All Superinterfaces:

AutoCloseable

All Known Implementing Classes:

GenerativeAiAsyncClient
```
@Generated(value="OracleSDKGenerator",
           comments="API Version: 20231130")
public interface GenerativeAiAsync
extends AutoCloseable
```
OCI Generative AI is a fully managed service that provides a set of state-of-the-art, customizable large language models (LLMs) that cover a wide range of use cases for text generation, summarization, and text embeddings.
Use the Generative AI service management API to create and manage DedicatedAiCluster, Endpoint, Model, and WorkRequest in the Generative AI service. For example, create a custom model by fine-tuning an out-of-the-box model using your own data, on a fine-tuning dedicated AI cluster. Then, create a hosting dedicated AI cluster with an endpoint to host your custom model.
To access your custom model endpoints, or to try the out-of-the-box models to generate text, summarize, and create text embeddings see the [Generative AI Inference API](https://docs.oracle.com/iaas/api/#/en/generative-ai-inference/latest/).
To learn more about the service, see the [Generative AI documentation](https://docs.oracle.com/iaas/Content/generative-ai/home.htm).

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`Future<AddArtifactResponse>`	`addArtifact(AddArtifactRequest request, AsyncHandler<AddArtifactRequest,AddArtifactResponse> handler)`	add image with isAutoDeploy flag.
`Future<CancelVectorStoreConnectorFileSyncResponse>`	`cancelVectorStoreConnectorFileSync(CancelVectorStoreConnectorFileSyncRequest request, AsyncHandler<CancelVectorStoreConnectorFileSyncRequest,CancelVectorStoreConnectorFileSyncResponse> handler)`	Cancels a vectorStoreConnectorFileSync.
`Future<ChangeApiKeyCompartmentResponse>`	`changeApiKeyCompartment(ChangeApiKeyCompartmentRequest request, AsyncHandler<ChangeApiKeyCompartmentRequest,ChangeApiKeyCompartmentResponse> handler)`	Moves an API key into a different compartment within the same tenancy.
`Future<ChangeDedicatedAiClusterCompartmentResponse>`	`changeDedicatedAiClusterCompartment(ChangeDedicatedAiClusterCompartmentRequest request, AsyncHandler<ChangeDedicatedAiClusterCompartmentRequest,ChangeDedicatedAiClusterCompartmentResponse> handler)`	Moves a dedicated AI cluster into a different compartment within the same tenancy.
`Future<ChangeEndpointCompartmentResponse>`	`changeEndpointCompartment(ChangeEndpointCompartmentRequest request, AsyncHandler<ChangeEndpointCompartmentRequest,ChangeEndpointCompartmentResponse> handler)`	Moves an endpoint into a different compartment within the same tenancy.
`Future<ChangeGenerativeAiPrivateEndpointCompartmentResponse>`	`changeGenerativeAiPrivateEndpointCompartment(ChangeGenerativeAiPrivateEndpointCompartmentRequest request, AsyncHandler<ChangeGenerativeAiPrivateEndpointCompartmentRequest,ChangeGenerativeAiPrivateEndpointCompartmentResponse> handler)`	Moves a Generative AI private endpoint into a different compartment.
`Future<ChangeGenerativeAiProjectCompartmentResponse>`	`changeGenerativeAiProjectCompartment(ChangeGenerativeAiProjectCompartmentRequest request, AsyncHandler<ChangeGenerativeAiProjectCompartmentRequest,ChangeGenerativeAiProjectCompartmentResponse> handler)`	Moves a generativeAiProject into a different compartment within the same tenancy.
`Future<ChangeHostedApplicationCompartmentResponse>`	`changeHostedApplicationCompartment(ChangeHostedApplicationCompartmentRequest request, AsyncHandler<ChangeHostedApplicationCompartmentRequest,ChangeHostedApplicationCompartmentResponse> handler)`	Moves a hosted application into a different compartment within the same tenancy.
`Future<ChangeHostedApplicationIamCompartmentResponse>`	`changeHostedApplicationIamCompartment(ChangeHostedApplicationIamCompartmentRequest request, AsyncHandler<ChangeHostedApplicationIamCompartmentRequest,ChangeHostedApplicationIamCompartmentResponse> handler)`	Moves a hosted application into a different compartment within the same tenancy.
`Future<ChangeHostedApplicationStorageCompartmentResponse>`	`changeHostedApplicationStorageCompartment(ChangeHostedApplicationStorageCompartmentRequest request, AsyncHandler<ChangeHostedApplicationStorageCompartmentRequest,ChangeHostedApplicationStorageCompartmentResponse> handler)`	Moves a hosted application storage into a different compartment within the same tenancy.
`Future<ChangeImportedModelCompartmentResponse>`	`changeImportedModelCompartment(ChangeImportedModelCompartmentRequest request, AsyncHandler<ChangeImportedModelCompartmentRequest,ChangeImportedModelCompartmentResponse> handler)`	Moves an imported model into a different compartment.
`Future<ChangeModelCompartmentResponse>`	`changeModelCompartment(ChangeModelCompartmentRequest request, AsyncHandler<ChangeModelCompartmentRequest,ChangeModelCompartmentResponse> handler)`	Moves a custom model into a different compartment.
`Future<ChangeRoutingProfileCompartmentResponse>`	`changeRoutingProfileCompartment(ChangeRoutingProfileCompartmentRequest request, AsyncHandler<ChangeRoutingProfileCompartmentRequest,ChangeRoutingProfileCompartmentResponse> handler)`	Moves a routing profile into a different compartment within the same tenancy.
`Future<ChangeSemanticStoreCompartmentResponse>`	`changeSemanticStoreCompartment(ChangeSemanticStoreCompartmentRequest request, AsyncHandler<ChangeSemanticStoreCompartmentRequest,ChangeSemanticStoreCompartmentResponse> handler)`	Moves a SemanticStore into a different compartment within the same tenancy.
`Future<CreateApiKeyResponse>`	`createApiKey(CreateApiKeyRequest request, AsyncHandler<CreateApiKeyRequest,CreateApiKeyResponse> handler)`	Creates a new API key in the specified compartment.
`Future<CreateDedicatedAiClusterResponse>`	`createDedicatedAiCluster(CreateDedicatedAiClusterRequest request, AsyncHandler<CreateDedicatedAiClusterRequest,CreateDedicatedAiClusterResponse> handler)`	Creates a dedicated AI cluster.
`Future<CreateEndpointResponse>`	`createEndpoint(CreateEndpointRequest request, AsyncHandler<CreateEndpointRequest,CreateEndpointResponse> handler)`	Creates an endpoint.
`Future<CreateGenerativeAiPrivateEndpointResponse>`	`createGenerativeAiPrivateEndpoint(CreateGenerativeAiPrivateEndpointRequest request, AsyncHandler<CreateGenerativeAiPrivateEndpointRequest,CreateGenerativeAiPrivateEndpointResponse> handler)`	Creates a Generative AI private endpoint.
`Future<CreateGenerativeAiProjectResponse>`	`createGenerativeAiProject(CreateGenerativeAiProjectRequest request, AsyncHandler<CreateGenerativeAiProjectRequest,CreateGenerativeAiProjectResponse> handler)`	Creates a GenerativeAiProject.
`Future<CreateHostedApplicationResponse>`	`createHostedApplication(CreateHostedApplicationRequest request, AsyncHandler<CreateHostedApplicationRequest,CreateHostedApplicationResponse> handler)`	Creates a hosted application.
`Future<CreateHostedApplicationIamResponse>`	`createHostedApplicationIam(CreateHostedApplicationIamRequest request, AsyncHandler<CreateHostedApplicationIamRequest,CreateHostedApplicationIamResponse> handler)`	Creates a hosted application.
`Future<CreateHostedApplicationStorageResponse>`	`createHostedApplicationStorage(CreateHostedApplicationStorageRequest request, AsyncHandler<CreateHostedApplicationStorageRequest,CreateHostedApplicationStorageResponse> handler)`	Creates a hosted application storage.
`Future<CreateHostedDeploymentResponse>`	`createHostedDeployment(CreateHostedDeploymentRequest request, AsyncHandler<CreateHostedDeploymentRequest,CreateHostedDeploymentResponse> handler)`	Creates a hosted deployment.
`Future<CreateImportedModelResponse>`	`createImportedModel(CreateImportedModelRequest request, AsyncHandler<CreateImportedModelRequest,CreateImportedModelResponse> handler)`	Import a model from ModelDataSource.
`Future<CreateModelResponse>`	`createModel(CreateModelRequest request, AsyncHandler<CreateModelRequest,CreateModelResponse> handler)`	Creates a custom model by fine-tuning a base model with your own dataset.
`Future<CreateRoutingProfileResponse>`	`createRoutingProfile(CreateRoutingProfileRequest request, AsyncHandler<CreateRoutingProfileRequest,CreateRoutingProfileResponse> handler)`	Creates a routing profile.
`Future<CreateSandboxWarmPoolResponse>`	`createSandboxWarmPool(CreateSandboxWarmPoolRequest request, AsyncHandler<CreateSandboxWarmPoolRequest,CreateSandboxWarmPoolResponse> handler)`	Creates a named MANAGED or CUSTOM pool.
`Future<CreateSemanticStoreResponse>`	`createSemanticStore(CreateSemanticStoreRequest request, AsyncHandler<CreateSemanticStoreRequest,CreateSemanticStoreResponse> handler)`	Creates a SemanticStore.
`Future<CreateVectorStoreConnectorResponse>`	`createVectorStoreConnector(CreateVectorStoreConnectorRequest request, AsyncHandler<CreateVectorStoreConnectorRequest,CreateVectorStoreConnectorResponse> handler)`	Creates a VectorStoreConnector.
`Future<CreateVectorStoreConnectorFileSyncResponse>`	`createVectorStoreConnectorFileSync(CreateVectorStoreConnectorFileSyncRequest request, AsyncHandler<CreateVectorStoreConnectorFileSyncRequest,CreateVectorStoreConnectorFileSyncResponse> handler)`	Creates a File Sync operation for a VectorStoreConnector.
`Future<DeleteApiKeyResponse>`	`deleteApiKey(DeleteApiKeyRequest request, AsyncHandler<DeleteApiKeyRequest,DeleteApiKeyResponse> handler)`	Deletes an API key.
`Future<DeleteDedicatedAiClusterResponse>`	`deleteDedicatedAiCluster(DeleteDedicatedAiClusterRequest request, AsyncHandler<DeleteDedicatedAiClusterRequest,DeleteDedicatedAiClusterResponse> handler)`	Deletes a dedicated AI cluster.
`Future<DeleteEndpointResponse>`	`deleteEndpoint(DeleteEndpointRequest request, AsyncHandler<DeleteEndpointRequest,DeleteEndpointResponse> handler)`	Deletes an endpoint.
`Future<DeleteGenerativeAiPrivateEndpointResponse>`	`deleteGenerativeAiPrivateEndpoint(DeleteGenerativeAiPrivateEndpointRequest request, AsyncHandler<DeleteGenerativeAiPrivateEndpointRequest,DeleteGenerativeAiPrivateEndpointResponse> handler)`	Deletes a Generative AI private endpoint using `privateEndpointId`.
`Future<DeleteGenerativeAiProjectResponse>`	`deleteGenerativeAiProject(DeleteGenerativeAiProjectRequest request, AsyncHandler<DeleteGenerativeAiProjectRequest,DeleteGenerativeAiProjectResponse> handler)`	Deletes a generativeAiProject.
`Future<DeleteHostedApplicationResponse>`	`deleteHostedApplication(DeleteHostedApplicationRequest request, AsyncHandler<DeleteHostedApplicationRequest,DeleteHostedApplicationResponse> handler)`	Deletes a hosted application.
`Future<DeleteHostedApplicationIamResponse>`	`deleteHostedApplicationIam(DeleteHostedApplicationIamRequest request, AsyncHandler<DeleteHostedApplicationIamRequest,DeleteHostedApplicationIamResponse> handler)`	Deletes a hosted application.
`Future<DeleteHostedApplicationStorageResponse>`	`deleteHostedApplicationStorage(DeleteHostedApplicationStorageRequest request, AsyncHandler<DeleteHostedApplicationStorageRequest,DeleteHostedApplicationStorageResponse> handler)`	Deletes a hosted application.
`Future<DeleteHostedDeploymentResponse>`	`deleteHostedDeployment(DeleteHostedDeploymentRequest request, AsyncHandler<DeleteHostedDeploymentRequest,DeleteHostedDeploymentResponse> handler)`	Deletes a hosted deployment.
`Future<DeleteHostedDeploymentArtifactResponse>`	`deleteHostedDeploymentArtifact(DeleteHostedDeploymentArtifactRequest request, AsyncHandler<DeleteHostedDeploymentArtifactRequest,DeleteHostedDeploymentArtifactResponse> handler)`	delete artifact.
`Future<DeleteImportedModelResponse>`	`deleteImportedModel(DeleteImportedModelRequest request, AsyncHandler<DeleteImportedModelRequest,DeleteImportedModelResponse> handler)`	Deletes an imported model.
`Future<DeleteModelResponse>`	`deleteModel(DeleteModelRequest request, AsyncHandler<DeleteModelRequest,DeleteModelResponse> handler)`	Deletes a custom model.
`Future<DeleteRoutingProfileResponse>`	`deleteRoutingProfile(DeleteRoutingProfileRequest request, AsyncHandler<DeleteRoutingProfileRequest,DeleteRoutingProfileResponse> handler)`	Deletes a routing profile.
`Future<DeleteSandboxWarmPoolResponse>`	`deleteSandboxWarmPool(DeleteSandboxWarmPoolRequest request, AsyncHandler<DeleteSandboxWarmPoolRequest,DeleteSandboxWarmPoolResponse> handler)`	Deletes a named MANAGED or CUSTOM pool through a CP Work Request.
`Future<DeleteSemanticStoreResponse>`	`deleteSemanticStore(DeleteSemanticStoreRequest request, AsyncHandler<DeleteSemanticStoreRequest,DeleteSemanticStoreResponse> handler)`	Deletes a semanticStore.
`Future<DeleteVectorStoreConnectorResponse>`	`deleteVectorStoreConnector(DeleteVectorStoreConnectorRequest request, AsyncHandler<DeleteVectorStoreConnectorRequest,DeleteVectorStoreConnectorResponse> handler)`	Deletes a vectorStoreConnector.
`void`	`enableDualStackEndpoints(boolean dualStackEndpointTemplateEnabled)`	Determines whether dual stack endpoint should be used or not.
`Future<GetApiKeyResponse>`	`getApiKey(GetApiKeyRequest request, AsyncHandler<GetApiKeyRequest,GetApiKeyResponse> handler)`	Gets information about an API key.
`Future<GetDedicatedAiClusterResponse>`	`getDedicatedAiCluster(GetDedicatedAiClusterRequest request, AsyncHandler<GetDedicatedAiClusterRequest,GetDedicatedAiClusterResponse> handler)`	Gets information about a dedicated AI cluster.
`String`	`getEndpoint()`	Gets the set endpoint for REST call (ex, https://www.example.com)
`Future<GetEndpointResponse>`	`getEndpoint(GetEndpointRequest request, AsyncHandler<GetEndpointRequest,GetEndpointResponse> handler)`	Gets information about an endpoint.
`Future<GetGenerativeAiPrivateEndpointResponse>`	`getGenerativeAiPrivateEndpoint(GetGenerativeAiPrivateEndpointRequest request, AsyncHandler<GetGenerativeAiPrivateEndpointRequest,GetGenerativeAiPrivateEndpointResponse> handler)`	Retrieves an Generative AI private endpoint using a `privateEndpointId`.
`Future<GetGenerativeAiProjectResponse>`	`getGenerativeAiProject(GetGenerativeAiProjectRequest request, AsyncHandler<GetGenerativeAiProjectRequest,GetGenerativeAiProjectResponse> handler)`	Gets information about a generativeAiProject.
`Future<GetHostedApplicationResponse>`	`getHostedApplication(GetHostedApplicationRequest request, AsyncHandler<GetHostedApplicationRequest,GetHostedApplicationResponse> handler)`	Gets information about a hosted application.
`Future<GetHostedApplicationIamResponse>`	`getHostedApplicationIam(GetHostedApplicationIamRequest request, AsyncHandler<GetHostedApplicationIamRequest,GetHostedApplicationIamResponse> handler)`	Gets information about a hosted application.
`Future<GetHostedApplicationStorageResponse>`	`getHostedApplicationStorage(GetHostedApplicationStorageRequest request, AsyncHandler<GetHostedApplicationStorageRequest,GetHostedApplicationStorageResponse> handler)`	Gets information about a hosted application storage.
`Future<GetHostedDeploymentResponse>`	`getHostedDeployment(GetHostedDeploymentRequest request, AsyncHandler<GetHostedDeploymentRequest,GetHostedDeploymentResponse> handler)`	Gets information about a hosted deployment.
`Future<GetImportedModelResponse>`	`getImportedModel(GetImportedModelRequest request, AsyncHandler<GetImportedModelRequest,GetImportedModelResponse> handler)`	Gets information about an imported model.
`Future<GetModelResponse>`	`getModel(GetModelRequest request, AsyncHandler<GetModelRequest,GetModelResponse> handler)`	Gets information about a custom model.
`Future<GetRoutingProfileResponse>`	`getRoutingProfile(GetRoutingProfileRequest request, AsyncHandler<GetRoutingProfileRequest,GetRoutingProfileResponse> handler)`	Gets information about a routing profile.
`Future<GetSandboxWarmPoolResponse>`	`getSandboxWarmPool(GetSandboxWarmPoolRequest request, AsyncHandler<GetSandboxWarmPoolRequest,GetSandboxWarmPoolResponse> handler)`	Gets authoritative CP configuration and management lifecycle for the current pool incarnation, including DELETING until pool cleanup completes.
`Future<GetSemanticStoreResponse>`	`getSemanticStore(GetSemanticStoreRequest request, AsyncHandler<GetSemanticStoreRequest,GetSemanticStoreResponse> handler)`	Gets information about a semanticStore.
`Future<GetVectorStoreConnectorResponse>`	`getVectorStoreConnector(GetVectorStoreConnectorRequest request, AsyncHandler<GetVectorStoreConnectorRequest,GetVectorStoreConnectorResponse> handler)`	Gets information about a vectorStoreConnector.
`Future<GetVectorStoreConnectorFileSyncResponse>`	`getVectorStoreConnectorFileSync(GetVectorStoreConnectorFileSyncRequest request, AsyncHandler<GetVectorStoreConnectorFileSyncRequest,GetVectorStoreConnectorFileSyncResponse> handler)`	Gets information about a vectorStoreConnectorFileSync.
`Future<GetVectorStoreConnectorStatsResponse>`	`getVectorStoreConnectorStats(GetVectorStoreConnectorStatsRequest request, AsyncHandler<GetVectorStoreConnectorStatsRequest,GetVectorStoreConnectorStatsResponse> handler)`	Gets Sync statistics from a vectorStoreConnector.
`Future<GetWorkRequestResponse>`	`getWorkRequest(GetWorkRequestRequest request, AsyncHandler<GetWorkRequestRequest,GetWorkRequestResponse> handler)`	Gets the details of a work request.
`Future<ListApiKeysResponse>`	`listApiKeys(ListApiKeysRequest request, AsyncHandler<ListApiKeysRequest,ListApiKeysResponse> handler)`	Lists the ApiKeys of a specific compartment.
`Future<ListDedicatedAiClustersResponse>`	`listDedicatedAiClusters(ListDedicatedAiClustersRequest request, AsyncHandler<ListDedicatedAiClustersRequest,ListDedicatedAiClustersResponse> handler)`	Lists the dedicated AI clusters in a specific compartment.
`Future<ListDedicatedAiClustersAllocatableGpusResponse>`	`listDedicatedAiClustersAllocatableGpus(ListDedicatedAiClustersAllocatableGpusRequest request, AsyncHandler<ListDedicatedAiClustersAllocatableGpusRequest,ListDedicatedAiClustersAllocatableGpusResponse> handler)`	Lists the allocatable GPUs for launching dedicated AI clusters tied to a specific capacity reservation id.
`Future<ListEndpointsResponse>`	`listEndpoints(ListEndpointsRequest request, AsyncHandler<ListEndpointsRequest,ListEndpointsResponse> handler)`	Lists the endpoints of a specific compartment.
`Future<ListGenerativeAiPrivateEndpointsResponse>`	`listGenerativeAiPrivateEndpoints(ListGenerativeAiPrivateEndpointsRequest request, AsyncHandler<ListGenerativeAiPrivateEndpointsRequest,ListGenerativeAiPrivateEndpointsResponse> handler)`	Lists all Generative AI private endpoints in the specified compartment.
`Future<ListGenerativeAiProjectsResponse>`	`listGenerativeAiProjects(ListGenerativeAiProjectsRequest request, AsyncHandler<ListGenerativeAiProjectsRequest,ListGenerativeAiProjectsResponse> handler)`	Lists the generativeAiProjects of a specific compartment.
`Future<ListHostedApplicationsResponse>`	`listHostedApplications(ListHostedApplicationsRequest request, AsyncHandler<ListHostedApplicationsRequest,ListHostedApplicationsResponse> handler)`	Lists the hosted applications in a specific compartment.
`Future<ListHostedApplicationsIamResponse>`	`listHostedApplicationsIam(ListHostedApplicationsIamRequest request, AsyncHandler<ListHostedApplicationsIamRequest,ListHostedApplicationsIamResponse> handler)`	Lists the hosted applications in a specific compartment.
`Future<ListHostedApplicationStoragesResponse>`	`listHostedApplicationStorages(ListHostedApplicationStoragesRequest request, AsyncHandler<ListHostedApplicationStoragesRequest,ListHostedApplicationStoragesResponse> handler)`	Lists the hosted application storage in a specific compartment.
`Future<ListHostedDeploymentsResponse>`	`listHostedDeployments(ListHostedDeploymentsRequest request, AsyncHandler<ListHostedDeploymentsRequest,ListHostedDeploymentsResponse> handler)`	Lists the hosted applications in a specific compartment.
`Future<ListImportedModelsResponse>`	`listImportedModels(ListImportedModelsRequest request, AsyncHandler<ListImportedModelsRequest,ListImportedModelsResponse> handler)`	Lists imported models in a specific compartment.
`Future<ListModelDiscoveryResponse>`	`listModelDiscovery(ListModelDiscoveryRequest request, AsyncHandler<ListModelDiscoveryRequest,ListModelDiscoveryResponse> handler)`	Retrieves a list of models along with their capabilities, supported features, and deployment availability.
`Future<ListModelsResponse>`	`listModels(ListModelsRequest request, AsyncHandler<ListModelsRequest,ListModelsResponse> handler)`	Lists the models in a specific compartment.
`Future<ListRoutingProfilesResponse>`	`listRoutingProfiles(ListRoutingProfilesRequest request, AsyncHandler<ListRoutingProfilesRequest,ListRoutingProfilesResponse> handler)`	Lists the routing profiles of a specific compartment.
`Future<ListSandboxWarmPoolsResponse>`	`listSandboxWarmPools(ListSandboxWarmPoolsRequest request, AsyncHandler<ListSandboxWarmPoolsRequest,ListSandboxWarmPoolsResponse> handler)`	Lists named MANAGED and CUSTOM pools for Sandbox-enabled Projects, including zero targets and in-progress management operations.
`Future<ListSemanticStoresResponse>`	`listSemanticStores(ListSemanticStoresRequest request, AsyncHandler<ListSemanticStoresRequest,ListSemanticStoresResponse> handler)`	Lists the SemanticStores given specific filter.
`Future<ListVectorStoreConnectorFileSyncIngestionLogsResponse>`	`listVectorStoreConnectorFileSyncIngestionLogs(ListVectorStoreConnectorFileSyncIngestionLogsRequest request, AsyncHandler<ListVectorStoreConnectorFileSyncIngestionLogsRequest,ListVectorStoreConnectorFileSyncIngestionLogsResponse> handler)`	Gets Ingestion logs for a vectorStoreConnectorFileSync operation.
`Future<ListVectorStoreConnectorFileSyncsResponse>`	`listVectorStoreConnectorFileSyncs(ListVectorStoreConnectorFileSyncsRequest request, AsyncHandler<ListVectorStoreConnectorFileSyncsRequest,ListVectorStoreConnectorFileSyncsResponse> handler)`	Lists the vectorStoreConnectorFileSyncs of a specific compartment.
`Future<ListVectorStoreConnectorIngestionLogsResponse>`	`listVectorStoreConnectorIngestionLogs(ListVectorStoreConnectorIngestionLogsRequest request, AsyncHandler<ListVectorStoreConnectorIngestionLogsRequest,ListVectorStoreConnectorIngestionLogsResponse> handler)`	Gets Ingestion logs for a vectorStoreConnector.
`Future<ListVectorStoreConnectorsResponse>`	`listVectorStoreConnectors(ListVectorStoreConnectorsRequest request, AsyncHandler<ListVectorStoreConnectorsRequest,ListVectorStoreConnectorsResponse> handler)`	Lists the vectorStoreConnectors of a specific compartment.
`Future<ListWorkRequestErrorsResponse>`	`listWorkRequestErrors(ListWorkRequestErrorsRequest request, AsyncHandler<ListWorkRequestErrorsRequest,ListWorkRequestErrorsResponse> handler)`	Lists the errors for a work request.
`Future<ListWorkRequestLogsResponse>`	`listWorkRequestLogs(ListWorkRequestLogsRequest request, AsyncHandler<ListWorkRequestLogsRequest,ListWorkRequestLogsResponse> handler)`	Lists the logs for a work request.
`Future<ListWorkRequestsResponse>`	`listWorkRequests(ListWorkRequestsRequest request, AsyncHandler<ListWorkRequestsRequest,ListWorkRequestsResponse> handler)`	Lists the work requests in a compartment.
`void`	`refreshClient()`	Rebuilds the client from scratch.
`Future<RenewApiKeyResponse>`	`renewApiKey(RenewApiKeyRequest request, AsyncHandler<RenewApiKeyRequest,RenewApiKeyResponse> handler)`	Renew the primary or secondary key.
`Future<SetApiKeyStateResponse>`	`setApiKeyState(SetApiKeyStateRequest request, AsyncHandler<SetApiKeyStateRequest,SetApiKeyStateResponse> handler)`	Set state of the key.
`void`	`setEndpoint(String endpoint)`	Sets the endpoint to call (ex, https://www.example.com).
`void`	`setRegion(Region region)`	Sets the region to call (ex, Region.US_PHOENIX_1).
`void`	`setRegion(String regionId)`	Sets the region to call (ex, ‘us-phoenix-1’).
`Future<UpdateApiKeyResponse>`	`updateApiKey(UpdateApiKeyRequest request, AsyncHandler<UpdateApiKeyRequest,UpdateApiKeyResponse> handler)`	Updates the properties of an apiKey.
`Future<UpdateDedicatedAiClusterResponse>`	`updateDedicatedAiCluster(UpdateDedicatedAiClusterRequest request, AsyncHandler<UpdateDedicatedAiClusterRequest,UpdateDedicatedAiClusterResponse> handler)`	Updates a dedicated AI cluster.
`Future<UpdateEndpointResponse>`	`updateEndpoint(UpdateEndpointRequest request, AsyncHandler<UpdateEndpointRequest,UpdateEndpointResponse> handler)`	Updates the properties of an endpoint.
`Future<UpdateGenerativeAiPrivateEndpointResponse>`	`updateGenerativeAiPrivateEndpoint(UpdateGenerativeAiPrivateEndpointRequest request, AsyncHandler<UpdateGenerativeAiPrivateEndpointRequest,UpdateGenerativeAiPrivateEndpointResponse> handler)`	Updates a Generative AI private endpoint using a `privateEndpointId`.
`Future<UpdateGenerativeAiProjectResponse>`	`updateGenerativeAiProject(UpdateGenerativeAiProjectRequest request, AsyncHandler<UpdateGenerativeAiProjectRequest,UpdateGenerativeAiProjectResponse> handler)`	Updates the properties of a generativeAiProject.
`Future<UpdateHostedApplicationResponse>`	`updateHostedApplication(UpdateHostedApplicationRequest request, AsyncHandler<UpdateHostedApplicationRequest,UpdateHostedApplicationResponse> handler)`	Updates a hosted application.
`Future<UpdateHostedApplicationIamResponse>`	`updateHostedApplicationIam(UpdateHostedApplicationIamRequest request, AsyncHandler<UpdateHostedApplicationIamRequest,UpdateHostedApplicationIamResponse> handler)`	Updates a hosted application.
`Future<UpdateHostedDeploymentResponse>`	`updateHostedDeployment(UpdateHostedDeploymentRequest request, AsyncHandler<UpdateHostedDeploymentRequest,UpdateHostedDeploymentResponse> handler)`	Updates a hosted deployment.
`Future<UpdateImportedModelResponse>`	`updateImportedModel(UpdateImportedModelRequest request, AsyncHandler<UpdateImportedModelRequest,UpdateImportedModelResponse> handler)`	Updates the properties of an imported model such as name, description, freeform tags, and defined tags.
`Future<UpdateModelResponse>`	`updateModel(UpdateModelRequest request, AsyncHandler<UpdateModelRequest,UpdateModelResponse> handler)`	Updates the properties of a custom model such as name, description, version, freeform tags, and defined tags.
`Future<UpdateRoutingProfileResponse>`	`updateRoutingProfile(UpdateRoutingProfileRequest request, AsyncHandler<UpdateRoutingProfileRequest,UpdateRoutingProfileResponse> handler)`	Updates the properties of a routing profile.
`Future<UpdateSandboxWarmPoolResponse>`	`updateSandboxWarmPool(UpdateSandboxWarmPoolRequest request, AsyncHandler<UpdateSandboxWarmPoolRequest,UpdateSandboxWarmPoolResponse> handler)`	Only desiredCapacity may change.
`Future<UpdateSemanticStoreResponse>`	`updateSemanticStore(UpdateSemanticStoreRequest request, AsyncHandler<UpdateSemanticStoreRequest,UpdateSemanticStoreResponse> handler)`	Updates the properties of a SemanticStore.
`Future<UpdateVectorStoreConnectorResponse>`	`updateVectorStoreConnector(UpdateVectorStoreConnectorRequest request, AsyncHandler<UpdateVectorStoreConnectorRequest,UpdateVectorStoreConnectorResponse> handler)`	Updates the properties of a vectorStoreConnector.
`void`	`useRealmSpecificEndpointTemplate(boolean realmSpecificEndpointTemplateEnabled)`	Determines whether realm specific endpoint should be used or not.

Methods inherited from interface java.lang.AutoCloseable
close

- Method Detail
  - refreshClient
```
void refreshClient()
```
    Rebuilds the client from scratch.
    Useful to refresh certificates.
  - setEndpoint
```
void setEndpoint(String endpoint)
```
    Sets the endpoint to call (ex, https://www.example.com).
    
    Parameters:
    
    endpoint - The endpoint of the serice.
  - getEndpoint
```
String getEndpoint()
```
    Gets the set endpoint for REST call (ex, https://www.example.com)
  - setRegion
```
void setRegion(Region region)
```
    Sets the region to call (ex, Region.US_PHOENIX_1).
    Note, this will call setEndpoint after resolving the endpoint. If the service is not available in this region, however, an IllegalArgumentException will be raised.
    
    Parameters:
    
    region - The region of the service.
  - setRegion
```
void setRegion(String regionId)
```
    Sets the region to call (ex, ‘us-phoenix-1’).
    Note, this will first try to map the region ID to a known Region and call setRegion.
    If no known Region could be determined, it will create an endpoint based on the default endpoint format (Region.formatDefaultRegionEndpoint(Service, String) and then call setEndpoint.
    
    Parameters:
    
    regionId - The public region ID.
  - useRealmSpecificEndpointTemplate
```
void useRealmSpecificEndpointTemplate(boolean realmSpecificEndpointTemplateEnabled)
```
    Determines whether realm specific endpoint should be used or not.
    Set realmSpecificEndpointTemplateEnabled to “true” if the user wants to enable use of realm specific endpoint template, otherwise set it to “false”
    
    Parameters:
    
    realmSpecificEndpointTemplateEnabled - flag to enable the use of realm specific endpoint template
  - enableDualStackEndpoints
```
void enableDualStackEndpoints(boolean dualStackEndpointTemplateEnabled)
```
    Determines whether dual stack endpoint should be used or not.
    Set dualStackEndpointTemplateEnabled to “true” if the user wants to enable use of dual stack endpoint template. Default value is “false”
    
    Parameters:
    
    dualStackEndpointTemplateEnabled - flag to enable the use of dual stack endpoint template
  - addArtifact
```
Future<AddArtifactResponse> addArtifact(AddArtifactRequest request,
                                        AsyncHandler<AddArtifactRequest,AddArtifactResponse> handler)
```
    add image with isAutoDeploy flag.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - cancelVectorStoreConnectorFileSync
```
Future<CancelVectorStoreConnectorFileSyncResponse> cancelVectorStoreConnectorFileSync(CancelVectorStoreConnectorFileSyncRequest request,
                                                                                      AsyncHandler<CancelVectorStoreConnectorFileSyncRequest,CancelVectorStoreConnectorFileSyncResponse> handler)
```
    Cancels a vectorStoreConnectorFileSync.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeApiKeyCompartment
```
Future<ChangeApiKeyCompartmentResponse> changeApiKeyCompartment(ChangeApiKeyCompartmentRequest request,
                                                                AsyncHandler<ChangeApiKeyCompartmentRequest,ChangeApiKeyCompartmentResponse> handler)
```
    Moves an API key into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeDedicatedAiClusterCompartment
```
Future<ChangeDedicatedAiClusterCompartmentResponse> changeDedicatedAiClusterCompartment(ChangeDedicatedAiClusterCompartmentRequest request,
                                                                                        AsyncHandler<ChangeDedicatedAiClusterCompartmentRequest,ChangeDedicatedAiClusterCompartmentResponse> handler)
```
    Moves a dedicated AI cluster into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeEndpointCompartment
```
Future<ChangeEndpointCompartmentResponse> changeEndpointCompartment(ChangeEndpointCompartmentRequest request,
                                                                    AsyncHandler<ChangeEndpointCompartmentRequest,ChangeEndpointCompartmentResponse> handler)
```
    Moves an endpoint into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeGenerativeAiPrivateEndpointCompartment
```
Future<ChangeGenerativeAiPrivateEndpointCompartmentResponse> changeGenerativeAiPrivateEndpointCompartment(ChangeGenerativeAiPrivateEndpointCompartmentRequest request,
                                                                                                          AsyncHandler<ChangeGenerativeAiPrivateEndpointCompartmentRequest,ChangeGenerativeAiPrivateEndpointCompartmentResponse> handler)
```
    Moves a Generative AI private endpoint into a different compartment.
    When provided, If-Match is checked against ETag values of the resource.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeGenerativeAiProjectCompartment
```
Future<ChangeGenerativeAiProjectCompartmentResponse> changeGenerativeAiProjectCompartment(ChangeGenerativeAiProjectCompartmentRequest request,
                                                                                          AsyncHandler<ChangeGenerativeAiProjectCompartmentRequest,ChangeGenerativeAiProjectCompartmentResponse> handler)
```
    Moves a generativeAiProject into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeHostedApplicationCompartment
```
Future<ChangeHostedApplicationCompartmentResponse> changeHostedApplicationCompartment(ChangeHostedApplicationCompartmentRequest request,
                                                                                      AsyncHandler<ChangeHostedApplicationCompartmentRequest,ChangeHostedApplicationCompartmentResponse> handler)
```
    Moves a hosted application into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeHostedApplicationIamCompartment
```
Future<ChangeHostedApplicationIamCompartmentResponse> changeHostedApplicationIamCompartment(ChangeHostedApplicationIamCompartmentRequest request,
                                                                                            AsyncHandler<ChangeHostedApplicationIamCompartmentRequest,ChangeHostedApplicationIamCompartmentResponse> handler)
```
    Moves a hosted application into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeHostedApplicationStorageCompartment
```
Future<ChangeHostedApplicationStorageCompartmentResponse> changeHostedApplicationStorageCompartment(ChangeHostedApplicationStorageCompartmentRequest request,
                                                                                                    AsyncHandler<ChangeHostedApplicationStorageCompartmentRequest,ChangeHostedApplicationStorageCompartmentResponse> handler)
```
    Moves a hosted application storage into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeImportedModelCompartment
```
Future<ChangeImportedModelCompartmentResponse> changeImportedModelCompartment(ChangeImportedModelCompartmentRequest request,
                                                                              AsyncHandler<ChangeImportedModelCompartmentRequest,ChangeImportedModelCompartmentResponse> handler)
```
    Moves an imported model into a different compartment.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeModelCompartment
```
Future<ChangeModelCompartmentResponse> changeModelCompartment(ChangeModelCompartmentRequest request,
                                                              AsyncHandler<ChangeModelCompartmentRequest,ChangeModelCompartmentResponse> handler)
```
    Moves a custom model into a different compartment.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeRoutingProfileCompartment
```
Future<ChangeRoutingProfileCompartmentResponse> changeRoutingProfileCompartment(ChangeRoutingProfileCompartmentRequest request,
                                                                                AsyncHandler<ChangeRoutingProfileCompartmentRequest,ChangeRoutingProfileCompartmentResponse> handler)
```
    Moves a routing profile into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - changeSemanticStoreCompartment
```
Future<ChangeSemanticStoreCompartmentResponse> changeSemanticStoreCompartment(ChangeSemanticStoreCompartmentRequest request,
                                                                              AsyncHandler<ChangeSemanticStoreCompartmentRequest,ChangeSemanticStoreCompartmentResponse> handler)
```
    Moves a SemanticStore into a different compartment within the same tenancy.
    For information about moving resources between compartments, see Moving Resources to a Different Compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createApiKey
```
Future<CreateApiKeyResponse> createApiKey(CreateApiKeyRequest request,
                                          AsyncHandler<CreateApiKeyRequest,CreateApiKeyResponse> handler)
```
    Creates a new API key in the specified compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createDedicatedAiCluster
```
Future<CreateDedicatedAiClusterResponse> createDedicatedAiCluster(CreateDedicatedAiClusterRequest request,
                                                                  AsyncHandler<CreateDedicatedAiClusterRequest,CreateDedicatedAiClusterResponse> handler)
```
    Creates a dedicated AI cluster.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createEndpoint
```
Future<CreateEndpointResponse> createEndpoint(CreateEndpointRequest request,
                                              AsyncHandler<CreateEndpointRequest,CreateEndpointResponse> handler)
```
    Creates an endpoint.
    The header contains an opc-work-request-id, which is the id for the WorkRequest that tracks the endpoint creation progress.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createGenerativeAiPrivateEndpoint
```
Future<CreateGenerativeAiPrivateEndpointResponse> createGenerativeAiPrivateEndpoint(CreateGenerativeAiPrivateEndpointRequest request,
                                                                                    AsyncHandler<CreateGenerativeAiPrivateEndpointRequest,CreateGenerativeAiPrivateEndpointResponse> handler)
```
    Creates a Generative AI private endpoint.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createGenerativeAiProject
```
Future<CreateGenerativeAiProjectResponse> createGenerativeAiProject(CreateGenerativeAiProjectRequest request,
                                                                    AsyncHandler<CreateGenerativeAiProjectRequest,CreateGenerativeAiProjectResponse> handler)
```
    Creates a GenerativeAiProject.
    The header contains an opc-work-request-id, which is the id for the WorkRequest that tracks the generativeAiProject creation progress.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createHostedApplication
```
Future<CreateHostedApplicationResponse> createHostedApplication(CreateHostedApplicationRequest request,
                                                                AsyncHandler<CreateHostedApplicationRequest,CreateHostedApplicationResponse> handler)
```
    Creates a hosted application.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createHostedApplicationIam
```
Future<CreateHostedApplicationIamResponse> createHostedApplicationIam(CreateHostedApplicationIamRequest request,
                                                                      AsyncHandler<CreateHostedApplicationIamRequest,CreateHostedApplicationIamResponse> handler)
```
    Creates a hosted application.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createHostedApplicationStorage
```
Future<CreateHostedApplicationStorageResponse> createHostedApplicationStorage(CreateHostedApplicationStorageRequest request,
                                                                              AsyncHandler<CreateHostedApplicationStorageRequest,CreateHostedApplicationStorageResponse> handler)
```
    Creates a hosted application storage.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createHostedDeployment
```
Future<CreateHostedDeploymentResponse> createHostedDeployment(CreateHostedDeploymentRequest request,
                                                              AsyncHandler<CreateHostedDeploymentRequest,CreateHostedDeploymentResponse> handler)
```
    Creates a hosted deployment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createImportedModel
```
Future<CreateImportedModelResponse> createImportedModel(CreateImportedModelRequest request,
                                                        AsyncHandler<CreateImportedModelRequest,CreateImportedModelResponse> handler)
```
    Import a model from ModelDataSource.
    The header contains an opc-work-request-id, which is the id for the WorkRequest that tracks the importedModel creation progress.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createModel
```
Future<CreateModelResponse> createModel(CreateModelRequest request,
                                        AsyncHandler<CreateModelRequest,CreateModelResponse> handler)
```
    Creates a custom model by fine-tuning a base model with your own dataset.
    You can create a new custom models or create a new version of existing custom model..
    
    The header contains an opc-work-request-id, which is the id for the WorkRequest that tracks the model creation progress.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createRoutingProfile
```
Future<CreateRoutingProfileResponse> createRoutingProfile(CreateRoutingProfileRequest request,
                                                          AsyncHandler<CreateRoutingProfileRequest,CreateRoutingProfileResponse> handler)
```
    Creates a routing profile.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createSandboxWarmPool
```
Future<CreateSandboxWarmPoolResponse> createSandboxWarmPool(CreateSandboxWarmPoolRequest request,
                                                            AsyncHandler<CreateSandboxWarmPoolRequest,CreateSandboxWarmPoolResponse> handler)
```
    Creates a named MANAGED or CUSTOM pool.
    MANAGED uses the service-provided python-3.11 runtime and requires containerImage to be omitted. CUSTOM requires a digest-pinned containerImage. Project-wide shape capacity limits include named pools of both types and reserved default pools. Type, image, shape and name are immutable. The CP atomically persists CREATING and a Work Request, then its workflow prepares an immutable pool-owned template and applies the pool configuration. Each MANAGED pool has a distinct template based on the service runtime configuration, isolated from other pools of the same shape. ACTIVE means configuration was applied and verified; it does not require ready members, a successful image boot or available cluster capacity. Zero capacity pauses idle prewarming. An ACTIVE named pool can still create Sandboxes through cold fallback when its applied template is available. Retry identity and configuration are persisted atomically. Within the 24-hour retry-token validity period, the same token and input identify the original pool id, including after name reuse. A retry never creates or selects a replacement pool. A retry after the original pool is deleted returns 409; changed input with the same token conflicts. Reserved default names cannot be reused for either type.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createSemanticStore
```
Future<CreateSemanticStoreResponse> createSemanticStore(CreateSemanticStoreRequest request,
                                                        AsyncHandler<CreateSemanticStoreRequest,CreateSemanticStoreResponse> handler)
```
    Creates a SemanticStore.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createVectorStoreConnector
```
Future<CreateVectorStoreConnectorResponse> createVectorStoreConnector(CreateVectorStoreConnectorRequest request,
                                                                      AsyncHandler<CreateVectorStoreConnectorRequest,CreateVectorStoreConnectorResponse> handler)
```
    Creates a VectorStoreConnector.
    The header contains an opc-work-request-id, which is the id for the WorkRequest that tracks the vectorStoreConnector creation progress.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - createVectorStoreConnectorFileSync
```
Future<CreateVectorStoreConnectorFileSyncResponse> createVectorStoreConnectorFileSync(CreateVectorStoreConnectorFileSyncRequest request,
                                                                                      AsyncHandler<CreateVectorStoreConnectorFileSyncRequest,CreateVectorStoreConnectorFileSyncResponse> handler)
```
    Creates a File Sync operation for a VectorStoreConnector.
    The header contains an opc-work-request-id, which is the id for the WorkRequest that tracks the vectorStoreConnectorFileSync creation progress.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteApiKey
```
Future<DeleteApiKeyResponse> deleteApiKey(DeleteApiKeyRequest request,
                                          AsyncHandler<DeleteApiKeyRequest,DeleteApiKeyResponse> handler)
```
    Deletes an API key.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteDedicatedAiCluster
```
Future<DeleteDedicatedAiClusterResponse> deleteDedicatedAiCluster(DeleteDedicatedAiClusterRequest request,
                                                                  AsyncHandler<DeleteDedicatedAiClusterRequest,DeleteDedicatedAiClusterResponse> handler)
```
    Deletes a dedicated AI cluster.
    You can only delete clusters without attached resources. Before you delete a hosting dedicated AI cluster, you must delete the endpoints associated to that cluster. Before you delete a fine-tuning dedicated AI cluster, you must delete the custom model on that cluster. The delete action permanently deletes the cluster. This action can't be undone.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteEndpoint
```
Future<DeleteEndpointResponse> deleteEndpoint(DeleteEndpointRequest request,
                                              AsyncHandler<DeleteEndpointRequest,DeleteEndpointResponse> handler)
```
    Deletes an endpoint.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteGenerativeAiPrivateEndpoint
```
Future<DeleteGenerativeAiPrivateEndpointResponse> deleteGenerativeAiPrivateEndpoint(DeleteGenerativeAiPrivateEndpointRequest request,
                                                                                    AsyncHandler<DeleteGenerativeAiPrivateEndpointRequest,DeleteGenerativeAiPrivateEndpointResponse> handler)
```
    Deletes a Generative AI private endpoint using privateEndpointId.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteGenerativeAiProject
```
Future<DeleteGenerativeAiProjectResponse> deleteGenerativeAiProject(DeleteGenerativeAiProjectRequest request,
                                                                    AsyncHandler<DeleteGenerativeAiProjectRequest,DeleteGenerativeAiProjectResponse> handler)
```
    Deletes a generativeAiProject.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteHostedApplication
```
Future<DeleteHostedApplicationResponse> deleteHostedApplication(DeleteHostedApplicationRequest request,
                                                                AsyncHandler<DeleteHostedApplicationRequest,DeleteHostedApplicationResponse> handler)
```
    Deletes a hosted application.
    You can only delete hosted application without attached resources. Before you delete a hosting hosted application, you must delete the endpoints associated to that application. Before you delete a fine-tuning hosted application, you must delete the custom model on that application. The delete action permanently deletes the cluster. This action can’t be undone.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteHostedApplicationIam
```
Future<DeleteHostedApplicationIamResponse> deleteHostedApplicationIam(DeleteHostedApplicationIamRequest request,
                                                                      AsyncHandler<DeleteHostedApplicationIamRequest,DeleteHostedApplicationIamResponse> handler)
```
    Deletes a hosted application.
    You can only delete hosted application without attached resources. Before you delete a hosting hosted application, you must delete the endpoints associated to that application. Before you delete a fine-tuning hosted application, you must delete the custom model on that application. The delete action permanently deletes the cluster. This action can’t be undone.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteHostedApplicationStorage
```
Future<DeleteHostedApplicationStorageResponse> deleteHostedApplicationStorage(DeleteHostedApplicationStorageRequest request,
                                                                              AsyncHandler<DeleteHostedApplicationStorageRequest,DeleteHostedApplicationStorageResponse> handler)
```
    Deletes a hosted application.
    You can only delete hosted application without attached resources. Before you delete a hosting hosted application, you must delete the endpoints associated to that application. Before you delete a fine-tuning hosted application, you must delete the custom model on that application. The delete action permanently deletes the cluster. This action can’t be undone.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteHostedDeployment
```
Future<DeleteHostedDeploymentResponse> deleteHostedDeployment(DeleteHostedDeploymentRequest request,
                                                              AsyncHandler<DeleteHostedDeploymentRequest,DeleteHostedDeploymentResponse> handler)
```
    Deletes a hosted deployment.
    You can only delete hosted deployment without attached resources. Before you delete a hosting hosted deployment, you must delete the endpoints associated to that deployment. Before you delete a fine-tuning hosted deployment, you must delete the custom model on that deployment. The delete action permanently deletes the cluster. This action can’t be undone.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteHostedDeploymentArtifact
```
Future<DeleteHostedDeploymentArtifactResponse> deleteHostedDeploymentArtifact(DeleteHostedDeploymentArtifactRequest request,
                                                                              AsyncHandler<DeleteHostedDeploymentArtifactRequest,DeleteHostedDeploymentArtifactResponse> handler)
```
    delete artifact.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteImportedModel
```
Future<DeleteImportedModelResponse> deleteImportedModel(DeleteImportedModelRequest request,
                                                        AsyncHandler<DeleteImportedModelRequest,DeleteImportedModelResponse> handler)
```
    Deletes an imported model.
    An imported model shouldn’t be deleted if there’s one or more active endpoints associated with that imported model.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteModel
```
Future<DeleteModelResponse> deleteModel(DeleteModelRequest request,
                                        AsyncHandler<DeleteModelRequest,DeleteModelResponse> handler)
```
    Deletes a custom model.
    A model shouldn’t be deleted if there’s one or more active endpoints associated with that model.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteRoutingProfile
```
Future<DeleteRoutingProfileResponse> deleteRoutingProfile(DeleteRoutingProfileRequest request,
                                                          AsyncHandler<DeleteRoutingProfileRequest,DeleteRoutingProfileResponse> handler)
```
    Deletes a routing profile.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteSandboxWarmPool
```
Future<DeleteSandboxWarmPoolResponse> deleteSandboxWarmPool(DeleteSandboxWarmPoolRequest request,
                                                            AsyncHandler<DeleteSandboxWarmPoolRequest,DeleteSandboxWarmPoolResponse> handler)
```
    Deletes a named MANAGED or CUSTOM pool through a CP Work Request.
    Reserved MANAGED default entries cannot be deleted and return 409. CP persists DELETING and closes admission as the new configuration propagates, drains idle members and deletes the pool resource. The management response does not promise immediate global admission closure or completed cleanup. Already-adopted customer Sandboxes survive and retain required template dependencies. Get and List continue to show DELETING until pool cleanup completes. The CP then records DELETED and releases the name. Name reuse always allocates a new id and materialized names. Retained templates may outlive the pool while customer Sandboxes still depend on them. A repeated delete during DELETING returns the existing Work Request. A missing name returns 404. After name reuse, the path identifies the new pool; use the original if-match ETag to prevent deleting it. Conflicting operations return 409 and stale if-match returns 412.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteSemanticStore
```
Future<DeleteSemanticStoreResponse> deleteSemanticStore(DeleteSemanticStoreRequest request,
                                                        AsyncHandler<DeleteSemanticStoreRequest,DeleteSemanticStoreResponse> handler)
```
    Deletes a semanticStore.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - deleteVectorStoreConnector
```
Future<DeleteVectorStoreConnectorResponse> deleteVectorStoreConnector(DeleteVectorStoreConnectorRequest request,
                                                                      AsyncHandler<DeleteVectorStoreConnectorRequest,DeleteVectorStoreConnectorResponse> handler)
```
    Deletes a vectorStoreConnector.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getApiKey
```
Future<GetApiKeyResponse> getApiKey(GetApiKeyRequest request,
                                    AsyncHandler<GetApiKeyRequest,GetApiKeyResponse> handler)
```
    Gets information about an API key.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getDedicatedAiCluster
```
Future<GetDedicatedAiClusterResponse> getDedicatedAiCluster(GetDedicatedAiClusterRequest request,
                                                            AsyncHandler<GetDedicatedAiClusterRequest,GetDedicatedAiClusterResponse> handler)
```
    Gets information about a dedicated AI cluster.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getEndpoint
```
Future<GetEndpointResponse> getEndpoint(GetEndpointRequest request,
                                        AsyncHandler<GetEndpointRequest,GetEndpointResponse> handler)
```
    Gets information about an endpoint.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getGenerativeAiPrivateEndpoint
```
Future<GetGenerativeAiPrivateEndpointResponse> getGenerativeAiPrivateEndpoint(GetGenerativeAiPrivateEndpointRequest request,
                                                                              AsyncHandler<GetGenerativeAiPrivateEndpointRequest,GetGenerativeAiPrivateEndpointResponse> handler)
```
    Retrieves an Generative AI private endpoint using a privateEndpointId.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getGenerativeAiProject
```
Future<GetGenerativeAiProjectResponse> getGenerativeAiProject(GetGenerativeAiProjectRequest request,
                                                              AsyncHandler<GetGenerativeAiProjectRequest,GetGenerativeAiProjectResponse> handler)
```
    Gets information about a generativeAiProject.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getHostedApplication
```
Future<GetHostedApplicationResponse> getHostedApplication(GetHostedApplicationRequest request,
                                                          AsyncHandler<GetHostedApplicationRequest,GetHostedApplicationResponse> handler)
```
    Gets information about a hosted application.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getHostedApplicationIam
```
Future<GetHostedApplicationIamResponse> getHostedApplicationIam(GetHostedApplicationIamRequest request,
                                                                AsyncHandler<GetHostedApplicationIamRequest,GetHostedApplicationIamResponse> handler)
```
    Gets information about a hosted application.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getHostedApplicationStorage
```
Future<GetHostedApplicationStorageResponse> getHostedApplicationStorage(GetHostedApplicationStorageRequest request,
                                                                        AsyncHandler<GetHostedApplicationStorageRequest,GetHostedApplicationStorageResponse> handler)
```
    Gets information about a hosted application storage.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getHostedDeployment
```
Future<GetHostedDeploymentResponse> getHostedDeployment(GetHostedDeploymentRequest request,
                                                        AsyncHandler<GetHostedDeploymentRequest,GetHostedDeploymentResponse> handler)
```
    Gets information about a hosted deployment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getImportedModel
```
Future<GetImportedModelResponse> getImportedModel(GetImportedModelRequest request,
                                                  AsyncHandler<GetImportedModelRequest,GetImportedModelResponse> handler)
```
    Gets information about an imported model.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getModel
```
Future<GetModelResponse> getModel(GetModelRequest request,
                                  AsyncHandler<GetModelRequest,GetModelResponse> handler)
```
    Gets information about a custom model.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getRoutingProfile
```
Future<GetRoutingProfileResponse> getRoutingProfile(GetRoutingProfileRequest request,
                                                    AsyncHandler<GetRoutingProfileRequest,GetRoutingProfileResponse> handler)
```
    Gets information about a routing profile.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getSandboxWarmPool
```
Future<GetSandboxWarmPoolResponse> getSandboxWarmPool(GetSandboxWarmPoolRequest request,
                                                      AsyncHandler<GetSandboxWarmPoolRequest,GetSandboxWarmPoolResponse> handler)
```
    Gets authoritative CP configuration and management lifecycle for the current pool incarnation, including DELETING until pool cleanup completes.
    Returns 404 after deletion completes unless the name has been reused for a new id. A best-effort runtime observation may report ready idle capacity. A runtime read failure returns UNAVAILABLE without failing the configuration read. ACTIVE does not imply runtime capacity is ready. The configuration ETag excludes runtime changes; it must not be used to suppress runtime observations with a conditional not-modified response.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getSemanticStore
```
Future<GetSemanticStoreResponse> getSemanticStore(GetSemanticStoreRequest request,
                                                  AsyncHandler<GetSemanticStoreRequest,GetSemanticStoreResponse> handler)
```
    Gets information about a semanticStore.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getVectorStoreConnector
```
Future<GetVectorStoreConnectorResponse> getVectorStoreConnector(GetVectorStoreConnectorRequest request,
                                                                AsyncHandler<GetVectorStoreConnectorRequest,GetVectorStoreConnectorResponse> handler)
```
    Gets information about a vectorStoreConnector.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getVectorStoreConnectorFileSync
```
Future<GetVectorStoreConnectorFileSyncResponse> getVectorStoreConnectorFileSync(GetVectorStoreConnectorFileSyncRequest request,
                                                                                AsyncHandler<GetVectorStoreConnectorFileSyncRequest,GetVectorStoreConnectorFileSyncResponse> handler)
```
    Gets information about a vectorStoreConnectorFileSync.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getVectorStoreConnectorStats
```
Future<GetVectorStoreConnectorStatsResponse> getVectorStoreConnectorStats(GetVectorStoreConnectorStatsRequest request,
                                                                          AsyncHandler<GetVectorStoreConnectorStatsRequest,GetVectorStoreConnectorStatsResponse> handler)
```
    Gets Sync statistics from a vectorStoreConnector.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - getWorkRequest
```
Future<GetWorkRequestResponse> getWorkRequest(GetWorkRequestRequest request,
                                              AsyncHandler<GetWorkRequestRequest,GetWorkRequestResponse> handler)
```
    Gets the details of a work request.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listApiKeys
```
Future<ListApiKeysResponse> listApiKeys(ListApiKeysRequest request,
                                        AsyncHandler<ListApiKeysRequest,ListApiKeysResponse> handler)
```
    Lists the ApiKeys of a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listDedicatedAiClusters
```
Future<ListDedicatedAiClustersResponse> listDedicatedAiClusters(ListDedicatedAiClustersRequest request,
                                                                AsyncHandler<ListDedicatedAiClustersRequest,ListDedicatedAiClustersResponse> handler)
```
    Lists the dedicated AI clusters in a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listDedicatedAiClustersAllocatableGpus
```
Future<ListDedicatedAiClustersAllocatableGpusResponse> listDedicatedAiClustersAllocatableGpus(ListDedicatedAiClustersAllocatableGpusRequest request,
                                                                                              AsyncHandler<ListDedicatedAiClustersAllocatableGpusRequest,ListDedicatedAiClustersAllocatableGpusResponse> handler)
```
    Lists the allocatable GPUs for launching dedicated AI clusters tied to a specific capacity reservation id.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listEndpoints
```
Future<ListEndpointsResponse> listEndpoints(ListEndpointsRequest request,
                                            AsyncHandler<ListEndpointsRequest,ListEndpointsResponse> handler)
```
    Lists the endpoints of a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listGenerativeAiPrivateEndpoints
```
Future<ListGenerativeAiPrivateEndpointsResponse> listGenerativeAiPrivateEndpoints(ListGenerativeAiPrivateEndpointsRequest request,
                                                                                  AsyncHandler<ListGenerativeAiPrivateEndpointsRequest,ListGenerativeAiPrivateEndpointsResponse> handler)
```
    Lists all Generative AI private endpoints in the specified compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listGenerativeAiProjects
```
Future<ListGenerativeAiProjectsResponse> listGenerativeAiProjects(ListGenerativeAiProjectsRequest request,
                                                                  AsyncHandler<ListGenerativeAiProjectsRequest,ListGenerativeAiProjectsResponse> handler)
```
    Lists the generativeAiProjects of a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listHostedApplicationStorages
```
Future<ListHostedApplicationStoragesResponse> listHostedApplicationStorages(ListHostedApplicationStoragesRequest request,
                                                                            AsyncHandler<ListHostedApplicationStoragesRequest,ListHostedApplicationStoragesResponse> handler)
```
    Lists the hosted application storage in a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listHostedApplications
```
Future<ListHostedApplicationsResponse> listHostedApplications(ListHostedApplicationsRequest request,
                                                              AsyncHandler<ListHostedApplicationsRequest,ListHostedApplicationsResponse> handler)
```
    Lists the hosted applications in a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listHostedApplicationsIam
```
Future<ListHostedApplicationsIamResponse> listHostedApplicationsIam(ListHostedApplicationsIamRequest request,
                                                                    AsyncHandler<ListHostedApplicationsIamRequest,ListHostedApplicationsIamResponse> handler)
```
    Lists the hosted applications in a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listHostedDeployments
```
Future<ListHostedDeploymentsResponse> listHostedDeployments(ListHostedDeploymentsRequest request,
                                                            AsyncHandler<ListHostedDeploymentsRequest,ListHostedDeploymentsResponse> handler)
```
    Lists the hosted applications in a specific compartment.
    Provide either applicationId or applicationIamId to filter by parent.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listImportedModels
```
Future<ListImportedModelsResponse> listImportedModels(ListImportedModelsRequest request,
                                                      AsyncHandler<ListImportedModelsRequest,ListImportedModelsResponse> handler)
```
    Lists imported models in a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listModelDiscovery
```
Future<ListModelDiscoveryResponse> listModelDiscovery(ListModelDiscoveryRequest request,
                                                      AsyncHandler<ListModelDiscoveryRequest,ListModelDiscoveryResponse> handler)
```
    Retrieves a list of models along with their capabilities, supported features, and deployment availability.
    Results can be filtered by attributes such as region, realm, model identifier, supported inference APIs, serving modes, and access type.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listModels
```
Future<ListModelsResponse> listModels(ListModelsRequest request,
                                      AsyncHandler<ListModelsRequest,ListModelsResponse> handler)
```
    Lists the models in a specific compartment.
    Includes pretrained base models and fine-tuned custom models.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listRoutingProfiles
```
Future<ListRoutingProfilesResponse> listRoutingProfiles(ListRoutingProfilesRequest request,
                                                        AsyncHandler<ListRoutingProfilesRequest,ListRoutingProfilesResponse> handler)
```
    Lists the routing profiles of a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listSandboxWarmPools
```
Future<ListSandboxWarmPoolsResponse> listSandboxWarmPools(ListSandboxWarmPoolsRequest request,
                                                          AsyncHandler<ListSandboxWarmPoolsRequest,ListSandboxWarmPoolsResponse> handler)
```
    Lists named MANAGED and CUSTOM pools for Sandbox-enabled Projects, including zero targets and in-progress management operations.
    Reserved defaults can be resized but cannot be created or deleted by customers. DELETED resources are excluded. Responses include CP management lifecycle but do not perform runtime reads or return ready capacity.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listSemanticStores
```
Future<ListSemanticStoresResponse> listSemanticStores(ListSemanticStoresRequest request,
                                                      AsyncHandler<ListSemanticStoresRequest,ListSemanticStoresResponse> handler)
```
    Lists the SemanticStores given specific filter.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listVectorStoreConnectorFileSyncIngestionLogs
```
Future<ListVectorStoreConnectorFileSyncIngestionLogsResponse> listVectorStoreConnectorFileSyncIngestionLogs(ListVectorStoreConnectorFileSyncIngestionLogsRequest request,
                                                                                                            AsyncHandler<ListVectorStoreConnectorFileSyncIngestionLogsRequest,ListVectorStoreConnectorFileSyncIngestionLogsResponse> handler)
```
    Gets Ingestion logs for a vectorStoreConnectorFileSync operation.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listVectorStoreConnectorFileSyncs
```
Future<ListVectorStoreConnectorFileSyncsResponse> listVectorStoreConnectorFileSyncs(ListVectorStoreConnectorFileSyncsRequest request,
                                                                                    AsyncHandler<ListVectorStoreConnectorFileSyncsRequest,ListVectorStoreConnectorFileSyncsResponse> handler)
```
    Lists the vectorStoreConnectorFileSyncs of a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listVectorStoreConnectorIngestionLogs
```
Future<ListVectorStoreConnectorIngestionLogsResponse> listVectorStoreConnectorIngestionLogs(ListVectorStoreConnectorIngestionLogsRequest request,
                                                                                            AsyncHandler<ListVectorStoreConnectorIngestionLogsRequest,ListVectorStoreConnectorIngestionLogsResponse> handler)
```
    Gets Ingestion logs for a vectorStoreConnector.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listVectorStoreConnectors
```
Future<ListVectorStoreConnectorsResponse> listVectorStoreConnectors(ListVectorStoreConnectorsRequest request,
                                                                    AsyncHandler<ListVectorStoreConnectorsRequest,ListVectorStoreConnectorsResponse> handler)
```
    Lists the vectorStoreConnectors of a specific compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listWorkRequestErrors
```
Future<ListWorkRequestErrorsResponse> listWorkRequestErrors(ListWorkRequestErrorsRequest request,
                                                            AsyncHandler<ListWorkRequestErrorsRequest,ListWorkRequestErrorsResponse> handler)
```
    Lists the errors for a work request.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listWorkRequestLogs
```
Future<ListWorkRequestLogsResponse> listWorkRequestLogs(ListWorkRequestLogsRequest request,
                                                        AsyncHandler<ListWorkRequestLogsRequest,ListWorkRequestLogsResponse> handler)
```
    Lists the logs for a work request.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - listWorkRequests
```
Future<ListWorkRequestsResponse> listWorkRequests(ListWorkRequestsRequest request,
                                                  AsyncHandler<ListWorkRequestsRequest,ListWorkRequestsResponse> handler)
```
    Lists the work requests in a compartment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - renewApiKey
```
Future<RenewApiKeyResponse> renewApiKey(RenewApiKeyRequest request,
                                        AsyncHandler<RenewApiKeyRequest,RenewApiKeyResponse> handler)
```
    Renew the primary or secondary key.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - setApiKeyState
```
Future<SetApiKeyStateResponse> setApiKeyState(SetApiKeyStateRequest request,
                                              AsyncHandler<SetApiKeyStateRequest,SetApiKeyStateResponse> handler)
```
    Set state of the key.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateApiKey
```
Future<UpdateApiKeyResponse> updateApiKey(UpdateApiKeyRequest request,
                                          AsyncHandler<UpdateApiKeyRequest,UpdateApiKeyResponse> handler)
```
    Updates the properties of an apiKey.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateDedicatedAiCluster
```
Future<UpdateDedicatedAiClusterResponse> updateDedicatedAiCluster(UpdateDedicatedAiClusterRequest request,
                                                                  AsyncHandler<UpdateDedicatedAiClusterRequest,UpdateDedicatedAiClusterResponse> handler)
```
    Updates a dedicated AI cluster.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateEndpoint
```
Future<UpdateEndpointResponse> updateEndpoint(UpdateEndpointRequest request,
                                              AsyncHandler<UpdateEndpointRequest,UpdateEndpointResponse> handler)
```
    Updates the properties of an endpoint.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateGenerativeAiPrivateEndpoint
```
Future<UpdateGenerativeAiPrivateEndpointResponse> updateGenerativeAiPrivateEndpoint(UpdateGenerativeAiPrivateEndpointRequest request,
                                                                                    AsyncHandler<UpdateGenerativeAiPrivateEndpointRequest,UpdateGenerativeAiPrivateEndpointResponse> handler)
```
    Updates a Generative AI private endpoint using a privateEndpointId.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateGenerativeAiProject
```
Future<UpdateGenerativeAiProjectResponse> updateGenerativeAiProject(UpdateGenerativeAiProjectRequest request,
                                                                    AsyncHandler<UpdateGenerativeAiProjectRequest,UpdateGenerativeAiProjectResponse> handler)
```
    Updates the properties of a generativeAiProject.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateHostedApplication
```
Future<UpdateHostedApplicationResponse> updateHostedApplication(UpdateHostedApplicationRequest request,
                                                                AsyncHandler<UpdateHostedApplicationRequest,UpdateHostedApplicationResponse> handler)
```
    Updates a hosted application.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateHostedApplicationIam
```
Future<UpdateHostedApplicationIamResponse> updateHostedApplicationIam(UpdateHostedApplicationIamRequest request,
                                                                      AsyncHandler<UpdateHostedApplicationIamRequest,UpdateHostedApplicationIamResponse> handler)
```
    Updates a hosted application.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateHostedDeployment
```
Future<UpdateHostedDeploymentResponse> updateHostedDeployment(UpdateHostedDeploymentRequest request,
                                                              AsyncHandler<UpdateHostedDeploymentRequest,UpdateHostedDeploymentResponse> handler)
```
    Updates a hosted deployment.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateImportedModel
```
Future<UpdateImportedModelResponse> updateImportedModel(UpdateImportedModelRequest request,
                                                        AsyncHandler<UpdateImportedModelRequest,UpdateImportedModelResponse> handler)
```
    Updates the properties of an imported model such as name, description, freeform tags, and defined tags.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateModel
```
Future<UpdateModelResponse> updateModel(UpdateModelRequest request,
                                        AsyncHandler<UpdateModelRequest,UpdateModelResponse> handler)
```
    Updates the properties of a custom model such as name, description, version, freeform tags, and defined tags.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateRoutingProfile
```
Future<UpdateRoutingProfileResponse> updateRoutingProfile(UpdateRoutingProfileRequest request,
                                                          AsyncHandler<UpdateRoutingProfileRequest,UpdateRoutingProfileResponse> handler)
```
    Updates the properties of a routing profile.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateSandboxWarmPool
```
Future<UpdateSandboxWarmPoolResponse> updateSandboxWarmPool(UpdateSandboxWarmPoolRequest request,
                                                            AsyncHandler<UpdateSandboxWarmPoolRequest,UpdateSandboxWarmPoolResponse> handler)
```
    Only desiredCapacity may change.
    If desiredCapacity is omitted, the current desired capacity is preserved. An empty update object is allowed; an explicit null value for desiredCapacity is not allowed. Named MANAGED and CUSTOM pools and reserved MANAGED defaults can be resized. Default-pool updates use the existing Project configuration workflow; no separate desired configuration is created for those entries. CP persists UPDATING and a Work Request, applies the desired replica count, then returns the pool to ACTIVE after verifying the configuration. The workflow does not wait for ready members. Zero pauses idle prewarming. Once the pool is ACTIVE, named-pool Sandbox creation can still cold-start from its available applied template when no eligible warm member is available, regardless of the capacity target. Already-admitted Sandboxes continue. Unnamed Sandbox creation retains its existing behavior. Concurrent management operations return 409. If provided, if-match must match the current configuration ETag; otherwise this operation returns 412.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateSemanticStore
```
Future<UpdateSemanticStoreResponse> updateSemanticStore(UpdateSemanticStoreRequest request,
                                                        AsyncHandler<UpdateSemanticStoreRequest,UpdateSemanticStoreResponse> handler)
```
    Updates the properties of a SemanticStore.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.
  - updateVectorStoreConnector
```
Future<UpdateVectorStoreConnectorResponse> updateVectorStoreConnector(UpdateVectorStoreConnectorRequest request,
                                                                      AsyncHandler<UpdateVectorStoreConnectorRequest,UpdateVectorStoreConnectorResponse> handler)
```
    Updates the properties of a vectorStoreConnector.
    
    Parameters:
    
    request - The request object containing the details to send
    
    handler - The request handler to invoke upon completion, may be null.
    
    Returns:
    
    A Future that can be used to get the response if no AsyncHandler was provided. Note, if you provide an AsyncHandler and use the Future, some types of responses (like java.io.InputStream) may not be able to be read in both places as the underlying stream may only be consumed once.

Interface GenerativeAiAsync

Method Summary

Methods inherited from interface java.lang.AutoCloseable

Method Detail

refreshClient

setEndpoint

getEndpoint

setRegion

setRegion

useRealmSpecificEndpointTemplate

enableDualStackEndpoints

addArtifact

cancelVectorStoreConnectorFileSync

changeApiKeyCompartment

changeDedicatedAiClusterCompartment

changeEndpointCompartment

changeGenerativeAiPrivateEndpointCompartment

changeGenerativeAiProjectCompartment

changeHostedApplicationCompartment

changeHostedApplicationIamCompartment

changeHostedApplicationStorageCompartment

changeImportedModelCompartment

changeModelCompartment

changeRoutingProfileCompartment

changeSemanticStoreCompartment

createApiKey

createDedicatedAiCluster

createEndpoint

createGenerativeAiPrivateEndpoint

createGenerativeAiProject

createHostedApplication

createHostedApplicationIam

createHostedApplicationStorage

createHostedDeployment

createImportedModel

createModel

createRoutingProfile

createSandboxWarmPool

createSemanticStore

createVectorStoreConnector

createVectorStoreConnectorFileSync

deleteApiKey

deleteDedicatedAiCluster

deleteEndpoint

deleteGenerativeAiPrivateEndpoint

deleteGenerativeAiProject

deleteHostedApplication

deleteHostedApplicationIam

deleteHostedApplicationStorage

deleteHostedDeployment

deleteHostedDeploymentArtifact

deleteImportedModel

deleteModel

deleteRoutingProfile

deleteSandboxWarmPool

deleteSemanticStore

deleteVectorStoreConnector

getApiKey

getDedicatedAiCluster

getEndpoint

getGenerativeAiPrivateEndpoint

getGenerativeAiProject

getHostedApplication

getHostedApplicationIam

getHostedApplicationStorage

getHostedDeployment

getImportedModel

getModel

getRoutingProfile

getSandboxWarmPool

getSemanticStore

getVectorStoreConnector

getVectorStoreConnectorFileSync

getVectorStoreConnectorStats

getWorkRequest

listApiKeys

listDedicatedAiClusters

listDedicatedAiClustersAllocatableGpus

listEndpoints

listGenerativeAiPrivateEndpoints