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#include "database.h"
#include "config.h"
#include <boost/algorithm/string/join.hpp>
#include <boost/format.hpp>
Database::Database() {
sql.open(config::vm["audist.database"].as<std::string>());
}
Database::~Database() {
sql.close();
}
// NOTE: LIKE is case-insensitive by default on sqlite
std::vector<MusicListing::p> Database::find(std::map<std::string, std::string> search) {
soci::session sql(config::vm["audist.database"].as<std::string>());
soci::statement st(sql);
std::string filename, artist, album, title;
st.exchange(soci::into(filename));
std::string query = "SELECT file_name FROM tracks WHERE ";
std::vector<std::string> where_conditions;
if(search.find("artist") != search.end()) {
where_conditions.push_back("artist_id IN (SELECT id FROM artists WHERE name LIKE :artist)");
artist = "%"+search["artist"]+"%";
st.exchange(soci::use(artist, "artist"));
}
if(search.find("album") != search.end()) {
where_conditions.push_back("album_id IN (SELECT id FROM albums WHERE name LIKE :album)");
album = "%"+search["album"]+"%";
st.exchange(soci::use(album, "album"));
}
if(search.find("title") != search.end()) {
where_conditions.push_back("name LIKE :title");
artist = "%"+search["title"]+"%";
st.exchange(soci::use(title, "title"));
}
query += boost::algorithm::join(where_conditions, " AND ");
st.alloc();
st.prepare(query);
st.define_and_bind();
st.execute(true);
std::vector<MusicListing::p> results;
while(st.fetch()) {
MusicListing::p ml(new MusicTrack(filename));
results.push_back(ml);
}
sql.close();
return results;
}
std::vector<MusicListing::p> Database::find(std::string search) {
soci::session sql(config::vm["audist.database"].as<std::string>());
search = "%"+search+"%";
soci::rowset<std::string> rs = (sql.prepare << "SELECT DISTINCT file_name FROM tracks WHERE name LIKE :search OR file_name LIKE :search OR "
"artist_id IN (SELECT id FROM artists WHERE name LIKE :search) OR album_id IN (SELECT id FROM albums WHERE name LIKE :search)",
soci::use(search, "search"));
std::vector<MusicListing::p> results;
for(soci::rowset<std::string>::const_iterator it = rs.begin(); it != rs.end(); it++) {
MusicListing::p ml(new MusicTrack(*it));
results.push_back(ml);
}
return results;
}
// NOTE: last_insert_rowid() is sqlite-specific
void Database::update(fs::path track, Tag::p tag) {
int64_t artist_id = 0, album_id = 0, track_id = 0;
if(tag->has_field("artist")) {
sql << "SELECT id FROM artists WHERE name = :name", soci::use(tag->fields["artist"]), soci::into(artist_id);
if(!sql.got_data()) {
sql << "INSERT INTO artists (name) VALUES (:name)", soci::use(tag->fields["artist"]);
sql << "SELECT last_insert_rowid()", soci::into(artist_id);
}
}
if(tag->has_field("album")) {
std::string query(boost::str(boost::format("SELECT id FROM albums WHERE %s AND name = :name") %
(artist_id ? boost::str(boost::format("artist_id = %d") % artist_id) : "artist_id IS NULL")));
sql << query, soci::use(tag->fields["album"]), soci::into(album_id);
if(!sql.got_data()) {
soci::indicator ind = (artist_id ? soci::i_ok : soci::i_null);
sql << "INSERT INTO albums (artist_id, name) VALUES (:artist_id, :name)", soci::use(artist_id, ind), soci::use(tag->fields["album"]);
sql << "SELECT last_insert_rowid()", soci::into(album_id);
}
}
if(tag->has_field("title")) {
std::string query(boost::str(boost::format("SELECT id FROM tracks WHERE %s AND %s AND name = :name") %
(artist_id ? boost::str(boost::format("artist_id = %d") % artist_id) : "artist_id IS NULL") %
(album_id ? boost::str(boost::format("album_id = %d") % album_id) : "album_id IS NULL")));
sql << query, soci::use(tag->fields["title"]), soci::into(track_id);
if(!sql.got_data()) {
soci::indicator artist_ind = (artist_id ? soci::i_ok : soci::i_null),
album_ind = (album_id ? soci::i_ok : soci::i_null);
sql << "INSERT INTO tracks (artist_id, album_id, name, file_name) VALUES (:artist_id, :album_id, :name, :file_name)",
soci::use(artist_id, artist_ind), soci::use(album_id, album_ind), soci::use(tag->fields["title"]), soci::use(track.string());
}
}
}
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