In a product management application, the configuration of a flow rule must be different for two products from the hundreds of other products.
A Pega COE team has been evaluating the specialization design considerations for this requirement.
Which of the following approaches is best suited to this scenario?

• A. Application specialization is the best specialization design approach, so that every product can be managed separately.
• B. Creating two different flow rules appended with the product name is the best design approach.
• C. Circumstancing the flow rule is the best specialization design approach, as it is only for two products.
• D. Class specialization is the best approach, because it takes precedence in the rule resolution algorithm and helps to pick up correct flow rule.

You oversee a medium-size development team, and some of the team members are new to peg a. What are the most efficient ways to ensure that the rules the team creates adhere to best practices? (choose two)

• A. Have new team members create and run Pega automated unit tests against their rules.
• B. Use Pega Log Analyzer to identify exceptions associated with the new team members.
• C. Leverage the rule check-in approval process to review the new team member's changes first.
• D. Run Tracer on each rule the new team members check in to identify an failures in rule execution.

The following class structure is set up in an application so that users can make use of Dynamic Class Referencing (DCR):

What action is required to support the OCR implementation?

• A. Create a VehideDCR PageGroup property. Use vehicle type as the PageGroup subscript. Use pyLabel to contain the class.
• B. Create a .VehicleType property in the FSG-Data-Vehicle class. To determine the class name, append a dash, then append VehicleType.
• C. Create Car, Truck, and Motorcycle Application Settings. Access the appropriate Application Setting to get the class.
• D. Create a VehideDCR Lookup table. The key to the table is VehicleType. The Value column contains the class.

A Pega application locally stores the same set of codes defined by and used within an external system of record. The Page application does not locally store the labels associated to these codes. During case processing, the displayed labels for this set of codes are sourced from the external system of record. On any given day, the label associated to a code may change. You are asked to implement a report definition that displays the current label associated to each code whenever the report is run.
How do you design a Pega application to meet this requirement?

• A. Develop a SQL function that calls a stored procedure to retrieve the currently associated level for each code.
• B. Display report definition rows using a custom section. Use a Keyed-access Data Page to source label values.
• C. Persist the most recently retrieved labels for each code in a local table. Join to that table when running the report.
• D. Query the distinct codes that the report would display. Develop an interface to retrieve the associated labels In bulk.