Troubleshooting Scenario Questions

The selector for the dropdown items is incorrect; the developer should re-capture the elements using the 'Indicate on screen' feature.

Why it fails: The selector is likely correct because the elements were captured successfully. The issue is not selector accuracy but the dynamic visibility of the elements. Re-capturing would yield the same selector and not solve the problem. The failure occurs because the hover action is not performed before the interaction, so the elements are not present in the UI tree at runtime.

The dropdown items are not included in the Object Repository; the developer should add them manually.

Why it fails: The scenario states that the developer captured the dropdown menu items, so they are in the repository. The problem is not their absence but their runtime availability. The automation must trigger the hover action to make the elements visible and interactable. Adding them again would not address the root cause, which is the need for a preceding hover action.

The dropdown items require a 'Click' activity with the 'Simulate Click' property enabled to interact with hidden elements.

Why it fails: The 'Simulate Click' property can sometimes interact with elements that are not visible, but it is not reliable for elements that are not present in the UI tree at all. In this case, the dropdown items are not rendered until hover, so they are absent from the UI tree. Simulate Click would not work because the element cannot be found. The correct approach is to trigger the hover first.

Change the Port to 25 and set EnableSSL to False.

Why it fails: Port 25 is typically blocked by modern security policies and is not encrypted. Disabling SSL on a modern SMTP server like Office 365 will cause the connection to be rejected immediately by the server, resulting in an authentication error rather than a timeout during the transmission process.

The server address is incorrect and should be set to pop.outlook.com.

Why it fails: POP is a protocol used for receiving emails, not sending them. Sending emails requires an SMTP protocol address. Changing the server to a POP address would result in a connection failure or an 'invalid protocol' error, not a timeout occurring specifically during the attachment upload process.

The error is caused by an invalid sender email address format.

Why it fails: An invalid sender address format would trigger a '550' or 'Sender rejected' error from the SMTP server immediately upon submission. It would not cause a timeout error, which is specifically related to the network latency or the time taken to upload the payload of the message.

Reset the computer to clear temporary UI cache files.

Why it fails: Resetting the computer is unnecessary and does not resolve issues with UI selectors or repository configurations. UI interactions are governed by the browser's DOM or the application's native structure, not by OS-level cache files. This is a non-technical suggestion that wastes time and fails to address the root cause of selector failures.

Reinstall the UiPath Studio extension for the browser.

Why it fails: Reinstalling the extension is a extreme measure only used if the extension is completely broken or unresponsive. Most UI interaction issues are related to selector definitions or application states, not the extension itself. Blindly reinstalling tools is a poor debugging practice that ignores the diagnostic process required for finding the real error.

The Git repository is configured with a local branch that is not tracking the origin/main branch.

Why it fails: While branch tracking issues affect local development and pushing code, they do not directly cause a packaging failure during the CI/CD phase if the code has already reached the server. The pipeline typically triggers on the commit, not on the specific local branch tracking configuration.

The developer did not commit the 'project.json' file along with the workflow changes.

Why it fails: If the project.json was not committed, the repository would still reflect the state of the last successful build. The pipeline would simply build the old version again rather than failing, assuming the existing files were valid and consistent with the repository state at the time of commit.

There are local uncommitted changes residing in the 'Library' folder on the developer machine.

Why it fails: Local uncommitted changes on a developer's machine have no impact on the server-side CI/CD pipeline. The pipeline runs against the code committed and pushed to the remote repository, ignoring any local files or modifications that the developer has not yet explicitly pushed to the repository.

Use the 'Add Log Fields' activity to add relevant variable values to the log context at the start of the process.

Why it fails: Add Log Fields attaches custom fields to all subsequent log messages, which can be useful for correlation. However, it does not control when logs are generated; it only enriches existing logs. It would not capture detailed diagnostic information only on failure, and it might expose sensitive data if the fields contain such information. It does not address the need for conditional, detailed logging.

Configure the robot's log level to 'Verbose' and rely on the default execution logs to capture variable values.

Why it fails: Setting the robot's log level to Verbose increases the verbosity of system-generated logs, but it does not automatically log custom variable values. Default execution logs include activity names and timestamps but not arbitrary variable contents. This approach would increase log volume without providing the specific diagnostic details needed, and it does not limit logging to failure scenarios.

Set the global log level to 'Trace' and add Log Message activities with Trace level throughout the workflow.

Why it fails: Setting the global log level to Trace captures all messages, including Trace-level logs, which can generate a massive volume of data. This approach does not limit logging to failure scenarios and may inadvertently capture sensitive information if variable values are logged. It is inefficient for production and does not meet the requirement to minimize log volume or selectively capture data only on failure.

Use the Add Log Fields activity to add a custom field containing the customer's full name for easy identification in logs.

Why it fails: Adding PII such as a full name as a custom log field directly violates the requirement to avoid logging sensitive data. Custom fields are included in every subsequent log entry and are visible in Orchestrator, so this would expose PII. Instead, non-sensitive identifiers like a hashed customer ID should be used.

Set the robot's logging level to Verbose to capture all details, then manually redact sensitive information from the logs before sharing them.

Why it fails: Setting the level to Verbose increases the risk of logging sensitive data because more detailed messages are captured. Manual redaction is error-prone and does not prevent PII from being stored in Orchestrator. The goal is to avoid logging PII in the first place, not to redact after the fact.

Use the Log Message activity with Level set to Error to log the full customer record when an exception occurs, ensuring that support can see the data.

Why it fails: Logging the full customer record, even at Error level, still writes PII to the logs. Error-level entries are not automatically encrypted or restricted, and they persist in Orchestrator. This action would violate the requirement to avoid logging sensitive data, regardless of the severity level used.

Change the selector to use a wildcard for the automation ID to make it more flexible.

Why it fails: The automation ID is stable, so changing it to a wildcard would make the selector less precise and could cause it to match multiple elements. The problem is not the selector's specificity but the element's availability. Wildcards do not address timing issues and may introduce ambiguity. The developer should keep the stable selector and adjust the timeout instead.

Use a 'Delay' activity before the interaction to pause the automation for a fixed number of seconds.

Why it fails: A fixed Delay activity can work but is not reliable because it adds a hard-coded wait that may be too short or unnecessarily long. It does not adapt to the actual load time. If the application loads faster, the automation wastes time; if it loads slower, it still fails. The TimeoutMS property is dynamic and more efficient, as it waits only as long as needed up to the timeout.

Add an Anchor to the 'Save' button that points to a nearby stable element, such as the window title.

Why it fails: Anchors help when the target element's selector is ambiguous or when the element's position relative to other elements is stable. However, the issue here is timing, not selector ambiguity. The button is not found because the window is still loading. An anchor would not solve a timing problem; it might even add overhead. The correct solution is to handle the wait condition.

The anchor's fuzzy matching threshold is too high, so it rejects the 'Order Total' label whenever the banner is visible.

Why it fails: The scenario states the anchor is the 'Order Total' label, which remains on the page when the banner appears. A high fuzzy threshold would cause anchor rejection, but the label itself is unaffected by the banner, so this does not explain the intermittent behaviour tied to the banner. The failure is in resolving the target, not the anchor.

The 'Confirm' button's selector uses the 'Order Total' label as its own attribute, so the banner changes that label's text and breaks the match.

Why it fails: An anchor is a separate element used for context; it is not merged into the target's attribute set. The button's selector does not derive its matching attributes from the anchor label. Even if the label text changed, that would affect the anchor, not the button's strict selector, so this does not explain the banner-related failure.

The Object Repository cannot store anchors and strict selectors together, so the anchor is silently ignored at runtime.

Why it fails: The Object Repository does support storing both a target selector and one or more anchors for an element. They are evaluated together at runtime, with the anchor constraining the search region. Claiming the anchor is silently ignored is factually incorrect and does not match the observed behaviour, which depends on the banner's presence.

Write Line

Why it fails: Write Line outputs text to the console or output pane and does not create a structured log entry with a severity level. It is not captured by Orchestrator's logging system, so it cannot be used to record diagnostic messages that appear in robot logs or support troubleshooting through centralized logs.

Add Log Fields

Why it fails: Add Log Fields attaches custom metadata to subsequent log entries but does not itself create a log message. Without a Log Message activity, no entry is written. It is used to enrich logs with context such as transaction IDs, not to output diagnostic variable values at a chosen severity.

Message Box

Why it fails: Message Box displays a modal dialog to the user and is intended for interactive notifications, not logging. It does not write to the UiPath logs, has no severity level, and would block unattended execution, making it unsuitable for diagnostic logging during troubleshooting.

The Robot lacks the Windows permissions to read the local file system.

Why it fails: The error message specifically references an Orchestrator asset retrieval issue. Windows local file permissions are irrelevant to fetching assets from the Orchestrator service. The problem is definitively configuration-related within the Orchestrator platform, not local operating system security or user access control settings.

The Robot is not connected to the internet.

Why it fails: If the robot was not connected, the error would likely be a connection loss or timeout, not a specific 'Asset not found' message. This error confirms that the robot is connected, but the configuration data requested from the server is missing from the assigned environment.

The process version is incompatible with the robot runtime.

Why it fails: Incompatibility issues usually present as package load errors or activity runtime errors. A missing asset error is a specific reference to Orchestrator configuration data that has not been defined, not a mismatch between the robot runtime version and the published process package version.