0
喜欢
0
书签
声明论文
Low-level liquid types   
摘  要:   We presentLow-Level Liquid Types, a refinement type system for C based onLiquid Types. Low-Level Liquid Types combine refinement types with three key elements to automate verification of critical safety properties of low-level programs: First, by associating refinement types with individual heap locations and precisely tracking the locations referenced by pointers, our system is able to reason about complex invariants of in-memory data structures and sophisticated uses of pointer arithmetic. Second, by adding constructs which allow strong updates to the types of heap locations, even in the presence of aliasing, our system is able to verify properties of in-memory data structures in spite of temporary invariant violations. By using this strong update mechanism, our system is able to verify the correct initialization of newly-allocated regions of memory. Third, by using the abstract interpretation framework of Liquid Types, we are able to use refinement type inference to automatically verify important safety properties without imposing an onerous annotation burden. We have implemented our approach in CSOLVE, a tool for Low-Level Liquid Type inference for C programs. We demonstrate through several examples that CSOLVE is able to precisely infer complex invariants required to verify important safety properties, like the absence of array bounds violations and null-dereferences, with a minimal annotation overhead.
发  表:   Sigplan Notices  2010

论文统计图
共享有1个版本

Bibtex
创新指数 
阅读指数 
重现指数 
论文点评
还没有人点评哦

Feedback
Feedback
Feedback
我想反馈:
排行榜