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192.168.1.100 / T800_MD / b0f5b85a5b9d69cbfa1dd990d559a4a9c7d8f2a6 / . / mcu / interface / l1 / cl1 / common / cl1tsteltif.h
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/*******************************************************************************
* Modification Notice:
* --------------------------
* This software is modified by MediaTek Inc. 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
* AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
* EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
* NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
* SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
* SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
* THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
* NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
* SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
*
* BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
* LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
* AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
* OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
* MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
*
* THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
* WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
* LAWS PRINCIPLES. ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
* RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
* THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
*
*******************************************************************************/
/*******************************************************************************
*
* Filename:
* ---------
* cl1tsteltif.h
*
* Project:
* --------
* MTXXXX Project
*
* Description:
* ------------
* This file contains the elt if functions declare.
*
* Author:
* -------
*
*
*==============================================================================
* HISTORY
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******************************************************************************/
#ifndef _CL1TST_ELT_IF_H_
#define _CL1TST_ELT_IF_H_
/*----------------------------------------------------------------------------
Include Files
----------------------------------------------------------------------------*/
#include "cl1tstmetaif.h"
/* RCP_ETS_TX_AVAILABLE_PWR_TEST_MODE_MSG*/
typedef enum
{
TXAGC_CTRL_TYPE_STOP = 0,
TXAGC_CTRL_TYPE_START = 1,
TXAGC_CTRL_TYPE_GET_TX_PWR = 2,
TXAGC_CTRL_TYPE_INVALID = 0xFF
} RcpTstTxAgcCtrlTypeT;
/** define the transmission signal type enumeration */
typedef enum
{
CL1TST_ELT_TX_SIG_TYPE_1X = 1,
CL1TST_ELT_TX_SIG_TYPE_DO_PILOT = 2,
CL1TST_ELT_TX_SIG_TYPE_DO_ST2 = 3,
CL1TST_ELT_TX_SIG_TYPE_DO_PHYUT = 4,
CL1TST_ELT_TX_SIG_TYPE_RF_TONE = 6,
CL1TST_ELT_TX_SIG_TYPE_BB_TONE = 7
} Cl1TstEltTxSigTypeT;
typedef enum
{
CL1TST_NULL = 0,
CL1TST_OVERHEADMESSAGE_TEST = 1,
CL1TST_FTCCRC_TEST = 2,
CL1TST_PHY_UT_TEST = 3,
CL1TST_FTCCRC_SINGLE_TEST = 4,
CL1TST_FCCCRC_TEST = 5
} Cl1TstCfgTypeT;
typedef enum
{
CL1TST_SUCCESSFULL = 0,
CL1TST_FAIL = 1
} Cl1TstRspResultT;
/** define the Pwr mode enumeration (Or APT, DPD) */
typedef enum
{
CL1TST_PWR_MODE_ETM,
CL1TST_PWR_MODE_APT,
CL1TST_PWR_MODE_DPD
} Cl1TstPwrModeT;
typedef struct
{
kal_uint16 FtcPerStatic;
kal_uint16 FccPerStatic;
kal_uint32 FtcTotalFwdPacketsCount;
kal_uint32 FtcTotalFwdGoodPacketsCount;
kal_uint32 FccTotalFwdPacketsCount;
kal_uint8 PreambleMacId;
kal_uint8 DrcIndex;
kal_uint32 RspFramConut;
}Cl1TstRspInfoT;
/** define RF transmitter control command structure */
typedef struct
{
/* 0: 1xRTT, 1: EVDO */
kal_uint8 RfMode;
/* 0: OFF, 1: ON */
kal_uint8 Action;
/* 0: TXDFE RF tone for 1xRTT and EVDO
1: TXDFE BB signal tone for 1xRTT and EVDO
2: reverse 1xRTT signal for 1xRTT
3: reverse EVDO pilot only for EVDO
4: reverse EVDO subtype2 for EVDO */
kal_uint8 SigType;
/* CDMA Band Class to turn on*/
kal_uint8 BandClass;
/* Channel Number to turn on*/
kal_uint16 ChannelNum;
/* Power reference used for open loop estimation in 1/64dBm@S9.6 unit.*/
kal_int16 PwrRef;
/* Frequency offset for RF tone transmission */
kal_uint32 FreqOffset;
/* BB tone configuration parameters */
kal_uint32 BbToneCfg;
Cl1Tst1xSigParaT RttSigPara;
/* total frequency offset error in Hz*/
kal_int32 FoeHz;
/* Open loop correct gain with S0.16 unit*/
kal_int32 OlCorrGain;
/* Open loop max slew with S2.6 unit*/
kal_int32 OlMaxSlew;
/* RPC combine with U5.0*/
kal_uint16 RpcCombThr;
/* RSSI value with filter in 1/64dBm@S7.6 unit.*/
kal_int16 RssiWiFilter;
/* TXAGC SW mode control
bit[7:0]: rpc_bit_src_sel, 1: sw mode, 0: normal mode
bit[15:8]: ks_value_src_sel, 1: sw mode, 0: normal mode
bit[23:16]: rpc_sym_pos_sel, 1: sw mode, 0: normal mode
*/
kal_uint32 TxAgcSwMode;
/* Tx Agc control flag */
kal_uint8 TxAgcFlag;
/* TX AGC control type,
0: stop sw txagc,
1: start sw txagc */
kal_uint8 CtrlType;
/* Access/ Traffic channel */
kal_uint8 ChanType;
/* PHY subtype */
kal_uint8 PhySubType;
/* Power reference used for open loop estimation in 1/64dBm@S9.6 unit.*/
kal_int16 PowerBase; /* Q6 dB */
/* Bit0: trans ind TRUE/FALSE,
Bit4: Close loop parameters enable/disable */
kal_uint16 TestBmp;
/* close loop step up size in 1/64dB@S2.6 unit */
kal_int16 ClStepUp;
/* close loop step down size in 1/64dB@S2.6 unit */
kal_int16 ClStepDown;
/* close loop adjustment limited in 1/64dB@S8.6 unit */
kal_int16 ClAdjMax;
/* close loop adjustment limited in 1/64dB@S8.6 unit */
kal_int16 ClAdjMin;
/* maximum transmit power adjustment in 1/64dB@S5.6 unit, set zero
if not use it */
kal_int16 MaxPwrAdj;
/* KS value in SW mode with S6.6 unit*/
kal_uint16 PcgVldPat; //Indicate PCG valid pattern
/* RPC bit in SW mode with U2.0 unit*/
kal_uint16 RpcBitSw;
/* KS value in SW mode with S6.6 unit*/
kal_int16 KsValueSw;
/* Indicate RPC symbol position */
kal_uint16 RpcSymPosSw[16]; //1xRTT only
/* bitmap indicate RC configuration for 16 PCGs */
kal_uint16 RcCfgPat; // 1xRTT only, bitmap indicate RC configuration for 16 PCGs
kal_uint16 Reserved;
} Cl1TstTransmitCtrlEltCmdT;
typedef struct
{
/*For EVDO*/
Cl1TstTransmitCtrlCmdT Msg;
kal_uint16 EvChannelType;
kal_uint16 EvProtocolSubtype;
kal_uint16 EvAuxPilotMiniPayload;
kal_uint16 EvDrcGating;
kal_uint16 EvDrcBoostLength;
kal_uint16 EvDscBoostLength;
kal_uint16 EvDrcLength;
kal_uint16 EvFrameOffset;
/*subype0:0,0,1:9.6K,2:19.2k,3:38.4k,4:76.8k, 5:153.6 */
kal_uint16 EvDataRate;
kal_uint16 EvDRCCover;
kal_uint16 EvDRCCover1;
kal_uint16 EvDRCCover2;
kal_uint16 EvDRCValue;
kal_uint16 EvDRCValue1;
kal_uint16 EvDSCValue;
kal_uint16 EvDSCValue1;
kal_uint16 EvDSCValue2;
kal_uint16 EvAckEnalble;
kal_uint16 EvAckUserType;
kal_uint16 EvAckBits;
kal_uint16 EvAckBits1;
kal_uint16 EvAckSuScale;
kal_uint16 EvAckMuScale;
kal_uint16 EvPreSlot;
kal_uint16 EvCapFrame;
} Cl1TstTransmitCtrlCmdPhyUT;
/** define temperature back off data structure */
typedef struct
{
kal_uint8 Band;
kal_int8 Temperature;
kal_int16 BackOff;
} Cl1TstTempBackOffDataT;
/** define temperature back off set command structure */
typedef struct
{
Cl1TstTempBackOffDataT BackOffData;
} Cl1TstTempBackOffSetCmdT;
/** define temperature back off set response structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
} Cl1TstTempBackOffSetRspT;
/** define temperature back off get command structure */
typedef struct
{
/* band class */
kal_uint8 Band;
kal_uint8 Reserved1;
kal_uint16 Reserved2;
} Cl1TstTempBackOffGetCmdT;
/** define temperature back off get response structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
/* Back off data */
Cl1TstTempBackOffDataT BackOffData;
} Cl1TstTempBackOffGetRspT;
typedef struct
{
/* TX AGC control type,
0: stop sw txagc,
1: start sw txagc,
2: obtain current request power */
kal_uint8 CtrlType;
/* Tx slot */
kal_uint8 TxSlot;
/* Access/ Traffic channel */
kal_uint8 ChanType;
/* PHY subtype */
kal_uint8 PhySubType;
/* Power reference used for open loop estimation in 1/64dBm@S9.6 unit.*/
kal_int16 PowerBase; /* Q6 dB */
/* Bit0: trans ind TRUE/FALSE,
Bit4: Close loop parameters enable/disable */
kal_uint16 TestBmp;
/* close loop step up size in 1/64dB@S2.6 unit */
kal_int16 ClStepUp;
/* close loop step down size in 1/64dB@S2.6 unit */
kal_int16 ClStepDown;
/* close loop adjustment limited in 1/64dB@S8.6 unit */
kal_int16 ClAdjMax;
/* close loop adjustment limited in 1/64dB@S8.6 unit */
kal_int16 ClAdjMin;
/* maximum transmit power adjustment in 1/64dB@S5.6 unit, set zero
if not use it */
kal_int16 MaxPwrAdj;
/* RPC bit in SW mode with U2.0 unit*/
kal_uint16 RpcBitSw; /* Q6 dB */
/* KS value in SW mode with S6.6 unit*/
kal_int16 KsValueSw; /* Q6 dB */
/* Reserved */
kal_uint16 Reserved;
} RcpTstTxAgcCtrlCmdT;
/** define Tx AGC test ctrl message */
typedef struct
{
kal_uint16 CtrlType; //1: start TxAGC test, 0: Stop TxAGC test
kal_uint16 PcgVldPat; //Indicate PCG valid pattern
kal_uint16 RpcBitSw; //RPC bit in SW mode with U2.0 unit
kal_uint16 RpcSymPosSw[16]; //Indicate RPC symbol position
kal_int16 KsValueSw; //KS value in SW mode with S6.6 unit
kal_uint16 ClStepUp; //Step size of close loop adjustment for increment
kal_uint16 ClStepDown; //Step size of close loop adjustment for decrement
kal_uint16 GatePat; //GateOn/Off pattern
kal_int16 ClAdjMax; //Maximum close loop accumulation
kal_int16 ClAdjMin; //Minimum close loop accumulation
kal_int16 MaxPwrAdj; //Maximum power adjustment
kal_uint16 RcCfgPat; //RC configuration per slot basis
kal_uint16 TxAgcCfgSlot;//Indicate TxAGC configuration start Slot
} L1dTstTxAgcCtrlCmdT;
/** define Tx AGC test ctrl message response */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
} L1dTstTxAgcCtrlRspT;
typedef struct
{
/* Preemption type:,
0: stop preemption,
1: start RTB/HSC preemption, */
kal_uint8 Preempt;
} RcpTxSthRtbHscPreemptCtrlCmdT;
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
} Cl1TstRxAntennaTestModeRspT;
typedef struct
{
kal_uint32 CfgData;
} TxDfeBbToneCfgCmdT;
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
} TxDfeBbToneCfgRspT;
typedef struct
{
kal_uint32 CfgData;
} TxDfeBbNcoCfgCmdT;
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
} TxDfeBbNcoCfgRspT;
/** define SNR query command structure */
typedef struct
{
/* 0: 1xRTT, 1: EVDO */
kal_uint8 RfMode;
/* Bit0: main antenna, Bit1: diversity antenna, Bit2: SHDR */
kal_uint8 PathBitMap;
} Cl1TstRxSnrQueryCmdT;
/** define SNR query confirm structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
/* Main antenna Rx Main Ant SNR, unit is Q5 dBm */
kal_uint16 RxMainAntSnr;
/* Diversity antenna Rx power, unit is Q5 dBm */
kal_uint16 RxDivAntSnr;
} Cl1TstRxSnrQueryRspT;
/** define Ec/Io query command structure */
typedef struct
{
/* 0: 1xRTT, 1: EVDO */
kal_uint8 RfMode;
/* Bit0: main antenna, Bit1: diversity antenna, Bit2: SHDR */
kal_uint8 PathBitMap;
} Cl1TstRxEcIoQueryCmdT;
/** define Ec/Io query confirm structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
/* Main antenna Rx power, unit is Q5 dBm */
kal_int16 RxMainAntEcIo;
/* Diversity antenna Rx power, unit is Q5 dBm */
kal_int16 RxDivAntEcIo;
} Cl1TstRxEcIoQueryRspT;
/** define ICS SYNC command ELT msg */
typedef struct
{
/*
0: ics wo afc wo 1x
1: ics wi afc wo 1x
2: ics wo afc wi 1x
3: ics wi afc wi 1x
4: ics wo signal
5: ics wi strong signal
6: ics foe
7: ics preempt
0xf----->valid(no test )*/
kal_uint16 caseId ;
kal_uint16 Dummy ;
} EltTstIcsTstCaseIdCfgT;
typedef struct
{
kal_bool RcpDbgEn; /* 1->RCP subchannel in Debug mode, 0->normal mode */
kal_bool RcpDbgVal;
kal_bool ArqDbgEn; /* 1->H/LARQ subchannel in Debug mode, 0->normal mode */
kal_bool ArqDbgVal;
}EltTstMcdDebugMsgT;
typedef struct
{
SysCdmaBandT Band;
kal_uint16 Chan;
kal_uint8 TriggerSource; /* 0->IDP; 1->RUP */
}EltRmcInterhoTstCfgT;
typedef struct
{
kal_uint16 ResePilotPN;
}EltRmcIntrahoTstCfgT;
typedef struct
{
kal_uint8 DoSignalValidFlag;
} EltTstStbDoSignalCfgT;
typedef struct
{
kal_uint8 RttTimingValid;
kal_uint8 DoTimingValid;
} EltTstStbTimingCfgT;
typedef struct
{
kal_uint8 temp_type;
} EltTstReadTempT;
/** define temperature get response structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
/* Get temperature*/
CL1D_RF_TEMPERATURE_QUERY_T Temperature;
} Cl1TstReadTempRspT;
typedef struct
{
kal_uint8 State;
kal_uint8 DfsType;
kal_uint8 ChanIndex;
} Cl1TstRmcDfsMeasDoneRspT;
typedef struct
{
kal_bool result;/* 1->Pass, 0->Fail */
}EltC2kPhyUtTstRptT;
typedef struct
{
kal_bool CrcResult;/* 1->Pass, 0->Fail */
kal_uint8 PreambleMacId;
kal_uint8 DrcIndex;
}EltC2kPhyUtRxCaseTstRptT;
typedef struct
{
kal_bool RESET_EN;
kal_bool EQ_MODE_L1_EN;
kal_uint32 EQ_MODE;
kal_bool MMSE_FLAG_L1_EN;
kal_uint32 MMSE_FLAG;
kal_bool ITER_NUM_L1_EN;
kal_uint32 ITER_NUM;
kal_bool ALPHA_FILTER_MODE_L1_EN;
kal_uint32 ALPHA_FILTER_MODE;
kal_bool DATA_FTM_L1_EN;
kal_uint32 DATA_FRAC;
kal_uint32 C2I_FRAC;
kal_bool PRE_COURSE_L1_EN;
kal_uint32 PRE_COURSE;
kal_bool CORR_LEN_L1_EN;
kal_uint32 CORR_LEN;
kal_bool ALPHA_SHIFT_L1_EN;
kal_uint32 ALPHA_SHIFT;
kal_bool WIN_ADD_BD_L1_EN;
kal_uint32 WIN_ADD_BD;
kal_bool PD_MATRIX_NOISE_L1_EN;
kal_uint32 PD_MATRIX_NOISE;
}EltTstCuifCfgT;
typedef struct
{
Cl1TstCfgTypeT TestType;
}EltTstCfgT;
typedef struct
{
Cl1TstCfgTypeT TestType;
Cl1TstRspResultT TestResult;
Cl1TstRspInfoT TestRspInfo;
}EltTstRspT;
typedef struct
{
kal_uint8 IsStbOnlyMode;
} EltTstStbOnlyModeCfgT;
typedef struct
{
SysAirInterfaceT Mode;
kal_uint32 Cl1RcdPwrCtrlPartialBypassConf;
kal_uint32 Cl1RcdClkCtrlPartialBypassConf;
kal_uint32 Cl1RcdSramCtrlPartialBypassConf;
} Cl1RcdPartialBypassConfT;
typedef struct
{
CL1D_RF_TPC_SECTION_TABLE_T Table[C2K_MIPI_SUBBAND_NUM];
} NvEditorMipiPaSectionDataTableT;
/** define TPC MIPI codeword Setting command structure */
typedef struct
{
/* update NVRAM flag, 0: do not update, 1: update */
kal_uint8 UpdateNvram;
/* 0: 1xRTT, 1: EVDO */
kal_uint8 RfMode;
/* To update, 0:ETM, 1:APT, 2:DPD */
kal_uint8 PwrMode;
/* CDMA Band Class to turn on*/
kal_uint8 BandClass;
/* TpcMipi*/
NvEditorMipiPaSectionDataTableT TpcMipi;
/* Reserved */
kal_uint8 Reserved;
} Cl1TstSetTpcMipiCwCmdT;
/** define TPC MIPI codeword setting confirm structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
} Cl1TstSetTpcMipiCwRspT;
/** define TPC MIPI codeword getting command structure */
typedef struct
{
/* 0: 1xRTT, 1: EVDO */
kal_uint8 RfMode;
/* To update, 0:ETM, 1:APT, 2:DPD */
kal_uint8 PwrMode;
/* CDMA Band Class to turn on*/
kal_uint8 BandClass;
/* Reserved */
kal_uint16 Reserved;
} Cl1TstGetTpcMipiCwCmdT;
/** define MIPI codeword getting confirm structure */
typedef struct
{
/* Request execute status */
Cl1TstReqStatusE Status;
/* TPC MIPI data */
NvEditorMipiPaSectionDataTableT TpcMipi;
} Cl1TstGetTpcMipiCwRspT;
/*----------------------------------------------------------------------------
Global Typedefs
----------------------------------------------------------------------------*/
extern void Cl1TstEltIfGetRfPlatInfo(Cl1TstGetRfPlatInfoCmdT *Ptr);
extern void Cl1TstEltIfRfdTestModeReq(Cl1TstRfdTestModeReqCmdT *Ptr);
extern void Cl1TstEltIfRfdInitReq(Cl1TstRfdInitReqCmdT *Ptr);
extern void Cl1TstEltIfSetMipiCodeWord(Cl1TstSetMipiCodeWordCmdT *Ptr);
extern void Cl1TstEltIfGetMipiCodeWord(Cl1TstGetMipiCodeWordCmdT *Ptr);
extern void Cl1TstEltIfSetSpiData(Cl1TstSetSpiDataCmdT *Ptr);
extern void Cl1TstEltIfGetSpiData(Cl1TstGetSpiDataCmdT *Ptr);
extern void Cl1TstEltIfSetTpcMipiCodeWord(Cl1TstSetTpcMipiCwCmdT *Ptr);
extern void Cl1TstEltIfGetTpcMipiCodeWord(Cl1TstGetTpcMipiCwCmdT *Ptr);
extern void Cl1TstEltIfTransmitCtrl(Cl1TstTransmitCtrlEltCmdT *Ptr);
extern void Cl1TstEltIfReceiveCtrl(Cl1TstReceiveCtrlCmdT *Ptr);
extern void Cl1TstEltIfAfcConfig(Cl1TstAfcConfigCmdT *Ptr);
extern void Cl1TstEltIfTxAgcConfig(Cl1TstTxAgcConfigCmdT *Ptr);
extern void Cl1TstEltIfTxPowerQuery(Cl1TstTxPowerQueryCmdT *Ptr);
extern void Cl1TstEltIfRxAgcConfig(Cl1TstRxAgcConfigCmdT *Ptr);
extern void Cl1TstEltIfRxRssiQuery(Cl1TstRxRssiQueryCmdT *Ptr);
extern void Cl1TstEltIfRxSnrQuery(Cl1TstRxSnrQueryCmdT *Ptr);
extern void Cl1TstEltIfRxEcIoQuery(Cl1TstRxEcIoQueryCmdT *Ptr);
extern void Cl1TstEltIfAfcCalDataSet(Cl1TstAfcCalDataSetCmdT *Ptr);
extern void Cl1TstEltIfAfcCalDataGet(Cl1TstAfcCalDataGetCmdT *Ptr);
extern void Cl1TstEltIfRxCalDataSet(Cl1TstRxCalDataSetCmdT *Ptr);
extern void Cl1TstEltIfRxCalDataGet(Cl1TstRxCalDataGetCmdT *Ptr);
extern void Cl1TstEltIfTxCalDataSet(Cl1TstTxCalDataSetCmdT *Ptr);
extern void Cl1TstEltIfTxCalDataGet(Cl1TstTxCalDataGetCmdT *Ptr);
#ifndef __MD93__
extern void Cl1TstEltIfLnaCalPwrPointGet(Cl1TstLnaCalPwrPointGetCmdT *Ptr);
#endif
#if (!defined(__MD93__)) && (!defined(__MD95__))
extern void Cl1TstEltIfRxGainGet(Cl1TstRxGainGetCmdT *Ptr);
extern void Cl1TstEltIfTxGainGet(Cl1TstTxGainGetCmdT *Ptr);
extern void Cl1TstEltIfSetBpiData(Cl1TstSetBpiDataCmdT *Ptr);
extern void Cl1TstEltIfGetBpiData(Cl1TstGetBpiDataCmdT *Ptr);
extern void Cl1TstEltIfRxAgcFixManualConfig(Cl1TstRxAgcFixManualConfigCmdT *MsgPtr);
#endif
extern void Cl1TstEltIfFhcStart(Cl1TstFhcStartCmdT *Ptr);
extern void Cl1TstEltIfTempBackOffSet(Cl1TstTempBackOffSetCmdT *Ptr);
extern void Cl1TstEltIfTempBackOffGet(Cl1TstTempBackOffGetCmdT *Ptr);
extern void Cl1tstEltIfRcpAccRtbPreempt(RcpTxSthRtbHscPreemptCtrlCmdT *Ptr);
extern void Cl1tstEltIfRcpTxAgcCtrl(RcpTstTxAgcCtrlCmdT *Ptr);
extern void Cl1tstEltIfL1dTxAgcCtrl(L1dTstTxAgcCtrlCmdT *Ptr);
extern void Cl1tstEltIfTxDfeBbToneCfg(TxDfeBbToneCfgCmdT *Ptr);
extern void Cl1tstEltIfTxDfeBbNcoCfg(TxDfeBbNcoCfgCmdT *Ptr);
extern void Cl1TstEltIfIcsCaseIdCfg(EltTstIcsTstCaseIdCfgT *Ptr);
extern void Cl1TstEltIfMcdDbgMsg(EltTstMcdDebugMsgT *MsgPtr);
extern void Cl1TstEltRmcInterhoTstCfg(EltRmcInterhoTstCfgT *Ptr);
extern void Cl1TstEltRmcIntrahoTstCfg(EltRmcIntrahoTstCfgT * Ptr);
extern void Cl1TstEltIfStbDoSignalCfg(EltTstStbDoSignalCfgT *Ptr);
extern void Cl1TstEltIfStbTimingCfg(EltTstStbTimingCfgT *Ptr);
extern void Cl1PhyUtRptToScrip(EltC2kPhyUtTstRptT *CheckRptMsg);
extern void Cl1PhyUtRxCaseRptToScript(EltC2kPhyUtRxCaseTstRptT *CheckRptMsg);
extern void Cl1TestDfsMeasDone(Cl1TstRmcDfsMeasDoneRspT *CheckRptMsg);
extern void Cl1TstEltIfSendMsg(ilm_struct *rsp_ilm_ptr);
extern void Cl1TstEltIfCuifCfg(EltTstCuifCfgT *MsgPtr);
extern void Cl1SendTstResp(Cl1TstCfgTypeT Type,Cl1TstRspResultT Result,Cl1TstRspInfoT *RspInfo);
extern void Cl1TstEltIfStbOnlyModeCfg(EltTstStbOnlyModeCfgT *MsgPtr);
extern void Cl1TstEltIfRcPartialBypassConf(Cl1RcdPartialBypassConfT* MsgPtr);
#endif /* _CL1TST_ELT_IF_H_ */