Interface FleetAppsManagementProvisionAsync
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- All Superinterfaces:
- AutoCloseable
 - All Known Implementing Classes:
- FleetAppsManagementProvisionAsyncClient
 
 @Generated(value="OracleSDKGenerator", comments="API Version: 20250228") public interface FleetAppsManagementProvisionAsync extends AutoCloseableFleet Application Management provides a centralized platform to help you automate resource management tasks, validate patch compliance, and enhance operational efficiency across an enterprise.
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Method Summary- 
Methods inherited from interface java.lang.AutoCloseableclose
 
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Method Detail- 
refreshClientvoid refreshClient() Rebuilds the client from scratch.Useful to refresh certificates. 
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setEndpointvoid setEndpoint(String endpoint) Sets the endpoint to call (ex, https://www.example.com).- Parameters:
- endpoint- The endpoint of the serice.
 
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getEndpointString getEndpoint() Gets the set endpoint for REST call (ex, https://www.example.com)
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setRegionvoid setRegion(Region region) Sets the region to call (ex, Region.US_PHOENIX_1).Note, this will call setEndpointafter 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.
 
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setRegionvoid 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 callsetEndpoint.- Parameters:
- regionId- The public region ID.
 
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useRealmSpecificEndpointTemplatevoid 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
 
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changeProvisionCompartmentFuture<ChangeProvisionCompartmentResponse> changeProvisionCompartment(ChangeProvisionCompartmentRequest request, AsyncHandler<ChangeProvisionCompartmentRequest,ChangeProvisionCompartmentResponse> handler) Moves a Provision 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.
 
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createProvisionFuture<CreateProvisionResponse> createProvision(CreateProvisionRequest request, AsyncHandler<CreateProvisionRequest,CreateProvisionResponse> handler) Creates a Provision.- 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.
 
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deleteProvisionFuture<DeleteProvisionResponse> deleteProvision(DeleteProvisionRequest request, AsyncHandler<DeleteProvisionRequest,DeleteProvisionResponse> handler) Deletes a Provision.- 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.
 
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getProvisionFuture<GetProvisionResponse> getProvision(GetProvisionRequest request, AsyncHandler<GetProvisionRequest,GetProvisionResponse> handler) Gets information about a Provision.- 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.
 
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listProvisionsFuture<ListProvisionsResponse> listProvisions(ListProvisionsRequest request, AsyncHandler<ListProvisionsRequest,ListProvisionsResponse> handler) Returns a list of all the Provisions in the specified compartment.The query parameter compartmentIdis required unless the query parameteridorfleetIdis specified.- 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.
 
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updateProvisionFuture<UpdateProvisionResponse> updateProvision(UpdateProvisionRequest request, AsyncHandler<UpdateProvisionRequest,UpdateProvisionResponse> handler) Updates a Provision.- 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.
 
 
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