Search Results arp_process_header_updte_cover




Overview
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Overview

ARP_PROCESS_HEADER_UPDTE_COVER is a PL/SQL package owned by the APPS schema in Oracle E-Business Suite Release 12.1.1 and 12.2.2. It belongs to the Oracle Receivables (AR) module and is classified under the ETRM object registry with an API classification of OTHER, indicating that it is an internal processing utility rather than a formally published public API. The package exists to support the update of header-level "cover" information on customer transactions — the descriptive or reference data elements that appear at the transaction header level and that are maintained separately from the transactional accounting content of the document. Within the Receivables processing framework, the package acts as a narrow, focused unit of work: it isolates the logic required to refresh or overwrite header cover attributes without disturbing amounts, distributions, or line-level detail. This separation reflects the standard Oracle EBS design philosophy of keeping header maintenance, line maintenance, and distribution maintenance in discrete program units so that each can be invoked, audited, and patched independently. The package is VALID in the documented environment and exposes a deliberately small surface area, which reduces the risk of unintended side effects on posted or adjusted transactions.

Key Procedures and Functions

The documented interface of ARP_PROCESS_HEADER_UPDTE_COVER consists of a single program unit:

  • UPDATE_HEADER_COVER — The sole documented procedure in the package. Its purpose is to apply updates to the cover attributes of a transaction header. In Receivables terminology, the "cover" of a header is the set of descriptive and reference fields associated with the transaction, as distinct from its receivable amounts and accounting distributions. The procedure encapsulates the validation and write logic needed to synchronize this header cover data with the current state of the transaction, ensuring that dependent structures that reference the header — notably lines and accounting distributions — remain internally consistent after the update. As with all ETRM-documented units, the parameter list is not reproduced here; integrators should inspect the package specification in the target environment before invoking the procedure directly.

Tables Accessed

The package operates against four Receivables base tables, resolved through APPS synonyms. These are the canonical transactional tables of the Receivables module, and their presence confirms that the package performs header-, line-, and distribution-aware processing rather than a single-table field update:

  • RA_CUSTOMER_TRX_ALL — The multi-organization master table of customer transactions. Header cover attributes are ultimately updated here, and the table provides the authoritative header record used for validation.
  • RA_CUSTOMER_TRX — The transactional view over the customer transaction header, used to read and confirm the current header state during processing.
  • RA_CUSTOMER_TRX_LINES_ALL — The transaction line table. Because header cover changes can affect how lines are presented or interpreted, the package consults line records to preserve referential integrity.
  • RA_CUST_TRX_LINE_GL_DIST — The line-level accounting distribution table. Access to this table ensures that any header update does not invalidate the accounting entries already generated for the transaction.

Usage Notes

ARP_PROCESS_HEADER_UPDTE_COVER is referenced by two other packages in the documented environment, which establishes it as a subordinate utility invoked by higher-level Receivables processing logic rather than as an entry point in its own right. Typical invocation paths include the AutoInvoice and transaction maintenance flows, Receivables forms that support transaction editing, and concurrent programs that perform bulk header maintenance across sets of transactions. Because the object is classified as OTHER and is not a published API, custom development should treat it as an internal dependency: direct calls from bespoke code are possible but are unsupported, and any such call must respect the organization context, transaction completeness, and accounting status expected by the procedure. The safest integration approach is to invoke the standard Receivables APIs and forms that call this package indirectly, thereby inheriting Oracle's validation, locking, and audit behavior. When direct inspection is required during troubleshooting, developers should query the data dictionary for the package specification and body in the APPS schema, confirm the object is VALID, and review the reference listings on the object's ETRM and dependency pages to identify callers affected by any patch or upgrade.