public void Setup()
{
SIL.Reporting.ErrorReport.IsOkToInteractWithUser = false;
_tempAudioFile = MediaFileInfoTests.GetLongerTestAudioFile();
_timeTier = new TimeTier(_tempAudioFile);
_timeTier.AddSegment(0f, 10f);
_timeTier.AddSegment(10f, 20f);
_timeTier.AddSegment(20f, 30f);
_textTier = new TextTier(TextTier.ElanTranscriptionTierId);
var annotationFile = new Mock <AnnotationComponentFile>();
annotationFile.Setup(a => a.Tiers).Returns(new TierCollection {
_timeTier, _textTier
});
_componentFile = new Mock <ComponentFile>();
_componentFile.Setup(f => f.PathToAnnotatedFile).Returns(_tempAudioFile);
_componentFile.Setup(f => f.GetAnnotationFile()).Returns(annotationFile.Object);
CreateNewModel();
Directory.CreateDirectory(_model.OralAnnotationsFolder);
Assert.IsNotNull(_model.OrigWaveStream);
}
public void LoadAndPlayFile_FolderHasNonAsciiCharacter_Plays()
{
var source = MediaFileInfoTests.GetShortTestAudioFile();
using (var folder = new TemporaryFolder("ффSayMoreMediaModelTest"))
{
var pathname = Path.Combine(folder.Path, "normal.wav");
if (File.Exists(pathname))
{
File.Delete(pathname);
}
File.Move(source, pathname);
_model.LoadFile(pathname);
_model.SetVolume(0.01f);
var logger = new DebugLogger();
ReflectionHelper.SetProperty(_model, "DebugOutput", logger);
_model.PlaybackEnded += delegate
{
_model = null;
File.Delete(pathname);
};
_model.Play();
while (_model != null)
{
Thread.Sleep(10);
}
Assert.IsTrue(logger.GetText().Contains("Starting playback..."));
}
}
public void Save_CanReadSavedFile()
{
var mediafile = MediaFileInfoTests.GetShortTestAudioFile();
var expectedEafFile = AnnotationFileHelper.ComputeEafFileNameFromOralAnnotationFile(mediafile);
try
{
var savedEafFile = _collection.Save(mediafile);
Assert.AreEqual(expectedEafFile, savedEafFile);
var tiers = AnnotationFileHelper.Load(savedEafFile).GetTierCollection();
// We expect only 3 tiers in the saved file, because the AnnotationFileHelper only saves
// the Transcription and Free Translation tiers. The "otherTextTier" is discarded.
Assert.AreEqual(3, tiers.Count);
for (var i = 0; i < tiers.Count; i++)
{
CheckTier(_collection[i], tiers[i]);
}
}
finally
{
try { File.Delete(mediafile); } catch { }
try { File.Delete(expectedEafFile); } catch { }
}
}
public void Setup()
{
_helper = new FLExTextExporter(null, "Homer", null, "en", "fr", "filename1", "filename2");
var tempMediaPath = MediaFileInfoTests.GetLongerTestAudioFile();
_tempFolder = new TemporaryFolder("TierCollectionTests");
_mediaFile = Path.Combine(_tempFolder.Path, "mediaFile.wav");
File.Move(tempMediaPath, _mediaFile);
}
public void Setup()
{
_tempFolder = new TemporaryFolder("ConvertMediaDlgViewModelTests");
_testAudioFileName = MediaFileInfoTests.GetLongerTestAudioFile();
var destFile = Path.Combine(_tempFolder.Path, "test.wav");
File.Move(_testAudioFileName, destFile);
_testAudioFileName = destFile;
_model = new ConvertMediaDlgViewModel(_testAudioFileName,
ConvertMediaDlg.GetFactoryExtractToMp3AudioConversionName());
}
public void Setup()
{
var tempMediaPath = MediaFileInfoTests.GetLongerTestAudioFile();
_tempFolder = new TemporaryFolder("TierCollectionTests");
var mediaFile = Path.Combine(_tempFolder.Path, "mediaFile.wav");
File.Move(tempMediaPath, mediaFile);
_collection = new TierCollection(mediaFile);
_collection.Clear();
var timeTier = new TimeTier("timeTier", mediaFile);
_collection.Add(timeTier);
var transcriptionTier = new TextTier(TextTier.ElanTranscriptionTierId);
_collection.Add(transcriptionTier);
var translationTier = new TextTier(TextTier.ElanTranslationTierId);
_collection.Add(translationTier);
var otherTextTier = new TextTier("otherTextTier");
_collection.Add(otherTextTier);
timeTier.AddSegment(10f, 20f);
timeTier.AddSegment(20f, 30f);
timeTier.AddSegment(30f, 40f);
transcriptionTier.AddSegment("trans1");
transcriptionTier.AddSegment("trans2");
transcriptionTier.AddSegment("trans3");
translationTier.AddSegment("free1");
translationTier.AddSegment("free2");
translationTier.AddSegment(null);
otherTextTier.AddSegment("other1");
otherTextTier.AddSegment(null);
otherTextTier.AddSegment(null);
Assert.AreEqual(mediaFile, _collection.AnnotatedMediaFile);
Assert.AreEqual(4, _collection.Count);
}
/// ------------------------------------------------------------------------------------
private string LoadMediaFile()
{
var file = MediaFileInfoTests.GetTestVideoFile();
Assert.IsTrue(File.Exists(file));
try
{
_model.LoadFile(file);
}
catch
{
File.Delete(file);
throw;
}
return(file);
}
public void Setup()
{
var tempMediaPath = MediaFileInfoTests.GetLongerTestAudioFile();
_tempFolder = new TemporaryFolder("TierCollectionTests");
var mediaFile = Path.Combine(_tempFolder.Path, "mediaFile.wav");
File.Move(tempMediaPath, mediaFile);
_tier = new TimeTier("test tier", mediaFile);
_tier.AddSegment(10f, 20f);
_tier.AddSegment(20f, 30f);
_tier.AddSegment(30f, 40f);
Assert.AreEqual("test tier", _tier.Id);
Assert.AreEqual(string.Empty, _tier.DisplayName);
Assert.AreEqual(mediaFile, _tier.MediaFileName);
Assert.AreEqual(Path.Combine(_tempFolder.Path, "mediaFile.wav_Annotations"), _tier.SegmentFileFolder);
Assert.IsInstanceOf <AudioWaveFormColumn>(_tier.GridColumn);
}
public void LoadAndPlayFile_FileNameHasAsciiCharacter_Plays()
{
var pathname = MediaFileInfoTests.GetShortTestAudioFile();
_model.LoadFile(pathname);
_model.SetVolume(0.01f);
var logger = new DebugLogger();
ReflectionHelper.SetProperty(_model, "DebugOutput", logger);
_model.PlaybackEnded += delegate
{
_model = null;
File.Delete(pathname);
};
_model.Play();
while (_model != null)
{
Thread.Sleep(10);
}
Assert.IsTrue(logger.GetText().Contains("Starting playback..."));
}
public void Setup()
{
_tempAudioFile = MediaFileInfoTests.GetLongerTestAudioFile();
var tier = new TimeTier(_tempAudioFile);
tier.AddSegment(0f, 5f);
tier.AddSegment(5f, 10f);
tier.AddSegment(15f, 20f);
tier.AddSegment(25f, 30f);
var annotationFile = new Mock <AnnotationComponentFile>();
annotationFile.Setup(a => a.Tiers).Returns(new TierCollection {
tier
});
_componentFile = new Mock <ComponentFile>();
_componentFile.Setup(f => f.PathToAnnotatedFile).Returns(_tempAudioFile);
_componentFile.Setup(f => f.GetAnnotationFile()).Returns(annotationFile.Object);
_model = OralAnnotationRecorderDlgViewModel.Create(_componentFile.Object, AudioRecordingType.Careful);
}
public void Save_CanReadSavedFile()
{
var mediafile = MediaFileInfoTests.GetShortTestAudioFile();
var expectedEafFile = AnnotationFileHelper.ComputeEafFileNameFromOralAnnotationFile(mediafile);
try
{
var savedEafFile = _collection.Save(mediafile);
Assert.AreEqual(expectedEafFile, savedEafFile);
var tiers = AnnotationFileHelper.Load(savedEafFile).GetTierCollection();
Assert.AreEqual(4, tiers.Count);
for (int i = 0; i < tiers.Count; i++)
{
CheckTier(_collection[i], tiers[i]);
}
}
catch { }
finally
{
try { File.Delete(mediafile); } catch { }
try { File.Delete(expectedEafFile); } catch { }
}
}
public void SetUp()
{
_testAudioFileName = MediaFileInfoTests.GetLongerTestAudioFile();
_helper = new AudioFileHelper(_testAudioFileName);
}
