Best Regression Testing Tools for Linux

Sahi Pro is a no-code test automation tool for web, desktop, mobile, and SAP applications. Sahi Pro empowers business testers and automation engineers to streamline their test automation processes. Sahi Pro reduces the time, effort, and complexity involved in test automation, making it an ideal choice for various domains including automobile, healthcare and BFSI. Features: 1. Non-flaky Test Execution - For reliable test results and reduced time wastage in analysis of false-positives or false-negatives. 2. Supports Multiple Technologies - Achieve end to end automation across technologies. 3. No-code Automation - Enable non-technical business testers to automate. 4. Integrations - Integrate and work with your existing ecosystem. Testers using Sahi Pro easily automate complex tests without writing code. With Sahi Pro, you can achieve faster release cycles, improved software quality, & reduced costs. Our customers love Sahi Pro for its speed, flexibility, and ease of use.

Testsigma is a low-code end-to-end software testing platform that works out of the box. It's built to enable modern Product teams to collaboratively plan, develop, execute, analyze, debug, and report on their automated testing—for websites, native Android and iOS apps, and APIs. Testsigma test scripts are code-agnostic. While the platform itself is built with Java, you can write test scripts in simple English or use the Test Recorder to generate airtight test scripts for websites and native mobile apps. You can also use the test recorder on your own device farm/grid or on Testsigma's built-in device lab on the cloud. The platform has built-in visual testing, parametrized or data-driven testing, 2FA testing, and more advanced features for easy test automation. Our AI automatically fixes unstable elements and test steps, identifies and isolates regression-affected scripts, and provides suggestions to help you find and fix test failures.

Cerberus Testing is a low-code software testing automation enabling continuous testing at scale. Using the solution you can remove years of implementing an internal testing framework. The product enables you to quickly iterate through your testing lifecycle, from test repository, execution, reporting and analytics. The solution allows the collaboration of the teams from the use-cases definition to the test case execution on the variety of browsers, devices, apps and APIs. You can leverage your own or external robots infrastructure to execute your test at scale, enabling you to focus on your business value. It supports various integrations for speed of implementation such as Jenkins, Bitbucket, Slack, Kafka. It is available and maintained in open-source by various digital and retail players such as La Redoute, Decathlon, Adeo, and Norauto.

JIterator Traffic Testing Platform is an automated testing solution that revolutionizes the way Java backend systems are tested. With its core functionalities centered around traffic recording and replay, it offers a streamlined approach to ensure system stability and accelerate development cycles. Key Capabilities • Traffic Recording and Replay: Capture and replay user request traffic with ease, ensuring thorough testing coverage. • Data Comparison: Quickly identify discrepancies through intelligent data comparison tools. • Automated Test Case Generation: Generate test cases automatically from recorded traffic, reducing manual effort. • Environment Simulation: Simulate and isolate testing environments for reliable and secure testing. Why Choose JIterator? • Efficiency: Streamline your testing process and reduce time-to-market. • Accuracy: Trust in the precision of automated data comparison and analysis.

MarathonITE makes it easy to create GUI tests. You can quickly automate your functional tests and regression tests. MarathonITE has an open and flexible architecture based on open source projects like Marathon, Ruby and Selenium. MarathonITE makes creating, maintaining and executing automated test scripts easy. MarathonITE provides excellent ROI for your test teams. Some of the powerful features of MarathonITE include: Intelligent recording and replay, flexible and configurable object map, selenium/WebDriver bindings for Java™ applications. MarathonITE is a professional tool for creating and executing automated tests through GUI for applications developed using Java/Swing™, Java/Fx™ and Web technologies. MarathonITE provides Selenium/WebDriver bindings for Java application runtime to provide flexible and powerful API to interact with the applications and create GUI tests. Test automation is a combination of two activities – testing and software development.

Diffblue Cover analyzes your existing Java program and writes unit regression tests that reflect the current behavior of the code. The CLI tool works 100% autonomously, configuring itself from your Maven or Gradle environment. By bringing automation to the test-writing process, the CLI tool provides a speed boost for organizations that are working towards achieving DevOps goals like CI/CD. Since it fits into a CI pipeline, the CLI tool protects the whole codebase from regressions by shifting testing left. Diffblue Cover's unit regression tests run fast and verify new code changes immediately, helping users detect undesirable changes in the code’s behavior as early as possible, when they're the quickest, easiest, and cheapest to fix. And tests are automatically maintained, saving teams even more time.

Test Mace is a modern powerful crossplatform tool for working with an API and creating automated API tests. Create requests and scenarios using variables, authentication, autocomplete feature and syntax highlighting. Build complex scenarios using our convenient and simple UI interface. Perform full regression testing with just one click. Assign a request result to a variable and get access from other nodes. Save authorization tokens, response headers or parts of a response body. Run your scenarios in different environment contexts. Use this to organize development, stage and production environments. Embedded authentication methods will help you to do authentication if you use one of the most popular types. You can use quick share feature to share your request with colleagues. Just press a button to copy a specific node's url. All that you need now is to send this url to your teammate.

Extend your SpiraTest installation with support for automated regression testing. Our RemoteLaunch application will connect to your automated testing tools and allow SpiraTest to orchestrate your testing activities, both manual and automated in one place. Automated test scripts are a valuable way to perform regression testing on applications to ensure that new features or bug fixes don’t break existing functionality. They typically supplement manual testing which is more efficient at the testing of new features and capabilities. For complete test coverage you need to perform the same automated tests across a complete spectrum of platforms, browsers, devices and environments. Using RemoteLaunch® with SpiraTest® or SpiraTeam® allows you to manage the automated testing process. Track the automated tests against the project’s requirements Have a holistic view of manual and automated testing.

Serenity BDD helps you write cleaner and more maintainable automated acceptance and regression tests faster. Serenity also uses the test results to produce illustrated, narrative reports that document and describe what your application does and how it works. Serenity tells you not only what tests have been executed, but more importantly, what requirements have been tested. One key advantage of using Serenity BDD is that you do not have to invest time in building and maintaining your own automation framework. The aim of Serenity is to make it easy to quickly write well-structured, maintainable automated acceptance criteria, using your favourite BDD or conventional testing library. You can work with Behaviour-Driven-Development tools like Cucumber or JBehave, or simply use JUnit. You can integrate with requirements stored in an external source (such as JIRA or any other test cases management tool), or just use a simple directory-based approach to organise your requirements.

The JCov open-source project is used to gather quality metrics associated with the production of test suites. JCov is being opened in order to facilitate the practice of verifying test execution of regression tests in OpenJDK development. The main motivation behind JCov is the transparency of test coverage metrics. The advantage to promoting standard coverage based on JCov is that OpenJDK developers will be able to use a code coverage tool that stays in the 'lock step' with Java language and VM developments. JCov is a pure java implementation of a code coverage tool that provides a means to measure and analyze dynamic code coverage of Java programs. JCov provides functionality to collect method, linear block, and branch coverage, as well as show uncovered execution paths. It is also able to show a program's source code annotated with coverage information. From a testing perspective, JCov is most useful to determine execution paths.

An open-source Ruby library for automating tests. Watir interacts with a browser the same way people do, clicking links, filling out forms, and validating text. It requires Ruby 2.6+ and Selenium 4.0 which was just released last week. It’s been a long road since Watir 6.0 was released almost 5 years ago. That version was a substantial reenvision of Watir’s default approach to automation, especially as it relates to Selenium. It was designed to combine the original philosophy of Watir with the power of Selenium. Watir 7 is mostly just a much more stable and performant implementation of that vision. When developing a gem intended to be used with Watir, you can run your code with WatirSpec to make sure that requiring your code does not break something else in Watir. Watir code is tested on Linux with the latest versions of supported browsers and all active Ruby versions. Watir code is run through Coveralls to encourage PRs to ensure all paths in their code have tests associated with them.

IBM Rational Functional Tester is an automated functional testing and regression testing tool. This software provides automated testing capabilities for functional, regression, GUI and data-driven testing. It supports a range of applications, including web-based, .Net, Java, Siebel, SAP, terminal emulator-based applications, and PowerBuilder. Simplifies test visualization and editing using natural language and rendered screenshots. Enables testers to automate tests resilient to frequent application user interface changes with ScriptAssure technology. Combines a recorder of user actions with multiple customization options and intelligent script maintenance capabilities. Supports sharing of functional tests across team members and running on hybrid environments with integrations with Rational Test Automation Server.

TimeShiftX is a date and time shift testing software that lets you time travel software into the future or past for temporal testing all date and time sensitive functionality and code such as end of year-month, daylight savings time, leap year, billing, rates, policies, etc. Perform time travel testing without changing system clocks, editing code, or isolating servers.

TESSY automates the whole unit test cycle including regression testing for your embedded software in C/C++ on different target systems. As an easy-to-install and easy-to-operate testing tool TESSY guides you through the unit test workflow from the project setup through the test design and execution to the result analysis and reporting. TESSY takes additional care of the complete test organization as well as the test management, including requirements, coverage measurement, and traceability. The TESSY test project management feature provides the possibility to define an individual test project structure based on collections and folders, to define environment variables, and to configure your desired compiler/debugger with the help of the integrated Test Environment Editor. The coverage results are displayed directly within the project structure and the test results are stored within test runs which allows for keeping former (successful) results for reporting.