Results for “jl_br”

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Overview
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AI-generated from documented ETRM metadata — verify critical details on the linked pages.

Overview

PO_JL_INTERFACE_PVT is a private (PVT) PL/SQL package body in the APPS schema that supports the Oracle E-Business Suite Procurement and Inventory integration to the Oracle Financials for Asia/Pacific (JL) localization. Its primary business function is to derive and validate default transaction reason codes used in inventory and receiving transactions. The "JL" prefix reflects the Japanese localization schema, and the package serves as a bridge between the purchasing/inventory transaction flow and the localization-specific reason code defaulting rules implemented by the JL team. In the context of Oracle EBS 12.1.1 and 12.2.2, this package participates in the internal interface layer that translates generic transaction requests into localization-aware defaulting logic, ensuring that reason codes applied to inventory movements comply with regional statutory and reporting requirements.

The source header indicates a modest revision level (120.1, dated June 2005) with a branding note referencing Bug#4430300. The package is classified as PVT, meaning it is not a public API and is intended for internal use by other EBS modules rather than direct customer invocation.

Key Procedures and Functions

The documented ETRM metadata lists three procedures or functions. The excerpt provides detailed comments for one of them.

  • GET_TRX_REASON_CODE — Derives default transaction reason codes based on the input parameters supplied. The defaulting logic is implemented by the JL team. The procedure appends to the API message list upon error. It accepts a set of input parameters, including an item validation inventory org ID, a table of inventory org IDs, a table of item IDs (whose elements correspond positionally to the inventory org table), and an operating unit ID used to derive the defaulting rules. It returns a table of transaction reason codes corresponding to the input tables, a table of error codes (where zero indicates no error for that element), and a return status using standard FND_API constants (success or unexpected error).
  • CHK_DEF_TRX_REASON_FLAG — A companion procedure (or function) whose name suggests it checks or validates a default transaction reason flag. It likely determines whether default transaction reason code processing should be enabled or bypassed for a given context.
  • Third documented unit — The metadata indicates three total documented procedures/functions; only two are named in the excerpt. The third is not referenced here and should not be inferred beyond the documented count.

Tables Accessed

The ETRM metadata states that tables are referenced via APPS synonyms, but the specific table names are not enumerated in the provided excerpt. Based on the procedure's described role — deriving transaction reason codes governed by JL defaulting rules — the package logically accesses inventory organization, item, and reason code reference data, as well as the localization rule tables maintained by the JL team. It also writes to FND_LOG for debugging and to FND_MSG_PUB on error, as explicitly noted in the procedure comments. The debugging booleans (g_debug_stmt, g_debug_unexp) are controlled via PO_DEBUG, indicating conditional logging behavior.

Usage Notes

This package is referenced by one other package, confirming it is a dependent utility within the procurement localization layer rather than a standalone entry point. It is typically invoked internally by higher-level Procurement or Inventory APIs during transaction validation and defaulting. Given its PVT classification, customers and implementation partners should not call it directly; instead, it is triggered through standard forms, concurrent programs, or localization-specific processing that requires default transaction reason codes. Typical invocation contexts include receiving and inventory movement transactions where reason codes must be automatically defaulted according to JL localization rules for the operating unit and item organization combination. The package includes robust error propagation via the FND message stack and respects the system-level debug flags for diagnostic logging.