UTS6710/aps/include/middleware/dtv/dtvdvbs/mid_sat_antenna.h

/******************************************************************************/
/**
 *
 * \file	mid_sat_antenna.h
 *
 * \brief	DVB satellie antenna controler
 *
 * \note	Copyright (c) 2014 Sunplus Technology Co., Ltd. \n
 *			All rights reserved.
 *
 * \author
 *
 ******************************************************************************/

#ifndef _MID_SAT_ANTENNA_H
#define _MID_SAT_ANTENNA_H

#ifdef CONFIG_DVB_SYSTEM_DVBS_SUPPORT

/********************************************************************
	Including Files
********************************************************************/
#include <string.h>
#include "drv_types.h"
#include "cdbi.h"
#include "mid_common.h"

/********************************************************************
	Macros
********************************************************************/

/********************************************************************
	Type definitions
********************************************************************/

// DUAL LNB FREQUENCY
#define  LNB1_9750				(9750)	/**<  9750 MHz */
#define  LNB1_10600				(10600) /**<  10600 MHz */
#define  LNB1_9750_HIGH_FREQ	(11700) /**<  Low band: 11700 MHz */

#define  LNB2_9750				(9750)	/**<  9750 MHz */
#define  LNB2_10750				(10750) /**<  10750 MHz */
#define  LNB2_9750_HIGH_FREQ	(11800) /**<  High band: 11800 MHz */

#define  LNB3_5150				(5150)	/**<  5150 MHz */
#define  LNB3_5750				(5750)  /**<  5750 MHz */
#define  LNB3_5150_HIGH_IF_FREQ	(1550)  /**<  IF High band: 1550 MHz */

#define  LNB_C_Ku_DEVIDING_LINE (6400)

#ifdef CONFIG_DVB_SYSTEM_DVBS_UNICABLE_SUPPORT
#define UnicableCMDDelay 270
#define UniCableShiftConstant 350
#define UnicableStepFreqMHz 4
#endif

/********************************************************************
	Enumeration
********************************************************************/
typedef enum
{
	HW_RESET = 0,			/**< DiSEqC reset type HW Reset */
	SW_RESET,				/**< DiSEqC reset type SW Reset */
	ALL_RESET				/**< DiSEqC reset type Both HW and SW Reset */
} Ant_DiSEqC_ResetType_e;

typedef enum
{
	DISEQC_NONE = 0,			/**< Without any DiSEqC device */
	DISEQC_10,				/**<  DiSEqC 1.0 switch */
	DISEQC_11,				/**<  DiSEqC 1.1 switch */
	DISEQC_10_11,			/**<  DiSEqC 1.0 switch with DiSEqC 1.1. switch */
	DISEQC_Type_Max,		/**<  The max index of DiSEqC type */
}Ant_DisEqc_Type_e;

typedef enum
{
	DISEQC10_A = 0,			/**< DiSEqC 1.0 port A */
	DISEQC10_B,				/**< DiSEqC 1.0 port B */
	DISEQC10_C,				/**< DiSEqC 1.0 port C */
	DISEQC10_D,				/**< DiSEqC 1.0 port D */
	DISEQC10_NONE,			/**< DiSEqC 1.0 disable */
	DISEQC10_Switch_Max,	/**< The max index of DiSEqC 1.0 port */
}Ant_DisEqc10_SwitchNum_e;

typedef enum
{
	DISEQC11_1 = 0,			/**< DiSEqC 1.1 port 1 */
	DISEQC11_2,				/**< DiSEqC 1.1 port 2 */
	DISEQC11_3,				/**< DiSEqC 1.1 port 3 */
	DISEQC11_4,				/**< DiSEqC 1.1 port 4 */
	DISEQC11_5,				/**< DiSEqC 1.1 port 5 */
	DISEQC11_6,				/**< DiSEqC 1.1 port 6 */
	DISEQC11_7,				/**< DiSEqC 1.1 port 7 */
	DISEQC11_8,				/**< DiSEqC 1.1 port 8 */
	DISEQC11_9,				/**< DiSEqC 1.1 port 9 */
	DISEQC11_10,			/**< DiSEqC 1.1 port 10 */
	DISEQC11_11,			/**< DiSEqC 1.1 port 11 */
	DISEQC11_12,			/**< DiSEqC 1.1 port 12 */
	DISEQC11_13,			/**< DiSEqC 1.1 port 13 */
	DISEQC11_14,			/**< DiSEqC 1.1 port 14 */
	DISEQC11_15,			/**< DiSEqC 1.1 port 15 */
	DISEQC11_16,			/**< DiSEqC 1.1 port 16 */
	DISEQC11_NONE,			/**< DiSEqC 1.1 disable */
	DISEQC11_Switch_Max,	/**< The max index of DiSEqC 1.1 port */
}Ant_DisEqc11_SwitchNum_e;

typedef enum
{
	DISEQC12_DISABLE = 0,	/**< Disable DiSEqC 1.2 option */
	DISEQC12_ENABLE,		/**< Enable DiSEqC 1.2 option */
	DISEQC12_ENABLE_MAX,	/**< The max index of DiSEqC 1.2 state */
}Ant_DISEQC12_SWITCH_e;

typedef enum
{
    DISEQC_CMD_RESET = 0, 		/**< when standby for loop_through facility */
    DISEQC_CMD_DISEQCAUTO,	/**< auto set diseqc and toneburst */
    DISEQC_CMD_DISEQC10,
    DISEQC_CMD_DISEQC11,
    DISEQC_CMD_TONEBURST,
    DISEQC_CMD_LOWLNB, 		/**< select the low oscillator frequence */
    DISEQC_CMD_HIGHLNB, 		/**< Select the High Local Oscillator frequency */
    DISEQC_CMD_VR, 			/**< Select Vertical Polarisation (or Right circular) */
    DISEQC_CMD_HL, 			/**< Select Horizontal Polarisation (or Left circular) */
    DISEQC_CMD_POSA, 		/**< Select Satellite position A (or position C) */
    DISEQC_CMD_POSB, 		/**< Select Satellite position B (or position D) */
    DISEQC_CMD_S0A, 			/**< Select Switch Option A (e.g. positions A/B) */
    DISEQC_CMD_S0B, 			/**< Select Switch Option A (e.g. positions A/B) */
    DISEQC_CMD_MAX,
} Ant_DiseqcCmdType_e;

typedef enum
{
	MOTOR_DISABLE = 0,		/**< Disable motor option */
	DISEQC12_ON,			/**< DiSEqC 1.2 mode */
	USALS_ON,				/**< USALS mode */
	MOTOR_MODE_MAX,		/**< The max index of motor mode */
}Ant_MOTOR_MODE_e;

typedef enum
{
	TONE22K_ON = 0,			/**< Enable 22KHz tone */
	TONE22K_OFF,			/**< Disable 22KHz tone */
	TONE22K_AUTO			/**< The max index of 22KHz tone state */
}Ant_TONE22K_TYPE_e;

typedef enum
{
	TONE_BURST_A = 0,			/**< Tone burst A */
	TONE_BURST_B,				/**< Tone burst B */
	TONE_BURST_OFF				/**< Tone burst off */
}Ant_TONEBurst_TYPE_e;

typedef enum
{
	TONEVolt12_OFF = 0,		/**< Disable 12V */
	TONEVolt12_ON			/**< Enable 12V */
}Ant_TONEVolt12_TYPE_e;

typedef enum
{
    LNBPOWER_OFF = 0,		/**< Disable LNB power */
    LNBPOWER_ON,			/**< Enable LNB power */
    LNBPOWER_MAX,
}Ant_LNBPOWER_TYPE_e;

typedef enum
{
    LNB_POWER_LEVEL_OFF = 0,		/**< Disable LNB power */
    LNB_POWER_LEVEL_LOW,
    LNB_POWER_LEVEL_HIGH,
    LNB_POWER_LEVEL_MAX,
}Ant_LNB_POWER_LEVEL_e;

typedef enum
{
	LNB_TYPE_CBAND = 0,		/**< C band LNB */
	LNB_TYPE_KUBAND,		/**< Ku band LNB */
	LNB_TYPE_USER,			/**< User defined LNB */
	LNB_TYPE_NONE,			/**<None LNB */
}Ant_LNB_TYPE_e;

typedef enum
{
	DRIVE_WEST=0,
	DRIVE_EAST=1,
	ElevationWestMove=2,
	ElevationEastMove=3,
	STORE_NN=4,
	GOTO_NN=5,
	LIMIT_WEST=6,
	LIMIT_EAST=7,
	LIMIT_OFF=8,
	STOP=9,
	RECALCULATE=10,
	GOTO_XX = 11,
	WRITE_N0 = 12,
	WRITE_N1 = 13,
	WRITE_N2 = 14,
	WRITE_N3 = 15,
	DISEQC_RESET = 16,
	STANDBY = 17,
	POWERON = 18
}Ant_DiSEqC1_2_Cmd_e;

typedef enum
{
	FAST = 1,
	SLOW,
	CONTINUOUS
}Ant_SPEED_e;

typedef enum
{
	SEC_VOLTAGE_13,
	SEC_VOLTAGE_18,
	SEC_VOLTAGE_OFF
} Ant_Voltage_e;

typedef enum
{
	TUNER_ID_MAIN = 0,
	TUNER_ID_SUB,
}Ant_TunerID_e;

typedef enum
{
	SATINFO_LNBPOWER,
	SATINFO_12V,
	SATINFO_22KHZ,
	SATINFO_TONEBURSTMODE,
	SATINFO_DISEQC10PORT,
	SATINFO_DISEQC11PORT,
	SATINFO_MOTORMODE,
	SATINFO_POSITION,
	SATINFO_UNICABLE,
	SATINFO_UNICABLEIDX,
	SATINFO_UNICABLEPOS,
	SATINFO_ALL,
}Ant_SatInfo_e;

typedef enum
{
	TPINFO_FREQ,
	TPINFO_SYMBOLRATE,
	TPINFO_POLARIZATION,
	TPINFO_ALL,
}Ant_TpInfo_e;

typedef enum
{
	MOTORSEL_USER = 1 << 0,
	MOTORSEL_SAT = 1 << 1,
	MOTORSEL_ALL = MOTORSEL_USER | MOTORSEL_SAT,
}Ant_MotorSel_e;

typedef enum
{
	UNICABLE_OFF = 0,		/**< Unicable Off */
	UNICABLE_ON			/**< Unicable On */
}Ant_UnicableState_e;

typedef enum
{
	UNICABLE_INDEX1 = 0,		/**< Unicable Idx1.1210  */
	UNICABLE_INDEX2,		/**< Unicable Idx2.1420  */
	UNICABLE_INDEX3,		/**< Unicable Idx3.1680  */
	UNICABLE_INDEX4,		/**< Unicable Idx4.2040  */
	UNICABLE_INDEX5,		/**< Unicable Idx5.1284  */
	UNICABLE_INDEX6,		/**< Unicable Idx6.1516 */
	UNICABLE_INDEX7,		/**< Unicable Idx7.1632  */
	UNICABLE_INDEX8,		/**< Unicable Idx8.1748  */
}Ant_UnicableIdx_e;

typedef enum
{
	UNICABLE_SATA = 0,		/**< Unicable Sat A */
	UNICABLE_SATB			/**< Unicable Sat B */
}Ant_UnicableSatPos_e;

typedef enum
{
	STATIC_MODE = 0,
	STATIC_MODE_MDU = 1,
	SPECIAL_MODE = 2,
	SPECIAL_MODE_MDU = 3
} Ant_UniDiSEqCMode_e;

typedef enum
{
	STATIC_CHANGE_CHANNEL = 0,
	STATIC_POWER_OFF = 1,
	SPECIAL_UBXSIGNAL_ON = 2
} Ant_UniDiSEqCStaticCmd_e;

typedef enum
{
	POLARITY_V,
	POLARITY_H,
#ifdef DVBS_SUPPORT_RL_POLARITY
	POLARITY_L,
	POLARITY_R,
#endif
	POLARITY_AUTO,
}Polarity;

/********************************************************************
	Type definitions of satellie connection control
********************************************************************/
typedef struct
{
	UINT16	usLowFreq;		/**< LNB low frequency */
	UINT16	usHighFreq; 		/**< LNB high frequency */
} Ant_LNB_CONTROL_st, *Ant_LP_LNB_CONTROL_st; 	/**< Long pointer of Ant_LNB_CONTROL_st */

typedef struct
{
    UINT32  usFreq; 		/**< Transponder frequency */
    UINT16  usSymRate;      /**< Transponder symbol rate */
    UINT8   u8Polar;		/**< Transponder polarzation */
    UINT8   u8TpType;       /**< Transponder type S or S2 */
	UINT8	modulation;	/**<Modulation type>*/
	UINT8	ucCode_rate;	/**<Code rate>*/
	UINT8	ucSpec_inver;	/**<Spectral inversion>*/
} Ant_TRANSPONDER_st, *Ant_LP_TRANSPONDER_st; 	/**< Long pointer of Ant_TRANSPONDER_st */

typedef struct
{
	UINT8	u8IsUniEnable;	/**< Unicable enable or not */
	UINT8	u8UniSatPos;		/**< Unicable Sat Postion */
	UINT8	u8UniIfIdx; 		/**< Unicable User Band If Index */
	UINT16	usUniIfFreq;		/**< Unicable User Band If Freq */
} Ant_UNICABLE_st, *Ant_LP_UNICABLE_st; 	/**< Long pointer of Ant_UNICABLE_st */

typedef struct
{
        UINT8 u8msg [6];		/**< { framing, address, command, data [3] } */
        UINT8 u8msg_len;		/**< valid values are 3...6  */
}Ant_DiseqcMasterCmd;

typedef struct
{
    UINT8 u8ToneBurstPort;
    UINT8 u8DiSEqCMode;
    UINT8 u8DiSEqCPort10;
    UINT8 u8DiSEqCPort11;
} Ant_DiseqcSwitchPara_st;

typedef struct
{
    Ant_DiseqcCmdType_e emCmdType;
    void *pPara1;
    void *pPara2;
} Ant_DiseqcCmdPara_st;

typedef struct
{
	UINT8	u8LatitudeDirection;
	UINT8	u8LongitudeDirection;
	UINT16	u16Latitude;
	UINT16	u16Longitude;
} Ant_UsalsSetting_UserLocation_st;

typedef struct
{
	UINT32	u32SatLongitude;
	UINT32	u32SatLongitudeDirection;
} Ant_UsalsSetting_SatLocation_st;

typedef struct
{
	Ant_UsalsSetting_UserLocation_st UserLocation;
	Ant_UsalsSetting_SatLocation_st SatLocation;
} Ant_UsalsSetting_st;

typedef	struct
{
	Ant_DiSEqC1_2_Cmd_e enMode;
	Ant_SPEED_e	enSpeed;
	int	iSatNum;
}Ant_DISEQC_1_2_st;

typedef struct
{
	Ant_UniDiSEqCStaticCmd_e command;
	UINT8 UserBand;
	UINT8 SatBank;
	UINT32 TPFreq;
	UINT8 Polar;
	UINT32 OFreq;
	UINT32 CurLnbFreq;
	UINT32 UBFreq;
	UINT32 StepValue;
	UINT32 ShiftConstant;
} Ant_UnicableDiSEqCCmd_st;

typedef struct
{
	Ant_UniDiSEqCMode_e enMode;
	Ant_UnicableDiSEqCCmd_st enCmd;
} Ant_UnicableDiSEqC_st;

typedef struct _Ant_satellite_control
{
	// modification flag
	Boolean					bHasInit;				/**< has init or not */

	// common switch control parameters
	UINT8					u8LNBPower;			/**< LNB power state */
	UINT8					u812V;				/**< 12V state */
	UINT8					u822KHz;			/**< 22KHz state */

	// Basic DiSEqC control parameters
	UINT8					u8ToneBurstMode;		/**< ToneBurst mode */
	UINT8					u8DiSEqCMode;		/**< DiSEqC mode */
	UINT8					u8DiSEqC10Port;		/**< DiSEqC 1.0 port */
	UINT8					u8DiSEqC11Port;		/**< DiSEqC 1.1 port */
	UINT8					u8MotorMode;		/**< DiSEqC 1.2/1.3 motor mode */
	UINT8					u8Position;			/**< DiSEqC 1.2 position */

	// DiSEqC 1.2 & USALS control parameters
	Ant_TRANSPONDER_st		stCurrentTp;			/**< Current transponder */
	Ant_LNB_CONTROL_st		stLNBCtrl;			/**< LNB controller */
	Ant_UNICABLE_st			stUnicableCtrl;		/**< Unicable controller */
} Ant_SATELLITE_CONTROL_st, *Ant_LP_SATELLITE_CONTROL_st;		/**< Long pointer of Ant_SATELLITE_CONTROL_st */

#ifdef CONFIG_DVB_SYSTEM_DVBS_UNICABLE_SUPPORT
typedef int (*UniQueryBankFunPtr)(void);
#endif

/********************************************************************
	Function prototypes
********************************************************************/

/****************************************************************************
** Function:	MID_SatCtrl_GetLnbFreqFromDualLNB
**
** Inputs:		:  UINT32 uiTuningFreqMHz
**
**				   UINT32 uiLnbFreq: Dobule LNB Frequency
**
** Outputs: 	NONE
**
** Returns:
**           Current  LNB Frequency
**
** Description:
**
******************************************************************************/
UINT32 MID_SatCtrl_GetLnbFreqFromDualLNB(UINT32 uiTuningFreqMHz, UINT32 uiLnbFreq);

/**
*	@fn	UINT32 MID_SatCtrl_GetIfFrequency(UINT32 TpFreqMHz);
*	@brief	get the intermediate frequency of assigned transponder.
*	@param	TpFreqMHz: Tp frequency (MHz)
*	@return	u32Freq: intermediate frequency
*/
UINT32 MID_SatCtrl_GetIfFrequency(UINT32 TpFreqMHz);

UINT32 MID_SatCtrl_GetTpFrequency(UINT32 u32TLNBFrequency, UINT32 u32Freq_IF_Mhz);

/**
*	@fn	int MID_SatCtrl_SetUsalsLocation(UINT8 Mode,UsalsSetting_UserLocation_t *UserLocal, UsalsSetting_SatLocation_t *SatLocal);
*	@brief		Set User Location and Satellite Location for Usals
*	@param	Mode: USER: Set User Location; SAT: Set Satellite Location
*	@param	UserLocal: User Location param
*	@param	SatLocal: Satellite Location param
*	@return	void
*/
void MID_SatCtrl_SetUsalsLocation(Ant_MotorSel_e Mode,Ant_UsalsSetting_UserLocation_st *UserLocal, Ant_UsalsSetting_SatLocation_st *SatLocal);

int MID_SatCtrl_SetCurrentSatelliteInfo(Ant_SatInfo_e Cmd, UINT8 value, SDBNetworkInfo_t *pstSat);
int MID_SatCtrl_GetCurrentSatelliteInfo(Ant_SatInfo_e Cmd, UINT8 *value,Ant_LP_SATELLITE_CONTROL_st pstSat);
/**
*	@fn	int MID_SatCtrl_ConnectCurrentSatellite(void);
*	@brief	Connect Satellite
*	@param	ForceMotor
*	@return	void
*/
int MID_SatCtrl_ConnectCurrentSatellite(UINT8 ForceMotor);

void MID_SatCtrl_LNBPowerOff(void);

/**
*	@fn	int MID_SatCtrl_SetCurrentTpInfo(Ant_TpInfo_e Cmd, UINT16 value,Ant_LP_TRANSPONDER_st pstTp)
*	@brief	Set current TP param, TP frequency only is RF Freq
*	@param	Cmd: change one TP param or change all
*	@param	value: if change one TP param, use this
*	@param	pstTp: if change all TP param, use this
*	@return	0
*/
int MID_SatCtrl_SetCurrentTpInfo(Ant_TpInfo_e Cmd, UINT32 value,Ant_LP_TRANSPONDER_st pstTp);
void MID_SatCtrl_GetCurrentTpInfo( Ant_LP_TRANSPONDER_st pTp);

void MID_SatCtrl_LNBCtrlSetFreq( UINT32 uwFreq );
UINT32 MID_SatCtrl_LNBCtrlGetFreq(void);
UINT16 MID_SatCtrl_LNBCtrlGetHighFreq(void);
UINT16 MID_SatCtrl_LNBCtrlGetLowFreq(void);
void MID_SatCtrl_CBand_DualLNBSetType(UINT16 Freq);
UINT16 MID_SatCtrl_CBand_DualLNBGetType(void);

void MID_SatCtrl_Init(Ant_TunerID_e TunerId);
void MID_SatCtrl_ChangeTuner(Ant_TunerID_e TunerId);
int MID_SatCtrl_SetPolarPositioner(Ant_DiSEqC1_2_Cmd_e enMode, Ant_SPEED_e enSpeed, int iSatNum );
int MID_SatCtrl_GotoReference(void);
int MID_SatCtrl_GotoXX(void);
void MID_SatCtrl_SetPosition(INT32 i32Position);
int MID_SatCtrl_SetMotorMode(Ant_MOTOR_MODE_e u8MotorMode,UINT8 u8MotorPosition);
MID_Status_t MID_Playback_DVBSConnectCurrentTp(void);
void MID_SatCtrl_LNBSetPowerLevel(void);
#ifdef CONFIG_DVB_SYSTEM_DVBS_UNICABLE_SUPPORT
void MID_SatCtrl_Unicable_LFSRPreSet(UINT16 userBand);
UINT16 MID_SatCtrl_Unicable_GetDelayTime(void);
UINT8 MID_SatCtrl_Unicable_IsUnicableOff(void);
UINT16 MID_SatCtrl_Unicable_GetFreqbyIndex(UINT8 index);
void MID_SatCtrl_Unicable_SetIfFreq(UINT16 Freq);
void MID_SatCtrl_Unicable_GetIfFreq(UINT16 *Freq);

/**
*	@fn	UINT16 MID_SatCtrl_Unicable_Connect(UINT16 Freq, UINT8 Polar)
*	@brief	Connect to Unicable equipment
*	@param	Freq: IF Freq of normal tuning TP Param
*	@param	Polar: Polarization of normal tuning TP Param
*	@return	Unicable User band IF Freq, if return 0 , something error occur
*/
UINT16 MID_SatCtrl_Unicable_Connect(UINT16 Freq, UINT8 Polar);
#endif

int MID_SatCtrl_ReLoad_22KHz(void);
void MID_SatCtrl_FrontendCtrl(UINT32 dCmd, void *pdPara);

#endif	//#if defined(CONFIG_DVB_SYSTEM_DVBS_SUPPORT)
#endif	//#ifndef _MID_SAT_ANTENNA_H