Search Results jai_cmn_debug_contexts




Overview
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Overview

The JAI_CMN_DEBUG_CONTEXTS table is a repository object owned by the JA schema within the Oracle E-Business Suite Asia/Pacific Localizations product family. As its name and documented description indicate, it stores debug context information used for debugging purposes. The table functions as a diagnostic control and traceability structure that supports troubleshooting of concurrent programs, PL/SQL packages, and localization-specific processing logic across the JA module set, which includes India, China, and other Asia/Pacific statutory and compliance features.

From a data modeling perspective, the table is classified by heuristic analysis of its foreign key structure as standalone. It carries no documented outbound foreign key dependencies, which suggests, as a modeling recommendation, that it may behave less like a pure hub or satellite in a Data Vault sense and more as an independent control or audit record keyed solely by its own surrogate identifier. Practically, it is best treated as a logging and context-capture entity rather than as a shared dimension or transactional fact.

Key Information Stored

The physical schema documented for ETRM 12.2.2 comprises six columns. The principal ones are described below.

  • DEBUG_LOG_ID — The surrogate primary key, enforced through the constraint JAI_CMN_DEBUG_CONTEXTS_PK. It uniquely identifies each debug context record and is the designated join key. No separate unique business-key index is documented beyond this primary key constraint.
  • LOG_CONTEXT — Captures the descriptive context associated with a debug session or logging scope, providing the semantic label that identifies what processing was being traced.
  • LOG_STATUS — Records the status of the debug log entry, enabling filtering of active, completed, or failed debug contexts.
  • LOG_FILE_PREFIX — Holds the file-name prefix used when debug output is written to files, which supports retrieval and correlation of log files generated on the application or database tier.
  • DEBUG_USER_ID — Stores the identifier of the user associated with the debug context, enabling attribution of debug activity to a specific operator or development user.
  • OBJECT_VERSION_NUMBER — The standard EBS optimistic locking column, used to detect concurrent update conflicts.

The primary key is the surrogate DEBUG_LOG_ID. No additional unique business-key index is documented in the ETRM metadata, so any logical uniqueness on context or user combinations remains a functional rather than enforced constraint.

Common Use Cases and Queries

Typical usage centers on enabling, inspecting, and cleaning up debug sessions during localization troubleshooting. A common query retrieves all active debug contexts for a given user:

  • SELECT debug_log_id, log_context, log_status, log_file_prefix FROM jai_cmn_debug_contexts WHERE debug_user_id = :user_id ORDER BY debug_log_id;
  • Filtering by status to find completed or failed debug runs: SELECT * FROM jai_cmn_debug_contexts WHERE log_status = :status;
  • Correlating log files by prefix: SELECT log_file_prefix FROM jai_cmn_debug_contexts WHERE debug_log_id = :id;

Reporting scenarios include auditing which users enabled debugging in a production or test instance, reviewing context labels to determine which localized programs were traced, and housekeeping queries to purge stale debug records. Because the table is standalone, queries require no joins to resolve the context itself.

Related Objects

The ETRM metadata documents no foreign key relationships for this table, consistent with its standalone classification. Consequently, related objects are those that logically reference debug context by convention rather than by enforced constraint. These typically include the JA common debug and logging packages (JAI_CMN_DEBUG APIs), concurrent program definitions that write debug output using LOG_FILE_PREFIX, and the standard EBS FND_USER table via the DEBUG_USER_ID column. Reference to FND_CONCURRENT_REQUESTS may also be useful when correlating debug contexts to specific request executions, though no documented FK exists. Administrators should treat these as application-level associations rather than database-enforced relationships.