void FillRecRuleInfo( DTC::RecRule *pRecRule,
RecordingRule *pRule )
{
if ((pRecRule == NULL) || (pRule == NULL))
return;
pRecRule->setId ( pRule->m_recordID );
pRecRule->setParentId ( pRule->m_parentRecID );
pRecRule->setInactive ( pRule->m_isInactive );
pRecRule->setTitle ( pRule->m_title );
pRecRule->setSubTitle ( pRule->m_subtitle );
pRecRule->setDescription ( pRule->m_description );
pRecRule->setSeason ( pRule->m_season );
pRecRule->setEpisode ( pRule->m_episode );
pRecRule->setCategory ( pRule->m_category );
pRecRule->setStartTime ( QDateTime(pRule->m_startdate,
pRule->m_starttime) );
pRecRule->setEndTime ( QDateTime(pRule->m_enddate,
pRule->m_endtime) );
pRecRule->setSeriesId ( pRule->m_seriesid );
pRecRule->setProgramId ( pRule->m_programid );
pRecRule->setInetref ( pRule->m_inetref );
pRecRule->setChanId ( pRule->m_channelid );
pRecRule->setCallSign ( pRule->m_station );
pRecRule->setDay ( pRule->m_findday );
pRecRule->setTime ( pRule->m_findtime );
pRecRule->setFindId ( pRule->m_findid );
pRecRule->setType ( toRawString(pRule->m_type) );
pRecRule->setSearchType ( toRawString(pRule->m_searchType));
pRecRule->setRecPriority ( pRule->m_recPriority );
pRecRule->setPreferredInput ( pRule->m_prefInput );
pRecRule->setStartOffset ( pRule->m_startOffset );
pRecRule->setEndOffset ( pRule->m_endOffset );
pRecRule->setDupMethod ( toRawString(pRule->m_dupMethod) );
pRecRule->setDupIn ( toRawString(pRule->m_dupIn) );
pRecRule->setFilter ( pRule->m_filter );
pRecRule->setRecProfile ( pRule->m_recProfile );
pRecRule->setRecGroup ( pRule->m_recGroup );
pRecRule->setStorageGroup ( pRule->m_storageGroup );
pRecRule->setPlayGroup ( pRule->m_playGroup );
pRecRule->setAutoExpire ( pRule->m_autoExpire );
pRecRule->setMaxEpisodes ( pRule->m_maxEpisodes );
pRecRule->setMaxNewest ( pRule->m_maxNewest );
pRecRule->setAutoCommflag ( pRule->m_autoCommFlag );
pRecRule->setAutoTranscode ( pRule->m_autoTranscode );
pRecRule->setAutoMetaLookup ( pRule->m_autoMetadataLookup );
pRecRule->setAutoUserJob1 ( pRule->m_autoUserJob1 );
pRecRule->setAutoUserJob2 ( pRule->m_autoUserJob2 );
pRecRule->setAutoUserJob3 ( pRule->m_autoUserJob3 );
pRecRule->setAutoUserJob4 ( pRule->m_autoUserJob4 );
pRecRule->setTranscoder ( pRule->m_transcoder );
pRecRule->setNextRecording ( pRule->m_nextRecording );
pRecRule->setLastRecorded ( pRule->m_lastRecorded );
pRecRule->setLastDeleted ( pRule->m_lastDeleted );
pRecRule->setAverageDelay ( pRule->m_averageDelay );
}
String SecurityOrigin::toString() const
{
if (isUnique())
return "null";
if (m_protocol == "file" && m_enforceFilePathSeparation)
return "null";
return toRawString();
}
String SecurityOrigin::toString() const
{
if (isUnique())
return "null";
if (isLocal() && m_blockLocalAccessFromLocalOrigin)
return "null";
return toRawString();
}
Bencode *Bencode::fromJson(const QVariant &json)
{
Bencode *res;
switch (json.type()) {
case QVariant::String:
res = new Bencode(toRawString(json.toString()));
break;
case QVariant::Map: {
QVariantMap variantMap = json.toMap();
res = new Bencode(Type::Dictionary);
QStringList keys = variantMap.keys();
foreach (const QString &key, keys) {
Bencode *newItem = fromJson(variantMap.value(key));
newItem->_key = key.toUtf8();
if (hexKeys.contains(QString(key)))
newItem->_hex = true;
res->appendChild(newItem);
}
break; }
case QVariant::List: {
QVariantList variantList = json.toList();
res = new Bencode(Type::List);
for (int i = 0; i < variantList.size(); ++i) {
res->appendChild(fromJson(variantList.at(i)));
}
break; }
case QVariant::UInt:
case QVariant::Int:
case QVariant::ULongLong:
case QVariant::LongLong:
case QVariant::Double:
res = new Bencode(json.toLongLong());
break;
default:
#ifdef DEBUG
qDebug() << "wrong variant" << json.type();
#endif
break;
}
