Document Type

Technical Report

Publication Date

Fall 9-1-1975

Abstract

In this paper we analyze the complexity of algorithms for two problems that arise in automatic test path generation for programs: the problem of building a path through a specified set of flow graph nodes and the problem of building a path which satisfies impossible-pairs restrictions in a flow graph. We give a highly efficient algorithm for the first problem, and show that the second problem is NO-complete in the sense of Cook and Karp.

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