#ifndef __USER_DRIVER_H
#define __USER_DRIVER_H

#include "yc11xx_pwm.h"
#include "system.h"

#define firmware_version "YC1166_V1.0.0"						//	固件版本号
#define firmware_is_mic		0 												//是否支持mic
#define userset_mac_en		1													//是否设置mac地址 量产时一定关闭  否则批量烧录时设置不了mac地址

/*双面板大板io*/
#define PWM_CHANCE_B  	(25)
#define PWM_CHANCE_R  	(24)
#define PWM_CHANCE_G    (0)

//试产单面板
//#define PWM_CHANCE_B  	(24)
//#define PWM_CHANCE_R  	(25)
//#define PWM_CHANCE_G    (0)

/*小板io*/
//#define PWM_CHANCE_B  	(24)
//#define PWM_CHANCE_R  	(25)
//#define PWM_CHANCE_G    (0)

#define BLE_SEND_HANDLE 0x001e 
#define NEC_ENABLE 0
#define ADC_GET_GPIOx 23
#define NEC_GPIO 31

#define FREQUENCY_DIVISION_0 0x0 //48M
#define FREQUENCY_DIVISION_1 0x1 //24M
#define FREQUENCY_DIVISION_2 0x2 //12M
#define FREQUENCY_DIVISION_3 0x3 //6M
#define FREQUENCY_DIVISION_4 0x4 //3M
#define FREQUENCY_DIVISION_5 0x5 //1.5M
#define FREQUENCY_DIVISION_6 0x6 //0.75M
#define FREQUENCY_DIVISION_7 0x7 //0.375
#define IS_FREQUENCY_DIVISION(FREQUENCY) ((FREQUENCY <= FREQUENCY_DIVISION_7))
//#define HAL_MIN_48M_MIN_FREQUENCY ((48000000)/65535)
#define HAL_MIN_48M_MIN_FREQUENCY ((48000000)/60000)
#define HAL_MAX_48M_MAX_FREQUENCY (48000000>>1)
#define HAL_MIN_24M_MIN_FREQUENCY ((24000000)/60000)
#define HAL_MAX_24M_MAX_FREQUENCY (24000000>>1)
#define HAL_MIN_12M_MIN_FREQUENCY ((12000000)/60000)
#define HAL_MAX_12M_MAX_FREQUENCY (12000000>>1)
#define HAL_MIN_6M_MIN_FREQUENCY ((6000000)/60000)
#define HAL_MAX_6M_MAX_FREQUENCY (6000000>>1)
#define HAL_MIN_3M_MIN_FREQUENCY ((3000000)/60000)
#define HAL_MAX_3M_MAX_FREQUENCY (3000000>>1)
#define HAL_MIN_1500K_MIN_FREQUENCY ((1500000)/60000)
#define HAL_MAX_1500K_MAX_FREQUENCY (1500000>>1)
#define HAL_MIN_750K_MIN_FREQUENCY ((750000)/60000)
#define HAL_MAX_750K_MAX_FREQUENCY (750000>>1)
#define HAL_MIN_375K_MIN_FREQUENCY ((375000)/65535)
#define HAL_MAX_375K_MAX_FREQUENCY (375000>>1)
void delay_us(uint32_t num);
void Hal_Set_OutPWM(GPIO_NUM gpio, PWM_ChxTypeDef pwm_channel,uint32_t frequecy,uint32_t percent);
void audio_dma_handle(void);

enum	//pwm 
{
	RED_PWM_CHANNEL,
	GREEN_PWM_CHANNEL,
	BLUE_PWM_CHANNEL,
};

typedef struct SYSTEM_TIME_HANDLE
{
	void 					(*init)(void);	
	void 					(*run_tickcnt)(void);	
	unsigned int 	(*get_run_ticks)(void);
	unsigned int 	(*get_run_tickms)(void);

}sys_time_handle_t;
extern sys_time_handle_t sys_time_handle;


void u_ble_data_send(uint8_t *send_data, uint8_t send_len);
void flash_write_data (uint8_t *buffer, uint32_t address, uint32_t len);
void flash_read_data (uint8_t *buffer, uint32_t address, uint32_t len);
void flash_erase_sector(uint32_t address);

extern volatile uint8_t ble_connected_state;
extern volatile uint8_t g_ir_recv_done_flag;
void user_set_pwmout_dutycycle(uint8_t channel,uint32_t duty);
void firmware_mic_check_init(void);//判断是否支持mic功能
uint8_t get_mic_audio_value(void); //获取mic adc检测数据
uint16_t get_shortout_adc_value(void);//获取短路保护引脚的adc值 
void user_driver_init(void); //用户驱动初始化
uint8_t *get_decode_value(void);

void read_otp_values(void);

#endif