Examples of java.nio.CharBuffer.subSequence()

java.nio.CharBuffer.subSequence()
Returns a new char buffer represents a sub-sequence of this buffer's current remaining content.
The new buffer's position will be position() + start, limit will be position() + end, capacity will be same as this buffer. The new buffer's readonly property and byte order are same as this buffer.

The new buffer shares content with this buffer, which means either buffer's change of content will be visible to the other. The two buffer's position, limit and mark are independent.
@param start The start index of the sub-sequence, referenced from the current buffer position. Must not be less than zero and not greater than the value obtained from a call to remaining(). @param end The end index of the sub-sequence, referenced from the current buffer position. Must not be less than start and not be greater than the value obtained from a call to remaining() @return A new char buffer represents a sub-sequence of this buffer'scurrent remaining content. @exception IndexOutOfBoundsException If either start or end is invalid

            boolean hit = false;
            max = Math.min(max, MAX_SEARCH_RESULTS);
            while(lines.find()) {
                ++lineCount;
                if(target == null) {
                    if(DEFAULT_ANY_START.matcher(cb.subSequence(lines.start(), lines.end())).find()) {
                        target = getDefaultPatternForLevel(targetLevel).matcher("");
                        any = DEFAULT_ANY_START.matcher("");
                    } else {
                        target = getUnknownPatternForLevel(targetLevel).matcher("");
                        any = UNKNOWN_ANY_START.matcher("");

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                    continue;
                }
                if(stop != null && stop.intValue() < lineCount) {
                    continue;
                }
                CharSequence line = cb.subSequence(lines.start(), lines.end());
                target.reset(line);
                if(target.find()) {
                    if(text != null) {
                        text.reset(line);
                        if(!text.find()) {

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        final List floatList = new ArrayList();
        
        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String fStringValue = cb.subSequence(start, end).toString();
                floatList.add(Float.valueOf(fStringValue));
            }
        }
        );

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            int sizeRead = 0;
            do {
              sizeRead = fileReader.read(charBuffer.array(), 0, charBuffer.length());
              if (sizeRead != -1) {
                offset += sizeRead;
                text += charBuffer.subSequence(0, sizeRead);
                charBuffer.rewind();
              }
            } while (sizeRead != -1 && offset < fileSizeLimit);


            // complain if file size was too big after all - can happen if file size was impossible to be retrieved above

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        final List longList = new ArrayList();


        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String uuidValue = cb.subSequence(start, end).toString();
                fromUUIDString(uuidValue);
                longList.add(Long.valueOf(_msb));
                longList.add(Long.valueOf(_lsb));
            }
        }

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        final List floatList = new ArrayList();


        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String fStringValue = cb.subSequence(start, end).toString();
                floatList.add(Float.valueOf(fStringValue));
            }
        }
        );

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        final List integerList = new ArrayList();


        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String iStringValue = cb.subSequence(start, end).toString();
                integerList.add(Integer.valueOf(iStringValue));
            }
        }
        );

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        final List shortList = new ArrayList();


        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String iStringValue = cb.subSequence(start, end).toString();
                shortList.add(Short.valueOf(iStringValue));
            }
        }
        );

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        final List doubleList = new ArrayList();


        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String fStringValue = cb.subSequence(start, end).toString();
                doubleList.add(Double.valueOf(fStringValue));
            }
        }
        );

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        final List longList = new ArrayList();


        matchWhiteSpaceDelimnatedWords(cb,
                new WordListener() {
            public void word(int start, int end) {
                String lStringValue = cb.subSequence(start, end).toString();
                longList.add(Long.valueOf(lStringValue));
            }
        }
        );

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