public void ProcessSingleTempoJob(string sourceFileName, float?tempo = null, float?pitch = null)
{
TempoDelta = tempo;
PitchDelta = pitch;
XMusicLogger.Init();
GenerateWorkFlow(sourceFileName);
using (xConverter = new XConverter())
using (xTempoProcessor = new XTempoProcessor())
{
Process();
}
RemoveTempFiles();
XMusicLogger.AddLog($"Finished !!");
}
public void ProcessTempoJob(XJob job)
{
using (var xConverter = new XConverter())
using (var xTempoProcessor = new XTempoProcessor())
{
job.StartTime = DateTime.Now;
if (job.SourceFileType == XFileType.Wma)
{
XJobResult res = xConverter.Convert(job.SourceFileName, XFileType.Mp3);
SaveTempFile(res.TempFileName, res.OutputData);
ProccessMp3(xConverter, xTempoProcessor, res.TempFileName, job.SourceFileName);
}
if (job.SourceFileType == XFileType.Mp3)
{
ProccessMp3(xConverter, xTempoProcessor, job.SourceFileName, job.SourceFileName);
}
job.EndTime = DateTime.Now;
}
}
private void ProccessMp3(XConverter xConverter, XTempoProcessor xTempoProcessor, string mp3Path, string mainSourceFileName)
{
XJobResult res = xConverter.Convert(mp3Path, XFileType.Wav);
SaveTempFile(res.TempFileName, res.OutputData);
var wavTempoJob = new XTempoJob {
SourceFileName = res.TempFileName, ReturnData = true
};
xTempoProcessor.Process(wavTempoJob);
//var afterTempoWavToMp3Job = new XConvertJob { SourceData = wavTempoJob.OutputData, DestinationFileType = XFileType.Mp3 };
SaveTempFile(mainSourceFileName.GenerateGuidPath(XFileType.Mp3), wavTempoJob.OutputData);
//xConverter.Convert(mp3ToWavJob);
//if (afterTempoWavToMp3Job.SourceData != null)
//{
// File.WriteAllBytes(afterTempoWavToMp3Job.SourceFileName, afterTempoWavToMp3Job.SourceData);
//}
}
