/// <summary>
/// Returns a resource accessor instance of interface <see cref="ILocalFsResourceAccessor"/>. This instance will return the
/// given <paramref name="baseResourceAccessor"/>, casted to <see cref="ILocalFsResourceAccessor"/> if possible, or
/// a new instance of <see cref="StreamedResourceToLocalFsAccessBridge"/> to provide the <see cref="ILocalFsResourceAccessor"/>
/// instance.
/// </summary>
/// <remarks>
/// The ownership of the given <paramref name="baseResourceAccessor"/> is transferred from the caller to the returned
/// result value. That means, if this method succeeds, the caller must dispose the result value, it must not dispose
/// the given <paramref name="baseResourceAccessor"/> any more.
/// </remarks>
/// <param name="baseResourceAccessor">Resource accessor which is used to provide the resource contents.</param>
/// <param name="path">Relative path based on the given baseResourceAccessor.</param>
/// <returns>Resource accessor which implements <see cref="ILocalFsResourceAccessor"/>.</returns>
public static ILocalFsResourceAccessor GetLocalFsResourceAccessor(IResourceAccessor baseResourceAccessor, string path)
{
// Try to get an ILocalFsResourceAccessor
ILocalFsResourceAccessor result = baseResourceAccessor as ILocalFsResourceAccessor;
if (result != null)
{
// Simple case: The media item is located in the local file system or the resource provider returns
// an ILocalFsResourceAccessor from elsewhere - simply return it
return(result);
}
// Set up a resource bridge mapping the remote or complex resource to a local file or directory
string key = baseResourceAccessor.CanonicalLocalResourcePath.Serialize();
MountingDataProxy md;
bool dispose = false;
lock (_syncObj)
{
if (_activeMounts.TryGetValue(key, out md))
{
// Base accessor not needed - we use our cached accessor
dispose = true;
}
else
{
_activeMounts.Add(key, md = CreateMountingDataProxy(key, baseResourceAccessor));
}
}
if (dispose)
{
baseResourceAccessor.Dispose();
}
return(new StreamedResourceToLocalFsAccessBridge(md, path));
}
public void Dispose()
{
if (_accessor != null)
{
_accessor.Dispose();
}
}
protected override void FreeData()
{
_texture = null;
_stream.Close();
_resourceAccessor.Dispose();
base.FreeData();
}
public bool TryExtractMetadata(IResourceAccessor mediaItemAccessor, IDictionary <Guid, MediaItemAspect> extractedAspectData, bool forceQuickMode)
{
try
{
IResourceAccessor ra = mediaItemAccessor.Clone();
try
{
using (ILocalFsResourceAccessor fsra = StreamedResourceToLocalFsAccessBridge.GetLocalFsResourceAccessor(ra))
if (fsra != null && fsra.IsDirectory && fsra.ResourceExists("BDMV"))
{
IFileSystemResourceAccessor fsraBDMV = fsra.GetResource("BDMV");
if (fsraBDMV != null && fsraBDMV.ResourceExists("index.bdmv"))
{
// This line is important to keep in, if no VideoAspect is created here, the MediaItems is not detected as Video!
MediaItemAspect.GetOrCreateAspect(extractedAspectData, VideoAspect.Metadata);
MediaItemAspect mediaAspect = MediaItemAspect.GetOrCreateAspect(extractedAspectData, MediaAspect.Metadata);
mediaAspect.SetAttribute(MediaAspect.ATTR_MIME_TYPE, "video/bluray"); // BluRay disc
string bdmvDirectory = fsra.LocalFileSystemPath;
BDInfoExt bdinfo = new BDInfoExt(bdmvDirectory);
string title = bdinfo.GetTitle();
mediaAspect.SetAttribute(MediaAspect.ATTR_TITLE, title ?? mediaItemAccessor.ResourceName);
// Check for BD disc thumbs
FileInfo thumbnail = bdinfo.GetBiggestThumb();
if (thumbnail != null)
{
byte[] binary = new byte[thumbnail.Length];
using (FileStream fileStream = new FileStream(thumbnail.FullName, FileMode.Open, FileAccess.Read))
using (BinaryReader binaryReader = new BinaryReader(fileStream))
binaryReader.Read(binary, 0, binary.Length);
MediaItemAspect.SetAttribute(extractedAspectData, ThumbnailLargeAspect.ATTR_THUMBNAIL, binary);
}
return(true);
}
}
}
catch
{
ra.Dispose();
throw;
}
return(false);
}
catch
{
// Only log at the info level here - And simply return false. This makes the importer know that we
// couldn't perform our task here
if (mediaItemAccessor != null)
{
ServiceRegistration.Get <ILogger>().Info("BluRayMetadataExtractor: Exception reading source '{0}'", mediaItemAccessor.ResourcePathName);
}
return(false);
}
}
public bool TryCreateLocalFsAccessor(out ILocalFsResourceAccessor localFsResourceAccessor)
{
IResourceAccessor accessor = CreateAccessor();
IFileSystemResourceAccessor fsra = accessor as IFileSystemResourceAccessor;
if (fsra == null)
{
accessor.Dispose();
localFsResourceAccessor = null;
return(false);
}
try
{
localFsResourceAccessor = StreamedResourceToLocalFsAccessBridge.StreamedResourceToLocalFsAccessBridge.GetLocalFsResourceAccessor(fsra);
return(true);
}
catch
{
accessor.Dispose();
throw;
}
}
public IFileSystemResourceAccessor GetResource(string path)
{
IResourceAccessor ra = _mountingDataProxy.ResourceAccessor.Clone();
try
{
return(GetLocalFsResourceAccessor(ra, ProviderPathHelper.Combine(_path, path)));
}
catch
{
ra.Dispose();
throw;
}
}
public void Dispose()
{
if (_baseAccessor == null)
{
// Already disposed
return;
}
if (!UnmountResource())
{
// The ownership was transferred to the resource mounting service, so if unmounting was succesful, we must not dispose our base accessor
_baseAccessor.Dispose();
}
_baseAccessor = null;
}
public ILocalFsResourceAccessor CreateLocalFsAccessor()
{
IResourceAccessor accessor = CreateAccessor();
try
{
return(StreamedResourceToLocalFsAccessBridge.StreamedResourceToLocalFsAccessBridge.GetLocalFsResourceAccessor(accessor));
}
catch
{
accessor.Dispose();
throw;
}
}
/// <summary>
/// This method handles two cases:
/// <list type="bullet">
/// <item>No player available to play the resource</item>
/// <item>The resouce to play is broken</item>
/// </list>
/// </summary>
/// <param name="item"></param>
/// <param name="exceptions"></param>
protected void HandleUnableToPlay(MediaItem item, ICollection <Exception> exceptions)
{
INotificationService notificationService = ServiceRegistration.Get <INotificationService>();
// Start a heuristics to find a proper error message for the user
IResourceLocator locator = item.GetResourceLocator();
if (locator == null)
{
ServiceRegistration.Get <ILogger>().Warn("PlayerSlotController: Could not play media item '{0}', resource locator could not be built", item);
return;
}
if (exceptions.Count != 0) // This is the indicator that at least one player builder tried to open the resource but threw an exception
{
// 1) Check if resource is present
IResourceAccessor ra = null;
try
{
bool exists;
try
{
ra = locator.CreateAccessor();
IFileSystemResourceAccessor fsra = ra as IFileSystemResourceAccessor;
exists = fsra != null && fsra.Exists;
}
catch (Exception)
{
exists = false;
}
notificationService.EnqueueNotification(
NotificationType.UserInteractionRequired, RES_ERROR_PLAYING_MEDIA_ITEM_TITLE, exists ?
LocalizationHelper.Translate(RES_UNABLE_TO_PLAY_MEDIA_ITEM_TEXT, ra.ResourceName) :
LocalizationHelper.Translate(RES_RESOURCE_NOT_FOUND_TEXT, locator.NativeResourcePath.FileName), true);
}
finally
{
if (ra != null)
{
ra.Dispose();
}
}
}
else
{
using (IResourceAccessor ra = locator.CreateAccessor())
notificationService.EnqueueNotification(NotificationType.UserInteractionRequired, RES_NO_PLAYER_AVAILABLE_NOTIFICATION_TITLE,
LocalizationHelper.Translate(RES_NO_PLAYER_AVAILABLE_NOTIFICATION_TEXT, ra.ResourceName), true);
}
}
public async Task <bool> TryExtractMetadataAsync(IResourceAccessor mediaItemAccessor, IDictionary <Guid, IList <MediaItemAspect> > extractedAspectData, bool forceQuickMode)
{
IResourceAccessor disposeAccessor = null;
try
{
IFileSystemResourceAccessor fsra = mediaItemAccessor as IFileSystemResourceAccessor;
if (fsra == null)
{
return(false);
}
if (!fsra.IsFile)
{
if (!IsChainedResourceProvider(mediaItemAccessor))
{
return(false);
}
// The importer mounts iso and zip files as virtual directories but we need the accessor
// to the original file so we have to create one here and remember to dispose it later.
ResourcePath path = new ResourcePath(new[] { mediaItemAccessor.CanonicalLocalResourcePath.BasePathSegment });
if (!path.TryCreateLocalResourceAccessor(out disposeAccessor))
{
return(false);
}
}
using (LocalFsResourceAccessorHelper rah = new LocalFsResourceAccessorHelper(disposeAccessor ?? mediaItemAccessor))
return(await ExtractGameData(rah.LocalFsResourceAccessor, extractedAspectData, forceQuickMode).ConfigureAwait(false));
}
catch (Exception e)
{
// Only log at the info level here - And simply return false. This lets the caller know that we
// couldn't perform our task here.
Logger.Info("GamesMetadataExtractor: Exception reading resource '{0}' (Text: '{1}')", mediaItemAccessor.CanonicalLocalResourcePath, e.Message);
}
finally
{
if (disposeAccessor != null)
{
disposeAccessor.Dispose();
}
}
return(false);
}
public virtual void Dispose()
{
foreach (FileHandle handle in _fileHandles)
{
handle.Cleanup();
}
if (_resourceAccessor != null)
{
try
{
_resourceAccessor.Dispose();
}
catch (Exception e)
{
ServiceRegistration.Get <ILogger>().Warn("Dokan virtual filesystem resource: Error disposing resource accessor '{0}'", e, _resourceAccessor);
}
}
_resourceAccessor = null;
}
public void Dispose()
{
foreach (string tempFilePath in _tempFilePaths.Values)
{
try
{
File.Delete(tempFilePath);
}
catch (Exception e)
{
ServiceRegistration.Get <ILogger>().Warn("ZipResourceProxy: Unable to delete temp file '{0}'", e, tempFilePath);
}
}
_tempFilePaths.Clear();
CloseZipFile();
if (_zipFileResourceAccessor != null)
{
_zipFileResourceAccessor.Dispose();
_zipFileResourceAccessor = null;
}
}
public bool Init(MediaItem mediaItem)
{
// Prepare process information
Prepare(mediaItem);
IResourceAccessor ra = null;
try
{
ra = mediaItem.GetResourceLocator().CreateAccessor();
RawUrlResourceAccessor rua = ra as RawUrlResourceAccessor;
if (rua != null)
{
_fileOrUrl = rua.URL;
}
else
{
RawTokenResourceAccessor rra = ra as RawTokenResourceAccessor;
if (rra == null)
{
return(false);
}
_fileOrUrl = rra.Token;
}
Play();
return(true);
}
catch (Exception)
{
// Log
}
finally
{
if (ra != null)
{
ra.Dispose();
}
}
return(false);
}
public static ImageSource ResourceLocatorSource(object source, int width, int height)
{
IResourceLocator locator = source as IResourceLocator;
if (locator == null)
{
return(null);
}
IResourceLocator resourceLocator = locator;
IResourceAccessor ra = resourceLocator.CreateAccessor();
IFileSystemResourceAccessor fsra = ra as IFileSystemResourceAccessor;
if (fsra == null)
{
ra.Dispose();
}
else
{
return(new ResourceAccessorTextureImageSource(fsra, RightAngledRotation.Zero));
}
return(null);
}
public void Dispose()
{
if (_diskFileSystem != null)
{
IDisposable d = _diskFileSystem as IDisposable;
if (d != null)
{
d.Dispose();
}
_diskFileSystem = null;
}
if (_underlayingStream != null)
{
_underlayingStream.Dispose();
_underlayingStream = null;
}
if (_isoFileResourceAccessor != null)
{
_isoFileResourceAccessor.Dispose();
_isoFileResourceAccessor = null;
}
}
static void OnResourcePathObjectsPruned(ILRUCache <ResourcePath, IResourceAccessor> sender, ResourcePath key, IResourceAccessor value)
{
value.Dispose();
}
/// <summary>
/// Loads an ImageSource and allows control of thumbnail use.
/// Morpheus_xx, 2011-12-13: For fallback sources no thumbnails should be used, because ALL thumbs are created as JPG. This currenly causes an issue:
/// Source -> no thumbnail created -> FallbackSource (PNG) -> creates a JPG thumbnail, so Alpha-Channel of FallbackSource is lost.
/// TODO: Image class and thumbnail handling should be refactored to allow more control about image formats and thumbs usage.
/// </summary>
/// <param name="source">Source</param>
/// <param name="allowThumbs">True to allow building a thumbnail of given source</param>
/// <returns>ImageSource or null</returns>
protected ImageSource LoadImageSource(object source, bool allowThumbs)
{
if (source == null)
{
return(null);
}
bool thumbnail = allowThumbs && Thumbnail;
_invalidateImageSourceOnResize = false;
if (source is MediaItem)
{
_invalidateImageSourceOnResize = true;
return(MediaItemsHelper.CreateThumbnailImageSource((MediaItem)source, (int)Math.Max(Width, Height)));
}
if (source is IResourceLocator)
{
IResourceLocator resourceLocator = (IResourceLocator)source;
IResourceAccessor ra = resourceLocator.CreateAccessor();
IFileSystemResourceAccessor fsra = ra as IFileSystemResourceAccessor;
if (fsra == null)
{
ra.Dispose();
}
else
{
return(new ResourceAccessorTextureImageSource(fsra, RightAngledRotation.Zero));
}
}
ImageSource result = source as ImageSource;
if (result != null)
{
return(result);
}
string uriSource = source as string;
if (!string.IsNullOrEmpty(uriSource))
{
// Remember to adapt list of supported extensions for image player plugin...
if (IsValidSource(uriSource))
{
BitmapImageSource bmi = new BitmapImageSource {
UriSource = uriSource, Thumbnail = thumbnail
};
if (thumbnail)
{
// Set the requested thumbnail dimension, to use the best matching format.
bmi.ThumbnailDimension = (int)Math.Max(Width, Height);
}
return(bmi);
}
// TODO: More image types
}
string warnSource = source.ToString();
if (_formerWarnURI != warnSource)
{
ServiceRegistration.Get <ILogger>().Warn("Image: Image source '{0}' is not supported", warnSource);
// Remember if we already wrote a warning to the log to avoid log flooding
_formerWarnURI = uriSource;
}
return(null);
}
public void Dispose()
{
_resourceAccessor.Dispose();
_resourceAccessor = null;
}
/// <summary>
/// Returns all child directories of the given directory.
/// </summary>
/// <remarks>
/// This will return all native child directories of the given directory together with all virtual child
/// directories. The native child directories are taken directly from the given <paramref name="directoryAccessor"/>,
/// the virtual child directories are obtained by taking the root directories of each chained resource provider applied
/// to the child files of the given directory.
/// If, for example, the given <paramref name="directoryAccessor"/> contains a child directory "A" and a child
/// archive file "B" which can work as input for an installed archive provider, providing the root directory "C"
/// of that archive, this method will return the resource accessors for directories "A" and "C".
/// </remarks>
/// <param name="directoryAccessor">Directory resource accessor to get all child directories for.</param>
/// <param name="showSystemResources">If set to <c>true</c>, system resources like the virtual drives and directories of the
/// <see cref="IResourceMountingService"/> will also be returned, else removed from the result value.</param>
/// <returns>Collection of directory accessors for all native and virtual child directories or <c>null</c>,
/// if the given <paramref name="directoryAccessor"/> is not a <see cref="IFileSystemResourceAccessor"/> and
/// if there is no chained resource provider to unfold the given directory.</returns>
public static ICollection <IFileSystemResourceAccessor> GetChildDirectories(IResourceAccessor directoryAccessor, bool showSystemResources)
{
IResourceMountingService resourceMountingService = ServiceRegistration.Get <IResourceMountingService>();
IResourceAccessor chainedResourceAccesor; // Needed in multiple source locations, that's why we declare it here
if (directoryAccessor is IFileSystemResourceAccessor)
{
IFileSystemResourceAccessor dirFsra = (IFileSystemResourceAccessor)directoryAccessor;
ICollection <IFileSystemResourceAccessor> childDirectories = dirFsra.GetChildDirectories();
ICollection <IFileSystemResourceAccessor> result = new List <IFileSystemResourceAccessor>();
if (childDirectories != null)
{
// Directories are maybe filtered and then just added
foreach (IFileSystemResourceAccessor childDirectoryAccessor in childDirectories)
{
if (!showSystemResources && resourceMountingService.IsVirtualResource(childDirectoryAccessor.CanonicalLocalResourcePath))
{
childDirectoryAccessor.Dispose();
continue;
}
result.Add(childDirectoryAccessor);
}
}
ICollection <IFileSystemResourceAccessor> files = dirFsra.GetFiles();
if (files != null)
{
// For files, we try to chain up chained resource providers
foreach (IFileSystemResourceAccessor fileAccessor in files)
{
if (!showSystemResources && resourceMountingService.IsVirtualResource(fileAccessor.CanonicalLocalResourcePath))
{
fileAccessor.Dispose();
continue;
}
if (TryUnfold(fileAccessor, out chainedResourceAccesor))
{
IFileSystemResourceAccessor chainedFsra = chainedResourceAccesor as IFileSystemResourceAccessor;
if (chainedFsra != null)
{
result.Add(chainedFsra);
}
else
{
chainedResourceAccesor.Dispose();
}
}
else
{
fileAccessor.Dispose();
}
}
}
return(result);
}
// Try to unfold simple resource
IResourceAccessor dra = directoryAccessor.Clone();
try
{
if (TryUnfold(dra, out chainedResourceAccesor))
{
IFileSystemResourceAccessor chainedFsra = chainedResourceAccesor as IFileSystemResourceAccessor;
if (chainedFsra != null)
{
return(new List <IFileSystemResourceAccessor>(new IFileSystemResourceAccessor[] { chainedFsra }));
}
chainedResourceAccesor.Dispose();
}
else
{
dra.Dispose();
}
}
catch
{
dra.Dispose();
throw;
}
return(null);
}
public bool TryExtractMetadata(IResourceAccessor mediaItemAccessor, IDictionary <Guid, MediaItemAspect> extractedAspectData, bool forceQuickMode)
{
try
{
VideoResult result = null;
IFileSystemResourceAccessor fsra = mediaItemAccessor as IFileSystemResourceAccessor;
if (fsra != null && fsra.IsDirectory && fsra.ResourceExists("VIDEO_TS"))
{
IFileSystemResourceAccessor fsraVideoTs = fsra.GetResource("VIDEO_TS");
if (fsraVideoTs != null && fsraVideoTs.ResourceExists("VIDEO_TS.IFO"))
{
// Video DVD
using (MediaInfoWrapper videoTsInfo = ReadMediaInfo(fsraVideoTs.GetResource("VIDEO_TS.IFO")))
{
if (!videoTsInfo.IsValid || videoTsInfo.GetVideoCount() == 0)
{
return(false); // Invalid video_ts.ifo file
}
result = VideoResult.CreateDVDInfo(fsra.ResourceName, videoTsInfo);
}
// Iterate over all video files; MediaInfo finds different audio/video metadata for each .ifo file
ICollection <IFileSystemResourceAccessor> files = fsraVideoTs.GetFiles();
if (files != null)
{
foreach (IFileSystemResourceAccessor file in files)
{
string lowerPath = (file.ResourcePathName ?? string.Empty).ToLowerInvariant();
if (!lowerPath.EndsWith(".ifo") || lowerPath.EndsWith("video_ts.ifo"))
{
continue;
}
using (MediaInfoWrapper mediaInfo = ReadMediaInfo(file))
{
// Before we start evaluating the file, check if it is a video at all
if (mediaInfo.IsValid && mediaInfo.GetVideoCount() == 0)
{
continue;
}
result.AddMediaInfo(mediaInfo);
}
}
}
}
}
else if (mediaItemAccessor.IsFile)
{
string filePath = mediaItemAccessor.ResourcePathName;
if (!HasVideoExtension(filePath))
{
return(false);
}
using (MediaInfoWrapper fileInfo = ReadMediaInfo(mediaItemAccessor))
{
// Before we start evaluating the file, check if it is a video at all
if (!fileInfo.IsValid || (fileInfo.GetVideoCount() == 0 && !IsWorkaroundRequired(filePath)))
{
return(false);
}
string mediaTitle = DosPathHelper.GetFileNameWithoutExtension(mediaItemAccessor.ResourceName);
result = VideoResult.CreateFileInfo(mediaTitle, fileInfo);
}
using (Stream stream = mediaItemAccessor.OpenRead())
result.MimeType = MimeTypeDetector.GetMimeType(stream);
}
if (result != null)
{
result.UpdateMetadata(extractedAspectData);
ILocalFsResourceAccessor disposeLfsra = null;
try
{
ILocalFsResourceAccessor lfsra = mediaItemAccessor as ILocalFsResourceAccessor;
if (lfsra == null && !forceQuickMode)
{ // In case forceQuickMode, we only want local browsing
IResourceAccessor ra = mediaItemAccessor.Clone();
try
{
lfsra = StreamedResourceToLocalFsAccessBridge.GetLocalFsResourceAccessor(ra);
disposeLfsra = lfsra; // Remember to dispose the extra resource accessor instance
}
catch (Exception)
{
ra.Dispose();
}
}
if (lfsra != null)
{
string localFsPath = lfsra.LocalFileSystemPath;
ExtractMatroskaTags(localFsPath, extractedAspectData, forceQuickMode);
ExtractThumbnailData(localFsPath, extractedAspectData, forceQuickMode);
}
}
finally
{
if (disposeLfsra != null)
{
disposeLfsra.Dispose();
}
}
return(true);
}
}
catch (Exception e)
{
// Only log at the info level here - And simply return false. This lets the caller know that we
// couldn't perform our task here.
ServiceRegistration.Get <ILogger>().Info("VideoMetadataExtractor: Exception reading resource '{0}' (Text: '{1}')", mediaItemAccessor.CanonicalLocalResourcePath, e.Message);
}
return(false);
}
/// <summary>
/// Returns a resource accessor instance of interface <see cref="ILocalFsResourceAccessor"/>. This instance will return the
/// given <paramref name="baseResourceAccessor"/>, casted to <see cref="ILocalFsResourceAccessor"/> if possible, or
/// a new instance of <see cref="StreamedResourceToLocalFsAccessBridge"/> to provide the <see cref="ILocalFsResourceAccessor"/>
/// instance.
/// </summary>
/// <remarks>
/// The ownership of the given <paramref name="baseResourceAccessor"/> is transferred from the caller to the returned
/// result value. That means, if this method succeeds, the caller must dispose the result value, it must not dispose
/// the given <paramref name="baseResourceAccessor"/> any more.
/// </remarks>
/// <param name="baseResourceAccessor">Resource accessor which is used to provide the resource contents.</param>
/// <param name="path">Relative path based on the given baseResourceAccessor.</param>
/// <returns>Resource accessor which implements <see cref="ILocalFsResourceAccessor"/>.</returns>
public static ILocalFsResourceAccessor GetLocalFsResourceAccessor(IResourceAccessor baseResourceAccessor, string path)
{
// Try to get an ILocalFsResourceAccessor
ILocalFsResourceAccessor result = baseResourceAccessor as ILocalFsResourceAccessor;
if (result != null)
// Simple case: The media item is located in the local file system or the resource provider returns
// an ILocalFsResourceAccessor from elsewhere - simply return it
return result;
// Set up a resource bridge mapping the remote or complex resource to a local file or directory
string key = baseResourceAccessor.CanonicalLocalResourcePath.Serialize();
MountingDataProxy md;
bool dispose = false;
lock (_syncObj)
{
if (_activeMounts.TryGetValue(key, out md))
// Base accessor not needed - we use our cached accessor
dispose = true;
else
_activeMounts.Add(key, md = CreateMountingDataProxy(key, baseResourceAccessor));
}
if (dispose)
baseResourceAccessor.Dispose();
return new StreamedResourceToLocalFsAccessBridge(md, path);
}
public async Task <MetadataContainer> ParseMediaItemAsync(MediaItem media, int?editionId = null, bool cache = true)
{
try
{
if (media.IsStub)
{
return(null);
}
string category = null;
MetadataContainer info = null;
//Check for live items
if (media.Aspects.ContainsKey(AudioAspect.ASPECT_ID))
{
category = AUDIO_CATEGORY;
if (media.IsLiveRadioItem() && media is LiveTvMediaItem ltmi)
{
info = await ParseSlimTvItemAsync(ltmi).ConfigureAwait(false);
if (info != null)
{
info.Metadata[Editions.DEFAULT_EDITION].Live = true;
info.Metadata[Editions.DEFAULT_EDITION].Size = 0;
}
return(info);
}
}
else if (media.Aspects.ContainsKey(VideoAspect.ASPECT_ID))
{
category = VIDEO_CATEGORY;
if (media.IsLiveTvItem() && media is LiveTvMediaItem ltmi)
{
info = await ParseSlimTvItemAsync(ltmi).ConfigureAwait(false);
if (info != null)
{
info.Metadata[Editions.DEFAULT_EDITION].Live = true;
info.Metadata[Editions.DEFAULT_EDITION].Size = 0;
}
return(info);
}
}
else if (media.Aspects.ContainsKey(ImageAspect.ASPECT_ID))
{
category = IMAGE_CATEGORY;
}
info = await LoadAnalysisAsync(media, category, media.MediaItemId);
if (info != null)
{
return(info);
}
IList <MultipleMediaItemAspect> providerAspects;
if (!MediaItemAspect.TryGetAspects(media.Aspects, ProviderResourceAspect.Metadata, out providerAspects))
{
return(null);
}
IDictionary <int, ResourceLocator> resources = null;
if (media.HasEditions)
{
IEnumerable <int> praIdxs = null;
if (editionId.HasValue)
{
praIdxs = media.Editions.First(e => e.Key == editionId.Value).Value.PrimaryResourceIndexes;
}
else
{
praIdxs = media.Editions.SelectMany(e => e.Value.PrimaryResourceIndexes).Distinct();
}
resources = providerAspects.Where(pra => praIdxs.Contains(pra.GetAttributeValue <int>(ProviderResourceAspect.ATTR_RESOURCE_INDEX))).
ToDictionary(pra => pra.GetAttributeValue <int>(ProviderResourceAspect.ATTR_RESOURCE_INDEX), pra => new ResourceLocator(pra.GetAttributeValue <string>(ProviderResourceAspect.ATTR_SYSTEM_ID), ResourcePath.Deserialize(pra.GetAttributeValue <string>(ProviderResourceAspect.ATTR_RESOURCE_ACCESSOR_PATH))));
}
else
{
resources = providerAspects.Where(pra => pra.GetAttributeValue <int>(ProviderResourceAspect.ATTR_TYPE) == ProviderResourceAspect.TYPE_PRIMARY).
ToDictionary(pra => pra.GetAttributeValue <int>(ProviderResourceAspect.ATTR_RESOURCE_INDEX), pra => new ResourceLocator(pra.GetAttributeValue <string>(ProviderResourceAspect.ATTR_SYSTEM_ID), ResourcePath.Deserialize(pra.GetAttributeValue <string>(ProviderResourceAspect.ATTR_RESOURCE_ACCESSOR_PATH))));
}
//Process media resources
Dictionary <int, Dictionary <int, IResourceAccessor> > editions = new Dictionary <int, Dictionary <int, IResourceAccessor> >();
foreach (var res in resources)
{
int edition = Editions.DEFAULT_EDITION;
if (media.HasEditions)
{
edition = media.Editions.FirstOrDefault(e => e.Value.PrimaryResourceIndexes.Contains(res.Key)).Value.SetNo;
}
if (!editions.ContainsKey(edition))
{
editions.Add(edition, new Dictionary <int, IResourceAccessor>());
}
IResourceAccessor mia = res.Value.CreateAccessor();
if (mia is IFileSystemResourceAccessor fileRes && !fileRes.IsFile)
{
if (fileRes.ResourceExists("VIDEO_TS"))
{
using (IFileSystemResourceAccessor fsraVideoTs = fileRes.GetResource("VIDEO_TS"))
{
if (fsraVideoTs != null && fsraVideoTs.ResourceExists("VIDEO_TS.IFO"))
{
//Find all titles and add each of them
var titles = GetDvdTitleFiles(fsraVideoTs);
foreach (var title in titles)
{
int fileNo = 0;
foreach (var file in title.Value)
{
fileNo++;
int titleKey = MetadataContainer.GetDvdResource(res.Key, title.Key, fileNo);
editions[edition].Add(titleKey, file);
}
}
}
}
}
else if (fileRes.ResourceExists("BDMV"))
{
using (IFileSystemResourceAccessor fsraBDMV = fileRes.GetResource("BDMV"))
{
if (fsraBDMV != null && fsraBDMV.ResourceExists("index.bdmv") && fsraBDMV.ResourceExists("STREAM"))
{
using (IFileSystemResourceAccessor fsraStream = fsraBDMV.GetResource("STREAM"))
{
var orderedFileList = fsraStream.GetFiles().Where(f => f.ResourceName.EndsWith(".m2ts", StringComparison.InvariantCultureIgnoreCase)).OrderByDescending(f => f.Size);
//Use the largest file which is probably the main stream
var mainStream = orderedFileList.First();
editions[edition].Add(res.Key, mainStream);
}
}
}
}
}
else
{
editions[edition].Add(res.Key, mia);
}
mia.Dispose();
}
/// <summary>
/// Creates a local resource provider chain for this resource path, if it is a local path
/// (see <see cref="CheckValidLocalPath"/>), and returns its result in a <see cref="IResourceAccessor"/> instance.
/// </summary>
/// <param name="result">Returns the resource accessor to access the resource represented by this path, if the
/// return value is <c>true</c>. Else, this parameter doesn't return a meaningful value.</param>
/// <returns><c>true</c>, if a resource accessor could successfully be built for this path.</returns>
/// <exception cref="IllegalCallException">If one of the referenced resource providers is not available in the system or
/// has the wrong type.</exception>
/// <exception cref="UnexpectedStateException">If this path is empty.</exception>
public bool TryCreateLocalResourceAccessor(out IResourceAccessor result)
{
IResourceAccessor resourceAccessor = null;
if (USE_RA_CACHE)
{
if (TryGetCloneFromCache(this, out resourceAccessor))
{
result = resourceAccessor;
return(true);
}
}
IMediaAccessor mediaAccessor = ServiceRegistration.Get <IMediaAccessor>();
IEnumerator <ProviderPathSegment> enumer = _pathSegments.GetEnumerator();
if (!enumer.MoveNext())
{
throw new UnexpectedStateException("Cannot build resource accessor for an empty resource path");
}
try
{
do
{
ProviderPathSegment pathSegment = enumer.Current;
IResourceProvider resourceProvider;
if (!mediaAccessor.LocalResourceProviders.TryGetValue(pathSegment.ProviderId, out resourceProvider))
{
throw new IllegalCallException("The resource provider with id '{0}' is not accessible in the current system", pathSegment.ProviderId);
}
if (resourceAccessor == null)
{
IBaseResourceProvider baseProvider = resourceProvider as IBaseResourceProvider;
if (baseProvider == null)
{
throw new IllegalCallException("The resource provider with id '{0}' does not implement the {1} interface", pathSegment.ProviderId, typeof(IBaseResourceProvider).Name);
}
if (!baseProvider.TryCreateResourceAccessor(pathSegment.Path, out resourceAccessor))
{
result = null;
return(false);
}
}
else
{
IChainedResourceProvider chainedProvider = resourceProvider as IChainedResourceProvider;
if (chainedProvider == null)
{
throw new IllegalCallException("The resource provider with id '{0}' does not implement the {1} interface", pathSegment.ProviderId, typeof(IChainedResourceProvider).Name);
}
IResourceAccessor chainedRa;
if (!chainedProvider.TryChainUp(resourceAccessor, pathSegment.Path, out chainedRa))
{
resourceAccessor.Dispose();
result = null;
return(false);
}
resourceAccessor = chainedRa;
}
} while (enumer.MoveNext());
}
catch (Exception)
{
if (resourceAccessor != null)
{
resourceAccessor.Dispose();
}
throw;
}
if (USE_RA_CACHE)
{
AddToCache(this, resourceAccessor);
}
result = resourceAccessor;
return(true);
}
/// <summary>
/// Instantiates all the necessary DataflowBlocks for the given ImportJob
/// </summary>
/// <remarks>
/// We first have to distinguish between two cases here:
/// - BasePath points to a resource for which we can only create an IResourceAccessor - not an IFilesystemResourceAccessor
/// For this case we only import that single resource and don't have to take care of directories and subdirectories
/// ToDo: This still needs to be implemented
/// - BasePath points to a resource for which we can create an IFilesystemResourceAccessor
/// Here we first check whether the resource on the given BasePath exists. If not, we do nothing.
/// If it does exist, we distinguish two cases:
/// - The ImportJob was restored from disk, in which case we push the existing PendingImportResources to the respective DataflowBlocks.
/// - The ImportJob was freshly created, in which case we push the BasePath to the first DataFlowBlock.
/// In this case there are three subcases:
/// - BasePath points to a single resource
/// - BasePath points to a directory which is not a single resource and the ImportJob does not include subdirectories
/// - BasePath points to a directory which is not a single resource and the ImportJob does include subdirectories
/// These subcases, however, are taken care of by the DataflowBlocks - not by the ImportJobController
/// </remarks>
private void SetupDataflowBlocks(IEnumerable <PendingImportResourceNewGen> pendingImportResources)
{
// If we cannot access the BasePath at all, we just log and return
IResourceAccessor ra = null;
try
{
if (!_importJobInformation.BasePath.TryCreateLocalResourceAccessor(out ra))
{
ServiceRegistration.Get <ILogger>().Warn("ImporterWorker.{0}: Unable to access resource path '{1}'.", this, _importJobInformation.BasePath);
return;
}
}
catch (Exception e)
{
ServiceRegistration.Get <ILogger>().Error("ImporterWorker.{0}: Error while creating ResourceAccessor for resource path '{1}'.", e, this, _importJobInformation.BasePath);
if (ra != null)
{
ra.Dispose();
}
return;
}
try
{
// As of now we have a ResourceAccessor that needs to be disposed
using (ra)
{
// If we have a ResourceAccessor which is not an IFileSystemResourceAccessor, just import that single resource
if (!(ra is IFileSystemResourceAccessor))
{
// ToDo: Implement import of Non-IFilesSystemResourceAccessors
return;
}
// Now we are sure it is an IFileSystemResourceAccessor
var fsra = ra as IFileSystemResourceAccessor;
// If the BasePath does not exist, we do nothing. This is necessary to avoid whole shares being removed from
// the MediaLibrary when a RefreshImport is scheduled while e.g. network resources are unavailable.
// If fsra is a NetworkNeighborhoddResourceAccessor and its IsServerPath() method returns true, fsra.Exists()
// will always return true. If therefore the BasePath of this Import points to a whole server and this server
// is not available during a RefreshImport, the whole share will be deleted from the MediaLibrary.
// ToDo: Rework this in NetworkNeighborhoodResourceAccessor
if (!fsra.Exists)
{
ServiceRegistration.Get <ILogger>().Warn("ImporterWorker.{0}: Resource '{1}' does not exists or is not available.", this, _importJobInformation.BasePath);
return;
}
// Now we are sure that we need a DataflowBlock network
// Create the blocks
_dataflowBlocks.Add(new DirectoryUnfoldBlock(_cts.Token, _importJobInformation, this));
_dataflowBlocks.Add(new DirectorySaveBlock(_cts.Token, _importJobInformation, this));
_dataflowBlocks.Add(new FileUnfoldBlock(_cts.Token, _importJobInformation, this));
_dataflowBlocks.Add(new MetadataExtractorBlock(_cts.Token, _importJobInformation, this, false));
_dataflowBlocks.Add(new MediaItemSaveBlock(_cts.Token, _importJobInformation, this));
// Link the blocks
for (int i = 0; i < _dataflowBlocks.Count - 1; i++)
{
_dataflowBlocks[i].LinkTo(_dataflowBlocks[i + 1], new DataflowLinkOptions {
PropagateCompletion = true
});
}
_dataflowBlocks[_dataflowBlocks.Count - 1].LinkTo(DataflowBlock.NullTarget <PendingImportResourceNewGen>());
// Fill the blocks
var completeFirstBlockAfterTheseTasks = new HashSet <Task>();
bool firstBlockNeedsCompletion = true;
if (pendingImportResources == null)
{
// This ImportJob was freshly created and not persisted to disk before
// Just post the BasePath as new PendingImportResource
var rootImportResource = new PendingImportResourceNewGen(null, fsra.Clone() as IFileSystemResourceAccessor, DirectoryUnfoldBlock.BLOCK_NAME, this);
_dataflowBlocks[0].Post(rootImportResource);
firstBlockNeedsCompletion = false;
}
else
{
// This ImportJob was persisted to disk before
int numberOfRestoredPendingResources = 0;
foreach (var pendingImportResource in pendingImportResources)
{
pendingImportResource.InitializeAfterDeserialization(this);
ImporterWorkerDataflowBlockBase block = _dataflowBlocks.Find(b => b.ToString() == pendingImportResource.CurrentBlock);
if (block != null)
{
completeFirstBlockAfterTheseTasks.Add(block.SendAsync(pendingImportResource, _cts.Token));
numberOfRestoredPendingResources++;
if (block == _dataflowBlocks[0])
{
firstBlockNeedsCompletion = false;
}
}
else
{
ServiceRegistration.Get <ILogger>().Error("ImporterWorker.{0}: Could not add {1} after deserialization. DataflowBlock with name {2} does not exist.", this, pendingImportResource, pendingImportResource.CurrentBlock);
pendingImportResource.Dispose();
}
}
ServiceRegistration.Get <ILogger>().Debug("ImporterWorker.{0}: {1} PendingImportResources restored.", this, numberOfRestoredPendingResources);
}
completeFirstBlockAfterTheseTasks.Add(_firstBlockHasFinished.Task);
if (firstBlockNeedsCompletion)
{
FirstBlockHasFinished();
}
// The first DataflowBlock in the network (DirectoryUnfoldBlock) must be set to completed when
// (a) The DirectoryUnfoldBlock has signaled that it is finished (by calling FirstBlockHasFinished()) and
// (b) in case of an ImportJob that has been restored from disk, all restored PendingImportResources
// have been put into the Dataflow network
Task.WhenAll(completeFirstBlockAfterTheseTasks).ContinueWith(previousTask => _dataflowBlocks[0].Complete());
}
}
catch (Exception e)
{
ServiceRegistration.Get <ILogger>().Error("ImporterWorker.{0}: Error while setting up DataflowBlocks for resource path '{1}.", e, this, _importJobInformation.BasePath);
}
}
public bool TryExtractMetadata(IResourceAccessor mediaItemAccessor, IDictionary <Guid, MediaItemAspect> extractedAspectData, bool forceQuickMode)
{
string fileName = mediaItemAccessor.ResourceName;
if (!HasImageExtension(fileName))
{
return(false);
}
MediaItemAspect mediaAspect = MediaItemAspect.GetOrCreateAspect(extractedAspectData, MediaAspect.Metadata);
MediaItemAspect imageAspect = MediaItemAspect.GetOrCreateAspect(extractedAspectData, ImageAspect.Metadata);
MediaItemAspect thumbnailSmallAspect = MediaItemAspect.GetOrCreateAspect(extractedAspectData, ThumbnailSmallAspect.Metadata);
MediaItemAspect thumbnailLargeAspect = MediaItemAspect.GetOrCreateAspect(extractedAspectData, ThumbnailLargeAspect.Metadata);
try
{
// Open a stream for media item to detect mimeType.
using (Stream mediaStream = mediaItemAccessor.OpenRead())
{
string mimeType = MimeTypeDetector.GetMimeType(mediaStream);
if (mimeType != null)
{
mediaAspect.SetAttribute(MediaAspect.ATTR_MIME_TYPE, mimeType);
}
}
// Extract EXIF information from media item.
using (ExifMetaInfo.ExifMetaInfo exif = new ExifMetaInfo.ExifMetaInfo(mediaItemAccessor))
{
mediaAspect.SetAttribute(MediaAspect.ATTR_TITLE, ProviderPathHelper.GetFileNameWithoutExtension(fileName));
mediaAspect.SetAttribute(MediaAspect.ATTR_RECORDINGTIME, exif.OriginalDate != DateTime.MinValue ? exif.OriginalDate : mediaItemAccessor.LastChanged);
mediaAspect.SetAttribute(MediaAspect.ATTR_COMMENT, StringUtils.TrimToNull(exif.ImageDescription));
imageAspect.SetAttribute(ImageAspect.ATTR_WIDTH, (int)exif.PixXDim);
imageAspect.SetAttribute(ImageAspect.ATTR_HEIGHT, (int)exif.PixYDim);
imageAspect.SetAttribute(ImageAspect.ATTR_MAKE, StringUtils.TrimToNull(exif.EquipMake));
imageAspect.SetAttribute(ImageAspect.ATTR_MODEL, StringUtils.TrimToNull(exif.EquipModel));
imageAspect.SetAttribute(ImageAspect.ATTR_EXPOSURE_BIAS, ((double)exif.ExposureBias).ToString());
imageAspect.SetAttribute(ImageAspect.ATTR_EXPOSURE_TIME, exif.ExposureTime.ToString());
imageAspect.SetAttribute(ImageAspect.ATTR_FLASH_MODE, StringUtils.TrimToNull(exif.FlashMode));
imageAspect.SetAttribute(ImageAspect.ATTR_FNUMBER, string.Format("F {0}", (double)exif.FNumber));
imageAspect.SetAttribute(ImageAspect.ATTR_ISO_SPEED, StringUtils.TrimToNull(exif.ISOSpeed));
imageAspect.SetAttribute(ImageAspect.ATTR_ORIENTATION, (Int32)exif.Orientation);
imageAspect.SetAttribute(ImageAspect.ATTR_METERING_MODE, exif.MeteringMode.ToString());
IResourceAccessor ra = mediaItemAccessor.Clone();
ILocalFsResourceAccessor lfsra;
try
{
lfsra = StreamedResourceToLocalFsAccessBridge.GetLocalFsResourceAccessor(ra);
}
catch
{
ra.Dispose();
throw;
}
using (lfsra)
{
string localFsResourcePath = lfsra.LocalFileSystemPath;
if (localFsResourcePath != null)
{
// In quick mode only allow thumbs taken from cache.
bool cachedOnly = forceQuickMode;
// Thumbnail extraction
IThumbnailGenerator generator = ServiceRegistration.Get <IThumbnailGenerator>();
byte[] thumbData;
ImageType imageType;
if (generator.GetThumbnail(localFsResourcePath, 96, 96, cachedOnly, out thumbData, out imageType))
{
thumbnailSmallAspect.SetAttribute(ThumbnailSmallAspect.ATTR_THUMBNAIL, thumbData);
}
if (generator.GetThumbnail(localFsResourcePath, 256, 256, cachedOnly, out thumbData, out imageType))
{
thumbnailLargeAspect.SetAttribute(ThumbnailLargeAspect.ATTR_THUMBNAIL, thumbData);
}
}
}
}
return(true);
}
catch (Exception e)
{
// Only log at the info level here - And simply return false. This makes the importer know that we
// couldn't perform our task here.
ServiceRegistration.Get <ILogger>().Info("ImageMetadataExtractor: Exception reading resource '{0}' (Text: '{1}')", mediaItemAccessor.CanonicalLocalResourcePath, e.Message);
}
return(false);
}
