SC17 Denver, CO

P83: Contracts for Message-Passing Programs


Authors: Ziqing Luo (University of Delaware), Stephen F. Siegel (University of Delaware)

Abstract: Verification of message-passing parallel programs is challenging because of the state-explosion problem. A procedure-level contract system for parallel programs can help overcome this challenge by verifying contracts individually, in a modular way. A contract system is used to specify intended behaviors of programs. Contracts can be checked at run-time or verified formally. There is a mature theory of contracts for sequential programs, but little work has been done on parallel programs, and even less for message-passing parallel programs. We developed a theory of contracts for message-passing programs and realize this theory in a contract language for programs that use the Message Passing Interface (MPI). We are also developing a verification tool that uses symbolic execution and model checking techniques to prove that MPI programs satisfy their contracts.
Award: Best Poster Finalist (BP): no

Poster: pdf
Two-page extended abstract: pdf


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