Search Results insert_errors

Overview

XLA_AMB_SETUP_ERR_PKG is a PL/SQL package owned by the APPS schema in Oracle E-Business Suite Release 12.1.1 and 12.2.2. Its documented purpose is to handle errors generated during Accounting Methods Builder (AMB) setup activities. The Accounting Methods Builder is the configuration framework within Subledger Accounting (SLA) that allows implementers to define accounting methods, application accounting definitions, journal line types, and related subledger accounting rules. Because these setups are interdependent and validated across multiple levels, failures during validation, compilation, or generation must be captured systematically rather than surfaced through isolated runtime exceptions.

The package addresses this requirement by providing a centralized error-handling mechanism. Rather than raising and immediately propagating individual exceptions, callers collect and accumulate error messages into a PL/SQL collection, then flush the accumulated set to the persistent error table in a single controlled operation. This design keeps error reporting consistent across the various AMB setup programs and enables the calling application to present a consolidated error report to the user. The package header carries a copyright notice dated 2001–2002 and a change history entry crediting Dimple Shah with its creation on 10-DEC-2003; the source file revision string (xlaamerr.pkh 120.5, dated 2005/06/28) indicates it has been stable since the early R12 development cycle.

Key Procedures and Functions

The ETRM metadata documents three public routines in the package specification:

• INITIALIZE — Called at the beginning of a program to initialize the internal error array. It accepts an optional request identifier, which associates the error-handling session with a specific concurrent request. Invoking this routine clears prior state so that each execution run accumulates only its own errors.
• STACK_ERROR — Called to stack an individual error into the PL/SQL array maintained by the package. Parameters convey the message name, the message type, and message categorization information. This routine is the primary entry point for setup validation logic that detects a problem and wishes to record it without terminating processing immediately.
• INSERT_ERRORS — The routine that persists the accumulated error array. This is the procedure most commonly referenced in searches, reflecting its role as the final step in the error-handling cycle: after all validation or generation logic has run, INSERT_ERRORS writes the stacked records to the database so they can be queried and reported on.

The specification also declares a public collection type, t_array_error, defined as a PL/SQL table of xla_amb_setup_errors%ROWTYPE indexed by BINARY_INTEGER. This type underpins the stacking mechanism described above.

Tables Accessed

The package operates against two documented tables, both via APPS synonyms, plus one internal utility table:

• XLA_AMB_SETUP_ERRORS — The base table that stores individual setup error records. INSERT_ERRORS writes the contents of the in-memory array into this table.
• XLA_AMB_SETUP_ERRORS_S — The corresponding sequence used to generate primary keys for the error records inserted into the base table.
• PLITBLM — The standard Oracle EBS index-by-table utility used internally for PL/SQL table manipulation.

Usage Notes

XLA_AMB_SETUP_ERR_PKG is classified in ETRM as an OTHER API and is referenced by four other packages, indicating that it functions as a shared service rather than a standalone entry point. It is typically invoked from within AMB setup validation routines and concurrent programs that create or compile accounting methods. The standard invocation pattern is: call INITIALIZE at the start of the run, call STACK_ERROR once per detected problem as validation proceeds, and call INSERT_ERRORS once at the end to persist the results. Error rows subsequently surface through the Accounting Methods Builder user interface and related diagnostics. Because the package is a supporting utility rather than a business-facing API, customizations should avoid modifying it directly; extensions should call its documented routines in the same pattern used by the delivered setup programs.