The task involves developing an application aimed at testing the stability of a system. This application should encompass functionalities that can be tested using unittest, with all system instabilities detected during testing to be reported via the Robot Framework.
Objective
The primary objective of this task is to create a robust testing suite capable of evaluating system stability through automated testing procedures.
Features to Implement:
[x] Stability Testing Functions: Develop functions within the application that assess various aspects of system stability, such as resource usage, error handling, and performance under stress conditions.
[x] Integration with Unit testing: Ensure that the developed functionalities are easily testable using Unit testing, allowing for efficient and comprehensive testing of the application's stability features.
[x] Error Detection and Reporting: Implement mechanisms within the application to detect system instabilities during testing. All detected instabilities should be accurately reported, providing detailed information for further analysis and resolution.
[x] Robot Framework Integration: Integrate the Robot Framework to handle the reporting and management of detected system instabilities. Utilize the framework's capabilities to streamline the testing process and generate comprehensive test reports.
Additional Considerations:
Scalability: Ensure that the application can accommodate testing across various system configurations and environments, facilitating scalability and adaptability.
Documentation: Provide thorough documentation for the implemented functionalities, including guidelines for running tests, interpreting results, and troubleshooting.
Modularity: Design the application with modularity in mind, allowing for easy maintenance, updates, and extension of testing capabilities in the future.
Expected Deliverables:
Completed implementation of stability testing functionalities.
Integration with Pytest for seamless testing procedures.
Integration with the Robot Framework for effective reporting and management of system instabilities.
Comprehensive documentation covering usage instructions, test scenarios, and troubleshooting guidelines.
Issue Description
The task involves developing an application aimed at testing the stability of a system. This application should encompass functionalities that can be tested using unittest, with all system instabilities detected during testing to be reported via the Robot Framework.
Objective
The primary objective of this task is to create a robust testing suite capable of evaluating system stability through automated testing procedures.
Features to Implement:
[x] Stability Testing Functions: Develop functions within the application that assess various aspects of system stability, such as resource usage, error handling, and performance under stress conditions.
[x] Integration with Unit testing: Ensure that the developed functionalities are easily testable using Unit testing, allowing for efficient and comprehensive testing of the application's stability features.
[x] Error Detection and Reporting: Implement mechanisms within the application to detect system instabilities during testing. All detected instabilities should be accurately reported, providing detailed information for further analysis and resolution.
[x] Robot Framework Integration: Integrate the Robot Framework to handle the reporting and management of detected system instabilities. Utilize the framework's capabilities to streamline the testing process and generate comprehensive test reports.
Additional Considerations:
Scalability: Ensure that the application can accommodate testing across various system configurations and environments, facilitating scalability and adaptability.
Documentation: Provide thorough documentation for the implemented functionalities, including guidelines for running tests, interpreting results, and troubleshooting.
Modularity: Design the application with modularity in mind, allowing for easy maintenance, updates, and extension of testing capabilities in the future.
Expected Deliverables: