Create an HDL coding standard customization object, cso.

cso = hdlcoder.CodingStandard('Industry');

Customize the coding standard options as follows:

• Do not show passing rules in the coding standard report.

• Set the maximum if-else nesting depth to 2.

• Disable the check for line length.

cso.ShowPassingRules.enable = false;
cso.IfElseNesting.depth = 2;
cso.LineLength.enable = false;

Create an HDL codegen configuration object.

hdlcfg = coder.config('hdl');

Specify the coding standard and coding standard customization object.

hdlcfg.HDLCodingStandard = 'Industry';
hdlcfg.HDLCodingStandardCustomizations = cso;

Specify your test bench function name. In this example, the test bench function is mlhdlc_dti_tb.

hdlcfg.TestBenchName = 'mlhdlc_dti_tb';

Generate HDL code for the design and check the code according to the customized HDL coding standard rules. In this example, the design function is mlhdlc_dti.

codegen -config hdlcfg mlhdlc_dti

Create an HDL coding standard customization object, cso.

cso = hdlcoder.CodingStandard('Industry');

Customize the coding standard options as follows:

• Do not show passing rules in the coding standard report.

• Set the maximum line length to 80 characters.

• Check that module, instance, and entity names are between 5 and 50 characters long.

cso.ShowPassingRules.enable = false;
cso.LineLength.length = 80;
cso.ModuleInstanceEntityNameLength.length = [5 50];

Generate HDL code for your design and check it according to the customized HDL coding standard rules. In this example, the model is sfir_fixed, with a DUT subsystem, symmetric_fir.

makehdl('sfir_fixed/symmetric_fir','HDLCodingStandard','Industry',...
        'HDLCodingStandardCustomizations',cso)