What Is Robot Framework
The Robot Framework, an open-source test automation framework for acceptance testing and acceptance test-driven development, empowers users with its modular and extensible architecture. To enhance your proficiency in utilizing this framework, consider exploring Robot Framework Test Automation Training in Chennai. This comprehensive training resource covers various aspects of the Robot Framework, providing valuable insights into its keyword-driven methodology and modular structure. This blog we will discuss how to use the Robot Framework with Python.
Robot Framework Architecture
Once the Robot Framework is established, editing the test data’s table format is straightforward. In addition to producing logs and reports, it executes the process data. The libraries handle the intersection with the target under test; the main framework does not know it. Libraries can employ low-level testing tools as drivers or use the application interface directly.
Standard Robot Framework Libraries
Discover the power of standard Robot Framework libraries, offering a comprehensive suite of pre-built functionalities for efficient automation. These libraries provide ready-to-use keywords, simplifying the creation of robust test cases. From file operations to web interactions, these standardized tools streamline the development process, ensuring consistency and reliability in your Robot Framework projects.
Test Cases
Instead of being automated test cases, the Robot Framework’s test cases are permitted to be written in plain English. It uses a Keyword Test-driven methodology that aligns more with natural language regarding actions than expectations. The available keywords in the test case table generate test cases. For those looking to enhance their skills, Robot Framework Online Training can be a valuable resource for gaining in-depth knowledge and expertise in utilizing this versatile automation framework.
- Workflow Tests
A test case table contains the test names in the first column. A test case begins with anything in the column and continues until the end of the table or the next test case name. The exception to this rule is when variables with written keyword values are set. Usually, the second column carries the name of the keyword.
- Higher-level Tests
The exception to this rule is when variables with written keyword values are set. Usually, the second column carries the name of the keyword.
- Data-Driven Tests
Test data can be isolated using data-driven testing without imitating procedures. The Robot Framework’s [template] configuration sets the test case for a data-driven test.
Keywords
- Library Keywords: The standard library contains definitions for all the lowest-level terms, which can be implemented using Python, Java, and other programming languages. Test libraries included with Robot Framework can be classified as standard or custom libraries.
- User Keywords: Using existing keywords to generate unique high-level keywords is one of the significant capabilities of the Robot Framework.
The Robot Framework is an open-source test robot automation framework for acceptance testing and acceptance test-driven development. If you are looking for a comprehensive Training Institute in Chennai, you can explore various training programs offered by reputable institutions to enhance your skills in test automation.