Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Java has no module system. Its  packages  only subdivide the class name space, allowing only a very limited form of component-level information hiding and reuse. Two Java Community Processes have started addressing this problem: one describes the runtime system and has reached an early draft stage, while the other considers the developer's view and only has a straw-man proposal. Both are natural language documents, which inevitably contain ambiguities.   In this work  design and formalize a core module system for Java. Where the JCP documents are complete,  follow them closely; elsewhere  make reasonable choices.  define the syntax, the type system, and the operational semantics of an  LJAM  language, defining these rigorously in the Isabelle/HOL automated proof assistant. Using this formalization,  identify various issues with the module system.  highlight the underlying design decisions, and discuss several alternatives and their benefits. Our Isabelle/HOL definitions should provide a basis for further consideration of the design alternatives, for reference implementations, and for proofs of soundness.
['Rok Strniša', 'Peter Sewell', 'Matthew J. Parkinson']
I am writing a research paper on a idea The java module system: core design and semantic definition
[{"from": "human", "value": "I am writing a research paper on a idea The java module system: core design and semantic definition"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Java has no module system. Its  packages  only subdivide the class name space, allowing only a very limited form of component-level information hiding and reuse. Two Java Community Processes have started addressing this problem: one describes the runtime system and has reached an early draft stage, while the other considers the developer's view and only has a straw-man proposal. Both are natural language documents, which inevitably contain ambiguities.   In this work  design and formalize a core module system for Java. Where the JCP documents are complete,  follow them closely; elsewhere  make reasonable choices.  define the syntax, the type system, and the operational semantics of an  LJAM  language, defining these rigorously in the Isabelle/HOL automated proof assistant. Using this formalization,  identify various issues with the module system.  highlight the underlying design decisions, and discuss several alternatives and their benefits. Our Isabelle/HOL definitions should provide a basis for further consideration of the design alternatives, for reference implementations, and for proofs of soundness."}]