void TranscodeVideoTest(string filename)
{
using (MFSystem.Start())
{
var details = VideoAttributes.TestFor(filename);
TraceInfo.WriteLine("Frame Rate: {0}, Frame Size: {1}x{2}, Video: {3} @ {4}Mbs, Audio: {5}, {6}Khz @ {7}Kbs, ".F
(details.FrameRate,
details.FrameSize.Width,
details.FrameSize.Height,
details.VideoEncoding,
details.BitRate == 0 ? "-- " : details.BitRate.ToString(),
details.AudioEncoding,
details.AudioSamplesPerSecond / 1000,
details.AudioAverageBytesPerSecond / 1000));
TraceInfo.WriteLine("Begining video re-encoding.");
details.Transcoder.ProcessVideo((readers, saveToSink) =>
{
readers.First().SourceReader.Samples(AVOperations.FadeIn(saveToSink));
});
TraceInfo.WriteLine("Video converted. Review the video file {0} to confirm it looks OK.", details.Transcoder.DestinationFile);
TraceInfo.WriteLine("Success!");
}
}
void TranscodeVideoTest(string filename)
{
List <int> supportedAudioBitRates = new List <int>();
using (MFSystem.Start())
{
var details = VideoAttributes.TestFor(filename);
TraceInfo.WriteLine("Frame Rate: {0}, Frame Size: {1}x{2}, Video: {3} @ {4}Mbs, Audio: {5}, {6}Khz @ {7}Kbs, ".F
(details.FrameRate,
details.FrameSize.Width,
details.FrameSize.Height,
details.VideoEncoding,
details.BitRate == 0 ? "-- " : details.BitRate.ToString(),
details.AudioEncoding,
details.AudioSamplesPerSecond / 1000,
details.AudioAverageBytesPerSecond / 1000));
TraceInfo.WriteLine("Begining video re-encoding.");
details.Transcoder.ProcessVideo((readers, saveToSink) =>
{
int lastSecond = 0;
var fn = AVOperations.FadeIn(saveToSink);
readers.First().SourceReader.Samples(sample => {
if (sample.Stream.CurrentMediaType.IsVideo && sample.Sample != null)
{
var s = (int)sample.Sample.SampleTime.FromNanoToSeconds();
if (s != lastSecond)
{
TraceInfo.WriteLine("Converted: {0} seconds", s);
}
lastSecond = s;
if (s > 10)
{
return(false);
}
}
return(fn(sample));
});
});
TraceInfo.WriteLine("Video converted. Review the video file {0} to confirm it looks OK.", details.Transcoder.DestinationFile);
TraceInfo.WriteLine("Success!");
}
}
void sourceVideoTextBox_TextChanged(object sender, EventArgs e)
{
Settings.Default.lastVideoFile = sourceVideoTextBox.Text;
Settings.Default.Save();
if (lookForAudioBitRates != null)
{
lookForAudioBitRates.Stop();
lookForAudioBitRates.Dispose();
lookForAudioBitRates = null;
}
OnGameDataFileChanged();
SetTanscodeMessage("", "", "");
if (sourceVideoTextBox.Text.Trim() == "")
{
return;
}
if (!File.Exists(sourceVideoTextBox.Text))
{
SetTanscodeMessage(sourceVideoFileErrorMessage: "*File does not exist");
return;
}
try
{
var data = OverlayData.FromFile(sourceVideoTextBox.Text);
var fileName = data.VideoFiles.Last().FileName;
if (!File.Exists(fileName))
{
SetTanscodeMessage(sourceVideoFileErrorMessage: "*Captured video does not exist: " + fileName);
return;
}
var currentVersion = Assembly.GetExecutingAssembly().GetName().Version.ToString();
if (data.CapturedVersion != null && data.CapturedVersion != currentVersion)
{
SetTanscodeMessage(warningDetails: "*Video was captured with version {0}.\nIt is recommended to transcode and capture using the same version.\nTranscoding may not work.".F(data.CapturedVersion));
}
var details = VideoAttributes.TestFor(data);
SetTanscodeMessage(formatDetails: "Frame Rate: {0}, Frame Size: {1}x{2}, Video: {3} @ {4}Mbs, Audio: {5}, {6}Khz @ {7}Kbs, ".F
(details.FrameRate,
details.FrameSize.Width,
details.FrameSize.Height,
details.VideoEncoding,
details.BitRate == 0 ? "-- " : details.BitRate.ToString(),
details.AudioEncoding,
details.AudioSamplesPerSecond / 1000,
details.AudioAverageBytesPerSecond / 1000),
sourceVideoFileErrorMessage: details.ErrorMessage);
}
catch (Exception ex)
{
SetTanscodeMessage(sourceVideoFileErrorMessage: "*Error reading the video file. {0}".F(ex.Message));
lookForAudioBitRates = new System.Windows.Forms.Timer();
lookForAudioBitRates.Tick += sourceVideoTextBox_TextChanged;
lookForAudioBitRates.Interval = 5000;
lookForAudioBitRates.Start();
}
}
