@Override
public synchronized void flush(final boolean all) {
try {
table.flush(all);
if (all) {
write();
texts.flush();
values.flush();
if (textIndex != null) ((DiskValues) textIndex).flush();
if (attrIndex != null) ((DiskValues) attrIndex).flush();
}
} catch (final IOException ex) {
Util.stack(ex);
}
}
@Override
protected void updateText(final int pre, final byte[] value, final int kind) {
final boolean text = kind != ATTR;
if (meta.updindex) {
// update indexes
final int id = id(pre);
final byte[] oldval = text(pre, text);
final DiskValues index = (DiskValues) (text ? textIndex : attrIndex);
// don't index document names
if (index != null && kind != DOC) index.replace(oldval, value, id);
}
// reference to text store
final DataAccess store = text ? texts : values;
// file length
final long len = store.length();
// new entry (offset or value)
final long v = toSimpleInt(value);
if (v != Integer.MIN_VALUE) {
// inline integer value
textOff(pre, v | IO.OFFNUM);
} else {
// text to be stored (possibly packed)
final byte[] val = COMP.get().pack(value);
// old entry (offset or value)
final long old = textOff(pre);
// find text store offset
final long off;
if (number(old)) {
// numeric entry: append new entry at the end
off = len;
} else {
// text size (0 if value will be inlined)
final int vl = val.length;
off = store.free(old & IO.OFFCOMP - 1, vl + Num.length(vl));
}
store.writeToken(off, val);
textOff(pre, val == value ? off : off | IO.OFFCOMP);
}
}
@Override
void indexDelete() {
if (!txtBuffer.isEmpty()) ((DiskValues) textIndex).delete(txtBuffer);
if (!atvBuffer.isEmpty()) ((DiskValues) attrIndex).delete(atvBuffer);
}
@Override
protected void indexAdd() {
if (!txtBuffer.isEmpty()) ((DiskValues) textIndex).add(txtBuffer);
if (!atvBuffer.isEmpty()) ((DiskValues) attrIndex).add(atvBuffer);
}