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TPT Tutorials.

Introduction to TPT.

  • set up an execution platform
  • set up a test step list
  • set up test cases
  • execute tests
  • generate a test report

Basics.

  • definition of the term “Automaton”
  • distinction between path
    and branching
  • types of automata
  • creating an automaton
  • varying parts of the automaton
  • definition of term “testlet”
  • types of testlets
  • set up testlets
  • delete content from testlets
  • using a testlet signature
  • set up signals in the Declaration Editor
  • types of steps
  • import and/or embed signals in a test step list
  • set up an hierarchical automaton using test steps
  • definition of the term “Time Partition”
  • reference to already used Testlets inside an automaton
  • definition of Parallel Steps
  • set up Parallel Steps
  • check if the signals run in parallel by using  the signal preview
  • change Parallel Steps into consecutively run steps
  • deactivate single steps inside a Parallel Step (effect)
  • elements of the Table step
  • set up a Table Step
  • the Table step in the report
  • how to analyse code coverage for code that has been generated from ASCET
  • get an impression of the power of the Assessment platform
  • the platform lets you run evaluations on measurement data without the need to set up test cases
  • run TASMO to check if all preconditions  are fulfilled
  • specify the input signals
  • choose the coverage goals
  • run the test generation
  • insert the found test data simultaneously as a Test Step List and as test cases into  the current TPT project
  • activate code coverage
  • execute the generated test cases
  • report
  • open Dashboard panel
  • general purpose of the Dashboard
  • group Dashboard elements
  • the Multi-State-Widget
  • specify transitions from one state to  another in a widget
  • record of the actions inside the  Dashboard during runtime
  • insert the recording simultaneously as  Test Step List and as test case into the current TPT project
  • import of requirement document
  • import of test case document
  • create test cases and assesslets
  • link requirements to test cases and assesslets
  • configure execution/report options and execute test cases
  • show requirements overview in test report
  • import of new requirement document
  • export test case information and test results
  • select Subsystem to be tested
  • test case definition and test case creation
  • further functions see here
  • implement formalized notation into requirement
  • check formal requirements automatically
  • further functions see here

Use Cases.

  • set up the MATLAB/Simulink platform
  • generate test frame automatically
  • create test cases and assesslets
  • execute test cases
  • analyze test data
  • automatically generate and show test report
  • set up the C/C++ platform as test environment
  • compile an executable from the C/C++ code
  • insert information about scheduling, channels, functions and the like into TPT
  • create test cases and run them
  • show and analyze all test data
  • node interface and FUSION interface
  • the different stages of a node
  • types of so-called nodes
  • workflow of the FUSION platform
  • insert a custom node
  • set up a custom node
  • configuration of the FUSION in TPT
  • enable Test Step Live View
  • configure offline logging for Simulink models
  • platform configuration
  • view interface signals and internal signals
  • configure AUTOSAR platform
  • configure MATLAB/Simulink platform
  • configure back-to-back setting
  • test report including back-to-back references
  • import links to requirements from codebeamer into TPT
  • import test cases from codebeamer into TPT
  • export test results back to codebeamer
  • export test cases from TPT to codebeamer 

Release Videos.

What's new?

CarMaker TPT 18

Testing with IPG CarMaker

Testing with IPG CarMaker is fully supported with TPT18. Our incubation feature, first released in TPT 17, has received several updates. We have significantly optimized the interface. You can control, build and modify virtual test scenarios created in CarMaker from TPT.

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IBM Traceability Quality Manager

Traceability with IBM Rational Quality Manager

With TPT18 you can import existing test cases from IBM Rational Quality Manager (RQM) to TPT and export test cases created in TPT. Traceability continues to be established in the Quality Manager test management solution. This new add-on ensures a consistent data situation and thus saves you manual activities.  

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