The most obvious reason for using software to automate a process is to speed it up and eliminate mundane, repetitive manual tasks. As a result, software automation saves time and resources, which equates to cost savings. There are numerous examples of this. But, beyond the obvious benefits of saving time and money, I’d like to discuss some other compelling reasons for automating software in this article. The actual Interesting Info about Machine learning solutions.
One advantage of software automation is a better understanding of the software interface. Attempting to automate a software product is one of the best ways to learn how to use it thoroughly. Testers and automation engineers must master the software’s interface, possibly better than the developers. The developers may know the algorithms better than anyone else, but the person automating it is the one who understands the intricacies, pitfalls, and quirks of the interface.
We’ve all seen how poorly some Windows programs are designed. In these days of high-resolution graphics and flashy toolbar buttons, it’s easy for designers to overlook shortcut keys and keyboard navigation. The most efficient computer use is to abandon the mouse and learn keyboard shortcuts. As a result, you can complete tasks much more quickly. Unfortunately, even the most seasoned Windows users know half the keyboard shortcuts available.
Knowing these shortcuts dramatically simplifies and improves the reliability of automation. For example, automating an application by sending mouse events and clicks is unreliable because the screen resolution never changes. Although you can use relative mouse coordinates, something will change, and the button you want to click will no longer be where it was when the script was created.
The automation/test engineer discovers keyboard shortcuts and the simplest, most reliable application navigation method. People who regularly automate applications understand how to move around Windows and Windows applications. Even before the test script is run, Automated Software Testing can assist in identifying issues in the interface. For example, creating an automation routine for an application will assist you in locating missing or duplicate shortcut keys and other objects that the keyboard cannot control.
Automation script developers spend so much time fiddling with the software’s interface that they frequently learn more than “power users.” Testers also have the advantage of trying out unusual scenarios that developers never consider or are too busy to try. In addition, they have permission to break things!
As a result, it works both ways. You can improve your script by learning the Windows keyboard shortcuts and hotkeys for your application. Create an application with good keyboard support, which will be easier to automate. It will be simple to use if it can be easily automated!
Improved documentation can also result from software automation. Automation scripts are the most effective method of documenting a process. A script that automates a process describes how to complete it correctly. Businesses must establish all manual procedures so that others can do the work. The process is described at the same time by scripting it. In addition to saving time by automating it, someone else can now easily see how the process is carried out.
Finally, one significant advantage of software automation is contingency planning. Documentation and contingency go hand in hand. If only one person in the organization knows how to complete a task, there will be issues if that person becomes ill, goes on vacation, or leaves the company. Not all absences are scheduled. By documenting a process, the company ensures that someone else can carry it out if the usual task owner is unavailable.
Automation takes it a step further. When a process is scripted and automated, it is simple for someone else to take over the task in the future. The study will continue to run, and the script will explain how it works.
As a result, software process automation not only allows businesses to save significant time and human resources but can also improve documentation and contingency planning, aid in software development and testing, and contribute to developing better user interfaces.
