fileStats = new KeyValueStatsCollector(); boolean shouldScanKeysValues = false; if (this.isSeekToRow) { fileStats.finish(); out.println("Stats:\n" + fileStats);
fileStats.collect(cell);
public void collect(Cell cell) { valLen.update(cell.getValueLength()); if (prevCell != null && CellComparator.getInstance().compareRows(prevCell, cell) != 0) { // new row collectRow(); } curRowBytes += cell.getSerializedSize(); curRowKeyLength = KeyValueUtil.keyLength(cell); curRowCols++; prevCell = cell; }
fileStats.collect(cell);
fileStats = new KeyValueStatsCollector(); boolean shouldScanKeysValues = false; if (this.isSeekToRow) { fileStats.finish(); System.out.println("Stats:\n" + fileStats);
fileStats.collect(kv);
fileStats = new KeyValueStatsCollector(); boolean shouldScanKeysValues = false; if (this.isSeekToRow) { fileStats.finish(); System.out.println("Stats:\n" + fileStats);
public void finish() { if (curRowCols > 0) { collectRow(); } }
public void collect(Cell cell) { valLen.update(cell.getValueLength()); if (prevCell != null && KeyValue.COMPARATOR.compareRows(prevCell, cell) != 0) { // new row collectRow(); } curRowBytes += KeyValueUtil.length(cell); curRowKeyLength = KeyValueUtil.keyLength(cell); curRowCols++; prevCell = cell; }
public void collect(KeyValue kv) { keyLen.collect(kv.getKeyLength()); valLen.collect(kv.getValueLength()); if (prevKV != null && KeyValue.COMPARATOR.compareRows(prevKV, kv) != 0) { // new row collectRow(); } curRowBytes += kv.getLength(); curRowCols++; prevKV = kv; }
public void finish() { if (curRowCols > 0) { collectRow(); } }
public void finish() { if (curRowCols > 0) { collectRow(); } }