private IEnumerable<Match<AlbumDescriptor>> SearchFromCDQuery(ICDInfoHandler CDUnit, bool NeedCover, CancellationToken iCancellationToken)
{
if (CDUnit == null)
yield break;
if (!CDUnit.IsReady)
yield break;
string discid = CDUnit.IDs.MusicBrainzCDId;
HttpJsonInterpretor hji =
new HttpJsonInterpretor(MusicBrainzHttpCreator.ForCDIdSearch().SetValue(discid).BuildRequest(_User,_Password));
dynamic myres = hji.GetObjectResponse(this);
if (myres == null)
yield break;
foreach (AlbumDescriptor ad in MusicBrainzJsonInterpretor.FromMusicBrainzReleaseResults(myres, discid, iCancellationToken, NeedCover))
{
yield return new Match<AlbumDescriptor>(ad, MatchPrecision.Suspition);
}
}
internal void MergeIDsFromCDInfos(ICDInfoHandler dif)
{
IDiscIDs dicsids = dif.IDs;
if (dicsids != null)
{
if (CDDB == null) CDDB = dicsids.CDDB;
if (Asin == null) Asin = dicsids.Asin;
if (MusicBrainzID == null) MusicBrainzID = dicsids.MusicBrainzID;
if (MusicBrainzCDId == null) MusicBrainzCDId = dicsids.MusicBrainzCDId;
}
}
static internal AlbumDescriptor CreateBasicFromCD(ICDInfoHandler dfih, IImportContext Context, string Artist, string Name, bool Basic = false)
{
var res = new AlbumDescriptor();
res.RawIDs = dfih.IDs;
res.TracksNumber = (uint)dfih.TrackNumbers;
res.Artist = Artist;
res.Name = Name;
res.RawTrackDescriptors = Enumerable.Range(0, dfih.TrackNumbers).Select(i => new TrackDescriptor(res, string.Format("Track {0}", i + 1), i + 1, dfih.Duration(i), res.Artist)).ToList();
//if (!Basic)
// res.MergeTracksIDsFromCDInfos(dfih);
return res;
}
static internal AlbumDescriptor CreateBasicFromCD(ICDInfoHandler dfih, IImportContext Context)
{
return CreateBasicFromCD(dfih, Context, _Unknown, Context.FindNewUnknownNameAlbumForArtist(_Unknown), true);
}
internal CDInfoQuery(ICDInfoHandler iad)
{
CDInfo = iad;
}
public IWebQuery FromCDInfo(ICDInfoHandler iad)
{
return new CDInfoQuery(iad);
}
