JavaScript Transpiler for Asynchronous Runtime Compatibility

The patent introduces a transpiler as an intermediary tool that automatically converts synchronous code into asynchronous code. The transpiler acts as a mediator between the original synchronous application and the asynchronous runtime environment, translating synchronous functions, callbacks, and event handlers into their asynchronous equivalents without requiring manual intervention for each code transformation.

The patent changes the execution mode parameter from synchronous to asynchronous by modifying key code elements. This includes changing function invocation patterns, transforming synchronous callbacks into Promise-based async functions, and updating event handling mechanisms. These parameter changes enable the application to adapt to asynchronous runtime environments while maintaining functional equivalence.

The patent applies preliminary action by performing code transformation before execution. The transpiler pre-processes the synchronous code and generates the asynchronous version in advance, so that when the application runs in an asynchronous environment, the code is already properly structured to handle async/await patterns, promises, and event loops correctly, preventing job processing failures.

The patent implements feedback mechanisms through Promise objects and async/await syntax that provide structured error handling and execution status feedback. This allows the asynchronous runtime environment to track job processing status, handle errors properly, and maintain organized execution flow, preventing the disorganized processing that occurs with direct synchronous code execution.

The patent enables self-service by allowing the codebase to transform itself automatically through the transpiler. Instead of developers manually reviewing and modifying each synchronous function, the transpiler autonomously analyzes the code structure, identifies synchronous patterns, and generates the corresponding asynchronous versions, significantly reducing the time and effort required for adaptation.

The patent uses copying by creating a transformed copy of the synchronous codebase in the asynchronous format. The transpiler generates a new version of the code that mirrors the structure of the original synchronous code but uses asynchronous syntax, allowing developers to leverage existing synchronous logic while obtaining async compatibility without rewriting everything from scratch.