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/* xb_test_date.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
*/
// This program tests the date class xbDate
// usage: xb_test_date QUITE|NORMAL|VERBOSE
#include "xbase.h"
using namespace xb;
#include "tstfuncs.cpp"
int main( int argCnt, char **av )
{
int iRc = 0;
xbInt16 po = 1; /* print option */
/* 0 - QUIET */
/* 1 - NORMAL */
/* 2 - VERBOSE */
if( argCnt > 1 ) {
if( av[1][0] == 'Q' )
po = 0;
else if( av[1][0] == 'V' )
po = 2;
}
xbXBase x;
#ifdef XB_LOGGING_SUPPORT
x.SetLogDirectory( PROJECT_LOG_DIR );
x.EnableMsgLogging();
if( po ){
std::cout << "Logfile is [" << x.GetLogFqFileName().Str() << "]" << std::endl;
}
xbString sMsg;
sMsg.Sprintf( "Program [%s] initializing...", av[0] );
x.WriteLogMessage( sMsg );
#endif
InitTime();
xbDate d1;
#ifdef XB_DEBUG_SUPPORT
if( po > 0 )
d1.DumpDateTables();
#endif
xbDate d2( "19890209" );
xbString s3 = "20120709";
xbDate d3( s3 );
xbString s4;
xbString sFmt = "";
xbString sOutDate;
xbString s;
iRc += TestMethod( po, "FormatDate( '', sOutDate ) (sys default format)", d3.FormatDate( sFmt, sOutDate ), 0 );
iRc += TestMethod( po, "FormatDate( '', sOutDate ) (sys default format)", sOutDate, "07/09/12", 8 );
iRc += TestMethod( po, "CenturyOf()" , d3.CenturyOf(), 20 );
iRc += TestMethod( po, "YearOf()", d3.YearOf(), 2012 );
iRc += TestMethod( po, "MonthOf()", d3.MonthOf(), 7 );
iRc += TestMethod( po, "DayOf( XB_FMT_DAY )", d3.DayOf( XB_FMT_WEEK ), 2 );
iRc += TestMethod( po, "DayOf( XB_FMT_MONTH )", d3.DayOf( XB_FMT_MONTH ), 9 );
iRc += TestMethod( po, "DayOf( XB_FMT_YEAR )", d3.DayOf( XB_FMT_YEAR ), 191 );
iRc += TestMethod( po, "DateIsValid( '12345678' )", d3.DateIsValid( "12345678" ), 0 );
iRc += TestMethod( po, "d3.DateIsValid( '20120708' )", d3.DateIsValid( "20120708" ), 1 );
iRc += TestMethod( po, "d3.IsLeapYear()", d3.IsLeapYear(), 1 );
iRc += TestMethod( po, "d2.IsLeapYear()", d2.IsLeapYear(), 0 );
d1.Set( "20010102" );
iRc += TestMethod( po, "d1.Set('20010102')", d1.Str(), "20010102", 8 );
iRc += TestMethod( po, "d1.CalcRollingCenturyForYear(10)", d1.CalcRollingCenturyForYear( 10 ), 20 );
iRc += TestMethod( po, "d1.JulianDays()", d1.JulianDays(), 2451912 );
iRc += TestMethod( po, "d1.Set( '20140709' )", d1.Set( "20140709" ) , 0 );
d1.CharDayOf( s );
iRc += TestMethod( po, "d1.CharDayOf(s)", s, "Wednesday", 9 );
d1.CharMonthOf( s );
iRc += TestMethod( po, "d1.CharMonthOf()", s, "July", 4 );
iRc += TestMethod( po, "d1.JulToDate8( 2451913 )", d1.JulToDate8( 2451912 ), 0 );
iRc += TestMethod( po, "d1.JulToDate8( 2451913 )", d1.Str(), "20010102", 8 );
iRc += TestMethod( po, "d1.LastDayOfMonth()", d1.LastDayOfMonth(), 0 );
iRc += TestMethod( po, "d1.LastDayOfMonth()", d1.Str(), "20010131", 8 );
iRc += TestMethod( po, "d1.CTOD( '12/01/02' )", d1.CTOD( "12/01/02" ), 0 );
iRc += TestMethod( po, "d1.CTOD( '12/01/02' )", d1.Str(), "20021201", 8 );
xbString s1, s2;
s1 = "MM-DD-YY";
d1 = "20130402";
iRc+= TestMethod( po, "d1.FormatDate( s1, sOutDate )", d1.FormatDate( s1, sOutDate ), 0 );
iRc+= TestMethod( po, "d1.FormatDate( s1, sOutDate )", sOutDate, "04-02-13", 8 );
d1 = "20120203";
iRc += TestMethod( po, "d1=20120203", d1.Str(), "20120203", 8 );
s1 = "20130405";
d1 = s1;
iRc += TestMethod( po, "d1=s1", d1.Str(), "20130405", 8 );
d2 = d1;
iRc += TestMethod( po, "d2=d1", d2.Str(), "20130405", 8 );
d2+=5;
iRc += TestMethod( po, "d2+=5", d2.Str(), "20130410", 8 );
d2-=7;
iRc += TestMethod( po, "d2-=5", d2.Str(), "20130403", 8 );
d2++;
iRc += TestMethod( po, "d2++", d2.Str(), "20130404", 8 );
d2--;
iRc+= TestMethod( po, "d2--", d2.Str(), "20130403", 8 );
iRc+= TestMethod( po, "d2-d1", d1-d2, 2 );
iRc+= TestMethod( po, "d1+2", d1+2, "20130407", 8 );
iRc+= TestMethod( po, "d1-5", d1-5, "20130402", 8 );
//d1.Dump( "d1" );
//d2.Dump( "d2" );
iRc+= TestMethod( po, "d1==d2", d1==d2, 0 );
d2 = d1;
iRc+= TestMethod( po, "d1==d2", d1==d2, 1 );
iRc+= TestMethod( po, "d1>=d2", d1>=d2, 1 );
iRc+= TestMethod( po, "d1<=d2", d1<=d2, 1 );
iRc+= TestMethod( po, "d1!=d2", d1!=d2, 0 );
d2++;
iRc+= TestMethod( po, "d1!=d2", d1!=d2, 1 );
iRc+= TestMethod( po, "d1>d2", d1>d2, 0 );
iRc+= TestMethod( po, "d1>=d2", d1>=d2, 0 );
iRc+= TestMethod( po, "d1<d2", d1<d2, 1 );
iRc+= TestMethod( po, "d1<=d2", d1<=d2, 1 );
d2-=2;
iRc+= TestMethod( po, "d1>d2", d1>d2, 1 );
iRc+= TestMethod( po, "d1>=d2", d1>=d2, 1 );
iRc+= TestMethod( po, "d1<d2", d1<d2, 0 );
iRc+= TestMethod( po, "d1<=d2", d1<=d2, 0 );
iRc+= TestMethod( po, "d1-d2", d1-d2, 1 );
// null date testing follows
iRc+= TestMethod( po, "IsNull", d1.IsNull(), xbFalse );
xbDate dN;
iRc+= TestMethod( po, "IsNull", dN.IsNull(), xbTrue );
xbDate dtNull1;
xbDate dtNull2;
iRc+= TestMethod( po, "dtNull1==dtNull2", dtNull1 == dtNull2, 1 );
iRc+= TestMethod( po, "dtNull1!=dtNull2", dtNull1 != dtNull2, 0 );
iRc+= TestMethod( po, "dtNull1 < d2", dtNull1 < d2, 1 );
iRc+= TestMethod( po, "dtNull1 > d2", dtNull1 > d2, 0 );
iRc+= TestMethod( po, "dtNull1 <= d2", dtNull1 <= d2, 1 );
iRc+= TestMethod( po, "dtNull1 >= d2", dtNull1 >= d2, 0 );
iRc+= TestMethod( po, "d2 < dtNull1", d2 < dtNull1, 0 );
iRc+= TestMethod( po, "d2 > dtNull1", d2 > dtNull1, 1 );
iRc+= TestMethod( po, "d2 <= dtNull1", d2 <= dtNull1, 0 );
iRc+= TestMethod( po, "d2 >= dtNull1", d2 >= dtNull1, 1 );
/*
xbDate d4( "20171015" );
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
d4++;
std::cout << "day of [" << d4.Str() << "][" << d4.DayOf( XB_FMT_WEEK ) << "]\n";
*/
if( po > 0 || iRc < 0 )
fprintf( stdout, "Total Errors = %d\n", iRc * -1 );
#ifdef XB_LOGGING_SUPPORT
sMsg.Sprintf( "Program [%s] terminating with [%d] errors...", av[0], iRc * -1 );
x.WriteLogMessage( sMsg );
#endif
return iRc;
}
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