#include "key.h"
static zkey_t s_keys[] = {
    ZKEY_INIT("timerkey", port_gpio_get_timer_key_state),
    ZKEY_INIT("gearskey", port_gpio_get_gears_key_state),
    ZKEY_INIT("intervalkey", port_gpio_get_interval_key_state),
    ZKEY_INIT("switchkey", port_gpio_get_switch_key_state),
};
zkey_module_t key_module = ZMODULE_INIT(s_keys, onkey);

void zkey_init(zkey_module_t *module) {
  /**
   * @brief 按键初始化，三个状态的初始化，之前的，现在的，之后的
   *
   */
  s_module = module;
  s_inited = true; //标志位说明按键初始化完成

  for (int i = 0; i < s_module->nkey; i++) {
    s_module->keys[i].cur_state = zks_keep;
    s_module->keys[i].last_io_state = s_module->keys[i].get_key_state();
    s_module->keys[i].after_filter_state = s_module->keys[i].get_key_state();
  }
}

void zkey_do_loop_in_each_period(void *_null) { /**
                                                 * @brief 循环查询按键的状态
                                                 *
                                                 */
  if (!s_inited)
    return;
  for (int i = 0; i < s_module->nkey; i++) //开始对每个按键进行查询
  {
    zkey_process_each(&s_module->keys[i]);
  }
}

void zkey_process_each(zkey_t *each) {
  /**
   * @brief 按键是否发生变换，没变换的时候进行时间记录
   *
   * @param each
   */
  each->keep_state_count++;

  bool now_io_state = each->get_key_state(); //获取现在的按键io状态
  if (each->currentstatekeep_count < 1000) {
    each->currentstatekeep_count++;
  }
  if (now_io_state != each->last_real_state) //发生变换
  {
    each->currentstatekeep_count = 0;
  }
  if (each->currentstatekeep_count >= 1) //按键状态保持时间大于20ms,更新按键状态
  {
    each->after_filter_state = now_io_state;
  }
  each->last_real_state = now_io_state;
  zkey_process_each_after_filter(each, each->after_filter_state);
}

void zkey_process_each_after_filter(zkey_t *each, bool now_io_state) {
  if (now_io_state != each->last_io_state) {
    if (now_io_state) {
      each->keep_state_count = 0;
      each->hasProcessed = false;
      each->cur_state = zks_rising_edge;
      s_module->onkey(each, each->cur_state);
    } else {
      each->cur_state = zks_falling_edge;
      s_module->onkey(each, each->cur_state);
      each->keep_state_count = 0;
    }
    each->last_io_state = now_io_state;
  } else {
    each->cur_state = zks_keep;
    if (now_io_state) {
      s_module->onkey(each, each->cur_state);
    }
  }
}
//############################### 原本在main中的方法 以下都是
//###############################//
extern uint32_t g_frequency;
extern uint32_t g_duty[4];
extern int g_ozen_gears;
extern uint32_t g_count_down_begin_sys_time;
extern int time_key_press_frequency; //每按下4次进行清0
extern uint32_t g_ozone_work_time;

void onkey(zkey_t *key, zkey_state_t key_state) {
  /**
   * @brief  判断每个按键触发的状态
   *
   * @param key
   * @param key_state
   */
  if (get_ozone_starting_up_state()) { //开机中
    if (key == &s_keys[0] &&           //定时按键
        key->cur_state == zks_keep &&  //长按
        !key->hasProcessed &&          //没有被处理过
        key->keep_state_count >=
            POWER_KEY_TRIGGER_TIME / KEY_SCAN_PERIOD) //按下持续时间大于3s
    {
      key->hasProcessed = true;
      // printf("key0 zks_keep\r\n");
      // stop_ozone_work();
    } else if (key == &s_keys[0] &&                  //定时按键
               key->cur_state == zks_falling_edge && //下降沿触发
               !key->hasProcessed &&
               key->keep_state_count <=
                   POWER_KEY_TRIGGER_TIME / KEY_SCAN_PERIOD) //小于3s
    {
      key->hasProcessed = true;
      // printf("key0 zks_falling_edge\r\n");
      set_ozone_work_time();
      // set_timing_time(running_time.timing_time_state);
    } else if (key == &s_keys[1] &&                 //高低档位选择
               key->cur_state == zks_rising_edge && //
               !key->hasProcessed &&                //
               key->keep_state_count <=
                   POWER_KEY_TRIGGER_TIME / KEY_SCAN_PERIOD) {
      key->hasProcessed = true;
      // key_control_switch_gears(g_switch_gears);
      // printf("key1 zks_rising_edge\r\n");
      set_ozen_gears(g_ozen_gears);
    } else if (key == &s_keys[2] &&                 //间歇时间选择
               key->cur_state == zks_rising_edge && //
               !key->hasProcessed &&                //
               key->keep_state_count <=
                   POWER_KEY_TRIGGER_TIME / KEY_SCAN_PERIOD) {
      key->hasProcessed = true;
      // printf("key2 zks_rising_edge\r\n");
      set_interval_time();
      // set_interval_time(running_time.interval_time_state);
    } else if (key == &s_keys[3] &&                 //开关
               key->cur_state == zks_rising_edge && //
               !key->hasProcessed &&                //
               key->keep_state_count <=
                   POWER_KEY_TRIGGER_TIME / KEY_SCAN_PERIOD) {
      key->hasProcessed = true;
      // printf("key3 zks_rising_edge\r\n");
      process_switch_key();
      // set_interval_time(running_time.interval_time_state);
    }
  } else {
    if (key == &s_keys[3] &&                 //开关
        key->cur_state == zks_rising_edge && //
        !key->hasProcessed &&                //
        key->keep_state_count <= POWER_KEY_TRIGGER_TIME / KEY_SCAN_PERIOD) {
      key->hasProcessed = true;
      // printf("key3 zks_rising_edge\r\n");
      process_switch_key();
      // set_interval_time(running_time.interval_time_state);
    }
  }
}
void port_key_state(void) {
  static uint32_t keylastprocess = 0;
  if (port_haspassedms(keylastprocess) > 20) {
    keylastprocess = get_sys_ticket();
    zkey_do_loop_in_each_period(NULL);
  }
}