Initial import
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/******************************************************************************
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* @file led_manager.c
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* @brief CBC4 灯事件：充电红与待机绿走不同通道，可同时亮
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* @author cyWu <1917507415@qq.com>
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* @date 2026.08.27
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* @version V1.1.0
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* @history
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* - V1.0.0, 2026.08.25, cyWu, 首次发布，实现红绿独立通道灯事件表
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* - V1.1.0, 2026.08.27, cyWu, 新增 LED_EVENT_BOOT_REJECT：拒绝开机低电闪，
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* 供 app_boot 在按键判定阶段直接复用事件库
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******************************************************************************/
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#include "led_manager.h"
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#include "system/includes.h"
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#include "bsp_hw.h"
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#include "board_pin.h"
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static uint8_t led_keep_handler(LED_Config_t *led_config);
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static uint8_t led_standby_handler(LED_Config_t *led_config);
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static uint8_t led_pairing_handler(LED_Config_t *led_config);
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static uint8_t led_mode_handler(LED_Config_t *led_config);
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static uint8_t led_pair_ok_handler(LED_Config_t *led_config);
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static uint8_t led_pair_fail_handler(LED_Config_t *led_config);
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static uint8_t led_ota_handler(LED_Config_t *led_config);
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static uint8_t led_empty_handler(LED_Config_t *led_config);
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static uint8_t led_boot_reject_handler(LED_Config_t *led_config);
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/**
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* @brief 只改掩码里的通道，其它灯保持原样
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* @param led 通道掩码
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* @param state LED_ON / LED_OFF
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* @return 无
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*/
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static void set_led_multi(uint16_t led, uint8_t state)
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{
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if (led & LED_CHANNEL(LED_CH_RED)) {
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bsp_led_red_set(state);
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}
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if (led & LED_CHANNEL(LED_CH_GREEN)) {
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bsp_led_green_set(state);
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}
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}
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/**
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* @brief 常亮/闪烁一直跑：返回 0，让其它通道的事件继续执行
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* @param led_config 配置
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* @return 0
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*/
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static uint8_t led_keep_handler(LED_Config_t *led_config)
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{
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(void)LED_Update(led_config);
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return 0; /* 返回 0：不独占，其它通道的事件还能继续跑 */
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}
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/**
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* @brief 待机绿灯；BOARD_LED_STANDBY_ON=0 时亮满 runNum 秒后删事件
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* @param led_config 配置
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* @return 0
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*/
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static uint8_t led_standby_handler(LED_Config_t *led_config)
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{
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if (LED_Update(led_config) == 0) {
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LED_EventDelete(LED_EVENT_STANDBY); /* runNum 到点（限时待机绿）后删事件 */
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}
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return 0;
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}
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/**
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* @brief 配对绿快闪（无限）
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* @param led_config 配置
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* @return 0
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*/
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static uint8_t led_pairing_handler(LED_Config_t *led_config)
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{
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(void)LED_Update(led_config);
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return 0;
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}
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/**
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* @brief 切模式闪完两下后删事件
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* @param led_config 配置
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* @return 0
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*/
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static uint8_t led_mode_handler(LED_Config_t *led_config)
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{
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if (LED_Update(led_config) == 0) {
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LED_EventDelete(LED_EVENT_MODE); /* 闪完两下后删，绿灯还给待机/配对 */
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}
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return 0;
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}
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/**
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* @brief 配对成功常绿若干秒后删事件
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* @param led_config 配置
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* @return 0
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*/
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static uint8_t led_pair_ok_handler(LED_Config_t *led_config)
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{
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if (LED_Update(led_config) == 0) {
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LED_EventDelete(LED_EVENT_PAIR_OK);
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}
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return 0;
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}
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/**
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* @brief 配对失败红绿交替完后删事件
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* @param led_config 配置
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* @return 0
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*/
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static uint8_t led_pair_fail_handler(LED_Config_t *led_config)
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{
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if (LED_Update(led_config) == 0) {
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LED_EventDelete(LED_EVENT_PAIR_FAIL);
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return 0;
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}
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/* 红绿都占用，拦住充电红，避免交替被冲掉 */
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return 1;
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}
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/**
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* @brief OTA 红绿交替（无限）：拦住其它灯，升级期间只剩这一种提示
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* @param led_config 配置
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* @return 1=拦住更低优先级
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*/
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static uint8_t led_ota_handler(LED_Config_t *led_config)
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{
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(void)LED_Update(led_config);
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return 1;
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}
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/**
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* @brief 空电关机红闪：拦住其它灯，绿灯已关，只剩红灯闪 5 下
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* @param led_config 配置
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* @return 1=还在闪（拦住更低优先级），0=闪完已删事件
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*/
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static uint8_t led_empty_handler(LED_Config_t *led_config)
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{
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if (LED_Update(led_config) == 0) {
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LED_EventDelete(LED_EVENT_EMPTY); /* 闪完 5 下后删，灯保持灭直到真正掉电 */
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return 0;
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}
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return 1;
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}
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/**
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* @brief 拒绝开机低电闪：闪完 N 下后删事件，随后调用方直接回深睡
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* @param led_config 配置
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* @return 1=还在闪，0=闪完已删事件
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*/
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static uint8_t led_boot_reject_handler(LED_Config_t *led_config)
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{
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if (LED_Update(led_config) == 0) {
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LED_EventDelete(LED_EVENT_BOOT_REJECT);
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return 0;
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}
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return 1;
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}
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/**
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* @brief 注册回调并装载 CBC4 事件表（GPIO 已在 bsp_hw_init）
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* @return 无
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*/
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void user_led_init(void)
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{
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static LED_EventTableItem_t led_event_category[LED_EVENT_MAX] = {
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[LED_EVENT_STANDBY] = {
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/* 待机绿灯常亮，可与充电红共存 */
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.event = LED_EVENT_STANDBY,
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.priority = PRIORITY_1,
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.config.ledMask = LED_CHANNEL(LED_CH_GREEN),
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.config.state = LED_LIGHT,
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#if BOARD_LED_STANDBY_ON
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.config.runNum = 0, /* 0=一直亮 */
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#else
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.config.runNum = (uint16_t)((BOARD_LED_POWER_ON_MS + 999u) / 1000u),
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#endif
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.ledEventHandler = led_standby_handler,
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},
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[LED_EVENT_LOWBAT] = {
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/* 低电红闪 */
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.event = LED_EVENT_LOWBAT,
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.priority = PRIORITY_2,
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.config.ledMask = LED_CHANNEL(LED_CH_RED),
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.config.state = LED_BLINKING,
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.config.blinkParams.orDer = 0,
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.config.blinkParams.onTime = BOARD_LED_LOWBAT_ON_MS,
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.config.blinkParams.offTime = (BOARD_LED_LOWBAT_PERIOD_MS - BOARD_LED_LOWBAT_ON_MS),
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.config.runNum = 0,
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.ledEventHandler = led_keep_handler,
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},
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[LED_EVENT_CHARGE] = {
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/* 充电红常亮，与待机绿不同通道 */
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.event = LED_EVENT_CHARGE,
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.priority = PRIORITY_2,
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.config.ledMask = LED_CHANNEL(LED_CH_RED),
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.config.state = LED_LIGHT,
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.config.runNum = 0,
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.ledEventHandler = led_keep_handler,
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},
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[LED_EVENT_CHARGE_FULL] = {
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/* 充满绿常亮（与充电红同优先级，互斥覆盖） */
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.event = LED_EVENT_CHARGE_FULL,
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.priority = PRIORITY_2,
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.config.ledMask = LED_CHANNEL(LED_CH_GREEN),
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.config.state = LED_LIGHT,
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.config.runNum = 0,
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.ledEventHandler = led_keep_handler,
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},
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[LED_EVENT_PAIRING] = {
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/* 配对绿快闪 */
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.event = LED_EVENT_PAIRING,
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.priority = PRIORITY_3,
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.config.ledMask = LED_CHANNEL(LED_CH_GREEN),
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.config.state = LED_BLINKING,
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.config.blinkParams.orDer = 0,
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.config.blinkParams.onTime = BOARD_LED_FAST_ON_MS,
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.config.blinkParams.offTime = BOARD_LED_FAST_OFF_MS,
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.config.runNum = 0,
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.ledEventHandler = led_pairing_handler,
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},
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[LED_EVENT_MODE] = {
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/* 切模式绿闪两下 */
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.event = LED_EVENT_MODE,
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.priority = PRIORITY_4,
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.config.ledMask = LED_CHANNEL(LED_CH_GREEN),
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.config.state = LED_BLINKING,
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.config.blinkParams.orDer = 1,
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.config.blinkParams.onTime = BOARD_LED_MODE_ON_MS,
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.config.blinkParams.offTime = BOARD_LED_MODE_OFF_MS,
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.config.runNum = BOARD_LED_MODE_BLINK_N,
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.ledEventHandler = led_mode_handler,
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},
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[LED_EVENT_PAIR_OK] = {
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/* 配对成功常绿若干秒 */
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.event = LED_EVENT_PAIR_OK,
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.priority = PRIORITY_3,
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.config.ledMask = LED_CHANNEL(LED_CH_GREEN),
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.config.state = LED_LIGHT,
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.config.runNum = (uint16_t)((BOARD_LED_PAIR_OK_MS + 999u) / 1000u),
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.ledEventHandler = led_pair_ok_handler,
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},
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[LED_EVENT_PAIR_FAIL] = {
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/* 配对失败红绿交替 */
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.event = LED_EVENT_PAIR_FAIL,
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.priority = PRIORITY_3,
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.config.ledMask = (uint16_t)(LED_CHANNEL(LED_CH_RED) | LED_CHANNEL(LED_CH_GREEN)),
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.config.state = LED_ALTERNATING_BLINK,
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.config.alternatingBlinkParams.Group[0] = LED_CHANNEL(LED_CH_RED),
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.config.alternatingBlinkParams.Group[1] = LED_CHANNEL(LED_CH_GREEN),
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.config.alternatingBlinkParams.Cycle = (uint32_t)(BOARD_LED_ALT_MS * 2u),
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.config.runNum = (uint16_t)((BOARD_LED_PAIR_FAIL_MS + (BOARD_LED_ALT_MS * 2u) - 1u)
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/ (BOARD_LED_ALT_MS * 2u)),
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.ledEventHandler = led_pair_fail_handler,
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},
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[LED_EVENT_OTA] = {
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/* OTA：红绿交替一直闪，直到升级结束或 60s 复位 */
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.event = LED_EVENT_OTA,
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.priority = PRIORITY_4,
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.config.ledMask = (uint16_t)(LED_CHANNEL(LED_CH_RED) | LED_CHANNEL(LED_CH_GREEN)),
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.config.state = LED_ALTERNATING_BLINK,
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.config.alternatingBlinkParams.Group[0] = LED_CHANNEL(LED_CH_RED),
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.config.alternatingBlinkParams.Group[1] = LED_CHANNEL(LED_CH_GREEN),
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.config.alternatingBlinkParams.Cycle = (uint32_t)(BOARD_LED_ALT_MS * 2u),
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.config.runNum = 0, /* 0=无限 */
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.ledEventHandler = led_ota_handler,
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},
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[LED_EVENT_EMPTY] = {
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/* 电量 5%：关绿灯后只闪红灯 5 下，然后掉电 */
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.event = LED_EVENT_EMPTY,
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.priority = PRIORITY_4,
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.config.ledMask = LED_CHANNEL(LED_CH_RED),
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.config.state = LED_BLINKING,
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.config.blinkParams.orDer = 0, /* 先亮后灭 */
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.config.blinkParams.onTime = BOARD_LED_EMPTY_ON_MS,
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.config.blinkParams.offTime = BOARD_LED_EMPTY_OFF_MS,
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.config.runNum = BOARD_LED_EMPTY_BLINK_N,
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.ledEventHandler = led_empty_handler,
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},
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[LED_EVENT_BOOT_REJECT] = {
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/* 拒绝开机：电量过低，红灯闪 N 下，参数与运行时 EMPTY 独立解耦 */
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.event = LED_EVENT_BOOT_REJECT,
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.priority = PRIORITY_4,
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.config.ledMask = LED_CHANNEL(LED_CH_RED),
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.config.state = LED_BLINKING,
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.config.blinkParams.orDer = 0, /* 先亮后灭 */
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.config.blinkParams.onTime = BOARD_BOOT_LOWBAT_ON_MS,
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.config.blinkParams.offTime = BOARD_BOOT_LOWBAT_OFF_MS,
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.config.runNum = BOARD_BOOT_LOWBAT_BLINK_N,
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.ledEventHandler = led_boot_reject_handler,
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},
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};
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LED_SetStateInit(set_led_multi);
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SET_TimeGetInit((TIME_Get_t)timer_get_ms);
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LED_EventTableInit(led_event_category);
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bsp_led_all_off();
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}
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/**
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* @brief 跑一轮 LED 事件
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* @return 无
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*/
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void user_led_handle(void)
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{
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LED_EventHandle();
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}
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