private void increaseLengthTo(int index, int maxLength) {
    """
	Increases the size of cached results buffer.
	@param index the index to increase length to
	@param maxLength the maximum length of the results buffer
    """
        if (highestResultIndex > -1) {
            int newResultsCount = Math.min(index-highestResultIndex, maxLength);
            if (newResultsCount == maxLength) {
                results.clear();
                results.addAll(Collections.<T> nCopies(maxLength, null));
            } else if (newResultsCount > 0) {
                results.addAll(Collections.<T> nCopies(newResultsCount, null));
                removeExceedingResults(maxLength);
            }
        } else {
            // First use of cache
            assert results.isEmpty() : "Cache results list should be empty";
            results.addAll(Collections.<T> nCopies(Math.min(index+1, maxLength), null));
        }
    }
private void increaseLengthTo(int index, int maxLength) {
        if (highestResultIndex > -1) {
            int newResultsCount = Math.min(index-highestResultIndex, maxLength);
            if (newResultsCount == maxLength) {
                results.clear();
                results.addAll(Collections.<T> nCopies(maxLength, null));
            } else if (newResultsCount > 0) {
                results.addAll(Collections.<T> nCopies(newResultsCount, null));
                removeExceedingResults(maxLength);
            }
        } else {
            // First use of cache
            assert results.isEmpty() : "Cache results list should be empty";
            results.addAll(Collections.<T> nCopies(Math.min(index+1, maxLength), null));
        }
    }
private void increaseLengthTo ( int index , int maxLength ) { if ( highestResultIndex > - 1 ) { int newResultsCount = Math . min ( index - highestResultIndex , maxLength ) ; if ( newResultsCount == maxLength ) { results . clear ( ) ; results . addAll ( Collections . < T > nCopies ( maxLength , null ) ) ; } else if ( newResultsCount > 0 ) { results . addAll ( Collections . < T > nCopies ( newResultsCount , null ) ) ; removeExceedingResults ( maxLength ) ; } } else { // First use of cache assert results . isEmpty ( ) : "Cache results list should be empty" ; results . addAll ( Collections . < T > nCopies ( Math . min ( index + 1 , maxLength ) , null ) ) ; } }
Increases the size of cached results buffer.
@param index the index to increase length to
@param maxLength the maximum length of the results buffer
Increases the size of cached results buffer .