In our blog, we have already said a lot about codeless testing and how to use it right, as it’s among the top automation testing trends these days. But today we want to draw your attention to those hidden benefits and tiny peculiarities of using codeless test automation tools, that can be helpful in building a perfect CI/CD process in your QA department. Eager to know them? Check out the list below right now!
General Pros of Codeless Automation Testing
Okay, let’s start with the basics first to refresh in mind the core principles of using automated testing (by the way, you can check out the whole article on this topic by the link). It’s better to use codeless test automation if you need to:
- Re-use previous testing scripts multiple times in various infrastructures;
- Optimize the human and budget resources required for testing;
- Improve your overall CI/CD process in the company;
- Get better testing quality results;
- Get real-time analytics on the testing process;
- Use third-party integrations like Slack, GitHub, CircleCI, etc.;
- And, finally, launch the software product faster.
These are the general benefits of using codeless test automation tools, but now let’s see how you can apply this knowledge in practice to improve your CI/CD and use these benefits to their full extent.
Codeless Automation Testing Tools to Make Your Testing Faster
Below we will proceed with the exact features your codeless testing tool can give you, which can significantly save the time needed for the testing:
1. Tests modification without redo
With test automation tools you can modify the scripts once created without having to re-record the whole script end-to-end. Mapping already recorded scenarios to flowcharts gives you the freedom of their quick and easy modification. Each new action is recorded and overlaid onto a node, then completed with the testing data and automation logic needed to execute the action.
You can add, edit, remove, and even duplicate actions to create new scripts, and then further drag and drop them to create new scenarios using a central repository. Moreover, you can even re-use whole ready-made models from a central library for your other testing projects, with all the scripts associated with them. This game-changing feature is really helpful for automation test engineers when it comes to increasing testing speed with no loss in quality.
2. Multiple automation scenarios and custom reusable steps
Just as we said above, with state-of-the-art solutions like in this test automation tools list, you can re-use 1 script, scenario, module, and even an individual node multiple times in various testing projects. Some steps are typical for a wide range of scenarios, for example, the “enter login” step. Just imagine how exhausting it could be if a QA team needed to update every test with this 1 common step in case of some changes. Luckily, with automation testing tools it’s all done in no time.
What’s also quite handy is that with test automation you can not only use a variety of pre-set scenarios and modules, but also can create and save your custom ones, keeping them in the central repository, and updating them when it’s needed. This helps to make your testing process tailored to your always-changing needs with no losses in time or quality, reducing wasteful over-testing and overloading the system with numerous script duplicates.
Advantages of Test Automation Preventing Product Release Delay
Test automation tools can not only help you to launch the product faster, but they also have features that optimize the testing process, preventing any situations when you may need to shift the release date:
3. Extended automation scope
Among all the test automation services one of the most important is the cross-platform approach. It eliminates the risk that your product will catch freezes or bugs being used on some other browser, device, or platform type, increasing the testing quality at times. This feature allows quick and easy scaling of the ready-made app features to all the needed devices and platform types, including testing the integration between projects, which eliminates the need for additional QA resources.
4. Conditional waiting with control structures
In code-based automation frameworks, QA engineers need to use loops and “if-else” clauses for quick creating tests that repeat the same action. With a codeless test automation strategy, the system does everything itself, just using a bunch of subflows and formal modeling. Thus, QA engineers still can generate tests with multiple variabilities for a given step, depending on conditions.
This is possible due to the system’s ability to break the scripts down into cause-and-effect logic, which was described by Angie Jones, a world-famous testing architect and metaverse patterns inventor, in her numerous works on testing. In codeless testing, condition and process blocks reflecting a series of “if this, then this” statements are bound with conditional waiting: the given scripts wait until a condition is true and then proceed as soon as possible. If any test step cannot be executed, the test fails, and you will know exactly which node in the model caused this.
What’s also important, here an action should only be recorded once, and then it’s repeated wherever it occurs in the scenario with simple duplication. This significantly cuts down the time needed for the execution of the scenario.
Codeless Automation Testing Advantages for CI/CD Optimization
What is automated testing without a proper CI/CD? This is an integral part of any modern testing approach, and here’s how codeless automation promotes it:
5. Integration with CI tools
Your CI/CD pipeline should manage your testing strategy, and choosing an automation testing solution is excellent for this purpose, as here tests are integrated with DevOps pipelines and automatically execute when triggered. A good codeless testing tool can offer a documented REST API, several native plugins for popular DevOps tools, as well as all the needed pipeline orchestrators.
A modern test automation solution may also be equipped with a wide range of out-of-the-box and custom third-party systems integrations. For example, you can create a Slack bot for not only executing a re-usable set of tests, but to include test environments and provision test data too with additional reporting in Slack, and updating in tools like JIRA. This is extremely useful to keep all the info on testing automatically aligned across your DevOps pipelines.
6. Improve adoption with a shared automation solution
In opposition to code-based solutions, web application test automation all-in-one approach, where you can easily use the needed third-party apps right on the testing platform. For example, with GitHub integration, you can achieve test results right in the process of the code push, and with Slack integration, you can see the results in your workspace via a real-time notification.
What’s also important, with UI automation you can share all the gained insights, best practices, and important info on the testing project with your QA team and colleagues from other departments. Shared ready-made automation scenarios, scripts, and nodes reduce the time required to start new automation projects. Plus, they’re easy to understand by other users, so almost no handover is required to work on others’ testing scenarios. This is an additional very important benefit for large QA teams working on a complex testing project.
What to Expect Next From Codeless Testing Tools?
What is codeless automation testing’s future? Well, with the rise of AI and NLP technologies, QA engineers, business analytics, and PMs want to dive even deeper into the reasons why tests fail and want to get full analytics on the product in real-time. Plus, they want even more testing aspects like UX testing or checking the percentage of the testing coverage, to be automated. Below we’ve represented the most awaited codeless testing features that may come in the near future:
7. The next level of bug identification
When it comes to large complex projects, it would be nice if could quickly understand whether a certain failure happen due to a genuine bug in the code, or just because of invalid tests. The success of modern automated testing solutions allows us to hope that soon QA engineers could not only identify the reason but the exact point of failure in the logic of a system.
This feature could enable game-changing root cause analysis to detect the exact point of failure: testers could see overlapping test steps in failing tests, and generate a new set of tests that focus on the logic surrounding the point of failure, working to identify its cause. Plus, it would also make it possible to get automated detailed bug reports with visual models that highlight the point where tests fell. Developers, in their turn, could spend less time on bug fixing, as they will know exactly the piece of code that needs to be fixed.
8. Traceability between the project requirements and the tests
QA engineers are waiting for a long time to get proper maintenance of tests with their automated tools. Here we mean that the compiled scripts should react to changes made to the system due to traceability between the tests and the system requirements, executing every test step at least once. Thus, QA engineers could know in real-time what percentage of the project is already covered with tests, and also which tests haven’t been used at all.
This is the end of our top list of codeless testing benefits, but who knows what may come next? Many people argue whether it’s possible to automate usability and UX with the help of testing tools. As for now, this is a rhetorical question, as the script can’t fully estimate if the design is appealing and handy for humans, but AI continues to improve year by year, so probably even these kinds of testing will soon become possible with automated tools.
By the way, you can try our codeless automation tool, which will give you the opportunity to check all the advantages enumerated above in practice. It’s super easy in use, has a feature of working in team, and a free trial version, so don’t hesitate to check it right now.
Remember, that each testing project is different and requires a custom approach. Thus, feel free to contact us if you have any questions related to using our codeless platform or arranging a proper testing process on your software project, and stay tuned for more fresh updates from the testing world!