temperature_iT18/beken_rtt_sdk_release-SDK_3.0.76/applications/app_temperature.c

#include <rtthread.h>
#include <finsh.h>
#include "common.h"
#include "param_config.h"
#include "ble_pub.h"
#include "drv_oled.h"
#include <rtthread.h>
#include <rtdevice.h>
#include "wlan_ui_pub.h"
#include "sys_ctrl_pub.h"
#include "sys_ctrl.h"
#include "target_util_pub.h"
#include "drv_model_pub.h"
#include "md5.h"
#include "app_temperature.h"
#include "app_voice_player.h"
#include "BkDriverFlash.h"
#include "manual_ps_pub.h"
#ifdef PKG_USING_EASYFLASH
#include "easyflash.h"

#endif

#include "saradc_intf.h"
#include "saradc_pub.h"

#include "ring_queue.h"
#include "opus_encoder.h"
#include "charge.h"
#include "mqtt_client.h"


static app_temperature_info_t 	temperature_info;
//static app_dev_info_t 			dev_info;
static app_box_info_t box_info;

static beken_timer_t timer_detect;
static beken_timer_t timer_hall_detect;
static beken_timer_t timer_poweroff;
static beken_timer_t timer_bind;
static beken_timer_t timer_idle;
static beken_timer_t timer_battery_refresh ;

int start_bind_detect   = 0;
int hall_key_down_count = 0;

uint32_t hall_first_down_tick = 0; // 记录第一次合盖的tick
#define HALL_BIND_WINDOW_MS 5000 

int hall_io_state       = 0;

static ADC_OBJ box_batt_adc;

static int box_battery_percent = -1;
static int oled_is_on = 1; // 屏幕状态

uint16_t last_body_temp = 0;

rt_thread_t tid_show_wait_temp;
static app_ui_mode app_mode = UI_IDLE;

rt_thread_t tid_show_detect_temp;

static RingQueue ring_queue;

extern mqtt_client client; 

//WIFI信息
extern char last_ssid[33] ;
extern char last_password[65];
char last_bssid[65];
char last_channel[65];
char last_security[65];

network_InitTypeDef_adv_st adv_config;

//MQTT账号密码
char mqtt_username[128]; 
char mqtt_password[128]; 

extern char g_sta_mac[6];

/**
 * 当前绑定的设备
 */
uint8_t box_bind_mac[32];
/**
 * 待绑定的设备
 */
uint8_t ble_device_mac[6]  = {0xe5, 0xe6, 0xb6, 0x09, 0x28, 0x37};
//uint8_t ble_device_name[12]  = {0};
int 	ble_device_rssi    = -100;
int     ble_found_bind_dev = 0;
/**
 * 在BLE 广播里边查找设备名称
 */
int temperature_adv_get_name(recv_adv_t *r_ind,char *name){
	int name_len = 0;
	const uint8_t *p = r_ind->data;
	const uint8_t *end = r_ind->data + r_ind->data_len;
	 
	while (p < end)
	{
		uint8_t current_length = *p++;
		// current_length是类型+数据的总字节数。当前指针已经移动到类型字段。
		if (current_length == 0)
		{
			break;
		}
		if (p + current_length > end)
		{ // 类型1字节 + 数据长度current_length -1字节？
			// 数据不够，退出
			break;
		}
		uint8_t type = *p++;
		uint8_t data_len = current_length - 1; // 扣除类型字节后的数据长度
		const uint8_t *data_ptr = p;

		switch (type)
		{
		case 0x09: // Complete Local Name
			if(data_len){
				name_len = data_len;
				rt_strncpy(name,(char*)data_ptr,data_len);
				//rt_snprintf(name,data_len,"%s",data_ptr);
			}
			break;
		 
		default:
			break;
		}

		p += data_len; // p之前已经移动到数据部分开始处，此时加上数据长度让指针移动到下一个AD结构
	}
	return name_len;
}
/**
 * 搜索广播回调
 */
void temperature_adv_callback(recv_adv_t *r_ind)
{

	//获取BLE 设备名称
	char str_name[12] ={0};
	int ret = temperature_adv_get_name(r_ind,str_name);
	signed char rssi = (signed char)r_ind->rssi;


	if(ret){
		#if 0
		bk_printf("ble dev (%s): %02x:%02x:%02x:%02x:%02x:%02x,rssi:%d\r\n",str_name,r_ind->adv_addr[0], r_ind->adv_addr[1], r_ind->adv_addr[2],
		r_ind->adv_addr[3], r_ind->adv_addr[4], r_ind->adv_addr[5],rssi);
		#endif

	}else{
		//没有名称的 跳过!
		return;
	}

	//不等于 IT12 或 IT22 跳过!
	if(strstr(str_name,BLE_TEMPERATURE_DEVICE_IT12) == NULL && strstr(str_name,BLE_TEMPERATURE_DEVICE_IT22) == NULL){
		//bk_printf("%s\r\n",str_name);
		return;
	}
	// if(str_name[0] != '\0') {
    //  bk_printf("ble dev (%s): %02x:%02x:%02x:%02x:%02x:%02x,rssi:%d\r\n",str_name,r_ind->adv_addr[0], r_ind->adv_addr[1], r_ind->adv_addr[2],
	// 	r_ind->adv_addr[3], r_ind->adv_addr[4], r_ind->adv_addr[5],rssi);
	// }
	#if 1
		bk_printf("\r\n");
		bk_printf("ble dev (%s): %02x:%02x:%02x:%02x:%02x:%02x,rssi:%d\r\n",str_name,r_ind->adv_addr[0], r_ind->adv_addr[1], r_ind->adv_addr[2],
		r_ind->adv_addr[3], r_ind->adv_addr[4], r_ind->adv_addr[5],rssi);
	#endif
	//如果当前是绑定模式 则收集BLE 测温设备 判断信号值，然后绑定
	if(app_mode == UI_BOX_BIND){
		//简单匹配 选择信号值最大的
		bk_printf("app_mode == UI_BOX_BIND\r\n");
		if(rssi > ble_device_rssi){
			ble_found_bind_dev = 1;
			ble_device_rssi = rssi;
			rt_memcpy(ble_device_mac,r_ind->adv_addr,6);
			bk_printf("found better !bind - > ble_device : %s \r\n",str_name);
		}
		return;
	}

	bk_printf("bind dev : %s \r\n", box_bind_mac);
	// 判断是否是绑定的设备 如果不是则跳出
	//bind:   box_bind_mac
	//current: 
	
	char  str_current [32];
	rt_memset(str_current,0,sizeof(str_current));
	rt_sprintf(str_current,"%02x:%02x:%02x:%02x:%02x:%02x",r_ind->adv_addr[0],r_ind->adv_addr[1],r_ind->adv_addr[2],r_ind->adv_addr[3],r_ind->adv_addr[4],r_ind->adv_addr[5]);
 

	if(rt_strcmp((char*)str_current, (char*)box_bind_mac) != 0){
		return;
	}else{
		bk_printf("same : %s \r\n",str_current);
	}

	 
	
	//int i;
	//for (i = 0; i < r_ind->data_len; i++)
	//{
	//	bk_printf("0x%02x,", r_ind->data[i]);
	//}
	//bk_printf("\r\n");
	
	const uint8_t *p = r_ind->data;
	const uint8_t *end = r_ind->data + r_ind->data_len;
	int j = 0;
	while (p < end)
	{
		uint8_t current_length = *p++;
		// current_length是类型+数据的总字节数。当前指针已经移动到类型字段。
		if (current_length == 0)
		{
			break;
		}
		if (p + current_length > end)
		{ // 类型1字节 + 数据长度current_length -1字节？
			// 数据不够，退出
			break;
		}
		uint8_t type = *p++;
		uint8_t data_len = current_length - 1; // 扣除类型字节后的数据长度
		const uint8_t *data_ptr = p;

		switch (type)
		{
		case 0x01: // Flags
			break;
		case 0xFF: // Manufacturer Specific Data
			bk_printf("FF: ");
			for (j = 0; j < data_len; j++)
			{
				bk_printf("0x%02x ", data_ptr[j]);
			}
			bk_printf("\r\n");

			uint16_t body = (data_ptr[1] & 0xff) | (((data_ptr[0] & 0xff) << 8));
			uint16_t obj = (data_ptr[3] & 0xff) | (((data_ptr[2] & 0xff) << 8));
			uint16_t env = (data_ptr[5] & 0xff) | (((data_ptr[4] & 0xff) << 8));
			uint16_t batt = data_ptr[6] & 0xff;
			uint16_t batt_val = (data_ptr[8] & 0xff) | (((data_ptr[7] & 0xff) << 8));

            if(body <= 20 && obj ==0 && env ==0 && batt == 0){	
			   bk_printf("error data ...\r\n");
			   return ;
			}

			temperature_info.temperature_body = body;
			temperature_info.temperature_obj  = obj;
			temperature_info.temperature_env  = env;
			temperature_info.batt_percent     = batt;
			temperature_info.batt_val         = batt_val;

			bk_printf("temp-> body : %d obj : %d  env : %d  batt : %d batt_val : %d\r\n", body, obj, env, batt, batt_val);
			break;
		// 其他需要的类型可以继续添加
		default:
			break;
		}

		p += data_len; // p之前已经移动到数据部分开始处，此时加上数据长度让指针移动到下一个AD结构
	}
	//复制设备名称
	rt_memset(temperature_info.device_name,0,sizeof(temperature_info.device_name));
	rt_memcpy(temperature_info.device_name,str_name,sizeof(str_name));
	//rt_strcmp((char*)str_name,(char*)temperature_info.device_name);
	bk_printf("!!!ble_device : %s  %s \r\n",str_name,temperature_info.device_name);
	rtos_reload_timer(&timer_idle);

	//在超时或者等待温度页面 第一次接受到温度 显示设备信息
	if(app_mode == UI_IDLE || app_mode == UI_WAIT_TEMPERATURE || app_mode == UI_SHOW_MEMORY_INFO || app_mode == UI_SHOW_DEVICE_INFO|| app_mode == UI_BOX_BATTERY){

		bk_printf("!app_mode : %d   \r\n",app_mode);
		app_enter_ui(UI_SHOW_DEVICE_INFO);
		voice_player_play_tts(VOICE_CN_DETECT_START);
	}

	//如果当前温度和之前相同 不刷新温度
	uint16_t temp_body = temperature_info.temperature_body;

	//判断温度是否在规定范围
	if(temp_body < BLE_TEMPERATURE_MIN || temp_body > BLE_TEMPERATURE_MAX){
			return;
	}

	// if(last_body_temp == temp_body){
	// 	bk_printf("last_body_temp == temp_body \r\n");
	// 	return;
	// }

	last_body_temp = temp_body;
	app_enter_ui(UI_SHOW_TEMPERATURE);

	//添加数据到队列，数量足够后取出所有温度数据 计算方差 如果小于 N N可以趋近于0 暂定小于100 则表示温度稳定
	RingQueue_enqueue(&ring_queue,(int)last_body_temp);
	int size = RingQueue_size(&ring_queue);
	bk_printf("RingQueue_size  -> %d \r\n", size);

	if (RingQueue_isFull(&ring_queue)) {
		int i = 0;
		int t_datas[MAX_SIZE];
		for(i = 0;i < MAX_SIZE; i++){
			int value = 0;
			RingQueue_dequeue(&ring_queue,&value);
			t_datas[i] = value;
			bk_printf("%d ", value);
		}
		bk_printf("\r\n", size);
		//计算平均值
		int sum = 0;
		for(i = 0;i < MAX_SIZE; i++){
			sum += t_datas[i];
		}
		int mean_value = sum / MAX_SIZE;
		bk_printf("mean_value:%d \r\n", mean_value);
		
		//计算方差
		double sumOfSquares = 0;
		for (int i = 0; i < MAX_SIZE; i++) {
			sumOfSquares += (t_datas[i] - mean_value) * (t_datas[i] - mean_value);
		}
    	int variance_value = sumOfSquares / MAX_SIZE; // 注意这里是n，而不是n-1（对于样本方差）
		bk_printf("variance_value:%d \r\n", variance_value);
		//方差小于 20 表示温度稳定 //10
		if(variance_value <= 20){
			//测量完成
			temperature_info.device_state = STATE_DETECT_FINISH;
			bk_printf("detect Finish :%d \r\n", mean_value);
			app_detect_record_t record;
			record.temperature_value = (uint16)mean_value;
			temperature_save_record(&record);
			voice_player_play_tts(VOICE_CN_DETECT_FINISH);
			rt_thread_mdelay(1500);	
			voice_player_play_temperature(mean_value);

			if(client.isconnected){
                mqtt_upload_temperature(mean_value);
			}else{
				//connect_mqtt();
				bk_printf("mqtt not connected \r\n");
			}     
		}
	}	
}

//MQTT上传温度
void mqtt_upload_temperature(uint16_t t_value){
	uint16_t xy = t_value/10; //整数
	// uint16_t y = xy % 10 ;//个位
	// uint16_t x = (xy / 10) % 10 ;//十位
	// uint16_t z = t_value/10%10 ;//小数位
	char msg[128];
	char *topic_properties =(char *)os_malloc(128);
	char  device_id [64];
	rt_memset(device_id,0,sizeof(device_id));
	rt_sprintf(device_id,"%s_%02X%02X%02X%02X%02X%02X",
		PRODUCTID,g_sta_mac[0],g_sta_mac[1],g_sta_mac[2],g_sta_mac[3],g_sta_mac[4],g_sta_mac[5]);

	os_memset(topic_properties,0,128);
	rt_sprintf(topic_properties, "/%s/%s/properties/report", PRODUCTID, device_id);

	rt_sprintf(msg, "{\"properties\": {\"temperature\":%d}}", xy);
	paho_mqtt_publish(&client, QOS1, topic_properties, msg, strlen(msg));
	bk_printf("MQTT publish: %s\n", msg);
	bk_printf("device_id: %s\n", device_id);
	os_free(topic_properties);
}


UINT32 usb_power_is_pluged(void)
{
    UINT32 reg;
    reg = sctrl_analog_get((SCTRL_BASE + 0x21*4));
    return (reg & (1 << 21));
}

void timer_check_device_run_callback(void *arg){
	 
	uint16_t reg_charge = CHARGE_REG0X2_CHARGE_X_STA_GET(0);
	//未接入充电 5376    接入充电 38144
	if(reg_charge == 5376){
		box_info.charge_state = 0;
	}else{
		box_info.charge_state = 1;
	}
	// box_info.charge_state = 0;
	rt_kprintf("usb_power_is_pluged reg:%d  state:%d\r\n", reg_charge, box_info.charge_state);

	//合盖状态接入充电  ---> 关机
	// if (box_info.hall_state == 0)
	// {
	// 	if (box_info.charge_state){
	// 		// 接入充电 并且合盖  执行关机
	// 		rtos_stop_timer(&timer_poweroff);
	// 		//延迟关机
	// 		//启动定时3秒关机
	// 		rtos_start_timer(&timer_poweroff);
	// 	}
	// }
}

/**
 * 显示 ... 表示等待
 */
static void app_temperature_ui_wait_entry(void *parameter)
{
	int i = 0;
	int ui_wait_step = 0;
	while (1)
	{
		if(i >2000){
			i = 0;
		}
		i++;
		if(app_mode == UI_WAIT_TEMPERATURE || app_mode == UI_IDLE ||UI_SHOW_MEMORY_INFO){
			if(i%50==0){ //500ms
				OLED_Clear();
				switch (ui_wait_step)
				{
					case 0:
						OLED_ShowString(0+20,0,(u8 *)"",32,1);
						ui_wait_step =1;
						break;
					case 1:
						OLED_ShowString(0+20,0,(u8 *)".",32,1);
						ui_wait_step =2;
						break;
					case 2:
						OLED_ShowString(0+20,0,(u8 *)"..",32,1);
						ui_wait_step =3;
						break;
					case 3:
						OLED_ShowString(0+20,0,(u8 *)"...",32,1);
						ui_wait_step =0;
						break;
				break;
				default:
					break;
				}
				OLED_Refresh();
			}
			rt_thread_mdelay(10);	
		}
	}
	rt_kprintf("ui_wait finish !!!\r\n");
	
}

void app_show_box_battery(){
	rt_kprintf("UI->app_show_box_battery\r\n");
	OLED_Clear();
	char str_batt[12] = {0};
	rt_sprintf(str_batt,"%d%",box_battery_percent);
	extern unsigned char f35x40_box_ico[];
	//满电显示屏显示不全 缩小字体显示
	if(box_battery_percent >= 100){
		OLED_ShowPicture(3,5,35,40,(u8 *)&f35x40_box_ico,1);
		OLED_ShowString(38,15,(u8 *)str_batt,16,1);
	}else{
		OLED_ShowPicture(1,3,35,40,(u8 *)&f35x40_box_ico,1);
		//OLED_DrawCircle(15, 20, 10);
		//OLED_DrawCircle(15, 20, 7);
		OLED_ShowString(36,8,(u8 *)str_batt,24,1);
	}
	rt_kprintf("%s\r\n",str_batt);
	OLED_Refresh();
}

/****channel 1 - 7***/
static void box_adc_detect_callback(int new_mv, void *user_data)
{
	static int cnt = 0;
	box_batt_adc.user_data = (void*)new_mv;
	if(cnt++ >= 20){	
		cnt = 0;
    	rt_kprintf("adc channel%d voltage:%d,%x\r\n",box_batt_adc.channel,new_mv,box_batt_adc.user_data);
		int bat_volt = new_mv*2;
		//int batt_min = 3300;  //3300
		int batt_max = 4200;
        if(box_info.charge_state){
			bat_volt -= 48 ;
		}
        rt_kprintf("battery_calc --> bat_volt:%d\n",bat_volt);
		 if(bat_volt >= batt_max)
             box_battery_percent = 100;
         else if(bat_volt >= 4100)
             box_battery_percent = 90 + (bat_volt - 4100) * 10 / 100;      // 4100~4200
         else if(bat_volt >= 3900)
             box_battery_percent = 60 + (bat_volt - 3900) * 30 / 200;      // 3900~4100
         else if(bat_volt >= 3700)
             box_battery_percent = 30 + (bat_volt - 3700) * 30 / 200;      // 3700~3900
         else if(bat_volt >= 3500)
             box_battery_percent = 10 + (bat_volt - 3500) * 20 / 200;      // 3500~3700
         else if(bat_volt >= 3300)
             box_battery_percent = (bat_volt - 3300) * 10 / 200;           // 3300~3500
         else
             box_battery_percent = 1;

		// if (bat_volt < batt_min) {
		// 	box_battery_percent=0;
		// } else if (bat_volt > batt_max) {
		// 	box_battery_percent= 100;
		// } else {
		// 	box_battery_percent= ((float)(bat_volt - batt_min) / (batt_max - batt_min)) * 100;
		// 	printf("battery_calc @@@ --> percent:%d\n",box_battery_percent);
		// }
		// if(box_battery_percent < 0){
		// 	box_battery_percent = 0;
		// }
		rt_kprintf("battery_calc --> percent:%d\n",box_battery_percent);
		adc_obj_stop(&box_batt_adc);
	}
}

void box_init_power(){
	int channel;
	int retry = 0;
	channel = 7;
	saradc_work_create();
	adc_obj_init(&box_batt_adc, box_adc_detect_callback, channel, &box_batt_adc);
	adc_obj_start(&box_batt_adc);
	rt_thread_mdelay(500);
	
	while(1){
		if(box_battery_percent > 0){
			break;
		}
		rt_thread_mdelay(20);
		 if(++retry > 20) break;
	}
}
// 定时检测电量并刷新显示
void timer_battery_refresh_callback(void *arg)
{
	rt_kprintf("Update power...\r\n");
    // 重新采样电池电压
    adc_obj_start(&box_batt_adc);
    // 重新显示电量
    if(app_mode == UI_BOX_BATTERY || app_mode == UI_SHOW_MEMORY_INFO)
    {
        app_show_box_battery();
    }
}
/**
 * 显示最近一次检测的温度
 */
void app_show_memory_detect_info(){
	rt_kprintf("UI->app_show_last_detect_info\r\n");
	app_detect_record_t record;
	rt_memset(&record,0,sizeof(app_detect_record_t));
	temperature_read_record(&record);
	if(record.temperature_value == 0){
		rt_kprintf("no record\r\n");
		return;
	}
    rtos_stop_timer(&timer_battery_refresh);
	OLED_Clear();
	OLED_ShowString(2,1,(u8 *)"M1",16,1);
	char str_temp[12]={0};
	rt_sprintf(str_temp,"%d.%d C\n",record.temperature_value/100,record.temperature_value/10%10);
	//rt_sprintf(str_temp,"")
	//OLED_ShowString(0,18,(u8 *)"36.5 C",24,1);
	OLED_ShowString(0,18,(u8 *)str_temp,24,1);
	OLED_DrawCircle(55,15,4);
	OLED_Refresh();
	rt_thread_mdelay(1000);
}

/**
 * 体温计电量过低时显示低电提示
 */
void app_show_low_box_batt(){
	rt_kprintf("UI->app_show_low_box_batt\r\n");
	OLED_Clear();
	OLED_ShowChinese(3,5,0,32,1); //低
	OLED_ShowChinese(35,5,10,32,1);//电
	OLED_Refresh();
	rt_thread_mdelay(2000);
}

/**
 * 开机第一次检测到测温设备时 显示设备的名称和电量 然后持续监测温度
 */
void app_show_temperature_device_info(){
	rt_kprintf("UI->app_show_temperature_device_info\r\n");
	OLED_Clear();
	//char str_device[16]={0};
	//rt_sprintf(str_device,"%s",temperature_info.device_name);
	OLED_ShowString(0,5,(u8 *)temperature_info.device_name,16,1);
	extern unsigned char f40x20_box_batt[];
	OLED_ShowPicture(0,23,40,20,(u8 *)&f40x20_box_batt,1);
	char str_batt[16]={0};
	rt_sprintf(str_batt,":%d%",temperature_info.batt_percent);
	OLED_ShowString(35,25,(u8 *)str_batt,16,1);
	OLED_Refresh();
	rt_thread_mdelay(2000);
	if(temperature_info.batt_val < 365){ //电压值小于365显示“低电”
		app_enter_ui(UI_SHOW_LOW_BAT_INFO);
	}
}
/**
 * 显示正在等待测温
 */
void app_show_wait_temperature(){
	rt_kprintf("UI->app_show_wait_temperature\r\n");
	if(tid_show_wait_temp){
		rt_thread_delete(tid_show_wait_temp);
		tid_show_wait_temp = NULL;
	}
	tid_show_wait_temp = rt_thread_create("wait_temp",app_temperature_ui_wait_entry,RT_NULL,1024 * 8,21,10);
	if (tid_show_wait_temp)
		rt_thread_startup(tid_show_wait_temp);
}


static void app_temperature_ui_detect_entry(void *parameter)
{
	int i = 0;
	int ui_show_point = 0;
	while (1)
	{
		if(i >2000){
			i = 0;
		}
		i++;
		//1s刷新一次 用于 屏幕上的点 闪烁
			if(i%100==0){ //1000ms
				OLED_Clear();

				//rt_kprintf("UI->app_ui_show_temperautre \r\n");
				uint16_t temp_body = last_body_temp;
				char str_temp[8]={0};
				rt_sprintf(str_temp,"%d.%d \n",temp_body/100,temp_body/10%10);
				//rt_kprintf("%s\r\n",str_temp);
			
				if(temp_body > BLE_TEMPERATURE_LIMIT_MIN && temp_body < BLE_TEMPERATURE_LIMIT_MAX){
					OLED_Clear();
					rt_memset(str_temp,0,sizeof(str_temp));
					rt_sprintf(str_temp,"%d",temp_body/100);//整数
					OLED_ShowString(0,0+10,(u8*)str_temp,32,1);
			
					OLED_ShowChar(32,0+10,'.',32,1);//小数点
			
					rt_memset(str_temp,0,sizeof(str_temp));
					rt_sprintf(str_temp,"%d",temp_body/10%10);//小数点后一位
					OLED_ShowString(40,0+10,(u8*)str_temp,32,1);
					OLED_ShowChar(61,16,'C',24,1);
					//屏幕上的点（度） 闪烁
					if(ui_show_point){
						OLED_DrawCircle(62,10,4);
						//未测量完成才允许闪烁
						if(temperature_info.device_state == STATE_DETECT_ING){
							ui_show_point = 0;
						}
					}else{
						ui_show_point = 1;
					}
					
				}
				
				if(temp_body < BLE_TEMPERATURE_LIMIT_MIN){
					OLED_Clear();
					//OLED_ShowString(0+10,0+5,(u8 *)"LOW",32,1);
					OLED_ShowChinese(3,5,0,32,1); //低
					OLED_ShowChinese(35,5,2,32,1);//温
				}
				
				if(temp_body > BLE_TEMPERATURE_LIMIT_MAX){
					OLED_Clear();
					//OLED_ShowString(0+5,0+5,(u8 *)"HIGH",32,1);
					OLED_ShowChinese(3,5,9,32,1); //超
					OLED_ShowChinese(35,5,2,32,1);//温
				}

				OLED_Refresh();
			}
			rt_thread_mdelay(10);	
		//}
	}
	rt_kprintf("ui_detect finish !!!\r\n");
 
}

/**
 * 显示正在测温
 */
void app_show_detect_temperature(){
	rt_kprintf("UI->app_show_detect_temperature\r\n");
	OLED_Clear();
	//退出正在进行的动画线程
	if(tid_show_wait_temp){
		rt_thread_delete(tid_show_wait_temp);
		tid_show_wait_temp = NULL;
	}

	//退出正在进行测温的动画线程
	if(tid_show_detect_temp){
		rt_thread_delete(tid_show_detect_temp);
		tid_show_detect_temp = NULL;
	}

	tid_show_detect_temp = rt_thread_create("do_detect",app_temperature_ui_detect_entry,RT_NULL,1024 * 8,21,10);
	if (tid_show_detect_temp)
		rt_thread_startup(tid_show_detect_temp);
		rt_kprintf("startup success\r\n");
}

void app_ui_show_bind(){
	rt_kprintf("UI->app_ui_show_bind \r\n");
	OLED_Clear();
	//OLED_ShowString(0+5,0+5,(u8 *)"BIND",32,1);
	OLED_ShowChinese(3,3,3,32,1); //绑
	OLED_ShowChinese(35,3,4,32,1);//定
	OLED_Refresh();
}
/**
 * 显示接收到的温度
 */
void app_ui_show_temperautre(){
	rt_kprintf("UI->app_ui_show_temperautre \r\n");
	uint16_t temp_body = last_body_temp;
	char str_temp[8]={0};
	rt_sprintf(str_temp,"%d.%d \n",temp_body/100,temp_body/10%10);
	rt_kprintf("%s\r\n",str_temp);

    if(temp_body > BLE_TEMPERATURE_LIMIT_MIN && temp_body < BLE_TEMPERATURE_LIMIT_MAX){
		OLED_Clear();
		rt_memset(str_temp,0,sizeof(str_temp));
		rt_sprintf(str_temp,"%d",temp_body/100);//整数
	    OLED_ShowString(0,0+10,(u8*)str_temp,32,1);

		OLED_ShowChar(32,0+10,'.',32,1);//小数点

		rt_memset(str_temp,0,sizeof(str_temp));
		rt_sprintf(str_temp,"%d",temp_body/10%10);//小数点后一位
		OLED_ShowString(40,0+10,(u8*)str_temp,32,1);
		OLED_DrawCircle(60,10,4);
		OLED_ShowChar(58,16,'C',24,1);
    }
	
	if(temp_body < BLE_TEMPERATURE_LIMIT_MIN){
		OLED_Clear();
        //OLED_ShowString(0+10,0+5,(u8 *)"LOW",32,1);
		OLED_ShowChinese(3,5,0,32,1); //低
		OLED_ShowChinese(35,5,2,32,1);//温
    }
	
	if(temp_body > BLE_TEMPERATURE_LIMIT_MAX){
		OLED_Clear();
        //OLED_ShowString(0+5,0+5,(u8 *)"HIGH",32,1);
		OLED_ShowChinese(3,5,9,32,1); //超
		OLED_ShowChinese(35,5,2,32,1);//温
    }
    OLED_Refresh();
}
rt_mutex_t app_mode_mutex;
void app_enter_ui(app_ui_mode mode){
	rt_kprintf("app_mode:%d\r\n",mode);
	rt_mutex_take(app_mode_mutex, RT_WAITING_FOREVER);
	if(app_mode == mode){
		rt_mutex_release(app_mode_mutex);
        return;
	}
	if(mode != UI_BOX_BATTERY && mode != UI_SHOW_MEMORY_INFO)
    {
		rt_kprintf("stop_timer\r\n");
        rtos_stop_timer(&timer_battery_refresh);
    }
	app_mode = mode;
	rt_mutex_release(app_mode_mutex);

	//等待其它页面线程退出
	rt_thread_mdelay(50);
	if(tid_show_wait_temp){
		rt_thread_delete(tid_show_wait_temp);
		tid_show_wait_temp = NULL;
	}
	//退出正在进行测温的动画线程
	if(tid_show_detect_temp){
		rt_thread_delete(tid_show_detect_temp);
		tid_show_detect_temp = NULL;
	}

	switch (mode)
	{
		case UI_BOX_BATTERY:
			app_show_box_battery(); 
			//static int battery_timer_inited = 0;
			if(box_info.charge_state)
            {
                rtos_init_timer(&timer_battery_refresh, 10000, timer_battery_refresh_callback, NULL);
				rtos_start_timer(&timer_battery_refresh);
            //     battery_timer_inited = 1;
			}
            
			break;
		case UI_SHOW_DEVICE_INFO:
			app_show_temperature_device_info();
			break;
		case UI_SHOW_LOW_BAT_INFO:
			app_show_low_box_batt();
			break;
		case UI_IDLE:
		case UI_WAIT_TEMPERATURE:
			app_show_wait_temperature(); 
			break;
		case UI_BOX_BIND:
			app_ui_show_bind();
			break;
		case UI_SHOW_TEMPERATURE:
			//app_ui_show_temperautre();	
			app_show_detect_temperature();
			break;
		case UI_SHOW_MEMORY_INFO:
			app_show_memory_detect_info();
			break;
		default:
			break;
	}
	

}

/**
 * 保存最新的一次记录
 */
void temperature_save_record(app_detect_record_t *record){
	EfErrCode result = EF_NO_ERR;
	//char t[sizeof(app_detect_record_t)]  = {0x88,0x86,0x89};
	//app_detect_record_t  record;
	//record.temperature_value = t_value;
	char data[32];
	rt_memset(data,0,sizeof(data));
	rt_sprintf(data,"%d",record->temperature_value);

	result = ef_set_env(BLE_TEMPERATURE_FLASH_RECORD_KEY_TEMPERATURE, data);
	result = ef_save_env();
	if (result == EF_NO_ERR)
	{
		rt_kprintf("temperature_save_record success !!!\r\n"); 
	}else{
		rt_kprintf("temperature_save_record failed !!!\r\n"); 
	}
}

/**
 * 读取最新的一次记录
 */
void temperature_read_record(app_detect_record_t *record){
	rt_memset(record,0,sizeof(app_detect_record_t));
	/*获取easy flash存入的数据*/	
	char *t =  ef_get_env(BLE_TEMPERATURE_FLASH_RECORD_KEY_TEMPERATURE);
	if(t != NULL){
		//rt_kprintf("%02X %02X %02X %02X %02X %02X %02X %02X  %02X %02X\r\n",t[0],t[1],t[2],t[3],t[4],t[5],t[6],t[7],t[8],t[9]);
		//rt_memcpy(record,t,sizeof(app_detect_record_t));
		uint16 temp =  atoi(t);
		record->temperature_value = temp;
	}else{
		rt_kprintf("temperature_read_record error\r\n");
	}
}
void wifi_init();
void box_show_ble_device_info(app_temperature_info_t *temperature_info){
	OLED_Clear();
	//OLED_ShowString(0+5,0+5,(u8 *)"BIND",32,1);
	OLED_DrawCircle(10,20,10);
	OLED_ShowString(22,0+5,(u8 *)"30%",24,1);
	rt_thread_mdelay(1500);
}
//充电合盖关闭外设
void charge_sleep_on(int on) { 
    if (oled_is_on != on) {
        oled_is_on = on;
        if (on){
            OLED_DisPlay_On();
			voice_player_mute(1);
			wifi_init();
	        belon_ble_scan_start();
	        rt_thread_mdelay(100);
	        belon_ble_start_adv();
        }else{
            OLED_DisPlay_Off();//屏幕
			voice_player_mute(0); //声音
			bk_wlan_stop(BK_STATION); //WIFI
			belon_ble_scan_stop(); //蓝牙扫描
            belon_ble_deinit_adv(); //蓝牙广播
		}
    }
}
void deep_sleep(){
	rt_kprintf("box enter deep sleep!!!\r\n");
	voice_player_mute(0);
	PS_DEEP_CTRL_PARAM deep_sleep_param;
    rt_memset(&deep_sleep_param, 0, sizeof(deep_sleep_param));
	
    deep_sleep_param.wake_up_way = 1; 
    deep_sleep_param.gpio_index_map = 0; 
    deep_sleep_param.gpio_edge_map = 0;
    deep_sleep_param.gpio_last_index_map = (1 << (BLE_TEMPERATURE_HALL_DETECT_PIN - 32)); // 38号GPIO
    deep_sleep_param.gpio_last_edge_map = 0;  
    deep_sleep_param.gpio_stay_lo_map = 0;
    deep_sleep_param.gpio_stay_hi_map = 0;
    deep_sleep_param.sleep_time = 0;     
    deep_sleep_param.lpo_32k_src = 0;     
    deep_sleep_param.sleep_mode = 0;      // 0=深度睡眠 1=低压睡眠
    deep_sleep_param.gpio_last_edge_sel_map = 0; 
	bk_enter_deep_sleep_mode(&deep_sleep_param);    //深度睡眠
	//bk_wlan_instant_lowvol_sleep(&deep_sleep_param); //低压睡眠--会死机  
}
void box_poweroff_timeout_callback(void *arg){
	rtos_stop_timer(&timer_poweroff);
	//paho_mqtt_stop(&client);
	if (box_info.charge_state) {
		oled_is_on = 0;
		OLED_DisPlay_Off();
		voice_player_mute(0); 
		//deep_sleep();
        //charge_sleep_on(0);
        //return;
    }
	bk_gpio_config_output(BLE_TEMPERATURE_BOX_POWER_CTR);
	bk_gpio_output(BLE_TEMPERATURE_BOX_POWER_CTR,0);
	rt_kprintf("box poweroff !!!\r\n");
}

/**
 * 绑定扫描设备时间到 判断有无找到设备 有则写入FLASH xx:xx:xx:xx:xx:xx
 */
void box_bind_timeout_callback(void *arg){
	rtos_stop_timer(&timer_bind);
	rt_kprintf("box_bind callback\r\n");
	if(ble_found_bind_dev){
		 
		char str_bind_mac[32];
		rt_memset(str_bind_mac,0,sizeof(str_bind_mac));
		rt_sprintf(str_bind_mac,"%02x:%02x:%02x:%02x:%02x:%02x",ble_device_mac[0], ble_device_mac[1], ble_device_mac[2],
			ble_device_mac[3], ble_device_mac[4], ble_device_mac[5]);
		bk_printf("BIND: %s\r\n",str_bind_mac);
		EfErrCode result = EF_NO_ERR;
		// 将要写入的数据存放到 easy flash  环境变量
		result = ef_set_env(BLE_TEMPERATURE_FLASH_CONFIG_KEY_BIND_MAC, str_bind_mac);
		// 保存数据
		result = ef_save_env();
		if (result == EF_NO_ERR)
		{
			
			rt_strncpy((char*)box_bind_mac,(char*)str_bind_mac,rt_strlen(str_bind_mac));
			voice_player_play_tts(VOICE_CN_BIND_SUCC);
			OLED_Clear();
			// OLED_ShowString(0+15,0+5,(u8 *)"OK",32,1);
			OLED_ShowChinese(3, 3, 5, 32, 1);  // 成
			OLED_ShowChinese(35, 3, 6, 32, 1); // 功
			OLED_Refresh();
			rt_thread_mdelay(1000);
		}
	}
	//app_enter_bind_mode(false);
	app_enter_ui(UI_IDLE);
	rt_kprintf("exit bind mode !!!\r\n");
}


 /*
 长时间没有接收到温度广播 则回到等待页面
 */
void timer_app_idle_callback(void *arg){
	if(app_mode == UI_BOX_BIND){
		return;
	} 
	//app_enter_bind_mode(false);
	temperature_info.device_state = STATE_DETECT_ING;
	app_enter_ui(UI_IDLE);
	rt_kprintf("back idle mode !!!\r\n");
}

/**
 * 检测hall开关状态 判断是否进入绑定模式 
 * 进入绑定模式后检测接收到的最强一个测温信号设备绑定
 */
void timer_hall_detect_callback(void *arg){
	int hall = bk_gpio_input(BLE_TEMPERATURE_HALL_DETECT_PIN);
	//rt_kprintf("hall -> %d\r\n",hall);
	if(hall_io_state == hall){
		return;
	}
	hall_io_state = hall;
	box_info.hall_state = hall;
	uint32_t now_tick = rt_tick_get() * 1000 / RT_TICK_PER_SECOND;    //当前开关盖的tick
    //rt_kprintf("now_tick :%d\r\n",now_tick);

	if(hall == 0){
		
		if(!start_bind_detect){
			start_bind_detect = 1;
		}

        if(hall_key_down_count == 0){//记录第一次开盖的时间
            hall_first_down_tick = now_tick;
			rt_kprintf("hall_first_down_tick :%d\r\n",hall_first_down_tick);
        }else{
            // 判断是否超出5秒
            if(now_tick - hall_first_down_tick > HALL_BIND_WINDOW_MS){
                hall_key_down_count = 0;
                hall_first_down_tick = now_tick;
            }
        }

		hall_key_down_count ++;
		rt_kprintf("detect hall down ,count :%d\r\n",hall_key_down_count);
		
		//延迟关机
		//启动定时3秒关机
		rtos_start_timer(&timer_poweroff);
	}else{
		//如果启动定时关机后 检测到开盖，则取消关机
		if(rtos_is_timer_running(&timer_poweroff)){
			//rt_kprintf("stop poweroff timeout !!!\r\n");
			rtos_stop_timer(&timer_poweroff);
		}
        if(!oled_is_on){ //充电时开盖复位设备
			bk_reboot();
			//rt_thread_mdelay(3000);
			//charge_sleep_on(1);
		}
       // 只有在5秒内且开关盖次数达到5才进入绑定
		if(start_bind_detect && hall_key_down_count == 5 && (now_tick - hall_first_down_tick <= HALL_BIND_WINDOW_MS)){
			rt_kprintf("enter bind !!!\r\n");
			start_bind_detect = 0;
			hall_key_down_count = 0;
            hall_first_down_tick = 0;

			rt_memset(ble_device_mac,0,sizeof(ble_device_mac));
			//收到的信号值 区域0 为越好
			ble_device_rssi   = -100;
			//清除找到绑定设备标志
			ble_found_bind_dev = 0;
			//app_enter_bind_mode(true);
			//进入绑定模式 并启动超时退出
			app_enter_ui(UI_BOX_BIND);
			voice_player_play_tts(VOICE_CN_SEARCH_DEVICE);
			rtos_start_timer(&timer_bind);
		}

        // 如果超时未达到5次，重置开关盖计数器
        if(now_tick - hall_first_down_tick > HALL_BIND_WINDOW_MS){
            hall_key_down_count = 0;
            hall_first_down_tick = 0;
        }

	}
}

// 中断触发的回调函数
void box_switch_irq_callback(unsigned char ucChannel)
{
    rt_kprintf("Interrupt triggered!\n");
    // 这里可以添加更多的处理逻辑
	int hall = bk_gpio_input(BLE_TEMPERATURE_HALL_DETECT_PIN);
	rt_kprintf("hall -> %d\r\n",hall);
}

int box_switch_init(void)
{	
	//关闭box 保持电源不关机
	bk_gpio_config_output(39);
	bk_gpio_output(39,1);

	bk_gpio_config_input(BLE_TEMPERATURE_HALL_DETECT_PIN);

	//启动中断失败
	//gpio_int_enable(38,GMODE_INPUT_PULLDOWN,box_switch_irq_callback);
	/* 按键引脚为输入模式*/
	//rt_pin_mode(GPIO38 , PIN_MODE_INPUT);
	/* 绑定中断， 下降沿模式， 回调函数名为box_switch_irq_callback */
	//rt_pin_attach_irq(GPIO38 , PIN_IRQ_MODE_FALLING , box_switch_irq_callback, RT_NULL);
	/* 使能中断*/
	//rt_pin_irq_enable(GPIO38 , PIN_IRQ_ENABLE);
    return 0;
}
 
void temperature_dev_config_init(){
	
	rt_memset(&box_bind_mac,0,sizeof(box_bind_mac));
	 
	/*获取easy flash存入的数据*/	
	char *t =  ef_get_env(BLE_TEMPERATURE_FLASH_CONFIG_KEY_BIND_MAC);
	if(t != NULL){
		rt_memcpy(&box_bind_mac,t,strlen(t));
		rt_kprintf("\r\n");
		rt_kprintf("BIND TDEVICE:%s\r\n",box_bind_mac);
		rt_kprintf("\r\n");
	}else{
		rt_kprintf("easy_flash read error\r\n");
	}
}

static void charger_module_enable(UINT32 enable)
{
    sctrl_analog_set(SCTRL_ANALOG_CTRL4, (sctrl_analog_get(SCTRL_ANALOG_CTRL4) & ~(1 << 12)) | (!!enable << 12));
}

void temperature_led_ble(bool onoff){
	//GPIO1
	if(onoff){
		bk_gpio_config_output(1);
		bk_gpio_output(1,1);
	}else{
		bk_gpio_config_output(1);
		bk_gpio_output(1,0);
	}
}

void connnect_wifi(char *oob_ssid,char *connect_key){//连接wifi
     /*定义一个结构体，用于传入参数*/
    network_InitTypeDef_st wNetConfig; 
    int len;

    /*把这个结构体置空*/
    os_memset(&wNetConfig, 0x0, sizeof(network_InitTypeDef_st));

    /*检查SSID的长度，不能超过32字节*/
    len = os_strlen(oob_ssid);
    if(SSID_MAX_LEN < len)
    {
        bk_printf("ssid name more than 32 Bytes\r\n");
        return;
    }
    
    /*将SSID跟密码传入结构体*/
	os_strcpy((char *)wNetConfig.wifi_ssid, oob_ssid);
	os_strcpy((char *)wNetConfig.wifi_key, connect_key);
    
    /*当前为客户端模式*/
	wNetConfig.wifi_mode = BK_STATION;
    /*采用DHCP CLIENT的方式获得，从路由器动态获取IP地址*/
	wNetConfig.dhcp_mode = DHCP_CLIENT;
	wNetConfig.wifi_retry_interval = 100;
	bk_printf("ssid:%s key:%s\r\n", wNetConfig.wifi_ssid, wNetConfig.wifi_key);
    /*启动WiFi连接*/
	bk_wlan_start(&wNetConfig);
	//rt_thread_mdelay(5000);
}

// 读取最新联网信息
void wifi_read_info(char *ssid, size_t ssid_len, char *password, size_t pass_len,
char *bssid, size_t bssid_len, char *channel, size_t channel_len, char *security, size_t security_len){

    char *t_ssid = ef_get_env(BLE_WIFI_FLASH_KEY_SSID);
    char *t_pass = ef_get_env(BLE_WIFI_FLASH_KEY_PASS);
    char *t_bssid = ef_get_env(BLE_WIFI_FLASH_KEY_BSSID);
	char *t_channel = ef_get_env(BLE_WIFI_FLASH_KEY_CHANNEL);
	char *t_security = ef_get_env(BLE_WIFI_FLASH_KEY_SECURITY);

    if(t_ssid) {
        strncpy(last_ssid, t_ssid, ssid_len - 1);
        last_ssid[ssid_len - 1] = '\0';
    }
    if(t_pass) {
        strncpy(last_password, t_pass, pass_len - 1);
        last_password[pass_len - 1] = '\0';
    }
	 if (t_bssid) {
        strncpy(bssid, t_bssid, bssid_len - 1);
        bssid[bssid_len - 1] = '\0';
    }
	if (t_channel) {
        strncpy(channel, t_channel, channel_len - 1);
        channel[channel_len - 1] = '\0';
    }
	if (t_security) {
        strncpy(security, t_security, security_len - 1);
        security[security_len - 1] = '\0';
    }
}

//将flash存储的mac地址字符串转换为二进制格式
void mac_string_to_binary(const char *mac_str, uint8_t *mac_bin) {
    if (!mac_str || !mac_bin) return;
    
    char temp[18];
    strncpy(temp, mac_str, sizeof(temp)-1);
    temp[sizeof(temp)-1] = '\0';
    
    for (int i = 0; temp[i]; i++) {
        temp[i] = toupper(temp[i]);
    }
    
    char *p = temp;
    char *end = temp + strlen(temp);
    while (p < end) {
        if (*p == ':' || *p == '-') {
            memmove(p, p+1, end - p);
            end--;
        } else {
            p++;
        }
    }
    
    if (strlen(temp) != 12) {
        bk_printf("Invalid MAC length: %d\n", strlen(temp));
        return;
    }
    
    for (int i = 0; i < 6; i++) {
        char byte_str[3] = { temp[i*2], temp[i*2+1], '\0' };
        char *endptr;
        mac_bin[i] = (uint8_t)strtol(byte_str, &endptr, 16);
        
        if (*endptr != '\0') {
            bk_printf("MAC conversion error at position %d\n", i);
        }
    }

}
//int fast_connect_try = 0;
//快速连接
void fast_connect_wifi(){
    // 检查是否有效
    // if (fci.ssid[0] != 0 && strlen((char*)fci.ssid) < 32) {
        uint8_t mac_bin[6] ={0};
        int sec_value = atoi(last_security);

        memset(&adv_config, 0, sizeof(adv_config));
        strncpy(adv_config.ap_info.ssid, last_ssid, sizeof(adv_config.ap_info.ssid));
        adv_config.ap_info.ssid[sizeof(adv_config.ap_info.ssid)-1] = '\0';
	
        mac_string_to_binary(last_bssid, mac_bin);
        memcpy(adv_config.ap_info.bssid, mac_bin, 6);

	    adv_config.ap_info.channel = (uint8_t)atoi(last_channel);

        if (sec_value >= BK_SECURITY_TYPE_NONE && sec_value <= BK_SECURITY_TYPE_AUTO) {
           adv_config.ap_info.security = (wlan_sec_type_t)sec_value;
        } else {
           adv_config.ap_info.security = BK_SECURITY_TYPE_AUTO;
        }

        strncpy(adv_config.key, last_password, sizeof(adv_config.key));
        adv_config.key[sizeof(adv_config.key)-1] = '\0';
        adv_config.key_len = strlen(last_password);
        adv_config.dhcp_mode = DHCP_CLIENT;

        bk_printf("  SSID: %s\n", adv_config.ap_info.ssid);
        bk_printf("  BSSID: %02X:%02X:%02X:%02X:%02X:%02X\n",
              adv_config.ap_info.bssid[0], adv_config.ap_info.bssid[1],
              adv_config.ap_info.bssid[2], adv_config.ap_info.bssid[3],
              adv_config.ap_info.bssid[4], adv_config.ap_info.bssid[5]);
        bk_printf("  Channel: %d\n", adv_config.ap_info.channel);
        bk_printf("  Security: %d\n", adv_config.ap_info.security);

        bk_wlan_start_sta_adv(&adv_config);
    // } else {
	// 	fast_connect_try = 0;
	// 	//fast_connect_failed = 1;
    //     bk_printf("No fast connect info, fallback to normal connect\n");
    //     // 调用普通连接流程
    // }
}

//wifi初始化连接
void wifi_init(){
    wifi_read_info(last_ssid, sizeof(last_ssid), last_password, sizeof(last_password),
        last_bssid, sizeof(last_bssid), last_channel, sizeof(last_channel), last_security, sizeof(last_security));

    //fast_connect_wifi();

	if(last_ssid[0] != '\0' && last_password[0] != '\0') {
        bk_printf("Auto connect WiFi: SSID=%s, PASSWORD=%s\r\n", last_ssid, last_password);
		bk_printf("BSSID: %s\n", last_bssid);
	    bk_printf("Channel: %s\n", last_channel);
	    bk_printf("Security: %s\n", last_security);
        connnect_wifi(last_ssid, last_password);
    }else{
		bk_printf("NOT WiFi INFO\r\n");
	}
}

void poka_client_username(time_t now){
    rt_tick_t tick = rt_tick_get(); 
    uint32_t ms_part = (tick % RT_TICK_PER_SECOND) * 1000 / RT_TICK_PER_SECOND;
    uint64_t ms = ((uint64_t)now) * 1000 + ms_part;
    snprintf(mqtt_username, sizeof(mqtt_username), "%s|%llu", SECUREID_MQTT, (unsigned long long)ms);
}

void poka_client_password(){
    char input[512];
    unsigned char md5sum[16];
    int i;

    // 拼接 username 和 SECUREKEY_MQTT
    snprintf(input, sizeof(input), "%s|%s", mqtt_username, SECUREKEY_MQTT);
    MD5_CTX ctx;
    MMD5Init(&ctx);
    MMD5Update(&ctx, (unsigned char *)input, strlen(input));
    MMD5Final(&ctx,md5sum);


    for(i = 0; i < 16; i++)
        sprintf(mqtt_password + i * 2, "%02x", md5sum[i]);
    mqtt_password[32] = '\0';

	rt_kprintf("username=%s\r\n",mqtt_username);
    rt_kprintf("password=%s\r\n", mqtt_password);
}



void temperature_init(void){

	extern long list_memheap(void);
	list_memheap();
	bk_wlan_stop(BK_STATION);
	temperature_led_ble(0);
	// 查询绑定设备
	//uint8_t test_device_mac[6] = {0xe5, 0xe6, 0xb6, 0x09, 0x28, 0x37};
	//rt_memcmp(dev_info.bind_mac, test_device_mac, sizeof(test_device_mac));
	//初始化GPIO
	gpio_init();
	//初始化OLED显示屏
	OLED_Init();
	//初始化互斥锁
	app_mode_mutex = rt_mutex_create("app_mode_lock", RT_IPC_FLAG_FIFO);
    //初始化HALL按键检测
	box_switch_init();

	timer_check_device_run_callback(NULL);

	//霍尔检测 50ms一次 中断不好使 先这样处理
	rtos_init_timer(&timer_hall_detect, BLE_TEMPERATURE_HALL_DETECT_INTERVAL, timer_hall_detect_callback, NULL);
	rtos_start_timer(&timer_hall_detect);
	rtos_init_timer(&timer_poweroff, BLE_TEMPERATURE_POWEROFF_TIMEOUT, box_poweroff_timeout_callback, NULL);
	rtos_init_timer(&timer_bind, BLE_TEMPERATURE_BIND_MODE_TIMEOUT, box_bind_timeout_callback, NULL);
	rtos_init_timer(&timer_idle, BLE_TEMPERATURE_IDLE_MODE_TIMEOUT, timer_app_idle_callback, NULL);
    //初始化电量
	box_init_power();
	// user_app_start();

	app_enter_ui(UI_BOX_BATTERY);
	
	rt_thread_mdelay(2000);
	easyflash_init();
	ef_print_env();
	temperature_dev_config_init();
	//app_enter_bind_mode(false);
	RingQueue_init(&ring_queue);
	
	//app_show_last_detect_info();

	app_enter_ui(UI_SHOW_MEMORY_INFO);
	//app_enter_ui(UI_WAIT_TEMPERATURE);

    //注册WIFI回调
	bk_wlan_status_register_cb(wifi_status_cb);
	//自动联网
    //wifi_init();

	//初始化BLE
	belon_ble_active();

	//启动BLE MASTER 扫描BLE测温设备
	belon_ble_init_scan();
	rt_thread_mdelay(100);
	//启动BLE SLAVE 发广播提供APP 连接进行设置
	belon_ble_init_adv();
	//启动定时器 定时更新温度显示
	rtos_init_timer(&timer_detect, BLE_TEMPERATURE_DETECT_DEVICE_INTERVAL, timer_check_device_run_callback, NULL);
	rtos_start_timer(&timer_detect);

	charger_module_enable(0);
	//sctrl_ctrl(CMD_SCTRL_USB_CHARGE_STOP, 0);
	voice_player_mute(1);
	voice_player_init();

	list_memheap();

	
	//app_tcp_init();
	//app_tcp_connect();

	//char m_data[128] ={0x12};
	//app_tcp_send(m_data,sizeof(m_data));

	//voice_play(1);
	//rt_thread_mdelay(1000);
	//voice_play(2);
	//rt_thread_mdelay(1000);
	//voice_play(3);
	//rt_thread_mdelay(1000);
	/*
	voice_play(4);
	rt_thread_mdelay(1000);
	voice_play(5);
	rt_thread_mdelay(1000);
	voice_play(6);
	rt_thread_mdelay(1000);
	voice_play(7);
	rt_thread_mdelay(1000);
	voice_play(8);
	rt_thread_mdelay(1000);
	voice_play(9);
	rt_thread_mdelay(1000);
	voice_play(10);
	rt_thread_mdelay(1000);
	voice_play(11);
	rt_thread_mdelay(1000);
	voice_play(0);*/
}