// get the ID3tag from the file
void get_id3_tag( const char* pFileName, off_t size ){
static char szTitle[31] = {'\0'};
static char szArtist[31] = {'\0'};
static char szAlbum[31] = {'\0'};
static char szYear[5] = {'\0'};
static char szPath[PATH_MAX] = {'\0'};
if( bRelPath )
strcpy( szPath, szRelativePath );
else
getcwd( szPath, PATH_MAX );
if( bFsInfo ) // Save file size
size_count( size );
get_tags( pFileName, szTitle, szArtist, szAlbum, szYear ); // Try to get all tags
if( szTitle[0] == '\0' && szArtist[0] == '\0' && szAlbum[0] == '\0' && szYear[0] == '\0' ){
if( bUseFileName ){ // Use file name to get song infos
filename_to_field( pFileName, szTitle, szArtist, szAlbum, szYear );
} else { // print a warning message and return
if( bVerbose )
print_message( WARNING, "%s has no id3 Tag\n", pFileName );
}
}
sql_insert( szTitle, szArtist, szAlbum, szYear, pFileName, szPath, size );
}
void DImage::save_info(){ //save info writes to the image file and saves loc and tags.
ofstream write("info.txt", ios::app);
if (!write){
cout << "couldnt open"<< endl;
}
string temp = get_url() + " " + get_tags();
write << endl << temp;
write.close();
}
std::string rss_feed::get_attribute(const std::string& attribname) {
if (attribname == "feedtitle")
return title();
else if (attribname == "description")
return description();
else if (attribname == "feedlink")
return title();
else if (attribname == "feeddate")
return pubDate();
else if (attribname == "rssurl")
return rssurl();
else if (attribname == "unread_count") {
return utils::to_s(unread_item_count());
} else if (attribname == "total_count") {
return utils::to_s(items_.size());
} else if (attribname == "tags") {
return get_tags();
} else if (attribname == "feedindex") {
return utils::to_s(idx);
}
return "";
}
void PLodNode::ray_test_impl(Ray const& ray,
int options,
Mask const& mask,
std::set<PickResult>& hits) {
// first of all, check bbox
auto box_hits(::gua::intersect(ray, bounding_box_));
// ray did not intersect bbox -- therefore it wont intersect
if (box_hits.first == Ray::END && box_hits.second == Ray::END) {
return;
}
// return if only first object shall be returned and the current first hit
// is in front of the bbox entry point and the ray does not start inside
// the bbox
if (options & PickResult::PICK_ONLY_FIRST_OBJECT && hits.size() > 0 &&
hits.begin()->distance < box_hits.first && box_hits.first != Ray::END) {
return;
}
// bbox is intersected, but check geometry only if mask tells us to check
if (get_geometry_description() != "" && mask.check(get_tags())) {
auto geometry(
GeometryDatabase::instance()->lookup(get_geometry_description()));
if (geometry) {
Ray world_ray(ray);
geometry->ray_test(world_ray, options, this, hits);
}
}
for (auto child : get_children()) {
child->ray_test_impl(ray, options, mask, hits);
}
}
