@Test public void testClear() { List<ExecutionProposal> proposals = new ArrayList<>(); proposals.add(_leaderMovement1); proposals.add(_partitionMovement1); ExecutionTaskPlanner planner = new ExecutionTaskPlanner(null, new KafkaCruiseControlConfig(KafkaCruiseControlUnitTestUtils.getKafkaCruiseControlProperties())); Set<PartitionInfo> partitions = new HashSet<>(); partitions.add(generatePartitionInfo(_leaderMovement1, false)); partitions.add(generatePartitionInfo(_partitionMovement1, false)); Cluster expectedCluster = new Cluster(null, _expectedNodes, partitions, Collections.<String>emptySet(), Collections.<String>emptySet()); planner.addExecutionProposals(proposals, expectedCluster, null); assertEquals(2, planner.remainingLeadershipMovements().size()); assertEquals(2, planner.remainingInterBrokerReplicaMovements().size()); planner.clear(); assertEquals(0, planner.remainingLeadershipMovements().size()); assertEquals(0, planner.remainingInterBrokerReplicaMovements().size()); }
public void clear() { _intraPartMoveTaskByBrokerId.clear(); _interPartMoveTaskByBrokerId.clear(); _remainingLeadershipMovements.clear(); _remainingInterBrokerReplicaMovements.clear(); _remainingIntraBrokerReplicaMovements.clear(); }
ExecutionTaskPlanner { public void clear() { _intraPartMoveTaskByBrokerId.clear(); _interPartMoveTaskByBrokerId.clear(); _remainingLeadershipMovements.clear(); _remainingInterBrokerReplicaMovements.clear(); _remainingIntraBrokerReplicaMovements.clear(); } }
ExecutionTaskPlanner { public void clear() { _intraPartMoveTaskByBrokerId.clear(); _interPartMoveTaskByBrokerId.clear(); _remainingLeadershipMovements.clear(); _remainingInterBrokerReplicaMovements.clear(); _remainingIntraBrokerReplicaMovements.clear(); } ExecutionTaskPlanner(AdminClient adminClient, KafkaCruiseControlConfig config); }
ExecutionTaskPlanner { public void clear() { _intraPartMoveTaskByBrokerId.clear(); _interPartMoveTaskByBrokerId.clear(); _remainingLeadershipMovements.clear(); _remainingInterBrokerReplicaMovements.clear(); _remainingIntraBrokerReplicaMovements.clear(); } ExecutionTaskPlanner(AdminClient adminClient, KafkaCruiseControlConfig config); void addExecutionProposals(Collection<ExecutionProposal> proposals,
                                    Cluster cluster,
                                    ReplicaMovementStrategy replicaMovementStrategy); Set<ExecutionTask> remainingInterBrokerReplicaMovements(); Set<ExecutionTask> remainingIntraBrokerReplicaMovements(); Collection<ExecutionTask> remainingLeadershipMovements(); List<ExecutionTask> getLeadershipMovementTasks(int numTasks); List<ExecutionTask> getInterBrokerReplicaMovementTasks(Map<Integer, Integer> readyBrokers,
                                                                Set<TopicPartition> inProgressPartitions); List<ExecutionTask> getIntraBrokerReplicaMovementTasks(Map<Integer, Integer> readyBrokers); void clear(); }
ExecutionTaskPlanner { public void clear() { _intraPartMoveTaskByBrokerId.clear(); _interPartMoveTaskByBrokerId.clear(); _remainingLeadershipMovements.clear(); _remainingInterBrokerReplicaMovements.clear(); _remainingIntraBrokerReplicaMovements.clear(); } ExecutionTaskPlanner(AdminClient adminClient, KafkaCruiseControlConfig config); void addExecutionProposals(Collection<ExecutionProposal> proposals,
                                    Cluster cluster,
                                    ReplicaMovementStrategy replicaMovementStrategy); Set<ExecutionTask> remainingInterBrokerReplicaMovements(); Set<ExecutionTask> remainingIntraBrokerReplicaMovements(); Collection<ExecutionTask> remainingLeadershipMovements(); List<ExecutionTask> getLeadershipMovementTasks(int numTasks); List<ExecutionTask> getInterBrokerReplicaMovementTasks(Map<Integer, Integer> readyBrokers,
                                                                Set<TopicPartition> inProgressPartitions); List<ExecutionTask> getIntraBrokerReplicaMovementTasks(Map<Integer, Integer> readyBrokers); void clear();  }