@Override
public void add(final K k, final V v, final Handler<AsyncResult<Void>> completionHandler) {
vertx.executeBlocking(
() -> {
map.put(k, HazelcastServerID.convertServerID(v));
return null;
},
completionHandler);
}
@Override
public void removeAllForValue(final V val, final Handler<AsyncResult<Void>> completionHandler) {
vertx.executeBlocking(
() -> {
for (Map.Entry<K, V> entry : map.entrySet()) {
V v = entry.getValue();
if (val.equals(v)) {
map.remove(entry.getKey(), v);
}
}
return null;
},
completionHandler);
}
@Override
public void get(final K k, final Handler<AsyncResult<ChoosableIterable<V>>> resultHandler) {
ChoosableSet<V> entries = cache.get(k);
Future<ChoosableIterable<V>> result = Future.future();
if (entries != null && entries.isInitialised()) {
result.setResult(entries).setHandler(resultHandler);
} else {
vertx.executeBlocking(
() -> map.get(k),
(AsyncResult<Collection<V>> res2) -> {
Future<ChoosableIterable<V>> sresult = Future.future();
if (res2.succeeded()) {
Collection<V> entries2 = res2.result();
ChoosableSet<V> sids;
if (entries2 != null) {
sids = new ChoosableSet<>(entries2.size());
for (V hid : entries2) {
sids.add(hid);
}
} else {
sids = new ChoosableSet<>(0);
}
ChoosableSet<V> prev = cache.putIfAbsent(k, sids);
if (prev != null) {
// Merge them
prev.merge(sids);
sids = prev;
}
sids.setInitialised();
sresult.setResult(sids);
} else {
sresult.setFailure(result.cause());
}
sresult.setHandler(resultHandler);
});
}
}
@Override
public void remove(final K k, final V v, final Handler<AsyncResult<Boolean>> completionHandler) {
vertx.executeBlocking(() -> map.remove(k, v), completionHandler);
}
