void OptionsWindow::saveNodeTypes( TreeItem* index )
{
//nacitanie typov grafu
Manager::GraphManager* manager = Manager::GraphManager::getInstance();
QMap<qlonglong, Data::Type*>* types = manager->getActiveGraph()->getTypes();
for ( int i=0; i < index->childCount(); i++ ) {
TreeItem* root = index->child( i );
//ak je root typov grafu
if ( root->data( 0 ) == "Node Types" ) {
//pre kazdy uloz data
for ( int j=0; j< root->childCount(); j++ ) {
TreeItem* item = root->child( j );
Data::Type* type = types->value( item->data( 2 ).toLongLong() );
QMap<QString, QString>* settings = type->getSettings();
QList<QString> atributes = item->data( 1 ).toString().split( ";" );
for ( int k=0; k<atributes.length(); k++ ) {
QList<QString> atribute = atributes[k].split( "," );
settings->insert( atribute[0],atribute[1] );
}
}
}
}
}
void TreeModel::addNodesToList(QList<TreeItem*> * parents)
{
//vytvori sa nova korenova polozka pre typy uzlov
QList<QVariant> * columnData = new QList<QVariant>();
columnData->append("Node Types");
TreeItem * nodeRoot = new TreeItem(*columnData,parents->last());
parents->last()->appendChild(nodeRoot);
//nacita sa zoznam typov uzlov
Manager::GraphManager * manager = Manager::GraphManager::getInstance();
QMap<qlonglong, Data::Type*> * nodes = manager->getActiveGraph()->getTypes();
QMap<qlonglong, Data::Type*>::iterator iterator;
//typy uzlyovsa postupne prechadzaju
for (iterator = nodes->begin(); iterator != nodes->end(); ++iterator)
{
//vytvori sa nova polozka a vlozi sa nazov polozky
QString name = iterator.value()->getName();
columnData = new QList<QVariant>();
columnData->append(name);
//nacitaju sa data typu uzla
Data::Type * node = static_cast<Data::Type*>(iterator.value());
QMap<QString, QString> * settings = node->getSettings();
QMap<QString, QString>::iterator settingsIterator;
QString data;
//postupne sa data zlozia
for (settingsIterator = settings->begin(); settingsIterator != settings->end(); settingsIterator++)
{
if (settingsIterator != settings->begin())
data.append(";");
data.append(QString("%1,%2").arg(settingsIterator.key()).arg(settingsIterator.value()));
}
//nakoniec sa data prilozia danemu typu uzla
columnData->append(data);
columnData->append(iterator.key());
nodeRoot->appendChild(new TreeItem(*columnData,nodeRoot));
}
}