Webpage Source Code Rewriting for Cloud-Based Testing

The patent introduces a server as an intermediary component that mediates between the user's browser and the webpage being tested. The server receives requests from the browser, modifies them by injecting code segments that enable testing functionality, and returns modified responses. This intermediary approach allows automated testing capabilities to be provided without requiring local software installations or environmental modifications on the user's device, thereby improving ease of operation while maintaining automation capability.

The patent replaces the mechanical approach of installing local software components and configuring system environments with a network-based solution. Instead of modifying the user's device through installations and configuration changes, the system uses network communication to transmit modified webpage content and control instructions from a server to the browser, enabling automated testing without local system modifications.

The patent segments the webpage code into distinct functional components: the original webpage content and the injected testing code segments. By separating these functions, the original code remains intact and unchanged, while the testing functionality is added as independent modules. This segmentation approach maintains the reliability of the original webpage while enabling automated testing capability through the injected segments.

The injected code segments act as intermediaries that bridge the original webpage functionality and the testing requirements. These segments intercept and modify requests without altering the core webpage code, allowing testing functionality to be added while preserving the original code's reliability and behavior.