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192.168.1.100 / T800_MD_V1.6 / c33b3079c38f91561c2f84f1ebed20ad8c60532a / . / mcu / interface / protocol / l4_c2k / valapi.h
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/*****************************************************************************
* Copyright Statement:
* --------------------
* This software is protected by Copyright and the information contained
* herein is confidential. The software may not be copied and the information
* contained herein may not be used or disclosed except with the written
* permission of MediaTek Inc. (C) 2016
*
* BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
* THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS (""MEDIATEK SOFTWARE"")
* RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
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* NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
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* BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
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* RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
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*****************************************************************************/
/*************************************************************
*
* This Software is the property of VIA Telecom, Inc. and may only be used pursuant to a license from VIA Telecom, Inc.
*
* Any unauthorized use inconsistent with the terms of such license is strictly prohibited.
*
* Copyright (c) 2005-2010 VIA Telecom, Inc. All rights reserved.
*
*************************************************************/
/*****************************************************************************
FILE NAME: valapi.h
DESCRIPTION:
This file contains all constants and typedefs needed to interface
with the VAL unit via the Exe mail service routines.
*****************************************************************************/
#ifndef VALAPI_H
#define VALAPI_H
#include "sysdefs.h"
#include "pswnam.h"
#include "hlpapi.h"
#include "valatdata.h"
#include "cpbuf.h"
#include "pswapi.h"
#include "pswvalapi.h"
#ifdef MTK_PLT_ON_PC
#include "valatcdefs.h"
#include "valattune.h"
#include "sbp_public_utility.h"
#endif /* MTK_PLT_ON_PC */
#include "module_msg_range.h"
#include "val_nvram.h"
#include "l4_msgid.h"
#include "ps_public_l4_msgid.h"
#include "ps_public_struct.h"
#ifndef VAL_MAX_SIZE_DATA
#define VAL_MAX_SIZE_DATA 64
#define VAL_MAX_MON_SPY_LEN 64
#define VAL_MAX_CFG_STR_SIZE 249 /* MAX_CFG_LEN in Ai_data.h */
#define VAL_MAX_BRSWR_DGT_SIZE (32 +1)
/* NULL-terminated. */
#define VAL_MAX_FDL_STR_SIZE 95 /* Sect 4.4.3 IS-707-A.3 */
#define VAL_MAX_GCAP_STR_SIZE 64 /* Ai_cmd is using 65535 bytes!! */
#define VAL_MAX_FLI_STR_SIZE 21 /* MAX_FLI_LEN in Ai_data.h */
#define VAL_MAX_FPA_STR_SIZE 21 /* MAX_FPA_LEN in Ai_data.h */
#define VAL_MAX_FPI_STR_SIZE 21 /* MAX_FPI_LEN in Ai_data.h */
#define VAL_MAX_FPW_STR_SIZE 21 /* MAX_FPW_LEN in Ai_data.h */
#define VAL_MAX_FSA_STR_SIZE 21 /* MAX_FSA_LEN in Ai_data.h */
#define VAL_MAX_GMI_STR_SIZE 64 /* Sect 4.1.1 IS-131 says 2048 */
#define VAL_MAX_GMM_STR_SIZE 64 /* Sect 4.1.2 IS-131 says 2048 */
#define VAL_MAX_GMR_STR_SIZE 64 /* Sect 4.1.3 IS-131 says 2048 */
#define VAL_MAX_GOI_STR_SIZE 64 /* Sect 4.1.4 IS-131 says 2048 */
#define VAL_MAX_GSN_STR_SIZE 64 /* Sect 4.1.5 IS-131 says 2048 */
#ifdef SYS_OPTION_ATCMD_CH_3
#define VAL_MAX_NUMBER_OF_TIMERS 40 /* 27 timers for all AT channels (4*6+3)*/
#else
#define VAL_MAX_NUMBER_OF_TIMERS 20
#endif
#define VAL_MAX_USRID_LEN HLP_MAX_USRID_LEN
#define VAL_MAX_PSWD_LEN HLP_MAX_PSWD_LEN
#define VAL_MAX_FIF_LEN 90
#define VAL_MAX_NUM_LINE_IN_RSP ATC_MAX_NUM_LINE_IN_RSP
#define VAL_MAX_ATPARMS 8
#define VAL_MAX_COMMAND_BODY_LEN 16
#ifdef SYS_OPTION_ENHANCEDAT
#define VAL_ENHANCED_AT_CMD_LEN ATC_ENHANCED_AT_CMD_LEN
#endif
#endif
#ifdef MTK_CBP
#define CT_MCC 460
#define MCC_WILDCARD_AI 0x3FF /* 10bit all '1's */
#define MNC_WILDCARD_AI 0x7F /* 7bit all '1's */
#define GPS_MAX_SECURITY_DATA 16
extern kal_uint8 FakePowerOnInProgess;
#endif
#define VAL_MAX_AT_CMD_DATA_LEN 2000 /*For EXCGLA*/
#define VAL_WILD_CHAR '?'
/*------------------------------------------------------------------------
* Define constants used in VAL API
*------------------------------------------------------------------------*/
/* undefined troublesome consts */
#undef KAL_TRUE
#undef KAL_FALSE
typedef enum
{
VAL_MEM_POOL_SYS,
VAL_MEM_POOL_NOHALT
}ValMemPoolTypeT;
#define NUM_UI_LOCK_CODE_DIGITS 7
//#undef FEATURE_UTK
/* other signals are defined in valdefs.h, and start from _11 up */
/* VAL command mailbox id */
#define VAL_MAILBOX EXE_MAILBOX_1_ID
#define VAL_MAILBOX_WAIT_ID EXE_MAILBOX_1
#define VAL_HAL_MAILBOX EXE_MAILBOX_2_ID
#define VAL_HAL_MAILBOX_WAIT_ID EXE_MAILBOX_2
#define VAL_STORAGE_MAILBOX EXE_MAILBOX_3_ID
#define VAL_STORAGE_MAILBOX_WAIT_ID EXE_MAILBOX_3
#define VAL_ATC_MAILBOX EXE_MAILBOX_4_ID
#define VAL_ATC_MAILBOX_WAIT_ID EXE_MAILBOX_4
#define VAL_CUST_MAILBOX EXE_MAILBOX_5_ID
#define VAL_CUST_MAILBOX_WAIT_ID EXE_MAILBOX_5
/* macros */
#define VAL_MAKE_RECID(Index,DevType) ((Index) | (DevType))
#define VAL_GET_INDEX_FROM_RECID(PhyAddress) ((PhyAddress) & (0x0FFF))
#define VAL_GET_DEVTYPE_FROM_RECID(PhyAddress) ((PhyAddress) & (0xF000))
#define VAL_MISC_MAX_REG_TASK (5)
/* timer for L1d/RMC RSSI reports */
#define VAL_RSSI_REPORT_TIMER (HWD_CLK_FREQ_32KHZ/10) /* 100 ms */
/*-----------------------------------------------------------------
* uistate.cpp interface
*----------------------------------------------------------------*/
#define POWER_DOWN_WAIT 1000 /* msec */
/*------------------------------------------------------------------------
* VAL message data structures (grouped like and in the same order of messages)
*------------------------------------------------------------------------*/
/*------------------------------------------------------------------------
* VAL message ids, grouped by originator
*
* When adding/removing/modifying VAL messages:
* - add (or remove) associated data structure; put new structures in the
* same section as the message id, and in the same relative order within
* its section
* - update the VAL section in msg_id.txt for ETS if the message should be
* usable from ETS (VAL-subsections on ETS are the same as the ones in
* VALapi.h). Try to keep the msg name and ETS command as similar as
* possible.
* - always update the enum VAL MsgIds in val\val_msg.txt on ETS; the enum is used
* to display incoming VAL messages, and should always be kept in synch
* with ValMsgIdT.
* - update val_msg.txt with the data structure associated with the new
* message (optiona; do it only if ETS is supposed to send this message)
*
*------------------------------------------------------------------------*/
#if 0
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#if 0
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#if defined(MTK_CBP) && (!defined(MTK_PLT_ON_PC))
/* under construction !*/
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#endif
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#endif
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#ifdef MTK_CBP
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#endif
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#ifdef MTK_CBP
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#endif
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#endif
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/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
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/* under construction !*/
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
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/* under construction !*/
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/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
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/* under construction !*/
/* under construction !*/
/* under construction !*/
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/* under construction !*/
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/* under construction !*/
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/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
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/* under construction !*/
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#endif
/* under construction !*/
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/* under construction !*/
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/* under construction !*/
/* under construction !*/
/* under construction !*/
#ifdef MTK_DEV_C2K_IRAT
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
/* under construction !*/
/* under construction !*/
#endif
#ifdef SYS_OPTION_MORE_AT_CHANNEL
#define VAL_ALL_ATC_SIGNALS(msgid) ((msgid == MSG_ID_VAL_REV_TX_REQ_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_3_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_3_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_4_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_4_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_5_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_5_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_6_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_6_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_7_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_7_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_8_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_8_SIGNAL))
#elif defined(SYS_OPTION_ATCMD_CH_3)
#ifdef SYS_OPTION_ATCMD_CH_4
#define VAL_ALL_ATC_SIGNALS(msgid) ((msgid == MSG_ID_VAL_REV_TX_REQ_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_3_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_3_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_4_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_4_SIGNAL))
#else
#define VAL_ALL_ATC_SIGNALS(msgid) ((msgid == MSG_ID_VAL_REV_TX_REQ_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_3_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_3_SIGNAL))
#endif
#else
#define VAL_ALL_ATC_SIGNALS(msgid) ((msgid == MSG_ID_VAL_REV_TX_REQ_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_1_SIGNAL) | \
(msgid == MSG_ID_VAL_REV_TX_REQ_AT_2_SIGNAL) | \
(msgid == MSG_ID_VAL_FWD_TX_RSP_AT_2_SIGNAL))
#endif /* SYS_OPTION_MORE_AT_CHANNEL*/
typedef struct {
kal_bool C109On; /* status of C109, active high */
kal_uint8 chan;
} AtcValC109IndMsgT;
typedef enum
{
VAL_PSW_CKECK_Locking_Feature_OK = 0x00,
VAL_PSW_CKECK_MIN_ERROR,
VAL_PSW_CKECK_DefaultMIN_OK,
VAL_PSW_CKECK_SID_ERROR,
VAL_PSW_CKECK_MCC_ERROR,
VAL_PSW_CKECK_FOR_RELIANCE_PrefNO_ERROR,
VAL_PSW_CKECK_MIN_ERROR_OVER_MAX_RETRY_TIMES,
VAL_PSW_CKECK_Locking_Feature_NUM
}PswCheckForMinLockStateT;
/* Generic ETS Message
*/
typedef struct
{
ExeRspMsgT RspInfo;
kal_uint32 RegId;
} ValGenericMsgT;
/*-----------------------------------------------------------------
* HLPHandler
*----------------------------------------------------------------*/
typedef enum
{
VAL_HLP_CONN_SUCCESS, /* success */
VAL_HLP_CONN_FAIL, /* fail */
VAL_HLP_CONN_DISCONNECT, /* disconnect */
VAL_HLP_CONN_DORMANT, /* dormant */
VAL_HLP_CONN_RECONNECT, /* reconnect */
VAL_HLP_CONN_STATUS_MAX_NUM
} HlpConnStatusT;
typedef struct
{
HlpConnStatusT status;
kal_uint32 LocalIPAddr;
kal_uint32 RemoteIPAddr;
kal_uint32 PriDNSAddr;
kal_uint32 SecDNSAddr;
} ValHlpPppConnStatusMsgT; /* for Um interface only. */
#ifdef MTK_CBP /*MTK_DEV_C2K_IRAT*/
typedef struct
{
kal_uint16 Mtu;
} ValHlpMtuUrcMsgT;
#endif /* MTK_DEV_C2K_IRAT */
typedef struct
{
HlpConnStatusT status;
} ValHlpPppCloseStatusMsgT;
typedef struct
{
kal_int16 socketId;
kal_uint8 sap;
ValSocketStatusT status;
} ValHlpSocketCreateStatusMsgT;
typedef struct
{
kal_uint8 sap;
ValSocketStatusT status;
} ValHlpSocketBindStatusMsgT;
typedef struct
{
kal_uint8 sap;
ValSocketStatusT status;
kal_uint32 srcIP;
kal_uint32 destIP;
kal_uint16 srcPort;
kal_uint16 dstPort;
} ValHlpSocketConnStatusMsgT;
typedef struct
{
kal_int16 SockListenfd;
kal_uint8 SocketNum;
kal_int16 sockfd[5];
kal_uint8 sap[5];
} ValHlpSocketListenStatusMsgT;
typedef struct
{
kal_uint8 sap;
kal_uint8 opt_type;
kal_uint16 size;
ValSocketStatusT status;
} ValHlpSocketOptStatusMsgT;
typedef struct
{
kal_uint8 sap;
ValSocketStatusT status;
kal_int8 how;
} ValHlpSocketShutDownStatusMsgT;
typedef struct
{
kal_uint8 sap;
kal_bool lingerOnOff;
kal_uint32 lingerTime;
ValSocketStatusT status;
} ValHlpSocketLingerStatusMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} ValHlpIpDnsAddrGetMsgT;
typedef struct
{
kal_uint32 LocalIPAddr;
kal_uint32 PriDNSAddr;
kal_uint32 SecDNSAddr;
} ValHlpIpDnsAddrGetRspMsgT;
/*-----------------------------------------------------------------
* OTASPHandler
*----------------------------------------------------------------*/
/*-----------------------------------------------------------------
* LocHandler
*----------------------------------------------------------------*/
/* Refer to PswPosAfltMeasurementMsgT in pswapi.h */
/*-----------------------------------------------------------------
* PSWAmpsHandler
*----------------------------------------------------------------*/
/* VAL_AMPS_EXT_PROTO_MSG */
typedef enum
{
VAL_AMPS_MST_VMAIL,
VAL_AMPS_MST_CLI,
VAL_AMPS_MST_SMS
} ValAmpsExtProtoType;
typedef struct
{
ValAmpsExtProtoType ExtProtoType;
kal_bool SoundAudibleAlertFlag;
kal_uint16 MsgLen;
kal_uint8 MsgData[1];
} ValAmpsExtProtoMsgT;
typedef enum
{
CSFB_TST_CDMA_PARM,
CSFB_TST_SIB8,
CSFB_TST_REDIR
} ValCsfbTstBuffType;
typedef struct
{
ValCsfbTstBuffType buffID;
kal_uint8 size;
kal_uint8 buff[255];
} ValCsfbTstSetBufferMsgT;
typedef struct
{
kal_bool inclRand;
kal_uint32 Rand;
kal_bool inclMobParms;
} ValCsfbTstParmRspMsgT;
typedef struct
{
kal_bool inclRand;
kal_uint32 Rand;
kal_bool inclMobParms;
} ValCsfbTstHOEutraPrepMsgT;
typedef struct
{
kal_bool sysTimeIncl;
kal_uint8 sysTime[5];
} ValCsfbTstMobFromEutraMsgT;
/* VAL_NWK_RPT_PREV_PREVINUSE_MSG */
typedef struct
{
kal_uint8 PRev;
kal_uint8 PRevInUse;
} ValNetworkPrevAndPrevInUseMsgT;
/* VAL_DO_RX_TX_POWER_INFO_DATA_MSG */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
kal_int16 MainRxPowerDbmQ6;
kal_int16 DivRxPowerDbmQ6;
kal_uint16 MainRxGainState;
kal_uint16 DivRxGainState;
kal_int16 TxPowerDbmQ6;
kal_uint16 TxGainState;
kal_int16 TxClosedLoopAdjQ6;
kal_int16 TxAnt;
#ifdef MTK_DEV_C2K_IRAT
kal_int16 EcIo;
kal_uint16 SINR; /* uint:Linear, convert it to dB = 10*lg(SINR/512) */
#endif
kal_bool IsValTriggerItself;
} ValDoRxTxPwrInfoMsgT;
/* VAL_MISC_RX_TX_PWR_INFO_EVT - this typedef is for UI callback only */
typedef struct
{
kal_int16 RxPowerDbmQ6;
kal_int16 DivRxPowerDbmQ6;
kal_int16 TxPowerDbmQ6;
kal_uint16 RxGainState;
kal_uint16 DivRxGainState;
kal_uint16 TxGainState;
kal_int16 AvgActiveEcIoQ6;
#ifdef MTK_CBP
kal_int16 LastAvgActiveEcIoQ6_1;
kal_int16 LastAvgActiveEcIoQ6_2;
#endif
kal_uint16 TxAgcPdmRep;
kal_int16 TxClosedLoopAdjQ6;
kal_int16 RxGainIntegral;
kal_int16 RxGainCoarse;
kal_int16 RxGainFine;
kal_int16 RxGainPdmQ3;
kal_int16 TxConstPowerOffsetQ6;
#ifdef MTK_CBP
kal_int16 TxAnt;
#endif
} ValUiRxTxPowerDataT;
#define ELEVATOR_RSSI_NUMBER 7
typedef struct
{
kal_int32 RxPowerDbmQ6[ELEVATOR_RSSI_NUMBER];
kal_int32 RssiSumA;
kal_int32 RssiSumB;
kal_int16 index;
kal_int16 rssiWinsize;
kal_int16 rssi_diff_between_elevator_mode;
kal_int16 GoodSignal_counter;
kal_int16 BadSignal_counter;
} ValC2kRxTxPowerDataT;
#ifdef MTK_CBP
/*Tx power level of <5, <10, <15, <20, <25*/
#define VAL_NUM_TX_POWER_LEVELS 5
#define VAL_RCV_DO_RX_TX_TIME_INFO_RSP 0X01
#define VAL_RCV_L1D_RX_TX_TIME_INFO_RSP 0X02
#if 1
/* VAL_RMC_DO_RX_TX_TIME_INFO_DATA_RSP_MSG */
typedef struct
{
/*period(in ms) for which Tx is active*/
kal_uint32 do_tx_time_ms[VAL_NUM_TX_POWER_LEVELS];
/*period (in ms) for which Rx is active*/
kal_uint32 do_rx_time_ms;
}ValDoRxTxtimeInfoRspMsgT;
#endif
/* VAL_L1D_RX_TX_TIME_INFO_DATA_RSP_MSG */
typedef struct
{
/*period(in ms) for which Tx is activ*/
kal_uint32 L1D_tx_time_ms[VAL_NUM_TX_POWER_LEVELS];
kal_uint32 L1D_rx_time_ms;
}ValL1dRxTxtimeInfoRspMsgT;
typedef enum
{
VAL_Cl1TST_START_TX_TRANSMIT = 0,
VAL_CL1TST_STOP_TX_TRANSMIT,
VAL_CL1TST_START_RX_MEASURE,
VAL_CL1TST_TX_POWER_QUERY,
VAL_CL1TST_START_TX_POWER_MODU_SIGNAL,
VAL_CL1TST_STOP_TX_POWER_MODU_SIGNAL,
VAL_CL1TST_DETECT_RX_POWER_DBM_UNIT,
VAL_CL1TST_POWER_REDUCTION_LEVEL,
VAL_CL1TST_POWER_REDUCTION_LEVEL_BY_BAND
}ValCl1tstReqModeT;
typedef enum
{
VAL_CL1TST_SIG_TX_TONE = 0,
VAL_CL1TST_SIG_TX_MODU,
VAL_CL1TST_SIG_INVALID = 255
}ValCl1tstTxSigTypeT;
typedef struct
{
ValCl1tstReqModeT mode;
kal_int16 TxPower; /* Need to convert from Q5 to Q3 */
kal_int16 MainRxPower;/* Need to convert from Q7 to Q3 */
kal_int16 DivRxPower; /* Need to convert from Q7 to Q3 */
}ValCl1tstRxTxPwrDetectMsgT;
#ifdef __RF_SCAN_FOR_DESENSE_TEST__
typedef struct
{
kal_uint8 RatType;
kal_int16 MainRxPower;/* Need to convert from Q7 to Q3 */
kal_int16 DivRxPower; /* Need to convert from Q7 to Q3 */
}ValCl1tstRxScanRspMsgT;
#endif
typedef struct
{
kal_uint8 RatType;
kal_uint8 AntennaIdex;
}ValCl1tstGetAntInfoCfgMsgT;
typedef struct
{
kal_uint8 RatType;
kal_uint8 AntennaIdex;
}ValCl1tstGetAntInfoIndMsgT;
typedef struct
{
kal_uint8 ForceTxAntState;
kal_bool EnableForceTas;
kal_bool QueryByBand;
}ValL1dTasForceAntQueryMsgT;
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
typedef enum
{
VAL_L1D_TX_PWR_REDUCTION = 0,
VAL_L1D_TX_PWR_REDUCTION_BY_BAND
}ValTxPwrReducModeT;
typedef struct
{
kal_int16 FeatureIndex;
kal_bool DoDatSarCfgRsp; /*TRUE:DO SUCESS CFG RF Fail:DO do not CFG RF */
kal_int16 SeqNum;
}ValRmcRfcDatSarCfgRspMsgT;
typedef struct
{
kal_int16 SeqNum;
kal_int16 featureIndex;
kal_bool L1dDatSarCfgRsp; /*TRUE:1x SUCESS CFG RF Fail:1x do not CFG RF */
}ValL1dRfDatSarCfgRspMsgT;
#endif
/*-----------------------------------------------------------------
* MULTIMEDIA APPLICATION Handler
*----------------------------------------------------------------*/
/* Status & Error codes used for VAL Apps callback functions (Music, JPEG) */
typedef enum
{
VAL_APP_OK = 0,
VAL_APP_FILE_FORMAT_INVALID,
VAL_APP_FILE_IO_ERROR,
VAL_APP_FAILED_ERROR,
VAL_APP_WRONG_PLAY_FORMAT,
VAL_APP_CONFLICT,
VAL_APP_MALLOC_ERROR,
VAL_APP_DATA_SIZE_INVALID,
VAL_APP_TONE_ID_INVALID,
VAL_APP_IMAGE_TYPE_INVALID,
VAL_APP_IMAGE_CONTEXT_NOT_INIT,
VAL_APP_IMAGE_WIDTH_INVALID,
VAL_APP_IMAGE_ACTUAL_SIZE_UNKNOWN,
VAL_APP_VMEMO_WRONG_STATE_ERR,
VAL_APP_VMEMO_INVALID_REC_TYPE,
VAL_APP_VMEMO_RECORD_DEVICE_FULL,
VAL_APP_VMEMO_INVALID_NUM_PKTS,
VAL_APP_VMEMO_INVALID_SRVC_OPT,
VAL_APP_VMEMO_SRVC_OPT_MISMATCH,
VAL_APP_VMEMO_WRONG_REC_WHILE_ON_TRAFFIC,
VAL_APP_VMEMO_INTERNAL_ERR,
VAL_APP_VMEMO_INVAL_TYPE_FOR_FILE_REC,
VAL_APP_VMEMO_INVAL_PLAYBACK_PARMS,
VAL_APP_VMEMO_INVAL_PACKET_RATE,
VAL_APP_A2DP_STREAM_OPERATION_ERR,
VAL_APP_MUSIC_NOT_SUPPORTED_ERR,
VAL_APP_CMD_NOT_SUPPORTED_ERR,
VAP_APP_SAMPLING_RATE_INVALID,
VAL_APP_NUM_CHANS_INVALID,
VAL_APP_WRONG_RECORD_FORMAT
} ValAppStatusT;
/* VAL audio sampling rates, used in Music and Voice Memo API's */
typedef enum
{
VAL_SAMP_RATE_8000,
VAL_SAMP_RATE_11025,
VAL_SAMP_RATE_12000,
VAL_SAMP_RATE_16000,
VAL_SAMP_RATE_22050,
VAL_SAMP_RATE_24000,
VAL_SAMP_RATE_32000,
VAL_SAMP_RATE_44100,
VAL_SAMP_RATE_48000,
VAL_NUM_SAMPLING_RATES
} ValSamplingRatesT;
/*-----------------------------------------------------------------
* VSTRM Handler
*----------------------------------------------------------------*/
/* Used by Vstrm, but could be used for generic passing of CpBuff */
typedef struct
{
CpBufferT* pCpBuf;
kal_uint16 offset;
kal_uint16 Len;
} ValCpBuffMsgT;
/*-----------------------------------------------------------------
* MISC Handler
*----------------------------------------------------------------*/
/* VAL_L1DTST_GETPHONESTATUS; rspmsg data structure defined by L1D */
typedef ExeRspMsgT ValL1DTstGetPhoneStatusMsgT;
/* VAL_HRPD_RSSI_RPT_MSG */
typedef struct
{
kal_int16 Rssi;
} ValHrpdRssiRptMsgT;
/* typedef for expressing time in user format */
typedef struct
{
kal_uint8 Secs, Mins, Hours; /* 00:00:00 to 23:59:59 */
kal_uint8 Day, Month; /* 1...31, 1...12 */
kal_uint8 DoW; /* 0 (Sun)...6 (Sat) */
kal_uint16 Year; /* 1980...2043 */
kal_uint16 MilliSecs;
} ValCalendarTimeT;
/*-----------------------------------------------------------------
* ETS Handler
*----------------------------------------------------------------*/
/* VAL_SEND_DATA_BURST_MSG */
/* ??? how about going to a header + data dual structure */
#define VAL_CP_MAX_DATA_BURST_CHAR 249 /* 255 - Data Burst Header */
typedef struct
{
kal_uint8 MsgNumber;
kal_uint8 BurstType;
kal_uint8 NumMsgs;
kal_uint8 NumFields;
kal_uint8 Data[249]; /* ??? */
kal_bool Encoded;
kal_bool DigitMode;
kal_uint8 NumDigits;
kal_uint8 Digits[30]; /* ??? */
} ValSendDataBurstMsgT;
typedef struct
{
kal_bool Mode; /* KAL_TRUE: disabled */
} ValKPadDisabledMsgT;
/* VAL_EMERGENCY_MODE_TEST_MSG */
typedef struct
{
ExeRspMsgT RspInfo;
kal_bool value;
} ValEmergencyModeTestingMsgT;
typedef struct
{
kal_bool mode;
} ValEmergencyModeTestingResponseMsgT;
typedef enum
{
VAL_DEV_NONE = 0x0000,
VAL_DEV_UIM = 0x1000,
VAL_DEV_RAM = 0x2000,
VAL_DEV_FLASH = 0x3000,
VAL_DEV_UIM_FLASH = 0x4000,
VAL_DEV_FLASH_UIM = 0x5000
#ifdef MTK_CBP
,VAL_DEV_UIM_FDN = 0x6000,
VAL_DEV_UIM_ADN_FDN = 0x7000
#endif
} ValDeviceT;
/* VAL Event typedefs */
typedef kal_int16 RegIdT;
typedef void (*ValEventFunc) ( RegIdT RegId,
kal_uint32 MsgId,
void* MsgBufferP );
/* Structure for registering events */
typedef struct
{
kal_bool IsUse; /* if this entry is in use */
ValEventFunc CallBack; /* function to call back */
} ValRegTableT;
/* Event handler */
typedef struct
{
ValRegTableT* RegTableP; /* Register table pointer */
kal_semid SemaphoreP;
kal_int16 MaxRegIds; /* Maximum RegId count Register table supported */
} ValEventHandlerT;
/* index used to access the CallTxtTable[] */
typedef enum {
VAL_CT_DEFAULT,
VAL_CT_AMPS_CALL,
VAL_CT_DATA_CALL,
VAL_CT_FAX_CALL,
VAL_CT_SSO1,
VAL_CT_SSO2,
VAL_CT_SSO3,
VAL_CT_SSO6,
VAL_CT_SSO9,
VAL_CT_SSO14,
VAL_CT_SSO17,
VAL_CT_SSO32768,
VAL_CT_SSO18,
VAL_CT_SSO19,
VAL_CT_SSO32,
VAL_CT_SSO33,
VAL_CT_SSO35,
VAL_CT_SSO36,
VAL_CT_SSO54,
VAL_CT_SSO55,
VAL_CT_SSO68,
VAL_CT_SSO32798,
VAL_CT_SSO32799,
VAL_CT_SSO32858,
VAL_CT_SSO32859,
VAL_CT_MAX
} ValCallTypeT;
/* powerdown sequence signals */
typedef enum
{
VAL_PWRDWN_START,
VAL_PWRDWN_PSDOWN,
VAL_PWRDWN_DBMFLUSH,
VAL_PWRDWN_AIWFLUSH
} ValPowerDownIdT;
typedef enum
{
VAL_MISC_PWRDWN_FLUSH_EVT,
VAL_MISC_BATTERY_READING_EVT,
VAL_MISC_TEMP_READING_EVT,
VAL_MISC_RX_TX_PWR_INFO_EVT,
VAL_MISC_REFURBISH_AGING_TX_OFF_IND,
VAL_MISC_REFURBISH_AGING_TX_ON_IND,
VAL_MISC_GET_SMS_COUNT_EVT,
VAL_MISC_GET_SMS_EVT
} ValMiscEventIdT;
#ifdef MTK_PLT_ON_PC_UT
typedef enum
{
VAL_UT_GV_CSS_OP_MODE,
VAL_UT_GV_CSS_NV_READ_COMPLETE,
VAL_UT_GV_PROTOCOL_1,
VAL_UT_GV_PROTOCOL_2,
VAL_UT_GV_PROTOCOL_3
} ValUtGloblaValTypeE;
#endif
enum _ValAtService
{
VAL_ATS_AsyncData,
VAL_ATS_Fax,
VAL_ATS_Rejected,
VAL_ATS_PacketRelayRm,
VAL_ATS_SingleStackQNC,
VAL_ATS_UpBrowser,
VAL_ATS_AsyncUpBrowser,
VAL_ATS_TcpCktBrowser,
VAL_ATS_TcpPktBrowser,
VAL_ATS_PacketNtwkRm,
VAL_ATS_PPPOnly,
VAL_NUM_ATSs
};
typedef kal_uint8 ValAtService;
typedef struct
{
kal_uint8* buf;
kal_uint16 offset;
kal_uint16 len;
} ValAtBuf;
/* IWF-intermediate result codes need not appear in this list. */
enum
{
/* IWF-final and MT2 generated codes */
VAL_ARC_OK,
VAL_ARC_CON,
VAL_ARC_ERR,
VAL_ARC_CPKT,
VAL_ARC_CBWSR,
/* IWF-final generated codes */
VAL_ARC_BSY,
VAL_ARC_NAN,
VAL_ARC_NCR,
VAL_ARC_NDT,
VAL_ARC_CEIF,
/* MT2 generated codes */
VAL_ARC_NUL,
VAL_ARC_CEBR,
VAL_ARC_CELF,
VAL_ARC_CENDS,
VAL_ARC_CENFS,
VAL_ARC_CENS,
VAL_ARC_CEPF,
VAL_ARC_CEPG,
VAL_ARC_CERL,
VAL_ARC_CERT,
VAL_ARC_CRGA,
VAL_ARC_CRGF,
VAL_NUM_RCs
};
typedef kal_uint8 ValAtResultCode;
typedef struct
{
kal_uint8 *dataPtr;
kal_uint16 offset;
kal_uint16 dataLen;
} FwdDataInfoT;
/* cmd id for ValUserInfoControl() */
typedef enum
{
VAL_USERINFO_INIT_CMD = 0x01,
VAL_USERINFO_RESTART_CMD,
VAL_USERINFO_STOP_CMD
} ValUserInfoCmdT;
typedef struct
{
kal_bool Mode;
} ValSetPrivacyModeMsgT;
typedef struct
{
kal_uint8 NetPre;
} ValReportNetPre;
typedef struct
{
kal_uint8 BreakLen; /* in 10 msec units */
} ValEia617BreakReqMsgT;
typedef struct
{
kal_bool C108On; /* the state of C108, DTE ready. */
kal_uint8 chan;
kal_bool CableUnplugged ;
} ValC108IndMsgT;
typedef struct
{
kal_uint32 Rate; /* Bit rate on both Tx and Rx side. */
} ValRateIndMsgT;
typedef struct
{
CpBufferT* pCpBuf; /* points to the first byte of data */
kal_uint16 offset; /* data size in bytes. */
kal_uint16 Len;
kal_uint8 RlpFlow;
kal_uint8 chan;
} ValRevTxReqMsgT;
#ifdef MTK_PLT_ON_PC_UT
typedef struct
{
kal_uint8 len;
ValUtGloblaValTypeE type[16]; /* points to the first byte of data */
kal_uint32 val[16];
} ValUtGlobalValSetMsgT;
typedef struct
{
CpBufferT* pCpBuf; /* points to the first byte of data */
kal_uint16 offset; /* data size in bytes. */
kal_uint16 Len;
kal_uint8 RlpFlow;
kal_uint8 chan;
kal_char cmdBuf[ATC_ENHANCED_AT_CMD_LEN];
} ValRevTxReqMsgUtT;
typedef struct
{
kal_uint16 Len;
kal_uint8 chan;
kal_char cmdBuf[1024];
} ValSendTxIndMsgT;
typedef struct
{
kal_uint8 value;
} ValConfigureReqMsgT;
#endif
#ifdef MTK_DEV_ETS_ENHANCEMENT
typedef struct
{
kal_bool on;
} ValATChanCtrlMsgT;
typedef struct
{
kal_char cmdBuf[1];
} ValATFwdTxReqMsgT;
typedef struct
{
kal_char cmdBuf[1];
} ValATRevTxReqMsgT;
#endif
typedef struct
{
kal_uint8* DataBufP; /* points to the first byte of data */
kal_uint16 DataLen; /* data size in bytes. */
} ValFwdTxReqMsgT;
typedef struct
{
kal_uint8 chan;
} ValFwdTxRspMsgT;
/* VAL_RLP_REV_DATA_RSP_MSG */
typedef struct
{
kal_uint8 srId;
} ValRlpRevDataRspMsgT;
/* IOP_RLP_FWD_DATA_IND_MSG */
typedef struct {
kal_uint8 *dataPtr;
kal_uint16 offset;
kal_uint16 dataLen;
} ValRlpFwdDataFrameT;
#define NUM_VAL_RLP_FRAMES_PER_INDICATION 20
typedef struct {
kal_uint16 numRlpFrames;
ValRlpFwdDataFrameT rlpFrames[NUM_VAL_RLP_FRAMES_PER_INDICATION];
} ValRlpFwdDataIndMsgT;
typedef struct
{
ValAtResultCode ResultCode;
} ValDsIssueResultMsgT;
typedef struct
{
ValAtService Svc;
} ValDsConnIndMsgT;
typedef struct
{
kal_uint8 QNCStr[VAL_MAX_BRSWR_DGT_SIZE]; /* null-terminated */
} ValSetQNCDialStrMsgT;
#ifdef SYS_OPTION_VOICE_RECOGNITION
typedef enum
{
VAL_VREC_TRAINING_START_EVT,
VAL_VREC_TRAINING_COMPLETE_EVT,
VAL_VREC_SPEECH_PLAYBACK_EVT,
VAL_VREC_START_RECOGNITION_EVT,
VAL_VREC_NOT_RECOGNIZED_EVT,
VAL_VREC_RECOGNIZED_EVT,
VAL_VERC_CANCEL_EVT,
VAL_VREC_CAPTURE_CONFIRM_EVT,
VAL_VREC_CAPTURE_PLAYBACK_EVT,
VAL_VREC_CMD_DONE_EVT,
VAL_VREC_TRAIN_CANCEL_EVT,
VAL_VREC_CANCEL_EVT,
VAL_VREC_TEMPLATE_COMPLETE_EVT
} ValVrecEventT;
#endif
/* Please, note!!!! This type HAS to match HWD definitions */
typedef enum
{
VAL_RF_PCS_BAND, /* = HWD_RF_PLL_BAND_PCS_1900,*/
VAL_RF_AMPS_BAND, /* = HWD_RF_PLL_BAND_AMPS, */
VAL_RF_CELL_BAND, /* = HWD_RF_PLL_BAND_CDMA_CELLULAR, */
VAL_RF_T53_BAND, /* = HWD_RF_PLL_BAND_CDMA_T53, */
VAL_RF_KPCS_BAND, /* = HWD_RF_PLL_BAND_KOREAN_PCS, */
VAL_RF_UNDEF_BAND /* = HWD_RF_PLL_BAND_UNDEFINED */
} ValRfPllBandT;
/* Define VAL Display Device Info msg */
typedef struct
{
ExeRspMsgT RspInfo;
} ValDispDeviceInfoMsgT;
/* Define VAL Display Device response Info msg */
#define VAL_DISP_MAX_DEVICE_INFO_LEN 20
typedef struct
{
kal_char Vendor [VAL_DISP_MAX_DEVICE_INFO_LEN];
kal_char ModelId [VAL_DISP_MAX_DEVICE_INFO_LEN];
kal_uint16 BitsPerPixel;
kal_uint16 WidthInPixels;
kal_uint16 HeightInPixels;
} ValDispDeviceInfoRspMsgT;
/*The following definitions are used for the datacard application software support*/
#define VAL_MAX_ROAMING_NETWORK_LEN 34
#define VAL_MAX_MDN_LEN 16
#define VAL_MAX_ACTIVATION_CODE_LEN 8
#define VAL_MAX_MNHA_LEN 16
#define VAL_MAX_MNAAA_LEN 16
#define VAL_MAX_PRL_SIZE 8192
#define VAL_MAX_NTWK_ERR_STR_LEN 240
typedef enum
{
VAL_WMC_SERVICE_NONE = 0,
VAL_WMC_SERVICE_AMPS,
VAL_WMC_SERVICE_IS95A,
VAL_WMC_SERVICE_IS95B,
VAL_WMC_SERVICE_GSM,
VAL_WMC_SERVICE_GPRS,
VAL_WMC_SERVICE_1XRTT,
VAL_WMC_SERVICE_1XEVDO,
VAL_WMC_SERVICE_UMTS,
VAL_WMC_SERVICE_1XEVDOrA
}ValWmcServiceTypeT;
typedef enum
{
VAL_WMC_NETWORK_HOME = 0,
VAL_WMC_NETWORK_EXTENDED,
VAL_WMC_NETWORK_ROAM
}ValWmcNetworkTypeT;
typedef enum
{
VAL_WMC_RC_SUCCESS = 0,
VAL_WMC_RC_BAD_PARAMETER,
VAL_WMC_RC_NOT_STARTED,
VAL_WMC_RC_BUFFER_TOO_SMALL,
VAL_WMC_RC_DEVICE_NOT_AVAILABLE,
VAL_WMC_RC_ACTIVATE_FAILED,
VAL_WMC_RC_ALREADY_ACTIVATED,
VAL_WMC_RC_DEVICE_CONNECTED,
VAL_WMC_RC_SERVICE_NOT_AVAILABLE,
VAL_WMC_RC_ACTIVATION_INITIATED
}ValWmcResultCodeT;
typedef enum {
VAL_WMC_STATE_UNKNOWN,
VAL_WMC_STATE_IDLE,
VAL_WMC_STATE_CONNECTING,
VAL_WMC_STATE_AUTH,
VAL_WMC_STATE_CONNECTED,
VAL_WMC_STATE_DORMANT,
VAL_WMC_STATE_UPDATING_NAM,
VAL_WMC_STATE_UPDATING_PRL,
VAL_WMC_STATE_DISCONNECTING,
VAL_WMC_STATE_ERROR,
VAL_WMC_STATE_NUM
}ValWmcConnStatusT;
typedef enum {
WMC_STATE_OTASP_NONE,
WMC_OTASP_STATE_IN_PROGRESS,
WMC_OTASP_STATE_SPL_UNLOCKED,
WMC_OTASP_STATE_NAM_DOWNLOADED,
WMC_OTASP_STATE_MDN_DOWNLOADED,
WMC_OTASP_STATE_IMSI_DOWNLOADED,
WMC_OTASP_STATE_PRL_DOWNLOADED,
WMC_OTASP_STATE_COMMIT_SUCCESS,
WMC_OTASP_STATE_PROG_SUCCESS,
WMC_OTASP_STATE_PROG_FAILED
}ValWmcOtaspStateT;
typedef struct
{
kal_uint16 Year;
kal_uint16 Month;
kal_uint16 Day;
kal_uint16 Hour;
kal_uint16 Minute;
kal_uint16 Second;
kal_uint16 MillionSeconds;
kal_int32 MinutesFromUTC;
} ValWmcDateTimeT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} ValDatacardGetNetworkInfoMsgT;
/* Get Network Information response message */
typedef struct
{
kal_int32 Rssi;
ValWmcServiceTypeT CurrentService;
ValWmcNetworkTypeT NetworkType;
ValWmcDateTimeT NetworkTime;
kal_int32 RssiDbm;
kal_int32 RssiEvdoDbm;
kal_uint32 PrlRoamInd;
kal_char RoamingNetwork[VAL_MAX_ROAMING_NETWORK_LEN+1];
} ValDatacardGetNetworkInfoRspMsgT;
typedef enum
{
PHONE_ESN_UIMID,
PHONE_ESN_EUIMID,
PHONE_MEID_UIMID,
PHONE_MEID_EUIMID
} ValPhoneIdTypeT;
typedef struct
{
ValPhoneIdTypeT PhoneIdType;
kal_uint32 MeEsn;
kal_uint32 UimId;
kal_uint8 MeMeid[NAM_MEID_SIZE];
kal_uint8 EUimId[NAM_MEID_SIZE];
kal_uint32 MePesn;
kal_uint32 UimPesn;
} ValDbmMeidAndUimIdT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
kal_bool Automatic;
kal_char MDN[VAL_MAX_MDN_LEN+1];
kal_uint64 MIN;
kal_char ActivationCode[VAL_MAX_ACTIVATION_CODE_LEN+1];
kal_uint32 HomeSID;
kal_bool SetMNHA;
kal_uint32 MNHASize;
kal_uint8 MNHA[VAL_MAX_MNHA_LEN+1];
kal_bool SetMNAAA;
kal_uint32 MNAAASize;
kal_uint8 MNAAA[VAL_MAX_MNHA_LEN+1];
} ValDataCardOTAActivateMsgT;
/* OTA-Activate response message */
typedef struct
{
ValWmcResultCodeT result;
} ValDatacardOTAActivateRspMsgT;
typedef enum
{
VAL_WMC_MIP_OFF = 0,
VAL_WMC_MIP_PREFERRED,
VAL_WMC_MIP_ONLY
} ValWmcMipTypeT;
typedef enum
{
VAL_WMC_PREF_MODE_AUTO = 0,
VAL_WMC_PREF_CDMA_ONLY,
VAL_WMC_PREF_EVDO_ONLY
} ValWmcPrefModeT;
typedef struct
{
ValWmcMipTypeT Mip;
ValWmcPrefModeT PrefMode;
kal_uint16 Accolc;
} ValWmcMiscParameterT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
ValWmcMiscParameterT MsgData;
} ValDataCardSetDevParamMsgT;
/* Set device paramters response message */
typedef struct
{
ValWmcResultCodeT result;
} ValDataCardSetDevParamRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} ValDataCardGetDevParamMsgT;
typedef struct
{
ValWmcMiscParameterT MsgData;
} ValDataCardGetDevParamRspMsgT;
typedef enum
{
/*1xRTT Error Codes*/
VAL_WMC_NETWORK_ERROR_1X_START = 0,
VAL_WMC_NETWORK_ERROR_1X_CO_NO_SERVICE = VAL_WMC_NETWORK_ERROR_1X_START,
VAL_WMC_NETWORK_ERROR_1X_CO_ACCESS_FAILURE,
VAL_WMC_NETWORK_ERROR_1X_CO_CANNOT_ORIGINATE,
VAL_WMC_NETWORK_ERROR_1X_CO_REDIRECTION,
VAL_WMC_NETWORK_ERROR_1X_CO_HANDOFF,
VAL_WMC_NETWORK_ERROR_1X_CO_IN_PROGRESS,
VAL_WMC_NETWORK_ERROR_1X_CO_PRIORITY_INBOUND,
VAL_WMC_NETWORK_ERROR_1X_CO_LOCKED,
VAL_WMC_NETWORK_ERROR_1X_CO_INCOMPATIBLE_SERVICES,
VAL_WMC_NETWORK_ERROR_1X_CO_CONCURRENT_NOT_SUPPORTED,
VAL_WMC_NETWORK_ERROR_1X_CO_NO_RESPONSE,
VAL_WMC_NETWORK_ERROR_1X_CO_REJECT,
VAL_WMC_NETWORK_ERROR_1X_CO_SO_NOT_SUPPORTED,
VAL_WMC_NETWORK_ERROR_1X_CO_CHANNEL_OPEN,
VAL_WMC_NETWORK_ERROR_1X_CO_ALERT_STOP,
VAL_WMC_NETWORK_ERROR_1X_CO_MAX_ACCESS,
VAL_WMC_NETWORK_ERROR_1X_CO_ACTIVATION_NOT_AVAILABLE,
VAL_WMC_NETWORK_ERROR_1X_CO_INTERCEPT,
VAL_WMC_NETWORK_ERROR_1X_CO_REORDER,
VAL_WMC_NETWORK_ERROR_1X_CO_OTHER,
VAL_WMC_NETWORK_ERROR_1X_RELEASE_FADE,
VAL_WMC_NETWORK_ERROR_1X_RELEASE_NO_REASON,
VAL_WMC_NETWORK_ERROR_1X_RELEASE_SO_NOT_SUPPORTED,
VAL_WMC_NETWORK_ERROR_1X_PROTOCOL_FAILURE,
VAL_WMC_NETWORK_ERROR_1X_REDIRECT_TO_EVDO,
VAL_WMC_NETWORK_ERROR_1X_FADE,
VAL_WMC_NETWORK_ERROR_1X_USER_DISCONNECTED,
VAL_WMC_NETWORK_ERROR_1X_OTASP_ENDED,
VAL_WMC_NETWORK_ERROR_1X_ENDED_FOR_VOICE,
VAL_WMC_NETWORK_ERROR_1X_E911_CALL_ENDED,
VAL_WMC_NETWORK_ERROR_1X_E911_EMERGENCY_CALL,
VAL_WMC_NETWORK_ERROR_1X_E911_GPS_FIX,
VAL_WMC_NETWORK_ERROR_1X_END,
/*GSM/WCDMA Error Codes*/
VAL_WMC_NETWORK_ERROR_WCDMA_START = 100,
VAL_WMC_NETWORK_ERROR_WCDMA_PROTOCOL_FAILURE = VAL_WMC_NETWORK_ERROR_WCDMA_START,
VAL_WMC_NETWORK_ERROR_WCDMA_ORIGINATION_FAILURE,
VAL_WMC_NETWORK_ERROR_WCDMA_INCOMMING_REJECTED,
VAL_WMC_NETWORK_ERROR_WCDMA_NETWORK_DISCONNECTED,
VAL_WMC_NETWORK_ERROR_WCDMA_NO_SERVICE,
VAL_WMC_NETWORK_ERROR_WCDMA_USER_DISCONNECTED,
VAL_WMC_NETWORK_ERROR_WCDMA_END,
/*1xEV-DO Error Codes*/
VAL_WMC_NETWORK_ERROR_EVDO_START = 150,
VAL_WMC_NETWORK_ERROR_EVDO_CO_NO_SERVICE = VAL_WMC_NETWORK_ERROR_EVDO_START,
VAL_WMC_NETWORK_ERROR_EVDO_CO_ACCESS_FAILURE,
VAL_WMC_NETWORK_ERROR_EVDO_CO_REDIRECTION,
VAL_WMC_NETWORK_ERROR_EVDO_CO_NOT_PREFERRED,
VAL_WMC_NETWORK_ERROR_EVDO_CO_MODE_HANDOFF,
VAL_WMC_NETWORK_ERROR_EVDO_CO_IN_PROGRESS,
VAL_WMC_NETWORK_ERROR_EVDO_CO_SETUP_TIMEOUT,
VAL_WMC_NETWORK_ERROR_EVDO_CO_SESSION_NOT_OPEN,
VAL_WMC_NETWORK_ERROR_EVDO_RELEASE_NO_REASON,
VAL_WMC_NETWORK_ERROR_EVDO_PROTOCOL_FAILURE,
VAL_WMC_NETWORK_ERROR_EVDO_DENY_NO_REASON,
VAL_WMC_NETWORK_ERROR_EVDO_DENY_NETWORK_BUSY,
VAL_WMC_NETWORK_ERROR_EVDO_DENY_AUTHENTICATION,
VAL_WMC_NETWORK_ERROR_EVDO_REDIRECT_TO_1X,
VAL_WMC_NETWORK_ERROR_EVDO_FADE,
VAL_WMC_NETWORK_ERROR_EVDO_USER_DISCONNECTED,
VAL_WMC_NETWORK_ERROR_EVDO_GPS_FIX,
VAL_WMC_NETWORK_ERROR_EVDO_END
} ValWmcNtwkErrCodeT;
typedef struct
{
ValWmcConnStatusT connStatus;
ValWmcNtwkErrCodeT DisconnectError;
ConnStateT ConnState;
ValPswDataTypeT DataType;
} ValHlpConnStatusMsgT;
typedef struct
{
kal_uint8 SectorId[16];
kal_uint32 Latitude;
kal_uint32 Longitude;
kal_uint8 SubnetMask;
} ValClcCellInfoMsgT;
typedef struct
{
kal_uint32 uTotalSessionMS;
kal_uint32 uActiveSessionMS;
kal_uint32 uTotalTxBytes;
kal_uint32 uTotalRxBytes;
kal_uint32 uPreTotalTxBytes;
kal_uint32 uPreTotalRxBytes;
} ValStatPeekRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} ValDatacardGetConnInfoMsgT;
typedef struct
{
ValWmcConnStatusT connStatus;
ValWmcNtwkErrCodeT DisconnectError;
ValWmcOtaspStateT otaspState;
kal_uint32 uTotalSessionMS;
kal_uint32 uActiveSessionMS;
kal_uint32 uTotalTxBytes;
kal_uint32 uTotalRxBytes;
} ValConnInfoRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
ValWmcNtwkErrCodeT ErrCode;
} ValDataCardGetNtwkErrStrMsgT;
typedef struct
{
kal_uint8 ErrStr[VAL_MAX_NTWK_ERR_STR_LEN];
} ValDataCardGetNtwkErrStrRspMsgT;
typedef enum
{
VAL_DO_POWERDOWN,
VAL_DO_POWERUP
} ValPowerupStatusT;
typedef struct
{
ValPowerupStatusT powerup;
} ValPowerupStatusMsgT;
typedef struct
{
kal_int8 RecId;
} ValDnsQueryMsgT;
typedef struct
{
kal_uint8 DNSEvent;
kal_int16 DNSParam;
} ValDnsNetMsgT;
typedef enum
{
FACTORY_NOT_PROVISIONED,
FACTORY_ALREADY_PROVISIONED
} DataInitMode;
typedef struct
{
DataInitMode Mode;
} ValAllDataInitMsgT;
typedef enum
{
/* AT_CARD_NOT_READY = 0,*/
/* UIM_STATE_VALID=1,*/
AT_UIM_CARD = 1,
AT_SIM_CARD = 2,
AT_UIM_SIM_CARD = 3,
AT_UNKNOWN_CARD = 4,
AT_CT_UIM_CARD = 5,
AT_CT_UIM_SIM_CARD = 6,
AT_NEED_PIN_CARD = 7, /* This card need to input PIN to determin the type */
#ifndef MTK_CBP
AT_CT_UICC_CARD = 8,
AT_NOT_CT_UICC_CARD = 9,
#else
AT_CT_UICC_CARD = 8, /* This enum is no more used, it's split into AT_CT_CSIM_CARD, AT_CT_CSIM_USIM_CARD, AT_CT_CSIM_USIM_ISIM_CARD */
AT_NOT_CT_UICC_CARD = 9, /* This enum is no more used, it's split into AT_CSIM_CARD, AT_CSIM_USIM_CARD, AT_CSIM_USIM_ISIM_CARD, AT_USIM_CARD, AT_USIM_ISIM_CARD */
AT_CSIM_CARD = 10,
AT_CSIM_USIM_CARD = 11,
AT_CSIM_USIM_ISIM_CARD = 12,
AT_USIM_CARD =13,
AT_USIM_ISIM_CARD =14,
AT_CT_CSIM_CARD = 15,
AT_CT_CSIM_USIM_CARD = 16,
AT_CT_CSIM_USIM_ISIM_CARD = 17,
#endif
#ifdef MTK_DEV_C2K_IRAT
AT_CARD_LOCKED_CARD = 18,
AT_CARD_IVSR_CARD = 19,
#endif
AT_UIM_INIT_BUSY = 20,
AT_UIM_CARD_TYPE_CHANGE = 21,
AT_SIM_SWITCH_NO_RESET = 22,
AT_ROMSIM=240,
/* NO_UIM_CARD=255*/
AT_CARD_NOT_READY = 255
}ATUimStateT;
typedef enum
{
UIM_STATE_VALID=1,
ROMSIM=240,
NO_UIM_CARD=255
}CTATUimStateT;
typedef enum
{
UIM_UPDATE_PHB,
UIM_Del_PHB,
UIM_UPDATE_SMS,
UIM_Del_SMS,
ME_UPDATE_PHB,
ME_Del_PHB,
ME_UPDATE_SMS,
ME_Del_SMS
}UimSmsPhbOpT;
typedef struct
{
kal_int16 RxPowerDbmQ6;
kal_uint16 RxGainState;
kal_int16 DivRxPowerDbmQ6;
kal_uint16 DivRxGainState;
kal_int16 TxPowerDbmQ6;
kal_uint16 TxGainState;
kal_int16 TxClosedLoopAdjQ6;
#ifdef MTK_DEV_C2K_IRAT
kal_int16 LastEcIo;
kal_int16 StableEcIo;
kal_int16 EcIo;
#endif
#ifdef MTK_CBP
kal_int16 TxAnt;
#endif
#if defined (MTK_CBP) && defined (MTK_DEV_C2K_IRAT)
kal_uint16 Sinr;
#endif
} ValUiDoRxTxPowerDataT;
/*------------------------------------------------------------------------
* IOP Mux events
*------------------------------------------------------------------------*/
typedef enum
{
VAL_IOP_MUX_CLOSE_EVENT_ID
} ValIopMuxEvtT;
typedef struct
{
ValIopMuxEvtT event;
} ValIopMuxEvtMsgT;
/*------------------------------------------------------------------------
* GPS events
*------------------------------------------------------------------------*/
typedef enum
{
GPS_SUCCESS,
GPS_FAIL
}ValGpsStatusT;
typedef enum
{
CP_VAL_GPS_POSITION_UTC_TIME = 0x1,
CP_VAL_GPS_POSITION_LATITUDE = 0x2,
CP_VAL_GPS_POSITION_LONGITUDE = 0x4,
CP_VAL_GPS_POSITION_SPEED = 0x8,
CP_VAL_GPS_POSITION_HEADING = 0x10,
CP_VAL_GPS_POSITION_MAGNETIC_VARIATION = 0x20,
CP_VAL_GPS_POSITION_WRT_SEA_LEVEL = 0x40,
CP_VAL_GPS_POSITION_WRT_ELLIPSOID = 0x80,
CP_VAL_GPS_POSITION_DILUTION_OF_PRECISION = 0x100,
CP_VAL_GPS_POSITION_HORIZONTAL_DILUTION_OF_PRECISION = 0x200,
CP_VAL_GPS_POSITION_VERTICAL_DILUTION_OF_PRECISION = 0x400,
CP_VAL_GPS_POSITION_VALID_SATELLITE_COUNT = 0x800,
CP_VAL_GPS_POSITION_VALID_SATELLITE_USED_PRNS = 0x1000,
CP_VAL_GPS_POSITION_VALID_SATELLITE_IN_VIEW = 0x2000,
CP_VAL_GPS_POSITION_VALID_SATELLITE_IN_VIEW_PRNS = 0x4000,
CP_VAL_GPS_POSITION_VALID_SATELLITE_IN_VIEW_ELEVATION = 0x8000,
CP_VAL_GPS_POSITION_VALID_SATELLITE_IN_VIEW_AZIMUTH = 0x10000,
CP_VAL_GPS_POSITION_VALID_SATELLITE_IN_VIEW_SIGNAL_TO_NOISE_RATIO = 0x20000,
CP_VAL_GPS_POSITION_UNCERTAINTY_ERROR = 0x40000,
CP_VAL_GPS_POSITION_FIX_MODE = 0x80000,
CP_VAL_GPS_POSITION_FIX_ERROR = 0x100000,
CP_VAL_GPS_POSITION_ALL
}GpsPositionValidityMaskT;
typedef enum
{
GPS_FIX_QUALITY_UNKNOWN, /*Fix uses information from GPS satellites only.*/
GPS_FIX_QUALITY_GPS, /*Fix uses information from GPS satellites and also a differential GPS (DGPS) station. */
GPS_FIX_QUALITY_DGPS
}ValGpsFixQualityT;
typedef enum
{
VAL_GPS_FIX_UNKNOWN,
VAL_GPS_FIX_2D,
VAL_GPS_FIX_3D
}ValGpsFixTypeT;
typedef enum
{
GPS_FIX_SELECTION_UNKNOWN,
GPS_FIX_SELECTION_AUTO,
GPS_FIX_SELECTION_MANUAL
}ValGpsSelectionTypeT;
typedef enum
{
CP_VAL_GPS_FIX_MODE_UNKNOWN,
CP_VAL_GPS_FIX_MODE_MSA,
CP_VAL_GPS_FIX_MODE_MSB,
CP_VAL_GPS_FIX_MODE_MSS,
CP_VAL_GPS_FIX_MODE_AFLT,
CP_VAL_GPS_FIX_MODE_SPEED_OPTIMAL,
CP_VAL_GPS_FIX_MODE_ACCURACY_OPTIMAL,
CP_VAL_GPS_FIX_MODE_DATA_OPTIMAL,
CP_VAL_GPS_FIX_MODE_CONTROL_PLANE,
#ifdef MTK_CBP
CP_VAL_GPS_FIX_MODE_SUPL_MSA_HYBRID_AGPS,
CP_VAL_GPS_FIX_MODE_SUPL_MSA_AFLT_ONLY_AGPS,
CP_VAL_GPS_FIX_MODE_SUPL_MSB_AGPS,
#endif
CP_VAL_GPS_FIX_MODE_COUNT /* must be last entry*/
}ValGpsFixModeT;
typedef enum
{
CP_VAL_GPS_SUCCESS,
CP_VAL_GPS_ERROR_INVALID_PARM,
CP_VAL_GPS_ERROR_INVALID_SECURITY_STATUS,
CP_VAL_GPS_ERROR_LOCATION_REQ_QUEUE_FULL,
CP_VAL_GPS_ERROR_PREV_LOCATION_REQ_PENDING,
CP_VAL_GPS_ERROR_CP_SESSION_PENDING
}ValGpsFixOperationStatusT;
typedef enum
{
CP_VAL_GPS_ASSISTANCE_DATA_ALMANAC,
CP_VAL_GPS_ASSISTANCE_DATA_EPHEMERIS,
CP_VAL_GPS_ASSISTANCE_DATA_LAST_LOCATION,
CP_VAL_GPS_ASSISTANCE_DATA_BASE_STATION_ALMANAC,
CP_VAL_GPS_ASSISTANCE_DATA_ALMANAC_CORRECTION,
CP_VAL_GPS_ASSISTANCE_DATA_SV_HEALTH_INFO,
CP_VAL_GPS_ASSISTANCE_DATA_NAVIGATION_MSG_BITS,
CP_VAL_GPS_ASSISTANCE_DATA_ALL_GPS_DATA
}ValGpsAssistanceDataT;
typedef enum
{
CP_VAL_GPS_DEVICE_HW_STATE = 0x1,
CP_VAL_GPS_DEVICE_EPH_SV_MASK = 0x2,
CP_VAL_GPS_DEVICE_ALM_SV_MASK = 0x4,
CP_VAL_GPS_DEVICE_SAT_IN_VIEW_PRN = 0x8,
CP_VAL_GPS_DEVICE_SAT_IN_CARRIER_TO_NOISE_RATIO = 0x10,
CP_VAL_GPS_DEVICE_ERROR = 0x20
} ValGpsDeviceValidityMaskT;
typedef enum
{
CP_VAL_GPS_HW_STATE_UNKNOWN,
CP_VAL_GPS_HW_STATE_ON,
CP_VAL_GPS_HW_STATE_IDLE
} ValGpsHwStateT;
typedef enum
{
SESS_CLOSE_NORMAL,
TCP_OPEN_FAIL,
PPM_PREF_QUAL_TIMER_OUT,
SESS_OPEN_ERROR,
BS_REJ_ERROR,
OUT_REQ_TIMEROUT,
ORIG_CANCEL,
BS_DISCONN_EV,
BS_CLOSE_SESS,
MANUAL_BS_ALMANAC_FAIL,
SESS_MSS_FALLBACK_EV,
MPC_FAIL,
NUM_SESS_STATUS
}SessionStatusE;
/*GPS_OPEN_DEVICE_HW_INIT_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
} ValGpsOpenDeviceHwInitMsgT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsOpenDeviceHwInitRspMsgT;
/*GPS_CLOSE_DEVICE_ETS */
typedef struct
{
ExeRspMsgT rspInfo;
} ValGpsCloseDeviceMsgT;
typedef struct
{
MonSysTimeT SysTime;
ValGpsStatusT Status;
} ValGpsCloseDeviceRspMsgT;
/*GPS_POSITION_GET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsPositionGetMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsPositionGetReqT;
typedef struct
{
/*; Horizontal position uncertainty in meters of axis aligned with the angle
; specified in dWHorizontalErrorAngle of a two-dimension horizontal error
; ellipse. The value dwHorizontalConfidence gives the percentage of positions
; expected to fall within this ellipse, e.g. dwHorizontalConfidence = 39
; indicates a 1-sigma error ellipse is given.*/
kal_uint32 HorizontalErrorAlong;
kal_uint32 HorizontalErrorAngle;
kal_uint32 HorizontalErrorPerp;
kal_uint32 VerticalError;
kal_uint32 HorizontalConfidence;
/*; Horizontal velocity uncertainty in m/s*/
kal_uint32 HorizontalVelocityError;
/*; Vertical velocity uncertainty in m/s*/
kal_uint32 VerticalVelocityError;
/*; Horizontal heading uncertainty in degrees*/
kal_uint32 HorinzontalHeadingError;
/*; Latitude uncertainty*/
kal_uint32 LatitudeUncertainty;
/*; Longitude Uncertainty*/
kal_uint32 LongitudeUncertainty;
} VALGpsPositionErrorT;
typedef struct
{
kal_uint32 ValidityMask;
ValGpsSystemTimeT UTCTime;
kal_int32 Latitude; /*in degrees, positive number indicate north latitude*/
kal_int32 Longitude; /*in degrees, positive number indicate east longitude*/
double Speed; /*in knots (nautical miles)*/
double Heading; /*in degrees, a heading of zero is true north*/
/*the difference between the bearing to true north and the bearing shown on a magnetic compass, positive numbers indicate east*/
double MagneticVariation;
double AltitudeWRTSeaLevel; /*in meters, with respect to sea level*/
double AltitudeWRTEllipsoid; /*in meters, with respect to the WGS84 ellipsoid*/
ValGpsFixQualityT FixQuality;
ValGpsFixTypeT FixType;
ValGpsSelectionTypeT SelectionType;
/*; degree to which the overall position is affected by positional dilution of posisiont (PDOP). PDOP is caused by the location of the satellites providing
the GPS fix. Lower number indicates a more accurate position. A value of 1.
0 indeicates the least dilution (highest accuracy), a value of 50 indicates
the most dilution (lowest accuracy).*/
double PositionDilutionOfPrecision;
double HorizontalDilutionOfPrecision;
double VerticalDilutionOfPrecision;
kal_uint32 SatelliteCount; /*number of satellites used to obtain the position*/
kal_uint32 SatellitesUsedPRNs[12];
kal_uint32 SatellitesInView;
kal_uint32 SatellitesInViewPRNs[12];
kal_uint32 SatellitesInViewElevation[12];
kal_uint32 SatellitesInViewAzimuth[12];
kal_uint32 SatellitesInViewSNR[12];
VALGpsPositionErrorT GPSPositionError;
ValGpsFixModeT FixMode;
/*; the number of GPS fixes attempted*/
kal_uint32 GPSSessionCount;
/*; the number of positions*/
kal_uint32 NumberOfPositions;
/*; Horizontal velocity in m/s*/
kal_uint32 HorizontalVelocity;
/* Vertical velocity in m/s*/
kal_uint32 VerticalVelocity;
} ValGpsLocRespMsgT;
typedef struct
{
MonSysTimeT SysTime;
kal_uint32 InstanceID;
ValGpsLocRespMsgT LocResp;
} ValGpsPositionGetRspMsgT;
/*GPS_OPEN_SESSION_ETS*/
typedef enum
{
VAL_GPS_SESSION_OPEN_SUCCESS,
VAL_GPS_SESSION_OPEN_ERROR_SESSION_ALREADY_EXISTS,
VAL_GPS_SESSION_OPEN_ERROR_MAX_SESSION_LIMIT_REACHED
} ValGpsSessionOpenStatusT;
typedef enum
{
VAL_USERMODE,
Val_TESTMODE,
VAL_APMODE
}ValLBS_ModeT;
typedef struct
{
kal_uint8 ResultCode;
} ValTlsOpenResponseMsgT;
typedef struct
{
kal_uint16 len;
kal_uint8 *buf;
}ValTlsRxIndT;
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsSessionOpenMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsSessionOpenReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsSessionOpenStatusT Status;
} ValGpsSessionOpenRspMsgT;
/*GPS_START_FIX_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint32 GpsStartFixFlag;
} ValGpsStartFixMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint32 GpsStartFixFlag;
kal_uint8 LBSMode;
} ValGpsStartFixReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixOperationStatusT Status;
} ValGpsStartFixRspMsgT;
/*GPS_QUERY_FIX_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsQueryFixMsgT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixOperationStatusT Status;
} ValGpsQueryFixRspMsgT;
/*GPS_STOP_FIX_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsStopFixMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsStopFixReqT;
typedef struct
{
kal_uint32 action;
} ValGpsSessionCancelReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixOperationStatusT Status;
} ValGpsStopFixRspMsgT;
/*GPS_CONFIG_FIX_MODE_SET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
ValGpsFixModeT Mode;
} ValGpsFixModeConfigMsgT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixModeT Mode;
} ValGpsFixModeConfigReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixOperationStatusT Status;
} ValGpsFixModeConfigRspMsgT;
/*GPS_CONFIG_FIX_MODE_GET_MSG*/
typedef struct
{
ExeRspMsgT rspInfo;
} ValGpsFixModeGetMsgT;
typedef struct
{
ValGpsFixOperationStatusT Status;
ValGpsFixModeT Mode;
} ValGpsFixModeGetRspMsgT;
/*GPS_CONFIG_FIX_RATE_SET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint32 NumFixes;
kal_uint32 TimeBFixes;
} ValGpsFixRateConfigMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint32 NumFixes;
kal_uint32 TimeBFixes; /*in seconds*/
} ValGpsFixRateConfigReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixOperationStatusT Status;
} ValGpsFixRateConfigRspMsgT;
/*GPS_CONFIG_QOS_SET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint32 HorizontalAccuracy;
kal_uint32 VerticalAccuracy;
#ifdef MTK_CBP
kal_uint32 PseudorangeAccuracy;
#endif
kal_uint32 Performance;
} ValGpsQosConfigMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint32 HorizontalAccuracy;
kal_uint32 VerticalAccuracy;
kal_uint32 Performance;
} ValGpsQosConfigReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsFixOperationStatusT Status;
} ValGpsQosConfigRspMsgT;
/*GPS_WRITE_SERVER_CONFIG_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_bool bAddrValid;
kal_bool IPType; /*0: IPV4; 1: IPV6*/
kal_uint32 Ipv4Addr;
kal_uint32 IPv6Addr[4];
kal_uint32 PortNum;
kal_bool bURLValid;
kal_uint8 URLAddr[256];
} ValGpsWriteServerConfigMsgT;
/*GPS_READ_SERVER_CONFIG_ETS*/
typedef struct
{
kal_bool bAddrValid;
kal_bool IPType; /*0: IPV4; 1: IPV6*/
kal_uint32 Ipv4Addr;
kal_uint32 IPv6Addr[4];
kal_uint32 PortNum;
kal_bool bURLValid;
kal_uint8 URLAddr[256];
} ValGpsReadServerConfigMsgT;
typedef struct
{
kal_bool bAddrValid;
kal_bool IPType; /*0: IPV4; 1: IPV6*/
kal_uint32 Ip4Addr;
kal_uint32 IP6Addr[4];
kal_uint32 PortNum;
kal_bool bURLValid;
kal_uint8 URLAddr[256];
} ValGpsWriteServerConfigReqT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsWriteServerConfigRspMsgT;
typedef struct
{
kal_uint8 id_s;
kal_uint8 pref_resp_qual;
kal_uint8 offset_req;
}VAL_LCS_PPM_REQ_T;
/*GPS_ENABLE_SECURITY_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsEnableSecurityMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsEnableSecurityReqT;
typedef struct
{
kal_uint32 InstanceID;
ValGpsStatusT Status;
} ValGpsEnableSecurityRspMsgT;
/*GPS_WRITE_SECURITY_CONFIG_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint8 SecurityDataID;
kal_uint8 SecurityDataLen;
kal_uint8 SecurityData[20];
} ValGpsWriteSecurityConfigMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint8 SecurityDataID;
kal_uint8 SecurityDataLen;
kal_uint8 SecurityData[20];
} ValGpsWriteSecurityConfigReqT;
typedef struct
{
MonSysTimeT SysTime;
kal_uint32 InstanceID;
ValGpsStatusT Status;
} ValGpsWriteSecurityConfigRspMsgT;
/*GPS_READ_SECURITY_CONFIG_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsReadSecurityConfigMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsReadSecurityConfigReqT;
typedef struct
{
MonSysTimeT SysTime;
kal_uint32 InstanceID;
kal_uint32 HashAlgorithm;
kal_uint8 SecurityDataID;
kal_uint8 SecurityDataLen;
kal_uint8 SecurityData[20];
} ValGpsReadSecurityConfigRspMsgT;
typedef struct
{
MonSysTimeT SysTime;
ValGpsStatusT Status;
kal_uint32 InstanceID;
kal_uint32 HashAlgorithm;
kal_uint8 SecurityDataID;
kal_uint8 SecurityDataLen;
kal_uint8 SecurityData[20];
} ValGpsReadSecurityConfigRspWithStatusMsgT;
/*GPS_READ_ENCRYPT_CONFIG_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsReadEncryptConfigMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsReadEncryptConfigReqT;
typedef struct
{
MonSysTimeT SysTime;
kal_uint32 InstanceID;
kal_uint32 EncryptAlgorithm;
ValGpsSystemTimeT UTCTime;
kal_uint8 EncryptDataLen;
kal_uint8 EncryptData[20];
} ValGpsReadEncryptConfigRspMsgT;
typedef struct
{
MonSysTimeT SysTime;
ValGpsStatusT Status;
kal_uint32 InstanceID;
kal_uint32 EncryptAlgorithm;
ValGpsSystemTimeT UTCTime;
kal_uint8 EncryptDataLen;
kal_uint8 EncryptData[20];
} ValGpsReadEncryptConfigRspWithStatusMsgT;
/*GPS_LBS_PRIVACY_SETTING_GET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
} ValGpsLbsPrivacySettingGetMsgT;
typedef struct
{
MonSysTimeT SysTime;
ValGpsStatusT Status;
ValGpsPrivacySettingT PrivacySetting;
} ValGpsLbsPrivacySettingGetRspMsgT;
/*GPS_LBS_PRIVACY_SETTING_SET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint8 privacySetting;
} ValGpsLbsPrivacySettingsSetMsgT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsLbsPrivacySettingsSetRspMsgT;
/*GPS_BASESSD_GET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsBaseSSDGetMsgT;
typedef struct
{
MonSysTimeT SysTime;
ValGpsStatusT Status;
kal_uint32 InstanceID;
kal_uint8 BaseSSD[16];
ValGpsSystemTimeT UTCTime;
} ValGpsBaseSSDGetRspMsgT;
/*GPS_BASESSD_SET_MSG*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint8 BaseSSD[16];
ValGpsSystemTimeT UTCTime;
} ValGpsBaseSSDSetMsgT;
typedef struct
{
kal_uint8 BaseSSD[16];
ValGpsSystemTimeT UTCTime;
} ValGpsBaseSSDSetReqT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsBaseSSDSetRspMsgT;
/*GPS_RAND_PERIOD_SET_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint32 RandPeriod;
} ValGpsRandPeriodSetMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint32 RandPeriod;
} ValGpsRandPeriodSetReqT;
typedef struct
{
MonSysTimeT SysTime;
kal_uint32 InstanceID;
ValGpsStatusT Status;
} ValGpsRandPeriodSetRspMsgT;
/*GPS_START_MODE_SET_ETS*/
typedef enum
{
VAL_GPS_START_MODE_HOT=1,
VAL_GPS_START_MODE_WARM,
VAL_GPS_START_MODE_COLD
} ValGpsStartMode;
typedef struct
{
ExeRspMsgT rspInfo;
ValGpsStartMode startMode;
} ValGpsStartModeSetMsgT;
typedef struct
{
ValGpsStartMode startMode;
} ValGpsStartModeSetReqT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsStartModeSetRspMsgT;
/*GPS_RESET_ASSIST_ETS*/
typedef struct
{
ExeRspMsgT rspInfo;
ValGpsAssistanceDataT AssisData;
} ValGpsResetAssistMsgT;
typedef struct
{
ValGpsAssistanceDataT AssisData;
} ValGpsResetAssistDataReqMsgT;
typedef struct
{
MonSysTimeT SysTime;
ValGpsStatusT Status;
} ValGpsResetAssistRspMsgT;
typedef struct
{
kal_bool OnOff; /*0: Off; 1: On*/
} ValGpsNmeaOuputCfgMsgT;
/*Val GPS Location Update ETS Spy*/
typedef struct
{
kal_uint32 InstanceID;
kal_uint8 LocationInfoIncl;
} ValGpsLocationUpdateSpy1MsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint8 LocationInfoIncl;
ValGpsLocRespMsgT LocResp;
} ValGpsLocationUpdateSpy2MsgT;
/*Val GPS State Change ETS Spy*/
typedef struct
{
kal_uint32 InstanceID;
} ValGpsStateChangeSpyMsgT;
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint8 Enable; /*0: close;1: open*/
} ValGpsNmeaOuputSettingsMsgT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsNmeaOuputSettingsRspMsgT;
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsFixRateConfigGetMsgT;
typedef struct
{
ValGpsStatusT Status;
kal_uint32 NumFixes;
kal_uint32 TimeBFixes;
} ValGpsFixRateConfigGetRspMsgT;
#define RXN_PGPS_NUM_SERVERS 3
typedef struct
{
kal_uint8 feature_enable;
kal_uint8 download_clock_enable;
kal_char vendor_id[50+1];
kal_char device_id[50+1];
kal_char model_id[50+1];
kal_char servers[RXN_PGPS_NUM_SERVERS][72];
kal_uint16 server_ports[RXN_PGPS_NUM_SERVERS];
} ValPgpsCfgT;
typedef struct
{
ExeRspMsgT rspInfo;
} ValGpsSuplCellInfoMsgT;
typedef struct
{
kal_uint16 NID; /* Network ID, Range [0..0xFFFF] */
kal_uint16 SID; /* System ID, Range [0..0x7FFF] */
kal_uint16 Band; /* Band information; enum SysCdmaBandT */
kal_uint16 BaseID; /* Base Station ID and Range [0..0xFFFF] */
kal_uint16 RefPN; /* Base Station PN number, Range[0..0x1FF]*/
kal_uint32 BaseLat; /* Base Station Latitudue, Range[0..0x3FFFFF] */
kal_uint32 BaseLong; /* Base Station Longitude, Range[0..0x7FFFFF] */
kal_uint16 GPSWeekNumber; /* GPS Week number, Range[0..0xFFFF] */
kal_uint32 GPSSeconds; /* GPS Seconds, Range[0..0x3FFFFF] */
} ValGpsSuplCDMAInformationT;
typedef struct
{
kal_uint8 SectorID[16]; /* Sector ID, Length 128bits */
kal_uint16 Band; /* Band information; enum SysCdmaBandT */
kal_uint32 BaseLat; /* Base Station Latitudue, Range[0..0x3FFFFF] */
kal_uint32 BaseLong; /* Base Station Longitude, Range[0..0x7FFFFF] */
kal_uint16 GPSWeekNumber; /* GPS Week number, Range[0..0xFFFF] */
kal_uint32 GPSSeconds; /* GPS Seconds, Range[0..0x3FFFFF] */
} ValGpsSuplHRPDInformationT;
typedef struct
{
kal_uint8 ValidCellIDInform; /* 0: Not Valid, 1: CDMA, 2: HRPD */
ValGpsSuplCDMAInformationT CDMAInfo;
ValGpsSuplHRPDInformationT HRPDInfo;
} ValGpsSuplCellInformationRspMsgT;
#define ValPgpsCfgGetMsgT ValPgpsCfgT
/*
typedef struct
{
kal_uint8 feature_enable;
kal_uint8 download_clock_enable;
kal_char vendor_id[50];
kal_char device_id[50];
kal_char model_id[50];
kal_char server1[72];
kal_char server2[72];
kal_char server3[72];
} ValPgpsCfgGetMsgT;
*/
/*Val GPS State Change ETS Spy*/
typedef struct
{
/* indicate the validity of each field in this record */
ValGpsDeviceValidityMaskT ValidityMask;
ValGpsHwStateT Status;
/*; Ephemeris Satellite Vehicles validaty mask. Each bit indicates the validity
; of the Ephemeris for the associated SV, bit-0 indicates the validity for SV1,
; bit-1 for SV2, ? bit-31 for SV32.*/
kal_uint32 EphemerisSVMask;
kal_uint32 AlmanacSVMask;
/*; PRN numbers of the satellites in view of the GPS hardware. The order of
;the elements in the next array, Satellites In View Carrier to Noise Ratio,
;must match the ordering of this list of SV PRNs.*/
kal_uint32 SatellitesInViewPRNs[12];
kal_uint32 SatellitesInViewCarriertoNoiseRatio[12];
kal_uint32 DeviceError;
} ValGpsStateChangeParamsSpyMsgT;
/*Val GPS Rand Num1 Update Spy*/
typedef struct
{
kal_uint32 InstanceID;
} ValGpsRandNum1UpdateSpyMsgT;
typedef struct
{
kal_uint8 *RspData;
} ValEtsGpsParmSetRspMsgT;
typedef struct
{
kal_uint8 *dataP;
} ValEtsGpsParmGetRspMsgT;
typedef struct
{
kal_uint32 InstanceID;
GPS_FIX_MODE Mode;
kal_uint8 Status;
kal_uint8 SessStatus;
} ValPswIs801SessDoneMsgT;
#ifdef MTK_DEV_GPSONE_ON_LTE
typedef struct
{
kal_uint32 InstanceID;
kal_int32 RatMode;
} ValPswIs801TcpConnReqMsgT;
#endif
typedef struct
{
#ifdef MTK_CBP
kal_uint32 InstanceId; /* add for supl, retrieve fix mode by instance id. */
#endif
#if defined(MTK_PLT_ON_PC) && defined(MTK_PLT_ON_PC_UT)
kal_uint8 data[255];
#endif
kal_uint8 *DataP;
kal_uint16 Size;
} ValGpsTcpbSendDataMsgT;
typedef struct
{
kal_uint32 Instance;
kal_uint16 TimeRefCDMA;
#if !(defined(MTK_PLT_ON_PC) && defined(MTK_PLT_ON_PC_UT))
double LAT;
double LONG;
#else
float LAT;
float LONG;
#endif
kal_uint8 LocUncrtnyAng;
kal_uint8 LocUncrtnyA;
kal_uint8 LocUncrtnyP;
kal_uint8 FixType;
kal_bool VelocityIncl;
kal_uint16 VelocityHor;
kal_uint16 Heading;
kal_uint8 VelocityVer;
kal_bool ClockIncl;
kal_uint32 ClockBias;
kal_uint16 ClockDrift;
kal_bool HeightIncl;
kal_uint16 Height;
kal_uint8 LocUncrtnyV;
} ValLocRespDataT;
typedef struct
{
kal_uint32 ValidityMask;
ValGpsSystemTimeT UTCTime;
kal_bool bOldPosDataSaved;
kal_int32 Latitude; /*in degrees, positive number indicate north latitude*/
kal_int32 Longitude; /*in degrees, positive number indicate east longitude*/
#if !(defined(MTK_PLT_ON_PC) && defined(MTK_PLT_ON_PC_UT))
double Speed; /*in knots (nautical miles)*/
double Heading; /*in degrees, a heading of zero is true north*/
double MagneticVariation;
double AltitudeWRTSeaLevel; /*in meters, with respect to sea level*/
double AltitudeWRTEllipsoid; /*in meters, with respect to the WGS84 ellipsoid*/
#else
float Speed; /*in knots (nautical miles)*/
float Heading; /*in degrees, a heading of zero is true north*/
float MagneticVariation;
float AltitudeWRTSeaLevel; /*in meters, with respect to sea level*/
float AltitudeWRTEllipsoid; /*in meters, with respect to the WGS84 ellipsoid*/
#endif
ValGpsFixQualityT FixQuality;
ValGpsFixTypeT FixType;
ValGpsSelectionTypeT SelectionType;
#if !(defined(MTK_PLT_ON_PC) && defined(MTK_PLT_ON_PC_UT))
double PositionDilutionOfPrecision;
double HorizontalDilutionOfPrecision;
double VerticalDilutionOfPrecision;
#else
float PositionDilutionOfPrecision;
float HorizontalDilutionOfPrecision;
float VerticalDilutionOfPrecision;
#endif
kal_uint32 SatelliteCount; /*number of satellites used to obtain the position*/
kal_uint32 SatellitesUsedPRNs[12];
kal_uint32 SatellitesInView;
kal_uint8 totalGsvNum;
kal_uint8 seqGsvNum;
kal_uint32 SatellitesInViewPRNs[12];
kal_uint32 SatellitesInViewElevation[12];
kal_uint32 SatellitesInViewAzimuth[12];
kal_uint32 SatellitesInViewSNR[12];
VALGpsPositionErrorT GPSPositionError;
ValGpsFixModeT FixMode;
}ValNMEADataT;
typedef struct{
kal_uint32 Instance;
GPS_FIX_MODE FixMode;
union {
ValLocRespDataT MsaCPLocRespMsg;
PswLocRspDataT MsbMssLocRespMsg;
ValNMEADataT MssNmeasStreamMsg;
}LocRespDataT;
}ValLocRespMsgT;
typedef struct{
kal_uint32 Instance;
GPS_FIX_MODE FixMode;
union
{
ValLocRespDataT MsaCPLocRespMsg;
PswLocRspDataT MsbMssLocRespMsg;
PswGpsNmeaStreamMsgT MssNmeasStreamMsg;
} LocRespDataT;
}ValPswLocRespMsgT;
typedef struct {
kal_uint32 Instance;
} ValPswSessActiveIndMsgT;
typedef struct {
kal_uint32 Instance;
#ifdef MTK_DEV_GPSONE_ON_LTE
kal_int32 RatMode;
#endif
} ValPswMpcConnReqMsgT;
typedef struct {
kal_uint32 Interval;
kal_bool bGPGGA;
kal_bool bGPGSV;
kal_bool bGPGSA;
kal_bool bGPRMC;
kal_bool bGPGST;
kal_bool bGPGLL;
kal_bool bGPVTG;
} ValNMEACfgSetMsgT;
typedef struct {
ExeRspMsgT rspInfo;
} ValNmeaCfgGetReqMsgT;
typedef struct {
kal_uint32 Interval;
kal_bool bGPGGA;
kal_bool bGPGSV;
kal_bool bGPGSA;
kal_bool bGPRMC;
kal_bool bGPGST;
kal_bool bGPGLL;
kal_bool bGPVTG;
} ValNmeaCfgGetRspMsgT;
typedef struct {
kal_bool bEncryptDecryptResult;
} ValSecAesCryptRspMsgT;
typedef struct {
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint8 Mode;
} ValGpsRestartFixMsgT;
typedef struct {
ValGpsStatusT Status;
} ValGpsRestartFixRspMsgT;
typedef enum
{
VAL_GPS_TECHNOLOGY_CELL_ID_BASED,
VAL_GPS_TECHNOLOGY_GPS_BASED,
VAL_GPS_TECHNOLOGY_AFLT_BASED,
VAL_GPS_TECHNOLOGY_GPS_AND_AFLT_BASED
}ValGpsSearchTechE;
typedef struct {
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
ValGpsSearchTechE SearchTech;
} ValGpsConfigTechMsgT;
typedef struct {
kal_uint32 InstanceID;
ValGpsStatusT Status;
} ValGpsConfigTechRspMsgT;
typedef struct {
kal_uint32 Instance;
}ValPswMpcCloseConnMsgT;
typedef struct {
ExeRspMsgT rspInfo;
/* ; Enable or disable Verizon security call flow*/
ValGpsSecOperE Status;
/*; The Security Code must be correct before the GPS security status can be modified*
; The Security Code should be the last 4 digits of the MDN in reverse order
; If the incorrect security code is entered 5 times consecutively then this command should
; be rejected until the device is re-flashed and the fault cleared*/
kal_uint32 SecCode;
} ValGpsSetSecMsgT;
typedef struct {
/* ; Enable or disable Verizon security call flow*/
ValGpsSecOperE Status;
/*; The Security Code must be correct before the GPS security status can be modified*
; The Security Code should be the last 4 digits of the MDN in reverse order
; If the incorrect security code is entered 5 times consecutively then this command should
; be rejected until the device is re-flashed and the fault cleared*/
kal_uint32 SecCode;
} ValGpsSetSecReqT;
typedef enum
{
CP_VAL_GPS_SET_SECURITY_SUCCESS,
/*; when security code received does not match current code*/
CP_VAL_GPS_SET_SECURITY_INCORRECT_CODE,
/*when incorrect security code is received 5 consecutive time
it should persist even after a power cycle */
CP_VAL_GPS_SET_SECURITY_REJECTED
}ValGpsSecStatusE;
typedef struct {
MonSysTimeT SysTime;
ValGpsSecStatusE Status;
} ValGpsSetSecRspMsgT;
typedef struct {
kal_uint32 EphSysTime;
kal_uint32 AlmSysTime;
} ValAlmEphUpdateMsgT;
typedef struct {
kal_uint16 T_Dormancy;
kal_bool bSaveToDbm;
} ValCtaUpdateMsgT;
typedef struct {
kal_uint8 N_DIGITS;
kal_uint8 MDN[OTA_MAX_MDN_DIGITS];
} ValPswMDNUpdatedMsgT;
typedef struct {
kal_uint32 ESN;
} ValPswESNUpdatedMsgT;
#define HASH_DATA_NUM 20
typedef struct {
kal_uint32 BeginOffset;
kal_uint32 EndOffset;
kal_uint8 Hash[HASH_DATA_NUM];
} ValGpsOffsetHashDataT;
typedef struct {
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint32 OffsetsSize;
kal_uint8 *pHashData;
} ValGpsWriteOffsetInfoMsgT;
typedef struct {
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
} ValGpsReadOffsetInfoMsgT;
typedef struct {
kal_uint32 InstanceID;
ValGpsStatusT State;
kal_uint32 OffsetsSize;
kal_uint8 *pHashData;
} ValGpsReadOffsetInfoRspMsgT;
typedef struct {
kal_uint32 InstanceID;
ValGpsStatusT State;
} ValGpsWriteOffsetInfoRspMsgT;
typedef struct
{
kal_uint8 SubnetMask;
kal_uint8 ColorCode;
kal_uint8 SectorID[16];
kal_uint8 UserServed;
} ValEvdoOvhdInfoT;
#ifdef SYS_OPTION_EVDO
extern kal_uint8 Rev0RevRate;
extern kal_uint8 RevPerfStatEnable;
#endif
typedef struct
{
kal_uint32 SystemTime;
} ValHrpdSessStartMsg;
/* Get Sprint PCS Mode message */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} ValGetAlertStatusMsgT;
typedef struct
{
kal_uint32 TimeId;
}ValMpcCallbackMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
kal_uint32 IpAddr;
kal_uint16 IpPort;
} ValGpsCTMpcCfgMsgT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsCTMpcCfgRspMsgT;
typedef struct
{
kal_uint32 InstanceID;
SessionStatusE State;
} ValGpsSessStatusMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
kal_uint8 SIP_NAI[72];
kal_uint8 SIP_PASSWORD[16];
} ValGpsCTMpcPasswrdUsernameCfgMsgT;
typedef struct
{
ValGpsStatusT Status;
} ValGpsCTMpcPasswrdUsernameCfgRspMsgT;
typedef enum
{
MODEM_FAILURE_1x = 0x01,
MODEM_FAILURE_DO = 0x02,
MODEM_FAILURE = (MODEM_FAILURE_1x | MODEM_FAILURE_DO)
}ValGeneralModemFailureT;
/*-------------------------------------------------------------------------
* Silent Logging message definitions
*------------------------------------------------------------------------*/
#define VAL_SILENT_LOG_FILENAME_LEN 128
typedef enum
{
VAL_SILENT_LOG_CMD_SUCCESS = 0,
VAL_SILENT_LOG_FILE_OPEN_ERR,
VAL_SILENT_LOG_FILE_WRITE_ERR
} ValSilentLogStatusT;
/* Silent Log Config Create cmd/resp */
typedef struct
{
ExeRspMsgT RspInfo;
kal_char FileName [VAL_SILENT_LOG_FILENAME_LEN];
} ValSilentLogCfgCreateMsgT;
typedef struct
{
ValSilentLogStatusT Status;
} ValSilentLogCfgCreateRspMsgT;
/* Set Silent Log Parms cmd/resp:
* saves silent logging parameters in flash, takes affect at next power up.
*/
#define VAL_COUNT_NO_CHANGE 0xFFFF /* Leave count as is */
#define VAL_COUNT_FOREVER 0xFFFE /* Count not to decrement, log forever */
typedef enum
{
VAL_PARM_NO_CHANGE,
VAL_PARM_DISABLE,
VAL_PARM_ENABLE
} ValParmChgT;
typedef enum
{
LOG_OFF_STATE, /* ETS connected, no more logging until next power up */
LOG_INACTIVE_STATE, /* No valid config file or count is zero */
LOG_ACTIVE_STATE, /* Logging enabled with valid config file and non-zero count */
LOG_PAUSED_STATE /* Logging was ACTIVE but was paused by user */
} ValSilentLogStateT;
typedef struct
{
kal_uint16 Count; /* Use VAL_COUNT_NO_CHANGE if count to remain as is */
ValParmChgT Continuous; /* Use VAL_PARM_NO_CHANGE if value to remain as it */
ValParmChgT LogFaults; /* Use VAL_PARM_NO_CHANGE if value to remain as it */
} ValSilentLogParmsT;
typedef struct
{
ExeRspMsgT RspInfo;
ValSilentLogParmsT Parms;
kal_char FileName [VAL_SILENT_LOG_FILENAME_LEN];
} ValSilentLogSetParmsMsgT;
typedef struct
{
ValSilentLogStatusT Status;
} ValSilentLogSetParmsRspMsgT;
/* Get Silent Log Get Parms cmd/resp */
typedef struct
{
ExeRspMsgT RspInfo;
} ValSilentLogGetParmsMsgT;
typedef struct
{
ValSilentLogStateT CurrState;
ValSilentLogParmsT Parms;
kal_char FileName [VAL_SILENT_LOG_FILENAME_LEN];
} ValSilentLogGetParmsRspMsgT;
/* Update Silent Log Parms without affecting Parms file in flash;
* logging will start immediately.
* More customized logging types can be added as needed.
*/
typedef enum
{
VAL_PCM_DATA_LOGGING = 1
} ValSilentLogTypeT;
typedef struct
{
ValSilentLogTypeT Type;
kal_bool ClearActive; /* KAL_TRUE if active spies/traces are to be cleared */
ValParmChgT Continuous; /* Use VAL_PARM_NO_CHANGE if value to remain as it */
ValParmChgT LogFaults; /* Use VAL_PARM_NO_CHANGE if value to remain as it */
} ValSilentLogUpdateParmsMsgT;
/* Silent Log Get Data Info cmd/resp */
typedef struct
{
ExeRspMsgT RspInfo;
} ValSilentLogGetDataInfoMsgT;
typedef struct
{
kal_uint8 *BufP;
kal_uint32 UploadSizeWords;
kal_uint32 MaxSizeBytes;
kal_uint32 CurrIdx;
} ValSilentLogGetDataInfoRspMsgT;
/*------------------------------------------------------------------------
* GPS on AP message definitions
*------------------------------------------------------------------------*/
/* Defalut SVs Number */
#define MAX_SV_NUM (32) /* It is depend on GPS solution */
#define MAX_EPH_PRN_NUM (16) /* Maximum PRNs in one Message according to IS-801-1 Spec */
#define MAX_ALM_PRN_NUM (32) /* Actually it is 64 and current PDE sent 7 PRNs to MS */
typedef enum
{
TOW_AA,
TOW_ONLY
} AssistDataTypeT;
/* Define for ToAP_MSG: VAL_AP_GPS_DEVICE_POWER_ON_REQ_MSG w/ CONFIG MSG */
typedef struct
{
kal_uint32 InstanceID;
GPS_FIX_MODE FixMode; /* Unkown:0, MSA:1, MSB:2, MSS:3, and Control Plane:4 */
kal_uint32 FixRateNumFixes; /* A value of 1 means is interested in only one fix, */
/* A value > 1,multiple fixes with some time in btw the attempts */
kal_uint32 FixRateTimeBeFixes; /* Time, in seconds, btw position fix attempts. */
/* A default of 30 seconds is used. */
kal_uint32 QoSHAccuracy; /* Horizontal Accuracy, in meters, meaningful for MSB */
kal_uint32 QoSVAccuracy; /* Vertical Accuracy, in meters, meaningful for MSB */
#ifdef MTK_CBP
kal_uint32 QoSPRAccuracy; /* Pseudorange Accuracy, in meters, meaningful for MSA */
#endif
kal_uint32 QoSPerformance; /* Performance response quality in terms of time, in seconds, meaningful for MSA & MSB */
} ValGpsPowerOnMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsFakePowerOnMsgT;
typedef struct
{
kal_uint32 IsActive;
} ValGpsEmergencyCallIndMsgT;
typedef struct
{
kal_uint8 duration;
}ValGpsFreqAidReqT;
/* Define for ToAP_MSG: VAL_AP_GPS_FREQUENCY_AIDING_RSP_MSG */
typedef struct
{
kal_uint32 FrequencyDataType; /* 00: Should not be used, */
/* 01: Absolute center freq of the ECLK (Nominal Freq + delta) */
/* 02: Delta from the nominal frequency */
kal_uint32 AccuracyDataType; /* 00: Should not be used, 01: in units of PPM */
/* 02: in units of Hz */
kal_uint32 OS_time; /* OS Time [milliseconds] */
kal_int32 Cal_ppb; /* Clock Frequency Calibration value [ppb] */
double Cal_RMS_ppb; /* Frequency Calibration RMS [ppb] */
double Frequency; /* in unit of Hz. ex, 19.6608Mhz => (19.6608 * 1000000)*/
double Accuracy;
} ValGpsFreqAidingMsgT;
/* Define for ToAP_MSG: VAL_AP_GPS_PRECISE_TIME_AIDING_RSP_MSG */
typedef struct
{
kal_uint8 ValidRefTime; /* Not Available: 0, Available: 1*/
#if !(defined(MTK_PLT_ON_PC) && defined(MTK_PLT_ON_PC_UT))
double TOW; /* GPS Time of Week [seconds] */
#else
float TOW;
#endif
kal_uint16 WeekNum; /* GPS Week Number, */
kal_uint32 OS_Time; /* OS Time [milliseconds] */
kal_uint32 Absolute_RMS_Acc; /* Absolute Pulse RMS Accuracy [microseconds] */
kal_uint32 Relative_RMS_Acc; /* Relative Pulse RMS Accuracy [nanoseconds] */
} ValGpsFrameSyncMsgT;
/* Define for ToAP_MSG: VAL_AP_GPS_PSEUDORANGE_MSMT_REQ_MSG w/ AA Data */
typedef struct
{
kal_uint8 SVID;
kal_int8 Doppler1; /* Doppler 1st order term Hz/s) */
kal_uint8 Dopp_Win; /* Satellite Doppler Uncertainty */
kal_uint8 SV_CodePh_int; /* GPS Integer Code Phase since the last GPS bit edge */
kal_uint8 GPS_BitNum; /* GPS Bit Number relative to GPS_TOW */
kal_uint8 SV_CodePh_Win; /* Code Phase Search Window */
kal_uint8 Azimuth; /* Satellite Azimuth degrees */
kal_uint8 Elevation; /* Satellite Elevation degrees */
kal_uint16 SV_CodePh; /* GPS Code Phase 0..1022 chips */
kal_int16 Doppler0; /* Doppler 0th order term ( Hz) */
} ValGpsAADataT;
typedef struct
{
kal_uint32 AA_Ref_TOW; /* Acq Assist Reference TOW */
kal_uint8 AA_Num; /* Num of AA elements */
kal_uint8 DopIncl; /* Doppler 0, included or not, 1---doppler 0 included */
kal_uint8 AddDopIncl; /* 1 add doppler included1 */
kal_uint8 Code_ph_incl; /* 1 Code phase information included */
kal_uint8 Az_El_incl; /* 1 Azimuth and elevation angle included.*/
ValGpsAADataT AA_Data[MAX_SV_NUM]; /*AA data array */
} ValGpsAADataMsgT;
typedef struct
{
float Qos;
} ValGpsQosDataMsgT;
/* Define for ToCP_MSG: PSEUDORANGE_MSMT RSP MSG w/ Measurement Data */
typedef struct
{
kal_uint8 SVID; /* Range [1..32] */
kal_uint8 SV_CN0; /* Satellite C/N0. */
kal_uint8 MultiPath_Ind; /* Pseudorange Multipath Indicator */
kal_uint8 PS_Range_RMS_ER; /* Pseudorange RMS Error */
kal_int16 PS_Dopp; /* Satellite Doppler */
kal_uint16 SV_Code_Ph_Wh; /* Satellite code phase - whole chips */
kal_uint16 SV_Code_Ph_Fr; /* SV Code Phase Fractional Chips */
} ValGpsPRMeasDataT;
typedef struct
{
kal_uint8 prm_valid; /*0--not valid, 1--valid*/
kal_uint32 Meas_TOW; /* Measurement GPS Time of Week */
kal_uint8 Meas_TOW_Unc; /* Meas GPS Time of Week Uncertainty */
kal_uint8 Num_Meas; /* Number of measurement 0-16 */
ValGpsPRMeasDataT MeasData[MAX_SV_NUM];
} ValGpsPRMeasMsgT;
typedef struct
{
kal_uint8 sv_valid; /*0--not valid, 1--valid*/
} ValGpsSvValidMsgT;
/* Defined PDE's Location Response Structure for Control Plane. */
/* Note: For LAT/Long, Just bypass PDE's data to AP, NOT multiple 1M number */
typedef struct
{
ValGpsSystemTimeT UTCTime; /* Current System Date and Time */
double Latitude; /* In units degree, computed (LAT * 180/2^25) degrees */
/* Range [-90..+90x(1-2^-24)]degrees */
/* positive angles north of the equator and negative angles south of the equator.*/
double Longitude; /* In units degrees, computed (LONG * 360/2^26) degrees */
/* Range [-180 .. +180x(1-2^-25)] degrees */
/* Positive angles east of the Greenwich meridian and negative angles west */
float LocUncAng; /* In units degrees, computed (ANG * 5.625) degrees */
/* Range [0..84.375] degrees. */
float LocUncAx; /* In uints meters, Converted Position Table 4.2.4.2-6 */
float LocUncPe; /* In uints meters, Converted Position Table 4.2.4.2-6 */
kal_uint8 FixType; /* 0: For 2D Fix, 1: 3D fix */
float VelocityHor; /* In units of meter/seconds, computed (VH x 0.25) meter/seconds */
/* Range [0..127.75] meter/seconds */
float Heading; /* In units degrees, computed (Heading * (360/2^10)) */
/* Range [0..360x (1-2^-10)] degrees and a heading of zero is true north*/
float VelocityVer; /* In units of meter/seconds, computed (VV x 0.5) meter/seconds */
/* Range [-64..+63.5] meter/seconds */
kal_int32 Height; /* In units of meter, Binary value of the field conveys the hight plus 500m */
float LocUncVe; /* In uints meters, Converted Position Table 4.2.4.2-6 */
} ValGpsCpLocRespMsgT;
/* This structure is for only ETS's Spy. */
typedef struct
{
ValGpsSystemTimeT UTCTime; /* Current System Date and Time */
double Latitude; /* In units degree, computed (LAT * 180/2^25) degrees */
/* Range [-90..+90x(1-2^-24)]degrees */
/* positive angles north of the equator and negative angles south of the equator.*/
double Longitude; /* In units degrees, computed (LONG * 360/2^26) degrees */
/* Range [-180 .. +180x(1-2^-25)] degrees */
/* Positive angles east of the Greenwich meridian and negative angles west */
double LocUncAng; /* In units degrees, computed (ANG * 5.625) degrees */
/* Range [0..84.375] degrees. */
double LocUncAx; /* In uints meters, Converted Position Table 4.2.4.2-6 */
double LocUncPe; /* In uints meters, Converted Position Table 4.2.4.2-6 */
kal_uint8 FixType; /* 0: For 2D Fix, 1: 3D fix */
double VelocityHor; /* In units of meter/seconds, computed (VH x 0.25) meter/seconds */
/* Range [0..127.75] meter/seconds */
double Heading; /* In units degrees, computed (Heading * (360/2^10)) */
/* Range [0..360x (1-2^-10)] degrees and a heading of zero is true north*/
double VelocityVer; /* In units of meter/seconds, computed (VV x 0.5) meter/seconds */
/* Range [-64..+63.5] meter/seconds */
kal_int32 Height; /* In units of meter, Binary value of the field conveys the hight plus 500m */
double LocUncVe; /* In uints meters, Converted Position Table 4.2.4.2-6 */
} ValGpsETSCpLocRespMsgT;
/* This structure is for Reference Location Response. */
typedef struct
{
kal_uint8 ValidRefLoc; /* 0: Not Valid, 1: Valid TimeZone only, 2: Valid Time Zone and BS location */
float TimeZoneLat; /* Ex)Default location is Kansas and (39.164253,-94.544503) */
float TimeZoneLong; /* FYI, Time Zone Range is [-16h ~ +15.5h] */
kal_uint16 SID; /* System ID and Range [0..32767] */
kal_uint16 NID; /* Network ID and and Range [0..65535] */
kal_uint16 BaseID; /* Base Station ID and Range [0..65535] */
float BaseLat; /* WGS84 Geodetic Latitude [degrees],latitude from base last registered on */
float BaseLong; /* WGS84 Geodetic Longitude[degrees],Longitude from base last registered on */
} ValGpsRefLocRespMsgT;
typedef struct
{
kal_uint8 SVID; /* Range [1..32] */
kal_int8 Af2; /* Apparent satellite clock correction af2. */
kal_uint8 IODE; /* Issue of data */
kal_uint16 TOC; /* Clock data reference time. */
kal_uint16 TOE; /* ephemeris reference time. */
kal_int16 Af1; /* Apparent satellite clock correction af1. */
kal_int16 Delta_n ; /* Mean motion difference from the computed value. */
kal_int16 IDOT; /* Rate of inclination angle, If negative number and Masked with 0xE000 */
kal_int16 C_RS; /* Amplitude of the sine harmonic correction term to the orbit radius */
kal_int16 C_RC; /* Amplitude of the cosine harmonic correction term to the orbit radius. */
kal_int16 C_US; /* Amplitude of the sine harmonic correction term to the argument of latitude. */
kal_int16 C_UC; /* Amplitude of the cosine harmonic correction term to the argument of latitude.*/
kal_int16 C_IS; /* Amplitude of the sine harmonic correction term to the angle of inclination. */
kal_int16 C_IC; /* Amplitude of the cosine harmonic correction term to the angle of inclination.*/
kal_int32 Af0; /* Apparent satellite clock correction af0,If negative number and Masked with 0xFFE00000*/
kal_int32 M0; /* Mean anomaly at the reference time. */
kal_uint32 A_SQRT; /* Square root of the semi-major axis. */
kal_uint32 Eccentricity; /* Eccentricity. */
kal_int32 I_angle; /* Inclination angle at the reference time. */
kal_int32 Omega_0; /* Longitude of ascending node of orbit plane at weekly epoch. */
kal_int32 Omega; /* Argument of perigee. */
kal_int32 OmegaDOT; /* Rate of right ascension,If negative number and Masked with 0xFF000000 */
} ValGpsEphPrnDataT;
typedef struct
{
kal_uint8 TotalPart; /* Range [0.. 31] */
kal_uint8 PartNum; /* Range [0..TotalParts] */
kal_uint8 NumSV; /* Range [1..32] */
ValGpsEphPrnDataT EPHData[MAX_EPH_PRN_NUM]; /* Set Max 16 PRNs, 3 + (57 * 16) = 915 Bytes */
} ValGpsEphPrnMsgT;
typedef struct
{
kal_uint8 SVID; /* Range [1..32] */
kal_int16 Delta_I; /* Correction to inclination. */
kal_int16 af0; /* Apparent satellite clock correction af0.If negative number and Masked with 0xF800 */
kal_int16 af1; /* Apparent satellite clock correction af1.If negative number and Masked with 0xF800 */
kal_int16 OmegaDOT; /* Rate of right ascension. */
kal_uint16 Eccentricity; /* Eccentricity. */
kal_uint32 A_SQRT; /* Square root of the semi-major axis */
kal_int32 Omega_0; /* Longitude of ascending node of orbit plane.If negative number and Masked with 0xFF000000*/
kal_int32 Omega; /* Argument of perigee. If negative number and Masked with 0xFF000000 */
kal_int32 M0; /* Mean anomaly at reference time.If negative number and Masked with 0xFF000000.*/
} ValGpsAlmPrnDataT;
typedef struct
{
kal_uint8 TotalPart; /* Range [0.. 31] */
kal_uint8 PartNum; /* Range [0..TotalParts]*/
kal_uint8 NumSV; /* Range [1..32] */
kal_uint8 Week_Num; /* GPS week number. Range [0..255] */
kal_uint8 TOA; /* Time of almanac. in units of 4096s and Range [0..602112] */
ValGpsAlmPrnDataT ALMData[MAX_ALM_PRN_NUM]; /* Set Max 32 PRNs, 5 + (27 * 32)= 869 bytes */
} ValGpsAlmPrnMsgT;
typedef struct
{
kal_uint8 AbPar_Incl; /* Inclusion of the alpha and beta parameters. 0 or 1 */
kal_int8 Alpha0; /* Ionospheric correction parameter. */
kal_int8 Alpha1; /* Ionospheric correction parameter. */
kal_int8 Alpha2; /* Ionospheric correction parameter. */
kal_int8 Alpha3; /* Ionospheric correction parameter. */
kal_int8 Beta0; /* Ionospheric correction parameter. */
kal_int8 Beta1; /* Ionospheric correction parameter. */
kal_int8 Beta2; /* Ionospheric correction parameter. */
kal_int8 Beta3; /* Ionospheric correction parameter. */
kal_uint32 Z_Count; /* Z-Count */
} ValGpsIonMsgT;
/* Decoded PDE's data for AP based on IS-801-1 Spec */
typedef struct
{
kal_uint8 Velocity_Incl; /* Velocity information included */
kal_uint8 Height_Incl; /* 1: include Heigth and Loc_Unc_V */
kal_uint8 Clock_incl; /* 1: include Clock Information */
kal_uint8 FixType; /* 0: For 2D Fix, 1: 3D fix */
kal_int16 Loc_Unc_ang; /* in units Degrees */
kal_int32 Clock_bias; /* */
kal_int16 Clock_drift; /* */
float Latitude; /* in units Degrees north of equator */
float Longitude; /* in uints Degrees west of Greenwich meridian */
float Loc_Unc_A; /* in units Meters */
float Loc_Unc_P; /* in units Meters */
float Velocity_Hor; /* Horizontal velocity magnitude. */
float Heading; /* */
float Height; /* in units Meters */
float Vvelocity; /* Vertical velocity. */
float Loc_Unc_V; /* Standard deviation of vertical error for position uncertainty */
} ValGpsLocMsgT;
typedef struct
{
kal_uint8 Ref_Pos_Req; /*1: need assist, 0:doesn't need */
kal_uint8 Ion_Req; /*1: need assist, 0:doesn't need */
kal_uint8 Alm_Req; /*1: need assist, 0:doesn't need */
kal_uint8 Eph_Req; /*1: need assist, 0:doesn't need */
} ValGpsAssistReqT;
typedef struct
{
kal_uint16 datalen;
kal_uint16 chanId; /* IopDataChannel */
} ValRpcRxMsgHeadT;
typedef struct
{
kal_uint16 datalen;
kal_uint16 chanId;
kal_uint8 *pMsgData;
}ValRpcRxMsgT;
typedef struct
{
kal_uint16 PilotPN;
/* PILOT_PN_PHASE sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_int32 PnPhase;
/* PILOT_STRENGTH sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 Strength;
/* RMS_ERR_PHASE sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint8 RmsErrPhase;
} ValAfltPilotMeasurementT;
typedef struct
{
kal_uint8 SeqNum;
/* TIME_REF_MS sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 TimeRefMs;
kal_bool OffsetIncl;
kal_int16 MobOffset;
/* REF_PN sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 RefPN;
/* REF_PILOT_STRENGTH sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 RefPilotStrength;
kal_uint8 BAND_CLASS;
kal_uint16 CDMA_FREQ;
kal_uint16 BASE_ID;
kal_uint16 SID;
kal_uint16 NID;
kal_uint16 TOTAL_RX_PWR;
/* NUM_PILOTS_P sent in PROVIDE PILOT PHASE MEASUREMENTS */
/* actual number of pilot measurements in AFLTPilotMeasurement */
kal_uint8 NumPilots;
ValAfltPilotMeasurementT PosAFLT[SYS_CP_MAX_AFLT_LIST_PILOTS];
} ValPswPosAfltMeasurementMsgT;
typedef enum
{
UNKOWN_MODE,
NORMAL_GPS_MODE,
VGTT,
THIRD_PARTY_LBS,
AT_GPS
}ValGpsModeT;
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint8 Mode;
} ValGpsTestModeSetT;
typedef struct
{
ValGpsFixOperationStatusT Status;
} ValGpsTestModeSetRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
kal_uint8 Band;
kal_int32 RFDelay1X;
kal_int32 RFDelayDO;
} ValGpsRfDelayMsgT;
typedef struct
{
ValGpsStatusT Status;
kal_uint8 Band;
kal_int32 RFDelay1X;
kal_int32 RFDelayDO;
} ValGpsRfDelayRspMsgT;
#ifdef MTK_PLT_ON_PC
typedef struct
{
sbp_id_enum sbp_id;
sbp_md_feature_enum feature;
} ValConfigSbpInfoMsgT;
#endif
typedef enum
{
BYPASS_USER_VERIFICATION,
WAIT_USER_VERIFICATION,
NOTIFY_USER_BYPASS_VERFICATION
}ValMpcNotifIndE;
typedef enum
{
START_IS801_SESSION,
SID_NID_RETURN,
CACHED_POS_USED,
RESERVE_POS_TECH_IND
}ValMpcPostionTechIndE;
typedef enum
{
VAL_MPC_MSA,
VAL_MPC_MSB,
VAL_MPC_MSA_PREFED_MSB_ALLOWD,
VAL_MPC_MSB_PREFED_MSA_ALLOWD,
VAL_MPC_MODE_RESERVE
}ValMpcIs801ModeE;
typedef struct
{
kal_uint8 Length;
ValMpcNotifIndE NotificationAndVerificationInd;
ValMpcPostionTechIndE PositionTechInd;
kal_uint8 PositionQosInc;
kal_uint8 PositionQos;
kal_uint16 NumOfFixes;
kal_uint16 TimeBtwFixes;
ValMpcIs801ModeE Is801PositionMode;
kal_uint8 CorrelationId;
kal_uint8 RequestIDEnc;
kal_uint8 RequestIDLen;
kal_char RequestID[256];
}ValMpcPositionRequestMsgT;
typedef struct
{
kal_uint8 Length;
ValMpcNotifIndE NotificationAndVerificationInd;
ValMpcPostionTechIndE PositionTechInd;
kal_uint8 PositionQosInc;
kal_uint8 PositionQos;
kal_uint16 NumOfFixes;
kal_uint16 TimeBtwFixes;
ValMpcIs801ModeE Is801PositionMode;
kal_uint8 CorrelationId;
kal_char action; /* 0: agree; 1 cancel; 2 timeout */
}ValMpcPositionRequestParaRespT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsStopAckMsgT;
typedef struct
{
kal_uint32 InstanceID;
} ValGpsStopReqMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint8 Status;
} ValGpsCancelIndMsgT;
typedef struct
{
kal_uint32 sess_id;
kal_uint8 Length;
ValMpcNotifIndE NotificationAndVerificationInd;
ValMpcPostionTechIndE PositionTechInd;
kal_uint8 PositionQosInc;
kal_uint8 PositionQos;
kal_uint16 NumOfFixes;
kal_uint16 TimeBtwFixes;
ValMpcIs801ModeE Is801PositionMode;
kal_uint8 CorrelationId;
kal_char action; /* 0: agree; 1 cancel; 2 timeout */
}ValIPCMpcPositionRequestParaRespT;
void ValMpc3rdPartyParamStore(ValMpcPositionRequestParaRespT *Resp, kal_uint32 Inst);
void ValMpcUserCancelLbs(kal_uint8 CorrelationId);
typedef struct
{
kal_uint32 TimerId;
}ValCpSmsRegTimerExpiredMsgT;
typedef enum
{
PowerUpReg,
MoSmsReg,
MoVoiceReg,
MtSmsReg,
MtVoiceReg,
MoDataReg,
NwInitReg,
UtkMenuSelReg,
UtkMenuMeidReg,
NUM_MAX_REGTYPE
}ValSmsAutoRegTypeT;
typedef struct
{
ValSmsAutoRegTypeT Trigger;
}ValCpSmsRegTriggerReqMsgT;
/*------------------------------------------------------------------------
* NST List Mode prototypes
*------------------------------------------------------------------------*/
typedef struct
{
kal_uint16 len;
kal_uint8 *data;
} ValCsfbGcsnaULMsgT;
#ifdef MTK_DEV_C2K_IRAT
typedef struct
{
IratSIB8MeasResultDataT rsp;
} ValCsfbMeasRspMsgT;
#define MAX_EUTRA_FREQS_NUM 8
typedef struct
{
kal_uint8 NumEUTRAFrequencies;
kal_uint16 EARFCN[MAX_EUTRA_FREQS_NUM];
} ValClcNbrFreqsRptMsgT;
typedef struct
{
kal_bool isUatiUpdated;
kal_bool isColorCodeUpdated;
} ValClcDoParaChangedIndMsgT;
typedef struct
{
kal_uint8 EfunState;
} ValEfunStateIndMsgT;
typedef PACKED_PREFIX struct
{
kal_uint8 src_id;
c2k_1x_loop_back_call_mode_enum operation_mode;
} PACKED_POSTFIX ValMd11xLoopBackCallReqMsgT;
typedef struct
{
ValIratModemStatusT MdStatus;
uim_access_option_enum UimAccessOption;
} ValUimEmdstatusUpdateIndMsgT;
typedef struct
{
kal_uint8 cardEsnMeOld[8];
kal_uint8 cardEsnMeNew[8];
} ValUimPreStoredCardEsnmeIndMsgT;
#if defined (__TC10__) && defined (__TC10_IPC_CDMA_SUPPORT__)
typedef struct
{
kal_uint16 status_word;
} UimApduStatusWordNotifyMsgT;
typedef struct {
kal_uint8 action_type;
kal_uint8 refresh_type;
} UimRefreshNotiIndMsgT;
typedef struct {
kal_uint8 refresh_type;
}UimRefreshIndMsgT;
#endif
typedef struct
{
ValEmdstatusFlowVersionT EmdstatusFlowVersion;
} ValEmdstatusFlowVersionIndMsgT;
typedef struct
{
kal_uint8 is_ims_registred;
} ValImsRegStatusUpdateIndMsgT;
#endif /* MTK_DEV_C2K_IRAT */
typedef struct
{
kal_uint16 len;
kal_uint8 *data;
} ValCsfbHoPrepXferMsgT;
typedef enum
{
VAL_IRAT1X_CSFB_PARM_RSP_ACK,
VAL_IRAT1X_CSFB_SIB8_PARM_ACK,
VAL_IRAT1X_CSFB_GCSNA_DL_ACK,
VAL_IRAT1X_CSFB_MEAS_REQ_ACK,
VAL_IRAT1X_CSFB_CONN_REL_ACK,
VAL_IRAT1X_CSFB_HO_EUTRA_PREP_ACK,
VAL_IRAT1X_CSFB_MOB_FROM_EUTRA_ACK,
VAL_IRAT1X_EVENT_MAX
} ValIrat1xCsfbEventIdT;
typedef struct
{
ValIrat1xCsfbEventIdT event;
} ValCsfbEventMsgT;
#ifdef MTK_PLT_ON_PC
#define MAX_IP_TEST_DATA_LEN (AT_MAX_AT_CMD_LEN)
typedef struct
{
kal_uint16 size;
/* the 1st byte in data is Iopchannel */
kal_uint8 data[MAX_IP_TEST_DATA_LEN];
} ValIpDataSendReqMsgT;
typedef struct
{
kal_uint16 status;
kal_uint16 len;
} ValIpDataSendCnfMsgT;
typedef struct
{
kal_uint8 *data;
kal_uint16 size;
} ValIpDataRecvIndMsgT;
typedef struct
{
kal_uint32 SrcAddr;
kal_uint32 DstAddress;
kal_uint8 Data[MAX_IP_TEST_DATA_LEN]; /* point to the first byte of data. */
kal_uint16 Size; /* The size of data in byte. */
} HlpIpDataSendReqMsgT;
#endif /* MTK_PLT_ON_PC */
typedef enum
{
VAL_CSS_CS_REG_IND_IRAT_1X_REG_DISABLED, /* Global Irat1XRegEnabled changed to FALSE */
VAL_CSS_CS_REG_IND_IRAT_1X_REG_ENABLED, /* Global Irat1XRegEnabled changed to TRUE */
VAL_CSS_CS_REG_IND_1X_IN_SERVICE, /* 1x changed to in service */
VAL_CSS_CS_REG_IND_1X_NO_SERVICE, /* 1x changed to no service */
VAL_CSS_CS_REG_IND_MAX,
} ValCssCsRegNotifyIndT;
/* VAL_CSS_CS_REG_STATUS_NOTIFY_IND_MSG */
typedef struct
{
ValCssCsRegNotifyIndT csRegIndType;
} ValCssCsRegStatusNotifyIndMsgT;
#ifdef MTK_CBP //MTK_DEV_C2K_IRAT
typedef struct
{
HlpValPcmtModeT mode;
kal_bool result;
kal_uint32 pcmtEhrpdValue;
kal_uint32 pcmtIratValue;
} ValHlpPcmtParaRspMsgT;
typedef enum
{
VAL_EHRPD_OFF = 0,
VAL_EHRPD_ON,
VAL_EHRPD_MODE_NUM
}ValEhrpdModeE;
#endif
#ifdef MTK_DEV_ENGINEER_MODE
typedef enum
{
RF_TST_STOP_TRANSMIT = 0,
RF_TST_START_TRANSMIT = 1
}RfTstControlActionT;
typedef enum
{
RF_TST_BAND_CLASS_0 = 0,
RF_TST_BAND_CLASS_1 = 1,
RF_TST_BAND_CLASS_2 = 2,
RF_TST_BAND_CLASS_3 = 3,
RF_TST_BAND_CLASS_4 = 4,
RF_TST_BAND_CLASS_5 = 5,
RF_TST_BAND_CLASS_6 = 6,
RF_TST_BAND_CLASS_7 = 7,
RF_TST_BAND_CLASS_8 = 8,
RF_TST_BAND_CLASS_9 = 9,
RF_TST_BAND_CLASS_10 = 10,
RF_TST_BAND_CLASS_11 = 11,
RF_TST_BAND_CLASS_12 = 12,
RF_TST_BAND_CLASS_13 = 13,
RF_TST_BAND_CLASS_14 = 14,
RF_TST_BAND_CLASS_15 = 15
}RfTstControlBandT;
typedef enum
{
RF_TST_1XRTT = 0,
RF_TST_EVDO = 1,
RF_TST_NONE
}RfTstControlModulationT;
typedef enum
{
ECTM_MODE_NONE = 0,
ECTM_MODE_SPIRENT = 1
}EctmMode;
typedef enum
{
VAL_DISABLE_FORCE_TX_ANTENNA = 0,
VAL_ENABLE_FORCE_TX_ANTENNA,
VAL_FORCE_TX_ANTENNA_INVALID_MODE = 255
}ValForceTxAntModeT;
#ifdef MTK_DEV_C2K_IRAT
typedef enum
{
ECLSC_ENABLE_MODE = 0,
ECLSC_DISABLE_MODE = 1
}EclscMode;
#endif
/* move here to pass intercross header file invoke which is really bad... */
typedef struct
{
RfTstControlActionT Action;
kal_uint16 Channel;
RfTstControlBandT Band;
kal_int16 PowerLevel;
} RcpRfTstPowerControlMsgT;
#endif
#ifdef MTK_DEV_GPSONE_ON_LTE
typedef enum gps_rpc_rat_mode_t {
GPSRPC_RAT_C2K = 0,
GPSRPC_RAT_LTE = 1,
GPSRPC_RAT_MODE_UNKNOWN = 2
}gps_rpc_rat_mode_t;
typedef enum
{
STATUS_IE_SOCKET_FAILED = 7, /* Socket created failed or connection failed*/
STATUS_IE_CLOSEPENDINGWAIT = 6, /* TCP close by peers, wait for user */
STATUS_IE_CLOSEPENDING = 5, /* TCP graceful close in progress */
STATUS_IE_RECVMOREDATA = 4, /* more UDP or raw IP data */
STATUS_IE_NODATA = 3, /* no data available for receive */
STATUS_IE_CONNECTPENDING = 2, /* TCP connect attempt in progress */
STATUS_IE_LISTENPENDING = 1, /* listening for remote connect */
STATUS_IE_SUCCESS = 0, /* request successful */
STATUS_IE_INVALIDRQST = -1, /* invalid or unknown request */
STATUS_IE_INVALIDSAP = -2, /* invalid service access point */
STATUS_IE_INVALIDPORT = -4, /* invalid listen or connect port */
STATUS_IE_INVALIDADDR = -5, /* invalid connect host address */
STATUS_IE_NOMOREMBUFS = -6, /* no mbufs available */
STATUS_IE_NOMORETCBS = -7, /* no tcbs available */
STATUS_IE_NOLOCALADDR = -8, /* local host address not set */
STATUS_IE_INVALIDSIZE = -9, /* invalid send or receive size */
STATUS_IE_INVALIDDATA = -10, /* invalid request field */
STATUS_IE_INVALIDOPT = -11, /* option incorrectly specified */
STATUS_IE_INVALIDFLAGS = -12, /* invalid send/sento flags */
STATUS_IE_INVALIDSTATE = -13, /* invalid TCP state */
STATUS_IE_TCP_TIME_OUT = -14, /* TCP connecting time out */
STATUS_IE_TCP_RESET = -15, /* TCP reset by remote */
STATUS_IE_TCP_ABORT = -16, /* TCP reset by local */
STATUS_IE_TCP_DISCNT_NORMAL = -17 /* TCP Disconnect normal */
} GpsSocketStatusT;
#define MAX_TCP_DATA_SIZE (1500/4)
typedef enum{
service_tcp = 0,
service_udp = 1,
service_unknown = 2,
service_type_max = 0x10000000
}SocketServiceType;
typedef struct
{
kal_uint32 IpAddress; /* 32-bit IP address. */
kal_uint16 PortNumber; /* UDP port number. */
} ValSocketAddrT;
typedef struct
{
kal_int16 SocketId;/* input socket Id, will be used in the response message */
SocketServiceType TcpType;
ValSocketAddrT DestAddr;
}GpsSocketCreateMsgT;
typedef struct
{
kal_int32 SocketHandle;
kal_uint16 Size;
//kal_uint8 *DataP;
kal_uint32 Data[MAX_TCP_DATA_SIZE];
}GpsTcpbSendDataMsgT;
typedef struct
{
kal_int32 SocketHandle;
GpsSocketStatusT Status;
} GpsTcpbRecvRspMsgT;
typedef struct
{
kal_int32 SocketHandle;
kal_bool Graceful;
}GpsSocketCloseMsgT;
#endif
#ifdef MTK_DEV_C2K_IRAT
typedef struct
{
kal_uint32 Id;
}ValUtkTimerExpiryMsgT;
#endif
#ifdef MTK_CBP
typedef enum
{
ENWINFO_CALL_DROP = 402,
ENWINFO_SMS_FAIL = 403
}EnwinfoEventE;
typedef enum
{
EVOCD_VOICE_SPEECH_CODEC_NONE_V02 = 0,
EVODE_VOICE_SPEECH_CODEC_QCELP13K_V02 = 1,
EVODE_VOICE_SPEECH_CODEC_EVRC_V02 = 2,
EVODE_VOICE_SPEECH_CODEC_EVRC_B_V02 = 3,
EVODE_VOICE_SPEECH_CODEC_EVRC_WB_V02 = 4,
EVODE_VOICE_SPEECH_CODEC_EVRC_NW_V02 = 5,
EVODE_VOICE_SPEECH_CODEC_AMR_NB_V02 = 6,
EVODE_VOICE_SPEECH_CODEC_AMR_WB_V02 = 7,
EVODE_VOICE_SPEECH_CODEC_GSM_EFR_V02 = 8,
EVODE_VOICE_SPEECH_CODEC_GSM_FR_V02 = 9,
EVODE_VOICE_SPEECH_CODEC_GSM_HR_V02 = 10,
EVODE_VOICE_SPEECH_CODEC_INVALID
}EvocdCodec;
typedef struct
{
kal_uint16 Mcc;
kal_uint16 SidMin;
kal_uint16 SidMax;
}MccSidT;
#if defined (__TC10__) && defined (__TC10_IPC_CDMA_SUPPORT__)
typedef enum
{
VAL_CARRIER_TEST, /* Test */
VAL_CARRIER_SKT, /* KOREA SKT */
VAL_CARRIER_KTF, /* KOREA KTF */
VAL_CARRIER_LGT, /* KOREA LGT */
VAL_CARRIER_VERIZON, /* US VERIZON */
VAL_CARRIER_SPRINT, /* US SPRINT */
VAL_CARRIER_ALLTEL, /* US ALLTEL */
VAL_CARRIER_METRO_PCS, /* US METRO_PCS */
VAL_CARRIER_US_CELLULAR, /* US CELLULAR */
VAL_CARRIER_CRIKET, /* US CRIKET */
VAL_CARRIER_TELUS, /* CANADA TELUS */
VAL_CARRIER_BMC, /* CANADA BMC */
VAL_CARRIER_BWA, /* CANADA BWA */
VAL_CARRIER_CTC, /* CHINA CTC */
VAL_CARRIER_INVALID
}ValCarrierIdEnumT;
typedef struct
{
kal_uint16 Mcc;
kal_uint16 MncMin;
kal_uint16 MncMax;
ValCarrierIdEnumT Carrier;
}MccMncCarrierIdT;
#endif
#ifdef MTK_GPS_SYNC_DEV
typedef struct
{
double TOW;
kal_uint16 WeekNum;
kal_uint8 FreqBiasValid;
kal_int32 FreqBias;
}ValGpsTimeIndMsgT;
#endif
typedef struct
{
kal_bool DomDataRoaming_enabled; /* true means enable data roaming, attach */
kal_bool IntlDataRoaming_enabled;
}ValDataRoamingChgMsgT;
typedef enum
{
RF_OFF_NOT_RECEIVED = 0,
RF_OFF_RECEIVED_HANDLING = 1,
RF_OFF_RECEIVED_SUSPEND = 2,
RF_OFF_RECEIVED_OFFDONE = 3,
}C2kRfOffT;
typedef enum
{
VAL_GPS_SESS_INIT_STATE,
VAL_GPS_SESS_LBS_HASH_STATE,
VAL_GPS_SESS_SEC_REG_STATE,
VAL_GPS_SESS_IDLE_STATE,
VAL_GPS_SESS_IDLE_SSD_AUTH_CHAN_STATE,
VAL_GPS_MPC_OPENNING_STATE,
VAL_GPS_SESS_SUSPEND_STATE,
VAL_GPS_SESS_OPEN_STATE,
VAL_GPS_SESS_OPEN_SDD_AUTH_CHAN_STATE,
VAL_GPS_SESS_OPEN_MSB_MPC_OPENNING_STATE,
VAL_GPS_SESS_STATE_NUM
} ValGpsSessStateT;
typedef enum
{
RAND_PERIOD_EXP,
LOC_REQ,
} ValGpsAuthChallResultT;
typedef struct {
kal_uint8 SecDataId;
kal_uint8 SecDataLen;
kal_uint8 SecData[GPS_MAX_SECURITY_DATA]; /*Rand1*/
} GPS_Security;
typedef struct {
kal_uint32 EncryptAlg; /*GPS_ENCRYPT_AES_128_LAT_LONG*/
ValGpsSystemTimeT UTCTime;
kal_uint8 EncDataLen;
kal_uint8 EncData[GPS_MAX_SECURITY_DATA];
kal_uint8 AesKey[GPS_MAX_SECURITY_DATA];
} GPS_Encrypt; /*Rand2*/
typedef enum
{
VAL_GPS_MSS_IDLE,
VAL_GPS_MSS_STARTED,
VAL_GPS_MSS_DONE
} ValGpsMssStateT;
typedef enum
{
VAL_GPS_INACTIVE,
VAL_GPS_OPENNING,
VAL_GPS_OPEN
}ValSessBlkStateE;
typedef struct ValGpsSessCtlBlkT
{
kal_uint32 InstanceID;
ValGpsFixModeT FixMode;
kal_uint32 NumFixes;
kal_uint32 TimeBFixes;
kal_uint32 HorizontalAccuracy;
kal_uint32 VerticalAccuracy;
#ifdef MTK_CBP
kal_uint32 PseudorangeAccuracy;
kal_bool OnCTNtwk;
ValGpsSecOperE SecOp;
#ifdef MTK_DEV_GPSONE_ON_LTE
kal_int32 RatMode;
#endif
#endif
kal_uint32 Performance;
ValGpsSessStateT GpsSessState;
kal_timerid GpsRand1TimerCb;
kal_uint32 RandPeriod;
ValGpsAuthChallResultT AuthResult;
GPS_Security GpsSecurity;
GPS_Encrypt GpsEncrypt;
ValGpsMssStateT MssState;
kal_uint8 MssDataRcvFlag;
kal_bool bDataReadReady;
ValLocRespMsgT LocRespData;
kal_uint8 LocEncryPhase;
ValGpsSystemTimeT UTCTime;
kal_uint16 NmeaSpyFlag;
kal_uint32 NumberOfPositions;
ValGpsReadOffsetInfoMsgT ReadOffsetInfoMsg;
kal_bool bReadOffsetInfoPending;
SessionStatusE State;
ValSessBlkStateE Lbsstate;
kal_uint8 UserId; /*0: default; 1: RPC; 2: AT; 3: VGTT: 4: 3rd party; 5: exception*/
kal_uint8 CancelId;
#if ((defined SYS_OPTION_RPC) && (defined SYS_OPTION_GPS_RPC))
kal_bool bAPInit;
#endif
kal_uint8 StopReason;
} ValGpsSessCtlBlkT;
extern ValGpsSessCtlBlkT* ValGpsGetFreeSessCtlBlk(kal_uint32 InstanceID);
#endif
#ifdef MTK_CBP /*for mode switch optimization*/
typedef struct
{
LOCAL_PARA_HDR
OperationModeT OpMode;
kal_bool Is1XPowerOn;
kal_bool IsDOPowerOn;
}ValRatModeChgCnfMsgT;
#endif
#ifdef __TC10_IPC_CDMA_SUPPORT__
/* VAL_SMS_POWER_STATUS_MSG */
typedef struct
{
kal_bool PowerUp;
} ValSmsPowerStatusMsgT;
#endif
typedef enum
{
POSITIONING_REQUEST_ID=1,
CANCEL_NI_TRACKING_SESSION_ID,
CANCEL_REFRESH_MS_RES_TRACKING_SESSION_ID,
RESERVE_MPC_MT_SMS_ID
}ValMpcMTSmsMessageIDE;
typedef enum
{
REJ_POSITIONING_REQUEST_ID=1,
CANCEL_POSITIONING_NOTIFICATION_ID,
RESERVE_MPC_MO_SMS_ID
}ValMpcMOSmsMessageIDE;
typedef enum
{
MS_TCP_MPC_MESSAGE,
MPC_MS_TCP_MESSAGE,
MS_SMS_MPC_MESSAGE,
MPC_SMS_MS_MESSAGE,
}ValMpcMessageTraceIds;
typedef enum
{
NULL_MO_TCP_ID=0,
TCP_POSITIONING_REQUEST_ID=1,
POSITION_REPORT_ID,
CANCEL_TRACKING_SESSION_ID,
RESERVE_MPC_MT_TCP_ID
}ValMpcMOTcpMessageIDE;
typedef enum
{
START_POSITION_PROCESS_RESP_ID=1,
POSITION_REPORT_RESP_ID,
MPC_MO_TCP_RESERVE_ID
}ValMpcMtTcpMessageIDE;
typedef struct
{
ValMpcMessageTraceIds traceIds;
union {
ValMpcMOTcpMessageIDE MoTcp;
ValMpcMtTcpMessageIDE MtTcp;
ValMpcMOSmsMessageIDE MoSms;
ValMpcMTSmsMessageIDE MtSms;
} u;
}ValGpsCpValMpcMsgT;
typedef enum {
VAL_POWER_OFF_BY_CPOF,
VAL_POWER_OFF_BY_EPOF,
VAL_POWER_OFF_BY_OTHERS,
}ValPowerOffModeT;
/*------------------------------------------------------------------------
* Global function prototypes
*------------------------------------------------------------------------*/
#ifdef __cplusplus
extern "C" {
#endif
kal_int8 GetValStatus( void );
void ValGetDebugInfo( kal_bool isAtCmd );
RegIdT ValRegister( const ValEventHandlerT* EventHandlerP,
ValEventFunc CallBack );
void ValUnRegister( const ValEventHandlerT* EventHandlerP,
RegIdT RegId );
void ValProcessEvent( const ValEventHandlerT* EventHandlerP,
kal_uint32 Event,
void* EventDataP );
void GetUimSPName(void * MsgP);
#ifdef MTK_CBP
kal_bool ValGetRegResumeFlag(void);
#endif
/*-----------------------------------------------------------------
* valmisc.c interface
*----------------------------------------------------------------*/
void ValMiscPowerDown( ValPowerDownIdT Signal, kal_uint32 ValMsgId );
RegIdT ValMiscRegister( ValEventFunc CallBack );
void ValMiscUnregister( RegIdT RegId );
void ValMiscNamRequest( void );
void ValUserInfoControl( ValUserInfoCmdT CmdId );
//RegIdT ValVrecRegister( ValEventFunc EventFuncP );
kal_bool ValGetEmergencyModeTestingMsg( void );
void ValGetFirmwareVersion (void);
/*-----------------------------------------------------------------
* valfsimsg.c interface
*----------------------------------------------------------------*/
RegIdT ValFsiRegister(ValEventFunc EventFuncP);
/*-----------------------------------------------------------------
* val interfaces to HWD (valmisc.c)
*----------------------------------------------------------------*/
void ValPwrOffBoard( void );
void* ValMalloc( kal_uint32 size );
void* ValMallocNoHalt( kal_uint32 size );
void ValFree(void* Ptr);
kal_uint32 ValGetMemPoolMinFree(ValMemPoolTypeT MemPoolId);
kal_uint32 ValGetAvailableSpace(ValMemPoolTypeT PoolType);
kal_uint32 ValMemoryPoolSizeGet(ValMemPoolTypeT PoolId);
void ValTestModeStopRefurbishAging (void);
void ValTestModeRefurbishAgingChangeTxPwr (kal_bool Increment);
void ValDispGetLcdDeviceInfoTest(ValDispDeviceInfoMsgT* MsgP);
/*-----------------------------------------------------------------
* val voice stream VSTRM
*----------------------------------------------------------------*/
//void ValVstrmFlushVoiceData(void);
//void ValVstrmGetVoiceData(kal_uint8 *DstBuf, kal_uint16 Size, kal_uint16 *NumPcktsP, kal_uint16* NumBytesRcvdP);
//void ValVstrmChkVoiceData(kal_uint16 *NumPcktsP, kal_uint16* NumBytesRcvdP);
//void ValVstrmDiscardVoiceData(kal_uint16 Size, kal_uint16 *NumPcktsP, kal_uint16* NumBytesDiscardedP);
/*-----------------------------------------------------------------
* val interfaces for connectivity (valconnectivity.c)
*----------------------------------------------------------------*/
ValRptCpEventT ValPktSvcState( void );
/*-----------------------------------------------------------------
* val interfaces for Silent Logging (valtask.c)
*----------------------------------------------------------------*/
kal_uint16 ValSilentLogUpload (kal_uint8 *DstP, kal_uint16 NumBytes, kal_uint32 Offset, kal_uint32 *TotSizeP);
/*-----------------------------------------------------------------
* val PGPS functions (valpgps.c)
*----------------------------------------------------------------*/
void PgpsPdaInit(void);
void PgpsPdaStart(void );
void PgpsPdaDbmReadRspMsg(void * MsgDataP);
void PgpsPdaDbmWriteRspMsg(void *MsgDataP);
void PgpsPdaCfgSet( ValPgpsCfgT * msg_buf);
void PgpsPdaCfgGet( ExeRspMsgT * MsgP );
void PgpsPdaTimerHandler(void );
void PgpsPdaStartNetwork(void );
void PgpsConnected( void );
kal_bool PgpsReadMoreData(void );
kal_bool PgpsClosePpp(void );
void PgpsDataFeteched(void );
void ValRecordModemFailure(kal_uint8 Interface, kal_bool Set);
#ifdef MTK_CBP
extern kal_uint32 GPSSessStartTime;
extern void ValPswNotifyGpsOfEmergencyCall(kal_uint8 IsActive);
extern void ValPswTriggerFakeStopGps(void);
#endif
#if defined(__TC10__) && defined(__FEATURE_SS_LOG__) && !defined (MTK_PLT_ON_PC)
#define CVAL_MAX_SS_LOG_LEN 200
void ValPrintCdmaSSLog(const char* fmt, ...);
#define SS_STR_TRACE(fmt, ...) ValPrintCdmaSSLog(fmt, ##__VA_ARGS__)
#else
#define SS_STR_TRACE(fmt, ...)
#endif
#ifdef MTK_DEV_C2K_IRAT
#define C2K_IRAT_STATUS (ValIratGetInterRatOperationStatus())
#define C2K_IRAT_ON if(C2K_IRAT_STATUS)
#define C2K_IRAT_OFF if(!C2K_IRAT_STATUS)
kal_bool ValIsLTEDisabled(void);/*check if 4G is disabled*/
#ifdef MTK_DEV_C2K_SRLTE
/* C2K_SRLTE_STATUS is a constant, for non-single bin build. */
#ifdef MTK_DEV_C2K_SRLTE_L1
#define C2K_SRLTE_STATUS (KAL_TRUE)
#else
#define C2K_SRLTE_STATUS (KAL_FALSE)
#endif
#define C2K_SRLTE_ON if (C2K_SRLTE_STATUS)
#define C2K_SRLTE_OFF if (!C2K_SRLTE_STATUS)
/* #define SRLTE_RSVA_STUB 1 */
#else /* MTK_DEV_C2K_SRLTE */
#define C2K_SRLTE_STATUS (KAL_FALSE)
#endif /* MTK_DEV_C2K_SRLTE */
#define C2K_IRAT_ON_OR_SRLTE_ON if((C2K_IRAT_STATUS)||(C2K_SRLTE_STATUS))
#else
#define C2K_IRAT_STATUS (ValIratGetInterRatOperationStatus())
#define C2K_IRAT_ON if(C2K_IRAT_STATUS)
#define C2K_IRAT_OFF if(!C2K_IRAT_STATUS)
kal_bool ValPsdmIsAttached(void); // check if +cgatt initiated
kal_bool ValIsLTEDisabled(void);/*check if 4G is disabled*/
#endif /* MTK_DEV_C2K_IRAT */
#ifdef __cplusplus
}
#endif /* __cplusplus */
#ifdef MTK_CBP /*for mode switch optimization*/
extern OperationModeT ValOpMode;
extern OperationModeT ValOpModeOld;
extern OperationModeT OpModeForSim1;
extern kal_bool GmssModeSwitchOngoing;
extern kal_bool NeedDeepSleepByCPOF;
extern OperationModeT C2KPrefMode;
extern kal_uint8 PowerCtrlPendByModeSwitch;
extern kal_uint8 ValGmssHybridModeSetProgress;
extern kal_bool SetRatModeByCPON;
extern OperationModeT ValModeGet(void);
extern void ValSavePrefModeToNV(OperationModeT PrefModeForSave);
#define VAL_HYBRID_MODE_CHG_1X_ENABLE_MASK 0x01
#define VAL_HYBRID_MODE_CHG_1X_DISABLE_MASK 0x02
#define VAL_HYBRID_MODE_CHG_DO_ENABLE_MASK 0x04
#define VAL_HYBRID_MODE_CHG_DO_DISABLE_MASK 0x08
#define VAL_HYBRID_MODE_CHG_REQ_START_MASK 0x80
#endif
/*for set rat mode optimization*/
extern kal_bool IsModeSwitchCompleted;
extern kal_bool IsEmdStatusCompleted;
extern kal_bool IsCssStatusCompleted;
extern kal_uint8 md3_active_sim_index;
extern kal_uint8 sim_index_cnf_md1;
#if defined (__MCIF_SUPPORT__) && defined (__CO_ANTENNA__)
#define CONSYS_MDC2K_COANT_STAT_IND 0x0002
#define MDC2K_CONSYS_COANT_STAT_IND 0x0101
typedef enum
{
ENUM_C2K_ENTER_FLIGHT_MODE, /* not used */
ENUM_C2K_LEAVE_FLIGHT_MODE, /* not used */
ENUM_C2K_1X_OOSA, /* not used */
ENUM_C2K_1X_IDLE_SLOTTED, /* lightly used */
ENUM_C2K_1X_IDLE_NON_SLOTTED, /* highly used */
ENUM_C2K_1X_PLMN_SEARCH, /* highly used */
ENUM_C2K_1X_ACCESS, /* highly used */
ENUM_C2K_1X_CONECTION, /* highly used */
ENUM_C2K_DO_INACTIVE, /* not used */
ENUM_C2K_DO_IDLE_SLEEP, /* not used */
ENUM_C2K_DO_PILOTACQ, /* highly used */
ENUM_C2K_DO_IDLE_MONITOR, /* highly used */
ENUM_C2K_DO_ACCESS, /* highly used */
ENUM_C2K_DO_CONNECTED /* highly used */
} ENUM_MD_C2K_STATUS;
typedef struct
{
kal_uint32 SeqNum;
kal_uint32 Systime;
ENUM_MD_C2K_STATUS c2k_Status;
kal_uint32 DRXCycle; /* Reserved */
kal_uint32 auReserved[4];
}mdc2k_consys_coant_stat_param_t;
typedef enum
{
ENUM_C2K_WIFI_ON,
ENUM_C2K_WIFI_OFF,
ENUM_C2K_WIFI_ENTER_LP,
ENUM_C2K_WIFI_LEAVE_LP
} ENUM_C2K_COANT_WIFI_STATUS;
typedef struct {
kal_uint32 u4_secquence_num;
kal_uint32 u4_systime;
ENUM_C2K_COANT_WIFI_STATUS wifi_status;
kal_uint8 au_reserved[4];
} consys_to_c2k_wifi_status_struct;
extern void val_mcif_c2k_current_state_rpt();
extern void val_mcif_c2k_state_rpt(ENUM_MD_C2K_STATUS State);
#endif
typedef struct
{
rat_enum rat_mode;
rat_enum reported_rat;
irat_system_type_enum c2k_mode;
kal_uint8 protocol_id;
}ValSetRatModeMsgT;
typedef struct
{
l4_rf_state_enum rf_state;
rfoff_cause_enum rfoff_cause;
l4_sim_state_enum sim_state;
kal_bool is_power_off; /* used by IMC to teardown IMS anyway */
}ValPhoneStateMsgT;
#endif /* VALAPI_H */
/*****************************************************************************
End of file
*****************************************************************************/
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