Verification of Code Generators via Higher-Order Model Checking
Dynamic code generation is useful for optimizing code with respect to information available only at run-time. Writing a code generator is, however, difficult and error prone. We consider a simple language for writing code generators and propose an automated method for verifying code generators. Our method is based on higher-order model checking, and can check that a given code generator can generate only closed, well-typed programs. Compared with typed multi-stage programming languages, our approach is less conservative on the typability of generated programs (i.e., can accept valid code generators that would be rejected by typical multi-stage languages) and can check a wider range of properties of code generators. We have implemented the proposed method and confirmed its effectiveness through experiments.
Mon 16 Jan
|16:00 - 16:30|
|16:30 - 17:00|
Interactive data representation migration: Exploiting program dependence to aid program transformation