repos_ecs/源数据/PC环境监控/tryto v1.0.0.4/Sms/PDU发送 Sms/SmsProcess.cpp

#include "stdafx.h"
#include "SmsProcess.h"
#include "CommAsyn.h"
#include "CommRS232.h"
#include "Sms.h"

HANDLE g_hRunObject = NULL;
HANDLE g_hReceiveSmsThread = NULL;
DWORD WINAPI ReceiveSmsThread(LPVOID lpParameter);

typedef int (WINAPI *PFCALLBACK)( BOOL bEnableAlarm );//true 恢复正常 false 报警不打电话不发短信
PFCALLBACK  gEnalbeAlarmCallBack=NULL;

CCommRS232 *g_pComm = NULL;
CHAR g_strDirectory[MAX_PATH + 1] = {0};					// 软件所在路径
int g_nNeedLanguageTrans = -1;		// 是否需要繁简转换
int g_nMaxChar = 70;				// 短信猫一条短信最大支持的字符个数
int g_nMakeCall = 0;				// 发送后是否先拔打电话提醒
extern CSmsApp theApp;

int MyCharCount(const char* szMsg);
char* PickSegTxt(const char* pMsgAll, char* szSeg, int nSize);

void Make_PDU_Message(	const char *szNumber, 
					  const char *szMsg,
					  BOOL bNeedReport, 
					  char *szPDU );

void Make_PDU_Number(const char *szNumber, char *szPDUNumber);

void SwapChars(char *szNumber);

int Str2PDU_Unicode(const char *szMsg, char *szPDU);

int GSMResponse(const char *szBuff,int nCount, int &nErrorType, int &nErrorCode);

BOOL GetValidResponse(const char *szBuff, int nCount, char *szResponse);

char ACharToBChar(char c);

int SendSMS(
			 const char *szNo,
			 const char *szMsg,
			 char* szEvent
			 );

int SMS_DLLInit( char *pDirectory,
				int nAddr,				// 保留，因为短信猫是串口232没有地址
				int nCommPort,			// 串口号
				int nRate,				// 波特率
				int nDataBit,			// 数据位
				int nStopBit,			// 停止位
				int nParity,			// 校验位
				int nInterval,			// 间隔时间
				int nNeedLanguageTrans,	// 是否需要语言转换
				int nMaxChar,			// 短信猫一条短信最大支持的字符个数
				int nMakeCall )			// 发送后是否先拔打电话提醒
{
	strcpy(g_strDirectory, pDirectory);
	g_nNeedLanguageTrans = nNeedLanguageTrans;
	g_nMaxChar = nMaxChar;
	g_nMakeCall = nMakeCall;
	if( g_pComm == NULL )
	{
		g_pComm = new CCommRS232;

		PORTPARAM portParam; 
		portParam.StartAddr = nAddr;		//起止地址	
		portParam.PortNo = nCommPort;		//Com端口
		portParam.BaudRate = nRate;			//波特率
		portParam.ByteSize = nDataBit;		// Number of bits/byte, 4-8       
		portParam.StopBits = nStopBit;		/* 结束位 0,1,2 = 1, 1.5, 2               */
		portParam.Parity = nParity;			/* 校验位 0-4=None,Odd,Even,Mark,Space    */
		portParam.Interval = nInterval;		//间隔时间
		if(!g_pComm->InitParam(&portParam))
		{
			delete g_pComm;
			g_pComm = NULL;
			return ERR_CODE_SMS_OPEN_COMM;
		}

#if 1
		// 设置成PDU模式
		char szBuf[MAX_SIZE] = {0};
		//取号码
		strcpy(szBuf, "AT+CMGF=1\r");
		int nLen = g_pComm->Write((BYTE *)szBuf, (int)strlen(szBuf));
		nLen = g_pComm->Read((BYTE *)szBuf, MAX_SIZE - 1);
#endif
	}
	return 0;
}

void SMS_DLLUnInit()
{
	if( g_hRunObject )
		MTVERIFY( SetEvent( g_hRunObject ) );

	if( g_hReceiveSmsThread )
	{
		MTVERIFY( WaitForSingleObject( g_hReceiveSmsThread, INFINITE ) != WAIT_FAILED );

		MTVERIFY( CloseHandle( g_hReceiveSmsThread ) );
		g_hReceiveSmsThread = NULL;
	}

	// 关闭串口
	if( g_pComm )
	{
		delete g_pComm;
		g_pComm = NULL;
	}
	return;
}

int SMS_DLLSendSms(char *pTel,					// 手机号码
				   char *pContent,				// 发送内容
				   char *pErrorMsg				// 错误消息
				   )
{
	int nRet = 0;
	BOOL bOK = FALSE;
	AFX_MANAGE_STATE(AfxGetStaticModuleState());
	CString strMsg = CString(pContent);
	if(g_nNeedLanguageTrans)
		strMsg = theApp.FtToJt(strMsg);
	if(MyCharCount(strMsg) < 70)
		nRet = SendSMS(pTel, strMsg, pErrorMsg);
	else
	{
		char* szMsg2 = new char[strlen(strMsg)+1];
		strcpy(szMsg2, strMsg);
		char* pMsgSegLeft = (char*)szMsg2;
		bOK = TRUE;
		while (1)
		{
			char szMsgSegSend[255] = {0};
			int nMaxCharCanSend = g_nMaxChar;		// 最大能够发送的字符，暂固定为70
			pMsgSegLeft = PickSegTxt(pMsgSegLeft, szMsgSegSend, nMaxCharCanSend);
			nRet = SendSMS(pTel, szMsgSegSend, pErrorMsg);
			if(!nRet)
			{
				bOK = FALSE;
				break;
			}
			if(pMsgSegLeft == NULL)
				break;
		}
		delete []szMsg2;
	}
	if(bOK && g_nMakeCall == 1)
	{
		//拨号通知用户留心短信(拨号20秒)
		char WriteBuff[MAX_WRITE_STR_LEN+1] = {0};
		char ReadBuff[MAX_READ_STR_LEN+1] = {0};
		sprintf(WriteBuff,"ATD%s;\r", pTel);
		int iOffset = (int)strlen(WriteBuff);
		
		g_pComm->Write( (BYTE *)WriteBuff, iOffset );
		int nLen = g_pComm->Read( (BYTE *)ReadBuff, MAX_READ_STR_LEN );
		COleDateTime timeStart = COleDateTime::GetCurrentTime();
		while (1)
		{
#ifndef _DEBUG
			//CString strToStop;
			//if(GetTempVar("ToStop", strToStop) && strToStop == "1")
			//	break;
#endif
			COleDateTimeSpan span = COleDateTime::GetCurrentTime() - timeStart;
			if(span.GetTotalSeconds() > 20)
				break;
		}
		sprintf(WriteBuff,"ATH\r");
		iOffset = (int)strlen(WriteBuff);
		g_pComm->Write((BYTE *)WriteBuff, iOffset);
		nLen = g_pComm->Read((BYTE *)ReadBuff, MAX_READ_STR_LEN);
	}
	return nRet;
}
bool SMS_DLLGetCSQ( int iMin,int iMax,int &iNowData )			// 得到短信貓的信号 
{
	bool bRet=false;

	char szBuf[MAX_SIZE] = {0};
	//取号码
	strcpy(szBuf, "AT+CSQ\r");
	int nLen = g_pComm->Write((BYTE *)szBuf, (int)strlen(szBuf));
	memset( szBuf,0,sizeof(szBuf) );
	nLen = g_pComm->Read((BYTE *)szBuf, MAX_SIZE - 1);

	CString str;
	str.Format("%s",szBuf );
	int nPos=str.Find("CSQ: " );
	str = str.Mid( nPos+5,2 );

	iNowData = atoi(str);
	if( iNowData>=iMin && iNowData<=iMax )
		bRet = true;

	return bRet;
}
int SMS_DLLSetCallBack(PFCALLBACK Func)
{
    if( Func==NULL || gEnalbeAlarmCallBack!=NULL )
		return 0;

    gEnalbeAlarmCallBack = Func;

	MTVERIFY (g_hRunObject = ::CreateEvent(
    NULL,           /* Security */
    TRUE,           /* Manual event */
    0,              /* Clear on creation */
    0));

	DWORD dwReceiveSmsThreadId;
	MTVERIFY( g_hReceiveSmsThread = CreateThread(NULL, 0, (LPTHREAD_START_ROUTINE)ReceiveSmsThread,NULL, 0, &dwReceiveSmsThreadId) );

    return 0;
}
int MyCharCount(const char* szMsg)
{
	int i = 0;
	int nCharCount = 0;
	while(szMsg[i] != 0)
	{
		if(szMsg[i] & 0x80)
		{
			ASSERT(szMsg[i+1] & 0x80);
			if(szMsg[i+1] & 0x80)
				i++;
		}
		i++;
		nCharCount++;
	}
	return nCharCount;
}

char ACharToBChar(char c)
{
	if(c >= '0' && c <= '9')
		c = c - '0';
	else if(c >= 'A' && c <= 'F')
		c = c - 'A' + 10;
	else if(c >= 'a' && c <='f')
		c = c - 'a' + 10;
	return c;
}

char* PickSegTxt(const char* pMsgAll, char* szSeg, int nSize)
{
	char* pRtn = NULL;
	int i = 0;
	int nCharCount = 0;
	while(pMsgAll[i] != 0)
	{
		if(pMsgAll[i] & 0x80)
		{
			ASSERT(pMsgAll[i+1] & 0x80);
			if(pMsgAll[i+1] & 0x80)
				i++;
		}
		i++;
		nCharCount++;
		if(pMsgAll[i] == 0 || //已经到了结束符
			nCharCount == nSize || //大小已经达到
			nCharCount == nSize-1 && (pMsgAll[i]&0x80)) //或者只差最后一个字节并且后续的一个字节为汉字
		{
			memcpy(szSeg, pMsgAll, i);
			szSeg[i] = 0;
			if(pMsgAll[i] != 0)
				pRtn = (char*)(pMsgAll+i);
			break;
		}
	}
	return pRtn;
}

//============================================================================================
//	函数名称：Make_PDU_Number
//	函数功能：将电话号码转换为gsm pdu格式
//	函数参数：
//		[IN]	char *szNumber
//					需要转换的电话号码
//		[OUT]	char *szPDUNumber
//					转换后的电话号码
//	返回值：  
//
//============================================================================================
void Make_PDU_Number(const char *szNumber, char *szPDUNumber)
{
	char szTmp[PDU_MAXNUMLEN];
	int nType, nLen;
	
	nLen = (int)strlen(szNumber);
	
	if ( szNumber[0] == '+')
	{
		strncpy(szTmp, szNumber + 1, PDU_MAXNUMLEN);
		nType = NUM_INT;
		nLen--;
	}
	else
	{
		strncpy(szTmp,szNumber,PDU_MAXNUMLEN);
		nType = NUM_NAT;
	}//end if (szNumber[0]...)
	
	if (strlen(szTmp) % 2)
	{
		strcat(szTmp,"F");
	}
	
	SwapChars(szTmp);
	
	sprintf(szPDUNumber,"%02X%02X%s",nLen,nType,szTmp);
}

//============================================================================================
//	函数名称：Make_PDU_Message
//	函数功能：将短消息（包括电话号码、文本）转换为GSM PDU格式
//	函数参数：
//		[IN]	char *szNumber
//					需要转换的电话号码
//		[IN]	char *szMsg
//					需要转换的短消息文本
//		[IN]	BOOL bNeedReport
//					是否需要提供信息报告
//		[OUT]	char *szPDU
//					转换后的gsm pdu文本
//	返回值：  
//
//============================================================================================
void Make_PDU_Message(	const char *szNumber, 
					  const char *szMsg,
					  BOOL bNeedReport, 
					  char *szPDU )
{
	int nType, nCodingScheme;
	
	char szPDU_Number[PDU_MAXNUMLEN];
	Make_PDU_Number(szNumber,szPDU_Number);
	
	nType = 0x10 + 0x01;		// 0x11 -- 0001 0001 
	if (bNeedReport)
	{
		nType = nType + 0x20;	// 0x20 -- 0010 0000
	}
	
	nCodingScheme = 0x08;		// 0x08 -- 0000 1000 -- 16bit UCS2
	
	char szPDU_Msg[500];
	Str2PDU_Unicode(szMsg,szPDU_Msg);
	
	//sprintf(pdu,"00%02X00%s00%02XFF%02X%s",
	sprintf(szPDU,"00%02X00%s00%02X00%02X%s",
		//00 - 默认短消息中心
		nType,// FO
		//00 - TP-MO
		szPDU_Number,
		//00 - TP-PID
		nCodingScheme,
		//00 - TP-VP
		strlen(szPDU_Msg)/2,
		szPDU_Msg);
}

//============================================================================================
//	函数名称：SwapChars
//	函数功能：交换编码 13823652665F --> 3128632566F5, 用于电话号码编码
//	函数参数：
//		[IN/OUT]	char *szNumber
//					需要转换的电话号码
//	返回值：  
//
//============================================================================================
void SwapChars(char *szNumber)
{
	int nLength;
	int nPosition;
	char ch;
	nLength = (int)strlen(szNumber);
	for (nPosition=0;nPosition<nLength-1;nPosition+=2)
	{
		ch = szNumber[nPosition];
		szNumber[nPosition] = szNumber[nPosition+1];
		szNumber[nPosition+1] = ch;
	}
}

//============================================================================================
//	函数名称：Str2PDU_Unicode
//	函数功能：将普通文本转换为gsm需要的unicode编码格式(可用于中、英文模式)
//	函数参数：
//		[IN]	char *szMsg
//					需要转换的字符串文本
//		[OUT]	char *szPDU
//					转换后的pdu unicode文本
//	返回值：  
//		int		<=0 表示转换失败,否则为unicode字符长度
//
//============================================================================================
int Str2PDU_Unicode(const char *szMsg, char *szPDU)
{
	WCHAR wszPDU[PDU_MAXUNICODELEN];
	
	int nCount = MultiByteToWideChar(	CP_ACP,
		MB_PRECOMPOSED,
		szMsg,
		(int)strlen(szMsg),
		wszPDU,
		PDU_MAXUNICODELEN );
	if (nCount<1)
	{
		return 0;
	}
	
	for (int i=0;i<nCount;i++)
	{
		wsprintf(szPDU+i*4,"%4.4X",wszPDU[i]);
	}
	
	return nCount;
}

//============================================================================================
//	函数名称：GSMResponse
//	函数功能：根据GSM模块返回的数据判断GSM模块当前的状态
//	函数参数：
//		[IN]		char *szBuff
//						串口收到的数据
//		[IN]		int nCount
//						数据的个数
//		[OUT]		int &nErrorType
//						如果返回错误信息，返回的错误类型 0 - CME error, 1 - CMS error
//		[OUT]		int &nErrorCode
//						如果返回错误信息，返回的错误代码
//	返回值：  
//		int	
//				GSM_RESPONSE_NORESPONSE	0	//无响应	
//				GSM_RESPONSE_OK			1	//正确返回
//				GSM_RESPONSE_ERROR		2	//返回错误信息,含错误代码
//				GSM_RESPONSE_UNKNOWN	3	//返回无法确定的信息
//============================================================================================
int GSMResponse(const char *szBuff,int nCount, int &nErrorType, int &nErrorCode)
{
	if (nCount==0)
	{
		return GSM_RESPONSE_NORESPONSE;
	}

	if (nCount<MIN_READ_STR_LEN)
	{
		return GSM_RESPONSE_UNKNOWN;
	}

	char szResponse[MAX_TMPSTR_LEN];

	//获取信息正文
	if ( !GetValidResponse(szBuff,nCount, szResponse) )
	{
		return GSM_RESPONSE_UNKNOWN;
	}

	if (	szResponse[0]=='O' &&
			szResponse[1]=='K'  || strstr(szBuff, "OK") != NULL)
	{
		return GSM_RESPONSE_OK;
	}
		
	if (	szResponse[5]=='E' &&
			szResponse[6]=='R' &&
			szResponse[7]=='R' &&
			szResponse[8]=='O' &&
			szResponse[9]=='R' )
	{
		//Get error type
		if ( szResponse[3]=='E' )
		{
			nErrorType = GSM_CME_ERROR;
		}
		else
		{
			nErrorType = GSM_CMS_ERROR;
		}

		//get error code
		char szErrorCode[8];
		strncpy(szErrorCode,szResponse+12,strlen(szResponse)-12);
		szErrorCode[strlen(szResponse)-12] = '\0';
		nErrorCode = atoi(szErrorCode);
		
		return GSM_RESPONSE_ERROR;
	}// end if (szResponse...)
	
	return GSM_RESPONSE_UNKNOWN;
}

//============================================================================================
//	函数名称：GetValidResponse
//	函数功能：对串口返回的数据进行处理 1.判断是否有效 2.去掉首尾多余信息 3.返回有意义的数据
//	函数参数：
//		[IN]		char *szBuff
//						串口收到的数据
//		[IN]		int nCount
//						数据的个数
//		[OUT]		char *szResponse
//						返回的(关键)正文信息
//	返回值：  
//		BOOL		成功为TRUE,否则FALSE
//============================================================================================
BOOL GetValidResponse(const char *szBuff, int nCount, char *szResponse)
{
	if ( nCount<6 )
	{
		return FALSE;
	}
	
//	if (	szBuff[nCount-1] != 0x0A ||
//		szBuff[nCount-2] != 0x0D )
//	{
//		return FALSE;
//	}
	
	for (int i=nCount-3;i>0;i--)
	{
		if ( szBuff[i]==0x0A && szBuff[i-1]==0x0D )
		{
			break;
		}//end if
	}//end for
	
	if (i<1)
	{
		return FALSE;
	}
	
	strncpy(szResponse,szBuff+i+1,nCount-2-(i+1) );
	szResponse[nCount-2-(i+1)] = '\0';
	return TRUE;
}


//============================================================================================
int SendSMS(
			 const char *szNo,
			 const char *szMsg,
			 char* szEvent
			 )
{
    char WriteBuff[MAX_WRITE_STR_LEN+1] = {0};
	char ReadBuff[MAX_READ_STR_LEN+1] = {0};
	int iOffset = 0;
	int iDataLength = 0;
	char szTmp[MAX_TMPSTR_LEN+1] = {0};
	int nTmp;

	char szPDU[512];
	Make_PDU_Message(szNo,szMsg,FALSE,szPDU);
	
	sprintf(WriteBuff,"AT+CMGS=");
	iOffset += 8;
	sprintf(WriteBuff+iOffset,"%03d",strlen(szPDU)/2-1);
	iOffset = (int)strlen(WriteBuff);
	WriteBuff[iOffset] = 0x0d;
	iOffset++;

	//LOG4C_HEX_DUMP((LOG_NOTICE, WriteBuff, iOffset));
	g_pComm->Write((BYTE*)WriteBuff, iOffset);
	g_pComm->Read((BYTE*)szTmp, MAX_READ_STR_LEN);
	
	iOffset = 0;
	sprintf(WriteBuff+iOffset,szPDU);
	iOffset += (int)strlen(szPDU);
	WriteBuff[iOffset++] = 0x1a;
	//LOG4C_HEX_DUMP((LOG_NOTICE, WriteBuff, iOffset));
	g_pComm->Write((BYTE*)WriteBuff, iOffset);	

	int nErrorType,nErrorCode;					//发送错误类型、编码
	int nResponse = GSM_RESPONSE_NORESPONSE;	//发送结果
	Sleep(3000);//发送完短信时等待3秒发送
	do 
	{
		nTmp = g_pComm->Read((BYTE*)szTmp,MAX_READ_STR_LEN);
		if (nTmp>0 && iDataLength < MAX_READ_STR_LEN)
		{
			strncpy(ReadBuff+iDataLength,szTmp,nTmp);
			iDataLength += nTmp;
		}
		else
			break;
	} while(1);
	nResponse = GSMResponse(ReadBuff,iDataLength,nErrorType,nErrorCode);
	
	switch(nResponse) 
	{
	case GSM_RESPONSE_OK:
		sprintf(szEvent,"Send OK!");
		return 0;
		break;
		
		
	case GSM_RESPONSE_NORESPONSE:
		sprintf(szEvent,"GSM Modem No Response! Please Check The Connection!");
		return ERR_CODE_SMS_GSM_NO_RESPONSE;
		break;

	case GSM_RESPONSE_ERROR:
		sprintf(szEvent,"Send fail! The card maybe has little money, Please recharge!");
		return ERR_CODE_SMS_GSM_ERROR_RESPONSE;
		break;
		
	case GSM_RESPONSE_UNKNOWN:
		sprintf(szEvent,"Send Timeout. The Message may Send OK!");
		return ERR_CODE_SMS_GSM_UNKOWN_RESPONSE;
	default:
		sprintf(szEvent,"Send Timeout. The Message may Send OK!");
		return ERR_CODE_SMS_GSM_UNKOWN_RESPONSE;
	}//end switch

	return ERR_CODE_SMS_GSM_UNKOWN_RESPONSE;
}

int ReceiveSms(int iIndex, char* strTelFrom, char* strTime, char* strReceiveMsg, int nCharSize)
{
	int nRet=-1;//0：关闭报警 1：恢复正常

	char szBuf[MAX_SIZE] = {0};
	//取号码
	strcpy(szBuf, "AT+CMGF=1\r");
	int nLen = g_pComm->Write((BYTE *)szBuf, (int)strlen(szBuf));
	nLen = g_pComm->Read((BYTE *)szBuf, MAX_SIZE - 1);

	//int nLen=0;

	sprintf(szBuf, "AT+CMGR=%d\r", 2);
	nLen = g_pComm->Write((BYTE *)szBuf, (int)strlen(szBuf));
	nLen = g_pComm->Read((BYTE *)szBuf, 511);

	CString str;

	int nReaded = 0;
	int nTelServiceType = 0x91;
	int nTelType = 0x91;
	char szTelService[512] = {0};
	char szTel[512] = {0};
	char szTime[512] = {0};
	char szWideBuf[512] = {0};
	char szReceiAscii[512] = {0};
	char *pData = strstr(szBuf, "+CMGR:");
	char *pOK = strstr(szBuf, "\r\nOK\r\n");
	if(pData!= NULL && pOK!=NULL && pOK>pData)
	{
		//pOK[0] = 0;
		memset(pOK, 0, strlen("\r\nOK\r\n"));
		char* pTemp = pData+6;//strlen("+CMGR:") = 6;
		nReaded = atoi(pTemp);//短信已读取标志和类型
		pTemp = strstr(pTemp, "\r\n");
		ASSERT(pTemp);
		if(pTemp && strlen(pTemp) > 2+5+5+14)//至少有4个元素："\r\n"(=2), 服务中心码（>5），接受中心码(>5)，时间(=14)， 
		{
			pTemp = pTemp + 2;//strlen("\r\n") = 2;
			//取发送短信的服务器号码：
			int nLenTelNo = 0;
			nLenTelNo = nLenTelNo*16 + ACharToBChar(pTemp[0]);
			nLenTelNo = nLenTelNo*16 + ACharToBChar(pTemp[1]);
			nLenTelNo = 13;//这个长度分析有问题,先定死为13.
			nTelServiceType = 0;
			nTelServiceType = nTelServiceType*16 + ACharToBChar(pTemp[2]);
			nTelServiceType = nTelServiceType*16 + ACharToBChar(pTemp[3]);
			int nOffset = 0;
			if(nTelServiceType == 0x91)
			{
				szTelService[nOffset++] = '+';
			}
			pTemp = pTemp + 4;
			int nLenTelNoFix = nLenTelNo + (nLenTelNo%2);
			for(int i = 0; i < nLenTelNo; i+=2)
			{
				szTelService[nOffset++] = pTemp[i+1];
				szTelService[nOffset++] = pTemp[i+0];
			}
			if(szTelService[nOffset-1] == 'F')
				szTelService[nOffset-1] = 0;
			pTemp += nLenTelNoFix;
			pTemp += 2;//暂不知道服务器号码后的两个字节是干么用的
			//取发送短信的手机的号码
			nLenTelNo = 0;
			nLenTelNo = nLenTelNo*16 + ACharToBChar(pTemp[0]);
			nLenTelNo = nLenTelNo*16 + ACharToBChar(pTemp[1]);
			nTelType = 0;
			nTelType = nTelType*16 + ACharToBChar(pTemp[2]);
			nTelType = nTelType*16 + ACharToBChar(pTemp[3]);
			nOffset = 0;
			if(nTelType == 0x91)
			{
				szTel[nOffset++] = '+';
			}
			pTemp = pTemp + 4;
			nLenTelNoFix = nLenTelNo + (nLenTelNo%2);
			for(i = 0; i < nLenTelNo; i+=2)
			{
				szTel[nOffset++] = pTemp[i+1];
				szTel[nOffset++] = pTemp[i+0];
			}
			if(szTel[nOffset-1] == 'F')
				szTel[nOffset-1] = 0;
			pTemp += nLenTelNoFix;
			pTemp += 4;//暂不知道手机号码后的四个字节是干么用的
			// 取日期
			nOffset = 0;
			ASSERT(strlen(pTemp) >=14);
			for(i = 0; i < 14; i+=2)
			{
				szTime[nOffset++] = pTemp[i+1];
				szTime[nOffset++] = pTemp[i+0];
			}
			pTemp += 14;
			pTemp += 2;//日期后的两个字节不知道是什么.
			//取短信内容
			strcpy(szWideBuf, pTemp);//留下原文备用
			unsigned short szShort[MAX_SIZE] = {0};
			nLen = (int)strlen(pTemp)-2;//最后两个字节是校验,不计
			str.Format("%s",pTemp );

			if( (str.Left(1)=='o' || str.Left(1)=='O') && nLen==8 )
				nRet = 1;
			else if( (str.Left(1)=='c' || str.Left(1)=='C') && nLen==10 )
				nRet = 0;

			//for(i = 0; i < nLen; i+=4)
			//{
			//	szShort[i/4] = 0;
			//	szShort[i/4] = szShort[i/4]*16 + ACharToBChar(pTemp[i+0]);
			//	szShort[i/4] = szShort[i/4]*16 + ACharToBChar(pTemp[i+1]);
			//	szShort[i/4] = szShort[i/4]*16 + ACharToBChar(pTemp[i+2]);
			//	szShort[i/4] = szShort[i/4]*16 + ACharToBChar(pTemp[i+3]);
			//}
			//for(i = 0; i < nLen; i+=2)
			//{
			//	szShort[i/2] = 0;
			//	szShort[i/2] = szShort[i/2]*16 + ACharToBChar(pTemp[i+0]);
			//	szShort[i/2] = szShort[i/2]*16 + ACharToBChar(pTemp[i+1]);
			//	//szShort[i/4] = szShort[i/4]*16 + ACharToBChar(pTemp[i+2]);
			//	//szShort[i/4] = szShort[i/4]*16 + ACharToBChar(pTemp[i+3]);
			//}
			
			nLen = WideCharToMultiByte(CP_ACP, 0, (LPCWSTR)_T(szShort), nLen, szReceiAscii, MAX_SIZE-1, NULL, NULL);
		}

	}
	//////////////////////////////////////////////////////////////////////////
	//显示
	if(strlen(szTel) < UINT(nCharSize))
		strcpy(strTelFrom, szTel);
	if(strlen(szTime) < UINT(nCharSize))
		strcpy(strTime, szTime);
	if(strlen(szReceiAscii) < UINT(nCharSize))
		strcpy(strReceiveMsg, szReceiAscii);

	////清除
	//if(strlen(strTelFrom) > 0)
	//{
	//	sprintf(szBuf, "AT+CMGD=%d\r", iIndex);
	//	nLen = g_pComm->Write((BYTE *)szBuf, (int)strlen(szBuf));
	//	nLen = g_pComm->Read((BYTE *)szBuf, MAX_SIZE - 1);
	//}
	//
	return nRet;//return strlen(strTelFrom) > 0;
}

DWORD WINAPI ReceiveSmsThread(LPVOID lpParameter)
{
	do
	{
		char sTelFrom[MAX_SIZE],sTime[MAX_SIZE],sReceiveMsg[MAX_SIZE];
		int nRet = ReceiveSms( 1, sTelFrom, sTime, sReceiveMsg, MAX_SIZE );
		if( nRet==1 )
		{
			gEnalbeAlarmCallBack( nRet );
		}
		else if( nRet==0 )
		{
			gEnalbeAlarmCallBack( nRet );
		}


	}while( WaitForSingleObject( g_hRunObject, 500L ) == WAIT_TIMEOUT );

	return 0;
}