@Override protected void decodeFirst() { ByteBufferUtils.skip(currentBuffer, Bytes.SIZEOF_INT); // read column family byte familyNameLength = currentBuffer.get(); familyNameWithSize = new byte[familyNameLength + Bytes.SIZEOF_BYTE]; familyNameWithSize[0] = familyNameLength; currentBuffer.get(familyNameWithSize, Bytes.SIZEOF_BYTE, familyNameLength); decode(true); }
ByteBufferUtils.skip(currentBuffer, current.valueLength); if (includesTags()) { decodeTags(); if (includesMvcc()) { current.memstoreTS = ByteBufferUtils.readVLong(currentBuffer); } else {
currentBuffer.skip(current.valueLength); if (includesTags()) { decodeTags(); if (includesMvcc()) { current.memstoreTS = ByteBuff.readVLong(currentBuffer); } else {
currentBuffer.skip(current.valueLength); if (includesTags()) { decodeTags(); if (includesMvcc()) { current.memstoreTS = ByteBuff.readVLong(currentBuffer); } else {
@Override protected void decodeNext() { decode(false); }
@Override protected void decodeNext() { decode(false); }
@Override protected DiffSeekerState createSeekerState() { return new DiffSeekerState(this.tmpPair, this.includesTags()); } };
@Override protected void decodeNext() { decode(false); }
@Override protected DiffSeekerState createSeekerState() { return new DiffSeekerState(this.tmpPair, this.includesTags()); } };
@Override protected void decodeFirst() { ByteBufferUtils.skip(currentBuffer, Bytes.SIZEOF_INT); // read column family byte familyNameLength = currentBuffer.get(); familyNameWithSize = new byte[familyNameLength + Bytes.SIZEOF_BYTE]; familyNameWithSize[0] = familyNameLength; currentBuffer.get(familyNameWithSize, Bytes.SIZEOF_BYTE, familyNameLength); decode(true); }
@Override protected void decodeNext() { decode(false); }
@Override protected void decodeFirst() { currentBuffer.skip(Bytes.SIZEOF_INT); // read column family byte familyNameLength = currentBuffer.get(); familyNameWithSize = new byte[familyNameLength + Bytes.SIZEOF_BYTE]; familyNameWithSize[0] = familyNameLength; currentBuffer.get(familyNameWithSize, Bytes.SIZEOF_BYTE, familyNameLength); decode(true); }
@Override protected void decodeFirst() { currentBuffer.skip(Bytes.SIZEOF_INT); // read column family byte familyNameLength = currentBuffer.get(); familyNameWithSize = new byte[familyNameLength + Bytes.SIZEOF_BYTE]; familyNameWithSize[0] = familyNameLength; currentBuffer.get(familyNameWithSize, Bytes.SIZEOF_BYTE, familyNameLength); decode(true); }
currentBuffer.skip(current.valueLength); if (includesTags()) { decodeTags(); if (includesMvcc()) { current.memstoreTS = ByteBuff.readVLong(currentBuffer); } else {
@Override protected void decodeNext() { decode(false); }
@Override protected DiffSeekerState createSeekerState() { return new DiffSeekerState(this.tmpPair, this.includesTags()); } };
@Override protected void decodeFirst() { currentBuffer.skip(Bytes.SIZEOF_INT); // read column family byte familyNameLength = currentBuffer.get(); familyNameWithSize = new byte[familyNameLength + Bytes.SIZEOF_BYTE]; familyNameWithSize[0] = familyNameLength; currentBuffer.get(familyNameWithSize, Bytes.SIZEOF_BYTE, familyNameLength); decode(true); }