Through the use of the Test-Step List, one can model simple sequences of test steps that do not need to execute in parallel, such as setting signals (Set channel), ramping signals (Ramp channel), setting parameters (Set parameter), and waiting (Wait).
Requests for the expected test results can be made within the test sequence to evaluate the system under test as it runs.
It is also possible to place subautomatons in the Test-Step List, which in turn contain automatons and sequences, resulting in hierarchical Test-Step Lists.
The test sequences can also be combined with other modelling methods, allowing for a great deal of complexity (or simplicity) in one's test.
Test sequences can also be combined and parallelised with other modelling methods.
Through the use of the Test-Step List, one can model simple sequences of test steps that do not need to execute in parallel, such as setting signals (Set channel), ramping signals (Ramp channel), setting parameters (Set parameter), and waiting (Wait). Requests for the expected test results can be made within the test sequence to evaluate the system under test as it runs. It is also possible to place subautomatons in the Test-Step List, which in turn contain automatons and sequences, resulting in hierarchical Test-Step Lists. The test sequences can also be combined with other modelling methods, allowing for a great deal of complexity (or simplicity) in one's test. Test sequences can also be combined and parallelised with other modelling methods.
TPT (software)