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Trending 11 Test Automation Platforms that Can be Run in Linux – Explore Now!

AI-powered intelligent test automation platforms are now catching up with the Industrial revolution 4.0. They enable cloud-deployments, cross-platform support sync with CI/CD workflows, and more! Also, both coded and no-code platforms are now available to build test automation scripts, thereby encouraging more test automation developers to join the automation workforce.

Regarding cross-platform support, several of these test automation tools are now enabling testing capabilities on Linux, Windows, and Mac. Promoting testing capabilities on multiple operating systems is essential to ensure high test coverage. This article discusses some of these trending tools that support Linux, particularly for test automation. Let’s learn more about these tools!

 

List of Test Automation platforms supporting Linux Operating system

1. TestProject

This cloud-enabled, end to end test automation platform is available free to all for a lifetime. It can be used for Web-based, mobile, and API test automation. To enable DevOps and CI/CD capabilities, it allows easy integration with 3rd party tools such as Slack, GIT, Jenkins, etc.

Along with Windows, it has Linux support as well without requiring the hassle of driver management. The Shell Commands AddOn also lets you execute system commands on Linux (sh).

It is an AI-powered tool featuring self-healing artificial intelligence with the Web Test Recorder and the Mobile Test Recorder. These test recorders capture user scenario-related real-time activity for any mobile and web-based applications. Their Open source SDK associating with Python, Java, and C# is robust, helping build efficient test scripts.

2. Microfocus UFT One

Microfocus’s Unified Functional testing tool helps with functional testing on Web, Mobile, and API applications. It supports an end to end testing platform for QA engineers. Cloud-based deployment helps to scale up tests and helps QA projects test more in less time. CI integration plugins include Jenkins ALM, Azure DevOps Server, etc.

This tool can be installed on Windows and Linux as well. They have two types of installers for users to choose between to support this – an inbuilt installer and a standard RPM installer.

From the perspective of multi-programming language support, VBScript is primary. Additionally, it also supports JavaScript, Windows shell script, etc. This tool also is powered by AI – thus making it resilient and intelligent. Visual test-driven design and parallel testing also help the QA engineers, making test automation easy.

3. IBM Rational Functional Tester

IBM RFT tool helps with functional testing on Windows and Linux operating systems on tests associated with Web, Mobile, and API applications. In Windows, as soon as the tool is installed, it’s ready to be used by the QA engineer for automation. For Linux, there are environment configurations to be performed apart from installing the tool.

The tool Integrates with other tools like IBM RFT, IBM RQM, IBM Jazz, etc. Test scripts can be scripted using programming languages like Java or Microsoft Visual Basic. NET.

The tool’s test recorder, Advanced ScriptAssure technology, helps create scripts easily. It also is powered with intelligent script maintenance capabilities. The Storyboard testing feature simplifies script development by using test visualization, natural language, and rendered screenshots.

4. Selenium

For web test automation, Selenium integrates the IDE, Webdriver, and the Selenium Grid. This open-source framework is free for all test automation platforms that can be combined with many tools. This powerful tool can be associated with Windows and Linux. It also offers support across multiple browsers to ensure high test coverage.

Selenium Web driver helps automate browser tests. A test can be written using several programming languages such as Python, Java, C#, and Python. The vital record and playback feature can be enabled and used to build tests quickly. The popular Selenium Grid helps projects scale up tests by enabling distribution and coverage of tests among several test machines and multiple environments from a single point of test trigger.

5. Parasoft SOATest and Virtualize

Parasoft SOATest and Virtualize tools can be associated with Linux as well, along with Windows. It is a test analysis tool for testing a wide range of tests on APIs and API-driven apps. Some of the supported tests include functional unit tests, regression tests, UI tests, load tests, and more.

Their service virtualization is powerfully associated with Parasoft Virtualize, while SOATest provides the platform for intelligent stubs. As with the other tools, it syncs with the CI/CD principles, and the device can be configured to execute regression tests as part of the CI process. It can integrate with tools like Jenkins for the same.

The tool has the Smart API test generator. This Google Chrome plugin converts manual GUI user-based interactions tests to automated API tests.

6. ZeuZ

ZeuZ continuous testing tool is a scriptless automation testing tool. It can build tests associated with web applications, mobile applications, desktop applications, API, IoT, and cloud services. Windows, Linux support is enabled in this tool.

It supports cloud-based and on-premise deployment modes. It seamlessly integrates with tools like JIRA, GIT, Jenkins, QMC, etc. Thus, QA engineers can customize your project code and combine it with the project’s CI/CD workflow.

As with the other tools listed in the article, it is also powered by AI. Also, the Click-and-Test recorder is powered by an artificial intelligence element recorder. Selenium, image comparison, voice recognition, Appium, performance testing, and 50+ tools are included in the kitty. Scalability is also a useful feature – where the test tool allows projects to create and deploy tests from cross-browsers.

7. Appium

Appium is one of the open-source automated testing platforms associated with the WebDriver protocol in the mobile-specialized test automation arena. It works for the diverse set of native and hybrid mobile web applications related to mobile devices. This test automation can be linked with real devices, emulators, and simulators.

Appium can be installed on Linux as well, apart from Windows. Being powered by AI, it has the AI-powered element-finding feature. With regards to 3rd party tool integration, it integrates with Jenkins, SauceLabs, etc.

While creating test scripts, QA engineers can have access to back-end APIs and databases from test scripts. You can choose among any of the popular Dev tools using programming languages such as Python, Javascript, Java, PHP, and more.

The tool’s specialty is that QA projects can test native-based applications without including the SDK. You don’t need to recompile the application to save time and effort for the project. Tools like TestProject, Oxygen, etc., have integration capabilities with Appium.

8. LambdaTest

This cloud-enabled tool provides a Selenium Testing Grid online for cross-Browser based test automation. Hence, the Selenium-based test scripts can be run across a wide range of mobile browsers, versions, along with parallel testing capabilities. To be enabled with CI/CD setup, integrations with CI/CD Tools are also possible. Being AI-powered, using the SmartUI feature, QA automation developers can perform visual regression testing.

Apart from Windows, for testing locally hosted web pages, it also supports testing in the Linux platform using the Lambda Tunnel feature.

Their popular Geo-Targeting feature enables virtual testing across countries all over the world. Languages that are supported for programming are Python, Java, JavaScript, PHP, and more.

9. Telerik Test Studio

This test automation platform is used by .NET development teams primarily for functional, API testing, and load testing. They have the coded and no-code option. Apart from Windows, projects can run mobile tests associated with Linux as well.

The tool’s mixed element detection feature makes tests more stable and reliable while keeping test maintenance minimal. Their AI intuitive features can be built for functional, desktop, based, and mobile testing. Maintenance is minimal thanks to the AI-powered element detection, feature, intelligent suggestions, and multi-mechanism element search.

Also, the Record-Playback feature enables fast automation. QA engineers can also use the scheduling option to schedule tests as per business requirements.

Regarding 3rd party tool integration, we can integrate test suites in the CI/CD setup scenario with popular tools like Jenkins, TeamCity, etc.

10. Eggplant Functional

The EggPlant functional testing tool can be installed on Linux and Windows as well for Selenium WebDriver tests. It supports automation for API tests, Selenium WebDriver tests, Mobile WebDriver testing.

While performing Selenium WebDriver testing, QA engineers can use it in a standalone mode. In the hybrid model, they can perform tests using VNC, RDP connections for image-based tests. The Mobile WebDriver tests can be associated with Android and iOS mobile devices.

11. Apache JMeter

The Apache JMeter open-source test automation tool is used for automating web apps and load tests. It has the Command line mode option where load tests can be executed from Windows and Linux operating systems. It works at a protocol level and can associate load and performance tests on many different apps, protocols like TCP, Web HTTP, Web HTTPS, SOAP web services, REST web services, SMTP(S), and more. Continuous integration can be performed via 3rd party tools such as Jenkins, Maven, and Gradle.

QA engineers can execute performance tests on static and dynamic resources, and web dynamic apps as well. For load testing, heavy load simulation is performed using the tool. The distributed testing support is useful for QA projects, where QA engineers can use many systems remotely in a distributed fashion for stress testing.

Conclusion

The test automation platforms that offer cross-platform support are becoming more popular, as clients want to be sure that their product conforms with high test coverage. The tools, such as those mentioned in this article, mainly offer Linux support apart from Windows. They also provide advanced technological features on par with the ongoing trends in software. Eventually, these tools aid in acquiring and retaining customers as well as improving their business. When QA engineers can avoid test coverage gaps using efficient and powerful tools like these, why not try them out?

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