THIS IS A TEST INSTANCE. ALL YOUR CHANGES WILL BE LOST!!!!
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public class AdminClient { /** * A client is instantiated by providing a set of key-value pairs as configuration. Most * of the settings will be related to NetworkClient * * @param properties settings related to Network client and at least one broker from KafkaCluster to connect to */ public AdminClient(Properties properties) /** * Initiates topics creation. * This is an asynchronous call, it returns immediately once the server has accepted request and stored respective data in zookeeper. * To simulate a simple blocking call Future.get can be called. This will ensure that metadata about newly created topics was propagated * to all brokers * * @param createTopicRequestBody holder (built by means of respective Builder) of all required arguments to create topics * @returns java.util.concurrent.Future which holds topics creation result - a map topic-name - error code. * * @throws ApiException in case of global error, which means topic creation was not even started */ public Future<Map<String, Errors>> createTopics(CreateTopicRequestBody createTopicRequestBody) throws ApiException; /** * Initiates topics alteration. * This is an asynchronous call, it returns immediately once the server has accepted request and stored/changed respective data in zookeeper. * To simulate a simple blocking call Future.get can be called. This will ensure that updated metadata about altered topics was propagated * to all brokers * * @param alterTopicRequestBody holder (built by means of respective Builder) of all required arguments to alter topics * @returns java.util.concurrent.Future which holds topics alteration result - a map topic-name - error code. * * @throws ApiException in case of global error, which means topic creation was not even started */ public Future<Map<String, Errors>> alterTopics(AlterTopicRequestBody alterTopicRequestBody) throws ApiException; /** * Initiates topic deletion. * This is an asynchronous call, it returns immediately once server has accepted request and marked requested topics for deletion in zookeeper. * To simulate a simple blocking call Future.get can be called. This will ensure that metadata with updated topic list was propagated to * all brokers * * @param topics topic names to be deleted * @returns java.util.concurrent.Future which holds topics deletion result - a map topic-name - error code * * @throws ApiException in case of global error, which means topic deletion was not even started */ public Future<Map<String, Errors>> deleteTopics(List<String> topics) throws ApiException; /** * Lists all available topics in Kafka cluster. * Topic is considered available if all brokers in cluster have received and cached metadata about it * * @returns list of topic names * * @throws ApiException */ public List<String> listTopics() throws ApiException; /** * CheckChecks whether topic with the given name exists * * @param topic name to be checked * @returns true if all brokers in cluster have received and cached metadata about it * * @throws ApiException */ public boolean topicExists(String topic) throws ApiException; /** * TODO: not finalized yet * Request replication information about Kafka topics
* * @returns a mapping between topic name and topic description * @throws ApiException in case of global error, which means topic description cannot be fetched for all topics */ public Map<String, DescribeTopicOutput> describeTopics(List<String> topicNames) throws ApiException; /** * InitiateInitiates long-running reassign partitions procedure. * This is an asynchronous call, it returns immediately once server has accepted request, and created admin path in zookeeper. * * @param partitionsReassignment manual partitions assignment string (according to ReassignPartitionsCommand) * @return future of the reassignment result which is completed once server-side partitions reassignment has succeeded or * an error occurred so that partitions reassignment cannot be started * @throws ApiException in case partition reassignment wasn't initiated on server */ public Future<ReassignPartitionsResponse> reassignPartitions(String partitionsReassignmentMap<String, Map<Integer, List<Integer>>>) throws ApiException; /** * CheckChecks the interim status of the partitions reassignment * * @param partitionsReassignment manual partitions assignment string (according to ReassignPartitionsCommand) * @return partition to reassignment result code (completed, in-progress, failed) * @throws ApiException in case reassignment verification wasn't initiated on server */ public Map<TopicPartition, Short> verifyReassignPartitions(String partitionsReassignment) throws ApiException; /** * Initiate long-running preferred replica leader election procedure * * @param partitions serialized partitions for which preferred replica leader election will be started * (according to PreferredReplicaLeaderElectionCommand) * @return future of the election result which is completed once server-side preferred replica is elected for provided partitions or * an error has occurred * @throws ApiException in case preferred replica procedure wasn't initiated on server */ public Future<PreferredReplicaLeaderElectionResponse> preferredReplicaLeaderElection(String partitions) throws ApiException; /** * Check the interim status of the preferred replica leader election * * @param partitions for which preferred replica leader election was started (according to PreferredReplicaLeaderElectionCommand) * @return partition to reassignment result code (completed, in-progress, failed) * @throws ApiException in case procedure verification wasn't started on server */ public VerifyPreferredReplicaLeaderElectionResponse verifyPreferredReplicaLeaderElection(String partitions) throws ApiException; } |
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