Results for “wip_interface_errors_v”

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

Overview

WIP_INTERFACE_ERRORS_V is an APPS-owned view in the Oracle E-Business Suite Work in Process (WIP) module, valid in releases 12.1.1 and 12.2.2. As documented in the ETRM metadata, its stated purpose is to provide foreign-key data for WIP_INTERFACE_ERRORS. In practice, the view enriches the raw error rows held in the interface errors table with the decoded meaning of each error type, drawn from the MFG_LOOKUPS lookup view. The base table WIP_INTERFACE_ERRORS stores error records generated during the open interface import process — for example when WIP interface records fail validation on import — and each row carries an ERROR_TYPE lookup code. Rather than requiring report authors and integrators to resolve that code against the lookup table themselves, the view performs the join automatically and exposes the translated value in the ERROR_TYPE_MEANING column. The view is therefore primarily a reporting and diagnostics object: it supports error analysis, exception reporting, and integration monitoring for WIP open interface processing, and its name and structure make it a natural starting point for the common user search term "error_type".

Underlying Base Objects

The documented view text defines WIP_INTERFACE_ERRORS_V over two referenced base objects:

  • WIP_INTERFACE_ERRORS (SYNONYM) — the primary source of error rows. The view selects from this object using the alias WIE and includes its ROWID as ROW_ID. This synonym resolves to the WIP interface errors table in the APPS schema.
  • MFG_LOOKUPS (VIEW) — the lookup source, aliased ML. The join is constrained to ML.LOOKUP_TYPE = 'WIP_ML_ERROR_TYPE' and ML.LOOKUP_CODE = WIE.ERROR_TYPE, which restricts the lookup rows to WIP manufacturing error types and matches them to the error code on each interface error record.

Because the view text is an inner join, only interface error rows whose ERROR_TYPE has a corresponding active row in the WIP_ML_ERROR_TYPE lookup set will appear in the result set. Rows with unresolved lookup codes are effectively filtered out, which is a relevant consideration when the view is used to reconcile error counts against the base table.

Key Columns

  • ROW_ID — the ROWID of the underlying WIP_INTERFACE_ERRORS row, useful for uniquely identifying a specific error record, particularly in correlated update or delete statements.
  • INTERFACE_ID — the identifier of the interface record that produced the error, linking the error back to the originating transaction processed by the open interface.
  • ERROR_TYPE — the raw lookup code stored on the interface error row, matching the LOOKUP_CODE in the WIP_ML_ERROR_TYPE lookup type.
  • ERROR_TYPE_MEANING — the decoded meaning of the error type, returned from MFG_LOOKUPS. This is the column most commonly used in user-facing reports and is the reason the view exists.
  • ERROR — the free-text error message describing the specific failure encountered.
  • LAST_UPDATED_BY, LAST_UPDATE_DATE, CREATED_BY, CREATION_DATE, LAST_UPDATE_LOGIN — standard EBS audit columns inherited from the base interface errors table.

Common Use Cases and Queries

The view is typically used to investigate and summarise failures produced by the WIP open interface. A common diagnostic query retrieves the errors for a specific interface record, showing the decoded error type alongside the message:

  • SELECT interface_id, error_type, error_type_meaning, error, creation_date FROM apps.wip_interface_errors_v WHERE interface_id = :interface_id;

For trending and root-cause analysis, error types are aggregated to identify the most frequent failure categories in a given period:

  • SELECT error_type_meaning, COUNT(*) FROM apps.wip_interface_errors_v WHERE creation_date >= :from_date GROUP BY error_type_meaning ORDER BY 2 DESC;

Because the ERROR_TYPE_MEANING column is pre-resolved, these queries can be handed directly to report developers and business users without a separate lookup join, which is the principal operational benefit of the view.