An approach to testing distributed software systems
Andreas Ulrich, Samuel T. Chanson
Abstract
Andreas Ulrich, Samuel T. Chanson
Abstract
This paper studies the problem of testing distributed software systems consisting of concurrent units running over a network. We present an approach to derive a concurrent transition tour as a test suite from multi-module specifications described by a restricted class of CCS (calculus of communicating systems). The approach avoids the state space explosion problem by introducing a true concurrency model. A new distributed test architecture for executing the concurrent test suite is also described.
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This paper studies the problem of testing distributed software systems consisting of concurrent units running over a network. We present an approach to derive a concurrent transition tour as a test suite from multi-module specifications described by a restricted class of CCS (calculus of communicating systems). The approach avoids the state space explosion problem by introducing a true concurrency model. A new distributed test architecture for executing the concurrent test suite is also described.
Key concepts: Concurrency, Computer science, Suite, Test suite, Distributed computing, State space, Software, Programming language