#define MSP_DSP_ADDRESS		0x12
#define MSP_DEMOD_ADDRESS	0x10
#define MSP_CONTROL_ADDRESS	0x0

#define WRITE_ADDRESS		1

// DSP Register
#define MSP_VOL							0x0		
#define MSP_BALANCE					0x1		
#define MSP_BASS						0x2		
#define MSP_TREBLE					0x3		
#define MSP_ACB_REG					0x13		
#define MSP_VENDOR					0x1e		
#define MSP_PRODUCT					0x1f		
#define MSP_MAIN_SRC				0x08
#define MSP_I2S_SRC                 0x0B
#define MSP_SPDIF_SRC				0x50
#define MSP_SURROUND_SRC		0x4e
#define MSP_AUDIO_DELAY			0x58
#define MSP_FM_AM_PRESCALE	0x0E
#define MSP_SCART_PRESCALE	0x0D
#define MSP_I2S3_PRESCALE		0x11
#define MSP_TH_FOR_CLIP			0x6f
#define MSP_AVC							0x29
#define MSP_SUBWOOFER				0x2d
#define MSP_MB_STR					0x68
#define MSP_XT_PROCESSING		0x6e
#define MSP_DOWNMIX					0x36
#define MSP_SRS_CONF				0x4B
#define MSP_MB_HIGH_PASS		0x6c
#define MSP_MB_LOW_PASS			0x6b
#define MSP_MB_AMP_LIMIT		0x69
#define MSP_MB_WOOFER_LEV		0x2c
#define MSP_MB_HMC					0x6a

// other register
#define MSP_STATUS  				0x0200
#define MSP_STANDARD_SEL		0x20
#define MSP_MODUS						0x30
#define MSP_I2S_CONF				0x40
#define MSP_SPDIF_CONF			0x50
#define MSP_RESET		0x0

// Demod register
#define MSP_CARRIER_MUTE_THRESHOLD 0x24
#define MSP_AD_CV                  0xBB

#define MSP_MUTE_DELAY		80
#define FAST_MUTE		0xFF00
#define VOLUME_MASK		0xFF00
#define BALANCE_MASK		0xFF00
#define CLIPPING_MODE_MASK	0x0003
#define UPPER_BYTE_MASK		0xFF00

// TRUBASS RELATIVE DEFINITION
#define CORNER_FREQ 0x900
#define MB_ADD			0x2
#define	MB_UNFILTER 0x0
#define MB_OFF			0x0
#define DEFAUL_DC_LEVEL 0x4000
#define MB_HIGH_CORNER_FREQUENCY 0x600
#define MB_LOW_CORNER_FREQUENCY  0x900

// DC RELATIVE DEFINITION
#define SRS_INPUT_MONO 0x10
#define SRS_FRONT_INPUT_PASSIVE_MATRIX 0
#define DC_OFF			0x0000
	
typedef enum {
	AUD_AUTO_STANDARD_DETECTION = 1,
	AUD_AUTO_M_DUAL_FM_STEREO,
	AUD_BG_DUAL_FM_STEREO,
	AUD_DK1_DUAL_FM_STEREO,
	AUD_DK2_DUAL_FM_STEREO,
	AUD_DK_FM_MONO_HDEV3,
	AUD_DK3_DUAL_FM_STEREO,
	AUD_BG_NICAM_FM,
	AUD_L_NICAM_AM,
	AUD_I_NICAM_FM,
	AUD_DK_NICAM_FM,
	AUD_DK_FM_MONO_HDEV2,
	AUD_ID,
	AUD_BTSC_STEREO = 0x20,
	AUD_BTSC_MONO_SAP,
	AUD_M_EIA_J_JAP_STEREO = 0x30,
	AUD_FM_STEREO_RADIO = 0x40,
	AUD_SAT_MONO = 0x50,
	AUD_SAT_STEREO
}AUD_AUDIO_STANDARD;
	
typedef struct tag_AUD_SAP{
	char sap;
	char stereo;
	char signal;
}AUD_SAP;

typedef enum {
	AUD_I2S_8_THROUGH = 0,
	AUD_I2S_8_STRAIGHT,
	AUD_I2S_8_L_R_EIGHT,
	AUD_I2S_6_L_R_SIX,
	AUD_I2S_4_L_R_FOUR,
	AUD_I2S_2_THROUGH = 0x10
}AUD_I2S_IN;

typedef enum {
	AUD_NO_MATRIX = 0,
	AUD_GERMAN_STEREO,
	AUD_KOREAN_STEREO,
	AUD_SOUNDA_MONO,
	AUD_SOUNDB_MONO
}AUD_SOUND_FOR_FM;

typedef enum {
	AUD_HEAD_PHONE = 0,
	AUD_LARGE,
	AUD_MEDIUM,
	AUD_SMALL,
	AUD_VERY_SMALL_150,
	AUD_VERY_SMALL_200
}AUD_SPEAKER;

typedef enum{
	AUD_SUBW_FREQ = 0,
	AUD_MP_HP,
	AUD_MP_LP,
	AUD_MB_LIM,
	AUD_MB_HMC,
	AUD_SUBW_LEVEL
}TRUBASS_PARAM;

typedef enum {
	AUD_NO_ERROR = 0,
	AUD_ERROR_BAD_PARAM,
	AUD_ERROR_COMMUNICATION
}AUD_RESULT;

typedef enum {
	AUD_MAIN_LR = 0,
	AUD_AUX_LR,
	AUD_SCART1,
	AUD_SCART2,
	AUD_I2S,
	AUD_QUASI_PEAK_DETECTOR,
	AUD_SURROUND_PROCESSING_INPUT,
	AUD_SURROUND_PROCESSING_OUTPUT,
	AUD_SPDIF_OUTPUT,
	AUD_OUT_MAX
}AUD_OUTPUT;

typedef enum {
	STANDARD_M_KOREA = 0,
	STANDARD_M_BTSC,
	STANDARD_M_JAP
}AUDIO_STANDARD;
	
typedef enum {
	AUD_FM_AM = 0,
	AUD_STEREO_AB,
	AUD_SCART,
	AUD_STEREO_A,
	AUD_STEREO_B,
	AUD_I2S_1,
	AUD_I2S_2,
	AUD_I2S_3_12,
	AUD_I2S_3_34,
	AUD_I2S_3_56,
	AUD_I2S_3_78,
	AUD_PAD1,
	AUD_AVC,
	AUD_MAIN_BASEBAND,
	AUD_AUX_BASEBAND,
	AUD_PAD2,
	AUD_INTERNAL_DELAYED_1,
	AUD_INTERNAL_DELAYED_2,
	AUD_EXTERNAL_DELAYED_3,
	AUD_EXTERNAL_DELAYED_4,
	AUD_STEREO_A_DELAYED,
	AUD_STEREO_B_DELAYED,
	AUD_INPUT_MAX
}AUD_SOURCE;

typedef enum{
	AUD_TH_3DBFS = 0,
	AUD_TH_2DBFS ,
	AUD_TH_1DBFS ,
	AUD_TH_0DBFS ,
	AUD_TH_N1DBFS,
	AUD_TH_N2DBFS,
	AUD_TH_N3DBFS,
	AUD_TH_N4DBFS,
	AUD_TH_N5DBFS,
	AUD_TH_N6DBFS
}AUD_TH;

typedef enum {
	CLIPPING_WITH_VOLUME = 0,
	CLIPPING_WITH_TONE,
	CLIPPING_WITH_COMPROMISE,
	CLIPPING_WITH_DYNAMIC
}AUD_ANTICLIPPING_Mode;
  
typedef enum {
	LEFT_ALIGN,
	RIGHT_ALIGN
}I2S_ALIGN;

typedef enum {
	HIGH_LEFT = 0,
	LOW_LEFT	= 1
}I2S_POLARITY;

typedef enum {
	SAMPLE_2 = 0,
	SAMPLE_MULTI
}I2S_SAMPLE;

typedef enum {
	I2S_INPUT = 0,
	I2S_OUTPUT
}I2S_MODE;

typedef enum {
	INPUT_32 = 0,
	INPUT_16,
}I2S_WORD;

typedef enum {
	ONE_DELAY = 0,
	NO_DELAY
}I2S_DELAY;


typedef struct tag_AUD_I2S_Config{
	I2S_ALIGN			align;
	I2S_POLARITY	pol;
	I2S_SAMPLE		mode;
	I2S_DELAY		 	delay;
	I2S_WORD		  bit_word;
	I2S_MODE			in_out;
}AUD_I2S_Config;

typedef enum{
	GPIO_IN = 0,
	GPIO_OUT
}AUD_GPIO_DIRECTION;

typedef struct tag_AUD_GPIO_Config{
	AUD_GPIO_DIRECTION	direction;
}AUD_GPIO_Config;



AUD_RESULT MSP_Mute(DS_BOOL enable);
AUD_RESULT MSP_VolumeSet(int inDB);
AUD_RESULT MSP_BalanceSet(char Percentage);
AUD_RESULT MSP_SetAntiClipping(AUD_ANTICLIPPING_Mode mode);
AUD_RESULT MSP_SetEQ(char trebledb, char bassdb);
AUD_RESULT MSP_PrintChipInfo(void);
AUD_RESULT MSP_SetGPIO(int num, int val);
int MSP_GetGPIO(int num);
AUD_RESULT MSP_PreConfigGPIO(AUD_GPIO_Config config);
AUD_RESULT MSP_SetAudioMatrix(AUD_OUTPUT out,AUD_SOURCE src);
AUD_RESULT MSP_SetScartToDSP(int num);
AUD_RESULT MSP_AudioDelaySet(unsigned int Delay);
AUD_RESULT MSP_SetPrescale(AUD_SOURCE src, short valuedb);
AUD_RESULT MSP_SPDIF_ON_OFF(DS_BOOL enable);
AUD_RESULT MSP_SetSVC(DS_BOOL enable);
AUD_RESULT MSP_SetSRS(DS_BOOL enable);
AUD_RESULT MSP_DemodSet(AUD_AUDIO_STANDARD std);
AUD_RESULT MSP_SetSoundForFM(AUD_SOUND_FOR_FM src);
AUD_RESULT MSP_Reset(void);
AUD_RESULT MSP_Start(void);
AUD_RESULT MSP_PresetAudioStandard(AUDIO_STANDARD std);
AUD_RESULT MSP_SetI2SInputConfig(AUD_I2S_Config config);
AUD_RESULT MSP_GetBTSC(AUD_SAP *src);
AUD_RESULT MSP_SetClippingThreshold(AUD_TH th);
AUD_RESULT MSP_ChangeTruBassLevel(short val);
AUD_RESULT MSP_SetI2S3Matrix(AUD_I2S_IN mode);
AUD_RESULT MSP_SetTruBass(DS_BOOL enable,AUD_SPEAKER spk_size, int str);
AUD_RESULT MSP_SetDCLevel(short val);
AUD_RESULT MSP_SetDC(DS_BOOL enable);
AUD_RESULT MSP_AudioDelayPath(AUD_SOURCE src);
AUD_RESULT MSP_ChangeTruBassLevel(short val);
AUD_RESULT MSP_PresetASS(DS_BOOL enable);
AUD_RESULT MSP_SetI2SSync(DS_BOOL enable);
AUD_RESULT MSP_SetI2SOutput(int bI2S);
AUD_RESULT MSP_SetCarrierMute(DS_BOOL bEn);

int test(void);
int red(void);
int getb(void);