mStream[i].cleanup();
mStream[i].cleanup();
mStream[i].cleanup();
mStream[i].cleanup();
mStream[i].cleanup();
mStream[i].cleanup();
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }
@Override public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } @Override
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }
public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } public DataOutputBuffer getKey() throws IOException {
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }
public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } public DataOutputBuffer getKey() throws IOException {
@Override public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } @Override
@Override public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } @Override
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }
@Override public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } @Override
@Override public void close() throws IOException { SegmentDescriptor ms; // close inputs while ((ms = (SegmentDescriptor)pop()) != null) { ms.cleanup(); } minSegment = null; } @Override
private void adjustPriorityQueue(SegmentDescriptor ms) throws IOException{ long startPos = ms.in.getPosition(); // Current position in stream boolean hasNext = ms.nextRawKey(); long endPos = ms.in.getPosition(); // End position after reading key updateProgress(endPos - startPos); if (hasNext) { adjustTop(); } else { pop(); ms.cleanup(); } }