Examples of java.nio.CharBuffer.arrayOffset()

java.nio.CharBuffer.arrayOffset()
Returns the offset of the char array which this buffer is based on, if there's one.
The offset is the index of the array corresponds to the zero position of the buffer.
@return The offset of the char array which this buffer is based on @exception ReadOnlyBufferException If this buffer is based on an array, but it is readonly @exception UnsupportedOperationException If this buffer is not based on an array

                        decoder.onUnmappableCharacter(CodingErrorAction.REPORT);
                        try {
                            boolean bDecodeLoop = true;
                            while (bDecodeLoop) {
                                CoderResult result = decoder.decode(bb, cb, true);
                                sb.append(cb.array(), cb.arrayOffset(), cb.position());
                                cb.clear();
                                if (result == CoderResult.UNDERFLOW) {
                                       bDecodeLoop = false;
                                } else if (result.isError()) {
                                    bb.position(Math.min(bb.position() + result.length(), bb.limit()));

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      return ((CharSequenceBackedByArray)seq).getChars();
    }


    if (seq instanceof CharBuffer) {
      final CharBuffer buffer = (CharBuffer)seq;
      if (buffer.hasArray() && !buffer.isReadOnly() && buffer.arrayOffset() == 0) {
        return buffer.array();
      }
    }


    return null;

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      return ((CharSequenceBackedByArray)seq).getChars();
    }


    if (seq instanceof CharBuffer) {
      final CharBuffer buffer = (CharBuffer)seq;
      if (buffer.hasArray() && !buffer.isReadOnly() && buffer.arrayOffset() == 0) {
        return buffer.array();
        // final char[] bufArray = buffer.array();
        // return larger array. Clients may use seq.length() to calculate correct processing range.
        // if (bufArray.length == seq.length())
        // return bufArray;

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        ((StringBuilder) csq).getChars(start, end, termBuffer, termLength);
      } else if (csq instanceof CharTermAttribute) {
        System.arraycopy(((CharTermAttribute) csq).buffer(), start, termBuffer, termLength, len);
      } else if (csq instanceof CharBuffer && ((CharBuffer) csq).hasArray()) {
        final CharBuffer cb = (CharBuffer) csq;
        System.arraycopy(cb.array(), cb.arrayOffset() + cb.position() + start, termBuffer, termLength, len);
      } else if (csq instanceof StringBuffer) {
        ((StringBuffer) csq).getChars(start, end, termBuffer, termLength);
      } else {
        while (start < end)
          termBuffer[termLength++] = csq.charAt(start++);

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        // new String(byte[], int, int, Charset) takes a defensive copy of the
        // entire byte array. This is expensive if only a small subset of the
        // bytes will be used. The code below is from Apache Harmony.
        CharBuffer cb;
        cb = charset.decode(ByteBuffer.wrap(buff, start, end-start));
        return new String(cb.array(), cb.arrayOffset(), cb.length());
    }


    public long getLong() {
        return Ascii.parseLong(buff, start,end-start);
    }

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        // new String(byte[], int, int, Charset) takes a defensive copy of the
        // entire byte array. This is expensive if only a small subset of the
        // bytes will be used. The code below is from Apache Harmony.
        CharBuffer cb;
        cb = charset.decode(ByteBuffer.wrap(buff, start, end-start));
        return new String(cb.array(), cb.arrayOffset(), cb.length());
    }


    public long getLong() {
        return Ascii.parseLong(buff, start,end-start);
    }

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        if (string instanceof CharBuffer) {
            CharBuffer buf = (CharBuffer) string;
            if (buf.hasArray()) {
                return copiedBuffer(
                        buf.array(),
                        buf.arrayOffset() + buf.position() + offset,
                        length, charset);
            }


            buf = buf.slice();
            buf.limit(length);

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        // new String(byte[], int, int, Charset) takes a defensive copy of the
        // entire byte array. This is expensive if only a small subset of the
        // bytes will be used. The code below is from Apache Harmony.
        CharBuffer cb;
        cb = charset.decode(ByteBuffer.wrap(buff, start, end-start));
        return new String(cb.array(), cb.arrayOffset(), cb.length());
    }


    /**
     * @deprecated Unused. Will be removed in Tomcat 8.0.x onwards.
     */

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                        charBuffer = decoder.decode(buf);
                    } catch (CharacterCodingException e) {
                        throw Utils.asRuntime(e);
                    }
                    buf.limit(buf.capacity());
                    String s = new String(charBuffer.array(), charBuffer.arrayOffset(), charBuffer.limit());
                    buf.position(0);
                    return s;
                } else {
                    return "";
                }

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            CharBuffer buf = (CharBuffer) string;
            if (buf.hasArray()) {
                return copiedBuffer(
                        endianness,
                        buf.array(),
                        buf.arrayOffset() + buf.position() + offset,
                        length, charset);
            }


            buf = buf.slice();
            buf.limit(length);

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