Verifying Generated Code for Customized Functions :: Controlling Generation of Function Prototypes (Real-Time Workshop® Embedded Coder™)

Contents

Index

• Getting Started

Introduction to the Real-Time Workshop Embedded Coder Product

• Developing Models for Code Generation

• Defining Data Representation and Storage for Code Generation

• Preparing Models for Code Generation

• Generating Code and Building Executables

• Integrating External Code and Generated C and C++ Code

About External Code Integration Extensions

• Generating S-Function Wrappers

• Exporting Function-Call Subsystems

• Nonvirtual Subsystem Modular Function Code Generation

• Controlling Generation of Function Prototypes

• Configuring Model Function Prototypes

Model Function Prototypes Example

Configuring Model Function Prototypes Programmatically

Sample M-Script for Configuring Model Function Prototypes

Verifying Generated Code for Customized Functions

Model Function Prototype Control Limitations

• Controlling Generation of Encapsulated C++ Model Interfaces

• Replacing Math Functions and Operators Using Target Function Libraries

• Setting Up Generated Code To Interface With Components in the Run-Time Environment

• Verifying Generated Code Applications

• Developing Embedded Targets

• Configuration Parameters

• Release Notes

Learn more about Real-Time Workshop Embedded Coder

Verifying Generated Code for Customized Functions

You can use software-in-the-loop (SIL) testing to verify the generated code for your customized step and initialization functions. This involves generating an ERT S-function wrapper for your generated code, which then can be integrated into a Simulink model to verify that the generated code provides the same result as the original model or nonvirtual subsystem. For more information, see Generating S-Function Wrappers and Verifying Generated Source Code With Software-In-the-Loop Simulation.

Sample M-Script for Configuring Model Function Prototypes

Sample M-Script for Configuring Model Function Prototypes

Model Function Prototype Control Limitations

Model Function Prototype Control Limitations

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