decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
@Override public int uncompress(StreamInput in, byte[] out) throws IOException { return decoder.decodeChunk(in, inputBuffer, out); }
@Override protected int uncompress(IndexInput in, byte[] out) throws IOException { return decoder.decodeChunk(new InputStreamIndexInput(in, Long.MAX_VALUE), inputBuffer, out); }
/** * Fill the uncompressed bytes buffer by reading the underlying inputStream. * @throws IOException */ protected boolean readyBuffer() throws IOException { if (_inputStreamClosed) { throw new IOException("Input stream closed"); } if (_bufferPosition < _bufferLength) { return true; } _bufferLength = _decompressor.decodeChunk(_wrapper, _inputBuffer, _decodedBytes); if (_bufferLength < 0) { close(); return false; } _bufferPosition = 0; return (_bufferPosition < _bufferLength); }
/** * Fill the uncompressed bytes buffer by reading the underlying inputStream. * @throws IOException */ protected boolean readyBuffer() throws IOException { if (_inputStreamClosed) { throw new IOException("Input stream closed"); } if (_bufferPosition < _bufferLength) { return true; } _bufferLength = _decompressor.decodeChunk(_wrapper, _inputBuffer, _decodedBytes); if (_bufferLength < 0) { close(); return false; } _bufferPosition = 0; return (_bufferPosition < _bufferLength); }
/** * Fill the uncompressed bytes buffer by reading the underlying inputStream. * @throws IOException */ protected boolean readyBuffer() throws IOException { if (_inputStreamClosed) { throw new IOException("Input stream closed"); } if (_bufferPosition < _bufferLength) { return true; } _bufferLength = _decompressor.decodeChunk(_wrapper, _inputBuffer, _decodedBytes); if (_bufferLength < 0) { close(); return false; } _bufferPosition = 0; return (_bufferPosition < _bufferLength); }
/** * Fill the uncompressed bytes buffer by reading the underlying inputStream. * * @throws IOException * * @return True if there is now at least one byte to read in the buffer; false * if there is no more content to read */ protected boolean readyBuffer() throws IOException { if (_bufferPosition < _bufferLength) { return true; } if (_inputStreamClosed) { return false; } _bufferLength = _decoder.decodeChunk(_inputStream, _inputBuffer, _decodedBytes); if (_bufferLength < 0) { close(); return false; } _bufferPosition = 0; return (_bufferPosition < _bufferLength); } }
/** * Fill the uncompressed bytes buffer by reading the underlying inputStream. * * @throws IOException * * @return True if there is now at least one byte to read in the buffer; false * if there is no more content to read */ protected boolean readyBuffer() throws IOException { if (_bufferPosition < _bufferLength) { return true; } if (_inputStreamClosed) { return false; } _bufferLength = _decoder.decodeChunk(_inputStream, _inputBuffer, _decodedBytes); if (_bufferLength < 0) { close(); return false; } _bufferPosition = 0; return (_bufferPosition < _bufferLength); } }
/** * Fill the uncompressed bytes buffer by reading the underlying inputStream. * * @throws IOException * * @return True if there is now at least one byte to read in the buffer; false * if there is no more content to read */ protected boolean readyBuffer() throws IOException { if (_bufferPosition < _bufferLength) { return true; } if (_inputStreamClosed) { return false; } _bufferLength = _decoder.decodeChunk(_inputStream, _inputBuffer, _decodedBytes); if (_bufferLength < 0) { close(); return false; } _bufferPosition = 0; return (_bufferPosition < _bufferLength); } }
private final void _uncompress(byte[] src, int srcOffset, int len) throws IOException { if (_decodeBuffer == null) { _decodeBuffer = _recycler.allocDecodeBuffer(LZFChunk.MAX_CHUNK_LEN); } _decoder.decodeChunk(src, srcOffset, _decodeBuffer, 0, _uncompressedLength); _handler.handleData(_decodeBuffer, 0, _uncompressedLength); }
private final void _uncompress(byte[] src, int srcOffset, int len) throws IOException { if (_decodeBuffer == null) { _decodeBuffer = _recycler.allocDecodeBuffer(LZFChunk.MAX_CHUNK_LEN); } _decoder.decodeChunk(src, srcOffset, _decodeBuffer, 0, _uncompressedLength); _handler.handleData(_decodeBuffer, 0, _uncompressedLength); }
private final void _uncompress(byte[] src, int srcOffset, int len) throws IOException { if (_decodeBuffer == null) { _decodeBuffer = _recycler.allocDecodeBuffer(LZFChunk.MAX_CHUNK_LEN); } _decoder.decodeChunk(src, srcOffset, _decodeBuffer, 0, _uncompressedLength); _handler.handleData(_decodeBuffer, 0, _uncompressedLength); }
decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);
decodeChunk(sourceBuffer, inPtr, targetBuffer, outPtr, outPtr+uncompLen); outPtr += uncompLen;
decodeChunk(sourceBuffer, inPtr, targetBuffer, outPtr, outPtr+uncompLen); outPtr += uncompLen;
decodeChunk(sourceBuffer, inPtr, targetBuffer, outPtr, outPtr+uncompLen); outPtr += uncompLen;
decoder.decodeChunk(inputArray, inPos, outputArray, outPos, outPos + originalLength); uncompressed.writerIndex(uncompressed.writerIndex() + originalLength); out.add(uncompressed);