An AfterProvisioning rule in SailPoint IdentityIQ is typically used to execute custom logic after the provisioning process has been completed successfully. However, if provisioning fails, this rule will not be triggered because it is specifically designed for post-successful provisioning activities. To log an error message in the audit record when provisioning fails, a better approach would be to use a provisioning error handler or configure a specific workflow that captures errors and logs them accordingly. The AfterProvisioning rule is not the correct solution for this use case. Refer to the SailPoint IdentityIQ Provisioning and Workflow documentation for appropriate methods of handling provisioning errors and audit logging.

The four minimum steps necessary to extend attributes in an IdentityIQ database after it has been created, in the correct order, are:

Update the corresponding hibernate file with the new attributes.

The Hibernate mapping file needs to be updated with the new attributes so that the SailPoint IdentityIQ application is aware of the new columns or properties in the database. This step ensures that the object-relational mapping (ORM) reflects the updated data model.

Run the command to generate the script to update the IdentityIQ database.

After updating the Hibernate file, a schema update script is generated. This script contains the necessary SQL commands to modify the database schema based on the new attributes added in the Hibernate file.

Shut down the application server and then run the generated extendedSchema script on the IdentityIQ database.

Before applying schema changes, the application server must be stopped to avoid any transactional conflicts. Afterward, the extendedSchema script is run on the database to apply the new attributes.

Start the application server and update the corresponding ObjectConfig.

Once the database schema is updated, restart the IdentityIQ application server and modify the ObjectConfig in SailPoint to register the new attributes for use within the IdentityIQ platform.

Comprehensive Detailed Explanation with All IdentityIQ Engineer References

Updating the Hibernate File: This step involves modifying the Hibernate XML or annotation-based mapping files to reflect the new attributes that are being added to the database. SailPoint IdentityIQ uses Hibernate as its ORM, and any new database fields must first be defined at this layer.

Generating the Schema Update Script: SailPoint provides a command (usually via iiq console or build tools) that reads the updated Hibernate mapping and generates a database-specific script to alter the schema. This ensures that the database is modified in a way that matches the application ' s expectations.

Running the Schema Update Script: With the application server stopped, the schema update script is executed on the database. This step adds the new columns, indexes, or constraints that are required for the extended attributes.

Updating the ObjectConfig: Once the database is updated and the application server is running again, the ObjectConfig (typically located in the IdentityIQ admin UI) must be updated to incorporate the new fields. This step ensures that these new attributes are accessible to workflows, forms, and identity data within the system.

SailPoint IdentityIQ Installation and Configuration Guide (sections on extending the data model and schema updates).

No. Identity search is designed to search Identity objects and identity-related attributes, not to count certification campaigns or certification items in a specific lifecycle phase. “Revocation phase” belongs to the certification/remediation process, not the Identity object itself. To identify the number of certifications currently in revocation, an engineer should use certification search, certification reports, task/report output, or direct certification-related reporting depending on implementation permissions. Using Identity search would return identities, not certification phase counts. Even if an identity is involved in a revocation action, the certification’s phase/status is not the primary searchable object in Identity search. This is similar to the Word bank’s distinction that Syslog search is for log events and not for unrelated governance object queries. The proposed use case is therefore outside the Identity search type’s purpose. References/topics: IdentityIQ Engineer — Identity search, certification lifecycle, revocation phase, certification reporting, Advanced Analytics.

This statement is not correct. IdentityIQ syslog event searching is not limited only to Incident Code lookups. Incident Code is useful when a user-facing error displays a code that can be traced back to a logged system event, but syslog analysis is broader than that. Administrators and engineers use syslog data to investigate operational errors, workflow failures, connector issues, provisioning errors, aggregation failures, authentication problems, and application exceptions. Advanced Analytics and log-search capabilities are intended to help filter and locate system events using more than a single incident-code value. Treating Incident Code as the only searchable attribute would make syslog analysis nearly useless for routine troubleshooting where no user-facing incident code is available. The correct engineering view is that Incident Code is one important search key, not the exclusive search mechanism. References/topics: IdentityIQ Engineer — syslog search, Advanced Analytics, incident code troubleshooting, system-error diagnosis, operational logging.

Yes. When a new IdentityIQ object is created and persisted correctly through the application layer, IdentityIQ can generate the internal object ID upon save. The object ID is the persistent identifier used by the platform and database, while the object name is a separate logical or display identifier. This distinction is important when engineers create or import objects through Debug. A new object should not reuse the ID of an existing object, because that would update or conflict with the existing object rather than create a clean new record. Automatic ID generation is one reason object XML is often edited before import or creation: copied XML must have old IDs removed so IdentityIQ can assign a fresh identifier. The statement is therefore valid, but engineers must still ensure required fields, class type, name uniqueness, and object references are correct before saving. References/topics: IdentityIQ Engineer — Debug-Object page, object persistence, automatic ID generation, object name versus ID, XML import safety.

The statement is false. In SailPoint IdentityIQ, the language displayed in the user interface is not always based on the default language selected in the global settings. The language displayed in the user interface is typically determined by the user ' s language preference, which can be set individually for each user. If a user ' s preferred language is not available, then the system may fall back to the default language specified in the global settings. Thus, while the global default language serves as a fallback, the actual language displayed is often based on user-specific settings.

SailPoint IdentityIQ Administration Guide (Localization and Language Settings Sections)

SailPoint IdentityIQ User Guide (User Preferences and Language Selection)

The statement is incorrect. The " For Others " option in the quicklink configuration is used to allow users to perform actions on behalf of other identities (e.g., a manager performing an action for a subordinate). However, setting the quicklink to " For Others " does not make it launch a workflow immediately. To have a quicklink launch a workflow immediately when clicked, you would typically need to configure the quicklink to call the workflow directly, without requiring additional user input. " For Others " is more about the context of the action rather than triggering workflows automatically.

SailPoint IdentityIQ Quicklink Development Guide

SailPoint IdentityIQ Administration Guide (Quicklink and Workflow Configuration)

Yes, the statement is true. When editing a step in the Business Process Editor in SailPoint IdentityIQ, the available step actions are Script, Rule, Subprocess, and Call Method. These actions allow for various types of logic and processing to be embedded within workflows. Each of these actions serves different purposes:

Script: Executes a Beanshell script.

Rule: Calls an existing IdentityIQ rule.

Subprocess: Invokes another workflow as a subprocess.

Call Method: Invokes a method on a specified object.

SailPoint IdentityIQ Business Process Editor Guide

SailPoint IdentityIQ Administration Guide (Section on Workflow Management)

Schedule Policy Composition Certification is not a valid action for handling an individual Account Policy violation. A policy violation owner acts on a violation by making a decision about that violation: allow it, remediate it, mitigate it, or route it according to configured compliance processes. A Policy Composition Certification is a separate governance activity used to review the construction or definition of policies; it is not an immediate action available on a single violation record. The proposed solution also mismatches the policy type. The stem concerns an Account Policy violation, which typically relates to account-count or account-condition rules, not policy-composition review. The Word bank separately identifies Account policies as limiting the number of accounts a user can have on a system. Scheduling a certification might help long-term governance hygiene, but it does not dispose of the current policy violation. References/topics: IdentityIQ Engineer — Account Policy violations, violation owner actions, certification types, policy composition certification, compliance remediation workflow.