es8388.h

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#ifndef __ES8388_H
#define __ES8388_H

#include <stdint.h>
#include "ci130x_system.h"


#ifdef __cplusplus
 extern "C" {
#endif

typedef enum
{
    ES8388_CHA_RIGHT = 0,
    ES8388_CHA_LEFT = 1,
    ES8388_CHA_STEREO = 2,
}es8388_cha_sel_t;


typedef enum
{
    ES8388_MODE_SLAVE = 0,
    ES8388_MODE_MASTER = 1,
}es8388_mode_sel_t;


typedef enum
{
    ES8388_ADC_DATA_LEN_24BIT =(0x0<<2),
    ES8388_ADC_DATA_LEN_20BIT =(0x1<<2),
    ES8388_ADC_DATA_LEN_18BIT =(0x2<<2),
    ES8388_ADC_DATA_LEN_16BIT =(0x3<<2),
    ES8388_ADC_DATA_LEN_32BIT =(0x4<<2),
}es8388_adc_data_len_t;


typedef enum
{
    ES8388_ADC_DATA_FORMAT_I2S           =(0x0<<0),
    ES8388_ADC_DATA_FORMAT_LEFT_JUSTIFY  =(0x1<<0),
    ES8388_ADC_DATA_FORMAT_RIGHT_JUSTIFY =(0x2<<0),
    ES8388_ADC_DATA_FORMAT_PCM_JUSTIFY   =(0x3<<0),
}es8388_adc_data_format_t;


typedef struct 
{
    uint8_t l_input_single_sel;
    uint8_t r_input_single_sel;
    uint8_t ds_sel;  //
    uint8_t dsr;  //
    uint8_t dsl;  //
    uint8_t monomix;
    uint8_t tri;
}es8388_input_cha_t;   


typedef enum
{
    ES8388_ALC_MAXGAIN__6_5dB = (0<<3),
    ES8388_ALC_MAXGAIN__0_5dB = (1<<3),
    ES8388_ALC_MAXGAIN_5_5dB =  (2<<3),
    ES8388_ALC_MAXGAIN_11_5dB = (3<<3),
    ES8388_ALC_MAXGAIN_17_5dB = (4<<3),
    ES8388_ALC_MAXGAIN_23_5dB = (5<<3),
    ES8388_ALC_MAXGAIN_29_5dB = (6<<3),
    ES8388_ALC_MAXGAIN_35_5dB = (7<<3), 
}es8388_alc_maxgain_t;//ALC最大增益调节上限


typedef enum
{
    ES8388_ALC_MINGAIN__12dB =  (0<<0),
    ES8388_ALC_MINGAIN__6dB =   (1<<0),
    ES8388_ALC_MINGAIN_0dB =    (2<<0),
    ES8388_ALC_MINGAIN_6dB =    (3<<0),
    ES8388_ALC_MINGAIN_12dB =   (4<<0),
    ES8388_ALC_MINGAIN_18dB =   (5<<0),
    ES8388_ALC_MINGAIN_24dB =   (6<<0),
    ES8388_ALC_MINGAIN_30dB =   (7<<0),
}es8388_alc_mingain_t;//ALC最小增益调节下限


typedef enum
{
    ES8388_ALC_LEVEL__16_5dB = (0<<4),
    ES8388_ALC_LEVEL__15dB   = (1<<4),
    ES8388_ALC_LEVEL__13_5dB = (2<<4),
    ES8388_ALC_LEVEL__12dB   = (3<<4),
    ES8388_ALC_LEVEL__10_5dB = (4<<4),
    ES8388_ALC_LEVEL__9dB    = (5<<4),
    ES8388_ALC_LEVEL__7_5dB  = (6<<4),
    ES8388_ALC_LEVEL__6dB    = (7<<4),
    ES8388_ALC_LEVEL__4_5dB  = (8<<4),
    ES8388_ALC_LEVEL__3dB    = (9<<4),
    ES8388_ALC_LEVEL__1_5dB  = (10<<4),
}es8388_alc_level_t;//ALC调节声音的目标幅度


typedef enum
{
    ES8388_ALC_OFF      = (0<<6),
    ES8388_ALC_R_ONLY   = (1<<6),
    ES8388_ALC_L_ONLY   = (2<<6),
    ES8388_ALC_STEREO   = (3<<6),
}es8388_alc_cha_gate_t;


typedef struct 
{
    es8388_alc_maxgain_t alc_maxgain;    
    es8388_alc_mingain_t alc_mingain;    
    es8388_alc_level_t alc_level;      
}es8388_alc_config_t;


typedef enum
{
    ES8388_NUM1 = 1,
    ES8388_NUM2 = 2,
    ES8388_NUM3 = 3,
}es8388_num_sel_t;


typedef enum
{
    ES8388_MICAMP_0dB = 0,
    ES8388_MICAMP_3dB,
    ES8388_MICAMP_6dB,
    ES8388_MICAMP_9dB,
    ES8388_MICAMP_12dB,
    ES8388_MICAMP_15dB,
    ES8388_MICAMP_18dB,
    ES8388_MICAMP_21dB,
    ES8388_MICAMP_24dB,
    ES8388_MICAMP_27dB,
    ES8388_MICAMP_30dB,
    ES8388_MICAMP_33dB,
}es8388_mic_amp_t;


typedef enum
{
    ES8388_ADC_INV_DISABLE = 0,
    ES8388_ADC_INV_ENABLE = 1,
}es8388_adc_inv_sel_t;


typedef enum
{
    ES8388_DAC_DATA_LEN_24BIT = (0x0<<3),
    ES8388_DAC_DATA_LEN_20BIT = (0x1<<3),
    ES8388_DAC_DATA_LEN_18BIT = (0x2<<3),
    ES8388_DAC_DATA_LEN_16BIT = (0x3<<3),
    ES8388_DAC_DATA_LEN_32BIT = (0x4<<3),
}es8388_dac_data_len_t;


typedef enum
{
    ES8388_DAC_DATA_FORMAT_I2S           =(0x0<<1),
    ES8388_DAC_DATA_FORMAT_LEFT_JUSTIFY  =(0x1<<1),
    ES8388_DAC_DATA_FORMAT_RIGHT_JUSTIFY =(0x2<<1),
    ES8388_DAC_DATA_FORMAT_PCM_JUSTIFY   =(0x3<<1),
}es8388_dac_data_format_t;

//ADC
int32_t ES8388_ADC_data_format_set(es8388_num_sel_t num_8388,es8388_adc_data_len_t data_length,es8388_adc_data_format_t data_format);
int32_t ES8388_ADC_mic_amplify_set(es8388_num_sel_t num_8388,es8388_mic_amp_t l_amp,es8388_mic_amp_t r_amp);
int32_t ES8388_ALC_config(es8388_num_sel_t num_8388,es8388_alc_config_t* ALC_Type,es8388_alc_cha_gate_t ALC_gate);
int32_t ES8388_ADC_invl_config(es8388_num_sel_t num_8388,es8388_adc_inv_sel_t gate_l,es8388_adc_inv_sel_t gate_r);
void ES8388_aec_setting(es8388_num_sel_t num_8388);
void ES8388_alc_gate(es8388_num_sel_t num_8388,es8388_alc_cha_gate_t ALC_gate);
void ES8388_alc_max_gain_set(es8388_num_sel_t num_8388,es8388_alc_maxgain_t max_gain);

//DAC
int32_t ES8388_DAC_data_format_set(es8388_num_sel_t num_8388,es8388_dac_data_len_t data_length,es8388_dac_data_format_t data_format);
int32_t ES8388_dac_vol_set(es8388_num_sel_t num_8388,int32_t l1vol,int32_t r1vol,int32_t l2vol,int32_t r2vol);
void ES8388_DAC_mute(es8388_num_sel_t num_8388,FunctionalState cmd);
void ES8388_DAC_power(es8388_num_sel_t num_8388,es8388_cha_sel_t cha,FunctionalState cmd);

//ALL
int32_t ES8388_play_init(es8388_num_sel_t es8388_num);



#ifdef __cplusplus
}
#endif

#endif
/***************** (C) COPYRIGHT Chipintelli Technology Co., Ltd. *****END OF FILE****/