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Overview
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Overview

The concurrent program MSCXLD belongs to the MSC - Advanced Supply Chain Planning product family within Oracle E-Business Suite. Its user-facing name is Supply Chain Collaboration Load, and it is enabled for execution in the documented environment. A secondary user-facing label, SCE Loads, appears against the same executable, reflecting the program's role in loading Supply Chain Collaboration (SCE) data into the planning schema.

Functionally, MSCXLD serves as the load vehicle for Supply Chain Collaboration records. In a planning context, this means it transfers data staged by collaboration participants, suppliers, or contract manufacturers into the tables and structures consumed by Advanced Supply Chain Planning. The program therefore sits at the boundary between the collaborative data-entry layer and the planning engine, ensuring that externally supplied information becomes available to the planner as a recognised planning input.

Execution Details

The documented execution method is PL/SQL Stored Procedure, with an Argument Method of Standard. The executable is named MSCXLD, and the execution file is identified as msc_sce_loads_pkg.validate. The absence of a populated Subroutine Name entry in the metadata indicates that the entry point is the package procedure specified in the execution file itself — namely msc_sce_loads_pkg.validate.

The naming convention is significant. The validate procedure suggests that the program performs validation processing over staged collaboration data rather than a simple bulk insert. Records that fail validation are typically reported and excluded from the planning load, while conforming records progress to the planning interface. Because the execution method is a stored procedure rather than a report or a concurrent manager shell script, the program is invoked directly by the Concurrent Manager with standard argument passing.

How to Run

Users submit MSCXLD through the standard Submit Request (SRS) window, navigating via Requests → Run and selecting Supply Chain Collaboration Load from the list of available concurrent programs. Because the Argument Method is Standard, any parameters defined for the program are presented on the standard parameter form at submission time.

The ETRM metadata excerpt does not enumerate the individual parameters, so the precise argument list should be confirmed against the live concurrent program definition in the target environment. In general terms, programs of this class accept an operating unit or organisation context and may allow the submission to be scoped to a range of collaboration records or a specific transaction type. Where parameters are left blank, the program usually applies the default scope defined for the collaboration load.

Before submitting, the staged collaboration data should be complete and internally consistent; because the program validates rather than merely inserts, submissions made against incomplete data will surface validation errors in the request log. Users should review the concurrent request output and log file after completion to confirm that all expected records were loaded and to identify any rejected rows.

Related Objects

MSCXLD operates in conjunction with the Supply Chain Collaboration interface and the planning load infrastructure. Commonly associated objects include the SCE interface and staging tables that hold inbound collaboration data prior to validation, and the planning interface tables into which validated records are propagated. The program also interacts logically with the planning data model populated by Advanced Supply Chain Planning collections.

Because the execution file is the package procedure msc_sce_loads_pkg.validate, the surrounding package msc_sce_loads_pkg is the principal related database object and is the appropriate reference point for error handling and validation logic. Administrators troubleshooting failed or partially loaded requests should inspect the request log, confirm the state of the interface tables, and, where necessary, re-run the load after correcting the underlying collaboration data.