void AddToClipDictionary (AudioFile file) {
if (!clipToFileDictionary.ContainsKey(file.Clip)) {
clipToFileDictionary.Add(file.Clip, file);
}
}
void PrepareAudioQueue(MonoTouch.CoreFoundation.CFUrl url)
{
AudioStreamBasicDescription audioFormat = new AudioStreamBasicDescription()
{
SampleRate = _samplingRate,
Format = AudioFormatType.LinearPCM,
FormatFlags = AudioFormatFlags.LinearPCMIsSignedInteger | AudioFormatFlags.LinearPCMIsBigEndian | AudioFormatFlags.LinearPCMIsPacked,
FramesPerPacket = 1,
ChannelsPerFrame = 1, // monoral
BitsPerChannel = 16, // 16-bit
BytesPerPacket = 2,
BytesPerFrame = 2,
Reserved = 0
};
_audioFile = AudioFile.Create(url, AudioFileType.AIFF, audioFormat, AudioFileFlags.EraseFlags);
_queue = new InputAudioQueue(audioFormat);
_queue.InputCompleted += new EventHandler<InputCompletedEventArgs>(_queue_InputCompleted);
_startingPacketCount = 0;
_numPacketsToWrite = 1024;
_bufferByteSize = (int)(_numPacketsToWrite * audioFormat.BytesPerPacket);
// preparing queue buffer
IntPtr bufferPtr;
for (int index = 0; index < 3; index++)
{
//_queue.AllocateBuffer(_bufferByteSize, out bufferPtr);
_queue.AllocateBufferWithPacketDescriptors(_bufferByteSize, _numPacketsToWrite, out bufferPtr);
_queue.EnqueueBuffer(bufferPtr, _bufferByteSize, null);
}
}
void prepareAudioQueue()
{
_audioFile = AudioFile.Open(_url, AudioFilePermission.Read, AudioFileType.AIFF);
// Getting AudioStreamBasicDescription
var audioFormat = _audioFile.StreamBasicDescription;
// Creating an audio output queue object instance
_audioQueue = new OutputAudioQueue(audioFormat);
_audioQueue.OutputCompleted += new EventHandler<OutputCompletedEventArgs>(_audioQueue_OutputCompleted);
// Getting packet size
int maxPacketSize = _audioFile.MaximumPacketSize;
_startingPacketCount = 0;
_numPacketsToRead = 1024;
_bufferByteSize = _numPacketsToRead * maxPacketSize;
// enqueue buffers
IntPtr bufferPtr;
for (int index = 0; index < 3; index++)
{
_audioQueue.AllocateBuffer(_bufferByteSize, out bufferPtr);
outputCallback(bufferPtr);
}
_isPrepared = true;
}
static void Main(string[] args)
{
AudioFile file = new AudioFile();
file.Stop(); // Вызывает версию IPlayable version
((IRecordable)file).Stop(); // Вызывает версию IRecordabie version
Console.ReadKey();
}
public AUScheduledAudioFileRegion (AudioFile audioFile, AUScheduledAudioFileRegionCompletionHandler completionHandler = null)
{
if (audioFile == null)
throw new ArgumentNullException (nameof (audioFile));
AudioFile = audioFile;
this.completionHandler = completionHandler;
}
public void Dispose()
{
foreach(var instance in fireAndForgetQueue)
instance.Dispose();
fireAndForgetQueue.Clear();
audioFile.Dispose();
audioFile = null;
}
public void Play (AudioFile file) {
AudioSource source = getChannel(file.Channel);
source.clip = file.Clip;
source.loop = file.Loop;
source.Play();
}
public static void Main(string [] args)
{
string testDir = args.Length > 0 ?
args[0] :
"../tests/samples";
foreach(string file in Directory.GetFiles(testDir)) {
// try {
AudioFile af = new AudioFile(file);
Console.WriteLine(af);
// } catch(Exception) {}
}
}
public void Stop (AudioFile file) {
if (channelExists(file.Channel)) {
AudioSource source = getChannel(file.Channel);
if (source.clip == _channels[file.Channel]) {
source.Stop();
}
}
}
public void Initialize(AudioFile file, AudioWave wave)
{
_file = file;
_wave = wave;
_format = new WaveFormat(_wave.SamplesPerSecond, 16, 1);
_lastBlock = -1;
_looped = false;
_state = new DviAdpcmDecoder.AdpcmState();
_leftOverBuffer = null;
}
internal SoundEffect(string assetName, bool isMusic)
{
// use of CFUrl.FromFile is necessary in case assetName contains spaces (which must be url-encoded)
audioFile = AudioFile.Open(CFUrl.FromFile(assetName), AudioFilePermission.Read, 0);
if(audioFile == null)
throw new Content.ContentLoadException("Could not open sound effect " + assetName);
description = audioFile.StreamBasicDescription;
DeriveBufferSize(0.5);
isVBR = (description.BytesPerPacket == 0 || description.FramesPerPacket == 0);
if(!isMusic)
firstInstance = new SoundEffectInstance(this, false);
}
public static void Export(AudioFile file, AudioWave wave, Stream outStream)
{
WaveHeader header = new WaveHeader();
// Skip the header
outStream.Seek(header.HeaderSize, SeekOrigin.Begin);
// Write the data
file.SoundBank.ExportAsPCM(wave.Index, file.Stream, outStream);
// Create header and write it
outStream.Seek(0, SeekOrigin.Begin);
header.FileSize = (int)outStream.Length;
header.SamplesPerSecond = wave.SamplesPerSecond;
header.Write(new BinaryWriter(outStream));
}
public static void ExportMultichannel(AudioFile file, Stream outStream)
{
WaveHeader header = new WaveHeader(true);
// Skip the header
outStream.Seek(header.HeaderSize, SeekOrigin.Begin);
// Write the data
IMultichannelSound sound = file.SoundBank as IMultichannelSound;
sound.ExportMultichannelAsPCM(file.Stream, outStream);
// Create header and write it
outStream.Seek(0, SeekOrigin.Begin);
header.FileSize = (int)outStream.Length;
header.SamplesPerSecond = sound.CommonSamplesPerSecond;
header.ChannelMask = sound.ChannelMask;
header.Write(new BinaryWriter(outStream));
}
public Control GetView(RageLib.FileSystem.Common.File file)
{
var data = file.GetData();
var ms = new MemoryStream(data);
var audioFile = new AudioFile();
try
{
audioFile.Open(ms);
}
catch
{
ms.Close();
throw;
}
var view = new AudioView();
var controller = new AudioViewController(view);
controller.AudioFile = audioFile;
return view;
}
public static List<AudioFile> GetDuplicates2(List<AudioFile> files, AudioFile file, float level)
{
//int[] fingerprint = await GetFingerprintAsync(file.FullPath, 0);
//var candidates = await Task.Run(() =>
// files.AsParallel().Where(af => af.SimilarityGroupId == 0 && af != file &&
// GetFingerprintAsync(af.FullPath, 0).Result.Intersect(fingerprint).FirstOrDefault() != 0).ToList());
var candidates = files.Where(af => af.SimilarityGroupId == 0 && af != file).ToList();
if (candidates.Count == 0)
return candidates;
var dups = new List<AudioFile>();
var matrix = new float[candidates.Count];
Parallel.For(0, matrix.Length, i => { matrix[i] = ChromaprintFingerprinter.MatchFingerprints(candidates[i].Fingerprint, file.Fingerprint, -1); });
for (int i = 0; i < matrix.Length; i++)
{
if (matrix[i] >= level)
dups.Add(candidates[i]);
}
return dups;
}
public AudioFile GetRandomFile()
{
checkFileQueue();
return(currentFile = fileQueue.Cycle());
}
public void Init()
{
audio_file = new AudioFile("samples/sample_v2_only.mp3");
}
private string MapAudioFileEnumToFilePath(AudioFile audioFile)
{
switch (audioFile)
{
case AudioFile.MainTheme:
{
return("Main_Game_MusicRedux");
}
case AudioFile.DoorOpening:
{
return("Door Opening");
}
case AudioFile.FootstepsLinolium:
{
return("Footsteps (Linolium)");
}
case AudioFile.FootstepsCarpet:
{
return("Footsteps(carpet)");
}
case AudioFile.FootstepsWood:
{
return("Footsteps(Wood)");
}
case AudioFile.Kick:
{
return("Kick(player)");
}
case AudioFile.LiftingGrunt:
{
return("Lifting Grunt(player)");
}
case AudioFile.MovingHeavyObject:
{
return("Moving Heavy Object");
}
case AudioFile.PickupVase:
{
return("Pickup(Vase)");
}
case AudioFile.Scraping:
{
return("Scraping Sound");
}
case AudioFile.Dog:
{
return("Dog");
}
}
return("");
}
public void Dispose()
{
_isRecording = false;
_queue.Stop(true);
_audioFile.Dispose();
_queue.Dispose();
_queue = null;
_audioFile = null;
}
// Some audio formats have a magic cookie associated with them which is required to decompress audio data
// When converting audio, a magic cookie may be returned by the Audio Converter so that it may be stored along with
// the output data -- This is done so that it may then be passed back to the Audio Converter at a later time as required
static void WriteCookie (AudioConverter converter, AudioFile destinationFile)
{
var cookie = converter.CompressionMagicCookie;
if (cookie != null && cookie.Length != 0) {
destinationFile.MagicCookie = cookie;
}
}
private void AudioFinished(AudioFile audioFile)
{
this.currentlyPlaying.Remove(audioFile);
}
private async static Task ProcessFiles()
{
//0. Constants
const string AccountName = "jmmmediaservices";
const string AccountKey = "KOs3A87L2UydtogQDjM1/FF0yuTaqsqBViFJG+WoKj8=";
//1. Install Nuget packages
//1.1 Nuget: Install-Package windowsazure.mediaservices
////2. Get AMS context
//var context = new CloudMediaContext(AccountName, AccountKey);
//foreach (var asset in context.Assets.ToList())
//{
// Console.WriteLine(asset.Name);
//}
//Console.ReadLine();
//1. From TTML to JSON
var storageAccount = CloudStorageAccount.Parse("DefaultEndpointsProtocol=https;AccountName=jmmmediaservicesstorage;AccountKey=VpmaM9avmqz7zYr/CCtMUndgZserSIE26sYRS/IqInzlPC03KW9BR+DHIOGV/AOPYxZMnTMSOtf1jOojs8OS/Q==");
CloudBlobClient blobClient = storageAccount.CreateCloudBlobClient();
//clean collection
DocumentDBRepository <AudioFile> .DeleteCollection();
var containers = blobClient.ListContainers();
foreach (var container in containers)
{
var blobs = blobClient.GetContainerReference(container.Name).ListBlobs().OfType <CloudBlob>().Where(b => b.Name.EndsWith(".ttml")).OrderByDescending(b => b.Properties.Length);
foreach (var blob in blobs)
{
var ttml = blobClient.GetBlobReferenceFromServer(blob.Uri);
using (var stream = new MemoryStream())
{
ttml.DownloadToStream(stream);
stream.Position = 0;
var json = Helper.ParseAudioTranscript(stream);
var audioFile = new AudioFile
{
Title = blob.Uri.Segments.Last().Replace(".ttml", ""),
Url = blob.Uri.ToString().Replace(".ttml", ""),
AudioTranscripts = json
};
var stringJson = Helper.JsonSerializer(json);
Console.WriteLine(stringJson);
Console.WriteLine();
Console.WriteLine("AudioFile object");
Console.WriteLine(Helper.JsonSerializer(audioFile));
//2. From JSON to DocumentDB
await DocumentDBRepository <AudioFile> .CreateItemAsync(audioFile);
var jsonContainer = blobClient.GetContainerReference(ttml.Container.Name);
var jsonFile = jsonContainer.GetBlockBlobReference(ttml.Name.Replace(".ttml", ".json"));
jsonFile.UploadText(stringJson);
}
}
}
Console.WriteLine();
Console.WriteLine("Done!");
Console.ReadLine();
}
private void DownloadAudioFile(AudioFile audioFile)
{
var url = new Uri(new Uri(_baseUrl), string.Format("/api/audiofile/{0}", audioFile.Id.ToString()));
string localFilePath = GetLibraryLocalPath(audioFile);
//Tracing.Log("SyncClientService - DownloadAudioFile - folderPath: {0} fileName: {1} localFilePath: {2}", folderPath, fileName, localFilePath);
_lastBytesReceived = 0;
if (OnDownloadAudioFileStarted != null)
OnDownloadAudioFileStarted(new SyncClientDownloadAudioFileProgressEntity(){
Status = "Downloading files...",
PercentageDone = ((float)_filesDownloaded / (float)_audioFiles.Count()) * 100f,
FilesDownloaded = _filesDownloaded,
DownloadFileName = Path.GetFileName(audioFile.FilePath),
TotalFiles = _audioFiles.Count(),
DownloadSpeed = GetDownloadSpeed(),
Errors = _errorCount,
Log = string.Empty
});
_stopwatch.Start();
//_webClient.DownloadFileAsync(url, localFilePath);
}
public AudioInBlock(AudioFile t, string b)
{
track = t;
blockID = b;
}
public void AddAudioFile(AudioFile audioFile)
{
_context.AudioFiles.Add(audioFile);
}
private OperationResult <AudioMetaData> MetaDataForFileFromIdSharp(string fileName)
{
var sw = new Stopwatch();
sw.Start();
var result = new AudioMetaData();
string message = null;
var isSuccess = false;
try
{
result.Filename = fileName;
var audioFile = AudioFile.Create(fileName, true);
if (ID3v2Tag.DoesTagExist(fileName))
{
IID3v2Tag id3v2 = new ID3v2Tag(fileName);
result.Artist = id3v2.AlbumArtist ?? id3v2.Artist;
result.ArtistRaw = id3v2.AlbumArtist ?? id3v2.Artist;
result.AudioBitrate = (int?)audioFile.Bitrate;
result.AudioChannels = audioFile.Channels;
result.AudioSampleRate = (int)audioFile.Bitrate;
result.Comments = id3v2.CommentsList != null
? string.Join("|", id3v2.CommentsList?.Select(x => x.Value))
: null;
result.Disc = ParseDiscNumber(id3v2.DiscNumber);
result.DiscSubTitle = id3v2.SetSubtitle;
result.Genres = SplitGenre(id3v2.Genre);
result.Release = id3v2.Album;
result.TrackArtist = id3v2.OriginalArtist ?? id3v2.Artist ?? id3v2.AlbumArtist;
result.TrackArtistRaw = id3v2.OriginalArtist ?? id3v2.Artist ?? id3v2.AlbumArtist;
result.Images = id3v2.PictureList?.Select(x => new AudioMetaDataImage
{
Data = x.PictureData,
Description = x.Description,
MimeType = x.MimeType,
Type = (AudioMetaDataImageType)x.PictureType
}).ToArray();
result.Time = audioFile.TotalSeconds > 0 ? ((decimal?)audioFile.TotalSeconds).ToTimeSpan() : null;
result.Title = id3v2.Title.ToTitleCase(false);
result.TrackNumber = ParseTrackNumber(id3v2.TrackNumber);
result.TotalTrackNumbers = ParseTotalTrackNumber(id3v2.TrackNumber);
var year = id3v2.Year ?? id3v2.RecordingTimestamp ??
id3v2.ReleaseTimestamp ?? id3v2.OriginalReleaseTimestamp;
result.Year = ParseYear(year);
isSuccess = result.IsValid;
}
if (!isSuccess)
{
if (ID3v1Tag.DoesTagExist(fileName))
{
IID3v1Tag id3v1 = new ID3v1Tag(fileName);
result.Release = id3v1.Album;
result.Artist = id3v1.Artist;
result.ArtistRaw = id3v1.Artist;
result.AudioBitrate = (int?)audioFile.Bitrate;
result.AudioChannels = audioFile.Channels;
result.AudioSampleRate = (int)audioFile.Bitrate;
result.Time = audioFile.TotalSeconds > 0
? ((decimal?)audioFile.TotalSeconds).ToTimeSpan()
: null;
result.Title = id3v1.Title.ToTitleCase(false);
result.TrackNumber = SafeParser.ToNumber <short?>(id3v1.TrackNumber);
var date = SafeParser.ToDateTime(id3v1.Year);
result.Year = date?.Year ?? SafeParser.ToNumber <int?>(id3v1.Year);
isSuccess = result.IsValid;
}
}
}
catch (Exception ex)
{
message = ex.ToString();
Logger.LogError(ex, "MetaDataForFileFromTagLib Filename [" + fileName + "] Error [" + ex.Serialize() + "]");
}
sw.Stop();
return(new OperationResult <AudioMetaData>(message)
{
IsSuccess = isSuccess,
OperationTime = sw.ElapsedMilliseconds,
Data = result
});
}
// Write output channel layout to destination file
static void WriteDestinationChannelLayout(AudioConverter converter, AudioFile sourceFile, AudioFile destinationFile)
{
// if the Audio Converter doesn't have a layout see if the input file does
var layout = converter.OutputChannelLayout ?? sourceFile.ChannelLayout;
if (layout != null)
{
// TODO:
throw new NotImplementedException();
//destinationFile.ChannelLayout = layout;
}
}
bool DoConvertFile(CFUrl sourceURL, NSUrl destinationURL, AudioFormatType outputFormatType, double outputSampleRate)
{
// in this sample we should never be on the main thread here
Debug.Assert(!NSThread.IsMain);
// transition thread state to State::Running before continuing
AppDelegate.ThreadStateSetRunning();
Debug.WriteLine("DoConvertFile");
// get the source file
AudioFile sourceFile = AudioFile.Open(sourceURL, AudioFilePermission.Read);
var srcFormat = (AudioStreamBasicDescription)sourceFile.DataFormat;
var dstFormat = new AudioStreamBasicDescription();
// setup the output file format
dstFormat.SampleRate = (outputSampleRate == 0 ? srcFormat.SampleRate : outputSampleRate); // set sample rate
if (outputFormatType == AudioFormatType.LinearPCM)
{
// if the output format is PCM create a 16-bit int PCM file format description as an example
dstFormat.Format = AudioFormatType.LinearPCM;
dstFormat.ChannelsPerFrame = srcFormat.ChannelsPerFrame;
dstFormat.BitsPerChannel = 16;
dstFormat.BytesPerPacket = dstFormat.BytesPerFrame = 2 * dstFormat.ChannelsPerFrame;
dstFormat.FramesPerPacket = 1;
dstFormat.FormatFlags = AudioFormatFlags.LinearPCMIsPacked | AudioFormatFlags.LinearPCMIsSignedInteger;
}
else
{
// compressed format - need to set at least format, sample rate and channel fields for kAudioFormatProperty_FormatInfo
dstFormat.Format = outputFormatType;
dstFormat.ChannelsPerFrame = (outputFormatType == AudioFormatType.iLBC ? 1 : srcFormat.ChannelsPerFrame); // for iLBC num channels must be 1
// use AudioFormat API to fill out the rest of the description
AudioFormatError afe = AudioStreamBasicDescription.GetFormatInfo(ref dstFormat);
if (afe != AudioFormatError.None)
{
Debug.Print("Cannot create destination format {0:x}", afe);
AppDelegate.ThreadStateSetDone();
return(false);
}
}
// create the AudioConverter
AudioConverterError ce;
var converter = AudioConverter.Create(srcFormat, dstFormat, out ce);
Debug.Assert(ce == AudioConverterError.None);
converter.InputData += EncoderDataProc;
// if the source has a cookie, get it and set it on the Audio Converter
ReadCookie(sourceFile, converter);
// get the actual formats back from the Audio Converter
srcFormat = converter.CurrentInputStreamDescription;
dstFormat = converter.CurrentOutputStreamDescription;
// if encoding to AAC set the bitrate to 192k which is a nice value for this demo
// kAudioConverterEncodeBitRate is a UInt32 value containing the number of bits per second to aim for when encoding data
if (dstFormat.Format == AudioFormatType.MPEG4AAC)
{
uint outputBitRate = 192000; // 192k
// ignore errors as setting may be invalid depending on format specifics such as samplerate
try
{
converter.EncodeBitRate = outputBitRate;
}
catch
{
}
// get it back and print it out
outputBitRate = converter.EncodeBitRate;
Debug.Print("AAC Encode Bitrate: {0}", outputBitRate);
}
// can the Audio Converter resume conversion after an interruption?
// this property may be queried at any time after construction of the Audio Converter after setting its output format
// there's no clear reason to prefer construction time, interruption time, or potential resumption time but we prefer
// construction time since it means less code to execute during or after interruption time
bool canResumeFromInterruption;
try
{
canResumeFromInterruption = converter.CanResumeFromInterruption;
Debug.Print("Audio Converter {0} continue after interruption!", canResumeFromInterruption ? "CAN" : "CANNOT");
}
catch (Exception e)
{
// if the property is unimplemented (kAudioConverterErr_PropertyNotSupported, or paramErr returned in the case of PCM),
// then the codec being used is not a hardware codec so we're not concerned about codec state
// we are always going to be able to resume conversion after an interruption
canResumeFromInterruption = false;
Debug.Print("CanResumeFromInterruption: {0}", e.Message);
}
// create the destination file
var destinationFile = AudioFile.Create(destinationURL, AudioFileType.CAF, dstFormat, AudioFileFlags.EraseFlags);
// set up source buffers and data proc info struct
afio = new AudioFileIO(32 * 1024); // 32Kb
afio.SourceFile = sourceFile;
afio.SrcFormat = srcFormat;
if (srcFormat.BytesPerPacket == 0)
{
// if the source format is VBR, we need to get the maximum packet size
// use kAudioFilePropertyPacketSizeUpperBound which returns the theoretical maximum packet size
// in the file (without actually scanning the whole file to find the largest packet,
// as may happen with kAudioFilePropertyMaximumPacketSize)
afio.SrcSizePerPacket = sourceFile.PacketSizeUpperBound;
// how many packets can we read for our buffer size?
afio.NumPacketsPerRead = afio.SrcBufferSize / afio.SrcSizePerPacket;
// allocate memory for the PacketDescription structures describing the layout of each packet
afio.PacketDescriptions = new AudioStreamPacketDescription [afio.NumPacketsPerRead];
}
else
{
// CBR source format
afio.SrcSizePerPacket = srcFormat.BytesPerPacket;
afio.NumPacketsPerRead = afio.SrcBufferSize / afio.SrcSizePerPacket;
}
// set up output buffers
int outputSizePerPacket = dstFormat.BytesPerPacket; // this will be non-zero if the format is CBR
const int theOutputBufSize = 32 * 1024; // 32Kb
var outputBuffer = Marshal.AllocHGlobal(theOutputBufSize);
AudioStreamPacketDescription[] outputPacketDescriptions = null;
if (outputSizePerPacket == 0)
{
// if the destination format is VBR, we need to get max size per packet from the converter
outputSizePerPacket = (int)converter.MaximumOutputPacketSize;
// allocate memory for the PacketDescription structures describing the layout of each packet
outputPacketDescriptions = new AudioStreamPacketDescription [theOutputBufSize / outputSizePerPacket];
}
int numOutputPackets = theOutputBufSize / outputSizePerPacket;
// if the destination format has a cookie, get it and set it on the output file
WriteCookie(converter, destinationFile);
// write destination channel layout
if (srcFormat.ChannelsPerFrame > 2)
{
WriteDestinationChannelLayout(converter, sourceFile, destinationFile);
}
long totalOutputFrames = 0; // used for debugging
long outputFilePos = 0;
AudioBuffers fillBufList = new AudioBuffers(1);
bool error = false;
// loop to convert data
Debug.WriteLine("Converting...");
while (true)
{
// set up output buffer list
fillBufList[0] = new AudioBuffer()
{
NumberChannels = dstFormat.ChannelsPerFrame,
DataByteSize = theOutputBufSize,
Data = outputBuffer
};
// this will block if we're interrupted
var wasInterrupted = AppDelegate.ThreadStatePausedCheck();
if (wasInterrupted && !canResumeFromInterruption)
{
// this is our interruption termination condition
// an interruption has occured but the Audio Converter cannot continue
Debug.WriteLine("Cannot resume from interruption");
error = true;
break;
}
// convert data
int ioOutputDataPackets = numOutputPackets;
var fe = converter.FillComplexBuffer(ref ioOutputDataPackets, fillBufList, outputPacketDescriptions);
// if interrupted in the process of the conversion call, we must handle the error appropriately
if (fe != AudioConverterError.None)
{
Debug.Print("FillComplexBuffer: {0}", fe);
error = true;
break;
}
if (ioOutputDataPackets == 0)
{
// this is the EOF conditon
break;
}
// write to output file
var inNumBytes = fillBufList[0].DataByteSize;
var we = destinationFile.WritePackets(false, inNumBytes, outputPacketDescriptions, outputFilePos, ref ioOutputDataPackets, outputBuffer);
if (we != 0)
{
Debug.Print("WritePackets: {0}", we);
error = true;
break;
}
// advance output file packet position
outputFilePos += ioOutputDataPackets;
if (dstFormat.FramesPerPacket != 0)
{
// the format has constant frames per packet
totalOutputFrames += (ioOutputDataPackets * dstFormat.FramesPerPacket);
}
else
{
// variable frames per packet require doing this for each packet (adding up the number of sample frames of data in each packet)
for (var i = 0; i < ioOutputDataPackets; ++i)
{
totalOutputFrames += outputPacketDescriptions[i].VariableFramesInPacket;
}
}
}
Marshal.FreeHGlobal(outputBuffer);
if (!error)
{
// write out any of the leading and trailing frames for compressed formats only
if (dstFormat.BitsPerChannel == 0)
{
// our output frame count should jive with
Debug.Print("Total number of output frames counted: {0}", totalOutputFrames);
WritePacketTableInfo(converter, destinationFile);
}
// write the cookie again - sometimes codecs will update cookies at the end of a conversion
WriteCookie(converter, destinationFile);
}
converter.Dispose();
destinationFile.Dispose();
sourceFile.Dispose();
// transition thread state to State.Done before continuing
AppDelegate.ThreadStateSetDone();
return(!error);
}
public void Init()
{
audio_file = new AudioFile("samples/sample_both.mp3");
}
public IActionResult CreateAudioFile([FromBody] AudioFileForUploadDto audioFile)
{
if (audioFile.Description == audioFile.Filename)
{
ModelState.AddModelError("Description", "The provided description should be different from the file name.");
}
if (!ModelState.IsValid)
{
return(BadRequest(ModelState));
}
var files = _audioFileInfoRepository.GetAudioFiles();
//var files = AudioFilesDataStore.Current.AudioFiles; // use if pulling data from in-memory datastore, AudioFilesDataStore.cs
// TO-DO: check that user has chosen a valid audio file
//if (audioFile format is bad)
//{
// return BadRequest();
//}
// demo purposes - id value determination can be improved
var maxAudioFileId = _audioFileInfoRepository.GetAudioFiles().Max(f => f.Id); // needs improvement because persistent database should use the primary key to track and manage next ID value
//var maxAudioFileId = AudioFilesDataStore.Current.AudioFiles.Max(f => f.Id); // use if pulling data from in-memory datastore, AudioFilesDataStore.cs
var newAudioFile = new AudioFile() // was new AudioFileDto()
{
//Id = ++maxAudioFileId,
Filename = audioFile.Filename,
Description = audioFile.Description,
CreatedOn = DateTime.Now
};
//var newAudioFile = _mapper.Map<Entities.AudioFile>(audioFile); // use this line if using AutoMapper to avoid manually mapping the properties... see corresponding Pluralsight course for implementation details https://app.pluralsight.com/course-player?clipId=c55b6c06-f014-4595-bc29-603e39e3ae4e
_audioFileInfoRepository.AddAudioFile(newAudioFile);
_audioFileInfoRepository.Save();
//files.Add(newAudioFile); // old method to add the new audio file to the in-memory datastore
// need to map the saved entity back to the dto so we can return the newly-saved audio file (not the entity) along with the "201 Created" status code
var createdAudioFileToReturn = new AudioFileDto()
{
Id = newAudioFile.Id,
Filename = newAudioFile.Filename,
Description = newAudioFile.Description,
CreatedOn = newAudioFile.CreatedOn
};
// var createdAudioFileToReturn = _mapper.Map<Models.AudioFileDto>(newAudioFile); // use this line if using AutoMapper to avoid manually mapping the properties... see corresponding Pluralsight course for implementation details https://app.pluralsight.com/course-player?clipId=c55b6c06-f014-4595-bc29-603e39e3ae4e
// send mail notifying of audio file upload attempt for transcription
_mailService.Send($"Audio file uploaded for transcription - {DateTime.Now.ToShortDateString()} {DateTime.Now.ToLongTimeString()}",
$"Audio file was uploaded for text transcription on {DateTime.Now.ToShortDateString()} at {DateTime.Now.ToLongTimeString()}.\r\n\r\n" +
$"File details:\r\n" +
$" Id: {newAudioFile.Id.ToString()}\r\n" +
$" Filename: {newAudioFile.Filename}\r\n" +
$" Description: {newAudioFile.Description}\r\n" +
$" Date Created: {newAudioFile.CreatedOn.ToShortDateString()} {newAudioFile.CreatedOn.ToLongTimeString()}");
return(CreatedAtRoute(
"GetAudioFile",
new { createdAudioFileToReturn.Id },
createdAudioFileToReturn));
//return CreatedAtRoute( // old method to return a "201 Created" status code
// "GetAudioFile",
// new { newAudioFile.Id },
// newAudioFile);
}
static void UpdateFormatInfo(UILabel label, CFUrl fileURL)
{
UpdateFormatInfo(label, AudioFile.Open(fileURL, AudioFilePermission.Read), fileURL.FileSystemPath);
}
public AudioClip GetClip(AudioFile file)
{
return(GetClip(getFullAudioFileName(file)));
}
static void UpdateFormatInfo (UILabel label, AudioFile fileID, string fileName)
{
var asbd = fileID.DataFormat.Value;
label.Text = string.Format ("{0} {1} {2} Hz ({3} ch.)",
fileName, asbd.Format, asbd.SampleRate, asbd.ChannelsPerFrame);
}
public ResourceRequest GetClipAsync(AudioFile file)
{
string fullFileName = getFullAudioFileName(file);
return(Resources.LoadAsync <AudioClip>(Path.Combine(audioPath, fullFileName)));
}
static void UpdateFormatInfo(UILabel label, AudioFile fileID, string fileName)
{
var asbd = fileID.DataFormat.Value;
label.Text = string.Format("{0} {1} {2} Hz ({3} ch.)",
fileName, asbd.Format, asbd.SampleRate, asbd.ChannelsPerFrame);
}
public async Task <bool> AddItemAsync(AudioFile item)
{
var response = await _basePath.AppendPathSegments("api", "audios", "AddFileAsync").PostJsonAsync(item);
return(response.IsSuccessStatusCode);
}
private IEnumerator StartMethod(AudioFile audioFile, float clipLength)
{
yield return(new WaitForSeconds(clipLength));
AudioFinished(audioFile);
}
public SoundView(DiagnosticViewContext context, AudioFile audioFile)
: base(context)
{
_source = AddDisposable(context.Game.Audio.GetStream(audioFile.Entry));
}
void CheckMute(AudioFile file, AudioSource source)
{
source.mute = AudioUtil.IsMuted(file.TypeAsEnum);
}
/// <summary>
/// Initialize music collection database from path, intended to be called multiple times
/// </summary>
/// <param name="path"></param>
/// <param name="rebuild"></param>
public void InitializeFromPath(string path, bool rebuild)
{
ConcurrentQueue <string> directories = new ConcurrentQueue <string>(Directory.GetDirectories(path));
Parallel.ForEach(directories, (current) =>
{
Directory.GetDirectories(current).ToList().ForEach(f => directories.Enqueue(f));
var frag = Directory.GetFiles(current, ".2CIFragment");
if (frag.Length > 0)
{
throw new NotImplementedException("load fragment and index if not indexed");
}
else if (rebuild == true)
{
// create a fragment for each sub directory
DBFragment fragment = new DBFragment(current);
ConcurrentQueue <string> ContentFiles = new ConcurrentQueue <string>(Directory.GetFiles(current));
ConcurrentQueue <IAssociatedFile> Pending = new ConcurrentQueue <IAssociatedFile>();
foreach (var f in ContentFiles)
{
using (FileStream fs = new FileStream(f, FileMode.Open, FileAccess.Read, FileShare.None, bufferSize: 4096, useAsync: true))
{
var CurrentFileType = GetFileType(fs, f);
switch (CurrentFileType)
{
case Assets.AssetFileType.UNKNOWN:
continue;
// Other Asset files
case Assets.AssetFileType.JPEGRAW:
case Assets.AssetFileType.JPEGEXIF:
case Assets.AssetFileType.JPEGJFIF:
case Assets.AssetFileType.PNG:
if (fragment == null)
{
// Lets avoid commiting database fragments for files that aren't necesarrily associated with any music
// later when (if) the fragment gets created it can revist the Skipped buffer
Pending.Enqueue(new AssociatedImageFile(f, CurrentFileType, fragment));
continue;
}
// Add these files which may likely be album art or playlists to the assets for the current fragment
fragment.AssociatedFiles.Add(new AssociatedImageFile(f, CurrentFileType, fragment));
break;
// Audio files
case Assets.AssetFileType.MP3ID3v1ORNOTAG:
case Assets.AssetFileType.MP3WITHID3v2:
case Assets.AssetFileType.AAC:
case Assets.AssetFileType.FLAC:
case Assets.AssetFileType.APE:
case Assets.AssetFileType.WAVRIFF:
case Assets.AssetFileType.WAVWAVE:
case Assets.AssetFileType.WMA:
//fragment = (fragment != null) ? fragment : new DBFragment(current);
var af = new AudioFile(f, CurrentFileType, fragment);
fragment.AudioFiles.Add(af);
foreach (var s in Pending)
{
fragment.AssociatedFiles.Add(s);
}
ParseAudioFileMetaData(fs, af);
break;
}
}
}
// We won't index / save fragments that don't have any music associated with them
if (fragment != null && fragment.AudioFiles.Count() > 0)
{
FragmentIndex.fragments.Add(fragment);
}
fragment = null;
}
});
}
public void Play(PlaylistFile playlist = null, AudioFile audio = null)
{
//EndsWith(".mp3")
if (audio.SourceString.Split("//")[1].Split("/")[0].EndsWith(".mp3"))
{
Toast.MakeText(Application.Context, "URI трека пришел с ошибкой. Невозможно воспроизвести.", ToastLength.Long).Show();
return;
}
if (playlist == null)
{
if (currentPlaylist == null && currentTrack == null)
{
return;
}
player.Play();
}
else
{
if (playlist.Id != currentPlaylistId)
{
var audioPlaylist = new AudioPlaylist(playlist, audio, StaticContentService.RepeatPlaylist, StaticContentService.RepeatTrack);
currentPlaylist = audioPlaylist;
currentTrack = audio;
currentPlaylist.OnCurrentItemChanged += CurrentPlaylistOnOnCurrentItemChanged;
CurrentAudioChanged?.Invoke(this, audio);
}
else
{
currentPlaylist.SetCurrentTrack(audio);
currentTrack = audio;
CurrentAudioChanged?.Invoke(this, audio);
}
//var playerNotificationManager = (CrossMediaManager.Android.NotificationManager as MediaManager.Platforms.Android.Notifications.NotificationManager).PlayerNotificationManager;
TaskService.RunOnUI(async() =>
{
Toast.MakeText(Application.Context, "[Отладка] Начинаем воспроизводить...", ToastLength.Long).Show();
Toast.MakeText(Application.Context, $"[Отладка] URI: {currentTrack.SourceString}", ToastLength.Long).Show();
var media = await player.Play(currentTrack.SourceString);
media.Title = currentTrack.Title;
media.AlbumArtUri = ""; //Без этого треки с битыми ссылками будут выкидывать плеер в фатал
media.Artist = currentTrack.Artist;
media.AlbumArtist = currentTrack.Artist;
media.ArtUri = null;
if (currentTrack.Cover != "placeholder")
{
media.ArtUri = currentTrack.Cover;
}
CrossMediaManager.Android.NotificationManager.UpdateNotification();
});
//player.MediaQueue.Current.Title = audio.Title;
//player.MediaQueue.Current.Artist = audio.Title;
//player.MediaQueue.Current.AlbumArtUri = audio.Cover;
//CrossMediaManager.Android.
//player.NotificationManager = null;
}
}
// Sets the packet table containing information about the number of valid frames in a file and where they begin and end
// for the file types that support this information.
// Calling this function makes sure we write out the priming and remainder details to the destination file
static void WritePacketTableInfo (AudioConverter converter, AudioFile destinationFile)
{
if (!destinationFile.IsPropertyWritable (AudioFileProperty.PacketTableInfo))
return;
// retrieve the leadingFrames and trailingFrames information from the converter,
AudioConverterPrimeInfo primeInfo = converter.PrimeInfo;
// we have some priming information to write out to the destination file
// The total number of packets in the file times the frames per packet (or counting each packet's
// frames individually for a variable frames per packet format) minus mPrimingFrames, minus
// mRemainderFrames, should equal mNumberValidFrames.
AudioFilePacketTableInfo? pti_n = destinationFile.PacketTableInfo;
if (pti_n == null)
return;
AudioFilePacketTableInfo pti = pti_n.Value;
// there's priming to write out to the file
// get the total number of frames from the output file
long totalFrames = pti.ValidFrames + pti.PrimingFrames + pti.RemainderFrames;
Debug.WriteLine ("Total number of frames from output file: {0}", totalFrames);
pti.PrimingFrames = primeInfo.LeadingFrames;
pti.RemainderFrames = primeInfo.TrailingFrames;
pti.ValidFrames = totalFrames - pti.PrimingFrames - pti.RemainderFrames;
destinationFile.PacketTableInfo = pti;
}
public static AudioClip GetClip (AudioFile file) {
return GetClip(file.FileName);
}
private async void Button_Click(object sender, RoutedEventArgs e)
{
var folder = ApplicationData.Current.LocalFolder;
var audioFolder = await folder.GetFolderAsync("Audio");
var files = await audioFolder.GetFilesAsync();
foreach (var file in files)
{
if (file.Path.Contains(".mp3"))
{
Debug.WriteLine("Definitely a mp3: " + file.Path);
AudioFile audioFile = new AudioFile(file.Path);
txtStuff.Text = audioFile.Title;
}
else
{
Debug.WriteLine("Not mp3: " + file.Path);
}
}
//CreateDummyFile();
//AudioFile audioFile = new AudioFile();
BackgroundAudioPlayer.Instance.Play();
}
public void Init()
{
audio_file = new AudioFile("samples/sample.flac");
}
public void AddFile(AudioFile file)
{
checkFileQueue();
fileQueue.Enqueue(file);
}
protected void Page_Load(object sender, EventArgs e)
{
//LabelMain.Text = GetContent("Body");
LiteralPageTitle.Text = FormatPageTitle("Sermon Archive");
LabelRightSideBarArea.Text = "<span class=\"title\">Archives</span><br />";
TagList pageTagList = null;
List<Document> SideBarList = null;
List<Document> DocumentList = null;
if (null == Session["EditRiverValleyMedia"])
{
DocumentList = Cache.Get("cache.RiverValley.MultimediaFiles") as List<Document>;
SideBarList = Cache.Get("cache.RiverValley.MultimediaSideBar") as List<Document>;
pageTagList = Cache.Get("cache.RiverValley.MultimediaTagList") as TagList;
}
if ((null == DocumentList) ||
(null == SideBarList) ||
(null == pageTagList))
{//Means that there is no cache read everything from disk
#region ReadLoop
DocumentList = new List<Document>();
SideBarList = new List<Document>();
pageTagList = new TagList();
DirectoryInfo directoryInfo = new DirectoryInfo(Server.MapPath(Document.MULTIMEDIA_FOLDER));
List<FileInfo> multimediaFileList = new List<FileInfo>();
multimediaFileList.AddRange(directoryInfo.GetFiles("*.mp3"));
multimediaFileList.AddRange(directoryInfo.GetFiles("*.wma"));
multimediaFileList.AddRange(directoryInfo.GetFiles("*.aac"));
multimediaFileList.AddRange(directoryInfo.GetFiles("*.ac3"));
multimediaFileList.AddRange(directoryInfo.GetFiles("*.mp4"));
multimediaFileList.AddRange(directoryInfo.GetFiles("*.wmv"));
multimediaFileList.AddRange(directoryInfo.GetFiles("*.mpg"));
Document doc;
System.Collections.Hashtable ht2 = new System.Collections.Hashtable();
foreach (FileInfo file in multimediaFileList)
{
try
{
if ((file.Extension.ToLower() == ".mp4") || (file.Extension.ToLower() == ".wmv") || (file.Extension.ToLower() == ".mpg"))
doc = new VideoFile(this, file.Name);
else
doc = new AudioFile(this, file.Name);
foreach (Tag t in doc.Tags)
{
pageTagList.Add(t);
}
//doc.Link = Document.MULTIMEDIA_FOLDER + "/" + doc.Name;
doc.Link = doc.Name;
}
catch { continue; }
DocumentList.Add(doc);
#region Fill RightSideBar
if (null == SideBarList.Find(delegate(Document st) { return ((st.Dated.Year == doc.Dated.Year) && (st.Dated.Month == doc.Dated.Month)); }))
{
SideBarList.Add(doc);
}
#endregion
}
#endregion
#region Sort
//Sort by date - sort should always be done after all filters for performance
DocumentList.Sort(delegate(Document f1, Document f2)
{
return DateTime.Compare(f2.Dated, f1.Dated);
});
//Do the same for right side bar
SideBarList.Sort(delegate(Document f1, Document f2)
{
return DateTime.Compare(f2.Dated, f1.Dated);
});
//And left
pageTagList.Sort(delegate(ListedTag t1, ListedTag t2)
{
return t1.Name.CompareTo(t2.Name);
});
#endregion
#region Insert Cache
//Fill the cache with newly read info.
Cache.Insert("cache.RiverValley.MultimediaFiles", DocumentList);
Cache.Insert("cache.RiverValley.MultimediaSideBar", SideBarList);
Cache.Insert("cache.RiverValley.MultimediaTagList", pageTagList);
#endregion
}
#region Filter
try
{
//Try and do all filters here at once for performance
if (Request.QueryString["perma"] != null)
{
string permaFilter = Request.QueryString["perma"];
DocumentList = DocumentList.FindAll(delegate(Document d)
{
return ((d.Name.ToLower() == permaFilter.ToLower()));
});
}
else if (Request.QueryString["MonthFilter"] != null)
{
string MonthFilter = Request.QueryString["MonthFilter"];
if (MonthFilter.Length == 6)
{
int nYearFilter = Int32.Parse(MonthFilter.Substring(0, 4));
int nMonthFilter = Int32.Parse(MonthFilter.Substring(4, 2));
DocumentList = DocumentList.FindAll(delegate(Document d)
{
return ((d.Dated.Month == nMonthFilter) && (d.Dated.Year == nYearFilter));
});
}
}
else if (Request.QueryString["Tags"] != null)
{
string sTag = Request.QueryString["Tags"];
DocumentList = DocumentList.FindAll(delegate(Document d)
{
return d.Tags.HasTag(sTag);
});
}
else if (Request.QueryString["YearFilter"] != null)
{
int YearView;
if (true == Int32.TryParse(Request.QueryString["YearFilter"], out YearView))
{
DocumentList = DocumentList.FindAll(delegate(Document d)
{
return d.Dated.Year == YearView;
});
}
}
else
{ }//no filter
}
catch { }
#endregion
#region Body Write Loop
//Show just 25 entries maximum
for (int i = 0; ((i < 25) && (i < DocumentList.Count)); i++)
{
MultimediaFile d = DocumentList[i] as MultimediaFile;
if (null == d) continue;
LabelMultiMediaFiles.Text += "<br><span class=\"subtitle\" >";
string slink;
if (d.MultimediaType == MultimediaType.audio)
{
//slink = "<br /><a href=MultimediaPlay.aspx?FL=" + Document.MULTIMEDIA_FOLDER + "&F=" + d.Link + "&T=" + d.MultimediaType + "&W=380&H=50" + "&plugins=spectrumvisualizer-1" + " onclick=\"window.open(this.href,'newWindow','width=400,height=400', 'modal');return false\">";
slink = "<br /><a href=MultimediaPlay.aspx?FL=" + Document.MULTIMEDIA_FOLDER + "&F=" + d.Link + "&T=" + d.MultimediaType + "&W=380&H=50" + "&plugins=spectrumvisualizer-1" + ">";
}
else if (d.MultimediaType == MultimediaType.video)
{
slink = "<br /><a href=MultimediaPlay.aspx?FL=" + Document.MULTIMEDIA_FOLDER + "&F=" + d.Link + "&T=" + d.MultimediaType + "&W=640&H=388" + ">";
}
else
{
slink = "";
}
slink += d.Title + "</a></span>";
LabelMultiMediaFiles.Text += slink;
LabelMultiMediaFiles.Text += " <br /><br /><span class=\"footer\" >[" + d.Dated.ToLongDateString() + "] <a href=\"Multimedia.aspx?perma=" + d.Name + "\">PermaLink</a></span>";
if (d.Attachments.Count > 0)
LabelMultiMediaFiles.Text += "<br /><span class=\"footer\" >Attachements:</span>";
foreach (Attachement att in d.Attachments)
{
LabelMultiMediaFiles.Text += " <span class=\"footer\" >(<a href=GetFile.aspx?SF=" + Document.ATTACHMENT_FOLDER + "/" + att.AttachmentInfo.Name + "&TF=" + att.Title + ">" + att.Title + "</a>)</span>";
}
//LabelMultiMediaFiles.Text += "<br />" + d.HTMLDescription + "";
string sDescription = ContentReader.FormatTextBlock(d.Description);
if (sDescription.Length > 500)
sDescription = sDescription.Substring(0, 500) + "...";
LabelMultiMediaFiles.Text += "<br />" + sDescription;
}
#endregion
#region SideBar Write Loop
int yearView = DateTime.Now.Year;
if (Request.QueryString["YearFilter"] != null)
{
if (false == Int32.TryParse(Request.QueryString["YearFilter"], out yearView))
{
yearView = DateTime.Now.Year;
}
}
List<int> yearsPrinted = new List<int>();
foreach (Document SideBarDoc in SideBarList)
{
if (SideBarDoc.Dated.Year == yearView)
{
string sYearMonth = SideBarDoc.Dated.ToString("yyyy") + SideBarDoc.Dated.ToString("MM");
LabelRightSideBarArea.Text += string.Format("<span class=\"subtitle\"><a href=\"{2}\">{0}-{1}</a></span><br />",
SideBarDoc.Dated.ToString("MMMM"), SideBarDoc.Dated.ToString("yyyy"),
"Multimedia.aspx?MonthFilter=" + sYearMonth);
}
else
{
int j = yearsPrinted.Find(delegate(int i) { return i == SideBarDoc.Dated.Year; });
if (j != SideBarDoc.Dated.Year)
{
yearsPrinted.Add(SideBarDoc.Dated.Year);
LabelRightSideBarArea.Text += string.Format("<span class=\"title\"><a href=\"Multimedia.aspx?YearFilter={0}\">{0}</a></span><br />",
SideBarDoc.Dated.Year);
}
}
}
#endregion
string sThisFileName = System.IO.Path.GetFileName(Request.Url.AbsolutePath);
string PodcastPageURL = (Request.Url.AbsoluteUri).Replace(sThisFileName, "Podcast.aspx");
//Remove any query strings
int nQueryBegin = PodcastPageURL.IndexOf('?');
if (nQueryBegin > 0)
PodcastPageURL = PodcastPageURL.Substring(0, nQueryBegin);
//LabelTagCloud.Text = "Categories <i>(Click any link below)</i><br />";
//LabelTagCloud.Text += "<br /><a href=\"" + PodcastPageURL + "\" target=_blank><img border=0 src=picts/feed-icon-14x14.png alt=\"Sermon rss feed\" /> Podcast</a><br />";
LabelTagCloud.Text += "<br /><a href=\"" + "Podcast.aspx" + "\" target=_blank><img border=0 src=picts/feed-icon-14x14.png alt=\"Sermon rss feed\" /> Podcast</a><br />";
foreach (Tag tag in pageTagList)
{
LabelTagCloud.Text += string.Format(" | <a href=\"Multimedia.aspx?Tags={0}\">{1}</a> ",
tag.Signature, tag.Name);
}
}
static void UpdateFormatInfo(UILabel label, NSUrl fileURL)
{
UpdateFormatInfo(label, AudioFile.Open(fileURL, AudioFilePermission.Read), System.IO.Path.GetFileName(fileURL.Path));
}
protected INativeObject GetINativeInstance(Type t)
{
var ctor = t.GetConstructor(Type.EmptyTypes);
if ((ctor != null) && !ctor.IsAbstract)
{
return(ctor.Invoke(null) as INativeObject);
}
if (!NativeObjectInterfaceType.IsAssignableFrom(t))
{
throw new ArgumentException("t");
}
switch (t.Name)
{
case "CFAllocator":
return(CFAllocator.SystemDefault);
case "CFArray":
return(Runtime.GetINativeObject <CFArray> (new NSArray().Handle, false));
case "CFBundle":
var bundles = CFBundle.GetAll();
if (bundles.Length > 0)
{
return(bundles [0]);
}
else
{
throw new InvalidOperationException(string.Format("Could not create the new instance for type {0}.", t.Name));
}
case "CFNotificationCenter":
return(CFNotificationCenter.Darwin);
case "CFReadStream":
case "CFStream":
CFReadStream readStream;
CFWriteStream writeStream;
CFStream.CreatePairWithSocketToHost("www.google.com", 80, out readStream, out writeStream);
return(readStream);
case "CFWriteStream":
CFStream.CreatePairWithSocketToHost("www.google.com", 80, out readStream, out writeStream);
return(writeStream);
case "CFUrl":
return(CFUrl.FromFile("/etc"));
case "CFPropertyList":
return(CFPropertyList.FromData(NSData.FromString("<string>data</string>")).PropertyList);
case "DispatchData":
return(DispatchData.FromByteBuffer(new byte [] { 1, 2, 3, 4 }));
case "AudioFile":
var path = Path.GetFullPath("1.caf");
var af = AudioFile.Open(CFUrl.FromFile(path), AudioFilePermission.Read, AudioFileType.CAF);
return(af);
case "CFHTTPMessage":
return(CFHTTPMessage.CreateEmpty(false));
case "CFMutableString":
return(new CFMutableString("xamarin"));
case "CGBitmapContext":
byte[] data = new byte [400];
using (CGColorSpace space = CGColorSpace.CreateDeviceRGB()) {
return(new CGBitmapContext(data, 10, 10, 8, 40, space, CGBitmapFlags.PremultipliedLast));
}
case "CGContextPDF":
var filename = Environment.GetFolderPath(Environment.SpecialFolder.CommonDocuments) + "/t.pdf";
using (var url = new NSUrl(filename))
return(new CGContextPDF(url));
case "CGColorConversionInfo":
var cci = new GColorConversionInfoTriple()
{
Space = CGColorSpace.CreateGenericRgb(),
Intent = CGColorRenderingIntent.Default,
Transform = CGColorConversionInfoTransformType.ApplySpace
};
return(new CGColorConversionInfo((NSDictionary)null, cci, cci, cci));
case "CGDataConsumer":
using (NSMutableData destData = new NSMutableData()) {
return(new CGDataConsumer(destData));
}
case "CGDataProvider":
#if __MACCATALYST__
filename = Path.Combine("Contents", "Resources", "xamarin1.png");
#else
filename = "xamarin1.png";
#endif
return(new CGDataProvider(filename));
case "CGFont":
return(CGFont.CreateWithFontName("Courier New"));
case "CGPattern":
return(new CGPattern(
new RectangleF(0, 0, 16, 16),
CGAffineTransform.MakeIdentity(),
16, 16,
CGPatternTiling.NoDistortion,
true,
(cgc) => {}));
case "CMBufferQueue":
return(CMBufferQueue.CreateUnsorted(2));
case "CTFont":
CTFontDescriptorAttributes fda = new CTFontDescriptorAttributes()
{
FamilyName = "Courier",
StyleName = "Bold",
Size = 16.0f
};
using (var fd = new CTFontDescriptor(fda))
return(new CTFont(fd, 10));
case "CTFontCollection":
return(new CTFontCollection(new CTFontCollectionOptions()));
case "CTFontDescriptor":
fda = new CTFontDescriptorAttributes();
return(new CTFontDescriptor(fda));
case "CTTextTab":
return(new CTTextTab(CTTextAlignment.Left, 2));
case "CTTypesetter":
return(new CTTypesetter(new NSAttributedString("Hello, world",
new CTStringAttributes()
{
ForegroundColorFromContext = true,
Font = new CTFont("ArialMT", 24)
})));
case "CTFrame":
var framesetter = new CTFramesetter(new NSAttributedString("Hello, world",
new CTStringAttributes()
{
ForegroundColorFromContext = true,
Font = new CTFont("ArialMT", 24)
}));
var bPath = UIBezierPath.FromRect(new RectangleF(0, 0, 3, 3));
return(framesetter.GetFrame(new NSRange(0, 0), bPath.CGPath, null));
case "CTFramesetter":
return(new CTFramesetter(new NSAttributedString("Hello, world",
new CTStringAttributes()
{
ForegroundColorFromContext = true,
Font = new CTFont("ArialMT", 24)
})));
case "CTGlyphInfo":
return(new CTGlyphInfo("copyright", new CTFont("ArialMY", 24), "Foo"));
case "CTLine":
return(new CTLine(new NSAttributedString("Hello, world",
new CTStringAttributes()
{
ForegroundColorFromContext = true,
Font = new CTFont("ArialMT", 24)
})));
case "CGImageDestination":
var storage = new NSMutableData();
return(CGImageDestination.Create(new CGDataConsumer(storage), "public.png", 1));
case "CGImageMetadataTag":
using (NSString name = new NSString("tagName"))
using (var value = new NSString("value"))
return(new CGImageMetadataTag(CGImageMetadataTagNamespaces.Exif, CGImageMetadataTagPrefixes.Exif, name, CGImageMetadataType.Default, value));
case "CGImageSource":
#if __MACCATALYST__
filename = Path.Combine("Contents", "Resources", "xamarin1.png");
#else
filename = "xamarin1.png";
#endif
return(CGImageSource.FromUrl(NSUrl.FromFilename(filename)));
case "SecPolicy":
return(SecPolicy.CreateSslPolicy(false, null));
case "SecIdentity":
using (var options = NSDictionary.FromObjectAndKey(new NSString("farscape"), SecImportExport.Passphrase)) {
NSDictionary[] array;
var result = SecImportExport.ImportPkcs12(farscape_pfx, options, out array);
if (result != SecStatusCode.Success)
{
throw new InvalidOperationException(string.Format("Could not create the new instance for type {0} due to {1}.", t.Name, result));
}
return(Runtime.GetINativeObject <SecIdentity> (array [0].LowlevelObjectForKey(SecImportExport.Identity.Handle), false));
}
case "SecTrust":
X509Certificate x = new X509Certificate(mail_google_com);
using (var policy = SecPolicy.CreateSslPolicy(true, "mail.google.com"))
return(new SecTrust(x, policy));
case "SslContext":
return(new SslContext(SslProtocolSide.Client, SslConnectionType.Stream));
case "UIFontFeature":
return(new UIFontFeature(CTFontFeatureNumberSpacing.Selector.ProportionalNumbers));
case "NetworkReachability":
return(new NetworkReachability(IPAddress.Loopback, null));
case "VTCompressionSession":
case "VTSession":
return(VTCompressionSession.Create(1024, 768, CMVideoCodecType.H264, (sourceFrame, status, flags, buffer) => { }, null, (CVPixelBufferAttributes)null));
case "VTFrameSilo":
return(VTFrameSilo.Create());
case "VTMultiPassStorage":
return(VTMultiPassStorage.Create());
case "CFString":
return(new CFString("test"));
case "DispatchBlock":
return(new DispatchBlock(() => { }));
case "DispatchQueue":
return(new DispatchQueue("com.example.subsystem.taskXYZ"));
case "DispatchGroup":
return(DispatchGroup.Create());
case "CGColorSpace":
return(CGColorSpace.CreateDeviceCmyk());
case "CGGradient":
CGColor[] cArray = { UIColor.Black.CGColor, UIColor.Clear.CGColor, UIColor.Blue.CGColor };
return(new CGGradient(null, cArray));
case "CGImage":
#if __MACCATALYST__
filename = Path.Combine("Contents", "Resources", "xamarin1.png");
#else
filename = "xamarin1.png";
#endif
using (var dp = new CGDataProvider(filename))
return(CGImage.FromPNG(dp, null, false, CGColorRenderingIntent.Default));
case "CGColor":
return(UIColor.Black.CGColor);
case "CMClock":
return(CMClock.HostTimeClock);
case "CMTimebase":
return(new CMTimebase(CMClock.HostTimeClock));
case "CVPixelBufferPool":
return(new CVPixelBufferPool(
new CVPixelBufferPoolSettings(),
new CVPixelBufferAttributes(CVPixelFormatType.CV24RGB, 100, 50)
));
case "SecCertificate":
using (var cdata = NSData.FromArray(mail_google_com))
return(new SecCertificate(cdata));
case "SecCertificate2":
using (var cdata = NSData.FromArray(mail_google_com))
return(new SecCertificate2(new SecCertificate(cdata)));
case "SecTrust2":
X509Certificate x2 = new X509Certificate(mail_google_com);
using (var policy = SecPolicy.CreateSslPolicy(true, "mail.google.com"))
return(new SecTrust2(new SecTrust(x2, policy)));
case "SecIdentity2":
using (var options = NSDictionary.FromObjectAndKey(new NSString("farscape"), SecImportExport.Passphrase)) {
NSDictionary[] array;
var result = SecImportExport.ImportPkcs12(farscape_pfx, options, out array);
if (result != SecStatusCode.Success)
{
throw new InvalidOperationException(string.Format("Could not create the new instance for type {0} due to {1}.", t.Name, result));
}
return(new SecIdentity2(Runtime.GetINativeObject <SecIdentity> (array [0].LowlevelObjectForKey(SecImportExport.Identity.Handle), false)));
}
case "SecKey":
SecKey private_key;
SecKey public_key;
using (var record = new SecRecord(SecKind.Key)) {
record.KeyType = SecKeyType.RSA;
record.KeySizeInBits = 512; // it's not a performance test :)
SecKey.GenerateKeyPair(record.ToDictionary(), out public_key, out private_key);
return(private_key);
}
case "SecAccessControl":
return(new SecAccessControl(SecAccessible.WhenPasscodeSetThisDeviceOnly));
#if __MACCATALYST__
case "Authorization":
return(Security.Authorization.Create(AuthorizationFlags.Defaults));
#endif
default:
throw new InvalidOperationException(string.Format("Could not create the new instance for type {0}.", t.Name));
}
}
private void ButtonSelectFile_Click(object sender, RoutedEventArgs e)
{
var dlg = new Microsoft.Win32.OpenFileDialog
{
FilterIndex = 3,
Filter = "MP3 Files (*.mp3)|*.mp3|MPEG 4 Audio (*.m4a)|*.m4a|Audio Files|*.mp3;*.m4a"
};
var result = dlg.ShowDialog();
if (result == true)
{
_filePath = dlg.FileName;
ButtonSelectFile.Content = Path.GetFileName(_filePath);
try // load data from tags
{
var file = new AudioFile(_filePath);
// Song title
TextBoxSongTitle.Text = file.Tag.Title;
// Song artist
if (string.IsNullOrEmpty(file.Tag.FirstPerformer))
{
ComboBoxArtist.SelectedIndex = -1;
}
else
{
int index = GetArtistIndex(file.Tag.FirstPerformer);
if (index == -1)
{
EnableEditing(ComboBoxArtist);
ComboBoxArtist.Text = file.Tag.FirstPerformer;
}
else
{
ComboBoxArtist.SelectedIndex = index;
}
}
// Song album
if (string.IsNullOrEmpty(file.Tag.Album))
{
ComboBoxAlbum.SelectedIndex = -1;
}
else
{
int index = GetAlbumIndex(file.Tag.Album);
if (index == -1)
{
EnableEditing(ComboBoxAlbum);
ComboBoxAlbum.Text = file.Tag.Album;
}
else
{
ComboBoxAlbum.SelectedIndex = index;
}
}
// Song genre
if (string.IsNullOrEmpty(file.Tag.Genres[0]))
{
ComboBoxGenre.SelectedIndex = -1;
}
else
{
int index = GetGenreIndex(file.Tag.Genres[0]);
if (index == -1)
{
EnableEditing(ComboBoxGenre);
ComboBoxGenre.Text = file.Tag.Genres[0];
}
else
{
ComboBoxGenre.SelectedIndex = index;
}
}
}
catch (Exception ex)
{
Debug.WriteLine("Unable to read tags from file. " + ex.Message);
}
if (string.IsNullOrEmpty(TextBoxSongTitle.Text))
{
TextBoxSongTitle.Text = Path.GetFileNameWithoutExtension(_filePath);
}
}
}
void handleClipRequest(AudioFile file)
{
processAudioFileAccess(file);
}
// This is for the autoplay function which waits after each playback and pulls from the playlist.
// Since the playlist extracts the audio information, we can safely assume that it's chosen the local
// if it exists, or just uses the network link.
public async Task AutoPlayAudioAsync(IGuild guild, IMessageChannel channel)
{
// We can't play from an empty guild.
if (guild == null)
{
return;
}
if (m_AutoPlayRunning)
{
return; // Only allow one instance of autoplay.
}
while (m_AutoPlayRunning = m_AutoPlay)
{
// If the audio player is already playing, we need to wait until it's fully finished.
if (m_AudioPlayer.IsRunning())
{
await Task.Delay(1000);
}
// We do some checks before entering this loop.
if (m_Playlist.IsEmpty || !m_AutoPlayRunning || !m_AutoPlay)
{
break;
}
// If there's nothing playing, start the stream, this is the main part of 'play'
if (m_ConnectedChannels.TryGetValue(guild.Id, out var audioClient))
{
AudioFile song = PlaylistNext(); // If null, nothing in the playlist. We can wait in this loop until there is.
if (song != null)
{
Log($"Now Playing: {song.Title}", (int)LogType.Text); // Reply in the text channel.
Log(song.Title, (int)LogType.Playing); // Set playing.
await m_AudioPlayer.Play(audioClient, song); // The song should already be identified as local or network.
Log("Nothing", (int)LogType.Playing);
}
else
{
Log($"Cannot play the audio source specified : {song}");
}
// We do the same checks again to make sure we exit right away. May not be necessary, but let's check anyways.
if (m_Playlist.IsEmpty || !m_AutoPlayRunning || !m_AutoPlay)
{
break;
}
// Is null or done with playback.
continue;
}
// If we can't get it from the dictionary, we're probably not connected to it yet.
Log("Unable to play in the proper channel. Make sure the audio client is connected.");
break;
}
// Stops autoplay once we're done with it.
if (m_AutoStop)
{
m_AutoPlay = false;
}
m_AutoPlayRunning = false;
}
private string GetLibraryLocalPath(AudioFile audioFile)
{
string fileName = Path.GetFileName(audioFile.FilePath);
string folderPath = _deviceSpecifications.GetMusicFolderPath();
//// Add artist name to the path (create folder if necessary)
//folderPath = Path.Combine(folderPath, audioFile.ArtistName);
//if (!Directory.Exists(folderPath))
// Directory.CreateDirectory(folderPath);
//// Add album title to the path (create folder if necessary)
//folderPath = Path.Combine(folderPath, audioFile.AlbumTitle);
//if (!Directory.Exists(folderPath))
// Directory.CreateDirectory(folderPath);
return Path.Combine(folderPath, fileName);
}
public void StopMusic(string name)
{
AudioFile file = Array.Find(instance.musicFiles, AudioFile => AudioFile.audioName == name);
file.source.Stop();
}
// Some audio formats have a magic cookie associated with them which is required to decompress audio data
// When converting audio data you must check to see if the format of the data has a magic cookie
// If the audio data format has a magic cookie associated with it, you must add this information to anAudio Converter
// using AudioConverterSetProperty and kAudioConverterDecompressionMagicCookie to appropriately decompress the data
// http://developer.apple.com/mac/library/qa/qa2001/qa1318.html
static void ReadCookie (AudioFile sourceFile, AudioConverter converter)
{
// grab the cookie from the source file and set it on the converter
var cookie = sourceFile.MagicCookie;
// if there is an error here, then the format doesn't have a cookie - this is perfectly fine as some formats do not
if (cookie != null && cookie.Length != 0) {
converter.DecompressionMagicCookie = cookie;
}
}
public void UnPauseMusic(string name)
{
AudioFile file = Array.Find(instance.musicFiles, AudioFile => AudioFile.audioName == name);
file.source.UnPause();
}
// Write output channel layout to destination file
static void WriteDestinationChannelLayout (AudioConverter converter, AudioFile sourceFile, AudioFile destinationFile)
{
// if the Audio Converter doesn't have a layout see if the input file does
var layout = converter.OutputChannelLayout ?? sourceFile.ChannelLayout;
if (layout != null) {
// TODO:
throw new NotImplementedException ();
//destinationFile.ChannelLayout = layout;
}
}
///////////////////////////////////////////////////////////////////////////////
// Eventhandler for Custom Defined Events //
///////////////////////////////////////////////////////////////////////////////
#region CUSTOMEVENTHANDLER
#endregion //CUSTOMEVENTHANDLER
#endregion //EVENTS
///////////////////////////////////////////////////////////////////////////////
// Methods and Eventhandling for Background tasks //
///////////////////////////////////////////////////////////////////////////////
#region BACKGROUNDWORKER
#endregion //BACKGROUNDWORKER
///////////////////////////////////////////////////////////////////////////////
// Methods for doing main class job //
///////////////////////////////////////////////////////////////////////////////
#region PRIVATEMETHODS
/// <summary>
/// This method does the parsing of the given path and creates for each readable
/// image or media file a trial with the defined conditions.
/// </summary>
/// <returns>A <see cref="List{Slide}"/> to be imported in the slideshow of
/// the experiment.</returns>
private List <Slide> GetSlides()
{
var newSlides = new List <Slide>();
var dirInfoStimuli = new DirectoryInfo(this.txbFolder.Text);
if (dirInfoStimuli.Exists)
{
var files = dirInfoStimuli.GetFiles();
Array.Sort(files, new NumericComparer());
foreach (var file in files)
{
var extension = file.Extension.ToLower();
// Ignore files with unrecognized extensions
switch (extension)
{
case ".bmp":
case ".png":
case ".jpg":
case ".wmf":
case ".mp3":
case ".wav":
case ".wma":
break;
default:
continue;
}
// Ignore hidden and MAC files
if (file.Name.StartsWith("."))
{
continue;
}
var newSlide = new Slide
{
BackgroundColor = this.clbBackground.CurrentColor,
Modified = true,
MouseCursorVisible = this.chbShowMouseCursor.Checked,
MouseInitialPosition = this.psbMouseCursor.CurrentPosition,
Name = Path.GetFileNameWithoutExtension(file.Name),
PresentationSize = Document.ActiveDocument.PresentationSize
};
StopCondition stop = null;
if (this.rdbTime.Checked)
{
stop = new TimeStopCondition((int)(this.nudTime.Value * 1000));
}
else if (this.rdbKey.Checked)
{
string selectedItemKeys = (string)this.cbbKeys.SelectedItem;
KeyStopCondition ksc = new KeyStopCondition();
if (selectedItemKeys == "Any")
{
ksc.CanBeAnyInputOfThisType = true;
}
else
{
ksc.StopKey = (Keys)Enum.Parse(typeof(Keys), selectedItemKeys);
}
stop = ksc;
}
else if (this.rdbMouse.Checked)
{
string selectedItemMouse = (string)this.cbbMouseButtons.SelectedItem;
MouseStopCondition msc = new MouseStopCondition();
msc.CanBeAnyInputOfThisType = selectedItemMouse == "Any" ? true : false;
if (!msc.CanBeAnyInputOfThisType)
{
msc.StopMouseButton = (MouseButtons)Enum.Parse(typeof(MouseButtons), selectedItemMouse);
}
msc.Target = string.Empty;
stop = msc;
}
else if (this.rdbDuration.Checked)
{
if (extension == ".mp3" || extension == ".wav" || extension == ".wma")
{
int duration = this.GetAudioFileLength(file.FullName);
if (duration != 0)
{
stop = new TimeStopCondition(duration + (int)this.nudLatency.Value);
}
else
{
stop = new TimeStopCondition((int)(this.nudTime.Value * 1000));
}
}
else
{
stop = new TimeStopCondition((int)(this.nudTime.Value * 1000));
}
}
newSlide.StopConditions.Add(stop);
foreach (VGElement element in this.lsbStandardItems.Items)
{
newSlide.VGStimuli.Add(element);
}
string destination = Path.Combine(Document.ActiveDocument.ExperimentSettings.SlideResourcesPath, file.Name);
switch (extension)
{
case ".bmp":
case ".png":
case ".jpg":
case ".wmf":
if (!File.Exists(destination))
{
File.Copy(file.FullName, destination, true);
}
VGImage image = new VGImage(
ShapeDrawAction.None,
Pens.Red,
Brushes.Red,
SystemFonts.MenuFont,
Color.Red,
file.Name,
Document.ActiveDocument.ExperimentSettings.SlideResourcesPath,
ImageLayout.Stretch,
1f,
Document.ActiveDocument.PresentationSize,
VGStyleGroup.None,
file.Name,
string.Empty,
true);
newSlide.VGStimuli.Add(image);
newSlides.Add(newSlide);
break;
case ".mp3":
case ".wav":
case ".wma":
File.Copy(file.FullName, destination, true);
VGSound sound = new VGSound(ShapeDrawAction.None, Pens.Red, new Rectangle(0, 0, 200, 300));
sound.Center = newSlide.MouseInitialPosition;
sound.Size = new SizeF(50, 50);
AudioFile audioFile = new AudioFile();
audioFile.Filename = file.Name;
audioFile.Filepath = Document.ActiveDocument.ExperimentSettings.SlideResourcesPath;
audioFile.Loop = false;
audioFile.ShouldPlay = true;
audioFile.ShowOnClick = false;
sound.Sound = audioFile;
newSlide.VGStimuli.Add(sound);
newSlides.Add(newSlide);
break;
}
}
}
return(newSlides);
}
unsafe static void HandleOutput (AudioFile audioFile, AudioQueue queue, AudioQueueBuffer *audioQueueBuffer, ref int packetsToRead, ref long currentPacket, ref bool done, ref bool flushed, ref AudioStreamPacketDescription [] packetDescriptions)
{
int bytes;
int packets;
if (done)
return;
packets = packetsToRead;
bytes = (int) audioQueueBuffer->AudioDataBytesCapacity;
packetDescriptions = audioFile.ReadPacketData (false, currentPacket, ref packets, audioQueueBuffer->AudioData, ref bytes);
if (packets > 0) {
audioQueueBuffer->AudioDataByteSize = (uint) bytes;
queue.EnqueueBuffer (audioQueueBuffer, packetDescriptions);
currentPacket += packets;
} else {
if (!flushed) {
queue.Flush ();
flushed = true;
}
queue.Stop (false);
done = true;
}
}
override public void Setup_AfterAdd(ByteBuffer buffer, int beginPos)
{
base.Setup_AfterAdd(buffer, beginPos);
if (!buffer.Seek(beginPos, 6))
{
return;
}
if ((ObjectType)buffer.ReadByte() != packageItem.objectType)
{
return;
}
string str;
str = buffer.ReadS();
if (str != null)
{
this.title = str;
}
str = buffer.ReadS();
if (str != null)
{
this.selectedTitle = str;
}
str = buffer.ReadS();
if (str != null)
{
this.icon = str;
}
str = buffer.ReadS();
if (str != null)
{
this.selectedIcon = str;
}
if (buffer.ReadBool())
{
this.titleColor = buffer.ReadColor();
}
int iv = buffer.ReadInt();
if (iv != 0)
{
this.titleFontSize = iv;
}
iv = buffer.ReadShort();
if (iv >= 0)
{
_relatedController = parent.GetControllerAt(iv);
}
pageOption.id = buffer.ReadS();
str = buffer.ReadS();
if (str != null)
{
sound = UIPackage.GetItemAssetByURL(str) as AudioFile;
}
if (buffer.ReadBool())
{
soundVolumeScale = buffer.ReadFloat();
}
this.selected = buffer.ReadBool();
}
