Free Pegasystems PEGACPSA23V1 Practice Exam with Questions & Answers

• UI object that represents the combination of data and a template. - Template
• Preassembled view with a preset template and data requirements. - View
• Automatically generated view that represents a single case in Pega Platform. - Full case view
• Generic rendering structure that presents data with visual style and interaction behavior. - Widget

Comprehensive Detailed Explanation with References:

The four descriptions provided relate to elements within the Pega Platform, specifically tailored for the Constellation UI architecture, which is focused on delivering a responsive and user-friendly interface for applications.

• Template: In Pega, a template refers to a predefined format for presenting data. It specifies the layout and structure used to display information. A UI object that combines data and a template can be seen as the blueprint from which UI elements are generated, ensuring consistency and adherence to design standards.
• View: A view in Pega is a configuration that determines how data is displayed in the UI. It's a preassembled component that combines a specific template with data requirements, thus simplifying the creation of user interfaces by allowing developers to reuse common patterns and layouts with different sets of data.
• Full case view: This refers to a holistic view of a case in Pega, showing all relevant information and actions that can be taken. It is generated automatically by the platform to represent all the aspects of a case, providing a comprehensive interface for users to interact with case data and perform necessary tasks.
• Widget: Widgets in Pega are generic, reusable UI components that display data and offer interactive behavior. These can range from simple data fields to complex graphical components. They are styled and have behaviors that allow users to interact with the data presented, such as drop-down menus, charts, or data grids.

References:

• Pega Community articles and documentation provide insights into these concepts. Specifically, you can refer to Pega Community resources for understanding the Constellation UI architecture and the role each component plays within it.
• Pega Platform Help files, which can be accessed directly through the Pega Platform, offer detailed explanations and guidelines for creating and using templates, views, full case views, and widgets.

The Estimator tool is primarily used for project management and planning in Pega, particularly for determining the scope and scale of development efforts:

D. A stakeholder needs to know how much time and effort is needed to build MLP2. This use case describes the fundamental function of the Estimator tool, which is to provide stakeholders with detailed estimates of time, effort, and resources required to build a specified part of an application, such as MLP2.

Data transforms are versatile tools in Pega used for manipulating and setting property values. They are suitable for: A. Combining first and last names into a single property value, thereby consolidating data. C. Creating and initializing properties that depend on other data inputs or events occurring post-case creation. D. Setting initial or default values for properties within a case to standardize data inputs or to streamline case processing.

The minimum components of a UI action set in Pega systems are:

B. One action and one event. An action set in Pega requires at least one action (e.g., Set Value, Refresh Section) that defines what happens, and one event (e.g., Click, Change) that triggers the action. This combination is the fundamental requirement to create interactive elements within Pega's UI, allowing developers to define how the application responds to user inputs.

To indicate mandatory fields on a form by adding asterisks:

B. Configure the mandatory fields as Required in the section rule. Marking fields as "Required" in the section rule is the standard way to signify mandatory fields, which automatically prompts Pega to display an asterisk next to these fields, visually indicating their necessity before form submission.

To test the suitability of a user interface for users with visual disabilities like Deuteranopia:

A. Use the Accessibility Inspector. The Accessibility Inspector in Pega is a tool designed to evaluate UIs for compliance with accessibility standards, including color contrast and visibility, which are crucial for users with color vision deficiencies. This tool provides an effective means to ensure that the application is accessible to users with such visual disabilities.

To ensure medical claims are resolved within a 5-day timeframe, the appropriate configuration in a service level agreement involves setting a specific deadline:

C. Deadline. In Pega, the deadline parameter in a service level agreement specifies the maximum allowable time by which a case or task must be completed. Setting this to 5 days ensures that the medical claim processing adheres strictly to the required timeframe.

To address the need to reduce scrolling and organize content effectively based on a drop-down menu selection, options A and C provide viable solutions:

A. Configure a layout group to separate each option into individual panels and set the layout to a menu format. This option directly addresses the requirement by creating a layout group where each panel corresponds to an option in the drop-down. When a user selects an option from the drop-down, only the relevant panel shows, reducing the need for scrolling and enhancing the user experience.

C. Configure a repeating dynamic layout with an embedded section for each option and set the layout format to grouped. This configuration uses a repeating dynamic layout where each section corresponds to a different drop-down option. It is effective for organizing the content based on user selection, similar to the layout group but provides a different visual organization, still reducing the scroll and improving content management.

Options B and D do not directly address the requirement as they involve disabling conditions and data relationships that do not toggle visibility or organize content based on user interactions with a drop-down menu.

When diagnosing an issue with a calculated property value using the Tracer tool:

B. Breakpoints. This feature allows you to pause the execution at certain points, enabling you to inspect the processing of the rules and properties, which is helpful in identifying where and why a property is not calculating as expected.

C. The Watch function. By watching specific properties, you can monitor changes to their values in real time as the process executes, which helps in determining the point at which the unexpected result occurs, all with minimal overhead on application performance.

For accommodating passengers traveling with service animals, efficiently capturing necessary information (type of animal, size, and medical information) is critical. This requirement is conditional, triggered only when a passenger declares travel with a service animal.

• A. Add a process to the case life cycle for service animal accommodation and apply a condition: This option allows for the integration of a dedicated process within the overall case life cycle specifically for gathering service animal information. The process is conditionally executed, based on whether the passenger has declared the need for service animal accommodation. This ensures that the additional information is requested only when relevant, keeping the case life cycle streamlined and focused.

Applying an optional action (B) offers flexibility but might not guarantee the collection of this information as part of the standard workflow. Configuring a separate stage (C) could unnecessarily segment the case life cycle, especially if service animal accommodation is a conditional step rather than a distinct phase. Creating a child case (D) for service animal accommodation could complicate case management, especially for a requirement that is inherently part of the main travel arrangement process rather than a standalone case.