static void DropRemainingReferences(ref AudioEncoderConfig config, ref AODLoadSheet loadSheet, ref AudioEncoderController controller)
{
//Release the rest of used memory
config = null;
loadSheet = null;
controller = null;
GC.Collect();
}
public AudioLibrarySubDirectory(string subDirectoryToScan, string rootPath, AudioEncoderConfig config)
{
_Config = config;
_SubDirectoryToScan = subDirectoryToScan;
_AudioLibraryRootDirectoryPath = rootPath;
_HasFinished = false;
}
public AudioLibraryRootDirectory(string rootPath, AudioEncoderConfig config)
{
_AudioLibraryRootDirectoryPath = rootPath;
_Config = config;
_AreShortcutsValid = true;
_HasFinished = false;
}
static void Main()
{
AudioEncoderConfig config = new AudioEncoderConfig();
AudioLibrary audioLibrary = new AudioLibrary(config);
audioLibrary.ScanAudioLibrary();
//DEBUG Methods------------------------------------------
//audioLibrary.PrintAudioLibraryFileInfo_DEBUG();
//audioLibrary.PrintUniqueTrackNumberPatterns_DEBUG();
//audioLibrary.PrintUniqueFileExtensions_DEBUG();
//-------------------------------------------------------
AODLoadSheet loadSheet = new AODLoadSheet(config);
loadSheet.ReadLoadSheet();
//DEBUG Methods------------------------------------------
//loadSheet.PrintAODLoadSheetPretty_DEBUG();
//loadSheet.PrintCharactersFoundList_DEBUG();
//loadSheet.PrintTokensPerRowAllRows_DEBUG();
//loadSheet.SortAODLoadSheetByLSRCharCount_DEBUG();
//-------------------------------------------------------
AudioEncoderController controller = new AudioEncoderController(loadSheet);
controller.SearchForSourceAudioFiles(audioLibrary);
//DEBUG Methods------------------------------------------
//controller.PrintApprovedLoadSheetRows_DEBUG();
//controller.PrintAlreadyEncodedFiles_DEBUG();
//controller.PrintEncodingQueue_DEBUG();
//-------------------------------------------------------
DropAudioLibrary(ref audioLibrary);
controller.EncodeAudioFiles();
DropRemainingReferences(ref config, ref loadSheet, ref controller);
ConsolePrintHelpers.PressAnyKeyToExit();
}
public AudioLibraryFile(FileInfo fileInfo, string rootDirectoryPath, AudioEncoderConfig config)
{
_FullPath = fileInfo.FullName;
//SubDirectory section
if (rootDirectoryPath.Contains(Globals.CD_Repository))
{
//re-capture "AOD CDs" (last directory in root path) for following _SubDirectoriesPath. This helps CD scoring because it looks for "AOD CDs".
//Rootpath is set 1 directory deeper initially for better parallel file scanning performance.
rootDirectoryPath = Path.GetDirectoryName(rootDirectoryPath);
int index = rootDirectoryPath.LastIndexOf(@"\");
//re-capture "CD_Repository" for following _SubDirectoriesPath. This helps CD scoring because it looks for "CD_Repository".
rootDirectoryPath = rootDirectoryPath.Substring(0, index);
}
if (!config.UseManualShortcutsDirectory)
{
_SubDirectoriesPath = Path.GetDirectoryName(_FullPath.Substring(rootDirectoryPath.Length));
}
else
{
_SubDirectoriesPath = Path.GetDirectoryName(_FullPath);
}
_NoDiacriticsSubDirectoriesPath = RemoveDiacritics(_SubDirectoriesPath);
if (_NoDiacriticsSubDirectoriesPath == _SubDirectoriesPath) //Conserve Memory
{
_NoDiacriticsSubDirectoriesPath = _SubDirectoriesPath;
}
_NormalizedSubDirectoriesPath = NormalizeText(_NoDiacriticsSubDirectoriesPath);
if (_NormalizedSubDirectoriesPath == _NoDiacriticsSubDirectoriesPath) //Conserve Memory
{
_NormalizedSubDirectoriesPath = _NoDiacriticsSubDirectoriesPath;
}
//Filename Section
_Filename = Path.GetFileNameWithoutExtension(_FullPath);
while (true)
{
string extraExt = Path.GetExtension(_Filename);
if (extraExt.Length != 4)
{
break;
}
if (Globals.IncludedAudioLibraryExtensions.Any(ext => ext == extraExt) || Globals.ExcludedAudioLibraryExtensions.Any(ext => ext == extraExt))
{
_Filename = Path.GetFileNameWithoutExtension(_Filename);
}
else
{
break;
}
}
_NoDiacriticsFilename = RemoveDiacritics(_Filename);
if (_NoDiacriticsFilename == _Filename)
{
_NoDiacriticsFilename = _Filename; //Conserve Memory
}
_NormalizedFilename = NormalizeText(_NoDiacriticsFilename);
if (_NormalizedFilename == _NoDiacriticsFilename)
{
_NormalizedFilename = _NoDiacriticsFilename; //Conserve Memory
}
//Other Assignments
_NoDiacriticsSubDirectoriesFilePath = _NoDiacriticsSubDirectoriesPath + "\\" + _NoDiacriticsFilename;
_NormalizedSubDirectoriesFilePath = _NormalizedSubDirectoriesPath + "\\" + _NormalizedFilename;
_ModifiedDate = fileInfo.LastWriteTime.ToString();
_FileSize = fileInfo.Length;
DetectTrackNumber(); //Detect TrackNumber before setting _NormalizedSubDirectoriesFilePathNoTrackNumber and _NormalizedFilenameNoTrackNumber
SetNormalizedNoTrackNumberMembers(); //Needs to be done before SetApplicableSubDirectoriesFilePath()
DetectAirline(); //Detect airline before detecting cycle tokens as _AirlineCode might be needed
DetectCycleTokens(); //Detect Cycle Codes before setting _NormalizedFilenameNoCycleCodes
SetCycle();
DetectAirlineFromCycleCodes();
DetectAudioType();
SetNormalizedFilenameNoCycleCodes();
SetApplicableSubDirectoriesFilePath();
_ApplicableTokens = null;
}
public AODLoadSheet(AudioEncoderConfig config)
{
_Config = config;
}
public AODLoadSheetRow(int loadSheetRowNumber, List <string> loadSheetRowCells, AudioEncoderConfig config)
{
_LoadSheetRowNumber = loadSheetRowNumber;
_Airline = loadSheetRowCells[0];
_AltCycle = loadSheetRowCells[1];
_Artist = loadSheetRowCells[2];
_Album = loadSheetRowCells[3];
_TrackNumber = loadSheetRowCells[4];
_Track = loadSheetRowCells[5];
_OutputFilename = loadSheetRowCells[6];
_AudioType = loadSheetRowCells[7];
_ShipTo = loadSheetRowCells[8];
_Status = loadSheetRowCells[9];
_Config = config;
_Cycle = _Config.Cycle;
_AirlineFullName = GetAirlineFullName();
_OutputFilenameExtension = Path.GetExtension(_OutputFilename).ToLower();
_DestinationPath = GetDestinationPath(); //Uses loadsheet's cycle (_Cycle) for file output directory
_Tokens = new TokensCollection(this);
_OriginalSearchStrategy = _Tokens.SearchStrategy;
if (CycleValidator.Validate4DigitCycle(_AltCycle) && _AltCycle != _Cycle)
{
//If altCycle was detected in album text, it is overwritten again with the value from the "Alt. Cycle" loadsheet column
_Tokens.CycleTokens.SetAlternativeCycle(_AltCycle, _Airline);
}
_SearchCycle = _Tokens.CycleTokens.FullToken;
if (NormalizeText(_ShipTo).Contains(Globals.ROCKWELL))
{
_LoadSheetRowHash = NormalizeText(_SearchCycle + _Airline + _Artist + _Album + _TrackNumber + _Track + _AudioType + _ShipTo);
}
else
{
_LoadSheetRowHash = NormalizeText(_SearchCycle + _Airline + _Artist + _Album + _TrackNumber + _Track + _AudioType);
}
_AirlineAudioTypeHash = NormalizeText(_Airline + _AudioType);
_AirlineAlbumAudioTypeHash = NormalizeText(_Airline + _Album + _AudioType);
_TrackNumberTrackHash = NormalizeText(_TrackNumber + _Track);
_CharCountArtistAlbumTrackNumberTrack = _Artist.Length
+ _Album.Length
+ _TrackNumber.Length
+ _Track.Length;
_IsApproved = false;
_EncodingResult = Globals.Failed;
_EncodedFileDurationPretty = Globals.Failed;
_EncodedFileDurationSeconds = 0;
_IsQuickSearchActive = false;
_QuickSearchNotePastLSR = "None";
_QuickSearchNotePreviousLSR = "None";
_SearchCollection = null;
_SuggestedAudioFile = null;
_IsSuggestedAudioFileAssigned = false;
}
public AudioLibrary(AudioEncoderConfig config)
{
_Config = config;
_AudioLibraryRootDirectories = _Config.AudioLibraryRootDirectories;
}
