The LEAP

Automation insights and productivity tips from LEAPWORK.

All Posts

Test Automation Best Practices

Most mistakes in test automation are predictable and can be avoided by following best practices. Here's a handful of guidelines to help you achieve success with automation.

Test automation helps drive higher productivity, lower costs and reduced risk. But it takes the right approach to achieve these benefits. By following the best practices listed below, and by downloading our test automation whitepaper, you'll achieve success with test automation faster.

1. Increase test coverage gradually with automation

Plan for gradually automating your testing suite. We recommend starting out by focusing on the flows that are easiest to automate. In most cases, you will find that it’s the relatively simple and very repetitive flows that, by far, take up most of your testing time.

2. Build automated test cases that each test for one thing

Build test cases so that they logically only test one aspect. This way, there is no doubt about what goes wrong when a test case fails. Instead of bundling up multiple tests in one test case, it is best practice to build reusable components with your test automation tool. This way, it is easy to reuse the logic contained in other test cases, and the time required to create a new test case is minimized.

3. Build automated test cases that are independent and self-contained

This way, they can all be scheduled at once to be executed anytime and in parallel, i.e. across different environments.

When it comes to test automation, we sometimes see test teams building and scheduling automated test cases with the mindset that they make up a sequence to be executed in a certain order. This approach works against the benefits that come with test automation; flexibility, agility, etc.

4. Ensure collective ownership of test automation

Remember that success with automation is dependent on a team’s collective knowledge. Adopt a test automation platform that all testers can work with, so that automation becomes a natural part of the daily work of all team members.

Most automation tools require users to program, which, for the teams using these tools, widens the divide between technical testers, who can code, and “non-technical” testers who can’t. The typical scenario is that the technical team members are being charged with implementing test automation, with little or no ownership shared with other team members.

5. Use a tool with a good technical fit

Implementing test automation is a long-term strategic choice and should be handled as such. When evaluating automation tools, look across your organization and identify all the applications and technologies that could be potential targets for automation. Identify the scenarios where test cases need to move between technologies, e.g. both web and desktop applications, and select an automation platform that has matching capabilities.

Download our whitepaper on test automation below to learn more about test automation strategy and best practices.

New call-to-action

Aske Denning
Aske Denning
Content Marketing Manager at LEAPWORK

Related Posts

Test Automation and RPA Tools: What's the Difference?

If you’re using test automation and recently began looking into RPA, or if you are new to test automation but using RPA as a means to achieve efficient operations, you might at some point have wondered what the difference is between the two often interchanged terms, as well as if you can use the same tool for both.

[WHITEPAPER] Automating Workday® with LEAPWORK

An increasing number of companies are seeing the benefits of RPA in Workday®. Unfortunately, developing RPA functions is costly and time-consuming, requiring new personnel with specialized and expensive skills. So how can a company get the most out of automation without incurring massive implementation and maintenance costs?

Data-Driven Testing With Codeless Selenium

Data is found everywhere. Whether you are testing an application’s functionality with different data parameters or automating the process of moving data from A to B, you have probably realized by now that data is found to be a key component in most automation cases.