Interface OccMetricsAsync
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- All Superinterfaces:
AutoCloseable
- All Known Implementing Classes:
OccMetricsAsyncClient
@Generated(value="OracleSDKGenerator", comments="API Version: 20230515") public interface OccMetricsAsync extends AutoCloseable
OCI Control Center (OCC) service enables you to monitor the region-level cloud consumption and provides the region-level capacity data, in realms where OCC is available.Use the OCI Control Center (OCC) API to explore region-level capacity and utilization information about core services. For more information, see OCI Control Center.
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Method Summary
All Methods Instance Methods Abstract Methods Modifier and Type Method Description String
getEndpoint()
Gets the set endpoint for REST call (ex, https://www.example.com)Future<ListMetricPropertiesResponse>
listMetricProperties(ListMetricPropertiesRequest request, AsyncHandler<ListMetricPropertiesRequest,ListMetricPropertiesResponse> handler)
Returns a list of available metrics for the given namespace.Future<ListNamespacesResponse>
listNamespaces(ListNamespacesRequest request, AsyncHandler<ListNamespacesRequest,ListNamespacesResponse> handler)
List all the available source services called namespaces emitting metrics for this region.void
refreshClient()
Rebuilds the client from scratch.Future<RequestSummarizedMetricDataResponse>
requestSummarizedMetricData(RequestSummarizedMetricDataRequest request, AsyncHandler<RequestSummarizedMetricDataRequest,RequestSummarizedMetricDataResponse> handler)
Returns the summarized data for the given metric from the given namespace.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’).void
useRealmSpecificEndpointTemplate(boolean realmSpecificEndpointTemplateEnabled)
Determines whether realm specific endpoint should be used or not.-
Methods inherited from interface java.lang.AutoCloseable
close
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Method Detail
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refreshClient
void refreshClient()
Rebuilds the client from scratch.Useful to refresh certificates.
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setEndpoint
void setEndpoint(String endpoint)
Sets the endpoint to call (ex, https://www.example.com).- Parameters:
endpoint
- The endpoint of the serice.
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getEndpoint
String getEndpoint()
Gets the set endpoint for REST call (ex, https://www.example.com)
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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.
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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 callsetEndpoint
.- Parameters:
regionId
- The public region ID.
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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
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listMetricProperties
Future<ListMetricPropertiesResponse> listMetricProperties(ListMetricPropertiesRequest request, AsyncHandler<ListMetricPropertiesRequest,ListMetricPropertiesResponse> handler)
Returns a list of available metrics for the given namespace.The results for metrics with dimensions includes list of all the associated dimensions. The results are sorted by the metricName and then by dimension in ascending alphabetical order. For a list of valid namespaces, see
listNamespaces
.- Parameters:
request
- The request object containing the details to sendhandler
- 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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listNamespaces
Future<ListNamespacesResponse> listNamespaces(ListNamespacesRequest request, AsyncHandler<ListNamespacesRequest,ListNamespacesResponse> handler)
List all the available source services called namespaces emitting metrics for this region.The namespaces are sorted in ascending alphabetical order.
- Parameters:
request
- The request object containing the details to sendhandler
- 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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requestSummarizedMetricData
Future<RequestSummarizedMetricDataResponse> requestSummarizedMetricData(RequestSummarizedMetricDataRequest request, AsyncHandler<RequestSummarizedMetricDataRequest,RequestSummarizedMetricDataResponse> handler)
Returns the summarized data for the given metric from the given namespace.The aggregation method depends on the metric. The metric data can be filtered by providing the dimension, startTime or endTime. The metric data in the response is sorted by dimension in ascending order and then by sampleTime in ascending chronological order.
- Parameters:
request
- The request object containing the details to sendhandler
- 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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