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R2012a Documentation → Simulink Coder
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Contents

Index

• Getting Started

About Target Environments

Types of Target Environments Supported By Simulink Coder

Applications of Supported Target Environments

Simulink and Stateflow Model

MATLAB Code with Simulink Model

What Is the V-Model?

Types of Simulation and Prototyping in the V-Model

Types of In-the-Loop Testing in the V-Model

Mapping of Code Generation Goals to the V-Model

About This Example

Get Familiar with the Functional Design of the Model

View the Top Model

View the Subsystems

Get Familiar with the Simulation Testing Environment

Check the Model for Adverse Conditions and Simulation Settings

Run Simulation Tests

About This Example

Configure the Model for Code Generation

Save Your Model Configuration as a MATLAB Function

Check the Model for Adverse Conditions and Code Generation Settings

Generate Code for the Model

Review the Generated Code

Generate an Executable

About This Example

Use Data Objects

Add New Data Objects

Enable Data Objects for Generated Code

Get Familiar with Effects of Simulation on Data Typing

About This Example

Include External C Functions in a Model

Create a Block That Calls a C Function

Validate External Code in the Simulink Environment

Validate C Code as Part of a Model

Call a C Function from Generated Code

• User's Guide

• Bug Reports

• Model Architecture and Design

• Data, Function, and File Definition

• Code Generation

• Performance

• Verification

• Customization

• Build Process Integration

Control Compile and Link Phases of the Build Process

Cross-Compile Code Generated on a Microsoft Windows System

• Control Library Location and Naming During the Build Process

Specify the Location of Precompiled Libraries

Control the Location of Model Reference Libraries

Control the Suffix Applied to Library File Names

Recompile Precompiled Libraries

• Customize Post-Code-Generation Build Processing

Build Information Object

Program a Post Code Generation Command

Define a Post Code Generation Command

Suppress Makefile Generation

• Configure Generated Code with TLC

About Configuring Generated Code with TLC

Assigning Target Language Compiler Variables

Set Target Language Compiler Options

• Customize the Target Build Process with the STF_make_rtw Hook File

About the STF_make_rtw Hook File

Conventions for Using the STF_make_rtw Hook File

STF_make_rtw_hook.m Function Prototype and Arguments

Applications for STF_make_rtw_hook.m

Use STF_make_rtw_hook.m for Your Build Procedure

• Customize the Target Build Process with sl_customization.m

About sl_customization.m

Register Build Process Hook Functions Using sl_customization.m

Variables Available for sl_customization.m Hook Functions

Example Build Process Customization Using sl_customization.m

Replace the STF_rtw_info_hook Mechanism

• Customize the Target Build Process to Use Shared Utility Code

Modify Template Makefiles to Support Shared Utilities

• External Code Integration

• Run-Time Data Interface Extensions

• Custom Target Development

• Desktop IDEs and Desktop Targets

• Target Language Compiler

• Release Notes

Build Process Integration

Customization

Control Compile and Link Phases of the Build Process

Control Compile and Link Phases of the Build Process

Related Products & Applications

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