Test Automation Tool For Manual Testers

Pragya Yadav

Test Automation Tools

When skilled testers use their expertise to ensure software quality without using any programming test script, that testing may be termed ‘manual testing‘. However, the debate that there is nothing called manual or automated testing is eternal. There is an emphasis that everything falls under ‘software testing’ or quality assurance. The reason behind this is that even when the automation scripts are run in an automated fashion, there are humans behind this work who write, maintain, and debug the code of these test scripts.

Hence, when we mention test automation tools for manual testers, we are talking about software testers who do not use any programming automation scripts to perform testing. They can learn and be an expert in coding and use legacy test automation tools for test automation. However, that will need time, effort, and a learning curve. Read here manual testing vs. automation testing.

Is there a way where manual testers not have to spend time learning all these intricacies of programming and get the automation testing done faster, more efficiently, and with less effort? The answer is Yes.

Since manual testers are already well acquainted with the deeper layers of software testing, an intelligent test automation tool may sail alongside to find a better way toward software quality. The following sections will explore how testRigor is a perfect companion for manual testers to become automation experts quickly.

Vision Behind testRigor

The vision behind testRigor is to simplify the process of software testing. The tool was created to make automation testing more accessible, efficient, and effective, especially for those who may not have extensive programming skills.

This vision addresses some key challenges and limitations traditional testing methods and tools face. These challenges exist around the complexity of test automation, the high maintenance costs of automated tests, and the entry barriers for manual testers who want a transition to automated testing.

With traditional automation tools, the efforts and time spent scripting the test cases using programming languages are enormous. It takes months of hard work to get the test scripts running. With faster delivery cycles and frequent changes in the application, the existing test cases may become useless if there is any change in the UI.

For example, an e-commerce application changes the checkout process from clicking a ‘Buy‘ button workflow to ‘Add to cart‘ and ‘Go to cart‘ workflow. It will impact the majority of existing test scripts, and the changes need to be incorporated to make the test scripts work again. Now, in the case of Agile environments, making these changes may require extra time and effort. The team may decide to quickly close the testing through manual testing instead and move the maintenance task to the next sprint. Do you see the waste of time and people’s effort here? The test scripts are lying useless in the absence of required test maintenance.

testRigor’s mission is to remove such obstacles during testing activities. It uses generative AI to let you write test cases in plain English without any pre-requisite of programming language knowledge. The tool requires minimum maintenance in case of UI changes and is intelligent enough to incorporate most of them. Otherwise, these changes are so straightforward that they require minimum time for test script updates.

Manual to Automation Testing Transition

Today, every organization is using a balanced mix of manual and automated testing to achieve the required software quality. The testers should know the software testing concepts thoroughly, and they should know how to apply these concepts using automation scripts. Testing and programming skills have become a requirement for a successful software testing career. How about someone skilled in manual software testing who did not get the opportunity to write programming test scripts? Is it a setback for their career? The answer is a straight NO. Skills and experience are always well-spent; undoubtedly, the domain and software testing skills that you gain through manual testing are invaluable. However, learning a new programming language and creating test scripts using it may not be everyone’s cup of tea because they may not enjoy it.

Faster delivery cycles of DevOps and Agile require automation scripts to run the application testing 24/7 and in parallel. If you are someone who wants to make this smooth transition from manual to automation testing, testRigor is the ultimate companion. You need not learn any coding and can write ultra-stable test cases in plain English. Moreover, you can import your manual test cases into testRigor and, with a few changes, run them using testRigor’s test automation capabilities for web, mobile, desktop, and API.

Here are the reasons why this manual to automation testing transition is easy for you with testRigor:

Lowers the entry barrier: Plain English test steps make automation testing accessible to a broader range of professionals, including manual testers, business analysts, and domain experts who may not have coding skills. Thus, testRigor reduces the need for technical know-how. It easily supports more comprehensive adoption of test automation practices across different teams. If you can write test cases for manual testing, then you can use the same test cases with small changes to be run in testRigor.
Minimum test maintenance effort: testRigor was created to minimize the enormous test automation maintenance effort. testRigor addresses this challenge by using AI and machine learning algorithms to intelligently adapt to changes in the application’s UI and functionality, thereby reducing the time and effort required to maintain test scripts. Even if you want to change the test scripts yourself, you just need to change the English text in the test step, and you are good to go.
A single tool for all testing needs: testRigor’s vision includes not just simplifying the creation and maintenance of tests but also improving the quality of testing through enhanced accuracy and coverage. By enabling more stakeholders to participate in the testing process and facilitating more accessible test updates, testRigor helps ensure that tests remain relevant and comprehensive, covering a wide range of use cases and scenarios. The supported testing types, platforms, and testRigor’s advanced features help testing teams rely on a single tool to perform the holistic end-to-end testing of the application.
Supports Agile and DevOps teams: The seamless integration with CI/CD pipelines enables rapid test creation/execution and provides quick feedback to development teams. This alignment helps organizations to accelerate their development cycles while maintaining high-quality standards.
Simple usage by technical and non-technical personnel: testRigor encourages collaboration between technical and non-technical team members. This collaborative approach ensures that testing reflects various perspectives and requirements, ultimately leading to more user-centric and robust software products.

testRigor’s features Supporting Manual Testers

Here we are listing the features that unwaveringly support manual testers. testRigor lets you use your testing expertise to create more robust test cases instead of focusing on test script creation, debugging, and maintenance:

Test creation/generation in English: Using testRigor, you can write tests in plain English, significantly reducing the learning curve associated with automation scripting languages. This feature is particularly beneficial for manual testers who may not be familiar with coding. Here is an example of a testRigor test case:
```
enter "Kindle" into "Search"
enter enter
click "Kindle Scribe"
click "Add To Cart"
check that page contains "Item Added To Cart"
```
You can also generate test cases in plain English using testRigor’s generative AI capabilities. Just provide a description, and testRigor will automatically generate the test case for you. Also, you can use testRigor’s recorder to record your UI actions and get the test case created in plain English. Choose the way that suits you most to create/generate your plain English test cases quickly.
No coding required: testRigor removes the dependency on the need for coding. Therefore, it is an ideal choice for manual testers. It allows for complex test scenarios such as data-driven testing, 2FA, QR code, file testing, database testing, geolocation, SMS, phone calls, email, audio, video, visual, accessibility testing, etc., to be automated in plain English. Using its intuitive UI and natural language commands, you can perform complex user actions.

For example, here is a how-to guide on file testing using testRigor. Compared to traditional automation testing tools, you can easily compare the ease of file testing with testRigor.
AI-powered test maintenance: testRigor uses artificial intelligence to reduce the maintenance effort typically associated with automated tests. It can automatically adjust tests based on changes in the application’s UI, decreasing the time spent on updating tests after each application update.
Comprehensive test coverage: testRigor enables manual testers to easily create and run a wide variety of tests, including functional, regression, and integration tests, helping to improve overall test coverage and application quality. It helps you cover complex scenarios easily, and with this, more robust test cases can be created, enhancing the overall test coverage and product quality.
High-quality test cases: The natural language approach makes writing test cases more manageable. It ensures that they are readable and understandable by anyone on the team, including those who may not have a technical background. This enhances team communication and collaboration, resulting in better-quality test cases that everyone understands, unlike programming heavy test scripts.
Seamless integration: It can be integrated into CI/CD pipelines, and it supports integrations with popular tools like JIRA, Slack, test management tools, infrastructure providers, ERP, CRM systems, and more. This helps automate the entire testing lifecycle and ensures seamless communication within teams. You need not manage the complex dependencies, installations, URLs, etc., as is the case with traditional test automation tools.
Scalable and stable: testRigor implementation is not dependent on white-box information like XPaths/CSS locators. The elements are identified by what text users see on the UI, and these tests are ultra-stable, scalable, and adaptable. UI changes are easily incorporated into the test scripts without human intervention. For example, if a ‘Buy‘ button is changed from <button> tag to <a> tag, testRigor will learn how the button is rendered and understand the button’s role within the application context.

Steps to Start Automation Testing with testRigor

Follow these easy steps to get going with testRigor-supported automation testing in no time:

Understand testRigor’s capabilities: Begin by exploring testRigor’s features or documentation. Understand its capabilities, such as web and mobile testing, API testing, and its support for various integrations. Utilize tutorials, webinars, and documentation provided by testRigor to familiarize yourself with the platform. To gain more insights, you can also go through testRigor’s ‘Generative-AI Based Testing Certification‘.
Get an account: Start a free open-source/ private/ enterprise account and use testRigor directly. Just a simple registration, and you can start building and running the test cases immediately, with no setup or installation hassles.
Start test case writing: Generate/ record/ create test cases in plain English. You can also import your manual test cases and tweak them a bit to make the syntax testRigor appropriate, and that’s it.
Run test cases: Run your test cases in parallel, 24/7, to achieve excellent test coverage and software quality. You can view the video recording of the test execution, test logs, test screenshots, reports, and error message text to analyze the test results.

Conclusion

testRigor is an AI agent designed to help manual testers perform tasks they are experts at, i.e., creating more robust test cases. We do not want testers to waste their precious time in writing, debugging, maintaining programming test scripts, and handling numerous exceptions. All these activities dilute the sole purpose of test automation.

The automation testing framework should provide significant ROI and remain relevant, stable, and scalable when required. Otherwise, test automation becomes more of an overhead than a supporter of testing activities. The testing tool and the whole testing ecosystem should be the flag bearer of software quality and not become an obstacle instead.

When there are great options available, why not avail the services? Choose an automation testing tool that is intelligent and adaptive to your project needs, testing skills, and budget. Make sure to decide upon an automation testing tool that requires minimum maintenance to keep the test scripts valid and working for the long term.