void WorkInfoCacheTester::fullDay()
{
Calendar cal("Test");
QDate wdate(2012,1,2);
QTime t1(0,0,0);
DateTime wdt1(wdate, t1);
DateTime wdt2(wdate.addDays( 1 ), t1);
long length = ( wdt2 - wdt1 ).milliseconds();
CalendarDay *day = new CalendarDay(wdate, CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
cal.addDay(day);
QVERIFY(cal.findDay(wdate) == day);
Resource r;
r.setCalendar( &cal );
const Resource::WorkInfoCache &wic = r.workInfoCache();
QVERIFY( ! wic.isValid() );
r.calendarIntervals( wdt1, wdt2 );
qDebug()<<wic.intervals.map();
QCOMPARE( wic.intervals.map().count(), 1 );
day = new CalendarDay(wdt2.date(), CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
cal.addDay(day);
r.calendarIntervals( wdt1, DateTime( wdt2.addDays( 2 ) ) );
qDebug()<<wic.intervals.map();
QCOMPARE( wic.intervals.map().count(), 2 );
}
void CalendarTester::testSingleDay() {
Calendar t("Test");
QDate wdate(2006,1,2);
DateTime before = DateTime(wdate.addDays(-1), QTime());
DateTime after = DateTime(wdate.addDays(1), QTime());
QTime t1(8,0,0);
QTime t2(10,0,0);
DateTime wdt1(wdate, t1);
DateTime wdt2(wdate, t2);
int length = t1.msecsTo( t2 );
CalendarDay *day = new CalendarDay(wdate, CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
t.addDay(day);
QVERIFY(t.findDay(wdate) == day);
QVERIFY(t.hasInterval(after, DateTime( after.addDays(1))) == false);
QVERIFY(t.hasInterval(before, DateTime(before.addDays(-1))) == false);
QVERIFY(t.hasInterval(after, before) == false);
QVERIFY(t.hasInterval(before, after));
QVERIFY((t.firstAvailableAfter(after, DateTime(after.addDays(10)))).isValid() == false);
QVERIFY((t.firstAvailableBefore(before, DateTime(before.addDays(-10)))).isValid() == false);
QCOMPARE(t.firstAvailableAfter(before,after), wdt1);
QCOMPARE(t.firstAvailableBefore(after, before), wdt2);
Duration e(0, 2, 0);
QCOMPARE((t.effort(before, after)).toString(), e.toString());
}
void WorkInfoCacheTester::addBefore()
{
Calendar cal("Test");
QDate wdate(2012,1,2);
DateTime before = DateTime(wdate.addDays(-1), QTime());
DateTime after = DateTime(wdate.addDays(1), QTime());
QTime t1(8,0,0);
QTime t2(10,0,0);
QTime t3(12,0,0);
QTime t4(14,0,0);
DateTime wdt1(wdate, t1);
DateTime wdt2(wdate, t2);
int length = t1.msecsTo( t2 );
CalendarDay *day = new CalendarDay(wdate, CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
length = t3.msecsTo( t4 );
day->addInterval(TimeInterval(t3, length));
cal.addDay(day);
QVERIFY(cal.findDay(wdate) == day);
Resource r;
r.setCalendar( &cal );
const Resource::WorkInfoCache &wic = r.workInfoCache();
QVERIFY( ! wic.isValid() );
r.calendarIntervals( before, after );
qDebug()<<wic.intervals.map();
QCOMPARE( wic.intervals.map().count(), 2 );
wdt1 = wdt1.addDays( 1 );
wdt2 = wdt2.addDays( 1 );
day = new CalendarDay(wdt1.date(), CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
cal.addDay(day);
// wdate: 8-10, 12-14
// wdate+1: 8-10
r.calendarIntervals( DateTime( wdate.addDays( 1 ), t1 ), DateTime( wdate.addDays( 1 ), t2 ) );
qDebug()<<wic.intervals.map();
QCOMPARE( wic.intervals.map().count(), 1 );
r.calendarIntervals( DateTime( wdate, t3 ), DateTime( wdate, t4 ) );
QCOMPARE( wic.intervals.map().count(), 2 );
r.calendarIntervals( DateTime( wdate, t1 ), DateTime( wdate, t2 ) );
QCOMPARE( wic.intervals.map().count(), 3 );
}
void CalendarTester::testTimezone()
{
Calendar t("Test");
QDate wdate(2006,1,2);
DateTime before = DateTime(wdate.addDays(-1), QTime());
DateTime after = DateTime(wdate.addDays(1), QTime());
QTime t1(8,0,0);
QTime t2(10,0,0);
DateTime wdt1(wdate, t1);
DateTime wdt2(wdate, t2);
int length = t1.msecsTo( t2 );
CalendarDay *day = new CalendarDay(wdate, CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
t.addDay(day);
Debug::print( &t, "Time zone testing" );
QVERIFY(t.findDay(wdate) == day);
// local zone: Europe/Berlin ( 1 hours from London )
KTimeZone lo = KSystemTimeZones::zone("Europe/London");
QVERIFY( lo.isValid() );
KDateTime dt1 = KDateTime( wdate, t1, lo ).addSecs( -2 * 3600 );
KDateTime dt2 = KDateTime( wdate, t2, lo ).addSecs( 0 * 3600 );
qDebug()<<KDateTime( wdt1 )<<KDateTime( wdt2 );
qDebug()<<dt1<<dt2<<"("<<dt1.toLocalZone()<<dt2.toLocalZone()<<")";
QCOMPARE(t.firstAvailableAfter( DateTime( dt1 ), after ), wdt1 );
QCOMPARE(t.firstAvailableBefore( DateTime( dt2 ), before ), wdt2 );
Duration e(0, 2, 0);
QCOMPARE( t.effort( DateTime( dt1 ), DateTime( dt2 ) ).toString(), e.toString() );
// local zone: Europe/Berlin ( 9 hours from America/Los_Angeles )
KTimeZone la = KSystemTimeZones::zone("America/Los_Angeles");
QVERIFY( la.isValid() );
KDateTime dt3 = KDateTime( wdate, t1, la ).addSecs( -10 * 3600 );
KDateTime dt4 = KDateTime( wdate, t2, la ).addSecs( -8 * 3600 );
qDebug()<<KDateTime( wdt1 )<<KDateTime( wdt2 );
qDebug()<<dt3<<dt4<<"("<<dt3.toLocalZone()<<dt4.toLocalZone()<<")";
QCOMPARE(t.firstAvailableAfter( DateTime( dt3 ), after ), wdt1 );
QCOMPARE(t.firstAvailableBefore( DateTime( dt4 ), before ), wdt2 );
QCOMPARE( t.effort( DateTime( dt3 ), DateTime( dt4 ) ).toString(), e.toString() );
QString s = "Test Cairo:";
qDebug()<<s;
// local zone: Europe/Berlin ( 1 hour from cairo )
KTimeZone ca = KSystemTimeZones::zone("Africa/Cairo");
KDateTime dt5 = KDateTime( wdate, t1, ca ).addSecs( 0 * 3600 );
KDateTime dt6 = KDateTime( wdate, t2, ca ).addSecs( 2 * 3600 );
qDebug()<<KDateTime( wdt1 )<<KDateTime( wdt2 );
qDebug()<<dt5<<dt6<<"("<<dt5.toLocalZone()<<dt6.toLocalZone()<<")";
QCOMPARE(t.firstAvailableAfter( DateTime( dt5 ), after ), wdt1 );
QCOMPARE(t.firstAvailableBefore( DateTime( dt6 ), before ), wdt2 );
QCOMPARE( t.effort( DateTime( dt5 ), DateTime( dt6 ) ).toString(), e.toString() );
}
void CalendarTester::workIntervals()
{
Calendar t("Test");
QDate wdate(2006,1,2);
DateTime before = DateTime(wdate.addDays(-1), QTime());
DateTime after = DateTime(wdate.addDays(1), QTime());
QTime t1(8,0,0);
QTime t2(10,0,0);
DateTime wdt1( wdate, t1 );
DateTime wdt2( wdate, t2 );
int length = t1.msecsTo( t2 );
CalendarDay *day = new CalendarDay(wdate, CalendarDay::Working);
day->addInterval( TimeInterval( t1, length ) );
t.addDay(day);
QVERIFY(t.findDay(wdate) == day);
AppointmentIntervalList lst = t.workIntervals( before, after, 100. );
QCOMPARE( lst.map().count(), 1 );
QCOMPARE( wdate, lst.map().values().first().startTime().date() );
QCOMPARE( t1, lst.map().values().first().startTime().time() );
QCOMPARE( wdate, lst.map().values().first().endTime().date() );
QCOMPARE( t2, lst.map().values().first().endTime().time() );
QCOMPARE( 100., lst.map().values().first().load() );
QTime t3( 12, 0, 0 );
day->addInterval( TimeInterval( t3, length ) );
lst = t.workIntervals( before, after, 100. );
Debug::print( lst );
QCOMPARE( lst.map().count(), 2 );
QCOMPARE( wdate, lst.map().values().first().startTime().date() );
QCOMPARE( t1, lst.map().values().first().startTime().time() );
QCOMPARE( wdate, lst.map().values().first().endTime().date() );
QCOMPARE( t2, lst.map().values().first().endTime().time() );
QCOMPARE( 100., lst.map().values().first().load() );
QCOMPARE( wdate, lst.map().values().at( 1 ).startTime().date() );
QCOMPARE( t3, lst.map().values().at( 1 ).startTime().time() );
QCOMPARE( wdate, lst.map().values().at( 1 ).endTime().date() );
QCOMPARE( t3.addMSecs( length ), lst.map().values().at( 1 ).endTime().time() );
QCOMPARE( 100., lst.map().values().at( 1 ).load() );
}
void CalendarTester::workIntervalsFullDays()
{
Calendar t("Test");
QDate wdate(2006,1,2);
DateTime before = DateTime(wdate.addDays(-1), QTime());
DateTime after = DateTime(wdate.addDays(10), QTime());
CalendarDay *day = new CalendarDay( wdate, CalendarDay::Working );
day->addInterval( TimeInterval( QTime( 0, 0, 0), 24*60*60*1000 ) );
t.addDay(day);
QCOMPARE( day->numIntervals(), 1 );
QVERIFY( day->intervalAt( 0 )->endsMidnight() );
DateTime start = day->start();
DateTime end = day->end();
QCOMPARE( t.workIntervals( start, end, 100. ).map().count(), 1 );
QCOMPARE( t.workIntervals( before, after, 100. ).map().count(), 1 );
day = new CalendarDay( wdate.addDays( 1 ), CalendarDay::Working );
day->addInterval( TimeInterval( QTime( 0, 0, 0), 24*60*60*1000 ) );
t.addDay( day );
end = day->end();
QCOMPARE( t.workIntervals( start, end, 100. ).map().count(), 2 );
QCOMPARE( t.workIntervals( before, after, 100. ).map().count(), 2 );
day = new CalendarDay( wdate.addDays( 2 ), CalendarDay::Working );
day->addInterval( TimeInterval( QTime( 0, 0, 0), 24*60*60*1000 ) );
t.addDay( day );
end = day->end();
QCOMPARE( t.workIntervals( start, end, 100. ).map().count(), 3 );
QCOMPARE( t.workIntervals( before, after, 100. ).map().count(), 3 );
}
static Calendar *createCalendar( Project &p )
{
Calendar *c = new Calendar();
c->setDefault( true );
QTime t1( 9, 0, 0 );
QTime t2 ( 17, 0, 0 );
int length = t1.msecsTo( t2 );
for ( int i=1; i <= 7; ++i ) {
CalendarDay *d = c->weekday( i );
d->setState( CalendarDay::Working );
d->addInterval( t1, length );
}
p.addCalendar( c );
return c;
}
void WorkInfoCacheTester::timeZone()
{
Calendar cal("Test");
// local zone: Europe/Berlin ( 9 hours from America/Los_Angeles )
KTimeZone la = KSystemTimeZones::zone("America/Los_Angeles");
QVERIFY( la.isValid() );
cal.setTimeZone( la );
QDate wdate(2012,1,2);
DateTime before = DateTime(wdate.addDays(-1), QTime());
DateTime after = DateTime(wdate.addDays(1), QTime());
QTime t1(14,0,0); // 23 LA
QTime t2(16,0,0); // 01 LA next day
DateTime wdt1(wdate, t1);
DateTime wdt2(wdate, t2);
int length = t1.msecsTo( t2 );
CalendarDay *day = new CalendarDay(wdate, CalendarDay::Working);
day->addInterval(TimeInterval(t1, length));
cal.addDay(day);
QVERIFY(cal.findDay(wdate) == day);
Debug::print( &cal, "America/Los_Angeles" );
Resource r;
r.setCalendar( &cal );
const Resource::WorkInfoCache &wic = r.workInfoCache();
QVERIFY( ! wic.isValid() );
r.calendarIntervals( before, after );
qDebug()<<wic.intervals.map();
QCOMPARE( wic.intervals.map().count(), 2 );
QCOMPARE( wic.intervals.map().value( wdate ).startTime(), DateTime( wdate, QTime( 23, 0, 0 ) ) );
QCOMPARE( wic.intervals.map().value( wdate ).endTime(), DateTime( wdate.addDays( 1 ), QTime( 0, 0, 0 ) ) );
wdate = wdate.addDays( 1 );
QCOMPARE( wic.intervals.map().value( wdate ).startTime(), DateTime( wdate, QTime( 0, 0, 0 ) ) );
QCOMPARE( wic.intervals.map().value( wdate ).endTime(), DateTime( wdate, QTime( 1, 0, 0 ) ) );
}
void ResourceModelTester::initTestCase()
{
m_project = new Project();
m_project->setName( "P1" );
m_project->setId( m_project->uniqueNodeId() );
m_project->registerNodeId( m_project );
DateTime targetstart = DateTime( QDate::currentDate(), QTime(0,0,0) );
DateTime targetend = DateTime( targetstart.addDays( 3 ) );
m_project->setConstraintStartTime( targetstart );
m_project->setConstraintEndTime( targetend);
// standard worktime defines 8 hour day as default
QVERIFY( m_project->standardWorktime() );
QCOMPARE( m_project->standardWorktime()->day(), 8.0 );
m_calendar = new Calendar( "Test" );
m_calendar->setDefault( true );
QTime t1( 9, 0, 0 );
QTime t2 ( 17, 0, 0 );
int length = t1.msecsTo( t2 );
for ( int i=1; i <= 7; ++i ) {
CalendarDay *d = m_calendar->weekday( i );
d->setState( CalendarDay::Working );
d->addInterval( t1, length );
}
m_project->addCalendar( m_calendar );
ResourceGroup *g = new ResourceGroup();
g->setName( "G1" );
m_project->addResourceGroup( g );
m_resource = new Resource();
m_resource->setName( "R1" );
m_resource->setCalendar( m_calendar );
m_project->addResource( g, m_resource );
m_task = m_project->createTask();
m_task->setName( "T1" );
m_project->addTask( m_task, m_project );
m_task->estimate()->setUnit( Duration::Unit_h );
m_task->estimate()->setExpectedEstimate( 8.0 );
m_task->estimate()->setType( Estimate::Type_Effort );
ResourceGroupRequest *gr = new ResourceGroupRequest( g );
gr->addResourceRequest( new ResourceRequest( m_resource, 100 ) );
m_task->addRequest( gr );
m_model.setProject( m_project );
QModelIndex idx;
int rows = m_model.rowCount( idx );
QCOMPARE( rows, 1 );
idx = m_model.index( 0, 0, idx );
QCOMPARE( g->name(), m_model.data( idx ).toString() );
rows = m_model.rowCount( idx );
QCOMPARE( rows, 1 );
idx = m_model.index( 0, 0, idx );
QCOMPARE( m_resource->name(), m_model.data( idx ).toString() );
idx = m_model.parent( idx );
QCOMPARE( g->name(), m_model.data( idx ).toString() );
}