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Overview
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Overview

The ALR_ACTIONS table is a core repository within the Oracle E-Business Suite Alert module (ALR). It serves as the master definition table for all actions that can be performed by an alert. An action defines the executable task triggered when an alert's condition is met. These tasks include sending notifications via distribution lists, executing concurrent programs, or performing other automated responses. The table's design, with its primary and unique keys incorporating APPLICATION_ID and END_DATE_ACTIVE, supports the multi-org architecture and effective dating, allowing for versioned and organization-specific action definitions over time.

Key Information Stored

The table's structure centers on identifying the action and linking it to its parent alert and target execution logic. Key columns include APPLICATION_ID and ACTION_ID, which form the primary key with END_DATE_ACTIVE. The ALERT_ID column associates the action with its parent alert in the ALR_ALERTS table. Critical execution columns are ACTION_TYPE, which defines the nature of the action (e.g., message, program), and the foreign key pairs LIST_APPLICATION_ID/LIST_ID (linking to ALR_DISTRIBUTION_LISTS) and PROGRAM_APPLICATION_ID/CONCURRENT_PROGRAM_ID (linking to FND_CONCURRENT_PROGRAMS). The NAME column provides the unique identifier for the action within its alert, and VERSION_NUMBER supports iterative development. The inclusion of END_DATE_ACTIVE in all key constraints facilitates the soft deletion and historical tracking of action definitions.

Common Use Cases and Queries

Primary use cases involve auditing, troubleshooting, and impact analysis for alert configurations. Database administrators and functional consultants query this table to understand the workflow triggered by an alert, identify actions using a specific concurrent program, or find all active actions for an alert. Common SQL patterns include listing actions for a specific alert and checking action dependencies before modifying a distribution list or concurrent program.

  • Find all active actions for a specific alert: SELECT name, action_type FROM alr_actions WHERE application_id = &app_id AND alert_id = &alert_id AND end_date_active IS NULL;
  • Identify alerts that execute a specific concurrent program: SELECT a.alert_id, a.name FROM alr_actions a WHERE a.program_application_id = &prog_app_id AND a.concurrent_program_id = &conc_prog_id AND a.end_date_active IS NULL;
  • Review the execution history or versioning of an action: SELECT version_number, creation_date FROM alr_actions WHERE application_id = &app_id AND action_id = &action_id ORDER BY version_number;

Related Objects

As indicated by its foreign key relationships, ALR_ACTIONS is a central hub within the Alert schema. It is a direct child of ALR_ALERTS, from which it inherits the alert context. Its definitions are referenced by several detail tables that manage execution: ALR_ACTION_OUTPUTS for output variables, ALR_RESPONSE_ACTIONS for follow-up steps, and ALR_ACTION_SET_MEMBERS and ALR_ACTION_GROUP_MEMBERS for grouping logic. Crucially, it integrates with other EBS modules by referencing FND_CONCURRENT_PROGRAMS for program execution and ALR_DISTRIBUTION_LISTS for notification routing, making it a critical integration point for automated business processes.