UiPath UiPath-TAEPv1 Dumps

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.

The two methods for executing tests in UiPath are Manual and Automated. These can be invoked from both Test Manager and Orchestrator, depending on whether the execution is user-triggered or scheduled/triggered via CI/CD.

To add a Serverless Robot in Orchestrator, navigate to Tenant > Machines, click Add Machine, and select Cloud Robot – Serverless. Then, fill in the Name (and optionally Description), add any necessary tags, and click Save. No additional configuration is required.

In Descriptor Coverage, the calculation is influenced by the number of times a selector has been successfully executed during test case runs. It helps evaluate how thoroughly the UI elements defined in the Object Repository are being tested.

The warning message indicates that the test cases were not available in the latest published package version. To resolve this, you need to re-publish the project to Orchestrator to ensure all test cases are included and executable.

In UiPath Test Suite On-Premises, supported data sources for data-driven tests include:

File (Excel and CSV)

Auto Generate

Existing data stored in the Test Data folder of the project

Test Data Queue

These options allow flexible management and variation of test inputs for automated testing.

The Tester Comment field in UiPath Test Manager supports only text input. It is used to provide notes, observations, or explanations related to a test case execution.

The Test Explorer shows a data-driven test case named "Create Loan" with 6 variations under TestCaseValues. Out of these, 3 have green flask icons (indicating they were run and passed), while 3 have blue play icons (indicating they have not yet been executed).

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.

In UiPath Test Manager, only users specifically designated by the admin can import projects. This ensures controlled access and prevents unauthorized or unintentional modifications to project structures and artifacts.

In UiPath Orchestrator, using a wildcard symbol (*) in the project version (e.g., 1.0.*) means that the latest available version that starts with 1.0. will be used when the test set is executed. This helps ensure the most recent compatible package is always selected.

A Test Data File is best used in data-driven testing when the test cases need to handle large data sets to validate workflow behavior under different conditions and cover edge cases. It allows structured input variation without relying on external sources.

The Descriptor Coverage panel in UiPath Studio is used to view UI elements covered during test execution and to analyze selector coverage, helping identify elements that were or were not interacted with. It’s also useful for debugging workflows where coverage may be incomplete or missing.

A NonProduction license is used for an Unattended Robot in development and testing mode, allowing it to execute both test cases and RPA processes. It is ideal for scenarios that simulate production without affecting live environments.

The types of coded automations in UiPath include Coded Workflows, Coded Test Cases, and Coded Functions. These enable developers to write automation logic using code (e.g., C#) within a UiPath project, enhancing flexibility and control beyond drag-and-drop activities.

UiPath Test Manager integrates with leading ALM solutions, and the UiPath Test Manager Connect (provided by Planview) enables bidirectional synchronization for requirements, defects, test cases, and results—ensuring seamless and real-time data exchange between UiPath and ALM platforms.

To create a Test Data Queue from static test data in UiPath Studio, you need to provide both the Test Data Queue name and the corresponding JSON schema. The schema ensures the structure of the data is defined correctly for the queue items.

According to best practices, reusability between individual test projects can be increased by using libraries and the Object Repository. These allow shared components and UI descriptors to be centrally maintained and reused across multiple projects, enhancing consistency and efficiency.

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.

When test sets are linked from Orchestrator to Test Manager, they include only the test cases from Orchestrator. These are typically automated test cases published from Studio and managed through Orchestrator.

The Test Explorer in UiPath Studio displays project-based results, meaning it shows test outcomes relevant to the current Studio project. This allows developers to analyze the status and coverage of test cases within the scope of that specific project.

When creating a test case from a workflow in UiPath Studio, the arguments from the workflow are automatically imported into the test case. This allows the test case to simulate the input/output behavior of the original workflow without needing to redefine the arguments.

Verify Control Attribute is a built-in activity in UiPath Studio's testing pack, used to validate properties of UI elements during application testing to ensure they meet expected values.

In the provided code snippet, LoanRate is accessed through:

ObjectRepository.Descriptors.UiBank.LoanResults.LoanRate

This clearly indicates that LoanRate is defined in the Object Repository, under the screen LoanResults of the UiBank application.

In the UiPath CLI, the test task includes the following sub-tasks:

Convert: Converts test results written in JSON or CSV to another format (e.g., JUnit or NUnit).

Run: Executes tests from a given package or runs an existing Test Set on Orchestrator.

These enable integration of test execution and reporting into CI/CD pipelines.

The Random Value activity enables retrieving random data from a defined set of test data. It can be used to generate random values based on the specified data set, which is useful in data-driven testing scenarios.

The correct VB expression to verify that the SumWorkflow executed correctly is sum = expectedSum. This compares the actual output (sum) with the expected value (expectedSum) set earlier in the test case. If they match, the workflow performs as intended.

In UiPath Test Manager, when creating a new custom field, the supported object types are Requirement and Test Set. This allows teams to define additional metadata specific to project needs for better organization and tracking.

Based on the image, there are 4 Workflow Analyzer rules with the "Error" default action set:

ST-USG-009 – Unused Variables

ST-USG-014 – Package Restrictions

ST-USG-027 – Required Packages

TA-DBP-004 – Unused Mocking

These are all marked with "Error" in the Default action column.

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 test data queue items can be uploaded directly in Orchestrator or through Studio. These two platforms allow users to manage and upload test data to the test data queue, enabling integration and execution of data-driven tests.

The ApplicationPath in the "Launch Application" activity is hardcoded, which can lead to failures if the file path changes or differs across environments. To avoid exceptions and improve flexibility, the ApplicationPath should be provided dynamically (e.g., through a project argument or configuration file).

To re-execute a test case from UiPath Orchestrator, go to Testing > Test Executions, select the relevant test run, click More actions > Details, then select the test case, and finally choose More actions > Re-execute. This allows for isolated re-execution of failed or specific test cases.