public C2BConverter(String encoding) throws IOException 
{
	this( new ByteChunk(1024), encoding );
}

Create a converter

 public C2BConverter(ByteChunk output,
    String encoding) throws IOException 
{
    
	this.bb=output;
	ios=new IntermediateOutputStream( output );
	conv=new WriteConvertor( ios, encoding );
        this.enc=encoding;
}

Create a converter, with bytes going to a byte buffer

 public final  void convert(String s) throws IOException 
{
	conv.write( s );
}

Generate the bytes using the specified encoding

 public final  void convert(char c) throws IOException 
{
	conv.write( c );
}

Generate the bytes using the specified encoding

 public final  void convert(MessageBytes mb) throws IOException 
{
        int type=mb.getType();
        if( type==MessageBytes.T_BYTES )
            return;
        ByteChunk orig=bb;
        setByteChunk( mb.getByteChunk());
        bb.recycle();
        bb.allocate( 32, -1 );
        if( type==MessageBytes.T_STR ) {
            convert( mb.getString() );
            // System.out.println("XXX Converting " + mb.getString() );
        } else if( type==MessageBytes.T_CHARS ) {
            CharChunk charC=mb.getCharChunk();
            convert( charC.getBuffer(),
                                charC.getOffset(), charC.getLength());
            //System.out.println("XXX Converting " + mb.getCharChunk() );
        } else {
            if (log.isDebugEnabled())
                log.debug("XXX unknowon type " + type );
        }
        flushBuffer();
        //System.out.println("C2B: XXX " + bb.getBuffer() + bb.getLength()); 
        setByteChunk(orig);
}

Convert a message bytes chars to bytes

 public final  void convert(char[] c,
    int off,
    int len) throws IOException 
{
	conv.write( c, off, len );
}

Generate the bytes using the specified encoding

 public final  void convert(String s,
    int off,
    int len) throws IOException 
{
	conv.write( s, off, len );
}

Generate the bytes using the specified encoding

 public final  void flushBuffer() throws IOException 
{
	conv.flush();
}

Flush any internal buffers into the ByteOutput or the internal byte[]

 public ByteChunk getByteChunk() 
{
	return bb;
}

 public String getEncoding() 
{
        return enc;
}

 public final  void recycle() 
{
	conv.recycle();
	bb.recycle();
}

Reset the internal state, empty the buffers. The encoding remain in effect, the internal buffers remain allocated.

 public  void setByteChunk(ByteChunk bb) 
{
	this.bb=bb;
	ios.setByteChunk( bb );
}