Search Results qa_ss_const




Overview
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Overview

APPS.QA_SS_CONST is a PL/SQL package body belonging to the Oracle E-Business Suite Quality Management (QA) module. Its object name, "CONST," indicates that it functions as a constants repository — a centralized declaration point for literal values, status codes, and fixed identifiers used throughout the Quality application's sample-and-specification processing logic. Rather than embedding such literals directly into business logic packages, Oracle's QA development conventions collect them in a single constants package so that maintenance changes propagate consistently across dependent code. The ETRM record confirms the package is VALID in the APPS schema and classifies its API type as OTHER, reflecting that it is an internal utility construct rather than a public application programming interface.

Within Oracle EBS 12.1.1 and 12.2.2, the package underpins the quality specification and sampling feature set, which governs inspection plans, collection plans, and the specification limits applied to in-process and received goods. By housing shared constants in one place, QA_SS_CONST reduces the risk of divergent literal values between callers, a common source of defects in older, densely interdependent EBS modules.

Key Procedures and Functions

The ETRM metadata documents a single program unit within this package body:

  • DUMMY1 — A placeholder routine. Its presence is characteristic of Oracle's internal coding practice for constants packages, where a trivial procedure or function is declared to satisfy PL/SQL compiler requirements or to establish package validity during deployment, while the substantive content of the package consists of constant declarations. No parameter list or business behavior is documented, and none should be assumed.

Because the package is a constants container, its practical value lies in the public constants it exposes to the QA schema rather than in executable logic. Application code referencing these constants inherits fixed values that remain consistent across the Quality modules.

Tables Accessed

According to the documented dependency information, APPS.QA_SS_CONST references the following tables through APPS synonyms:

  • MTL_PARAMETERS — The inventory organization parameters table. Constants packages in QA frequently derive or validate organization-level defaults against this table, which stores the setup attributes controlling inventory behavior for each organization.
  • QA_PLANS — The quality plans table, the core repository for specification and collection plan definitions. References to this table indicate that constants defined here are scoped to plan-related processing logic.

The dependency report further shows a reference to SYS.STANDARD, the standard PL/SQL package, and an internal self-reference to QA_SS_CONST itself. Notably, the ETRM record states the package is not referenced by any database object, meaning no views, triggers, or other stored programs declare a hard dependency on it. However, the companion metadata notes it is referenced by 33 other packages, which indicates widespread compile-time or runtime usage across the Quality module without persistent schema-level dependency registration.

Usage Notes

QA_SS_CONST is an internal implementation package. It is not exposed to end users through Oracle Forms, concurrent program parameters, or public APIs, and Oracle does not document it for customer extension. Its consumers are other QA packages — the 33 dependent packages cited in the metadata — which reference its constants to maintain consistent values throughout specification and sampling workflows.

Because no database object depends on it at the schema level, the package can be recompiled with limited cascading invalidation, which is advantageous during patching. Customers and implementers should treat this package as read-only Oracle-owned code: modifications risk invalidating dependent QA functionality and are not supported. When troubleshooting Quality module behavior in 12.1.1 or 12.2.2, this package may appear in dependency chain analyses, but it is unlikely to be the root cause of functional defects given its declarative, constant-oriented nature.