Testing is a critical aspect of any solution, and it can be approached from various perspectives, including internal development team testing and business user acceptance testing (UAT). User Acceptance Testing, often referred to as UAT, plays a pivotal role in most development lifecycles as it serves as the ultimate 'go/no-go' decision point. UAT is primarily concerned with ensuring that the input provided to a solution yields the expected output. If the solution does not produce the desired output, it must be adjusted and retested before it can proceed to production.
Robotic Process Automation (RPA) involves using technology to replicate human tasks, particularly those related to front-end or User Interface (UI) automation. RPA is commonly used to automate repetitive and time-consuming tasks, freeing up human resources to focus on more complex and creative tasks.
In the context of the web application developed in Project 3, before deploying it to production, it must undergo UAT. During UAT, a team of testers works with a test dataset containing input and expected output data. Testers input each dataset record into the web application's fields and verify that the expected output is generated. In this case, the expected output would be a new record displayed on the web application after adding the item. Automating this highly repetitive process with RPA is both efficient and recommended.
Functional requirements define the specific functionality a system must possess and how those functions should be executed.
Non-functional requirements encompass aspects of a solution that impact the system's quality attributes or platform. These requirements support the implementation of functional requirements in line with good software practices.
Create and Configure GitHub Repository
Project Progress
Create the Project
Read the input data
UI Automation
Record Results
Deploy Solution
Introduction to UiPath Document Understanding
Advanced UI Automation in Studio
Coded Automation for Testing