#ifndef _BSP_LED_H_ #define _BSP_LED_H_ #define LED_SCAN_TIME 50 //单位ms ///请勿修改led_cfg_t结构体 typedef struct { u8 redpat; u8 bluepat; u8 unit; u8 cycle; } led_cfg_t; ///请勿修改led_cb_t结构体 typedef struct { volatile u8 rled_sta; //红灯 亮-灭控制 volatile u8 bled_sta; //蓝灯 亮-灭控制 u8 unit; //50ms单位 (范围：1~255) u8 period; //间隔周期 (范围：0~255) u16 circle; //一个周期(n-1) u16 cnt; //已运行 u8 wait; //u8 cnt; //u8 bcnt; //u8 space_cnt; u8 flag; } led_cb_t; extern led_cb_t led_cb; typedef struct { volatile u8 port2led_sta; volatile u8 scan_dis; //关闭LED灯扫描 volatile u8 mic2led_bak_sta; volatile u8 dac2led_bak_sta; u8 port2led_en; //是否1个GPIO推2个灯 u8 led_type; u8 mic2led_en; //复用MIC脚推蓝灯 u8 dac2led_en; //复用DAC脚推蓝灯 u8 charge_rled_en : 1, charge_bled_en : 1, charge_led_2s_en : 1, charge_bre_en : 1, //呼吸灯模式使能 charge_bre_cfg : 2, //呼吸灯模式选择 lowbat_led_en : 1; //低电led独立控制 u8 tws_con_bre_en : 1, tws_play_bre_en : 1, tws_con_bre_cfg : 2, tws_play_bre_cfg : 2; volatile u8 crbf_run; } sys_led_t; extern sys_led_t sys_led; enum { LED_TOG_LBAT = 0x03, //低电LED闪烁 LED_CRITICAL = 0x80, //临界处理 }; void led_cfg_port_init(gpio_t *g); void led_cfg_set_on(gpio_t *g); void led_cfg_set_off(gpio_t *g); void led2_port_init(gpio_t *g); void bled2_set_on(gpio_t *g); void bled2_set_off(gpio_t *g); void rled2_set_on(gpio_t *g); void rled2_set_off(gpio_t *g); void bled2_set_on_fix(gpio_t *g); void bled2_set_off_fix(gpio_t *g); void rled2_set_on_fix(gpio_t *g); void rled2_set_off_fix(gpio_t *g); #if LED_DISP_EN void led_set_sta(u8 rled_sta, u8 bled_sta, u8 unit, u8 period); void led_cfg_set_sta(led_cfg_t *cfg_cb); void rled_lowbat(void); void rled_lowbat_recover(void); void port_2led_scan(void); bool port_2led_is_sleep_en(void); void bled_set_off(void); void bled_set_on(void); void led_init(void); void led_on(void); void rled_on(void); void led_off(void); void rled_off(void); void led_aux_idle(void); void led_scan(void); void led_sync(void); void led_bt_init(void); void led_bt_idle(void); void led_bt_connected(void); void led_bt_connectting(void); void led_bt_reconnect(void); void led_bt_play(void); u32 led_bt_sleep(u8 cfg_val); void led_bt_ring(void); void led_bt_call(void); void led_bt_scan(void); void led_ctrl_configure(u8 cfg_val); void led_power_up(void); void led_power_down(void); void charge_led_off(u8 sta); void charge_led_on(void); void rled_set_off(void); void rled_set_tog(void); void rled_set_on(void); void led_aux_play(void); void led_aux_idle(void); #define led_bt_pb_sleep(x) led_ctrl_configure(x) #define charge_bled_on() LED_SET_ON() //充满蓝灯常亮 #define charge_bled_off() LED_SET_OFF() //充满蓝灯灭 #else #define led_set_sta(x) #define led_cfg_set_sta(x) #define led_init() #define led_on() #define rled_on() #define led_off() #define rled_off() #define led_aux_idle() #define led_scan() #define led_sync() #define led_bt_init() #define led_bt_idle() #define led_aux_play() #define led_bt_connected() #define led_bt_reconnect() #define led_bt_connectting() #define led_bt_play() #define led_bt_sleep(x) (-1L) #define led_bt_ring() #define led_bt_call() #define led_bt_scan() #define led_bt_pb_sleep(x) #define led_power_up() #define led_power_down() #define charge_led_off(x) #define charge_led_on() #define rled_lowbat() #define rled_lowbat_recover() #define port_2led_scan() #define port_2led_is_sleep_en() 1 #define charge_bled_on() #endif #endif //_BSP_LED_H_