Fix for Bug 3113 - [GCCE] undefined references 'vtable for __cxxabiv1::__si_class_type_info', '__cxa_pure_virtual' linking _template_ekern.exe
// Copyright (c) 1998-2009 Nokia Corporation and/or its subsidiary(-ies).
// All rights reserved.
// This component and the accompanying materials are made available
// under the terms of the License "Eclipse Public License v1.0"
// which accompanies this distribution, and is available
// at the URL "http://www.eclipse.org/legal/epl-v10.html".
//
// Initial Contributors:
// Nokia Corporation - initial contribution.
//
// Contributors:
//
// Description:
// e32test\y2k\t_y2k.cpp
// Overview:
// Year 2000 compliance tests for E32
// API Information:
// TTime, TDateTime, RTimer
// Details:
// - Test the T_Time & TDateTime classes in accordance with the test spec for Y2K
// Section 4.1.1.1. Set a variety of date and time values, calculate using different
// TTimeInterval methods, verify results are as expected.
// - Test the input of valid and invalid dates to TDateTime and TTime. Verify results.
// - Test operators <=, >=, >, <, +, - on TDateTime and TTime objects. Verify results.
// - Test days of the week, verify results are as expected.
// - Test various timer alarms, verify results are as expected.
// Platforms/Drives/Compatibility:
// All.
// Assumptions/Requirement/Pre-requisites:
// Failures and causes:
// Base Port information:
//
//
#include <e32test.h>
// Use this to test all the elements, and still give useful line numbers
#define dttest(q,x,y,z,a,b,c,d) test(q.Year()==x), test(q.Month()==(y)-1), \
test(q.Day()==(z)-1), test(q.Hour()==a), test(q.Minute()==b), test(q.Second()==c),\
test(q.MicroSecond()==d)
LOCAL_D RTest test(_L("T_Y2K"));
#define __TRACE_LINE test.Printf(_L("line %d\n"),__LINE__)
// test fields in TDateTime, using sensible dates (ie 1/1/1999 not 0/0/1999)
class TestY2K
{
public:
void Test1(); // test TTime for Y2K compliance
void Test2();
void Test3();
void Test4();
void Test5();
};
void PrintTime(const TDesC& aName, const TTime& aTime)
{
TDateTime dt(aTime.DateTime());
test.Printf(_L("%S = %02d:%02d:%02d:%06d\n"),&aName,dt.Hour(),dt.Minute(),dt.Second(),dt.MicroSecond());
}
void TestY2K::Test1()
{
// Test the T_Time & TDateTime classes in accordance with the test spec for Y2K
// Section 4.1.1.1
// 31/12/1998 and 1/1/1999
test.Next(_L("Testing existing functionality"));
TTime t1;
TTime t2;
TDateTime dt;
test(t1.Set(_L("19981130:235959.999999"))==KErrNone);
test(t2.Set(_L("19990000:000000."))==KErrNone);
dt=t1.DateTime();
test(dt.Year()==1998);
test(dt.Month()==EDecember);
test(dt.Day()==30);
t1+=TTimeIntervalMicroSeconds(1);
dt=t1.DateTime();
dttest(dt,1999,1,1,0,0,0,0);
test(t1==t2);
test(t1.Set(_L("19981130:235900.000000"))==KErrNone);
test(t2.Set(_L("19990000:000001.000000"))==KErrNone);
t1+=TTimeIntervalSeconds(61);
dt=t1.DateTime();
dttest(dt,1999,1,1,0,0,1,0);
test(t1==t2);
t1.Set(_L("19981130:234500.000100"));
t2.Set(_L("19990000:000100.000100"));
t1+=TTimeIntervalMinutes(16);
dt=t1.DateTime();
dttest(dt,1999,1,1,0,1,0,100);
test(t1==t2);
t1.Set(_L("19981130:230000.000001"));
t2.Set(_L("19990000:000000.000001"));
t1+=TTimeIntervalHours(1);
dt=t1.DateTime();
dttest(dt,1999,1,1,0,0,0,1);
test(t1==t2);
t1.Set(_L("19990000:164523.101000"));
t2.Set(_L("19981130:164523.101000"));
t1-=TTimeIntervalDays(1);
dt=t1.DateTime();
dttest(dt,1998,12,31,16,45,23,101000);
test(t1==t2);
t1.Set(_L("19990030:164523.999999"));
t2.Set(_L("19981130:164523.999999"));
t1-=TTimeIntervalMonths(1);
dt=t1.DateTime();
dttest(dt,1998,12,31,16,45,23,999999);
test(t1==t2);
t1.Set(_L("19990000:235959.999999"));
t2.Set(_L("19980000:235959.999999"));
t1-=TTimeIntervalYears(1);
dt=t1.DateTime();
dttest(dt,1998,1,1,23,59,59,999999);
test(t1==t2);
// Direct setting
t1.Set(_L("19981130:235959.999999"));
test(dt.SetYear(1998)==KErrNone);
test(dt.SetMonth(EDecember)==KErrNone);
test(dt.SetDay(30)==KErrNone);
test(dt.SetHour(23)==KErrNone);
test(dt.SetMinute(59)==KErrNone);
test(dt.SetSecond(59)==KErrNone);
test(dt.SetMicroSecond(999999)==KErrNone);
test(t1==dt);
t1.Set(_L("19990000:101010.101000"));
test(dt.SetYear(1999)==KErrNone);
test(dt.SetMonth(EJanuary)==KErrNone);
test(dt.SetDay(0)==KErrNone);
test(dt.SetHour(10)==KErrNone);
test(dt.SetMinute(10)==KErrNone);
test(dt.SetSecond(10)==KErrNone);
test(dt.SetMicroSecond(101000)==KErrNone);
test(t1==dt);
// 27/2/1998 & 28/2/1998
t1.Set(_L("19980126:144559.101000"));
t2.Set(_L("19980127:144559.101000"));
dt=t1.DateTime();
dttest(dt,1998,2,27,14,45,59,101000);
t1+=TTimeIntervalDays(1);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,1998,2,28,14,45,59,101000);
// 28/2/1998 & 1/3/1998
t1.Set(_L("19980127:"));
t2.Set(_L("19980200:"));
dt=t1.DateTime();
dttest(dt,1998,2,28,0,0,0,0);
t1+=TTimeIntervalDays(1);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,1998,3,1,0,0,0,0);
// 31/8/1999 & 1/9/1999
t1.Set(_L("19990730:235959.121200"));
t2.Set(_L("19990800:000000.121200"));
dt=t1.DateTime();
dttest(dt,1999,8,31,23,59,59,121200);
t1+=TTimeIntervalSeconds(1);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,1999,9,1,0,0,0,121200);
// 8/9/1999 & 9/9/1999
t1.Set(_L("19990807:233434."));
t2.Set(_L("19990808:003434."));
dt=t1.DateTime();
dttest(dt,1999,9,8,23,34,34,0);
t1+=TTimeIntervalHours(1);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,1999,9,9,0,34,34,0);
// 9/9/1999 & 10/9/1999
t1.Set(_L("19990808:235934."));
t2.Set(_L("19990809:000034."));
dt=t1.DateTime();
dttest(dt,1999,9,9,23,59,34,0);
t1+=TTimeIntervalMinutes(1);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,1999,9,10,0,0,34,0);
// 31/12/1999 & 1/1/2000
test(t1.Set(_L("19991130:"))==KErrNone);
test(t2.Set(_L("20000000:"))==KErrNone);
dt=t1.DateTime();
dttest(dt,1999,12,31,0,0,0,0);
t1+=TTimeIntervalDays(1);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,2000,1,1,0,0,0,0);
test(dt.SetYear(2000)==KErrNone);
test(dt.SetMonth(EJanuary)==KErrNone);
test(dt.SetDay(0)==KErrNone);
test(dt.SetHour(0)==KErrNone);
test(dt.SetMinute(0)==KErrNone);
test(dt.SetSecond(0)==KErrNone);
test(dt.SetMicroSecond(0)==KErrNone);
test(t1==dt);
test(t1.DayNoInYear()==1);
test(t1.WeekNoInYear(EFirstWeek)==1);
test(t2.DaysInMonth()==31);
// 27/2/2000 to 28/2/2000
test(t1.Set(_L("20000126:235958.999999"))==KErrNone);
test(t2.Set(_L("20000127:"))==KErrNone);
dt=t1.DateTime();
dttest(dt,2000,2,27,23,59,58,999999);
t1+=TTimeIntervalSeconds(1);
t1+=TTimeIntervalMicroSeconds(1);
test(t1==t2);
test(t1.DaysInMonth()==29);
dt=t2.DateTime();
dttest(dt,2000,2,28,0,0,0,0);
// 28/2/2000 & 29/2/2000
test(t2.Set(_L("20000128:"))==KErrNone);
test(dt.Set(2000,EFebruary,28,0,0,0,0)==KErrNone);
t1+=TTimeIntervalDays(1);
test(t1==t2);
test(t1==dt);
test(Time::IsLeapYear(t2.DateTime().Year()));
test(t1.DayNoInMonth()==28);
test(t1.DaysFrom(t2)==TTimeIntervalDays(0));
t2.Set(_L("20000200:"));
test(t1.DaysFrom(t2)==TTimeIntervalDays(-1));
test(t2.DaysFrom(t1)==TTimeIntervalDays(1));
// 29/2/2000 to 1/3/2000
t1.Set(_L("20000128:"));
t2.Set(_L("20000200:"));
dt=t1.DateTime();
dttest(dt,2000,2,29,0,0,0,0);
t1+=TTimeIntervalHours(24);
test(t1==t2);
dt=t1.DateTime();
dttest(dt,2000,3,1,0,0,0,0);
// 31/12/2000 & 1/1/2001
t1.Set(_L("20001130:"));
t2.Set(_L("20010000:235945."));
dt=t1.DateTime();
dttest(dt,2000,12,31,0,0,0,0);
test(t1!=t2);
t1+=TTimeIntervalHours(24);
t1+=TTimeIntervalMinutes(60*23);
t1+=TTimeIntervalSeconds(59*60+45);
test(t1==t2);
dt=t1.DateTime();
dttest(dt,2001,1,1,23,59,45,0);
// 28/2/2001 & 1/3/2001
test(t1.Set(_L("20010127:"))==KErrNone);
test(t2.Set(_L("20010200:"))==KErrNone);
test(t2.DaysFrom(t1)==TTimeIntervalDays(1));
test(t2.MonthsFrom(t1)==TTimeIntervalMonths(0));
dt=t1.DateTime();
dttest(dt,2001,2,28,0,0,0,0);
t1+=TTimeIntervalDays(1);
test(t1==t2);
dt=t1.DateTime();
dttest(dt,2001,3,1,0,0,0,0);
// 28/2/2004 29/2/2004
t1.Set(_L("20040127:"));
test(t2.Set(_L("20040128:"))==KErrNone);
test(Time::IsLeapYear(t1.DateTime().Year()));
test(t2.DaysFrom(t1)==TTimeIntervalDays(1));
dt=t1.DateTime();
dttest(dt,2004,2,28,0,0,0,0);
t1+=TTimeIntervalMinutes(60*24);
test(t1==t2);
dt=t2.DateTime();
dttest(dt,2004,2,29,0,0,0,0);
// 29/2/2004 & 1/3/2004
test(t1.Set(_L("20040128:"))==KErrNone);
test(t2.Set(_L("20040200:"))==KErrNone);
test(Time::IsLeapYear(t2.DateTime().Year()));
dt=t1.DateTime();
dttest(dt,2004,2,29,0,0,0,0);
t1+=TTimeIntervalSeconds(60*60*24);
test(t1==t2);
dt=t1.DateTime();
dttest(dt,2004,3,1,0,0,0,0);
}
void TestY2K::Test2()
{
// Test the input of valid and invalid dates to TDateTime and TTime
// Section 4.2
TTime t1,t2;
TDateTime dt;
// 31/12/1998
test(dt.Set(1998,EDecember,30,0,0,0,0)==KErrNone);
test(t1.Set(_L("19981130:"))==KErrNone);
dttest(dt,1998,12,31,0,0,0,0);
// 1/3/1999
test(dt.Set(1999,EMarch,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("19990200:"))==KErrNone);
dttest(dt,1999,3,1,0,0,0,0);
// 27/2/2000
test(dt.Set(2000,EFebruary,26,0,0,0,0)==KErrNone);
test(t1.Set(_L("20000126:"))==KErrNone);
dttest(dt,2000,2,27,0,0,0,0);
// 31/12/2000
test(dt.Set(2000,EDecember,30,0,0,0,0)==KErrNone);
test(t1.Set(_L("20001130:225645."))==KErrNone);
dttest(dt,2000,12,31,0,0,0,0);
// 28/2/2004
test(dt.Set(2004,EFebruary,27,1,2,3,4)==KErrNone);
test(t1.Set(_L("20040127:"))==KErrNone);
dttest(dt,2004,2,28,1,2,3,4);
// 1/1/1999
test(dt.Set(1999,EJanuary,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("19990000:"))==KErrNone);
dttest(dt,1999,1,1,0,0,0,0);
// 9/9/1999
test(dt.Set(1999,ESeptember,8,0,0,0,0)==KErrNone);
test(t1.Set(_L("19990808:"))==KErrNone);
dttest(dt,1999,9,9,0,0,0,0);
// 28/2/2000
test(dt.Set(2000,EFebruary,27,0,0,0,0)==KErrNone);
test(t1.Set(_L("20000127:"))==KErrNone);
dttest(dt,2000,2,28,0,0,0,0);
// 1/1/2001
test(dt.Set(2001,EJanuary,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("20010000:"))==KErrNone);
dttest(dt,2001,1,1,0,0,0,0);
// 29/2/2004
test(dt.Set(2004,EFebruary,28,2,3,4,5)==KErrNone);
test(t1.Set(_L("20040128:"))==KErrNone);
dttest(dt,2004,2,29,2,3,4,5);
// 27/2/1999
test(dt.Set(1999,EFebruary,26,0,0,0,0)==KErrNone);
test(t1.Set(_L("19990126:"))==KErrNone);
dttest(dt,1999,2,27,0,0,0,0);
// 31/12/1999
test(dt.Set(1999,EDecember,30,0,0,0,0)==KErrNone);
test(t1.Set(_L("19991130:"))==KErrNone);
dttest(dt,1999,12,31,0,0,0,0);
// 29/2/2000
test(dt.Set(2000,EFebruary,28,0,0,0,0)==KErrNone);
test(t1.Set(_L("20000128:"))==KErrNone);
dttest(dt,2000,2,29,0,0,0,0);
// 28/2/2001
test(dt.Set(2001,EFebruary,27,0,0,0,0)==KErrNone);
test(t1.Set(_L("20010127:"))==KErrNone);
dttest(dt,2001,2,28,0,0,0,0);
// 1/3/2004
test(dt.Set(2004,EMarch,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("20040200:"))==KErrNone);
dttest(dt,2004,3,1,0,0,0,0);
// 28/2/1999
test(dt.Set(1999,EFebruary,27,0,0,0,0)==KErrNone);
test(t1.Set(_L("19990127:"))==KErrNone);
dttest(dt,1999,2,28,0,0,0,0);
// 1/1/2000
test(dt.Set(2000,EJanuary,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("20000000:"))==KErrNone);
dttest(dt,2000,1,1,0,0,0,0);
// 1/3/2000
test(dt.Set(2000,EMarch,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("20000200:"))==KErrNone);
dttest(dt,2000,3,1,0,0,0,0);
// 1/3/2001
test(dt.Set(2001,EMarch,0,0,0,0,0)==KErrNone);
test(t1.Set(_L("20010200:"))==KErrNone);
dttest(dt,2001,3,1,0,0,0,0);
// Invalid dates
// 31/4/1998
test(dt.Set(1998,EApril,30,0,0,0,0)!=KErrNone);
test(t1.Set(_L("19980330:"))!=KErrNone);
dt=t1.DateTime();
dttest(dt,2001,3,1,0,0,0,0);
// 30/2/2000
test(dt.Set(2000,EFebruary,29,0,0,0,0)!=KErrNone);
test(t1.Set(_L("20000129:"))!=KErrNone);
dt=t1.DateTime();
dttest(dt,2001,3,1,0,0,0,0);
// 29/2/2001
test(dt.Set(2001,EFebruary,28,0,0,0,0)!=KErrNone);
test(t1.Set(_L("20010128:"))!=KErrNone);
dt=t1.DateTime();
dttest(dt,2001,3,1,0,0,0,0);
// 29/2/1999
test(dt.Set(1999,EFebruary,28,0,0,0,0)!=KErrNone);
test(t1.Set(_L("19990128:"))!=KErrNone);
dt=t1.DateTime();
dttest(dt,2001,3,1,0,0,0,0);
// 30/2/2004
test(dt.Set(2004,EFebruary,29,0,0,0,0)!=KErrNone);
test(t1.Set(_L("20040129:"))!=KErrNone);
dt=t1.DateTime();
dttest(dt,2001,3,1,0,0,0,0);
// test of TTime::Parse
// Set UniversalTime to C19 first
TTime oldtime;
oldtime.UniversalTime();
t1.Set(_L("19990303:"));
test(User::SetUTCTime(t1)==KErrNone);
test(t1.Parse(_L("1/1/00"))>=0);
dt=t1.DateTime();
dttest(dt,1900,1,1,0,0,0,0);
test(t1.Parse(_L("1/1/00"),1)>=0);
dt=t1.DateTime();
dttest(dt,2000,1,1,0,0,0,0);
test(t1.Parse(_L("2/3/2000"),20)>=0);
dt=t1.DateTime();
dttest(dt,2000,3,2,0,0,0,0);
test(t1.Parse(_L("31/12/99"),50)>=0);
dt=t1.DateTime();
dttest(dt,1999,12,31,0,0,0,0);
test(t1.Parse(_L("1/1/99"))>=0);
dt=t1.DateTime();
dttest(dt,1999,1,1,0,0,0,0);
test(t1.Parse(_L("1/1/99"),98)>=0);
dt=t1.DateTime();
TBuf<100> str;
t1.FormatL(str,_L("%F %D %M %Y %H:%T:%S.%C"));
test.Printf(str);
test.Printf(_L("\n"));
dttest(dt,1999,1,1,0,0,0,0);
// Reset UniversalTime
test(User::SetUTCTime(oldtime) == KErrNone);
// Year lengths
t1.Set(_L("20000000:"));
t2.Set(_L("20001130:"));
test(t2.DaysFrom(t1)==TTimeIntervalDays(365));
test(Time::IsLeapYear(t1.DateTime().Year()));
test(Time::IsLeapYear(t2.DateTime().Year()));
t1.Set(_L("20000100:"));
test(t1.DaysInMonth()==29);
t1.Set(_L("19990000:"));
t2.Set(_L("19991130:"));
test(t2.DaysFrom(t1)==TTimeIntervalDays(364));
test(Time::IsLeapYear(t1.DateTime().Year())==EFalse);
test(Time::IsLeapYear(t2.DateTime().Year())==EFalse);
t1.Set(_L("19990100:"));
test(t1.DaysInMonth()==28);
t1.Set(_L("20040000:"));
t2.Set(_L("20041130:"));
test(t2.DaysFrom(t1)==TTimeIntervalDays(365));
test(Time::IsLeapYear(t2.DateTime().Year()));
test(Time::IsLeapYear(t1.DateTime().Year()));
t1.Set(_L("20040100:"));
test(t1.DaysInMonth()==29);
}
void TestY2K::Test3()
{
TTime t1,t2;
TDateTime dt;
// Test operator <=, >=, >, <, +, -
// mid 1999 to 31/12/1999
t1.Set(_L("19990620:145459."));
t2.Set(_L("19991130:"));
test(!(t1>t2));
test(t1<t2);
test(t1<=t2);
test(!(t1>=t2));
test(!(t1==t2));
t1-=TTimeIntervalSeconds(59);
t1-=TTimeIntervalMinutes(54);
t1-=TTimeIntervalHours(14);
t1=t1+TTimeIntervalDays(10);
t1+=TTimeIntervalMonths(5);
test(t1==t2);
t2.Set(_L("19990730:"));
t1-=TTimeIntervalMonths(4);
test(t1==t2);
// Mid 1999 to 1/1/2000
t1.Set(_L("19990500:"));
t2.Set(_L("20000000:"));
test(t2>t1);
test(t2>=t1);
test(!(t2<t1));
test(!(t2<=t1));
t1+=TTimeIntervalMonths(7);
test(t1==t2);
t2.Set(_L("19990707:020202.2"));
t1+=TTimeIntervalMicroSeconds(2);
t1=t1+TTimeIntervalSeconds(2)+TTimeIntervalMinutes(2)+TTimeIntervalHours(2);
t1-=TTimeIntervalDays(24);
t1-=TTimeIntervalMonths(4);
dt=t1.DateTime();
test(t1==t2);
// Mid 1999 to 20/2/2000
t1.Set(_L("19990819:"));
t2.Set(_L("20000119:"));
test(t1<t2);
test(t1<=t2);
test(!(t1>t2));
test(!(t1>=t2));
test(!(t1==t2));
t1+=TTimeIntervalMonths(5);
test(t1==t2);
t2.Set(_L("19990600:"));
t1-=TTimeIntervalMonths(7);
t1-=TTimeIntervalDays(19);
test(t1==t2);
// Mid 1999 to 1/3/2000
t1.Set(_L("19990700:122345."));
t2.Set(_L("20000200:122345."));
test(t1<t2);
test(t1<=t2);
test(!(t1>t2));
test(!(t1>=t2));
test(!(t1==t2));
t1+=TTimeIntervalMonths(7);
test(t1==t2);
t2.Set(_L("19990800:"));
t1-=TTimeIntervalMonths(6);
t1=t1-TTimeIntervalHours(12)-TTimeIntervalMinutes(23)-TTimeIntervalSeconds(45);
test(t1==t2);
// mid 1999 to 1/4/2000
t1.Set(_L("19990500:"));
t2.Set(_L("20000300:"));
test(t1<t2);
test(t1<=t2);
test(!(t1>t2));
test(!(t1>=t2));
test(!(t1==t2));
t1+=TTimeIntervalMonths(10);
test(t1==t2);
t2.Set(_L("19990600:"));
t1-=TTimeIntervalMonths(9);
test(t1==t2);
// Mid 1999 to Mid 2001
t1.Set(_L("19990620:"));
t2.Set(_L("20010620:"));
test(t1<t2);
test(t1<=t2);
test(!(t1>t2));
test(!(t1>=t2));
test(!(t1==t2));
t1+=TTimeIntervalMonths(24);
test(t1==t2);
t2.Set(_L("19990720:"));
t1-=TTimeIntervalMonths(23);
test(t1==t2);
// Mid 2000 to Mid 2001
t1.Set(_L("20000620:"));
t2.Set(_L("20010620:"));
test(t1<t2);
test(t1<=t2);
test(!(t1>t2));
test(!(t1>=t2));
test(!(t1==t2));
t1+=TTimeIntervalMonths(12);
test(t1==t2);
t2.Set(_L("20000720:"));
t1-=TTimeIntervalMonths(11);
test(t1==t2);
}
void TestY2K::Test4()
{
TTime t1;
TLocale loc;
loc.SetStartOfWeek(EMonday);
// 1/1/1900 was Mon
t1.Set(_L("19000000:"));
test(t1.DayNoInWeek()==EMonday);
// 28/2/1900 was Wed
t1.Set(_L("19000127:"));
test(t1.DayNoInWeek()==EWednesday);
// 1/3/1900 was Thur
t1.Set(_L("19000200:"));
test(t1.DayNoInWeek()==EThursday);
// 28/2/1999 is sun
t1.Set(_L("19990127:"));
test(t1.DayNoInWeek()==ESunday);
// 1/3/1999 is mon
t1.Set(_L("19990200:"));
test(t1.DayNoInWeek()==EMonday);
// 31/12/1999
t1.Set(_L("19991130:"));
test(t1.DayNoInWeek()==EFriday);
// 1/1/2000
t1.Set(_L("20000000:"));
test(t1.DayNoInWeek()==ESaturday);
// 28/2/2000
t1.Set(_L("20000127:"));
test(t1.DayNoInWeek()==EMonday);
// 29/2/2000
t1.Set(_L("20000128:"));
test(t1.DayNoInWeek()==ETuesday);
// 1/3/2000
t1.Set(_L("20000200:"));
test(t1.DayNoInWeek()==EWednesday);
// 1/1/2001
t1.Set(_L("20010000:"));
test(t1.DayNoInWeek()==EMonday);
// 28/2/2004
t1.Set(_L("20040127:"));
test(t1.DayNoInWeek()==ESaturday);
// 29/2/2004
t1.Set(_L("20040128:"));
test(t1.DayNoInWeek()==ESunday);
// 1/3/2004
t1.Set(_L("20040200:"));
test(t1.DayNoInWeek()==EMonday);
}
void TestY2K::Test5()
{
// Test various timer alarms -
// User::At, User::After, RTimer::At, RTimer::After
TTime t1,t2, oldtime;
TRequestStatus stat;
RTimer timer;
timer.CreateLocal();
const TInt sec=1000000;
oldtime.UniversalTime();
// Check that timers across the boundary work
// 31/12/1998 to 1/1/1999
t1.Set(_L("19981130:235959."));
t2.Set(_L("19990000:000001."));
test(User::SetUTCTime(t1)==KErrNone);
timer.At(stat,t2);
__TRACE_LINE;
User::WaitForRequest(stat);
t1.UniversalTime();
PrintTime(_L("t1"),t1);
PrintTime(_L("t2"),t2);
test(t1 >= t2);
test(stat==KErrNone);
timer.At(stat,t1);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrUnderflow);
t1.Set(_L("19981130:235959."));
t2.Set(_L("19990000:000001."));
test(User::SetUTCTime(t1)==KErrNone);
test(User::At(t2)==KErrNone);
t1.UniversalTime();
test(t1 >= t2);
test(User::At(t1) == KErrUnderflow);
// 31/12/1999 1/1/2000
t1.Set(_L("19991130:235959."));
t2.Set(_L("20000000:000000.0"));
test(User::SetUTCTime(t1)==KErrNone);
timer.At(stat,t2);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrNone);
t1.UniversalTime();
TBuf<100> str;
t1.FormatL(str,_L("%F %D %M %Y %H:%T:%S.%C"));
test.Printf(str);
test.Printf(_L("\n"));
test(t1>=t2);
timer.At(stat,t1);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrUnderflow);
t1.Set(_L("19991130:235959."));
t2.Set(_L("20000000:000000.00000"));
test(User::SetUTCTime(t1)==KErrNone);
test(User::At(t2)==KErrNone);
t1.UniversalTime();
test(t1>=t2);
// 31/12/2000 to 1/1/2001
t1.Set(_L("20001130:235958."));
t2.Set(_L("20010000:"));
test(User::SetUTCTime(t1)==KErrNone);
timer.At(stat,t2);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrNone);
t1.UniversalTime();
test(t1>=t2);
timer.At(stat,t1);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrUnderflow);
t1.Set(_L("20001130:235958."));
t2.Set(_L("20010000:"));
test(User::SetUTCTime(t1)==KErrNone);
test(User::At(t2)==KErrNone);
t1.UniversalTime();
test(t1>=t2);
// Check that tick timers across the C work
// 31/12/1998 & 1/1/1999
t1.Set(_L("19981130:235959."));
t2.Set(_L("19990000:"));
test(User::SetUTCTime(t1)==KErrNone);
timer.After(stat,sec*2);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrNone);
t1.UniversalTime();
test(t1>=t2);
t1.Set(_L("19981130:235959."));
t2.Set(_L("19990000:"));
test(User::SetUTCTime(t1)==KErrNone);
User::After(sec*2);
t1.UniversalTime();
test(t1>=t2);
t1.Set(_L("19981130:235959."));
t2.Set(_L("19990000:"));
test(User::SetUTCTime(t1)==KErrNone);
test(User::At(t2)==KErrNone);
t1.UniversalTime();
test(t1>=t2);
// 31/12/1999 & 1/1/2000
t1.Set(_L("19991130:235959."));
t2.Set(_L("20000000:"));
test(User::SetUTCTime(t1)==KErrNone);
timer.After(stat,sec*2);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrNone);
t1.UniversalTime();
test(t1>=t2);
t1.Set(_L("19991130:235959."));
t2.Set(_L("20000000:"));
test(User::SetUTCTime(t1)==KErrNone);
User::After(sec*2);
t1.UniversalTime();
test(t1>=t2);
t1.Set(_L("19991130:235959."));
t2.Set(_L("20000000:"));
test(User::SetUTCTime(t1)==KErrNone);
test(User::At(t2)==KErrNone);
t1.UniversalTime();
test(t1>=t2);
//31/12/2000 and 1/1/2001
t1.Set(_L("20001130:235959."));
t2.Set(_L("20010000:"));
test(User::SetUTCTime(t1)==KErrNone);
timer.After(stat, sec*5);
__TRACE_LINE;
User::WaitForRequest(stat);
test(stat==KErrNone);
t1.UniversalTime();
test(t1>=t2);
t1.Set(_L("20001130:235959."));
t2.Set(_L("20010000:"));
test(User::SetUTCTime(t1)==KErrNone);
User::After(sec*5);
t1.UniversalTime();
test(t1>=t2);
t1.Set(_L("20001130:235959."));
t2.Set(_L("20010000:"));
test(User::SetUTCTime(t1)==KErrNone);
test(User::At(t2)==KErrNone);
t1.UniversalTime();
test(t1>=t2);
// check that timers abort across the C, with timer b4 and after
// date changed to.
TTime times[4];
RTimer timers[3];
TRequestStatus stats[3];
TInt i;
for(i=0;i<3;i++)
timers[i].CreateLocal();
// 31/12/1998 & 1/1/1999
times[0].Set(_L("19981129:"));
times[1].Set(_L("19981130:235959.999999"));
times[2].Set(_L("19990203:234500."));
times[3].Set(_L("19990506:"));
test(User::SetUTCTime(times[0])==KErrNone);
for(i=1;i<4;i++)
timers[i-1].At(stats[i-1], times[i]);
User::SetUTCTime(times[2]);
// Should all abort
for(i=0;i<3;i++)
{
__TRACE_LINE;
User::WaitForRequest(stats[i]);
test(stats[1]==KErrAbort);
}
// 31/12/1999 & 1/1/2000
times[0].Set(_L("19991029:"));
times[1].Set(_L("19991130:235959.999999"));
times[2].Set(_L("20000203:234500."));
times[3].Set(_L("20000506:"));
test(User::SetUTCTime(times[0])==KErrNone);
for(i=1;i<4;i++)
timers[i-1].At(stats[i-1], times[i]);
User::SetUTCTime(times[2]);
// Should all abort
for(i=0;i<3;i++)
{
__TRACE_LINE;
User::WaitForRequest(stats[i]);
test(stats[1]==KErrAbort);
}
// 31/12/2000 and 1/1/2001
times[0].Set(_L("20001129:"));
times[1].Set(_L("20001130:235959.999999"));
times[2].Set(_L("20010203:234500."));
times[3].Set(_L("20010506:"));
test(User::SetUTCTime(times[0])==KErrNone);
for(i=1;i<4;i++)
timers[i-1].At(stats[i-1], times[i]);
User::SetUTCTime(times[2]);
// Should all abort
for(i=0;i<3;i++)
{
__TRACE_LINE;
User::WaitForRequest(stats[i]);
test(stats[1]==KErrAbort);
}
// Check that overflow works
t1.Set(_L("99991130:"));
test(User::At(t1)==KErrOverflow);
test(User::SetUTCTime(oldtime)==KErrNone);
}
GLDEF_C TInt E32Main()
{
TTime oldtime;
oldtime.UniversalTime();
test.Title();
test.Start(_L("Testing Y2K behaviour"));
TestY2K T;
TLocale currentLocale;
TLocale b;
b.SetDateSeparator('\0',0);
b.SetDateSeparator('/',1);
b.SetDateSeparator('/',2);
b.SetDateSeparator('\0',3);
b.SetDateFormat(EDateEuropean);
b.SetTimeFormat(ETime12);
b.SetTimeSeparator('\0',0);
b.SetTimeSeparator(':',1);
b.SetTimeSeparator(':',2);
b.SetTimeSeparator('\0',3);
b.SetAmPmSpaceBetween(ETrue);
b.SetAmPmSymbolPosition(ELocaleAfter);
b.SetWorkDays(0x1F);
b.SetStartOfWeek(EMonday);
b.Set();
TTimeIntervalSeconds oldOffset = User::UTCOffset();
User::SetUTCOffset(0);
test.Next(_L("Testing TTime & TDateTime class (section 4.1.1.1)"));
T.Test1();
test.Next(_L("Testing TDateTime & TTime with valid and invalid dates (Section 4.2)"));
T.Test2();
test.Next(_L("Testing TDateTime & TTime with sorts/calculations (Section 4.2.5)"));
T.Test3();
test.Next(_L("Testing week days (Section 4.2.6)"));
T.Test4();
test.Next(_L("Testing timers"));
T.Test5();
test.Next(_L("Checking we can set to 31/12/1999 and 29/2/2000"));
TTime t1;
t1.Set(_L("19991130:"));
User::SetUTCTime(t1);
t1.UniversalTime();
TBuf<100> str;
t1.FormatL(str,_L("%F %D %M %Y %H:%T:%S.%C"));
test.Printf(str);
test.Printf(_L("\n"));
t1.Set(_L("20000128:"));
User::SetUTCTime(t1);
t1.UniversalTime();
t1.FormatL(str,_L("%F %D %M %Y %H:%T:%S.%C"));
test.Printf(str);
test.Printf(_L("\n"));
//test.Printf(_L("Press a key"));
//test.Getch();
User::SetUTCTime(oldtime);
currentLocale.Set();
User::SetUTCOffset(oldOffset);
test.End();
return (0);
}