Abstract: A method for testing operating software of a system consisting of a plurality of internal subsystems operating in an environment and controlled by a hardware board using electronic signals and an operating software. The signals are translated into a computer readable format by an interfacing card for each internal subsystem and simulating the internal subsystems by data acquisition modules by a simulating computer, which simulates the environmental conditions to which each module is currently exposed. A scenario based test software module generates a plurality of possible independent test scenarios using Behavioral Programming (BP) and the independent scenarios are interleaved at run time by an execution engine, to thereby automatically create a larger number of dependent and derived scenarios representing only possible combinations which are relevant to the operating conditions and states of the system.

Abstract: A method for testing operating software of a system consisting of a plurality of internal subsystems operating in an environment and controlled by a hardware board using electronic signals and an operating software. The signals are translated into a computer readable format by an interfacing card for each internal subsystem and simulating the internal subsystems by data acquisition modules by a simulating computer, which simulates the environmental conditions to which each module is currently exposed. A scenario based test software module generates a plurality of possible independent test scenarios using Behavioral Programming (BP) and the independent scenarios are interleaved at run time by an execution engine, to thereby automatically create a larger number of dependent and derived scenarios representing only possible combinations which are relevant to the operating conditions and states of the system.