Our lives are becoming less complicated as technology advances. But it is shifting so drastically and so soon that some of us are still playing catch-up.
Want an example of how the above statement could be true?
We'll give you one: Programming, often known as coding.
Coding was the most sought-after skill of the 2000s. Over the years, countless programming languages have developed, and the need for programmers has only increased.
Truth be told, coding is literally everywhere. It has enabled even the simplest of tasks to improve over time.
Do you recall the days of standing in line to buy cinema tickets? But now, the only thing you need to guarantee yourself a seat at the cinema is a smartphone. Just think about how much easier our lives have become because of technology built on a piece of code.
We don't need to say more about how much better off we are because of technology; you get the idea…
Introduction to Programming in the Software Testing Industry
In this blog, we will explore how programming introduced itself in the software testing industry and whether or not it has survived the test of time.
In the past, there was only a moderate amount of programming. Creating new software, whether an app, a website, or a video game, was the focus of most programmers. Back then, C, C++, and Java were the most widely used languages for computer programming.
Applications constructed then were more straightforward, and manual testing was adequate to ensure the application's continued viability. As long as the test engineer had adequate domain and product knowledge, they could successfully test the application.
Nevertheless, as we've come to rely more and more on technology to make our lives easier, more automatic, and less dependent on manual effort, the complexity of the software we use has grown in parallel.
The Rise of More Advanced Programming Languages and Software
Newer languages—Python, Ruby, Javascript, Rust, PHP, and the list goes on and on—are being used for the majority of software development these days.
As applications became more complicated, the number of potential test cases that must be manually tested also increased. There has been a dramatic increase in the number of manual test cases, putting a strain on both manual test engineers and the organisations that employ them.
Organisations struggle to hire and pay for a large team of manual test engineers, and manual test engineers have a hard time keeping up with the growing number of features in the program.
First Steps Towards Automation in Testing
Automation testing provides the most practical solution to testing complicated software efficiently.
Automation testing, in other words, is yet another way in which coding has seeped into our lives.
When we talk about "automation testing," we're referring to the practice of employing computer languages to streamline the testing procedure. Because of the automation, less time and fewer resources go into the process.
In this process, popular test automation frameworks have emerged. Prominent frameworks include Selenium, Appium, and Cucumber. These frameworks have brought in a new era of testing that requires test engineers to have coding skills.
Using languages like Java, Python, Perl, Shell, etc., automation test engineers build test scripts with the help of these open-source test automation frameworks.
One automation test engineer has replaced the jobs of ten manual test engineers using automation testing.
While corporations benefit from automation testing because it has reduced testing costs, the employment prospects of manual test engineers have suffered as a result - a classic example of how computers may be used to replace humans.
The Effects of Scriptless Testing Tool Development
Nonetheless, with the development of scriptless testing tools, manual test engineers are on the rise again.
But before we dive into the details of scriptless testing tools, let's take a quick look at the challenges in the testing industry that have prompted their creation.
While automation test engineers sped up the process, they didn't invest in a thorough understanding of the domain or the product under test. In addition, when the period of agile sprints shrank in order to keep up with the growing business demands, it became exceedingly challenging for automation test engineers to write code in such short durations to verify the features.
Manual Test Engineers Gain Momentum
Manual testing could see a revival with the emergence of script-free coding tools.
Because scriptless tools require no code and use plain English to achieve specified tasks, manual test engineers can readily use them to construct efficient test scripts. This has two key advantages for the testing business:
Manual test engineers could use their extensive domain and product knowledge to generate numerous test cases, improving test coverage; and Adoption of extreme agile sprints has become achievable since scriptless testing has enabled testing and pushing new features of value to the end user rapidly.
Scriptless Test Automation for Rapid Agile Deployments
This begs the question, "How?" So let's get to that - How do scriptless tools allow manual test engineers to accomplish higher levels of test coverage in sprint cycles as short as 1-2 weeks?
Let's use FireFlink, a scriptless automation testing tool, as an example to see how this works.
This scriptless test automation platform relies heavily on natural language processing (NLP) technology. This is because NLPs don't require complicated coding and are written in plain English that everyone can understand. The platform's NLP library is comprehensive and should be sufficient for 99% of your testing requirements. To perform end-to-end testing, test engineers need to only invoke these NLPs. Features for Defect Lifecycle Management, DevOps, and Cloud Testing are all part of this robust platform. Additionally, it is compatible with a wide range of common CI/CD and defect tracking tools, such as Jenkins and JIRA. This platform's features are so extensive that it can do full-stack cross-browser testing across the web, Android, and iOS by itself.
Scriptless testing solutions are gaining popularity alongside traditional scripted automation tools, giving organizations the flexibility to choose the approach that best fits their testing needs.
Rather than replacing programming, scriptless automation expands access to test automation by enabling both technical and non-technical testers to contribute effectively.