Class ManagedKafkaClient (2.26.0)

The service that a client application uses to manage Apache Kafka clusters, topics and consumer groups.

Equality

Instances of this class created via copy-construction or copy-assignment always compare equal. Instances created with equal std::shared_ptr<*Connection> objects compare equal. Objects that compare equal share the same underlying resources.

Performance

Creating a new instance of this class is a relatively expensive operation, new objects establish new connections to the service. In contrast, copy-construction, move-construction, and the corresponding assignment operations are relatively efficient as the copies share all underlying resources.

Thread Safety

Concurrent access to different instances of this class, even if they compare equal, is guaranteed to work. Two or more threads operating on the same instance of this class is not guaranteed to work. Since copy-construction and move-construction is a relatively efficient operation, consider using such a copy when using this class from multiple threads.

Constructors

ManagedKafkaClient(ManagedKafkaClient const &)

Copy and move support

Parameter
Name	Description
	`ManagedKafkaClient const &`

ManagedKafkaClient(ManagedKafkaClient &&)

Copy and move support

Parameter
Name	Description
	`ManagedKafkaClient &&`

ManagedKafkaClient(std::shared_ptr< ManagedKafkaConnection >, Options)

Parameters
Name	Description
`connection`	`std::shared_ptr< ManagedKafkaConnection >`
`opts`	`Options`

Operators

operator=(ManagedKafkaClient const &)

Copy and move support

Parameter
Name	Description
	`ManagedKafkaClient const &`

Returns
Type	Description
`ManagedKafkaClient &`

operator=(ManagedKafkaClient &&)

Copy and move support

Parameter
Name	Description
	`ManagedKafkaClient &&`

Returns
Type	Description
`ManagedKafkaClient &`

Functions

ListClusters(std::string const &, Options)

Lists the clusters in a given project and location.

Parameters
Name	Description
`parent`	`std::string const &` Required. The parent location whose clusters are to be listed. Structured like `projects/{project}/locations/{location}`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

StreamRange< google::cloud::managedkafka::v1::Cluster >

a StreamRange to iterate of the results. See the documentation of this type for details. In brief, this class has begin() and end() member functions returning a iterator class meeting the input iterator requirements. The value type for this iterator is a StatusOr as the iteration may fail even after some values are retrieved successfully, for example, if there is a network disconnect. An empty set of results does not indicate an error, it indicates that there are no resources meeting the request criteria. On a successful iteration the StatusOr<T> contains elements of type google.cloud.managedkafka.v1.Cluster, or rather, the C++ class generated by Protobuf from that type. Please consult the Protobuf documentation for details on the Protobuf mapping rules.

ListClusters(google::cloud::managedkafka::v1::ListClustersRequest, Options)

Lists the clusters in a given project and location.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::ListClustersRequest` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.ListClustersRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

StreamRange< google::cloud::managedkafka::v1::Cluster >

GetCluster(std::string const &, Options)

Returns the properties of a single cluster.

Parameters
Name	Description
`name`	`std::string const &` Required. The name of the cluster whose configuration to return.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Cluster >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Cluster) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

GetCluster(google::cloud::managedkafka::v1::GetClusterRequest const &, Options)

Returns the properties of a single cluster.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::GetClusterRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.GetClusterRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Cluster >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Cluster) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

CreateCluster(std::string const &, google::cloud::managedkafka::v1::Cluster const &, std::string const &, Options)

Creates a new cluster in a given project and location.

Parameters
Name	Description
`parent`	`std::string const &` Required. The parent region in which to create the cluster. Structured like `projects/{project}/locations/{location}`.
`cluster`	`google::cloud::managedkafka::v1::Cluster const &` Required. Configuration of the cluster to create. Its `name` field is ignored.
`cluster_id`	`std::string const &` Required. The ID to use for the cluster, which will become the final component of the cluster's name. The ID must be 1-63 characters long, and match the regular expression `[a-z]([-a-z0-9]*[a-z0-9])?` to comply with RFC 1035. This value is structured like: `my-cluster-id`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

future< StatusOr< google::cloud::managedkafka::v1::Cluster > >

A future that becomes satisfied when the LRO (Long Running Operation) completes or the polling policy in effect for this call is exhausted. The future is satisfied with an error if the LRO completes with an error or the polling policy is exhausted. In this case the StatusOr returned by the future contains the error. If the LRO completes successfully the value of the future contains the LRO's result. For this RPC the result is a google.cloud.managedkafka.v1.Cluster proto message. The C++ class representing this message is created by Protobuf, using the Protobuf mapping rules.

CreateCluster(ExperimentalTag, NoAwaitTag, std::string const &, google::cloud::managedkafka::v1::Cluster const &, std::string const &, Options)

Creates a new cluster in a given project and location.

Specifying the NoAwaitTag immediately returns the [google::longrunning::Operation] that corresponds to the Long Running Operation that has been started. No polling for operation status occurs.

Parameters
Name	Description
	`ExperimentalTag`
	`NoAwaitTag`
`parent`	`std::string const &`
`cluster`	`google::cloud::managedkafka::v1::Cluster const &`
`cluster_id`	`std::string const &`
`opts`	`Options`

Returns
Type	Description
`StatusOr< google::longrunning::Operation >`

CreateCluster(google::cloud::managedkafka::v1::CreateClusterRequest const &, Options)

Creates a new cluster in a given project and location.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::CreateClusterRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.CreateClusterRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

future< StatusOr< google::cloud::managedkafka::v1::Cluster > >

CreateCluster(ExperimentalTag, NoAwaitTag, google::cloud::managedkafka::v1::CreateClusterRequest const &, Options)

Creates a new cluster in a given project and location.

Specifying the NoAwaitTag immediately returns the [google::longrunning::Operation] that corresponds to the Long Running Operation that has been started. No polling for operation status occurs.

Parameters
Name	Description
	`ExperimentalTag`
	`NoAwaitTag`
`request`	`google::cloud::managedkafka::v1::CreateClusterRequest const &`
`opts`	`Options`

Returns
Type	Description
`StatusOr< google::longrunning::Operation >`

CreateCluster(ExperimentalTag, google::longrunning::Operation const &, Options)

Creates a new cluster in a given project and location.

This method accepts a google::longrunning::Operation that corresponds to a previously started Long Running Operation (LRO) and polls the status of the LRO in the background.

Parameters
Name	Description
	`ExperimentalTag`
`operation`	`google::longrunning::Operation const &`
`opts`	`Options`

Returns
Type	Description
`future< StatusOr< google::cloud::managedkafka::v1::Cluster > >`

UpdateCluster(google::cloud::managedkafka::v1::Cluster const &, google::protobuf::FieldMask const &, Options)

Updates the properties of a single cluster.

Parameters
Name	Description
`cluster`	`google::cloud::managedkafka::v1::Cluster const &` Required. The cluster to update. Its `name` field must be populated.
`update_mask`	`google::protobuf::FieldMask const &` Required. Field mask is used to specify the fields to be overwritten in the cluster resource by the update. The fields specified in the update_mask are relative to the resource, not the full request. A field will be overwritten if it is in the mask. The mask is required and a value of * will update all fields.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

future< StatusOr< google::cloud::managedkafka::v1::Cluster > >

UpdateCluster(ExperimentalTag, NoAwaitTag, google::cloud::managedkafka::v1::Cluster const &, google::protobuf::FieldMask const &, Options)

Updates the properties of a single cluster.

Specifying the NoAwaitTag immediately returns the [google::longrunning::Operation] that corresponds to the Long Running Operation that has been started. No polling for operation status occurs.

Parameters
Name	Description
	`ExperimentalTag`
	`NoAwaitTag`
`cluster`	`google::cloud::managedkafka::v1::Cluster const &`
`update_mask`	`google::protobuf::FieldMask const &`
`opts`	`Options`

Returns
Type	Description
`StatusOr< google::longrunning::Operation >`

UpdateCluster(google::cloud::managedkafka::v1::UpdateClusterRequest const &, Options)

Updates the properties of a single cluster.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::UpdateClusterRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.UpdateClusterRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

future< StatusOr< google::cloud::managedkafka::v1::Cluster > >

UpdateCluster(ExperimentalTag, NoAwaitTag, google::cloud::managedkafka::v1::UpdateClusterRequest const &, Options)

Updates the properties of a single cluster.

Specifying the NoAwaitTag immediately returns the [google::longrunning::Operation] that corresponds to the Long Running Operation that has been started. No polling for operation status occurs.

Parameters
Name	Description
	`ExperimentalTag`
	`NoAwaitTag`
`request`	`google::cloud::managedkafka::v1::UpdateClusterRequest const &`
`opts`	`Options`

Returns
Type	Description
`StatusOr< google::longrunning::Operation >`

UpdateCluster(ExperimentalTag, google::longrunning::Operation const &, Options)

Updates the properties of a single cluster.

This method accepts a google::longrunning::Operation that corresponds to a previously started Long Running Operation (LRO) and polls the status of the LRO in the background.

Parameters
Name	Description
	`ExperimentalTag`
`operation`	`google::longrunning::Operation const &`
`opts`	`Options`

Returns
Type	Description
`future< StatusOr< google::cloud::managedkafka::v1::Cluster > >`

DeleteCluster(std::string const &, Options)

Deletes a single cluster.

Parameters
Name	Description
`name`	`std::string const &` Required. The name of the cluster to delete.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

future< StatusOr< google::cloud::managedkafka::v1::OperationMetadata > >

A future that becomes satisfied when the LRO (Long Running Operation) completes or the polling policy in effect for this call is exhausted. The future is satisfied with an error if the LRO completes with an error or the polling policy is exhausted. In this case the StatusOr returned by the future contains the error. If the LRO completes successfully the value of the future contains the LRO's result. For this RPC the result is a google.cloud.managedkafka.v1.OperationMetadata proto message. The C++ class representing this message is created by Protobuf, using the Protobuf mapping rules.

DeleteCluster(ExperimentalTag, NoAwaitTag, std::string const &, Options)

Deletes a single cluster.

Specifying the NoAwaitTag immediately returns the [google::longrunning::Operation] that corresponds to the Long Running Operation that has been started. No polling for operation status occurs.

Parameters
Name	Description
	`ExperimentalTag`
	`NoAwaitTag`
`name`	`std::string const &`
`opts`	`Options`

Returns
Type	Description
`StatusOr< google::longrunning::Operation >`

DeleteCluster(google::cloud::managedkafka::v1::DeleteClusterRequest const &, Options)

Deletes a single cluster.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::DeleteClusterRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.DeleteClusterRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

future< StatusOr< google::cloud::managedkafka::v1::OperationMetadata > >

A future that becomes satisfied when the LRO (Long Running Operation) completes or the polling policy in effect for this call is exhausted. The future is satisfied with an error if the LRO completes with an error or the polling policy is exhausted. In this case the StatusOr returned by the future contains the error. If the LRO completes successfully the value of the future contains the LRO's result. For this RPC the result is a google.cloud.managedkafka.v1.OperationMetadata proto message. The C++ class representing this message is created by Protobuf, using the Protobuf mapping rules.

DeleteCluster(ExperimentalTag, NoAwaitTag, google::cloud::managedkafka::v1::DeleteClusterRequest const &, Options)

Deletes a single cluster.

Specifying the NoAwaitTag immediately returns the [google::longrunning::Operation] that corresponds to the Long Running Operation that has been started. No polling for operation status occurs.

Parameters
Name	Description
	`ExperimentalTag`
	`NoAwaitTag`
`request`	`google::cloud::managedkafka::v1::DeleteClusterRequest const &`
`opts`	`Options`

Returns
Type	Description
`StatusOr< google::longrunning::Operation >`

DeleteCluster(ExperimentalTag, google::longrunning::Operation const &, Options)

Deletes a single cluster.

This method accepts a google::longrunning::Operation that corresponds to a previously started Long Running Operation (LRO) and polls the status of the LRO in the background.

Parameters
Name	Description
	`ExperimentalTag`
`operation`	`google::longrunning::Operation const &`
`opts`	`Options`

Returns
Type	Description
`future< StatusOr< google::cloud::managedkafka::v1::OperationMetadata > >`

ListTopics(std::string const &, Options)

Lists the topics in a given cluster.

Parameters
Name	Description
`parent`	`std::string const &` Required. The parent cluster whose topics are to be listed. Structured like `projects/{project}/locations/{location}/clusters/{cluster}`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

StreamRange< google::cloud::managedkafka::v1::Topic >

a StreamRange to iterate of the results. See the documentation of this type for details. In brief, this class has begin() and end() member functions returning a iterator class meeting the input iterator requirements. The value type for this iterator is a StatusOr as the iteration may fail even after some values are retrieved successfully, for example, if there is a network disconnect. An empty set of results does not indicate an error, it indicates that there are no resources meeting the request criteria. On a successful iteration the StatusOr<T> contains elements of type google.cloud.managedkafka.v1.Topic, or rather, the C++ class generated by Protobuf from that type. Please consult the Protobuf documentation for details on the Protobuf mapping rules.

ListTopics(google::cloud::managedkafka::v1::ListTopicsRequest, Options)

Lists the topics in a given cluster.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::ListTopicsRequest` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.ListTopicsRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

StreamRange< google::cloud::managedkafka::v1::Topic >

a StreamRange to iterate of the results. See the documentation of this type for details. In brief, this class has begin() and end() member functions returning a iterator class meeting the input iterator requirements. The value type for this iterator is a StatusOr as the iteration may fail even after some values are retrieved successfully, for example, if there is a network disconnect. An empty set of results does not indicate an error, it indicates that there are no resources meeting the request criteria. On a successful iteration the StatusOr<T> contains elements of type google.cloud.managedkafka.v1.Topic, or rather, the C++ class generated by Protobuf from that type. Please consult the Protobuf documentation for details on the Protobuf mapping rules.

GetTopic(std::string const &, Options)

Returns the properties of a single topic.

Parameters
Name	Description
`name`	`std::string const &` Required. The name of the topic whose configuration to return. Structured like: projects/{project}/locations/{location}/clusters/{cluster}/topics/{topic}.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Topic >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Topic) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

GetTopic(google::cloud::managedkafka::v1::GetTopicRequest const &, Options)

Returns the properties of a single topic.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::GetTopicRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.GetTopicRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Topic >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Topic) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

CreateTopic(std::string const &, google::cloud::managedkafka::v1::Topic const &, std::string const &, Options)

Creates a new topic in a given project and location.

Parameters
Name	Description
`parent`	`std::string const &` Required. The parent cluster in which to create the topic. Structured like `projects/{project}/locations/{location}/clusters/{cluster}`.
`topic`	`google::cloud::managedkafka::v1::Topic const &` Required. Configuration of the topic to create. Its `name` field is ignored.
`topic_id`	`std::string const &` Required. The ID to use for the topic, which will become the final component of the topic's name. This value is structured like: `my-topic-name`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Topic >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Topic) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

CreateTopic(google::cloud::managedkafka::v1::CreateTopicRequest const &, Options)

Creates a new topic in a given project and location.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::CreateTopicRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.CreateTopicRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Topic >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Topic) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

UpdateTopic(google::cloud::managedkafka::v1::Topic const &, google::protobuf::FieldMask const &, Options)

Updates the properties of a single topic.

Parameters
Name	Description
`topic`	`google::cloud::managedkafka::v1::Topic const &` Required. The topic to update. Its `name` field must be populated.
`update_mask`	`google::protobuf::FieldMask const &` Required. Field mask is used to specify the fields to be overwritten in the Topic resource by the update. The fields specified in the update_mask are relative to the resource, not the full request. A field will be overwritten if it is in the mask. The mask is required and a value of * will update all fields.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Topic >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Topic) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

UpdateTopic(google::cloud::managedkafka::v1::UpdateTopicRequest const &, Options)

Updates the properties of a single topic.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::UpdateTopicRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.UpdateTopicRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::Topic >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.Topic) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

DeleteTopic(std::string const &, Options)

Deletes a single topic.

Parameters
Name	Description
`name`	`std::string const &` Required. The name of the topic to delete. `projects/{project}/locations/{location}/clusters/{cluster}/topics/{topic}`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`Status`	a `Status` object. If the request failed, the status contains the details of the failure.

DeleteTopic(google::cloud::managedkafka::v1::DeleteTopicRequest const &, Options)

Deletes a single topic.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::DeleteTopicRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.DeleteTopicRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`Status`	a `Status` object. If the request failed, the status contains the details of the failure.

ListConsumerGroups(std::string const &, Options)

Lists the consumer groups in a given cluster.

Parameters
Name	Description
`parent`	`std::string const &` Required. The parent cluster whose consumer groups are to be listed. Structured like `projects/{project}/locations/{location}/clusters/{cluster}`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

StreamRange< google::cloud::managedkafka::v1::ConsumerGroup >

a StreamRange to iterate of the results. See the documentation of this type for details. In brief, this class has begin() and end() member functions returning a iterator class meeting the input iterator requirements. The value type for this iterator is a StatusOr as the iteration may fail even after some values are retrieved successfully, for example, if there is a network disconnect. An empty set of results does not indicate an error, it indicates that there are no resources meeting the request criteria. On a successful iteration the StatusOr<T> contains elements of type google.cloud.managedkafka.v1.ConsumerGroup, or rather, the C++ class generated by Protobuf from that type. Please consult the Protobuf documentation for details on the Protobuf mapping rules.

ListConsumerGroups(google::cloud::managedkafka::v1::ListConsumerGroupsRequest, Options)

Lists the consumer groups in a given cluster.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::ListConsumerGroupsRequest` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.ListConsumerGroupsRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns

Type Description

StreamRange< google::cloud::managedkafka::v1::ConsumerGroup >

a StreamRange to iterate of the results. See the documentation of this type for details. In brief, this class has begin() and end() member functions returning a iterator class meeting the input iterator requirements. The value type for this iterator is a StatusOr as the iteration may fail even after some values are retrieved successfully, for example, if there is a network disconnect. An empty set of results does not indicate an error, it indicates that there are no resources meeting the request criteria. On a successful iteration the StatusOr<T> contains elements of type google.cloud.managedkafka.v1.ConsumerGroup, or rather, the C++ class generated by Protobuf from that type. Please consult the Protobuf documentation for details on the Protobuf mapping rules.

GetConsumerGroup(std::string const &, Options)

Returns the properties of a single consumer group.

Parameters
Name	Description
`name`	`std::string const &` Required. The name of the consumer group whose configuration to return. `projects/{project}/locations/{location}/clusters/{cluster}/consumerGroups/{consumerGroup}`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::ConsumerGroup >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.ConsumerGroup) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

GetConsumerGroup(google::cloud::managedkafka::v1::GetConsumerGroupRequest const &, Options)

Returns the properties of a single consumer group.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::GetConsumerGroupRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.GetConsumerGroupRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::ConsumerGroup >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.ConsumerGroup) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

UpdateConsumerGroup(google::cloud::managedkafka::v1::ConsumerGroup const &, google::protobuf::FieldMask const &, Options)

Updates the properties of a single consumer group.

Parameters
Name	Description
`consumer_group`	`google::cloud::managedkafka::v1::ConsumerGroup const &` Required. The consumer group to update. Its `name` field must be populated.
`update_mask`	`google::protobuf::FieldMask const &` Required. Field mask is used to specify the fields to be overwritten in the ConsumerGroup resource by the update. The fields specified in the update_mask are relative to the resource, not the full request. A field will be overwritten if it is in the mask. The mask is required and a value of * will update all fields.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::ConsumerGroup >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.ConsumerGroup) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

UpdateConsumerGroup(google::cloud::managedkafka::v1::UpdateConsumerGroupRequest const &, Options)

Updates the properties of a single consumer group.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::UpdateConsumerGroupRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.UpdateConsumerGroupRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`StatusOr< google::cloud::managedkafka::v1::ConsumerGroup >`	the result of the RPC. The response message type (google.cloud.managedkafka.v1.ConsumerGroup) is mapped to a C++ class using the Protobuf mapping rules. If the request fails, the `StatusOr` contains the error details.

DeleteConsumerGroup(std::string const &, Options)

Deletes a single consumer group.

Parameters
Name	Description
`name`	`std::string const &` Required. The name of the consumer group to delete. `projects/{project}/locations/{location}/clusters/{cluster}/consumerGroups/{consumerGroup}`.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`Status`	a `Status` object. If the request failed, the status contains the details of the failure.

DeleteConsumerGroup(google::cloud::managedkafka::v1::DeleteConsumerGroupRequest const &, Options)

Deletes a single consumer group.

Parameters
Name	Description
`request`	`google::cloud::managedkafka::v1::DeleteConsumerGroupRequest const &` Unary RPCs, such as the one wrapped by this function, receive a single `request` proto message which includes all the inputs for the RPC. In this case, the proto message is a google.cloud.managedkafka.v1.DeleteConsumerGroupRequest. Proto messages are converted to C++ classes by Protobuf, using the Protobuf mapping rules.
`opts`	`Options` Optional. Override the class-level options, such as retry and backoff policies.

Returns
Type	Description
`Status`	a `Status` object. If the request failed, the status contains the details of the failure.