Question # 1
What two features do activities and functions share? (Choose Two)
| A. Ability to be circumstanced
| B. Ability to be parameterized
| C. Ability to be called directly from a decision table
| D. Ability to be versioned
|
Ability to be parameterized
Ability to be versioned
Explanation:
Activities and functions in Pega share certain common features which are vital for their flexibility and maintainability.
Parameterization: Both activities and functions can be parameterized, allowing them to accept input values when they are invoked. This makes them reusable in different contexts by simply changing the parameters.
Versioning: Both activities and functions support versioning. This means you can maintain different versions of an activity or function, which is useful for keeping track of changes and ensuring compatibility with different versions of the application.
References:
Pega Platform documentation on activities and functions.
Question # 2
Which configuration steps do you perfrom to enable an access group for offline user?
| A. Force a full syn for members of the access group
| B. Enable caching for the access group
| C. Create a model operator for the access group to authienticate users.
| D. configure an offline-capable portal as the default portal for the access group
|
configure an offline-capable portal as the default portal for the access group
Explanation:
To enable an access group for offline users, you need to configure an offline-capable portal as the default portal for the access group. This ensures that when users log in, they have access to the correct interface and functionality that supports offline usage.
[Reference: Pega documentation on Offline Mobile > Configuring Access Groups for Offline Use, , ]
Question # 3
Identify three rule types that are used in defining Authentication Service data instances. (Choose Three)
| A. Data pages
| B. Activities
| C. Connectors
| D. Reports
| E. Data transforms <br> |
Data pages
Activities
Data transforms <br>
Explanation:
To define Authentication Service data instances in Pega, the following rule types are used:
Data pages: Used to retrieve and store authentication-related data.
Activities: Perform operations such as authentication logic and integration with external systems.
Data transforms: Used to map and transform authentication data.
References:
Defining Authentication Services in Pega
Question # 4
A System Architect wants to save the results from running a data page as an automated test. The System Architect reports that the system cannot save the test definition. What is the reason?
| A. The Pega-AutoTest agent is configured, but not running.
| B. The data page is checked out or in private edit mode.
| C. A ruleset to store test cases is not configured.
| D. The System Architect lacks the automated unit test privilege.
|
A ruleset to store test cases is not configured.
Explanation:
• Test Cases Ruleset Configuration:
If the system cannot save the test definition, it is likely due to a ruleset for storing test cases not being configured. Test cases need to be stored in a specific ruleset that is configured for this purpose.
• References:
Pega documentation on automated testing and unit test cases emphasizes the need for configuring a ruleset to store test cases.
• Therefore, the correct answer is:
C. A ruleset to store test cases is not configured.
Question # 5
What are two valid reasons for defining a case type within a case type-specific ruleset? (Choose Two)
| A. The ruleset can be added to the ruleset stack for multiple applications.
| B. The case type might be converted to a component application in the future.
| C. A User Story can be associated to a single, fine-grained ruleset within a Branch.
| D. The case type ruleset might be converted to a true component in the future.
|
The case type might be converted to a component application in the future.
The case type ruleset might be converted to a true component in the future.
Explanation:
Future Component Application:
Define the case type within a specific ruleset to facilitate its future conversion to a component application.
This allows for better modularization and reuse across different applications.
True Component Conversion:
Structuring the case type in a specific ruleset makes it easier to convert it into a true component in the future.
This approach supports scalability and maintainability of the application.
References:
Pega Academy: Advanced Case Management.
Pega Documentation: Ruleset and Component Management.
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