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With TPT, you can test and verify embedded systems in all development phases. Whether you create a simple module test or a complex system test: TPT provides unique features to create those tests intuitively and flexible. TPT can be connected via interfaces to many well-known development tools like CANape or Lauterbach’s TRACE32.
Test cases can be modeled graphically in TPT which makes them easier to read and to maintain. TPT can also generate test cases systematically for example from Simulink models (see TASMO). Even complex tests are easy to model and to vary in TPT. The test cases created with TPT can be adapted easily at any time when changes occur to your software project for example when you add or remove interfaces. TPT assists you with creating appropriate assessment rules to assess your test cases in more depth.
You can also link requirements to test cases, state variants and assessment rules in TPT. TPT shows you which of those items need a review when a linked requirement has undergone a change. TPT is able to execute your test cases in many well-known execution environments like MATLAB/Simulink by The Mathworks, TargetLink by dSPACE, dSPACE HIL, LABCAR and ASCET by ETAS, or AUTOSAR. The tests are real-time capable and are executed, assessed and documented entirely automatically by TPT. You can use TPT to test and verify safety-critical embedded software according to standards like ISO 26262, IEC 61508, or EN50128.
TPT is independent of the tool environment in which the software is going to be tested. That means you can use the test cases created with TPT in MIL, SIL, HIL, and also in a vehicle. If you want to use a test environment not supported in TPT yet, we will find an individual integration solution for you.