bool IsAssumedValueAnArtist(List <string> splitedTitle, out string assumedValue)
{
//bool yes = false;
assumedValue = "";
bool isAssumedValueAnArtist = false;
Simile.DBProcess.MusicArtist musicArtist = new Simile.DBProcess.MusicArtist();
if (splitedTitle.Count > 0)
{
assumedValue = splitedTitle[0];
isAssumedValueAnArtist = musicArtist.HasArtistInExistsInDB(assumedValue);
}
if (!isAssumedValueAnArtist)
{
if (splitedTitle.Count > 0)
{
assumedValue = splitedTitle[splitedTitle.Count() - 1];
isAssumedValueAnArtist = musicArtist.HasArtistInExistsInDB(assumedValue);
}
}
return(isAssumedValueAnArtist);
}
public void Process(FileInfo musicFile, out string newTitle, out string artistOrBandName, out Simile.SimileEnums.GroupCategory grpCategory)
{
newTitle = "";
artistOrBandName = "";
grpCategory = SimileEnums.GroupCategory.Unknown;
Simile.DBProcess.MusicArtist musicArtist = new Simile.DBProcess.MusicArtist();
List <string> splitedTitle = new List <string>();
foreach (char obsVal in this.obsoleteValues)
{
string[] tmp = musicFile.Name.Split(obsVal);
if (tmp.Count() > 1)
{
splitedTitle.AddRange(tmp.Where(r => !string.IsNullOrEmpty(r)));
}
}
/*Most pbly artist/band will included, before or after the title. so to speed up the process
* first get the word from start index of an array. if its not identified as artist/band in db, then took last index
* from an array and check with db.
* TODO:- at present i am assuming that artist/band will be first or last in array. If not find values in db then
* i assume title contain no artist/band.
*/
string assumedValue = "";
bool isAssumedValueOk = false;
isAssumedValueOk = IsAssumedValueAnArtist(splitedTitle, out assumedValue);
if (isAssumedValueOk)
{
grpCategory = SimileEnums.GroupCategory.Artist;
string temp = "";
int index = musicFile.Name.IndexOf(assumedValue);
if (index != -1)
{
temp = musicFile.Name.Remove(0, assumedValue.Length);
artistOrBandName = assumedValue.Trim();
}
}
isAssumedValueOk = (!isAssumedValueOk) ? IsAssumedValueBand(splitedTitle, out assumedValue) : false;
if (isAssumedValueOk)
{
grpCategory = SimileEnums.GroupCategory.Band;
int index = musicFile.Name.IndexOf(assumedValue);
if (index != -1)
{
newTitle = musicFile.Name.Remove(0, assumedValue.Length);
artistOrBandName = assumedValue.Trim();
}
}
}
void IterateMusicFiles(FileInfo[] musicFiles)
{
TagLib.File tagMusicFile = null;
List <string> artists = new List <string>();
Simile.DBProcess.MusicArtist artist = new Simile.DBProcess.MusicArtist();
bool isValueExistsInArtistTagValueArray = false;
//Iterate music files.
foreach (FileInfo musicFile in musicFiles)
{
if (corruptedFiles.Where(r => r == musicFile.FullName).Count() > 0)
{
continue;
}
try
{
//Create tag music file from music file.
tagMusicFile = TagLib.File.Create(musicFile.FullName);
artists = artist.GetArtist(tagMusicFile);
foreach (string val in artists)
{
if (this.artistsTagValue.Count() > 0)
{
isValueExistsInArtistTagValueArray = this.artistsTagValue.ConvertAll(r => r.Trim().ToUpper()).Contains(val.Trim().ToUpper());
// IsFun(val);
//try
//{
// lock (this)
// {
// isValueExistsInArtistTagValueArray = this.artistsTagValue.ConvertAll(r => r.Trim().ToUpper()).Contains(val.Trim().ToUpper());
// }
//}
//catch (Exception errmsg)
//{
// throw errmsg;
//}
}
if (!isValueExistsInArtistTagValueArray && !IsFun(val.Trim())) // !this.artistsTagValue.ConvertAll(r => r.Trim().ToUpper()).Contains(val.Trim().ToUpper()))
{
if (!IsAlreadyExistsInDB(val.Trim()))
{
this.artistsTagValue.Add(val.Trim());
lock (this)
{
this.listOfMusicFileTagTempData.Add(
new TemplateMusicFileTag()
{
ArtistTagVale = val.Trim(),
IsAlbum = false,
IsArtist = false,
IsBand = false,
ErrorMessage = "",
FileName = musicFile.FullName
});
}
}
}
}
}
catch (TagLib.CorruptFileException errMsg)
{
//if (errMsg.Message == "MPEG audio header not found.")
//{
// this.listOfMusicFileTagTempData.Add(
// new TemplateMusicFileTag() { ArtistTagVale = musicFile.FullName.Trim(), IsAlbum = false, IsArtist = false, IsBand = false,
// ErrorMessage = errMsg.Message });
//}
}
catch (Exception errMsg)
{
throw errMsg;
}
}
}
