use of io.zeebe.client.clustering.impl.BrokerPartitionState in project zeebe by zeebe-io.
the class TopologyRequestTest method shouldUpdateClientTopologyOnAsyncTopologyRequest.
@Test
public void shouldUpdateClientTopologyOnAsyncTopologyRequest() {
// given
final SocketAddress oldLeader = BROKER_1_CLIENT_ADDRESS;
// when
final List<Integer> partitions = clusteringRule.getBrokersLeadingPartitions(oldLeader);
clusteringRule.brokers.remove(oldLeader).close();
doRepeatedly(this::requestTopologyAsync).until(topologyBrokers -> topologyBrokers != null && topologyBrokers.stream().filter(broker -> !broker.getSocketAddress().equals(oldLeader)).flatMap(broker -> broker.getPartitions().stream()).filter(BrokerPartitionState::isLeader).map(BrokerPartitionState::getPartitionId).collect(Collectors.toSet()).containsAll(partitions));
// then
zeebeClient.topics().create("foo", 1).execute();
}
use of io.zeebe.client.clustering.impl.BrokerPartitionState in project zeebe by zeebe-io.
the class BrokerRestartTest method shouldCreateUniquePartitionIdsAfterRestart.
@Test
public void shouldCreateUniquePartitionIdsAfterRestart() {
// given
final ZeebeClient client = clientRule.getClient();
client.topics().create("foo", 2).execute();
restartBroker();
// when
client.topics().create("bar", 2).execute();
// then
final TopologyResponse topology = client.requestTopology().execute();
final List<TopologyBroker> brokers = topology.getBrokers();
assertThat(brokers).hasSize(1);
final TopologyBroker topologyBroker = brokers.get(0);
final List<BrokerPartitionState> partitions = topologyBroker.getPartitions();
// default partition + system partition + 4 partitions we create here
assertThat(partitions).hasSize(6);
assertThat(partitions).extracting("partitionId").doesNotHaveDuplicates();
}
use of io.zeebe.client.clustering.impl.BrokerPartitionState in project zeebe by zeebe-io.
the class BrokerRecoveryTest method shouldCreateUniquePartitionIdsAfterRestart.
@Test
public void shouldCreateUniquePartitionIdsAfterRestart() {
// given
final ZeebeClient client = clientRule.getClient();
client.topics().create("foo", 2).execute();
restartBroker();
// when
client.topics().create("bar", 2).execute();
// then
final TopologyResponse topology = client.requestTopology().execute();
final List<TopologyBroker> brokers = topology.getBrokers();
assertThat(brokers).hasSize(1);
final TopologyBroker topologyBroker = brokers.get(0);
final List<BrokerPartitionState> partitions = topologyBroker.getPartitions();
// default partition + system partition + 4 partitions we create here
assertThat(partitions).hasSize(6);
assertThat(partitions).extracting("partitionId").doesNotHaveDuplicates();
}
use of io.zeebe.client.clustering.impl.BrokerPartitionState in project zeebe by zeebe-io.
the class ClientRule method createDefaultTopic.
private void createDefaultTopic() {
client.topics().create(DEFAULT_TOPIC, 1).execute();
final TopologyResponse topology = client.requestTopology().execute();
defaultPartition = -1;
final List<TopologyBroker> topologyBrokers = topology.getBrokers();
for (TopologyBroker leader : topologyBrokers) {
final List<BrokerPartitionState> partitions = leader.getPartitions();
for (BrokerPartitionState brokerPartitionState : partitions) {
if (DEFAULT_TOPIC.equals(brokerPartitionState.getTopicName()) && brokerPartitionState.isLeader()) {
defaultPartition = brokerPartitionState.getPartitionId();
break;
}
}
}
if (defaultPartition < 0) {
throw new RuntimeException("Could not detect leader for default partition");
}
}
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