QUESTION: 81

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?

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

Answer(s): D

Explanation:

To meet the requirement of displaying the current label associated with each code in a report, use a custom section in the report definition to display the rows. Use a Keyed-access Data Page to source the label values dynamically from the external system of record whenever the report is run. This ensures that the latest labels are always displayed without needing to persist them locally.

Reference:

Pega Documentation on Data Pages: Data Pages
Pega Report Definitions: Report Definitions

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QUESTION: 82

Table a contains customer information. Table B contains complaints submitted by customers. Table C contains positive feedback submitted by customer.
You are tasked to write a report that list all rows in Table A where, per customer, the number of rows in Table B related to Table A are greater than the number of rows in Table C related to table A. Which method creates the report that executes with the best performance?

Define two subreports: one that counts rows in Table B relative to Table A, and on that counts the rows in table C relative to Table Only include rows in the main. Report against table A where the table B count is greater that the Table C count.
Join table A to Table B and C using include all rows in this class. Count the Join column from both Table B and Table C. Only include rows where the first count is greater than the second.
Join table A to Table B and C using include all rows in join class. Count the Join column from both Table B and Table Only include rows where the first count is greater than the second.
Define two subreports, one where table B users ''Do not Join'', and one where Table C users ''Do not Join'', In the main report count the rows from each subpreport, then only include rows where the count from the Table B subreport than the count from the Table C subreport.

Answer(s): A

Explanation:

To create a report that lists all rows in Table A where the number of related rows in Table B is greater than in Table C per customer, define two subreports. One subreport counts rows in Table B relative to Table A, and the other counts rows in Table C relative to Table A. In the main report, include only rows from Table A where the Table B count is greater than the Table C count. This method ensures optimal performance by avoiding complex joins.

Reference:

Pega Reporting: Reporting

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QUESTION: 83

What advantage does a rule-utility-function have over a rule-obj-activity?

Ability to be circumstanced
Ability to be saved multiple rulesets
Ability to be directly called from a decision table
Ability to be used to enforce security

Answer(s): C

Explanation:

A rule-utility-function (RUF) has the advantage of being directly callable from a decision table, which is a common requirement in Pega applications for implementing business logic. This direct invocation capability simplifies the design and execution of decision rules.

Reference:

Pega Rule-Utility-Functions: Rule-Utility-Functions

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QUESTION: 84

Finco corporation uses pega to perform the majority of the mortgage underwriting tasks. After gathering the initial data, the mortgage case pauses and waits for the credit report The credit report is a separate case, located in the same class group as the mortgage case, and typically resolves within 24 hours. After the credit report is complete, the application routes the mortgage case to the specialist.
Which of the following options is the optimal solution to route the mortgage case to the specialist when the credit report is complete?

Add a wait shape to the mortgage flow with a case dependency to advance the mortgage flow to the next assignment when the credit report case is resolved.
Insert a credit report assignment in the mortgage flow with a SLA to check the status of the credit report case and call the ResumeFlow activity when the credit report case completes.
Include a split join shape in the mortgage flow to include the credit report flow. Use the All option on the split join shape to ensure the credit report is complete before routing to the specialist.
Modify the credit report flow to move the mortgage case to the specialist. The application routes the assignment to the specialist with the least amount of work.

Answer(s): A

Explanation:

The optimal solution to route the mortgage case to the specialist when the credit report is complete is to add a wait shape to the mortgage flow with a case dependency. This ensures that the mortgage flow advances to the next assignment only when the credit report case is resolved. This method is straightforward and leverages Pega's built-in case dependency management.

Reference:

Pega Case Management: Case Management

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Free PEGACPLSA88V1 Exam Braindumps (page: 21)

QUESTION: 81

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QUESTION: 82

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QUESTION: 83

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QUESTION: 84

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