meta.h

MTK 最新的flashtool工具的源代码

typedef char	BSIC;
typedef short	Power;
typedef unsigned char	TimingAdvance;

// RF ID 
#define  RF_ID_UNKNOWN     0x00000000
#define  RF_ID_BRIGHT2     0x00000001
#define  RF_ID_BRIGHT4     0x00000002
#define  RF_ID_AERO        0x00000004
#define  RF_ID_AERO1PLUS   0x00000008
#define  RF_ID_POLARIS1    0x00000010
#define  RF_ID_POLARIS2    0x00000020
#define  RF_ID_SKY74045    0x00000040
#define  RF_ID_BRIGHT5P    0x00000080
#define  RF_ID_MT6116      0x00000100
#define  RF_ID_MT6119      0x00000200
#define  RF_ID_MT6119C     0x00000400
#define  RF_ID_MT6129A     0x00000800
#define  RF_ID_MT6129B     0x00001000
#define  RF_ID_MT6129C     0x00002000
#define  RF_ID_MT6129D     0x00004000
#define  RF_ID_MT6139B     0x00008000
#define  RF_ID_MT6139C     0x00010000
#define  RF_ID_MT6140A     0x00020000
#define  RF_ID_SKY74117    0x00040000
#define  RF_ID_SKY74400    0x00080000
#define  RF_ID_AERO2       0x00100000
#define  RF_ID_MT6140B     0x00200000
#define  RF_ID_ALICEG2S    0x00400000
#define  RF_ID_MT6139E     0x00800000
#define  RF_ID_SKY74137    0x01000000
#define  RF_ID_MT6140C     0x02000000
#define  RF_ID_GRF6201     0x04000000
#define  RF_ID_IRFS3001    0x08000000
#define  RF_ID_MT6140D     0x10000000
#define  RF_ID_AG2550      0x10000001
typedef enum
{
   FrequencyBand400=0,				// GSM 450/480 band
   FrequencyBand850,				// GSM 850 band
   FrequencyBand900,				// GSM 900 band
   FrequencyBand1800,				// DCS 1800 band
   FrequencyBand1900,				// PCS 1900 band

   FrequencyBandCount				// count of supported bands
} FrequencyBand;

typedef struct 
{
	ARFCN			arfcn;				// Absolute radio frequency channel number
	char			sampleNoPerFrame;	// number of samples per frame
	Gain			gain;				// Gain that should be used in power management
	short			frames;				// number of frames
} RfPm_Req;

typedef struct {
	unsigned char	valid;				// if valid != zero, it means the extra info is meaningful. 
										// otherwise, the extra info should be ignore. 
   	int				iOffset;
	int				qOffset;
	int				validSamples;
} RfPmExtraInfo_T;

typedef struct
{
	int				power;				// average power
	int				deviation;			// deviation of power measurement
	Gain			usedGain;			// Gain that is used
	unsigned char	ok;					// status
	RfPmExtraInfo_T	extra_info;			// extra info 
} RfPm_Cnf;

typedef struct
{
	ARFCN			arfcn;				// absolute radio frequency channel number
	short			dacValue;			// AFC DAC value
	Gain			gain;				// gain used for AFC testing
	short			testNumber;			// test number
} RfAfc_Req;

typedef struct
{
	short			fcb_ok_number;		// successful number of FCB decoded
	int				freqOffset;			// average frequency error
	int				deviation;			// deviation of frequency error
	unsigned char	ok;					// status
} RfAfc_Cnf;

typedef enum {
	 AB_TX_RANDOM_WITH_SYNC_SEQ
	,NB_TX_ALL_ZEROS_WITHOUT_TSC
	,NB_TX_ALL_ONES_WITHOUT_TSC
	,NB_TX_ALTER_BITS_WITHOUT_TSC
	,NB_TX_RANDOM_WITH_TSC
	,NB_TX_PATTERN_WITHOUT_TSC
	,NB_TX_FIXED_RANDOM_WITH_TSC
	,NB_TX_FIXED_ALL_ZEROS_WITH_TSC
	,NB_TX_FIXED_ALTER_BITS_WITH_TSC
} APCTxPattern;

typedef struct
{
	ARFCN			arfcn;				// Absolute radio frequency channel number
	BSIC			bsic;				// bsic value used in transmission
	Power			power;				// Tx power in the unit of PCL
	short			frames;				// the number of frames NB should transmit
	short			dacValue;			// AFC DAC value
	APCTxPattern	burstTypeNB;
} RfNbtx_Req;

typedef struct
{
	ARFCN			arfcn;				// Absolute radio frequency channel number
	Gain			gain;				// Gain that should be used
	unsigned char	OnOff;				// On or off
} RfCnRx_Req;

typedef enum {
	CONT_TX_ALL_ZEROS
	,CONT_TX_ALL_ONES
	,CONT_TX_ALTERNATE_BITS
	,CONT_TX_PSEUDO_RANDOM
	,CONT_TX_PATTERN_WITHOUT_TSC
} ContTxPattern;

typedef struct
{
	ARFCN			arfcn;				// Absolute radio frequency channel number
	ContTxPattern	pattern;
	unsigned char	OnOff;				// On or off
} RfCnTx_Req;

typedef struct
{
	char	TxTrimI;
	char	TxTrimQ;
	char	TxOffsetI;
	char	TxOffsetQ;
} RfSetBBTXCfg_Req;

typedef struct {
	char	TxTrimI;
	char	TxTrimQ;
	char	TxOffsetI;
	char	TxOffsetQ;
	char	TxCalbias;
	char	TxIQSwap;
	char	TxCMV;
	char	TxGain;
	char	TxCalrcsel;
} RfBBTXCfg2;

typedef struct {
	char	TxTrimI;
	char	TxTrimQ;
	char	TxOffsetI;
	char	TxOffsetQ;
	char	TxCalbias;
	char	TxIQSwap;
	char	TxCMV;
	char	TxGain;
	char	TxCalrcsel;
	char	TxPhasesel;
} RfBBTXCfg3;

typedef enum {
	CodingSchemeCS1 = 1,
	CodingSchemeCS2,
	CodingSchemeCS3,
	CodingSchemeCS4,
	CodingSchemePRACh8,
	CodingSchemePRACh11,
	CodingSchemeMCS1,
	CodingSchemeMCS2,
	CodingSchemeMCS3,
	CodingSchemeMCS4,
	CodingSchemeMCS5,
	CodingSchemeMCS6,
	CodingSchemeMCS7,
	CodingSchemeMCS8,
	CodingSchemeMCS9
} CodingScheme;

typedef struct {
	ARFCN			arfcn;			// absolute radio frequency channel number
	BSIC			bsic;			// training sequence
	char			timeSlotmask;	// time slot mask, slot_1: 0x01, slot_2: 0x02, slot_3: 0x04, slot_4: 0x08
	Power			powerLev[4];	// power level for each time slot
	CodingScheme	cs[4];			// coding scheme for each time slot
	TimingAdvance	ta;				// time advance
	int				frames;			// the number of frames should transmit
	short			dacValue;		// AFC DAC value
} RfMultiSlotTX_Req;

typedef struct {
	FrequencyBand	rf_band;
	int				power_level;
	int				apc_dac;
} RfSetRampApcLevel_Req;

typedef struct {
	short			dacValue;		// AFC DAC value
} RfSetAfcDacValue_Req;

typedef struct {
	int				cap_id;
} RfSetCrystalCfg_Req;

typedef struct {
	ARFCN			arfcn;			// absolute radio frequency channel number
	BSIC			bsic;			// training sequence
	char			timeSlotmask;	// time slot mask, slot_1: 0x01, slot_2: 0x02, slot_3: 0x04, slot_4: 0x08
	Power			powerLev[4];	// power level for each time slot
	CodingScheme	cs[4];			// coding scheme for each time slot, MCS1~9 is only valid for EPSK function 
	TimingAdvance	ta;				// time advance
	int				frames;			// the number of frames should transmit
	short			dacValue;		// AFC DAC value
	APCTxPattern	pattern;		// Tx pattern is only valid for EPSK function  
	unsigned short	pattern_data;	// if NB_TX_PATTERN_WITHOUT_TSC==pattern, user can input any 16bits value as pattern. 
} Rf_MultiSlotTXEx_Req;

typedef struct {
	unsigned int	id;				// please refer RF_ID_XXXX 
} RFMod_ID;

typedef enum {
	MS_GSM = 0
	,MS_GPRS
	,MS_EGPRS_RX_ONLY
	,MS_EGPRS_FULL_FUNCTION
} MS_CAPABILITY_E;

typedef struct {
	unsigned int	GSM400;			// Zero: not support, Non-zero: support 
	unsigned int	GSM850;
	unsigned int	GSM900;
	unsigned int	DCS1800;
	unsigned int	PCS1900;
} RFBandSupport_S;

typedef struct {
	MS_CAPABILITY_E		capability;
	RFBandSupport_S		band_support;
} RfMsCapability_S;

typedef struct {
	unsigned int	GSM:1;
	unsigned int	GPRS:1;
	unsigned int	EDGE_RX:1;
	unsigned int	EDGE_8PSK_TX:1;
	unsigned int	Calibration_8PM:1;
} RfMsCapabilityBits;

typedef struct {
	unsigned int	GSM400:1;
	unsigned int	GSM850:1;
	unsigned int	GSM900:1;
	unsigned int	DCS1800:1;
	unsigned int	PCS1900:1;
} RfMsBandSupportBits;

typedef struct {
	RfMsCapabilityBits		capability;
	RfMsBandSupportBits		band_support;
} RfMsCapabilityEx_S;

typedef enum {
	AFC_SINWAVE_OFF = 0
	,AFC_SINWAVE_ON
} AFC_SINWAVE_DETECTION_E;

typedef struct {
	ARFCN			arfcn;				// Absolute radio frequency channel number
	ContTxPattern	pattern;
	unsigned short	pattern_data;
	unsigned char	OnOff;				// On or off 
	unsigned short	modtype;			// modulation type: 0->GMSK, 1->EPSK 
} RfCnTxEx_Req;

typedef struct {
	ARFCN			arfcn;				// Absolute radio frequency channel number
	ContTxPattern	pattern;
	unsigned short	pattern_data;
	unsigned char	OnOff;				// On or off 
	unsigned short	modtype;			// modulation type: 0->GMSK, 1->EPSK 
	Power			powerLev;			// power level 
} RfCnTxEx2_Req;

typedef struct {
	short			dacValue;		// AFC DAC value
} RfGetAfcDacValueAtRTXOffsetCal;

//-----------------------------------------------------//
//  TX Ramping Table                                   //
//-----------------------------------------------------//
#define PROFILE_NUM             16
#define ARFCN_SECTION_NUM       12
#define ARFCN_SECTION_NUM_Ex       64
typedef  struct
{
   unsigned char   point[2][16];	// ramp up/down profile

} sRAMPAREADATA;

typedef  struct
{