public void demonstrateFlag() {
// #flag
final Flag f0 = Flag.create();
final Flag f1 = f0.switchOn();
System.out.println(f1.enabled());
// #flag
}
@Test
public void demonstrateUpdate() {
probe = new JavaTestKit(system);
// #update
final Cluster node = Cluster.get(system);
final ActorRef replicator = DistributedData.get(system).replicator();
final Key<PNCounter> counter1Key = PNCounterKey.create("counter1");
final Key<GSet<String>> set1Key = GSetKey.create("set1");
final Key<ORSet<String>> set2Key = ORSetKey.create("set2");
final Key<Flag> activeFlagKey = FlagKey.create("active");
replicator.tell(
new Replicator.Update<PNCounter>(
counter1Key,
PNCounter.create(),
Replicator.writeLocal(),
curr -> curr.increment(node, 1)),
self());
final WriteConsistency writeTo3 = new WriteTo(3, Duration.create(1, SECONDS));
replicator.tell(
new Replicator.Update<GSet<String>>(
set1Key, GSet.create(), writeTo3, curr -> curr.add("hello")),
self());
final WriteConsistency writeMajority = new WriteMajority(Duration.create(5, SECONDS));
replicator.tell(
new Replicator.Update<ORSet<String>>(
set2Key, ORSet.create(), writeMajority, curr -> curr.add(node, "hello")),
self());
final WriteConsistency writeAll = new WriteAll(Duration.create(5, SECONDS));
replicator.tell(
new Replicator.Update<Flag>(
activeFlagKey, Flag.create(), writeAll, curr -> curr.switchOn()),
self());
// #update
probe.expectMsgClass(UpdateSuccess.class);
// #update-response1
receive(
ReceiveBuilder.match(
UpdateSuccess.class,
a -> a.key().equals(counter1Key),
a -> {
// ok
})
.build());
// #update-response1
// #update-response2
receive(
ReceiveBuilder.match(
UpdateSuccess.class,
a -> a.key().equals(set1Key),
a -> {
// ok
})
.match(
UpdateTimeout.class,
a -> a.key().equals(set1Key),
a -> {
// write to 3 nodes failed within 1.second
})
.build());
// #update-response2
}