protected override void Dispose(bool disposing)
{
if (disposing && destination != null)
{
if (!inconsistentState)
{
Flush();
}
if (destination is Stream)
{
((Stream)destination).Close();
}
else
{
((TextWriter)destination).Close();
}
}
if (consumer != null && consumer is IDisposable)
{
((IDisposable)consumer).Dispose();
}
destination = null;
consumer = null;
sinkInputObject = null;
chunkToReadBuffer = null;
base.Dispose(disposing);
}
internal override IProducerConsumer CreatePullChain(TextReader input, ConverterStream converterStream)
{
this.inputEncoding = Encoding.Unicode;
ConverterInput input2 = new ConverterUnicodeInput(input, false, this.maxHtmlTagSize, base.TestBoundaryConditions, converterStream);
ConverterOutput output = new ConverterEncodingOutput(converterStream, false, false, this.outputEncodingSameAsInput ? Encoding.UTF8 : this.outputEncoding, this.outputEncodingSameAsInput, base.TestBoundaryConditions, this);
return(this.CreateChain(input2, output, converterStream));
}
internal override IProducerConsumer CreatePullChain(TextReader input, ConverterReader converterReader)
{
this.inputEncoding = Encoding.Unicode;
this.outputEncoding = Encoding.Unicode;
ConverterInput input2 = new ConverterUnicodeInput(input, false, this.maxHtmlTagSize, base.TestBoundaryConditions, converterReader);
ConverterOutput output = new ConverterUnicodeOutput(converterReader, false, false);
return(this.CreateChain(input2, output, converterReader));
}
internal void SetSink(ConverterUnicodeInput sinkInputObject)
{
this.sinkInputObject = sinkInputObject;
}
