Search Results amw_exceptions_reasons

Overview

The AMW_EXCEPTIONS_REASONS table is an Oracle E-Business Suite base table owned by the AMW schema, which supports the Internal Controls Manager (ICM) product. The table stores the standardized reason codes and descriptive values that classify exceptions raised against control assessments, audit tests, and issue remediation activities. In the ETRM 12.1.1 documented schema, the object contains nine columns and is classified as VALID in the data dictionary.

Within the ICM architecture, exception reasons function as a controlled reference list. Rather than allowing free-text justification for a failed control or a discrepancy, the application constrains the user to predefined reason codes. This table therefore acts as the authoritative lookup that drives consistent exception categorization, supporting downstream reporting, trend analysis, and remediation workflow.

Under the heuristic Data Vault classification supplied in the metadata, this object maps most naturally to a satellite or a lightweight reference hub. Because it holds descriptive reason attributes keyed to an exception identifier and carries no foreign-key relationships to other business entities beyond SECURITY_GROUP_ID, it is best modeled as a standalone descriptive structure rather than as a transactional link.

Key Information Stored

• EXCEPTION_ID — the primary identifying column, a surrogate key associating a reason record with a specific exception. This is the principal join column to parent exception data.
• REASON_CODE — the coded value representing the standardized exception reason. This is the primary business-key candidate, likely enforced by a unique index in combination with the exception identifier.
• SECURITY_GROUP_ID — the Multi-Org / data-security discriminator, foreign-keyed to FND_SECURITY_GROUPS. It governs row-level visibility across operating units and business groups.
• OBJECT_VERSION_NUMBER — the optimistic locking column used by the Oracle Application Framework (OAF) to detect concurrent updates.
• CREATED_BY / CREATION_DATE — the audit pair capturing the user and timestamp of initial record creation.
• LAST_UPDATED_BY / LAST_UPDATE_DATE — the audit pair capturing the most recent modification event.
• LAST_UPDATE_LOGIN — the login identifier of the session that performed the last update, used for audit trail reconstruction.

The surrogate-versus-business-key distinction is important: EXCEPTION_ID provides the technical uniqueness guarantee, while REASON_CODE supplies meaning to the end user. Because the metadata documents no explicit unique constraint, the exact uniqueness rule should be verified in the live instance.

Common Use Cases and Queries

The most frequent scenario is joining exception reasons to their parent exception records to produce a categorized exception listing. A representative query follows:

• SELECT er.EXCEPTION_ID, er.REASON_CODE FROM AMW.AMW_EXCEPTIONS_REASONS er WHERE er.SECURITY_GROUP_ID = :p_org_id;
• Trend reporting buckets exceptions by REASON_CODE over time to identify recurring control failures.
• Data-extraction programs in BI Publisher or Oracle Discoverer consume this table as a code-translation source.
• Audit remediation dashboards join this table to issue-tracking tables to display human-readable reasons.
• Integration scripts use LAST_UPDATE_DATE to drive incremental loads to a data warehouse.

Related Objects

The documented foreign-key relationship links this table to FND_SECURITY_GROUPS on SECURITY_GROUP_ID, providing organizational partitioning. Beyond that, the table is referenced by exception and issue management entities within the AMW schema that carry an EXCEPTION_ID value, and it participates in standard EBS audit-vault and OAF-based maintenance flows. Because the metadata identifies this object as standalone in the data vault heuristic, no additional outbound references are documented; any further relationships should be confirmed by inspecting the live ICM data model.