HS191L/USER/MC8332GpsTask.c

/********************************************************************************
 * File Name:			MC8332GpsTask.h 
 * Function Describe:   Header file for MC8332GpsTask.c
 * Explain:  
 * Writer:		
 * Date:				2016-3-11

 *******************************************************************************/
 #include "includes.h"

unsigned int Mododrex_Net;
unsigned int netshowvalue;
FOTA_UPDATE fota_update;
void MC8332_GPS_RecvHandle(unsigned char *pMsg,unsigned short tempLen)
{
	char buf[20];
	char buf2[50];
	char result[10];
	unsigned short cmd,ackCmd,smsLen;
	unsigned char Result,i,buBiaoResponsed;
	short targetIndex;
	SUTDS ds;
	////////////////////////////////////////////
//	char buftest[100];
//  char buf22[3];
//	for(i=0;i<25;i++)
//	{
//		sprintf(buf22, "%02x", pMsg[i]);
//		strcat(buftest, buf22);
//	}
//	strcat(buftest, "\r\n");
//	SlwTrace(INF, buftest);
	////////////////////////////////////////////
	//////////处理布标类型指令
	cmd = (pMsg[1]<<8) | (pMsg[2]&0xff);
	buBiaoResponsed=1;
	snprintf(buf2, sizeof(buf2), "\r\ncmd=%04x", cmd);
	SlwTrace(INF, buf2,1);
  switch(cmd)
	{//布标命令返回
		case TS_TERMINAL_REGISTRATION_REPLY://终端注册应答
			//7E 8100 000A 000166000016 0250 0100 00 20161118165030 E07E 成功
		  //7E 8100 0003 000166000016 0251 0100 01 A07E                已注册
		  Result = pMsg[15];
		  snprintf(buf2, sizeof(buf2), "\r\nresult=%02x", Result);
			SlwTrace(INF, buf2,1);
		  switch(Result)
		  {
				case 0://00注册成功
					for(i =0; i < 7; i++)
						sutProductPara.AutH[i]=pMsg[16+i];
					SaveProductParaToFlash("AUTH-REC");
				  snprintf(result, sizeof(result), "Ok");
					break;
				case 1://01 车辆已注册
					snprintf(result, sizeof(result), "Car Exist");break;
				case 2://02 无此车辆
					snprintf(result, sizeof(Result), "No car");break;
				case 3://03 终端已经被注册
					snprintf(result, sizeof(result), "Device Exist");break;
				case 4://04 数据库无此终端
					snprintf(result, sizeof(result), "No Record");break;
				default://无效值
					//统称失败
				  snprintf(result, sizeof(result), "Faile");
					break;
			}
			snprintf(buf2, sizeof(buf2), "\r\n[Register]%d %s", Result,result);
			SlwTrace(INF, buf2,1);
			//注册应答后直接进行一次鉴权
				Authentication();
			break;
		case TS_TEXT_INFORMATION_ISSUED://文本下发
			//7E83000005000166000009000001 31323334ED7E
			smsLen = pMsg[3];
		  smsLen <<= 8;
		  smsLen &= 0xff00;
		  smsLen |= pMsg[4];
		  smsLen -= 1;//去掉后面较验码
			if(SMS_SIGNAL_LEN <= smsLen)
				smsLen = SMS_SIGNAL_LEN;
      memset(sutMess.GBKMess1, 0, sizeof(sutMess.GBKMess1));
			memcpy(sutMess.GBKMess1, pMsg+14, smsLen);
			sutMess.len = smsLen;
			//////////////////////////
			sutFeed.feedID=TS_SETTING_TERMINAL_PARAMETERS;
			ds.Data.ucData.b1=pMsg[11];
			ds.Data.ucData.b2=pMsg[12];
			sutFeed.feedliushuiID=ds.Data.usData;
		  sutFeed.result=2;
			//////////////////////////
			if(sutMess.len > 0)
				SetGotNewMessage();
			break;
		case TS_PLATFORM_UNIVERSAL_ANSWER://通用平台应答
			//7E8001000500016600001602400000010201B57E
		  //buf[0]=0x7e;
		  //if(-1 != (targetIndex=FindTargetIndex((char *)pMsg, '\r', buf, 1,2)))
		  targetIndex = tempLen;//这个长度是去掉了两个7E的长度
			{
				ackCmd=(pMsg[targetIndex-3]<<8) | (pMsg[targetIndex-2]&0xff);
				Result = pMsg[targetIndex-1];
				snprintf(buf2, sizeof(buf2), "\r\nLen=%d,ackCmd=%04x,result=%02x", tempLen,ackCmd,Result);
				SlwTrace(INF, buf2,1);
				switch(ackCmd)
				{
					case TS_TERMINAL_AUTHENTICATION://终端鉴权应答
						if(Result == 0)
						{//鉴权成功
							sutGpsInfo.isGpsAuthOk=1;
							snprintf(buf2, sizeof(buf2), "\r\n[ATH]Ok");
							//TSGpsServerConect();//鉴权成功后发一包终端应答包即可以支持文本接收了
						}else
						{
							sutGpsInfo.isGpsAuthOk=0;
							snprintf(buf2, sizeof(buf2), "\r\n[ATH]Faile");
						}
						SlwTrace(INF, buf2,1);
						break;
					case TS_LOCATION_INFORMATION_REPORTING://位置包应答
						SlwTrace(INF, "\r\nLocation ACK",1);
						break;
					case TS_TERMINAL_HEARTBEAT://心跳应答
						SlwTrace(INF, "\r\nHearTick ACK",1);
						break;
					case TS_SEND_SOS_SMS://SOS应答
						SlwTrace(INF, "\r\nSOS ACK",1);
					  sutPocStatus.SOS_Flag++;
						break;
				}
			}
			break;
		case TS_TERMINAL_REQTIME://时间ACK
			//7e0f020007001899000022003a e20704130e2f02 427e
			SlwTrace(INF, "\r\nTimeAck",1);
		  ds.Data.ucData.b1=pMsg[13];
		  ds.Data.ucData.b2=pMsg[14];
		  g_usModeYTime=ds.Data.usData-2000;
			g_usModemTime=pMsg[15];
			g_usModeDTime=pMsg[16];
			g_usModeHTime=pMsg[17];
			g_usModeMTime=pMsg[18];
			g_usModeSTime=pMsg[19];
		  SetTime(g_usModeHTime, g_usModeMTime, g_usModeSTime);//保存下来，以便下次启动，没登陆前可以使用本地时间显示
			break;
		default:
			buBiaoResponsed=0;
			break;
	}
	if(buBiaoResponsed)
		g_ucModemSentTcpCt=0;
	/////////////处理其它类型指令
}

void AtHandle(char *pMsg)
{
	int csq;
	short targetIndex;
  unsigned char tempSocket,i,temp;
  unsigned short tempLen;
	char buf[80]="\r\n";
	char bufTemp[3];
	char buf3[40];//////////////////////////
	STATUE ipStatus;
	
	if(0==ModemStrCmp(pMsg,"+POC:UPDATE"))
{
		fota_update.NewPocFlag=1;
}else if(0==ModemStrCmp(pMsg,"+POC:DONE"))
{
		fota_update.NewPocOver=1;
}

	if(0==ModemStrCmp(pMsg,"^SYSINFO:"))
	{
		if(pMsg[15]!=','){
		netshowvalue=atoi(&pMsg[15]);
		}else{
			netshowvalue=atoi(&pMsg[16]);
		}	
	}
	if(0==ModemStrCmp(pMsg,"+CCSQ:"))
	{
		UpdateCsqValue(GetCCSQ(pMsg));
	}else if(0==ModemStrCmp(pMsg,"+CSQ:"))
	{
		UpdateCsqValue(GetCSQ(pMsg));
	}else if(0==ModemStrCmp(pMsg,"+MODODREX:")){
		Mododrex_Net=atoi(&pMsg[11]);
		snprintf(buf3,sizeof(buf3),"Mododrex_Netvalue=%d\r\n",Mododrex_Net);
		SlwTrace(INF, buf3,1);
	}else if(0==ModemStrCmp(pMsg,"+POC_PPP:")){
		sutGpsStatus.PPPStatus=GetPPPStatus(pMsg);
		if(sutGpsStatus.PPPStatus == CLOSE){
				sutGpsStatus.IPStatus=0;
				ColonyParaReset();
		}
	}else if(0==ModemStrCmp(pMsg,"+TCPSTATUS:"))
	{//查询指令返回状态
		IPStatusAna((char *)pMsg, &tempSocket,&ipStatus);
		switch(tempSocket)
		{

			case GPS_DATA_SOCKET:
						sutGpsStatus.IPStatus = ipStatus;
						if(sutGpsStatus.IPStatus == CLOSE) sutGpsInfo.isGpsAuthOk=0;//鉴权清掉，再次连接后要重新鉴权
						break;
			case  COLONY_SER_SOCKET:
						ColonyTcpStatus(ipStatus);
						break;
		}	
			
	}else if(0==ModemStrCmp(pMsg,"+TCPRECV:")){//+TCPRECV:0,2,31
		if(-1 != (targetIndex=FindTargetIndex(pMsg, '\r', ":", 1,1)))
		{
			tempSocket = atoi(&pMsg[targetIndex]);//找到socket
			if(-1 != (targetIndex=FindTargetIndex(pMsg, '\r', ",",1,1)))
			{
				tempLen = atoi(&pMsg[targetIndex]);
				if(-1 != (targetIndex=FindTargetIndex(pMsg, '\r', ",",1,2)))
				{

					switch(tempSocket)
					{
						case GPS_DATA_SOCKET:
							//走布标判断
							if(pMsg[targetIndex] == 0x7e && pMsg[targetIndex+tempLen-1] == 0x7e)
							{//是布标协议，进行转义
								tempLen=reduce((unsigned char *)&pMsg[targetIndex+1], tempLen-1);
								MC8332_GPS_RecvHandle((unsigned char *)&pMsg[targetIndex],tempLen);
							}else
							{
								SlwTrace(INF, "Unknown Protocol",1);
							}
							break;
						case COLONY_SER_SOCKET:
								SlwTrace(INF,"colony coming..........",1);
								Colony_RecvHandle(&pMsg[targetIndex],tempLen);
						
								break;
						
					}		
				}
			}
		}
	}else if(0==ModemStrCmp(pMsg,"+TCPOPEN:"))//连接指令返回状态
	{ //+TCPOPEN:OK
		//+TCPOPEN:Already connected
#if 0 //这条指令不具备socket号回来，不处理，直接通过查询方式来检测连接结果
		if((pMsg[9] == 'O' && pMsg[10] == 'K') ||
			 (pMsg[9] == 'A' && pMsg[14] == 'd' && pMsg[23] =='t'))
		{
			if(tcpControl == 0)
			{
        HgsConnetStatus=1;
				HigosSendFlag=0;
			}else if(tcpControl== 1)
			{
				sutGpsStatus.IPStatus = OPEN;
			}else if(tcpControl == 2)
			{
	#if(USE_CONFIG_FUN==1)
				sutConfig.g_ubConfigTcpStatus=1;
	#endif
			}
		}
#endif	
	}else if(0==ModemStrCmp(pMsg, "+TCPCLOSE:OK"))
	{
	}else if(0==ModemStrCmp(pMsg, "+TCPCLOSE:"))
	{//主动关掉或者服务器关掉都是这样
		tempSocket=pMsg[10]-0x30;
		switch(tempSocket)
		{
			case GPS_DATA_SOCKET:
				sutGpsStatus.IPStatus=CLOSE;
				break;
			case COLONY_SER_SOCKET:
				ColonyParaReset();
				break;
		}
	}else if(0==ModemStrCmp(pMsg, "+CCLK:"))
	{//+CCLK: "17/09/28,04:48:35"
	 //+CCLK: "80/01/06,00:10:44"
	 //+CCLK: "17/10/19,07:22:35"
		g_usModeYTime=atoi(&pMsg[8]);
		g_usModemTime=atoi(&pMsg[11]);
		g_usModeDTime=atoi(&pMsg[14]);
		g_usModeHTime=atoi(&pMsg[17])+8;
		if(g_usModeHTime >= 24) g_usModeHTime -= 24;
		g_usModeMTime=atoi(&pMsg[20]);
		g_usModeSTime=atoi(&pMsg[23]);
		SetTime(g_usModeHTime, g_usModeMTime, g_usModeSTime);//保存下来，以便下次启动，没登陆前可以使用本地时间显示
		SlwTrace(INF, "UpdateTime",1);
	}else if(0==ModemStrCmp(pMsg, "^MODE:"))
	{//^MODE: 9  与下面位置不一，模块问题
	 //^MODE:2	 与上面位置不一，模块问题
		if(pMsg[6] == ' ') bufTemp[0]=pMsg[7];
		else bufTemp[0]=pMsg[6];
		snprintf(buf, sizeof(buf), "[Mode %c]", bufTemp[0]);
		switch(bufTemp[0])
		{
			case 0x30:strcat(buf, "No server");break;
			case 0x32:strcat(buf, "CDMA Mode");break;
			case 0x33:strcat(buf, "GSM");break;
			case 0x34:strcat(buf, "TD-SCDMA/EVDO");break;
			case 0x35:strcat(buf, "WCDMA");break;
			case 0x39:strcat(buf, "LTE");break;
			default:strcat(buf, "Unknow");break;
		}
		SlwTrace(INF, buf, 1);
	}else if(0==ModemStrCmp(pMsg, "^MSG:"))
	{
		if(0==ModemStrCmp(&pMsg[5], "Ready"))
		{//升级应用程序已开启
			UpdateStatus(MODEM_STATUS_READY);
		}else if(0==ModemStrCmp(&pMsg[5], "http:err"))
		{//指令执行失败
			UpdateStatus(MODEM_STATUS_CMD_VER_ERR);
		}else if(0==ModemStrCmp(&pMsg[5], "VerErr"))
		{//请求版本号有非数字数据
			UpdateStatus(MODEM_STATUS_CMD_VER_ERR);
		}else if(0==ModemStrCmp(&pMsg[5], "ver:err"))
		{//检查版本错误
			UpdateStatus(MODEM_STATUS_CMD_VER_ERR);
		}else if(0==ModemStrCmp(&pMsg[5], "nonewver"))
		{//没有更新版本
			UpdateStatus(MODEM_STATUS_NO_NEWVER);
		}else if(0==ModemStrCmp(&pMsg[5], "loading"))
		{//开始下载
			m_process=0;
			UpdateStatus(MODEM_STATUS_LOADING);
		}else if(0==ModemStrCmp(&pMsg[5], "HBD:"))
		{//正在下在百分比
			m_process=atoi(pMsg+9);
			UpdateStatus(MODEM_STATUS_LOADING);
		}else if(0==ModemStrCmp(&pMsg[5], "Done"))
		{//下载完成
			UpdateStatus(MODEM_STATUS_DONE);
		}else if(0==ModemStrCmp(&pMsg[5], "Installed"))
		{//升级完成
			UpdateStatus(MODEM_STATUS_INSTALLED);
		}else if(0==ModemStrCmp(&pMsg[5], "wget:"))
		{
			UpdateStatus(MODEM_STATUS_SER_ERR);
		}
	}else if(0==ModemStrCmp(pMsg, "+POC:START"))
	{
		sutPocStatus.modemRstFlag=1;
		sutPocStatus.ModemInactiveCt=0;//当模块重启后重新计数串口通讯异常计数器
	}
	else if(0==ModemStrCmp(pMsg, "+gpsip="))
	{	//GSPIP返回		
			GetDomainIp(&pMsg[7],'g');
	}else if(0==ModemStrCmp(pMsg, "+pocip="))
	{
			GetDomainIp(&pMsg[7],'p');
	}
	
}

static char csqSendFlag=1;
void UpdateCsqValue(int csq)
{
	static int tCsq[2];
	char validCsq=0,validcsq=0;
	if(csq == 99 ||
		 (csq >=0 && csq <=31))
	{
		tCsq[csqSendFlag]=csq;
	}
	if(csqSendFlag==1)
	{//收到了两组CSQ命令值,对比，如果都有效值，取大的值
		if(tCsq[0] >=0 && tCsq[0] <=31) validCsq=1;
		else if(tCsq[1] >=0 && tCsq[1] <=31) validcsq=1;
		else g_iCSQ=99;
		if(validCsq&&validcsq)
		{
				if(tCsq[0]>tCsq[1]) g_iCSQ=tCsq[0];
				else g_iCSQ=99;		
		}else if(validCsq) g_iCSQ=tCsq[0];
		else if(validcsq)	g_iCSQ=tCsq[1];
		
		tCsq[0]=99;
		tCsq[1]=99;
	}
}

/************************************************
每10ms处理一次
**************************************************/
void GpsTaskTick(unsigned char reset)
{
	static unsigned int sucSecCt=0;
	static unsigned char sucSteep=0;
	static unsigned char sucSynSentCt=0;
	unsigned char temp[4];
	char buf[55];
	int i;
	
	if(reset){
		sucSecCt=0;
		sucSteep=0;
		return;
	}

	//GPS Uart消息处理 
	if(g_usUart3RecvLen)
	{
		process_nema((char *)RxBuffer3);	
		g_usUart3RecvLen=0;
	}
	//===========以下控制每秒执行一次============
	if(os_time_get() < sucSecCt) return;
	sucSecCt=os_time_get()+100;
	//////////////////20170112////////////////////

	GpsCtrlSendPos();//里面涉及到鉴权，所以得跑起来

	//TCP发送防护,如果IPSTATUS一直等于SYN_SENT持续达10秒，则关闭TCP链路
	if(sutGpsStatus.IPStatus==SYN_SENT)
	{
		if(++sucSynSentCt>10){
			sucSynSentCt=0;
			g_ucModemSentTcpCt=0;
			snprintf(buf, sizeof(buf), "AT+TCPCLOSE=%d\r\n",GPS_DATA_SOCKET);
			ModemSendAT(buf);
			sutGpsStatus.IPStatus=CLOSE;
			g_ucModemSentTcpCt=0;
			sutGpsInfo.isServerLogin=0;
		}
	}else sucSynSentCt=0;
	//---以下控制---
	if(++sucSteep>4)sucSteep=0;
	//----
	if(sucSteep==0)
	{
		if(csqSendFlag==1)
		{//模块在电信卡的cdma和evdo下使用CCSQ
		 //其它所有情况使用CSQ
			csqSendFlag=0;
			ModemSendAT("AT+CSQ\r\n");
		}else{
			csqSendFlag=1;
			ModemSendAT("AT+CCSQ\r\n");
		}
		snprintf(buf, sizeof(buf), "[ATH]%d,[GPS]%d,[BAT]%0.2f,[TICK]%d,%d,[CSQ]%d", 
			sutGpsInfo.isGpsAuthOk,
		  sutGpsInfo.isGpsValid,
		  (double)g_iVbat/100,
			os_time_get(),
			sutGpsInfo.GPS_SecondCnt,
			g_iCSQ);
		SlwTrace(INF,buf,1);
	}
	else if(1==sucSteep)
	{
		ModemSendAT("AT+POC_PPP\r\n");
	}else if(2==sucSteep)
	{
		if(99==g_iCSQ)return;
		if(sutGpsStatus.PPPStatus==OPEN){
			snprintf(buf, sizeof(buf), "AT+TCPSTATUS=%d\r\n", GPS_DATA_SOCKET);
			ModemSendAT(buf);
		}else{
			SlwTrace(INF, "Wait POC_PPP",1);			
		}
	}else if(3==sucSteep)
	{
		if(99==g_iCSQ) return;
		if(sutGpsInfo.isGpsWork==0)
		{
			if(sutGpsStatus.CheckCnt < 50)
			{
				if(++sutGpsStatus.CheckCnt >= 2)
				{
					sutGpsStatus.CheckCnt = NO_GPS_CHECK_TIMEOUT;//设置为此值时认为是没有GPS机型
				}
			}
			SlwTrace(INF,"GPS modem not work!",1);
		}
		if(sutGpsStatus.IPStatus!=OPEN && sutGpsStatus.PPPStatus==OPEN)
		{
//			if(tcpControl == 1)
//			{//当控制为GPS时才去连接
				sutGpsInfo.isServerLogin=0;
				snprintf(buf, sizeof(buf),"AT+TCPOPEN=%d,%s:%d\r\n",GPS_DATA_SOCKET,sutProductPara.GIP,sutProductPara.GpsPort);
				SlwTrace(INF,buf,0);
				ModemSendAT(buf);	
			//}
		}
	}else if(4==sucSteep)
	{
		if(99==g_iCSQ)return;
		if(sutGpsStatus.IPStatus==OPEN && 0==sutGpsInfo.isServerLogin)
		{
      sutGpsInfo.isServerLogin = OPEN;			
		}
	}
}