Results for “okl_sif_ret_errors”

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

Overview

OKL_SIF_RET_ERRORS is a transactional table in the Oracle Lease and Finance Management (OKL) product module of Oracle E-Business Suite, owned by the APPS-supporting OKL schema. It holds the details of errors returned by the external pricing engine during lease and finance origination processing. When Oracle Lease Management transmits pricing requests to an external pricing engine through the Stream Interface Framework (SIF), the engine returns structured response records; any errors embedded in those responses are persisted in this table for diagnostic, reconciliation, and corrective-action purposes.

In Data Vault modeling terms, the heuristic classification for this object is satellite-leaning. This suggests the table behaves as a descriptive satellite that attaches detail to a parent interface record, rather than acting as an independent hub of business entities. The classification is inferred from its foreign key structure, which points to a parent interface table rather than outward to multiple business entities.

Key Information Stored

The table contains 29 documented columns. The most significant are:

• ID — The surrogate primary key (SRM_PK), generated by the OKL primary key mechanism. It uniquely identifies each error row and is used as a technical reference only; business users do not transact against it directly.
• SIR_ID — The foreign key to OKL_SIF_RETS. This links each error to the specific external pricing engine response record that produced it, establishing the parent-child relationship that drives the satellite behavior.
• ERROR_CODE — The code returned by the external pricing engine, used for programmatic classification and error grouping.
• ERROR_MESSAGE — The human-readable message text supplied by the pricing engine, essential for user-facing diagnostics.
• TAG_NAME, TAG_ATTRIBUTE_NAME, TAG_ATTRIBUTE_VALUE — Identify the specific element, attribute, and value within the pricing payload that triggered the error, enabling precise pinpointing of malformed or rejected input.
• DESCRIPTION — Additional explanatory text about the error condition.
• OBJECT_VERSION_NUMBER — Supports optimistic locking for concurrent update protection.
• CREATED_BY, CREATION_DATE, LAST_UPDATED_BY, LAST_UPDATE_DATE, LAST_UPDATE_LOGIN — Standard Oracle EBS audit columns capturing who created and last modified each error row and when.
• STREAM_INTERFACE_ATTRIBUTE01 through STREAM_INTERFACE_ATTRIBUTE15 — Fifteen flex-style attribute columns that carry contextual values propagated from the stream interface processing, allowing implementers to surface additional diagnostic data without schema changes.

The unique index OKL_SRM_UK1 on ID serves as the documented business-key candidate, reinforcing the primary key as the sole uniqueness constraint.

Common Use Cases and Queries

Typical usage centers on error investigation and operational reporting. A frequent pattern joins errors back to their parent response record:

SELECT e.ID, e.ERROR_CODE, e.ERROR_MESSAGE,
       e.TAG_NAME, e.TAG_ATTRIBUTE_VALUE
FROM   OKL.OKL_SIF_RET_ERRORS e
WHERE  e.SIR_ID = :parent_sir_id
ORDER BY e.CREATION_DATE;

Additional scenarios include grouping error codes to identify systemic pricing engine defects, auditing stale or unresolved errors by creation date, and tracing a rejected quote or contract back through the SIF response chain to the originating request.

Related Objects

• OKL_SIF_RETS — The immediate parent table, joined via OKL_SIF_RET_ERRORS.SIR_ID = OKL_SIF_RETS.SIR_ID. This is the primary and most significant relationship, defining the satellite-to-parent linkage.
• SIF (Stream Interface Framework) processing tables — Paired request tables in the OKL schema that carry outbound pricing payloads and whose identifiers propagate into the response and error records.
• OKL error and diagnostic views/concurrent programs — Report and purge processes that consume this table during pricing reconciliation.

Access should be restricted to the OKL product schema and authorized support personnel, as the table contains integration diagnostics and internal interface data.