Search Results css_def_def_error_codes_pk

Overview

CSS_DEF_DEF_ERROR_CODES is a child table within the Oracle E-Business Suite CSS (Support) product module, which is classified as obsolete in Release 12.1.1 and 12.2.2. The table exists to store the association between a defect record and one or more error codes catalogued against that defect. Because a single defect may be triaged, categorized, or diagnosed against multiple error conditions, the design is inherently one-to-many: a defect row in CSS_DEF_DEFECTS_B may be referenced by many rows in CSS_DEF_DEF_ERROR_CODES, each capturing one error code and any supplementary descriptive information about that error.

From a Data Vault modeling perspective, the FK relationship mined from the ETRM metadata indicates a satellite-leaning classification. The table's dependency on a single parent (the defect) and its descriptive payload about error-code attribution is consistent with a satellite structure hanging off the defect hub, rather than a link table connecting two independent hubs. Note that the ETRM metadata explicitly records "Not implemented in this database," so this definition documents the intended logical structure rather than confirming a live, populated implementation in the target environment.

Key Information Stored

The documented metadata exposes a narrow but meaningful column set. The principal structural elements are:

• DEF_ERROR_CODE_ID — The surrogate primary key, defined by the constraint CSS_DEF_DEF_ERROR_CODES_PK. This uniquely identifies each defect-to-error-code association row and is the canonical row identifier.
• DEFECT_ID — The foreign key column referencing CSS_DEF_DEFECTS_B. This links each error-code row back to its owning defect and constitutes the strongest business-key candidate, since defect-to-error-code pairing is the driving relationship of the table.
• Error Code — Referenced in the object description as the value stored per row, representing the specific error code associated with the defect.
• Additional Information — The description notes that the table stores "any additional information about the error code," implying additional attribute columns beyond the identifier and code itself.

The ETRM excerpt does not enumerate every descriptive column, so only the documented identifiers (DEF_ERROR_CODE_ID and DEFECT_ID) should be treated as authoritative. Any further columns should be verified directly against the dictionary in the specific instance.

Common Use Cases and Queries

Because this is an obsolete-support object, inquiries are typically investigative or migration-oriented rather than operational. The most frequent pattern joins the error-code satellite to its defect parent to produce a defect-to-error-code report:

• Defect triage reporting — listing all error codes associated with each defect for trend and root-cause analysis.
• Referential integrity audits — confirming every DEFECT_ID resolves to a valid parent in CSS_DEF_DEFECTS_B.
• Migration and archival assessment — determining whether historical defect error-code data must be preserved when CSS is retired.

A representative query follows the FK relationship:

SELECT d.DEFECT_ID, e.DEF_ERROR_CODE_ID, e.DEFECT_ID
FROM CSS_DEF_DEFECTS_B d, CSS_DEF_DEF_ERROR_CODES e
WHERE d.DEFECT_ID = e.DEFECT_ID;

Given the "Not implemented" status, queries may return no rows; the join pattern above remains valid for evaluating the logical model where the table is present.

Related Objects

• CSS_DEF_DEFECTS_B — The parent defect table. Joined via CSS_DEF_DEF_ERROR_CODES.DEFECT_ID = CSS_DEF_DEFECTS_B.DEFECT_ID. This is the only documented foreign key relationship.
• CSS_DEF_DEFECTS_TL — The translated defect table, commonly paired with CSS_DEF_DEFECTS_B for defect descriptive text in reporting.
• CSS error-code / code-type lookup objects — Likely reference sources for the error-code values stored here; verify against the specific dictionary as the ETRM excerpt does not name them.
• The CSS_DEF_DEF_ERROR_CODES_PK constraint — On DEF_ERROR_CODE_ID, governing row uniqueness.

Because the module is obsolete in 12.1.1 and 12.2.2, related objects should be validated against the live data dictionary before any integration or reporting dependency is established.