bool Event::isMultiDay( const KDateTime::Spec &spec ) const
{
// First off, if spec's not valid, we can check for cache
if ( ( !spec.isValid() ) && d->mMultiDayValid ) {
return d->mMultiDay;
}
// Not in cache -> do it the hard way
KDateTime start, end;
if ( !spec.isValid() ) {
start = dtStart();
end = dtEnd();
} else {
start = dtStart().toTimeSpec( spec );
end = dtEnd().toTimeSpec( spec );
}
// End date is non inclusive, so subtract 1 second... except if we
// got the event from some braindead implementation which gave us
// start == end one (those do happen)
if ( start != end ) {
end = end.addSecs( -1 );
}
bool multi = ( start.date() != end.date() && start <= end );
// Update the cache
if ( spec.isValid() ) {
d->mMultiDayValid = true;
d->mMultiDay = multi;
}
return multi;
}
void Period::shiftTimes( const KDateTime::Spec &oldSpec,
const KDateTime::Spec &newSpec )
{
if ( oldSpec.isValid() && newSpec.isValid() && oldSpec != newSpec ) {
d->mStart = d->mStart.toTimeSpec( oldSpec );
d->mStart.setTimeSpec( newSpec );
d->mEnd = d->mEnd.toTimeSpec( oldSpec );
d->mEnd.setTimeSpec( newSpec );
}
}
QString Stringify::formatTime( const KDateTime &dt, bool shortfmt, const KDateTime::Spec &spec )
{
if ( spec.isValid() ) {
QString timeZone;
if ( spec.timeZone() != KSystemTimeZones::local() ) {
timeZone = ' ' + spec.timeZone().name();
}
return KGlobal::locale()->formatTime( dt.toTimeSpec( spec ).time(), !shortfmt ) + timeZone;
} else {
return KGlobal::locale()->formatTime( dt.time(), !shortfmt );
}
}
QString Todo::dtStartTimeStr( bool shortfmt, bool first, const KDateTime::Spec &spec ) const
{
if ( spec.isValid() ) {
QString timeZone;
if ( spec.timeZone() != KSystemTimeZones::local() ) {
timeZone = ' ' + spec.timeZone().name();
}
return KGlobal::locale()->formatTime(
dtStart( first ).toTimeSpec( spec ).time(), !shortfmt ) + timeZone;
} else {
return KGlobal::locale()->formatTime(
dtStart( first ).time(), !shortfmt );
}
}
QString Todo::dtDueDateStr( bool shortfmt, const KDateTime::Spec &spec ) const
{
if ( spec.isValid() ) {
QString timeZone;
if ( spec.timeZone() != KSystemTimeZones::local() ) {
timeZone = ' ' + spec.timeZone().name();
}
return KGlobal::locale()->formatDate(
dtDue( !recurs() ).toTimeSpec( spec ).date(),
( shortfmt ? KLocale::ShortDate : KLocale::LongDate ) ) + timeZone;
} else {
return KGlobal::locale()->formatDate(
dtDue( !recurs() ).date(),
( shortfmt ? KLocale::ShortDate : KLocale::LongDate ) );
}
}
QString Todo::dtStartStr( bool shortfmt, const KDateTime::Spec &spec ) const
{
if ( allDay() ) {
return IncidenceFormatter::dateToString( dtStart(), shortfmt, spec );
}
if ( spec.isValid() ) {
QString timeZone;
if ( spec.timeZone() != KSystemTimeZones::local() ) {
timeZone = ' ' + spec.timeZone().name();
}
return KGlobal::locale()->formatDateTime(
dtStart().toTimeSpec( spec ).dateTime(),
( shortfmt ? KLocale::ShortDate : KLocale::LongDate ) ) + timeZone;
} else {
return KGlobal::locale()->formatDateTime(
dtStart().dateTime(),
( shortfmt ? KLocale::ShortDate : KLocale::LongDate ) );
}
}
QString Stringify::formatDateTime( const KDateTime &dt, bool allDay,
bool shortfmt, const KDateTime::Spec &spec )
{
if ( allDay ) {
return formatDate( dt, shortfmt, spec );
}
if ( spec.isValid() ) {
QString timeZone;
if ( spec.timeZone() != KSystemTimeZones::local() ) {
timeZone = ' ' + spec.timeZone().name();
}
return KGlobal::locale()->formatDateTime(
dt.toTimeSpec( spec ).dateTime(),
( shortfmt ? KLocale::ShortDate : KLocale::LongDate ) ) + timeZone;
} else {
return KGlobal::locale()->formatDateTime(
dt.dateTime(),
( shortfmt ? KLocale::ShortDate : KLocale::LongDate ) );
}
}
void KoRdfCalendarEvent::fromKEvent(KCalCore::Event::Ptr event)
{
m_dtstart = event->dtStart();
m_dtend = event->dtEnd();
m_summary = event->summary();
m_location = event->location();
m_uid = event->uid();
Soprano::Node n = Soprano::LiteralValue(m_dtstart.dateTime());
KDateTime::Spec tz = toKTimeZone(n);
KDateTime roundTrip = VEventDateTimeToKDateTime(n.toString(), tz);
kDebug(30015) << "summary:" << m_summary;
kDebug(30015) << "location:" << m_location;
kDebug(30015) << "uid:" << m_uid;
kDebug(30015) << "dtstart:" << m_dtstart;
kDebug(30015) << "dtstart.offset:" << m_dtstart.timeZone().currentOffset();
kDebug(30015) << "dtstart.utc:" << m_dtstart.toUtc();
kDebug(30015) << " local.offset:" << KSystemTimeZones::local().currentOffset();
kDebug(30015) << "dtstart.roundTrip:" << roundTrip;
kDebug(30015) << "dtend:" << m_dtend;
kDebug(30015) << "dtstart.rdfnode:" << n;
kDebug(30015) << "dtstart.roundTrip.offset:" << tz.timeZone().currentOffset();
}
static KDateTime VEventDateTimeToKDateTime(const QString &s, KDateTime::Spec &tz)
{
kDebug(30015) << "top... tz.offset:" << tz.timeZone().currentOffset();
if (s.endsWith('Z')) {
tz = KSystemTimeZones::zone("UTC");
kDebug(30015) << "tz.offset:" << tz.timeZone().currentOffset();
kDebug(30015) << "new date string:" << s;
}
KDateTime ret = KDateTime::fromString(s, "yyyyMMddTHHmmss");
if (!ret.isValid()) {
// "2003-01-08T13:00:00"
kDebug(30015) << "parsing dateThh:mm format...from input:" << s;
ret = KDateTime::fromString(s, KDateTime::ISODate);
}
//
// Parsed as UTC, must now adjust for given timezone
//
if (ret.isValid() && tz.timeZone().currentOffset()) {
ret.setTimeSpec(tz);
}
//
// convert to local tz for ease of editing.
//
ret = ret.toLocalZone();
tz = KSystemTimeZones::local();
kDebug(30015) << "date string:" << s << "\n"
<< " is valid:" << ret.isValid() << "\n"
<< " parsed:" << ret.toString() << "\n"
<< " time.tz.offset:" << ret.timeZone().currentOffset()
<< " tz.offset:" << tz.timeZone().currentOffset();
return ret;
}
QString dumpTime( const KDateTime &dt, const KDateTime::Spec &viewSpec )
{
if ( !dt.isValid() ) {
return QString();
}
KDateTime vdt = viewSpec.isValid() ? dt.toTimeSpec( viewSpec ) : dt;
QString format;
#ifdef FLOAT_IS_DATE_ONLY
if ( vdt.isDateOnly() ) {
format = QLatin1String( "%Y-%m-%d" );
} else
#endif
format = QLatin1String( "%Y-%m-%dT%H:%M:%S" );
if ( vdt.isSecondOccurrence() ) {
format += QLatin1String( " %Z" );
}
if ( vdt.timeSpec() != KDateTime::ClockTime ) {
format += QLatin1String( " %:Z" );
}
return vdt.toString( format );
}
int main( int argc, char **argv )
{
KAboutData aboutData(
"testrecurrencenew", 0,
ki18n( "Load recurrence rules with the new class and print out debug messages" ), "0.1" );
KCmdLineArgs::init( argc, argv, &aboutData );
KCmdLineOptions options;
options.add( "verbose", ki18n( "Verbose output" ) );
options.add( "+input", ki18n( "Name of input file" ) );
options.add( "[+output]", ki18n( "optional name of output file for the recurrence dates" ) );
KCmdLineArgs::addCmdLineOptions( options );
KComponentData componentData( &aboutData );
//QCoreApplication app( KCmdLineArgs::qtArgc(), KCmdLineArgs::qtArgv() );
KCmdLineArgs *args = KCmdLineArgs::parsedArgs();
if ( args->count() < 1 ) {
args->usage( "Wrong number of arguments." );
}
QString input = args->arg( 0 );
kDebug() << "Input file:" << input;
QTextStream *outstream;
outstream = 0;
QString fn( "" );
if ( args->count() > 1 ) {
fn = args->arg( 1 );
kDebug() << "We have a file name given:" << fn;
}
QFile outfile( fn );
if ( !fn.isEmpty() && outfile.open( QIODevice::WriteOnly ) ) {
kDebug() << "Opened output file!!!";
outstream = new QTextStream( &outfile );
}
MemoryCalendar::Ptr cal( new MemoryCalendar( KDateTime::UTC ) );
KDateTime::Spec viewSpec;
FileStorage store( cal, input );
if ( !store.load() ) return 1;
QString tz = cal->nonKDECustomProperty( "X-LibKCal-Testsuite-OutTZ" );
if ( !tz.isEmpty() ) {
viewSpec = KDateTime::Spec( KSystemTimeZones::zone( tz ) );
}
Incidence::List inc = cal->incidences();
for ( Incidence::List::Iterator it = inc.begin(); it != inc.end(); ++it ) {
Incidence::Ptr incidence = *it;
kDebug() << "*+*+*+*+*+*+*+*+*+*";
kDebug() << " ->" << incidence->summary() << "<-";
incidence->recurrence()->dump();
KDateTime dt( incidence->recurrence()->endDateTime() );
int i = 0;
if ( outstream ) {
if ( !dt.isValid() ) {
if ( viewSpec.isValid() ) {
dt = KDateTime( QDate( 2011, 1, 1 ), QTime( 0, 0, 1 ), viewSpec );
} else {
dt = KDateTime( QDate( 2011, 1, 1 ), QTime( 0, 0, 1 ) );
}
} else {
dt = dt.addYears( 2 );
}
kDebug() << "-------------------------------------------";
kDebug() << " *~*~*~*~ Starting with date:" << dumpTime( dt, viewSpec );
// Output to file for testing purposes
while ( dt.isValid() && i < 500 ) {
++i;
dt = incidence->recurrence()->getPreviousDateTime( dt );
if ( dt.isValid() ) {
(*outstream) << dumpTime( dt, viewSpec ) << endl;
}
}
} else {
if ( !dt.isValid() ) {
dt = KDateTime( QDate( 2005, 7, 31 ), QTime( 23, 59, 59 ), KDateTime::Spec::UTC() );
} else {
dt = dt.addYears( 2 );
}
incidence->recurrence()->dump();
kDebug() << "-------------------------------------------";
kDebug() << " *~*~*~*~ Starting with date:" << dumpTime( dt, viewSpec );
// Output to konsole
while ( dt.isValid() && i < 50 ) {
++i;
kDebug() << "-------------------------------------------";
dt = incidence->recurrence()->getPreviousDateTime( dt );
if ( dt.isValid() ) {
kDebug() << " *~*~*~*~ Previous date is:" << dumpTime( dt, viewSpec );
}
}
}
}
delete outstream;
outfile.close();
return 0;
}
