UiPath-TAEPv1 Practice Exam Questions with Answers UiPath Test Automation Engineer Professional v1.0 Exam Certification

No additional information is necessary.

Only the Test Data Queue name.

Test Data Queue name and JSON schema.

Only the JSON schema.

Execution will not start.

'TestCase123" will execute aqainst the data in test data queue 'TestData" from "FolderB".

Execution will be stuck in Pending state.

'TestCase123" will execute aqainst the data in test data queue 'TestData" from "FolderA".

RPA testing and application testing are the same thing, the term used simply depends on the specific software involved.

RPA testing involves checking the quality of robotic processes, whereas application testing checks the functionality of software applications.

RPA testing checks the functionality of a software application, but application testing evaluates the performance of robots.

RPA testing evaluates human interactions with software, while application testing checks robotic processes.

Only through Orchestrator.

Directly in Orchestrator or through Test manager.

Only through Studio.

Directly in Orchestrator or through Studio.

It adjusts the test execution time accordingto the tenant's timezone.

It allows to specify the timezone accordingto which the schedule is launched.

It allows to set up a default timezone for all test schedules.

It determines the timezone of your Orchestrator instance.

67,77

12.45

45

67,34,77

In cases where UiPath Orchestrator is not available.

In cases where an External Application cannot be created in order to connect to UiPath Orchestrator.

In cases where Cross-Platform projects are built and deployed.

In cases where the Orchestrator is not accessible from the public internet.

Open your folder, move to Testing > Test Schedules, open a test schedule, and click on Delete, click OK to confirm.

Open your project, navigate to Testing > Test Schedules, select a test schedule, click on More Options > Remove, click Confirm for deletion.

Open your folder, navigate to Testing > Test Schedules, select a test schedule, and go to More Actions > Edit, click Delete click OK to confirm.

Open your folder, navigate to Testing > Test Schedules, select a test schedule, and go to More Actions > Delete, click OK to confirm.

The percentage of manual test cases that are also automated.

The percentage of requirements that have at least one test case out of the total number of requirements.

The percentage of projects in an organization that have at least one test case out of the total number of projects in that organization.

The percentage of projects in a tenant that have at least one test case out of the total number of projects in that tenant.

UiPath Studio

UiPath Action Center

UiPath Orchestrator

UiPath Test Manager

Test Cases with all of the selected labels are assigned to the Test Set.

Only the manual and automated labels are used to assign Test Cases to the Test Set.

Test Cases with a specified number of the selected labels are assigned to the Test Set.

Test Cases with any of the selected labels are assigned to the Test Set.

Use the Excel file as a Data Variation Source, instead of iterating through it inside the test case.

Replace the Verify Expression activity with Verify Expression with Operator to benefit from built-in operators.

Surround the SumWorkfiow in a Retry Scope to improve error handling.

Replace the Given-When-Then structure with a custom-built framework.

Use the "Execute Manually" button.

Click "Set Failed" or "Set Passed" at the end of the test.

Click "Set Failed" or "Set Passed" for each step.

Only automated steps can be marked; manual steps are automatically passed.

Create one comprehensive test case that covers all scenarios in one execution.

Alter the workflow to ensure a single test case covers all scenarios.

Create separate test cases to cover each scenario during the execution.

Use the same test case, but execute it in different workflows.

Both at design-time and at run-time.

Never

At run-time.

At design-time.

Convert: converts test results written as CSV to another format.

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

Convert: converts test results written in JSON or CSV to another format.

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

Convert: converts test results written in JSON to another format.

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

Convert: converts test results written in JSON to another format.

Test: tests a given package.

Run: runs an existing Test Set on Orchestrator.

The Descriptor Coverage panel is only used when there are failed selectors, it has no use during successful test case runs.

The Descriptor Coverage panel is used to store the selectors and Object Repository Ul elements that will be needed for different test cases.

The Descriptor Coverage panel is used for inputting Ul elements for object recognition, that are required to be covered during the execution process.

The Descriptor Coverage panel is used to view Ul elements that have beencovered duringexecutionand to analyze selector coverage or debugworkflows with failed coverage.

In the Projects tab, under the namespace of the imported Postman collection.

In the Activities tab, under the namespace that you have set.

In the Debug tab, within the testing activities pack.

In the Activities tab, under the Postman imported libraries list.

It verifies the truth value of a given expression.

It verifies and asserts the output of a specific activity.

It verifies an expression by comparing it with another expression using a defined operation.

It verifies if a given expression falls within a specific range.

Coded automations are primarily used to create structured code with no enhanced productivity, performance improvement, or increased readability.

Coded automations allow to work with low-code automations only, manage basic automation scenarios and developers find it challenging to maintain the code.

Coded automations are used only in complex automation scenarios and they have no role in productivity, performance, hybrid automation or code readability.

Coding can increase productivity, manage complex automation scenarios, work seamlessly with low-code automations, enhance performance, and improve code readability.

Test case and test result.

Test set and defect

Requirement and test set.

Defect and requirement.

The test cases within the test set are deleted but the test set remains.

The test set is moved to a recycle bin from where it can be recovered later.

The test set is permanently saved for future reference.

The test sets and any associated test schedules are deleted.

Tenant > Preferences, on the Robot security tab.

Tenant > Settings, on the Robot connection tab.

Tenant > Preferences, on the Robot connection tab.

Tenant > Settings, on the Robot security tab.

The total number of selectors in a test case execution.

The number of selectors that have been manually verified.

The number of times a selector has been successfully executed.

The total number of selectors available in the Object Repository.

Manual and semi-automated: invoked in Studio.

Manual and Automated; invoked in Test Manager only.

Manual and Scripted; invoked in Orchestrator only

Manual andAutomated; invoked in Test Manager and Orchestrator.

It counts the total number of licenses available and divides them amongst the Testing robots.

It counts the maximum number of Testing robots that are able to execute tests simultaneously, given by the total number of runtimes allocated to all the online machines.

It counts the individual testing robots on a machine and assigns each of them an equal number of licenses.

It works by allocating a fixed number of licenses per testing robot, regardless of the maximum number that can execute tests simultaneously.

By checking the Run tab under Robot Executor.

By opening the Activity Coverage panel and double-clicking the test case.

By checking the Output tab in UiPath Studio.

By opening the Descriptor Coverage panel and double-clicking the test case.

Evaluate the system's compliance with the business requirements and assess whether it is acceptable for delivery.

Validates the complete and fully integrated system. The purpose of a system test is to evaluate the end-to-end system specifications.

Individual units of a system are tested. The purpose is to validate that each unit of the system code performs as expected.

Individual units are combined and tested as a group. The purpose of this level of testing is to expose faults in the interaction between integrated units.