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| Section | Objectives |
|---|---|
| Topic 1: Advanced Test Automation | - Specialized Testing and Agentic Capabilities
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| Topic 2: Automation Development | - UI Automation and Studio Fundamentals
|
| Topic 3: Orchestrator, Robot, and Test Manager | - Test Execution and Administration
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| Topic 4: API Testing and Studio Testing Tools | - API and Test Case Development
|
| Topic 5: CI/CD Implementation | - Pipeline Integration
|
| Topic 6: UiPath Test Cloud Architecture and Administration | - Platform Architecture and Configuration
|
| Topic 7: Data-Driven Testing and Reusable Components | - Test Data Management
|
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NEW QUESTION # 35
Which UiPath Studio tool is used to record and perform actions on real or simulated mobile devices?
Answer: D
Explanation:
UiPath Mobile Device Manager (MDM) provides an interactive environment for connecting to, inspecting, and performing automation actions on physical and simulated mobile devices.
Option C is correct because Mobile Device Manager enables testers to interact with mobile applications, record actions, inspect user interface elements, and prepare reusable mobile automation workflows.
MDM integrates with Appium-based mobile automation infrastructure and supports Android and iOS testing environments, subject to the required platform-specific drivers and configurations.
Testers can establish connections to physical devices, local emulators, or supported cloud-hosted device environments. Once connected, they can launch applications, inspect their screens, and perform operations such as taps, swipes, and text entry.
The Recorded Actions panel captures supported interactions performed through Mobile Device Manager.
These recorded actions can subsequently be imported into UiPath Studio using the Import Recorded Actions activity.
Option A refers to a project or workflow template rather than the interactive mobile testing tool. Option B represents the activity package used to implement mobile automation logic, not the dedicated management interface. Option D is an activity that establishes a mobile connection within a workflow.
Mobile Device Manager therefore serves as the interactive design and inspection environment supporting mobile test automation development.
Official UiPath Reference(s): UI Automation Activities Guide - Getting started with Mobile Device Manager; Creating mobile automation workflows.
NEW QUESTION # 36
What must be in place before a user can create and synchronize a defect from a failed test case?
Answer: C
Explanation:
UiPath Test Manager supports defect synchronization with external Application Lifecycle Management (ALM) systems, enabling teams to associate testing failures with defects in integrated issue-tracking platforms.
Option C correctly identifies the two prerequisites: an external connector must be configured, and a test set must have been executed.
The connector establishes communication between Test Manager and the external ALM application.
Supported integrations enable defect information to be synchronized with relevant execution evidence, including test results, logs, timestamps, and diagnostic details.
An executed test set provides the test execution results from which a defect can be created. Users navigate to Test Results, open the relevant execution, select the affected test case, and access its logs. The Create Defect action then initiates creation and synchronization with the configured external system.
UiPath documents that only one defect synchronization connection can be enabled per Test Manager project at a time. Appropriate user permissions are also necessary; read-only users cannot perform defect synchronization.
Option A incorrectly makes requirement assignment mandatory. Option B introduces an unrelated requirement-export dependency. Option D incorrectly assumes that a defect must already exist before creating one.
The correct implementation therefore requires configured ALM connectivity, an existing execution result, and sufficient permissions.
Official UiPath Reference(s): Test Manager User Guide - Defect synchronization; Create defect; Who can synchronize defects.
NEW QUESTION # 37
After completing two separate executions of the same performance scenario, a team wants to compare the past runs side by side.
What is supported?
Answer: C
Explanation:
UiPath Test Manager provides performance analysis capabilities that allow testing teams to compare load- testing results across executions of the same performance scenario.
Option A most closely describes this capability because historical executions can be compared. However, its assertion that both executions must contain identical load groups is not established as a prerequisite by the official documentation.
The comparison functionality supports analysis of multiple load groups using overlaid performance charts.
These visualizations include HTTP response times, error rates, CPU utilization, memory consumption, and automation step durations.
To perform a comparison, testers access the performance results, enable the Compare functionality, and select the load groups they want to examine. The resulting charts use consistent color coding to distinguish workloads and expose differences in system behavior.
This capability is particularly valuable for evaluating performance changes following application releases, infrastructure modifications, or changes in concurrent user loads.
Option B is incorrect because comparison is not restricted to a single execution. Option C imposes a passing- results prerequisite that is not documented. Option D incorrectly excludes load-group-level selection.
Official UiPath Reference(s): Test Manager User Guide - Comparing performance results.
NEW QUESTION # 38
A developer enables Computer Vision as an additional targeting method, alongside Strict and Fuzzy Selectors, in a Modern Design project.
How is Computer Vision used in the Unified Target framework?
Answer: B
Explanation:
UiPath Unified Target combines multiple UI element identification technologies to improve automation reliability across different application types and interface conditions.
Option C is correct because Computer Vision functions as a secondary targeting method within the documented targeting hierarchy.
UiPath introduced a hierarchical approach in UI Automation Activities version 23.10. Under this architecture, selectors represent the primary targeting method, Computer Vision provides secondary targeting, and image- based identification occupies a tertiary position.
Strict Selectors and Fuzzy Selectors use application element properties to identify targets. Strict Selectors prioritize precise attribute matching, while Fuzzy Selectors tolerate certain variations in those attributes.
Computer Vision can provide an alternative when selector-based identification does not successfully locate the intended element.
The project setting Wait for primary targeting method until timeout controls whether primary targeting is allowed to consume its full timeout before secondary methods are attempted.
Option A incorrectly assigns Computer Vision the highest priority. Option B describes behavior associated with the earlier simultaneous targeting approach rather than the hierarchical implementation. Option D incorrectly suggests that Computer Vision replaces Fuzzy Selectors.
The hierarchy enables developers to combine precise application-level identification with alternative visual targeting while maintaining predictable execution behavior.
Official UiPath Reference(s): UI Automation Activities Release Notes - v23.10; Unified Target targeting hierarchy.
NEW QUESTION # 39
A Test Architect is designing a reusable UI library for several business-critical applications. One application already has a version in the library, and the architect wants to add another version of the same application while keeping upgrade behavior predictable for dependent projects.
Which design constraint must be observed?
Answer: B
Explanation:
UiPath UI libraries support centralized management and reuse of application UI elements through the Object Repository. They allow automation developers to maintain consistent UI descriptors across multiple projects and reduce duplicated selector definitions.
Option B correctly identifies the documented versioning constraint: a UI library may contain multiple applications, but only one version of a particular application can exist within that library at a time.
This restriction is important for dependency management. When a UI library is published as a package and installed into dependent Studio projects, the application descriptors become available for reuse.
Maintaining a single application version within the library establishes a consistent representation of its screens and UI elements.
When an application changes, developers should update the relevant library definitions while preserving reusable UI elements and stable identifiers where appropriate. Publishing an updated library package then allows consuming projects to upgrade through their dependency management process.
Option A incorrectly requires duplication across screens. Option C introduces an unsupported requirement that unrelated applications share identical version numbers. Option D incorrectly restricts applications to a single screen.
The correct architectural practice is to manage application definitions centrally, retain stable UI element references where possible, and apply controlled library version upgrades across dependent automation projects.
Official UiPath Reference(s): Studio User Guide - Reusing objects and UI libraries; Publish a UI library; Load UI libraries in projects.
NEW QUESTION # 40
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