Details about business rules exceptions and how they are to be handled can typically be found in the Process Design Document (PDD), specifically in the To-Be Process Description section. This section of the PDD outlines the future state of the process after automation, including how exceptions and business rules are managed. It provides a clear guide on how the automated process should handle different scenarios, including exceptions that may arise due to business rules1.
References: The explanation is based on the UiPath Documentation Portal’s guidelines on PDD creation and the handling of exceptions within the automation process1.
Question # 45
For text assets, is there any character limit for the Global Value Field?
Options:
A.
No. there is no such limit
B.
Yes. this field allows for up to 4000 characters
C.
Yes, this field allows for up to 100000 characters
D.
Yes, this field allows for up to 1000000 characters
For text assets in UiPath, there is a character limit for the Global Value Field, which allows for up to 4000 characters. This limit is important for managing data sizes and ensuring performance and stability within the UiPath Orchestrator environment.References: UiPath Documentation on Assets Management athttps://docs.uipath.com/ .
Question # 46
Which of the following factors most influences the complexity of a process proposed for automation?
The complexity of a process proposed for automation is most influenced by the number of steps involved. A higher number of steps typically indicates a more complex process, as it may involve multiple decision points, variations, and interactions with different systems or applications. Complexity can be defined by factors such as the number of applications/systems, the frequency of human intervention, or the number of steps required to execute the task1. Processes with fewer steps are generally easier to automate because they are simpler and have fewer variables to manage during the automation.
References: The explanation is based on the UiPath blog post discussing factors that influence the complexity of processes for automation1.