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Overview
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Overview

APPS.RRS_SITE_UDA_BULKLOAD_INTF is a PL/SQL package body in Oracle E-Business Suite that supports bulk loading of user-defined attributes (UDAs) associated with sites and locations within the Oracle ETRM (Energy and Trade Risk Management) application. The package belongs to application ID 718 and is classified under the OTHER API category in ETRM 12.2.2. Its central role is to accept staged user-attribute data from interface tables, validate and transform it, and apply it to the corresponding site and location records through the product's UDA framework.

The package declares a rich set of global constants and session variables initialized from FND_GLOBAL, including the concurrent request ID, program application ID, program ID, user ID, and login ID. It also defines a status model for interface processing (rows uploaded, to be processed, in process, generic error, and success) and an error table constant pointing to RRS_INTERFACE_ERRORS. The entity code for the interface is fixed as RRS_SITE_UDA, and the API version is set to 1.0, indicating a first-generation interface API. A debug flag driven by the profile option RRS_DEBUG_TRACE allows controlled diagnostic logging.

Key Procedures and Functions

The package exposes eight documented procedures and functions. Each serves a distinct role within the bulk load and diagnostic lifecycle:

  • OPEN_DEBUG_SESSION — Establishes a debugging context for the package, enabling trace output to be captured during execution.
  • OPEN_DEBUG_SESSION_INTERNAL — The internal implementation invoked by OPEN_DEBUG_SESSION to perform the actual debug session setup.
  • DEVELOPER_DEBUG — Provides developer-level diagnostic output, typically gated by the RRS_DEBUG_TRACE profile option.
  • CLOSE_DEBUG_SESSION — Terminates the active debug session and releases associated context.
  • WRITE_CONCLOG — Writes messages to the concurrent program log, integrating with the standard concurrent manager logging mechanism.
  • LOAD_USERATTR_DATA — The primary worker routine that reads staged UDA rows and loads them into the site and location UDA structures.
  • GET_SITE_SECURITY_PREDICATE — Returns a security predicate used to restrict site access according to the user's data security profile.
  • RETURN_PROCESS_STATUS — Returns the processing status for an interface row, using the status constants defined in the package (for example, to be processed, in process, success, or generic error).

Tables Accessed

The package references the following tables through APPS synonyms:

  • FND_USER — Read to resolve and validate the current application user identity.
  • RRS_SITE_UA_INTF — The interface table holding staged site user-attribute rows to be loaded.
  • RRS_LOCATION_UA_INTF — The interface table holding staged location user-attribute rows.
  • RRS_TRADEAREA_UA_INTF — The interface table holding staged trade area user-attribute rows.
  • RRS_INTERFACE_ERRORS — The error repository where row-level and set-level processing errors are recorded.
  • MTL_INTERFACE_ERRORS — The standard interface error table used for interoperability with inventory-style error reporting.
  • PLITBLM — The PL/SQL table-to-file utility used for writing debug and log output.
  • V$PARAMETER — Queried to inspect database initialization parameters that affect processing behavior.

Usage Notes

RRS_SITE_UDA_BULKLOAD_INTF is designed for invocation from concurrent programs and from other PL/SQL packages. It is referenced by at least one other package, confirming its role as a shared utility within the ETRM interface layer. Typical use begins with the caller setting the application context and opening a debug session when diagnostics are required, followed by execution of LOAD_USERATTR_DATA against rows staged in the site, location, and trade area interface tables. Status values returned by RETURN_PROCESS_STATUS drive downstream reporting to the user. Site access during processing is constrained by the predicate supplied through GET_SITE_SECURITY_PREDICATE, ensuring that bulk updates respect the caller's data security. Errors encountered during processing are recorded in RRS_INTERFACE_ERRORS and MTL_INTERFACE_ERRORS, and concurrent log messages are emitted through WRITE_CONCLOG.