Results for “populate_interface”

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

Overview

JTF_TTY_OVERLAP_WEBADI_PKG is a publicly available PL/SQL package in the Oracle EBS APPS schema that supports the Territory Manager (TTY) functionality within the Oracle Trade Management and Territory Management modules. Its documented purpose is the population of an interface table in support of the overlapping territory group report. This report is used by sales and territory administrators to identify DUNS-registered customers or named accounts that fall within multiple overlapping territory definitions, a common requirement when territory hierarchies are restructured or when coverage boundaries intersect across sales organizations.

The package is classified as OTHER under Oracle's API classification scheme, meaning it is not a formally published business API with a stability guarantee, but the header comments note it is "publicly available for use." The package was originally created on 08/13/2002 by ARPATEL, and the header revision ($Header: jtftyovs.pls 120.0 2005/06/02) reflects its long-standing presence in the E-Business Suite codebase through the 12.1.1 and 12.2.2 releases.

The package declares two package-level constants, G_USER and G_LOGIN, initialized from FND_GLOBAL.USER_ID and FND_GLOBAL.LOGIN_ID respectively. These capture the current application user context for audit and interface-row attribution.

Key Procedures and Functions

ETRM documents exactly one procedure for this package:

  • POPULATE_INTERFACE — The single entry point of the package. Its purpose is to populate the WebADI interface table (JTF_TTY_WEBADI_INTERFACES and the related JTF_TTY_INTERFACE_S staging table) with rows representing the overlapping territory group data for a specified combination of named account, territory group, and DUNS number. The procedure accepts parameters identifying the named account, the territory group, the DUNS identifier, and the requesting user, and returns an output sequence value that identifies the generated interface batch. Downstream WebADI (Web Applications Desktop Integrator) processes consume these staged rows to render the overlapping territory group report in a spreadsheet-based format.

No public functions or additional procedures are documented in the ETRM metadata. Parameter lists should not be assumed beyond what the package specification declares.

Tables Accessed

The package reads and writes the following tables, accessed through APPS synonyms:

  • JTF_TTY_WEBADI_INTERFACES and JTF_TTY_INTERFACE_S — the primary interface/staging tables populated by POPULATE_INTERFACE for WebADI consumption.
  • JTF_TTY_NAMED_ACCTS — provides named account definitions used to scope the overlap analysis.
  • JTF_TTY_TERR_GROUPS and JTF_TTY_TERR_GRP_ACCTS — supply territory group definitions and their account associations, forming the basis for detecting overlaps.
  • JTF_TERR_ALL — the master territory definition table, used to resolve territory membership across groups.
  • HZ_PARTIES — the Trading Community Architecture party table, used to resolve account and customer identity information for the report.
  • DUAL — used for sequence and constant selection.

Usage Notes

JTF_TTY_OVERLAP_WEBADI_PKG is invoked in the WebADI report generation flow, typically triggered when a user runs the overlapping territory group report from the Territory Manager responsibility or from a related WebADI integrator. The package is not referenced by any other APPS package in the documented metadata, indicating it is a leaf-level utility rather than a shared library component.

Because its API classification is OTHER rather than PUBLIC, customizations and extensions should exercise caution; the package signature is stable in 12.1.1 and 12.2.2, but Oracle does not guarantee backward compatibility. Implementers who call POPULATE_INTERFACE directly from custom concurrent programs should preserve the documented input semantics and treat the x_seq output as a batch identifier for subsequent interface processing. In practice, most users interact with this code indirectly through the standard WebADI report, and direct invocation is limited to support diagnostics or bespoke reporting requirements.