PEGACPSA23V1 Exam Questions & Answers

To dynamically calculate remaining vacation and sick time after timesheet submission:

B . Use declarative processing. Whenever the vacation time or sick time entries change, the remaining vacation and sick time calculate. This configuration utilizes Pega's declarative processing capabilities to ensure that changes in vacation or sick time are immediately reflected in the calculations of remaining balances, keeping the employee's leave records up to date automatically.

To ensure the accident claim case does not resolve before all associated vehicle claims are resolved, the structure and dependencies between the cases must be clearly defined within the case design.

A . Add each vehicle claim as a child case of the accident claim: This configuration establishes a hierarchical relationship between the accident claim and the vehicle claims. By treating vehicle claims as child cases, their resolution becomes a prerequisite for the resolution of the parent accident claim case. This structural relationship inherently prevents the parent case from concluding before the child cases are resolved.

D . Add a wait step to the accident claim case to wait until all vehicle claims have a status of Resolved: Incorporating a wait step specifically designed to monitor the status of all vehicle claims ensures that the accident claim case only moves forward once every vehicle claim has reached a resolution. This step acts as a checkpoint within the case workflow, enforcing the requirement that all related vehicle claims must be settled before the accident claim can be concluded.

Adding a manual approval step (B) might introduce a review process but does not inherently ensure that all vehicle claims are resolved before proceeding. Similarly, adding an optional process to pause the case (C) provides flexibility in case handling but lacks the direct linkage to the resolution status of all vehicle claims as a condition for the accident claim's progression.

To ensure web accessibility, including the provision of alternate text for images, the appropriate tool within Pega is:

B . Accessibility Inspector. This tool is designed to help developers assess and improve the accessibility of their applications. It checks for compliance with accessibility standards, such as ensuring that all images have appropriate alternate text to support screen readers and other assistive technologies.

Configuring a mobile app channel in Pega allows for several adjustments specific to mobile applications:

C . Establish security behavior for a mobile app, such as the use of biometric identifiers. Security configurations such as biometric access are crucial for mobile apps to ensure data protection and user authentication on mobile devices.

D . Define UI behavior for a view when displayed on a mobile device. Customizing the UI behavior depending on device type or screen size is essential for optimal user experience on various mobile platforms.

E . Define the role applied to users when they run the mobile app. Setting user roles within the app ensures that permissions and functionalities are correctly aligned with the user's needs and authorization levels.

For an internet provider's quiz designed to recommend internet speeds based on varying customer usage profiles, including differentiating between residential and business needs, employing a decision mechanism that efficiently handles multiple input factors is key.

A . Configure a decision table: Decision tables are ideal for scenarios where the output (recommended internet speed) depends on multiple conditions (quiz answers about internet use). They offer a clear, concise way to map various combinations of inputs to their corresponding outputs, making it easy to update and manage as new conditions or outcomes are introduced. This configuration supports dynamic and nuanced decision-making based on customer responses.

Configuring a view with quiz questions (B) is necessary for collecting inputs but does not determine the outcome. A decision tree (C) could also be used but might become complex with multiple branching conditions. A process with multiple decision shapes (D) could handle the logic but may be less efficient and harder to maintain than a decision table.