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Diffstat (limited to 'src/core/xbdate.cpp')
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1 files changed, 867 insertions, 0 deletions
diff --git a/src/core/xbdate.cpp b/src/core/xbdate.cpp new file mode 100755 index 0000000..54834ac --- /dev/null +++ b/src/core/xbdate.cpp @@ -0,0 +1,867 @@ +/* xbdate.cpp + +XBase64 Software Library + +Copyright (c) 1997,2003,2014,2022,2023 Gary A Kunkel + +The xb64 software library is covered under the terms of the GPL Version 3, 2007 license. + +Email Contact: + + XDB-devel@lists.sourceforge.net + XDB-users@lists.sourceforge.net + +*/ + +#include "xbase.h" +#include <time.h> + +namespace xb{ + +int xbDate::iDaysInMonths[2][13]; +int xbDate::iAggregatedDaysInMonths[2][13]; + +/*************************************************************************/ +//! @brief Constructor. + +xbDate::xbDate() { + sDate8.Set( "" ); + SetDateTables(); +} + +/*************************************************************************/ +//! @brief Constructor. +/*! + \param iInitOpt - Constructor to use to initialize date static variables + Called by the main xbXbase::xbXBase constructor +*/ + +xbDate::xbDate( xbUInt16 ) { + + SetDateTables(); + Sysdate(); +} +/*************************************************************************/ +//! @brief Constructor. +/*! + \param sDate8In - Input date. +*/ + +xbDate::xbDate( const xbString & sDate8In ) { + + if( DateIsValid( sDate8In )) + sDate8.Set( sDate8In ); + else + sDate8.Set( "" ); + + // SetDateTables(); +} + +/*************************************************************************/ +//! @brief Constructor. +/*! + \param sDate8In - Input date. +*/ +xbDate::xbDate( const char * sDate8In ) { + + if( DateIsValid( sDate8In )) + sDate8.Set( sDate8In ); + else + sDate8.Set( "" ); + + // SetDateTables(); +} + +/*************************************************************************/ +//! @brief Constructor. +/*! + \param lJulDate - Input julian date. +*/ +xbDate::xbDate( xbInt32 lJulDate ) { + // SetDateTables(); + JulToDate8( lJulDate ); +} + +/*************************************************************************/ +//! @brief Destructor. +xbDate::~xbDate(){} +/*************************************************************************/ +//! @brief Set operator= +/*! + \param dt - Date value for set operation. +*/ +void xbDate::operator=( const xbDate & dt ){ + sDate8.Set( dt.Str()); +} +/*************************************************************************/ +//! @brief operator += +/*! + This routine adds lDays to the date if the date is not null. + \param lDays - Number of days to add to the date. +*/ +void xbDate::operator+=( xbInt32 lDays ){ + if( !IsNull() ) + JulToDate8( JulianDays() + lDays ); +} +/*************************************************************************/ +//! @brief operator -= +/*! + This routine subtracts lDays from the date if the date is not null. + \param lDays - Number of days to subtract from the date. +*/ +void xbDate::operator-=( xbInt32 lDays ){ + if( !IsNull() ) + JulToDate8( JulianDays() - lDays ); +} +/*************************************************************************/ +//! @brief operator ++ +/*! + This routine adds one day to the date field if the date is not null. +*/ +void xbDate::operator++(xbInt32){ + if( !IsNull() ) + *this+=1; +} +/*************************************************************************/ +//! @brief operator -- +/*! + This routine subtracts one day from the date field if the date is not null. +*/ +void xbDate::operator--(xbInt32){ + if( !IsNull()) + *this-=1; +} +/*************************************************************************/ +//! @brief operator - +/*! + This routine subtracts one date from another date returning the difference. + \param dt - Date to subtract + \returns Number of days difference or zero if one of the dates is null. +*/ +xbInt32 xbDate::operator-( const xbDate &dt ) const{ + if( !IsNull() && !dt.IsNull() ) + return JulianDays() - dt.JulianDays(); + else + return 0; +} +/*************************************************************************/ +//! @brief operator + +/*! + This routine adds additional days to a valid date field. + \param lCount - Number of days to add. + \returns New date in CCYYMMDD format. +*/ +const char *xbDate::operator+( xbInt32 lCount ){ + if( !IsNull() ) + JulToDate8( JulianDays() + lCount ); + return sDate8.Str(); +} +/*************************************************************************/ +//! @brief operator - +/*! + This routine subtracts days from a valid date field. + \param lCount - Number of days to subtract. + \returns New date in CCYYMMDD format. +*/ +const char *xbDate::operator-( xbInt32 lCount ){ + if( !IsNull() ) + JulToDate8( JulianDays() - lCount ); + return sDate8; +} +/*************************************************************************/ +//! @brief operator == +/*! + This routine compares two dates for equality. + \param dt - Date to compare. + \returns xbTrue - Dates match.<br>xbFalse - Dates don't match. +*/ +xbBool xbDate::operator==( const xbDate &dt ) const{ + if( JulianDays() == dt.JulianDays() ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief operator != +/*! + This routine compares two dates for inequality. + \param dt - Date to compare. + \returns xbTrue - Dates don't match.<br>xbFalse - Dates match. +*/ +xbBool xbDate::operator!=( const xbDate &dt ) const{ + if( JulianDays() != dt.JulianDays() ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief operator < +/*! + This routine compares two dates + \param dt - Date to compare. + \returns xbTrue - Left date is less than right date.<br> + xbFalse - Left date is not less than right date. +*/ +xbBool xbDate::operator<( const xbDate &dt ) const { + if( JulianDays() < dt.JulianDays() ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief > +/*! + This routine compares two dates + \param dt - Date to compare. + \returns xbTrue - Left date is greater than right date.<br> + xbFalse - Left date is not greater than right date. +*/ +xbBool xbDate::operator>( const xbDate &dt ) const { + if( JulianDays() > dt.JulianDays() ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief operator <= +/*! + This routine compares two dates + \param dt - Date to compare. + \returns xbTrue - Left date is less than or equal to right date.<br> + xbFalse - Left date is not less than or equal to right date. +*/ +xbBool xbDate::operator<=( const xbDate &dt ) const { + if( JulianDays() <= dt.JulianDays() ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief operator >= +/*! + This routine compares two dates + \param dt - Date to compare. + \returns xbTrue - Left date is greater than or equal to right date.<br> + xbFalse - Left date is not greater than or equal to right date. +*/ +xbBool xbDate::operator>=( const xbDate &dt ) const { + if( JulianDays() >= dt.JulianDays() ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief Calculate century for a given year. +/*! + This routine calculates a century for a given year. It uses an 80/20 + rolling date window to calculate the century. + + \param iCalcYear - Two digit year to calculate a century for. + \returns Century calculated for the two digit year. +*/ +xbInt16 xbDate::CalcRollingCenturyForYear( xbInt16 iCalcYear ) const { + + xbDate d; + d.Sysdate(); + xbInt16 iThisYear = d.YearOf(); + xbInt16 iThisCentury = d.CenturyOf(); + iThisYear -= (iThisCentury * 100); + if( iThisYear < 80 && iCalcYear < (iThisYear+20) ) + return iThisCentury; + else if( iThisYear >= 80 && + iCalcYear < iThisYear && + iCalcYear >= (iThisYear-80)) + return iThisCentury; + else + return iThisCentury - 1; +} +/*************************************************************************/ +//! @brief Get century for date. +/*! + \returns the century from the valid date.\ or 0 for a null date. +*/ +xbInt16 xbDate::CenturyOf() const { + if( !IsNull() ){ + char Century[3]; + Century[0] = sDate8[1]; + Century[1] = sDate8[2]; + Century[2] = 0x00; + return( atoi( Century )); + } else { + return 0; + } +} +/*************************************************************************/ +//! @brief Get the day of the week. +/*! + \param sOutCharDay - Output character day of week (Sun-Sat). + \returns XB_INVALID_DATE<br>XB_NO_ERROR +*/ +xbInt16 xbDate::CharDayOf( xbString &sOutCharDay ) { + + if( !IsNull()){ + struct tm tblock; + char buf[25]; + + tblock.tm_year = YearOf() - 1900; + tblock.tm_mon = MonthOf() - 1; + tblock.tm_mday = DayOf( XB_FMT_MONTH ); + tblock.tm_hour = 0; + tblock.tm_min = 0; + tblock.tm_sec = 1; + tblock.tm_isdst = -1; + if( mktime( &tblock ) == -1 ){ + sOutCharDay = "" ; + return XB_INVALID_DATE; + } else { + strftime( buf, 25, "%A", &tblock ); + sOutCharDay = buf; + } + } + return XB_NO_ERROR;; +} +/*************************************************************************/ +//! @brief Get the month from the date. +/*! + \param sOutCharMonth - Output character month. + \returns XB_INVALID_DATE<br>XB_NO_ERROR +*/ +xbInt16 xbDate::CharMonthOf( xbString &sOutCharMonth ) { + + if( !IsNull()){ + struct tm tblock; + char buf[25]; + tblock.tm_year = YearOf() - 1900; + tblock.tm_mon = MonthOf() - 1; + tblock.tm_mday = DayOf( XB_FMT_MONTH ); + tblock.tm_hour = 0; + tblock.tm_min = 0; + tblock.tm_sec = 1; + tblock.tm_isdst = -1; + if( mktime( &tblock ) == -1 ){ + sOutCharMonth = ""; + return XB_INVALID_DATE; + } else { + strftime( buf, 25, "%B", &tblock ); + sOutCharMonth = buf; + } + } + return XB_NO_ERROR; +} +/*************************************************************************/ +//! @brief Check a date for valid data. +/*! + \param sDateIn - Date to check for valid formaat of CCYYMMDD. + \returns xbTrue - Valid date.<br>xbFalse - Not a valid date. +*/ +xbBool xbDate::DateIsValid( const xbString &sDateIn ) const { + + xbInt16 iYear, iMonth, iDay; + char sYear[5]; + char sMonth[3]; + char sDay[3]; + + if( sDateIn.Len() != 8 ) + return xbFalse; + + if(!isdigit( sDateIn[1] ) || !isdigit( sDateIn[2] ) || !isdigit( sDateIn[3] ) || + !isdigit( sDateIn[4] ) || !isdigit( sDateIn[5] ) || !isdigit( sDateIn[6] ) || + !isdigit( sDateIn[7] ) || !isdigit( sDateIn[8] ) ) + return xbFalse; + + sDay[0] = sDateIn[7]; + sDay[1] = sDateIn[8]; + sDay[2] = 0x00; + iDay = atoi( sDay ); + + sMonth[0] = sDateIn[5]; + sMonth[1] = sDateIn[6]; + sMonth[2] = 0x00; + iMonth = atoi( sMonth ); + + sYear[0] = sDateIn[1]; + sYear[1] = sDateIn[2]; + sYear[2] = sDateIn[3]; + sYear[3] = sDateIn[4]; + sYear[4] = 0x00; + iYear = atoi( sYear ); + + // valid years are 0001 thru 9999 + if( iYear < 1 || iYear > 9999 || iMonth < 1 || iMonth > 12 || iDay < 1 || iDay > 31 ) + return xbFalse; + + // April, June, September and November have 30 days + if(( iMonth==4 || iMonth==6 || iMonth==9 || iMonth==11 )&& iDay > 30 ) + return xbFalse; + + // check for February with leap year + if( iMonth == 2 ){ + if(( iYear % 4 == 0 && iYear % 100 != 0 ) || iYear % 400 == 0 ){ + if( iDay > 29 ){ + return xbFalse; + } + } else if( iDay > 28 ){ + return xbFalse; + } + } + return xbTrue; +} + +/*************************************************************************/ +//! @brief +/*! + This routine returns the numeric day. + \param iFormat + XB_FMT_WEEK Number of day in WEEK 0-6 ( Sat - Fri )<br> + XB_FMT_MONTH Number of day in MONTH 1-31<br> + XB_FMT_YEAR Number of day in YEAR 1-366 + \returns XB_INVALID_OPTION<br>XB_NO_ERROR +*/ + +xbInt16 xbDate::DayOf( xbInt16 iFormat ) const { + + if( !IsNull()){ + xbInt16 iOutDay = 0; + char sDay[3]; + xbInt16 iDay, iMonth, iYear, iDay2; + + // check for valid format switch + if( iFormat!=XB_FMT_WEEK && iFormat!=XB_FMT_MONTH && iFormat!=XB_FMT_YEAR ) + return XB_INVALID_OPTION; + + if( iFormat == XB_FMT_WEEK ){ + //DayOf( XB_FMT_MONTH, iDay ); + iDay = DayOf( XB_FMT_MONTH ); + iMonth = MonthOf(); + iYear = YearOf(); + + // The following formula uses Zeller's Congruence to determine the day of the week + if( iMonth > 2 ) // init to February + iMonth -= 2; + else { + iMonth += 10; + iYear--; + } + iDay2 = ((13 * iMonth - 1) / 5) + iDay + ( iYear % 100 ) + + (( iYear % 100 ) / 4) + ((iYear /100 ) / 4 ) - 2 * + ( iYear / 100 ) + 77 ; + + iOutDay = iDay2 - 7 * ( iDay2 / 7 ); + iOutDay == 6 ? iOutDay = 0 : iOutDay++; + } + else if( iFormat == XB_FMT_MONTH ){ + sDay[0] = sDate8[7]; + sDay[1] = sDate8[8]; + sDay[2] = 0x00; + iOutDay = atoi( sDay ); + } else { + iOutDay = iAggregatedDaysInMonths[IsLeapYear()][MonthOf()-1] + DayOf( XB_FMT_MONTH ); + } + return iOutDay; + } else { + return 0; + } +} +/*************************************************************************/ +#ifdef XB_DEBUG_SUPPORT +//! @brief Dump date information to stdout. +/*! + \param sTitle - Title for output. + \returns <a href="xbretcod_8h.html">Return Codes</a> +*/ +void xbDate::Dump( const char *sTitle ){ + fprintf( stdout, "%s\n sDate = [%s]\n", sTitle, sDate8.Str() ); +} + +/*************************************************************************/ +//! @brief Dump the date tables. +/*! + This dumps the internal date structures to stdout. + \returns void +*/ + +void xbDate::DumpDateTables(){ + fprintf( stdout, "Date Tables\n" ); + fprintf( stdout, "Month *-Aggragated Days-* *--Days In Month--*\n" ); + fprintf( stdout, " *-NonLeap Leap-* *--NonLeap Leap--*\n" ); + for( int i = 1; i < 13; i++ ) + fprintf( stdout, " %2d %3d %3d %3d %3d\n", i, + iAggregatedDaysInMonths[0][i],iAggregatedDaysInMonths[1][i], + iDaysInMonths[0][i], iDaysInMonths[1][i]); +} +#endif + +/*************************************************************************/ +//! @brief Format MM/DD/YY date +/*! + This routine takes an MM/DD/YY format date as input and populates a + date class with the appropriate YYYYMMDD data. + + \param sCtodInDate - MM/DD/YY formatted date as input. + \returns XB_INVALID_OPTION<br>XB_NO_ERROR +*/ +xbInt16 xbDate::CTOD( const xbString &sCtodInDate ){ + + if( sCtodInDate[1] != ' ' && ( sCtodInDate[3] == '\\' || sCtodInDate[3] == '/') ){ + char yy[3]; + yy[0] = sCtodInDate[7]; + yy[1] = sCtodInDate[8]; + yy[2] = 0x00; + sDate8.Sprintf( "%02d%c%c%c%c%c%c", CalcRollingCenturyForYear( atoi( yy )), + sCtodInDate[7], sCtodInDate[8], sCtodInDate[1], sCtodInDate[2], sCtodInDate[4], sCtodInDate[5] ); + return XB_NO_ERROR; + } + else{ + return XB_INVALID_DATE; + } +} +/*************************************************************************/ +//! @brief +/*! + This routine will reformat a date based on the format specifiers entered + in sFmtIn. If no input format is specified, the routine will use the + system default date format. + + \param sFmtIn - A format specifier with the following paramaters:<br> + + 1) YYDDD - A julian date format + 2) YY or YYYY will print a 2 or 4 digit year + 3) M,MM,MMM or MMMM + M - one digit month if no leading zero + MM - two digit month, contains leading zero + MMM - Jan through Dec + MMMM - January through December + 4) D,DD,DDD or DDDD + D - one digit dayif no leading zero + DD - two digit day, contains leading zero + DDD - Sun through Sat (or julian if YYDDD) + DDDD - Sunday through Saturday + + \param sOutFmtDate - Reformatted output date. + \returns XB_NO_ERROR + <br><br> + Format Examples:<br> + MM/DD/YY<br> + YYYY-MM-DD<br> + DDDDDDDDDDD MMMMMMMMMMM DD,YYYY +*/ +xbInt16 xbDate::FormatDate( const xbString &sFmtIn, xbString &sOutFmtDate ){ + xbUInt32 FmtCtr; + char type; + xbUInt32 iTypeCtr; + xbString ws; + xbString sWrkFmt; + sOutFmtDate = ""; + + if( IsNull()) + return XB_NO_ERROR; + + /* use format for this specific string if available, else use default format */ + if( strlen( sFmtIn ) > 0 ) + sWrkFmt = sFmtIn; + else + sWrkFmt = GetDefaultDateFormat(); + + if( strstr( sWrkFmt.Str(), "YYDDD" )){ + sOutFmtDate.Sprintf( "%c%c%03d", sDate8[3], sDate8[4], DayOf( XB_FMT_YEAR )); + } else { + FmtCtr = 1; + while( FmtCtr <= sWrkFmt.Len() ){ + if( sWrkFmt[FmtCtr] != 'D' && sWrkFmt[FmtCtr] != 'M' && sWrkFmt[FmtCtr] != 'Y' ){ + sOutFmtDate += sWrkFmt[FmtCtr]; + FmtCtr++; + iTypeCtr = 0; + } else { + type = sWrkFmt[FmtCtr]; + iTypeCtr = 0; + while( sWrkFmt[FmtCtr] == type ) { + iTypeCtr++; + FmtCtr++; + } + switch( type ){ + case 'D': + + if( iTypeCtr == 1 ){ + sOutFmtDate += ws.Sprintf( "%d", DayOf( XB_FMT_MONTH )); + } + else if( iTypeCtr == 2 ){ + sOutFmtDate += ws.Sprintf( "%c%c", sDate8[7], sDate8[8] ); + } else { + xbString sCDO; + CharDayOf( sCDO ); + ws.Assign( sCDO, 1, iTypeCtr ); + sOutFmtDate += ws.Str(); + } + break; + + case 'M': + if( iTypeCtr == 1 ){ + sOutFmtDate += ws.Sprintf( "%d", MonthOf()); + } + else if( iTypeCtr == 2 ){ + sOutFmtDate += ws.Sprintf( "%c%c", sDate8[5], sDate8[6] ); + } else { + xbString sCMO; + CharMonthOf( sCMO ); + ws.Assign( sCMO, 1, iTypeCtr ); + sOutFmtDate += ws.Str(); + } + break; + + case 'Y': + if( iTypeCtr == 2 ){ + sOutFmtDate += ws.Sprintf( "%c%c", sDate8[3], sDate8[4] ); + } + else if( iTypeCtr == 4 ){ + sOutFmtDate += ws.Sprintf( "%c%c%c%c", sDate8[1], sDate8[2], sDate8[3], sDate8[4] ); + } + break; + default: + break; + } + } + } + } + return XB_NO_ERROR; +} +/*************************************************************************/ +//! @brief Return the date value. +/*! + \returns char ptr to date value. +*/ +const char * xbDate::Str() const{ + return sDate8.Str(); +}; +/*************************************************************************/ +//! @brief Determine if date is a leap year. +/*! + \returns xbTrue - Is leapyear.<br> xbFalse - Not a leap year. +*/ +xbBool xbDate::IsLeapYear() const { + if( IsNull() ) + return xbFalse; + xbInt16 iYear = YearOf(); + if(( iYear % 4 == 0 && iYear % 100 != 0 ) || iYear % 400 == 0 ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief Determine if date is a leap year. +/*! + \param iYear - Year to check for leap year status. + \returns xbTrue - Is leapyear.<br> xbFalse - Not a leap year. +*/ +xbBool xbDate::IsLeapYear( xbInt16 iYear ) const { + if(( iYear % 4 == 0 && iYear % 100 != 0 ) || iYear % 400 == 0 ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief Determine if date is null date +/*! + \returns xbTrue - If null date.<br> xbFalse - Not a null date. +*/ +xbBool xbDate::IsNull() const { + if( sDate8.Len() < 8 ) + return xbTrue; + else + return xbFalse; +} +/*************************************************************************/ +//! @brief Calculate julian days for a given date. +/*! + \returns The number of days since 01/01/0001 + JUL_OFFSET. +*/ +xbInt32 xbDate::JulianDays() const{ + if( !IsNull()){ + xbInt32 ly = YearOf() - 1; + xbInt32 lDays = ly * 365L + ly / 4L - ly / 100L + ly / 400L; + lDays += DayOf( XB_FMT_YEAR ); + return lDays + JUL_OFFSET; + } else { + return 0; + } +} +/*************************************************************************/ +//! @brief Convert the number of julian days to gregorian date. +/*! + \param lJulDays - Julian days. + \returns XB_NO_ERROR +*/ +xbInt16 xbDate::JulToDate8( xbInt32 lJulDays ) +{ + lJulDays -= JUL_OFFSET; + // calculate the year + xbInt16 iYear = (xbInt16)(lJulDays / 365.24 ); + lJulDays -= (iYear * 365L) + (iYear / 4L) - (iYear / 100L) + (iYear / 400L); + iYear++; + while( lJulDays <= 0 ){ + iYear--; + lJulDays += (365L + IsLeapYear( iYear )); + } + // this for loop calculates the month by comparing the number of days remaining to one of the tables + xbInt16 iIsLeap = IsLeapYear(iYear); + xbInt16 iMonth = 1; + while( ((xbInt16) lJulDays > iAggregatedDaysInMonths[iIsLeap][iMonth]) && (iMonth < 12) ) + iMonth++; + lJulDays -= iAggregatedDaysInMonths[iIsLeap][iMonth-1]; + sDate8.Sprintf( "%04d%02d%02ld", iYear, iMonth, lJulDays ); + return XB_NO_ERROR; +} +/*************************************************************************/ +//! @brief Set the date to the last day of month for a given date. +/*! + This routine sets the last date of the month. + \returns XB_NO_ERROR +*/ +xbInt16 xbDate::LastDayOfMonth(){ + if( !IsNull()) + sDate8.Sprintf( "%4.4d%2.2d%2.2d", YearOf(), MonthOf(), iDaysInMonths[IsLeapYear()][MonthOf()]); + return XB_NO_ERROR; +}; +/*************************************************************************/ +//! @brief Return the month for the date. +/*! + \returns The month of the date. +*/ +xbInt16 xbDate::MonthOf() const { + if( !IsNull()){ + xbInt16 iOutMonth; + char month[3]; + month[0] = sDate8[5]; + month[1] = sDate8[6]; + month[2] = 0x00; + iOutMonth = atoi( month ); + return iOutMonth; + } else { + return 0; + } +} + +/*************************************************************************/ +//! @brief Set the date. +/*! + \param sDateIn - Input date. + \returns XB_NO_ERROR +*/ +xbInt16 xbDate::Set( const xbString & sDateIn ){ + + if( DateIsValid( sDateIn )){ + sDate8 = sDateIn; + } else { + sDate8 = ""; // set to null date if invalid date + } + return XB_NO_ERROR; +} +/*************************************************************************/ +//! @brief This routine sets up static data tables on startup. +/*! + \returns void +*/ +void xbDate::SetDateTables() { + if( iAggregatedDaysInMonths[1][12] != 366 ){ /* first time called ? */ + + iAggregatedDaysInMonths[0][0] = 0; + iAggregatedDaysInMonths[0][1] = 31; + iAggregatedDaysInMonths[0][2] = 59; + iAggregatedDaysInMonths[0][3] = 90; + iAggregatedDaysInMonths[0][4] = 120; + iAggregatedDaysInMonths[0][5] = 151; + iAggregatedDaysInMonths[0][6] = 181; + iAggregatedDaysInMonths[0][7] = 212; + iAggregatedDaysInMonths[0][8] = 243; + iAggregatedDaysInMonths[0][9] = 273; + iAggregatedDaysInMonths[0][10] = 304; + iAggregatedDaysInMonths[0][11] = 334; + iAggregatedDaysInMonths[0][12] = 365; + iAggregatedDaysInMonths[1][0] = 0; + iAggregatedDaysInMonths[1][1] = 31; + iAggregatedDaysInMonths[1][2] = 60; + iAggregatedDaysInMonths[1][3] = 91; + iAggregatedDaysInMonths[1][4] = 121; + iAggregatedDaysInMonths[1][5] = 152; + iAggregatedDaysInMonths[1][6] = 182; + iAggregatedDaysInMonths[1][7] = 213; + iAggregatedDaysInMonths[1][8] = 244; + iAggregatedDaysInMonths[1][9] = 274; + iAggregatedDaysInMonths[1][10] = 305; + iAggregatedDaysInMonths[1][11] = 335; + iAggregatedDaysInMonths[1][12] = 366; + + iDaysInMonths[0][0] = 0; + iDaysInMonths[0][1] = 31; + iDaysInMonths[0][2] = 28; + iDaysInMonths[0][3] = 31; + iDaysInMonths[0][4] = 30; + iDaysInMonths[0][5] = 31; + iDaysInMonths[0][6] = 30; + iDaysInMonths[0][7] = 31; + iDaysInMonths[0][8] = 31; + iDaysInMonths[0][9] = 30; + iDaysInMonths[0][10] = 31; + iDaysInMonths[0][11] = 30; + iDaysInMonths[0][12] = 31; + iDaysInMonths[1][0] = 0; + iDaysInMonths[1][1] = 31; + iDaysInMonths[1][2] = 29; + iDaysInMonths[1][3] = 31; + iDaysInMonths[1][4] = 30; + iDaysInMonths[1][5] = 31; + iDaysInMonths[1][6] = 30; + iDaysInMonths[1][7] = 31; + iDaysInMonths[1][8] = 31; + iDaysInMonths[1][9] = 30; + iDaysInMonths[1][10] = 31; + iDaysInMonths[1][11] = 30; + iDaysInMonths[1][12] = 31; + } +} +/*************************************************************************/ +//! @brief Set the date equal to the system date. +/*! + \returns XB_NO_ERROR +*/ +xbInt16 xbDate::Sysdate(){ + + #ifdef HAVE__LOCALTIME64_S_F + __time64_t timer; + _time64( &timer ); + struct tm tblock; + _localtime64_s( &tblock, &timer ); + tblock.tm_year += 1900; + tblock.tm_mon++; + sDate8.Sprintf( "%4d%02d%02d", tblock.tm_year, tblock.tm_mon, tblock.tm_mday ); + #else + time_t timer; + timer = time( &timer ); + struct tm *tblock; + tblock = localtime( &timer ); + tblock->tm_year += 1900; + tblock->tm_mon++; + sDate8.Sprintf( "%4d%02d%02d",tblock->tm_year,tblock->tm_mon,tblock->tm_mday ); + #endif + + return XB_NO_ERROR; +} +/*************************************************************************/ +//! @brief Returns the year of the date. +/*! + \returns The year of the date. +*/ +xbInt16 xbDate::YearOf() const { + if( !IsNull()){ + char year[5]; + year[0] = sDate8[1]; + year[1] = sDate8[2]; + year[2] = sDate8[3]; + year[3] = sDate8[4]; + year[4] = 0x00; + xbInt16 iOutYear = atoi( year ); + return iOutYear; + } else { + return 0; + } +}; +} /* namespace */
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