UiPath UIPATH-ADAV1 Online Practice Questions and Exam Preparation

UiPath UIPATH-ADAV1 Online Questions & Answers

• Question 121:

  Which logging level includes the following information by default?

  1.Execution Started log entry - generated every time a process is started.

  2.Execution Ended log entry - generated every time a process is finalized.

  3.Transaction Started log entry - generated every time a transaction item is obtained by the robot from Orchestrator.

  4.Transaction Ended log entry - generated every time the robot sets the transaction status to either Success or Failed.

  5.Activity Information log entry - generated every time an activity is started, faulted or finished inside a workflow.

  6.Arguments and Variables Information log entry - show values of the variables and arguments that are used.

  A. Critical
  B. Trace
  C. Verbose
  D. Information
  C. Verbose

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  Explanation

  The Verbose logging level includes all the information that is logged by the other levels, plus the values of the variables and arguments that are used in the process1. By default, the Verbose level includes the following log entries2: Execution Started Execution Ended Transaction Started Transaction Ended Activity Information Arguments and Variables Information https://docs.uipath.com/robot/standalone/2023.4/user-guide/logging-and-log-levels

• Question 122:

  A developer has defined the StrVar variable of type String Which expression should the developer use to return four characters starting with the second character?

  A. StrVar.Substring(1, 4)
  B. StrVar.Substnng(1, 5)
  C. StrVar.Substring (2, 4)
  D. StrVar.Substring (2, 5)
  A. StrVar.Substring(1, 4)

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  Explanation

  The Substring method is used to extract a part of a string based on a specified starting index and length. The syntax of the Substring method is:

  string.Substring(startIndex, length)

  where startIndex is the zero-based position of the first character in the substring, and length is the number of characters in the substring. For example, if the string is "Hello", then string.Substring(1, 2) will return "el", as it starts from the second

  character (index 1) and takes two characters.

  To return four characters starting with the second character, the startIndex should be 1 and the length should be 4. Therefore, the expression should be:

  StrVar.Substring(1, 4)

  References: Substring and How to manipulate a part of string: Split, Trim, Substring, Replace, Remove, Left, Right from UiPath documentation and forum.

• Question 123:

  In what situations is it appropriate to use a static selector instead of a dynamic selector?

  A. When the automation requires high flexibility.
  B. When the automation process requires better performance.
  C. When the target element's properties change frequently.
  D. When the target element's attributes remain constant and do not change during runtime.
  D. When the target element's attributes remain constant and do not change during runtime.

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  Explanation

  A static selector is a selector that has fixed values for the attributes of the target element, such as name, id, class, etc. A static selector is appropriate to use when the target element's attributes do not change during runtime, meaning they are always the same regardless of the state of the application or the environment. A static selector is more reliable and faster than a dynamic selector, as it does not require any variables or arguments to identify the target element. A static selector is not suitable for situations where the target element's properties change frequently, such as when the element is generated dynamically, or when the automation requires high flexibility, such as when the element can have different names or ids depending on the input or output data. In those cases, a dynamic selector is preferred, as it can use variables or arguments to adjust the attribute values according to the changes in the target element.

  References: Dynamic Selectors, Selectors

• Question 124:

  What is a prerequisite for performing Remote Debugging using a Remote Machine Connection?

  A. Studio and the remote robot must be connected to the same Orchestrator tenant.
  B. The same user must be signed in Studio and the remote robot.
  C. Studio, the remote robot, and Orchestrator are running version 2021.10 or later.
  D. TCP/IP connectivity exists between the Studio machine and the remote machine.
  D. TCP/IP connectivity exists between the Studio machine and the remote machine.

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  Explanation

  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.

• Question 125:

  Which option from the UiPath Studio backstage view prohibits debugging projects with Workflow Analyzer errors?

  A. Enforce Analyzer before remote execution.
  B. Enforce Analyzer before Push/Check-in.
  C. Enforce Analyzer before Publish,
  D. Enforce Analyzer before Run.
  D. Enforce Analyzer before Run.

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  Explanation

  In UiPath Studio, the option that prohibits debugging projects with Workflow Analyzer errors is "Enforce Analyzer before Run." When this option is enabled in the backstage view, the Workflow Analyzer runs before the execution of the project,

  and if there are errors, the project will not run.

  References:

  UiPath Studio Guide: Workflow Analyzer

• Question 126:

  Consider the following Try Catch statement:

  

  What will happen when the code is executed?

  A. The exception will be handled in the ArgumentException catch.
  B. There is no catch defined for the thrown exception type.
  C. The exception will be handled in the InvalidOperationException catch.
  D. The exception will be handled in the BusinessRuleException catch.
  B. There is no catch defined for the thrown exception type.

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  Explanation

  This is because the code is throwing a new IOException, but there is no catch block defined for IOException. The catch blocks present are for BusinessRuleException, ArgumentException, and InvalidOperationException. Therefore, the code will not be able to handle the thrown exception.

  References: https://docs.uipath.com/activities/docs/try-catch

• Question 127:

  What advantages do pre-built connectors in UiPath Integration Service offer?

  A. Reducing the need for Ul and API automation, allowing developers to work exclusively with connectors.
  B. Simplified integration with popular applications, faster deployment, and integration across all UiPath Platform product solutions.
  C. Providing a fully customizable catalog of connectors for developing proprietary applications.
  D. Replacing all types of authorization and authentication protocols with a single, standardized method.
  B. Simplified integration with popular applications, faster deployment, and integration across all UiPath Platform product solutions.

  ---

  Explanation

  Pre-built connectors in UiPath Integration Service offer the advantage of simplifying the integration process for any automation that uses common applications such as Salesforce, Slack, Microsoft Office 365, SAP? ServiceNow, and Google G

  Suite1. They also enable faster deployment and integration across all product solutions within the UiPath Platform2.

  References:

  New UiPath Integration Service blog post, Pre-built connectors deliver speed and time-to-value section

  Integration Service - Connectors documentation, Introduction section Question Answering Results from web search results, New UiPath Integration Service snippet

• Question 128:

  Considering a process developed using REFramework, if the status of a transaction was set to "Failed" with the Error Type specified as "Business", the process will transition to which state?

  A. Get Transaction Data
  B. Initialization
  C. End Process
  D. Process Transaction
  A. Get Transaction Data

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  Explanation

  The REFramework template is a robust and scalable framework for building RPA projects1. It uses a state machine to handle the different stages of the automation process2. One of the states is the Process Transaction state, where the main actions are performed on each transaction item3. A transaction item can be a queue item from Orchestrator, a data row from an Excel file, or any other type of data that needs to be processed4. If the status of a transaction item is set to "Failed" with the Error Type specified as "Business", it means that the item did not meet a business or application requirement within the project and was therefore sent to a Set Transaction Status activity, which changed its status to Failed. In this case, the process will transition to the Get Transaction Data state, where the next transaction item is retrieved and assigned to be processed. The process will not transition to the Initialization, End Process, or Process Transaction states, as these are used for different purposes in the REFramework.

  References: The UiPath ReFramework documentation from UiPath State Machines documentation from UiPath Process.xaml documentation from UiPath TransactionItem Variable documentation from UiPath [Queue Item Statuses] documentation from UiPath [GetTransactionData.xaml] documentation from UiPath

• Question 129:

  What are the three main components of UiPath Integration Service?

  A. Connectors, API Tokens, Triggers.
  B. Connectors, Connections, Orchestrator.
  C. Connectors, Connections, Triggers.
  D. Activities, Connections, Triggers.
  C. Connectors, Connections, Triggers.

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  Explanation

  UiPath Integration Service is a feature that enables you to integrate UI and API automation in a unified way. The three main components of UiPath Integration Service are:

  Connectors: These are pre-built or custom components that provide access to various applications or systems through their APIs. You can use connectors to perform actions or retrieve data from different sources, such as Salesforce, Slack,

  Google Sheets, etc. (UiPath Integration Service documentation1) Connections: These are configurations that store the authentication and connection details for each connector. You can create and manage connections in the UiPath

  Automation Cloud and share them across different folders and processes. (UiPath Integration Service documentation2) Triggers: These are rules that define when and how to start a process in Orchestrator based on events from connectors.

  You can configure triggers to react to data changes, insertions, deletions, or custom events in the connected applications or systems. (UiPath Integration Service documentation3)

  References:

  1: Integration Service - Connectors - UiPath Documentation Portal.

  2: Integration Service - Connections - UiPath Documentation Portal.

  3: Integration Service - Triggers - UiPath Documentation Portal.

• Question 130:

  Which of the following statements correctly describes the characteristics of Unattended Automation?

  A. Unattended Automations are automations that run under human supervision and are typically used for tasks requiring a clear audit chain.
  B. Unattended Automations are automations intended for more complex and highly repetitive tasks, usually performed in batches, and can be decided based on predefined rules.
  C. Unattended Automations are intended for smaller, fragmented tasks and run with user supervision, requiring the user's credentials for access.
  D. Unattended Automation are automations that run under human supervision and, because of this, are best suited for small tasks.
  B. Unattended Automations are automations intended for more complex and highly repetitive tasks, usually performed in batches, and can be decided based on predefined rules.

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  Explanation

  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.

  References:

  UiPath Studio Guide: Unattended Automation