public string parseInfo(SongData song)
{
var fullRequest = "";
var artist = song.Artist;
var album = song.Album;
var title = song.Title;
// Remove anything in parenthesis/brackets and all special characters
string regEx = @"(?<=\()(.*?)(?=\))|(?<=\[)(.*?)(?=\])|(?<=\{)(.*?)(?=\})|[^\w ]";
// Handle passed parameters
if (artist != "UNKNOWN")
{
artist = Regex.Replace(artist, regEx, "");
fullRequest += artist;
}
if (album != "UNKNOWN" && album != artist)
{
album = Regex.Replace(album, regEx, "");
fullRequest += " " + album;
}
if (title != "UNKNOWN" && title != album)
{
title = Regex.Replace(title, regEx, "");
fullRequest += " " + title;
}
return fullRequest;
}
//Never forget to take this out
public async Task<SongData> getAmazonInfo(SongData song)
{
var fullRequest = parseInfo(song);
var newSong = await getData(song, fullRequest);
return newSong;
}
public List<SongData> fileDiag()
{
//These variables are string array lists to store song locations.
var newPaths = new ArrayList();
var songList = new List<SongData>();
//Open file dialog to select tracks and add them to the play list
var open = new OpenFileDialog { Filter = "MP3 File (*.mp3)|*.mp3;", DefaultExt = ".mp3", Multiselect = true };
//Show open
Nullable<bool> result = open.ShowDialog();
//Process open file dialog box result
if (result != false)
{
newPaths.AddRange(open.FileNames); //Saves the full paths
}
// Try to convert ArrayList to Object List (SongData)
foreach (string path in newPaths)
{
newSong = new TagLibDataAccesser().getSongTags(path);
//newSong = await dgHandler.populateDataGrid(newSong);
songList.Add(newSong);
}
return songList;
}
///////////////////////////////////////////////////////
// TagLib File MetaData Accessor (from string URL Path)
// - Obtains local file meta-data, assigns UNKNOWN if missing
//
// - Uses SongData newSong = new TagLibDataAccesser().getSongTags({string:path})
// - Output New SongData object with updated field values
///////////////////////////////////////////////////////
public SongData getSongTags(string path)
{
TagLib.File tagFile = TagLib.File.Create(path);
uint trackNumber = tagFile.Tag.Track;
string songTitle = tagFile.Tag.Title;
string artist = tagFile.Tag.AlbumArtists.FirstOrDefault();
string albumTitle = tagFile.Tag.Album;
uint year = tagFile.Tag.Year;
string genre = tagFile.Tag.Genres.FirstOrDefault();
// Set Song title to file name, else UNKNOWN
if (songTitle == null)
try
{
string editedPath = System.IO.Path.GetFileNameWithoutExtension(path);
songTitle = Regex.Replace(editedPath, @"^[\d-]*\s*", "");
}
catch
{
songTitle = "Unknown";
}
// Set Album name to folder name holding file, else UNKNOWN
if (albumTitle == null)
try
{
albumTitle = System.IO.Path.GetFileName(System.IO.Path.GetDirectoryName(path));
}
catch
{
//
}
// Check for Artist in "Contributing Artists" Meta-Data
if (artist == null || artist == "")
{
artist = tagFile.Tag.JoinedPerformers;
}
// If still null, set to UNKNOWN
if (artist == null || artist == "")
try
{
artist = System.IO.Path.GetFileName(System.IO.Path.GetDirectoryName(System.IO.Path.GetDirectoryName(path)));
}
catch
{
artist = "Unknown";
}
if (genre == null) { genre = "Unknown"; }
// Year will default to 0 as a UINT if unknown
// Assign data to new SongData object
var newSongObject = new SongData { Title = songTitle, Artist = artist, Album = albumTitle, Year = (int)year, Genre = genre, FilePath = path};
return newSongObject;
}
///////////////////////////////////////////////////////
// ProcessDirectory Handler
// - Processes directory string and handles it (if/then)
//
// - Uses DirectoryHandler k = new DirectoryHandler();
// k.processDirectory(path, false);
// - Output Handles directory, [Upload to DB {if boolean true}, or add to DataGrid {if boolean false}]
///////////////////////////////////////////////////////
public async Task<List<SongData>> dirDiag(string targetDirectory, List<SongData> songList)
{
// Recurse into subdirectories of this directory.
string[] subdirectoryEntries = Directory.GetDirectories(targetDirectory);
foreach (string subdirectory in subdirectoryEntries)
{
await dirDiag(subdirectory, songList);
}
// Process the list of files found in the directory. (Only grabs .mp3's)
string[] fileEntries = Directory.GetFiles(targetDirectory, "*.mp3");
foreach (string filePath in fileEntries)
{
newSong = new TagLibDataAccesser().getSongTags(filePath);
songList.Add(newSong);
}
return songList;
}
public bool checkDup(List<SongData> songList, SongData checkSong)
{
var isDup = false;
if (songList != null)
{
// Check if there are duplicates detected in DataGrid by Path
foreach (SongData song in songList)
{
if (checkSong.FilePath == song.FilePath)
{
//Log the duplicate!
isDup = true;
return isDup;
}
isDup = false;
}
return isDup;
}
return isDup;
}
///////////////////////////////////////////////////////
// WORKING - KEEP IN MAIN
// File Drop handler for DataGrid
// - Process through each file dropped into DataGrid
///////////////////////////////////////////////////////
private async void dgvPlayList_Drop(object sender, DragEventArgs e)
{
// Get songs in playlist
var playlistSongs = getPlaylistSongs();
if (e.Data.GetDataPresent(DataFormats.FileDrop))
{
//These variables are string array lists to store song locations.
var songList = new List<SongData>();
var files = (string[])e.Data.GetData(DataFormats.FileDrop);
foreach (var path in files)
{
newSong = new TagLibDataAccesser().getSongTags(path);
songList.Add(newSong);
}
if (songList != null)
{
foreach (SongData song in songList)
{
// Assign path to variable
var path = song.FilePath;
// Get full request
SongData amazonSong = await amazonAccesser.getAmazonInfo(song);
// Set amazonSong Path
amazonSong.FilePath = path;
// Add song to master List
//songList.Add(amazonSong);
// Check for duplicate values
bool isDup = dupCheck.checkDup(playlistSongs, amazonSong);
if (!isDup)
{
// Add AmazonSong to playlist
dgvPlayList.Items.Add(amazonSong);
}
}
}
QueueNextSong();
}
}
private void setLabels(SongData localObj)
{
// Assign Song labels
tbAmazonArtistInfo.Text = localObj.Artist;
tbAmazonAlbumInfo.Text = localObj.Album;
tbAmazonTitleInfo.Text = localObj.Title;
tbAmazonYearInfo.Text = localObj.Year.ToString();
tbAmazonAsinInfo.Text = localObj.ASIN;
tbAmazonPriceInfo.Text = localObj.Price;
if (localObj.Artwork != null)
{
albumArtPanel.AlbumArtImage = BitmapFrame.Create(new Uri(localObj.Artwork));
}
}
public async Task<SongData> getData(SongData newSong, string fullRequest)
{
try
{
// Instantiate Amazon ProductAdvertisingAPI client
BasicHttpBinding binding = new BasicHttpBinding(BasicHttpSecurityMode.Transport);
binding.MaxReceivedMessageSize = int.MaxValue;
AWSECommerceServicePortTypeClient amazonClient = new AWSECommerceServicePortTypeClient(
binding,
new EndpointAddress("https://webservices.amazon.com/onca/soap?Service=AWSECommerceService"));
// add authentication to the ECS client
amazonClient.ChannelFactory.Endpoint.Behaviors.Add(new AmazonSigningEndpointBehavior(accessKeyId, secretKey));
// prepare an ItemSearch request
ItemSearchRequest request = new ItemSearchRequest();
request.SearchIndex = "MP3Downloads";
request.RelationshipType = new string[] { "Tracks" };
request.ResponseGroup = new string[] { "ItemAttributes", "Images", "Offers", "RelatedItems" };
request.Keywords = fullRequest;
ItemSearch itemSearch = new ItemSearch();
itemSearch.Request = new ItemSearchRequest[] { request };
itemSearch.AWSAccessKeyId = accessKeyId;
itemSearch.AssociateTag = "1330-3170-0573";
// send the ItemSearch request
ItemSearchResponse response = amazonClient.ItemSearch(itemSearch);
var item = response.Items[0].Item[0];
//<ProductTypeName>DOWNLOADABLE_MUSIC_TRACK</ProductTypeName>
if (response.Items[0].Item[0].ItemAttributes.ProductTypeName == "DOWNLOADABLE_MUSIC_ALBUM")
{
item = response.Items[0].Item[1];
}
// if no response to search
if (item == null)
{
try
{
// Try new search and remove the album
newSong.Album = "UNKNOWN";
// Re-iterate over the search method
await getData(newSong, fullRequest);
}
catch
{
// Removing the album produced no results
// Continue forward...
}
}
// Get year from full Release Date var
var formatYear = DateTime.Parse(item.ItemAttributes.ReleaseDate).Year;
newSong.UserID = 1;
newSong.LocationID = 1;
newSong.Album = item.RelatedItems[0].RelatedItem[0].Item.ItemAttributes.Title;
newSong.Artist = item.ItemAttributes.Creator[0].Value;
newSong.Title = item.ItemAttributes.Title;
newSong.Year = (int)formatYear;
newSong.Genre = item.ItemAttributes.Genre;
newSong.FilePath = "";
newSong.Duration = (int)item.ItemAttributes.RunningTime.Value;
newSong.Price = item.Offers.Offer[0].OfferListing[0].Price.FormattedPrice;
newSong.ASIN = item.ASIN;
newSong.Artwork = item.LargeImage.URL;
return newSong;
}
catch
{
return newSong;
}
}
