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| Section | Objectives |
|---|---|
| API Testing | - Integration Service Configuration and Usage - HTTP Request Configuration and Usage |
| UiPath Agentic Capabilities | - Autopilot Test Data Variation - Importing Test Cases Using Autopilot - Low-Code Test Case Generation with Autopilot - Generating Reports from Test Execution - Autopilot for Requirements Quality Evaluation - Search with Autopilot in Test Manager - Generating Tests from Requirements - Expression Generation with Autopilot - ScreenPlay Activity - Running Test Cases with Autopilot - Prompt Library - Self-Healing - Finding Obsolete Tests |
| UiPath Test Cloud Architecture and Administration | - Testing Methodologies - Test Cloud Licensing
- Test Cloud Capabilities and Components - Third-Party Application Lifecycle Management Integrations - Service Provisioning
|
| CI/CD Implementation | - CI/CD Concepts and Pipeline Implementation - UiPath Command-Line Interface Usage Scenarios |
| UiPath Test Manager | - Test Scheduling - Test Execution Options - Creating Tests in Studio Web - Test Set Execution - Enforced Execution Order - Manual Testing and Manual Test Steps - Static and Dynamic Test Case Assignment to Test Sets - Defect Creation and Integrations - Test Result Analysis, Overwriting, and Export - Import and Export Scenarios and Artifacts - Project Import and Export - Pending and Mixed Execution - Test Execution Streaming - User and Group Access Management - Test Case Parameterization - Test Automation Selection - Execution Folder and Robot Account Assignment - Custom Fields and Labels - Autopilot-Generated Test Report KPI Analysis - Preconditions and Postconditions for Manual Test Cases |
| Test Automation Best Practices | - Testing Best Practices - Workflow Analyzer Rules for Application Testing |
| Orchestrator | - Orchestrator Purpose and Functionality - Machine, User, and Robot Configuration for Test Execution |
| UiPath Robot | - Robot Connection Methods for Orchestrator - App Test Robot Role |
| Test Automation Project Types | - Mobile Testing
|
| UiPath Studio Data-Driven Testing | - Managing Test Data and Data Variations - Test Data Scenarios - Data-Driven Test Cases Using Data Fabric - Generating Synthetic Random Test Data |
| Database Validation | - Executing Database Queries and Validating Data with Studio Activities - Database Testing Concepts and Use Cases |
| UiPath Studio Testing Panels, Activities, and Templates | - Verification Activities - Test Case Templates - Importing, Creating, Publishing, and Converting Test Cases - Test Result Analysis - Execution Templates - Connecting Studio Projects to Test Manager - Test Automation Framework - Test Explorer Panel and Execution Options - Test Automation and Process Project Types |
| Automation Development | - User Interface Automation with Modern Design in Studio - Version Control Systems Integration in Studio - UI Automation Descriptors in Studio - Selectors in Studio Deep Dive - Object Repository - Debugging in Studio - Activities - Orchestrator Assets Usage |
| Reusable Components | - Object Repository in Test Projects - Using Variables in Object Repository Selectors - Libraries in Test Projects |
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NEW QUESTION # 26
A tester is designing an automation using ScreenPlay and needs to create a workflow in which a user logs in to an application.
How should this interaction be implemented using ScreenPlay?
Answer: C
Explanation:
UiPath ScreenPlay provides agentic user interface automation capable of interpreting natural-language instructions and interacting with applications through AI-assisted execution.
Option A represents the most appropriate architecture for the scenario because it separates predictable authentication operations from subsequent agentic application interactions.
UiPath recommends a design principle described as maximally deterministic, minimally agentic.
Conventional UI Automation activities should handle stable, well-defined operations, while ScreenPlay should be introduced where dynamic interfaces or complex interaction patterns justify agentic execution.
A login operation is generally predictable and commonly reused across multiple automation workflows.
Implementing authentication in a separate workflow enables centralized credential handling, consistent error management, and easier maintenance.
Credentials should be retrieved from an appropriate secure credential store rather than embedded directly in prompts or source code. After successful authentication, the automation can invoke ScreenPlay to perform subsequent application interactions.
Option B unnecessarily delegates the entire workflow and credential retrieval to ScreenPlay. Option C does not establish the recommended separation of responsibilities. Option D introduces ReFramework as a mandatory architectural dependency, although ScreenPlay does not require it.
Official UiPath Reference(s): ScreenPlay User Guide - Best practices; Where ScreenPlay belongs in an automation; Keeping the agentic surface small.
NEW QUESTION # 27
What part does the Appium server play in UiPath's mobile device automation architecture?
Answer: A
Explanation:
Appium is a central component of UiPath's mobile automation architecture because it provides a standardized mechanism for executing automation commands against Android and iOS applications.
Option A is the closest correct description of Appium's functional role.
UiPath mobile automation uses a layered architecture consisting of Studio and Mobile Automation activities, the Appium server, and the target mobile device.
Mobile Device Manager provides the interactive interface for connecting to mobile devices and recording supported actions. Appium handles automation sessions and uses platform-specific drivers to communicate with the target environment.
For Android, supported automation drivers include UIAutomator2 and Espresso. For iOS, Appium-based automation commonly uses XCUITest.
The Appium server can operate locally or through compatible cloud device providers, enabling testing against physical devices and emulators.
Option B incorrectly suggests that Appium eliminates Mobile Device Manager. Option C incorrectly claims that mobile testing requires no physical or virtual device. Option D incorrectly removes the requirement for platform-specific automation frameworks.
Official UiPath Reference(s): UI Automation Activities Guide - About the mobile device automation architecture; Studio & Activities; Appium; Device.
NEW QUESTION # 28
A tester wants to understand the main function of the Test Explorer panel in Studio.
Which statement correctly describes its purpose?
Answer: D
Explanation:
The Test Explorer panel in UiPath Studio provides an integrated interface for managing test execution activities within automation development projects.
Option D correctly describes its primary purpose because Test Explorer enables developers to organize test cases, execute selected tests, debug failures, and inspect testing information.
The panel presents test automation assets according to project type. Within a Process project, both test cases and workflows are displayed by default. Within a Test Automation project, the default view displays test cases.
Test Explorer supports grouping and filtering, enabling developers to focus on relevant portions of the testing portfolio.
Its execution controls allow users to run all visible tests, execute selected test cases, debug individual tests, or rerun previously failed cases.
The panel also supports filtering by execution result, including passed, failed, and not-executed test cases.
For data-driven tests, Test Explorer displays the number of associated data variations and allows developers to manage test data through the context menu.
Option A describes template management rather than the primary Test Explorer functionality. Option B describes execution monitoring and reporting functions more closely associated with Orchestrator and Test Manager. Option C concerns project dependency and source-control management.
Test Explorer therefore serves as Studio's primary testing navigation and execution interface.
Official UiPath Reference(s): Studio User Guide - Test Explorer; Overview; Working With Test Explorer; Test Explorer actions.
NEW QUESTION # 29
Which file format is supported for importing manual test cases into UiPath Test Manager using UiPath Autopilot for Testers?
Answer: C
Explanation:
UiPath Autopilot for Testers supports the importation of existing manual test cases from Microsoft Excel workbooks into UiPath Test Manager. This functionality enables organizations to migrate structured manual testing assets into a centralized test management environment without recreating every test case individually.
Option A is correct because the documented import functionality requires an Excel workbook in XLSX format.
During import, Autopilot analyzes the uploaded spreadsheet and generates corresponding manual test cases. It can preserve information such as test case names, descriptions, preconditions, test steps, expected results, postconditions, and supported custom field values.
The import procedure begins in the Test Cases section of a Test Manager project, where users select Import Test Cases and initiate a new import. After uploading the workbook, users can provide prompt instructions to control how the information is interpreted.
Autopilot generates import candidates for review. Users can refine these candidates before creating the corresponding Test Manager test cases.
The operation requires the Test Case Create permission within the relevant project.
Options B, C, and D identify formats that are not supported by this specific Autopilot manual-test import workflow.
Official UiPath Reference(s): Autopilot User Guide - Import manual test cases; Prerequisites; Starting new import; Refining last import.
NEW QUESTION # 30
A developer pulls changes from a remote repository and runs into conflicts.
What must the developer do next?
Answer: B
Explanation:
UiPath Studio integrates with Git-based version control systems to support collaborative automation development, change tracking, and controlled source-code integration.
Option C is correct because conflicting modifications must be reviewed and reconciled before the merge or rebase operation can be completed successfully.
A conflict occurs when Git cannot automatically reconcile changes between the local working branch and the remote repository.
UiPath Studio provides conflict resolution functionality that displays differences between local and remote workflow versions.
For XAML workflows, the visual comparison interface allows developers to inspect workflow structures and determine which changes should be retained. Depending on the conflict, developers can select the local version, select the remote version, or manually reconcile the changes.
Current Studio releases also support a three-way merge interface for conflicting text-based files, improving resolution of coded workflows and configuration files.
Once the conflicts are resolved, the developer must save the changes and complete the relevant Git operation.
The resulting workflow should be validated before committing or pushing it.
Option A unnecessarily destroys existing work. Option B discards local changes without examining the conflict. Option D risks overwriting valid remote contributions.
Controlled conflict resolution preserves the integrity of shared automation projects and supports reliable CI
/CD development practices.
Official UiPath Reference(s): Studio User Guide - Managing Projects With GIT; Solving Conflicts; Studio Release Notes - September 2026.
NEW QUESTION # 31
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