public void ConvertTracksNoteMapToOrpheeNoteMessageList(IOrpheeFile orpheeFile)
{
foreach (var track in orpheeFile.OrpheeTrackList)
{
var trackLength = track.TrackLength;
track.OrpheeNoteMessageList = NoteMapManager.Instance.ConvertNoteMapToOrpheeMessageList(track.NoteMap, (int) track.Channel, ref trackLength);
}
}
private void WriteEventsInFile(IOrpheeFile orpheeFile)
{
using (this._writer = new BinaryWriter(this._storageFile.OpenStreamForWriteAsync().Result))
{
this._fileHeaderWriter.WriteFileHeader(this._writer, orpheeFile.OrpheeFileParameters);
foreach (var orpheeTrack in orpheeFile.OrpheeTrackList)
{
this._trackHeaderWriter.WriteTrackHeader(this._writer, orpheeTrack.PlayerParameters, orpheeTrack.TrackLength);
this._noteMessageWriter.WriteNoteMessages(this._writer, orpheeTrack.OrpheeNoteMessageList, (int)orpheeTrack.Channel, orpheeTrack.CurrentInstrument);
}
}
}
private async Task<bool> GetTheSaveFilePicker(IOrpheeFile orpheeFile)
{
var savePicker = new FileSavePicker()
{
SuggestedStartLocation = PickerLocationId.MusicLibrary,
SuggestedFileName = orpheeFile.FileName,
};
savePicker.FileTypeChoices.Add("Plain Text", new List<string>() { orpheeFile.FileName.Split('.')[1] == "loop" ? ".loop" : ".orph" });
this._storageFile = await savePicker.PickSaveFileAsync();
if (this._storageFile != null)
{
CachedFileManager.DeferUpdates(this._storageFile);
WriteEventsInFile(orpheeFile);
return true;
}
return false;
}
public WhenFileExporterIsCalled()
{
this.PlayerParameters = new PlayerParameters()
{
TimeSignatureNominator = 4,
TimeSignatureDenominator = 4,
TimeSignatureClocksPerBeat = 24,
Tempo = 120,
TimeSignatureNumberOf32ThNotePerBeat = 4
};
this.OrpheeTrack = new OrpheeTrack(0, Channel.Channel1)
{
PlayerParameters = this.PlayerParameters,
CurrentInstrument = Instrument.OrchestralHarp
};
this.OrpheeFile = new OrpheeFile();
this.OrpheeFile.AddNewTrack(this.OrpheeTrack);
this.OrpheeFileExporter = new OrpheeFileExporter(new FileHeaderWriter(new SwapManager()), new TrackHeaderWriter(new TimeSignatureMessageWriter(), new TempoMessageWriter(), new SwapManager()), new NoteMessageWriter(new ProgramChangeMessageWriter(), new EndOfTrackMessageWriter()));
}
public bool SaveOrpheeFile(IOrpheeFile orpheeFile)
{
return false;
}
public WhenNoteMessageWriterIsCalled()
{
this.FileHeaderWriterMock = new Mock<IFileHeaderWriter>();
this.NoteMessageWriterMock = new Mock<INoteMessageWriter>();
this.SwapManagerMock = new Mock<ISwapManager>();
this.TrackHeaderWriterMock = new Mock<ITrackHeaderWriter>();
this.OrpheeFileExporter = new OrpheeFileExporter(this.FileHeaderWriterMock.Object, this.TrackHeaderWriterMock.Object, this.NoteMessageWriterMock.Object);
this.EndOfTrackMessageWriterMock = new Mock<IEndOfTrackMessageWriter>();
this.ProgramChangeMessageWriterMock = new Mock<IProgramChangeMessageWriter>();
this.DeltaTimeRetriever = new DeltaTimeRetriever();
this.OrpheeFile = new OrpheeFile();
this.OrpheeTrack = new OrpheeTrack(0, Channel.Channel5)
{
CurrentInstrument = Instrument.AcousticGuitarSteel,
};
this.OrpheeTrack.NoteMap[0][0].IsChecked = true;
this.OrpheeTrack.NoteMap[0][0].ColumnIndex = 0;
this.OrpheeTrack.NoteMap[0][0].LineIndex = 0;
this.OrpheeTrack.NoteMap[0][0].Note = Note.C4;
this.OrpheeFile.AddNewTrack(this.OrpheeTrack);
this.NoteMessageWriter = new NoteMessageWriter(this.ProgramChangeMessageWriterMock.Object, this.EndOfTrackMessageWriterMock.Object);
var result = InitializeFile("NoteMessageTests.test").Result;
}
