Introduction to Model Based Testing using TPT

Configure the platform for model-based testing by creating a platform configuration, selecting Matlab Simulink, mapping inputs A and B to output C, and generating the test frame.

Create an automaton time partition test case using graphical editor, define initial and final states, testlets, and transitions, and learn to template test cases, reference variants, and handle multi-input actions.

Explore the compare step, the first and easiest assessment in model-based testing with TPT, configuring preconditions, inputs, outputs, operators, and tolerance.

Explore the condition tree in the GI assessment type, building nested check rules, bound checks, signal comparisons, and a new signal rule to define complex test conditions.

Master min max comparison in model based testing with TPT to verify signal bounds, observe deviations, and import min max definitions for A, B, and C booleans.

Discover how the timeout assistant provides a sanity check by flagging test cases that reach the timeout, fail, or stay inconclusive, using weight steps and duration insights.

Explore trigger rule in model based testing, comparing while condition is true and trigger mode, and learn to define interval, start/stop conditions, then/else checks, and ignore intervals across test cases.

Explore how to write script-based assessments in model-based testing with TPT, using test conditions via assert always and check always, plus preconditions with during intervals and assessment variables.

Learn to automatically generate test cases for automata by combining states, inputs, and transitions, using variant and merge options to avoid duplicates, and define transitions with sample time or default.

Learn how to perform requirement checking in dvt using tbbt's requirement.checked, supplying a requirement id and verdict to validate each case and document true/false outcomes.

Learn to update requirements and create filtered requirement sets in model based testing with TPT, by adding type and status attributes and tracking new versus changed items.

Explore execution configuration to set platform, test set, and report format, including HTML embedded resources or HTML with PDF, and manage test cases, test sets, and report and data directories.

Explore automata transitions in model based testing with TPT, refining transition conditions, test inputs, and timing to achieve precise true-true versus true-false behaviors and controlled test durations.

Navigate the default activity reports in model-based testing with tpt, exploring the overview and test reports, requirement coverage, and how linking requirements to test cases affects results.

Navigate the signal viewer in model based testing with tpt, opening test cases, dragging signals to axes, and analyzing section activations and checks across cases.

Debug with the test frame by executing root test cases, loading results, and stepping through inputs A and B to inspect subsystem signals and outputs.

Implement and practice a model based testing workflow with a gear control model that maps speed to gear outputs via a state flow model and parameters v1, v2, v3.

Develop test cases for the gear selector using the automaton method in model based testing with TPT, defining states, transitions, and ramps to model acceleration and deceleration across gears.