// ---------------------------------------------------------------------------
// No explicit destructors with C#
// ---------------------------------------------------------------------------
public bool ReadFromFile(String FileName)
{
FileStream fs = null;
BinaryReader Source = null;
bool result = false;
try
{
// Reset data and search for file tag
FResetData();
FID3v1.ReadFromFile(FileName);
FID3v2.ReadFromFile(FileName);
FAPEtag.ReadFromFile(FileName);
// Set read-access, open file and get file length
fs = new FileStream(FileName, FileMode.Open, FileAccess.Read);
fs.Lock(0, fs.Length);
Source = new BinaryReader(fs);
FFileLength = fs.Length;
// Read header data
Source.BaseStream.Seek(ID3v2.Size, SeekOrigin.Begin);
//Source.Read(FHeader, sizeof(FHeader));
FHeader.ID = Source.ReadChars(4);
FHeader.Size = Source.ReadUInt32();
FHeader.Length = Source.ReadUInt32();
FHeader.HiLength = Source.ReadUInt16();
FHeader.SampleType = Source.ReadByte();
FHeader.ChannelMode = Source.ReadByte();
FHeader.SampleRate = Source.ReadInt32();
FHeader.EncoderID = Source.ReadUInt16();
FHeader.CompressionID = Source.ReadByte();
if (Utils.StringEqualsArr("OFR ", FHeader.ID))
{
result = true;
}
}
catch (Exception e)
{
System.Console.WriteLine(e.StackTrace);
result = false;
}
if (fs != null)
{
fs.Unlock(0, fs.Length);
if (Source != null)
{
Source.Close();
}
}
return(result);
}
// ---------------------------------------------------------------------------
// No explicit destructor in C#
// ---------------------------------------------------------------------------
// Read data from file
public bool ReadFromFile(String FileName)
{
FileStream fs = null;
BinaryReader Source = null;
bool result = false;
FResetData();
// At first search for tags, then try to recognize header type
FID3v2.ReadFromFile(FileName);
FID3v1.ReadFromFile(FileName);
FAPEtag.ReadFromFile(FileName);
try
{
fs = new FileStream(FileName, FileMode.Open);
fs.Lock(0, fs.Length);
Source = new BinaryReader(fs);
FFileSize = (int)fs.Length;
FHeaderTypeID = FRecognizeHeaderType(Source);
// Read header data
if (AAC_HEADER_TYPE_ADIF == FHeaderTypeID)
{
FReadADIF(Source);
}
if (AAC_HEADER_TYPE_ADTS == FHeaderTypeID)
{
FReadADTS(Source);
}
result = true;
}
catch (Exception e)
{
result = false;
System.Console.WriteLine(e.StackTrace);
LogDelegator.GetLogDelegate()(Log.LV_ERROR, e.Message);
}
if (fs != null)
{
fs.Unlock(0, fs.Length);
if (Source != null)
{
Source.Close();
}
}
return(result);
}
// ---------------------------------------------------------------------------
// No explicit destructors with C#
// ---------------------------------------------------------------------------
public bool ReadFromFile(String FileName)
{
HeaderRecord Header = new HeaderRecord();
bool result;
// Reset data and load header from file to variable
FResetData();
Array.Clear(Header.ByteArray, 0, Header.ByteArray.Length);
Array.Clear(Header.IntegerArray, 0, Header.IntegerArray.Length);
Header.FileSize = 0;
Header.ID3v2Size = 0;
// At first try to load ID3v2 tag data, then header
if (FID3v2.ReadFromFile(FileName))
{
Header.ID3v2Size = FID3v2.Size;
}
result = ReadHeader(FileName, ref Header);
// Process data if loaded and file valid
if ((result) && (Header.FileSize > 0) && (GetStreamVersion(Header) > 0))
{
FValid = true;
// Fill properties with header data
FSampleRate = GetSampleRate(Header);
FChannelModeID = GetChannelModeID(Header);
FFileSize = Header.FileSize;
FFrameCount = GetFrameCount(Header);
FBitRate = GetBitRate(Header);
FStreamVersion = GetStreamVersion(Header);
FProfileID = GetProfileID(Header);
FEncoder = GetEncoder(Header);
FID3v1.ReadFromFile(FileName);
FAPEtag.ReadFromFile(FileName);
}
return(result);
}
// ---------------------------------------------------------------------------
// No explicit destructors in C#
// ---------------------------------------------------------------------------
public bool ReadFromFile(String FileName)
{
APE_HEADER APE = new APE_HEADER(); // common header
APE_HEADER_OLD APE_OLD = new APE_HEADER_OLD(); // old header <= 3.97
APE_HEADER_NEW APE_NEW = new APE_HEADER_NEW(); // new header >= 3.98
APE_DESCRIPTOR APE_DESC = new APE_DESCRIPTOR(); // extra header >= 3.98
FileStream fs = null;
BinaryReader SourceFile = null;
int BlocksPerFrame;
bool LoadSuccess;
int TagSize;
bool result = false;
FResetData();
// load tags first
FID3v2.ReadFromFile(FileName);
FID3v1.ReadFromFile(FileName);
FAPEtag.ReadFromFile(FileName);
// calculate total tag size
TagSize = 0;
if (FID3v1.Exists)
{
TagSize += 128;
}
if (FID3v2.Exists)
{
TagSize += FID3v2.Size;
}
if (FAPEtag.Exists)
{
TagSize += FAPEtag.Size;
}
// reading data from file
LoadSuccess = false;
try
{
try
{
fs = new FileStream(FileName, FileMode.Open, FileAccess.Read);
fs.Lock(0, fs.Length);
SourceFile = new BinaryReader(fs);
FFileSize = fs.Length;
// seek past id3v2-tag
if (FID3v2.Exists)
{
fs.Seek(FID3v2.Size, SeekOrigin.Begin);
}
// Read APE Format Header
Array.Clear(APE.cID, 0, APE.cID.Length);
APE.nVersion = 0;
APE.cID = SourceFile.ReadChars(4);
APE.nVersion = SourceFile.ReadUInt16();
if (Utils.StringEqualsArr("MAC ", APE.cID))
{
FVersion = APE.nVersion;
FVersionStr = ((double)FVersion / 1000).ToString().Substring(0, 4); //Str(FVersion / 1000 : 4 : 2, FVersionStr);
// Load New Monkey's Audio Header for version >= 3.98
if (APE.nVersion >= 3980)
{
APE_DESC.padded = 0;
APE_DESC.nDescriptorBytes = 0;
APE_DESC.nHeaderBytes = 0;
APE_DESC.nSeekTableBytes = 0;
APE_DESC.nHeaderDataBytes = 0;
APE_DESC.nAPEFrameDataBytes = 0;
APE_DESC.nAPEFrameDataBytesHigh = 0;
APE_DESC.nTerminatingDataBytes = 0;
Array.Clear(APE_DESC.cFileMD5, 0, APE_DESC.cFileMD5.Length);
APE_DESC.padded = SourceFile.ReadUInt16();
APE_DESC.nDescriptorBytes = SourceFile.ReadUInt32();
APE_DESC.nHeaderBytes = SourceFile.ReadUInt32();
APE_DESC.nSeekTableBytes = SourceFile.ReadUInt32();
APE_DESC.nHeaderDataBytes = SourceFile.ReadUInt32();
APE_DESC.nAPEFrameDataBytes = SourceFile.ReadUInt32();
APE_DESC.nAPEFrameDataBytesHigh = SourceFile.ReadUInt32();
APE_DESC.nTerminatingDataBytes = SourceFile.ReadUInt32();
APE_DESC.cFileMD5 = SourceFile.ReadBytes(16);
// seek past description header
if (APE_DESC.nDescriptorBytes != 52)
{
fs.Seek(APE_DESC.nDescriptorBytes - 52, SeekOrigin.Current);
}
// load new ape_header
if (APE_DESC.nHeaderBytes > 24 /*sizeof(APE_NEW)*/)
{
APE_DESC.nHeaderBytes = 24 /*sizeof(APE_NEW)*/;
}
APE_NEW.nCompressionLevel = 0;
APE_NEW.nFormatFlags = 0;
APE_NEW.nBlocksPerFrame = 0;
APE_NEW.nFinalFrameBlocks = 0;
APE_NEW.nTotalFrames = 0;
APE_NEW.nBitsPerSample = 0;
APE_NEW.nChannels = 0;
APE_NEW.nSampleRate = 0;
APE_NEW.nCompressionLevel = SourceFile.ReadUInt16();
APE_NEW.nFormatFlags = SourceFile.ReadUInt16();
APE_NEW.nBlocksPerFrame = SourceFile.ReadUInt32();
APE_NEW.nFinalFrameBlocks = SourceFile.ReadUInt32();
APE_NEW.nTotalFrames = SourceFile.ReadUInt32();
APE_NEW.nBitsPerSample = SourceFile.ReadUInt16();
APE_NEW.nChannels = SourceFile.ReadUInt16();
APE_NEW.nSampleRate = SourceFile.ReadUInt32();
// based on MAC SDK 3.98a1 (APEinfo.h)
FSampleRate = (int)APE_NEW.nSampleRate;
FChannels = APE_NEW.nChannels;
FFormatFlags = APE_NEW.nFormatFlags;
FBits = APE_NEW.nBitsPerSample;
FCompressionMode = APE_NEW.nCompressionLevel;
// calculate total uncompressed samples
if (APE_NEW.nTotalFrames > 0)
{
FTotalSamples = (long)(APE_NEW.nBlocksPerFrame) *
(long)(APE_NEW.nTotalFrames - 1) +
(long)(APE_NEW.nFinalFrameBlocks);
}
LoadSuccess = true;
}
else
{
// Old Monkey <= 3.97
APE_OLD.nCompressionLevel = 0;
APE_OLD.nFormatFlags = 0;
APE_OLD.nChannels = 0;
APE_OLD.nSampleRate = 0;
APE_OLD.nHeaderBytes = 0;
APE_OLD.nTerminatingBytes = 0;
APE_OLD.nTotalFrames = 0;
APE_OLD.nFinalFrameBlocks = 0;
APE_OLD.nInt = 0;
APE_OLD.nCompressionLevel = SourceFile.ReadUInt16();
APE_OLD.nFormatFlags = SourceFile.ReadUInt16();
APE_OLD.nChannels = SourceFile.ReadUInt16();
APE_OLD.nSampleRate = SourceFile.ReadUInt32();
APE_OLD.nHeaderBytes = SourceFile.ReadUInt32();
APE_OLD.nTerminatingBytes = SourceFile.ReadUInt32();
APE_OLD.nTotalFrames = SourceFile.ReadUInt32();
APE_OLD.nFinalFrameBlocks = SourceFile.ReadUInt32();
APE_OLD.nInt = SourceFile.ReadInt32();
FCompressionMode = APE_OLD.nCompressionLevel;
FSampleRate = (int)APE_OLD.nSampleRate;
FChannels = APE_OLD.nChannels;
FFormatFlags = APE_OLD.nFormatFlags;
FBits = 16;
if ((APE_OLD.nFormatFlags & MONKEY_FLAG_8_BIT) != 0)
{
FBits = 8;
}
if ((APE_OLD.nFormatFlags & MONKEY_FLAG_24_BIT) != 0)
{
FBits = 24;
}
FHasSeekElements = ((APE_OLD.nFormatFlags & MONKEY_FLAG_PEAK_LEVEL) != 0);
FWavNotStored = ((APE_OLD.nFormatFlags & MONKEY_FLAG_SEEK_ELEMENTS) != 0);
FHasPeakLevel = ((APE_OLD.nFormatFlags & MONKEY_FLAG_WAV_NOT_STORED) != 0);
if (FHasPeakLevel)
{
FPeakLevel = (uint)APE_OLD.nInt;
FPeakLevelRatio = (FPeakLevel / (1 << FBits) / 2.0) * 100.0;
}
// based on MAC_SDK_397 (APEinfo.cpp)
if (FVersion >= 3950)
{
BlocksPerFrame = 73728 * 4;
}
else if ((FVersion >= 3900) || ((FVersion >= 3800) && (MONKEY_COMPRESSION_EXTRA_HIGH == APE_OLD.nCompressionLevel)))
{
BlocksPerFrame = 73728;
}
else
{
BlocksPerFrame = 9216;
}
// calculate total uncompressed samples
if (APE_OLD.nTotalFrames > 0)
{
FTotalSamples = (long)(APE_OLD.nTotalFrames - 1) *
(long)(BlocksPerFrame) +
(long)(APE_OLD.nFinalFrameBlocks);
}
LoadSuccess = true;
}
if (LoadSuccess)
{
// compression profile name
if ((0 == (FCompressionMode % 1000)) && (FCompressionMode <= 6000))
{
FCompressionModeStr = MONKEY_COMPRESSION[FCompressionMode / 1000]; // int division
}
else
{
FCompressionModeStr = FCompressionMode.ToString();
}
// length
if (FSampleRate > 0)
{
FDuration = ((double)FTotalSamples / FSampleRate);
}
// average bitrate
if (FDuration > 0)
{
FBitrate = 8 * (FFileSize - (long)(TagSize)) / (FDuration * 1000);
}
// some extra sanity checks
FValid = ((FBits > 0) && (FSampleRate > 0) && (FTotalSamples > 0) && (FChannels > 0));
result = FValid;
}
}
}
finally
{
if (fs != null)
{
fs.Unlock(0, fs.Length);
if (SourceFile != null)
{
SourceFile.Close();
}
}
}
}
catch (Exception e)
{
System.Console.WriteLine(e.StackTrace);
result = false;
}
return(result);
}
// ---------------------------------------------------------------------------
//No explicit destructors in C#
// ---------------------------------------------------------------------------
public bool ReadFromFile(String FileName)
{
FileStream fs = null;
BinaryReader SourceFile = null;
byte[] Data = new byte[MAX_MPEG_FRAME_LENGTH * 2];
bool result = false;
FResetData();
// At first search for tags, then search for a MPEG frame and VBR data
// This part of code rewritten to add more flexibility (no need to have 3 tags to be able to read file info xD)
//if ( (FID3v2.ReadFromFile(FileName)) && (FID3v1.ReadFromFile(FileName)) && (FAPEtag.ReadFromFile(FileName)) )
FID3v2.ReadFromFile(FileName);
FID3v1.ReadFromFile(FileName);
APEtag.ReadFromFile(FileName);
try
{
// Open file, read first block of data and search for a frame
fs = new FileStream(FileName, FileMode.Open, FileAccess.Read);
SourceFile = new BinaryReader(fs);
FFileLength = (int)fs.Length;
fs.Seek(FID3v2.Size, SeekOrigin.Begin);
Data = SourceFile.ReadBytes(Data.Length);
FFrame = FindFrame(Data, ref FVBR);
// Try to search in the middle if no frame at the beginning found
if (!FFrame.Found)
{
fs.Seek((int)System.Math.Floor((decimal)(FFileLength - FID3v2.Size) / 2), SeekOrigin.Begin);
Data = SourceFile.ReadBytes(Data.Length);
FFrame = FindFrame(Data, ref FVBR);
}
// Search for vendor ID at the end if CBR encoded
if ((FFrame.Found) && (!FVBR.Found))
{
if (!FID3v1.Exists)
{
fs.Seek(FFileLength - Data.Length, SeekOrigin.Begin);
}
else
{
fs.Seek(FFileLength - Data.Length - 128, SeekOrigin.Begin);
}
Data = SourceFile.ReadBytes(Data.Length);
FVendorID = FindVendorID(Data, (ushort)(FFrame.Size * 5));
}
result = true;
}
catch (Exception e)
{
System.Console.WriteLine(e.StackTrace);
result = false;
}
if (!FFrame.Found)
{
FResetData();
}
if (SourceFile != null)
{
SourceFile.Close();
}
if (fs != null)
{
fs.Close();
}
return(result);
}
/* -------------------------------------------------------------------------- */
// No explicit destructors with C#
/* -------------------------------------------------------------------------- */
public bool ReadFromFile(String FileName)
{
FileStream fs = null;
BinaryReader source = null;
char[] signatureChunk = new char[4];
tta_header ttaheader = new tta_header();
long TagSize;
bool result = false;
FResetData();
// load tags first
FID3v2.ReadFromFile(FileName);
FID3v1.ReadFromFile(FileName);
FAPEtag.ReadFromFile(FileName);
// calulate total tag size
TagSize = 0;
if (FID3v1.Exists)
{
TagSize += 128;
}
if (FID3v2.Exists)
{
TagSize += FID3v2.Size;
}
if (FAPEtag.Exists)
{
TagSize += FAPEtag.Size;
}
// begin reading data from file
try
{
fs = new FileStream(FileName, FileMode.Open, FileAccess.Read);
fs.Lock(0, fs.Length);
source = new BinaryReader(fs);
// seek past id3v2-tag
if (FID3v2.Exists)
{
fs.Seek(FID3v2.Size, SeekOrigin.Begin);
}
signatureChunk = source.ReadChars(4);
if (Utils.StringEqualsArr("TTA1", signatureChunk))
{
// start looking for chunks
ttaheader.Reset();
ttaheader.AudioFormat = source.ReadUInt16();
ttaheader.NumChannels = source.ReadUInt16();
ttaheader.BitsPerSample = source.ReadUInt16();
ttaheader.SampleRate = source.ReadUInt32();
ttaheader.DataLength = source.ReadUInt32();
ttaheader.CRC32 = source.ReadUInt32();
FFileSize = fs.Length;
FValid = true;
FAudioFormat = ttaheader.AudioFormat;
FChannels = ttaheader.NumChannels;
FBits = ttaheader.BitsPerSample;
FSampleRate = ttaheader.SampleRate;
FSamples = ttaheader.DataLength;
FCRC32 = ttaheader.CRC32;
FBitrate = (double)FFileSize * 8 / (FSamples / FSampleRate) / 1000;
FDuration = (double)ttaheader.DataLength / ttaheader.SampleRate;
result = true;
}
}
catch (Exception e)
{
System.Console.WriteLine(e.StackTrace);
result = false;
}
if (fs != null)
{
fs.Unlock(0, fs.Length);
if (source != null)
{
source.Close();
}
}
return(result);
}