Maemo::Timed::Event::Recurrence & Maemo::Timed::Event::addRecurrence()
{
Maemo::Timed::event_recurrence_pimple_t *pr = new Maemo::Timed::event_recurrence_pimple_t ;
pr->recurrence_no = p->r.size() ;
pr->eio = & p->eio ;
p->r.push_back(pr) ;
p->eio.recrs.resize(pr->recurrence_no+1) ;
return *getRecurrence(pr) ;
}
QByteArray KMoneyThingFile::dump()
{
QByteArray output;
QDataStream stream(output, IO_WriteOnly);
stream << (QString) "KMoneyThing Document" << (QString) "pre1_draft";
stream << (QString) "<name>" << mName << (QString) "</name>";
stream << (QString) "<locale>" << mLocale << (QString) "</locale>";
for (Q_UINT32 aI = 0; aI < accounts(); aI++)
{
KMoneyThingAccount* account = getAccount(aI);
stream << (QString) "<account>";
stream << (QString) "<type>" << account->type() << (QString) "</type>";
stream << (QString) "<name>" << account->name() << (QString) "</name>";
stream << (QString) "<description>" << account->description() << (QString) "</description>";
stream << (QString) "<accountNumber>" << account->accountNumber() << (QString) "</accountNumber>";
stream << (QString) "<institution>" << account->institution() << (QString) "</institution>";
stream << (QString) "<locale>" << account->locale() << (QString) "</locale>";
stream << (QString) "<balance>" << account->balance() << (QString) "</balance>";
stream << (QString) "<startingBalance>" << account->startingBalance() << (QString) "</startingBalance>";
for (Q_UINT32 tI = 0; tI < account->transactions(); tI++)
{
KMoneyThingTransaction* transaction = account->getTransaction(tI);
stream << (QString) "<transaction>";
stream << (QString) "<name>" << transaction->name() << (QString) "</name>";
stream << (QString) "<type>" << transaction->type() << (QString) "</type>";
stream << (QString) "<category>" << transaction->category() << (QString) "</category>";
stream << (QString) "<payee>" << transaction->payee() << (QString) "</payee>";
stream << (QString) "<state>" << transaction->state() << (QString) "</state>";
stream << (QString) "<statement>" << transaction->statementId() << (QString) "</statement>";
stream << (QString) "<split>" << transaction->split() << (QString) "</split>";
stream << (QString) "<foreign>" << transaction->foreign() << (QString) "</foreign>";
stream << (QString) "<exRate>" << transaction->exchangeRate() << (QString) "</exRate>";
stream << (QString) "<accCurIn>" << transaction->accountCurrencyIn() << (QString) "</accCurIn>";
stream << (QString) "<accCurOut>" << transaction->accountCurrencyOut() << (QString) "</accCurOut>";
stream << (QString) "<trCurIn>" << transaction->transactionCurrencyIn() << (QString) "</trCurIn>";
stream << (QString) "<trCurOut>" << transaction->transactionCurrencyOut() << (QString) "</trCurOut>";
stream << (QString) "<trCurName>" << transaction->transactionCurrencyName() << (QString) "</trCurName>";
for (Q_UINT32 stI = 0; stI < transaction->subTransactions(); stI++)
{
KMoneyThingSubTransaction* subTransaction = transaction->getSubTransaction(stI);
stream << (QString) "<subTransaction>";
stream << (QString) "<name>" << subTransaction->name() << (QString) "</name>";
stream << (QString) "<category>" << subTransaction->category() << (QString) "</category>";
stream << (QString) "<trCurIn>" << subTransaction->transactionCurrencyIn() << (QString) "</trCurIn>";
stream << (QString) "<trCurOut>" << subTransaction->transactionCurrencyOut() << (QString) "</trCurOut>";
stream << (QString) "</subTransaction>";
}
for (Q_UINT32 rI = 0; rI < transaction->references(); rI++)
{
KMoneyThingTransaction::Reference* reference = transaction->getReference(rI);
stream << (QString) "<reference>";
stream << (QString) "<refAccount>" << reference->accountName << (QString) "</refAccount>";
stream << (QString) "<refTransaction>" << reference->transactionID << (QString) "</refTransaction>";
stream << (QString) "</reference>";
}
stream << (QString) "</transaction>";
}
stream << (QString) "</account>";
}
for (Q_UINT32 cI = 0; cI < categories(); cI++)
stream << (QString) "<category>" << getCategory(cI) << (QString) "</category>";
for (Q_UINT32 rI = 0; rI < recurrences(); rI++)
{
KMoneyThingRecurringTransaction* transaction = getRecurrence(rI);
stream << (QString) "<recurrence>";
// If KMoneyThingTransaction is changed, copy its new code from above,
// overwriting from ***HERE*** ...
stream << (QString) "<name>" << transaction->name() << (QString) "</name>";
stream << (QString) "<type>" << transaction->type() << (QString) "</type>";
stream << (QString) "<category>" << transaction->category() << (QString) "</category>";
stream << (QString) "<state>" << transaction->state() << (QString) "</state>";
stream << (QString) "<statement>" << transaction->statementId() << (QString) "</statement>";
stream << (QString) "<split>" << transaction->split() << (QString) "</split>";
stream << (QString) "<foreign>" << transaction->foreign() << (QString) "</foreign>";
stream << (QString) "<exRate>" << transaction->exchangeRate() << (QString) "</exRate>";
stream << (QString) "<accCurIn>" << transaction->accountCurrencyIn() << (QString) "</accCurIn>";
stream << (QString) "<accCurOut>" << transaction->accountCurrencyOut() << (QString) "</accCurOut>";
stream << (QString) "<trCurIn>" << transaction->transactionCurrencyIn() << (QString) "</trCurIn>";
stream << (QString) "<trCurOut>" << transaction->transactionCurrencyOut() << (QString) "</trCurOut>";
stream << (QString) "<trCurName>" << transaction->transactionCurrencyName() << (QString) "</trCurName>";
for (Q_UINT32 stI = 0; stI < transaction->subTransactions(); stI++)
{
KMoneyThingSubTransaction* subTransaction = transaction->getSubTransaction(stI);
stream << (QString) "<subTransaction>";
stream << (QString) "<name>" << subTransaction->name() << (QString) "</name>";
stream << (QString) "<category>" << subTransaction->category() << (QString) "</category>";
stream << (QString) "<trCurIn>" << subTransaction->transactionCurrencyIn() << (QString) "</trCurIn>";
stream << (QString) "<trCurOut>" << subTransaction->transactionCurrencyOut() << (QString) "</trCurOut>";
stream << (QString) "</subTransaction>";
}
for (Q_UINT32 rI = 0; rI < transaction->references(); rI++)
{
KMoneyThingTransaction::Reference* reference = transaction->getReference(rI);
stream << (QString) "<reference>";
stream << (QString) "<refAccount>" << reference->accountName << (QString) "</refAccount>";
stream << (QString) "<refTransaction>" << reference->transactionID << (QString) "</refTransaction>";
stream << (QString) "</reference>";
}
// ... to ***HERE***
stream << (QString) "<recurrency>" << transaction->recurrence() << (QString) "</recurrency>";
stream << (QString) "<xDays>" << transaction->xDays() << (QString) "</xDays>";
stream << (QString) "<firstDate>" << transaction->firstDate() << (QString) "</firstDate>";
stream << (QString) "<daysOn>";
for (char i = 0; i < 7; i++)
stream << transaction->isDayOn(i);
stream << (QString) "</daysOn>";
stream << (QString) "</recurrence>";
}
stream.device()->close();
return qCompress(output);
}
Maemo::Timed::Event::Recurrence & Maemo::Timed::Event::recurrence(int index)
{
return *getRecurrence(p->r.at(index)) ;
}
string CTodo::toString()
{
CAlarm *pAlarm;
CRecurrence *cRec;
string szRet;
string szTemp;
time_t temp = 0;
std::stringstream ss;
ss << "ID=";
if (getId().c_str()){
szTemp= getId().substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",CalendarId=";
ss << getCalendarId();
ss << ",summary=";
if (getSummary().c_str()){
szTemp= getSummary().substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",description=";
if (getDescription().c_str()){
szTemp= getDescription().substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",location=";
if (getLocation().c_str()){
szTemp= getLocation().substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",UId=";
if (getGUid().c_str()){
szTemp= getGUid().substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",TimeZone=";
if (getTzid().c_str()){
szTemp= getTzid().substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",Type=";
ss << getType() ;
ss << ",Flags=";
switch (getFlags()){
case HAS_ATTENDEE:
ss << "Has Attendee";
break;
case HAS_ORGANIZER:
ss << "Has Organizer";
break;
case HAS_RECURRENCE:
ss << "Has Recurrence";
break;
case HAS_ALARM:
ss << "Has Alarm";
break;
case HAS_RECURRENCE_ALARM :
ss << "Has Recurrent Alarm";
break;
case HAS_PARTICIPANT :
ss << "Has Participant";
break;
case HAS_CATEGORIES :
ss << "Has Categories";
break;
case HAS_COMMENT:
ss << "Has Comment ";
break;
case HAS_EXTRA:
ss << "Has Extra ";
break;
default:
break;
}
ss << ",Status=";
ss << getStatus();
ss << ",Start date=";
temp = getDateStart();
ss << ctime(&temp);
ss << ",End date=";
temp = getDateEnd();
ss << ctime(&temp);
ss << ",Last modified=";
temp = getLastModified();
ss << ctime(&temp);
ss << ",created=";
temp = getCreatedTime();
ss << ctime(&temp);
ss << ",until=";
temp = getUntil();
ss << ctime(&temp);
ss << ",All day=";
ss << getAllDay();
ss << ",Geo=";
if (szGeo.c_str()){
szTemp= szGeo.substr(0,100);
ss << szTemp;
szTemp.clear();
}
else
ss << NULL_STRING;
ss << ",TodoDue=";
ss << iDue;
ss << ",Completed=";
ss << iCompleted;
ss << ",Percent";
ss << iPercentComplete;
ss << ",Priority";
ss << iPriority;
pAlarm=getAlarm();
if(pAlarm)
ss << pAlarm->toString();
else
ss << ",Alarm=NULL";
cRec=getRecurrence();
if(cRec)
ss << cRec->toString();
else
ss << ",Rec=NULL";
szRet.append(ss.str());
return szRet;
}
