Results for “csd_temp_errors”

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

Overview

CSD_TEMP_ERRORS is a transient staging and error-capture table owned by the CSD schema within the Oracle E-Business Suite Depot Repair module. According to the ETRM documentation, the object is defined as "a temporary table for the data fix script," indicating that it is not part of the standard transactional data model but rather a utility structure created to support one-time or scripted data remediation activities against Depot Repair data. As of the ETRM 12.2.2 physical schema, the table carries a status of VALID and exposes exactly three documented columns. The object is present in the CSD schema across the 12.1.1 and 12.2.2 release lines.

Because the table is described as a temporary artifact rather than a persistent transactional entity, it does not represent a business subject area in the conventional sense. From a data modeling perspective, the heuristic Data Vault classification supplied in the metadata is standalone. This classification should be treated as a modeling suggestion only: with a single documented foreign key and no documented reverse dependencies, CSD_TEMP_ERRORS is best understood as neither a true hub, link, nor satellite, but as an auxiliary capture table that records failures emitted while a repair-related data fix script executes.

Key Information Stored

Only three columns are documented in the ETRM metadata, and these constitute the entire known structure of the table:

• RCV_TRANSACTION_ID — An identifier associated with a Receiving (RCV) transaction, used to correlate the error row to the inbound receipt transaction that the fix script was processing at the time of failure. This column is a strong business-key candidate for cross-referencing receipt activity.
• REPAIR_LINE_ID — The repair line identifier, documented as a foreign key referencing CSD_REPAIRS. This is the primary business-key candidate linking each captured error back to the specific repair line under remediation. It is the join column that gives the table its diagnostic value.
• ERROR_MESSAGE — The descriptive text of the failure or exception raised during script execution. This is the payload column that explains the remediation outcome for each affected repair line.

No surrogate primary key, unique index, or sequence-backed identifier is documented for this table within the ETRM metadata. Consequently, the table is best treated as an unkeyed staging structure in which the combination of RCV_TRANSACTION_ID and REPAIR_LINE_ID may repeat if multiple errors are logged for the same repair line. Absent a documented primary key, consumers should avoid assuming row uniqueness.

Common Use Cases and Queries

The dominant use case is post-execution verification of a Depot Repair data fix. After the script runs, this table identifies which repair lines were not successfully remediated, allowing the support or development team to triage records individually. Typical diagnostic queries include:

• Error inventory: SELECT REPAIR_LINE_ID, RCV_TRANSACTION_ID, ERROR_MESSAGE FROM CSD.CSD_TEMP_ERRORS ORDER BY REPAIR_LINE_ID; to produce a complete list of failed rows.
• Error frequency analysis: SELECT ERROR_MESSAGE, COUNT(*) FROM CSD.CSD_TEMP_ERRORS GROUP BY ERROR_MESSAGE ORDER BY 2 DESC; to identify recurring failure patterns.
• Correlation with repair lines: SELECT e.REPAIR_LINE_ID, r.REPAIR_NUMBER, e.ERROR_MESSAGE FROM CSD.CSD_TEMP_ERRORS e JOIN CSD.CSD_REPAIRS r ON r.REPAIR_LINE_ID = e.REPAIR_LINE_ID; to enrich errors with repair context.
• Receipt cross-check: Joining RCV_TRANSACTION_ID to the receiving transaction tables to confirm the inbound document that triggered each exception.

Because the object is temporary in nature, its row population is expected to be script-driven and short-lived. Reporting should be treated as ad hoc remediation reporting rather than part of a recurring enterprise dashboard.

Related Objects

The FK relationship data identifies one documented reference from this table outward. The most significant related objects are:

• CSD.CSD_REPAIRS — Referenced via CSD_TEMP_ERRORS.REPAIR_LINE_ID. This is the principal parent object and the anchor for joining captured errors to the repair line under remediation.
• RCV_TRANSACTION_ID domain tables — Although not documented as a formal FK, the RCV_TRANSACTION_ID column logically relates to Receiving transaction tables (for example, RCV_TRANSACTIONS), enabling traceability from the error row to the source receipt.
• Depot Repair repair-line and repair-order views — Reporting and inquiry views over CSD_REPAIRS are natural consumers when error rows must be presented alongside repair detail.

No reverse dependencies, child tables, or dependent views are documented for CSD_TEMP_ERRORS, consistent with its standalone classification and its role as a temporary data-fix artifact. Analysts should verify existence and column definitions against the specific EBS instance, since temporary objects of this nature are frequently created and dropped by the supporting script rather than shipped as permanent schema.