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Overview
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Overview

APPS.JL_BR_AR_RET_INTER_V is a lightweight Oracle E-Business Suite view defined in the APPS schema. It is part of the Brazilian localization (JL_BR) for Oracle Receivables (AR), specifically the returns interface area used for bank return file processing. The view exposes only two columns, BANK_NUMBER and FILE_CONTROL, both drawn from the JL_BR_AR_RET_INTERFACE base object using a SELECT DISTINCT construct. Its narrow projection and distinct qualifier indicate that its role is not transactional reporting but rather the identification of unique bank/file-control combinations present in the returns interface. Such combinations act as a grouping key for downstream processing of Brazilian bank return files (arquivos de retorno), which communicate occurrences such as payment confirmation, non-acceptance, and cancellation to Receivables.

Because the view collapses repeating rows into distinct pairs, it functions as a reference or lookup surface. Integrations and concurrent programs can query it to enumerate the banks and file control references that currently exist in the interface, either for validation before processing or for reconciliation once processing is complete.

Underlying Base Objects

Per the documented ETRM metadata for Oracle EBS 12.2.2, the view is defined over a single referenced base object: JL_BR_AR_RET_INTERFACE, exposed in the APPS schema as a SYNONYM. There are no joins, unions, or aggregate functions in the documented view text; the definition is a straightforward SELECT DISTINCT over that one source. The view therefore inherits the row-level content of the interface table but filters it down to unique BANK_NUMBER and FILE_CONTROL values.

The base object belongs to the Brazilian localization returns interface layer, which stages return-file data before Receivables logic consumes it. In Oracle EBS 12.1.1 and 12.2.2 the object name and APPS synonym remain consistent, so the view behaves identically across both releases.

Key Columns

  • BANK_NUMBER — Identifies the bank associated with a return interface record. In the Brazilian localization this is the bank code used in the return file header and correlated with the corresponding bank account configuration in Receivables.
  • FILE_CONTROL — The file control reference for the return file. This value distinguishes one return file submission from another and is used to scope processing, re-processing, and audit of a specific file.

Together these two columns form the pair that uniquely describes a bank/file-control combination within the interface. Because the view applies DISTINCT, consumers receive one row per observed combination regardless of how many interface lines reference it.

Common Use Cases and Queries

The primary use case is enumeration and validation of loaded return files. A concurrent program or custom PL/SQL routine can use the view to confirm that a file control exists for a given bank before invoking the standard returns processing, or to build a list of files pending processing. It also supports reconciliation queries that compare received files against processed results.

Typical queries include discovering all banks with pending return data:

  • SELECT DISTINCT BANK_NUMBER FROM APPS.JL_BR_AR_RET_INTER_V;
  • SELECT BANK_NUMBER, FILE_CONTROL FROM APPS.JL_BR_AR_RET_INTER_V WHERE BANK_NUMBER = :p_bank_number ORDER BY FILE_CONTROL;
  • SELECT COUNT(*) FROM APPS.JL_BR_AR_RET_INTER_V WHERE FILE_CONTROL = :p_file_control;

These statements illustrate how the view serves as a compact index into the more detailed JL_BR_AR_RET_INTERFACE table. Report developers who need line-level detail would join back to the base table on BANK_NUMBER and FILE_CONTROL, while users who only need file-level control information can query the view directly. The distinct projection keeps result sets small and makes the view suitable for list-of-values and setup verification.