR_BUF_FULL, /* buffer full */ CONC_CONTINUED, /* concatenation continued */ CONC_COMPLETED /* concatenation completed */ } T_CONC_ASSEMBLY_RETURN; typedef enum { UNKNOWN = -1, NORMAL, CONCATE, VOICEMAIL, NORMAL_IND_CSMS } T_SMS_TYPE; typedef struct /* data buffer for Assembly of Concat. SMS */ { UBYTE in_use; USHORT ref_num; CHAR address[MAX_SMS_ADDR_DIG+1]; UBYTE next_exp_num; UBYTE segs_left; UBYTE seg_count; T_SM_DATA_EXT data; } T_SM_ASSEMBLY; typedef struct /* segment buffer for Concat. SMS */ { UBYTE in_use; USHORT ref_num; CHAR address[MAX_SMS_ADDR_DIG+1]; T_ACI_LIST *list; } T_SEG_BUF; typedef struct /* one segment buffer element for Concat. SMS */ { UBYTE seq_num; UBYTE rec_num; UBYTE status; /* in CMH format */ T_SM_DATA_EXT data; } T_SEG_BUF_ELEM; typedef struct /* concatenated buffer for Concat. SMS */ { UBYTE in_use; USHORT ref_num; CHAR address[MAX_SMS_ADDR_DIG+1]; UBYTE max_num; T_ACI_LIST *list; } T_CONC_BUF; typedef struct /* one concatenated buffer element for Concat. SMS */ { UBYTE seq_num; UBYTE rec_num; UBYTE status; /* in CMH format */ UBYTE mem; } T_CONC_BUF_ELEM; typedef struct { CHAR da[MAX_SMS_ADDR_DIG+1]; CHAR *p_da; T_ACI_TOA toda; T_ACI_TOA *p_toda; T_ACI_LIST *currConcBufListElem; /* current element in concatenated buffer */ UBYTE skipStoSent; } T_CONC_CMSS; typedef struct { CHAR da[MAX_SMS_ADDR_DIG+1]; CHAR *p_da; T_ACI_TOA toda; T_ACI_TOA *p_toda; T_SM_DATA_EXT data; USHORT offset; /* byte offset in a conc. SM */ CHAR sca[MAX_SMS_ADDR_DIG+1]; CHAR *p_sca; T_ACI_TOA tosca; T_ACI_TOA *p_tosca; SHORT isReply; USHORT sent_bytes; } T_CONC_CMGS; typedef struct { UBYTE command_count; UBYTE fo; UBYTE ct; UBYTE pid; CHAR da[MAX_SMS_ADDR_DIG+1]; CHAR *p_da; T_ACI_TOA toda; T_ACI_TOA *p_toda; T_SM_DATA_EXT data; /* user data */ } T_CONC_CMGC; typedef struct { UBYTE rdMode; T_ACI_LIST *currConcBufListElem; /* current element in concatenated buffer */ } T_CONC_CMGR; typedef struct { CHAR da[MAX_SMS_ADDR_DIG+1]; CHAR *p_da; T_ACI_TOA toda; T_ACI_TOA *p_toda; UBYTE stat; UBYTE msg_ref; T_SM_DATA_EXT data; /* user data */ USHORT offset; /* byte offset in a conc. SM */ CHAR sca[MAX_SMS_ADDR_DIG+1]; CHAR *p_sca; T_ACI_TOA tosca; T_ACI_TOA *p_tosca; SHORT isReply; USHORT sent_bytes; } T_CONC_CMGW; typedef struct { USHORT ref_num; /* ref. number of the current conc. buffer */ CHAR *address; UBYTE error_count; T_ACI_LIST *currConcBufListElem; /* current element in concatenated buffer */ } T_CONC_CMGD; typedef struct /* Shared Parameter for Concat. SMS */ { UBYTE max_sms_len; /* max. length of one SM segment */ UBYTE srcId; /* current source ID */ UBYTE first_mr; /* message ref. of the first sent segment */ UBYTE sentSegs; /* number of successfully sent segments,for "+CMGC"*/ UBYTE isConcatenated; UBYTE concTesting; UBYTE l_uncomp8bit_data; UBYTE l_uncomp7bit_data; UBYTE l_uncomp8bit_data_conc; UBYTE l_uncomp7bit_data_conc; UBYTE mem_store; UBYTE elem_count; /* total number of CSMS segments */ struct { UBYTE ref_num; /* conc. SM reference number */ UBYTE max_num; /* max. number of SMs in one conc. message */ UBYTE seq_num; /* sequence number of the current SM */ } udh; struct { USHORT RefNum; UBYTE MaxNum; UBYTE SeqNum[CONC_MAX_SEGS]; UBYTE RecNum[CONC_MAX_SEGS]; UBYTE MemType[CONC_MAX_SEGS]; BOOL Conc_Full; UBYTE Numsegs; } full; union { T_CONC_CMSS concCMSS; T_CONC_CMGS concCMGS; T_CONC_CMGC concCMGC; T_CONC_CMGR concCMGR; T_CONC_CMGW concCMGW; T_CONC_CMGD concCMGD; } specPrm; } T_CONC_SHRD_PRM; #ifdef TI_PS_FF_CONC_SMS /****************************** FUNCTIONS ********************************/ /* Init Functions */ EXTERN T_CONC_INIT_RETURN concSMS_initSendFromMem ( T_ACI_CMD_SRC srcId, UBYTE *index, CHAR* da, T_ACI_TOA* toda ); EXTERN T_CONC_INIT_RETURN concSMS_initReadFromMem ( T_ACI_CMD_SRC srcId, UBYTE index, T_ACI_SMS_READ rdMode ); EXTERN T_CONC_INIT_RETURN concSMS_initDeleteFromMem ( T_ACI_CMD_SRC srcId, UBYTE index ); EXTERN T_CONC_INIT_RETURN concSMS_initSend ( T_ACI_SM_DATA* tar_data, T_ACI_UDH_DATA* udh, T_ACI_CMD_SRC srcId, CHAR* da, T_ACI_TOA* toda, T_SM_DATA_EXT* src_data, CHAR* sca, T_ACI_TOA* tosca, SHORT isReply, UBYTE alphabet ); EXTERN T_CONC_INIT_RETURN concSMS_initStoreInMem ( T_ACI_SM_DATA* tar_data, T_ACI_UDH_DATA* udh, T_ACI_CMD_SRC srcId, SHORT index, CHAR* address, T_ACI_TOA* toa, T_ACI_SMS_STAT stat, UBYTE msg_ref, T_SM_DATA_EXT* src_data, CHAR* sca, T_ACI_TOA* tosca, SHORT isReply, UBYTE alphabet ); EXTERN T_CONC_INIT_RETURN concSMS_initCommand ( T_ACI_CMD_SRC srcId, SHORT fo, SHORT ct, SHORT pid, SHORT mn, CHAR* da, T_ACI_TOA* toda, T_ACI_CMD_DATA* data ); /* Callback Functions */ EXTERN void rConcSMS_PlusCMSS (UBYTE mr, UBYTE numSeg); EXTERN void rConcSMS_PlusCMGS (UBYTE mr, UBYTE numSeg); EXTERN void rConcSMS_PlusCMGR (T_ACI_CMGL_SM* sm, T_ACI_CMGR_CBM* cbm); EXTERN void rConcSMS_PlusCMGW (UBYTE index, UBYTE numSeg, UBYTE mem); EXTERN void rConcSMS_PlusCMGD (); EXTERN void rConcSMS_PlusCMGC (UBYTE mr); EXTERN void rConcSMS_PercentCMGMDU (void); /* Error Callback Functions */ EXTERN void rConcSMS_PlusCMS_CMSS (T_ACI_AT_CMD cmdId, T_ACI_CMS_ERR err, T_EXT_CMS_ERROR *conc_error); EXTERN void rConcSMS_PlusCMS_CMGS (T_ACI_AT_CMD cmdId, T_ACI_CMS_ERR err, T_EXT_CMS_ERROR *conc_error); EXTERN void rConcSMS_PlusCMS_CMGW (T_ACI_AT_CMD cmdId, T_ACI_CMS_ERR err, T_EXT_CMS_ERROR *conc_error); EXTERN void rConcSMS_PlusCMS_CMGD (T_ACI_AT_CMD cmdId, T_ACI_CMS_ERR err, T_EXT_CMS_ERROR *conc_error); #endif /* TI_PS_FF_CONC_SMS */ EXTERN void concSMS_Init(); EXTERN void concSMS_clearIncompleteMsg(); EXTERN void concSMS_delAllIncompleteMsg(); EXTERN void concSMS_AddtoconcBuff(); EXTERN T_SMS_TYPE SMS_getSMSType ( T_ACI_UDH_DATA* udh, char *address, UBYTE detMode); EXTERN UBYTE concSMS_GetFirstIndex ( USHORT msg_ref, CHAR* address ); /* provide mem_type as well */ EXTERN T_CONC_BUF_ELEM *concSMS_GetFirstIndex_ext ( USHORT msg_ref, CHAR* address ); EXTERN USHORT concSMS_GetMsgRef ( T_ACI_CMGL_SM *sm ); EXTERN T_CONC_ASSEMBLY_RETURN concSMS_Collect ( T_SM_DATA_EXT *data_conc, T_ACI_CMGL_SM *sm, UBYTE isStored, T_ACI_SMS_STOR mem ); #ifdef TI_PS_FF_CONC_SMS EXTERN void rConcSMS_PercentCMGR (T_ACI_CMGL_SM* sm, T_ACI_CMGR_CBM* cbm); #endif /* TI_PS_FF_CONC_SMS */ #ifdef CONC_SMS_C GLOBAL T_CONC_SHRD_PRM concShrdPrm; #else EXTERN T_CONC_SHRD_PRM concShrdPrm; #endif /* CONC_SMS_C */ EXTERN void concSMS_DeleteConcList(); EXTERN BOOL concSMS_concBufferAvail(); #endif