EFFICIENCY UNLEASHED: A REDOC-ENABLED CUSTOM FRAMEWORK FOR WEB APP TESTING

Abstract

Software testing has become increasingly crucial in the IT industry, leading companies to invest significant time, effort, and resources in this field. The reporting of test results and the achievement of high success rates are essential for the acceptance of many applications, particularly in industries where failure tolerance is minimal. Consequently, companies employ a combination of manual and automated testing approaches using various software testing tools and frameworks to meet their specific testing needs. However, existing tools and frameworks often lack comprehensive features, necessitating the development of customized solutions by combining multiple frameworks at considerable costs.

This research aims to address this challenge by proposing a new customized framework based on Selenium, a widely adopted and powerful software testing framework. The architecture and information flow of this customized framework are presented in detail, showcasing its potential for enhancing testing capabilities in applications composed of multiple modules. To demonstrate the effectiveness of the proposed framework, a real case study is conducted, and the implementation results are thoroughly analyzed. The customized framework offers an automation-centric approach to software testing, maximizing efficiency and effectiveness. By leveraging the strengths of Selenium and integrating tailored features from various frameworks, it provides a comprehensive solution for diverse testing requirements. The results of the case study indicate significant improvements in testing capabilities, underscoring the advantages of the proposed customization approach