public void Test_1()
{
_SpaceAvailable = FileInternalToolBox.AvailableFreeSpace("C:\\");
SpaceChecker target = new SpaceChecker("C:\\", 2 * _SpaceAvailable);
target.DiskName.Should().Be("C:\\");
target.SizeAvailable.SizeInByte.Should().Be(_SpaceAvailable);
(-target.Delta).SizeInByte.Should().Be(_SpaceAvailable);
target.OK.Should().BeFalse();
string ts = target.ToString();
ts.Should().Contain("Missing");
}
public void Test_0()
{
_SpaceAvailable = FileInternalToolBox.AvailableFreeSpace("C:\\");
SpaceChecker target = new SpaceChecker("C:\\", 0);
target.DiskName.Should().Be("C:\\");
target.SizeAvailable.SizeInByte.Should().Be(_SpaceAvailable);
target.Delta.SizeInByte.Should().Be(_SpaceAvailable);
target.OK.Should().BeTrue();
string ts = target.ToString();
ts.Should().Contain("Remaining");
}
public void Test_3()
{
_SpaceAvailable = FileInternalToolBox.AvailableFreeSpace("C:\\");
string path = this.GetFileInName("A - B.mp3");
File.Exists(path).Should().BeTrue();
SpaceChecker target = new SpaceChecker("C:\\",path.SingleItemCollection());
//A - B.mp3 106KB 108.943 bytes
target.SizeAvailable.SizeInByte.Should().Be(_SpaceAvailable);
target.SizeNeeded.SizeInByte.Should().Be(108943);
target.Delta.SizeInByte.Should().Be(_SpaceAvailable - 108943);
target.OK.Should().BeTrue();
string ts = target.ToString();
ts.Should().Contain("Remaining");
}
protected override ImporterConverterAbstract GetNext(IEventListener iel, CancellationToken iCancellationToken)
{
if (iCancellationToken.IsCancellationRequested)
{
return null;
}
SpaceChecker sc = new SpaceChecker(Context.ConvertManager.PathFromOutput(_ListMusic[0], _ClueName),
_ListMusic);
if (!sc.OK)
{
iel.Report(new NotEnougthSpace(sc.ToString()));
return null;
}
try
{
_TargetConvertedMusic = ConvertMusic(iel, iCancellationToken).ToList();
}
catch (ImportExportException iee)
{
throw iee;
}
catch (Exception e)
{
Trace.WriteLine(string.Format("Exception during music convestion, could be ok if this a cancellation exception {0}", e));
return null;
}
if (iCancellationToken.IsCancellationRequested)
{
return null;
}
if (_TargetConvertedMusic.Count == 0)
{
return null;
}
return new MusicImporter(_TargetConvertedMusic, _ListImage, _ClueName);
}
private void UpdateSC()
{
SpaceCheck = IsPertinent? new SpaceChecker(_DN, _Length) : null;
}
public bool End()
{
_SC = new SpaceChecker(_DN, _Length);
return _SC.OK;
}
protected override ImporterConverterAbstract GetNext(IEventListener iel, CancellationToken iCancellationToken)
{
if (_Done)
throw new InvalidOperationException("reentrance");
_Done = true;
if (!Analyse())
{
//Cue does not match..let's do the easy way.
return new MusicConverterImporter(_IMusicConverter, _MusicandCueFile.Select(i => i.Item1).ToList(), _ListImage, _ClueName);
}
foreach (Tuple<string, AlbumDescriptor> MAC in _MusicandCueFile)
{
_MusicConverted.Add(MAC.Item1);
_MusicConverted.Add(MAC.Item2.CUESheetFileName);
}
List<TrackConverted> tracks = new List<TrackConverted>();
SpaceChecker sc = new SpaceChecker(Context.ConvertManager.PathFromOutput(_MusicandCueFile[0].Item1, _ClueName),
from mac in _MusicandCueFile select mac.Item1);
if (!sc.OK)
{
iel.Report(new NotEnougthSpace(sc.ToString()));
return null;
}
if (iCancellationToken.IsCancellationRequested)
{
return null;
}
foreach (Tuple<string, AlbumDescriptor> MAC in _MusicandCueFile)
{
string MusicPath = MAC.Item1;
AlbumDescriptor Cs = MAC.Item2;
int Current = 1;
iel.Report(new ConvertProgessEventArgs(_ClueName.DisplayName, Current, Cs.RawTrackDescriptors.Count));
bool OK = false;
using (IMusicfilesConverter imcc = _IMusicConverter.GetMusicConverter(MusicPath, Cs.RawTrackDescriptors, Context.ConvertManager.PathFromOutput(MusicPath, _ClueName), Context.Folders.Temp))
{
IProgress<TrackConverted> progress = new SimpleProgress<TrackConverted>
( (e) =>
{
iel.Report(new ConvertProgessEventArgs(_ClueName.DisplayName, ++Current, Cs.RawTrackDescriptors.Count));
if (e.OK)
{
tracks.Add(e);
AddConvertedFiles(MusicPath, e.Track.Path);
}
else
iel.OnFactorisableError<UnableToConvertFile>(e.Track.Name);
});
OK = imcc.ConvertTomp3(progress, iCancellationToken);
}
}
if (iCancellationToken.IsCancellationRequested)
{
return null;
}
return new MusicWithMetadaImporter((from t in tracks select t.Track).ToArray<ITrackDescriptor>(), _ListImage, _ClueName); ;
}
public bool Extract(IEventListener Listener, CancellationToken iCancellationToken)
{
if (!CanBeImported)
{
Listener.Report(new FileTooLongArgs((_RarContext as IImportHelper).DisplayName));
return false;
}
if (!ContainsMusic)
{
Listener.Report(new NoMusicImportErrorEventArgs((_RarContext as IImportHelper).DisplayName));
return false;
}
//check available space
SpaceChecker sc = new SpaceChecker(Root, _Sex.UnpackedSize * (ContainsCompressedMusic ? 2 : 1));
if (!sc.OK)
{
Listener.Report(new NotEnougthSpace(sc.ToString()));
return false;
}
return PrivateDecompactor(Listener, iCancellationToken);
}