Free UiPath UiPath-ADAv1 Practice Exam with Questions & Answers | Set: 7

The Solution Design Document (SDD) is created during the Solution Design phase and serves as the technical blueprint for automation.

Why is Option A Correct?

The Solution Design phase includes:

Creating the SDD (Solution Design Document).

Defining technical architecture.

Mapping business workflows to automation.

Selecting automation tools and strategies.

Why Other Options Are Incorrect?

B (User Acceptance Testing phase) ❌

UAT phase is for testing the developed solution after the design phase.

C (Kick-off phase) ❌

The Kick-off phase is for initial planning and stakeholder discussions.

D (Process Design phase) ❌

The Process Design Document (PDD) is created here, not the SDD.

The extension of the downloaded package from UiPath Orchestrator 2021.10 to use locally is .nupkg. A package is a file that contains the workflows and the dependencies of a project that is ready to be executed by a robot. A package can be created and published from UiPath Studio, or uploaded manually to UiPath Orchestrator. A package can also be downloaded from UiPath Orchestrator to use locally, such as for debugging or testing purposes. The extension of the package file is .nupkg, which is the standard extension for NuGet packages. NuGet is a package manager that is used to manage the dependencies of a project, such as libraries, frameworks, or components3. A .nupkg file is essentially a ZIP archive that contains the files and metadata of the package4. For example, if a package named Process1 is downloaded from UiPath Orchestrator, the file name and extension will be Process1.nupkg. The .nupkg file can be opened or extracted using a ZIP utility, such as 7-Zip or WinZip, or renamed to .zip and extracted using Windows Explorer5.

The Capture All Elements feature is a tool that lives inside Capture Elements from Object Repository, and it extracts all the elements of an application from multiple screens simultaneously using the Computer Vision technology. It adds them to your Object Repository library, so that you can use them in your automation projects without having to manually add them one by one1. This feature is available in Studio and Studio Pro, but not in StudioX2.

This is the correct option because it uses wildcards to replace the dynamic parts of the selector. Wildcards are symbols that enable you to replace zero or multiple characters in a string. They are useful when dealing with attributes that change dynamically in the selector. There are two types of wildcards: asterisk () and question mark (?). The asterisk () replaces zero or more characters, while the question mark (?) replaces a single character. In this case, the name attribute of the target element changes according to the month, but the day and the year remain constant. Therefore, the selector can be altered by replacing the month name with an asterisk () and the last two digits of the year with two question marks (??). This way, the selector will match any element that has the name starting with 15, followed by any characters, followed by 20, followed by any two characters. For example, the selector will match 15 March 2023, 15 April 2023, 15 May 2023, etc. The other options are incorrect because they either do not use wildcards, or they use them incorrectly. Option A does not replace the last two digits of the year, which may change in the future. Option C replaces too many characters with the asterisk (), which may cause ambiguity or false matches. Option D uses the question mark (?) incorrectly, as it should be used for single characters, not for spaces or multiple characters. References: Selectors With Wildcards

To make a selector specifically target the "First Name" text field during runtime in the UI Explorer, the property that uniquely identifies the "First Name" field should be used. Based on the information provided, the most suitable property to use is the "id" as it is likely to be unique for each field in a form, which helps in precisely identifying the UI element.

The recommended sequence of steps that should be performed to publish the package to Orchestrator 2021.10 is:

Step 1 = Navigate to the Design Ribbon and then click the “Publish” button

Step 2 = Select an Orchestrator feed as the “Publish to” location and then click the “Publish” button

Step 3 = Add the Release Notes and ensure the version is incremented

Step 4 = Validate that the “Info” dialog box displays and shows the package version number

This sequence will ensure that the developer can publish the automation project to the Orchestrator feed of their choice, add some notes about the changes made, and verify that the package is successfully published with the correct version number.

https://docs.uipath.com/orchestrator/standalone/2021.10/user-guide/about-packages

Selectors should be dynamic, unique, and stable to prevent failures due to UI changes.

Why Option C is Correct?

<html app='chrome.exe' title='ACME System 1 - Download monthly Report' />

<webctrl aaname='Year 200?' parentid='searchForm' class='text' />

Uses a specific title (ACME System 1 - Download monthly Report), which ensures uniqueness.

Uses parentid (searchForm) to enhance stability.

Uses a meaningful aaname (Year 200?), making it dynamic for different years.

Why Other Options Are Incorrect?

A (idx-94 is used) ❌

idx values are unstable and can change when elements are reloaded.

B (Table-based selector) ❌

tableRow and tableCol values can change dynamically, making automation unreliable.

D (title-Google' !> is broken) ❌

Incorrect syntax (!> is invalid), making the selector unstable.

Unattended Automations are intended for complex, highly repetitive tasks that are usually performed in batches. They can operate without human supervision and decisions can be made based on predefined rules. These tasks can run on virtual environments and do not require human input once started.

Remote Debugging is a feature that allows you to debug a process that is running on a remote machine or robot from your Studio1. To use Remote Debugging, you need to have a Remote Machine Connection, which is a connection type that enables you to interact with a remote machine using its IP address and port number2. The prerequisite for performing Remote Debugging using a Remote Machine Connection is that TCP/IP connectivity exists between the Studio machine and the remote machine3. TCP/IP is a protocol that defines how data is transmitted and received over a network4. Without TCP/IP connectivity, the Studio machine cannot communicate with the remote machine and cannot debug the process.

Option A is incorrect because Studio and the remote robot do not need to be connected to the same Orchestrator tenant for Remote Debugging using a Remote Machine Connection5. Option B is incorrect because the same user does not need to be signed in Studio and the remote robot for Remote Debugging using a Remote Machine Connection. Option C is incorrect because Remote Debugging using a Remote Machine Connection does not require Studio, the remote robot, and Orchestrator to be running version 2021.10 or later. Remote Debugging using a Remote Machine Connection was introduced in version 2020.10. 

For an unattended automation process that extracts information from emails on an unattended machine without an email client, the "Get IMAP Mail Messages" activity should be used. This activity allows the developer to fetch emails from an IMAP server using the mail folder, port, server, username, and password, which are suitable for scenarios where email clients are not accessible.