public void setUpFrmChild(frmChild newChild, List <SmallClasses.MP3> tempSelectedFiles, SmallClasses.SortTracks sorting)
{
int rowCount = -1;
string tempArtists = "";
newChild.trvOutput.BeginUpdate();
newChild.trvOutput.Nodes.Clear();
tempSelectedFiles.Sort(sorting);
var groupByAlbum = tempSelectedFiles.GroupBy(selectedFile => selectedFile.Album);
rowCount = -1;
string tempAlbum = "";
int albumCounter = -1;
foreach (var individualAlbum in groupByAlbum)
{
List <SmallClasses.MP3> individualAlbumTracks = new List <SmallClasses.MP3>();
if (string.IsNullOrEmpty(individualAlbum.Key))
{
tempAlbum = "Unknown Album";
}
else
{
tempAlbum = individualAlbum.Key;
}
albumCounter++;
newChild.trvOutput.Nodes.Add(new TreeNode(tempAlbum));
foreach (var tempFile in individualAlbum)
{
rowCount++;
var tempMP3 = new SmallClasses.MP3()
{
OriginalRow = rowCount,
FilePath = tempFile.FilePath,
FileName = tempFile.FileName,
TrackNumber = tempFile.TrackNumber,
SongTitle = tempFile.SongTitle,
Album = tempAlbum,
Artists = tempFile.Artists
};
individualAlbumTracks.Add(tempMP3);
Program.openTracks.Add(tempMP3);
if (string.IsNullOrEmpty(tempFile.Artists))
{
tempArtists = "Unknown Artist";
}
else
{
tempArtists = tempFile.Artists;
}
newChild.trvOutput.Nodes[albumCounter].Nodes.Add(new TreeNode(tempMP3.TracksToString()));
}
Program.openChildren.Add(newChild);
var tempAlbumByArtist = new SmallClasses.AlbumsByArtist()
{
artist = tempArtists,
album = tempAlbum
};
Program.albumsByArtists.Add(tempAlbumByArtist);
}
newChild.trvOutput.EndUpdate();
newChild.MdiParent = this;
newChild._frmMain = this;
newChild.Text = tempArtists;
Program.openChildren.Add(newChild);
newChild.Show();
}
public static List <SmallClasses.MP3> digestFilePaths(List <string> filePaths, bool checkArtist)
{
List <SmallClasses.MP3> tempSelectedFiles = new List <SmallClasses.MP3>();
string tempArtists = "";
bool artistInFile = false;
int rowCount = -1;
foreach (string individualPaths in filePaths)
{
var tempTagLibFile = TagLib.File.Create(individualPaths);
string[] splitPaths = individualPaths.Split('\\');
int count = splitPaths.Length;
string tempFileName = splitPaths[count - 1];
string tempNameOfFile = tempFileName.Split('.')[0];
int artistCount = tempTagLibFile.Tag.Performers.Length;
tempArtists = "";
for (int counter = 0; counter < artistCount; counter++)
{
if (counter + 1 != artistCount)
{
tempArtists += tempTagLibFile.Tag.Performers[counter] + ", ";
}
else
{
tempArtists += tempTagLibFile.Tag.Performers[counter];
}
}
if (checkArtist)
{
if (string.IsNullOrEmpty(tempArtists))
{
artistInFile = false;
break;
}
else
{
artistInFile = true;
}
}
rowCount++;
var tempMP3 = new SmallClasses.MP3()
{
OriginalRow = rowCount,
FilePath = individualPaths,
FileName = tempNameOfFile,
TrackNumber = Convert.ToInt16(tempTagLibFile.Tag.Track),
SongTitle = tempTagLibFile.Tag.Title,
Album = tempTagLibFile.Tag.Album,
Artists = tempArtists
};
tempSelectedFiles.Add(tempMP3);
if (!Program.openArtists.Contains(tempArtists))
{
Program.openArtists.Add(tempArtists);
}
}
if (checkArtist)
{
if (artistInFile)
{
return(tempSelectedFiles);
}
else
{
return(null);
}
}
else
{
return(tempSelectedFiles);
}
}
