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| Section | Objectives |
|---|---|
| Automation Development for Testing | - Activities, debugging, version control - Object Repository and Orchestrator assets - Modern UI automation, selectors and descriptors |
| 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 |
| API, Studio and Test Automation Practices | - Test project types, templates and Test Explorer - HTTP and Integration Service testing - Data-driven testing and execution strategies |
| CI/CD, Reuse and Specialized Testing | - SAP, mobile, performance and coded testing - Reusable libraries and component design - UiPath CLI and pipeline integration |
| Agentic and Database Testing | - Database validation and data querying - Autopilot, ScreenPlay and self-healing tests - Automated test/data generation and Prompt Library |
| Test Cloud Architecture and Administration | - Service management and access control - STLC mapping, licensing and user provisioning - Platform architecture and ALM integrations |
幸せの生活は自分で作られて得ることです。だから、大人気なIT仕事に従事したいあなたは今から準備して努力するのではないでしょうか？さあ、ここで我々社のUiPathのUiPath-TCAPv1試験模擬問題を推薦させてくださいませんか。我が社のUiPath-TCAPv1問題集は必ずあなたの成功へ道の助力になれます。
質問 # 23
A team selects an SAP transaction from the Heatmap and uses Autopilot to generate manual tests. The team wants the generated tests to stay linked to that transaction and to improve generation quality using indexed enterprise knowledge.
Which approach aligns with the documented behavior?
正解：B
解説：
UiPath Autopilot supports AI-assisted generation of manual test cases directly from SAP transactions identified through the Heatmap or Change Impact Analysis.
Option D correctly combines Context Grounding-based retrieval-augmented generation with the documented transaction-labeling mechanism.
When a tester selects an SAP transaction from the Heatmap and initiates test generation, Autopilot uses transaction information and additional supplied context to construct relevant testing scenarios.
In the commercial cloud offering, Context Grounding provides access to indexed enterprise knowledge through retrieval-augmented generation (RAG). The tester selects the appropriate folder and Context Grounding index containing relevant information.
This enables Autopilot to incorporate additional application documentation, business requirements, and enterprise-specific information when generating test cases.
Test cases generated from the SAP Heatmap receive two labels: autopilot-generated and TRAN: < transactionCode > . The transaction-specific label maintains the association between generated tests and their originating SAP transaction.
Option A incorrectly identifies the Prompt library as the RAG index. Option B incorrectly substitutes test sets and changes the transaction-label format. Option C incorrectly treats dashboard attachments as the Context Grounding source.
Official UiPath Reference(s): Autopilot User Guide - Generate tests for SAP transactions; Prerequisites; Leverage RAG; generated test case labels.
質問 # 24
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?
正解：A
解説：
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.
質問 # 25
A test architect is configuring a descriptor for a UI element in a desktop application and observes that the element is highlighted in yellow during indication.
What does the yellow highlight indicate, and what resolution is recommended?
正解：D
解説：
UiPath Unified Target uses multiple identification technologies to locate UI elements reliably during automation execution. Correct target identification is particularly important when applications contain visually similar controls or repeated input fields.
Option A accurately describes the meaning of the yellow highlight.
During element indication, UiPath may identify additional UI elements that closely resemble the selected target. These elements are classified as duplicates because their characteristics are sufficiently similar to create ambiguity during runtime identification.
UiPath highlights detected duplicates in yellow and displays a corresponding targeting-method indicator.
The recommended resolution is to provide an additional anchor that uniquely identifies the intended UI element.
For example, a customer registration form may contain multiple text boxes labeled Name. Adding a nearby section heading or descriptive label as an anchor allows UiPath to distinguish the required input field from similar controls.
In more complex layouts, multiple anchors may be necessary to establish unique identification.
Option B incorrectly associates yellow highlighting with temporary unavailability. Option C incorrectly attributes the color to selector fallback. Option D incorrectly treats yellow highlighting as an image-targeting configuration indicator.
The recommended architectural practice is to resolve ambiguous selectors during development rather than relying on potentially unstable runtime targeting.
Official UiPath Reference(s): UI Automation Activities Guide - Advanced descriptor configuration; Duplicates; Anchors; Anchor automatically found.
質問 # 26
In test automation, what is the recommended course of action for handling errors at different stages of the testing process to prevent failed results?
正解：A
解説：
Robust test automation requires structured exception handling and recovery mechanisms to distinguish temporary environmental failures from genuine application defects.
Option B is correct because UiPath explicitly recommends planning recovery or retry operations at appropriate stages of automated tests.
Transient failures may result from network interruptions, delayed application responses, temporary resource contention, or synchronization conditions.
A controlled retry mechanism allows an automation to repeat an operation when the failure is recoverable, rather than immediately terminating the entire test execution.
However, retries must be implemented with appropriate limits and failure conditions. They should not conceal persistent application defects or convert failed assertions into successful outcomes.
UiPath also recommends checking the application state before executing dependent operations. Activities that wait for the required application condition are generally preferable to fixed delays.
Option A is incorrect because automatically skipping errors can hide genuine defects. Option C incorrectly recommends suppressing all exceptions, compromising test reliability and result integrity. Option D introduces excessive manual intervention and defeats the purpose of repeatable automation.
Recovery procedures should include bounded retries, meaningful diagnostic logging, exception classification, and appropriate escalation when an operation cannot be recovered.
The architectural objective is reliable test execution without sacrificing the accuracy of test results.
Official UiPath Reference(s): Test Cloud Admin Guide - Automation testing best practices (RPA testing); Stability; Maintenance and execution; Reusability and organization.
質問 # 27
An automation must use the Extract Table Data activity to extract all rows from a paginated web table.
Which configuration ensures that data is collected across all pages?
正解：D
質問 # 28
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