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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.
The testing tool TPT has developed a new Jenkins plugin, improving the use of TPT via Jenkins. The new plugin now supports pipelines.
Model-in-Loop testing with TPT can now also be done with ASCET-DEVELOPER – the latest platform for software modeling, code generation and simulation developed by ETAS, replacing all ASCET 6.x versions.
If you want to make sure that you have at least one test case per requirement, you can link your requirements in TPT to your test cases. In this tutorial we show you how to do that.
One of the test methods often employed in software testing involves equivalence classes. Simply put, system input is grouped into classes based on representative input domains.
Testing Simulink Models with TPT is easy and straightforward. In this tutorial we show how model testing is done with TPT, illustrated with a Simulink Model.
In this tutorial we show you how to test C-Code with our C/C++ platform using TPT. For the sake of the demonstration we use a simple lights control example with two inputs and outputs, respectively.
Boundary value testing is a subtype of equivalence class testing and a common testing method for creating test cases. Boundary value testing is a testing method facilitated by our testing tool TPT.
Testing AUTOSAR’s SWCs can be done easily with TPT, and is easily automated. What’s more, you can test atomic SWCs, compositions of multiple SWCs and do virtual ECU testing with TPT.
It might sound trivial: The central goal of testing is to check whether a system does what it was designed for. How that goal is achieved, however, is already a bit less obvious. The answer lies in requirements-based testing – a central testing method for testing with TPT.
TPT is the ideal tool for automated testing of ECU software. In order to make MiL testing with TPT more efficient we have developed a particularly powerful tool for automated test case generation.
