Free Practice Questions for UiPath UiPath-TAEPv1 Exam

UiPath Orchestrator is the component that communicates directly with CI/CD pipelines. It manages the execution of test cases and workflows triggered from CI/CD tools, enabling automated and continuous testing as part of the deployment process.

The BDD (Behavior-Driven Development) test case template in UiPath is used to structure tests using the Given-When-Then format, which clearly separates setup, action, and expected outcome. This makes test cases more readable and aligned with business scenarios.

According to best practices, test cases should not be renamed, moved, or deleted outside of UiPath Studio. Making such changes externally can lead to discrepancies in the project structure and potentially break links or references within the testing framework. Performing these actions within Studio ensures that all changes are properly tracked and synchronized across the test suite.

The Mobile Device Manager is required both at design-time and run-time when working with mobile automation in UiPath. At design-time, it connects Studio to mobile devices for building workflows. At run-time, it enables execution of mobile automation on those devices.

Before uploading items to test data queues, it is essential to ensure that the test data queue is created with a corresponding JSON schema. This schema defines the structure of the data to be uploaded, ensuring that the items are correctly formatted and compatible with the test case execution.

In UiPath Test Manager, there is no predefined limit on the number of projects that can be created. You can create unlimited Test Manager Projects, as long as your system's resources and configuration can handle the required capacity.

In the context of UiPath, application testing refers to executing an RPA process and verifying the results to ensure that the application or workflow behaves as expected under various conditions.

To ensure thorough activity coverage in UiPath, it's best to create separate test cases for each automation scenario. This allows targeted validation, improves clarity in test results, and ensures that all logic branches are adequately tested.

The key difference is that RPA testing focuses on verifying the quality and correctness of robotic processes (automations), while application testing verifies the functionality of the underlying software applications being automated.