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> **Original source:** https://contact-rajeshvinayagam.medium.com/mastering-testrigor-a-practical-guide-to-using-the-platform-effectively-ead8614657c0

5 min read

Jan 18, 2025

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In our [previous](https://contact-rajeshvinayagam.medium.com/f03275e23b17) article, we introduced **testRigor**, the AI-driven test automation platform that allows teams to create and maintain test cases with plain English commands. This follow-up guide provides a detailed, hands-on approach to effectively using testRigor, showcasing its versatility, advanced features, and best practices to maximize its potential.

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## Why testRigor? A Quick Recap

Traditional test automation tools often struggle with:

-   **High Maintenance Overhead**: Test scripts break frequently with UI changes.
-   **Skill Dependencies**: Requires technical expertise to create and maintain scripts.
-   **Scalability Issues**: Managing large test suites and executing tests efficiently can be challenging.

**testRigor** addresses these challenges by offering:

-   **Codeless Test Creation**: Write tests in plain English, accessible to all team members.
-   **AI-Powered Self-Healing**: Automatically adapts to UI changes, minimizing maintenance.
-   **Generative AI**: Automates test creation from user stories or descriptions.
-   **Cross-Platform Support**: Test web, mobile, desktop, and APIs in a unified framework.

With these strengths, testRigor is an indispensable tool for modern testing teams.

## Getting Started: From Setup to Execution

### Step 1: Setting Up Your Account

1.  **Sign Up**: Visit [testRigor Sign-Up](https://testrigor.com/sign-up/) to create an account.
2.  **Choose Deployment**: Select either:

-   **Cloud**: Quick setup, ideal for most users.
-   **On-Premise**: For organizations with strict security or compliance needs.

**3\. Customize Configuration**: Adjust settings based on your requirements:

-   Platforms: Windows, macOS, iOS, Android.
-   Parallelizations: Define the number of parallel executions to optimize test speed.

## Creating Your First Test Case

### Option 1: Using Generative AI

-   Describe your test scenario in plain English.
-   Example:

I want to test the login flow for my application.   
The user should enter an email and password, click login, and   
verify they are on the dashboard page.

-   testRigor will generate the corresponding test steps in plain English.

open url "https://example.com"  
enter "user@example.com" into "Email"  
enter "password123" into "Password"  
click "Login"  
check that page contains "Dashboard"

### Option 2: Writing Tests Manually

-   Navigate to the test creation interface and Write test steps in plain English.
-   Example:

open url "https://example.com"   
enter "testuser@example.com" into "Email"   
enter "password123" into "Password"   
click "Login"   
check that page contains "Welcome to the Dashboard"

### Option 3: Using the Record-and-Playback Tool

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-   Start the recorder and perform actions on the application.
-   Save the recorded steps, refine them, and replay to validate.

## Exploring Common Use Cases

### 1\. Web Application Testing

-   Automate workflows such as user registration, login, and cart management.
-   Example:

open url "https://example.com"  
enter "user@example.com" into "Email"  
enter "securepassword" into "Password"  
click "Login"  
check that page contains "Welcome, User"

### 2\. Mobile App Testing

-   Test native and hybrid mobile applications on Android and iOS.
-   Example:

start device "Pixel 6"  
click "Login"  
enter "mobileuser@example.com" into "Email"  
enter "123456" into "OTP"  
click "Submit"  
check that page contains "Account Dashboard"

### 3\. API Testing

-   Validate API endpoints, responses, and payloads.
-   Example:

call api post "https://api.example.com/auth" with headers "Content-Type:application/json" and body "{\\"username\\":\\"test\\",\\"password\\":\\"1234\\"}" and save it as "response"  
check that stored value "response" contains "token"

### 4\. Visual Testing

-   Compare screenshots to detect visual changes.
-   Example:

compare screen to previous version with allowance of "2%"

### 5\. File Download and Validation

-   Validate downloaded files’ content.
-   Example:

click button "Download Report"  
check that file "report.pdf" was downloaded  
check that downloaded file contains "Summary Report"

## Advanced Features to Streamline Testing

### Reusable Rules (Subroutines)

Save repetitive steps as reusable rules to maintain consistency and reduce redundancy.

-   Define a rule:

Rule: login  
enter stored value "username" into "Email"  
enter stored value "password" into "Password"  
click "Login"

-   Use the rule in tests:

login  
check that page contains "Welcome Back"

### Dynamic Data Generation

Generate unique values to test scenarios involving dynamic inputs.

-   Example:

generate unique email, then enter into "Email"  
generate from regex "\[A-Za-z0-9\]{8}" and save as "userId"

### Conditional Execution

Run steps conditionally based on application state.

-   Example:

if page contains "Welcome" then  
  click "Continue"  
else  
  click "Retry Login"  
end

### API Mocking

Mock API responses to test edge cases or reduce dependency on third-party APIs.

-   Example:

mock api call "https://api.example.com/orders" returning body "{\\"status\\":\\"success\\"}"

### Data-Driven Testing

Run the same test with different data sets.

-   Example:

for each in table "UserData" do  
  enter ${Email} into "Email"  
  enter ${Password} into "Password"  
  click "Login"  
  check that page contains "Welcome"  
end

## Best Practices with testRigor

1.  **Keep Tests Modular**: Use reusable rules to maintain modularity and reduce redundancy.
2.  **Focus on End-User Behavior**: Write tests from the perspective of what the end user will do.
3.  **Leverage Self-Healing**: Rely on testRigor’s AI to adapt to UI changes instead of hardcoding locators.
4.  **Use Parallel Execution**: Configure parallel test runs for faster execution.
5.  **Regularly Review and Refactor Tests**: As your application evolves, periodically review test cases to ensure relevance.

## Troubleshooting Common Issues

### 1\. Test Fails Due to Missing Elements

-   Use conditional commands like `if exists` to avoid failures. Example:

click "Retry" if exists

### 2\. Dynamic Data Issues

-   Use generated values to handle dynamic data inputs. Example:

generate from regex "\[a-zA-Z0-9\]{8}" and save as "orderId"

### 3\. Debugging Failures

-   Analyze detailed reports and logs to identify root causes.

## Conclusion

**testRigor** isn’t just another test automation tool; it’s a transformative platform that empowers teams to focus on delivering quality software without the technical complexity of traditional automation tools. By leveraging its AI-driven features, reusable rules, and natural language commands, teams can enhance collaboration, reduce maintenance, and achieve faster release cycles.

Whether you’re a QA engineer, developer, or product manager, testRigor is designed to simplify your testing journey. Start exploring its capabilities today and see the difference it can make in your software delivery pipeline.