while (*++tempPtr != '\0')
		{
			if (*tempPtr >= '0' && *tempPtr <= '9')
			{
				decimalPart= decimalPart * 10 + (*tempPtr - '0');
				if(*tempPtr != '0' )
					countZeros = false;

				if(*tempPtr == '0' && countZeros )
					leadZeros++;
			}
			else
			{
				if (tempPtr2 != NULL)
				      free(tempPtr2);

				return -1;
			}
		}

/**********************************************************************
// @@@ START COPYRIGHT @@@
// @@@ END COPYRIGHT @@@
********************************************************************/
/**************************************************************************
**************************************************************************/
#include "ctosqlconv.h"
#include <stdio.h>
#include <float.h>
#include <limits.h>
#include <time.h>
#include <errno.h>
#include "sqlcli.h"
#include "DrvrSrvr.h"
#ifndef unixcli
#include "tdm_odbcdrvmsg.h"
#endif

#include "drvrglobal.h"
#include "nskieee.h"
#include "diagfunctions.h"
#include "csconvert.h"

extern short convDoItMxcs(char * source,
			  long sourceLen,
			  short sourceType,
			  long sourcePrecision,
			  long sourceScale,
			  char * target,
			  long targetLen,
			  short targetType,
			  long targetPrecision,
			  long targetScale,
			  long flags,
			  BOOL *truncation);
using namespace ODBC;

unsigned long ODBC::Ascii_To_Bignum_Helper(char *source,
					 long sourceLen,
					 char *target,
					 long targetLength,
					 long targetPrecision,
					 long targetScale,
					 SQLSMALLINT SQLDataType,
					 BOOL *truncation)

{
	short targetType;
	SQLRETURN retCode;

	if (SQLDataType == SQLTYPECODE_NUMERIC_UNSIGNED)
		targetType = BIGNUM_UNSIGNED;
	else
		targetType = BIGNUM_SIGNED;

        retCode = convDoItMxcs(source,sourceLen, 0, 0, 0, (char*)target, targetLength,
				targetType, targetPrecision, targetScale, 0, truncation);

	if (retCode != 0)
		return IDS_22_003;

	return SQL_SUCCESS;

}; // Ascii_To_Bignum_Helper()

unsigned long ODBC::Ascii_To_Interval_Helper(char *source,
                                         long sourceLen,
                                         char *target,
                                         long targetLength,
                                         long targetPrecision,
                                         long targetScale,
                                         SQLSMALLINT SQLDataType,
					 BOOL *truncation)

{
        short targetType;
        SQLRETURN retCode;

	switch(SQLDataType)
	{
		case SQLINTCODE_YEAR:
			targetType = REC_INT_YEAR;
		break;
		case SQLINTCODE_MONTH:
			targetType = REC_INT_MONTH;
		break;
		case SQLINTCODE_DAY:
			targetType = REC_INT_DAY;
		break;
		case  SQLINTCODE_HOUR:
			targetType = REC_INT_HOUR;
		break;
		case SQLINTCODE_MINUTE:
			targetType = REC_INT_MINUTE;
		break;
		case  SQLINTCODE_SECOND:
			targetType = REC_INT_SECOND;
		break;
		case  SQLINTCODE_YEAR_MONTH:
			targetType = REC_INT_YEAR_MONTH;
		break;
		case  SQLINTCODE_DAY_HOUR:
			targetType = REC_INT_DAY_HOUR;
		break;
		case	 SQLINTCODE_DAY_MINUTE:
			targetType = REC_INT_DAY_MINUTE;
		break;
		case	SQLINTCODE_DAY_SECOND:
			targetType = REC_INT_DAY_SECOND;
		break;
		case	 SQLINTCODE_HOUR_MINUTE:
			targetType = REC_INT_HOUR_MINUTE;
		break;
		case SQLINTCODE_HOUR_SECOND:
			targetType = REC_INT_HOUR_SECOND;
		break;
		case	 SQLINTCODE_MINUTE_SECOND:
			targetType = REC_INT_MINUTE_SECOND;
		break;
		default:
			return IDS_22_003;
		break;
	}

        retCode = convDoItMxcs(source,sourceLen, 0, 0, 0, (char*)target, targetLength,
                                targetType, targetPrecision, targetScale, 0, truncation);

        if (retCode != 0)
                return IDS_22_003;

        return SQL_SUCCESS;

}; // Ascii_To_Interval_Helper()

unsigned long ODBC::ConvertCToSQL(SQLINTEGER	ODBCAppVersion,
							SQLSMALLINT	CDataType,
							SQLPOINTER	srcDataPtr,
							SQLINTEGER	srcLength,
							SQLSMALLINT	ODBCDataType,
							SQLSMALLINT	SQLDataType,
							SQLSMALLINT	SQLDatetimeCode,
							SQLPOINTER	targetDataPtr,
							SQLINTEGER	targetLength,
							SQLINTEGER	targetPrecision,
							SQLSMALLINT	targetScale,
							SQLSMALLINT targetUnsigned,
							SQLINTEGER      targetCharSet,
							BOOL		byteSwap,
//							FPSQLDriverToDataSource fpSQLDriverToDataSource,
//							DWORD		translateOption,
							ICUConverter* iconv,
							UCHAR		*errorMsg,
							SWORD		errorMsgMax,
							SQLINTEGER	EnvironmentType,
							BOOL		RWRSFormat,
							SQLINTEGER	datetimeIntervalPrecision)
{

	unsigned long retCode = SQL_SUCCESS;
	SQLPOINTER		DataPtr = NULL;
	SQLPOINTER		outDataPtr = targetDataPtr;
	SQLINTEGER		DataLen = DRVR_PENDING;
	short			Offset = 0;	// Used for VARCHAR fields
	SQLINTEGER		OutLen = targetLength;
	short targetType = 0;  //for bignum datatype

	int			dec;
	int			sign;
	int			tempLen;
	int			tempLen1;
	int			temp;

	short		i;
	short		datetime_parts[8];
	char		*tempPtr;
	double		dTmp;
	double		dTmp1;
	double		scaleOffset;
    SCHAR       tTmp;
    UCHAR       utTmp;
	SSHORT		sTmp;
	USHORT		usTmp;
	SLONG_P		lTmp;
	ULONG_P		ulTmp;
	CHAR		cTmpBuf[256];
	CHAR		cTmpBuf2[256];
	CHAR		cTmpBufInterval[256];
	CHAR		cTmpFraction[10];
	__int64		tempVal64;
	__int64		integralPart;
	__int64		decimalPart;
	__int64		tempScaleVal64;
	unsigned __int64 integralMax;
	unsigned __int64 decimalMax;
	float		fltTmp;
	BOOL		useDouble = TRUE;
	BOOL		negative = FALSE;
	long		decimalDigits;
	long		leadZeros;
	SQLUINTEGER ulFraction;
	SQLSMALLINT	cTmpDataType;

	DATE_STRUCT			*dateTmp;
	TIME_STRUCT			*timeTmp;
	TIMESTAMP_STRUCT	*timestampTmp;
	SQL_INTERVAL_STRUCT	*intervalTmp;
	DATE_TYPES			SQLDate;
	TIME_TYPES			SQLTime;
	TIMESTAMP_TYPES		SQLTimestamp;
	DATE_TYPES			*pSQLDate;
	TIME_TYPES			*pSQLTime;
	TIMESTAMP_TYPES		*pSQLTimestamp;
	SQLINTEGER			translateLength;
	SQLSMALLINT			tODBCDataType;
	BOOL				signedInteger = FALSE;
	BOOL				unsignedInteger = FALSE;
	BOOL				dataTruncatedWarning = FALSE;
	int					AdjustedLength = 0;
	char				srcDataLocale[256];

	if(pdwGlobalTraceVariable && *pdwGlobalTraceVariable){
		TraceOut(TR_ODBC_DEBUG,"ConvertCToSQL(%d, %d, %#x, %d, %d, %d, %d, %#x, %d, %d, %d, %d, %d, %d, %#x, %d, %d, %d)",
							ODBCAppVersion,
							CDataType,
							srcDataPtr,
							srcLength,
							ODBCDataType,
							SQLDataType,
							SQLDatetimeCode,
							targetDataPtr,
							targetLength,
							targetPrecision,
							targetScale,
							targetUnsigned,
							targetCharSet,
							byteSwap,
							errorMsg,
							errorMsgMax,
							EnvironmentType,
							RWRSFormat);
	}
	else
		RESET_TRACE();
/*
1. Because MS programs do not support BIGINT type, the server has to convert it to NUMERIC:
				ODBCDataType = SQL_NUMERIC;
				ODBCPrecision = 19;
				SignType = TRUE;
	Before conversion we have to change it back to:
				ODBCDataType = SQL_BIGINT;

2. Because ODBC does not support unsigned types for SMALLINT and INTEGER,
	the server has to convert it to:
	a)SQLTYPECODE_SMALLINT_UNSIGNED:
				ODBCPrecision = 10;
				ODBCDataType = SQL_INTEGER;
				SignType = TRUE;
	b)SQLTYPECODE_INTEGER_UNSIGNED:
				ODBCPrecision = 19;
				ODBCDataType = SQL_NUMERIC;
				SignType = TRUE;

	Before conversion we have to change it back to datatype, precision and sign described by SQL:
	a)
				ODBCPrecision = 5;
				ODBCDataType = SQL_SMALLINT;
				SignType = FALSE;
	b)
				ODBCPrecision = 10;
				ODBCDataType = SQL_INTEGER;
				SignType = FALSE;
*/
	tODBCDataType = ODBCDataType;
	if (ODBCDataType == SQL_NUMERIC && SQLDataType == SQLTYPECODE_LARGEINT &&
					targetPrecision == 19 && targetScale==0)
	{
		ODBCDataType = SQL_BIGINT;
	}

	if (ODBCDataType == SQL_INTEGER && SQLDataType == SQLTYPECODE_SMALLINT_UNSIGNED &&
				targetPrecision == 10 && targetScale==0)
	{
		targetPrecision = 5;
		ODBCDataType = SQL_SMALLINT;
		targetUnsigned = true;
	}

	if (ODBCDataType == SQL_NUMERIC && SQLDataType == SQLTYPECODE_INTEGER_UNSIGNED &&
				targetPrecision == 19 && targetScale==0)
	{
		targetPrecision = 10;
		ODBCDataType = SQL_INTEGER;
		targetUnsigned = true;
	}

	if (ODBCDataType == SQL_BIGINT && SQLDataType == SQLTYPECODE_INTEGER_UNSIGNED &&
				targetPrecision == 19 && targetScale==0)
	{
		targetPrecision = 10;
		ODBCDataType = SQL_INTEGER;
		targetUnsigned = true;
	}

	if (CDataType == SQL_C_DEFAULT)
	{
		getCDefault(tODBCDataType, ODBCAppVersion, targetCharSet, CDataType);
		if (ODBCAppVersion >= 3 && targetUnsigned)
		{
			switch(CDataType)
			{
				case SQL_C_SHORT:
				case SQL_C_SSHORT:
					CDataType = SQL_C_USHORT;
					break;
				case SQL_C_TINYINT:
				case SQL_C_STINYINT:
					CDataType = SQL_C_UTINYINT;
					break;
				case SQL_C_LONG:
				case SQL_C_SLONG:
					CDataType = SQL_C_ULONG;
					break;
			}
		}
	}

	if (errorMsg)
		*errorMsg = '\0';

	switch (ODBCDataType)
	{
	case SQL_VARCHAR:
	case SQL_LONGVARCHAR:
	case SQL_WVARCHAR:
		{
			if(targetPrecision > SHRT_MAX)
			{
				Offset = sizeof(UINT);
			}
			else
			{
				Offset = sizeof(USHORT);
			}
		}
	case SQL_CHAR:
        if( SQLDataType == SQLTYPECODE_BOOLEAN )
        {
            switch (CDataType)
            {
            case SQL_C_WCHAR:
                if (iconv->isAppUTF16())
                {
                    if (srcLength != SQL_NTS)
                        srcLength = srcLength/2;
                    if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
                        return IDS_193_DRVTODS_ERROR;
                    srcDataPtr = srcDataLocale;
                    srcLength = translateLength;
                }
            case SQL_C_CHAR:
                retCode = ConvertCharToNumeric(srcDataPtr, srcLength, dTmp);
                if (retCode != SQL_SUCCESS)
                    return retCode;
                break;
            case SQL_C_SHORT:
            case SQL_C_SSHORT:
                dTmp = *(SSHORT *)srcDataPtr;
                break;
            case SQL_C_USHORT:
                dTmp = *(USHORT *)srcDataPtr;
                break;
            case SQL_C_TINYINT:
            case SQL_C_STINYINT:
                dTmp = *(SCHAR *)srcDataPtr;
                break;
            case SQL_C_UTINYINT:
            case SQL_C_BIT:
                dTmp = *(UCHAR *)srcDataPtr;
                break;
            case SQL_C_SLONG:
            case SQL_C_LONG:
                dTmp = *(SLONG_P *)srcDataPtr;
                break;
            case SQL_C_ULONG:
                dTmp = *(ULONG_P *)srcDataPtr;
                break;
            case SQL_C_FLOAT:
                dTmp = *(SFLOAT *)srcDataPtr;
                break;
            case SQL_C_DOUBLE:
                dTmp = *(DOUBLE *)srcDataPtr;
                break;
            case SQL_C_BINARY:
                DataPtr = srcDataPtr;
                break;
            case SQL_C_DEFAULT:
                if (ODBCAppVersion >= SQL_OV_ODBC3)
                    DataPtr = srcDataPtr;
                else
                {
                    retCode = ConvertCharToNumeric(srcDataPtr, srcLength, dTmp);
                    if (retCode!= SQL_SUCCESS)
                        return retCode;
                }
                break;
            case SQL_C_SBIGINT:
                dTmp = *(__int64 *)srcDataPtr;
                break;
            case SQL_C_NUMERIC:
                ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);
                srcLength = strlen(cTmpBuf);
                retCode = ConvertCharToNumeric((char*)cTmpBuf, srcLength, dTmp);
                if (retCode != SQL_SUCCESS)
                    return retCode;
                break;
            default:
                return IDS_07_006;
            }
            if (DataPtr == NULL)
            {
                if(dTmp < 0)
                    return IDS_22_003_02;
                if(dTmp > 1)
                    return IDS_22_003;
                tTmp = (SCHAR)dTmp;
                if(dTmp != tTmp)
                    retCode = IDS_01_S07;
                DataPtr = &tTmp;
                DataLen = sizeof(SCHAR);
            }
            break;
        }
	case SQL_WCHAR:
		switch (CDataType)
		{
		case SQL_C_CHAR:
		case SQL_C_DEFAULT:
		case SQL_C_BINARY:
		case SQL_C_WCHAR:
			{
				if (srcLength == SQL_NTS)
				{
					if ((CDataType == SQL_C_WCHAR) && iconv->isAppUTF16())
						DataLen = u_strlen((const UChar *)srcDataPtr);
					else
						DataLen = strlen((const char *)srcDataPtr);
				}
				else
				{
					if ((CDataType == SQL_C_WCHAR) && iconv->isAppUTF16())
						DataLen = srcLength/2;
					else
						DataLen = srcLength;
				}
				if (CDataType == SQL_C_BINARY && DataLen > targetLength-Offset-1)
				{
					DataLen = targetLength-Offset-1;
					return IDS_22_001;
				}
				DataPtr = srcDataPtr;
			}
			break;
		case SQL_C_SHORT:
		case SQL_C_SSHORT:
			sTmp = *(SSHORT *)srcDataPtr;
			_ltoa(sTmp, cTmpBuf, 10);
			break;
		case SQL_C_USHORT:
			usTmp = *(USHORT *)srcDataPtr;
			_ultoa(usTmp, cTmpBuf, 10);
			break;
		case SQL_C_TINYINT:
		case SQL_C_STINYINT:
			sTmp = *(SCHAR *)srcDataPtr;
			_ltoa(sTmp, cTmpBuf, 10);
			break;
		case SQL_C_UTINYINT:
		case SQL_C_BIT:
			usTmp = *(UCHAR *)srcDataPtr;
			_ultoa(usTmp, cTmpBuf, 10);
			break;
		case SQL_C_SLONG:
		case SQL_C_LONG:
			lTmp = *(SLONG_P *)srcDataPtr;
			_ltoa(lTmp, cTmpBuf, 10);
			break;
		case SQL_C_ULONG:
			ulTmp = *(ULONG_P *)srcDataPtr;
			_ultoa(ulTmp, cTmpBuf, 10);
			break;
		case SQL_C_FLOAT:
			dTmp = *(float *)srcDataPtr;
			if (!double_to_char (dTmp, FLT_DIG, cTmpBuf, sizeof(cTmpBuf)))
				return IDS_22_001;
			break;
		case SQL_C_DOUBLE:
			dTmp = *(double *)srcDataPtr;
			if (!double_to_char (dTmp, DBL_DIG, cTmpBuf, sizeof(cTmpBuf)))
				return IDS_22_001;
			break;
		case SQL_C_DATE:
		case SQL_C_TYPE_DATE:
			dateTmp = (DATE_STRUCT *)srcDataPtr;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = dateTmp->year;
			datetime_parts[1] = dateTmp->month;
			datetime_parts[2] = dateTmp->day;
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			sprintf(cTmpBuf, "%04d-%02d-%02d", dateTmp->year, dateTmp->month, dateTmp->day);
			break;
		case SQL_C_TIME:
		case SQL_C_TYPE_TIME:
			timeTmp = (TIME_STRUCT *)srcDataPtr;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = 1;
			datetime_parts[1] = 1;
			datetime_parts[2] = 1;
			datetime_parts[3] = timeTmp->hour;
			datetime_parts[4] = timeTmp->minute;
			datetime_parts[5] = timeTmp->second;
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			sprintf(cTmpBuf, "%02d:%02d:%02d", timeTmp->hour, timeTmp->minute, timeTmp->second);
			break;
		case SQL_C_TIMESTAMP:
		case SQL_C_TYPE_TIMESTAMP:
			timestampTmp = (TIMESTAMP_STRUCT *)srcDataPtr;
// SQL/MX fraction precision is max 6 digits but ODBC accepts max precision 9 digits
// conversion from nano to micro fraction of second
			ulFraction = (UDWORD_P)timestampTmp->fraction;
			ulFraction /= 1000;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = timestampTmp->year;
			datetime_parts[1] = timestampTmp->month;
			datetime_parts[2] = timestampTmp->day;
			datetime_parts[3] = timestampTmp->hour;
			datetime_parts[4] = timestampTmp->minute;
			datetime_parts[5] = timestampTmp->second;
			datetime_parts[6] = (short)(ulFraction/1000);
			datetime_parts[7] = (short)(ulFraction%1000);
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			sprintf(cTmpBuf, "%04d-%02d-%02d %02d:%02d:%02d.%06u",
				timestampTmp->year,	timestampTmp->month,
				timestampTmp->day,	timestampTmp->hour,
				timestampTmp->minute, timestampTmp->second,
				ulFraction);

			break;
		case SQL_C_NUMERIC:
			ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);
			break;
		case SQL_C_SBIGINT:
#if !defined unixcli
			sprintf(cTmpBuf, "%I64d", *(__int64*)srcDataPtr);
#elif defined MXHPUX || defined MXOSS  || MXAIX || MXSUNSPARC || MXSUNSPARC
			sprintf(cTmpBuf, "%lld", *(__int64*)srcDataPtr);
#else
			sprintf(cTmpBuf, "%Ld", *(__int64*)srcDataPtr);
#endif
			break;
		case SQL_C_INTERVAL_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld",intervalTmp->intval.year_month.month);
			else
				sprintf(cTmpBuf,"%ld",intervalTmp->intval.year_month.month);
			break;
		case SQL_C_INTERVAL_YEAR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld",intervalTmp->intval.year_month.year);
			else
				sprintf(cTmpBuf,"%ld",intervalTmp->intval.year_month.year);
			break;
		case SQL_C_INTERVAL_YEAR_TO_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld-%ld",intervalTmp->intval.year_month.year, intervalTmp->intval.year_month.month);
			else
				sprintf(cTmpBuf,"%ld-%ld",intervalTmp->intval.year_month.year, intervalTmp->intval.year_month.month);
			break;
		case SQL_C_INTERVAL_DAY:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.day);
			else
				sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.day);
			break;
		case SQL_C_INTERVAL_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.hour);
			else
				sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.hour);
			break;
		case SQL_C_INTERVAL_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
			else
				sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
			break;
		case SQL_C_INTERVAL_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"-%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			else
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			break;
		case SQL_C_INTERVAL_DAY_TO_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
			else
				sprintf(cTmpBuf,"%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
			break;
		case SQL_C_INTERVAL_DAY_TO_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld %ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
			else
				sprintf(cTmpBuf,"%ld %ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
			break;
		case SQL_C_INTERVAL_DAY_TO_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"-%ld %ld:%ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"-%ld %ld:%ld:%ld.%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			else
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"%ld %ld:%ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"%ld %ld:%ld:%ld.%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			break;
		case SQL_C_INTERVAL_HOUR_TO_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
			else
				sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
			break;
		case SQL_C_INTERVAL_HOUR_TO_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"-%ld:%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"-%ld:%ld:%ld.%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			else
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"%ld:%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"%ld:%ld:%ld.%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			break;
		case SQL_C_INTERVAL_MINUTE_TO_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"-%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			else
			{
				if (intervalTmp->intval.day_second.fraction == 0)
					sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
				else
					sprintf(cTmpBuf,"%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
			}
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
		{
			DataPtr = cTmpBuf;
			DataLen = strlen(cTmpBuf);
		}
		if (Offset != 0)
		{
			if(targetPrecision > SHRT_MAX){
				outDataPtr = (unsigned char *)targetDataPtr + sizeof(int);
			}
			else{
				outDataPtr = (unsigned char *)targetDataPtr + sizeof(USHORT);
			}
		}
		if (targetCharSet == SQLCHARSETCODE_UCS2)
			OutLen = targetLength - Offset -2 ; // Remove for Null Pointer;
		else
			OutLen = targetLength - Offset -1 ; // Remove for Null Pointer
		break;
	case SQL_REAL:
		if(CDataType == SQL_C_NUMERIC){
			ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);
			srcLength = strlen(cTmpBuf);
			if ((retCode = ConvertCharToNumeric(cTmpBuf, srcLength, dTmp)) != SQL_SUCCESS)
				return retCode;
			if (dTmp < -FLT_MAX || dTmp > FLT_MAX)
				return IDS_22_003;
			fltTmp = (SFLOAT)dTmp;
			DataPtr = &fltTmp;
			DataLen = sizeof(fltTmp);
			break;
		}
    case SQL_TINYINT:
	case SQL_SMALLINT:
	case SQL_INTEGER:
	case SQL_FLOAT:
	case SQL_DOUBLE:
	case SQL_DECIMAL:
		switch (CDataType)
		{
			case SQL_C_INTERVAL_MONTH:
			case SQL_C_INTERVAL_YEAR:
			case SQL_C_INTERVAL_YEAR_TO_MONTH:
			case SQL_C_INTERVAL_DAY:
			case SQL_C_INTERVAL_HOUR:
			case SQL_C_INTERVAL_MINUTE:
			case SQL_C_INTERVAL_SECOND:
			case SQL_C_INTERVAL_DAY_TO_HOUR:
			case SQL_C_INTERVAL_DAY_TO_MINUTE:
			case SQL_C_INTERVAL_DAY_TO_SECOND:
			case SQL_C_INTERVAL_HOUR_TO_MINUTE:
			case SQL_C_INTERVAL_HOUR_TO_SECOND:
			case SQL_C_INTERVAL_MINUTE_TO_SECOND:
				if(ODBCDataType == SQL_REAL || ODBCDataType == SQL_FLOAT ||ODBCDataType == SQL_DOUBLE)
					return IDS_07_006;
			default:
				break;
		}
		signedInteger = FALSE;
		unsignedInteger = FALSE;
		switch (CDataType)
		{
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			if (ODBCDataType != SQL_DECIMAL)
			{
				if ((retCode = ConvertCharToNumeric(srcDataPtr, srcLength, dTmp)) != SQL_SUCCESS)
					return retCode;
			}
			else //  this is a patch should remove dTmp (double) and change it to tempVal64 (__int64) like in SQL_BIGINT.
			{
				if (srcLength == SQL_NTS)
					tempLen = strlen((const char *)srcDataPtr);
				else
					tempLen = srcLength;

				if( tempLen > sizeof( cTmpBuf ) - 1)
					return IDS_22_003;
				strncpy(cTmpBuf,(char*)srcDataPtr, tempLen);
				cTmpBuf[ tempLen ] = 0;
				rTrim(cTmpBuf);

				if ((retCode = ConvertCharToInt64Num((char*)cTmpBuf, integralPart,
							decimalPart, negative, leadZeros)) != 0)
				{
					// Return values -1 - Out of Range
					//		 -2 - Illegal numeric value
					if (retCode == -1)
						return IDS_22_003;
					if (retCode == -2)
						return IDS_22_005;
				}
				if(negative && targetUnsigned)
					return IDS_22_003_02;
                getMaxNum(targetPrecision, targetScale, integralMax, decimalMax);
				if ((integralPart < 0) || (integralPart > integralMax))
					return IDS_22_003;
				decimalDigits = 0;
				if (decimalPart > 0)
					decimalDigits = getDigitCount(decimalPart);
				if ((decimalPart > decimalMax) || ((decimalDigits + leadZeros) > targetScale))
				{
					retCode = IDS_01_S07; // Since SQL does not give truncation warning, we fake it
					// trim the decimalPart based one the scale
					// the number of digits in the decimal portion needs to be adjusted if it contain
					// leading zero(s)
					decimalPart=decimalPart/pow((double)10, (int)(getDigitCount(decimalPart) + leadZeros - targetScale));
				}
				useDouble = FALSE;
			}
			break;
		case SQL_C_SHORT:
		case SQL_C_SSHORT:
			dTmp = *(SSHORT *)srcDataPtr;
			signedInteger = TRUE;
			break;
		case SQL_C_USHORT:
			dTmp = *(USHORT *)srcDataPtr;
			unsignedInteger = TRUE;
			break;
		case SQL_C_TINYINT:
		case SQL_C_STINYINT:
			dTmp = *(SCHAR *)srcDataPtr;
			signedInteger = TRUE;
			break;
		case SQL_C_UTINYINT:
		case SQL_C_BIT:
			dTmp = *(UCHAR *)srcDataPtr;
			break;
		case SQL_C_SLONG:
		case SQL_C_LONG:
			dTmp = *(SLONG_P *)srcDataPtr;
			signedInteger = TRUE;
			break;
		case SQL_C_ULONG:
			dTmp = *(ULONG_P *)srcDataPtr;
			unsignedInteger = TRUE;
			break;
		case SQL_C_SBIGINT:
			if (ODBCDataType != SQL_DECIMAL)
			{
				dTmp = *(__int64 *)srcDataPtr;
			}
			else //  this is a patch should remove dTmp (double) and change it to tempVal64 (__int64) like in SQL_BIGINT.
			{
				leadZeros = 0;
				decimalPart = 0;
				integralPart = 0;
				negative = FALSE;
				integralPart = *(__int64 *)srcDataPtr;
				if (integralPart < 0)
				{
					integralPart = -integralPart;
					negative = TRUE;
				}
				useDouble = FALSE;
			}
			signedInteger = TRUE;
			break;
		case SQL_C_FLOAT:
			dTmp = *(SFLOAT *)srcDataPtr;
			break;
		case SQL_C_DOUBLE:
			dTmp = *(DOUBLE *)srcDataPtr;
			break;
		case SQL_C_BINARY:
			DataPtr = srcDataPtr;
			break;
		case SQL_C_DEFAULT:
			DataPtr = srcDataPtr;
			break;
		case SQL_C_NUMERIC:
			ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);

			if ((retCode = ConvertCharToInt64Num((char*)cTmpBuf, integralPart,
							decimalPart, negative, leadZeros)) != 0)
			{
// Return values -1 - Out of Range
//				 -2 - Illegal numeric value

				if (retCode == -1)
					return IDS_22_003;
				if (retCode == -2)
					return IDS_22_005;
			}
			if(negative && targetUnsigned)
				return IDS_22_003_02;
            getMaxNum(targetPrecision, targetScale, integralMax, decimalMax);
			if ((integralPart < 0) || (integralPart > integralMax))
				return IDS_22_003;
			decimalDigits = 0;
			if (decimalPart > 0)
				decimalDigits = getDigitCount(decimalPart);
			if ((decimalPart > decimalMax) || ((decimalDigits + leadZeros) > targetScale))
			{
				retCode = IDS_01_S07;
				// trim the decimalPart based one the scale
				// the number of digits in the decimal portion needs to be adjusted if it contain
				// leading zero(s)
				decimalPart=decimalPart/pow((double)10, (int)(getDigitCount(decimalPart) + leadZeros - targetScale));
			}
			useDouble = FALSE;
			break;
		case SQL_C_INTERVAL_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.year_month.month);
			else
				dTmp = intervalTmp->intval.year_month.month;
			break;
		case SQL_C_INTERVAL_YEAR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.year_month.year);
			else
				dTmp = intervalTmp->intval.year_month.year;
			break;
		case SQL_C_INTERVAL_DAY:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.day);
			else
				dTmp = intervalTmp->intval.day_second.day;
			break;
		case SQL_C_INTERVAL_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.hour);
			else
				dTmp = intervalTmp->intval.day_second.hour;
			break;
		case SQL_C_INTERVAL_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.minute);
			else
				dTmp = intervalTmp->intval.day_second.minute;
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
		{
			if( useDouble )
			{
				switch (ODBCDataType)
				{
                case SQL_TINYINT:
                    if(targetUnsigned)
                    {
                        if (dTmp < 0)
                            return IDS_22_003_02;  //negValue in unsigned column
                        if(dTmp > UCHAR_MAX)
                            return IDS_22_003;
                        utTmp = (UCHAR)dTmp;
                        if(dTmp != utTmp)
                            retCode = IDS_01_S07;
                        DataPtr = &utTmp;
                        DataLen = sizeof(UCHAR);
                    }
                    else
                    {
                        if(unsignedInteger)
                        {
                            if(dTmp < 0 || dTmp > UCHAR_MAX)
                                return IDS_22_003;
                            tTmp = (SCHAR)dTmp;
                        }
                        else
                        {
                            if(dTmp < SCHAR_MIN || dTmp > SCHAR_MAX)
                                return IDS_22_003;
                            tTmp = (SCHAR)dTmp;
                            if  (dTmp != tTmp)
                                retCode = IDS_01_S07;
                        }
                        DataPtr = &tTmp;
                        DataLen = sizeof(SCHAR);
                    }
                    break;
				case SQL_SMALLINT:
					if (targetUnsigned)
					{
						if ( dTmp < 0 )
							return IDS_22_003_02;  //negValue in unsigned column
						if (dTmp > USHRT_MAX)
							return IDS_22_003;
						usTmp = (USHORT)dTmp;
						if  (dTmp != usTmp)
							retCode = IDS_01_S07;
						DataPtr = &usTmp;
						DataLen = sizeof(usTmp);
					}
					else
					{
						if (unsignedInteger)
						{
							if (dTmp < 0 || dTmp > USHRT_MAX)
								return IDS_22_003;
							sTmp = (SHORT)dTmp;
						}
						else
						{
							if (dTmp < SHRT_MIN || dTmp > SHRT_MAX)
								return IDS_22_003;
							sTmp = (SHORT)dTmp;
							if  (dTmp != sTmp)
								retCode = IDS_01_S07;
						}
						DataPtr = &sTmp;
						DataLen = sizeof(sTmp);
					}
					break;
				case SQL_INTEGER:
					if (targetUnsigned)
					{
						if (dTmp < 0)
							return IDS_22_003_02;//negValue in unsigned col error
						if (dTmp > UINT_MAX )
							return IDS_22_003;
						ulTmp = (ULONG_P)dTmp;
						if  (dTmp != ulTmp)
							retCode = IDS_01_S07;
						DataPtr = &ulTmp;
						DataLen = sizeof(ulTmp);
					}
					else
					{
						if (unsignedInteger)
						{
							if (dTmp < 0 || dTmp > UINT_MAX )
								return IDS_22_003;
							lTmp = (LONG)dTmp;
						}
						else
						{
							if (dTmp < LONG_MIN || dTmp > INT_MAX)
								return IDS_22_003;
							lTmp = (LONG)dTmp;
							if  (dTmp != lTmp)
								retCode = IDS_01_S07;
						}
						DataPtr = &lTmp;
						DataLen = sizeof(lTmp);
					}
					break;
				case SQL_REAL:
					if (dTmp < -FLT_MAX || dTmp > FLT_MAX)
						return IDS_22_003;
					fltTmp = (SFLOAT)dTmp;
					DataPtr = &fltTmp;
					DataLen = sizeof(fltTmp);
					break;
				case SQL_DOUBLE:
				case SQL_FLOAT:
					DataPtr = &dTmp;
					DataLen = sizeof(dTmp);
					break;
				case SQL_DECIMAL:
					if (targetPrecision >= sizeof(cTmpBuf))
						return IDS_22_003;
#if defined MXHPUX || defined MXOSS || defined MXAIX || MXSUNSPARC || MXSUNSPARC
					dTmp1 = pow((double)10,targetPrecision-targetScale+1);
#else
					dTmp1 = pow(10,targetPrecision-targetScale+1);
#endif
					if (targetUnsigned)
					{
						if ( dTmp < 0 )
							return IDS_22_003_02;  //negValue in unsigned column
						if (dTmp > dTmp1)
							return IDS_22_003;

						tempPtr = _fcvt(dTmp, targetScale, &dec, &sign);
						tempLen = strlen(tempPtr);
						tempLen1 = (short)(targetPrecision-tempLen);

						if (tempLen1 < 0)
							return IDS_22_003;

						memset((void *)cTmpBuf, '0', tempLen1);
						strncpy((char *)(cTmpBuf+tempLen1), tempPtr, tempLen);
					}
					else
					{
						if (dTmp < -dTmp1 || dTmp > dTmp1)
							return IDS_22_003;

						tempPtr = _fcvt(dTmp, targetScale, &dec, &sign);
						tempLen = strlen(tempPtr);
						tempLen1 = (short)(targetPrecision-tempLen);

						if (tempLen1 < 0)
							return IDS_22_003;

						memset((void *)cTmpBuf, '0', tempLen1);
						strncpy((char *)(cTmpBuf+tempLen1), tempPtr, tempLen);
						if (sign)
							*cTmpBuf = (UCHAR)(*cTmpBuf | (UCHAR)0x80);
					}
					DataPtr = cTmpBuf;
					DataLen = targetPrecision;
					break;
				default:
					return IDS_07_006;
				}
			}
			else
			{
				if (targetScale)
				{
					for (i = 0,tempVal64 = 1; i < targetScale ;  i++)
						tempVal64 *= 10;
					tempVal64 = tempVal64 * integralPart;
					decimalDigits = 0;
					if (decimalPart > 0)
						decimalDigits = getDigitCount(decimalPart);
					scaleOffset = 0;
					if (leadZeros < targetScale)
					  scaleOffset = targetScale - decimalDigits - leadZeros;
					if (scaleOffset < 0)
					{
//NUMERIC_VALUE_OUT_OF_RANGE_ERROR
						return IDS_22_003;
					}
					for (i =0, tempScaleVal64 = decimalPart ; i < scaleOffset ; i++)
						tempScaleVal64 *= 10;
					tempVal64 += tempScaleVal64;
				}
				else
				{
//NUMERIC_DATA_TRUNCATED_ERROR
					if (decimalPart != 0)
						retCode = IDS_01_S07;
					tempVal64 = integralPart;
				}
				if (negative)
					tempVal64 = -tempVal64;

				switch( SQLDataType )
				{
                case SQLTYPECODE_TINYINT_UNSIGNED:
                    if (tempVal64 < 0)
                        return IDS_22_003_02;
                    if (tempVal64 > UCHAR_MAX)
                        return IDS_22_003;
                    utTmp = (UCHAR)tempVal64;
                    if  (tempVal64 != utTmp)
                        retCode = IDS_01_S07;
                    DataPtr = &utTmp;
                    DataLen = sizeof(UCHAR);
                    break;
                case SQLTYPECODE_TINYINT:
                    if (tempVal64 < SCHAR_MIN || tempVal64 > SCHAR_MAX)
                        return IDS_22_003;
                    tTmp = (SCHAR)tempVal64;
                    if  (tempVal64 != tTmp)
                        retCode = IDS_01_S07;
                    DataPtr = &tTmp;
                    DataLen = sizeof(SCHAR);
                    break;
				case SQLTYPECODE_SMALLINT_UNSIGNED:
					if (tempVal64 < 0)
					       return IDS_22_003_02;
					if ((USHORT)tempVal64 > USHRT_MAX)
						return IDS_22_003;
					usTmp = (USHORT)tempVal64;
					if  (tempVal64 != usTmp)
						retCode = IDS_01_S07;
					DataPtr = &usTmp;
					DataLen = sizeof(USHORT);
					break;
				case SQLTYPECODE_SMALLINT:
					if (tempVal64 < SHRT_MIN || tempVal64 > SHRT_MAX)
						return IDS_22_003;
					sTmp = (SHORT)tempVal64;
					if  (tempVal64 != sTmp)
						retCode = IDS_01_S07;
					DataPtr = &sTmp;
					DataLen = sizeof(sTmp);
					break;
				case SQLTYPECODE_INTEGER_UNSIGNED:
					if (tempVal64 < 0)
					       return IDS_22_003_02;
					if ((ULONG_P)tempVal64 > ULONG_MAX)
						return IDS_22_003;
					ulTmp = (ULONG_P)tempVal64;
					if  (tempVal64 != ulTmp)
						retCode = IDS_01_S07;
					DataPtr = &ulTmp;
					DataLen = sizeof(ulTmp);
					break;
				case SQLTYPECODE_INTEGER:
					if (tempVal64 < LONG_MIN || tempVal64 > LONG_MAX)
						return IDS_22_003;
					lTmp = (LONG)tempVal64;
					if  (tempVal64 != lTmp)
						retCode = IDS_01_S07;
					DataPtr = &lTmp;
					DataLen = sizeof(lTmp);
					break;
				case SQLTYPECODE_IEEE_FLOAT:
					if (tempVal64 < -FLT_MAX || tempVal64 > FLT_MAX)
						return IDS_22_003;
					fltTmp = (FLOAT)tempVal64;
					if  (tempVal64 != fltTmp)
						retCode = IDS_01_S07;
					DataPtr = &fltTmp;
					DataLen = sizeof(fltTmp);
					break;
				case SQLTYPECODE_IEEE_DOUBLE:
					if (tempVal64 < -DBL_MAX || tempVal64 > DBL_MAX)
						return IDS_22_003;
					dTmp = (DOUBLE)tempVal64;
					if  (tempVal64 != dTmp)
						retCode = IDS_01_S07;
					DataPtr = &dTmp;
					DataLen = sizeof(dTmp);
					break;
				case SQLTYPECODE_DECIMAL_UNSIGNED:
				case SQLTYPECODE_DECIMAL_LARGE_UNSIGNED: // Tandem extension
					if(negative)
						return IDS_22_003_02;
				case SQLTYPECODE_DECIMAL:
				case SQLTYPECODE_DECIMAL_LARGE: // Tandem extension
					if(negative)
						tempVal64 = -tempVal64;
#if defined MXHPUX || defined MXOSS || defined MXAIX || MXSUNSPARC || MXSUNSPARC
					sprintf(cTmpBuf, "%0*lld", targetPrecision, tempVal64);
#elif defined unixcli
					sprintf(cTmpBuf, "%0*Ld", targetPrecision, tempVal64);
#else
					sprintf(cTmpBuf, "%0*I64d", targetPrecision, tempVal64);
#endif
					if (negative)
						*cTmpBuf = (UCHAR)(*cTmpBuf | (UCHAR)0x80);
					DataPtr = cTmpBuf;
					DataLen = strlen(cTmpBuf);
					break;
				case SQLTYPECODE_LARGEINT:
				default:
					DataPtr = &tempVal64;
					DataLen = sizeof(tempVal64);
					break;
				}
			}
		}
		else
		{
			switch (ODBCDataType)
			{
            case SQL_TINYINT:
                DataLen = sizeof(SCHAR);
                break;
			case SQL_SMALLINT:
				DataLen = sizeof(SHORT);
				break;
			case SQL_INTEGER:
				DataLen = sizeof(LONG);
				break;
			case SQL_REAL:
				DataLen = sizeof(FLOAT);
				break;
			case SQL_DOUBLE:
			case SQL_FLOAT:
				DataLen = sizeof(DOUBLE);
				break;
			default:
				return IDS_07_006;
			}
		}
		break;
	case SQL_BIGINT:
		switch (CDataType)
		{
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			{
				retCode = ConvertCharToInt64(srcDataPtr, srcLength, tempVal64);
				if (retCode != SQL_SUCCESS)
					return retCode;
			}
			break;
		case SQL_C_SHORT:
		case SQL_C_SSHORT:
			tempVal64 = *(SSHORT *)srcDataPtr;
			break;
		case SQL_C_USHORT:
			tempVal64 = *(USHORT *)srcDataPtr;
			break;
		case SQL_C_TINYINT:
		case SQL_C_STINYINT:
			tempVal64 = *(SCHAR *)srcDataPtr;
			break;
		case SQL_C_UTINYINT:
		case SQL_C_BIT:
			tempVal64 = *(UCHAR *)srcDataPtr;
			break;
		case SQL_C_SLONG:
		case SQL_C_LONG:
			tempVal64 = *(SLONG_P *)srcDataPtr;
			break;
		case SQL_C_ULONG:
			tempVal64 = *(ULONG_P *)srcDataPtr;
			break;
		case SQL_C_FLOAT:
			tempVal64 = *(SFLOAT *)srcDataPtr;
			break;
		case SQL_C_DOUBLE:
			tempVal64 = *(DOUBLE *)srcDataPtr;
			break;
		case SQL_C_BINARY:
			DataPtr = srcDataPtr;
			break;
		case SQL_C_DEFAULT:
			if (ODBCAppVersion >= SQL_OV_ODBC3)
				DataPtr = srcDataPtr;
			else
			{
				retCode = ConvertCharToInt64(srcDataPtr, srcLength, tempVal64);
				if (retCode!= SQL_SUCCESS)
					return retCode;
			}
			break;
		case SQL_C_SBIGINT:
			tempVal64 = *(__int64 *)srcDataPtr;
			break;
		case SQL_C_NUMERIC:
			ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);
			srcLength = strlen(cTmpBuf);
			retCode = ConvertCharToInt64((char*)cTmpBuf, srcLength, tempVal64);
			if (retCode != SQL_SUCCESS)
				return retCode;
			break;
		case SQL_C_INTERVAL_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				tempVal64 = -(intervalTmp->intval.year_month.month);
			else
				tempVal64 = intervalTmp->intval.year_month.month;
			break;
		case SQL_C_INTERVAL_YEAR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				tempVal64 = -(intervalTmp->intval.year_month.year);
			else
				tempVal64 = intervalTmp->intval.year_month.year;
			break;
		case SQL_C_INTERVAL_DAY:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				tempVal64 = -(intervalTmp->intval.day_second.day);
			else
				tempVal64 = intervalTmp->intval.day_second.day;
			break;
		case SQL_C_INTERVAL_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				tempVal64 = -(intervalTmp->intval.day_second.hour);
			else
				tempVal64 = intervalTmp->intval.day_second.hour;
			break;
		case SQL_C_INTERVAL_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				tempVal64 = -(intervalTmp->intval.day_second.minute);
			else
				tempVal64 = intervalTmp->intval.day_second.minute;
			break;
		case SQL_C_INTERVAL_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				tempVal64 = -(intervalTmp->intval.day_second.second);
			else
				tempVal64 = intervalTmp->intval.day_second.second;
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
			DataPtr = &tempVal64;
		DataLen = sizeof(tempVal64);
		break;
	case SQL_NUMERIC:
		// for R2.3 SP2 release BigNum is only supported for the following data type
		//     SQL_C_DEFAULT, SQL_C_CHAR, SQL_C_FLOAT, SQL_C_DOUBLE
		// other data types will be supported in future release(?) need to reject them now
		if (((SQLDataType == SQLTYPECODE_NUMERIC) && (targetPrecision > 18)) ||
			((SQLDataType == SQLTYPECODE_NUMERIC_UNSIGNED) && (targetPrecision > 9)))
		{ //Bignum
			switch (CDataType)
			{
				case SQL_C_DEFAULT:
				case SQL_C_CHAR:
				case SQL_C_WCHAR:
				case SQL_C_FLOAT:
				case SQL_C_DOUBLE:
				case SQL_C_NUMERIC:
					break;
				default:
					return IDS_S1_006;
			}
		}
		switch (CDataType)
		{
		case SQL_C_DEFAULT:
			if (ODBCAppVersion >= SQL_OV_ODBC3)
			{

			}						// Want it fall thru and treat it like SQL_C_CHAR
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			if (srcLength == SQL_NTS)
				tempLen = strlen((const char *)srcDataPtr);
			else
				tempLen = srcLength;

			if( tempLen > sizeof( cTmpBuf ) - 1)
				return IDS_22_003;

			strncpy(cTmpBuf,(char*)srcDataPtr, tempLen);
			cTmpBuf[ tempLen ] = '\0';
			rTrim(cTmpBuf);
			tempLen = strlen(cTmpBuf);

			if( ((SQLDataType == SQLTYPECODE_NUMERIC) && (targetPrecision > 18)) ||
				((SQLDataType == SQLTYPECODE_NUMERIC_UNSIGNED) && (targetPrecision > 9))) //for bignum support
			{ //Bignum

				retCode = Ascii_To_Bignum_Helper(cTmpBuf,
					tempLen,
					(char*)cTmpBuf2,
					targetLength,
					targetPrecision,
					targetScale,
					SQLDataType,
					&dataTruncatedWarning);

				if(retCode != SQL_SUCCESS)
					return retCode;

				useDouble = FALSE;
				if (DataPtr == NULL)
					DataPtr = (char*)cTmpBuf2;

				DataLen = targetLength;

			} else {
				if ((retCode = ConvertCharToInt64Num(cTmpBuf, integralPart,
							decimalPart, negative, leadZeros)) != 0)
				{
// Return values -1 - Out of Range
//				 -2 - Illegal numeric value

					if (retCode == -1)
						return IDS_22_003;
					if (retCode == -2)
						return IDS_22_005;
				}
				if(negative && targetUnsigned)
					return IDS_22_003_02;
                getMaxNum(targetPrecision, targetScale, integralMax, decimalMax);
				if ((integralPart < 0) || (integralPart > integralMax))
					return IDS_22_003;
				decimalDigits = 0;
				if (decimalPart > 0)
					decimalDigits = getDigitCount(decimalPart);
				if ((decimalPart > decimalMax) || ((decimalDigits + leadZeros) > targetScale))
				{
					retCode = IDS_01_S07;
					// trim the decimalPart based one the scale
					// the number of digits in the decimal portion needs to be adjusted if it contain
					// leading zero(s)
					decimalPart=decimalPart/pow((double)10, (int)(getDigitCount(decimalPart) + leadZeros - targetScale));
				}
				useDouble = FALSE;
			}
			break;
		case SQL_C_NUMERIC:
			ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);
			tempLen = strlen(cTmpBuf);
			if (((SQLDataType == SQLTYPECODE_NUMERIC) && (targetPrecision > 18)) ||
				((SQLDataType == SQLTYPECODE_NUMERIC_UNSIGNED) && (targetPrecision > 9))) //for bignum support
			{ //Bignum

				retCode = Ascii_To_Bignum_Helper(cTmpBuf,
					tempLen,
					(char*)targetDataPtr,
					targetLength,
					targetPrecision,
					targetScale,
					SQLDataType,
					&dataTruncatedWarning);

				if(retCode != SQL_SUCCESS)
					return retCode;

				useDouble = FALSE;
				if (DataPtr == NULL)
					DataPtr = targetDataPtr;

				DataLen = targetLength;
			}
			else {
				if ((retCode = ConvertCharToInt64Num(cTmpBuf, integralPart,
							decimalPart, negative, leadZeros)) != 0)
				{
// Return values -1 - Out of Range
//				 -2 - Illegal numeric value

					if (retCode == -1)
						return IDS_22_003;
					if (retCode == -2)
						return IDS_22_005;
				}
					if(negative && targetUnsigned)
						return IDS_22_003_02;
                getMaxNum(targetPrecision, targetScale, integralMax, decimalMax);
				if ((integralPart < 0) || (integralPart > integralMax))
					return IDS_22_003;
				decimalDigits = 0;
				if (decimalPart > 0)
					decimalDigits = getDigitCount(decimalPart);
				if ((decimalPart > decimalMax) || ((decimalDigits + leadZeros) > targetScale))
				{
					retCode = IDS_01_S07;
					// trim the decimalPart based one the scale
					// the number of digits in the decimal portion needs to be adjusted if it contain
					// leading zero(s)
					decimalPart=decimalPart/pow((double)10, (int)(getDigitCount(decimalPart) + leadZeros - targetScale));
				}
				useDouble = FALSE;
			}

			break;

		case SQL_C_FLOAT:
		case SQL_C_DOUBLE:
			if(CDataType == SQL_C_DOUBLE)
				dTmp = *(DOUBLE *)srcDataPtr;
			else
				dTmp = *(SFLOAT *)srcDataPtr;
			negative = (dTmp < 0)? 1: 0;
			if( ((SQLDataType == SQLTYPECODE_NUMERIC) && (targetPrecision > 18)) ||
				((SQLDataType == SQLTYPECODE_NUMERIC_UNSIGNED) && (targetPrecision > 9)))
			{ //Bignum

				if(CDataType == SQL_C_DOUBLE)
				{
					if (!double_to_char (dTmp, DBL_DIG, cTmpBuf, sizeof(cTmpBuf)))
						dataTruncatedWarning = TRUE;
				}
				else
				{
					if (!double_to_char (dTmp, FLT_DIG, cTmpBuf, sizeof(cTmpBuf)))
						dataTruncatedWarning = TRUE;
				}

				retCode = Ascii_To_Bignum_Helper(cTmpBuf,
					strlen(cTmpBuf),
					(char*)cTmpBuf2,
					targetLength,
					targetPrecision,
					targetScale,
					SQLDataType,
					&dataTruncatedWarning);

				if(retCode != SQL_SUCCESS)
					return retCode;

				useDouble = FALSE;
				if (DataPtr == NULL)
					DataPtr = cTmpBuf2;

				DataLen = targetLength;
				memcpy(outDataPtr, DataPtr, DataLen);
				if (byteSwap)
				{
					if (Datatype_Dependent_Swap((BYTE *)outDataPtr, SQLDataType, targetCharSet, DataLen, IEEE_TO_TANDEM) != STATUS_OK)
						return IDS_HY_000;
				}

				if(dataTruncatedWarning)
					return IDS_01_S07;
				else
					return SQL_SUCCESS;

			}
			break;

		case SQL_C_SHORT:
		case SQL_C_SSHORT:
			dTmp = *(SSHORT *)srcDataPtr;
			break;
		case SQL_C_TINYINT:
		case SQL_C_STINYINT:
			dTmp = *(SCHAR *)srcDataPtr;
			break;
		case SQL_C_SLONG:
		case SQL_C_LONG:
			dTmp = *(SLONG_P *)srcDataPtr;
			break;
		case SQL_C_USHORT:
			dTmp = *(USHORT *)srcDataPtr;
			break;
		case SQL_C_UTINYINT:
		case SQL_C_BIT:
			dTmp = *(UCHAR *)srcDataPtr;
			break;
		case SQL_C_ULONG:
			dTmp = *(ULONG_P *)srcDataPtr;
			break;
		case SQL_C_BINARY:
			if (srcLength != OutLen)
				return IDS_22_003;
			DataPtr = srcDataPtr;
			DataLen = OutLen;
			break;
		case SQL_C_SBIGINT:
			integralPart = *(__int64*)srcDataPtr;

			negative = (integralPart < 0)? 1: 0;
			integralPart = (integralPart < 0)? -integralPart: integralPart;
			decimalPart = 0;
			leadZeros = 0;
            getMaxNum(targetPrecision, targetScale, integralMax, decimalMax);
			if ( integralPart > integralMax )
				return IDS_22_003;

			useDouble = FALSE;
			break;
		case SQL_C_INTERVAL_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.year_month.month);
			else
				dTmp = intervalTmp->intval.year_month.month;
			break;
		case SQL_C_INTERVAL_YEAR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.year_month.year);
			else
				dTmp = intervalTmp->intval.year_month.year;
			break;
		case SQL_C_INTERVAL_DAY:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.day);
			else
				dTmp = intervalTmp->intval.day_second.day;
			break;
		case SQL_C_INTERVAL_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.hour);
			else
				dTmp = intervalTmp->intval.day_second.hour;
			break;
		case SQL_C_INTERVAL_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.minute);
			else
				dTmp = intervalTmp->intval.day_second.minute;
			break;
		case SQL_C_INTERVAL_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			if (intervalTmp->interval_sign == SQL_TRUE)
				dTmp = -(intervalTmp->intval.day_second.second);
			else
				dTmp = intervalTmp->intval.day_second.second;
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
		{
			if (useDouble)
			{
				if( targetUnsigned && ( dTmp < 0 || negative ))
					return IDS_22_003_02;	//negValue in unsigned column

				dTmp1 = pow((double)10, targetPrecision-targetScale+1);
				if (dTmp < -dTmp1 || dTmp > dTmp1)
					return IDS_22_003;
				scaleOffset = pow(10, targetScale);		// This value always multplied to srcValue
											// since SQL stores it as a implied decimal point
											// 1.0 for NUMERIC (4,2) value is stored as 100
				dTmp *= scaleOffset;
				switch (SQLDataType)
				{
                case SQLTYPECODE_BOOLEAN:
                    tTmp = (SCHAR)dTmp;
                    DataPtr = &tTmp;
                    DataLen = sizeof(SCHAR);
                    break;
                case SQLTYPECODE_TINYINT_UNSIGNED:
                    utTmp = (UCHAR)dTmp;
                    DataPtr = &utTmp;
                    DataLen = sizeof(UCHAR);
                    break;
                case SQLTYPECODE_TINYINT:
                    tTmp = (SCHAR)dTmp;
                    DataPtr = &tTmp;
                    DataLen = sizeof(SCHAR);
                    break;
				case SQLTYPECODE_SMALLINT_UNSIGNED:
					usTmp = (USHORT)dTmp;
					DataPtr = &usTmp;
					DataLen = sizeof(usTmp);
					break;
				case SQLTYPECODE_SMALLINT:
					sTmp = (SHORT)dTmp;
					DataPtr = &sTmp;
					DataLen = sizeof(sTmp);
					break;
				case SQLTYPECODE_INTEGER_UNSIGNED:
					ulTmp = (ULONG_P)dTmp;
					DataPtr = &ulTmp;
					DataLen = sizeof(ulTmp);
					break;
				case SQLTYPECODE_INTEGER:
					lTmp = (LONG)dTmp;
					DataPtr = &lTmp;
					DataLen = sizeof(lTmp);
					break;
				case SQLTYPECODE_LARGEINT:
					tempVal64 = (__int64)dTmp;
					DataPtr = &tempVal64;
					DataLen = sizeof(tempVal64);
					break;
				default:
					return IDS_07_006;
				}
			}
			else
			{
				if( targetUnsigned && negative )
					return IDS_22_003_02;	//negValue in unsigned column

				if (targetScale)
				{
					for (i = 0,tempVal64 = 1; i < targetScale ;  i++)
						tempVal64 *= 10;
					tempVal64 = tempVal64 * integralPart;
					decimalDigits = 0;
					if (decimalPart > 0)
						decimalDigits = getDigitCount(decimalPart);
					scaleOffset = 0;
					if (leadZeros < targetScale)
					  scaleOffset = targetScale - decimalDigits - leadZeros;
					if (scaleOffset < 0)
					{
//NUMERIC_VALUE_OUT_OF_RANGE_ERROR
						return IDS_22_003;
					}

					for (i =0, tempScaleVal64 = decimalPart ; i < scaleOffset ; i++)
						tempScaleVal64 *= 10;
					tempVal64 += tempScaleVal64;
				}
				else
				{
//NUMERIC_DATA_TRUNCATED_ERROR
					if (decimalPart != 0)
						retCode = IDS_01_S07;
					tempVal64 = integralPart;
				}
				if (negative)
					tempVal64 = -tempVal64;

				switch( SQLDataType )
				{
				case SQLTYPECODE_SMALLINT_UNSIGNED:
					if (tempVal64 < 0)
					       return IDS_22_003_02;
					if ((USHORT)tempVal64 > USHRT_MAX)
						return IDS_22_003;
					usTmp = (USHORT)tempVal64;
					if  (tempVal64 != usTmp)
						retCode = IDS_01_S07;
					DataPtr = &usTmp;
					DataLen = sizeof(USHORT);
					break;
				case SQLTYPECODE_SMALLINT:
					if (tempVal64 < SHRT_MIN || tempVal64 > SHRT_MAX)
						return IDS_22_003;
					sTmp = (SHORT)tempVal64;
					if  (tempVal64 != sTmp)
						retCode = IDS_01_S07;
					DataPtr = &sTmp;
					DataLen = sizeof(sTmp);
					break;
				case SQLTYPECODE_INTEGER_UNSIGNED:
					// for 64 bit Solaris/AIX (with XlC cplr),
					// tempVal64 is a signed LONG LONG,
					// ULONG_MAX is unsigned LONG of 'FFFFFFF....',
					// somehow it will evaluate tempVal64 GT ULONG_MAX
					// so cast the tempVal64 to (ULONG)
					if (tempVal64 < 0)
					       return IDS_22_003_02;
					if ((ULONG_P)tempVal64 > ULONG_MAX)
						return IDS_22_003;
					ulTmp = (ULONG_P)tempVal64;
					if  (tempVal64 != ulTmp)
						retCode = IDS_01_S07;
					DataPtr = &ulTmp;
					DataLen = sizeof(ulTmp);
					break;
				case SQLTYPECODE_INTEGER:
					if (tempVal64 < LONG_MIN || tempVal64 > LONG_MAX)
						return IDS_22_003;
					lTmp = (LONG)tempVal64;
					if  (tempVal64 != lTmp)
						retCode = IDS_01_S07;
					DataPtr = &lTmp;
					DataLen = sizeof(lTmp);
					break;
				case SQLTYPECODE_LARGEINT:
				default:
					DataPtr = &tempVal64;
					DataLen = sizeof(tempVal64);
					break;
				}

			}

		}
		break; // End of case for SQL_NUMERIC
	case SQL_DATE:
	case SQL_TYPE_DATE:
		switch (CDataType)
		{
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			if (ConvertCharToSQLDate(srcDataPtr, srcLength, ODBCDataType, &SQLDate, targetPrecision)
					!= SQL_SUCCESS)
				return IDS_22_008;
			break;
		case SQL_C_DATE:
		case SQL_C_TYPE_DATE:
		case SQL_C_DEFAULT:
			dateTmp = (DATE_STRUCT *)srcDataPtr;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = dateTmp->year;
			datetime_parts[1] = dateTmp->month;
			datetime_parts[2] = dateTmp->day;
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLDate.year = dateTmp->year;
			SQLDate.month = dateTmp->month;
			SQLDate.day = dateTmp->day;
			break;
		case SQL_C_TIMESTAMP:
		case SQL_C_TYPE_TIMESTAMP:
			timestampTmp = (TIMESTAMP_STRUCT *)srcDataPtr;
// SQL/MX fraction precision is max 6 digits but ODBC accepts max precision 9 digits
// conversion from nano to micro fraction of second
			ulFraction = (UDWORD_P)timestampTmp->fraction;
			if (targetPrecision > 0)
			{
				ulFraction /= 1000;
				sprintf(cTmpBuf, "%06u", ulFraction);
				cTmpBuf[targetPrecision] = 0;
				strcpy(cTmpFraction,cTmpBuf);
			}

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = timestampTmp->year;
			datetime_parts[1] = timestampTmp->month;
			datetime_parts[2] = timestampTmp->day;
			datetime_parts[3] = timestampTmp->hour;
			datetime_parts[4] = timestampTmp->minute;
			datetime_parts[5] = timestampTmp->second;
			datetime_parts[6] = (short)(ulFraction/1000);
			datetime_parts[7] = (short)(ulFraction%1000);
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLDate.year = timestampTmp->year;
			SQLDate.month = timestampTmp->month;
			SQLDate.day = timestampTmp->day;
/*
			if (timestampTmp->hour != 0 || timestampTmp->minute != 0 || timestampTmp->second != 0 ||
				timestampTmp->fraction != 0)
			{
				if (ODBCAppVersion >= SQL_OV_ODBC3)
					return IDS_22_008;
				else
					retCode = IDS_22_001;
			}
*/
			break;
		case SQL_C_BINARY:
			if (srcLength != targetLength)
				return IDS_22_003;
			DataPtr = srcDataPtr;
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
			DataPtr = &SQLDate;
		DataLen = targetLength;

		if (CDataType != SQL_C_BINARY && RWRSFormat == 0)
		{
			pSQLDate = (DATE_TYPES*)DataPtr;
			switch (SQLDatetimeCode)
			{
			case SQLDTCODE_YEAR:
				DataLen = sprintf(cTmpBuf, "%04d", pSQLDate->year);
				break;
			case SQLDTCODE_YEAR_TO_MONTH:
				DataLen = sprintf(cTmpBuf, "%04d-%02d", pSQLDate->year,pSQLDate->month);
				break;
			case SQLDTCODE_MONTH:
				DataLen = sprintf(cTmpBuf, "%02d", pSQLDate->month);
				break;
			case SQLDTCODE_MONTH_TO_DAY:
				DataLen = sprintf(cTmpBuf, "%02d-%02d", pSQLDate->month,pSQLDate->day);
				break;
			case SQLDTCODE_DAY:
				DataLen = sprintf(cTmpBuf, "%02d", pSQLDate->day);
				break;
			default:
				DataLen = sprintf(cTmpBuf, "%04d-%02d-%02d", pSQLDate->year,pSQLDate->month,pSQLDate->day);
			}
			DataPtr = cTmpBuf;
		}
		if (DataLen != targetLength)
			return IDS_22_003;
		break; // End of case for SQL_DATE
	case SQL_TIME:
	case SQL_TYPE_TIME:
		switch (CDataType)
		{
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16 to
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			if (ConvertCharToSQLDate(srcDataPtr, srcLength, ODBCDataType, &SQLTime, targetPrecision)
					!= SQL_SUCCESS)
				return IDS_22_008;
			break;
		case SQL_C_TIME:
		case SQL_C_TYPE_TIME:
		case SQL_C_DEFAULT:
			timeTmp = (TIME_STRUCT *)srcDataPtr;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = 1;
			datetime_parts[1] = 1;
			datetime_parts[2] = 1;
			datetime_parts[3] = timeTmp->hour;
			datetime_parts[4] = timeTmp->minute;
			datetime_parts[5] = timeTmp->second;
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLTime.hour = timeTmp->hour;
			SQLTime.minute = timeTmp->minute;
			SQLTime.second = timeTmp->second;
			memset(&SQLTime.fraction,0,sizeof(UDWORD_P));
			break;
		case SQL_C_TIMESTAMP:
		case SQL_C_TYPE_TIMESTAMP:
			timestampTmp = (TIMESTAMP_STRUCT *)srcDataPtr;
// SQL/MX fraction precision is max 6 digits but ODBC accepts max precision 9 digits
// conversion from nano to micro fraction of second
			ulFraction = (UDWORD_P)timestampTmp->fraction;
			if (targetPrecision > 0)
			{
				ulFraction /= 1000;
				sprintf(cTmpBuf, "%06u", ulFraction);
				cTmpBuf[targetPrecision] = 0;
				strcpy(cTmpFraction,cTmpBuf);
			}

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = timestampTmp->year;
			datetime_parts[1] = timestampTmp->month;
			datetime_parts[2] = timestampTmp->day;
			datetime_parts[3] = timestampTmp->hour;
			datetime_parts[4] = timestampTmp->minute;
			datetime_parts[5] = timestampTmp->second;
			datetime_parts[6] = (short)(ulFraction/1000);
			datetime_parts[7] = (short)(ulFraction%1000);
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLTime.hour = timestampTmp->hour;
			SQLTime.minute = timestampTmp->minute;
			SQLTime.second = timestampTmp->second;
			memcpy(&SQLTime.fraction, &ulFraction, sizeof(UDWORD_P));
			if (targetPrecision == 0 && ulFraction != 0)
			{
				if (ODBCAppVersion >= SQL_OV_ODBC3)
						return IDS_22_008;
				else
					retCode = IDS_01_S07;
			}
			break;
		case SQL_C_BINARY:
			if (srcLength != targetLength)
				return IDS_22_008;
			DataPtr = srcDataPtr;
			break;
		default:
			return IDS_07_006;
			break;
		}
		if (DataPtr == NULL)
			DataPtr = &SQLTime;
		DataLen = targetLength;

		if (CDataType != SQL_C_BINARY && RWRSFormat == 0)
		{
			pSQLTime = (TIME_TYPES*)DataPtr;
			switch  (SQLDatetimeCode)
			{
			case SQLDTCODE_HOUR:
				DataLen = sprintf(cTmpBuf,"%02d",pSQLTime->hour);
				break;
			case SQLDTCODE_HOUR_TO_MINUTE:
				DataLen = sprintf(cTmpBuf,"%02d:%02d",pSQLTime->hour,pSQLTime->minute);
				break;
			case SQLDTCODE_MINUTE:
				DataLen = sprintf(cTmpBuf,"%02d",pSQLTime->minute);
				break;
			case SQLDTCODE_MINUTE_TO_SECOND:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%02d:%02d.%s",pSQLTime->minute,pSQLTime->second,cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%02d:%02d",pSQLTime->minute,pSQLTime->second);
				break;
			case SQLDTCODE_SECOND:
				DataLen = sprintf(cTmpBuf,"%02d",pSQLTime->second);
				break;
			default:
				DataLen = sprintf(cTmpBuf,"%02d:%02d:%02d",pSQLTime->hour,pSQLTime->minute,pSQLTime->second);
				break;
			}
			DataPtr = cTmpBuf;
		}
		if (DataLen != targetLength)
			return IDS_22_008;
		break; // End of case for SQL_TIME
	case SQL_TIMESTAMP:
	case SQL_TYPE_TIMESTAMP:
		switch (CDataType)
		{
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			if (ConvertCharToSQLDate(srcDataPtr, srcLength, ODBCDataType, &SQLTimestamp, targetPrecision)
					!= SQL_SUCCESS)
				return IDS_22_008;
			memcpy(&ulFraction, &SQLTimestamp.fraction, sizeof(UDWORD_P));
			if (targetPrecision > 0)
			{
				sprintf(cTmpFraction, "%0*lu", targetPrecision, ulFraction);
			}
			break;
		case SQL_C_DATE:
		case SQL_C_TYPE_DATE:
			dateTmp = (DATE_STRUCT *)srcDataPtr;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = dateTmp->year;
			datetime_parts[1] = dateTmp->month;
			datetime_parts[2] = dateTmp->day;
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLTimestamp.year = dateTmp->year;
			SQLTimestamp.month = dateTmp->month;
			SQLTimestamp.day = dateTmp->day;
			SQLTimestamp.hour = 0;
			SQLTimestamp.minute = 0;
			SQLTimestamp.second = 0;
			memset(&SQLTimestamp.fraction, 0, sizeof(UDWORD_P));
			ulFraction = 0;
			if (targetPrecision > 0)
			{
				sprintf(cTmpBuf, "%06u", ulFraction);
				cTmpBuf[targetPrecision] = 0;
				strcpy(cTmpFraction,cTmpBuf);
			}
			break;
		case SQL_C_TIME:
		case SQL_C_TYPE_TIME:
			struct tm *newtime;
			time_t long_time;

			time( &long_time );					/* Get time as long integer. */
			newtime = localtime( &long_time );	/* Convert to local time. */

			timeTmp = (TIME_STRUCT *)srcDataPtr;

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = newtime->tm_year+1900;
			datetime_parts[1] = newtime->tm_mon+1;
			datetime_parts[2] = newtime->tm_mday;
			datetime_parts[3] = timeTmp->hour;
			datetime_parts[4] = timeTmp->minute;
			datetime_parts[5] = timeTmp->second;
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLTimestamp.year = newtime->tm_year+1900;
			SQLTimestamp.month = newtime->tm_mon+1;
			SQLTimestamp.day = newtime->tm_mday;
			SQLTimestamp.hour = timeTmp->hour;
			SQLTimestamp.minute = timeTmp->minute;
			SQLTimestamp.second = timeTmp->second;
			memset(&SQLTimestamp.fraction, 0, sizeof(UDWORD_P));
			ulFraction = 0;
			if (targetPrecision > 0)
			{
				sprintf(cTmpBuf, "%06u", ulFraction);
				cTmpBuf[targetPrecision] = 0;
				strcpy(cTmpFraction,cTmpBuf);
			}
			break;
		case SQL_C_TIMESTAMP:
		case SQL_C_TYPE_TIMESTAMP:
		case SQL_C_DEFAULT:
			timestampTmp = (TIMESTAMP_STRUCT *)srcDataPtr;
// SQL/MX fraction precision is max 6 digits but ODBC accepts max precision 9 digits
// conversion from nano seconds to fraction of a second
			ulFraction = (UDWORD_P)timestampTmp->fraction;
			if (targetPrecision > 0)
				ulFraction = (ulFraction * pow(10,targetPrecision)) / 1000000000.0;
			else
				ulFraction = 0;
			sprintf(cTmpBuf, "%06u", ulFraction);
            strcpy(cTmpFraction,&cTmpBuf[6 - targetPrecision]);

			for (i = 0 ; i < 8 ; i++)
				datetime_parts[i] = 0;
			datetime_parts[0] = timestampTmp->year;
			datetime_parts[1] = timestampTmp->month;
			datetime_parts[2] = timestampTmp->day;
			datetime_parts[3] = timestampTmp->hour;
			datetime_parts[4] = timestampTmp->minute;
			datetime_parts[5] = timestampTmp->second;
			datetime_parts[6] = (short)(ulFraction/1000);
			datetime_parts[7] = (short)(ulFraction%1000);
			if (!checkDatetimeValue(datetime_parts))
				return IDS_22_008;

			SQLTimestamp.year = timestampTmp->year;
			SQLTimestamp.month = timestampTmp->month;
			SQLTimestamp.day = timestampTmp->day;
			SQLTimestamp.hour = timestampTmp->hour;
			SQLTimestamp.minute = timestampTmp->minute;
			SQLTimestamp.second = timestampTmp->second;
			memset(&SQLTimestamp.fraction, 0, sizeof(UDWORD_P));
			if (targetPrecision > 0)
				memcpy(&SQLTimestamp.fraction, &ulFraction, sizeof(SQLUINTEGER));
			break;
		case SQL_C_BINARY:
			if (srcLength != targetLength)
				return IDS_22_003;
			DataPtr = srcDataPtr;
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
			DataPtr = &SQLTimestamp;
		if(RWRSFormat == 1)
			DataLen = sizeof(SQLTimestamp)-1; // since it is only 11 bytes that matters
		OutLen = DataLen; // in case user creates a table as datetime year to second,
				  // SQL/MX returns OutLen as 7 bytes
				  // Non-standard timestamp table year to second.
		if (CDataType != SQL_C_BINARY && RWRSFormat == 0)
		{
			pSQLTimestamp = (TIMESTAMP_TYPES*)DataPtr;
			switch  (SQLDatetimeCode)
			{
			case SQLDTCODE_TIME:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%02d:%02d:%02d.%s",
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second,
								cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%02d:%02d:%02d",
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second);
				break;
			case SQLDTCODE_YEAR_TO_HOUR:
				DataLen = sprintf(cTmpBuf,"%04d-%02d-%02d %02d",
								pSQLTimestamp->year,pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour);
				break;
			case SQLDTCODE_YEAR_TO_MINUTE:
				DataLen = sprintf(cTmpBuf,"%04d-%02d-%02d %02d:%02d",
								pSQLTimestamp->year,pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute);
				break;
			case SQLDTCODE_MONTH_TO_HOUR:
				DataLen = sprintf(cTmpBuf,"%02d-%02d %02d",
								pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour);
				break;
			case SQLDTCODE_MONTH_TO_MINUTE:
				DataLen = sprintf(cTmpBuf,"%02d-%02d %02d:%02d",
								pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute);
				break;
			case SQLDTCODE_MONTH_TO_SECOND:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%02d-%02d %02d:%02d:%02d.%s",
								pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second,
								cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%02d-%02d %02d:%02d:%02d",
								pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second);
				break;
			case SQLDTCODE_DAY_TO_HOUR:
				DataLen = sprintf(cTmpBuf,"%02d %02d",
								pSQLTimestamp->day,
								pSQLTimestamp->hour);
				break;
			case SQLDTCODE_DAY_TO_MINUTE:
				DataLen = sprintf(cTmpBuf,"%02d %02d:%02d",
								pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute);
				break;
			case SQLDTCODE_DAY_TO_SECOND:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%02d %02d:%02d:%02d.%s",
								pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second,
								cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%02d %02d:%02d:%02d",
								pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second);
				break;
			case SQLDTCODE_HOUR:
				DataLen = sprintf(cTmpBuf,"%02d",pSQLTimestamp->hour);
				break;
			case SQLDTCODE_HOUR_TO_MINUTE:
				DataLen = sprintf(cTmpBuf,"%02d:%02d",pSQLTimestamp->hour,pSQLTimestamp->minute);
				break;
			case SQLDTCODE_MINUTE:
				DataLen = sprintf(cTmpBuf,"%02d",pSQLTimestamp->minute);
				break;
			case SQLDTCODE_MINUTE_TO_SECOND:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%02d:%02d.%s",pSQLTimestamp->minute,pSQLTimestamp->second,cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%02d:%02d",pSQLTimestamp->minute,pSQLTimestamp->second);
				break;
			case SQLDTCODE_SECOND:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%02d.%s",pSQLTimestamp->second,cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%02d",pSQLTimestamp->second);
				break;
			default:
				if (targetPrecision > 0)
					DataLen = sprintf(cTmpBuf,"%04d-%02d-%02d %02d:%02d:%02d.%s",
								pSQLTimestamp->year,pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second,
								cTmpFraction);
				else
					DataLen = sprintf(cTmpBuf,"%04d-%02d-%02d %02d:%02d:%02d",
								pSQLTimestamp->year,pSQLTimestamp->month,pSQLTimestamp->day,
								pSQLTimestamp->hour,pSQLTimestamp->minute,pSQLTimestamp->second);
				break;

			}
			DataPtr = cTmpBuf;
		}
		if (DataLen != targetLength)
			return IDS_22_003;
		break; // End of SQL_TIMESTAMP
	case SQL_INTERVAL_MONTH:
	case SQL_INTERVAL_YEAR:
	case SQL_INTERVAL_YEAR_TO_MONTH:
	case SQL_INTERVAL_DAY:
	case SQL_INTERVAL_HOUR:
	case SQL_INTERVAL_MINUTE:
	case SQL_INTERVAL_SECOND:
	case SQL_INTERVAL_DAY_TO_HOUR:
	case SQL_INTERVAL_DAY_TO_MINUTE:
	case SQL_INTERVAL_DAY_TO_SECOND:
	case SQL_INTERVAL_HOUR_TO_MINUTE:
	case SQL_INTERVAL_HOUR_TO_SECOND:
	case SQL_INTERVAL_MINUTE_TO_SECOND:
		cTmpDataType = CDataType;
		if (CDataType == SQL_C_DEFAULT)
		{
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_MONTH:
				cTmpDataType = SQL_C_INTERVAL_MONTH;
				break;
			case SQL_INTERVAL_YEAR:
				cTmpDataType = SQL_C_INTERVAL_YEAR;
				break;
			case SQL_INTERVAL_YEAR_TO_MONTH:
				cTmpDataType = SQL_C_INTERVAL_YEAR_TO_MONTH;
				break;
			case SQL_INTERVAL_DAY:
				cTmpDataType = SQL_C_INTERVAL_DAY;
				break;
			case SQL_INTERVAL_HOUR:
				cTmpDataType = SQL_C_INTERVAL_HOUR;
				break;
			case SQL_INTERVAL_MINUTE:
				cTmpDataType = SQL_C_INTERVAL_MINUTE;
				break;
			case SQL_INTERVAL_SECOND:
				cTmpDataType = SQL_C_INTERVAL_SECOND;
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				cTmpDataType = SQL_C_INTERVAL_DAY_TO_HOUR;
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				cTmpDataType = SQL_C_INTERVAL_DAY_TO_MINUTE;
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				cTmpDataType = SQL_C_INTERVAL_DAY_TO_SECOND;
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				cTmpDataType = SQL_C_INTERVAL_HOUR_TO_MINUTE;
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				cTmpDataType = SQL_C_INTERVAL_HOUR_TO_SECOND;
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				cTmpDataType = SQL_C_INTERVAL_MINUTE_TO_SECOND;
				break;
			default:
				return IDS_07_006;
			}
		}

		switch (cTmpDataType)
		{
		case SQL_C_WCHAR:
			if (iconv->isAppUTF16())
			{
				if (srcLength != SQL_NTS)
					srcLength = srcLength/2;
				// translate from UTF16
				if (iconv->WCharToUTF8((UChar*)srcDataPtr, srcLength, srcDataLocale, sizeof(srcDataLocale), (int*)&translateLength, (char*)errorMsg) != SQL_SUCCESS)
					return IDS_193_DRVTODS_ERROR;
				srcDataPtr = srcDataLocale;
				srcLength = translateLength;
			}
		case SQL_C_CHAR:
			if (srcLength == SQL_NTS)
				DataLen = strlen((const char *)srcDataPtr);
			else
				DataLen = srcLength;
			if (StripIntervalLiterals(srcDataPtr, srcLength, ODBCDataType, cTmpBuf) != SQL_SUCCESS)
				return IDS_22_018;
			break;
		case SQL_C_BINARY:
			if (srcLength == SQL_NTS)
				DataLen = strlen((const char *)srcDataPtr);
			else
				DataLen = srcLength;
			strcpy(cTmpBuf, (const char *)srcDataPtr);
			break;
		case SQL_C_SHORT:
		case SQL_C_SSHORT:
			sTmp = *(SSHORT *)srcDataPtr;
			_ltoa(sTmp, cTmpBuf, 10);
			break;
		case SQL_C_USHORT:
			usTmp = *(USHORT *)srcDataPtr;
			_ultoa(usTmp, cTmpBuf, 10);
			break;
		case SQL_C_TINYINT:
		case SQL_C_STINYINT:
			sTmp = *(SCHAR *)srcDataPtr;
			_ltoa(sTmp, cTmpBuf, 10);
			break;
		case SQL_C_UTINYINT:
		case SQL_C_BIT:
			usTmp = *(UCHAR *)srcDataPtr;
			_ultoa(usTmp, cTmpBuf, 10);
			break;
		case SQL_C_SLONG:
		case SQL_C_LONG:
			lTmp = *(SLONG_P *)srcDataPtr;
			_ltoa(lTmp, cTmpBuf, 10);
			break;
		case SQL_C_ULONG:
			ulTmp = *(ULONG_P *)srcDataPtr;
			_ultoa(ulTmp, cTmpBuf, 10);
			break;
		case SQL_C_FLOAT:
			dTmp = *(float *)srcDataPtr;
			if (!double_to_char (dTmp, FLT_DIG, cTmpBuf, sizeof(cTmpBuf)))
				return IDS_22_001;
			break;
		case SQL_C_DOUBLE:
			dTmp = *(double *)srcDataPtr;
			if (!double_to_char (dTmp, DBL_DIG, cTmpBuf, sizeof(cTmpBuf)))
				return IDS_22_001;
			break;
		case SQL_C_NUMERIC:
			ConvertCNumericToChar((SQL_NUMERIC_STRUCT*)srcDataPtr, cTmpBuf);
			break;
		case SQL_C_SBIGINT:
#ifndef unixcli
			sprintf(cTmpBuf, "%I64d", *(__int64*)srcDataPtr);
#else
			sprintf(cTmpBuf, "%Ld", *(__int64*)srcDataPtr);
#endif
			break;
		case SQL_C_INTERVAL_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_MONTH:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.year_month.month);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.year_month.month);
				break;
			case SQL_INTERVAL_YEAR_TO_MONTH:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00-%ld",intervalTmp->intval.year_month.month);
				else
					sprintf(cTmpBuf,"00-%ld",intervalTmp->intval.year_month.month);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_YEAR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_YEAR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.year_month.year);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.year_month.year);
				break;
			case SQL_INTERVAL_YEAR_TO_MONTH:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld-00",intervalTmp->intval.year_month.year);
				else
					sprintf(cTmpBuf,"%ld-00",intervalTmp->intval.year_month.year);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_YEAR_TO_MONTH:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_YEAR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.year_month.year);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.year_month.year);
				break;
			case SQL_INTERVAL_MONTH:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld", intervalTmp->intval.year_month.month);
				else
					sprintf(cTmpBuf,"%ld", intervalTmp->intval.year_month.month);
				break;
			case SQL_INTERVAL_YEAR_TO_MONTH:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld-%ld",intervalTmp->intval.year_month.year, intervalTmp->intval.year_month.month);
				else
					sprintf(cTmpBuf,"%ld-%ld",intervalTmp->intval.year_month.year, intervalTmp->intval.year_month.month);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_DAY:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.day);
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld 00",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld 00",intervalTmp->intval.day_second.day);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld 00:00",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld 00:00",intervalTmp->intval.day_second.day);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld 00:00:00",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld 00:00:00",intervalTmp->intval.day_second.day);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"00 %ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld:00",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"00 %ld:00",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld:00:00",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"00 %ld:00:00",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld:00",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00:00",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld:00:00",intervalTmp->intval.day_second.hour);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 00:%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 00:%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 00:%ld:00",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 00:%ld:00",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00:%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00:%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00:%ld:00",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00:%ld:00",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:00",intervalTmp->intval.day_second.minute);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-00 00:00:%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-00 00:00:%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"00 00:00:%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"00 00:00:%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-00:00:%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-00:00:%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"00:00:%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"00:00:%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-00:%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-00:%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"00:%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"00:%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_DAY_TO_HOUR:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.day);
				break;
			case SQL_INTERVAL_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld", intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld", intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld:00",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld %ld:00",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld:00:00",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld %ld:00:00",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00", intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld:00", intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00:00", intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld:00:00", intervalTmp->intval.day_second.hour);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_DAY_TO_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.day);
				break;
			case SQL_INTERVAL_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld %ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld:%ld:00",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld %ld:%ld:00",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:00",intervalTmp->intval.day_second.minute);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_DAY_TO_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.day);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.day);
				break;
			case SQL_INTERVAL_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld %ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld %ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld %ld:%ld",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%d %d:%d:%d",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%d %d:%d:%d.%d",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%d %d:%d:%d",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%d %d:%d:%d.%d",intervalTmp->intval.day_second.day,intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld:%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld:%ld:%ld.%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld:%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld:%ld:%ld.%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_HOUR_TO_MINUTE:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"00 %ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 %ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 %ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:00",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:00",intervalTmp->intval.day_second.minute);
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_HOUR_TO_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld",intervalTmp->intval.day_second.hour);
				else
					sprintf(cTmpBuf,"00 %ld",intervalTmp->intval.day_second.hour);
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 %ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 %ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 %ld:%ld:00",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld:%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld:%ld:%ld.%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld:%ld:%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld:%ld:%ld.%ld",intervalTmp->intval.day_second.hour,intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			default:
				return IDS_07_006;
			}
			break;
		case SQL_C_INTERVAL_MINUTE_TO_SECOND:
			intervalTmp = (SQL_INTERVAL_STRUCT *)srcDataPtr;
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld",intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld.%ld",intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_DAY_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00 00:%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00 00:%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-00 00:%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-00 00:%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"00 00:%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"00 00:%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
				if (intervalTmp->interval_sign == SQL_TRUE)
					sprintf(cTmpBuf,"-00:%ld",intervalTmp->intval.day_second.minute);
				else
					sprintf(cTmpBuf,"00:%ld",intervalTmp->intval.day_second.minute);
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-00:%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-00:%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"00:%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"00:%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (intervalTmp->interval_sign == SQL_TRUE)
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"-%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"-%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				else
				{
					if (intervalTmp->intval.day_second.fraction == 0)
						sprintf(cTmpBuf,"%ld:%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second);
					else
						sprintf(cTmpBuf,"%ld:%ld.%ld",intervalTmp->intval.day_second.minute,intervalTmp->intval.day_second.second,intervalTmp->intval.day_second.fraction);
				}
				break;
			default:
				return IDS_07_006;
			}
			break;
		default:
			return IDS_07_006;
		}
		if (DataPtr == NULL)
		{
			if(RWRSFormat == 0)
			if ((retCode = CheckIntervalOverflow(cTmpBuf, ODBCDataType, targetLength, targetPrecision)) != SQL_SUCCESS)
				return retCode;

			if(RWRSFormat == 0)
				InsertBlank(cTmpBuf, targetLength-strlen(cTmpBuf));

			if(RWRSFormat == 0)
			{
				DataPtr = cTmpBuf;
				DataLen = strlen(cTmpBuf);
			}
			else
			{
				retCode = Ascii_To_Interval_Helper(cTmpBuf,
                                        strlen(cTmpBuf),
                                        (char*)cTmpBuf2,
                                        targetLength,
                                        datetimeIntervalPrecision,
                                        targetPrecision,
					SQLDatetimeCode, //ODBCDataType - 100,
					&dataTruncatedWarning);

                                if(retCode != SQL_SUCCESS)
                                        return retCode;

				DataPtr = (char*)cTmpBuf2;
                                DataLen = targetLength;
			}
		}
		if (Offset != 0)
		{
			if(DataLen>32767){
				*(int *)targetDataPtr = DataLen;
				outDataPtr = (unsigned char *)targetDataPtr + sizeof(int);
			}
			else{
				*(unsigned short *)targetDataPtr = DataLen;
				outDataPtr = (unsigned char *)targetDataPtr + sizeof(USHORT);
			}
		}
		OutLen = DataLen;	// in case user creates a table as datetime year to second,
							// SQL/MX returns OutLen as 7 bytes
							// Non-standard timestamp table year to second.
		break;
	default:
		return IDS_07_006;
	}
	if ((retCode == SQL_SUCCESS) || (retCode == IDS_01_S07))
	{
		if(pdwGlobalTraceVariable && *pdwGlobalTraceVariable)
			TraceOut(TR_ODBC_DEBUG, "ODBC::ConvertCToSQL DataPtr \"%s\", DataLen %d",
				 DataPtr, DataLen);
		if (DataPtr != NULL && DataLen > 0 &&
			(ODBCDataType == SQL_CHAR || ODBCDataType == SQL_VARCHAR || ODBCDataType == SQL_LONGVARCHAR ||
			ODBCDataType == SQL_WCHAR || ODBCDataType == SQL_WVARCHAR) && CDataType != SQL_C_BINARY && SQLDataType != SQLTYPECODE_BOOLEAN)
		{
			SQLRETURN rc = SQL_SUCCESS;
			if (targetCharSet == SQLCHARSETCODE_ISO88591)
			{
				if (CDataType == SQL_C_WCHAR)
				{
					if (iconv->isAppUTF16())
					{
						// JJ should be now from UTF16 to ISO88591
						// translate from UTF16 to DrvrLocale
						rc = iconv->WCharToISO88591((UChar*)DataPtr, DataLen, (char*)outDataPtr, OutLen+1, (int*)&translateLength, (char*)errorMsg, NULL);
						if (rc != SQL_SUCCESS)
						{
							if (rc == SQL_SUCCESS_WITH_INFO)
								return IDS_22_001;
							else
								return IDS_193_DRVTODS_ERROR;
						}
						DataLen = translateLength;
					}
					else
					{
						//JJ should be now from UTF8 to ISO88591
						rc = iconv->UTF8ToFromISO88591(true, (char*)DataPtr, DataLen, (char*)outDataPtr, OutLen+1, &translateLength, (char*)errorMsg);
						if (rc != SQL_SUCCESS)
						{
							if (rc == SQL_SUCCESS_WITH_INFO)
								return IDS_22_001;
							else
								return IDS_193_DRVTODS_ERROR;
						}
						DataLen = translateLength;
					}
				}
				else  // SQL_C_CHAR
				{
				/* may be something that needs to be done to make iso88591 faster
					if(iconv->isDriverLocaleISO88591()) // behave like passthru - only for ISO88591
					{
						if (DataLen > OutLen)
						{
							DataLen = OutLen;
							return IDS_22_001;
						}
						memcpy(outDataPtr, DataPtr, DataLen);
					}
					else //Force the translation from DrvrLocale ISO88591
					{
				*/
						rc = iconv->TranslateISO88591(false, (char*)DataPtr, DataLen, (char*)outDataPtr, OutLen+1, &translateLength, (char*)errorMsg);
				                if (rc != SQL_SUCCESS)
						{
							if (rc == SQL_SUCCESS_WITH_INFO)
								return IDS_22_001;
							else
								return IDS_193_DRVTODS_ERROR;
						}
						DataLen = translateLength;
				}
				if (Offset != 0)
				{
					if(targetPrecision > SHRT_MAX)
						*(unsigned int *)targetDataPtr = DataLen;
					else
						*(unsigned short *)targetDataPtr = DataLen;
				}
			}
			else if (targetCharSet == SQLCHARSETCODE_UCS2)
			{
				// translate to UCS2
				if (CDataType == SQL_C_WCHAR)
				{
					if (iconv->isAppUTF16())
					{
						// translate from UTF16 to UCS2 - no translation
						if (DataLen > OutLen/2)
						{
							DataLen = OutLen/2;
							return IDS_22_001;
						}
						u_strncpy((UChar*)outDataPtr, (const UChar*)DataPtr, DataLen);
						((UChar*)outDataPtr)[DataLen] = UCharNull;
					}
					else
					{
						// translate from UTF8 to UCS2
						rc = iconv->UTF8ToWChar((char*)DataPtr, DataLen, (UChar*)outDataPtr, OutLen/2+1, &translateLength, (char*)errorMsg);
						if (rc != SQL_SUCCESS)
						{
							if (rc == SQL_SUCCESS_WITH_INFO)
								return IDS_22_001;
							else
								return IDS_193_DRVTODS_ERROR;
						}
						DataLen = translateLength;
					}
				}
				else  //SQL_C_CHAR
				{
					// translate from DrvrLocale to UCS2
					rc = iconv->LocaleToWChar((char*)DataPtr, DataLen, (UChar*)outDataPtr, OutLen/2+1,  (int*)&translateLength, (char*)errorMsg);
					if (rc != SQL_SUCCESS)
					{
						if (rc == SQL_SUCCESS_WITH_INFO)
							return IDS_22_001;
						else
							return IDS_193_DRVTODS_ERROR;
					}
					DataLen = translateLength;
				}
				if (Offset != 0)
				{
					if(targetPrecision > SHRT_MAX)
					{
						if(iconv->getUCS2Translation())
							*(unsigned int *)targetDataPtr = DataLen*2;
						else
							*(unsigned int *)targetDataPtr = DataLen;
					}
					else
					{
						if(iconv->getUCS2Translation())
							*(unsigned short *)targetDataPtr = DataLen*2;
						else
							*(unsigned short *)targetDataPtr = DataLen;
					}
				}
			}
// needs to work with UTF8 columns
			else if (targetCharSet == SQLCHARSETCODE_UTF8)
			{
				// translate to UTF8
				if (CDataType == SQL_C_WCHAR)
				{
					if (iconv->isAppUTF16())
					{
						// translate from UTF16 to UTF8
						rc = iconv->WCharToUTF8((UChar*)DataPtr, DataLen, (char*)outDataPtr, OutLen+1, (int*)&translateLength, (char*)errorMsg);
						if (rc != SQL_SUCCESS)
						{
							if (rc == SQL_SUCCESS_WITH_INFO)
								return IDS_22_001;
							else
								return IDS_193_DRVTODS_ERROR;
						}
						DataLen = translateLength;
					}
					else //just copy
					{
						// source and target charset are the same - no translation needed
						if (DataLen > OutLen)
						{
							DataLen = OutLen;
							return IDS_22_001;
						}
						memcpy(outDataPtr, DataPtr, DataLen);
					}
				}
				else
				{
					//Translate from DriverLocale to UTF8
					rc = iconv->TranslateUTF8(FALSE, (char*)DataPtr, DataLen, (char*)outDataPtr, OutLen+1, (int*)&translateLength, (char*)errorMsg);
					if (rc != SQL_SUCCESS)
                                        {
						if (rc == SQL_SUCCESS_WITH_INFO)
							return IDS_22_001;
						else
							return IDS_193_DRVTODS_ERROR;
					}
                                                DataLen = translateLength;
				}
				if (Offset != 0)
				{
					if(targetPrecision > SHRT_MAX)
						*(unsigned int *)targetDataPtr = DataLen;
					else
						*(unsigned short *)targetDataPtr = DataLen;
				}
			}

			if (ODBCDataType == SQL_WCHAR || ODBCDataType == SQL_WVARCHAR)
			{
				tempLen = targetLength/2-DataLen-Offset-1;
				u_memset((UChar*)outDataPtr+DataLen, L' ', tempLen);
				DataLen = (DataLen+tempLen)*2;
			}
		}
		else
		{
			if (OutLen < DataLen)
				return IDS_22_001;
			memcpy(outDataPtr, DataPtr, DataLen);
            if (Offset != 0)    //When Datalen = 0, length was not stored in buffer
            {
                if(targetPrecision > SHRT_MAX)
                    *(unsigned int *)targetDataPtr = DataLen;
                else
                    *(unsigned short *)targetDataPtr = DataLen;
            }
		}
		if (byteSwap)
		{
			if (Datatype_Dependent_Swap((BYTE *)outDataPtr-Offset, SQLDataType, targetCharSet, DataLen, IEEE_TO_TANDEM) != STATUS_OK)
				return IDS_HY_000;
		}
		if (ODBCDataType == SQL_CHAR && SQLDataType != SQLTYPECODE_BOOLEAN || ODBCDataType == SQL_VARCHAR)
			memset((unsigned char *)outDataPtr+DataLen, ' ', targetLength-DataLen-Offset-1);
	}
	if (dataTruncatedWarning)
		retCode = IDS_01_S07;

	return retCode;
}

unsigned long ODBC::ConvertCharToNumeric(SQLPOINTER srcDataPtr,
								   SQLINTEGER srcLength,
								   double &dTmp)
{
	int		tempLen;
	char	cTmpBuf[100];
	char    *errorCharPtr;

	if (srcLength == SQL_NTS )
		tempLen = strlen((const char *)srcDataPtr);
	else
		tempLen = srcLength;
	if (tempLen >= sizeof(cTmpBuf))
		return IDS_22_003;
	strncpy(cTmpBuf, (const char *)srcDataPtr, tempLen);
	cTmpBuf[tempLen] = '\0';
    rTrim(cTmpBuf);
    tempLen = strlen(cTmpBuf);
    errno = 0;
	dTmp = strtod(cTmpBuf, &errorCharPtr);
	if (errno == ERANGE || errorCharPtr < (cTmpBuf + tempLen))
		return IDS_22_003;
	return SQL_SUCCESS;
}

unsigned long ODBC::ConvertCharToInt64(SQLPOINTER srcDataPtr,
								   SQLINTEGER srcLength,
								   __int64 &tempVal64)
{
	int		tempLen;
	char	cTmpBuf[100];
        bool truncation = false;

	if (srcLength == SQL_NTS )
		tempLen = strlen((const char *)srcDataPtr);
	else
		tempLen = srcLength;
	if (tempLen >= sizeof(cTmpBuf))
		return IDS_22_003;
	strncpy(cTmpBuf, (const char *)srcDataPtr, tempLen);
	cTmpBuf[tempLen] = '\0';
    rTrim(cTmpBuf);

	if (!ctoi64(cTmpBuf, tempVal64, &truncation ))
		return IDS_22_003;
	if (truncation)
		return IDS_22_001;

	return SQL_SUCCESS;
}

unsigned long ODBC::ConvertCharWithDecimalToInt64(SQLPOINTER srcDataPtr,
								   SQLINTEGER srcLength,
								   __int64 &integralPart,
								   __int64 &decimalPart)
{
	int		tempLen;
	int		integralLen;
	int		decimalLen;
	char	cTmpBuf[100];
	char	*integral;
	char	*decimal;
        bool truncation = false;

	if (srcLength == SQL_NTS )
		tempLen = strlen((const char *)srcDataPtr);
	else
		tempLen = srcLength;
	if (tempLen >= sizeof(cTmpBuf))
		return IDS_22_003;
	strncpy(cTmpBuf, (const char *)srcDataPtr, tempLen);
	cTmpBuf[tempLen] = '\0';
	integral = cTmpBuf;
	if ((decimal = strchr(integral, '.')) != NULL)
	{
		integralLen = decimal - integral;
		*decimal++ = '\0';
		decimalLen = tempLen - integralLen -1;
	}
	if (!ctoi64(integral, integralPart, &truncation ))
		return IDS_22_003;
	if (decimal != NULL)
	{
		if (!ctoi64(decimal, decimalPart, &truncation ))
			return IDS_22_003;
	}
	else
		decimalPart = 0;
	if (truncation)
		return IDS_22_001;
	return SQL_SUCCESS;
}

SQLRETURN ODBC::ConvertCharToSQLDate(SQLPOINTER srcDataPtr, SQLINTEGER srcLength, SWORD ODBCDataType,
							   SQLPOINTER targetPtr, SQLSMALLINT targetPrecision)
{
    char      in_value[50];
    short datetime_parts[8];
    char     *token;
    short     i;
    SQLUINTEGER fraction_part=0;
    char      delimiters[3];
	int		tempLen;
	char	sFraction[10];
	char* pDate = (char*)srcDataPtr;
	bool	bWMFormat = false;
	char * saveptr=NULL;

	if (targetPrecision > 9)
		return SQL_ERROR;

	if (srcLength == SQL_NTS )
		tempLen = strlen((const char *)srcDataPtr);
	else
		tempLen = srcLength;
	if (tempLen > sizeof(in_value)-1)
		return SQL_ERROR;

	if (gDrvrGlobal.gSpecial_1 && tempLen == (short)strspn(pDate, "1234567890"))
	{
		if (tempLen < 8 && tempLen > 5)
		{
			char sTmp[7];
			int century;
			int year;
			int month;
			int day;

			memset(sTmp, '0', sizeof(sTmp));
			strncpy(sTmp+ sizeof(sTmp) - tempLen, pDate, tempLen);

			century = (19 + sTmp[0] - '0');
			year = century * 100 + (sTmp[1] - '0') * 10 + (sTmp[2] - '0');
			month = (sTmp[3] - '0') * 10 + (sTmp[4] - '0');
			day = (sTmp[5] - '0') * 10 + (sTmp[6] - '0');

			sprintf(in_value,"%d/%02d/%02d",year,month,day);
			tempLen = strlen(in_value);
			bWMFormat = true;
		}
	}

	if (bWMFormat == false)
	{
	strncpy(in_value, (const char *)srcDataPtr, tempLen);
	in_value[tempLen] = '\0';
	}

// check if date, time, timestamp is in escape sequence format
// if yes, check format and convert {,},d,t,ts,' to blanks

    if (tempLen != (short)strspn(in_value, "1234567890:/.- "))
	{
		if (tempLen != (short)strspn(in_value, "1234567890:/.-{}dts\' "))
			return SQL_ERROR;

		int nIndex = 0;
		int nIteration = 0;
		char cLastDel = 0;
		char cChar;

		while( TRUE )
		{
			while( in_value[ nIndex ] == ' ' ) nIndex++;
			cChar = in_value[ nIndex ];

			if( cChar == 0 )
			{
				if( cLastDel != '}' || nIteration != 5 ) return(SQL_ERROR);
				else break;
			}

			if( cChar == '{' || cChar == 'd' || cChar == 't' ||
				cChar == '\'' || cChar == '}')
			{

				switch ( nIteration++ )
				{
				case 0:
					if( cChar != '{' ) return(SQL_ERROR);
					break;
				case 1:
					if( cChar != 'd' && cChar != 't' ) return(SQL_ERROR);
					if( cChar == 't' && in_value[ nIndex + 1] == 's' )
						in_value[ nIndex + 1 ] = ' ';
					break;
				case 2:
					if( cChar != '\'' ) return(SQL_ERROR);
					break;
				case 3:
					if( cChar != '\'' ) return(SQL_ERROR);
					break;
				case 4:
					if( cChar != '}' ) return(SQL_ERROR);
					break;
				default:
					return(SQL_ERROR);
					break;
				}

				cLastDel = cChar;
				in_value[ nIndex ] = ' ';
			}
			nIndex++;
		}
	}

	for (i = 0 ; i < 8 ; i++)
       datetime_parts[i] = 0;
	if (strpbrk(in_value, "/-") == NULL)
	{
		if ((ODBCDataType == SQL_DATE) || (ODBCDataType == SQL_TIMESTAMP))
		  return SQL_ERROR; //not a valid date literal, return error : JoyJ
		i = 3;
		strcpy(delimiters, ":");

		struct tm *newtime;
		time_t long_time;

		time( &long_time );					/* Get time as long integer. */
		newtime = localtime( &long_time );	/* Convert to local time. */
		datetime_parts[0] = (short)(newtime->tm_year+1900);
		datetime_parts[1] = (short)(newtime->tm_mon+1);
		datetime_parts[2] = (short)newtime->tm_mday;
	}
	else
	{
		i = 0;
		strcpy(delimiters, "/-");
	}
#ifndef unixcli
	for (token = strtok(in_value, delimiters) ; token != NULL && i < 6 ;
		  token = strtok(NULL, delimiters), i++)
#else
	for (token = strtok_r(in_value, delimiters,&saveptr) ; token != NULL && i < 6 ;
		  token = strtok_r(NULL, delimiters,&saveptr), i++)
#endif
    {
       datetime_parts[i] = (short)atoi(token);
	   if (i == 1)
          strcpy(delimiters, ": ");
       else
	   if (i == 2)
		  strcpy(delimiters, ":");
	   else
       if (i == 4)
          strcpy(delimiters, ".");
    }
	if (token != NULL)
    {
		rTrim(token);
		memset(sFraction, 0, sizeof(sFraction));
		memset(sFraction, '0', 9);
		memcpy(sFraction, token, strlen(token));
		sFraction[targetPrecision] = 0;
		fraction_part = atol(sFraction);

		datetime_parts[6] = (short)(fraction_part / 1000);
		datetime_parts[7] = (short)(fraction_part % 1000);
    }
	if (! checkDatetimeValue(datetime_parts))
		return SQL_ERROR;
	switch (ODBCDataType) {
	case SQL_DATE:
		{
			DATE_TYPES *dateTmp = (DATE_TYPES *)targetPtr;
			dateTmp->year = datetime_parts[0];
			dateTmp->month = (unsigned char)datetime_parts[1];
			dateTmp->day = (unsigned char)datetime_parts[2];
		}
		break;
	case SQL_TIME:
		{
			TIME_TYPES *timeTmp = (TIME_TYPES *)targetPtr;
			timeTmp->hour=(unsigned char)datetime_parts[3];
			timeTmp->minute=(unsigned char)datetime_parts[4];
			timeTmp->second=(unsigned char)datetime_parts[5];
		}
		break;
	case SQL_TIMESTAMP:
		{
			TIMESTAMP_TYPES *timeStampTmp = (TIMESTAMP_TYPES *)targetPtr;

			timeStampTmp->year=datetime_parts[0];
			timeStampTmp->month=(unsigned char)datetime_parts[1];
			timeStampTmp->day=(unsigned char)datetime_parts[2];
			timeStampTmp->hour=(unsigned char)datetime_parts[3];
			timeStampTmp->minute=(unsigned char)datetime_parts[4];
			timeStampTmp->second=(unsigned char)datetime_parts[5];
			if (targetPrecision > 0)
				memcpy(&timeStampTmp->fraction, &fraction_part, sizeof(UDWORD_P));
			else
				memset(&timeStampTmp->fraction, 0, sizeof(UDWORD_P));

		}
		break;
	default:
		return SQL_ERROR;
    }
    return SQL_SUCCESS;
}

void ODBC::getMaxNum(	long precision,
				long scale,
				unsigned __int64 &integralMax,
				unsigned __int64 &decimalMax)
{

	decimalMax = 0;
	integralMax = 0;
	int i;

	for(i=0; i < precision - scale; i++)
		integralMax= integralMax * 10 + 9;

	for(i=0; i < scale; i++)
		decimalMax = decimalMax * 10 + 9;

}

// This routine will attempt to convert a value into integralPart, decimalPart, negative, leadZeros
//   -2.145  will have integralPart = 2, decimalPart = 145, negative = TRUE; leadZeros = 0 (no leading zero)
short ODBC::ConvertCharToInt64Num(const char *srcDataPtr,
				   __int64 &integralPart,
				   __int64 &decimalPart,
				   BOOL	&negative,
				   long &leadZeros)
{
	// Return values -1 - Out of Range
	//		 -2 - Illegal numeric value

	char		*tempPtr,*tempPtr1,*tempPtr2;
	int             tempLen = 0;
	double		dTmp;
	char		*errorCharPtr;
	BOOL		decimalFound = false;
	BOOL		countZeros = true;

	leadZeros = 0;
	decimalPart = 0;
	integralPart = 0;
	negative = FALSE;

	if (srcDataPtr == NULL)
		return -2;
	tempPtr = (char *)srcDataPtr;
	trim(tempPtr);
	if( strspn( tempPtr, "+-0123456789.eE" ) == strlen( tempPtr) )
	{
		if( strspn( tempPtr, "+-0123456789." ) != strlen( tempPtr) )
		{
			char sTmp[20];
			errno = 0;
			dTmp = strtod(srcDataPtr, &errorCharPtr);
			if (errno == ERANGE || errorCharPtr < (srcDataPtr + strlen(srcDataPtr)))
				return -1;
			sprintf(sTmp,"%lf",dTmp);
			strcpy(tempPtr,sTmp);
			rSup(tempPtr);
		}
	}
	else
		return -2;

	switch (*tempPtr)
	{
	case '+':
		tempPtr++;
		break;
	case '-':
		negative = TRUE;
		tempPtr++;
		break;
	default:
		break;
	}

	tempPtr1 = strchr( tempPtr, '.' );
	if( tempPtr1 == NULL )
	{
		if( strlen(tempPtr) > 33 )
			return -1;
	}
	else
	{
		if( tempPtr1 - tempPtr > 33 )
			return -1;
	}

	while (*tempPtr != '\0')
	{
		if (*tempPtr == '.')
		{
			decimalFound = TRUE;
			break;
		}
		if (*tempPtr >= '0' && *tempPtr <= '9')
		{
			integralPart= integralPart * 10 + (*tempPtr - '0');
			++tempPtr;
		}
		else
			return -2;

	}

	if (decimalFound)
	{
		//  to get rid of trailing zeros
		tempLen  = strlen(tempPtr);
		if ((tempPtr2 = (char*)malloc(tempLen + 1)) == NULL)
			return -1;
		strcpy(tempPtr2, tempPtr);
		tempPtr2[tempLen] = '\0';

		for (int i= tempLen - 1; i >=0; i--)
		{
			if (tempPtr2[i] == '0')
				tempPtr2[i] = '\0';
			else
				break;
		}
		tempPtr = tempPtr2;

		if (tempPtr2 != NULL)
			free(tempPtr2);
	}

	return 0;
}

long ODBC::getDigitCount(__int64 value)
{
	int i;
    static __int64 decValue[] = {0,
                               9,
                               99,
                               999,
                               9999,
                               99999,
                               999999,
                               9999999,
                               99999999,
                               999999999,
                               9999999999LL,
                               99999999999LL,
                               999999999999LL,
                               9999999999999LL,
                               99999999999999LL,
                               999999999999999LL,
                               9999999999999999LL,
                               99999999999999999LL,
                               999999999999999999LL};

    for (i = 4; i <= 16; i += 4)
      if (value <= decValue[i]) {
	if (value <= decValue[i-3])
	  return(i-3);
	if (value <= decValue[i-2])
	  return(i-2);
	if (value <= decValue[i-1])
	  return(i-1);
	else return i;
      }
    if (value <= decValue[17])
      return 17;
    if (value <= decValue[18])
      return 18;
    return 19;
}

// the conversion from little endian mode to the character string

SQLRETURN ODBC::ConvertCNumericToChar( SQL_NUMERIC_STRUCT* numericPtr, char* cTmpBuf)
{

	union
	{
		unsigned __int64 intTest[2];
		SQLCHAR tmpVal[SQL_MAX_NUMERIC_LEN];
	} tmpUnion;

	char localBuf[50];
	char* tempPtr = localBuf;
	char* outBuf = localBuf;

	BOOLEAN bStart = false;
	short offset = SQL_MAX_NUMERIC_LEN - 1;

	memset( localBuf, 0, sizeof(localBuf));
	memcpy( tmpUnion.tmpVal, numericPtr->val, SQL_MAX_NUMERIC_LEN );

	if( numericPtr->sign == 2 || numericPtr->sign == 0)	//ODBC 3.0 spec dictates a value of 2  for negative sign,
	{													//3.5 spec requires a 0 instead
		strcpy( tempPtr, "-" );							//NOTE: we do not have any way to differentiate between ODBC3.0 and ODBC3.5
		tempPtr++;
	}

	if( tmpUnion.intTest[1] == 0 )
	{
		//AReynolds - _ui64toa expects ints to be in native endian format.
		//SQL_NUMERIC_STRUCT value part is always in little endian, so we need
		//to convert to big endian before calling _ui64toa
#ifdef BIGE
		tmpUnion.intTest[1] = tmpUnion.intTest[0];
		int m,n=SQL_MAX_NUMERIC_LEN/2;

		for( m = n-1; m >= 0, n < SQL_MAX_NUMERIC_LEN; m--, n++)
			tmpUnion.tmpVal[m] = tmpUnion.tmpVal[n];

		tmpUnion.intTest[1] = 0;
#endif
		_ui64toa( tmpUnion.intTest[0], tempPtr, 10 );
	}
	else
	{
	//we should never enter this block of code until we support SQL_C_NUMERIC to BigNum.  As of r2.3, we don't support SQL_NUMERIC_STRUCT->BigNum_vals
		while( tmpUnion.intTest[0] != 0 || tmpUnion.intTest[1] != 0)
		{
			int i,a=0,b=0,current,calc=0;

			for( i = offset; i >= 0 ; i--)
			{
				if( tmpUnion.tmpVal[ i ] == 0 && !bStart)
				{
					offset--;
					continue;
				}
				else
					bStart = true;

				current = tmpUnion.tmpVal[ i ];
				calc = calc * 256 + current;
				a = calc % 10;
				b = calc / 10;

				tmpUnion.tmpVal[ i ] =  b;
				calc = a;
			}
			*tempPtr++ = a + '0';
		}

		tempPtr--;

		while (tempPtr >= outBuf )
		{
			char cTmp;

			cTmp = *outBuf;
			*(outBuf++) = *tempPtr;
			*(tempPtr--) = cTmp;
		}

	}

	memset(cTmpBuf, 0, numericPtr->precision + 1);
	strncpy(cTmpBuf, localBuf, strlen(localBuf) - numericPtr->scale );
	if( numericPtr->scale != 0 ){
		strcat(cTmpBuf,".");
		strcat(cTmpBuf, localBuf + strlen(localBuf) - numericPtr->scale );
	}

	return SQL_SUCCESS;
}

SQLRETURN ODBC::StripIntervalLiterals(SQLPOINTER srcDataPtr, SQLINTEGER srcLength, SWORD ODBCDataType, char* cTmpBuf)
{

    char      in_value[128];
    char      save_value[128];
    char	*token;
    short	i = 0;
    char	delimiters[] = " {}\t\n";
    char	validValue[] = "1234567890:-. ";
	int		tempLen;
	BOOL	signSet = FALSE;
	int		ch = '\'';
	char	*pdest;
	int		bresult, eresult;
	char *saveptr=NULL;

	if (srcLength == SQL_NTS )
		tempLen = strlen((const char *)srcDataPtr);
	else
		tempLen = srcLength;
	strncpy(in_value, (const char *)srcDataPtr, tempLen);
	in_value[tempLen] = '\0';

	if(in_value[0] != '{' && in_value[tempLen-1] != '}') // No Interval Literal just the value
	{
		i = strspn(in_value, validValue);
		if (i < strlen(in_value)) return SQL_ERROR;
		strcpy(cTmpBuf, in_value);
	}
	else
	{
		pdest = strchr( in_value, ch );
		if( pdest == NULL ) return SQL_ERROR;
		bresult = pdest - in_value + 1;
		/* Search backward. */
		pdest = strrchr( in_value, ch );
		if( pdest == NULL ) return SQL_ERROR;
		eresult = pdest - in_value + 1;

		if (bresult == eresult) return SQL_ERROR;
		strncpy(save_value, in_value+bresult, eresult-bresult);
		save_value[eresult-bresult-1] = '\0';
		strnset(in_value+bresult-1,' ',eresult-bresult+1);
#ifndef unixcli
		token = strtok( in_value, delimiters );
#else
		token = strtok_r( in_value, delimiters , &saveptr);
#endif
		while( token != NULL )
		{
			switch(i)
			{
			case 0:
				if (stricmp(token, "INTERVAL") != 0) return SQL_ERROR;
				break;
			case 1:
				switch (ODBCDataType)
				{
				case SQL_INTERVAL_MONTH:
					if (strnicmp(token, "MONTH",5) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_YEAR:
				case SQL_INTERVAL_YEAR_TO_MONTH:
					if (strnicmp(token, "YEAR",4) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_DAY:
				case SQL_INTERVAL_DAY_TO_HOUR:
				case SQL_INTERVAL_DAY_TO_MINUTE:
				case SQL_INTERVAL_DAY_TO_SECOND:
					if (strnicmp(token, "DAY",3) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_HOUR:
				case SQL_INTERVAL_HOUR_TO_MINUTE:
				case SQL_INTERVAL_HOUR_TO_SECOND:
					if (strnicmp(token, "HOUR",4) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_MINUTE:
				case SQL_INTERVAL_MINUTE_TO_SECOND:
					if (strnicmp(token, "MINUTE",6) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_SECOND:
					if (strnicmp(token, "SECOND",5) != 0) return SQL_ERROR;
					break;
				default:
					return SQL_ERROR;
				}
				break;
			case 2:
				if (stricmp(token, "TO") != 0) return SQL_ERROR;
				break;
			case 3:
				switch (ODBCDataType)
				{
				case SQL_INTERVAL_YEAR_TO_MONTH:
					if (strnicmp(token, "MONTH",5) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_DAY_TO_HOUR:
					if (strnicmp(token, "HOUR",4) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_DAY_TO_MINUTE:
				case SQL_INTERVAL_HOUR_TO_MINUTE:
					if (strnicmp(token, "MINUTE",6) != 0) return SQL_ERROR;
					break;
				case SQL_INTERVAL_DAY_TO_SECOND:
				case SQL_INTERVAL_HOUR_TO_SECOND:
				case SQL_INTERVAL_MINUTE_TO_SECOND:
					if (strnicmp(token, "SECOND",5) != 0) return SQL_ERROR;
					break;
				default:
					return SQL_ERROR;
				}
				break;
			default:
				return SQL_ERROR;
			}
			// Get next token:
#ifndef unixcli
			token = strtok( NULL, delimiters );
#else
			token = strtok_r( NULL, delimiters, &saveptr);
#endif
			if( token != NULL )
			{
				if (i == 0 && ((stricmp(token, "-") == 0) || (stricmp(token, "+") == 0)))
				{
					strcpy(cTmpBuf,token);
					signSet = TRUE;
#ifndef unixcli
					token = strtok( NULL, delimiters );
#else
					token = strtok_r( NULL, delimiters, &saveptr );
#endif
				}
			}
			i++;

		}
		if(signSet)
			strcat(cTmpBuf,save_value);
		else
			strcpy(cTmpBuf,save_value);
	}
	return SQL_SUCCESS;
}

void ODBC::InsertBlank(char *str, short numBlank)
{
	char temp[256];
	long length=0;

	memset(temp, ' ', numBlank);
	length = numBlank + strlen(str);
	length = length > 255 ? 255 : length;
	memcpy(&temp[numBlank], str, length-numBlank);
	temp[length] = '\0';
	strcpy(str, temp);

	return;
}

unsigned long ODBC::CheckIntervalOverflow(char *intervalValue, SWORD ODBCDataType, SQLINTEGER targetLength, SQLSMALLINT secPrecision)
{
	char	*token;
	short	i = 0;
	short   j = 0;
	char	in_value[128 + 1];
	char	delimiters[] = " :.-";
	char	sep[5]={0,0,0,0,0};
	SQLINTEGER leadingPrecision;
	unsigned __int64 integralMax;
	unsigned __int64 decimalMax;
	unsigned __int64 tempVal64;
	unsigned int tempVal;
	char *saveptr=NULL;

	// already exceeds the target length
	if (strlen(intervalValue) > targetLength) return IDS_22_015;

	if (intervalValue[0] == '-')
		strcpy(in_value, intervalValue+1);
	else
		strcpy(in_value, intervalValue);

	leadingPrecision = GetIntervalLeadingPrecision(ODBCDataType, targetLength, secPrecision);

	j = strcspn(in_value, delimiters);
	sep[i] = in_value[j];
#ifndef unixcli
	token = strtok(in_value, delimiters);
#else
	token = strtok_r(in_value, delimiters,&saveptr);
#endif
	while( token != NULL )
	{
		switch(i)
		{
		case 0:
			getMaxNum(leadingPrecision, 0, integralMax, decimalMax);
			tempVal64 = _atoi64(token);
			if (tempVal64 > integralMax) return IDS_22_015;
			break;

		case 1:
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_SECOND:
				if (secPrecision == 0) return IDS_22_015;
				if (sep[i-1] != '.') return IDS_22_018;
				getMaxNum(secPrecision, 0, integralMax, decimalMax);
				tempVal64 = _atoi64(token);
				if (tempVal64 > integralMax) return IDS_22_015;
				break;
			case SQL_INTERVAL_YEAR_TO_MONTH:
				if (sep[i-1] != '-') return IDS_22_018;
				// month value must be between 0 and 11, inclusive
				tempVal = atoi(token);
				if (tempVal < 0 || tempVal > 11) return IDS_22_015;
				break;
			case SQL_INTERVAL_DAY_TO_HOUR:
			case SQL_INTERVAL_DAY_TO_MINUTE:
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (sep[i-1] != ' ') return IDS_22_018;
				// hour value must be between 0 and 23, inclusive
				tempVal = atoi(token);
				if (tempVal < 0 || tempVal > 23) return IDS_22_015;
				break;
			case SQL_INTERVAL_HOUR_TO_MINUTE:
			case SQL_INTERVAL_HOUR_TO_SECOND:
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (sep[i-1] != ':') return IDS_22_018;
				// minute or second value must be between 0 and 59, inclusive
				tempVal = atoi(token);
				if (tempVal < 0 || tempVal > 59) return IDS_22_015;
				break;
			default:
				return IDS_22_018;
			}
			break;

		case 2:
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY_TO_MINUTE:
			case SQL_INTERVAL_DAY_TO_SECOND:
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (sep[i-1] != ':') return IDS_22_018;
				// minute or second value must be between 0 and 59, inclusive
				tempVal = atoi(token);
				if (tempVal < 0 || tempVal > 59) return IDS_22_015;
				break;
			case SQL_INTERVAL_MINUTE_TO_SECOND:
				if (secPrecision == 0) return IDS_22_015;
				if (sep[i-1] != '.') return IDS_22_018;
				getMaxNum(secPrecision, 0, integralMax, decimalMax);
				tempVal64 = _atoi64(token);
				if (tempVal64 > integralMax) return IDS_22_015;
				break;
			default:
				return IDS_22_018;
			}
			break;

		case 3:
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (sep[i-1] != ':') return IDS_22_018;
				// second value must be between 0 and 59, inclusive
				tempVal = atoi(token);
				if (tempVal < 0 || tempVal > 59) return IDS_22_015;
				break;
			case SQL_INTERVAL_HOUR_TO_SECOND:
				if (secPrecision == 0) return IDS_22_015;
				if (sep[i-1] != '.') return IDS_22_018;
				getMaxNum(secPrecision, 0, integralMax, decimalMax);
				tempVal64 = _atoi64(token);
				if (tempVal64 > integralMax) return IDS_22_015;
				break;
			default:
				return IDS_22_018;
			}
			break;

		case 4:
			switch (ODBCDataType)
			{
			case SQL_INTERVAL_DAY_TO_SECOND:
				if (secPrecision == 0) return IDS_22_015;
				if (sep[i-1] != '.') return IDS_22_018;
				getMaxNum(secPrecision, 0, integralMax, decimalMax);
				tempVal64 = _atoi64(token);
				if (tempVal64 > integralMax) return IDS_22_015;
				break;
			default:
				return IDS_22_018;
			}
			break;

		default:
			return IDS_22_018;
		}
		// Get next token:
		i++;
		j += strcspn(in_value+j+1, delimiters)+1;
		if (j > 128)
			return IDS_22_018;
		sep[i] = in_value[j];
#ifndef unixcli
		token = strtok(NULL, delimiters);
#else
		token = strtok_r(NULL, delimiters, &saveptr);
#endif
	}

	return SQL_SUCCESS;
}

SQLINTEGER ODBC::GetIntervalLeadingPrecision(SWORD ODBCDataType, SQLINTEGER targetLength, SQLSMALLINT secPrecision)
{
	SQLINTEGER leadingPrecision = 0;
	switch (ODBCDataType)
	{
	case SQL_INTERVAL_SECOND:
		if (secPrecision == 0)
			leadingPrecision = targetLength-1;
		else
			leadingPrecision = targetLength-secPrecision-2;
		break;
	case SQL_INTERVAL_DAY_TO_SECOND:
		if (secPrecision == 0)
			leadingPrecision = targetLength-10;
		else
			leadingPrecision = targetLength-secPrecision-11;
		break;
	case SQL_INTERVAL_HOUR_TO_SECOND:
		if (secPrecision == 0)
			leadingPrecision = targetLength-7;
		else
			leadingPrecision = targetLength-secPrecision-8;
		break;
	case SQL_INTERVAL_MINUTE_TO_SECOND:
		if (secPrecision == 0)
			leadingPrecision = targetLength-4;
		else
			leadingPrecision = targetLength-secPrecision-5;
		break;
	case SQL_INTERVAL_YEAR:
	case SQL_INTERVAL_MONTH:
	case SQL_INTERVAL_DAY:
	case SQL_INTERVAL_HOUR:
	case SQL_INTERVAL_MINUTE:
		leadingPrecision = targetLength-1;
		break;
	case SQL_INTERVAL_YEAR_TO_MONTH:
	case SQL_INTERVAL_DAY_TO_HOUR:
	case SQL_INTERVAL_HOUR_TO_MINUTE:
		leadingPrecision = targetLength-4;
		break;
	case SQL_INTERVAL_DAY_TO_MINUTE:
		leadingPrecision = targetLength-7;
		break;
	default:
		break;
	}

	return leadingPrecision;
}