The architecture of the robot framework
The test data is simple to edit the table format when the robot framework is started. It executes the process data and generates logs and reports. The core framework does not know anything about the target under test and the intersection with it is handled by the libraries. Libraries can either directly use the application interface or use low-level testing tools as drivers. Robot Framework has a modular architecture that can be bundled and expanded with self-declared libraries. When execution begins, the framework parses the data before it. It then uses the keywords provided by the libraries to interact with the destination system. Libraries can intercommunicate orderly with the system or use other tools as drivers. Test or task execution starts from the command line. As an outcome, we get a report and log in HTML format as well as an XML output.
Robot Framework in Python
In this article, we will see the robot framework and we will cover standard libraries and underlying functions, and going forward we will also cover test cases, keywords, variables, and finally organizing the test cases.
Robot Framework is a common open-source automation framework for Acceptance Testing, Acceptance Test-Driven Development (ATTD), and Robotic Process Automation (RPA). It uses a keyword-driven testing technology approach and the capabilities can be extended by testing libraries that can be implemented in Python or Java.
Let’s talk about the Acceptance Technique in which the capability of the system is tested and the purpose of the Acceptance Technique is to evaluate the capabilities of the system in accordance with the business requirement.
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