nscc_tuner.h

linux 下,lgs8gl5的驱动源代码,放血了,把所有的东东都弄上来了,会不会被老板杀了啊?

#ifndef NSCC_TUNER_H
#define NSCC_TUNER_H
 
#ifdef __cplusplus
extern "C" {       
#endif

#define lowTunerI2CAdr  0xc2 
#define lowDemodI2CAdr  0x32 // 
#define highDemodI2CAdr 0x36 // when register address > 0xBF
#define DemodSec1MaxAdr 0xBF 
#define ADMTV10xID      0x0E // ADMTV102 SPLITID 

#define m_BYTE  unsigned char
#define m_WORD  unsigned int
#define m_DWORD unsigned long
#define BOOL    int 

#define true    0x01
#define false   0x00 

#define DemodParallelOutType   0x00 
#define DemodSerialOutType     0x01 

#define Demod_8GL5ID    0x0E // 8GL5 0x00 reg value 
#define Demod_8934ID    0x0C // 8934 0x00 reg value 
#define Demod_8G54ID    0x0F // 8G54 0x00 reg value 
	
#define Demod_8934	0x00 
#define Demod_8G44	0x01 
#define Demod_8GL5	0x02
#define Demod_8G54	0x03

#define Tuner_MTV102		0x00 
#define Tuner_ADMTV102		0x01 
#define  Tuner_NewMTV102	0x02 

#define  VHFSupport               1  // 
#define  UHFSupport               0  // 

// time interleaver, 240, 720 
#define  TIM_0     0x00  //0x7d bit[6:5]=10
#define  TIM_240   0x40  //0x7d bit[6:5]=10
#define  TIM_720   0x60  //0x7d bit[6:5]=11  
// constellation,QPSK, 16QAM, 64QAM 
#define  QAM_4     0x00  //0x7d bit[4:2]=000 
#define  QAM_4NR   0x04  //0x7d bit[4:2]=001  //??
#define  QAM_16    0x08  //0x7d bit[4:2]=010
#define  QAM_32    0x0C  //0x7d bit[4:2]=011  //??
#define  QAM_64    0x10  //0x7d bit[4:2]=100
// code rate, 0.4,0.6,0.8 
#define  CR_4      0x00  //0x7d bit[1:0]=00 
#define  CR_6      0x01  //0x7d bit[1:0]=01
#define  CR_8      0x02  //0x7d bit[1:0]=10

#define  GI_420    0x00 
#define  GI_945    0x02 
#define  GI_595	   0x01 

#define  GIPN_Variable		0x7F   // bit 7 is 0
#define  GIPN_Constant		0x80   // bit 7 is 1

#define  BothMultipleSingle    0x01 //enable single Carrier detection or not
#define  MultipleCarrierOnly   0x00 //only enable multiple Carrier mode 
#define  SingleCarrierOnly     0x02 //only enable single Carrier mode 

// Carrier mode: Single or multiple carrier mode 
#define  SingleCarrier    0x01
#define  MultiCarrier     0x00

#define REFCLK13000  0
#define REFCLK16384  1
#define REFCLK19200  2
#define REFCLK20480  3
#define REFCLK24576  4
#define REFCLK26000  5
#define REFCLK30400  6
#define REFCLK36000  7
#define REFCLK38400  8
#define REFCLK20000  9

#define _EXTUNEOFF   0  
#define _EXTUNEON    1  
#define _TUNEEN      1 
#define _TUNEDIS     0 
#define CTUNEOFS     0x01  //default = 0 ;  

#define vlowDegBoundary    7
#define rglowDegCONDIV     0xEC
#define vhighDegBoundary   9
#define rgHighDegCONDIV    0x00
#define fDegVcoApply       1
#define HIGH_TEMP	   0
#define LOW_TEMP	   1
#define rglowDegCONVCO_VHF     0x9D
#define rgHighDegCONVCO        0x00
#define CTUNE_CLKOFS_SPLIT0E   0x09 /*added at v1.6.8*/
#define CTUNE_CLKOFS_SPLIT0F   0x00 // for mass product 
#define REFCLK30400_CLKSEL_REG_SPLITID0E   0x5F   //for split ID is 0x0e
#define REFCLK30400_CLKSEL_REG_SPLITID0F   0x6A   //for split ID is 0x0f

#define  TunerADOutMin  2
#define  TunerADOutMax  12

#define DetectOkOnLock     1
#define OnProcessNoLock    2
#define MaxLockTimes       2
#define MaxNoLockTimes     100  /*15*/

#define VIEW_FIND	    1
#define VIEW_TIME_OUT	0
#define RSSIAveTimes        3
#define TunerPowerBound   -61 
#define NoSignalThreshold -84  // -84dBm
#define MaxProgNum        10

typedef struct 
{
  BOOL		  ACK_status;  // 0 means no ACK, 1 means has ACK 
  unsigned char   read_data;   // read return value			
} I2C_READ;


typedef struct 
{
	int ChannelID;  // channel ID number
	int Freq;   // Frequency point 
	int CarrMode; //indicate the carrier mode, multiple carrier or single carrier
	int GIMode;    // Guard interval mode 
	int FECMode; // Time interleaver, Constellation, Code Rate, Control Frame etc. 
	int ProgID[MaxProgNum];  //program ID
	int VideoID[MaxProgNum]; // Video PID
	int VideoType[MaxProgNum]; // Video Type of each program
	int AudioID[MaxProgNum]; //Audio PID
	int AudioType[MaxProgNum]; //Audio Type of each program
	int ProgNum;  // Program number in this Channel 
}ChannelInfo;

typedef struct	
{           	int        m_program_id;
		int        m_video_pid;
		int        m_video_type;
		int        m_audio_pid;
		int        m_audio_type;
}MPEG_PROGINFO;

m_BYTE g_icp,g_convco,g_curTempState,g_CTUNE_CLKOFS;
int g_VHFSet=UHFSupport;
int g_TunerPLLType=REFCLK16384;
ChannelInfo  FindChannel[50];
MPEG_PROGINFO myMpegInfo[MaxProgNum];
int FindProgNum;   // indicate how many program is found in one certain channel

void Sleep(int msNum);

void ConfigTuner(m_BYTE target, m_BYTE *AddrData);
void TunerInit(m_BYTE target, int TunerPLLType);
int  GetTunerType(m_BYTE target);
void SetTunerFreq(m_BYTE target, m_WORD frequency, m_WORD lpfBW, int PLLType);
void SetLPF(m_BYTE target,m_WORD refClkType,m_BYTE lpfBW);
int  LO2PLL_Freq(m_DWORD lofreq);
int  TunerPLLRegSet(m_BYTE target, m_BYTE* RegDat,int PLLType);
int  TunerRSSICalc(m_WORD frequency);
void dpPhaseTuning(m_DWORD lofreq, m_BYTE temper);
void TunerTemperatureComp(long lofreq);
int  CheckTunerI2C(m_BYTE target);

void ConfigDemod( m_BYTE *AddrData);
void DemodInit(int DemodOutType);
int  GetDemodType(void);
void DemodSoftReset(void);
void GIModeSet(int GI_mode, int GIPN_mode);
void DisableGIAutoDetect(void);
int  GetFECPara(void);
int  CheckDetectMode(void);
int  CheckDemodI2C(void);
void DemodManualDetectSet(m_BYTE FEC_Par,int GI_mode);
void DemodAutoDetectSet(void);
void SetTunerI2CInternal(void);
void SetTunerI2CExternal(void);
void DemodOutputSerialSet(void);
void DemodOutputParallelSet(void);
int  DemodSingleCarrSet(void);
int  DemodMultiCarrSet(void);
int  SignalLockCheck(void);
int  AutoDetectDoneCheck(void);
int  DetectDemodMode(int GIChangeTimes);
int  GetGISet(void);
int  WaitForDetect(int SupportSingleCarrier);
int  DetectFEBoard(void);
int  GetCarrMode(void);
int  ProcessOnGI595SC(void);
int  DBBSignalQuality(void);
int  ChannelScan(int* );
void SpecInitforLGS8G54(void);

int FrontEndBoardInit(int Freq, int PLLType, int InitMode);
int GetProgramInfo(void);



I2C_READ sread(m_BYTE , m_BYTE);
void swrite(m_BYTE , m_BYTE,m_BYTE);
#if 0
/*******************************************************************
Notes of swrite function:  
function: I2C bus write operation, shall be provided by user 
          target: I2C device ID number 
          addr:   register address 
          data:   the value to be written into the given register. 
********************************************************************/
void swrite (m_BYTE target, m_BYTE addr, m_BYTE data);


/*******************************************************************
Notes of sread function:  
function: I2C bus read operation, shall be provided by user 
          target: I2C device ID number 
          addr:   register address         
return: the ACK status and data read from the defined register 
********************************************************************/
I2C_READ sread (m_BYTE target, m_BYTE addr);
#endif

#ifdef __cplusplus
}
#endif
 
#endif  /* NSCC_TUNER_H */