line source
/*
+-----------------------------------------------------------------------------
| Project : GSM-MFW
| 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 permanent memory configuration.
+-----------------------------------------------------------------------------
*/
/********************************************************************************
$History: pcm.h
Jun 14, 2005 REF: MMI-FIX-30439 x0018858
Description: The homezone/cityzone tags were not being displayed properly.
Solution: Modified to save the tags properly in caches and also made the
appropriate modifications to update the same properly during mobility.
********************************************************************************/
#ifndef PCM_H
#define PCM_H
/********************************************************************
*
* Parameters written in flash memory
*
********************************************************************/
#define PCM_SERIAL_CONFIG (0)
/********************************************************************
*
* Access functions to bit fields
*
********************************************************************/
#ifndef __BF_FUNCCALL__
#define FldGet(f,n) ((((ULONG)f)&((ULONG)n##m))>>n##s)
#define FldSet(f,n,v) ((((ULONG)f)&(~((ULONG)n##m)))|(((ULONG)v)<<n##s))
#else
ULONG FldGet (ULONG f, ULONG m, int s)
{ return ((f&m)>>s); }
ULONG FldSet (ULONG f, ULONG m, int s, ULONG v)
{ return ((f&(~m))|((v<<s)&m)); }
#endif
/********************************************************************
*
* Field Identitifer
*
********************************************************************/
#define EF_MSCAP_ID "MSCAP" /* Mobile Capabilities */
#define EF_IMEI_ID "IMEI" /* Int. Mobile Equipment Id */
#define EF_IMSI_ID "IMSI" /* Int. Mobile Subscriber Id */
#define EF_SMS_ID "SMS" /* Short Messages */
#define EF_CLASS2_ID "CLASS2" /* MS Classmark 2 */
#define EF_CLASS3_ID "CLASS3" /* MS Classmark 3 (old def.)*/
#define EF_RFCAP_ID "RFCAP" /* RF Capabilities */
#define EF_MSSUP_ID "MSSUP" /* Mobile Setup */
#define EF_MSSET_ID "MSSET" /* Mobile Setting */
// Jun 14, 2005 REF: MMI-FIX-30439 x0018858
#define EF_HZCACHE_ID "HZCACHE" /* Homezone cache */
#define EF_LDN_ID "LDN" /* Last Dialed Numbers */
#define EF_LRN_ID "LRN" /* Last Received Numbers */
#define EF_LMN_ID "LMN" /* Last Missed Numbers */
#define EF_UPN_ID "UPN" /* User Personal Numbers */
#define EF_MBN_ID "MBN" /* Mailbox Numbers */
#define EF_VMN_ID "VMN" /* Voice Mail Number */
#define EF_CLNG_ID "CLNG" /* Current LAnguage */
#define EF_CTIM_ID "CTIM" /* Call Timer */
#define EF_CCNT_ID "CCNT" /* Call Counter */
#define EF_ECC_ID "ECC" /* Emergency Call Codes */
#define EF_ORG_ID "ORG" /* Organizer and Alarm */
#define EF_CCP_ID "CCP" /* Caps and Config Params */
#define EF_EXT1_ID "EXT1" /* Extension 1 */
#define EF_SIMLCK_ID "SIMLCK" /* SIM Lock */
#define EF_SIMLCKEXT_ID "SIMLCKEXT" /* SIM Lock Extended */
#define EF_MAIN_ID "MAIN" /* Maintenance */
#define EF_SFK_ID "SFK" /* Special Function Key */
#define EF_FAULT_ID "FAULT" /* Fault Conditions */
#define EF_DEBUG_ID "DEBUG" /* Debug Information */
#define EF_POWER_ID "POWER" /* Power Management */
#define EF_KEYB_ID "KEYB" /* Keyboard Mapping */
#define EF_RADIO_ID "RADIO" /* Radio Parameter */
#define EF_CGMI_ID "CGMI" /* Manufacturer */
#define EF_INF0_ID "INF0" /* Manufacturer 1 */
#define EF_CGMM_ID "CGMM" /* Model */
#define EF_CGMR_ID "CGMR" /* Revision */
#define EF_CGSN_ID "CGSN" /* Product Serial Number */
#define EF_SMSPRFL_ID "SMSPRFL" /* SMS Profile */
#define EF_PLMN_ID "PLMN" /* PLMN Identifier */
#define EF_BCCHINFO_ID "BCCHINF" /* BCCH Information */
#define EF_ALS_ID "ALS" /* alternate line service */
#define EF_LOCGPRS_ID "LOCGPRS" /* Location Inf. (GPRS) */
#define EF_KCGPRS_ID "KCGPRS" /* Ciphering Key (GPRS) */
#define EF_IMSIGPRS_ID "IMSIGPRS" /* IMSI check for GPRS */
/********************************************************************
*
* Return Values
*
********************************************************************/
#define drv_Return_Type UBYTE
#define PCM_OK 0
#define PCM_INITIALIZED 1
#define PCM_INVALID_FILE 2
#define PCM_INVALID_SIZE 3
#define PCM_INVALID_CKSM 4
#define PCM_INVALID_RECORD 5
#define PCM_NVRAM_ACCS_FAIL 6
#define PCM_ERASE_ERROR 7
#define PCM_WRITE_ERROR 8
/*
* Field Info Structure
*/
typedef struct pcm_FileInfo_Type
{
UBYTE * FileLocation;
USHORT FileSize;
UBYTE Version;
} pcm_FileInfo_Type;
/********************************************************************
*
* Field MOBILE CAPABILITIES
*
********************************************************************/
typedef struct pcm_EFmscap_Type /* Mobile Capabilities */
{
UBYTE chnMode; /* channel modes */
UBYTE datCap1; /* data capabilities */
UBYTE datCap2; /* data capabilities */
UBYTE featLst1; /* feature list */
UBYTE featLst2; /* feature list */
UBYTE featLst3; /* feature list */
} EF_MSCAP;
#define SIZE_EF_MSCAP 6
#define NR_EF_MSCAP 1
/*
* chnMode bits
*
* Octet 8 7 6 5 4 3 2 1
* L1 Tm afs ahs spV3 efrV2 hr spV1
*/
#define spchSupV1 0x00000001,0 /* speech support (vers. 1) */
#define spchSupV1m 0x00000001
#define spchSupV1s 0
#define hrSup 0x00000002,1 /* HR support */
#define hrSupm 0x00000002
#define hrSups 1
#define HR_EFRSup 0x00000006,1 /* HR and EFR support */
#define HR_EFRSupm 0x00000006
#define HR_EFRSups 1
#define EFRSupV2 0x00000004,2 /* enhanced FR support (v2) */
#define EFRSupV2m 0x00000004
#define EFRSupV2s 2
#define EFRSupV3 0x00000008,3 /* speech support (vers 3) */
#define EFRSupV3m 0x00000008
#define EFRSupV3s 3
#define VocSup 0x0000000F,0 /* vocoder support */
#define VocSupm 0x0000000F
#define VocSups 0
#define AHS 0x00000010,4 /* adaptive multirate half rate speech */
#define AHSm 0x00000010
#define AHSs 4
#define AFS 0x00000020,5 /* adaptive multirate full rate speech */
#define AFSm 0x00000020
#define AFSs 5
#define TestMobile 0x00000040,6 /* Test Mobile */
#define TestMobilem 0x00000040
#define TestMobiles 6
#define L1Ver 0x00000080,7 /* Layer 1 Version */
#define L1Verm 0x00000080
#define L1Vers 7
/*
* datCap bits
*/
#define datSup 0x00000001,0 /* Data support */
#define datSupm 0x00000001
#define datSups 0
#define RLPSup 0x00000002,1 /* RLP data (NT Async) */
#define RLPSupm 0x00000002
#define RLPSups 1
#define AsySup 0x00000004,2 /* T Async data support */
#define AsySupm 0x00000004
#define AsySups 2
#define NTSynSup 0x00000008,3 /* NT Sync data support */
#define NTSynSupm 0x00000008
#define NTSynSups 3
#define TSynSup 0x00000010,4 /* NT Sync data support */
#define TSynSupm 0x00000010
#define TSynSups 4
#define NTFaxSup 0x00000020,5 /* NT Fax support */
#define NTFaxSupm 0x00000020
#define NTFaxSups 5
#define TFaxSup 0x00000040,6 /* T Fax support */
#define TFaxSupm 0x00000040
#define TFaxSups 6
#define Dr14_4Sup 0x00000080,7 /* Data rate 14.4 support */
#define Dr14_4Supm 0x00000080
#define Dr14_4Sups 7
/*
* datCap2 bits
*/
#define NTPackSup 0x00000001,0 /* NT Packet Service */
#define NTPackSupm 0x00000001
#define NTPackSups 0
#define TPackSup 0x00000002,1 /* T Packet Service */
#define TPackSupm 0x00000002
#define TPackSups 1
#define NTPadSup 0x00000004,2 /* NT PAD Access Service */
#define NTPadSupm 0x00000004
#define NTPadSups 2
#define TPadSup 0x00000008,3 /* T PAD Access Service */
#define TPadSupm 0x00000008
#define TPadSups 3
#define NAltSrvSup 0x00000010,4 /* No Alternate Services */
#define NAltSrvSupm 0x00000010
#define NAltSrvSups 4
#define DHRSup 0x00000080,7 /* Data Halfrate support */
#define DHRSupm 0x00000080
#define DHRSups 7
/********************************************************************
*
* Field IMEI
*
********************************************************************/
typedef struct pcm_EFimei_Type /* International ME Id */
{
UBYTE tac1;
UBYTE tac2;
UBYTE tac3;
UBYTE fac;
UBYTE snr1;
UBYTE snr2;
UBYTE snr3;
UBYTE svn;
} EF_IMEI;
#define SIZE_EF_IMEI 8
#define NR_EF_IMEI 1
/********************************************************************
*
* Field IMSI
*
********************************************************************/
typedef struct pcm_EFimsi_Type /* International Subscriber Id */
{
UBYTE len;
UBYTE IMSI[8];
} EF_IMSI;
#define SIZE_EF_IMSI 9
#define NR_EF_IMSI 1
/********************************************************************
*
* Field SHORT MESSAGE SERVICES
*
********************************************************************/
typedef struct pcm_EFsms_Type /* Short Messages */
{
UBYTE stat;
UBYTE rmd[175];
} EF_SMS;
#define SIZE_EF_SMS 176
#ifdef _SIMULATION_
#define NR_EF_SMS 3
#else
#define NR_EF_SMS 1
#endif
/********************************************************************
*
* Field MOBILE STATION CLASSMARK 2
*
********************************************************************/
typedef struct pcm_EFclass2_Type /* Mobile Station Classmark 2 */
{
UBYTE byte1;
UBYTE byte2;
UBYTE byte3;
} EF_CLASS2;
#define SIZE_EF_CLASS2 3
#define NR_EF_CLASS2 1
/*
* byte1
*/
#define rfPwrCap 0x00000007,0 /* rf power capability */
#define rfPwrCapm 0x00000007
#define rfPwrCaps 0
#define a51 0x00000008,3 /* rf power capability */
#define a51m 0x00000008
#define a51s 3
#define esInd 0x00000010,4 /* ES indicator */
#define esIndm 0x00000010
#define esInds 4
#define revLev 0x00000060,5 /* revision level */
#define revLevm 0x00000060
#define revLevs 5
/*
* byte2
*/
#define freqCap 0x00000001,0 /* frequency capability */
#define freqCapm 0x00000001
#define freqCaps 0
#define vgcsCap 0x00000002,1 /* VGCS notification reception */
#define vgcsCapm 0x00000002
#define vgcsCaps 1
#define vbsCap 0x00000004,2 /* VBS notification reception */
#define vbsCapm 0x00000004
#define vbsCaps 2
#define smCap 0x00000008,3 /* SM capability */
#define smCapm 0x00000008
#define smCaps 3
#define ssScrInd 0x00000030,4 /* SS Screen Indicator */
#define ssScrIndm 0x00000030
#define ssScrInds 4
#define psCap 0x00000040,6 /* PS capability */
#define psCapm 0x00000040
#define psCaps 6
/*
* byte3
*/
#define a52 0x00000001,0 /* encryption algorithm A5/2 */
#define a52m 0x00000001
#define a52s 0
#define a53 0x00000002,1 /* encryption algorithm A5/3 */
#define a53m 0x00000002
#define a53s 1
#define cmspCap 0x00000004,2 /* CM service prompt */
#define cmspCapm 0x00000004
#define cmspCaps 2
#define solsaCap 0x00000008,3 /* SoLSA */
#define solsaCapm 0x00000008
#define solsaCaps 3
#define ucs2Cap 0x00000010,4 /* UCS2 treatment */
#define ucs2Capm 0x00000010
#define ucs2Caps 4
#define lcsvaCap 0x00000020,5 /* LCS VA capability */
#define lcsvaCapm 0x00000020
#define lcsvaCaps 5
#define cm3bit 0x00000080,7 /* Classmark 3 available */
#define cm3bitm 0x00000080
#define cm3bits 7
/********************************************************************
*
* Field MOBILE STATION CLASSMARK 3
*
********************************************************************/
typedef struct pcm_EFclass3_Type /* Mobile Station Classmark 3 */
{
UBYTE byte1;
UBYTE byte2;
UBYTE byte3;
}EF_CLASS3;
#define SIZE_EF_CLASS3 3
#define NR_EF_CLASS3 1
/*
* byte1
*/
#define a54 0x00000001,0 /* encryption algorithm A5/4 */
#define a54m 0x00000001
#define a54s 0
#define a55 0x00000002,1 /* encryption algorithm A5/5 */
#define a55m 0x00000002
#define a55s 1
#define a56 0x00000004,2 /* encryption algorithm A5/6 */
#define a56m 0x00000004
#define a56s 2
#define a57 0x00000008,3 /* encryption algorithm A5/7 */
#define a57m 0x00000008
#define a57s 3
#define bnd1 0x00000010,4 /* Band 1 */
#define bnd1m 0x00000010
#define bnd1s 4
#define bnd2 0x00000020,5 /* Band 2 */
#define bnd2m 0x00000020
#define bnd2s 5
#define bnd3 0x00000040,6 /* Band 3 */
#define bnd3m 0x00000040
#define bnd3s 6
/*
* byte2
*/
#define rfCap1 0x0000000f,0 /* associated RF capability 1 */
#define rfCap1m 0x0000000f
#define rfCap1s 0
#define rfCap2 0x000000f0,4 /* associated RF capability 2 */
#define rfCap2m 0x000000f0
#define rfCap2s 4
/*
* byte2
*/
#define ExtMeas 0x00000010,4 /* associated RF capability 1 */
#define ExtMeasm 0x00000010
#define ExtMeass 4
/********************************************************************
*
* Field RF Capabilities
*
********************************************************************/
typedef struct pcm_EFrfcap_Type
{
UBYTE setbands; /* set frequency bands */
UBYTE bands; /* supported frequency bands */
UBYTE power1; /* power classes of GSM900 and DCS1800 */
UBYTE power2; /* power classes of PCS1900 and GSM850 */
UBYTE power3; /* power classes of GSM400 and EGDE */
UBYTE msGSM; /* GSM multi slot capability and classes */
UBYTE msEDGE; /* EDGE multi slot capability and classes */
UBYTE msHSCSD; /* HSCSD multi slot capability and classes */
UBYTE msGPRS; /* GPRS multi slot capability and classes */
UBYTE msECSD; /* ECSD multi slot capability and classes */
UBYTE msEGPRS; /* EGPRS multi slot capability and classes */
UBYTE capability1; /* divers capabilities and options */
UBYTE capability2; /* divers capabilities and options */
UBYTE switchmeasure; /* switching time */
UBYTE encryption; /* A5/n encryption algorithm availability */
UBYTE positioning; /* supported positioning methods */
} EF_RFCAP;
#define SIZE_EF_RFCAP 16
#define NR_EF_RFCAP 1
/*
* setbands, bands
*/
#define rf_900 0x00000001,0 /* support of GSM 900 */
#define rf_900m 0x00000001
#define rf_900s 0
#define rf_1800 0x00000002,1 /* support of DCS 1800 */
#define rf_1800m 0x00000002
#define rf_1800s 1
#define rf_1900 0x00000004,2 /* support of PCS 1900 */
#define rf_1900m 0x00000004
#define rf_1900s 2
#define rf_EGSM 0x00000008,3 /* support of E-GSM */
#define rf_EGSMm 0x00000008
#define rf_EGSMs 3
#define rf_850 0x00000010,4 /* support of GSM 850 */
#define rf_850m 0x00000010
#define rf_850s 4
#define rf_450 0x00000020,5 /* support of GSM 450 */
#define rf_450m 0x00000020
#define rf_450s 5
#define rf_480 0x00000040,6 /* support of GSM 480 */
#define rf_480m 0x00000040
#define rf_480s 6
#define rf_RGSM 0x00000080,7 /* support of R-GSM */
#define rf_RGSMm 0x00000080
#define rf_RGSs 7
/*
* power1
*/
#define rfCap_1800 0x0000000f,0 /* associated RF capability of DCS 1800 */
#define rfCap_1800m 0x0000000f
#define rfCap_1800s 0
#define rfCap_900 0x000000f0,4 /* associated RF capability of GSM 900 */
#define rfCap_900m 0x000000f0
#define rfCap_900s 4
/*
* power2
*/
#define rfCap_850 0x0000000f,0 /* associated RF capability of GSM 850 */
#define rfCap_850m 0x0000000f
#define rfCap_850s 0
#define rfCap_1900 0x000000f0,4 /* associated RF capability of PCS 1900 */
#define rfCap_1900m 0x000000f0
#define rfCap_1900s 4
/*
* power3
*/
#define rfCap_EDGE2 0x00000003,0 /* associated RF capability 2 of EDGE */
#define rfCap_EDGE2m 0x00000003
#define rfCap_EDGE2s 0
#define rfCap_EDGE1 0x0000000c,2 /* associated RF capability 1 of EDGE */
#define rfCap_EDGE1m 0x0000000c
#define rfCap_EDGE1s 2
#define rfCap_400 0x000000f0,4 /* associated RF capability of GSM 450,480*/
#define rfCap_400m 0x000000f0
#define rfCap_400s 4
/*
* msGSM, msEDGE, msHSCSD, msGPRS, msECSD, msEGPRS
*/
#define rfCap_DTMSC 0x00000003,0 /* Multi Slot Sub-Class (only msGPRS+msEGPRS) */
#define rfCap_DTMSCm 0x00000003
#define rfCap_DTMSCs 0
#define rfCap_DTM 0x00000004,2 /* Support of DTM (only msGPRS+msEGPRS) */
#define rfCap_DTMm 0x00000004
#define rfCap_DTMs 2
#define rfCap_MSC 0x000000f8,3 /* Multi Slot Class */
#define rfCap_MSCm 0x000000f8
#define rfCap_MSCs 3
/*
* capability1
*/
#define rfCap_mac 0x00000001,0 /* Dynamic and fixed allocation */
#define rfCap_macm 0x00000001
#define rfCap_macs 0
#define rfCap_mod 0x00000002,1 /* EDGE modulation capability */
#define rfCap_modm 0x00000002
#define rfCap_mods 1
#define rfCap_cmsp 0x00000004,2 /* CM service prompt */
#define rfCap_cmspm 0x00000004
#define rfCap_cmsps 2
#define rfCap_solsa 0x00000008,3 /* SoLSA capability */
#define rfCap_solsam 0x00000008
#define rfCap_solsas 3
#define rfCap_lcsva 0x00000010,4 /* LCS value added location request noti. */
#define rfCap_lcsvam 0x00000010
#define rfCap_lcsvas 4
#define rfCap_ppsms 0x00000020,5 /* MT point to point SMS */
#define rfCap_ppsmsm 0x00000020
#define rfCap_ppsmss 5
#define rfCap_ps 0x00000040,6 /* pseudo synchronization capability */
#define rfCap_psm 0x00000040
#define rfCap_pss 6
#define rfCap_esind 0x00000080,7 /* controlled early class sending */
#define rfCap_esindm 0x00000080
#define rfCap_esinds 7
/*
* capability2
*/
#define rfCap_ssc 0x00000003,0 /* SS screening indicator */
#define rfCap_sscm 0x00000003
#define rfCap_sscs 0
#define rfCap_usc2 0x00000004,2 /* UCS2 encoded */
#define rfCap_usc2m 0x00000004
#define rfCap_usc2s 2
#define rfCap_vgcs 0x00000008,3 /* VGCS capability */
#define rfCap_vgcsm 0x00000008
#define rfCap_vgcss 3
#define rfCap_vbs 0x00000010,4 /* VBS capability */
#define rfCap_vbsm 0x00000010
#define rfCap_vbss 4
#define rfCap_compact 0x00000020,5 /* COMPACT interference measurement */
#define rfCap_compactm 0x00000020
#define rfCap_compacts 5
#define rfCap_extmeas 0x00000040,6 /* extendend measurement */
#define rfCap_extmeasm 0x00000040
#define rfCap_extmeass 6
#define rfCap_meas 0x00000080,7 /* values about measurement capability */
#define rfCap_measm 0x00000080
#define rfCap_meass 7
/*
* switchmeasure
*/
#define rfCap_smt 0x0000000f,0 /* time switch-power measurement */
#define rfCap_smtm 0x0000000f
#define rfCap_smts 0
#define rfCap_smst 0x000000f0,4 /* time switch-power measurement-switch */
#define rfCap_smstm 0x000000f0
#define rfCap_smsts 4
/*
* encryption
*/
#define rfCap_A5_7 0x00000002,1 /* encryption algorithm A5/7 */
#define rfCap_A5_7m 0x00000002
#define rfCap_A5_7s 1
#define rfCap_A5_6 0x00000004,2 /* encryption algorithm A5/6 */
#define rfCap_A5_6m 0x00000004
#define rfCap_A5_6s 2
#define rfCap_A5_5 0x00000008,3 /* encryption algorithm A5/5 */
#define rfCap_A5_5m 0x00000008
#define rfCap_A5_5s 3
#define rfCap_A5_4 0x00000010,4 /* encryption algorithm A5/4 */
#define rfCap_A5_4m 0x00000010
#define rfCap_A5_4s 4
#define rfCap_A5_3 0x00000020,5 /* encryption algorithm A5/3 */
#define rfCap_A5_3m 0x00000020
#define rfCap_A5_3s 5
#define rfCap_A5_2 0x00000040,6 /* encryption algorithm A5/2 */
#define rfCap_A5_2m 0x00000040
#define rfCap_A5_2s 6
#define rfCap_A5_1 0x00000080,7 /* encryption algorithm A5/1 */
#define rfCap_A5_1m 0x00000080
#define rfCap_A5_1s 7
/*
* positioning
*/
#define rfCap_eeda 0x00000002,1 /* EGPRS Extended Dynamic Allocation Capability */
#define rfCap_eedam 0x00000002
#define rfCap_eedas 1
#define rfCap_geda 0x00000004,2 /* GPRS Extended Dynamic Allocation Capability */
#define rfCap_gedam 0x00000004
#define rfCap_gedas 2
#define rfCap_cgps 0x00000008,3 /* conventional GPS */
#define rfCap_cgpsm 0x00000008
#define rfCap_cgpss 3
#define rfCap_bgps 0x00000010,4 /* based GPS */
#define rfCap_bgpsm 0x00000010
#define rfCap_bgpss 4
#define rfCap_agps 0x00000020,5 /* assisted GPS */
#define rfCap_agpsm 0x00000020
#define rfCap_agpss 5
#define rfCap_beotd 0x00000040,6 /* based E-OTD */
#define rfCap_beotdm 0x00000040
#define rfCap_beotds 6
#define rfCap_aeotd 0x00000080,7 /* assisted E-OTD */
#define rfCap_aeotdm 0x00000080
#define rfCap_aeotds 7
/********************************************************************
*
* Field MOBILE SETUP
*
********************************************************************/
typedef struct pcm_EFmssup_Type /* Mobile Setup */
{
UBYTE lng1;
UBYTE lng2;
UBYTE lng3;
UBYTE feat1;
UBYTE feat2;
}EF_MSSUP;
#define SIZE_EF_MSSUP 5
#define NR_EF_MSSUP 1
/*
* lng1
*/
#define eng 0x00000001,0 /* English */
#define engm 0x00000001
#define engs 0
#define fre 0x00000002,1 /* French */
#define frem 0x00000002
#define fres 1
#define ger 0x00000004,2 /* German */
#define germ 0x00000004
#define gers 2
#define dut 0x00000008,3 /* Dutch */
#define dutm 0x00000008
#define duts 3
#define ita 0x00000010,4 /* Italian */
#define itam 0x00000010
#define itas 4
#define spa 0x00000020,5 /* Spanish */
#define spam 0x00000020
#define spas 5
#define swe 0x00000040,6 /* Swedish */
#define swem 0x00000040
#define swes 6
#define por 0x00000080,7 /* Portuguese */
#define porm 0x00000080
#define pors 7
/*
* lng2
*/
#define fin 0x00000001,0 /* Finnish */
#define finm 0x00000001
#define fins 0
#define nor 0x00000002,1 /* Norwegian */
#define norm 0x00000002
#define nors 1
#define gre 0x00000004,2 /* Greek */
#define grem 0x00000004
#define gres 2
#define tur 0x00000008,3 /* Turkish */
#define turm 0x00000008
#define turs 3
#define hun 0x00000010,4 /* Hungarian */
#define hunm 0x00000010
#define huns 4
#define slo 0x00000020,5 /* Slovenian */
#define slom 0x00000020
#define slos 5
#define pol 0x00000040,6 /* Polish */
#define polm 0x00000040
#define pols 6
#define rus 0x00000080,7 /* Russian */
#define rusm 0x00000080
#define russ 7
/*
* lng3
*/
#define ind 0x00000001,0 /* Indonesian */
#define indm 0x00000001
#define inds 0
#define cze 0x00000002,1 /* Czech */
#define czem 0x00000002
#define czes 1
#define chi 0x00000004,2 /* Chinese */
#define chim 0x00000004
#define chis 2
#define can 0x00000008,3 /* Cantonese */
#define canm 0x00000008
#define cans 3
#define man 0x00000010,4 /* Mandarin */
#define manm 0x00000010
#define mans 4
#define tai 0x00000020,5 /* Taiwanese */
#define taim 0x00000020
#define tais 5
#define ara 0x00000040,6 /* Arabic */
#define aram 0x00000040
#define aras 6
/*
* feat
*/
#define AoC 0x00000001,0 /* Advice of Charge */
#define AoCm 0x00000001
#define AoCs 0
#define DTMF 0x00000002,1 /* DTMF */
#define DTMFm 0x00000002
#define DTMFs 1
#define CF 0x00000004,2 /* Call Forwarding */
#define CFm 0x00000004
#define CFs 2
#define CB 0x00000008,3 /* Call Barring */
#define CBm 0x00000008
#define CBs 3
#define USSD 0x00000010,4 /* USSD */
#define USSDm 0x00000010
#define USSDs 4
#define ETC 0x00000020,5 /* ETC */
#define ETCm 0x00000020
#define ETCs 5
#define IRDA 0x00000040,6 /* IRDA */
#define IRDAm 0x00000040
#define IRDAs 6
/********************************************************************
*
* Field Current language (CLNG)
*
********************************************************************/
#define SIZE_EF_CLNG_DATA 2
typedef struct pcm_EFclng_Type
{
UBYTE data[SIZE_EF_CLNG_DATA]; /* current language in ME */
} EF_CLNG;
#define SIZE_EF_CLNG SIZE_EF_CLNG_DATA
#define NR_EF_CLNG 1
/********************************************************************
*
* Field MOBILE STATION SETTTINGS
*
********************************************************************/
typedef struct pcm_EFmsset_Type /* Mobile Setting */
{
UBYTE buzzer1;
UBYTE buzzer2;
UBYTE buzzer3;
UBYTE audio;
UBYTE misc;
UBYTE display;
UBYTE language;
UBYTE recent_ldn_ref;
UBYTE recent_lrn_ref;
UBYTE recent_upn_ref;
} EF_MSSET;
#define SIZE_EF_MSSET 10
#define NR_EF_MSSET 1
/*
* buzzer 1
*/
#define calltype 0x00000007,0 /* ringer type incoming calls */
#define calltypem 0x00000007
#define calltypes 0
#define callvol 0x00000038,3 /* ringer volume incoming calls */
#define callvolm 0x00000038
#define callvols 3
#define vib 0x000000c0,6 /* vibrator */
#define vibm 0x000000c0
#define vibs 6
/*
* buzzer 2
*/
#define msgtype 0x00000007,0 /* ringer type messages */
#define msgtypem 0x00000007
#define msgtypes 0
#define msgvol 0x00000038,3 /* ringer volume messages */
#define msgvolm 0x00000038
#define msgvols 3
/*
* buzzer 3
*/
#define keytone 0x00000003,0 /* key tone mode */
#define keytonem 0x00000003
#define keytones 0
#define batw 0x00000004,2 /* low battery warning */
#define batwm 0x00000004
#define batws 2
/*
* audio
*/
#define lnamp 0x00000007,0 /* microphone amplification */
#define lnampm 0x00000007
#define lnamps 0
#define outvol 0x00000038,3 /* output volume */
#define outvolm 0x00000038
#define outvols 3
#define ext 0x00000040,6 /* external audio */
#define extm 0x00000040
#define exts 6
#define voicerec 0x00000080,7 /* voice recording */
#define voicerecm 0x00000080
#define voicerecs 7
/*
* miscellenous
*/
#define pmod 0x00000001,0 /* PLMN selection mode */
#define pmodm 0x00000001
#define pmods 0
#define clir 0x00000002,1 /* CLIR */
#define clirm 0x00000002
#define clirs 1
#define clip 0x00000004,2 /* CLIP */
#define clipm 0x00000004
#define clips 2
#define calinf 0x00000008,3 /* call information display */
#define calinfm 0x00000008
#define calinfs 3
#define redial 0x00000030,4 /* redial mode */
#define redialm 0x00000030
#define redials 4
/*
* display
*/
#define ctrt 0x00000007,0 /* contrast */
#define ctrtm 0x00000007
#define ctrts 0
#define brgt 0x00000018,3 /* brightness */
#define brgtm 0x00000018
#define brgts 3
#define bckdr 0x000000E0,5 /* duration for back light */
#define bckdrm 0x000000E0
#define bckdrs 5
// Jun 14, 2005 REF: MMI-FIX-30439 x0018858
//Begin 30439
/********************************************************************
*
* Field Homezone cache
*
********************************************************************/
typedef struct pcm_EFhzcache_Type
{
UBYTE cid[2];
UBYTE zone;
} EF_HZCACHE;
#define SIZE_EF_HZCACHE 3
#define NR_EF_HZCACHE 5
/********************************************************************
*
* Field LAST MOC NUMBERS - LDN
*
********************************************************************/
//end 30439
typedef struct pcm_EFldn_Type /* Last Dialed Numbers */
{
UBYTE calDrMsb;
UBYTE calDrLsb;
UBYTE year;
UBYTE month;
UBYTE day;
UBYTE hour;
UBYTE minute;
UBYTE second;
UBYTE len; /* length of BCD number */
UBYTE numTp;
UBYTE dldNum[10]; /* dialed number */
UBYTE ccp; /* capability/configuration id */
UBYTE ext1; /* extension1 record identifier */
} EF_LDN;
#define SIZE_EF_LDN 22
#define NR_EF_LDN 1
/*
* numTp
*/
#define numTp_npi 0x0000000F,0 /* numbering plan identification */
#define numTp_npim 0x0000000F
#define numTp_npis 0
#define numTp_ton 0x00000070,4 /* Type of number */
#define numTp_tonm 0x00000070
#define numTp_tons 4
/********************************************************************
*
* Field LAST RECEIVED NUMBERS
*
********************************************************************/
typedef struct pcm_EFlrn_Type /* Last Received Numbers */
{
UBYTE calDrMsb;
UBYTE calDrLsb;
UBYTE year;
UBYTE month;
UBYTE day;
UBYTE hour;
UBYTE minute;
UBYTE second;
UBYTE id;
UBYTE len; /* length of BCD number */
UBYTE numTp;
UBYTE dldNum[10]; /* dialed number */
UBYTE ccp; /* capability/configuration id */
UBYTE ext1; /* extension1 record identifier */
} EF_LRN;
#define SIZE_EF_LRN 23
#define NR_EF_LRN 1
/********************************************************************
*
* Field LAST MISSED NUMBERS
*
********************************************************************/
typedef struct pcm_EFlmn_Type /* Last Missed Numbers */
{
UBYTE year;
UBYTE month;
UBYTE day;
UBYTE hour;
UBYTE minute;
UBYTE second;
UBYTE id;
UBYTE len; /* length of BCD number */
UBYTE numTp;
UBYTE dldNum[10]; /* dialed number */
UBYTE ccp; /* capability/configuration id */
UBYTE ext1; /* extension1 record identifier */
} EF_LMN;
#define SIZE_EF_LMN 21
#define NR_EF_LMN 1
/********************************************************************
*
* Field USER PERSONAL NUMBERS
*
********************************************************************/
typedef struct pcm_EFupn_Type /* User Personal Numbers */
{
UBYTE alphId[10];
UBYTE len;
UBYTE numTp; /* bitmap same as EF_LDN */
UBYTE usrNum[10];
UBYTE ccp;
UBYTE ext1;
} EF_UPN;
#define SIZE_EF_UPN 24
#define NR_EF_UPN 1
/********************************************************************
*
* Field MAILBOX NUMBERS
*
********************************************************************/
typedef struct pcm_EFmbn_Type /* Mailbox Numbers */
{
UBYTE alphId[10];
UBYTE len;
UBYTE numTp; /* bitmap same as EF_LDN */
UBYTE mbNum[10];
} EF_MBN;
#define SIZE_EF_MBN 22
#define NR_EF_MBN 4
/********************************************************************
*
* Field Voice Mail Number
*
********************************************************************/
/*
* note that with new 04.08 the called party bcd number of the CC
* protocol can have up to 43 octets, 3 are used for other things
* than the BCD coded digits
*/
#define MAX_CALLED_PARTY_BCD_NO_OCTETS 40
typedef struct pcm_EFvmn_Type /* Voice mail Number */
{
UBYTE vmNum[MAX_CALLED_PARTY_BCD_NO_OCTETS + 1];
/* implementation uses delimiter of 0xFF */
UBYTE numTp;
} EF_VMN;
#define SIZE_EF_VMN (MAX_CALLED_PARTY_BCD_NO_OCTETS + 1 + 1)
#define NR_EF_VMN 1
/********************************************************************
*
* Field CALL TIMER
*
********************************************************************/
typedef struct pcm_EFctim_Type /* Call Timer */
{
UBYTE moVcDrHm[4];
UBYTE mtVcDrHm[4];
UBYTE moDtDrHm[4];
UBYTE mtDtDrHm[4];
UBYTE moFxDrHm[4];
UBYTE mtFxDrHm[4];
UBYTE moVcDrRm[4];
UBYTE mtVcDrRm[4];
UBYTE moDtDrRm[4];
UBYTE mtDtDrRm[4];
UBYTE moFxDrRm[4];
UBYTE mtFxDrRm[4];
} EF_CTIM;
#define SIZE_EF_CTIM 48
#define NR_EF_CTIM 1
/********************************************************************
*
* Field CALL COUNTER
*
********************************************************************/
typedef struct pcm_EFccnt_Type /* Call Counter */
{
UBYTE total[4];
UBYTE moVcDrHm[4];
UBYTE mtVcDrHm[4];
UBYTE moDtDrHm[4];
UBYTE mtDtDrHm[4];
UBYTE moFxDrHm[4];
UBYTE mtFxDrHm[4];
UBYTE moVcDrRm[4];
UBYTE mtVcDrRm[4];
UBYTE moDtDrRm[4];
UBYTE mtDtDrRm[4];
UBYTE moFxDrRm[4];
UBYTE mtFxDrRm[4];
} EF_CCNT;
#define SIZE_EF_CCNT 52
#define NR_EF_CCNT 1
/********************************************************************
*
* Field EMERGENCY CALL CODES
*
********************************************************************/
typedef struct pcm_EFecc_Type /* Emergency Call Codes */
{
UBYTE ecc1[3]; /* emergency call code */
UBYTE ecc2[3];
UBYTE ecc3[3];
UBYTE ecc4[3];
UBYTE ecc5[3];
} EF_ECC;
#define SIZE_EF_ECC 15
#define NR_EF_ECC 1
/********************************************************************
*
* Field ORGANIZER AND ALARM
*
********************************************************************/
typedef struct pcm_EForg_Type /* Organizer and Alarm */
{
UBYTE date[6]; /* bitmap same as EF_LDN */
UBYTE alrm;
UBYTE alphMem[16]; /* alpha memo */
} EF_ORG;
#define SIZE_EF_ORG 23
#define NR_EF_ORG 1
/*
* alrm
*/
#define alrm_stat 0x00000001,0
#define alrm_statm 0x00000001
#define alrm_stats 0
#define alrm_type 0x0000000E,1
#define alrm_typem 0x0000000E
#define alrm_types 1
/********************************************************************
*
* Field CAPABILITY AND CONFIGURATION PARAMETERS
*
********************************************************************/
typedef struct pcm_EFccp_Type /* Capability and Configuration Parameters */
{
UBYTE usrRate; /* user rate */
UBYTE bearServ; /* bearer service */
UBYTE conElem; /* connection element */
UBYTE stopBits; /* stop bits */
UBYTE dataBits; /* data bits */
UBYTE parity; /* parity */
UBYTE flowCntrl; /* flow control */
} EF_CCP;
#define SIZE_EF_CCP 7
#define NR_EF_CCP 1
/********************************************************************
*
* Field EXTENSION 1
*
********************************************************************/
typedef struct pcm_EFext1_Type /* Extension 1 */
{
UBYTE recTp; /* record type */
UBYTE extDat[11]; /* extension data */
UBYTE id; /* identifier */
} EF_EXT1;
#define SIZE_EF_EXT1 13
#define NR_EF_EXT1 1
/********************************************************************
*
* Field SIM LOCK and Extended SIM LOCK (use alternativly)
*
********************************************************************/
typedef struct pcm_EFsimlck_Type /* SIM Lock */
{
UBYTE locks1; /* lock status */
UBYTE locks2;
UBYTE cnt; /* lock counter */
UBYTE maxcnt; /* lock counter */
UBYTE PKey[8]; /* SIM control key */
UBYTE SPKey[8]; /* SP control key */
UBYTE NSKey[8]; /* NS control key */
UBYTE CKey[8]; /* corporate control key */
UBYTE NKey[8]; /* network control key */
UBYTE len_imsi; /* bytes of IMSI */
UBYTE imsi[15]; /* IMSI */
UBYTE gidl1; /* Group Identifier Level 1 */
UBYTE gidl2; /* Group Identifier Level 1 */
} EF_SIMLCK;
#define SIZE_EF_SIMLCK 62
#define NR_EF_SIMLCK 1
typedef struct pcm_EFsimlckext_Type /* Extended SIM Lock */
{
UBYTE locks1; /* lock status */
UBYTE locks2;
UBYTE cnt; /* lock counter */
UBYTE maxcnt; /* lock counter */
UBYTE PKey[8]; /* SIM control key */
UBYTE SPKey[8]; /* SP control key */
UBYTE NSKey[8]; /* NS control key */
UBYTE CKey[8]; /* corporate control key */
UBYTE NKey[8]; /* network control key */
UBYTE len_p_imsi; /* bytes of IMSI P-Lock */
UBYTE p_imsi[15]; /* IMSI P-Lock */
UBYTE len_sp_imsi; /* bytes of IMSI SP-Lock */
UBYTE sp_imsi[15]; /* IMSI SP-Lock */
UBYTE len_ns_imsi; /* bytes of IMSI NS-Lock */
UBYTE ns_imsi[15]; /* IMSI NS-Lock */
UBYTE len_c_imsi; /* bytes of IMSI C-Lock */
UBYTE c_imsi[15]; /* IMSI C-Lock */
UBYTE len_n_imsi; /* bytes of IMSI N-Lock */
UBYTE n_imsi[15]; /* IMSI N-Lock */
UBYTE len_u_imsi; /* bytes of IMSI U-Lock */
UBYTE u_imsi[15]; /* IMSI U-Lock */
UBYTE gidl1; /* Group Identifier Level 1 */
UBYTE gidl2; /* Group Identifier Level 1 */
} EF_SIMLCKEXT;
#define SIZE_EF_SIMLCKEXT 142
#define NR_EF_SIMLCKEXT 1
/*
* locks1
*/
#define plock 0x00000003,0
#define plockm 0x00000003
#define plocks 0
#define nlock 0x0000000C,2
#define nlockm 0x0000000C
#define nlocks 2
#define nslock 0x00000030,4
#define nslockm 0x00000030
#define nslocks 4
#define spslock 0x000000C0,6
#define splockm 0x000000C0
#define splocks 6
/*
* locks2
*/
#define clock 0x00000003,0
#define clockm 0x00000003
#define clocks 0
#define flock 0x0000000C,2
#define flockm 0x0000000C
#define flocks 2
/*
#define reserved1 0x00000030,4
#define reserved1m 0x00000030
#define reserved1s 4
#define reserved2 0x000000C0,6
#define reserved2m 0x000000C0
#define reserved2s 6
*/
/********************************************************************
*
* Field MAINTENANCE INFORMATION
*
********************************************************************/
/*
* T.B.D.
*/
#define SIZE_EF_MAIN 8
#define NR_EF_MAIN 1
/********************************************************************
*
* Field SPECIAL FUNCTION KEY
*
********************************************************************/
/*
* T.B.D.
*/
#define SIZE_EF_SFK 8
#define NR_EF_SFK 1
/********************************************************************
*
* Field FAULT CONDITIONS
*
********************************************************************/
/*
* T.B.D.
*/
#define SIZE_EF_FAULT 8
#define NR_EF_FAULT 1
/********************************************************************
*
* Field DEBUG INFORMATION
*
********************************************************************/
/*
* T.B.D.
*/
#define SIZE_EF_DEBUG 8
#define NR_EF_DEBUG 1
/********************************************************************
*
* Field POWER MANAGEMENT
*
********************************************************************/
/*
* T.B.D.
*/
#define SIZE_EF_POWER 8
#define NR_EF_POWER 1
/********************************************************************
*
* Field KEYBOARD MAPPING
*
********************************************************************/
typedef struct pcm_EFkbd_Type /* Keyboard Mapping */
{
UBYTE logical_key [32]; /* logical key */
UBYTE raw_key [32]; /* raw key */
} EF_KBD;
#define SIZE_EF_KEYB 64
#define NR_EF_KEYB 1
/********************************************************************
*
* Field RADIO PARAMETERS
*
********************************************************************/
/*
* T.B.D.
*/
#define SIZE_EF_RADIO 8
#define NR_EF_RADIO 1
/********************************************************************
*
* Manufacturer
*
********************************************************************/
#define SIZE_EF_CGMI_DATA 20
typedef struct pcm_EFcgmi_Type /* Manufacturer */
{
UBYTE data[SIZE_EF_CGMI_DATA]; /* Name of Manufacturer */
} EF_CGMI;
#define SIZE_EF_CGMI SIZE_EF_CGMI_DATA
#define NR_EF_CGMI 1
/********************************************************************
*
* Identification Information
*
********************************************************************/
#define SIZE_EF_INF0_DATA 20
typedef struct pcm_EFinf0_Type
{
UBYTE data[SIZE_EF_INF0_DATA]; /*Identification Information*/
} EF_INF0;
#define SIZE_EF_INF0 SIZE_EF_INF0_DATA
#define NR_EF_INF0 2
/********************************************************************
*
* Model
*
********************************************************************/
#define SIZE_EF_CGMM_DATA 20
typedef struct pcm_EFcgmm_Type /* Model */
{
UBYTE data[SIZE_EF_CGMM_DATA]; /* Name of Product */
} EF_CGMM;
#define SIZE_EF_CGMM SIZE_EF_CGMM_DATA
#define NR_EF_CGMM 1
/********************************************************************
*
* Revision
*
********************************************************************/
#define SIZE_EF_CGMR_DATA 20
typedef struct pcm_EFcgmr_Type /* Revision */
{
UBYTE data[SIZE_EF_CGMR_DATA]; /* Version of Product */
} EF_CGMR;
#define SIZE_EF_CGMR SIZE_EF_CGMR_DATA
#define NR_EF_CGMR 1
/********************************************************************
*
* Product Serial Number
*
********************************************************************/
#define SIZE_EF_CGSN_DATA 20
typedef struct pcm_EFcgsn_Type /* Product Serial Number */
{
UBYTE data[SIZE_EF_CGSN_DATA]; /* Serial Number of Product */
} EF_CGSN;
#define SIZE_EF_CGSN SIZE_EF_CGSN_DATA
#define NR_EF_CGSN 1
/********************************************************************
*
* SMS Profile
*
********************************************************************/
#define SIZE_EF_SMSPRFL_SCA 20
#define SIZE_EF_SMSPRFL_MIDS 40
#define SIZE_EF_SMSPRFL_DCSS 20
#define SIZE_EF_SMSPRFL_VPABS 14
#define EF_SMSPRFL_VLD 0x00
#define EF_SMSPRFL_INVLD 0xFF
typedef struct pcm_EFsmsprfl_Type /* SMS Profile */
{
UBYTE vldFlag; /* Valid Flag */
UBYTE CSCAsca[SIZE_EF_SMSPRFL_SCA]; /* Service Center Address */
UBYTE CSCAlenSca; /* Length of Service Center Address */
UBYTE CSCAton; /* Type of Number */
UBYTE CSCAnpi; /* Numbering Plan Identification */
UBYTE CSCBmode; /* Mode */
UBYTE CSCBmids[SIZE_EF_SMSPRFL_MIDS]; /* Message Identifier */
UBYTE CSCBdcss[SIZE_EF_SMSPRFL_DCSS]; /* Data Coding Schemes */
UBYTE CSMPfo; /* First Octet */
UBYTE CSMPvprel; /* Validity Period Relative */
UBYTE CSMPvpabs[SIZE_EF_SMSPRFL_VPABS]; /* Validity Period Absolute */
UBYTE CSMPpid; /* Protocol Identifier */
UBYTE CSMPdcs; /* Data Coding Scheme */
} EF_SMSPRFL;
#define SIZE_EF_SMSPRFL ( SIZE_EF_SMSPRFL_SCA + \
SIZE_EF_SMSPRFL_MIDS + \
SIZE_EF_SMSPRFL_DCSS + \
SIZE_EF_SMSPRFL_VPABS + 9 )
#define NR_EF_SMSPRFL 2
/********************************************************************
*
* PLMN Identifier
*
********************************************************************/
#define SIZE_EF_PLMN_LONG 20
#define SIZE_EF_PLMN_SHRT 10
#define SIZE_EF_PLMN_MCC 2
#define SIZE_EF_PLMN_MNC 2
typedef struct pcm_EFplmn_Type /* PLMN Identifier */
{
UBYTE mcc[SIZE_EF_PLMN_MCC]; /* Mobile country code */
UBYTE mnc[SIZE_EF_PLMN_MNC]; /* Mobile network code */
UBYTE lngNam[SIZE_EF_PLMN_LONG]; /* Long operator name */
UBYTE shrtNam[SIZE_EF_PLMN_SHRT]; /* Short operator name */
} EF_PLMN;
#define SIZE_EF_PLMN ( SIZE_EF_PLMN_MCC + SIZE_EF_PLMN_MCC + \
SIZE_EF_PLMN_LONG + SIZE_EF_PLMN_SHRT )
#define NR_EF_PLMN 2
/********************************************************************
*
* Field BCCH Information
*
********************************************************************/
typedef struct pcm_EFbcchinfo_Type /* BCCH information */
{
UBYTE bcch_info[54]; /* content */
} EF_BCCHINFO;
#define SIZE_EF_BCCHINFO 54
#define NR_EF_BCCHINFO 1
/********************************************************************
*
* Field alternate line service
*
********************************************************************/
typedef struct pcm_EFals_Type /* alternate line service */
{
UBYTE selLine;
UBYTE statLine;
} EF_ALS;
#define SIZE_EF_ALS 2
#define NR_EF_ALS 1
/********************************************************************
*
* Field Location Information (GPRS)
*
********************************************************************/
typedef struct pcm_EFlocgprs_Type /* GPRS Location information */
{
UBYTE ptmsi[4];
UBYTE ptmsi_signature[3];
UBYTE rai[6];
UBYTE ra_status;
} EF_LOCGPRS;
#define SIZE_EF_LOCGPRS sizeof (EF_LOCGPRS)
#define NR_EF_LOCGPRS 1
/********************************************************************
*
* Field Ciphering Key (GPRS)
*
********************************************************************/
typedef struct pcm_EFkcgprs_Type /* GPRS Ciphering key */
{
UBYTE kc[8];
UBYTE cksn;
} EF_KCGPRS;
#define SIZE_EF_KCGPRS sizeof (EF_KCGPRS)
#define NR_EF_KCGPRS 1
/********************************************************************
*
* Field IMSI (GPRS, only for validation of GPRS related fields)
*
********************************************************************/
typedef struct pcm_EFimsigprs_Type /* International Subscriber Id */
{
UBYTE len;
UBYTE IMSI[8];
} EF_IMSIGPRS;
#define SIZE_EF_IMSIGPRS sizeof (EF_IMSIGPRS)
#define NR_EF_IMSIGPRS 1
/********************************************************************
*
* Prototypes
*
********************************************************************/
#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
EXTERN drv_Return_Type pcm_Init (void);
EXTERN void pcm_Exit (void);
EXTERN drv_Return_Type pcm_ReadFile (UBYTE * in_FileName,
USHORT in_BufferSize,
UBYTE * out_BufferPtr,
UBYTE * out_VersionPtr);
EXTERN drv_Return_Type pcm_GetFileInfo (UBYTE * in_FileName,
pcm_FileInfo_Type * out_FileInfoPtr);
EXTERN drv_Return_Type pcm_ReadRecord (UBYTE * in_FileName,
USHORT in_Record,
USHORT in_BufferSize,
UBYTE * out_BufferPtr,
UBYTE * out_VersionPtr,
USHORT * out_MaxRecordsPtr);
EXTERN drv_Return_Type pcm_WriteFile (UBYTE * in_FileName,
USHORT in_BufferSize,
UBYTE * in_BufferPtr);
EXTERN drv_Return_Type pcm_WriteRecord (UBYTE * in_FileName,
USHORT in_Record,
USHORT in_BufferSize,
UBYTE * in_BufferPtr);
EXTERN drv_Return_Type pcm_Flush (void);
#endif
