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| Section | Objectives |
|---|---|
| Test Cloud Architecture and Administration | - STLC mapping, licensing and user provisioning - Platform architecture and ALM integrations - Service management and access control |
| Agentic and Database Testing | - Database validation and data querying - Autopilot, ScreenPlay and self-healing tests - Automated test/data generation and Prompt Library |
| CI/CD, Reuse and Specialized Testing | - SAP, mobile, performance and coded testing - Reusable libraries and component design - UiPath CLI and pipeline integration |
| Orchestrator, Robot and Test Manager | - Test execution configuration and access - Custom fields, import/export and manual testing - Test sets, results tracking, schedules and defect management |
| Automation Development for Testing | - Modern UI automation, selectors and descriptors - Activities, debugging, version control - Object Repository and Orchestrator assets |
| API, Studio and Test Automation Practices | - Data-driven testing and execution strategies - Test project types, templates and Test Explorer - HTTP and Integration Service testing |
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NEW QUESTION # 60
What does the Automation Rate KPI on the Test Manager Dashboard measure?
Answer: C
Explanation:
The Automation Rate KPI in UiPath Test Manager measures the degree of test automation within the currently selected Test Manager project.
Option C is correct because the KPI operates at the individual test project level rather than aggregating automation information across the entire tenant or organization.
The Automation Rate dashboard report presents the distribution of test cases according to their automation status. UiPath identifies automated test cases, manual test cases, and test cases without automation or manual steps defined.
This distinction allows test architects to assess the proportion of their testing portfolio supported by executable automation.
For example, a project containing a large proportion of manual test cases may indicate an opportunity to automate repetitive regression scenarios. Conversely, a high automation rate may indicate broader automated coverage, although it does not independently establish test quality or functional coverage completeness.
The Automation Rate KPI should therefore be interpreted alongside other indicators, particularly requirements coverage, execution results, and defect trends.
Option A incorrectly limits the measurement to published projects across the tenant. Option B incorrectly extends its scope to the entire organization. Option D also incorrectly describes tenant-wide aggregation.
For reporting purposes, automation rate is a useful portfolio-composition metric, not a substitute for measuring requirements coverage or test effectiveness.
Official UiPath Reference(s): Test Manager User Guide - Test Manager dashboard reports; Automation Rate; Use Case Scenario.
NEW QUESTION # 61
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: C
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 # 62
When creating reusable test case templates in UiPath Studio, how should parameter consistency be maintained across all test cases created from the template?
Answer: B
Explanation:
UiPath Studio supports reusable test case templates that standardize the structure and configuration of newly created test cases. Templates are particularly useful when several automated tests require common initialization logic, execution patterns, or input and output parameter definitions.
Option B is correct because arguments provide a consistent interface for passing information into and out of workflows.
Arguments can be configured with directions such as In, Out, and In/Out, along with appropriate data types and default values. Defining these arguments within a template provides newly created test cases with consistent parameter definitions.
For example, a login test template may contain an input argument for a username and an output argument describing authentication success. Tests created from that template can adopt the same parameter structure while supplying different execution values.
Variables are different because they primarily manage data within workflow scope rather than providing an external parameter interface.
Option A therefore does not establish the required input and output contract. Option C unnecessarily hardcodes test data and reduces reuse. Option D incorrectly assumes that project-level argument definitions automatically synchronize test cases.
An important limitation is that templates establish an initial structure rather than enforcing permanent synchronization. Developers can subsequently modify individual test cases independently.
Official UiPath Reference(s): Studio User Guide - Test Case Templates; Managing Arguments; Test Cases.
NEW QUESTION # 63
In a Test Manager project, a team intends to use Search with Autopilot to identify test cases that are not linked to any requirement, and then update labels for several of those results directly from the search output.
Which prerequisite most directly determines whether this workflow can be used as described?
Answer: A
Explanation:
UiPath Search with Autopilot enables users to query Test Manager project artifacts through natural-language instructions and identify objects that meet specified conditions.
Option C correctly identifies the documented permissions required to access this search capability.
UiPath specifies four project-level read permissions: Requirements, Test Case, Test Set, and Test Results. The predefined Test Manager Viewer role includes all four permissions and therefore satisfies the search-access prerequisite.
For example, a user can search for test cases that have not been assigned to any requirement. Autopilot processes the request and displays matching test cases, enabling the user to investigate requirements coverage and identify potentially untracked tests.
The search interface also supports actions on returned objects, including exporting, deleting, and modifying labels.
However, an important distinction exists between searching for artifacts and modifying them. Read permissions authorize the search operation but do not independently grant permission to update test case labels. The user must also have the relevant modification permissions.
Option A introduces an unnecessary export-permission dependency. Option B incorrectly requires write access to all four artifact categories merely to search. Option D omits two explicitly required read permissions.
Official UiPath Reference(s): Autopilot User Guide - Search Test Manager project; Prerequisites; Searching within a project.
NEW QUESTION # 64
A tester uses the Generate with Autopilot feature to create test data variations for an input field, but finds that the generated values lack diversity.
What is the most appropriate way to improve the quality of the variations?
Answer: A
Explanation:
UiPath Studio's Generate with Autopilot functionality uses natural language instructions to produce test data variations for automated test cases. The quality, relevance, and diversity of the generated data depend significantly on the specificity of the supplied instructions.
Option B is correct because providing additional input context, constraints, and variation requirements helps Autopilot generate test data covering a wider range of testing conditions.
For example, when generating data for a customer registration form, developers can explicitly request valid inputs, invalid formats, boundary values, empty strings, maximum-length values, and special characters.
These constraints improve the test dataset's ability to exercise application validation rules.
Within UiPath Studio, developers can access Test Explorer, select the relevant test case, choose Add Test Data, and select Generate with Autopilot as the source. They can enter generation instructions and subsequently refine the generated data by providing additional prompts. UiPath also supports specifying the required number of data variations.
Option A introduces manually altered duplicates without systematically improving test coverage. Option C abandons the benefits of AI-assisted data generation. Option D repeats generation without addressing inadequate instructions.
The recommended approach combines descriptive prompts, representative input categories, boundary conditions, and explicit variation requirements.
Official UiPath Reference(s): Studio User Guide - AI-generated test data; Generate test data for test cases; Best practices.
NEW QUESTION # 65
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