||Build coverage-compatible MEX-function from C/C++ code|
||Create model coverage test specification object|
||Simulate and return model coverage results for test objects|
||Produce HTML report from model coverage objects|
||Display model coverage results with model coloring|
||Retrieve modified condition/decision coverage information from cvdata object|
Validate your model tests by measuring how thoroughly the model objects are tested.
Develop effective tests with model coverage.
Model coverage metrics provided by Simulink® Verification and Validation™ .
Describes the definitions of MCDC coverage used in Simulink Verification and Validation.
Highlight model elements to view coverage results.
Use model coverage for MATLAB® Function blocks and interpret the results.
Determine the extent to which a model test case exercises simulation control flow paths through a model.
Collect model coverage when a model has multiple Model blocks that reference the same model.
This example illustrates how Simulink Verification and Validation records the MCDC metric for a cascade of Logical Operator blocks.
Create and view cumulative coverage results for a model with a reusable subsystem.
This model includes various patterns of cascaded Logical Operator blocks.
Learn how inlined parameters, block reduction, and conditional input branch execution can affect your model coverage data.
Model objects that receive model coverage during simulation.
Simulink objects that do not receive coverage.
Set options for code coverage.
Perform several types of code coverage analysis for models in SIL mode, PIL mode, and for the code within supported S-Function and MATLAB Function blocks.
Record coverage for models with a combination of code blocks and other Simulink blocks.
Analyze model coverage for C/C++ S-Functions.
Configure code coverage for SIL and PIL simulations and review results.
In the Simulink Editor, specify several coverage recording options.
Create and run test cases by using the model coverage MATLAB commands
Collect cumulative model coverage from successive simulation runs.