This article shows steps for the fundamentals of how to integrate automated testing into an existing web project.
Once a website has been operational and servicing actual users for a period of years, it has reached its mature stage. For a system to be considered mature, it must be free of obvious bugs; any remaining problems, if any, will be more subtle in nature or affect only a small subset of users.
The last thing we should do is go back and attempt to test everything that was built into the system before we built it. But what we need is a collection of key scenarios that put the system through its paces from beginning to finish to make sure that no amount of tweaking to its design will ever break its core capabilities.
Read Also: 10 Test Automation Best Practices in 2023
In this article, we will show some steps for the fundamentals of how to integrate automated testing into an existing web application project.
Get started with what web application testing is.
Web testing, often known as testing a web application, is a software quality assurance method that verifies that a web app's features perform as expected. Web testing looks at how the website or web app works, how easy it is to use, how secure it is, and how well it works.
With web application testing, you can find bugs anytime, before a release or day to day basis.
Here, we'll talk about how to automate web apps.
Now that you know how to automate web apps, now it is time to learn the fundamentals of how to integrate automated testing into an existing web project.
How would you start creating automated tests for existing software that does not have any automated tests yet?
You must first get acquainted with the website and its features. Start by looking around the site and learning how it works. You can also make a mind map of the site's layout, including its pages and features, during this process.
Ask the marketing or analytics team for information about how people use the site. Most companies employ "tracking tags" like Google Analytics to monitor website traffic. These tracking technologies can be mined for a wide range of information pertaining to user habits and typical navigation paths.
Collecting this data is important since it will help us decide which test scenarios should be automated first to maximize efficiency.
To begin, focus on web application automation of the most common end-to-end use cases. A "smoke regression pack" will be built upon this. As an example, the following describes the fundamental end-to-end situation of a typical e-commerce online application:
Homepage -> Search Results -> Product Information -> Customer Login / Registration -> Payment Information -> Order verification
It's important to remember that, at first, all we need to do is make sure we can get from the Homepage to the order confirmation page. The goal is not to examine each page's operation but rather to ensure that the purchasing flow is not disrupted.
Now that we've covered the most basic and typical user path, we can go on to explore other possibilities. There may be many combinations of features and pages, but in reality, only a small number of users who trips through the system need careful consideration.
Investigating analytics data, it's likely that 80% of users would follow the same pathways but with different data. Therefore, we need to construct our smoke regression pack with these conditions in mind.
It's important to clarify that when we speak about coverage, we're not referring to test coverage but rather feature coverage.
Build upon the smoke regression pack by using mind maps and the state transition testing approach to construct more in-depth function regression scenarios.
To begin, we must identify potential points of access to the system. The homepage, a product detail page, or a page tailored to SEM (Search Engine Marketing) are all possible entry points.
Once a landing page is located, it is necessary to examine its components to see how they might be used by the visitor. For this reason, mind maps are quite helpful. Now that we've gotten this far, we have a very good idea of what this website and its features are all about.
Each page in an application has a unique state that is established when the user first accesses that page. That's what the application's history logs as its "current" state. Whenever we use any of the page's features, we'll probably change its original state.
When activated, certain features either remain on the same page but with modified content or go to a new page (e.g. submitting valid user credentials). The submit button is an example of a trigger since it causes the page to change rather than just refresh.
Also, there are assertions to consider. Making assertions to verify the new state of the application is necessary whenever the state is modified due to user interaction with a feature. For instance, we must claim that a user has logged in after submitting a login form with the correct user data.
From here, we can either go on in the same way on the new transition, or we can return to the first state and engage with yet another element, and so on until we have explored each and every significant aspect of the mind maps.
As more scenarios are automated and tested regularly, developers have more and more confidence in releasing new code.
With so much effort and deadline pressure, automating the existing web application might be challenging and overwhelming. Our team can work with you to take over this process.
Contact us to talk to one of our experts.
Content Marketing Specialist
6 min read
26 January 2023, Thursday