Source Code Translation via Parse Tree Mutation Scripts

The patent replaces the mechanical system of manual code translation by human developers with an automated computational system. The system uses a parser to generate a parse tree from source code, applies mutation scripts to transform the parse tree, and generates target language code automatically. This substitution eliminates human variability and ensures consistent translation across all code while maintaining high automation extent.

The patent implements a self-service system where the translation process operates autonomously without requiring continuous human intervention. The parser automatically generates parse trees, mutation scripts automatically transform the trees, and the system automatically generates target code. This self-service mechanism dramatically increases productivity while minimizing time loss, as the system handles the entire translation workflow automatically.

The patent segments the source code into its fundamental syntactic components through parse tree generation. By breaking down code into nodes and leaves representing different linguistic elements, the system can systematically apply transformation rules to each segment. This segmentation approach enables adaptable migration to various cloud environments while managing complexity through structured, rule-based transformation rather than complex manual rewriting.