module-level-code-translator

To translate a module across programming languages, you must map internal file dependencies and adapt import/export structures to the target language's conventions, ensuring correct translation order through a dependency graph.

Migrating a multi-file library to Go requires adapting Python's package structure and visibility rules to match Go's conventions, systematically handling cross-file dependencies and module-level state during the translation.

Module-level code translation adjusts source visibility rules to match target language conventions while preserving the public API, requiring careful handling of module-level state and inter-file dependencies to maintain structural integrity.

Cross-function dependencies affect module migration by dictating the translation order; a dependency graph must be built to map internal relationships before adapting file layouts and import/export structures to the target language.

Converting a package with complex import structures requires adapting the source file layout to the target language's specific conventions, managing inter-file dependencies and build system integration to ensure functional parity.

Limitations during package conversion involve the complexity of translating module-level state and visibility rules, requiring careful adaptation to the target language's build system integration and file layout conventions to prevent structural errors.