| public WaitForMore ( int how_many = 15000 ) : void | ||
| how_many | int | Number of bytes needed. Default is 15000 |
| 리턴 | void | |
/// <summary>
/// This callback is called everytime a sample is player. This method handles current time and current position updates,
/// the stop of the playing at the end of the track and the buffering state.
/// </summary>
/// <param name="sender">Unused params</param>
/// <param name="e">Unused params</param>
private void wc_Sample(object sender, SampleEventArgs e)
{
if (wc == null)
{
return;
}
if (wc.CurrentTime.TotalSeconds != currentTime)
{
currentTime = wc.CurrentTime.TotalSeconds;
NotifyPropertyChanged("CurrentTime");
NotifyPropertyChanged("BufferPortion");
pos = lmem.Position;
NotifyPropertyChanged("Position");
}
if (lmem.Position == lmem.Length)
{
this.stop(); return;
}
long myBufferSize = 20480;
if ((!BufferingState) && (localstream.Position != rsc.Tag.FileSize) && ((localstream.Position - lmem.Position) < myBufferSize))
{
Console.WriteLine("Paused ... waiting!");
BufferingState = true;
this.pause();
localstream.WaitForMore();
}
}
/// <summary>
/// Sets all configuration to enable the playback and the downloading of the track from the network.
/// After setting all configuration, the player will wait for the buffer to be full enough to start playing.
/// </summary>
/// <param name="rsc">Resource to Handle</param>
/// <param name="spos">Starting position</param>
private void setupLocalStream(KademliaResource rsc, long spos)
{
if (localstream != null)
{
localstream.Close();
}
EnableFlowRestart = true;
Dictionary <string, float> tD = new Dictionary <string, float>();
foreach (DhtElement de in rsc.Urls)
{
Console.WriteLine(de.Url);
tD[de.Url.ToString()] = 0;
}
this.streambuff = new byte[rsc.Tag.FileSize];
localstream = new ObservableStream(streambuff);
startPosition = spos;
localstream.Seek(spos, SeekOrigin.Begin);
pos = spos;
NotifyPropertyChanged("Position");
NotifyPropertyChanged("BufferPortion");
localstream.WaitedPositionReached += resumePlay;
localstream.PositionChanged += (sender, args) => { NotifyPropertyChanged("BufferPortion"); };
peer.GetFlow(rsc.Tag.FileHash, (int)startPosition, (int)rsc.Tag.FileSize, tD, localstream);
BufferingState = true;
NotifyPropertyChanged("PlayingState");
startPhaseBuffering = true;
localstream.WaitForMore(60000);
NotifyPropertyChanged("ResourceTag");
NotifyPropertyChanged("Length");
NotifyPropertyChanged("BigBufferSize");
NotifyPropertyChanged("HasResource");
}
/// <summary>
/// Sets all configuration to enable the playback and the downloading of the track from the network.
/// After setting all configuration, the player will wait for the buffer to be full enough to start playing.
/// </summary>
/// <param name="rsc">Resource to Handle</param>
/// <param name="spos">Starting position</param>
private void setupLocalStream(KademliaResource rsc,long spos)
{
if (localstream != null)
{
localstream.Close();
}
EnableFlowRestart = true;
Dictionary<string, float> tD = new Dictionary<string, float>();
foreach (DhtElement de in rsc.Urls)
{
Console.WriteLine(de.Url);
tD[de.Url.ToString()] = 0;
}
this.streambuff = new byte[rsc.Tag.FileSize];
localstream = new ObservableStream(streambuff);
startPosition = spos;
localstream.Seek(spos, SeekOrigin.Begin);
pos = spos;
NotifyPropertyChanged("Position");
NotifyPropertyChanged("BufferPortion");
localstream.WaitedPositionReached += resumePlay;
localstream.PositionChanged += (sender, args) => { NotifyPropertyChanged("BufferPortion"); };
peer.GetFlow(rsc.Tag.FileHash,(int)startPosition, (int)rsc.Tag.FileSize, tD, localstream);
BufferingState = true;
NotifyPropertyChanged("PlayingState");
startPhaseBuffering = true;
localstream.WaitForMore(60000);
NotifyPropertyChanged("ResourceTag");
NotifyPropertyChanged("Length");
NotifyPropertyChanged("BigBufferSize");
NotifyPropertyChanged("HasResource");
}