OMRAS2 Classical Browser

    }

    m_bs = new BasicStore;

    m_index = new TransactionalStore(m_bs);

    TypeRegistrar::addMappings(m_bs, 0);

    // and again with anything else having the same hash

    if (tf->hash() != "") {

        Triples results = m_index->match(pattern);

        std::cerr << "FeatureFileIndex::loadFor: " << results.size() << " audio file(s) found with hash " << tf->hash().toStdString() << std::endl;

        foreach (Triple t, results) {

    // hash is present in the feature file but does not match, then it

    // cannot be the right track even if the URI matches.

    Triples results = m_index->match(pattern);

    std::cerr << "FeatureFileIndex::loadFor: " << results.size() << " feature file(s) for audio file " << afuri << std::endl;

        try {

            BasicStore *b = BasicStore::load(QUrl(t.a.value));

            Triples ts = b->match

            std::cerr << "FeatureFileIndex::loadFor: feature file "

                      << t.a << " has " << ts.size() << " type node(s) for this audio file" << std::endl;

            bool someGood = false;

                // associating these facts with our own URI for this

                // file, even if they originated from a different URI

                // with the same hash)

                foreach (Triple t, all) {

                    if (t.a == from) t.a = to;

                    if (t.c == from) t.c = to;

void

FeatureFileIndex::index(QUrl fileUrl)

{

    if (m_index->contains(typeTriple)) {

        return;

    try {

        BasicStore *b = BasicStore::load(fileUrl);

        Triples ts = b->match

        foreach (Triple t, ts) {

            Triples hashts = b->match

                (Triple(t.a, m_index->expand("foaf:sha1"), Node()));

            foreach (Triple hasht, hashts) {