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NEW QUESTION # 205
IdentityIQ has been installed and set up with the contents of IdentityExtended.hbm.xml as follows:
Is this a correct statement about the installation?
Proposed Solution:
IdentityIQ comes with firstname, lastname, email, display name, and manager as the searchable attributes that are defined out of the box.
Answer: B
Explanation:
Yes. IdentityIQ provides several core identity properties that are directly available as standard search criteria without requiring them to be implemented as customer-defined extended searchable attributes. These include First Name, Last Name, Display Name, Email, and Manager . Identity Search exposes these properties separately from the configurable section called Searchable Attributes , which contains additional identity attributes created and designated as searchable during deployment.
This distinction is important when interpreting IdentityExtended.hbm.xml. The extended Hibernate mapping is primarily concerned with additional database-backed attributes that a customer wants to search efficiently.
It does not mean that every searchable identity property must consume one of the numbered extended1, extended2, and similar columns.
Current IdentityIQ documentation lists Last Name, First Name, Display Name, Email, and Manager directly among Identity Search criteria, with separately configured searchable attributes presented in their own category. Therefore, the proposed solution correctly identifies standard searchable identity information supplied by IdentityIQ.
References/topics: IdentityIQ Engineer - Identity Search, Identity Mapping, standard identity attributes, searchable extended attributes, IdentityExtended.hbm.xml.
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NEW QUESTION # 206
The engineer is working on a workflow implementation.
After a form step, the workflow can transition to three steps:
Stop if the Reject (back) button is used,
Audit if the Approve (next) button is used and the field named comment is returned from the form to the workflow variable comment and has a value, Provision otherwise.
The engineer writes the transitions in XML code.
Is this a valid implementation?
Proposed Solution:
< Transition >
< Source >
if (!approved) return " Stop " ;
if (comment) return " Audit " ;
return " Provision " ;
< /Source >
< /Transition >
Answer: B
Explanation:
This proposed implementation is not valid as written. The logic is conceptually understandable, but the XML structure is not the correct IdentityIQ workflow transition pattern. In IdentityIQ workflows, transitions are normally declared using < Transition > elements with a destination, such as to= " StepName " , and optional conditional logic through a when expression or scripted evaluation. A raw < Source > block directly inside < Transition > returning destination names is not the standard structure for expressing multiple workflow routing paths after a form step. The engineer's requirement is to route to Stop when the reject/back action is used, route to Audit when approval occurs and the comment variable is populated, and route to Provision as the fallback. That should be implemented as separate transition definitions with explicit destination steps and conditions. The proposed XML does not properly bind the returned values to valid transition destinations in the expected workflow syntax. References/topics: IdentityIQ Engineer - workflow XML, transition elements, form step routing, BeanShell expressions, Business Process Editor.
NEW QUESTION # 207
Is this configuration option required when an engineer sets up an Active Directory application?
Proposed Solution:
Name
Answer: B
Explanation:
Yes. Every configured IdentityIQ application requires a Name because the Application object must have a unique logical identifier within IdentityIQ. The Name is not an Active Directory-specific connector parameter such as a domain controller, service account, or forest; it is a fundamental property of the IdentityIQ Application object itself.
IdentityIQ uses the application name throughout the platform when referencing the configured source or target. Application definitions, aggregation tasks, provisioning plans, rules, certifications, policies, reports, ManagedAttributes, Link objects, and workflow logic can all rely on the application identity. Without a usable application name, IdentityIQ could not reliably distinguish one configured Application object from another.
SailPoint ' s application configuration procedure therefore begins with the Details page and requires the engineer to enter the application Name before configuring connector-specific settings. The application type then determines the additional Active Directory configuration fields that become available.
Thus, regardless of the fact that this application uses the Active Directory connector, Name remains a required configuration option.
References/topics: IdentityIQ Engineer - Application object, Application Definition, Name, connector configuration, Active Directory application onboarding.
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NEW QUESTION # 208
Can the following be achieved via configuration of control variables in the out-of-the-box Lifecycle Manager (LCM) workflows?
Solution: Disable all notifications.
Answer: B
Explanation:
Yes, disabling all notifications can be achieved via configuration of control variables in the out-of-the-box Lifecycle Manager (LCM) workflows. In SailPoint IdentityIQ, most workflows, including those in LCM, use control variables to manage various settings, such as whether notifications should be sent. By setting the appropriate control variable (e.g., disabling email notifications) within the workflow configuration, you can effectively suppress all notifications related to that workflow.
Therefore, the correct answer is A. Yes.
NEW QUESTION # 209
The engineer uses the sailpoint.api.IdentityService in a BeanShell method to look up and return all account names for an identity on the application ' MagicBox ' . Is this a correct implementation?
Proposed Solution:
import sailpoint.api.IdentityService;
import sailpoint.api.SailPointContext;
import sailpoint.object.Application;
import sailpoint.object.Identity;
import sailpoint.object.Link;
import sailpoint.tools.GeneralException;
public List getAccountNames(SailPointContext context, Identity identity) throws GeneralException { Application application = context.getObjectByName(Application.class, " MagicBox " ); IdentityService service = new IdentityService(context); List < String > accountNames = new ArrayList < String > (); List < Link > links = service.getLinks(identity, application); if (links != null) { for (Link link : links) { accountNames.add(link.getNativeIdentity());
}
}
return accountNames;
}
Answer: B
Explanation:
This implementation is correct in structure. The code first resolves the Application object named MagicBox, then creates an IdentityService, then calls service.getLinks(identity, application) to retrieve the account links for that identity on the application. Because the requirement is to return all account names, using getLinks and iterating over the returned List < Link > is the right pattern. Each Link represents an account on an application, and getNativeIdentity() returns the account's native identifier, which is the account name or unique account key from the target application. The null check prevents a null-pointer issue if no links are returned. In a production-quality version, an engineer might also handle a missing application object and ensure Java collection imports are available, but those do not invalidate the core implementation pattern shown. Compared with the flawed single-link version, this solution correctly handles multiple accounts.
References/topics: IdentityIQ Engineer - IdentityService API, Application object lookup, Link collection retrieval, nativeIdentity, BeanShell utility methods.
NEW QUESTION # 210
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