TPT is a very flexible test automation tool. It directly fits to many Hardware-in-the-Loop systems (HiLs) off the shelf.
You can create test cases, assessment rules, link them to requirements and track the status like with all other test environments (MiL, SiL, PiL, and vehicle). Only the setup of test execution is different: Choose and configure the HiL of your choice and TPT will automatically remote control the HiL. After some easy configuration steps TPT does the rest. Fully automated in the background.
Once configured HiL testing with TPT is really easy to use. And besides that: You can reuse your test and test assessment rules from other test levels for HiL systems.
Off the shelf HiL integrations with TPT exist for dSPACE HIL systems, ETAS LABCAR, Concurrent iHawk, Simulink Realtime, Vector CANoe, NI Veristand, and all ASAM XIL enabled HiL systems.
Proprietary customized HIL solutions are also a typical use case. Many customers have their own specific HiL infrastructure, which we have also integrated with TPT as customer-specific add-ons.
Depending on the HIL architecture, the TPT test are executed on the control-PC or on the real-time system of the HIL.
Real-time capable and reactive execution of TPT-tests on HIL systems can be performed with cycle periods smaller than 100µs. In this case, TPT tests run directly on the real-time system.
Tests in real-time are supported on dSAPCE HiL systems, Concurrent iHawk, NI Veristand, and Mathworks Simulink Realtime off the shelf.
Your HiL is not in the list? Contact us.
In this setup, TPT test cases are modeled and executed directly on the Windows control PC. At test runtime, TPT communicates with the real-time simulator to permanently change and observe signals and parameters.
The test is controlled by the PC, recording of results is possible in real time. Parallel to the simulator, communication to application tools such as INCA or CANape, fault simulators or directly to CAN is possible and easy to setup. The TPT Dashboard enables manual interactive testing.
PC-controlled HiL tests are supported on dSAPCE HiL systems, ETAS LABCAR, Vector CANoe, NI Veristand, and all ASAM XIL enabled HiL systems off the shelf.
There are many ways to find deficiencies in your system under test (SUT). One method sees defects being intentionally introduced into the SUT. This test strategy is also known as fault injection.
Testing based on requirements and maintaining traceability of requirements are invaluable components of efficient testing and test management. Download our White Paper on the subject, illustrated with the integration of TPT and codebeamer.
Generate supplementary test cases automatically with TASMO. This powerful feature of TPT lets you increase your code coverage beyond the level reached with manually created test cases.
