Endpoint URLs
Identify the base URL for your service instance.
The base URLs come from the service instance. To find the URL, view the service credentials by clicking the name of the service in the Resource list. Use the value of the URL. Add the method to form the complete API endpoint for your request.
Authentication
Before you can call an IBM Watson Query API, you must create an IAM bearer token. Each token is valid for one hour. After a token expires, you must create a new one if you want to continue to use the API. The method to retrieve a token programmatically is to create an API key for your IBM Cloud identity and then use the API key call IAM API to generate a bearer token.
If the API key is zVxeuKGuf2i2lXhdHm25kg38BHOKNhhGQ2QySxgH9iuP, the generate command looks like this:
curl -X POST 'https://iam.cloud.ibm.com/identity/token' -H 'Content-Type: application/x-www-form-urlencoded' -d 'grant_type=urn:ibm:params:oauth:grant-type:apikey&apikey=zVxeuKGuf2i2lXhdHm25kg38BHOKNhhGQ2QySxgH9iuP'
An X-Db-Profile is also required when you call an IBM Watson Query API. This profile represents which instance the request is for. For example:
crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%AorQ%CX3VpfQ7GXqj84Gii91c7cBp%zia7aoSN3mXvD2u-jTVQ-1rKj-zEo7-5Ue8jePrP6JblQj2eS
The following example shows a complete API call.
curl -X GET "https://us-south.data-virtualization.cloud.ibm.com/dvapiserver/v2/datasource/connections" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token"
After you get the bearer token, pass the token in the request header, the user will be authorized to access Watson Query API services.
Error handling
Watson Query uses standard HTTP response codes to indicate whether a method completed successfully. HTTP response codes in the 2xx range indicate success. A response in the 4xx range is some sort of failure, and a response in the 5xx range usually indicates an internal system error that cannot be resolved by the user. Response codes are listed with the method.
Related information
- Watson Query docs
- Cloud Pak for Data APIs and SDKs
- Cloud Pak for Data as a Service APIs and SDKs
Methods
Get data source connections
Gets all data source connections that are connected to the service.
Gets all data source connections that are connected to the service.
Gets all data source connections that are connected to the service.
Gets all data source connections that are connected to the service.
Gets all data source connections that are connected to the service.
GET /dvapiserver/v2/datasource/connections
(watsonQuery *WatsonQueryV1) ListDatasourceConnections(listDatasourceConnectionsOptions *ListDatasourceConnectionsOptions) (result *DatasourceConnectionsList, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) ListDatasourceConnectionsWithContext(ctx context.Context, listDatasourceConnectionsOptions *ListDatasourceConnectionsOptions) (result *DatasourceConnectionsList, response *core.DetailedResponse, err error)
ServiceCall<DatasourceConnectionsList> listDatasourceConnections()
list_datasource_connections(self,
**kwargs
) -> DetailedResponse
listDatasourceConnections(params)
Request
No Request Parameters
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
No Request Parameters
No Request Parameters
No Request Parameters
No Request Parameters
curl -k -X GET "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/datasource/connections"
listDatasourceConnectionsOptions := watsonQueryService.NewListDatasourceConnectionsOptions() datasourceConnectionsList, response, err := watsonQueryService.ListDatasourceConnections(listDatasourceConnectionsOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(datasourceConnectionsList, "", " ") fmt.Println(string(b))
ListDatasourceConnectionsOptions listDatasourceConnectionsOptions = new ListDatasourceConnectionsOptions(); Response<DatasourceConnectionsList> response = watsonQueryService.listDatasourceConnections(listDatasourceConnectionsOptions).execute(); DatasourceConnectionsList datasourceConnectionsList = response.getResult(); System.out.println(datasourceConnectionsList);
let res; try { res = await watsonQueryService.listDatasourceConnections({}); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
datasource_connections_list = watson_query_service.list_datasource_connections().get_result() print(json.dumps(datasource_connections_list, indent=2))
Response
- datasource_connections
The name of the node that a datasource connection associates.
The description of the node that a datasource connection associates.
The type of connector, for example, H stands for Hosted, ie running within the cluster, F means Fenced Mode Process, ie direct within Data Virtualization instance.
The hostname or IP address that is used to access the connection.
The port number that is used to access the connection.
Determines whether the data source uses Docker.
The number of data sources.
- data_sources
The connection identifier for Data Virtualization.
The name of the database.
The connection identifier for the platform.
The hostname or IP address of the data source.
The port number of the data source.
The type of the data source.
The user that has access to the data source.
The URI of the data source.
The status of the data source.
The name of the connection.
- DatasourceConnections
The name of the node that a datasource connection associates.
The description of the node that a datasource connection associates.
The type of connector, for example, H stands for Hosted, ie running within the cluster, F means Fenced Mode Process, ie direct within Watson Query instance.
The hostname or IP address that is used to access the connection.
The port number that is used to access the connection.
Determines whether the data source uses Docker.
The number of data sources.
- DataSources
The connection identifier for Watson Query.
The name of the database.
The connection identifier for the platform.
The hostname or IP address of the data source.
The port number of the data source.
The type of the data source.
The user that has access to the data source.
The URI of the data source.
The status of the data source.
The name of the connection.
- datasourceConnections
The name of the node that a datasource connection associates.
The description of the node that a datasource connection associates.
The type of connector, for example, H stands for Hosted, ie running within the cluster, F means Fenced Mode Process, ie direct within Watson Query instance.
The hostname or IP address that is used to access the connection.
The port number that is used to access the connection.
Determines whether the data source uses Docker.
The number of data sources.
- dataSources
The connection identifier for Watson Query.
The name of the database.
The connection identifier for the platform.
The hostname or IP address of the data source.
The port number of the data source.
The type of the data source.
The user that has access to the data source.
The URI of the data source.
The status of the data source.
The name of the connection.
- datasource_connections
The name of the node that a datasource connection associates.
The description of the node that a datasource connection associates.
The type of connector, for example, H stands for Hosted, ie running within the cluster, F means Fenced Mode Process, ie direct within Watson Query instance.
The hostname or IP address that is used to access the connection.
The port number that is used to access the connection.
Determines whether the data source uses Docker.
The number of data sources.
- data_sources
The connection identifier for Watson Query.
The name of the database.
The connection identifier for the platform.
The hostname or IP address of the data source.
The port number of the data source.
The type of the data source.
The user that has access to the data source.
The URI of the data source.
The status of the data source.
The name of the connection.
- datasource_connections
The name of the node that a datasource connection associates.
The description of the node that a datasource connection associates.
The type of connector, for example, H stands for Hosted, ie running within the cluster, F means Fenced Mode Process, ie direct within Watson Query instance.
The hostname or IP address that is used to access the connection.
The port number that is used to access the connection.
Determines whether the data source uses Docker.
The number of data sources.
- data_sources
The connection identifier for Watson Query.
The name of the database.
The connection identifier for the platform.
The hostname or IP address of the data source.
The port number of the data source.
The type of the data source.
The user that has access to the data source.
The URI of the data source.
The status of the data source.
The name of the connection.
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
{ "datasource_connections": [ { "agent_class": "F", "dscount": "0", "hostname": "dv-0.dv.tns.svc.cluster.local", "is_docker": "N", "node_name": "AdminNode", "node_description": "Not specified", "port": "6414", "os_user": "bigsql", "data_sources": [ { "cid": "MSSQL10000", "dbname": "mssql2014db1", "connection_id": "75e4d01b-7417-4abc-b267-8ffb393fb970", "srchostname": "example.ibm.com", "srcport": "1433", "srctype": "MSSQLServer", "status": "string", "usr": "DV-user", "uri": "example.ibm.com:1433/" } ] } ] }
{ "datasource_connections": [ { "agent_class": "F", "dscount": "0", "hostname": "dv-0.dv.tns.svc.cluster.local", "is_docker": "N", "node_name": "AdminNode", "node_description": "Not specified", "port": "6414", "os_user": "bigsql", "data_sources": [ { "cid": "MSSQL10000", "dbname": "mssql2014db1", "connection_id": "75e4d01b-7417-4abc-b267-8ffb393fb970", "srchostname": "example.ibm.com", "srcport": "1433", "srctype": "MSSQLServer", "status": "string", "usr": "DV-user", "uri": "example.ibm.com:1433/" } ] } ] }
Add data source connection
Adds a data source connection to the Data Virtualization service.
Adds a data source connection to the Watson Query service.
Adds a data source connection to the Watson Query service.
Adds a data source connection to the Watson Query service.
Adds a data source connection to the Watson Query service.
POST /dvapiserver/v2/datasource/connections
(watsonQuery *WatsonQueryV1) AddDatasourceConnection(addDatasourceConnectionOptions *AddDatasourceConnectionOptions) (result *PostDatasourceConnection, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) AddDatasourceConnectionWithContext(ctx context.Context, addDatasourceConnectionOptions *AddDatasourceConnectionOptions) (result *PostDatasourceConnection, response *core.DetailedResponse, err error)
ServiceCall<PostDatasourceConnection> addDatasourceConnection(AddDatasourceConnectionOptions addDatasourceConnectionOptions)
add_datasource_connection(self,
datasource_type: str,
name: str,
origin_country: str,
properties: 'PostDatasourceConnectionParametersProperties',
*,
asset_category: str = None,
**kwargs
) -> DetailedResponse
addDatasourceConnection(params)
Request
Instantiate the AddDatasourceConnectionOptions
struct and set the fields to provide parameter values for the AddDatasourceConnection
method.
Use the AddDatasourceConnectionOptions.Builder
to create a AddDatasourceConnectionOptions
object that contains the parameter values for the addDatasourceConnection
method.
The type of data source that you want to add.
Example:
DB2
The name of the data source
Example:
DB2
The location of the data source that you want to add.
Example:
us
- properties
Example:
ya29.Il-_
Example:
ibmdatastage.us-east-1
Example:
ApiKey-a31d60c5-0f7b-4995-a4ae-69bf09d3de50
Example:
Bearer Token
Example:
81571342315
Example:
uIn8rVyIRsd
Example:
test_collection
Example:
-----BEGIN PRIVATE KEY-----
Example:
TPCDS
Example:
192.168.0.1
Example:
cliservice
Example:
/v2/asset_files/dbdrivers/ngdbc.jar
Example:
Snowflake
Example:
/v2/asset_files/dbdrivers/ngdbc.jar
Example:
password
Example:
50000
Example:
housecanary-com
Example:
key=value
Example:
1//06uwhP7_312g
Example:
SYSADMIN
Example:
https://sapes5.sapdevcenter.com
Example:
ol_informix1410
Example:
pdborcl.fyre.ibm.com
Example:
orcl
Example:
false
Example:
-----BEGIN CERTIFICATE-----
Example:
test.com
Example:
false
Example:
db2inst1
Example:
wdpcondev
Example:
USER
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The AddDatasourceConnection options.
The type of data source that you want to add.
Examples:DB2
The name of the data source.
Examples:DB2
The location of the data source that you want to add.
Examples:us
- Properties
- Examples:
ya29.Il-_
- Examples:
ibmdatastage.us-east-1
- Examples:
ApiKey-a31d60c5-0f7b-4995-a4ae-69bf09d3de50
- Examples:
Bearer Token
- Examples:
81571342315
- Examples:
uIn8rVyIRsd
- Examples:
test_collection
- Examples:
-----BEGIN PRIVATE KEY-----
- Examples:
TPCDS
- Examples:
192.168.0.1
- Examples:
cliservice
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
Snowflake
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
password
- Examples:
50000
- Examples:
housecanary-com
- Examples:
key=value
- Examples:
1//06uwhP7_312g
- Examples:
SYSADMIN
- Examples:
https://sapes5.sapdevcenter.com
- Examples:
ol_informix1410
- Examples:
pdborcl.fyre.ibm.com
- Examples:
orcl
- Examples:
false
- Examples:
-----BEGIN CERTIFICATE-----
- Examples:
test.com
- Examples:
false
- Examples:
db2inst1
- Examples:
wdpcondev
- Examples:
USER
The addDatasourceConnection options.
The type of data source that you want to add.
Examples:DB2
The name of the data source.
Examples:DB2
The location of the data source that you want to add.
Examples:us
- xProperties
- Examples:
ya29.Il-_
- Examples:
ibmdatastage.us-east-1
- Examples:
ApiKey-a31d60c5-0f7b-4995-a4ae-69bf09d3de50
- Examples:
Bearer Token
- Examples:
81571342315
- Examples:
uIn8rVyIRsd
- Examples:
test_collection
- Examples:
-----BEGIN PRIVATE KEY-----
- Examples:
TPCDS
- Examples:
192.168.0.1
- Examples:
cliservice
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
Snowflake
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
password
- Examples:
50000
- Examples:
housecanary-com
- Examples:
key=value
- Examples:
1//06uwhP7_312g
- Examples:
SYSADMIN
- Examples:
https://sapes5.sapdevcenter.com
- Examples:
ol_informix1410
- Examples:
pdborcl.fyre.ibm.com
- Examples:
orcl
- Examples:
false
- Examples:
-----BEGIN CERTIFICATE-----
- Examples:
test.com
- Examples:
false
- Examples:
db2inst1
- Examples:
wdpcondev
- Examples:
USER
parameters
The type of data source that you want to add.
Examples:The name of the data source.
Examples:The location of the data source that you want to add.
Examples:- properties
- Examples:
ya29.Il-_
- Examples:
ibmdatastage.us-east-1
- Examples:
ApiKey-a31d60c5-0f7b-4995-a4ae-69bf09d3de50
- Examples:
Bearer Token
- Examples:
81571342315
- Examples:
uIn8rVyIRsd
- Examples:
test_collection
- Examples:
-----BEGIN PRIVATE KEY-----
- Examples:
TPCDS
- Examples:
192.168.0.1
- Examples:
cliservice
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
Snowflake
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
password
- Examples:
50000
- Examples:
housecanary-com
- Examples:
key=value
- Examples:
1//06uwhP7_312g
- Examples:
SYSADMIN
- Examples:
https://sapes5.sapdevcenter.com
- Examples:
ol_informix1410
- Examples:
pdborcl.fyre.ibm.com
- Examples:
orcl
- Examples:
false
- Examples:
-----BEGIN CERTIFICATE-----
- Examples:
test.com
- Examples:
false
- Examples:
db2inst1
- Examples:
wdpcondev
- Examples:
parameters
The type of data source that you want to add.
Examples:The name of the data source.
Examples:The location of the data source that you want to add.
Examples:- properties
- Examples:
ya29.Il-_
- Examples:
ibmdatastage.us-east-1
- Examples:
ApiKey-a31d60c5-0f7b-4995-a4ae-69bf09d3de50
- Examples:
Bearer Token
- Examples:
81571342315
- Examples:
uIn8rVyIRsd
- Examples:
test_collection
- Examples:
-----BEGIN PRIVATE KEY-----
- Examples:
TPCDS
- Examples:
192.168.0.1
- Examples:
cliservice
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
Snowflake
- Examples:
/v2/asset_files/dbdrivers/ngdbc.jar
- Examples:
password
- Examples:
50000
- Examples:
housecanary-com
- Examples:
key=value
- Examples:
1//06uwhP7_312g
- Examples:
SYSADMIN
- Examples:
https://sapes5.sapdevcenter.com
- Examples:
ol_informix1410
- Examples:
pdborcl.fyre.ibm.com
- Examples:
orcl
- Examples:
false
- Examples:
-----BEGIN CERTIFICATE-----
- Examples:
test.com
- Examples:
false
- Examples:
db2inst1
- Examples:
wdpcondev
- Examples:
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"datasource_type\":\"Db2\",\"name\":\"Db2\",\"origin_country\":\"us\",\"properties\":{\"database\":\"TPDCS\",\"host\":\"{hostname}\", \"password\":\"myPassword\", \"port\":\"50000\", \"ssl\":\"true\", \"username\":\"DV-user\"}}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/datasource/connections"
postDatasourceConnectionParametersPropertiesModel := &watsonqueryv1.PostDatasourceConnectionParametersProperties{ } addDatasourceConnectionOptions := watsonQueryService.NewAddDatasourceConnectionOptions( "DB2", "DB2", "us", postDatasourceConnectionParametersPropertiesModel, ) postDatasourceConnection, response, err := watsonQueryService.AddDatasourceConnection(addDatasourceConnectionOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(postDatasourceConnection, "", " ") fmt.Println(string(b))
PostDatasourceConnectionParametersProperties postDatasourceConnectionParametersPropertiesModel = new PostDatasourceConnectionParametersProperties.Builder() .build(); AddDatasourceConnectionOptions addDatasourceConnectionOptions = new AddDatasourceConnectionOptions.Builder() .datasourceType("DB2") .name("DB2") .originCountry("us") .xProperties(postDatasourceConnectionParametersPropertiesModel) .build(); Response<PostDatasourceConnection> response = watsonQueryService.addDatasourceConnection(addDatasourceConnectionOptions).execute(); PostDatasourceConnection postDatasourceConnection = response.getResult(); System.out.println(postDatasourceConnection);
// Request models needed by this operation. // PostDatasourceConnectionParametersProperties const postDatasourceConnectionParametersPropertiesModel = { }; const params = { datasourceType: 'DB2', name: 'DB2', originCountry: 'us', properties: postDatasourceConnectionParametersPropertiesModel, }; let res; try { res = await watsonQueryService.addDatasourceConnection(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
post_datasource_connection_parameters_properties_model = { } post_datasource_connection = watson_query_service.add_datasource_connection( datasource_type='DB2', name='DB2', origin_country='us', properties=post_datasource_connection_parameters_properties_model ).get_result() print(json.dumps(post_datasource_connection, indent=2))
Response
The identifier of data source connection.
Refers to the type of the data source that is to be added.
The name of the data source.
The identifier of data source connection.
Refers to the type of the data source that is to be added.
The name of the data source.
The identifier of data source connection.
Refers to the type of the data source that is to be added.
The name of the data source.
The identifier of data source connection.
Refers to the type of the data source that is to be added.
The name of the data source.
The identifier of data source connection.
Refers to the type of the data source that is to be added.
The name of the data source.
Status Code
Created
Bad Request
Unauthorized
Conflict
Internal Server Error
No Sample Response
Delete data source connection
Deletes a data source connection from the Data Virtualization service.
Deletes a data source connection from the Watson Query service.
Deletes a data source connection from the Watson Query service.
Deletes a data source connection from the Watson Query service.
Deletes a data source connection from the Watson Query service.
DELETE /dvapiserver/v2/datasource/connections/{connection_id}
(watsonQuery *WatsonQueryV1) DeleteDatasourceConnection(deleteDatasourceConnectionOptions *DeleteDatasourceConnectionOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DeleteDatasourceConnectionWithContext(ctx context.Context, deleteDatasourceConnectionOptions *DeleteDatasourceConnectionOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> deleteDatasourceConnection(DeleteDatasourceConnectionOptions deleteDatasourceConnectionOptions)
delete_datasource_connection(self,
connection_id: str,
*,
cid: str = None,
**kwargs
) -> DetailedResponse
deleteDatasourceConnection(params)
Request
Instantiate the DeleteDatasourceConnectionOptions
struct and set the fields to provide parameter values for the DeleteDatasourceConnection
method.
Use the DeleteDatasourceConnectionOptions.Builder
to create a DeleteDatasourceConnectionOptions
object that contains the parameter values for the deleteDatasourceConnection
method.
Path Parameters
The connection identifier for the platform.
Example:
75e4d01b-7417-4abc-b267-8ffb393fb970
Query Parameters
The connection identifier for Data Virtualization.
Example:
DB210013
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DeleteDatasourceConnection options.
The connection identifier for the platform.
Examples:75e4d01b-7417-4abc-b267-8ffb393fb970
The connection identifier for Watson Query.
Examples:DB210013
The deleteDatasourceConnection options.
The connection identifier for the platform.
Examples:75e4d01b-7417-4abc-b267-8ffb393fb970
The connection identifier for Watson Query.
Examples:DB210013
parameters
The connection identifier for the platform.
Examples:The connection identifier for Watson Query.
Examples:
parameters
The connection identifier for the platform.
Examples:The connection identifier for Watson Query.
Examples:
curl -k -X DELETE -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/datasource/connections/75e4d01b-7417-4abc-b267-8ffb393fb970?cid=DB210013"
deleteDatasourceConnectionOptions := watsonQueryService.NewDeleteDatasourceConnectionOptions( "75e4d01b-7417-4abc-b267-8ffb393fb970", ) deleteDatasourceConnectionOptions.SetCid("DB210013") response, err := watsonQueryService.DeleteDatasourceConnection(deleteDatasourceConnectionOptions) if err != nil { panic(err) }
DeleteDatasourceConnectionOptions deleteDatasourceConnectionOptions = new DeleteDatasourceConnectionOptions.Builder() .connectionId("75e4d01b-7417-4abc-b267-8ffb393fb970") .cid("DB210013") .build(); Response<Void> response = watsonQueryService.deleteDatasourceConnection(deleteDatasourceConnectionOptions).execute();
const params = { connectionId: '75e4d01b-7417-4abc-b267-8ffb393fb970', cid: 'DB210013', }; try { await watsonQueryService.deleteDatasourceConnection(params); } catch (err) { console.warn(err); }
response = watson_query_service.delete_datasource_connection( connection_id='75e4d01b-7417-4abc-b267-8ffb393fb970', cid='DB210013' )
Gets the object store connection details.
GET /dvapiserver/v2/datasource/objectstore_connections
(watsonQuery *WatsonQueryV1) GetObjectStoreConnectionsV2(getObjectStoreConnectionsV2Options *GetObjectStoreConnectionsV2Options) (result *ObjStoreConnectionResponseV2, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GetObjectStoreConnectionsV2WithContext(ctx context.Context, getObjectStoreConnectionsV2Options *GetObjectStoreConnectionsV2Options) (result *ObjStoreConnectionResponseV2, response *core.DetailedResponse, err error)
ServiceCall<ObjStoreConnectionResponseV2> getObjectStoreConnectionsV2(GetObjectStoreConnectionsV2Options getObjectStoreConnectionsV2Options)
get_object_store_connections_v2(self,
*,
jwt_auth_user_payload: str = None,
**kwargs
) -> DetailedResponse
getObjectStoreConnectionsV2(params)
Request
Instantiate the GetObjectStoreConnectionsV2Options
struct and set the fields to provide parameter values for the GetObjectStoreConnectionsV2
method.
Use the GetObjectStoreConnectionsV2Options.Builder
to create a GetObjectStoreConnectionsV2Options
object that contains the parameter values for the getObjectStoreConnectionsV2
method.
Custom Headers
Supplied by proxy. Do NOT add your own value.
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The GetObjectStoreConnectionsV2 options.
Supplied by proxy. Do NOT add your own value.
The getObjectStoreConnectionsV2 options.
Supplied by proxy. Do NOT add your own value.
parameters
Supplied by proxy. Do NOT add your own value.
parameters
Supplied by proxy. Do NOT add your own value.
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/datasource/objectstore_connections"
getObjectStoreConnectionsV2Options := watsonQueryService.NewGetObjectStoreConnectionsV2Options() objStoreConnectionResponseV2, response, err := watsonQueryService.GetObjectStoreConnectionsV2(getObjectStoreConnectionsV2Options) if err != nil { panic(err) } b, _ := json.MarshalIndent(objStoreConnectionResponseV2, "", " ") fmt.Println(string(b))
GetObjectStoreConnectionsV2Options getObjectStoreConnectionsV2Options = new GetObjectStoreConnectionsV2Options.Builder() .build(); Response<ObjStoreConnectionResponseV2> response = watsonQueryService.getObjectStoreConnectionsV2(getObjectStoreConnectionsV2Options).execute(); ObjStoreConnectionResponseV2 objStoreConnectionResponseV2 = response.getResult(); System.out.println(objStoreConnectionResponseV2);
let res; try { res = await watsonQueryService.getObjectStoreConnectionsV2({}); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
obj_store_connection_response_v2 = watson_query_service.get_object_store_connections_v2().get_result() print(json.dumps(obj_store_connection_response_v2, indent=2))
Response
- cos_connections
Example:
newbigsqlbucket
Example:
c28e0248-82ad-4aca-a658-90a626769fba
Example:
CEPH10000
Example:
http://jobs-m-2.fyre.ibm.com
Example:
CEPH
Example:
VALID
- CosConnections
- Examples:
newbigsqlbucket
- Examples:
c28e0248-82ad-4aca-a658-90a626769fba
- Examples:
CEPH10000
- Examples:
http://jobs-m-2.fyre.ibm.com
- Examples:
false
- Examples:
CEPH
- Examples:
VALID
- cosConnections
- Examples:
newbigsqlbucket
- Examples:
c28e0248-82ad-4aca-a658-90a626769fba
- Examples:
CEPH10000
- Examples:
http://jobs-m-2.fyre.ibm.com
- Examples:
false
- Examples:
CEPH
- Examples:
VALID
- cos_connections
- Examples:
newbigsqlbucket
- Examples:
c28e0248-82ad-4aca-a658-90a626769fba
- Examples:
CEPH10000
- Examples:
http://jobs-m-2.fyre.ibm.com
- Examples:
false
- Examples:
CEPH
- Examples:
VALID
- cos_connections
- Examples:
newbigsqlbucket
- Examples:
c28e0248-82ad-4aca-a658-90a626769fba
- Examples:
CEPH10000
- Examples:
http://jobs-m-2.fyre.ibm.com
- Examples:
false
- Examples:
CEPH
- Examples:
VALID
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
No Sample Response
Grant user access
Grants user access to a specific virtualized table.
Grants user access to a specific virtualized table.
Grants user access to a specific virtualized table.
Grants user access to a specific virtualized table.
Grants user access to a specific virtualized table.
POST /dvapiserver/v2/privileges/users
(watsonQuery *WatsonQueryV1) GrantUserToVirtualTable(grantUserToVirtualTableOptions *GrantUserToVirtualTableOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GrantUserToVirtualTableWithContext(ctx context.Context, grantUserToVirtualTableOptions *GrantUserToVirtualTableOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> grantUserToVirtualTable(GrantUserToVirtualTableOptions grantUserToVirtualTableOptions)
grant_user_to_virtual_table(self,
table_name: str,
table_schema: str,
authid: str,
**kwargs
) -> DetailedResponse
grantUserToVirtualTable(params)
Request
Instantiate the GrantUserToVirtualTableOptions
struct and set the fields to provide parameter values for the GrantUserToVirtualTable
method.
Use the GrantUserToVirtualTableOptions.Builder
to create a GrantUserToVirtualTableOptions
object that contains the parameter values for the grantUserToVirtualTable
method.
The name of the virtualized table.
Possible values: length ≥ 1
Example:
EMPLOYEE
The schema of the virtualized table.
Possible values: length ≥ 1
Example:
dv_ibmid_060000s4y5
The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Data Virtualization username.
Possible values: length ≥ 1
Example:
PUBLIC
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The GrantUserToVirtualTable options.
The name of the virtualized table.
Possible values: length ≥ 1
Examples:EMPLOYEE
The schema of the virtualized table.
Possible values: length ≥ 1
Examples:dv_ibmid_060000s4y5
The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:PUBLIC
The grantUserToVirtualTable options.
The name of the virtualized table.
Possible values: length ≥ 1
Examples:EMPLOYEE
The schema of the virtualized table.
Possible values: length ≥ 1
Examples:dv_ibmid_060000s4y5
The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:PUBLIC
parameters
The name of the virtualized table.
Possible values: length ≥ 1
Examples:The schema of the virtualized table.
Possible values: length ≥ 1
Examples:The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:
parameters
The name of the virtualized table.
Possible values: length ≥ 1
Examples:The schema of the virtualized table.
Possible values: length ≥ 1
Examples:The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"table_name\":\"EMPLOYEE\",\"table_schema\":\"dv_ibmid_060000s4y5\", \"authid\":\"PUBLIC\"}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/privileges/users"
grantUserToVirtualTableOptions := watsonQueryService.NewGrantUserToVirtualTableOptions( "EMPLOYEE", "dv_ibmid_060000s4y5", "PUBLIC", ) response, err := watsonQueryService.GrantUserToVirtualTable(grantUserToVirtualTableOptions) if err != nil { panic(err) }
GrantUserToVirtualTableOptions grantUserToVirtualTableOptions = new GrantUserToVirtualTableOptions.Builder() .tableName("EMPLOYEE") .tableSchema("dv_ibmid_060000s4y5") .authid("PUBLIC") .build(); Response<Void> response = watsonQueryService.grantUserToVirtualTable(grantUserToVirtualTableOptions).execute();
const params = { tableName: 'EMPLOYEE', tableSchema: 'dv_ibmid_060000s4y5', authid: 'PUBLIC', }; try { await watsonQueryService.grantUserToVirtualTable(params); } catch (err) { console.warn(err); }
response = watson_query_service.grant_user_to_virtual_table( table_name='EMPLOYEE', table_schema='dv_ibmid_060000s4y5', authid='PUBLIC' )
Revoke user acccess
Revokes user access to the virtualized table.
Revokes user access to the virtualized table.
Revokes user access to the virtualized table.
Revokes user access to the virtualized table.
Revokes user access to the virtualized table.
DELETE /dvapiserver/v2/privileges/users/{authid}
(watsonQuery *WatsonQueryV1) RevokeUserFromObject(revokeUserFromObjectOptions *RevokeUserFromObjectOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) RevokeUserFromObjectWithContext(ctx context.Context, revokeUserFromObjectOptions *RevokeUserFromObjectOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> revokeUserFromObject(RevokeUserFromObjectOptions revokeUserFromObjectOptions)
revoke_user_from_object(self,
authid: str,
table_name: str,
table_schema: str,
**kwargs
) -> DetailedResponse
revokeUserFromObject(params)
Request
Instantiate the RevokeUserFromObjectOptions
struct and set the fields to provide parameter values for the RevokeUserFromObject
method.
Use the RevokeUserFromObjectOptions.Builder
to create a RevokeUserFromObjectOptions
object that contains the parameter values for the revokeUserFromObject
method.
Path Parameters
The Data Virtualization user name. If this value is Public, this API revokes access privilege from all Data Virtualization users.
Example:
PUBLIC
Query Parameters
The virtualized table's name.
Example:
EMPLOYEE
The virtualized table's schema name.
Example:
dv_ibmid_060000s4y5
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The RevokeUserFromObject options.
The Watson Query user name. If this value is Public, this API revokes access privilege from all Watson Query users.
Examples:PUBLIC
The virtualized table's name.
Examples:EMPLOYEE
The virtualized table's schema name.
Examples:dv_ibmid_060000s4y5
The revokeUserFromObject options.
The Watson Query user name. If this value is Public, this API revokes access privilege from all Watson Query users.
Examples:PUBLIC
The virtualized table's name.
Examples:EMPLOYEE
The virtualized table's schema name.
Examples:dv_ibmid_060000s4y5
parameters
The Watson Query user name. If this value is Public, this API revokes access privilege from all Watson Query users.
Examples:The virtualized table's name.
Examples:The virtualized table's schema name.
Examples:
parameters
The Watson Query user name. If this value is Public, this API revokes access privilege from all Watson Query users.
Examples:The virtualized table's name.
Examples:The virtualized table's schema name.
Examples:
curl -k -X DELETE -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/privileges/users/PUBLIC?table_schema=dv_ibmid_060000s4y5&table_name=EMPLOYEE"
revokeUserFromObjectOptions := watsonQueryService.NewRevokeUserFromObjectOptions( "PUBLIC", "EMPLOYEE", "dv_ibmid_060000s4y5", ) response, err := watsonQueryService.RevokeUserFromObject(revokeUserFromObjectOptions) if err != nil { panic(err) }
RevokeUserFromObjectOptions revokeUserFromObjectOptions = new RevokeUserFromObjectOptions.Builder() .authid("PUBLIC") .tableName("EMPLOYEE") .tableSchema("dv_ibmid_060000s4y5") .build(); Response<Void> response = watsonQueryService.revokeUserFromObject(revokeUserFromObjectOptions).execute();
const params = { authid: 'PUBLIC', tableName: 'EMPLOYEE', tableSchema: 'dv_ibmid_060000s4y5', }; try { await watsonQueryService.revokeUserFromObject(params); } catch (err) { console.warn(err); }
response = watson_query_service.revoke_user_from_object( authid='PUBLIC', table_name='EMPLOYEE', table_schema='dv_ibmid_060000s4y5' )
Grant user role
Grants a user role access to a specific virtualized table.
Grants a user role access to a specific virtualized table.
Grants a user role access to a specific virtualized table.
Grants a user role access to a specific virtualized table.
Grants a user role access to a specific virtualized table.
POST /dvapiserver/v2/privileges/roles
(watsonQuery *WatsonQueryV1) GrantRolesToVirtualizedTable(grantRolesToVirtualizedTableOptions *GrantRolesToVirtualizedTableOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GrantRolesToVirtualizedTableWithContext(ctx context.Context, grantRolesToVirtualizedTableOptions *GrantRolesToVirtualizedTableOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> grantRolesToVirtualizedTable(GrantRolesToVirtualizedTableOptions grantRolesToVirtualizedTableOptions)
grant_roles_to_virtualized_table(self,
table_name: str,
table_schema: str,
*,
role_name: str = None,
**kwargs
) -> DetailedResponse
grantRolesToVirtualizedTable(params)
Request
Instantiate the GrantRolesToVirtualizedTableOptions
struct and set the fields to provide parameter values for the GrantRolesToVirtualizedTable
method.
Use the GrantRolesToVirtualizedTableOptions.Builder
to create a GrantRolesToVirtualizedTableOptions
object that contains the parameter values for the grantRolesToVirtualizedTable
method.
The name of the virtualized table.
Possible values: length ≥ 1
Example:
EMPLOYEE
The schema of the virtualized table.
Possible values: length ≥ 1
Example:
dv_ibmid_060000s4y5
The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Data Virtualization username.
Possible values: length ≥ 1
Example:
PUBLIC
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The GrantRolesToVirtualizedTable options.
The name of the virtualized table.
Possible values: length ≥ 1
Examples:EMPLOYEE
The schema of the virtualized table.
Possible values: length ≥ 1
Examples:dv_ibmid_060000s4y5
The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:PUBLIC
The grantRolesToVirtualizedTable options.
The name of the virtualized table.
Possible values: length ≥ 1
Examples:EMPLOYEE
The schema of the virtualized table.
Possible values: length ≥ 1
Examples:dv_ibmid_060000s4y5
The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:PUBLIC
parameters
The name of the virtualized table.
Possible values: length ≥ 1
Examples:The schema of the virtualized table.
Possible values: length ≥ 1
Examples:The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:
parameters
The name of the virtualized table.
Possible values: length ≥ 1
Examples:The schema of the virtualized table.
Possible values: length ≥ 1
Examples:The identifier of the authorization, if grant access to all users, the value is PUBLIC, othervise the value is the Watson Query username.
Possible values: length ≥ 1
Examples:
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"table_name\":\"EMPLOYEE\",\"table_schema\":\"dv_ibmid_060000s4y5\",\"role_name\":\"DV_ENGINEER\"}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/privileges/roles"
grantRolesToVirtualizedTableOptions := watsonQueryService.NewGrantRolesToVirtualizedTableOptions( "EMPLOYEE", "dv_ibmid_060000s4y5", ) response, err := watsonQueryService.GrantRolesToVirtualizedTable(grantRolesToVirtualizedTableOptions) if err != nil { panic(err) }
GrantRolesToVirtualizedTableOptions grantRolesToVirtualizedTableOptions = new GrantRolesToVirtualizedTableOptions.Builder() .tableName("EMPLOYEE") .tableSchema("dv_ibmid_060000s4y5") .build(); Response<Void> response = watsonQueryService.grantRolesToVirtualizedTable(grantRolesToVirtualizedTableOptions).execute();
const params = { tableName: 'EMPLOYEE', tableSchema: 'dv_ibmid_060000s4y5', }; try { await watsonQueryService.grantRolesToVirtualizedTable(params); } catch (err) { console.warn(err); }
response = watson_query_service.grant_roles_to_virtualized_table( table_name='EMPLOYEE', table_schema='dv_ibmid_060000s4y5' )
Delete role
Revokes roles for a virtualized table.
Revokes roles for a virtualized table.
Revokes roles for a virtualized table.
Revokes roles for a virtualized table.
Revokes roles for a virtualized table.
DELETE /dvapiserver/v2/privileges/roles/{role_name}
(watsonQuery *WatsonQueryV1) DvaasRevokeRoleFromTable(dvaasRevokeRoleFromTableOptions *DvaasRevokeRoleFromTableOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DvaasRevokeRoleFromTableWithContext(ctx context.Context, dvaasRevokeRoleFromTableOptions *DvaasRevokeRoleFromTableOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> dvaasRevokeRoleFromTable(DvaasRevokeRoleFromTableOptions dvaasRevokeRoleFromTableOptions)
dvaas_revoke_role_from_table(self,
role_name: str,
table_name: str,
table_schema: str,
**kwargs
) -> DetailedResponse
dvaasRevokeRoleFromTable(params)
Request
Instantiate the DvaasRevokeRoleFromTableOptions
struct and set the fields to provide parameter values for the DvaasRevokeRoleFromTable
method.
Use the DvaasRevokeRoleFromTableOptions.Builder
to create a DvaasRevokeRoleFromTableOptions
object that contains the parameter values for the dvaasRevokeRoleFromTable
method.
Path Parameters
The Data Virtualization role. Values can be DV_ADMIN, DV_ENGINEER, DV_STEWARD, or DV_WORKER, which correspond to MANAGER, ENGINEER, STEWARD, and USER roles in the user interface.
Example:
DV_ENGINEER
Query Parameters
The virtualized table's name.
Example:
EMPLOYEE
The virtualized table's schema name.
Example:
dv_ibmid_060000s4y5
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DvaasRevokeRoleFromTable options.
The Watson Query role. Values can be DV_ADMIN, DV_ENGINEER, DV_STEWARD, or DV_WORKER, which correspond to MANAGER, ENGINEER, STEWARD, and USER roles in the user interface.
Examples:DV_ENGINEER
The virtualized table's name.
Examples:EMPLOYEE
The virtualized table's schema name.
Examples:dv_ibmid_060000s4y5
The dvaasRevokeRoleFromTable options.
The Watson Query role. Values can be DV_ADMIN, DV_ENGINEER, DV_STEWARD, or DV_WORKER, which correspond to MANAGER, ENGINEER, STEWARD, and USER roles in the user interface.
Examples:DV_ENGINEER
The virtualized table's name.
Examples:EMPLOYEE
The virtualized table's schema name.
Examples:dv_ibmid_060000s4y5
parameters
The Watson Query role. Values can be DV_ADMIN, DV_ENGINEER, DV_STEWARD, or DV_WORKER, which correspond to MANAGER, ENGINEER, STEWARD, and USER roles in the user interface.
Examples:The virtualized table's name.
Examples:The virtualized table's schema name.
Examples:
parameters
The Watson Query role. Values can be DV_ADMIN, DV_ENGINEER, DV_STEWARD, or DV_WORKER, which correspond to MANAGER, ENGINEER, STEWARD, and USER roles in the user interface.
Examples:The virtualized table's name.
Examples:The virtualized table's schema name.
Examples:
curl -k -X DELETE -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/privileges/roles/DV_ENGINEER?table_schema=dv_ibmid_060000s4y5&table_name=EMPLOYEE"
dvaasRevokeRoleFromTableOptions := watsonQueryService.NewDvaasRevokeRoleFromTableOptions( "DV_ENGINEER", "EMPLOYEE", "dv_ibmid_060000s4y5", ) response, err := watsonQueryService.DvaasRevokeRoleFromTable(dvaasRevokeRoleFromTableOptions) if err != nil { panic(err) }
DvaasRevokeRoleFromTableOptions dvaasRevokeRoleFromTableOptions = new DvaasRevokeRoleFromTableOptions.Builder() .roleName("DV_ENGINEER") .tableName("EMPLOYEE") .tableSchema("dv_ibmid_060000s4y5") .build(); Response<Void> response = watsonQueryService.dvaasRevokeRoleFromTable(dvaasRevokeRoleFromTableOptions).execute();
const params = { roleName: 'DV_ENGINEER', tableName: 'EMPLOYEE', tableSchema: 'dv_ibmid_060000s4y5', }; try { await watsonQueryService.dvaasRevokeRoleFromTable(params); } catch (err) { console.warn(err); }
response = watson_query_service.dvaas_revoke_role_from_table( role_name='DV_ENGINEER', table_name='EMPLOYEE', table_schema='dv_ibmid_060000s4y5' )
Get virtualized tables by role
Retrieves the list of virtualized tables that have a specific role.
Retrieves the list of virtualized tables that have a specific role.
Retrieves the list of virtualized tables that have a specific role.
Retrieves the list of virtualized tables that have a specific role.
Retrieves the list of virtualized tables that have a specific role.
GET /dvapiserver/v2/privileges/tables
(watsonQuery *WatsonQueryV1) ListTablesForRole(listTablesForRoleOptions *ListTablesForRoleOptions) (result *TablesForRoleResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) ListTablesForRoleWithContext(ctx context.Context, listTablesForRoleOptions *ListTablesForRoleOptions) (result *TablesForRoleResponse, response *core.DetailedResponse, err error)
ServiceCall<TablesForRoleResponse> listTablesForRole(ListTablesForRoleOptions listTablesForRoleOptions)
list_tables_for_role(self,
rolename: str,
**kwargs
) -> DetailedResponse
listTablesForRole(params)
Request
Instantiate the ListTablesForRoleOptions
struct and set the fields to provide parameter values for the ListTablesForRole
method.
Use the ListTablesForRoleOptions.Builder
to create a ListTablesForRoleOptions
object that contains the parameter values for the listTablesForRole
method.
Query Parameters
Data Virtualization has four roles: MANAGER, STEWARD, ENGINEER and USER. The value of rolename should be one of these.
Example:
MANAGER | STEWARD | ENGINEER | USER
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The ListTablesForRole options.
Watson Query has four roles: MANAGER, STEWARD, ENGINEER and USER. The value of rolename should be one of these.
Examples:MANAGER | STEWARD | ENGINEER | USER
The listTablesForRole options.
Watson Query has four roles: MANAGER, STEWARD, ENGINEER and USER. The value of rolename should be one of these.
Examples:MANAGER | STEWARD | ENGINEER | USER
parameters
Watson Query has four roles: MANAGER, STEWARD, ENGINEER and USER. The value of rolename should be one of these.
Examples:
parameters
Watson Query has four roles: MANAGER, STEWARD, ENGINEER and USER. The value of rolename should be one of these.
Examples:
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/privileges/tables?rolename=DV_ENGINEER"
listTablesForRoleOptions := watsonQueryService.NewListTablesForRoleOptions( "MANAGER | STEWARD | ENGINEER | USER", ) tablesForRoleResponse, response, err := watsonQueryService.ListTablesForRole(listTablesForRoleOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(tablesForRoleResponse, "", " ") fmt.Println(string(b))
ListTablesForRoleOptions listTablesForRoleOptions = new ListTablesForRoleOptions.Builder() .rolename("MANAGER | STEWARD | ENGINEER | USER") .build(); Response<TablesForRoleResponse> response = watsonQueryService.listTablesForRole(listTablesForRoleOptions).execute(); TablesForRoleResponse tablesForRoleResponse = response.getResult(); System.out.println(tablesForRoleResponse);
const params = { rolename: 'MANAGER | STEWARD | ENGINEER | USER', }; let res; try { res = await watsonQueryService.listTablesForRole(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
tables_for_role_response = watson_query_service.list_tables_for_role( rolename='MANAGER | STEWARD | ENGINEER | USER' ).get_result() print(json.dumps(tables_for_role_response, indent=2))
Response
- objects
The name of the virtualized table that is granted access to the role ROLENAME.
The schema of the virtualized table that is granted access to the role ROLENAME.
- Objects
The name of the virtualized table that is granted access to the role ROLENAME.
The schema of the virtualized table that is granted access to the role ROLENAME.
- objects
The name of the virtualized table that is granted access to the role ROLENAME.
The schema of the virtualized table that is granted access to the role ROLENAME.
- objects
The name of the virtualized table that is granted access to the role ROLENAME.
The schema of the virtualized table that is granted access to the role ROLENAME.
- objects
The name of the virtualized table that is granted access to the role ROLENAME.
The schema of the virtualized table that is granted access to the role ROLENAME.
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
{ "objects": [ { "table_name": "TEST_TABLE", "table_schema": "ADMIN" } ] }
{ "objects": [ { "table_name": "TEST_TABLE", "table_schema": "ADMIN" } ] }
Turn policy enforcement status on or off
Turns policy enforcement status on or off.
Turns policy enforcement status on or off.
Turns policy enforcement status on or off.
Turns policy enforcement status on or off.
Turns policy enforcement status on or off.
PUT /dvapiserver/v2/security/policy/status
(watsonQuery *WatsonQueryV1) TurnOnPolicyV2(turnOnPolicyV2Options *TurnOnPolicyV2Options) (result *TurnOnPolicyV2Response, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) TurnOnPolicyV2WithContext(ctx context.Context, turnOnPolicyV2Options *TurnOnPolicyV2Options) (result *TurnOnPolicyV2Response, response *core.DetailedResponse, err error)
ServiceCall<TurnOnPolicyV2Response> turnOnPolicyV2(TurnOnPolicyV2Options turnOnPolicyV2Options)
turn_on_policy_v2(self,
status: str,
**kwargs
) -> DetailedResponse
turnOnPolicyV2(params)
Request
Instantiate the TurnOnPolicyV2Options
struct and set the fields to provide parameter values for the TurnOnPolicyV2
method.
Use the TurnOnPolicyV2Options.Builder
to create a TurnOnPolicyV2Options
object that contains the parameter values for the turnOnPolicyV2
method.
Query Parameters
Sets the status of the policy enforcement.
Example:
enabled
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The TurnOnPolicyV2 options.
Sets the status of the policy enforcement.
Examples:enabled
The turnOnPolicyV2 options.
Sets the status of the policy enforcement.
Examples:enabled
parameters
Sets the status of the policy enforcement.
Examples:
parameters
Sets the status of the policy enforcement.
Examples:
curl -k -X PUT -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/security/policy/status?status=enabled"
turnOnPolicyV2Options := watsonQueryService.NewTurnOnPolicyV2Options( "enabled", ) turnOnPolicyV2Response, response, err := watsonQueryService.TurnOnPolicyV2(turnOnPolicyV2Options) if err != nil { panic(err) } b, _ := json.MarshalIndent(turnOnPolicyV2Response, "", " ") fmt.Println(string(b))
TurnOnPolicyV2Options turnOnPolicyV2Options = new TurnOnPolicyV2Options.Builder() .status("enabled") .build(); Response<TurnOnPolicyV2Response> response = watsonQueryService.turnOnPolicyV2(turnOnPolicyV2Options).execute(); TurnOnPolicyV2Response turnOnPolicyV2Response = response.getResult(); System.out.println(turnOnPolicyV2Response);
const params = { status: 'enabled', }; let res; try { res = await watsonQueryService.turnOnPolicyV2(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
turn_on_policy_v2_response = watson_query_service.turn_on_policy_v2( status='enabled' ).get_result() print(json.dumps(turn_on_policy_v2_response, indent=2))
Get policy enforcement status
Gets the policy enforcement status. The function returns enabled or disabled depending on the status.
Gets the policy enforcement status. The function returns enabled or disabled depending on the status.
Gets the policy enforcement status. The function returns enabled or disabled depending on the status.
Gets the policy enforcement status. The function returns enabled or disabled depending on the status.
Gets the policy enforcement status. The function returns enabled or disabled depending on the status.
GET /dvapiserver/v2/security/policy/status
(watsonQuery *WatsonQueryV1) CheckPolicyStatusV2(checkPolicyStatusV2Options *CheckPolicyStatusV2Options) (result *CheckPolicyStatusV2Response, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) CheckPolicyStatusV2WithContext(ctx context.Context, checkPolicyStatusV2Options *CheckPolicyStatusV2Options) (result *CheckPolicyStatusV2Response, response *core.DetailedResponse, err error)
ServiceCall<CheckPolicyStatusV2Response> checkPolicyStatusV2()
check_policy_status_v2(self,
**kwargs
) -> DetailedResponse
checkPolicyStatusV2(params)
Request
No Request Parameters
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
No Request Parameters
No Request Parameters
No Request Parameters
No Request Parameters
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/security/policy/status"
checkPolicyStatusV2Options := watsonQueryService.NewCheckPolicyStatusV2Options() checkPolicyStatusV2Response, response, err := watsonQueryService.CheckPolicyStatusV2(checkPolicyStatusV2Options) if err != nil { panic(err) } b, _ := json.MarshalIndent(checkPolicyStatusV2Response, "", " ") fmt.Println(string(b))
CheckPolicyStatusV2Options checkPolicyStatusV2Options = new CheckPolicyStatusV2Options(); Response<CheckPolicyStatusV2Response> response = watsonQueryService.checkPolicyStatusV2(checkPolicyStatusV2Options).execute(); CheckPolicyStatusV2Response checkPolicyStatusV2Response = response.getResult(); System.out.println(checkPolicyStatusV2Response);
let res; try { res = await watsonQueryService.checkPolicyStatusV2({}); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
check_policy_status_v2_response = watson_query_service.check_policy_status_v2().get_result() print(json.dumps(check_policy_status_v2_response, indent=2))
Virtualize table
Transforms a given data source table into a virtualized table.
Transforms a given data source table into a virtualized table.
Transforms a given data source table into a virtualized table.
Transforms a given data source table into a virtualized table.
Transforms a given data source table into a virtualized table.
POST /dvapiserver/v2/virtualization/tables
(watsonQuery *WatsonQueryV1) DvaasVirtualizeTable(dvaasVirtualizeTableOptions *DvaasVirtualizeTableOptions) (result *VirtualizeTableResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DvaasVirtualizeTableWithContext(ctx context.Context, dvaasVirtualizeTableOptions *DvaasVirtualizeTableOptions) (result *VirtualizeTableResponse, response *core.DetailedResponse, err error)
ServiceCall<VirtualizeTableResponse> dvaasVirtualizeTable(DvaasVirtualizeTableOptions dvaasVirtualizeTableOptions)
dvaas_virtualize_table(self,
source_name: str,
source_table_def: List['VirtualizeTableParameterSourceTableDefItem'],
sources: List[str],
virtual_name: str,
virtual_schema: str,
virtual_table_def: List['VirtualizeTableParameterVirtualTableDefItem'],
*,
is_included_columns: str = None,
replace: bool = None,
**kwargs
) -> DetailedResponse
dvaasVirtualizeTable(params)
Request
Instantiate the DvaasVirtualizeTableOptions
struct and set the fields to provide parameter values for the DvaasVirtualizeTable
method.
Use the DvaasVirtualizeTableOptions.Builder
to create a DvaasVirtualizeTableOptions
object that contains the parameter values for the dvaasVirtualizeTable
method.
Request body
The name of the source table.
Example:
Tab1
- source_table_def
The name of the column.
Example:
Column1
The type of the column.
Example:
INTEGER
The name of the table to be virtualized.
Example:
Tab1
The schema of the table to be virtualized.
Example:
dv_ibmid_060000s4y5
- virtual_table_def
The name of the column.
Example:
Column_1
The type of the column.
Example:
INTEGER
The columns that are included in the source table.
Example:
Y, Y, N
Determines whether to replace columns in the virtualized table.
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DvaasVirtualizeTable options.
The name of the source table.
Examples:Tab1
- SourceTableDef
The name of the column.
Examples:Column1
The type of the column.
Examples:INTEGER
The name of the table to be virtualized.
Examples:Tab1
The schema of the table to be virtualized.
Examples:dv_ibmid_060000s4y5
- VirtualTableDef
The name of the column.
Examples:Column_1
The type of the column.
Examples:INTEGER
The columns that are included in the source table.
Examples:Y, Y, N
Determines whether to replace columns in the virtualized table.
Examples:false
The dvaasVirtualizeTable options.
The name of the source table.
Examples:Tab1
- sourceTableDef
The name of the column.
Examples:Column1
The type of the column.
Examples:INTEGER
The name of the table to be virtualized.
Examples:Tab1
The schema of the table to be virtualized.
Examples:dv_ibmid_060000s4y5
- virtualTableDef
The name of the column.
Examples:Column_1
The type of the column.
Examples:INTEGER
The columns that are included in the source table.
Examples:Y, Y, N
Determines whether to replace columns in the virtualized table.
Examples:false
parameters
The name of the source table.
Examples:- source_table_def
The name of the column.
Examples:Column1
The type of the column.
Examples:INTEGER
The name of the table to be virtualized.
Examples:The schema of the table to be virtualized.
Examples:- virtual_table_def
The name of the column.
Examples:Column_1
The type of the column.
Examples:INTEGER
The columns that are included in the source table.
Examples:Determines whether to replace columns in the virtualized table.
Examples:
parameters
The name of the source table.
Examples:- sourceTableDef
The name of the column.
Examples:Column1
The type of the column.
Examples:INTEGER
The name of the table to be virtualized.
Examples:The schema of the table to be virtualized.
Examples:- virtualTableDef
The name of the column.
Examples:Column_1
The type of the column.
Examples:INTEGER
The columns that are included in the source table.
Examples:Determines whether to replace columns in the virtualized table.
Examples:
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"is_included_columns\":\"Y, Y, N\",\"replace\":false,\"source_name\":\"Tab1\",\"source_table_def\":[{\"column_name\":\"Column1\",\"column_type\":\"INTEGER\"}],\"sources\":\"DB210001:Hjq1\",\"virtual_name\":\"Tab1\",\"virtual_schema\":\"dv_ibmid_060000s4y5\",\"virtual_table_def\":[{\"column_name\":\"Column1\",\"column_type\":\"INTEGER\"}]}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/virtualization/tables"
virtualizeTableParameterSourceTableDefItemModel := &watsonqueryv1.VirtualizeTableParameterSourceTableDefItem{ ColumnName: core.StringPtr("Column1"), ColumnType: core.StringPtr("INTEGER"), } virtualizeTableParameterVirtualTableDefItemModel := &watsonqueryv1.VirtualizeTableParameterVirtualTableDefItem{ ColumnName: core.StringPtr("Column_1"), ColumnType: core.StringPtr("INTEGER"), } dvaasVirtualizeTableOptions := watsonQueryService.NewDvaasVirtualizeTableOptions( "Tab1", []watsonqueryv1.VirtualizeTableParameterSourceTableDefItem{*virtualizeTableParameterSourceTableDefItemModel}, []string{`DB210001:"Hjq1"`}, "Tab1", "dv_ibmid_060000s4y5", []watsonqueryv1.VirtualizeTableParameterVirtualTableDefItem{*virtualizeTableParameterVirtualTableDefItemModel}, ) virtualizeTableResponse, response, err := watsonQueryService.DvaasVirtualizeTable(dvaasVirtualizeTableOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(virtualizeTableResponse, "", " ") fmt.Println(string(b))
VirtualizeTableParameterSourceTableDefItem virtualizeTableParameterSourceTableDefItemModel = new VirtualizeTableParameterSourceTableDefItem.Builder() .columnName("Column1") .columnType("INTEGER") .build(); VirtualizeTableParameterVirtualTableDefItem virtualizeTableParameterVirtualTableDefItemModel = new VirtualizeTableParameterVirtualTableDefItem.Builder() .columnName("Column_1") .columnType("INTEGER") .build(); DvaasVirtualizeTableOptions dvaasVirtualizeTableOptions = new DvaasVirtualizeTableOptions.Builder() .sourceName("Tab1") .sourceTableDef(new java.util.ArrayList<VirtualizeTableParameterSourceTableDefItem>(java.util.Arrays.asList(virtualizeTableParameterSourceTableDefItemModel))) .sources(new java.util.ArrayList<String>(java.util.Arrays.asList("DB210001:\"Hjq1\""))) .virtualName("Tab1") .virtualSchema("dv_ibmid_060000s4y5") .virtualTableDef(new java.util.ArrayList<VirtualizeTableParameterVirtualTableDefItem>(java.util.Arrays.asList(virtualizeTableParameterVirtualTableDefItemModel))) .build(); Response<VirtualizeTableResponse> response = watsonQueryService.dvaasVirtualizeTable(dvaasVirtualizeTableOptions).execute(); VirtualizeTableResponse virtualizeTableResponse = response.getResult(); System.out.println(virtualizeTableResponse);
// Request models needed by this operation. // VirtualizeTableParameterSourceTableDefItem const virtualizeTableParameterSourceTableDefItemModel = { column_name: 'Column1', column_type: 'INTEGER', }; // VirtualizeTableParameterVirtualTableDefItem const virtualizeTableParameterVirtualTableDefItemModel = { column_name: 'Column_1', column_type: 'INTEGER', }; const params = { sourceName: 'Tab1', sourceTableDef: [virtualizeTableParameterSourceTableDefItemModel], sources: ['DB210001:"Hjq1"'], virtualName: 'Tab1', virtualSchema: 'dv_ibmid_060000s4y5', virtualTableDef: [virtualizeTableParameterVirtualTableDefItemModel], }; let res; try { res = await watsonQueryService.dvaasVirtualizeTable(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
virtualize_table_parameter_source_table_def_item_model = { 'column_name': 'Column1', 'column_type': 'INTEGER', } virtualize_table_parameter_virtual_table_def_item_model = { 'column_name': 'Column_1', 'column_type': 'INTEGER', } virtualize_table_response = watson_query_service.dvaas_virtualize_table( source_name='Tab1', source_table_def=[virtualize_table_parameter_source_table_def_item_model], sources=['DB210001:"Hjq1"'], virtual_name='Tab1', virtual_schema='dv_ibmid_060000s4y5', virtual_table_def=[virtualize_table_parameter_virtual_table_def_item_model] ).get_result() print(json.dumps(virtualize_table_response, indent=2))
Response
The name of the table to be virtualized.
Example:
Tab1
The schema of the table to be virtualized.
Example:
dv_ibmid_060000s4y5
The name of the table to be virtualized.
Examples:Tab1
The schema of the table to be virtualized.
Examples:dv_ibmid_060000s4y5
The name of the table to be virtualized.
Examples:Tab1
The schema of the table to be virtualized.
Examples:dv_ibmid_060000s4y5
The name of the table to be virtualized.
Examples:Tab1
The schema of the table to be virtualized.
Examples:dv_ibmid_060000s4y5
The name of the table to be virtualized.
Examples:Tab1
The schema of the table to be virtualized.
Examples:dv_ibmid_060000s4y5
Status Code
Created
Bad Request
Unauthorized
Internal Server Error
No Sample Response
Delete virtualized table
Removes the virtual table. You must specify the schema and table name.
Removes the virtual table. You must specify the schema and table name.
Removes the virtual table. You must specify the schema and table name.
Removes the virtual table. You must specify the schema and table name.
Removes the virtual table. You must specify the schema and table name.
DELETE /dvapiserver/v2/virtualization/tables/{virtual_name}
(watsonQuery *WatsonQueryV1) DeleteTable(deleteTableOptions *DeleteTableOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DeleteTableWithContext(ctx context.Context, deleteTableOptions *DeleteTableOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> deleteTable(DeleteTableOptions deleteTableOptions)
delete_table(self,
virtual_schema: str,
virtual_name: str,
**kwargs
) -> DetailedResponse
deleteTable(params)
Request
Instantiate the DeleteTableOptions
struct and set the fields to provide parameter values for the DeleteTable
method.
Use the DeleteTableOptions.Builder
to create a DeleteTableOptions
object that contains the parameter values for the deleteTable
method.
Path Parameters
The name of virtualized table to be deleted.
Query Parameters
The schema of virtualized table to be deleted.
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DeleteTable options.
The schema of virtualized table to be deleted.
The name of virtualized table to be deleted.
The deleteTable options.
The schema of virtualized table to be deleted.
The name of virtualized table to be deleted.
parameters
The schema of virtualized table to be deleted.
The name of virtualized table to be deleted.
parameters
The schema of virtualized table to be deleted.
The name of virtualized table to be deleted.
curl -k -X DELETE -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/virtualization/tables/EMPLOYEE?virtual_schema=dv_ibmid_060000s4y5"
deleteTableOptions := watsonQueryService.NewDeleteTableOptions( "testString", "testString", ) response, err := watsonQueryService.DeleteTable(deleteTableOptions) if err != nil { panic(err) }
DeleteTableOptions deleteTableOptions = new DeleteTableOptions.Builder() .virtualSchema("testString") .virtualName("testString") .build(); Response<Void> response = watsonQueryService.deleteTable(deleteTableOptions).execute();
const params = { virtualSchema: 'testString', virtualName: 'testString', }; try { await watsonQueryService.deleteTable(params); } catch (err) { console.warn(err); }
response = watson_query_service.delete_table( virtual_schema='testString', virtual_name='testString' )
Create a remote table for the ORC or Parquet file on a cloud object store (COS).
Create a remote table for the ORC or Parquet file on a cloud object store (COS).
Create a remote table for the ORC or Parquet file on a cloud object store (COS).
Create a remote table for the ORC or Parquet file on a cloud object store (COS).
Create a remote table for the ORC or Parquet file on a cloud object store (COS).
Create a remote table for the ORC or Parquet file on a cloud object store (COS).
POST /dvapiserver/v2/virtualization/cloud_object_storages
(watsonQuery *WatsonQueryV1) VirtualizeCosV2(virtualizeCosV2Options *VirtualizeCosV2Options) (result *SuccessResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) VirtualizeCosV2WithContext(ctx context.Context, virtualizeCosV2Options *VirtualizeCosV2Options) (result *SuccessResponse, response *core.DetailedResponse, err error)
ServiceCall<SuccessResponse> virtualizeCosV2(VirtualizeCosV2Options virtualizeCosV2Options)
virtualize_cos_v2(self,
url: str,
virtual_name: str,
virtual_schema: str,
virtual_table_def: List['VirtualizeCosV2RequestVirtualTableDefItem'],
*,
is_replace: bool = None,
options: str = None,
jwt_auth_user_payload: str = None,
**kwargs
) -> DetailedResponse
virtualizeCosV2(params)
Request
Instantiate the VirtualizeCosV2Options
struct and set the fields to provide parameter values for the VirtualizeCosV2
method.
Use the VirtualizeCosV2Options.Builder
to create a VirtualizeCosV2Options
object that contains the parameter values for the virtualizeCosV2
method.
Custom Headers
Supplied by proxy. Do NOT add your own value.
The file path with bucket name.
Example:
s3a://testBucket/home/data.csv
The virtual table name.
The virtual table schema.
- virtual_table_def
Example:
Column_1
Example:
INTEGER
Whether to replace the existing table when creating the virtual table.
Default:
false
The options used to virtualize file.
Example:
INCPARTS=true
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The VirtualizeCosV2 options.
The file path with bucket name.
Examples:s3a://testBucket/home/data.csv
The virtual table name.
The virtual table schema.
- VirtualTableDef
- Examples:
Column_1
- Examples:
INTEGER
Whether to replace the existing table when creating the virtual table.
Default:
false
The options used to virtualize file.
Examples:INCPARTS=true
Supplied by proxy. Do NOT add your own value.
The virtualizeCosV2 options.
The file path with bucket name.
Examples:s3a://testBucket/home/data.csv
The virtual table name.
The virtual table schema.
- virtualTableDef
- Examples:
Column_1
- Examples:
INTEGER
Whether to replace the existing table when creating the virtual table.
Default:
false
The options used to virtualize file.
Examples:INCPARTS=true
Supplied by proxy. Do NOT add your own value.
parameters
The file path with bucket name.
Examples:The virtual table name.
The virtual table schema.
- virtual_table_def
- Examples:
Column_1
- Examples:
INTEGER
Whether to replace the existing table when creating the virtual table.
Default:
false
The options used to virtualize file.
Examples:Supplied by proxy. Do NOT add your own value.
parameters
The file path with bucket name.
Examples:The virtual table name.
The virtual table schema.
- virtualTableDef
- Examples:
Column_1
- Examples:
INTEGER
Whether to replace the existing table when creating the virtual table.
Default:
false
The options used to virtualize file.
Examples:Supplied by proxy. Do NOT add your own value.
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"is_replace\":\"false\",\"options\":\"INCPARTS=true\",\"url\":\"s3a://testBucket/home/data.csv\",\"virtual_name\":\"employee\",\"virtual_schema\":\"db2inst1\",\"virtual_table_def\":[{\"column_name\":\"Column1\",\"column_type\":\"INTEGER\"}]}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/virtualization/cloud_object_storages"
virtualizeCosV2RequestVirtualTableDefItemModel := &watsonqueryv1.VirtualizeCosV2RequestVirtualTableDefItem{ ColumnName: core.StringPtr("Column_1"), ColumnType: core.StringPtr("INTEGER"), } virtualizeCosV2Options := watsonQueryService.NewVirtualizeCosV2Options( "s3a://testBucket/home/data.csv", "testString", "testString", []watsonqueryv1.VirtualizeCosV2RequestVirtualTableDefItem{*virtualizeCosV2RequestVirtualTableDefItemModel}, ) successResponse, response, err := watsonQueryService.VirtualizeCosV2(virtualizeCosV2Options) if err != nil { panic(err) } b, _ := json.MarshalIndent(successResponse, "", " ") fmt.Println(string(b))
VirtualizeCosV2RequestVirtualTableDefItem virtualizeCosV2RequestVirtualTableDefItemModel = new VirtualizeCosV2RequestVirtualTableDefItem.Builder() .columnName("Column_1") .columnType("INTEGER") .build(); VirtualizeCosV2Options virtualizeCosV2Options = new VirtualizeCosV2Options.Builder() .url("s3a://testBucket/home/data.csv") .virtualName("testString") .virtualSchema("testString") .virtualTableDef(new java.util.ArrayList<VirtualizeCosV2RequestVirtualTableDefItem>(java.util.Arrays.asList(virtualizeCosV2RequestVirtualTableDefItemModel))) .build(); Response<SuccessResponse> response = watsonQueryService.virtualizeCosV2(virtualizeCosV2Options).execute(); SuccessResponse successResponse = response.getResult(); System.out.println(successResponse);
// Request models needed by this operation. // VirtualizeCosV2RequestVirtualTableDefItem const virtualizeCosV2RequestVirtualTableDefItemModel = { column_name: 'Column_1', column_type: 'INTEGER', }; const params = { url: 's3a://testBucket/home/data.csv', virtualName: 'testString', virtualSchema: 'testString', virtualTableDef: [virtualizeCosV2RequestVirtualTableDefItemModel], }; let res; try { res = await watsonQueryService.virtualizeCosV2(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
virtualize_cos_v2_request_virtual_table_def_item_model = { 'column_name': 'Column_1', 'column_type': 'INTEGER', } success_response = watson_query_service.virtualize_cos_v2( url='s3a://testBucket/home/data.csv', virtual_name='testString', virtual_schema='testString', virtual_table_def=[virtualize_cos_v2_request_virtual_table_def_item_model] ).get_result() print(json.dumps(success_response, indent=2))
Delete virtualized data
Removes the specified table. You must specify the schema, name, and type. You must use the Data Management Console (DMC) endpoint URL.
Removes the specified table. You must specify the schema, name, and type. You must use the Data Management Console (DMC) endpoint URL.
Removes the specified table. You must specify the schema, name, and type. You must use the Data Management Console (DMC) endpoint URL.
Removes the specified table. You must specify the schema, name, and type. You must use the Data Management Console (DMC) endpoint URL.
Removes the specified table. You must specify the schema, name, and type. You must use the Data Management Console (DMC) endpoint URL.
POST /dbapi/v4/dv/delete_virtualize_task
(watsonQuery *WatsonQueryV1) DeleteMultiTable(deleteMultiTableOptions *DeleteMultiTableOptions) (result *DeleteMultiTableResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DeleteMultiTableWithContext(ctx context.Context, deleteMultiTableOptions *DeleteMultiTableOptions) (result *DeleteMultiTableResponse, response *core.DetailedResponse, err error)
ServiceCall<DeleteMultiTableResponse> deleteMultiTable(DeleteMultiTableOptions deleteMultiTableOptions)
delete_multi_table(self,
x_db_profile: str,
delete_assets: List['DeleteMultiTableRequestDeleteAssetsItem'],
**kwargs
) -> DetailedResponse
deleteMultiTable(params)
Request
Instantiate the DeleteMultiTableOptions
struct and set the fields to provide parameter values for the DeleteMultiTable
method.
Use the DeleteMultiTableOptions.Builder
to create a DeleteMultiTableOptions
object that contains the parameter values for the deleteMultiTable
method.
Custom Headers
The dv instance.
Example:
crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A
- delete_assets
The schema of the virtual object.
The name of the virtual object.
The type of the virtual object.
Allowable values: [
table
,view
,objectStore
]
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DeleteMultiTable options.
The dv instance.
Examples:crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A
- DeleteAssets
The schema of the virtual object.
The name of the virtual object.
The type of the virtual object.
Allowable values: [
table
,view
,objectStore
]
The deleteMultiTable options.
The dv instance.
Examples:crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A
- deleteAssets
The schema of the virtual object.
The name of the virtual object.
The type of the virtual object.
Allowable values: [
table
,view
,objectStore
]
parameters
The dv instance.
Examples:- delete_assets
The schema of the virtual object.
The name of the virtual object.
The type of the virtual object.
Allowable values: [
table
,view
,objectStore
]
parameters
The dv instance.
Examples:- deleteAssets
The schema of the virtual object.
The name of the virtual object.
The type of the virtual object.
Allowable values: [
table
,view
,objectStore
]
curl -k -X POST "https://{region}.data-virtualization.cloud.ibm.com/dbapi/v4/dv/delete_virtualize_task" -H "Authorization: Bearer $token" -H "x-db-profile: $url_encoded_crn" -H "Content-Type: application/json" -d "{\"delete_assets\": [{\"virtual_schema\": \"string\",\"virtual_name\": \"string\",\"type\": \"table\"}]}"
deleteMultiTableRequestDeleteAssetsItemModel := &watsonqueryv1.DeleteMultiTableRequestDeleteAssetsItem{ } deleteMultiTableOptions := watsonQueryService.NewDeleteMultiTableOptions( "crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A", []watsonqueryv1.DeleteMultiTableRequestDeleteAssetsItem{*deleteMultiTableRequestDeleteAssetsItemModel}, ) deleteMultiTableResponse, response, err := watsonQueryService.DeleteMultiTable(deleteMultiTableOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(deleteMultiTableResponse, "", " ") fmt.Println(string(b))
DeleteMultiTableRequestDeleteAssetsItem deleteMultiTableRequestDeleteAssetsItemModel = new DeleteMultiTableRequestDeleteAssetsItem.Builder() .build(); DeleteMultiTableOptions deleteMultiTableOptions = new DeleteMultiTableOptions.Builder() .xDbProfile("crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A") .deleteAssets(new java.util.ArrayList<DeleteMultiTableRequestDeleteAssetsItem>(java.util.Arrays.asList(deleteMultiTableRequestDeleteAssetsItemModel))) .build(); Response<DeleteMultiTableResponse> response = watsonQueryService.deleteMultiTable(deleteMultiTableOptions).execute(); DeleteMultiTableResponse deleteMultiTableResponse = response.getResult(); System.out.println(deleteMultiTableResponse);
// Request models needed by this operation. // DeleteMultiTableRequestDeleteAssetsItem const deleteMultiTableRequestDeleteAssetsItemModel = { }; const params = { xDbProfile: 'crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A', deleteAssets: [deleteMultiTableRequestDeleteAssetsItemModel], }; let res; try { res = await watsonQueryService.deleteMultiTable(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
delete_multi_table_request_delete_assets_item_model = { } delete_multi_table_response = watson_query_service.delete_multi_table( x_db_profile='crn%3Av1%3Astaging%3Apublic%3Adata-virtualization%3Aus-south%3Aa%2Fefab8d44eb3d4aa5b3e3ff020cf1d829%3A31852b74-8afa-4f90-a080-a5e899bf0a61%3A%3A', delete_assets=[delete_multi_table_request_delete_assets_item_model] ).get_result() print(json.dumps(delete_multi_table_response, indent=2))
Response
- delete_assets_result
- delete_sucess
The schema of the virtual object.
The name of the virtual object.
- delete_failed
The schema of the virtual object.
The name of the virtual object.
Error message.
- DeleteAssetsResult
- DeleteSucess
The schema of the virtual object.
The name of the virtual object.
- DeleteFailed
The schema of the virtual object.
The name of the virtual object.
Error message.
- deleteAssetsResult
- deleteSucess
The schema of the virtual object.
The name of the virtual object.
- deleteFailed
The schema of the virtual object.
The name of the virtual object.
Error message.
- delete_assets_result
- delete_sucess
The schema of the virtual object.
The name of the virtual object.
- delete_failed
The schema of the virtual object.
The name of the virtual object.
Error message.
- delete_assets_result
- delete_sucess
The schema of the virtual object.
The name of the virtual object.
- delete_failed
The schema of the virtual object.
The name of the virtual object.
Error message.
Status Code
Success
Bad Request
Internal Server Error
{ "response": { "value": { "delete_assets_result": { "delete_sucess": [ { "virtual_schema": "schema1", "virtual_name": "table1" } ], "delete_failed": [ { "virtual_schema": "schema2", "virtual_name": "table2", "message": "SQLExecute: {42704} [IBM][CLI Driver][DB2/LINUXX8664] SQL0204N \"schema2.table2\" is an undefined name. SQLSTATE=42704\n" } ] } } } }
{ "response": { "value": { "delete_assets_result": { "delete_sucess": [ { "virtual_schema": "schema1", "virtual_name": "table1" } ], "delete_failed": [ { "virtual_schema": "schema2", "virtual_name": "table2", "message": "SQLExecute: {42704} [IBM][CLI Driver][DB2/LINUXX8664] SQL0204N \"schema2.table2\" is an undefined name. SQLSTATE=42704\n" } ] } } } }
Get primary catalog ID
Gets the primary catalog ID from the DVSYS.INSTANCE_INFO table.
Gets the primary catalog ID from the DVSYS.INSTANCE_INFO table.
Gets the primary catalog ID from the DVSYS.INSTANCE_INFO table.
Gets the primary catalog ID from the DVSYS.INSTANCE_INFO table.
Gets the primary catalog ID from the DVSYS.INSTANCE_INFO table.
GET /dvapiserver/v2/catalog/primary
(watsonQuery *WatsonQueryV1) GetPrimaryCatalog(getPrimaryCatalogOptions *GetPrimaryCatalogOptions) (result *PrimaryCatalogInfo, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GetPrimaryCatalogWithContext(ctx context.Context, getPrimaryCatalogOptions *GetPrimaryCatalogOptions) (result *PrimaryCatalogInfo, response *core.DetailedResponse, err error)
ServiceCall<PrimaryCatalogInfo> getPrimaryCatalog()
get_primary_catalog(self,
**kwargs
) -> DetailedResponse
getPrimaryCatalog(params)
Request
No Request Parameters
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
No Request Parameters
No Request Parameters
No Request Parameters
No Request Parameters
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/catalog/primary"
getPrimaryCatalogOptions := watsonQueryService.NewGetPrimaryCatalogOptions() primaryCatalogInfo, response, err := watsonQueryService.GetPrimaryCatalog(getPrimaryCatalogOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(primaryCatalogInfo, "", " ") fmt.Println(string(b))
GetPrimaryCatalogOptions getPrimaryCatalogOptions = new GetPrimaryCatalogOptions(); Response<PrimaryCatalogInfo> response = watsonQueryService.getPrimaryCatalog(getPrimaryCatalogOptions).execute(); PrimaryCatalogInfo primaryCatalogInfo = response.getResult(); System.out.println(primaryCatalogInfo);
let res; try { res = await watsonQueryService.getPrimaryCatalog({}); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
primary_catalog_info = watson_query_service.get_primary_catalog().get_result() print(json.dumps(primary_catalog_info, indent=2))
Response
- entity
Example:
true
Example:
999
Example:
The governed catalog where data assets are synchronized with the Information assets view.
Example:
Catalog-OMRS-Synced
Example:
true
Example:
Primary Catalog
Example:
/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- metadata
Example:
2021-01-11T10:37:03Z
Example:
648fb4e01000330999
Example:
648fb4e0-3f6c-4ce3-afbb-317acc03faa4
Example:
648fb4e0/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- Entity
- Examples:
true
- Examples:
999
- Examples:
0
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
Catalog-OMRS-Synced
- Examples:
true
- Examples:
Primary Catalog
- Examples:
/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- Metadata
- Examples:
2021-01-11T10:37:03Z
- Examples:
648fb4e01000330999
- Examples:
648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- Examples:
648fb4e0/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- entity
- Examples:
true
- Examples:
999
- Examples:
0
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
Catalog-OMRS-Synced
- Examples:
true
- Examples:
Primary Catalog
- Examples:
/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- metadata
- Examples:
2021-01-11T10:37:03Z
- Examples:
648fb4e01000330999
- Examples:
648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- Examples:
648fb4e0/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- entity
- Examples:
true
- Examples:
999
- Examples:
0
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
Catalog-OMRS-Synced
- Examples:
true
- Examples:
Primary Catalog
- Examples:
/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- metadata
- Examples:
2021-01-11T10:37:03Z
- Examples:
648fb4e01000330999
- Examples:
648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- Examples:
648fb4e0/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- entity
- Examples:
true
- Examples:
999
- Examples:
0
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
Catalog-OMRS-Synced
- Examples:
true
- Examples:
Primary Catalog
- Examples:
/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- metadata
- Examples:
2021-01-11T10:37:03Z
- Examples:
648fb4e01000330999
- Examples:
648fb4e0-3f6c-4ce3-afbb-317acc03faa4
- Examples:
648fb4e0/v2/catalogs/648fb4e0-3f6c-4ce3-afbb-317acc03faa4
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
No Sample Response
Add primary catalog
Inserts primary catalog ID into the DVSYS.INSTANCE_INFO table.
Inserts primary catalog ID into the DVSYS.INSTANCE_INFO table.
Inserts primary catalog ID into the DVSYS.INSTANCE_INFO table.
Inserts primary catalog ID into the DVSYS.INSTANCE_INFO table.
Inserts primary catalog ID into the DVSYS.INSTANCE_INFO table.
POST /dvapiserver/v2/catalog/primary
(watsonQuery *WatsonQueryV1) PostPrimaryCatalog(postPrimaryCatalogOptions *PostPrimaryCatalogOptions) (result *PostPrimaryCatalog, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) PostPrimaryCatalogWithContext(ctx context.Context, postPrimaryCatalogOptions *PostPrimaryCatalogOptions) (result *PostPrimaryCatalog, response *core.DetailedResponse, err error)
ServiceCall<PostPrimaryCatalog> postPrimaryCatalog(PostPrimaryCatalogOptions postPrimaryCatalogOptions)
post_primary_catalog(self,
guid: str,
**kwargs
) -> DetailedResponse
postPrimaryCatalog(params)
Request
Instantiate the PostPrimaryCatalogOptions
struct and set the fields to provide parameter values for the PostPrimaryCatalog
method.
Use the PostPrimaryCatalogOptions.Builder
to create a PostPrimaryCatalogOptions
object that contains the parameter values for the postPrimaryCatalog
method.
Request body
Example:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The PostPrimaryCatalog options.
- Examples:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
The postPrimaryCatalog options.
- Examples:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
parameters
- Examples:
parameters
- Examples:
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"guid\": \"d77fc432-9b1a-4938-a2a5-9f37e08041f6\"}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/catalog/primary"
postPrimaryCatalogOptions := watsonQueryService.NewPostPrimaryCatalogOptions( "d77fc432-9b1a-4938-a2a5-9f37e08041f6", ) postPrimaryCatalog, response, err := watsonQueryService.PostPrimaryCatalog(postPrimaryCatalogOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(postPrimaryCatalog, "", " ") fmt.Println(string(b))
PostPrimaryCatalogOptions postPrimaryCatalogOptions = new PostPrimaryCatalogOptions.Builder() .guid("d77fc432-9b1a-4938-a2a5-9f37e08041f6") .build(); Response<PostPrimaryCatalog> response = watsonQueryService.postPrimaryCatalog(postPrimaryCatalogOptions).execute(); PostPrimaryCatalog postPrimaryCatalog = response.getResult(); System.out.println(postPrimaryCatalog);
const params = { guid: 'd77fc432-9b1a-4938-a2a5-9f37e08041f6', }; let res; try { res = await watsonQueryService.postPrimaryCatalog(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
post_primary_catalog = watson_query_service.post_primary_catalog( guid='d77fc432-9b1a-4938-a2a5-9f37e08041f6' ).get_result() print(json.dumps(post_primary_catalog, indent=2))
Response
Example:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
Example:
Default Catalog
Example:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
- Examples:
Default Catalog
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
- Examples:
Default Catalog
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
- Examples:
Default Catalog
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
- Examples:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
- Examples:
Default Catalog
- Examples:
The governed catalog where data assets are synchronized with the Information assets view.
Status Code
Created
Bad Request
Unauthorized
Internal Server Error
No Sample Response
Delete primary catalog
Deletes primary catalog item in the DVSYS.INSTANCE_INFO table.
Deletes primary catalog item in the DVSYS.INSTANCE_INFO table.
Deletes primary catalog item in the DVSYS.INSTANCE_INFO table.
Deletes primary catalog item in the DVSYS.INSTANCE_INFO table.
Deletes primary catalog item in the DVSYS.INSTANCE_INFO table.
DELETE /dvapiserver/v2/catalog/primary
(watsonQuery *WatsonQueryV1) DeletePrimaryCatalog(deletePrimaryCatalogOptions *DeletePrimaryCatalogOptions) (response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DeletePrimaryCatalogWithContext(ctx context.Context, deletePrimaryCatalogOptions *DeletePrimaryCatalogOptions) (response *core.DetailedResponse, err error)
ServiceCall<Void> deletePrimaryCatalog(DeletePrimaryCatalogOptions deletePrimaryCatalogOptions)
delete_primary_catalog(self,
guid: str,
**kwargs
) -> DetailedResponse
deletePrimaryCatalog(params)
Request
Instantiate the DeletePrimaryCatalogOptions
struct and set the fields to provide parameter values for the DeletePrimaryCatalog
method.
Use the DeletePrimaryCatalogOptions.Builder
to create a DeletePrimaryCatalogOptions
object that contains the parameter values for the deletePrimaryCatalog
method.
Query Parameters
The Data Virtualization username. If the value is Public, this API revokes access privileges from all Data Virtualization users.
Example:
d77fc432-9b1a-4938-a2a5-9f37e08041f6
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DeletePrimaryCatalog options.
The Watson Query user name. If the value is Public, this API revokes access privileges from all Watson Query users.
Examples:d77fc432-9b1a-4938-a2a5-9f37e08041f6
The deletePrimaryCatalog options.
The Watson Query user name. If the value is Public, this API revokes access privileges from all Watson Query users.
Examples:d77fc432-9b1a-4938-a2a5-9f37e08041f6
parameters
The Watson Query user name. If the value is Public, this API revokes access privileges from all Watson Query users.
Examples:
parameters
The Watson Query user name. If the value is Public, this API revokes access privileges from all Watson Query users.
Examples:
curl -k -X DELETE -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/catalog/primary?guid=d77fc432-9b1a-4938-a2a5-9f37e08041f6"
deletePrimaryCatalogOptions := watsonQueryService.NewDeletePrimaryCatalogOptions( "d77fc432-9b1a-4938-a2a5-9f37e08041f6", ) response, err := watsonQueryService.DeletePrimaryCatalog(deletePrimaryCatalogOptions) if err != nil { panic(err) }
DeletePrimaryCatalogOptions deletePrimaryCatalogOptions = new DeletePrimaryCatalogOptions.Builder() .guid("d77fc432-9b1a-4938-a2a5-9f37e08041f6") .build(); Response<Void> response = watsonQueryService.deletePrimaryCatalog(deletePrimaryCatalogOptions).execute();
const params = { guid: 'd77fc432-9b1a-4938-a2a5-9f37e08041f6', }; try { await watsonQueryService.deletePrimaryCatalog(params); } catch (err) { console.warn(err); }
response = watson_query_service.delete_primary_catalog( guid='d77fc432-9b1a-4938-a2a5-9f37e08041f6' )
Publishes virtual tables to a catalog.
Publishes virtual tables to a catalog.
Publishes virtual tables to a catalog.
Publishes virtual tables to a catalog.
Publishes virtual tables to a catalog.
Publishes virtual tables to a catalog.
POST /dvapiserver/v2/integration/catalog/publish
(watsonQuery *WatsonQueryV1) PublishAssets(publishAssetsOptions *PublishAssetsOptions) (result *CatalogPublishResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) PublishAssetsWithContext(ctx context.Context, publishAssetsOptions *PublishAssetsOptions) (result *CatalogPublishResponse, response *core.DetailedResponse, err error)
ServiceCall<CatalogPublishResponse> publishAssets(PublishAssetsOptions publishAssetsOptions)
publish_assets(self,
catalog_id: str,
allow_duplicates: bool,
assets: List['PostPrimaryCatalogParametersAssetsItem'],
**kwargs
) -> DetailedResponse
publishAssets(params)
Request
Instantiate the PublishAssetsOptions
struct and set the fields to provide parameter values for the PublishAssets
method.
Use the PublishAssetsOptions.Builder
to create a PublishAssetsOptions
object that contains the parameter values for the publishAssets
method.
Example:
2b6b9fc5-626c-47a9-a836-56b76c0bc826
The type of the data source that you want to add.
- assets
Example:
db2inst1
Example:
EMPLOYEE
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The PublishAssets options.
- Examples:
2b6b9fc5-626c-47a9-a836-56b76c0bc826
The type of the data source that you want to add.
Examples:false
- Assets
- Examples:
db2inst1
- Examples:
EMPLOYEE
The publishAssets options.
- Examples:
2b6b9fc5-626c-47a9-a836-56b76c0bc826
The type of the data source that you want to add.
Examples:false
- assets
- Examples:
db2inst1
- Examples:
EMPLOYEE
parameters
- Examples:
The type of the data source that you want to add.
Examples:- assets
- Examples:
db2inst1
- Examples:
EMPLOYEE
parameters
- Examples:
The type of the data source that you want to add.
Examples:- assets
- Examples:
db2inst1
- Examples:
EMPLOYEE
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" -d "{\"catalog_id\": \"648fb4e0-3f6c-4ce3-afbb-317acc03faa5\",\"assets\": [{\"schema\": \"db2inst1\",\"table\": \"employee\"}]}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/integration/catalog/publish"
postPrimaryCatalogParametersAssetsItemModel := &watsonqueryv1.PostPrimaryCatalogParametersAssetsItem{ Schema: core.StringPtr("db2inst1"), Table: core.StringPtr("EMPLOYEE"), } publishAssetsOptions := watsonQueryService.NewPublishAssetsOptions( "2b6b9fc5-626c-47a9-a836-56b76c0bc826", false, []watsonqueryv1.PostPrimaryCatalogParametersAssetsItem{*postPrimaryCatalogParametersAssetsItemModel}, ) catalogPublishResponse, response, err := watsonQueryService.PublishAssets(publishAssetsOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(catalogPublishResponse, "", " ") fmt.Println(string(b))
PostPrimaryCatalogParametersAssetsItem postPrimaryCatalogParametersAssetsItemModel = new PostPrimaryCatalogParametersAssetsItem.Builder() .schema("db2inst1") .table("EMPLOYEE") .build(); PublishAssetsOptions publishAssetsOptions = new PublishAssetsOptions.Builder() .catalogId("2b6b9fc5-626c-47a9-a836-56b76c0bc826") .allowDuplicates(false) .assets(new java.util.ArrayList<PostPrimaryCatalogParametersAssetsItem>(java.util.Arrays.asList(postPrimaryCatalogParametersAssetsItemModel))) .build(); Response<CatalogPublishResponse> response = watsonQueryService.publishAssets(publishAssetsOptions).execute(); CatalogPublishResponse catalogPublishResponse = response.getResult(); System.out.println(catalogPublishResponse);
// Request models needed by this operation. // PostPrimaryCatalogParametersAssetsItem const postPrimaryCatalogParametersAssetsItemModel = { schema: 'db2inst1', table: 'EMPLOYEE', }; const params = { catalogId: '2b6b9fc5-626c-47a9-a836-56b76c0bc826', allowDuplicates: false, assets: [postPrimaryCatalogParametersAssetsItemModel], }; let res; try { res = await watsonQueryService.publishAssets(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
post_primary_catalog_parameters_assets_item_model = { 'schema': 'db2inst1', 'table': 'EMPLOYEE', } catalog_publish_response = watson_query_service.publish_assets( catalog_id='2b6b9fc5-626c-47a9-a836-56b76c0bc826', allow_duplicates=False, assets=[post_primary_catalog_parameters_assets_item_model] ).get_result() print(json.dumps(catalog_publish_response, indent=2))
Response
- duplicate_assets
Example:
USER999
Example:
customer
- failed_assets
Example:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e
Example:
USER999
Example:
customer
- published_assets
Example:
USER999
Example:
customer
Example:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e1
- DuplicateAssets
- Examples:
USER999
- Examples:
customer
- FailedAssets
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e
- Examples:
USER999
- Examples:
customer
- PublishedAssets
- Examples:
USER999
- Examples:
customer
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e1
- duplicateAssets
- Examples:
USER999
- Examples:
customer
- failedAssets
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e
- Examples:
USER999
- Examples:
customer
- publishedAssets
- Examples:
USER999
- Examples:
customer
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e1
- duplicate_assets
- Examples:
USER999
- Examples:
customer
- failed_assets
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e
- Examples:
USER999
- Examples:
customer
- published_assets
- Examples:
USER999
- Examples:
customer
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e1
- duplicate_assets
- Examples:
USER999
- Examples:
customer
- failed_assets
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e
- Examples:
USER999
- Examples:
customer
- published_assets
- Examples:
USER999
- Examples:
customer
- Examples:
37fa4a15-1071-4a20-bc9e-0283d3dfb6e1
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
No Sample Response
Create a new cache
Create a new cache using the given SQL definition.
Create a new cache using the given SQL definition.
Create a new cache using the given SQL definition.
Create a new cache using the given SQL definition.
Create a new cache using the given SQL definition.
POST /dvapiserver/v2/caching/caches
(watsonQuery *WatsonQueryV1) CreateCache(createCacheOptions *CreateCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) CreateCacheWithContext(ctx context.Context, createCacheOptions *CreateCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> createCache(CreateCacheOptions createCacheOptions)
create_cache(self,
name: str,
query: str,
*,
refresh_schedule: str = None,
dry_run: bool = None,
**kwargs
) -> DetailedResponse
createCache(params)
Request
Instantiate the CreateCacheOptions
struct and set the fields to provide parameter values for the CreateCache
method.
Use the CreateCacheOptions.Builder
to create a CreateCacheOptions
object that contains the parameter values for the createCache
method.
Query Parameters
Indicates whether to verify that the cache can be created using the SQL that was was supplied. If dry_run is set to true, the cache is not created, it is just validated.
A JSON body with the cache's SQL definition and a name for the cache.
{
"name": "cache1",
"query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6",
"refresh_schedule": "* * */5 * *"
}
A unique user-defined name for the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Cache definition provided by user and expressed in SQL.
Possible values: 1 ≤ length ≤ 10000000, Value must match regular expression
.*
An optional cron-style schedule to refresh the cache (Refer: https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The CreateCache options.
A unique user-defined name for the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:cache1
Cache definition provided by user and expressed in SQL.
Possible values: 1 ≤ length ≤ 10000000, Value must match regular expression
/.*/
Examples:SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6
An optional cron-style schedule to refresh the cache (Refer: https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:* * */5 * *
Indicates whether to verify that the cache can be created using the SQL that was was supplied. If dry_run is set to true, the cache is not created, it is just validated.
The createCache options.
A unique user-defined name for the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:cache1
Cache definition provided by user and expressed in SQL.
Possible values: 1 ≤ length ≤ 10000000, Value must match regular expression
/.*/
Examples:SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6
An optional cron-style schedule to refresh the cache (Refer: https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:* * */5 * *
Indicates whether to verify that the cache can be created using the SQL that was was supplied. If dry_run is set to true, the cache is not created, it is just validated.
parameters
A unique user-defined name for the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:Cache definition provided by user and expressed in SQL.
Possible values: 1 ≤ length ≤ 10000000, Value must match regular expression
/.*/
Examples:An optional cron-style schedule to refresh the cache (Refer: https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:Indicates whether to verify that the cache can be created using the SQL that was was supplied. If dry_run is set to true, the cache is not created, it is just validated.
parameters
A unique user-defined name for the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:Cache definition provided by user and expressed in SQL.
Possible values: 1 ≤ length ≤ 10000000, Value must match regular expression
/.*/
Examples:An optional cron-style schedule to refresh the cache (Refer: https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:Indicates whether to verify that the cache can be created using the SQL that was was supplied. If dry_run is set to true, the cache is not created, it is just validated.
curl -k -X POST -H "cache-control: no-cache" -H "content-type: application/json" -H "Authorization: Bearer {token}" -d "{\"name\":\"cache1\",\"query\":\"SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6\",\"refresh_schedule\":\"* * */5 * *\"}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches"
createCacheOptions := watsonQueryService.NewCreateCacheOptions( "cache1", "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", ) createCacheOptions.SetRefreshSchedule("* * */5 * *") cache, response, err := watsonQueryService.CreateCache(createCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
CreateCacheOptions createCacheOptions = new CreateCacheOptions.Builder() .name("cache1") .query("SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6") .refreshSchedule("* * */5 * *") .build(); Response<Cache> response = watsonQueryService.createCache(createCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { name: 'cache1', query: 'SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6', refreshSchedule: '* * */5 * *', }; let res; try { res = await watsonQueryService.createCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.create_cache( name='cache1', query='SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6', refresh_schedule='* * */5 * *' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
Cache has been created and will start to populate.
Cache SQL validated
Client side error
Unauthorized operation
Server side error
{ "name": "cache1", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:20:21.497519Z", "state": "populating", "size": 0, "cardinality": 0, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "* * */5 * *", "refresh_schedule_description": "every minute every 5 days" }
{ "name": "cache1", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:20:21.497519Z", "state": "populating", "size": 0, "cardinality": 0, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "* * */5 * *", "refresh_schedule_description": "every minute every 5 days" }
{ "status_code": 400, "trace": "d50ea1bf-438a-42fb-84e2-f0b0fe95a6ac", "errors": [ { "code": "", "message": "The request was invalid. Cache definition/query null is invalid", "more_info": "" } ] }
{ "status_code": 400, "trace": "d50ea1bf-438a-42fb-84e2-f0b0fe95a6ac", "errors": [ { "code": "", "message": "The request was invalid. Cache definition/query null is invalid", "more_info": "" } ] }
Return details of a specific cache
Return the metadata of the specified cache ID.
Return the metadata of the specified cache ID.
Return the metadata of the specified cache ID.
Return the metadata of the specified cache ID.
Return the metadata of the specified cache ID.
GET /dvapiserver/v2/caching/caches/{id}
(watsonQuery *WatsonQueryV1) GetCache(getCacheOptions *GetCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GetCacheWithContext(ctx context.Context, getCacheOptions *GetCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> getCache(GetCacheOptions getCacheOptions)
get_cache(self,
id: str,
**kwargs
) -> DetailedResponse
getCache(params)
Request
Instantiate the GetCacheOptions
struct and set the fields to provide parameter values for the GetCache
method.
Use the GetCacheOptions.Builder
to create a GetCacheOptions
object that contains the parameter values for the getCache
method.
Path Parameters
The ID of the cache
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
Example:
DV20220920162021591055
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The GetCache options.
The ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
Examples:DV20220920162021591055
The getCache options.
The ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
Examples:DV20220920162021591055
parameters
The ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
Examples:
parameters
The ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
Examples:
curl -k -X GET -H "cache-control: no-cache" -H "Authorization: Bearer {token}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches/{id}"
getCacheOptions := watsonQueryService.NewGetCacheOptions( "DV20220920162021591055", ) cache, response, err := watsonQueryService.GetCache(getCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
GetCacheOptions getCacheOptions = new GetCacheOptions.Builder() .id("DV20220920162021591055") .build(); Response<Cache> response = watsonQueryService.getCache(getCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { id: 'DV20220920162021591055', }; let res; try { res = await watsonQueryService.getCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.get_cache( id='DV20220920162021591055' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
Successfully retrieved information about cache.
Client side error
Unauthorized operation
Object not found
Server side error
{ "name": "cache1", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:20:43.773141Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "enabled", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "* * */5 * *", "refresh_schedule_description": "every minute every 5 days" }
{ "name": "cache1", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:20:43.773141Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "enabled", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "* * */5 * *", "refresh_schedule_description": "every minute every 5 days" }
Drop an existing cache
Drop and delete the cache with the specified ID.
Drop and delete the cache with the specified ID.
Drop and delete the cache with the specified ID.
Drop and delete the cache with the specified ID.
Drop and delete the cache with the specified ID.
DELETE /dvapiserver/v2/caching/caches/{id}
(watsonQuery *WatsonQueryV1) DeleteCache(deleteCacheOptions *DeleteCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DeleteCacheWithContext(ctx context.Context, deleteCacheOptions *DeleteCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> deleteCache(DeleteCacheOptions deleteCacheOptions)
delete_cache(self,
id: str,
**kwargs
) -> DetailedResponse
deleteCache(params)
Request
Instantiate the DeleteCacheOptions
struct and set the fields to provide parameter values for the DeleteCache
method.
Use the DeleteCacheOptions.Builder
to create a DeleteCacheOptions
object that contains the parameter values for the deleteCache
method.
Path Parameters
The ID of the cache to drop.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DeleteCache options.
The ID of the cache to drop.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
The deleteCache options.
The ID of the cache to drop.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to drop.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to drop.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
curl -k -X DELETE -H "cache-control: no-cache" -H "Authorization: Bearer {token}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches/{id}"
deleteCacheOptions := watsonQueryService.NewDeleteCacheOptions( "testString", ) cache, response, err := watsonQueryService.DeleteCache(deleteCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
DeleteCacheOptions deleteCacheOptions = new DeleteCacheOptions.Builder() .id("testString") .build(); Response<Cache> response = watsonQueryService.deleteCache(deleteCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { id: 'testString', }; let res; try { res = await watsonQueryService.deleteCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.delete_cache( id='testString' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
This request will change the cache state to deleting. When the cache has been deleted, its state will turn to deleted.
Client side error
Unauthorized operation
Object not found
Operation cannot be performed
Server side error
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "deleting", "size": 6, "cardinality": 5, "time_taken_for_refresh": 26443, "refresh_count": 1, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "deleting", "size": 6, "cardinality": 5, "time_taken_for_refresh": 26443, "refresh_count": 1, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
Edit an existing cache
Edit the name of the cache with the specific ID, the refresh schedule of the cache, or both.
Edit the name of the cache with the specific ID, the refresh schedule of the cache, or both.
Edit the name of the cache with the specific ID, the refresh schedule of the cache, or both.
Edit the name of the cache with the specific ID, the refresh schedule of the cache, or both.
Edit the name of the cache with the specific ID, the refresh schedule of the cache, or both.
PATCH /dvapiserver/v2/caching/caches/{id}
(watsonQuery *WatsonQueryV1) UpdateCache(updateCacheOptions *UpdateCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) UpdateCacheWithContext(ctx context.Context, updateCacheOptions *UpdateCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> updateCache(UpdateCacheOptions updateCacheOptions)
update_cache(self,
id: str,
*,
refresh_schedule: str = None,
name: str = None,
**kwargs
) -> DetailedResponse
updateCache(params)
Request
Instantiate the UpdateCacheOptions
struct and set the fields to provide parameter values for the UpdateCache
method.
Use the UpdateCacheOptions.Builder
to create a UpdateCacheOptions
object that contains the parameter values for the updateCache
method.
Path Parameters
The ID of the cache to edit.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
A JSON body with the cache's new name, new refresh schedule, or both.
{
"refresh_schedule": "10 * * * *",
"name": "cache2"
}
New refresh schedule in a cron-style format (Refer https://www.unix.com/man-page/linux/5/crontab/). An empty input schedule string will stop all scheduling jobs of the cache immediately. In all other cases, the new schedule will take effect after the older schedule, if any, is canceled.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
A new unique name for the cache. An empty name is invalid.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The UpdateCache options.
The ID of the cache to edit.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
New refresh schedule in a cron-style format (Refer https://www.unix.com/man-page/linux/5/crontab/). An empty input schedule string will stop all scheduling jobs of the cache immediately. In all other cases, the new schedule will take effect after the older schedule, if any, is canceled.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:10 * * * *
A new unique name for the cache. An empty name is invalid.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:cache2
The updateCache options.
The ID of the cache to edit.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
New refresh schedule in a cron-style format (Refer https://www.unix.com/man-page/linux/5/crontab/). An empty input schedule string will stop all scheduling jobs of the cache immediately. In all other cases, the new schedule will take effect after the older schedule, if any, is canceled.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:10 * * * *
A new unique name for the cache. An empty name is invalid.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:cache2
parameters
The ID of the cache to edit.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
New refresh schedule in a cron-style format (Refer https://www.unix.com/man-page/linux/5/crontab/). An empty input schedule string will stop all scheduling jobs of the cache immediately. In all other cases, the new schedule will take effect after the older schedule, if any, is canceled.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:A new unique name for the cache. An empty name is invalid.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:
parameters
The ID of the cache to edit.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
New refresh schedule in a cron-style format (Refer https://www.unix.com/man-page/linux/5/crontab/). An empty input schedule string will stop all scheduling jobs of the cache immediately. In all other cases, the new schedule will take effect after the older schedule, if any, is canceled.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
Examples:A new unique name for the cache. An empty name is invalid.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Examples:
curl -k -X PATCH -H "cache-control: no-cache" -H "content-type: application/json" -H "Authorization: Bearer {token}" -d "{\"name\":\"cache2\",\"refresh_schedule\":\"10 * * * *\"}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches/{id}"
updateCacheOptions := watsonQueryService.NewUpdateCacheOptions( "testString", ) updateCacheOptions.SetRefreshSchedule("10 * * * *") updateCacheOptions.SetName("cache2") cache, response, err := watsonQueryService.UpdateCache(updateCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
UpdateCacheOptions updateCacheOptions = new UpdateCacheOptions.Builder() .id("testString") .refreshSchedule("10 * * * *") .name("cache2") .build(); Response<Cache> response = watsonQueryService.updateCache(updateCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { id: 'testString', refreshSchedule: '10 * * * *', name: 'cache2', }; let res; try { res = await watsonQueryService.updateCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.update_cache( id='testString', refresh_schedule='10 * * * *', name='cache2' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
Successfully edited cache
Client side error
Unauthorized operation
Object not found
Server side error
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "enabled", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "enabled", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
Enable an inactive cache
Enable an inactive cache with the specified ID.
Enable an inactive cache with the specified ID.
Enable an inactive cache with the specified ID.
Enable an inactive cache with the specified ID.
Enable an inactive cache with the specified ID.
POST /dvapiserver/v2/caching/caches/{id}/enable
(watsonQuery *WatsonQueryV1) EnableCache(enableCacheOptions *EnableCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) EnableCacheWithContext(ctx context.Context, enableCacheOptions *EnableCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> enableCache(EnableCacheOptions enableCacheOptions)
enable_cache(self,
id: str,
**kwargs
) -> DetailedResponse
enableCache(params)
Request
Instantiate the EnableCacheOptions
struct and set the fields to provide parameter values for the EnableCache
method.
Use the EnableCacheOptions.Builder
to create a EnableCacheOptions
object that contains the parameter values for the enableCache
method.
Path Parameters
The ID of the cache to be enabled.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The EnableCache options.
The ID of the cache to be enabled.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
The enableCache options.
The ID of the cache to be enabled.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to be enabled.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to be enabled.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
curl -k -X POST -H "cache-control: no-cache" -H "Authorization: Bearer {token}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches/{id}/enable"
enableCacheOptions := watsonQueryService.NewEnableCacheOptions( "testString", ) cache, response, err := watsonQueryService.EnableCache(enableCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
EnableCacheOptions enableCacheOptions = new EnableCacheOptions.Builder() .id("testString") .build(); Response<Cache> response = watsonQueryService.enableCache(enableCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { id: 'testString', }; let res; try { res = await watsonQueryService.enableCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.enable_cache( id='testString' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
This request will change the cache state to enabling. When the cache has been enabled, its state will turn to enabled.
Client side error
Unauthorized operation
Object not found
Operation cannot be performed
Server side error
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "enabling", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "enabling", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
Disable an active cache
Disable an active cache with the specified ID.
Disable an active cache with the specified ID.
Disable an active cache with the specified ID.
Disable an active cache with the specified ID.
Disable an active cache with the specified ID.
POST /dvapiserver/v2/caching/caches/{id}/disable
(watsonQuery *WatsonQueryV1) DisableCache(disableCacheOptions *DisableCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) DisableCacheWithContext(ctx context.Context, disableCacheOptions *DisableCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> disableCache(DisableCacheOptions disableCacheOptions)
disable_cache(self,
id: str,
**kwargs
) -> DetailedResponse
disableCache(params)
Request
Instantiate the DisableCacheOptions
struct and set the fields to provide parameter values for the DisableCache
method.
Use the DisableCacheOptions.Builder
to create a DisableCacheOptions
object that contains the parameter values for the disableCache
method.
Path Parameters
The ID of the cache to disable.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The DisableCache options.
The ID of the cache to disable.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
The disableCache options.
The ID of the cache to disable.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to disable.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to disable.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
curl -k -X POST -H "cache-control: no-cache" -H "Authorization: Bearer {token}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches/{id}/disable"
disableCacheOptions := watsonQueryService.NewDisableCacheOptions( "testString", ) cache, response, err := watsonQueryService.DisableCache(disableCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
DisableCacheOptions disableCacheOptions = new DisableCacheOptions.Builder() .id("testString") .build(); Response<Cache> response = watsonQueryService.disableCache(disableCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { id: 'testString', }; let res; try { res = await watsonQueryService.disableCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.disable_cache( id='testString' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
This request will change the cache state to disabling. When the cache has been disabled, its state will turn to disabled.
Client side error
Unauthorized operation
Object not found
Operation cannot be performed
Server side error
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "disabling", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
{ "name": "cache2", "id": "DV20220920162021591055", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 6", "owner_id": "ADMIN", "created_at": "2022-09-20T16:20:21.497519Z", "last_modified_at": "2022-09-20T16:31:28.816238Z", "last_refreshed_at": "2022-09-20T16:20:34.592605Z", "state": "disabling", "size": 6, "cardinality": 5, "time_taken_for_refresh": 0, "refresh_count": 0, "hit_count": 0, "refresh_schedule": "10 * * * *", "refresh_schedule_description": "every hour at minute 10" }
Refresh an active cache
Refresh an active cache with the specified ID.
Refresh an active cache with the specified ID.
Refresh an active cache with the specified ID.
Refresh an active cache with the specified ID.
Refresh an active cache with the specified ID.
POST /dvapiserver/v2/caching/caches/{id}/refresh
(watsonQuery *WatsonQueryV1) RefreshCache(refreshCacheOptions *RefreshCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) RefreshCacheWithContext(ctx context.Context, refreshCacheOptions *RefreshCacheOptions) (result *Cache, response *core.DetailedResponse, err error)
ServiceCall<Cache> refreshCache(RefreshCacheOptions refreshCacheOptions)
refresh_cache(self,
id: str,
**kwargs
) -> DetailedResponse
refreshCache(params)
Request
Instantiate the RefreshCacheOptions
struct and set the fields to provide parameter values for the RefreshCache
method.
Use the RefreshCacheOptions.Builder
to create a RefreshCacheOptions
object that contains the parameter values for the refreshCache
method.
Path Parameters
The ID of the cache to refresh.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The RefreshCache options.
The ID of the cache to refresh.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
The refreshCache options.
The ID of the cache to refresh.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to refresh.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
parameters
The ID of the cache to refresh.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
curl -k -X POST -H "cache-control: no-cache" -H "Authorization: Bearer {token}" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v2/caching/caches/{id}/refresh"
refreshCacheOptions := watsonQueryService.NewRefreshCacheOptions( "testString", ) cache, response, err := watsonQueryService.RefreshCache(refreshCacheOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cache, "", " ") fmt.Println(string(b))
RefreshCacheOptions refreshCacheOptions = new RefreshCacheOptions.Builder() .id("testString") .build(); Response<Cache> response = watsonQueryService.refreshCache(refreshCacheOptions).execute(); Cache cache = response.getResult(); System.out.println(cache);
const params = { id: 'testString', }; let res; try { res = await watsonQueryService.refreshCache(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache = watson_query_service.refresh_cache( id='testString' ).get_result() print(json.dumps(cache, indent=2))
Response
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9-_ .]*$
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
^DV\d+$
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
.*
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
.*
Timestamp when the cache was created.
Timestamp when the cache was last modified.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of rows in the cache.
Possible values: 0 ≤ value ≤ 9223372036854776000
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ 9223372036854776000
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
^[a-zA-Z0-9\/ \-*,]*$
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
.*
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
A cache and its metadata.
Unique user-defined name of the cache.
Possible values: 1 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9-_ .]*$/
Unique internal-generated ID of the cache.
Possible values: 20 ≤ length ≤ 25, Value must match regular expression
/^DV\\d+$/
SQL query that defines the cache.
Possible values: 0 ≤ length ≤ 10000000, Value must match regular expression
/.*/
The login user ID that created this cache.
Possible values: 0 ≤ length ≤ 128, Value must match regular expression
/.*/
Timestamp when the cache was created.
Timestamp when the cache was last modified.
Timestamp when the cache was last refreshed.
Timestamp when the cache was last used.
State of the cache:
populating
- the state when data is being inserted into the cacheactivating
- the state when cache is being readied for usageenabling
- the state when a disabled cache is being enableddisabling
- the state when an enabled cache is being disableddeleting
- the state when a cache is being deletedenabled
- the state of an active cachedisabled
- the state of an inactive cachedeleted
- the state of a deleted cacherefreshing
- the state when the cache is being updated with new datafailed
- the state of a cache when it fails to be created or deleted.
Possible values: [
populating
,activating
,enabling
,disabling
,deleting
,enabled
,disabled
,deleted
,refreshing
,failed
]Size of the cache, in KiB.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of rows in the cache.
Possible values: 0 ≤ value ≤ -9223372036854775616
Time taken to refresh the cache at the last attempt in milliseconds.
Possible values: 0 ≤ value ≤ -9223372036854775616
Number of times the cache has been refreshed after it was created.
Possible values: 0 ≤ value ≤ 2147483647
Number of times the cache has been used by queries.
Possible values: 0 ≤ value ≤ 2147483647
A cron-style representation of the cache refresh schedule (Refer https://www.unix.com/man-page/linux/5/crontab/).
Possible values: 6 ≤ length ≤ 128, Value must match regular expression
/^[a-zA-Z0-9\/ \\-*,]*$/
An english representation of the cache's refresh schedule.
Possible values: 0 ≤ length ≤ 1000, Value must match regular expression
/.*/
Status Code
To refresh a cache, its current state must be enabled. When the cache has been refreshed, its state will change to enabled.
Client side error
Unauthorized operation
Object not found
Operation cannot be performed
Server side error
{ "name": "cache3", "id": "DV20220920191349389436", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 7", "owner_id": "ADMIN", "created_at": "2022-09-20T19:13:49.28874Z", "last_modified_at": "2022-09-21T00:07:40.689536Z", "last_refreshed_at": "2022-09-21T00:07:18.403959Z", "last_used_at": "2022-09-21T00:02:24.962Z", "state": "refreshing", "size": 6, "cardinality": 6, "time_taken_for_refresh": 17553, "refresh_count": 22, "hit_count": 6, "refresh_schedule": "* * */5 * *", "refresh_schedule_description": "every minute every 5 days" }
{ "name": "cache3", "id": "DV20220920191349389436", "query": "SELECT * FROM ADMIN.CUSTOMER WHERE C_CUSTOMER_SK < 7", "owner_id": "ADMIN", "created_at": "2022-09-20T19:13:49.28874Z", "last_modified_at": "2022-09-21T00:07:40.689536Z", "last_refreshed_at": "2022-09-21T00:07:18.403959Z", "last_used_at": "2022-09-21T00:02:24.962Z", "state": "refreshing", "size": 6, "cardinality": 6, "time_taken_for_refresh": 17553, "refresh_count": 22, "hit_count": 6, "refresh_schedule": "* * */5 * *", "refresh_schedule_description": "every minute every 5 days" }
List caches
Lists all active, inactive, and deleted caches in Watson Query.
Lists all active, inactive, and deleted caches in Watson Query.
Lists all active, inactive, and deleted caches in Watson Query.
Lists all active, inactive, and deleted caches in Watson Query.
Lists all active, inactive, and deleted caches in Watson Query.
GET /dvapiserver/v1/caching/caches
(watsonQuery *WatsonQueryV1) GetCachesList(getCachesListOptions *GetCachesListOptions) (result *CacheListResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GetCachesListWithContext(ctx context.Context, getCachesListOptions *GetCachesListOptions) (result *CacheListResponse, response *core.DetailedResponse, err error)
ServiceCall<CacheListResponse> getCachesList()
get_caches_list(self,
**kwargs
) -> DetailedResponse
getCachesList(params)
Request
No Request Parameters
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
No Request Parameters
No Request Parameters
No Request Parameters
No Request Parameters
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v1/caching/caches"
getCachesListOptions := watsonQueryService.NewGetCachesListOptions() cacheListResponse, response, err := watsonQueryService.GetCachesList(getCachesListOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(cacheListResponse, "", " ") fmt.Println(string(b))
GetCachesListOptions getCachesListOptions = new GetCachesListOptions(); Response<CacheListResponse> response = watsonQueryService.getCachesList(getCachesListOptions).execute(); CacheListResponse cacheListResponse = response.getResult(); System.out.println(cacheListResponse);
let res; try { res = await watsonQueryService.getCachesList({}); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache_list_response = watson_query_service.get_caches_list().get_result() print(json.dumps(cache_list_response, indent=2))
Response
- caches
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
The Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
The state of this cache. This value can be Enabled, Disabled, Deleted, Failed, Populating, Activating, Enabling, Disabling, Refreshing, or Deleting.
Size of this cache (in KB).
The cardinality of this cache, that is, the number of rows in the cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
- Caches
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
The Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
The state of this cache. This value can be Enabled, Disabled, Deleted, Failed, Populating, Activating, Enabling, Disabling, Refreshing, or Deleting.
Size of this cache (in KB).
The cardinality of this cache, that is, the number of rows in the cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
- caches
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
The Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
The state of this cache. This value can be Enabled, Disabled, Deleted, Failed, Populating, Activating, Enabling, Disabling, Refreshing, or Deleting.
Size of this cache (in KB).
The cardinality of this cache, that is, the number of rows in the cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
- caches
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
The Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
The state of this cache. This value can be Enabled, Disabled, Deleted, Failed, Populating, Activating, Enabling, Disabling, Refreshing, or Deleting.
Size of this cache (in KB).
The cardinality of this cache, that is, the number of rows in the cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
- caches
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
The Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
The state of this cache. This value can be Enabled, Disabled, Deleted, Failed, Populating, Activating, Enabling, Disabling, Refreshing, or Deleting.
Size of this cache (in KB).
The cardinality of this cache, that is, the number of rows in the cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
No Sample Response
List a cache
Lists a specific cache in Watson Query.
Lists a specific cache in Watson Query.
Lists a specific cache in Watson Query.
Lists a specific cache in Watson Query.
Lists a specific cache in Watson Query.
GET /dvapiserver/v1/caching/caches/{id}
(watsonQuery *WatsonQueryV1) GetCacheV1(getCacheV1Options *GetCacheV1Options) (result *CacheResponse, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GetCacheV1WithContext(ctx context.Context, getCacheV1Options *GetCacheV1Options) (result *CacheResponse, response *core.DetailedResponse, err error)
ServiceCall<CacheResponse> getCacheV1(GetCacheV1Options getCacheV1Options)
get_cache_v1(self,
id: str,
**kwargs
) -> DetailedResponse
getCacheV1(params)
Request
Instantiate the GetCacheV1Options
struct and set the fields to provide parameter values for the GetCacheV1
method.
Use the GetCacheV1Options.Builder
to create a GetCacheV1Options
object that contains the parameter values for the getCacheV1
method.
Path Parameters
The ID of the cache to be listed.
Example:
DV20210810191252390327
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
The GetCacheV1 options.
The ID of the cache to be listed.
Examples:DV20210810191252390327
The getCacheV1 options.
The ID of the cache to be listed.
Examples:DV20210810191252390327
parameters
The ID of the cache to be listed.
Examples:
parameters
The ID of the cache to be listed.
Examples:
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v1/caching/caches/DV20210810191252390327"
getCacheV1Options := watsonQueryService.NewGetCacheV1Options( "DV20210810191252390327", ) cacheResponse, response, err := watsonQueryService.GetCacheV1(getCacheV1Options) if err != nil { panic(err) } b, _ := json.MarshalIndent(cacheResponse, "", " ") fmt.Println(string(b))
GetCacheV1Options getCacheV1Options = new GetCacheV1Options.Builder() .id("DV20210810191252390327") .build(); Response<CacheResponse> response = watsonQueryService.getCacheV1(getCacheV1Options).execute(); CacheResponse cacheResponse = response.getResult(); System.out.println(cacheResponse);
const params = { id: 'DV20210810191252390327', }; let res; try { res = await watsonQueryService.getCacheV1(params); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
cache_response = watson_query_service.get_cache_v1( id='DV20210810191252390327' ).get_result() print(json.dumps(cache_response, indent=2))
Response
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
State of this cache - one of Enabled,Disabled,Deleted,Failed,Populating,Activating,Enabling,Disabling,Refreshing,Deleting.
Size of this cache (in KB).
Cardinality (number of rows) of this cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
State of this cache - one of Enabled,Disabled,Deleted,Failed,Populating,Activating,Enabling,Disabling,Refreshing,Deleting.
Size of this cache (in KB).
Cardinality (number of rows) of this cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
State of this cache - one of Enabled,Disabled,Deleted,Failed,Populating,Activating,Enabling,Disabling,Refreshing,Deleting.
Size of this cache (in KB).
Cardinality (number of rows) of this cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
State of this cache - one of Enabled,Disabled,Deleted,Failed,Populating,Activating,Enabling,Disabling,Refreshing,Deleting.
Size of this cache (in KB).
Cardinality (number of rows) of this cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
The name of this cache.
The unique ID of this cache.
The query that defines this cache.
Owner ID of this cache.
Type of the cache - User-defined (U), Recommended (R).
Database timestamp at the time of cache creation.
Database timestamp when this cache was last modified (state change).
Database timestamp when this cache was last refreshed.
Database timestamp when this cache was last used.
State of this cache - one of Enabled,Disabled,Deleted,Failed,Populating,Activating,Enabling,Disabling,Refreshing,Deleting.
Size of this cache (in KB).
Cardinality (number of rows) of this cache.
Time taken to refresh this cache most recently (in milliseconds).
Number of times this cache has been refreshed since creation.
The hit count of the cache, that is, the number of times this cache was used.
Encoded cron-style representation of the cache refresh schedule.
Human-readable description of the cache refresh schedule.
Status message indicating the most recent error/issue with the cache, if any.
Status Code
Success
Bad Request
Unauthorized
Internal Server Error
No Sample Response
Fetch the cache storage
Fetches the total cache storage and indicates used capacities for active and inactive caches in Watson Query.
Fetches the total cache storage and indicates used capacities for active and inactive caches in Watson Query.
Fetches the total cache storage and indicates used capacities for active and inactive caches in Watson Query.
Fetches the total cache storage and indicates used capacities for active and inactive caches in Watson Query.
Fetches the total cache storage and indicates used capacities for active and inactive caches in Watson Query.
GET /dvapiserver/v1/caching/storage
(watsonQuery *WatsonQueryV1) GetCacheStorageDetail(getCacheStorageDetailOptions *GetCacheStorageDetailOptions) (result *StorageDetails, response *core.DetailedResponse, err error)
(watsonQuery *WatsonQueryV1) GetCacheStorageDetailWithContext(ctx context.Context, getCacheStorageDetailOptions *GetCacheStorageDetailOptions) (result *StorageDetails, response *core.DetailedResponse, err error)
ServiceCall<StorageDetails> getCacheStorageDetail()
get_cache_storage_detail(self,
**kwargs
) -> DetailedResponse
getCacheStorageDetail(params)
Request
No Request Parameters
WithContext method only
A context.Context instance that you can use to specify a timeout for the operation or to cancel an in-flight request.
No Request Parameters
No Request Parameters
No Request Parameters
No Request Parameters
curl -k -X GET -H "cache-control: no-cache" -H "content-type: application/json" -H "X-Db-Profile: $url_encoded_crn" -H "Authorization: Bearer $token" "https://{region}.data-virtualization.cloud.ibm.com/dvapiserver/v1/caching/storage"
getCacheStorageDetailOptions := watsonQueryService.NewGetCacheStorageDetailOptions() storageDetails, response, err := watsonQueryService.GetCacheStorageDetail(getCacheStorageDetailOptions) if err != nil { panic(err) } b, _ := json.MarshalIndent(storageDetails, "", " ") fmt.Println(string(b))
GetCacheStorageDetailOptions getCacheStorageDetailOptions = new GetCacheStorageDetailOptions(); Response<StorageDetails> response = watsonQueryService.getCacheStorageDetail(getCacheStorageDetailOptions).execute(); StorageDetails storageDetails = response.getResult(); System.out.println(storageDetails);
let res; try { res = await watsonQueryService.getCacheStorageDetail({}); console.log(JSON.stringify(res.result, null, 2)); } catch (err) { console.warn(err); }
storage_details = watson_query_service.get_cache_storage_detail().get_result() print(json.dumps(storage_details, indent=2))
Response
Total cache storage capacity.
Storage details of active caches.
- enabled
Total size of all active caches (in KB).
Number of active caches.
Storage details of inactive caches.
- disabled
Total size of all inactive caches (in KB).
Number of inactive caches.
Total cache storage capacity.
Storage details of active caches.
- Enabled
Total size of all active caches (in KB).
Number of active caches.
Storage details of inactive caches.
- Disabled
Total size of all inactive caches (in KB).
Number of inactive caches.
Total cache storage capacity.
Storage details of active caches.
- enabled
Total size of all active caches (in KB).
Number of active caches.
Storage details of inactive caches.
- disabled
Total size of all inactive caches (in KB).
Number of inactive caches.
Total cache storage capacity.
Storage details of active caches.
- enabled
Total size of all active caches (in KB).
Number of active caches.
Storage details of inactive caches.
- disabled
Total size of all inactive caches (in KB).
Number of inactive caches.
Total cache storage capacity.
Storage details of active caches.
- enabled
Total size of all active caches (in KB).
Number of active caches.
Storage details of inactive caches.
- disabled
Total size of all inactive caches (in KB).
Number of inactive caches.
Status Code
Success
Bad Request
Unauthorized
Internal Server Error