What are the types of automated tests?
There are two main categories of automated testing: functional and non-functional. Functional tests look at real-world applications of a solution; non-functional tests look at the remaining requirements such as performance and security. In terms of specific test types, they can fall into functional, non-functional, or a combination of both. For example, smoke tests and acceptance tests are functional tests, performance tests are non-functional, and regression tests are a combination.
What are top tools for functional automated tests?
Automation testing tools are pieces of software that allow you to define and perform testing tasks with minimal human oversight. Top tools for functional automated tests include:
- Selenium
- Cypress
- Playwright
- Percy
- Appium
- Detox
- Postman
- Insomnia
- Rest-Assured
- Requests
Each has advantages and disadvantages; it depends on your project as to which is the best tool to use. We have the expertise to advise you – in fact, at Netguru, we strive to educate and develop automation skills, meaning our QAs have valuable support from the wider team and company.
How can Behaviour-driven development (BDD) help translate business needs into test automation?
Behaviour-driven development (BDD) helps software teams design, specify, build, and test products using natural language descriptions. For example, a business user writes user stories in their own language and words, in a way that all parties involved (business users/product owners, developers, and testers) can read and understand. User stories generally include a title, a short narrative, scenarios, and acceptance criteria. That simple structure allows automated test platforms to read and run the descriptions.
BDD is all about business users/product owners, developers, and testers working together. These three groups write software specifications (features files) they all agree on using a structured natural language syntax like Gherkin that’s non-technical and easy to learn. Cucumber software then reads Gherkin feature files during automated testing.