/** * Creates a new instance that will read messages of <tt>contentLength</tt> bytes. * * @param contentLength the exact length to read */ public IoBufferDecoder(int contentLength) { setContentLength(contentLength, false); }
/** * Creates a new instance that uses specified <tt>delimiter</tt> byte array as a * message delimiter. * * @param delimiter an array of characters which delimits messages */ public IoBufferDecoder(byte[] delimiter) { setDelimiter(delimiter, true); }
decoder = new IoBufferDecoder(HTTP_DELIMITER); getSession().setAttribute(DECODER, decoder); responseData = decoder.decodeFully(buf); if (responseData == null) { return; } else { contentLength = Integer.parseInt(contentLengthHeader.trim()); decoder.setContentLength(contentLength, true); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; decoder.setDelimiter(CRLF_DELIMITER, false); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; if (contentLength > 0) { contentLength += 2; // also read chunk's trailing CRLF decoder.setContentLength(contentLength, true); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; decoder.setDelimiter(CRLF_DELIMITER, false);
decoder = new IoBufferDecoder(HTTP_DELIMITER); getSession().setAttribute(DECODER, decoder); responseData = decoder.decodeFully(buf); if (responseData == null) { return; } else { contentLength = Integer.parseInt(contentLengthHeader.trim()); decoder.setContentLength(contentLength, true); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; decoder.setDelimiter(CRLF_DELIMITER, false); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; if (contentLength > 0) { contentLength += 2; // also read chunk's trailing CRLF decoder.setContentLength(contentLength, true); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; decoder.setDelimiter(CRLF_DELIMITER, false);
DECODER); if (decoder == null) { decoder = new IoBufferDecoder(HTTP_DELIMITER); getSession().setAttribute(DECODER, decoder); responseData = decoder.decodeFully(buf); if (responseData == null) { return; contentLength = Integer .parseInt(contentLengthHeader.trim()); decoder.setContentLength(contentLength, true); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; decoder.setDelimiter(CRLF_DELIMITER, false); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return; if (contentLength > 0) { contentLength += 2; // also read chunk's trailing CRLF decoder.setContentLength(contentLength, true); IoBuffer tmp = decoder.decodeFully(buf); if (tmp == null) { return;
/** * Creates a new instance that will read messages of <tt>contentLength</tt> bytes. * * @param contentLength the exact length to read */ public IoBufferDecoder(int contentLength) { setContentLength(contentLength, false); }
/** * Creates a new instance that uses specified <tt>delimiter</tt> byte array as a * message delimiter. * * @param delimiter an array of characters which delimits messages */ public IoBufferDecoder(byte[] delimiter) { setDelimiter(delimiter, true); }
/** * Creates a new instance that will read messages of <tt>contentLength</tt> bytes. * * @param contentLength the exact length to read */ public IoBufferDecoder(int contentLength) { setContentLength(contentLength, false); }
/** * Creates a new instance that uses specified <tt>delimiter</tt> byte array as a * message delimiter. * * @param delimiter an array of characters which delimits messages */ public IoBufferDecoder(byte[] delimiter) { setDelimiter(delimiter, true); }