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Overview
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Overview

The PL/SQL package APPS.AHL_RM_RT_OPER_PANEL_PVT is a private (PVT) API within the Oracle E-Business Suite Enterprise Asset Management (eAM) / Asset Lifecycle Management (ALM) module, specifically within the AHL (Asset Health / Maintenance) application family. Its name indicates a role in maintaining the relationship between route operations and access panels — the "RT" and "OPER" tokens refer to routes and operations, while "OPER_PANEL" refers to the access panel associations that support inspection, maintenance, and rectification activities performed on assets and equipment.

In the context of Oracle EBS 12.1.1 and 12.2.2, this package provides the internal processing logic used to validate and persist records that associate an operation defined on a route with one or more access panels. This is relevant for asset-intensive industries such as power generation, where a rectifier transformer cooling system supplied by an OEM (for example, Alpha) might be inspected according to a defined maintenance route, and specific panels on that equipment govern the access points for inspection. The package therefore supports route-based maintenance scheduling and execution data integrity.

Key Procedures and Functions

The ETRM documentation for this object records a single documented procedure: PROCESS_RT_OPER_PANEL.

  • process_rt_oper_panel — A private procedure that processes a set (table) of route operation panel records. It operates against a standard EBS API signature, using a collection type (rt_oper_panel_tbl_type) to accept an array of records representing access panel associations, and returns standard API status indicators (x_return_status, x_msg_count, x_msg_data). Its declared IN parameters include an association type code and an object identifier, which determine which operation-to-panel associations are being created, updated, or removed. The procedure also handles a DML operation flag per record, allowing multi-row inserts and updates in a single call.

No public functions are documented; the package is classified as Private (PVT), meaning it is intended for internal callers rather than external extension. Callers should not invoke this API directly, as its interface and behavior are not part of the supported public API surface.

Tables Accessed

The package operates through APPS synonyms against the following documented tables:

  • AHL_OPERATIONS_B — The base table defining operations that can occur on a route. Read for validation of the operation referenced by each panel association.
  • AHL_ROUTES_B — The base table defining the routes to which operations belong. Read to confirm the route context of the operation.
  • AHL_RT_OPER_ACCESS_PANELS — The core transactional table storing the association between route operations and access panels. This is the principal table written and read by the procedure.
  • AHL_RT_OPER_ACCESS_PANELS_S — The primary key sequence (or secondary key table) for the association entity, used to generate or validate identifiers during DML.
  • PLITBLM — A standard EBS temporary/collection helper table used in the context of table-handler processing.

Usage Notes

As a private API, AHL_RM_RT_OPER_PANEL_PVT is not invoked directly from forms, concurrent programs, or custom PL/SQL. It is called internally by three other documented packages within the AHL/ALM stack, which act as the public-facing entry points for route and operation panel maintenance. Typical invocation occurs when a user creates or modifies an operation on a route and assigns or changes its associated access panels through the applicable EBS UI (for example, the Route Operations or Access Panel setup forms).

For implementers and support teams working with Oracle EBS 12.1.1 or 12.2.2 in asset-intensive environments (such as OEM cooling system maintenance for rectifier transformers), the key takeaway is that this package enforces the integrity of operation-panel associations. Modifying records in the underlying AHL_RT_OPER_ACCESS_PANELS table directly, bypassing the public API layer, risks invalidating the referential logic maintained here. Integration or diagnostic efforts should trace the call chain through the three referencing packages rather than invoking this private routine directly.