public void SaveCueSheetWithoutTracks()
{
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
cueSheet.Tracks.Clear();
// The save should not allow this since we must have at least a lead-out track.
flac.Save();
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void SaveCueSheetWithoutCorrectLeadOutTrack()
{
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
CueSheetTrack newTrack = new CueSheetTrack();
newTrack.IsAudioTrack = true;
newTrack.IsPreEmphasis = false;
newTrack.TrackNumber = (byte)(55); // a non-lead-out track
flac.CueSheet.Tracks.Add(newTrack); // Add the track as last track ...
// The save should not allow this.
flac.Save();
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CueSheetVorbisCommentShouldBeInProperty()
{
var cueSheetPath = Path.Combine("Data", "cuesheet.txt");
var cueSheetData = File.ReadAllText(cueSheetPath);
string origFile = Path.Combine("Data", "testfile5.flac");
string newFile = Path.Combine("Data", "testfile5_temp.flac");
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile file = new FlacFile(Path.Combine("Data", "testfile5_temp.flac")))
{
var vorbisComment = new VorbisComment();
vorbisComment["CUESHEET"] = new VorbisCommentValues(cueSheetData);
file.Metadata.Add(vorbisComment);
file.Save();
}
using (FlacFile file = new FlacFile(Path.Combine("Data", "testfile5_temp.flac")))
{
var cueSheetDataFromFile = file.VorbisComment.CueSheet;
Assert.AreEqual(cueSheetData, cueSheetDataFromFile.Value);
}
}
public void WritingTwoArtistsShouldResultInTwoArtistsRead()
{
string origFile = Path.Combine("Data", "testfile5.flac");
string newFile = Path.Combine("Data", "testfile5_temp.flac");
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile file = new FlacFile(Path.Combine("Data", "testfile5_temp.flac")))
{
var vorbisComment = new VorbisComment();
vorbisComment["ARTIST"] = new VorbisCommentValues(new string[] { "Artist A", "Artist B" });
file.Metadata.Add(vorbisComment);
file.Save();
}
using (FlacFile file = new FlacFile(Path.Combine("Data", "testfile5_temp.flac")))
{
Assert.IsNotNull(file.VorbisComment);
var artistValues = file.VorbisComment["ARTIST"];
Assert.AreEqual(2, artistValues.Count);
Assert.AreEqual("Artist A", artistValues[0]);
Assert.AreEqual("Artist B", artistValues[1]);
}
}
public void SaveShouldNotClearAccessRights()
{
using (var file = new FlacFile(testFile))
{
file.Save();
}
Assert.IsTrue(EveryoneHasReadAccess(testFile), "Test file lost Everyone Read access after save.");
}
public void AddMultipleVorbisFields()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
// Tests if we can load up a flac file, update the artist and title in the vorbis comments
// save the file and then reload the file and see the changes.
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
flac.VorbisComment["ARTIST"] = new VorbisCommentValues();
flac.VorbisComment["ARTIST"].Add("Aaron");
flac.VorbisComment["ARTIST"].Add("dgadelha");
flac.VorbisComment["TITLE"] = new VorbisCommentValues(new string[] { "Title A", "Title B", "Title C" });
flac.VorbisComment["ALBUM"] = new VorbisCommentValues("Album");
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
var values = flac.VorbisComment["ARTIST"];
Assert.AreEqual(2, values.Count);
Assert.AreEqual("Aaron", values[0]);
Assert.AreEqual("dgadelha", values[1]);
values = flac.VorbisComment["TITLE"];
Assert.AreEqual(3, values.Count);
Assert.AreEqual("Title A", values[0]);
Assert.AreEqual("Title B", values[1]);
Assert.AreEqual("Title C", values[2]);
var value = flac.VorbisComment["TITLE"].Value;
Assert.AreEqual("Title A", value);
values = flac.VorbisComment["ALBUM"];
Assert.AreEqual(1, values.Count);
Assert.AreEqual("Album", values[0]);
value = flac.VorbisComment["ALBUM"].Value;
Assert.AreEqual("Album", value);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void AddMultipleVorbisFields()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
// Tests if we can load up a flac file, update the artist and title in the vorbis comments
// save the file and then reload the file and see the changes.
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
flac.VorbisComment["ARTIST"] = new VorbisCommentValues();
flac.VorbisComment["ARTIST"].Add("Aaron");
flac.VorbisComment["ARTIST"].Add("dgadelha");
flac.VorbisComment["TITLE"] = new VorbisCommentValues(new string[] { "Title A", "Title B", "Title C" });
flac.VorbisComment["ALBUM"] = new VorbisCommentValues("Album");
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
var values = flac.VorbisComment["ARTIST"];
Assert.AreEqual(2, values.Count);
Assert.AreEqual("Aaron", values[0]);
Assert.AreEqual("dgadelha", values[1]);
values = flac.VorbisComment["TITLE"];
Assert.AreEqual(3, values.Count);
Assert.AreEqual("Title A", values[0]);
Assert.AreEqual("Title B", values[1]);
Assert.AreEqual("Title C", values[2]);
var value = flac.VorbisComment["TITLE"].Value;
Assert.AreEqual("Title A", value);
values = flac.VorbisComment["ALBUM"];
Assert.AreEqual(1, values.Count);
Assert.AreEqual("Album", values[0]);
value = flac.VorbisComment["ALBUM"].Value;
Assert.AreEqual("Album", value);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreateSeekTable()
{
ulong expectedNumberOfSamples; // Will be set while creating a new seekpoint
ulong expectedByteOffset; // Will be set while creating a new seekpoint
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
SeekTable seekTable = new SeekTable();
flac.Metadata.Add(seekTable);
// Create a new Seekpoint, a little further
SeekPoint newSeekpoint = new SeekPoint();
newSeekpoint.FirstSampleNumber = 1000;
newSeekpoint.NumberOfSamples = (ushort)1000;
expectedNumberOfSamples = newSeekpoint.NumberOfSamples;
newSeekpoint.ByteOffset = 0;
expectedByteOffset = newSeekpoint.ByteOffset;
seekTable.SeekPoints.Add(newSeekpoint);
// Create a placeholder seekpoint
SeekPoint placeHolder = new SeekPoint();
placeHolder.FirstSampleNumber = ulong.MaxValue;
// The other two values are "undefined"
Assert.IsTrue(placeHolder.IsPlaceHolder); // Already assert that the object itself handles this flac correctly.
seekTable.SeekPoints.Add(placeHolder);
// This should actually be allowed according to the FLAC format (multiple placeHolders are ok, but they must occur at the end of the seektable)
seekTable.SeekPoints.Add(placeHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual <int>(2, seekTable.SeekPoints.Placeholders);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// Now we want to try and find our new SeekPoint
Assert.IsNotNull(flac.SeekTable);
Assert.IsTrue(flac.SeekTable.SeekPoints.ContainsKey(1000));
SeekPoint newSeekpoint = flac.SeekTable.SeekPoints[1000];
Assert.AreEqual <ulong>(expectedNumberOfSamples, newSeekpoint.NumberOfSamples);
Assert.AreEqual <ulong>(expectedByteOffset, newSeekpoint.ByteOffset);
Assert.IsFalse(newSeekpoint.IsPlaceHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual <int>(2, flac.SeekTable.SeekPoints.Placeholders);
}
}
public void CreateInvalidCueSheet()
{
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
CueSheet sheet = new CueSheet();
flac.Metadata.Add(sheet);
flac.Save();
}
}
public void CreateInvalidCueSheet()
{
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
CueSheet sheet = new CueSheet();
flac.Metadata.Add(sheet);
flac.Save();
}
}
public void CopyOpenEditAndSavePadding()
{
UInt32 newPaddingSize = 8 * 2; // 2 bytes of padding
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Padding paddingBlock = null;
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
paddingBlock = (Padding)block;
}
}
paddingBlock.EmptyBitCount = newPaddingSize; // Set empty bytes to 2
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Padding paddingBlock = null;
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
paddingBlock = (Padding)block;
}
}
Assert.IsNotNull(paddingBlock);
Assert.AreEqual <UInt32>(newPaddingSize, paddingBlock.EmptyBitCount);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void OpenFlacFileAndCreateMultipleApplicationInfo()
{
int appInfoCount = 0;
string origFile = @"Data\testfile3.flac";
string newFile = @"Data\testfile3_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
if (flac.ApplicationInfo != null)
{
appInfoCount = 1;
}
ApplicationInfo appInfo = new ApplicationInfo();
appInfo.ApplicationID = 10;
appInfo.ApplicationData = new byte[] { 10, 20, 30 };
flac.Metadata.Add(appInfo);
appInfo = new ApplicationInfo();
appInfo.ApplicationID = 20;
appInfo.ApplicationData = new byte[] { 40, 50, 60 };
flac.Metadata.Add(appInfo);
appInfoCount += 2;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
IEnumerable <ApplicationInfo> appInfo = flac.GetAllApplicationInfo();
Assert.AreEqual <int>(appInfoCount, appInfo.Count());
Assert.AreEqual <uint>(10, appInfo.ElementAt(appInfoCount - 2).ApplicationID);
Assert.AreEqual <uint>(20, appInfo.ElementAt(appInfoCount - 1).ApplicationID);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void OpenFlacFileAndCreateMultipleCueSheets()
{
int cueSheetCount = 0;
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
if (flac.CueSheet != null)
{
cueSheetCount = 1;
}
// Add a second (empty) cuesheet
CueSheet newCueSheet = new CueSheet();
newCueSheet.Tracks.Add(new CueSheetTrack()
{
TrackNumber = CueSheet.CUESHEET_LEADOUT_TRACK_NUMBER_CDDA
});
flac.Metadata.Add(newCueSheet);
// Add a third (empty) cuesheet
newCueSheet = new CueSheet();
newCueSheet.Tracks.Add(new CueSheetTrack()
{
TrackNumber = CueSheet.CUESHEET_LEADOUT_TRACK_NUMBER_CDDA
});
flac.Metadata.Add(newCueSheet);
cueSheetCount += 2;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.AreEqual <int>(cueSheetCount, flac.GetAllCueSheets().Count());
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void OpenFlacFileAndCreateMultiplePadding()
{
int paddingCount = 0;
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
if (flac.Padding != null)
{
paddingCount = 1;
}
Padding newPadding = new Padding()
{
EmptyBitCount = 8
};
flac.Metadata.Add(newPadding);
newPadding = new Padding()
{
EmptyBitCount = 8
};
flac.Metadata.Add(newPadding);
paddingCount += 2;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.AreEqual <int>(paddingCount, flac.GetAllPadding().Count());
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenAndSaveStreamInfo()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
string newArtist = String.Empty;
string newTitle = String.Empty;
try
{
using (FlacFile flac = new FlacFile(newFile))
{
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// This will check whether the save did correctly write back the streaminfo
Assert.IsNotNull(flac.StreamInfo);
var info = flac.StreamInfo;
string md5sum = Helpers.ByteHelper.ByteArrayToString(info.MD5Signature);
Assert.AreEqual("1d2e54a059ea776787ef66f1f93d3e34", md5sum);
Assert.AreEqual(4096, info.MinimumBlockSize);
Assert.AreEqual(4096, info.MaximumBlockSize);
Assert.AreEqual((uint)1427, info.MinimumFrameSize);
Assert.AreEqual((uint)7211, info.MaximumFrameSize);
Assert.AreEqual((uint)44100, info.SampleRateHz);
Assert.AreEqual(1, info.Channels);
Assert.AreEqual(16, info.BitsPerSample);
Assert.AreEqual(1703592, info.Samples);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreateVorbisComment()
{
string artist = "Some Artist";
string albumName = "Test Album";
string customTag = "PROJECT";
string customTagValue = "FlacLibSharp";
string customTag2 = "Author";
string customTag2Value = "Aaron";
string title = "Test Track";
string title2 = "Title modified";
string titleTag = "Title";
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
VorbisComment vorbisComment = new VorbisComment();
vorbisComment.Album.Value = albumName;
vorbisComment.Artist.Value = artist;
vorbisComment[customTag].Value = customTagValue;
vorbisComment[customTag2].Value = customTag2Value;
vorbisComment.Title.Value = title;
vorbisComment[titleTag].Value = title2;
flac.Metadata.Add(vorbisComment);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
VorbisComment vorbisComment = flac.VorbisComment;
Assert.AreEqual <string>(albumName, vorbisComment.Album.Value);
Assert.AreEqual <string>(artist, vorbisComment.Artist.Value);
Assert.AreEqual <string>(customTagValue, vorbisComment[customTag].Value);
Assert.AreEqual <string>(customTag2Value, vorbisComment[customTag2.ToUpper()].Value);
Assert.AreEqual <string>(title2, vorbisComment.Title.Value);
Assert.AreEqual <string>(title2, vorbisComment[titleTag].Value);
}
}
public void CopyOpenEditAndSaveVorbisComments()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
// Tests if we can load up a flac file, update the artist and title in the vorbis comments
// save the file and then reload the file and see the changes.
FileHelper.GetNewFile(origFile, newFile);
string newArtist = String.Empty;
string newTitle = String.Empty;
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.VorbisComment);
string artist = flac.VorbisComment["ARTIST"].Value;
string title = flac.VorbisComment.Title.Value;
newArtist = String.Format("{0}_Edited", artist);
newTitle = String.Format("{0}_Edited", title);
flac.VorbisComment["ARTIST"].Value = newArtist;
flac.VorbisComment.Title.Value = newTitle;
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.VorbisComment);
Assert.AreEqual(newTitle, flac.VorbisComment.Title.Value);
Assert.AreEqual(newArtist, flac.VorbisComment.Artist.Value);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenEditAndSaveCueSheet()
{
string newMediaCatalog = "test";
Boolean newIsCDCueSheet = false;
ulong newLeadInSampleCount = 100;
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
cueSheet.MediaCatalog = newMediaCatalog;
cueSheet.IsCDCueSheet = newIsCDCueSheet;
cueSheet.LeadInSampleCount = newLeadInSampleCount;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.CueSheet);
Assert.AreEqual(newMediaCatalog, flac.CueSheet.MediaCatalog);
Assert.AreEqual(newIsCDCueSheet, flac.CueSheet.IsCDCueSheet);
Assert.AreEqual(newLeadInSampleCount, flac.CueSheet.LeadInSampleCount);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreatePadding()
{
uint emptyBitCount = 256;
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
// Adding some bits of padding
Padding paddingBlock = new Padding();
paddingBlock.EmptyBitCount = emptyBitCount;
flac.Metadata.Add(paddingBlock);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Padding padding = flac.Padding;
Assert.AreEqual <uint>(emptyBitCount, padding.EmptyBitCount);
}
}
public void CreateApplicationInfo()
{
uint applicationID = 10;
byte[] data = { 10, 20, 30, 40, 45 };
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
// Adding some bits of padding
ApplicationInfo appInfoBlock = new ApplicationInfo();
appInfoBlock.ApplicationID = 10;
appInfoBlock.ApplicationData = data;
flac.Metadata.Add(appInfoBlock);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
ApplicationInfo appInfoBlock = flac.ApplicationInfo;
Assert.IsNotNull(appInfoBlock);
Assert.AreEqual <uint>(applicationID, appInfoBlock.ApplicationID);
bool dataIsSame = true;
for (int i = 0; i < data.Length; i++)
{
if (data[i] != appInfoBlock.ApplicationData[i])
{
dataIsSame = false;
break;
}
}
Assert.IsTrue(dataIsSame);
}
}
public void CreateApplicationInfo()
{
uint applicationID = 10;
byte[] data = { 10, 20, 30, 40, 45 };
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
// Adding some bits of padding
ApplicationInfo appInfoBlock = new ApplicationInfo();
appInfoBlock.ApplicationID = 10;
appInfoBlock.ApplicationData = data;
flac.Metadata.Add(appInfoBlock);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
ApplicationInfo appInfoBlock = flac.ApplicationInfo;
Assert.IsNotNull(appInfoBlock);
Assert.AreEqual<uint>(applicationID, appInfoBlock.ApplicationID);
bool dataIsSame = true;
for (int i = 0; i < data.Length; i++)
{
if (data[i] != appInfoBlock.ApplicationData[i])
{
dataIsSame = false;
break;
}
}
Assert.IsTrue(dataIsSame);
}
}
public void CopyOpenEditAndSavePadding()
{
UInt32 newPaddingSize = 8 * 2; // 2 bytes of padding
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Padding paddingBlock = null;
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
paddingBlock = (Padding)block;
}
}
paddingBlock.EmptyBitCount = newPaddingSize; // Set empty bytes to 2
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Padding paddingBlock = null;
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
paddingBlock = (Padding)block;
}
}
Assert.IsNotNull(paddingBlock);
Assert.AreEqual<UInt32>(newPaddingSize, paddingBlock.EmptyBitCount);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void OpenFlacFileAndCreateMultiplePadding()
{
int paddingCount = 0;
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
if (flac.Padding != null)
{
paddingCount = 1;
}
Padding newPadding = new Padding() { EmptyBitCount = 8 };
flac.Metadata.Add(newPadding);
newPadding = new Padding() { EmptyBitCount = 8 };
flac.Metadata.Add(newPadding);
paddingCount += 2;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.AreEqual<int>(paddingCount, flac.GetAllPadding().Count());
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreateValidCueSheet()
{
string anISRC = "JMK401400212";
byte firstIndexPointNr = 4;
ulong firstIndexPointOffset = 356;
byte secondIndexPointNr = 5;
ulong secondIndexPointOffset = 1000;
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
CueSheet cueSheet = new CueSheet();
CueSheetTrack newTrack = new CueSheetTrack();
newTrack.IsAudioTrack = true;
newTrack.IsPreEmphasis = false;
newTrack.ISRC = anISRC;
newTrack.TrackNumber = 1;
newTrack.TrackOffset = 0;
CueSheetTrackIndex indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = firstIndexPointNr;
indexPoint.Offset = firstIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = secondIndexPointNr;
indexPoint.Offset = secondIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
cueSheet.Tracks.Add(newTrack);
// Create the lead-out track
CueSheetTrack leadOut = new CueSheetTrack();
leadOut.IsAudioTrack = false;
leadOut.TrackNumber = CueSheet.CUESHEET_LEADOUT_TRACK_NUMBER_CDDA;
cueSheet.Tracks.Add(leadOut);
flac.Metadata.Add(cueSheet);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
CueSheet cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
Assert.AreEqual <byte>(2, cueSheet.TrackCount);
CueSheetTrack track = cueSheet.Tracks[0];
Assert.AreEqual <bool>(true, track.IsAudioTrack);
Assert.AreEqual <bool>(false, track.IsPreEmphasis);
Assert.AreEqual <string>(anISRC, track.ISRC);
Assert.AreEqual <byte>(1, track.TrackNumber);
Assert.AreEqual <ulong>(0, track.TrackOffset);
Assert.AreEqual <byte>(2, track.IndexPointCount);
Assert.AreEqual <byte>(firstIndexPointNr, track.IndexPoints[0].IndexPointNumber);
Assert.AreEqual <ulong>(firstIndexPointOffset, track.IndexPoints[0].Offset);
Assert.AreEqual <byte>(secondIndexPointNr, track.IndexPoints[1].IndexPointNumber);
Assert.AreEqual <ulong>(secondIndexPointOffset, track.IndexPoints[1].Offset);
}
}
public static void CopyOpenAndSaveStreamInfo()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
if (File.Exists(newFile))
{
File.Delete(newFile);
}
File.Copy(origFile, newFile);
string newArtist = String.Empty;
string newTitle = String.Empty;
try
{
using (FlacFile flac = new FlacFile(newFile))
{
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
Console.WriteLine("Before Modif: Padding length in bit: {0}", ((Padding)block).EmptyBitCount);
((Padding)block).EmptyBitCount = 8; // Remove some padding ...
}
}
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
Console.WriteLine("After Modif: Padding length in bit: {0}", ((Padding)block).EmptyBitCount);
}
}
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// This will check whether the save did correctly write back the streaminfo
var info = flac.StreamInfo;
string md5sum = ByteArrayToString(info.MD5Signature);
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
Console.WriteLine("After Save: Padding length in bit: {0}", ((Padding)block).EmptyBitCount);
}
}
//Assert.AreEqual(md5sum, "1d2e54a059ea776787ef66f1f93d3e34");
//Assert.AreEqual(info.MinimumBlockSize, 4096);
//Assert.AreEqual(info.MaximumBlockSize, 4096);
//Assert.AreEqual(info.MinimumFrameSize, (uint)1427);
//Assert.AreEqual(info.MaximumFrameSize, (uint)7211);
//Assert.AreEqual(info.SampleRateHz, (uint)44100);
//Assert.AreEqual(info.Channels, 1);
//Assert.AreEqual(info.BitsPerSample, 16);
//Assert.AreEqual(info.Samples, 1703592);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenEditAndSaveVorbisComments()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
// Tests if we can load up a flac file, update the artist and title in the vorbis comments
// save the file and then reload the file and see the changes.
FileHelper.GetNewFile(origFile, newFile);
string newArtist = String.Empty;
string newTitle = String.Empty;
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.VorbisComment);
string artist = flac.VorbisComment["ARTIST"].Value;
string title = flac.VorbisComment.Title.Value;
newArtist = String.Format("{0}_Edited", artist);
newTitle = String.Format("{0}_Edited", title);
flac.VorbisComment["ARTIST"].Value = newArtist;
flac.VorbisComment.Title.Value = newTitle;
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.VorbisComment);
Assert.AreEqual(newTitle, flac.VorbisComment.Title.Value);
Assert.AreEqual(newArtist, flac.VorbisComment.Artist.Value);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreateValidCueSheet()
{
string anISRC = "JMK401400212";
byte firstIndexPointNr = 4;
ulong firstIndexPointOffset = 356;
byte secondIndexPointNr = 5;
ulong secondIndexPointOffset = 1000;
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
CueSheet cueSheet = new CueSheet();
CueSheetTrack newTrack = new CueSheetTrack();
newTrack.IsAudioTrack = true;
newTrack.IsPreEmphasis = false;
newTrack.ISRC = anISRC;
newTrack.TrackNumber = 1;
newTrack.TrackOffset = 0;
CueSheetTrackIndex indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = firstIndexPointNr;
indexPoint.Offset = firstIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = secondIndexPointNr;
indexPoint.Offset = secondIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
cueSheet.Tracks.Add(newTrack);
// Create the lead-out track
CueSheetTrack leadOut = new CueSheetTrack();
leadOut.IsAudioTrack = false;
leadOut.TrackNumber = CueSheet.CUESHEET_LEADOUT_TRACK_NUMBER_CDDA;
cueSheet.Tracks.Add(leadOut);
flac.Metadata.Add(cueSheet);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
CueSheet cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
Assert.AreEqual<byte>(2, cueSheet.TrackCount);
CueSheetTrack track = cueSheet.Tracks[0];
Assert.AreEqual<bool>(true, track.IsAudioTrack);
Assert.AreEqual<bool>(false, track.IsPreEmphasis);
Assert.AreEqual<string>(anISRC, track.ISRC);
Assert.AreEqual<byte>(1, track.TrackNumber);
Assert.AreEqual<ulong>(0, track.TrackOffset);
Assert.AreEqual<byte>(2, track.IndexPointCount);
Assert.AreEqual<byte>(firstIndexPointNr, track.IndexPoints[0].IndexPointNumber);
Assert.AreEqual<ulong>(firstIndexPointOffset, track.IndexPoints[0].Offset);
Assert.AreEqual<byte>(secondIndexPointNr, track.IndexPoints[1].IndexPointNumber);
Assert.AreEqual<ulong>(secondIndexPointOffset, track.IndexPoints[1].Offset);
}
}
public void OpenFlacFileAndCreateMultipleApplicationInfo()
{
int appInfoCount = 0;
string origFile = @"Data\testfile3.flac";
string newFile = @"Data\testfile3_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
if (flac.ApplicationInfo != null)
{
appInfoCount = 1;
}
ApplicationInfo appInfo = new ApplicationInfo();
appInfo.ApplicationID = 10;
appInfo.ApplicationData = new byte[] { 10, 20, 30 };
flac.Metadata.Add(appInfo);
appInfo = new ApplicationInfo();
appInfo.ApplicationID = 20;
appInfo.ApplicationData = new byte[] { 40, 50, 60 };
flac.Metadata.Add(appInfo);
appInfoCount += 2;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
IEnumerable<ApplicationInfo> appInfo = flac.GetAllApplicationInfo();
Assert.AreEqual<int>(appInfoCount, appInfo.Count());
Assert.AreEqual<uint>(10, appInfo.ElementAt(appInfoCount - 2).ApplicationID);
Assert.AreEqual<uint>(20, appInfo.ElementAt(appInfoCount - 1).ApplicationID);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreateSeekTable()
{
ulong expectedNumberOfSamples; // Will be set while creating a new seekpoint
ulong expectedByteOffset; // Will be set while creating a new seekpoint
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
SeekTable seekTable = new SeekTable();
flac.Metadata.Add(seekTable);
// Create a new Seekpoint, a little further
SeekPoint newSeekpoint = new SeekPoint();
newSeekpoint.FirstSampleNumber = 1000;
newSeekpoint.NumberOfSamples = (ushort)1000;
expectedNumberOfSamples = newSeekpoint.NumberOfSamples;
newSeekpoint.ByteOffset = 0;
expectedByteOffset = newSeekpoint.ByteOffset;
seekTable.SeekPoints.Add(newSeekpoint);
// Create a placeholder seekpoint
SeekPoint placeHolder = new SeekPoint();
placeHolder.FirstSampleNumber = ulong.MaxValue;
// The other two values are "undefined"
Assert.IsTrue(placeHolder.IsPlaceHolder); // Already assert that the object itself handles this flac correctly.
seekTable.SeekPoints.Add(placeHolder);
// This should actually be allowed according to the FLAC format (multiple placeHolders are ok, but they must occur at the end of the seektable)
seekTable.SeekPoints.Add(placeHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual<int>(2, seekTable.SeekPoints.Placeholders);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// Now we want to try and find our new SeekPoint
Assert.IsNotNull(flac.SeekTable);
Assert.IsTrue(flac.SeekTable.SeekPoints.ContainsKey(1000));
SeekPoint newSeekpoint = flac.SeekTable.SeekPoints[1000];
Assert.AreEqual<ulong>(expectedNumberOfSamples, newSeekpoint.NumberOfSamples);
Assert.AreEqual<ulong>(expectedByteOffset, newSeekpoint.ByteOffset);
Assert.IsFalse(newSeekpoint.IsPlaceHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual<int>(2, flac.SeekTable.SeekPoints.Placeholders);
}
}
public void CopyOpenAddAndSaveCueSheetTracks()
{
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
byte oldTrackCount = 0;
ulong oldOffset = 0;
ulong newOffset = 1000;
string anISRC = "JMK401400212";
byte firstIndexPointNr = 4;
ulong firstIndexPointOffset = 356;
byte secondIndexPointNr = 5;
ulong secondIndexPointOffset = 1000;
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
oldTrackCount = cueSheet.TrackCount;
CueSheetTrack newTrack = new CueSheetTrack();
newTrack.IsAudioTrack = true;
newTrack.IsPreEmphasis = false;
newTrack.ISRC = anISRC;
newTrack.TrackNumber = (byte)(oldTrackCount + 1);
oldOffset = cueSheet.Tracks[cueSheet.Tracks.Count - 2].TrackOffset;
newOffset += oldOffset;
newTrack.TrackOffset = newOffset;
CueSheetTrackIndex indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = firstIndexPointNr;
indexPoint.Offset = firstIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = secondIndexPointNr;
indexPoint.Offset = secondIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
// Insert the track just before the lead-out track ...
flac.CueSheet.Tracks.Insert(flac.CueSheet.Tracks.Count - 1, newTrack);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.CueSheet);
// first verify that the last track is our track (ignoring the lead-out track ...)
var lastTrack = flac.CueSheet.Tracks[flac.CueSheet.TrackCount - 2];
Assert.AreEqual<bool>(true, lastTrack.IsAudioTrack);
Assert.AreEqual<bool>(false, lastTrack.IsPreEmphasis);
Assert.AreEqual<string>(anISRC, lastTrack.ISRC);
Assert.AreEqual<byte>(flac.CueSheet.TrackCount, lastTrack.TrackNumber);
Assert.AreEqual<ulong>(newOffset, lastTrack.TrackOffset);
// Now check if our two index points are still there as well
Assert.AreEqual<byte>(2, lastTrack.IndexPointCount);
Assert.AreEqual<byte>(firstIndexPointNr, lastTrack.IndexPoints[0].IndexPointNumber);
Assert.AreEqual<ulong>(firstIndexPointOffset, lastTrack.IndexPoints[0].Offset);
Assert.AreEqual<byte>(secondIndexPointNr, lastTrack.IndexPoints[1].IndexPointNumber);
Assert.AreEqual<ulong>(secondIndexPointOffset, lastTrack.IndexPoints[1].Offset);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void SaveCueSheetWithoutTracks()
{
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
cueSheet.Tracks.Clear();
// The save should not allow this since we must have at least a lead-out track.
flac.Save();
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void SaveCueSheetWithoutCorrectLeadOutTrack()
{
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
CueSheetTrack newTrack = new CueSheetTrack();
newTrack.IsAudioTrack = true;
newTrack.IsPreEmphasis = false;
newTrack.TrackNumber = (byte)(55); // a non-lead-out track
flac.CueSheet.Tracks.Add(newTrack); // Add the track as last track ...
// The save should not allow this.
flac.Save();
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenEditAndSaveCueSheet()
{
string newMediaCatalog = "test";
Boolean newIsCDCueSheet = false;
ulong newLeadInSampleCount = 100;
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
cueSheet.MediaCatalog = newMediaCatalog;
cueSheet.IsCDCueSheet = newIsCDCueSheet;
cueSheet.LeadInSampleCount = newLeadInSampleCount;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.CueSheet);
Assert.AreEqual(newMediaCatalog, flac.CueSheet.MediaCatalog);
Assert.AreEqual(newIsCDCueSheet, flac.CueSheet.IsCDCueSheet);
Assert.AreEqual(newLeadInSampleCount, flac.CueSheet.LeadInSampleCount);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
// just in case i find a way to get the album cover working in taglib
/*private bool WriteFlacMetadata()
* {
* using (TagLib.File file = TagLib.File.Create(_filepath, "taglib/flac", ReadStyle.Average))
* {
* var tags = (TagLib.Ogg.XiphComment) file.GetTag(TagTypes.Xiph);
*
* if (_trackInfo.TrackTags != null)
* {
* tags.Title = _trackInfo.TrackTags.Title;
* tags.Performers = _trackInfo.TrackTags.Artists.Select(x => x.Name).ToArray();
* tags.Composers = _trackInfo.TrackTags.Contributors.Composers;
* tags.SetField("LENGTH", _trackInfo.TrackTags.Length);
* tags.SetField("ISRC", _trackInfo.TrackTags.Isrc);
* tags.SetField("EXPLICIT", _trackInfo.TrackTags.ExplicitLyrics ?? "0");
* tags.SetField("REPLAYGAIN_TRACK_GAIN", _trackInfo.TrackTags.Gain);
* tags.SetField("PRODUCER", _trackInfo.TrackTags.Contributors.Producers);
* tags.SetField("ENGINEER", _trackInfo.TrackTags.Contributors.Engineers);
* tags.SetField("MIXER", _trackInfo.TrackTags.Contributors.Mixers);
* tags.SetField("WRITER", _trackInfo.TrackTags.Contributors.Writers);
* tags.SetField("AUTHOR", _trackInfo.TrackTags.Contributors.Authors);
* tags.SetField("PUBLISHER", _trackInfo.TrackTags.Contributors.Publishers);
*
*
* if (_trackInfo.TrackTags.TrackNumber != null &&
* uint.TryParse(_trackInfo.TrackTags.TrackNumber, out uint trackNumber))
* {
* tags.Track = trackNumber;
* }
*
* if (_trackInfo.TrackTags.DiscNumber != null &&
* uint.TryParse(_trackInfo.TrackTags.DiscNumber, out uint discNumber))
* {
* tags.Disc = discNumber;
* }
*
* if (_trackInfo.TrackTags.Bpm != null &&
* uint.TryParse(_trackInfo.TrackTags.Bpm, out uint bpm))
* {
* tags.BeatsPerMinute = bpm;
* }
* }
*
* if (_albumInfo.AlbumTags != null)
* {
* tags.Album = _albumInfo.AlbumTags.Title;
* tags.AlbumArtists = _albumInfo.AlbumTags.Artists.Select(x => x.Name).ToArray();
* tags.Genres = _albumInfo.AlbumTags.Genres.GenreData.Select(x => x.Name).ToArray();
*
* string year = _albumInfo.AlbumTags.ReleaseDate;
*
* if (!string.IsNullOrWhiteSpace(year))
* {
* string[] yearSplit = year.Split("-");
*
* if (yearSplit[0].Length == 4 && uint.TryParse(yearSplit[0], out uint yearParsed))
* {
* tags.Year = yearParsed;
* }
* }
*
* tags.Copyright = _albumInfo.AlbumTags.Copyright;
* tags.SetField("MEDIA", "Digital Media");
* tags.SetField("ORIGINALDATE", _albumInfo.AlbumTags.ReleaseDate);
* tags.SetField("UPC", _albumInfo.AlbumTags.Upc);
* tags.SetField("LABEL", _albumInfo.AlbumTags.Label);
*
* if (_albumInfo.AlbumTags.NumberOfTracks != null &&
* uint.TryParse(_albumInfo.AlbumTags.NumberOfTracks, out uint numberOfTracks))
* {
* tags.TrackCount = numberOfTracks;
* }
*
* if (_albumInfo.AlbumTags.NumberOfDiscs != null &&
* uint.TryParse(_albumInfo.AlbumTags.NumberOfDiscs, out uint numberOfDiscs))
* {
* tags.DiscCount = numberOfDiscs;
* }
* }
*
* if (_trackInfo.Lyrics != null)
* {
* tags.Lyrics = _trackInfo.Lyrics.UnSyncedLyrics;
* WriteLyricsFile();
* }
*
* try
* {
* file.Save();
* }
* catch (IOException ex)
* {
* Console.WriteLine(ex.Message);
* return false;
* }
* }
*
* // this takes 800-900ms... why can't you just work taglib
* using (var file = new FlacFile(_filepath))
* {
* if (_coverBytes.Length > 0)
* {
* var coverArt = new FlacLibSharp.Picture()
* {
* Description = "Cover",
* ColorDepth = 8,
* Data = _coverBytes,
* Height = 1400,
* Width = 1400,
* MIMEType = MediaTypeNames.Image.Jpeg,
* PictureType = FlacLibSharp.PictureType.CoverFront
* };
*
* file.Metadata.Add(coverArt);
* }
*
* try
* {
* file.Save();
* }
* catch (Exception ex)
* {
* Console.WriteLine(ex.Message);
* return false;
* }
* }
*
* return true;
* }*/
private bool WriteFlacMetadata()
{
using (var file = new FlacFile(_filepath))
{
var comments = new VorbisComment();
if (_coverBytes.Length > 0)
{
var coverArt = new FlacLibSharp.Picture
{
Description = "Cover",
ColorDepth = 8,
Data = _coverBytes,
Height = 1400,
Width = 1400,
MIMEType = MediaTypeNames.Image.Jpeg,
PictureType = FlacLibSharp.PictureType.CoverFront
};
file.Metadata.Add(coverArt);
}
comments["Media"] = new VorbisCommentValues("Digital Media");
if (_albumInfo?.AlbumTags != null)
{
comments.Album = new VorbisCommentValues(_albumInfo.AlbumTags.Title ?? "");
if (_albumInfo.AlbumTags?.Genres?.GenreData != null)
{
comments.Genre = new VorbisCommentValues(_albumInfo.AlbumTags.Genres.GenreData.Select(x => x.Name));
}
string year = _albumInfo.AlbumTags.ReleaseDate ?? "";
if (!string.IsNullOrWhiteSpace(year))
{
var yearSplit = year.Split("-");
if (yearSplit[0].Length == 4)
{
year = yearSplit[0];
}
}
if (_albumInfo.AlbumTags.Type == "Compilation" || _albumInfo.AlbumTags.Type == "Playlist")
{
comments["COMPILATION"] = new VorbisCommentValues("1");
}
comments.Date = new VorbisCommentValues(year ?? "");
comments["ORIGINALDATE"] = new VorbisCommentValues(_albumInfo.AlbumTags.ReleaseDate ?? "");
comments["TRACKTOTAL"] = new VorbisCommentValues(_albumInfo.AlbumTags.NumberOfTracks ?? "");
comments["DISCTOTAL"] = new VorbisCommentValues(_albumInfo.AlbumTags.NumberOfDiscs ?? "");
comments["COPYRIGHT"] = new VorbisCommentValues(_albumInfo.AlbumTags.Copyright ?? "");
comments["UPC"] = new VorbisCommentValues(_albumInfo.AlbumTags.Upc ?? "");
comments["LABEL"] = new VorbisCommentValues(_albumInfo.AlbumTags.Label ?? "");
comments["ALBUMARTIST"] = new VorbisCommentValues(_albumInfo.AlbumTags.Artists.Select(x => x.Name));
}
if (_trackInfo?.TrackTags != null)
{
comments.Title = new VorbisCommentValues(_trackInfo.TrackTags.Title ?? "");
comments.Artist = new VorbisCommentValues(_trackInfo.TrackTags.Artists.Select(x => x.Name));
comments["DISCNUMBER"] = new VorbisCommentValues(_trackInfo.TrackTags.DiscNumber ?? "");
comments["TRACKNUMBER"] = new VorbisCommentValues(_trackInfo.TrackTags.TrackNumber ?? "");
comments["BPM"] = new VorbisCommentValues(_trackInfo.TrackTags.Bpm ?? "");
comments["LENGTH"] = new VorbisCommentValues(_trackInfo.TrackTags.Length ?? "");
comments["ISRC"] = new VorbisCommentValues(_trackInfo.TrackTags.Isrc ?? "");
comments["EXPLICIT"] = new VorbisCommentValues(_trackInfo.TrackTags.ExplicitLyrics ?? "0");
comments["REPLAYGAIN_TRACK_GAIN"] = new VorbisCommentValues(_trackInfo.TrackTags.Gain ?? "");
MetadataHelpers.AddTagIfNotNull(comments, "COMPOSER", _trackInfo.TrackTags.Contributors.Composers);
MetadataHelpers.AddTagIfNotNull(comments, "PUBLISHER", _trackInfo.TrackTags.Contributors.Publishers);
MetadataHelpers.AddTagIfNotNull(comments, "PRODUCER", _trackInfo.TrackTags.Contributors.Producers);
MetadataHelpers.AddTagIfNotNull(comments, "ENGINEER", _trackInfo.TrackTags.Contributors.Engineers);
MetadataHelpers.AddTagIfNotNull(comments, "WRITER", _trackInfo.TrackTags.Contributors.Writers);
MetadataHelpers.AddTagIfNotNull(comments, "MIXER", _trackInfo.TrackTags.Contributors.Mixers);
MetadataHelpers.AddTagIfNotNull(comments, "AUTHOR", _trackInfo.TrackTags.Contributors.Authors);
}
if (_trackInfo?.Lyrics != null)
{
comments["Lyrics"] = new VorbisCommentValues(_trackInfo.Lyrics.UnSyncedLyrics ?? "");
WriteLyricsFile();
}
file.Metadata.Add(comments);
try
{
file.Save();
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
return(false);
}
}
return(true);
}
public void CopyOpenAndSaveStreamInfo()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
string newArtist = String.Empty;
string newTitle = String.Empty;
try
{
using (FlacFile flac = new FlacFile(newFile))
{
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// This will check whether the save did correctly write back the streaminfo
Assert.IsNotNull(flac.StreamInfo);
var info = flac.StreamInfo;
string md5sum = Helpers.ByteHelper.ByteArrayToString(info.MD5Signature);
Assert.AreEqual("1d2e54a059ea776787ef66f1f93d3e34", md5sum);
Assert.AreEqual(4096, info.MinimumBlockSize);
Assert.AreEqual(4096, info.MaximumBlockSize);
Assert.AreEqual((uint)1427, info.MinimumFrameSize);
Assert.AreEqual((uint)7211, info.MaximumFrameSize);
Assert.AreEqual((uint)44100, info.SampleRateHz);
Assert.AreEqual(1, info.Channels);
Assert.AreEqual(16, info.BitsPerSample);
Assert.AreEqual(1703592, info.Samples);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreateVorbisComment()
{
string artist = "Some Artist";
string albumName = "Test Album";
string customTag = "PROJECT";
string customTagValue = "FlacLibSharp";
string customTag2 = "Author";
string customTag2Value = "Aaron";
string title = "Test Track";
string title2 = "Title modified";
string titleTag = "Title";
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
VorbisComment vorbisComment = new VorbisComment();
vorbisComment.Album.Value = albumName;
vorbisComment.Artist.Value = artist;
vorbisComment[customTag].Value = customTagValue;
vorbisComment[customTag2].Value = customTag2Value;
vorbisComment.Title.Value = title;
vorbisComment[titleTag].Value = title2;
flac.Metadata.Add(vorbisComment);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
VorbisComment vorbisComment = flac.VorbisComment;
Assert.AreEqual<string>(albumName, vorbisComment.Album.Value);
Assert.AreEqual<string>(artist, vorbisComment.Artist.Value);
Assert.AreEqual<string>(customTagValue, vorbisComment[customTag].Value);
Assert.AreEqual<string>(customTag2Value, vorbisComment[customTag2.ToUpper()].Value);
Assert.AreEqual<string>(title2, vorbisComment.Title.Value);
Assert.AreEqual<string>(title2, vorbisComment[titleTag].Value);
}
}
public static void DuplicateMetadata()
{
File.Copy(@"Data\testfile4.flac", @"Data\testfile4_tmp.flac", true);
using (FlacFile file = new FlacFile(@"Data\testfile4_tmp.flac"))
{
/* Appinfo is fine! */
/*
* var appInfo = file.ApplicationInfo;
* if (appInfo == null)
* {
* appInfo = new ApplicationInfo();
* appInfo.ApplicationID = 10;
* appInfo.ApplicationData = new byte[] { 10, 20, 30 };
* file.Metadata.Add(appInfo);
* file.Metadata.Add(appInfo);
* }
*/
/* Cuesheet is fine ?*/
/*
* var cueSheet = file.CueSheet;
* file.Metadata.Add(cueSheet);
*/
/* Vorbis also fine! */
/*
* var vorbis = file.VorbisComment;
* if (vorbis == null)
* {
* vorbis = new VorbisComment();
*
* vorbis.Album = "My Test Album";
*
* file.Metadata.Add(vorbis);
*
* file.Metadata.Add(vorbis);
* }
*
* file.Metadata.Add(vorbis);
*/
/* Metadata not fine! */
/*
* var streaminfo = file.StreamInfo;
* file.Metadata.Add(streaminfo);
*/
/* SeekTable is fine */
/*
* var seekTable = new SeekTable();
* seekTable.SeekPoints.Add(new SeekPoint() { ByteOffset = 0, FirstSampleNumber = 0, IsPlaceHolder = false, NumberOfSamples = 100 });
* file.Metadata.Add(seekTable);
* file.Metadata.Add(seekTable);
*/
/* We know picture is fine */
/* Padding is fine */
/* So everything fine, except StreamInfo */
file.Save();
}
}
public void CopyOpenAddAndSaveCueSheetTracks()
{
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
byte oldTrackCount = 0;
ulong oldOffset = 0;
ulong newOffset = 1000;
string anISRC = "JMK401400212";
byte firstIndexPointNr = 4;
ulong firstIndexPointOffset = 356;
byte secondIndexPointNr = 5;
ulong secondIndexPointOffset = 1000;
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
var cueSheet = flac.CueSheet;
Assert.IsNotNull(cueSheet);
oldTrackCount = cueSheet.TrackCount;
CueSheetTrack newTrack = new CueSheetTrack();
newTrack.IsAudioTrack = true;
newTrack.IsPreEmphasis = false;
newTrack.ISRC = anISRC;
newTrack.TrackNumber = (byte)(oldTrackCount + 1);
oldOffset = cueSheet.Tracks[cueSheet.Tracks.Count - 2].TrackOffset;
newOffset += oldOffset;
newTrack.TrackOffset = newOffset;
CueSheetTrackIndex indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = firstIndexPointNr;
indexPoint.Offset = firstIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
indexPoint = new CueSheetTrackIndex();
indexPoint.IndexPointNumber = secondIndexPointNr;
indexPoint.Offset = secondIndexPointOffset;
newTrack.IndexPoints.Add(indexPoint);
// Insert the track just before the lead-out track ...
flac.CueSheet.Tracks.Insert(flac.CueSheet.Tracks.Count - 1, newTrack);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.CueSheet);
// first verify that the last track is our track (ignoring the lead-out track ...)
var lastTrack = flac.CueSheet.Tracks[flac.CueSheet.TrackCount - 2];
Assert.AreEqual <bool>(true, lastTrack.IsAudioTrack);
Assert.AreEqual <bool>(false, lastTrack.IsPreEmphasis);
Assert.AreEqual <string>(anISRC, lastTrack.ISRC);
Assert.AreEqual <byte>(flac.CueSheet.TrackCount, lastTrack.TrackNumber);
Assert.AreEqual <ulong>(newOffset, lastTrack.TrackOffset);
// Now check if our two index points are still there as well
Assert.AreEqual <byte>(2, lastTrack.IndexPointCount);
Assert.AreEqual <byte>(firstIndexPointNr, lastTrack.IndexPoints[0].IndexPointNumber);
Assert.AreEqual <ulong>(firstIndexPointOffset, lastTrack.IndexPoints[0].Offset);
Assert.AreEqual <byte>(secondIndexPointNr, lastTrack.IndexPoints[1].IndexPointNumber);
Assert.AreEqual <ulong>(secondIndexPointOffset, lastTrack.IndexPoints[1].Offset);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenAddAndSavePicture()
{
string origFile = @"Data\testfile2.flac";
string newFile = @"Data\testfile2_temp.flac";
byte[] imageData = File.ReadAllBytes(@"Data\testimage.png");
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Picture pict = null;
pict = new FlacLibSharp.Picture();
pict.ColorDepth = 24;
pict.Data = imageData;
pict.Description = "Small picture test ...";
pict.Height = 420;
pict.Width = 410;
pict.MIMEType = "image/png";
pict.PictureType = PictureType.ArtistLogotype;
flac.Metadata.Add(pict);
pict = new FlacLibSharp.Picture();
pict.ColorDepth = 24;
pict.Description = "Small URL picture test ...";
pict.Height = 768;
pict.Width = 1024;
pict.MIMEType = "-->";
pict.PictureType = PictureType.BrightColouredFish;
pict.URL = "http://38.media.tumblr.com/0e954b0469c281a9a09eb1378daada3e/tumblr_mh0cpm19zR1s3yrubo1_1280.jpg";
flac.Metadata.Add(pict);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
List<Picture> pictures = flac.GetAllPictures();
Assert.IsTrue(pictures.Count > 0);
bool foundOurImage = false;
bool foundOurURL = false;
foreach (var pict in pictures)
{
if (pict.Description == "Small picture test ...")
{
Assert.AreEqual<uint>(24, pict.ColorDepth);
Assert.AreEqual<string>("Small picture test ...", pict.Description);
Assert.AreEqual<uint>(420, pict.Height);
Assert.AreEqual<uint>(410, pict.Width);
Assert.AreEqual<string>("image/png", pict.MIMEType);
Assert.AreEqual<PictureType>(PictureType.ArtistLogotype, pict.PictureType);
Assert.IsNotNull(pict.Data.Length);
Assert.AreEqual<int>(imageData.Length, pict.Data.Length);
for (int i = 0; i < imageData.Length; i++)
{
Assert.AreEqual<byte>(imageData[i], pict.Data[i], "Written picture data does not match read picture data.");
}
foundOurImage = true;
}
if (pict.Description == "Small URL picture test ...")
{
Assert.AreEqual<uint>(24, pict.ColorDepth);
Assert.AreEqual<string>("Small URL picture test ...", pict.Description);
Assert.AreEqual<uint>(768, pict.Height);
Assert.AreEqual<uint>(1024, pict.Width);
Assert.AreEqual<string>("-->", pict.MIMEType);
Assert.AreEqual<PictureType>(PictureType.BrightColouredFish, pict.PictureType);
Assert.AreEqual<string>("http://38.media.tumblr.com/0e954b0469c281a9a09eb1378daada3e/tumblr_mh0cpm19zR1s3yrubo1_1280.jpg", pict.URL);
foundOurURL = true;
}
}
Assert.IsTrue(foundOurImage);
Assert.IsTrue(foundOurURL);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenAddAndSavePicture()
{
string origFile = @"Data\testfile2.flac";
string newFile = @"Data\testfile2_temp.flac";
byte[] imageData = File.ReadAllBytes(@"Data\testimage.png");
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Picture pict = null;
pict = new FlacLibSharp.Picture();
pict.ColorDepth = 24;
pict.Data = imageData;
pict.Description = "Small picture test ...";
pict.Height = 420;
pict.Width = 410;
pict.MIMEType = "image/png";
pict.PictureType = PictureType.ArtistLogotype;
flac.Metadata.Add(pict);
pict = new FlacLibSharp.Picture();
pict.ColorDepth = 24;
pict.Description = "Small URL picture test ...";
pict.Height = 768;
pict.Width = 1024;
pict.MIMEType = "-->";
pict.PictureType = PictureType.BrightColouredFish;
pict.URL = "http://38.media.tumblr.com/0e954b0469c281a9a09eb1378daada3e/tumblr_mh0cpm19zR1s3yrubo1_1280.jpg";
flac.Metadata.Add(pict);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
List <Picture> pictures = flac.GetAllPictures();
Assert.IsTrue(pictures.Count > 0);
bool foundOurImage = false;
bool foundOurURL = false;
foreach (var pict in pictures)
{
if (pict.Description == "Small picture test ...")
{
Assert.AreEqual <uint>(24, pict.ColorDepth);
Assert.AreEqual <string>("Small picture test ...", pict.Description);
Assert.AreEqual <uint>(420, pict.Height);
Assert.AreEqual <uint>(410, pict.Width);
Assert.AreEqual <string>("image/png", pict.MIMEType);
Assert.AreEqual <PictureType>(PictureType.ArtistLogotype, pict.PictureType);
Assert.IsNotNull(pict.Data.Length);
Assert.AreEqual <int>(imageData.Length, pict.Data.Length);
for (int i = 0; i < imageData.Length; i++)
{
Assert.AreEqual <byte>(imageData[i], pict.Data[i], "Written picture data does not match read picture data.");
}
foundOurImage = true;
}
if (pict.Description == "Small URL picture test ...")
{
Assert.AreEqual <uint>(24, pict.ColorDepth);
Assert.AreEqual <string>("Small URL picture test ...", pict.Description);
Assert.AreEqual <uint>(768, pict.Height);
Assert.AreEqual <uint>(1024, pict.Width);
Assert.AreEqual <string>("-->", pict.MIMEType);
Assert.AreEqual <PictureType>(PictureType.BrightColouredFish, pict.PictureType);
Assert.AreEqual <string>("http://38.media.tumblr.com/0e954b0469c281a9a09eb1378daada3e/tumblr_mh0cpm19zR1s3yrubo1_1280.jpg", pict.URL);
foundOurURL = true;
}
}
Assert.IsTrue(foundOurImage);
Assert.IsTrue(foundOurURL);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public static void CopyOpenAndSaveStreamInfo()
{
string origFile = @"Data\testfile1.flac";
string newFile = @"Data\testfile1_temp.flac";
if (File.Exists(newFile))
{
File.Delete(newFile);
}
File.Copy(origFile, newFile);
string newArtist = String.Empty;
string newTitle = String.Empty;
try
{
using (FlacFile flac = new FlacFile(newFile))
{
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
Console.WriteLine("Before Modif: Padding length in bit: {0}", ((Padding)block).EmptyBitCount);
((Padding)block).EmptyBitCount = 8; // Remove some padding ...
}
}
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
Console.WriteLine("After Modif: Padding length in bit: {0}", ((Padding)block).EmptyBitCount);
}
}
// Save flac file
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// This will check whether the save did correctly write back the streaminfo
var info = flac.StreamInfo;
string md5sum = ByteArrayToString(info.MD5Signature);
foreach (var block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Padding)
{
Console.WriteLine("After Save: Padding length in bit: {0}", ((Padding)block).EmptyBitCount);
}
}
//Assert.AreEqual(md5sum, "1d2e54a059ea776787ef66f1f93d3e34");
//Assert.AreEqual(info.MinimumBlockSize, 4096);
//Assert.AreEqual(info.MaximumBlockSize, 4096);
//Assert.AreEqual(info.MinimumFrameSize, (uint)1427);
//Assert.AreEqual(info.MaximumFrameSize, (uint)7211);
//Assert.AreEqual(info.SampleRateHz, (uint)44100);
//Assert.AreEqual(info.Channels, 1);
//Assert.AreEqual(info.BitsPerSample, 16);
//Assert.AreEqual(info.Samples, 1703592);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CopyOpenEditAndSaveSeekTable()
{
ulong targetSampleNumber = 704512; // Will remove the seekpoint for this sample number ...
ulong expectedNumberOfSamples; // Will be set while creating a new seekpoint
ulong expectedByteOffset; // Will be set while creating a new seekpoint
string origFile = @"Data\testfile3.flac";
string newFile = @"Data\testfile3_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.SeekTable);
// Will remove the at the given sample number ...
SeekPoint oldSeekpoint = flac.SeekTable.SeekPoints[targetSampleNumber];
flac.SeekTable.SeekPoints.Remove(targetSampleNumber);
// Create a new Seekpoint, a little further
SeekPoint newSeekpoint = new SeekPoint();
newSeekpoint.FirstSampleNumber = targetSampleNumber + 1000; // Put it a 1000 samples further ...
newSeekpoint.NumberOfSamples = (ushort)(oldSeekpoint.NumberOfSamples - (ushort)1000); // Since we are a 1000 further, we contain a 1000 less samples
expectedNumberOfSamples = newSeekpoint.NumberOfSamples;
newSeekpoint.ByteOffset = oldSeekpoint.ByteOffset;
expectedByteOffset = newSeekpoint.ByteOffset;
flac.SeekTable.SeekPoints.Add(newSeekpoint);
// Create a placeholder seekpoint
SeekPoint placeHolder = new SeekPoint();
placeHolder.FirstSampleNumber = ulong.MaxValue;
// The other two values are "undefined"
Assert.IsTrue(placeHolder.IsPlaceHolder); // Already assert that the object itself handles this flac correctly.
flac.SeekTable.SeekPoints.Add(placeHolder);
// This should actually be allowed according to the FLAC format (multiple placeHolders are ok, but they must occur at the end of the seektable)
flac.SeekTable.SeekPoints.Add(placeHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual <int>(2, flac.SeekTable.SeekPoints.Placeholders);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// Now we want to try and find our new SeekPoint
Assert.IsNotNull(flac.SeekTable);
Assert.IsFalse(flac.SeekTable.SeekPoints.ContainsKey(targetSampleNumber));
Assert.IsTrue(flac.SeekTable.SeekPoints.ContainsKey(targetSampleNumber + 1000));
SeekPoint newSeekpoint = flac.SeekTable.SeekPoints[targetSampleNumber + 1000];
Assert.AreEqual <ulong>(expectedNumberOfSamples, newSeekpoint.NumberOfSamples);
Assert.AreEqual <ulong>(expectedByteOffset, newSeekpoint.ByteOffset);
Assert.IsFalse(newSeekpoint.IsPlaceHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual <int>(2, flac.SeekTable.SeekPoints.Placeholders);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public static void DuplicateMetadata()
{
File.Copy(@"Data\testfile4.flac", @"Data\testfile4_tmp.flac", true);
using (FlacFile file = new FlacFile(@"Data\testfile4_tmp.flac"))
{
/* Appinfo is fine! */
/*
var appInfo = file.ApplicationInfo;
if (appInfo == null)
{
appInfo = new ApplicationInfo();
appInfo.ApplicationID = 10;
appInfo.ApplicationData = new byte[] { 10, 20, 30 };
file.Metadata.Add(appInfo);
file.Metadata.Add(appInfo);
}
*/
/* Cuesheet is fine ?*/
/*
var cueSheet = file.CueSheet;
file.Metadata.Add(cueSheet);
*/
/* Vorbis also fine! */
/*
var vorbis = file.VorbisComment;
if (vorbis == null)
{
vorbis = new VorbisComment();
vorbis.Album = "My Test Album";
file.Metadata.Add(vorbis);
file.Metadata.Add(vorbis);
}
file.Metadata.Add(vorbis);
*/
/* Metadata not fine! */
/*
var streaminfo = file.StreamInfo;
file.Metadata.Add(streaminfo);
*/
/* SeekTable is fine */
/*
var seekTable = new SeekTable();
seekTable.SeekPoints.Add(new SeekPoint() { ByteOffset = 0, FirstSampleNumber = 0, IsPlaceHolder = false, NumberOfSamples = 100 });
file.Metadata.Add(seekTable);
file.Metadata.Add(seekTable);
*/
/* We know picture is fine */
/* Padding is fine */
/* So everything fine, except StreamInfo */
file.Save();
}
}
public void CopyOpenEditAndSaveSeekTable()
{
ulong targetSampleNumber = 704512; // Will remove the seekpoint for this sample number ...
ulong expectedNumberOfSamples; // Will be set while creating a new seekpoint
ulong expectedByteOffset; // Will be set while creating a new seekpoint
string origFile = @"Data\testfile3.flac";
string newFile = @"Data\testfile3_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
Assert.IsNotNull(flac.SeekTable);
// Will remove the at the given sample number ...
SeekPoint oldSeekpoint = flac.SeekTable.SeekPoints[targetSampleNumber];
flac.SeekTable.SeekPoints.Remove(targetSampleNumber);
// Create a new Seekpoint, a little further
SeekPoint newSeekpoint = new SeekPoint();
newSeekpoint.FirstSampleNumber = targetSampleNumber + 1000; // Put it a 1000 samples further ...
newSeekpoint.NumberOfSamples = (ushort)(oldSeekpoint.NumberOfSamples - (ushort)1000); // Since we are a 1000 further, we contain a 1000 less samples
expectedNumberOfSamples = newSeekpoint.NumberOfSamples;
newSeekpoint.ByteOffset = oldSeekpoint.ByteOffset;
expectedByteOffset = newSeekpoint.ByteOffset;
flac.SeekTable.SeekPoints.Add(newSeekpoint);
// Create a placeholder seekpoint
SeekPoint placeHolder = new SeekPoint();
placeHolder.FirstSampleNumber = ulong.MaxValue;
// The other two values are "undefined"
Assert.IsTrue(placeHolder.IsPlaceHolder); // Already assert that the object itself handles this flac correctly.
flac.SeekTable.SeekPoints.Add(placeHolder);
// This should actually be allowed according to the FLAC format (multiple placeHolders are ok, but they must occur at the end of the seektable)
flac.SeekTable.SeekPoints.Add(placeHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual<int>(2, flac.SeekTable.SeekPoints.Placeholders);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
// Now we want to try and find our new SeekPoint
Assert.IsNotNull(flac.SeekTable);
Assert.IsFalse(flac.SeekTable.SeekPoints.ContainsKey(targetSampleNumber));
Assert.IsTrue(flac.SeekTable.SeekPoints.ContainsKey(targetSampleNumber + 1000));
SeekPoint newSeekpoint = flac.SeekTable.SeekPoints[targetSampleNumber + 1000];
Assert.AreEqual<ulong>(expectedNumberOfSamples, newSeekpoint.NumberOfSamples);
Assert.AreEqual<ulong>(expectedByteOffset, newSeekpoint.ByteOffset);
Assert.IsFalse(newSeekpoint.IsPlaceHolder);
// Check if we actually get "2" placeholders ...
Assert.AreEqual<int>(2, flac.SeekTable.SeekPoints.Placeholders);
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreatePicture()
{
uint colorDepth = 24;
uint colors = 256;
byte[] data = System.IO.File.ReadAllBytes(Path.Combine("Data", "testimage.png"));
string description = "Test Picture";
uint height = 213;
uint width = 400;
PictureType pictureType = PictureType.LeadArtist;
string mimeType = "image/jpeg";
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
Picture pictureBlock = new Picture();
pictureBlock.ColorDepth = colorDepth;
pictureBlock.Colors = colors;
pictureBlock.Data = data;
pictureBlock.Description = description;
pictureBlock.Height = height;
pictureBlock.Width = width;
pictureBlock.PictureType = pictureType;
pictureBlock.MIMEType = mimeType;
flac.Metadata.Add(pictureBlock);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
foreach (MetadataBlock block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Picture)
{
Picture pictureBlock = (Picture)block;
Assert.IsNotNull(pictureBlock);
Assert.AreEqual <uint>(colorDepth, pictureBlock.ColorDepth);
Assert.AreEqual <uint>(colors, pictureBlock.Colors);
Assert.AreEqual <string>(description, pictureBlock.Description);
Assert.AreEqual <uint>(height, pictureBlock.Height);
Assert.AreEqual <uint>(width, pictureBlock.Width);
Assert.AreEqual <PictureType>(pictureType, pictureBlock.PictureType);
Assert.AreEqual <string>(mimeType, pictureBlock.MIMEType);
bool dataIsSame = true;
for (int i = 0; i < data.Length; i++)
{
if (data[i] != pictureBlock.Data[i])
{
dataIsSame = false;
break;
}
}
Assert.IsTrue(dataIsSame);
}
}
}
}
public void OpenFlacFileAndCreateMultipleCueSheets()
{
int cueSheetCount = 0;
string origFile = @"Data\testfile4.flac";
string newFile = @"Data\testfile4_temp.flac";
FileHelper.GetNewFile(origFile, newFile);
try
{
using (FlacFile flac = new FlacFile(newFile))
{
if (flac.CueSheet != null)
{
cueSheetCount = 1;
}
// Add a second (empty) cuesheet
CueSheet newCueSheet = new CueSheet();
newCueSheet.Tracks.Add(new CueSheetTrack() { TrackNumber = CueSheet.CUESHEET_LEADOUT_TRACK_NUMBER_CDDA });
flac.Metadata.Add(newCueSheet);
// Add a third (empty) cuesheet
newCueSheet = new CueSheet();
newCueSheet.Tracks.Add(new CueSheetTrack() { TrackNumber = CueSheet.CUESHEET_LEADOUT_TRACK_NUMBER_CDDA });
flac.Metadata.Add(newCueSheet);
cueSheetCount += 2;
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Assert.AreEqual<int>(cueSheetCount, flac.GetAllCueSheets().Count());
}
}
finally
{
if (File.Exists(newFile))
{
File.Delete(newFile);
}
}
}
public void CreatePicture()
{
uint colorDepth = 24;
uint colors = 256;
byte[] data = System.IO.File.ReadAllBytes(@"Data\testimage.png");
string description = "Test Picture";
uint height = 213;
uint width = 400;
PictureType pictureType = PictureType.LeadArtist;
string mimeType = "image/jpeg";
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
Picture pictureBlock = new Picture();
pictureBlock.ColorDepth = colorDepth;
pictureBlock.Colors = colors;
pictureBlock.Data = data;
pictureBlock.Description = description;
pictureBlock.Height = height;
pictureBlock.Width = width;
pictureBlock.PictureType = pictureType;
pictureBlock.MIMEType = mimeType;
flac.Metadata.Add(pictureBlock);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
foreach (MetadataBlock block in flac.Metadata)
{
if (block.Header.Type == MetadataBlockHeader.MetadataBlockType.Picture)
{
Picture pictureBlock = (Picture)block;
Assert.IsNotNull(pictureBlock);
Assert.AreEqual<uint>(colorDepth, pictureBlock.ColorDepth);
Assert.AreEqual<uint>(colors, pictureBlock.Colors);
Assert.AreEqual<string>(description, pictureBlock.Description);
Assert.AreEqual<uint>(height, pictureBlock.Height);
Assert.AreEqual<uint>(width, pictureBlock.Width);
Assert.AreEqual<PictureType>(pictureType, pictureBlock.PictureType);
Assert.AreEqual<string>(mimeType, pictureBlock.MIMEType);
bool dataIsSame = true;
for (int i = 0; i < data.Length; i++)
{
if (data[i] != pictureBlock.Data[i])
{
dataIsSame = false;
break;
}
}
Assert.IsTrue(dataIsSame);
}
}
}
}
public void CreatePadding()
{
uint emptyBitCount = 256;
FileHelper.GetNewFile(origFile, newFile);
using (FlacFile flac = new FlacFile(newFile))
{
// Adding some bits of padding
Padding paddingBlock = new Padding();
paddingBlock.EmptyBitCount = emptyBitCount;
flac.Metadata.Add(paddingBlock);
flac.Save();
}
using (FlacFile flac = new FlacFile(newFile))
{
Padding padding = flac.Padding;
Assert.AreEqual<uint>(emptyBitCount, padding.EmptyBitCount);
}
}
