/// <summary>
/// Wendet eine Ausschlußoption an.
/// </summary>
/// <param name="disable">Die gewünschte Option.</param>
/// <param name="mode">Der aktuelle Bearbeitungsmodus.</param>
/// <param name="needed">Die Anzahl der noch benötigten Verbraucher, bei Bedarf korrigiert.</param>
/// <param name="report">Protokolliert die vorgenommenen Veränderungen.</param>
public void ApplyDisable(StreamDisableSelector disable, StreamDisableMode mode, ref int needed, Action <SourceSelection, string, int> report)
{
// Initial value
int neededStart = needed;
// Process
if (!CurrentStreams.ApplyDisable(disable, mode, ref needed, (m, c) => { if (null != report)
{
report(Source, m, c);
}
}))
{
return;
}
// Remember corrected settings
OriginalStreams = CurrentStreams;
// Correct consumer count
ConsumerCount = ConsumerCount.Value - (neededStart - needed);
}
/// <summary>
/// Wendet eine Deaktivierung auf eine Auswahl von Teildatenströmen (PID) an.
/// </summary>
/// <param name="streams">Die aktuelle Auswahl.</param>
/// <param name="disable">Der gewünschte Aspekt.</param>
/// <param name="mode">Der aktuelle Korrekturkontext der zugehörigen Quelle.</param>
/// <param name="needed">Die Anzahl der noch benötigten Verbraucher, die geeignet korrigiert wird.</param>
/// <param name="report">Protokolliert die vorgenommene Veränderung.</param>
/// <returns>Gesetzt, wenn eine Veränderung stattgefunden hat.</returns>
public static bool ApplyDisable( this StreamSelection streams, StreamDisableSelector disable, StreamDisableMode mode, ref int needed, Action<string, int> report )
{
// Check mode first
switch (mode)
{
case StreamDisableMode.Self:
{
// All supported
switch (disable)
{
case StreamDisableSelector.AC3IfMP2ExistsSelf: return streams.RemoveAC3AudioIfMP2Present( ref needed, report );
case StreamDisableSelector.AlternateAC3Self: return streams.RemoveAlternateAC3Audio( ref needed, report );
case StreamDisableSelector.AlternateMP2Self: return streams.RemoveAlternateMP2Audio( ref needed, report );
case StreamDisableSelector.MP2IfAC3ExistsSelf: return streams.RemoveMP2AudioIfAC3Present( ref needed, report );
case StreamDisableSelector.SubTitlesSelf: return streams.RemoveSubTitles( ref needed, report );
case StreamDisableSelector.VideoTextSelf: return streams.RemoveVideoText( ref needed, report );
}
// Done
break;
}
case StreamDisableMode.Higher:
{
// All supported
switch (disable)
{
case StreamDisableSelector.AC3IfMP2ExistsHigher: return streams.RemoveAC3AudioIfMP2Present( ref needed, report );
case StreamDisableSelector.AlternateAC3Higher: return streams.RemoveAlternateAC3Audio( ref needed, report );
case StreamDisableSelector.AlternateMP2Higher: return streams.RemoveAlternateMP2Audio( ref needed, report );
case StreamDisableSelector.MP2IfAC3ExistsHigher: return streams.RemoveMP2AudioIfAC3Present( ref needed, report );
case StreamDisableSelector.SubTitlesHigher: return streams.RemoveSubTitles( ref needed, report );
case StreamDisableSelector.VideoTextHigher: return streams.RemoveVideoText( ref needed, report );
}
// Done
break;
}
case StreamDisableMode.Lower:
{
// All supported
switch (disable)
{
case StreamDisableSelector.AC3IfMP2ExistsLower: return streams.RemoveAC3AudioIfMP2Present( ref needed, report );
case StreamDisableSelector.AlternateAC3Lower: return streams.RemoveAlternateAC3Audio( ref needed, report );
case StreamDisableSelector.AlternateMP2Lower: return streams.RemoveAlternateMP2Audio( ref needed, report );
case StreamDisableSelector.MP2IfAC3ExistsLower: return streams.RemoveMP2AudioIfAC3Present( ref needed, report );
case StreamDisableSelector.SubTitlesLower: return streams.RemoveSubTitles( ref needed, report );
case StreamDisableSelector.VideoTextLower: return streams.RemoveVideoText( ref needed, report );
}
// Done
break;
}
}
// None found
return false;
}
/// <summary>
/// Wendet eine Deaktivierung auf eine Auswahl von Teildatenströmen (PID) an.
/// </summary>
/// <param name="streams">Die aktuelle Auswahl.</param>
/// <param name="disable">Der gewünschte Aspekt.</param>
/// <param name="mode">Der aktuelle Korrekturkontext der zugehörigen Quelle.</param>
/// <param name="needed">Die Anzahl der noch benötigten Verbraucher, die geeignet korrigiert wird.</param>
/// <param name="report">Protokolliert die vorgenommene Veränderung.</param>
/// <returns>Gesetzt, wenn eine Veränderung stattgefunden hat.</returns>
public static bool ApplyDisable(this StreamSelection streams, StreamDisableSelector disable, StreamDisableMode mode, ref int needed, Action <string, int> report)
{
// Check mode first
switch (mode)
{
case StreamDisableMode.Self:
{
// All supported
switch (disable)
{
case StreamDisableSelector.AC3IfMP2ExistsSelf: return(streams.RemoveAC3AudioIfMP2Present(ref needed, report));
case StreamDisableSelector.AlternateAC3Self: return(streams.RemoveAlternateAC3Audio(ref needed, report));
case StreamDisableSelector.AlternateMP2Self: return(streams.RemoveAlternateMP2Audio(ref needed, report));
case StreamDisableSelector.MP2IfAC3ExistsSelf: return(streams.RemoveMP2AudioIfAC3Present(ref needed, report));
case StreamDisableSelector.SubTitlesSelf: return(streams.RemoveSubTitles(ref needed, report));
case StreamDisableSelector.VideoTextSelf: return(streams.RemoveVideoText(ref needed, report));
}
// Done
break;
}
case StreamDisableMode.Higher:
{
// All supported
switch (disable)
{
case StreamDisableSelector.AC3IfMP2ExistsHigher: return(streams.RemoveAC3AudioIfMP2Present(ref needed, report));
case StreamDisableSelector.AlternateAC3Higher: return(streams.RemoveAlternateAC3Audio(ref needed, report));
case StreamDisableSelector.AlternateMP2Higher: return(streams.RemoveAlternateMP2Audio(ref needed, report));
case StreamDisableSelector.MP2IfAC3ExistsHigher: return(streams.RemoveMP2AudioIfAC3Present(ref needed, report));
case StreamDisableSelector.SubTitlesHigher: return(streams.RemoveSubTitles(ref needed, report));
case StreamDisableSelector.VideoTextHigher: return(streams.RemoveVideoText(ref needed, report));
}
// Done
break;
}
case StreamDisableMode.Lower:
{
// All supported
switch (disable)
{
case StreamDisableSelector.AC3IfMP2ExistsLower: return(streams.RemoveAC3AudioIfMP2Present(ref needed, report));
case StreamDisableSelector.AlternateAC3Lower: return(streams.RemoveAlternateAC3Audio(ref needed, report));
case StreamDisableSelector.AlternateMP2Lower: return(streams.RemoveAlternateMP2Audio(ref needed, report));
case StreamDisableSelector.MP2IfAC3ExistsLower: return(streams.RemoveMP2AudioIfAC3Present(ref needed, report));
case StreamDisableSelector.SubTitlesLower: return(streams.RemoveSubTitles(ref needed, report));
case StreamDisableSelector.VideoTextLower: return(streams.RemoveVideoText(ref needed, report));
}
// Done
break;
}
}
// None found
return(false);
}
/// <summary>
/// Wendet eine Ausschlußoption an.
/// </summary>
/// <param name="disable">Die gewünschte Option.</param>
/// <param name="mode">Der aktuelle Bearbeitungsmodus.</param>
/// <param name="needed">Die Anzahl der noch benötigten Verbraucher, bei Bedarf korrigiert.</param>
/// <param name="report">Protokolliert die vorgenommenen Veränderungen.</param>
public void ApplyDisable( StreamDisableSelector disable, StreamDisableMode mode, ref int needed, Action<SourceSelection, string, int> report )
{
// Initial value
int neededStart = needed;
// Process
if (!CurrentStreams.ApplyDisable( disable, mode, ref needed, ( m, c ) => { if (null != report) report( Source, m, c ); } ))
return;
// Remember corrected settings
OriginalStreams = CurrentStreams;
// Correct consumer count
ConsumerCount = ConsumerCount.Value - (neededStart - needed);
}
