| -rw-r--r-- | libopie/pim/orecur.cpp | 25 |
1 files changed, 10 insertions, 15 deletions
diff --git a/libopie/pim/orecur.cpp b/libopie/pim/orecur.cpp index daf3506..e6a4787 100644 --- a/libopie/pim/orecur.cpp +++ b/libopie/pim/orecur.cpp @@ -1,451 +1,446 @@ #include <qshared.h> #include <qtopia/timeconversion.h> #include "orecur.h" struct ORecur::Data : public QShared { Data() : QShared() { type = ORecur::NoRepeat; freq = -1; days = 0; pos = 0; - create = -1; + create = QDateTime::currentDateTime(); hasEnd = FALSE; - end = 0; + end = QDate::currentDate(); } char days; // Q_UINT8 for 8 seven days;) ORecur::RepeatType type; int freq; int pos; bool hasEnd : 1; - time_t end; - time_t create; + QDate end; + QDateTime create; int rep; QString app; ExceptionList list; QDate start; }; ORecur::ORecur() { data = new Data; } ORecur::ORecur( const ORecur& rec) : data( rec.data ) { data->ref(); } ORecur::~ORecur() { if ( data->deref() ) { delete data; data = 0l; } } void ORecur::deref() { if ( data->deref() ) { delete data; data = 0l; } } bool ORecur::operator==( const ORecur& )const { return false; } ORecur &ORecur::operator=( const ORecur& re) { + if ( *this == re ) return *this; + re.data->ref(); deref(); data = re.data; return *this; } bool ORecur::doesRecur()const { return !( type() == NoRepeat ); } /* * we try to be smart here * */ bool ORecur::doesRecur( const QDate& date ) { /* the day before the recurrance */ QDate da = date.addDays(-1); QDate recur; if (!nextOcurrence( da, recur ) ) return false; return (recur == date); } // FIXME unuglify! // GPL from Datebookdb.cpp // FIXME exception list! bool ORecur::nextOcurrence( const QDate& from, QDate& next ) { // easy checks, first are we too far in the future or too far in the past? QDate tmpDate; int freq = frequency(); int diff, diff2, a; int iday, imonth, iyear; int dayOfWeek = 0; int firstOfWeek = 0; int weekOfMonth; if (hasEndDate() && endDate() < from) return FALSE; if (start() >= from) { next = start(); return TRUE; } switch ( type() ) { case Weekly: /* weekly is just daily by 7 */ /* first convert the repeatPattern.Days() mask to the next day of week valid after from */ dayOfWeek = from.dayOfWeek(); dayOfWeek--; /* we want 0-6, doco for above specs 1-7 */ /* this is done in case freq > 1 and from in week not for this round */ // firstOfWeek = 0; this is already done at decl. while(!((1 << firstOfWeek) & days() )) firstOfWeek++; /* there is at least one 'day', or there would be no event */ while(!((1 << (dayOfWeek % 7)) & days() )) dayOfWeek++; dayOfWeek = dayOfWeek % 7; /* the actual day of week */ dayOfWeek -= start().dayOfWeek() -1; firstOfWeek = firstOfWeek % 7; /* the actual first of week */ firstOfWeek -= start().dayOfWeek() -1; // dayOfWeek may be negitive now // day of week is number of days to add to start day freq *= 7; // FALL-THROUGH !!!!! case Daily: // the add is for the possible fall through from weekly */ if(start().addDays(dayOfWeek) > from) { /* first week exception */ next = QDate(start().addDays(dayOfWeek) ); if ((next > endDate()) && hasEndDate() ) return FALSE; return TRUE; } /* if from is middle of a non-week */ diff = start().addDays(dayOfWeek).daysTo(from) % freq; diff2 = start().addDays(firstOfWeek).daysTo(from) % freq; if(diff != 0) diff = freq - diff; if(diff2 != 0) diff2 = freq - diff2; diff = QMIN(diff, diff2); next = QDate(from.addDays(diff)); if ( (next > endDate()) && hasEndDate() ) return FALSE; return TRUE; case MonthlyDay: iday = from.day(); iyear = from.year(); imonth = from.month(); /* find equivelent day of month for this month */ dayOfWeek = start().dayOfWeek(); weekOfMonth = (start().day() - 1) / 7; /* work out when the next valid month is */ a = from.year() - start().year(); a *= 12; a = a + (imonth - start().month()); /* a is e.start()monthsFrom(from); */ if(a % freq) { a = freq - (a % freq); imonth = from.month() + a; if (imonth > 12) { imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; } } /* imonth is now the first month after or on from that matches the frequency given */ /* find for this month */ tmpDate = QDate( iyear, imonth, 1 ); iday = 1; iday += (7 + dayOfWeek - tmpDate.dayOfWeek()) % 7; iday += 7 * weekOfMonth; while (iday > tmpDate.daysInMonth()) { imonth += freq; if (imonth > 12) { imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; } tmpDate = QDate( iyear, imonth, 1 ); /* these loops could go for a while, check end case now */ if ((tmpDate > endDate()) && hasEndDate() ) return FALSE; iday = 1; iday += (7 + dayOfWeek - tmpDate.dayOfWeek()) % 7; iday += 7 * weekOfMonth; } tmpDate = QDate(iyear, imonth, iday); if (tmpDate >= from) { next = tmpDate; if ((next > endDate() ) && hasEndDate() ) return FALSE; return TRUE; } /* need to find the next iteration */ do { imonth += freq; if (imonth > 12) { imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; } tmpDate = QDate( iyear, imonth, 1 ); /* these loops could go for a while, check end case now */ if ((tmpDate > endDate()) && hasEndDate() ) return FALSE; iday = 1; iday += (7 + dayOfWeek - tmpDate.dayOfWeek()) % 7; iday += 7 * weekOfMonth; } while (iday > tmpDate.daysInMonth()); tmpDate = QDate(iyear, imonth, iday); next = tmpDate; if ((next > endDate()) && hasEndDate() ) return FALSE; return TRUE; case MonthlyDate: iday = start().day(); iyear = from.year(); imonth = from.month(); a = from.year() - start().year(); a *= 12; a = a + (imonth - start().month()); /* a is e.start()monthsFrom(from); */ if(a % freq) { a = freq - (a % freq); imonth = from.month() + a; if (imonth > 12) { imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; } } /* imonth is now the first month after or on from that matches the frequencey given */ /* this could go for a while, worse case, 4*12 iterations, probably */ while(!QDate::isValid(iyear, imonth, iday) ) { imonth += freq; if (imonth > 12) { imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; } /* these loops could go for a while, check end case now */ if ((QDate(iyear, imonth, 1) > endDate()) && hasEndDate() ) return FALSE; } if(QDate(iyear, imonth, iday) >= from) { /* done */ next = QDate(iyear, imonth, iday); if ((next > endDate()) && hasEndDate() ) return FALSE; return TRUE; } /* ok, need to cycle */ imonth += freq; imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; while(!QDate::isValid(iyear, imonth, iday) ) { imonth += freq; imonth--; iyear += imonth / 12; imonth = imonth % 12; imonth++; if ((QDate(iyear, imonth, 1) > endDate()) && hasEndDate() ) return FALSE; } next = QDate(iyear, imonth, iday); if ((next > endDate()) && hasEndDate() ) return FALSE; return TRUE; case Yearly: iday = start().day(); imonth = start().month(); iyear = from.year(); // after all, we want to start in this year diff = 1; if(imonth == 2 && iday > 28) { /* leap year, and it counts, calculate actual frequency */ if(freq % 4) if (freq % 2) freq = freq * 4; else freq = freq * 2; /* else divides by 4 already, leave freq alone */ diff = 4; } a = from.year() - start().year(); if(a % freq) { a = freq - (a % freq); iyear = iyear + a; } /* under the assumption we won't hit one of the special not-leap years twice */ if(!QDate::isValid(iyear, imonth, iday)) { /* must have been skipping by leap years and hit one that wasn't, (e.g. 2100) */ iyear += freq; } if(QDate(iyear, imonth, iday) >= from) { next = QDate(iyear, imonth, iday); if ((next > endDate()) && hasEndDate() ) return FALSE; return TRUE; } /* iyear == from.year(), need to advance again */ iyear += freq; /* under the assumption we won't hit one of the special not-leap years twice */ if(!QDate::isValid(iyear, imonth, iday)) { /* must have been skipping by leap years and hit one that wasn't, (e.g. 2100) */ iyear += freq; } next = QDate(iyear, imonth, iday); if ((next > endDate()) && hasEndDate() ) return FALSE; return TRUE; default: return FALSE; } } ORecur::RepeatType ORecur::type()const{ return data->type; } int ORecur::frequency()const { return data->freq; } int ORecur::position()const { return data->pos; } char ORecur::days() const{ return data->days; } bool ORecur::hasEndDate()const { return data->hasEnd; } QDate ORecur::endDate()const { - return TimeConversion::fromUTC( data->end ).date(); + return data->end; } QDate ORecur::start()const{ return data->start; } -time_t ORecur::endDateUTC()const { - return data->end; -} -time_t ORecur::createTime()const { +QDateTime ORecur::createdDateTime()const { return data->create; } int ORecur::repetition()const { return data->rep; } QString ORecur::service()const { return data->app; } ORecur::ExceptionList& ORecur::exceptions() { return data->list; } void ORecur::setType( const RepeatType& z) { checkOrModify(); data->type = z; } void ORecur::setFrequency( int freq ) { checkOrModify(); data->freq = freq; } void ORecur::setPosition( int pos ) { checkOrModify(); data->pos = pos; } void ORecur::setDays( char c ) { checkOrModify(); data->days = c; } void ORecur::setEndDate( const QDate& dt) { checkOrModify(); - data->end = TimeConversion::toUTC( dt ); -} -void ORecur::setEndDateUTC( time_t t) { - checkOrModify(); - data->end = t; + data->end = dt; } -void ORecur::setCreateTime( time_t t) { +void ORecur::setCreatedDateTime( const QDateTime& t) { checkOrModify(); data->create = t; } void ORecur::setHasEndDate( bool b) { checkOrModify(); data->hasEnd = b; } void ORecur::setRepitition( int rep ) { checkOrModify(); data->rep = rep; } void ORecur::setService( const QString& app ) { checkOrModify(); data->app = app; } void ORecur::setStart( const QDate& dt ) { checkOrModify(); data->start = dt; } void ORecur::checkOrModify() { if ( data->count != 1 ) { data->deref(); Data* d2 = new Data; d2->days = data->days; d2->type = data->type; d2->freq = data->freq; d2->pos = data->pos; d2->hasEnd = data->hasEnd; d2->end = data->end; d2->create = data->create; d2->rep = data->rep; d2->app = data->app; d2->list = data->list; d2->start = data->start; data = d2; } } |