Search Results delete_request
Overview
SYS.DBMS_DRS is the PL/SQL interface to the Disaster Recovery (DR) Server, historically referred to as the Hot Standby subsystem of the Oracle database. Within Oracle E-Business Suite 12.1.1 and 12.2.2, this package is owned by the SYS schema and is classified as a general-purpose ("OTHER") API rather than an EBS application-tier API. Its business function is to expose the control surface of the Data Guard / DR Server so that external callers — including EBS High Availability tooling, database administrators, and orchestration scripts — can query status, drive role transitions, and monitor standby health through a supported, documented programmatic entry point rather than by manipulating internal Data Guard tables directly.
The package implements a deliberate two-mode design. Every major operation is offered either as a blocking procedure, which does not return until the command has completed, or as a non-blocking function, which queues the request, returns a request identifier immediately, and allows the caller to retrieve the result later. This distinction is significant in an EBS environment, where a failover or state-change command can take many minutes and must not hold an online user session or a concurrent manager worker open indefinitely.
Key Procedures and Functions
The ETRM metadata documents twenty callable units in the package. The principal ones are:
DO_CONTROLandDO_CONTROL_RAW— the core control entry points. They accept an incoming document type, as defined in the DR Server API design specification, which describes the command to be executed. The non-blocking form ofDO_CONTROLenqueues the request and returns a request identifier; the only failure it raises is inability to enqueue. The blocking form waits for completion before returning the first piece of the outgoing document.GET_RESPONSEandGET_RESPONSE_RAW— retrieve the outgoing document produced by a previously submitted request. Outgoing documents are returned piecewise, with all initial requests expected to ask forpiece=1and subsequent calls walking the remaining pieces.GET_PROPERTYandGET_PROPERTY_OBJ— return individual configuration or status properties from the DR Server.GET_PROPERTYreturns a scalar value;GET_PROPERTY_OBJreturns the property as an object. Unlike the document-driven control procedures, these are simple blocking calls that do not queue a request.DELETE_REQUESTandCANCEL_REQUEST— housekeeping procedures. Once all pieces of an outgoing document have been consumed, the caller must invokeDELETE_REQUESTto release the request.CANCEL_REQUESTaborts a request that has not yet completed.DG_BROKER_INFO— reports Data Guard broker configuration and status information.READYTOFAILOVER,STATECHANGERECORDED,INITIATE_FS_FAILOVER, andFS_FAILOVER_FOR_HC_COND— health-check and failover orchestration routines used to determine readiness and to drive fast-start failover transitions.PING,SLEEP, andDUMP_META— diagnostic and liveness utilities;PINGverifies the DR Server is responsive,SLEEPintroduces a controlled delay, andDUMP_METAemits internal metadata for troubleshooting.
Tables Accessed
The ETRM metadata records no application tables referenced through APPS synonyms for this package. This is consistent with its role: DBMS_DRS operates against the DR Server and Data Guard broker infrastructure in the SYS schema, communicating through the request queue and internal DR metadata rather than through EBS business tables. Because the package exposes no APPS-synonym dependencies, it carries no direct coupling to the EBS data model.
Usage Notes
DBMS_DRS is not an EBS application API and is not invoked by standard EBS forms or concurrent programs. It is called from the database tier — by DBA scripts, Data Guard broker automation, or custom monitoring code — when an installation requires programmatic visibility into or control over the standby configuration. The package is referenced by one other package, indicating internal reuse within the SYS namespace.
In practice, callers should prefer GET_PROPERTY and GET_PROPERTY_OBJ for read-only status queries, since these are simple blocking calls with minimal overhead. For any operation that may be long-running — failover initiation, state changes, or broker control — the non-blocking DO_CONTROL form should be used, followed by GET_RESPONSE to collect the output document and DELETE_REQUEST to release the request identifier. Omitting the delete step leaves orphaned entries in the request queue. Because the package is owned by SYS and is unsupported for direct EBS customization, any invocation from custom code should be wrapped with appropriate exception handling and restricted to privileged database accounts.
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APPS.OE_DELAYED_REQUESTS_PVT SQL Statements
12.1.1
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APPS.BEN_PLAN_DESIGN_COPY_PROCESS SQL Statements
12.2.2
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APPS.FND_SVC_COMPONENT SQL Statements
12.2.2
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APPS.BEN_PLAN_DESIGN_COPY_PROCESS SQL Statements
12.1.1
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APPS.OE_DELAYED_REQUESTS_PVT SQL Statements
12.2.2
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APPS.FND_SVC_COMPONENT SQL Statements
12.1.1
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APPS.BEN_PLAN_DESIGN_WIZARD_API SQL Statements
12.1.1
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PACKAGE: SYS.DBMS_DRS
12.2.2
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APPS.QP_DELAYED_REQUESTS_PVT SQL Statements
12.1.1
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PACKAGE: SYS.DBMS_DRS
12.1.1
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APPS.BEN_PLAN_DESIGN_WIZARD_API SQL Statements
12.2.2
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APPS.QP_DELAYED_REQUESTS_PVT SQL Statements
12.2.2
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APPS.IGS_DA_REQST_PKG SQL Statements
12.1.1
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APPS.IEM_ARCH_PVT SQL Statements
12.2.2
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APPS.IEM_ARCH_PVT SQL Statements
12.1.1
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PACKAGE BODY: APPS.IGS_DA_REQST_PKG
12.1.1
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PACKAGE BODY: APPS.BEN_PLAN_DESIGN_COPY_PROCESS
12.1.1
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PACKAGE BODY: APPS.BEN_PLAN_DESIGN_COPY_PROCESS
12.2.2
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PACKAGE: APPS.QP_DELAYED_REQUESTS_PVT
12.2.2
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PACKAGE: APPS.QP_DELAYED_REQUESTS_PVT
12.1.1
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PACKAGE: APPS.OE_DELAYED_REQUESTS_PVT
12.1.1
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PACKAGE: APPS.OE_DELAYED_REQUESTS_PVT
12.2.2
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PACKAGE BODY: APPS.BEN_PLAN_DESIGN_WIZARD_API
12.2.2
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PACKAGE BODY: APPS.BEN_PLAN_DESIGN_WIZARD_API
12.1.1
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PACKAGE: APPS.FND_SVC_COMPONENT
12.1.1
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PACKAGE: APPS.FND_SVC_COMPONENT
12.2.2
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PACKAGE BODY: APPS.FND_SVC_COMPONENT
12.2.2
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PACKAGE BODY: APPS.OE_DELAYED_REQUESTS_PVT
12.1.1
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PACKAGE BODY: APPS.FND_SVC_COMPONENT
12.1.1
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PACKAGE BODY: APPS.QP_DELAYED_REQUESTS_PVT
12.1.1
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PACKAGE BODY: APPS.OE_DELAYED_REQUESTS_PVT
12.2.2
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PACKAGE BODY: APPS.IEM_ARCH_PVT
12.2.2
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PACKAGE BODY: APPS.IEM_ARCH_PVT
12.1.1
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PACKAGE BODY: APPS.QP_DELAYED_REQUESTS_PVT
12.2.2
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APPS.IEM_ARCH_PVT dependencies on IEM_ARCHIVED_FOLDERS
12.2.2
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APPS.IEM_ARCH_PVT dependencies on IEM_ARCHIVED_FOLDERS
12.1.1
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APPS.IEM_ARCH_PVT dependencies on IEM_EMAIL_ACCOUNTS
12.1.1
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APPS.BEN_PLAN_DESIGN_COPY_PROCESS dependencies on FND_MESSAGE
12.1.1
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APPS.FND_SVC_COMPONENT dependencies on FND_SVC_COMP_REQUESTS_PKG
12.1.1
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APPS.FND_SVC_COMPONENT dependencies on FND_SVC_COMP_REQUESTS_PKG
12.2.2
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APPS.IEM_ARCH_PVT dependencies on IEM_EMAIL_ACCOUNTS
12.2.2
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APPS.BEN_PLAN_DESIGN_COPY_PROCESS dependencies on FND_MESSAGE
12.2.2
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APPS.BEN_PLAN_DESIGN_COPY_PROCESS dependencies on BEN_PLAN_DESIGN_DELETE_API
12.2.2
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APPS.BEN_PLAN_DESIGN_COPY_PROCESS dependencies on BEN_PLAN_DESIGN_DELETE_API
12.1.1
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APPS.BEN_PLAN_DESIGN_WIZARD_API dependencies on BEN_PLAN_DESIGN_DELETE_API
12.2.2
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APPS.QP_DELAYED_REQUESTS_PVT dependencies on QP_DELAYED_REQUESTS_PVT
12.1.1
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APPS.FND_SVC_COMPONENT dependencies on FND_SVC_COMP_REQUESTS
12.1.1
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APPS.FND_SVC_COMPONENT dependencies on FND_SVC_COMP_REQUESTS
12.2.2
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APPS.BEN_PLAN_DESIGN_WIZARD_API dependencies on BEN_PLAN_DESIGN_DELETE_API
12.1.1
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APPS.QP_DELAYED_REQUESTS_PVT dependencies on QP_DELAYED_REQUESTS_PVT
12.2.2