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allNames

Class: cv.cvdatagroup
Namespace: cv

Get names of cvdata objects in cv.cvdatagroup object

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Syntax

names = allNames(cvdg)
names = allNames(cvdg,simMode)

Description

names = allNames(cvdg) returns the cvdata object names in the cv.cvdatagroup object cvdg.

names = allNames(cvdg,simMode) returns the cvdata object names that have the simulation mode simMode.

Input Arguments

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Coverage data group, specified as a cv.cvdatagroup object.

Data Types: cv.cvdatagroup

Simulation mode that corresponds to one or more cvdata objects in the cv.cvdatagroup object, specified as one of the following:

Object SpecificationDescription

"Normal"

Model in normal simulation mode.

"SIL" or "PIL"

Model in software-in-the-loop (SIL) or processor-in-the-loop (PIL) simulation mode.

"ModelRefSIL" or "ModelRefPIL"

Model reference in software-in-the-loop (SIL) or processor-in-the-loop (PIL) simulation mode.

"ModelRefTopSIL" or "ModelRefTopPIL"

Model reference in software-in-the-loop (SIL) or processor-in-the-loop (PIL) simulation mode with the code interface set to the top model.

If the function does not find a match, it returns an empty array. If the function finds multiple matches, it returns a cell array.

Data Types: char | string

Output Arguments

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Coverage data object names, returned as a cell array of character arrays. names contains the model, subsystem, or external file names associated with the cvdata objects contained in cvdg. The object names refer to the name of the top-level model object that you analyzed for coverage.

Examples

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Open Script

This example shows how to retrieve a specified coverage data object, all coverage data objects, or all coverage data object names from a cv.cvdatagroup object.

Load the example model.

modelName = 'slvnvdemo_eml_model_coverage_demo';
load_system(modelName);

Use the Simulink.SimulationInput class to set up the simulation scenario with coverage enabled.

simIn = Simulink.SimulationInput(modelName);
simIn = setModelParameter(simIn,'CovEnable','on');
simIn = setModelParameter(simIn,'CovMetricStructuralLevel','MCDC');
simIn = setModelParameter(simIn,'CovSaveSingleToWorkspaceVar','on');
simIn = setModelParameter(simIn,'CovSaveName','covData');
simIn = setModelParameter(simIn,'CovSaveOutputData','off');

Simulate the model by passing the SimulationInput object to the sim function, and then retrieve the coverage data from the SimulationOutput object.

simOut = sim(simIn);
covData = simOut.covData

covData = ... cv.cvdatagroup

  slcoverageExternalFile (simulation mode: Normal)
  slvnvdemo_eml_model_coverage_demo (simulation mode: Normal)

The example model contains a MATLAB® Function block that calls an external MATLAB function. Because Simulink Coverage returns the coverage data for the MATLAB function in a separate cvdata object, sim returns a cv.cvdatagroup object that contains the coverage results for both the model and the MATLAB function.

To determine the name associated with each cvdata object inside the cv.cvdatagroup, use the class method allNames.

covDataNames = allNames(covData)

covDataNames =

  2x1 cell array

    {'slcoverageExternalFile'           }
    {'slvnvdemo_eml_model_coverage_demo'}

The cv.cvdatagroup contains the coverage results for the model as well as the MATLAB function.

To retrieve the coverage data for the model, use the get class method.

modelCovData = get(covData,modelName)

modelCovData = ... cvdata
            version: (R2024b)
                 id: 882
               type: TEST_DATA
               test: cvtest object
             rootID: 884
           checksum: [1x1 struct]
          modelinfo: [1x1 struct]
          startTime: 06-Sep-2024 01:20:11
           stopTime: 06-Sep-2024 01:20:11
  intervalStartTime: 
   intervalStopTime: 
simulationStartTime: 0
 simulationStopTime: 1
             filter: 
            simMode: Normal

To retrieve coverage data for both the model and the external file, use the getAll class method.

covDataArray = getAll(covData)

covDataArray =

  2x1 cell array

    {1x1 cvdata}
    {1x1 cvdata}

Version History

Introduced in R2007b