this.inView = new SingleSegmentInputView(this.lastEntryOffset + this.recordSize); this.currentSortBufferSegment = nextMemorySegment(); this.sortBuffer.add(this.currentSortBufferSegment);
@Override public T next(T reuse) { if (this.currentTotal < this.numTotal) { if (this.currentInSegment >= this.numPerSegment) { this.currentInSegment = 0; this.currentSegmentIndex++; this.in.set(sortBuffer.get(this.currentSegmentIndex), 0); } this.currentTotal++; this.currentInSegment++; try { return this.comp.readWithKeyDenormalization(reuse, this.in); } catch (IOException ioe) { throw new RuntimeException(ioe); } } else { return null; } }
final SingleSegmentInputView startIn = new SingleSegmentInputView(this.recordsPerSegment * this.recordSize); startIn.set(this.sortBuffer.get(0), 0);
final SingleSegmentInputView startIn = new SingleSegmentInputView(this.recordsPerSegment * this.recordSize); startIn.set(this.sortBuffer.get(0), 0);
final SingleSegmentInputView startIn = new SingleSegmentInputView(this.recordsPerSegment * this.recordSize); startIn.set(this.sortBuffer.get(0), 0);
final SingleSegmentInputView startIn = new SingleSegmentInputView(this.recordsPerSegment * this.recordSize); startIn.set(this.sortBuffer.get(0), 0);
inView.set(currentIndexSegment, offset);
inView.set(currentIndexSegment, offset);
this.inView = new SingleSegmentInputView(this.lastEntryOffset + this.recordSize); this.currentSortBufferSegment = nextMemorySegment(); this.sortBuffer.add(this.currentSortBufferSegment);
this.inView = new SingleSegmentInputView(this.lastEntryOffset + this.recordSize); this.currentSortBufferSegment = nextMemorySegment(); this.sortBuffer.add(this.currentSortBufferSegment);
this.inView = new SingleSegmentInputView(this.lastEntryOffset + this.recordSize); this.currentSortBufferSegment = nextMemorySegment(); this.sortBuffer.add(this.currentSortBufferSegment);
inView.set(currentIndexSegment, offset);
inView.set(currentIndexSegment, offset);
inView.set(currentIndexSegment, 0);
inView.set(currentIndexSegment, 0);
inView.set(currentIndexSegment, 0);
inView.set(currentIndexSegment, 0);
@Override public T next() { if (this.currentTotal < this.numTotal) { if (this.currentInSegment >= this.numPerSegment) { this.currentInSegment = 0; this.currentSegmentIndex++; this.in.set(sortBuffer.get(this.currentSegmentIndex), 0); } this.currentTotal++; this.currentInSegment++; try { return this.comp.readWithKeyDenormalization(serializer.createInstance(), this.in); } catch (IOException ioe) { throw new RuntimeException(ioe); } } else { return null; } } };
@Override public T next() { if (this.currentTotal < this.numTotal) { if (this.currentInSegment >= this.numPerSegment) { this.currentInSegment = 0; this.currentSegmentIndex++; this.in.set(sortBuffer.get(this.currentSegmentIndex), 0); } this.currentTotal++; this.currentInSegment++; try { return this.comp.readWithKeyDenormalization(serializer.createInstance(), this.in); } catch (IOException ioe) { throw new RuntimeException(ioe); } } else { return null; } } };
@Override public T next() { if (this.currentTotal < this.numTotal) { if (this.currentInSegment >= this.numPerSegment) { this.currentInSegment = 0; this.currentSegmentIndex++; this.in.set(sortBuffer.get(this.currentSegmentIndex), 0); } this.currentTotal++; this.currentInSegment++; try { return this.comp.readWithKeyDenormalization(serializer.createInstance(), this.in); } catch (IOException ioe) { throw new RuntimeException(ioe); } } else { return null; } } };