//////////////////////////////////////////////////////////////////////////  
/// COPYRIGHT NOTICE  
/// Copyright (c) 2023, 传控科技
/// All rights reserved.  
///  
/// @file            asp_gsensor.c
/// @brief           asp_gsensor   
///  
///（本文件实现的功能的详述）  
///  放置算法 初始化之类的 是bs_xxx型号的gsensor的上层，与型号无关


#include "asp_mqtt.h"
#include "msp_UART1.h"

#include "msp_iicMx.h"
#include "bsp_msa300.h"



TS_task_mqtt_ ts_task_mqtt;



void L2_mqtt_init(u8 d)
{
	if (d)
	{

	}else
	{

	}

}

void L2_Task_step_register(void)
{
	L1_task_reg_clear(&ts_task_mqtt.task);
	///L3_task_s_go(ts_Task_step,D_task_init);	
}

void PrintString2(u8 *puts)
{
    for (; *puts != 0;	puts++)  
    {
    	///TX2_write2buff(*puts); 	//遇到停止符0结束
    }
}


xdata char comand_uart1[] = "AT+LMQTTPUB=0,0,0,0,\"$dp\",64,\"{\"ccsens_data\":00}\"\r\n";


void L2_Task_step_handle(TS_task_mqtt_ *s)
{///fixme:需要添加超时保护
	unsigned char d = 0;

	TTSS_Task_init():
		printfs("\r\nL2_Task_step_handle TTSS_Task_init"); 
		L2_task_go(D_Task_mqtt_init);

	TTSS_Task_step(D_Task_mqtt_init):
			
	TTSS_Task_step(D_Task_mqtt_init):

			  P05 = 0;////////////NB_RST
			  P53 = 1; //////////NB_POWER
			  delay_ms(100);
			  
			P53 = 0; //////////NB_POWER    LOW	ACTIVE	   
			  P05 = 1;////////////NB_RST
			  
			  S_delay(1);
			  P53 = 1;///////////////NB_POWER


					
	TTSS_Task_step(D_Task_mqtt_init):
			PrintString2("AT+CMEE=1\r\n"); //mqtt  config
			
			PrintString2("AT+CSQ\r\n"); //mqtt	config

			PrintString2("AT+LMQTTCFG=\"cloud\",0,1,3\r\n"); //mqtt  config
				S_delay(1);
			PrintString2("AT+LMQTTOPEN=0,\"183.230.40.39\",6002\r\n"); //BUILDING	TCP  OK

			PrintString2("AT+LMQTTCONN=0,\"1062916368\",\"587005\",\"mm1234\"\r\n"); //BUILDING   ON LINE	  //  设备ID，产品ID，鉴权信息   MQTT CONECT	OK
			  S_delay(1);

					PrintString2("AT+LMQTTSUBUNSUB=0,0,1,\"test\",2\r\n");	  ////////sub  topic
			//		PrintString2("AT+MQTTOPEN=1,1,0\r\n"); //BUILDING
					S_delay(1);

			PrintString2("AT+LMQTTPUB=0,0,0,0,\"$dp\",64,\"{\"ccsens_data\":00}\"\r\n");    ////////senddata
		S_delay(1);		

						four_bt = temp_dat_TP/1000+48;
						three_bt = (temp_dat_TP%1000)/100+48;
						two_bt = ((temp_dat_TP%1000)%100)/10+48;
						one_bt = (((temp_dat_TP%1000)%100)%10)+48;
			//			
			//			comand_uart1[87] = four_bt;
			//			comand_uart1[88] = three_bt;
						comand_uart1[45] = two_bt;
						comand_uart1[46] = one_bt;
						
						PrintString2(comand_uart1); 

			L2_task_go(D_Task_mqtt_ok);
		///printf("\r\nF =%d<-%d ", (int)s->loc_want,s->loc_now); 
	TTSS_Task_step(D_Task_mqtt_ok):
		 s->ok_want = 1;
	///	L2_task_go(0);	
//		printf("\r\nstep_ok =%d<-%d ", (int)s->loc_want,s->loc_now); 
		L2_task_Tdelay_go(D_Tdelay_30s,D_Task_mqtt_init);///测试使用：
	TTSS_Task_end(); 
}