tuner.h

STV0299 Minituner driver, for ST chipset

	#define FDTOS446_P3		10
	#define FDTOS446_P2		11
	#define FDTOS446_P1		12
	#define FDTOS446_P0		13

	/*	STATUS	*/
	#define RDTOS446_STATUS		4
	#define FDTOS446_POR		14
	#define FDTOS446_FL		15
	#define FDTOS446_ONES		16
	#define FDTOS446_AGC		17
	#define FDTOS446_A		18

	
	#define DTOS446_NBREGS		5
	#define DTOS446_NBFIELDS	19 
	
	/*PHILIPS TDA6650TT tuner definition*/ 	
	/*	DIV1	*/
	#define RTDA6650_DIV1		0
	#define FTDA6650_ZERO		0
	#define FTDA6650_N_MSB		1

	/*	DIV2	*/
	#define RTDA6650_DIV2		1
	#define FTDA6650_N_LSB		2

	/*	CTRL1	*/
	#define RTDA6650_CTRL1		2
	#define FTDA6650_F1		3
	#define FTDA6650_T		4
	#define FTDA6650_RS		5

	/*	CTRL2	*/
	#define RTDA6650_CTRL2		3
	#define FTDA6650_CP		6
	#define FTDA6650_BS		7

	/*	CTRL3	*/
	#define RTDA6650_CTRL3		4
	#define FTDA6650_F2		8
	#define FTDA6650_ATC		9
	#define FTDA6650_AL		10

	/*	STATUS	*/
	#define RTDA6650_STATUS		5
	#define FTDA6650_POR		11
	#define FTDA6650_FL		12
	#define FTDA6650_ALBC		13
	#define FTDA6650_ONE		14
	#define FTDA6650_AGC		15
	#define FTDA6650_A		16

	
	#define TDA6650_NBREGS		6
	#define TDA6650_NBFIELDS	17 
	
	/* Tuner Panasonic ENV77H20D8F */
	/*	DIV1	*/
	#define RENV77H20_DIV1		0
	#define FENV77H20_F0		0
	#define FENV77H20_N_MSB		1

	/*	DIV2	*/
	#define RENV77H20_DIV2		1
	#define FENV77H20_N_LSB		2

	/*	CTRL1	*/
	#define RENV77H20_CTRL1		2
	#define FENV77H20_F1		3
	#define FENV77H20_ONE		4
	#define FENV77H20_T		5
	#define FENV77H20_R		6

	/*	CTRL2	*/
	#define RENV77H20_CTRL2		3
	#define FENV77H20_CP		7
	#define FENV77H20_F2		8
	#define FENV77H20_P4		9
	#define FENV77H20_P		10

	/*	CTRL1_2	*/
	#define RENV77H20_CTRL1_2		4
	#define FENV77H20_F3		11
	#define FENV77H20_ZERO		12
	#define FENV77H20_F4		13
	#define FENV77H20_ATC		14
	#define FENV77H20_AL		15

	/*	STATUS	*/
	#define RENV77H20_STATUS		5
	#define FENV77H20_POR		16
	#define FENV77H20_FL		17
	#define FENV77H20_F5		18
	#define FENV77H20_AGC		19
	#define FENV77H20_A		20

	#define ENV77H20_NBREGS		6
	#define ENV77H20_NBFIELDS	21 
	

	/* Tuner ALPS TDQD3-002A */ 
	/*	DIV1	*/
	#define RTDQD3_DIV1		0
	#define FTDQD3_ZERO		0
	#define FTDQD3_N_MSB		1

	/*	DIV2	*/
	#define RTDQD3_DIV2		1
	#define FTDQD3_N_LSB		2

	/*	CTRL1	*/
	#define RTDQD3_CTRL1		2
	#define FTDQD3_F1		3
	#define FTDQD3_AGST		4
	#define FTDQD3_R		5

	/*	CTRL2	*/
	#define RTDQD3_CTRL2		3
	#define FTDQD3_CP		6
	#define FTDQD3_TS		7
	#define FTDQD3_BS4		8
	#define FTDQD3_BS3		9
	#define FTDQD3_BS21		10

	/*	CTRL3	*/
	#define RTDQD3_CTRL3		4
	#define FTDQD3_F2		11
	#define FTDQD3_IFW		12
	#define FTDQD3_CP2		13
	#define FTDQD3_XLO		14
	#define FTDQD3_POW		15

	/*	STATUS	*/
	#define RTDQD3_STATUS		5
	#define FTDQD3_POR		16
	#define FTDQD3_FL		17
	#define FTDQD3_ONES		18
	#define FTDQD3_A		19

	#define TDQD3_NBREGS	6
	#define TDQD3_NBFIELDS	 20
	
	
	/* Tuner Philips TD1300A(L)F-3 */ 
	/*	DIV1	*/
	#define RTD1300ALF_DIV1		0
	#define FTD1300ALF_ZERO		0
	#define FTD1300ALF_N_MSB		1

	/*	DIV2	*/
	#define RTD1300ALF_DIV2		1
	#define FTD1300ALF_N_LSB		2

	/*	CTRL	*/
	#define RTD1300ALF_CTRL		2
	#define FTD1300ALF_ONE		3
	#define FTD1300ALF_CP		4
	#define FTD1300ALF_T		5
	#define FTD1300ALF_R		6
	#define FTD1300ALF_ZE		7

	/*	BB_AUX	*/
	#define RTD1300ALF_BB_AUX		3
	#define FTD1300ALF_AGC		8
	#define FTD1300ALF_AL2		9
	#define FTD1300ALF_AL1		10
	#define FTD1300ALF_AL0_P4		11
	#define FTD1300ALF_SP3		12
	#define FTD1300ALF_SP012		13

	/*	STATUS	*/
	#define RTD1300ALF_STATUS		4
	#define FTD1300ALF_POR		14
	#define FTD1300ALF_FL		15
	#define FTD1300ALF_ONES		16
	#define FTD1300ALF_AGC_RD		17
	#define FTD1300ALF_ZEROS		18

	#define TD1300ALF_NBREGS 5
	#define TD1300ALF_NBFIELDS 19 
	
	/*Thomson DTT 75300 tuner definition*/
	/*	P_DIV1	*/
	#define RDTT75300_P_DIV1	0
	#define FDTT75300_FIX			0
	#define FDTT75300_N_MSB			1

	/*	P_DIV2	*/
	#define RDTT75300_P_DIV2	1
	#define FDTT75300_N_LSB			2

	/*	CTRL1	*/
	#define RDTT75300_CTRL1		2
	#define FDTT75300_FIX_C1		3   // 1 Bit
	#define FDTT75300_CP			4	// 2 Bits
	#define FDTT75300_RS			5   // 5 Bits

	/*	CTRL2	*/
	#define RDTT75300_CTRL2		3
	#define FDTT75300_BAND			6   // 2 Bits
	#define FDTT75300_POW_DOWN		7   // 2 Bits
	#define FDTT75300_PORT			8   // 4 Bits

	/*	CTRL3	*/
	#define RDTT75300_CTRL3		4
	#define FDTT75300_LO1			9   // 1 Bit
	#define FDTT75300_LO0		   10   // 1 Bit
	#define FDTT75300_ATC		   11   // 1 Bit
	#define FDTT75300_IFE		   12   // 1 Bit
	#define FDTT75300_ZERO		   13   // 1 Bit
	#define FDTT75300_AGC_THRES	   14	// 3 Bits
	
	/*	CTRL4	*/
	#define RDTT75300_CTRL4		5
	#define FDTT75300_SAS		   15   // 1 Bit
	#define FDTT75300_FIX_C4	   16   // 1 Bit
	#define FDTT75300_AGD		   17   // 1 Bit
	#define FDTT75300_ADS		   18   // 1 Bit
	#define FDTT75300_TEST_MODE	   19	// 4 Bits
	
	/*	STATUS	*/
	#define RDTT75300_STATUS	6
	#define FDTT75300_POR			20  // 1 Bit 
	#define FDTT75300_FL	  	    21  // 1 Bit 
	#define FDTT75300_ZERO_R		22  // 2 Bit 
	#define FDTT75300_AGF			23  // 1 Bit 
	#define FDTT75300_ADC_OUT  		24  // 4 Bits

	
	#define DTT75300_NBREGS		7
	#define DTT75300_NBFIELDS	25
		
	/* SHARP ED 5265 Tuner definition */
	/*	DIV1	*/
	#define RED5265_DIV1		0
	#define FED5265_ZERO		0
	#define FED5265_N_MSB		1

	/*	DIV2	*/
	#define RED5265_DIV2		1
	#define FED5265_N_LSB		2

	/*	CTRL1	*/
	#define RED5265_CTRL1		2
	#define FED5265_ONE		3
	#define FED5265_C		4
	#define FED5265_R		5

	/*	CTRL2	*/
	#define RED5265_CTRL2		3
	#define FED5265_BS		6
	#define FED5265_SL		7
	#define FED5265_P321		8
	#define FED5265_P0		9

	/*	CTRL3	*/
	#define RED5265_CTRL3		4
	#define FED5265_LO		10
	#define FED5265_ATC		11
	#define FED5265_IFE		12
	#define FED5265_F1		13
	#define FED5265_AT		14

	/*	CTRL4	*/
	#define RED5265_CTRL4		5
	#define FED5265_SAS		15
	#define FED5265_F2		16
	#define FED5265_AGD		17
	#define FED5265_ADS		18
	#define FED5265_ZEROS		19

	/*	STATUS	*/
	#define RED5265_STATUS		6
	#define FED5265_POR		20
	#define FED5265_FL		21
	#define FED5265_Z		22
	#define FED5265_AGF		23
	#define FED5265_V		24
	
	#define ED5265_NBREGS	7
	#define ED5265_NBFIELDS	25

	
	
	typedef enum
	{
		TUNER_NO_ERR = 0,
		TUNER_TYPE_ERR,
		TUNER_ACK_ERR
	} TUNER_Error_t;
	
	/* structures -------------------------------------------------------------- */
	typedef enum
	{
		TUNER_NULL = 0,		/* unknown tuner */
		TUNER_STB4000,
		TUNER_DTT7592,		/* TMM 7592 tuner */
		/*TUNER_DTT75300*/		/* TMM75300 tuner */
		TUNER_DTT7300X,		/* TMM 7300X tuner */
		TUNER_ALPS_TDED4,   /* ALPS TDED4 */
		TUNER_SHARP_ED5058,  /* SHARP ED5058 */
		TUNER_TDM1300,
		TUNER_DTRS447,
		TUNER_DTOS446,
		TUNER_TDA6650,
		TUNER_ENV77H20,
		TUNER_TDQD3,
		TUNER_TD1300ALF,
		TUNER_DTT75300,
		TUNER_ED5265,
		TUNER_RF4000,		// RFMagic RF4000 Tuner. 
		TUNER_MT2060
	}
	TUNER_Model_t;
	
	typedef enum
	{
		TUNER_IQ_NORMAL = 1,
		TUNER_IQ_INVERT = -1
	}
	TUNER_IQ_t;
	
	typedef enum
	{
		Band_VHF3 = 2,
		Band_UHF = 8
	}
	Band_t;
	
	typedef enum
	{
		TUNER_LOCKED,
		TUNER_NOTLOCKED
		 
	}
	Lock_t;
	

    typedef struct
    {
    	TUNER_Model_t Model;     /* Tuner model */
        STCHIP_Info_t *Chip;     /* pointer to parameters to pass to the CHIP API */
        U32            NbDefVal; /* number of default values (must match number of registers) */
        U8            *DefVal;   /* pointer to table of default values */
        U32            StepSize; /* StepSize frequency (Hz) */ 
        U8			   BandWidth;/* BandWidth info (MHz) */
        Band_t			BandSelect;
        U32            IF;       /* Intermediate frequency (KHz) */
        TUNER_IQ_t    IQ_Wiring; /* hardware I/Q invertion */
        U32 		  FirstIF ;   /* First IF frequency for Microtune tuner */
        Lock_t  	  Lock;
    } 
    TUNER_InitParams_t;
    
    typedef TUNER_InitParams_t *TUNER_Handle_t;

	/* functions --------------------------------------------------------------- */

	/* create instance of 299 tuner register mappings */
	
	TUNER_Handle_t TunerInit(TUNER_InitParams_t *InitParams);
	TUNER_Error_t TunerSetFrequency(TUNER_Handle_t hTuner,U32 Frequency);
	U32 TunerGetFrequency(TUNER_Handle_t hTuner); 
	TUNER_Error_t TunerSetStepsize(TUNER_Handle_t hTuner,U32 Stepsize);
	U32 TunerGetStepsize(TUNER_Handle_t hTuner);  
	U32 TunerGetBandwidth(TUNER_Handle_t hTuner);
	BOOL TunerGetStatus(TUNER_Handle_t hTuner);
	TUNER_Error_t TunerWrite(TUNER_Handle_t hTuner); 
	TUNER_Error_t TunerRead(TUNER_Handle_t hTuner);
	TUNER_Error_t TunerTerm(TUNER_Handle_t hTuner);
#endif