With the growth in technology, the global infrastructure and business are highly reliant on various software programs. Software solutions are getting complex in making them more efficient, and users’ expectations are growing bigger.
Software developers are facing immense pressure on themselves to create efficient and novel products at a rapid pace. Such factors have aided the growth of testing and related services.
Testing the tools for efficiency and bugs is crucial to meet the client’s requirements. Several organizations are inclined toward Automated QA Testing Solutions to achieve all this rapidly.
This article speaks about the essential features an efficient automated testing tool must possess; therefore, read on to gain insight!
Benefits of Automated Testing Tools
Automated testing denotes the automation of the testing process carried out by default for several similar programs. Therefore, the time and energy of human professionals are saved, and the efficiency of quality assurance is increased at multiple levels.
Easier for the developers to identify bugs during manual testing, especially when the organization is developing the software solutions for the larger frameworks; manual testing can consume more time; however, performing both automated and manual testing concurrently can save considerable testing time.
Similarly, accurate results generated by automated testing make it preferable in the industry.
Efficient Automated Testing Tools Features
Any product value is based on its performance. Likewise, there are a few factors that have to be present inefficient automated testing tools.
#1. User interface
The user interface must be clean and appealing.
#2. Usability
The tool must be user-friendly and shouldn’t be complex; otherwise, the organization must educate the developers about the tool.
The easy accessibility and functionality of the tool help better for the organization. Also, good tech support, user support, and tutorials are considered an added advantage for the developers. This way, the developers can connect with the Automated QA Testing Solutions and utilize them efficiently.
On the other hand, the tool must require moderate programming skills for its access. The organization generally expects the automated testing tool to be user-friendly and can be carried out even by non-technical expertise. The tests are expected to be written in simple language and should come with good customer service.
#3. Documentation
The testing documentation is the essential feature of a testing tool that documents the artefacts for later usage.
This process enables the developers to evaluate the testing throughout the development and helps them understand the effort required for future development. Similarly, the documentation also helps keep track of the tracing and test coverage.
Four key artefacts concerned with software testing:
- Test plan
- Test case
- Test scenario
- Traceability matrix.
Understanding these artefacts helps the developers to understand the strategy to be followed to carry out the automated testing, requirement of resources, test environment, better scheduling of the testing, and significant others. Such processes are carried out during the test plan, and such factors should be saved for future reference and development.
#4. Script languages
The flexibility of the software testing tools is concerned with the scripting languages; does it specialize in more than one scripting language?
#5. Version control:
The testing tool must be able to carry out the testing process on different files simultaneously. Also, the tool should exercise complete control over the version, where the data history should be transparent for the developer, and he/she should be able to revert them when required. Stability in the testing is also expected.
#6. Test commands
A software solution with an extensive framework might require a detailed analysis frequently, and the developer might request several commands during the testing process. The testing tools must adhere to several commands, and the developer shouldn’t feel uncomfortable adding more test commands.
#7. Flexibility and integration
The organization might decide to integrate the testing solution with various other projects, tools, or plugins. The testing tool is expected to be compatible and should come with pre-built integrations. Moreover, for increased efficiency, they are expected to integrate with bug tracking tools so that several testing are done concurrently.
The flexibility is based on its integration with various operating systems, browsers, etc. For instance, smooth CI/CD integration and other integrations, including trail, apply tools, pager duty, Jira, and so on, make the testing tool more efficient.
Moreover, cloud-based tools are mostly preferred as they are more customizable according to the requirements.
#8. Cost-effective
Is it cost-effective? Adequate performance, transparent pricing, and flexibility measure the efficiency of the automated testing tool. The features obtained by the team should be valuable and worthy of the price paid for the testing tool.
Conclusion:
Automated testing doesn’t suffice for an efficient running of software; picking up the right tools and implementing them concurrently alongside manual testing is required. Overall, automated testing is the one efficient way for your organization to save a company’s time and wealth as it facilitates the testing process and delivers a product with higher quality.
