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[Data Modeling]

Dynamic class references (DCR) are one approach to creating a data model in a Pega implementation. Which one of the following best describes the DCR approach?

AAssociating objects with classes at runtime based on user input or certain conditions, allowing for flexibility in the structure of the data model.

BLinking different classes together in a data model to establish relationships and associations between various entities.

CDynamically adjusting the attributes of a class without modifying its structure, facilitating agile data management.

DReferencing classes that are predefined and unchangeable, ensuring consistency and reliability in the data model.

Question 2

[Application Design]

As a Lead System Architect, the primary objective is to adhere to the low-code application development methodology and support citizen developers. Relevant records are a feature in App Studio that can help facilitate this process. Which two of the following options outline the benefits of relevant records? (Choose Two)

ARelevant records control the run-time availability of rules, which consequently decreases the time consumed during the rule performance.

BRelevant records regulate design-time prompting and filtering across various areas of App Studio, which reduces the time spent searching through unrelated records in cases.

CUsers can achieve efficient resource management by promoting a rule from a built-on application, which enables its reuse in another class.

DUsers can promote instances from a built-on application for reuse in another application for effective data or case instance management.

Question 3

[Data Modeling]

You are a Pega developer working on an insurance application. The application needs to manage different types of insurance policies such as car insurance, home insurance, and life insurance. Each type of insurance policy has some common attributes (policy number, policyholder name, and premium amount), but also has some unique attributes (such as vehicle details for car insurance, property details for home insurance, and beneficiary details for life insurance). Which one of the following approaches to handling this scenario would be most appropriate in a Pega application?

ACreate a single class for all types of insurance policies and dynamically add or remove attributes as needed.

BCreate a single class for all types of insurance policies and define all possible attributes.

CCreate a base class for the insurance policy for the common attributes, and then create derived classes for each type of insurance policy with their unique attributes.

DCreate a separate class for each type of insurance policy and then define the common attributes in the new class.

Question 4

[Work Delegation and Asynchronous Processing]

The ABC trip planner company offers a variety of services, for example, hotel bookings, flight bookings, and train bookings, all on a single platform. All the services offered havetheir invoice processing managed by a dedicated team of accounting specialists from the XYZ financial accounting organization. Every booking made by a customer creates a "Booking" case, which manages the booking of the required service. An "Invoice" case is also created for the verification and validation of all payments to the various stakeholders involved. For security reasons, the Invoice case contains limited information and cannot be a child case of Booking. Both are siblings that update each other. Which one of the following is the best possible solution to implement this requirement?

AHave a data object that connects both the sibling cases. Use a Job Scheduler that runs every one minute to query records from the data object and update the sibling case as required. Use system context to gain access to the sibling case.

BHave a data object that connects both the sibling cases. Use a Job Scheduler that runs every one minute to query records from the data object and update the sibling case as required.

CHave a data object that connects both the sibling cases. Use a queue processor (Dedicated/Standard) to process the record for status updates. Update the security context while queuing with the appropriate access group to gain access to the sibling case.

DHave a data object that connects both the sibling cases. Use a queue processor (Dedicated/Standard) to process the record for status updates. Use the current operator access group context while queuing to update the case.

Question 5

[Application Design]

Assume that two customers are simultaneously attempting to book tickets for the same flight, which has limited seat availability. How does the design pattern for limited availability and concurrency handle this scenario? (Choose Two)

AThe design pattern records booking attempts for both customers. If the flight exceeds capacity, the customer goes on a waiting list. The waiting list clears after a certain period, and the customer receives notification of the results.

BThe design pattern rejects both bookings, entering an ambiguity mode. It prompts customers to try again later. In the second attempt, it prioritizes one customer based on a first-come-first-serve basis.

CThe design pattern allows both customers to book; however, one receives a notification about no available seats after the analysis.

DThe design pattern prioritizes customer bookings on a first-come-first-serve basis.

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