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Valid Pegasystems PEGACPLSA23V1 free demo & PEGACPLSA23V1 pass exam & PEGACPLSA23V1 getfreedumps review

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Pegasystems PEGACPLSA23V1 Exam Syllabus Topics:

Topic
Details

Topic 1

Pega Platform Design Extended:Use App Studio for app development. Understand features of Prediction Studio and Admin Studio. Reuse relevant components efficiently. Grasp the basics of UX design, DX API, and Constellation. Design accessible and user-friendly experiences.

Topic 2

Deployment and Testing Design: Follow best practices for production deployment. Plan and build CI
CD pipelines. Design testing strategies and use automation to maintain quality. Track and assess release performance effectively.

Topic 3

Application Design Extended: Manage work assignment and routing, and use features like Get Next Work. Explore different ways to allocate tasks. Handle mid-case flow changes and fix issues using problem flows. Implement background processing, job schedulers, queue processors, and asynchronous integrations. Understand how to use stream services, data flows, and datasets in Pega Infinity.

Topic 4

Application Design:Learn how Microjourneys guide app design. Understand case structure, Pega Express methods, and best practices. Create case hierarchies, and use rulesets, classes, and specialisation wisely. Apply layered design for scalable solutions.

Topic 5

Pega Platform Design: Understand the value of Center-out architecture in building scalable Pega solutions. Explore how deployment options influence app design, and apply performance monitoring. Work with distributed case designs and know when to include other Pega tools. Learn about multi-tenant systems, high availability, and features like Pega Mobile, IVA, and Process Fabric. Gain insight into containerization, Hazelcast, and cloud architecture. Understand Agile Workbench and Agile Studio tools.

Pegasystems Certified Pega Lead System Architecture (LSA) Exam 23 Sample Questions (Q44-Q49):

NEW QUESTION # 44
As a Lead System Architect, you are developing a solution for enrolling students into culinary arts training sessions that includes two distinct specializations: Baking and Confectionery. Unique rules and business logic govern each specialization. Which of the following specialization techniques is considered most appropriate in this Pega implementation?

A. Create distinct subclasses for both Baking and Confectionery under the primary Culinary class. Place common and specialized rules within the Culinary class in their respective subclasses. Using class specialization enables you to define rule scope and applicability.
B. Create a Culinary application that includes all general rules, followed by the creation of Baking and Confectionery as top-level applications that are built on the foundational Culinary application.
Specializing at the application level makes managing their releases more manageable.
C. Include all Culinary rules in the Culinary class, and then organize separate rulesets for Baking and Confectionery to differentiate the rules specific to each culinary specialization.
D. Build separate classes for Culinary, Baking, and Confectionery, and position all three classes at the same hierarchical level, with common rules in a work pool class and specialized rules in their respective classes. This approach to class specialization helps define the scope and applicability of rules.

Answer: A

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Pega's class structure and specialization, as outlined in Pega Academy'sData Modeling Missionand thePega Certified Lead System Architect Study Guide, leverage inheritance to manage common and specialized rules efficiently. Subclassing is the preferred approach for scenarios requiring specialization within a single application, such as culinary specializations.
* Option A (Incorrect): Positioning Culinary, Baking, and Confectionery at the same hierarchical level with common rules in a work pool class is inefficient and violates Pega's inheritance model. Common rules should reside in a parent class, not a separate work pool, per theClass Designmodule.
* Option B (Incorrect): Using separate rulesets for Baking and Confectionery separates logic but does not leverage class inheritance for rule resolution. Class-based specialization is more aligned with Pega's design principles, as noted in theRuleset Managementguidelines.
* Option C (Incorrect): Creating separate top-level applications for Baking and Confectionery is overkill for specializations within a single domain. Application-level separation is suited for distinct business units, not specializations, per theApplication Architecturemodule.
* Option D (Correct): Creating Baking and Confectionery as subclasses under the Culinary class allows common rules to reside in the parent (Culinary) and specialized rules in the subclasses. This leverages Pega's pattern and directed inheritance for efficient rule resolution and scope definition, as documented in theClass Specializationsection of Pega Community.
:
Pega Academy:Data Modeling Mission(covers class inheritance and specialization).
Pega Community:Class Specialization(details on subclassing for rule scope).
Pega Certified Lead System Architect Study Guide (v23): Section onData Modeling(emphasizes hierarchical class design).

NEW QUESTION # 45
Autocomplete controls negatively impact the user experience if
________________________________ and ______________________________________.

A. the potential result set is larger than 50 rows
B. if all the results in the list start with the same three characters
C. if all the results in the list end with the same three characters
D. the potential result set is larger than 100 rows

Answer: B,D

NEW QUESTION # 46
For which two types of rules can the authentication profile be configured in Pega Platform™?
(Choose Two)

A. Activities
B. Flows
C. Repository
D. Connectors

Answer: C,D

NEW QUESTION # 47
The test coverage report in Pega Platform helps to determine the number of rules covered during a test cycle.
It is viewable at the application and user level. Which of the following statements describes the difference between these two levels?

A. The application level includes the details of testing performed by all users in that session, while the user level pertains only to the user who initiated the testing session.
B. The application level includes rules created at the enterprise application layer, while the user level involves rules created at the implementation layer.
C. The application level focuses on rules created at the application ruleset level, while the user level focuses on rules created in branch rulesets.
D. The application level encompasses details of testing conducted with APIs, while the user level is specific to testing that the user performs.

Answer: A

Explanation:
Comprehensive and Detailed Explanation From Exact Extract:
Pega's test coverage reports, as described in Pega Academy'sTesting Missionand thePega Certified Lead System Architect Study Guide, provide insights into rule execution during testing, available at both application and user levels. The distinction lies in the scope of the testing session.
* Option A (Incorrect): The test coverage report does not differentiate based on ruleset types (application vs. branch rulesets). It tracks rule execution regardless of where rules reside, per theTest Coveragemodule.
* Option B (Correct): The application-level report aggregates test coverage for all users in a session, providing a comprehensive view of rule execution across the application. The user-level report is specific to the individual user who initiated the testing session, focusing on their actions. This is explicitly stated in theTest Coverage Reportssection of Pega Community.
* Option C (Incorrect): Test coverage reports do not distinguish between API-based and user-based testing. They track rule execution regardless of the testing method, as clarified in theTesting Framework module.
* Option D (Incorrect): The report does not differentiate based on enterprise vs. implementation layers.
Coverage is based on rule execution within the application context, not class hierarchy, per theTest Coverageguidelines.
:
Pega Academy:Testing Mission(covers test coverage reports).
Pega Community:Test Coverage Reports(details on application vs. user levels).
Pega Certified Lead System Architect Study Guide (v23): Section onDeployment and Testing(emphasizes testing metrics).

NEW QUESTION # 48
The Center of Excellence (COE) team is performing a design review of multiple applications. The team identifies that some applications are not in line with the Center-out™ business architecture.
Which two of the following design statements are uncharacterisitc of the Center-out approach? (Choose Two)

A. All the channels in an organization have their own back-end-specific business logic to retrieve and display the required data.
B. The organization uses two different legacy database systems: define data access, and persistence with the data virtualization layer.
C. The organization uses two different legacy database systems, so define data access and data presentation rules that are very specific to the existing database vendors. The execution of database queries is faster, and output can be displayed very quickly with this design approach.
D. The organization currently operates in one region only, so the design has one enterprise layer and one production application layer. Separate the organization-wide assets from the assets that are specific to the production application.

Answer: A,C

NEW QUESTION # 49
......

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