Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Object layout - the concrete in-memory representation of objects - raises many delicate issues in the case of the C++ language, owing in particular to multiple inheritance, C compatibility and separate compilation.  formalizes a family of C++ object layout schemes and mechanically proves their correctness against the operational semantics for multiple inheritance of Wasserrab et al. This formalization is flexible enough to account for space-saving techniques such as empty base class optimization and tail-padding optimization. As an application,  obtain the first formal correctness proofs for realistic, optimized object layout algorithms, including one based on the popular "common vendor" Itanium C++ application binary interface. This work provides semantic foundations to discover and justify new layout optimizations; it is also a first step towards the verification of a C++ compiler front-end.
['Tahina Ramananandro', 'Gabriel Dos Reis', 'Xavier Leroy']
I am writing a research paper on a idea Formal verification of object layout for c++ multiple inheritance
[{"from": "human", "value": "I am writing a research paper on a idea Formal verification of object layout for c++ multiple inheritance"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Object layout - the concrete in-memory representation of objects - raises many delicate issues in the case of the C++ language, owing in particular to multiple inheritance, C compatibility and separate compilation.  formalizes a family of C++ object layout schemes and mechanically proves their correctness against the operational semantics for multiple inheritance of Wasserrab et al. This formalization is flexible enough to account for space-saving techniques such as empty base class optimization and tail-padding optimization. As an application,  obtain the first formal correctness proofs for realistic, optimized object layout algorithms, including one based on the popular \"common vendor\" Itanium C++ application binary interface. This work provides semantic foundations to discover and justify new layout optimizations; it is also a first step towards the verification of a C++ compiler front-end."}]