计算机COM口数据测试

计算机COM口数据测试
一、基本使用流程

程序需要以管理员身份运行，COM口回路测试需短接2,3pin，测试时候使用控制台，配置测试相关路径，并在测试完成后

1.测试配置路径D:\bigdata\INI\FWCOM.ini

2.测试完成后需要在路径D:\bigdata\LOG\生成测试FWCOM.log文件

程序运行结果示意图

运行完成后的日志文件示意图

二、软件设计
源码分为三个部分，common.cpp基本基本信息配置，function.cpp完成功能实现，最后通过main.cpp运行整个程序

common.cpp

配置函数代码

#undef UNICODE

#include "common.h"

#include "Config.h"

void TextColor(int color)

{

	HANDLE stdH = GetStdHandle(STD_OUTPUT_HANDLE);

	SetConsoleTextAttribute(stdH, color);

}

void PASS()

{

	printf("The test is: ");

	TextColor(GREEN);

	printf("passed");

	printf("\n");

	printf("\n");

	TextColor(WHITE);

}

void FAIL()

{

	printf("The test is: ");

	TextColor(RED);

	printf("failed");

	printf("\n");

	printf("\n");

	TextColor(WHITE);

}

DWORD SubSystemID(MBTYPE mb[])

{

	DWORD decSubSystemID = 0;

	DWORD aimSubSystemID = 0;

	//	BYTE bus = pciSelect[0], dev = pciSelect[1], func = pciSelect[2], offset = 0x2c;

	BYTE bus = 0;

	BYTE dev = 0;

	BYTE func = 0;

	BYTE offset = 0;

	DWORD address = 0;

	for (int i = 0; i < sizeof(mb); i++)

	{

		//		printf("i = %d\n", i);

		if (mb[i].subSystemId != 0)

		{

			bus = mb[i].bus;

			dev = mb[i].dev;

			func = mb[i].fun;

			offset = mb[i].subSystemIdOffset;

			aimSubSystemID = mb[i].subSystemId;

			address = MAKE_CONFIG_ADDRESS(bus, dev, func, offset);

			FoxLib_SetPortVal(PCI_CONFIG_ADDRESS, address, 4);

			FoxLib_GetPortVal(PCI_CONFIG_DATA, &decSubSystemID, 4);

#ifdef DEBUG

			printf("aimSubSystemID = \"%x\", decSubSystemID = \"%x\"\n", aimSubSystemID, decSubSystemID);

#endif

			if (aimSubSystemID == decSubSystemID)

			{

				return 0;

			}

		}

	}

	printf("Not support MB!\n");

	return 1;

}

void GetGlobalData(char* name)

{

	int i = 0;

	int index = 0;

	int toolSelect = 0;

	if (strstr(name, "hwm") != NULL)

	{

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cFanName[i][0] != '\0')

			{

				iFanIndex[index] = i;

				index++;

				iAllFanNum++;

			}

		}

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cTempName[i][0] != '\0')

			{

				iTempIndex[index] = i;

				index++;

				iAllTempNum++;

			}

		}

#ifdef DEBUG

		printf("iAllFanNum = %d, iAllTempNum = %d\n", iAllFanNum, iAllTempNum);

#endif

	}

	else if (strstr(name, "idchk") != NULL)

	{

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cIdChkName[i][0] != '\0')

			{

				iIdChkIndex[index] = i;

				index++;

				iAllIdChkNum++;

			}

		}

#ifdef DEBUG

		printf("iAllIdChkNum = %d\n", iAllIdChkNum);

#endif

	}

	else if (strstr(name, "pcie") != NULL)

	{

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cPcieName[i][0] != '\0')

			{

				iPcieIndex[index] = i;

				index++;

				iAllPcieNum++;

			}

		}

#ifdef DEBUG

		printf("iAllPcieNum = %d\n", iAllPcieNum);

#endif

	}

	else if (strstr(name, "sata") != NULL)

	{

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cSataSpdName[i][0] != '\0')

			{

				iSataSpdIndex[index] = i;

				index++;

				iAllSataSpdNum++;

			}

		}

#ifdef DEBUG

		printf("iAllSataSpdNum = %d\n", iAllSataSpdNum);

#endif

	}

	else if (strstr(name, "fntpnl") != NULL)

	{

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cFntpnlName[i][0] != '\0')

			{

				iFntpnlIndex[index] = i;

				index++;

				iAllFntpnlNum++;

			}

		}

#ifdef DEBUG

		printf("iAllFntpnlNum = %d\n", iAllFntpnlNum);

#endif

	}

	else if (strstr(name, "jumper") != NULL)

	{

		index = 1;

		for (i = 0; i < cTINumberMax; i++)

		{

			if (cJumperName[i][0] != '\0')

			{

				iJumperIndex[index] = i;

				index++;

				iAllJumperNum++;

			}

		}

#ifdef DEBUG

		printf("iAllJumperNum = %d\n", iAllJumperNum);

#endif

	}

}

int GetDataFromConfig(char* fileName, char* dataConfigAppName, char configItemKey[CONFIGNUM][CONFIGDATALENGTH], char dataArray[CONFIGNUM][CONFIGDATALENGTH])

{

	int ret = 0;

	LPTSTR lpReturnedString = NULL;

	LPCTSTR lpFileName = NULL;

	lpReturnedString = (char*)malloc(MAX_PATH);

	memset(lpReturnedString, 0, MAX_PATH);

	int itemNum = 0;

	int itemOffset = 0;

	while (1)

	{

		GetPrivateProfileString(dataConfigAppName, configItemKey[itemNum], NULL, lpReturnedString, MAX_PATH, fileName);

		if (*lpReturnedString == '\0')

		{

#ifdef DEBUG

			printf("Input data error\n");

			printf("-- dataConfigAppName = %s, itemKey = %s, lpReturnedString = %s, fileName = %s\n", dataConfigAppName, configItemKey[itemNum], lpReturnedString, fileName);

#endif

			ret = 1;

			break;

		}

		else

		{

			itemOffset = 0;

			while (lpReturnedString)

			{

				if (*lpReturnedString == '\0')

				{

					break;

				}

				dataArray[itemNum][itemOffset] = *lpReturnedString;

				itemOffset++;

				lpReturnedString++;

			}

			lpReturnedString -= itemOffset;

#ifdef DEBUG

			printf("dataConfigAppName = %s, itemKey = %s, lpReturnedString = %s, fileName = %s\n", dataConfigAppName, configItemKey[itemNum], lpReturnedString, fileName);

#endif

			itemNum++;

		}

		memset(lpReturnedString, 0, strlen((char*)lpReturnedString));

	}

	return ret;

}

int LogName(char* logName, char* configName)

{

	int lengthConName = strlen(configName);

	int i = 0;

	for (i = 0; i < (lengthConName - 4); i++)

	{

		*logName = *configName;

		logName++;

		configName++;

	}

	logName -= i;

	sprintf(logName, "%s.TXT", logName);

#ifdef DEBUG

	printf("*logName = \"%s\"\n", logName);

#endif

	FILE* fd = NULL;

	fd = fopen(lpLogFileName, "a+");

	if (fd == NULL)

	{

		printf("Create the log file %s failed\n", lpLogFileName);

		return 1;

	}

	return 0;

}

functonc.cpp

功能函数代码

#include "function.h"

#include "..\Common\ExConfig.h"

#define BASSADDRONE 0x3F8

HANDLE hCom;

DCB dcb = { sizeof(DCB) };

char com[5];

int Baudrate[3] = { 0 };

DWORD send_data = 'E';

DWORD resv_data = 'A';

/*

函数功能：设置串口（com）基本配置信息

参数：	baudrate	波特率

		cts	（clear to send）清除发送

		dtr	（data set ready）数据终端准备好

		rts	（request to send）请求数据发送

		dsr	（data set ready）数据准备好

		errorcode  错误代码

		支持硬控件流的UART

*/

int SerialSetting(int baudrate, int cts, int dtr, int rts, char errorCode[])

{

	dcb.fDtrControl = DTR_CONTROL_DISABLE;

	dcb.fRtsControl = RTS_CONTROL_DISABLE;

	if (hCom != INVALID_HANDLE_VALUE)

	{

		CloseHandle(hCom);

	}

	hCom = CreateFile(com, GENERIC_READ | GENERIC_WRITE, 0, NULL, OPEN_EXISTING, 0, NULL);

	if (hCom == INVALID_HANDLE_VALUE) {

		strcpy_s(itemLog[iItemLogNum].TM_STATUS, "FAIL");

		strcpy_s(itemLog[iItemLogNum].TM_FAILINFO, "DEVICE NO FOUND");

		strcpy_s(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

		TextColor(RED);

		printf("%s NO FOUND\n\n", com);

		TextColor(WHITE);

		iItemLogNum++;

		return 1;

	}

	system("pause");

	GetCommState(hCom, &dcb);

	dcb.BaudRate = baudrate;

	dcb.ByteSize = 8;

	dcb.Parity = NOPARITY;

	dcb.StopBits = ONESTOPBIT;

	dcb.fOutxCtsFlow = cts;

	dcb.fDtrControl = dtr;

	dcb.fRtsControl = rts;

	int fSuccess = SetCommState(hCom, &dcb);

	if (!fSuccess)	return 1;

	int maskstatus = SetCommMask(hCom, EV_RXCHAR);

	if (maskstatus == 0)	return 1;

	int setupstatus = SetupComm(hCom, 4096, 4096);

	if (setupstatus == 0)	return 1;

	int purgestatus = PurgeComm(hCom, PURGE_TXABORT | PURGE_RXABORT | PURGE_TXCLEAR | PURGE_RXCLEAR);

	if (purgestatus == 0)	return 1;

	COMMTIMEOUTS CommTimeouts;

	CommTimeouts.ReadIntervalTimeout = MAXDWORD;

	CommTimeouts.ReadTotalTimeoutConstant = 1000;

	CommTimeouts.ReadTotalTimeoutMultiplier = 0;

	CommTimeouts.WriteTotalTimeoutConstant = 1000;

	CommTimeouts.WriteTotalTimeoutMultiplier = 0;

	BOOL bTimeOutResult = SetCommTimeouts(hCom, &CommTimeouts);

	if (bTimeOutResult == 0)	return 1;

	return 0;

}

//串口初始化

int InitCOMOne()

{

	int Status = 0;	//状态（成功或失败）

	DWORD sataStatus = 0x0;	//读写地址数据

	Status = FoxLib_SetPortVal(BASSADDRONE + 1, 0, 1);

	if (Status != 0x0)

		return Status;

	Status = FoxLib_SetPortVal(BASSADDRONE + 3, 0x80, 1);

	if (Status != 0x0)

		return Status;

	FoxLib_GetPortVal(BASSADDRONE + 0, &sataStatus, 1);

	Status = FoxLib_SetPortVal(BASSADDRONE + 0, 0x0C, 1);

	if (Status != 0x0)

		return Status;

	Status = FoxLib_SetPortVal(BASSADDRONE + 1, 0x00, 1);

	if (Status != 0x0)

		return Status;

	Status = FoxLib_SetPortVal(BASSADDRONE + 3, 0x03, 1);

	if (Status != 0x0)

		return Status;

	return 0x0;

}

//串口发送数据

int Send_COMOne(DWORD my_date)

{

	int Status = 0;	//状态（成功或失败）

	DWORD sataStatus = 0x0;	//读写地址数据

	UINT32 count = 10000;

	FoxLib_GetPortVal(BASSADDRONE + 5, &sataStatus, 1);

	while (!(sataStatus & 0x20) && (count > 0))

	{

		count--;

		FoxLib_GetPortVal(BASSADDRONE + 5, &sataStatus, 1);

	}

	if (count > 0)

	{

		printf("Count:%d\n", count);

		Status = FoxLib_SetPortVal(BASSADDRONE + 0, my_date, 1);

		if (Status != 0x0)

		{

			return Status;

		}

		printf("Send_COM data %c ", my_date);  //发送数据打印

		TextColor(GREEN);

		printf("Success!\n");

		TextColor(WHITE);

		return 0x0;

	}

	else

	{

		printf("Send_COM data %c ", my_date);

		TextColor(RED);

		printf("Failed!\n\n");

		TextColor(WHITE);

		return 0x01;

	}

}

//串口接收数据

int Recv_COMOne(DWORD* my_date)

{

	DWORD sataStatus = 0;	//读写地址数据

	UINT8 cn = 0;

	while (cn < 100)

	{

		FoxLib_GetPortVal(BASSADDRONE + 5, &sataStatus, 1);

		if (sataStatus & 0x01)

			break;

		else

		{

			Sleep(100);

			cn++;

		}

	}

	FoxLib_GetPortVal(BASSADDRONE + 5, &sataStatus, 1);

	if (sataStatus & 0x01)

	{

		FoxLib_GetPortVal(BASSADDRONE + 0, my_date, 1);

		printf("Recv_COM data  %c ", *my_date);

		TextColor(GREEN);

		printf("Success!\n");

		TextColor(WHITE);

		return 0x0;

	}

	else

	{

		printf("Received data ");

		TextColor(RED);

		printf("Failed!\n\n");

		TextColor(WHITE);

		return 0x01;

	}

}

int IDCheckMain(char* fileName, char dataConfigAppName[cTINumberMax][cTINameMax], BYTE Num)

{

	int ret = 0;

	WORD venID = 0, devID = 0, revID = 0;

	char dataConfigArray[CONFIGNUM][CONFIGDATALENGTH];

	memset(dataConfigArray, 0, CONFIGNUM * CONFIGDATALENGTH);

	char aimTestLocation[30] = { '\0' };

	char aimTestErrorcode[30] = { '\0' };

	strcpy(headLog.T_DEVICE, "IdCheck");

	int iNum = 0;

#ifdef DEBUG

	printf("Num = %d, iIdChkCurrentNum = %d, iAllIdChkNum + 1 = %d\n", Num, iIdChkCurrentNum, iAllIdChkNum + 1);

#endif

	if (iIdChkCurrentNum == (iAllIdChkNum + 1))

	{

		strcpy(headLog.T_CAPTION, "All");

		for (iNum = 1; iNum < iIdChkCurrentNum; iNum++)

		{

			GetDataFromConfig(fileName, dataConfigAppName[iIdChkIndex[iNum]], configItemKeyIDchk, dataConfigArray);

			venID = AtoX(dataConfigArray[0]);

			memset(dataConfigArray[0], 0, strlen((char*)dataConfigArray[0]));

			devID = AtoX(dataConfigArray[1]);

			memset(dataConfigArray[1], 0, strlen((char*)dataConfigArray[1]));

			revID = AtoX(dataConfigArray[2]);

			memset(dataConfigArray[2], 0, strlen((char*)dataConfigArray[2]));

			strcpy(aimTestLocation, dataConfigArray[3]);

			memset(dataConfigArray[3], 0, strlen((char*)dataConfigArray[3]));

			strcpy(aimTestErrorcode, dataConfigArray[4]);

			memset(dataConfigArray[4], 0, strlen((char*)dataConfigArray[4]));

#ifdef DEBUG

			printf("**iFanNum = %d, venID = %X, devID = %X, revID = %X\n", iNum, venID, devID, revID);

			printf("**aimTestLocation = %s\n", aimTestLocation);

			printf("**aimTestErrorcode = %s\n", aimTestErrorcode);

#endif

			ret += IDCheck(cIdChkName[iIdChkIndex[iNum]], venID, devID, revID, aimTestLocation, aimTestErrorcode);

			memset(aimTestLocation, 0, strlen(aimTestLocation));

			memset(aimTestErrorcode, 0, strlen(aimTestErrorcode));

		}

	}

	else

	{

		GetDataFromConfig(fileName, dataConfigAppName[iIdChkIndex[Num]], configItemKeyIDchk, dataConfigArray);

		venID = AtoX(dataConfigArray[0]);

		memset(dataConfigArray[0], 0, strlen((char*)dataConfigArray[0]));

		devID = AtoX(dataConfigArray[1]);

		memset(dataConfigArray[1], 0, strlen((char*)dataConfigArray[1]));

		revID = AtoX(dataConfigArray[2]);

		memset(dataConfigArray[2], 0, strlen((char*)dataConfigArray[2]));

		strcpy(aimTestLocation, dataConfigArray[3]);

		memset(dataConfigArray[3], 0, strlen((char*)dataConfigArray[3]));

		strcpy(aimTestErrorcode, dataConfigArray[4]);

		memset(dataConfigArray[4], 0, strlen((char*)dataConfigArray[4]));

#ifdef DEBUG

		printf("*venID = %X, devID = %X, revID = %X\n", venID, devID, revID);

		printf("**aimTestLocation = %s\n", aimTestLocation);

		printf("**aimTestErrorcode = %s\n", aimTestErrorcode);

#endif

		strcpy(headLog.T_CAPTION, cIdChkName[Num]);

		strcpy(headLog.T_LOCATION, aimTestLocation);

		ret = IDCheck(cIdChkName[Num], venID, devID, revID, aimTestLocation, aimTestErrorcode);

		memset(aimTestLocation, 0, strlen(aimTestLocation));

		memset(aimTestErrorcode, 0, strlen(aimTestErrorcode));

	}

	tEndTime = getEndTime(endTime);

	time(&tEndTime);

	strcpy(headLog.T_ENDTIME, endTime);

	memset(durTime, 0, LENGTHA);

	sprintf(durTime, "%d", int(difftime(tEndTime, tStartTime)));

	//getDURTime(tEndTime, tStartTime, durTime);

	strcpy(headLog.T_DURATION, durTime);

	if (ret == 0)

	{

		strcpy(headLog.T_STATUS, "PASS");

	}

	else

	{

		strcpy(headLog.T_STATUS, "FAIL");

	}

	HeadLogRecord(headLog);

	for (int i = 0; i < iItemLogNum; i++)

	{

		ItemLogRecord(itemLog[i]);

	}

	WriteLogRecord(lpLogFileName);

	return ret;

}

DWORD getBusDevFun(DWORD code)

{

	int iRet = 0;

	BYTE offset = 0;

	DWORD dwAddr = 0, dwData = 0, ClassCode = 0;

	for (BYTE i = 0; i < 255; i++)

	{

		BYTE bus = i;

		for (BYTE j = 0; j < 32; j++)

		{

			BYTE dev = j;

			for (BYTE k = 0; k < 8; k++)

			{

				BYTE func = k;

				//check the invalid vendor ID

				offset = 0x00;

				dwAddr = MAKE_CONFIG_ADDRESS(bus, dev, func, offset);

				FoxLib_SetPortVal(PCI_CONFIG_ADDRESS, dwAddr, 4);

				FoxLib_GetPortVal(PCI_CONFIG_DATA, &dwData, 4);

				//	dwData = 0xffffffff;

				DWORD IDCode = dwData;

				if (code == IDCode)

				{

					return (bus << 16) + (dev << 8) + func;

				}

			}

		}

	}

	return 0;

}

//保留idcheck内容，但是这里不使用

int IDCheck(char para[], WORD inVenID, WORD inDevID, WORD inRevID, char subLocation[], char errorCode[])

{

	int result = 1;

	WORD venID = 0, devID = 0, revID = 0;

	WORD devIdTemp1 = 0, devIdTemp2 = 0, devIdTemp3 = 0;

	WORD devIdTemp = 0;

	WORD devIDH = 0, devIDL = 0;

	int bus = 0, dev = 0, func = 0;

	DWORD dwAddr = 0, dwData = 0, classCode = 0;

	BYTE indexPort = 0x2e, dataPort = 0x2f;

	//	BYTE byteData;

	BYTE offset = 0;

	BOOL flag = TRUE;

	BOOL bLanOK = TRUE;

	WORD ecAddr = 0, ecAddrH = 0, ecAddrL = 0;

	WORD ecData = 0;

	//for creat log .txt

	if (strcmpi(para, "sio") == 0)

	{

		//ITE test should add next 4 lines to enter PNP mode

		FoxLib_SetPortVal(indexPort, 0x87, 1);

		FoxLib_SetPortVal(indexPort, 0x01, 1);

		FoxLib_SetPortVal(indexPort, 0x55, 1);

		FoxLib_SetPortVal(indexPort, 0x55, 1);

		//get the vendor (NUVOTON)

		FoxLib_SetPortVal(0x2e, 0x20, 1);

		FoxLib_GetPortVal(0x2f, (PDWORD)&devIdTemp1, 1);

		FoxLib_SetPortVal(0x2e, 0x21, 1);

		FoxLib_GetPortVal(0x2f, (PDWORD)&devIdTemp2, 1);

		FoxLib_SetPortVal(0x2e, 0x22, 1);

		FoxLib_GetPortVal(0x2f, (PDWORD)&devIdTemp3, 1);

		venID = 0;

		devID = (devIdTemp1 << 8) + devIdTemp2;

		revID = devIdTemp3;

		strcpy(itemLog[iItemLogNum].TM_SUBLOCATION, "DeviceID");

		strcpy(itemLog[iItemLogNum].TM_TESTITEM, para);

		sprintf(itemLog[iItemLogNum].TM_EXPVALUE1, "%04X", inDevID);

		sprintf(itemLog[iItemLogNum].TM_ACTVALUE1, "%04X", devID);

		if (inDevID != devID)

		{

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "expValue not equal actValue_");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "fail");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

		}

		else {

			strcpy(itemLog[iItemLogNum].TM_STATUS, "PASS");

		}

		iItemLogNum++;

		strcpy(itemLog[iItemLogNum].TM_SUBLOCATION, "RevisionID");

		strcpy(itemLog[iItemLogNum].TM_TESTITEM, para);

		sprintf(itemLog[iItemLogNum].TM_EXPVALUE1, "%04X", inRevID);

		sprintf(itemLog[iItemLogNum].TM_ACTVALUE1, "%04X", revID);

		if (inRevID != revID)

		{

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "expValue not equal actValue_");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "fail");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

		}

		else {

			strcpy(itemLog[iItemLogNum].TM_STATUS, "PASS");

		}

		iItemLogNum++;

	}

	else

	{

		if (strcmpi(para, "pch") == 0)

		{

#ifdef DEBUG

			printf("\n*********\n");

#endif

			// bus 00 dev 1f func 00

			/*int BusDevFun = getBusDevFun(0X06848086);

			bus = (BusDevFun >> 16)&0xff;

			dev = (BusDevFun >> 8)&0xff;

			func = BusDevFun & 0Xff;*/

			bus = 0x00;

			dev = 0x1F;

			func = 0x00;

		}

		else if (strcmpi(para, "audio") == 0)

		{

			// bus 00 dev 1f func 03

			/*int BusDevFun = getBusDevFun(0X06C88086);

			bus = (BusDevFun >> 16) & 0xff;

			dev = (BusDevFun >> 8) & 0xff;

			func = BusDevFun & 0Xff;*/

			bus = 0x00;

			dev = 0x1F;

			func = 0x03;

		}

		else if (strcmpi(para, "lan") == 0)

		{

			int BusDevFun = getBusDevFun(0X816810EC);

			bus = (BusDevFun >> 16) & 0xff;

			dev = (BusDevFun >> 8) & 0xff;

			func = BusDevFun & 0Xff;

		}

		if (bLanOK == TRUE)

		{

			dwAddr = MAKE_CONFIG_ADDRESS(bus, dev, func, 0x00);

			FoxLib_SetPortVal(PCI_CONFIG_ADDRESS, dwAddr, 4);

			FoxLib_GetPortVal(PCI_CONFIG_DATA, &dwData, 4);

			venID = (WORD)dwData;

			devID = (WORD)(dwData >> 16);

			dwAddr = MAKE_CONFIG_ADDRESS(bus, dev, func, 0x08);

			FoxLib_SetPortVal(PCI_CONFIG_ADDRESS, dwAddr, 4);

			FoxLib_GetPortVal(PCI_CONFIG_DATA, &dwData, 4);

			revID = (BYTE)dwData;

		}

		strcpy(itemLog[iItemLogNum].TM_SUBLOCATION, "VendorID");

		strcpy(itemLog[iItemLogNum].TM_TESTITEM, para);

		sprintf(itemLog[iItemLogNum].TM_EXPVALUE1, "%04X", inVenID);

		sprintf(itemLog[iItemLogNum].TM_ACTVALUE1, "%04X", venID);

		if (inVenID != venID)

		{

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "expValue not equal actValue_");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "fail");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

		}

		else {

			strcpy(itemLog[iItemLogNum].TM_STATUS, "PASS");

		}

		iItemLogNum++;

		strcpy(itemLog[iItemLogNum].TM_SUBLOCATION, "DeviceID");

		strcpy(itemLog[iItemLogNum].TM_TESTITEM, para);

		sprintf(itemLog[iItemLogNum].TM_EXPVALUE1, "%04X", inDevID);

		sprintf(itemLog[iItemLogNum].TM_ACTVALUE1, "%04X", devID);

		if (inDevID != devID)

		{

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "expValue not equal actValue_");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "fail");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

		}

		else {

			strcpy(itemLog[iItemLogNum].TM_STATUS, "PASS");

		}

		iItemLogNum++;

		strcpy(itemLog[iItemLogNum].TM_SUBLOCATION, "RevisionID");

		strcpy(itemLog[iItemLogNum].TM_TESTITEM, para);

		sprintf(itemLog[iItemLogNum].TM_EXPVALUE1, "%04X", inRevID);

		sprintf(itemLog[iItemLogNum].TM_ACTVALUE1, "%04X", revID);

		if (inRevID != revID)

		{

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "expValue not equal actValue_");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "fail");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

		}

		else {

			strcpy(itemLog[iItemLogNum].TM_STATUS, "PASS");

		}

		iItemLogNum++;

	}

	if (venID == inVenID && devID == inDevID && revID == inRevID)

	{

		printf("aimvenid: %04X\t aimdevid: %04X\t aimrevid: %04X\n", inVenID, inDevID, inRevID);

		printf("actvenid: %04X\t actdevid: %04X\t actrevid: %04X\n", venID, devID, revID);

		printf("%s ID test is: ", para);

		TextColor(GREEN);

		printf("passed!\n");

		TextColor(WHITE);

		result = 0;

	}

	else

	{

		printf("aimvenid: %04X\t aimdevid: %04X\t aimrevid: %04X\n", inVenID, inDevID, inRevID);

		printf("actvenid: %04X\t actdevid: %04X\t actrevid: %04X\n", venID, devID, revID);

		printf("%s ID test is: ", para);

		TextColor(RED);

		printf("failed!\n");

		TextColor(WHITE);

		result = 1;

	}

	return result;

}

int FwComMain(char* fileName, char dataConfigAppName[cTINumberMax][cTINameMax], BYTE Num)

{

	int nRetCode = 0;

	int iNum = 0;

	char dataConfigArray[CONFIGNUM][CONFIGDATALENGTH];

	memset(dataConfigArray, 0, CONFIGNUM * CONFIGDATALENGTH);

	char aimTestLocation[30] = { '\0' };

	char aimTestErrorcode[30] = { '\0' };

	strcpy(headLog.T_DEVICE, "Serial Port");

#ifdef DEBUG

	printf("Num = %d, iFCOMCurrentNum = %d, iAllFCOMNum + 1 = %d\n", Num, iFCOMCurrentNum, iAllFCOMNum + 1);

#endif

	if (iFCOMCurrentNum == (iAllFCOMNum + 1))

	{

		for (iNum = 1; iNum < iFCOMCurrentNum; iNum++)

		{

			GetDataFromConfig(fileName, cFCOMName[iFCOMIndex[iNum]], configItemKeyFCOM, dataConfigArray);

			strcpy(aimTestLocation, dataConfigArray[1]);

			memset(dataConfigArray[1], 0, strlen((char*)dataConfigArray[1]));

			strcpy(aimTestErrorcode, dataConfigArray[3]);

			memset(dataConfigArray[3], 0, strlen((char*)dataConfigArray[3]));

			Baudrate[0] = atoi(dataConfigArray[4]);

			memset(dataConfigArray[4], 0, strlen((char*)dataConfigArray[4]));

			Baudrate[1] = atoi(dataConfigArray[5]);

			memset(dataConfigArray[5], 0, strlen((char*)dataConfigArray[5]));

			Baudrate[2] = atoi(dataConfigArray[6]);

			memset(dataConfigArray[6], 0, strlen((char*)dataConfigArray[6]));

#ifdef DEBUG

			printf("**iFanNum = %d, Baudrate[0] = %d, Baudrate[1] = %d, Baudrate[2] = %d\n", iNum, Baudrate[0], Baudrate[1], Baudrate[2]);

			printf("**aimTestLocation = %s\n", aimTestLocation);

			printf("**aimTestErrorcode = %s\n", aimTestErrorcode);

#endif

			strcpy(headLog.T_CAPTION, aimTestLocation);

			strcpy(headLog.T_LOCATION, aimTestLocation);

			nRetCode += FwCom(cFCOMName[iFCOMIndex[iNum]], aimTestLocation, aimTestErrorcode, Baudrate);

			memset(aimTestLocation, 0, strlen(aimTestLocation));

			memset(aimTestErrorcode, 0, strlen(aimTestErrorcode));

		}

	}

	else

	{

		GetDataFromConfig(fileName, cFCOMName[Num], configItemKeyFCOM, dataConfigArray);

		strcpy(aimTestLocation, dataConfigArray[1]);

		memset(dataConfigArray[1], 0, strlen((char*)dataConfigArray[1]));

		strcpy(aimTestErrorcode, dataConfigArray[3]);

		memset(dataConfigArray[3], 0, strlen((char*)dataConfigArray[3]));

		Baudrate[0] = atoi(dataConfigArray[4]);

		memset(dataConfigArray[4], 0, strlen((char*)dataConfigArray[4]));

		Baudrate[1] = atoi(dataConfigArray[5]);

		memset(dataConfigArray[5], 0, strlen((char*)dataConfigArray[5]));

		Baudrate[2] = atoi(dataConfigArray[6]);

		memset(dataConfigArray[6], 0, strlen((char*)dataConfigArray[6]));

#ifdef DEBUG

		printf("*Baudrate[0] = %d, Baudrate[1] = %d, Baudrate[2] = %d\n", Baudrate[0], Baudrate[1], Baudrate[2]);

		printf("**aimTestLocation = %s\n", aimTestLocation);

		printf("**aimTestErrorcode = %s\n", aimTestErrorcode);

#endif

		strcpy(headLog.T_CAPTION, aimTestLocation);

		strcpy(headLog.T_LOCATION, aimTestLocation);

		nRetCode = FwCom(cFCOMName[Num], aimTestLocation, aimTestErrorcode, Baudrate);

		memset(aimTestLocation, 0, strlen(aimTestLocation));

		memset(aimTestErrorcode, 0, strlen(aimTestErrorcode));

	}

	tEndTime = getEndTime(endTime);

	time(&tEndTime);

	strcpy(headLog.T_ENDTIME, endTime);

	memset(durTime, 0, LENGTHA);

	sprintf(durTime, "%d", int(difftime(tEndTime, tStartTime)));

	strcpy(headLog.T_DURATION, durTime);

	if (nRetCode == 0)

	{

		strcpy(headLog.T_STATUS, "PASS");

	}

	else

	{

		strcpy(headLog.T_STATUS, "FAIL");

	}

	HeadLogRecord(headLog);

	for (int i = 0; i < iItemLogNum; i++)

	{

		ItemLogRecord(itemLog[i]);

	}

	WriteLogRecord(lpLogFileName);

	return nRetCode;

}

int FwCom(char para[], char subLocation[], char errorCode[], int baudrate[])

{

	int result = 1;

	//for creat log .txt

	strcpy(com, para);

	strcpy(itemLog[iItemLogNum].TM_TESTITEM, para);

	strcpy(itemLog[iItemLogNum].TM_SUBLOCATION, subLocation);

	for (int i = 0; i < 3; i++)

	{

		if (SerialSetting(Baudrate[i], FALSE, DTR_CONTROL_HANDSHAKE, RTS_CONTROL_TOGGLE, errorCode)) return 1;

		printf("%s initing.......\n", para);

		result = InitCOMOne();

		if (result != 0x0)

		{

			printf("COM initing ");

			TextColor(RED);

			printf("Failed!\n\n");

			TextColor(WHITE);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "COM initing Fail!!!");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			iItemLogNum++;

			return result;

		}

		result = Send_COMOne(send_data);

		if (result != 0x0)

		{

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "Send_COM Fail!!!");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			iItemLogNum++;

			return result;

		}

		Sleep(0x100);

		result = Recv_COMOne(&resv_data); //接收Recv_COMOne（）函数的返回值

		//接收失败，提示

		if (result != 0x0)

		{

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "Recv_COM Fail!!!");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			iItemLogNum++;

			return result;

		}

		if (resv_data == send_data)

		{

			printf("COM Send&Receive Test ");

			TextColor(GREEN);

			printf("Passed!\n\n");

			TextColor(WHITE);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "PASS");

			iItemLogNum++;

			return result;

		}

		else

		{

			printf("COM One Send&Receive Test Fail ");

			TextColor(RED);

			printf("Failed!\n\n");

			TextColor(WHITE);

			strcpy(itemLog[iItemLogNum].TM_STATUS, "FAIL");

			strcat(itemLog[iItemLogNum].TM_FAILINFO, "COM Send&Receive Test Fail!!!");

			strcpy(itemLog[iItemLogNum].TM_ERRORCODE, errorCode);

			iItemLogNum++;

			return 0x01;

		}

	}

	return result;

}

main.cpp

主函数带代码

 #include "function.h"

#include "..\Common\ExConfig.h"

#ifndef _DEBUG

#define new DEBUG_NEW

#endif

void PromptInformation(char* name)

{

	int i = 0;

	printf("==========================================================================\n");

	printf("*********Diag COM Tool for %s %s*********\n", projectName, FCOM);

	printf("Usage:\n");

	printf("\t%s [number| all] [ConfigFile]\n", name);

	printf("Note:\n");

	printf("\tnumber :\n");

	for (i = 1; i <= iAllFCOMNum; i++)

	{

		if (i == 1)

		{

			printf("\t\t");

		}

		printf("%d:\"%s\" ", i, cFCOMName[iFCOMIndex[i]]);

		if (i == iAllFCOMNum)

		{

			printf("\n");

			printf("\t\tAll: For all the number test \n");

		}

	}

	printf("==========================================================================\n");

}

int main(int argc, char* argv[])

{

	int result1 = 2;

	int iArgvNum = 0;

	BYTE Num = 0;

	char* lpFileName = (char*)malloc(MAX_PATH);

	memset(lpFileName, 0, MAX_PATH);

	strlwr(argv[0]);

	GetGlobalData(argv[0]);

	memset((char*)lpLogFileName, 0, MAX_PATH);

	strcpy(headLog.T_NAME, argv[0]);

	memset(startTime, 0, LENGTHA);

	tStartTime = getNowTime(startTime);

	time(&tStartTime);

	strcpy(headLog.T_STARTTIME, startTime);

	if (argc == 3)

	{

		strlwr(argv[2]);

		if (strstr(argv[2], ".ini") == NULL)

		{

			PromptInformation(argv[0]);

			return 1;

		}

		iArgvNum = 1;

		if (strcmpi(argv[iArgvNum], "all") == 0)

		{

#ifdef DEBUG

			printf("**argv[iArgvNum] = %s\n", argv[iArgvNum]);

#endif

			iFCOMCurrentNum = iAllFCOMNum + 1;

		}

		else

		{

#ifdef DEBUG

			printf("*argv[iArgvNum] = %s\n", argv[iArgvNum]);

#endif

			iFCOMCurrentNum = atoi(argv[iArgvNum]);

			Num = iFCOMIndex[iFCOMCurrentNum];

			if (iFCOMCurrentNum < 1 || iFCOMCurrentNum > iAllFCOMNum)

			{

				printf("Parameter number is out of range.\n");

				PromptInformation(argv[0]);

				return 1;

			}

		}

		iArgvNum = 2;

		if (LogName(lpLogFileName, argv[iArgvNum]))

		{

			return 1;

		}

		if ((argv[iArgvNum][0] == '.') || (argv[iArgvNum][1] == ':'))

		{

			sprintf((char*)lpFileName, "%s", argv[iArgvNum]);

		}

		else

		{

			sprintf((char*)lpFileName, ".\\%s", argv[iArgvNum]);

		}

		result1 = FwComMain(lpFileName, cFCOMName, Num);

	}

	else

	{

		PromptInformation(argv[0]);

		return 1;

	}

	return result1;

}

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