API Automation Test Demo with Robot Framework

In the dynamic world of software development, automated testing has become an essential practice to ensure the delivery of high-quality and reliable applications. When it comes to testing application programming interfaces (APIs), Robot Framework has emerged as a powerful and user-friendly tool. In this blog, we will explore the Demo_API_AutomationTest_RobotFramework project hosted on GitHub, providing an insightful understanding of API automation testing using Robot Framework.

Understanding Demo_API_AutomationTest_RobotFramework:

The Demo_API_AutomationTest_RobotFramework project, available on GitHub, is a comprehensive example of API automation testing using Robot Framework. Created by me (Piyathida San-aoun), this open-source repository aims to demonstrate best practices for automating API tests with ease.

This is the requirement for Demo Test

GitHub Repository Overview:

Before we delve into the details of the project, let’s briefly go over the key components of the repository:

Architecture for project

1. Test Cases: The repository contains a set of test cases that demonstrate various scenarios and functionalities of API testing. Each test case is written in a simple and readable format, allowing testers and developers to understand the test logic easily.
2. Keywords: The project includes custom keywords that abstract the underlying complexities of API calls. These keywords facilitate reusability and maintainability by encapsulating commonly used actions within the API testing framework.
3. Test Data: Properly formatted test data is crucial for effective API testing. The repository provides relevant test data that reflects different test scenarios, including positive and negative test cases.
4. Test Execution: The project demonstrates how to execute API tests using the Robot Framework. This includes setting up the necessary environment, executing test cases, and generating meaningful test reports.
5. Documentation: The repository also contains detailed documentation, explaining the purpose of each test case, the role of keywords, and other essential information to help users understand and contribute to the project.

How to Use the Demo_API_AutomationTest_RobotFramework:

Now that we have an overview of the project, let’s explore how to use it for API automation testing:

After you repository on GitHub (https://github.com/San-aoun/Demo_API_AutomationTest_RobotFramwork/tree/main) then you clone code like the picture

1. Clone the Repository: To get started, clone the Demo_API_AutomationTest_RobotFramework repository to your local machine using Git.
2. Install Dependencies: Ensure you have the necessary dependencies installed on your system, including Python, Robot Framework, and related libraries.
3. Explore the Test Cases: Once the repository is cloned and dependencies are installed, dive into the test cases to understand how they are structured and how they interact with the API under test.
4. Execute the Tests: Run the test suite using the Robot Framework command-line interface to execute the test cases. Observe the test results and generated reports to assess the API’s behavior.
5. Extend and Customize: The best part of open-source projects is that you can extend and customize them to fit your specific use case. Feel free to add more test cases, modify existing ones, or contribute enhancements back to the community.

After you run the code then you will see the results folder on the left side

Conclusion:

Automated API testing is a critical aspect of ensuring software quality, and the Demo_API_AutomationTest_RobotFramework project on GitHub serves as an excellent resource for mastering API testing with Robot Framework. By following the examples and best practices showcased in this repository, you can enhance your testing skills and deliver more reliable and robust applications.

Remember, automation testing is an ongoing process, and as technologies evolve, so will the need to adapt testing strategies. Embracing open-source projects like this one not only empowers your testing efforts but also strengthens the collaborative spirit of the software development community. Happy testing!