Documentation

sltest.testsequence.addStep

Add test sequence step

Syntax

sltest.testsequence.addStep(blockPath,stepPath,Name,Value)

Description

sltest.testsequence.addStep(blockPath,stepPath,Name,Value) adds a step named stepPath to a Test Sequence block specified by blockPath. Step properties are specified by Name,Value pairs.

Examples

collapse all

This example creates a test step in the Projector Fan Speed example test sequence under the parent step SystemHeatingTest.

  1. Set paths and open the model.

    Model = 'sltestProjectorFanSpeedExample';
    Harness = 'FanSpeedTestHarness';
    open_system(Model);
  2. Open the test harness.

    sltest.harness.open(Model,Harness);
  3. Create a new local variable h.

    sltest.testsequence.addSymbol('FanSpeedTestHarness/Test Sequence',...
    'h','Data','Local');
  4. Create a step substep1 under the step SystemHeatingTest and assign the value 5 to h.

    sltest.testsequence.addStep('FanSpeedTestHarness/Test Sequence',...
    'SystemHeatingTest.substep1','Action','h = 5')

Input Arguments

collapse all

Path to a Test Sequence block, including the block name, specified as a character vector.

Example: 'FanSpeedTestHarness/Test Sequence'

Path of the step in the Test Sequence block, specified as a character vector. The path includes the step location in the Test Sequence hierarchy, using . to separate hierarchy levels.

Example: 'SystemHeatingTest.InitializeHeating'

Name-Value Pair Arguments

Specify optional comma-separated pairs of Name,Value arguments. Name is the argument name and Value is the corresponding value. Name must appear inside single quotes (' '). You can specify several name and value pair arguments in any order as Name1,Value1,...,NameN,ValueN.

Example: 'Action','out = square(et)','IsWhenStep',false,'Description','Square wave.' specifies a test step to produce a square wave.

collapse all

Test step action programming. To add a line, create the step actions using the sprintf function and the new line operator, \n.

Example: 'Action','out = square(et)'

Specifies whether the step is a standard transition type or a When decomposition transition.

Example: 'IsWhenStep',true

Specifies the condition that activates a When decomposition child step. To activate the When step, enter a valid logical expression.

Example: 'WhenCondition','a >= 1'

Test step description, specified as a character vector.

Example: 'Description','This step produces a high-frequency square wave.'

Introduced in R2016a

Was this topic helpful?