The 5 Ws of Codeless Test Automation
March 28, 2019

Eran Kinsbruner
Perfecto

Over the last few years, we've heard increasing buzz about "codeless" platforms to help develop and create websites, enterprise apps and more. Today, we're seeing hosts like WordPress and Wix, marketing software like Salesforce, and e-commerce delivery platforms like Shopify become a staple across the enterprise, making it super simple for your average Joe to whip together a website or blog — no coding required.

Believe it or not, this rise in "codeless" development and delivery is translating over to the DevOps world — even for those who are well-versed in coding and the numerous different languages that come with it. So much so that codeless test automation has become a top priority for testers, as well as the developers who are now also taking on some of those testing responsibilities.

Despite the increased interest, many organizations are struggling with how to best implement codeless test automation for increased output with very little trial-and-error. Now's the perfect time to get up to speed and learn how your organization can go codeless.

Let's start with a basic understand of codeless test automation and its benefits.

Why the sudden uptick in codeless test automation?

Codeless test automation is exactly as it sounds. It's testing that requires zero coding skills throughout the entire testing pipeline. Yet, while many are quick to attribute the growing skills gap throughout the DevOps industry to the increased adoption of — and interest in — codeless test automation, the practice (and its subsequent technologies) weren't created to fill that hole.

Rather, codeless test automation has risen to fame in an effort to take DevOps to the next level. While DevOps has been around for more than a decade, DevOps maturation has slowed over the last few years. Advances in Continuous Delivery (CD), Continuous Integration (CI) and Continuous Testing (CT) have come nearly to a halt, as development teams struggle to find new, innovative ways to speed up the software delivery lifecycle (SDLC) in the face of increased demand. What's more, with more apps, features, iterations, users, and ultimately quality assurance activities, to tend to than ever before teams are under pressure. Codeless test automation relieves development teams of the time-extensive responsibility of coding — giving them their time back to focus on greater advancements for their business and the industry as a whole.

Who benefits from codeless test automation?

At the end of the day, not all testers are programmers — or even know how to code. Business testers and manual testers are often stuck at a standstill due to the variety of testing frameworks based on their lack, or very limited knowledge, of coding and the many languages that are used today.

Even developers who have a coding background are using codeless test automation. According to recent research from the Apps Association, there's a major need for professionals in the DevOps space with nearly a quarter of a million job openings listed within the industry. While organizations remain in high-demand to fill these roles, developers are bearing more of the brunt, taking on more testing and quality assurance (QA) responsibilities that were typically outside their realm of work. Codeless test automation, however, makes it easier for them to execute their tests quickly, freeing their time up.

Which tests should I use codeless test automation for?

It's important to note that codeless test automation will never completely replace all manual testing. There are always going to be some tests that need the "human touch," or to be monitored much more closely. Typically, this includes tests that have third party dependencies and complex prerequisites from a setup perspective.

However, there are several types of tests that can — and should — be operating codeless. For example, manual tests that are either hard to implement or require greater in-house skills should be the first that make the cross-over, in addition to "flaky" tests that continuously lead to inconsistent results (e.g. pass and fail for the same configuration or result in false-negatives). Typically, a lot of these "flaky" tests are those that look at web pop-ups for unconfigured image elements or the effects of mobile behaviors, such as certain devices being blocked by certain applications.

At the end of the day, organizations must recognize that they will have a combination of code and codeless tests that need to work together. The best approach is to exclude the tests that will operate codeless from the actual code itself, apply the codeless test and then bring it back into the sequence.

What do I need to be able to implement codeless test automation?

In terms of skills, codeless testers don't need to know how to code — but they do need a high-level understanding of testing, as well as deep insight into the product they're testing, its business objectives and pain points.

Additionally, businesses should recognize that codeless test automation cannot exist alone. Just as with any code-based testing environment, the test itself requires a scalable, always-on and available quality lab. The platform should also support testing on all of the devices you may need to assess, including different mobile phones, operating systems, web browsers, tablets and more. Beyond the lab, there's also the need for analysis capabilities that can provide a comprehensive overview of the quality as well as risks areas on the spot to help identify and triage issues early-on.

What's next for codeless test automation?

Codeless test automation is still relatively new to the industry and has a lot of maturing to do. With any emerging technology, there is much to be learned from best practices to key pain points and everything in between. When it comes to artificial intelligence (AI), there's a lot of room for growth. At this time, the deep learning that is needed to really give codeless the legs to take over all aspects of the testing process isn't quite there, and likely won't be for the next few years on web devices — and even longer for mobile.

In the meantime, codeless test automation can significantly cut down on the time and resources put into monotonous tests that eat away at developers and testers time. It gives them the opportunity to be much more productive than they are today — and more invested in the DevOps cycle. With codeless test automation, testing teams have a renewed opportunity to shine.

Eran Kinsbruner is Chief Evangelist at Perfecto
Share this

Industry News

July 01, 2020

JFrog announced the launch of ChartCenter, a free, security-focused central repository of Helm charts for the community.

July 01, 2020

Kong announced a significant upgrade to open source Kuma, Kuma 0.6, available today.

July 01, 2020

Compuware Corporation, a BMC company, announced new capabilities that further automate and integrate test data and test case execution, empowering IT teams to achieve high-performance application development quality, velocity and efficiency.

June 30, 2020

Couchbase announced the general availability of Couchbase Cloud, a fully-managed Database-as-a-Service (DBaaS).

June 30, 2020

Split Software announced new capabilities designed to accelerate the adoption of feature flags in large-scale organizations.

June 30, 2020

WhiteHat Security announced a discounted Web + Mobile Application Security bundle to help organizations secure the digital future.

June 29, 2020

Puppet introduced the public beta availability of Relay, an event-driven automation platform.

June 29, 2020

D2iQ introduced KUDO for Kubeflow to simplify and accelerate machine learning (ML) deployments on Kubernetes.

June 29, 2020

Codefresh announced $27M in new funding led by Red Dot Capital Partners.

June 25, 2020

Micro Focus announced the general availability of Visual COBOL 6.0 and Enterprise Suite 6.0, providing versatile application, process and infrastructure modernization solutions for today’s enterprise developer.

June 25, 2020

SaltStack announced new features available in SaltStack Enterprise 6.3 that integrate best-of-breed IT monitoring and vulnerability management solutions, including Splunk, Tenable, Qualys, Rapid7, and Kenna Security.

June 25, 2020

Keysight Technologies has completed the acquisition of Eggplant from The Carlyle Group.

June 24, 2020

JFrog unveiled new capabilities to address the growing problem of software distribution bottlenecks. The newly introduced CDN-based and Peer-to-Peer software package distribution mechanisms empower companies to overcome the challenge of frequently delivering large volumes of artifacts to internal teams and external clients.

June 24, 2020

Copado announced its Summer 20 release to accelerate, optimize and measure innovation delivery on the Salesforce platform.

June 24, 2020

Bugsnag launched Stability Center, a centralized location that offers a holistic view into stability stats and trends across releases for multiple client and server-side applications.