What is Robot Framework?
The robot framework is the standard acceptance testing data-driven framework for development. It ensures that related test libraries can be used to automate and test mobile, desktop, web, and online applications. Join Robot Framework Test Automation Course in Chennai to get immense training with the help of industry experts.
The robot framework libraries can be written in Java or Python. Robot framework with Java added new and high-level keywords. It also provides a straightforward test data syntax that employs the keyword-driven testing procedure.
Why Robot Framework?
The robot framework project is featured on GitHub, where you can find additional documents, source code, and an issue tracker. The core framework is written in Python and is compatible with Jython, Dot Net, and IronPython. It also provides more development benefits.
It is open-source software distributed under the Apache License 2.0, and its libraries and tools are also open sources.
The Architecture and Features of Robot Framework:
Robot Framework Architecture:
- The structure decodes the test data the first time it runs a test.
- It interacts with the device under test using the test libraries’ keywords.
- Libraries can communicate with the system directly or through drivers provided by other test tools.
- The command line is being used to initiate the test. As a result, you will get an HTML report and log, as well as an XML performance. These provide a comprehensive look at what your system accomplishes.
Features of Robot Framework:
Tabular Format For Test Cases:
The robot framework test cases are defined using keywords in a simple tabular format.
Keywords:
You can use built-in and user-defined key phrases, as well as keywords from libraries such as Selenium, Python and Java library.
Variables:
The robot framework supports numerous factors like a scalar, list, and duct.
Libraries:
The robot framework supports open-source libraries, including database libraries, FTP libraries, and HTTP libraries.
Resources:
The resources are easy to use and help immensely when we need to reuse keywords written for previous test projects. Robot Framework Online Training will be your career-establishing course.
Data-Driven Test Cases:
It supports both data-driven and keyword-driven test cases. It facilitates the process of evaluating web applications with various inputs.
Test Case Tagging:
It allows the users to tag test cases, ensuring that they have been tagged and can be run or skipped. Tagging is useful when we only want to run a subset of tests or skip them entirely.
Reports and Logs:
The reports and logs contain information on whether the test case was refused or cleared, the time it would take to execute the test case, and the procedures used to run the test case.
RIDE:
RIDE makes it easier to write test cases by offering structure code completion, smart code, and other features. It is simple to design a project, test case, test suite, variables, and keywords, import a library, implement, and tag the test case using the editor.
Conclusion:
As we discussed the Architecture and Features of Robot Framework, you would have understood its demand in IT sectors. So to explore your career, join FITA Academy‘s Robot Framework Test Automation Course in Bangalore and learn the essential features of Robot framework test automation.
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