Search Results xla_upg_errors_u1

Overview

The XLA.XLA_UPG_ERRORS table is a diagnostics and error-tracking object within the Subledger Accounting (XLA) schema of Oracle E-Business Suite. It records exceptions encountered during the upgrade of subledger accounting data, most notably during the migration of transaction data into the final accounting model when upgrading to or between releases such as 12.1.1 and 12.2.2. Each row captures a discrete upgrade failure or warning associated with a specific upgrade batch, accounting entry, or event, allowing technical teams to isolate and remediate conversion problems before the accounting engine is declared operational.

The table resides in the APPS_TS_TX_DATA tablespace with a PCT Free of 10, and is classified as VALID in the ETRM dictionary. Oracle flags this object as Internal Use Only: supported access is through standard Oracle Applications programs rather than direct DML. From a dimensional-modeling perspective, the mined foreign-key structure classifies XLA_UPG_ERRORS heuristically as a standalone object rather than a classical hub, link, or satellite. That classification reflects the fact that its only documented foreign-key relationship (UPG_BATCH_ID to XLA_UPG_BATCHES) is a parent-child dependency, so the table is best modeled as an error/event detail source rather than a conformed dimension or fact.

Key Information Stored

The table contains twenty documented columns. The most operationally significant are:

• UPG_ERROR_ID — the surrogate primary key (NUMBER(15)) enforced by the unique index XLA_UPG_ERRORS_U1 on the APPS_TS_TX_IDX tablespace. It is the single business-key candidate documented for this table.
• UPG_BATCH_ID — the upgrade batch to which the error belongs; this is the only documented foreign key, referencing XLA_UPG_BATCHES.
• UPG_SOURCE_APPLICATION_ID and APPLICATION_ID — the internal identifiers of the upgrading application and the owning application, enabling cross-application error triage.
• ERROR_LEVEL — the severity or category of the failure.
• ERROR_MESSAGE_NAME — the message identifier (VARCHAR2(240)) used to resolve readable error text through the message dictionary.
• ENTITY_ID and EVENT_ID — the subledger entity and event against which the failure occurred.
• AE_HEADER_ID, AE_LINE_NUM, and TEMP_LINE_NUM — the accounting entry header, accounting line, and distribution-link line numbers pinpointing the exact journal position in error.
• CREATION_DATE, CREATED_BY, LAST_UPDATE_DATE, LAST_UPDATED_BY, and LAST_UPDATE_LOGIN — standard WHO audit columns.
• PROGRAM_UPDATE_DATE, PROGRAM_APPLICATION_ID, PROGRAM_ID, and REQUEST_ID — concurrent program WHO columns identifying the batch process and concurrent request that produced the row.

Common Use Cases and Queries

Typical usage centers on upgrade validation and remediation reporting. Support and implementation teams query errors by batch, by source application, or by accounting entry to determine whether a migration completed cleanly. A representative query joins the error rows to their batch context and resolves the message name:

• Count errors per upgrade batch to identify batches requiring re-run: SELECT upg_batch_id, COUNT(*) FROM xla_upg_errors GROUP BY upg_batch_id ORDER BY 2 DESC;
• Retrieve all errors for a specific accounting entry using AE_HEADER_ID and AE_LINE_NUM.
• Filter by UPG_SOURCE_APPLICATION_ID and APPLICATION_ID to isolate failures originating in a given subledger such as Payables or Receivables.
• Correlate REQUEST_ID to the concurrent manager log for the failing upgrade program.
• Drive a remediation extract that feeds correction scripts for specific ENTITY_ID / EVENT_ID combinations.

Because the object is marked Internal Use Only, production queries should be read-only and used for diagnostics rather than as a source for downstream data loads.

Related Objects

The following objects are significant to working with XLA_UPG_ERRORS:

• XLA_UPG_BATCHES — parent table joined on UPG_BATCH_ID, supplying the batch-level context for each error.
• XLA_AE_HEADERS and XLA_AE_LINES — joined on AE_HEADER_ID and AE_LINE_NUM to inspect the accounting entry that failed.
• XLA_EVENTS and XLA_TRANSACTION_ENTITIES — joined on EVENT_ID and ENTITY_ID to trace the originating subledger transaction.
• XLA_UPG_ERRORS_U1 — the unique index on UPG_ERROR_ID that enforces the primary key.
• FND_USER, FND_LOGINS, FND_APPLICATION, and FND_CONCURRENT_REQUESTS — reference tables for the WHO and concurrent program columns.